Morning Pride Clothing - Fire Tech & Safety of New England
Morning Pride Clothing - Fire Tech & Safety of New England Morning Pride Clothing - Fire Tech & Safety of New England
Morning Pride Protective Clothing Structural, Fire HelmetProximity, Supplier Technical to New York Rescue City Since and Recovery, 1996 Wildland and EMS Clothing Project HEROES ® ...the PPE of the Future is NOW AVAILABLE! See page 23 to 25. 2009 Catalog Table of Contents
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- Page 28 and 29: Morning Pride Clothing Project HERO
- Page 30 and 31: Morning Pride Clothing TAC Discussi
- Page 32 and 33: Morning Pride Clothing 29 Model #2
- Page 34 and 35: Morning Pride Clothing 31 Model #3
- Page 36 and 37: Morning Pride Clothing 33 Model #4
- Page 38 and 39: Morning Pride Clothing 35 Model #5
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- Page 44 and 45: Please Review Carefully Tails Trad
- Page 46 and 47: Morning Pride Tails System Patents
- Page 48 and 49: Morning Pride vs G-XTREME Compariso
- Page 50 and 51: Morning Pride Clothing Design Advan
<strong>Morning</strong> <strong>Pride</strong> Protective <strong>Clothing</strong><br />
Structural, <strong>Fire</strong> HelmetProximity, Supplier <strong>Tech</strong>nical to <strong>New</strong> York Rescue City Since and Recovery, 1996 Wildland and EMS <strong>Clothing</strong><br />
Project HEROES ® ...the PPE <strong>of</strong> the Future is NOW AVAILABLE! See page 23 to 25.<br />
2009 Catalog<br />
Table <strong>of</strong> Contents
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Honeywell First Responder Products (formerly Total <strong>Fire</strong> Group)<br />
Honeywell First Responder<br />
Products<br />
Honeywell First Responder Products<br />
(formerly Total <strong>Fire</strong> Group) is a team <strong>of</strong><br />
dedicated, experienced, fire service<br />
technical marketing pr<strong>of</strong>essionals.<br />
We represent the leading products in the<br />
emergency, rescue and fire service<br />
fields, including clothing, helmets, boots,<br />
hoods, gloves, rehabilitation products<br />
and more.<br />
Mission Statement<br />
To market unique, high-quality, valuein-use<br />
products with an emphasis on<br />
quality, innovation, integrity, safety and<br />
service.<br />
Background Information<br />
You should also consult the Honeywell<br />
First Responder Products Reference<br />
Guide, available from our Customer<br />
Service Department, as you consider<br />
your choices in protective product. It<br />
<strong>of</strong>fers important information on:<br />
• NFPA, OSHA and international<br />
standards on protective gear and<br />
equipment.<br />
• Recent research and the resulting<br />
implications for appropriate<br />
protective technology design.<br />
• Details on available Level Payment<br />
Purchase, Quartermaster and<br />
Complete Care Programs for our<br />
products – Total PPE.<br />
• A full listing <strong>of</strong> available technical<br />
support personnel through Honeywell<br />
First Responder Products including<br />
direct-dial numbers and email<br />
addresses.<br />
Proud Supporters <strong>of</strong> the National<br />
Fallen <strong>Fire</strong>fighters Foundation and the<br />
<strong>Fire</strong>fighter Cancer Support Network<br />
Cover Photo by Bill Tompkins, Bergenfield, NJ<br />
www.HoneywellFirstResponder.com<br />
Table <strong>of</strong> Contents<br />
Page<br />
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique<br />
Advantages<br />
General Discussion . . . . . . . . 1-3<br />
State-<strong>of</strong>-the-Art Manufacturing<br />
Facility . . . . . . . . . . . . . . . . . 3<br />
Advanced Protective Tracking<br />
System . . . . . . . . . . . . . . . . 5-8<br />
NFPA 1851, 2008 Edition<br />
Support Services. . . . . . . . . 9-16<br />
Available BPR Certification . . 17<br />
NFPA 1971, 2007 Edition<br />
Changes – A Recap . . . . . . . 18-20<br />
Discussion <strong>of</strong> Five Operational<br />
Models and Seven Prefix<br />
IDs . . . . . . . . . . . . . . . . . . . . . . 21<br />
Five Operational Models <strong>of</strong><br />
Protective <strong>Clothing</strong><br />
Structural <strong>Fire</strong> Fighting. . . . . . 22-28<br />
Project HEROES ® and the<br />
NFPA 1971 CBRN Option . . 23-25<br />
Proximity <strong>Fire</strong> Fighting . . . . . . 29-30<br />
<strong>Tech</strong>nical Rescue and<br />
Recovery . . . . . . . . . . . . . . 31-32<br />
Wildland . . . . . . . . . . . . . . . . . 33-34<br />
See Note on <strong>Tech</strong>nical<br />
Rescue/Utility<br />
Emergency Medical<br />
Services . . . . . . . . . . . . . . . 35-36<br />
Summary <strong>of</strong> Standard Models,<br />
Prefix IDs, Designs and<br />
Constructioning . . . . . . . . . 37-42<br />
Two Choices in <strong>Clothing</strong> Styling<br />
Tails Styling . . . . . . . . . . . . . 43<br />
Traditional Styling . . . . . . . . . . 44<br />
<strong>Clothing</strong> Design Advantages<br />
Introductory Discussion . . . . . 45<br />
<strong>Morning</strong> <strong>Pride</strong> Tails Page<br />
System .<br />
Coat Rise with Overhead<br />
46<br />
Reach . . . . . . . . . . . . . . . . . 47<br />
Span <strong>of</strong> Reach . . . . . . . . . . . . 47<br />
Forward Flex Design . . . . . . .<br />
Summary <strong>of</strong> Unique Design<br />
48<br />
Advantages . . . . . . . . . . . . . 49-50<br />
Crotch Design . . . . . . . . . . . . 51<br />
Pants Range. . . . . . . . . . . . . . 51<br />
Hobbling Avoidance . . . . . . . . 51<br />
Inspection Port Liner . . . . . . .<br />
Wrist Exposure When Arms .<br />
52<br />
Are Raised. . . . . . . . . . . . . . 53<br />
System Weight . . . . . . . . . . . . 54<br />
Waterpro<strong>of</strong> Wristlets. . . . . . . . 54-55<br />
<strong>Clothing</strong> Construction Advantages<br />
On Any Garment . . . . . . . . . . 56-60<br />
On Coats/Tails . . . . . . . . . . . 61-62<br />
On Pants . . . . . . . . . . . . . . . . 63<br />
<strong>Clothing</strong> Stocking/Delivery<br />
Advantages<br />
Custom Stock 2 Week<br />
Delivery . . . . . . . . . . . . . . . . 64-66<br />
Express Service, 4, 5, 6 or<br />
8 week delivery on<br />
ANY garment. . . . . . . . . . . . 66<br />
<strong>Clothing</strong> Material Choices<br />
General Comments . . . . . . . . 67<br />
Outer Shell Materials<br />
Discussion. . . . . . . . . . . . . . 68<br />
Structural or <strong>Tech</strong>nical<br />
Rescue and Recovery<br />
Outer Shell Options . . . . . 69-73<br />
Summary Chart <strong>of</strong> These<br />
Shells . . . . . . . . . . . . . . . . 74<br />
Proximity Outer Shell<br />
Options . . . . . . . . . . . . . . . . 75<br />
The Quality System for <strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> is certified to ISO 9001:2000.<br />
NFPA 1851 Structural and Proximity PPE Selection, Care and Maintenance DVD Now<br />
Available. Please See Price List.<br />
Contact us about <strong>Fire</strong>manʼs<br />
Fund Grants.<br />
Visit our website HONEYWELLFIRSTRESPONDER<br />
to subscribe to<br />
our totally free<br />
e-newsletter on first responder<br />
happenings, new products, new<br />
studies, and new standards.
Page<br />
<strong>Tech</strong>nical Rescue and<br />
Recovery Outer Shell<br />
Options . . . . . . . . . . . . . . . . 76<br />
EMS Outer Shell Options . . .<br />
Thermal Lining Material<br />
76<br />
Discussions . . . . . . . . . . . . . 77-78<br />
Wet vs. “Dry” Liner Debate . . .<br />
Structural & Proximity Thermal<br />
79<br />
Lining Options.. . . . . . . . . . .<br />
<strong>Tech</strong>nical Rescue and<br />
Recovery, and EMS<br />
80-83<br />
Thermal Lining Options . . .<br />
Moisture Barrier Material<br />
84<br />
Discussion. . . . . . . . . . . . . .<br />
Structural & Proximity Moisture<br />
84-85<br />
Barrier Options. . . . . . . . . . .<br />
<strong>Tech</strong>nical Rescue and Recovery<br />
85-86<br />
Moisture Barrier Options<br />
EMS Moisture Barrier<br />
. . 86<br />
Options . . . . . . . . . . . . . . . . 87<br />
Choosing the Correct Product<br />
Number<br />
Discussions/Charts for Structural<br />
or Proximity <strong>Clothing</strong> . . . . . . 88-90<br />
Discussions/Charts for <strong>Tech</strong>nical<br />
Rescue and Recovery. . . . . 91<br />
Discussions/Charts for EMS<br />
<strong>Clothing</strong> . . . . . . . . . . . . . . . 92<br />
Footnotes, All Charts . . . . . . . 93<br />
Winter Liner Options . . . . . . . 94<br />
<strong>Clothing</strong> Trim Options<br />
Trim Requirement Comparisons<br />
Among Standards . . . . . . . . . 95<br />
Trim Materials Available . . . . . 96<br />
Trim Placement Packages and<br />
Options. . . . . . . . . . . . . . . . . . 97-98<br />
Lettering, Flags & Other<br />
Reflective Options . . . . . . . . 98<br />
Discussion <strong>of</strong> Burns Under<br />
Trim . . . . . . . . . . . . . . . . . . . 99-106<br />
Three Styles <strong>of</strong> Suspenders<br />
Dynamic Suspendering<br />
<strong>Tech</strong>nology . . . . . . . . . . . . . 107-109<br />
Suspender Upgrades:<br />
Reflective Trim. . . . . . . . . . . 109<br />
Quick Adjust Pull Tab. . . . . . 109<br />
Shoulder Padding . . . . . . . . 109<br />
Industry Standard Suspender<br />
Products . . . . . . . . . . . . . . . 109<br />
Catalog: 4/27/09 – Original Printing<br />
Page<br />
<strong>Clothing</strong> Custom Options<br />
Belt Options . . . . . . . . . . . . . .<br />
Boot-to-Pant Interface Options<br />
110<br />
Boot Access Panel Pants . . 110<br />
Integrated Boots and Pants. 111<br />
Liner Keeper Ankle Fit Strap 111<br />
Liner Keeper Strap . . . . . . . 112<br />
Waterwells. . . . . . . . . . . . . . 112<br />
Wick Guard . . . . . . . . . . . . .<br />
Chinstrap and Collar Options:<br />
Adjustable, Replaceable<br />
112<br />
Chinstrap. . . . . . . . . . . . . .<br />
Comfort Nomex<br />
113<br />
® Collar and<br />
Chinstrap . . . . . . . . . . . . . 113<br />
Foldover Comfort Chinstrap . 113<br />
Detachable Proximity Collar . 114<br />
Sliding Adjustable Chinstrap. 114<br />
Stabilized Chinstrap . . . . . .<br />
Closure Options:<br />
114<br />
All or Nothing Closure . . . . . 115<br />
Front Closure Interface . . . .<br />
Low Bulk Closures . . . . . . .<br />
116<br />
(Zipper Interior). . . . . . . . . 116<br />
Pants Closure Options . . . .<br />
Various Hook and Loop<br />
Combination Closure<br />
116<br />
Options . . . . . . . . . . . . . . 117<br />
Zipper Improvements . . . . . . .<br />
Crotch Options:<br />
Removable Crotch<br />
117<br />
Reinforcement . . . . . . . . .<br />
Cuff Options:<br />
118<br />
Angled Cuff. . . . . . . . . . . . 118<br />
Cuff Reinforcements. . . . .<br />
Detachable Proximity<br />
118<br />
Wristlets . . . . . . . . . . . . .<br />
Glove Interface Sleeve<br />
119<br />
Option . . . . . . . . . . . . . . .<br />
Magnet Mate Gloves and<br />
119<br />
Coat Sleeve Ends . . . . . . . 119<br />
Shingle Cuff. . . . . . . . . . . . .<br />
Disposable Analysis Strip<br />
120<br />
Option. . . . . . . . . . . . . . . .<br />
Elbow Options:<br />
121<br />
BiFlex Elbows . . . . . . . . . . . 122<br />
Elbow Reinforcements . . . . 122<br />
Epaulettes . . . . . . . . . . . . . . . 122<br />
Facepiece Mate . . . . . . . . . . . 123<br />
Fly Option. . . . . . . . . . . . . . . . 123<br />
Hood Option . . . . . . . . . . . . . . 123<br />
Integrated Hood. . . . . . . . . .<br />
Insulative Cooling, Positive<br />
123<br />
Pressure Coat Ventilation . . 124<br />
Table <strong>of</strong> Contents<br />
Page<br />
Knee Options:<br />
BiFlex Heat Channel Knees . 125-127<br />
Heat Channel Knees . . . . . . 128-130<br />
Puncture Resistant Knees. .<br />
Reinforced and Cushioned<br />
131<br />
Reinforced Knees . . . . . . .<br />
Liner Options:<br />
131<br />
Body Armor Linings. . . . . . . 131<br />
Boot Interface Panels . . . . . 132<br />
Dead Air Insulation Panels . 133-137<br />
EZ Move Combo Liner . . . . 137<br />
Flex Facilitator Panels . . . . . 138<br />
Liner Locator . . . . . . . . . . . . 139<br />
Vector Flex Tucks. . . . . . . . . 139<br />
Weight Reduction Hemming 139<br />
Lumbar Support Coat. . . . . . . 140-141<br />
Passport Options . . . . . . . . . .<br />
Personalization Options:<br />
142<br />
Integral Customization. . . . . 142<br />
Glo-Flex ® Flags . . . . . . . . . . 142<br />
Pocket, Clip and Hook Options:<br />
Pocket Options . . . . . . . . . . 143-146<br />
Clip and Hook Options . . . .<br />
Rescue Options:<br />
147<br />
Circumferential Rope Pocket. 149<br />
FDNY Rope Pocket . . . . . . . 150<br />
Drag Rescue Devices . . . . .<br />
Configurable 5 Person<br />
150-154<br />
Drag System. . . . . . . . . . . 155-156<br />
Escape Belt . . . . . . . . . . . . . 149<br />
Full Body Harness Coat . . . 157<br />
Harness Bunker Pants . . . 158<br />
Shoulder Option . . . . . . . . . . . 159<br />
Take-Up Straps Options . . . . .<br />
Wildland/Structural Dual . . . .<br />
159<br />
Certification Option . . . . . . . . 160<br />
Wristlet Options . . . . . . . . . . . 161<br />
Auxiliary <strong>Clothing</strong> Products<br />
High Visibility Vests . . . . . . . . 162-165<br />
Training Products: Incident<br />
Command Vest, Aluminized<br />
SCBA Covers, Training Cape,<br />
Training Knee and Thigh<br />
Protector . . . . . . . . . . . . . . . 166<br />
Detachable Glove Keeper . . . 166<br />
Sizing Instructions . . . . . . . . . 167-169<br />
List <strong>of</strong> Patented and Proprietary<br />
Products . . . . . . . . . . . . . . . . 170-171<br />
<strong>Fire</strong> Service Organizational<br />
Affiliations. . . . . . . . . . Inside Back Cover<br />
Honeywell First Responder Products
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
Compare Before You Buy!<br />
Many times, departments specify brands<br />
because they are familiar with them and<br />
because a trusted dealer has that brand<br />
to <strong>of</strong>fer. We understand this; but when it<br />
comes to field test wins, the number <strong>of</strong><br />
innovative patents held, the number <strong>of</strong><br />
departments converted and the number<br />
<strong>of</strong> research grants issued, none <strong>of</strong> our<br />
competitors comes close. And our lead<br />
continues to grow.<br />
We urge you to “Compare Before You<br />
Buy.” Don’t just believe our competitors’<br />
sales pitches. In fact, don’t believe ours!<br />
Make US put our products where our<br />
mouths are...make us PROVE our<br />
superiority by field testing our products.<br />
Catalogs<br />
For a comprehensive list <strong>of</strong> all <strong>of</strong> our<br />
products and the unique safety, comfort,<br />
and technological advantages, please<br />
see our Honeywell First Responder<br />
Products catalogs, price lists and<br />
Reference Guide available in printed<br />
format, as well as on a single convenient<br />
CD in pdf format. They may also be<br />
downloaded from our website.<br />
<strong>Fire</strong> Department<br />
Presentations and Local<br />
and Regional Seminars<br />
In some cases, just reading, understanding,<br />
and then comparing our<br />
products’ unique advantages is<br />
enough, while other products require<br />
a hands-on demonstration to truly<br />
appreciate their superiority. Along<br />
with your local dealers, we sponsor<br />
cost-free, hands-on demonstrations<br />
1<br />
Tails ...the only system to <strong>of</strong>fer<br />
short coat lightness and mobility<br />
without stressful bibs.<br />
www.HoneywellFirstResponder.com<br />
and regional seminars. When we demonstrate<br />
for you the comfort and quality <strong>of</strong><br />
our products, and show you the features<br />
that make Honeywell First Responder<br />
Products the most protective in the industry,<br />
you’ll quickly realize that you<br />
shouldn’t continue to work without them.<br />
And, we’ll show you how affordable the<br />
best really is. It isn’t necessary to accept<br />
less than the best, and we’ll be glad to<br />
show you how. But don't take our word<br />
for it...let us supply you with the facts,<br />
case studies and references from other<br />
fire departments that refuse to buy less<br />
than the best. Contact us today for a<br />
presentation in your fire station or for<br />
information on seminars in your area.<br />
Leading Edge <strong>Tech</strong>nology<br />
<strong>Morning</strong> <strong>Pride</strong> became the largest<br />
selling brand <strong>of</strong> firefighter protective<br />
clothing because <strong>of</strong> aggressive, and<br />
competitively unmatched, investments in<br />
research and development. That<br />
research has allowed us to <strong>of</strong>fer better<br />
performing, more comfortable and more<br />
Table <strong>of</strong> Contents<br />
technologically advanced products. It<br />
is the superiority <strong>of</strong> our product line that<br />
has fueled our market growth. The<br />
innovativeness <strong>of</strong> the <strong>Morning</strong> <strong>Pride</strong><br />
product line has been recognized by<br />
over 160 U.S. patents, with numerous<br />
additional patents pending (for a list <strong>of</strong><br />
those concepts currently commercially<br />
available, please see pages 170 and 171<br />
<strong>of</strong> this catalog). The most progressive<br />
departments in the world now specify<br />
<strong>Morning</strong> <strong>Pride</strong> advantages on a noexception<br />
basis.<br />
No- or Low-cost Field Test<br />
Program<br />
For more than 85 years, <strong>Morning</strong> <strong>Pride</strong><br />
has developed and delivered leading<br />
edge technology in firefighter Personal<br />
Protective Equipment (PPE). No- and<br />
low-cost field test programs can be<br />
arranged by contacting our Customer<br />
Service Department.<br />
Interfaced Bloodborne<br />
Pathogen Resistant<br />
<strong>Tech</strong>nologies<br />
The newest requirements in<br />
protective clothing are for systems<br />
that provide protection against<br />
bloodborne pathogens (like the<br />
HIV and Hepatitis B viruses).<br />
As the detailed discussion in<br />
Honeywell First Responder Products<br />
Reference Guide suggests,<br />
the OSHA Bloodborne Pathogen<br />
Standard seems to REQUIRE just<br />
such protection for firefighters and<br />
EMS workers (and the new NFPA<br />
clothing editions meet the same<br />
requirements). <strong>Morning</strong> <strong>Pride</strong> is<br />
pleased to be the first firm to be<br />
able to <strong>of</strong>fer a full line <strong>of</strong> interfacecapable<br />
and certified bloodborne<br />
pathogen resistant (BPR) fire<br />
The <strong>Morning</strong> <strong>Pride</strong> Tails <br />
System is only one <strong>of</strong> our over<br />
100 patented or patent pending<br />
clothing products. See pages<br />
170 and 171 for a full listing.
fighting clothing. <strong>Morning</strong> <strong>Pride</strong> is also<br />
the first firm to <strong>of</strong>fer interface-capable<br />
and certified EMS systems. <strong>Morning</strong><br />
<strong>Pride</strong> BPR products interface with all<br />
PRO-Warrington, Ranger, Servus, and<br />
Honeywell First Responder Products<br />
boots to provide full body protection<br />
(including interface areas).<br />
Lifetime Warranty<br />
All <strong>Morning</strong> <strong>Pride</strong> products carry a<br />
lifetime guarantee against defects in<br />
materials or workmanship. Any such<br />
defects will be repaired or replaced at<br />
<strong>Morning</strong> <strong>Pride</strong>'s expense at any time in<br />
the product's life. This generous warranty<br />
has been <strong>of</strong>fered, competitively<br />
unmatched, for over 85 years and is<br />
possible only because <strong>of</strong> the extremely<br />
high quality levels evidenced in all <strong>of</strong> our<br />
products.<br />
Additionally, we now <strong>of</strong>fer a 5-Year Wear<br />
Life Warranty on major components <strong>of</strong><br />
the clothing, including free repairs if<br />
NFPA 1851 required Advanced Cleanings<br />
and Inspections are done at<br />
approved facilities. For further details,<br />
including clarifications and limitations,<br />
please see pages 13-15.<br />
Experience & Quality<br />
Established in 1921, <strong>Morning</strong> <strong>Pride</strong> is<br />
not just another brand <strong>of</strong> protective<br />
clothing, it is the BEST product manufacturable.<br />
For instance, every individual<br />
stitch is inspected on our garments, and<br />
Bill Grilliot<br />
President, CEO<br />
Brian Blinn<br />
Northeast U.S.<br />
Senior Regional<br />
Director<br />
Jack Reilly<br />
VP Metro Accounts<br />
and FDNY<br />
Operations<br />
Keith McDonald<br />
Central U.S.<br />
Regional Director<br />
Barry<br />
Borkowski<br />
VP Canadian<br />
Operations<br />
Kerry Elite<br />
West U.S.<br />
Regional Director<br />
Jim Walter<br />
VP <strong>Tech</strong>nical<br />
Marketing<br />
Chris Dungan<br />
Southeast U.S.<br />
Regional Director<br />
even a single skipped stitch is repaired<br />
before shipment. Similarly, our garments<br />
are constructed with lock stitched<br />
optioning, outershell double layering<br />
(rather than cheaper, dry rot prone, water<br />
absorbing leather) reinforcements on<br />
cuffs, pockets, etc. We avoid materials<br />
that can embrittle and deteroate. The<br />
<strong>Morning</strong> <strong>Pride</strong> label is your guarantee<br />
that the product is the best it could be.<br />
After equivalent field service lives,<br />
<strong>Morning</strong> <strong>Pride</strong> products consistently and<br />
dramatically outperform competitive<br />
products (just ask any <strong>of</strong> the many<br />
departments who’ve tried others and now<br />
insist only on <strong>Morning</strong> <strong>Pride</strong>).<br />
Factory Support & Service<br />
With a team <strong>of</strong> more than a dozen<br />
product experts in the field (most <strong>of</strong><br />
whom are firefighters) and an inside<br />
marketing team <strong>of</strong> more than 20,<br />
Honeywell First Responder Products is<br />
here when you need us. Whether you<br />
need a presentation at your department,<br />
quick lab work, or help with specifications,<br />
we are always ready to serve you.<br />
Our team <strong>of</strong> dedicated pr<strong>of</strong>essionals<br />
<strong>of</strong>fers you immediate access to answer<br />
your questions and provide you with any<br />
and all information at our disposal.<br />
Selection<br />
<strong>Morning</strong> <strong>Pride</strong> customers also benefit<br />
from unparalleled selection. We <strong>of</strong>fer<br />
almost 200 models <strong>of</strong> protective clothing,<br />
each available in a variety <strong>of</strong> colors and<br />
Bob Morgan<br />
VP Ohatchee<br />
Production<br />
Rich Higgins<br />
Regional<br />
Marketing<br />
Specialist<br />
John Price<br />
Director Metro<br />
Accounts, Special<br />
Projects<br />
Dave Gallagher<br />
Director Thermal<br />
Imaging<br />
Dave Wiles<br />
Thermal Imaging<br />
<strong>Tech</strong>nical Rep<br />
Doug Sloan<br />
Senior Director <strong>of</strong><br />
Special Projects<br />
Metro Accounts<br />
Table <strong>of</strong> Contents<br />
Jeff Gallagher<br />
Thermal Imaging<br />
<strong>Tech</strong>nical Rep<br />
Bobby West<br />
Field Customer<br />
Service and FDNY<br />
Operations<br />
with a variety <strong>of</strong> custom options. No other<br />
protective clothing manufacturer <strong>of</strong>fers a<br />
line as wide and varied. <strong>Morning</strong> <strong>Pride</strong><br />
<strong>of</strong>fers everything from the most economical<br />
to the most technically sophisticated<br />
products.<br />
Delivery<br />
Raw material inventory depth allows<br />
<strong>Morning</strong> <strong>Pride</strong> to fill most orders very<br />
quickly. It also allows us to <strong>of</strong>fer an<br />
EXPRESS delivery option on any<br />
custom-built protective clothing. There<br />
are no restrictions on size, colors, special<br />
options, etc. Any garment can be<br />
Express ordered, making quick delivery<br />
<strong>of</strong> custom-built clothing a <strong>Morning</strong> <strong>Pride</strong><br />
exclusive. Similarly, our Custom Stock<br />
program <strong>of</strong>fers 2 WEEK delivery on<br />
customized products.<br />
<strong>Fire</strong>fighter Managed<br />
Honeywell First Responder Products is<br />
managed by an active member <strong>of</strong> the<br />
fire service and a large percentage <strong>of</strong><br />
our staff are firefighters/EMTs/first<br />
responders. As a result, we have a<br />
special dedication to the total satisfaction<br />
<strong>of</strong> our customers. We feel that this<br />
dedication, which reflects itself in every<br />
phase <strong>of</strong> our operation, is the reason that<br />
we have risen to market dominance.<br />
<strong>Fire</strong>fighters have always been best at<br />
taking care <strong>of</strong> firefighters, and we are<br />
proud to continue that great tradition.<br />
Scott Sanders<br />
Thermal Imaging<br />
<strong>Tech</strong>nical Rep<br />
Will Grilliot<br />
VP Dayton<br />
Production<br />
Greg Neff<br />
Purchasing<br />
Manager<br />
Stephanie<br />
Pressley<br />
Ohatchee Customer<br />
Service<br />
Patrick Murty<br />
Health, <strong>Safety</strong> and<br />
Environmental<br />
Engineer<br />
Honeywell First Responder Products<br />
Doug Topliffe<br />
Canadian<br />
Customer<br />
Service Manager<br />
Teri Hyre<br />
Conference and<br />
Exhibit<br />
Coordinator<br />
2
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
Multiple End User Contracts<br />
Many times, personal protective equipment<br />
is available to departments without<br />
going to bid, no matter what the dollar<br />
value or the quantity. Honeywell First Responder<br />
Products and its distributors<br />
<strong>of</strong>ten participate in what would be classified<br />
as Multiple End User Contracts.<br />
Generally, these types <strong>of</strong> contracts fall<br />
into the following categories:<br />
1. Statewide Contracts: In some parts <strong>of</strong><br />
the country, the state government will<br />
arrange for bids for certain firefighters’<br />
PPE items. There are contracts that<br />
include a “Good, Better or Best” type<br />
<strong>of</strong> product selection, or a “discount<br />
from manufacturer’s retail,” allowing<br />
access to entire product lines. MA,<br />
MS, NJ, NY, OH and PA currently<br />
have full statewide contracts, while<br />
other states have only certain items<br />
available.<br />
2. Add-on Contracts: In every state we<br />
have researched, there is a provision<br />
in the law that allows one political<br />
subdivision within the state, <strong>of</strong>ten<br />
including state agencies, to purchase<br />
<strong>of</strong>f <strong>of</strong> any other political subdivision’s<br />
legally awarded bids. Often our products’<br />
bid will include a discount from<br />
retail that allows the department that<br />
adds-on (commonly called piggybacking)<br />
to select the brand and model<br />
that suits them best.<br />
3. General Services Administration<br />
(GSA) Municipal Use: Although<br />
mostly a military/federal convenience,<br />
civilian departments may also qualify<br />
to purchase through the GSA system.<br />
If you are interested, we will research<br />
it for your fire department.<br />
3<br />
www.HoneywellFirstResponder.com<br />
4. Military Customers: We work with key<br />
and/or prime vendors to maintain full<br />
service GSA and Preferred Vendor<br />
programs for military customers.<br />
Contact us for more information or to<br />
discuss how we may assist your<br />
department in any other way.<br />
State-<strong>of</strong>-the-art<br />
Manufacturing Facility<br />
<strong>Morning</strong> <strong>Pride</strong> clothing is manufactured<br />
at our Dayton campus, which is comprised<br />
<strong>of</strong> two buildings, one short block<br />
from one another, in a light industrial<br />
park sponsored by the City <strong>of</strong> Dayton<br />
and Montgomery County. The facilities lie<br />
within the county water supply protection<br />
district, which allows no use or storage<br />
<strong>of</strong> hazardous materials.<br />
The headquarters building features our<br />
star <strong>Morning</strong> <strong>Pride</strong> clothing manufacturing<br />
and laboratory operations. Our<br />
production facilities are state-<strong>of</strong>-the-art,<br />
automated, barcode-controlled, airconditioned,<br />
and handicapped accessible.<br />
The second building, our global<br />
Distribution Center, also houses helmet<br />
manufacturing.<br />
<strong>Morning</strong> <strong>Pride</strong> occupied the headquarters<br />
building in 1993, and has since<br />
expanded four times to keep pace with<br />
growth. After major expansions in 2007<br />
and early 2008, the Dayton campus now<br />
operates in approximately 112,000<br />
square feet (2.57 acres).<br />
<strong>Morning</strong> <strong>Pride</strong> is committed to 100%<br />
North American production. As stitching<br />
work increasingly went overseas due to<br />
low wage rates, <strong>Morning</strong> <strong>Pride</strong> management<br />
recognized that only a world-class<br />
Table <strong>of</strong> Contents<br />
investment in technology that made our<br />
facility more efficient could secure a stable<br />
future for our valued workforce. An<br />
important part <strong>of</strong> our expansion in 2000<br />
was the installation <strong>of</strong> the largest fully<br />
automated garment production line in<br />
North America, and we have continued<br />
to expand and upgrade this line as we<br />
have grown.<br />
Conveniently located in an ideal spot for<br />
shipping throughout North America, our<br />
modern facilities are situated less than<br />
10 miles from both the Crossroads <strong>of</strong><br />
America (I-70 and I-75 interchange), and<br />
Dayton International Airport,<br />
a major cargo hub.<br />
Dayton enjoys the nation’s largest 90minute<br />
US air market. By air, interstate<br />
highways, and more than a dozen motor<br />
freight companies, our location allows us<br />
to provide one-day delivery service to<br />
<strong>New</strong> York City, and four days or less to<br />
the far reaches <strong>of</strong> North America.<br />
Offices<br />
All corporate <strong>of</strong>fices are located in our<br />
Dayton headquarters campus, within<br />
feet <strong>of</strong> the actual production line. All<br />
Customer Service support to the fire<br />
market, for all Honeywell First Responder<br />
Products/<strong>Morning</strong> <strong>Pride</strong> products, is<br />
conducted from our Dayton campus.<br />
Major metro accounts are additionally<br />
served by our <strong>New</strong> York City <strong>of</strong>fice in<br />
the <strong>Fire</strong> Department <strong>of</strong> <strong>New</strong> York’s<br />
Quartermaster facilities, and by our Los<br />
Angeles area staff.<br />
Inside Marketing Associates (IMAs) have<br />
online, real time access to production<br />
monitoring, stock inventory levels,<br />
customer specifications, and accounting<br />
information. They communicate with a
network <strong>of</strong> traveling Regional Marketing<br />
Directors via a variety <strong>of</strong> cutting-edge<br />
communication technologies. All<br />
marketing activity and information is<br />
coordinated through automated sales<br />
reporting and information systems that<br />
constantly update in real time, instantaneously<br />
accessible to all customer<br />
service staff.<br />
The Cutting Room<br />
Automated garment production begins<br />
with cut layup. Orders are analyzed to<br />
determine optimum mix within a cut to<br />
maximize material utilization. <strong>Morning</strong><br />
<strong>Pride</strong>’s cut analysis program verifies raw<br />
stock availability, considers delivery<br />
requirements, then tries thousands <strong>of</strong><br />
different cut combinations until it determines<br />
the absolute optimum mix with<br />
least material waste. This best combination<br />
<strong>of</strong> cut items is then programmed into<br />
the cutting control server.<br />
The cut<br />
analysis<br />
system is<br />
approximately<br />
halfway through an analysis run. The cut<br />
mock-up on the screen reveals that even<br />
the smallest scrap <strong>of</strong> material is salvaged<br />
for some application.<br />
Automated cutting tables perform cuts with<br />
no human intervention, except to load<br />
fabric rolls and unload precisely cut and<br />
labeled parts, destined for specific<br />
garments. The fabric is vacuum stabilized<br />
from below to prevent slippage during<br />
cutting.<br />
Production supervisors monitor and<br />
control garment flow from the Command<br />
Station.<br />
The Production Floor<br />
Operators<br />
can send<br />
product to<br />
any line<br />
location if<br />
they detect<br />
a<br />
Quality<br />
Control<br />
problem,<br />
without<br />
leaving<br />
their workstations.<br />
A<br />
fully finished coat may be returned to<br />
have a defective bartack redone.<br />
After stitching and final inspection is<br />
complete, garments move with their<br />
barcode-controlled paperwork to the<br />
shipping room.<br />
The Shipping Room<br />
The spacious shipping department is<br />
well lighted and fully air conditioned.<br />
Shipping is on line to the production<br />
control system and automatically generates<br />
shipping packing information from<br />
the order control system. Shipping<br />
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information is electronically downloaded<br />
into various carriers’ systems, such as<br />
FedEx and UPS, and into our own<br />
accounting invoicing system. After initial<br />
packing, a shipping supervisor scans the<br />
barcoded paperwork for a final check, to<br />
ensure accurate packing.<br />
Shipping <strong>of</strong> clothing and suspenders is<br />
performed in an area immediately<br />
adjacent to the clothing stitching lines.<br />
ISO 17025-Accredited<br />
Testing Laboratory<br />
Both manufacturing<br />
and<br />
product development<br />
are supported<br />
by an onsite<br />
UL Authorized<br />
Client<br />
Test Data<br />
Program Laboratory.<br />
The lab is an independent test<br />
facility and is accredited to ISO 17025<br />
and is also hired out routinely for<br />
research projects. Honeywell First<br />
Responder Products’ investment in this<br />
state-<strong>of</strong>-the-art laboratory promotes<br />
accelerated, and unusually refined,<br />
product development. Shown above is<br />
Thermal Protective Performance (TPP)<br />
Testing.<br />
Compliance to All<br />
Requirements<br />
All <strong>Morning</strong> <strong>Pride</strong> facility and labor<br />
practices conform to federal and state<br />
laws governing worker safety, employment<br />
practices, Equal Employment<br />
Opportunity Commission (EEOC)<br />
requirements, current and envisioned<br />
anti-sweatshop legislation and Ohio/<br />
federal worker’s compensation laws. The<br />
entire facility and its workstations were<br />
designed from<br />
the ground up to<br />
meet and<br />
exceed all Americans<br />
with Disabilities<br />
Act<br />
provisions for<br />
accessibility.<br />
Honeywell First Responder Products 4
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
Advanced Protective Tracking<br />
System Proven Superior to<br />
Other Programs...<br />
Most or all Honeywell<br />
First Responder Products<br />
in this catalog are<br />
automatically barcoded<br />
during manufacturing to<br />
allow use <strong>of</strong> the Advanced Protective<br />
Tracking (APT) program.<br />
APT is designed to simplify the<br />
NFPA 1851 reporting and tracking<br />
requirements.<br />
APT Programming is Essentially Free<br />
to Our Customers. The APT program<br />
is essentially a free service (please see<br />
the price list for details) <strong>of</strong>fered to<br />
Honeywell First Responder Products<br />
customers allowing them to effectively<br />
track their PPE inventory (or any other<br />
asset). Unlike competitive tracking<br />
programs, it is not a pr<strong>of</strong>it center for us.<br />
Many departments with mature tracking<br />
systems and departments using tracking<br />
systems from for-pr<strong>of</strong>it providers have<br />
switched to APT, either for free, or for a<br />
few hundred dollars to purchase needed<br />
computer equipment. In other cases,<br />
APT has filled gaps left by competitive<br />
systems. Even more importantly, almost<br />
every department that has compared the<br />
various tracking systems now on the<br />
market has STRONGLY preferred the<br />
flexibility and firefighter friendliness <strong>of</strong><br />
the APT system (even ignoring the cost<br />
advantage).<br />
This hugely expensive program is<br />
<strong>of</strong>fered for disk out-<strong>of</strong>-pocket cost to<br />
our customers because it highlights,<br />
inarguably, comparative brand product<br />
life cycles and hence comparative life<br />
cycle cost effectivities <strong>of</strong> these brands.<br />
The high quality levels, superior<br />
5<br />
www.HoneywellFirstResponder.com<br />
constructioning and design excellence <strong>of</strong><br />
our products have always allowed us to<br />
<strong>of</strong>fer better life cycle value. The precise<br />
recordkeeping allowed by the APT<br />
program allows us to prove those<br />
advantages. We are eager to see all<br />
fire departments effectively track the life<br />
cycle comparative costs <strong>of</strong> our products<br />
versus the competition. Hence, our<br />
decision to provide this program at<br />
essentially no out-<strong>of</strong>-pocket cost to our<br />
customers.<br />
Why are departments turning to asset<br />
management systems like APT now?<br />
There are a number <strong>of</strong> reasons that fire<br />
departments today are moving quickly to<br />
asset tracking systems:<br />
#1 NFPA 1851, 2008 edition, imposes<br />
significant recordkeeping responsibilities<br />
on fire departments. APT<br />
makes NFPA 1851 compliance<br />
foolpro<strong>of</strong> and almost effortless.<br />
In early 2001, in response to numerous<br />
studies showing that improperly cleaned<br />
and maintained PPE may be contributing<br />
to firefighter injuries and illnesses, NFPA<br />
first issued NFPA 1851 on Selection,<br />
Care and Maintenance <strong>of</strong> Structural <strong>Fire</strong><br />
Fighting Protective Ensembles. It was<br />
re-issued in June 2007 as NFPA 1851<br />
Standard on Selection, Care and<br />
Maintenance <strong>of</strong> Protective Ensembles<br />
for Structural <strong>Fire</strong> Fighting and Proximity<br />
<strong>Fire</strong> Fighting, 2008 Edition. This document<br />
requires departments to implement<br />
standardized routine, advanced and<br />
specialized procedures for inspections,<br />
cleanings and repairs. All repairs,<br />
cleanings and inspections must occur at<br />
specified intervals (usually annually) and<br />
those events must be recorded in some<br />
type <strong>of</strong> tracking system (to ensure they<br />
have indeed occurred). Specifically,<br />
NFPA 1851 requires the following information<br />
be recorded for all PPE elements<br />
(individual coats, pants, gloves, hoods,<br />
boots, and helmets):<br />
1. Person to whom protective<br />
element is issued (or re-issued)<br />
2. Date <strong>of</strong> issue(s)<br />
3. Manufacturer<br />
4. Model name, number or design<br />
Table <strong>of</strong> Contents<br />
5. ID #, lot #, or serial number<br />
6. Month and year <strong>of</strong> manufacture<br />
7. Dates and findings <strong>of</strong> inspections<br />
8. Dates cleaned or decontaminated<br />
9. Reason for cleaning/<br />
decontamination<br />
10. Who cleaned/decontaminated<br />
11. Dates <strong>of</strong> repair<br />
12. Who performed the repairs<br />
13. Description <strong>of</strong> the repairs<br />
14.The person authorizing serviceability<br />
15. Date <strong>of</strong> retirement<br />
16. Date and method <strong>of</strong> disposal<br />
While keeping this detail <strong>of</strong> information<br />
would be prohibitively burdensome and<br />
expensive in a manual or self administered<br />
system, a properly designed asset<br />
tracking system like APT makes the<br />
process easy, convenient and reliable.<br />
And, <strong>of</strong> course, with proper recordkeeping,<br />
the proper care <strong>of</strong> PPE elements<br />
occur and the challenge to firefighter<br />
health and safety, which has been<br />
identified in improperly cleaned or<br />
maintained PPE, is minimized, so the<br />
goal <strong>of</strong> NFPA 1851 is certainly a<br />
worthwhile one.<br />
#2 PPE is a huge investment for today’s<br />
fire departments and must, legally,<br />
be accounted for properly. Many<br />
municipalities have implemented<br />
mayoral decrees or executive orders<br />
requiring barcoding and effective<br />
tracking systems.<br />
APT is extremely flexible with an easily<br />
accessible interactive database that can<br />
be easily used to generate any municipally<br />
required reporting, as well as the<br />
NFPA 1851 reporting.<br />
#3 We live in an increasingly litigious<br />
society. In the tragic event <strong>of</strong> an<br />
injury, the detailed life history <strong>of</strong> the<br />
PPE elements <strong>of</strong>ten become critical<br />
information.<br />
Again because <strong>of</strong> APT’s flexibility and<br />
easily accessible interactive database,<br />
the program can be custom queried to<br />
provide almost any life cycle information<br />
that is needed in a particular situation.
#4 With more comprehensive<br />
information, more informed PPE<br />
decisions can be made and justified.<br />
To guide proper and informed department<br />
decisions, APT allows the easy,<br />
irrefutable and well-presented accumulation<br />
<strong>of</strong> tremendous amounts <strong>of</strong> detailed<br />
data on any key PPE element issue. For<br />
instance, during the budget process,<br />
APT could be queried to determine how<br />
many helmets are older than 5 years <strong>of</strong><br />
age to approximate budget required for<br />
replacement funding. As another example,<br />
if the department is considering<br />
adding a particular or different reinforcement<br />
to some PPE element, APT could<br />
be queried to determine repair costs in<br />
that particular helmet area over the last<br />
year or two (to help determine if the<br />
change was needed or justifiable).<br />
Why is APT better than the other<br />
tracking programs on the market<br />
today? We have already established<br />
that APT is not a pr<strong>of</strong>it center for us.<br />
Instead, it is <strong>of</strong>fered essentially free <strong>of</strong><br />
charge to allow departments to isolate<br />
for themselves the durability and life<br />
cycle cost advantages <strong>of</strong> our product<br />
lines.<br />
Since APT is not a pr<strong>of</strong>it center for us,<br />
there are no hidden programming keys<br />
which departments must buy to enable<br />
them to customize the programs for their<br />
needs. Other leading fire service tracking<br />
programs have been full <strong>of</strong> such<br />
keys, which effectively means that all<br />
new report generation or refinement<br />
comes with hefty fees to pay for vendorsupplied<br />
programming. APT is Micros<strong>of</strong>t<br />
Access based and is completely open to<br />
fire department programming (many, if<br />
not most, departments have individuals<br />
with Access background or can easily<br />
arrange courses. We will also help familiarize<br />
department personnel with easy<br />
programming changes).<br />
APT programming support is also<br />
available at extremely nominal, if any,<br />
charges. Programming support is<br />
provided at no charge on the basic<br />
(i.e. non-customized) APT start-up for all<br />
our customers allowing NFPA<br />
1851 compliance. Our<br />
programmers can access your<br />
equipment via our Virtual On-<br />
Site Support through the internet<br />
or can talk you through the<br />
process. For more advanced<br />
program customizations, our<br />
programmers can help at their<br />
lower-than-market cost, out-<strong>of</strong>pocket<br />
hourly fee (see our price<br />
list for details). Even the more<br />
advanced customization<br />
charges are <strong>of</strong>ten waived when<br />
larger ticket per item Honeywell<br />
First Responder Products are<br />
used by the department. In<br />
contrast, every support service<br />
on major competitive tracking programs<br />
are PER FEE (and the fees are large<br />
and add up quickly).<br />
APT utilizes the Uniform & Textile<br />
Service Association’s recommended<br />
interleaved 2 <strong>of</strong> 5 barcode symbology,<br />
while major competitive tracking<br />
programs on the market utilize a far<br />
more problematical 2-dimensional<br />
barcode symbology. The 2-dimensional<br />
barcode systems were developed<br />
primarily for clean environments where<br />
database memory is not immediately<br />
available (for example, personnel<br />
accountability programs). The interleaved<br />
2 <strong>of</strong> 5 barcode system is<br />
preferred by essentially all major industrial<br />
cleaners because it <strong>of</strong>fers the<br />
following strong advantages:<br />
• It is exceptionally readable. All APT<br />
product barcodes are printed on high<br />
heat material, placed on the inside <strong>of</strong><br />
the product and not exposed to direct<br />
flames.<br />
• It is functional even with heavy soiling.<br />
This, <strong>of</strong> course, is a key advantage<br />
for fire service protective equipment<br />
that is <strong>of</strong>ten heavily soiled on the fireground.<br />
The problem is so pressing<br />
with the 2-dimensional barcoding,<br />
used in major competitive systems,<br />
the products must be rebarcoded<br />
with every major event (for example,<br />
cleaning, repairs, inspection,<br />
etc.). So clean barcodes are being<br />
constantly re-applied (with the expense<br />
Table <strong>of</strong> Contents<br />
A variety <strong>of</strong> customized reports are available through APT.<br />
and hassle that implies) to assure<br />
continued readability. In contrast, the<br />
interleaved 2 <strong>of</strong> 5 symbology utilized<br />
in APT is a one-time barcode application<br />
that remains readable throughout<br />
the life <strong>of</strong> the product.<br />
• It can be read with the most cost<br />
effective and durable scanners on the<br />
market. We can assist any department<br />
in acquiring or locating a<br />
convenient source for such a scanner.<br />
In contrast, the 2-dimensional<br />
barcode systems utilized in major<br />
competitive systems, require far<br />
more fragile scanners that are<br />
typically far more expensive and<br />
far less purchase accessible.<br />
Most industrial cleaners now use APT<br />
as well as interleaved 2 <strong>of</strong> 5 symbology.<br />
In contrast, the 2-dimensional barcodes<br />
used in major competitive tracking<br />
systems are less likely to be readable by<br />
their systems. Industrial cleaners must<br />
actually ignore the competitive 2-dimensional<br />
barcodes and re-barcode (at the<br />
expense and time implied) to interface<br />
with their systems. All the fire service<br />
cleaners we are currently aware <strong>of</strong> are<br />
presently qualified and utilizing APT,<br />
having adopted APT as the industry<br />
standard.<br />
APT uses a completely interactive and<br />
flexible database that allows almost<br />
APT Continues...<br />
Honeywell First Responder Products 6
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
APT Continued...<br />
unlimited custom tuning for reports<br />
and queries. The program will respond<br />
to multi-level discriminators (for example,<br />
number <strong>of</strong> members in Battalion 46 with<br />
helmets older than 3 years, with repair<br />
costs exceeding some dollar figure in the<br />
last year). This data manipulation allows<br />
exceptionally customizable reporting<br />
with a minimum <strong>of</strong> actual programming<br />
time. In contrast, major competitive<br />
programs require extensive programming,<br />
and have used hidden keys<br />
discussed previously, for anything<br />
but the most basic reporting or<br />
queries.<br />
The Levels <strong>of</strong> APT – There are basically<br />
four levels <strong>of</strong> usage for the APT<br />
Barcoding system. A department can<br />
begin at one level and eventually<br />
progress upward to another level <strong>of</strong> APT,<br />
since each ensuing level includes and<br />
builds upon the previous levels:<br />
Level #1 Tracking – Visual use <strong>of</strong> the<br />
permanent, human-readable sizing<br />
and serial numbering.<br />
Level #2 Tracking – Level #1 tracking<br />
plus APT program used on new PPE<br />
product (that comes from factory with<br />
APT barcode installed).<br />
Level #3 Tracking – Level #2 tracking<br />
plus barcode retr<strong>of</strong>it capabilities for<br />
existing department stock (so that<br />
existing stock can be tracked in the<br />
same database as the new stock<br />
arriving barcoded).<br />
Level #4 Tracking – Level #3 tracking<br />
plus programming to allow “hooks”<br />
into other existing commercial asset<br />
management programs, such as those<br />
designed specifically for personnel<br />
management or rolling stock.<br />
Each <strong>of</strong> the levels <strong>of</strong> APT is discussed in<br />
more detail in the paragraphs that<br />
follow.<br />
Level #1 Tracking – Visual use <strong>of</strong> the<br />
permanent, human readable serial<br />
numbering – The standard barcode<br />
label will allow much easier human read<br />
<strong>of</strong> serial numbers. It will allow auto read<br />
7<br />
www.HoneywellFirstResponder.com<br />
and list print out with over-the-counter<br />
barcode readers and simple barcode list<br />
programs available through any good<br />
<strong>of</strong>fice supply store. With this approach,<br />
only the barcoded product is purchased<br />
from us.<br />
Level #2 Tracking – Level #1 tracking<br />
plus APT program used on new PPE<br />
product that comes from factory with<br />
APT barcode installed – For departments<br />
wishing to manage a new factory<br />
barcoded stock <strong>of</strong> protective product, we<br />
<strong>of</strong>fer the comprehensive tracking program.<br />
How does APT work? This program is<br />
provided as a CD with complete documentation<br />
on disk. Specifications are<br />
available to allow automated import <strong>of</strong><br />
personnel information for the start-up<br />
base or as new hires or transfers are<br />
made. If you can provide this personnel<br />
data in appropriate form, we will even<br />
input it for you. Contact your Honeywell<br />
First Responder Products Inside Marketing<br />
Associate for further information or<br />
go to our website and click on Contact<br />
Us, then your region on the map. Once<br />
the personnel data is auto input, the<br />
member’s file is accessed and a barcode<br />
reader scan <strong>of</strong> the new product<br />
“assigns” it to him or her. The reader<br />
scan ensures that only completely<br />
accurate product serial numbering and<br />
sizing is recorded in the member’s file,<br />
as opposed to human input where errors<br />
can and do occur. At every future event<br />
in the product’s life (cleaning, repairs,<br />
condemnation, etc.), the event is picked<br />
from a screen menu and the barcode<br />
label is scanned with a barcode reader<br />
to automatically and accurately update<br />
the history <strong>of</strong> that product. Unlike some<br />
other systems, you do NOT need to<br />
re-barcode label the product after each<br />
event. The history is maintained on the<br />
interactive database, not on the product<br />
itself.<br />
What kind <strong>of</strong> information will APT<br />
allow me to generate? The tracking<br />
program allows for the creation <strong>of</strong> a<br />
completely interactive database to allow<br />
easy management information generation.<br />
These are the kinds <strong>of</strong> questions<br />
Table <strong>of</strong> Contents<br />
that APT can easily answer for you:<br />
Which garments (and who they are<br />
assigned to) have not been cleaned<br />
within the last six months? This<br />
inquiry would allow you (with a keystroke)<br />
to isolate any garments that have<br />
not been cleaned at least semi-annually<br />
as required by both NFPA 1500 <strong>Fire</strong><br />
Department OSHA Program and NFPA<br />
1851 on cleaning and care.<br />
Which helmets (and who they are<br />
assigned to) are older than 5 (or 6 or<br />
7 or whatever) years <strong>of</strong> age? This<br />
would allow you (again with a keystroke)<br />
to estimate the cost <strong>of</strong> replacing<br />
helmets <strong>of</strong> a certain age within your<br />
department.<br />
What is the history <strong>of</strong> a particular<br />
boot pair (serial number, date <strong>of</strong><br />
issue, members assigned to it,<br />
number/date <strong>of</strong> repairs, number/date<br />
<strong>of</strong> cleanings, date retired, etc.)? This<br />
type <strong>of</strong> information would be important in<br />
the event <strong>of</strong> an injury.<br />
What is the total inventory <strong>of</strong> product<br />
assigned to a particular member?<br />
This would ensure that, at retirement or<br />
termination, all department resources<br />
are recovered.<br />
What are the quantity <strong>of</strong> products<br />
condemned for wear in a given<br />
period? This would allow you to determine<br />
the durability and stage in wear life<br />
<strong>of</strong> your helmets.<br />
How are garments made in May <strong>of</strong><br />
2004 holding up? This type <strong>of</strong> inquiry<br />
would be used if you note premature<br />
wear or some other problem on a particular<br />
garment (or a particular shipment,<br />
or new type <strong>of</strong> material, etc.) and would<br />
be used to both highlight problems,<br />
suggest causes and hence fixes.<br />
What is our total inventory <strong>of</strong> protective<br />
products? This would allow you a<br />
full record for insurance and inventory<br />
purposes.<br />
• Any <strong>of</strong> these reports can be generated<br />
department-wide or by sub-department<br />
units (divisions, battalions, etc.)
Main Menu: Enjoy a user-friendly interface<br />
accompanied by powerful PPE management<br />
tools.<br />
Personnel Detail Screen: Easily view detailed<br />
personnel information and the inventory issued<br />
to them.<br />
Inventory Detail Screen: Always have the answers<br />
about your PPE at your fingertips.<br />
Note: APT has been designed to interface<br />
seamlessly with the full management Total<br />
PPE type programs discussed in our Reference<br />
Guide and available from our Customer<br />
Service Department.<br />
to show comparative performance.<br />
• You can also quickly make lists <strong>of</strong><br />
products (for instance, garments being<br />
shipped for repair or held in a loaner<br />
pool, etc.) by simply reading their<br />
barcodes and asking for a list printout.<br />
• There are extensive note fields to<br />
allow retention <strong>of</strong> unique information<br />
in each record.<br />
• Department-specific inventory curves<br />
can be created based on item sizes to<br />
assist in ordering replacement stock.<br />
What hardware do I need to use Level<br />
#2 APT?<br />
• Pentium III or AMD Athlar Computer<br />
or above – laptop recommended for<br />
portability<br />
• 256 MB RAM minimum, 512 MB<br />
recommended<br />
• 50 MB Hard Drive space for system<br />
installation<br />
• Up to 500 MB Hard Drive space for<br />
data, depending on number <strong>of</strong> assets<br />
tracked<br />
• Windows 2000 or higher<br />
• CD-ROM Drive<br />
• Printer for Reports<br />
• High speed internet connection for<br />
Virtual On-Site Support<br />
Level #3 Tracking – Level #2 tracking<br />
plus barcode retr<strong>of</strong>it capabilities for<br />
existing department stock so that<br />
existing stock can be tracked in the<br />
same database as the new stock<br />
arriving barcoded.<br />
A retr<strong>of</strong>it kit is also available to create<br />
and apply barcode labels for existing,<br />
older products not barcoded at the<br />
factory. This kit includes a printer, label<br />
printing s<strong>of</strong>tware, labels, ribbons and<br />
equipment needed to apply the labels.<br />
Please call for a quote. Again, we will<br />
only assess the out-<strong>of</strong>-pocket cost, and<br />
departments will have the option<br />
<strong>of</strong> buying the products direct from their<br />
computer supply house or through us.<br />
<strong>Tech</strong>nical barcode retr<strong>of</strong>it experts will be<br />
available for telephone consultation<br />
during normal business hours for departments<br />
considering this approach.<br />
An alternative approach is to return<br />
product for factory barcode retr<strong>of</strong>it<br />
Table <strong>of</strong> Contents<br />
(please contact our Customer Service<br />
Department to schedule such services).<br />
A more expensive alternative is to request<br />
a quote to have a Honeywell First<br />
Responder Products team travel to your<br />
city and barcode existing stock. Again,<br />
we will only assess out-<strong>of</strong>-pocket costs,<br />
but because <strong>of</strong> the high cost <strong>of</strong> traveling,<br />
this approach is usually only cost<br />
effective for larger departments.<br />
Level #4 Tracking – Level #3 tracking<br />
plus programming to allow “hooks”<br />
into other existing commercial asset<br />
management programs, such as<br />
those designed specifically for personnel<br />
management or rolling stock.<br />
APT has been designed with “hooks”<br />
into existing commercial asset management<br />
programs for other fire department<br />
assets (trucks, tools, etc.). The s<strong>of</strong>tware<br />
has user-defined fields to allow for such<br />
information as condition code, last<br />
inspection date, next inspection due<br />
date, etc. Also available are portable<br />
data terminals to conduct inventories <strong>of</strong><br />
assets at remote locations and upload<br />
the information into the master database.<br />
Please call for a custom quote.<br />
APT Training and Support Resources<br />
Expanded – As predicted, APT has<br />
become the industry standard. We now<br />
<strong>of</strong>fer these value-added benefits:<br />
• A comprehensive, easy-to-use, self<br />
implementing User Guide<br />
• Virtual On-Site Support<br />
• APT programmers have scheduled<br />
<strong>of</strong>fice hours for calls<br />
• APT programmers attend all major<br />
trade shows for consultation and<br />
training<br />
• A full-time program administrator for<br />
larger in-department APT programs<br />
• Individualized, on-site department<br />
visits by APT programmers<br />
• Travel or specialized/customized<br />
programming support provided at<br />
cost<br />
For details, contact your Regional<br />
Director or Inside Marketing Associate.<br />
Honeywell First Responder Products 8
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
The 2008 Edition<br />
<strong>of</strong> NFPA 1851<br />
changes the<br />
education,<br />
maintenance<br />
and care<br />
requirements<br />
for Protective<br />
Ensembles for<br />
Structural and<br />
Proximity <strong>Fire</strong><br />
Fighting<br />
The 2008 edition<br />
<strong>of</strong> NFPA 1851,<br />
Selection, Care,<br />
and Maintenance<br />
<strong>of</strong> Protective<br />
Ensembles for<br />
Structural and<br />
Proximity <strong>Fire</strong><br />
Fighting is now in<br />
effect. Whether you were familiar with<br />
the earlier 2001 edition care document<br />
or not, you will need to familiarize yourself<br />
with this 2008 edition document.<br />
While it may initially appear to impose<br />
significant new requirements, please<br />
bear in mind that:<br />
• We <strong>of</strong>fer extensive support materials<br />
and services, at no- or low-charge, to<br />
assist our customers with complying<br />
and understanding the document.<br />
• Compliance to the document should<br />
significantly improve firefighter health<br />
and safety since effective cleaning and<br />
care should minimize firefighter contact<br />
with the toxins that are found at almost<br />
every fire.<br />
9<br />
www.HoneywellFirstResponder.com<br />
So, while a new challenge, most feel the<br />
benefits well warrant the attention<br />
required.<br />
Some Key Points:<br />
1. ALL 1851 advanced inspections,<br />
cleanings, basic repairs and<br />
advanced repairs training must be<br />
provided by the element manufacturer<br />
and/or an Independent Service<br />
Provider (ISP) trained by the manufacturer.<br />
We cannot train ISPs<br />
and fire departments on other manufacturers’<br />
PPE, and only we can train/<br />
approve training on our PPE. Other<br />
manufacturers or ISPs not listed on<br />
our website as approved, are flatly<br />
incorrect if they report themselves as<br />
approved/capable <strong>of</strong> providing NFPA<br />
1851 training on our products. WE<br />
ASK YOU TO REPORT ANY SUCH<br />
REPRESENTATIONS TO US<br />
IMMEDIATELY. Contact your dealer<br />
or our Customer Service Department<br />
to set up any requested training from<br />
us. The chart <strong>of</strong> classes that we will<br />
be <strong>of</strong>fering is shown on the next page.<br />
This training is typically done in<br />
Dayton, OH, but local training can be<br />
arranged if a sufficiently large group<br />
can be assembled. While manufacturer<br />
provided training is free, there<br />
may be costs charged by ISPs<br />
trained and approved by us. End<br />
users may find local training by an<br />
ISP more economical even with a<br />
charge, since travel expenses are<br />
hence avoided. Our website will list<br />
all approved ISPs. If an ISP is not<br />
on our website, contact us for<br />
guidance before utilizing their<br />
services. Similarly, we are working<br />
with ISPs that plan to <strong>of</strong>fer interactive,<br />
web-based instruction on these<br />
topics. ISPs approved by Honeywell<br />
First Responder Products can train<br />
ONLY end users, NOT other ISPs<br />
(without specific approval by us).<br />
Table <strong>of</strong> Contents<br />
2. The first training necessary for all<br />
firefighters is a general overview<br />
<strong>of</strong> the 2008 edition NFPA 1851<br />
document. We teach these topics in<br />
our 101 level <strong>of</strong> classes for each<br />
element we manufacture. We also<br />
<strong>of</strong>fer an NFPA 1851 DVD which also<br />
addresses these topics.<br />
What does NFPA 1851<br />
specifically impose?<br />
• Routine cleaning and inspection<br />
after every soiling/use<br />
• Advanced cleaning and inspection<br />
at least annually (very precise<br />
definitions apply <strong>of</strong> what operations/testing<br />
is required)<br />
• Detailed record keeping<br />
• Specialized cleaning when required<br />
(again, very precise defintions apply<br />
<strong>of</strong> what is required)<br />
• Manufacturer training on all<br />
NFPA 1851 issues or training by<br />
an Independent Service Provider<br />
(ISP) trained and approved by the<br />
manufacturer<br />
• Mandatory retirement <strong>of</strong> all 10-yearold<br />
or older PPE (Personal<br />
Protective Equipment which<br />
includes coats, pants, suspenders,<br />
helmets, gloves, hoods and boots)<br />
See the Honeywell First Responder<br />
Products Reference Guide for full<br />
details on these NFPA 1851 requirements.<br />
Here we describe the classes<br />
and other services available to help<br />
you meet the detailed NFPA 1851<br />
requirements (not what the requirements<br />
themselves are). One<br />
important note: Unlike most NFPA<br />
Standards which are grandfathered,<br />
NFPA 1851 requirements apply to<br />
ALL your Structural and Proximity<br />
PPE regardless <strong>of</strong> age (new OR OLD<br />
PPE products are covered).
However, we cannot be sure that<br />
requesting a copy <strong>of</strong> this DVD means<br />
it has been reviewed and understood.<br />
Therefore, while the DVD will assist<br />
you in gaining a general overview<br />
<strong>of</strong> the 2008 edition NFPA 1851<br />
document, its requirements and<br />
organization, for us to <strong>of</strong>ficially<br />
approve your training, you must<br />
complete a class with us or an<br />
approved ISP. The DVD, however,<br />
is a great introduction to the topics<br />
that will be covered in a 101 level<br />
class.<br />
Honeywell First Responder Products<br />
NFPA 1851 Training<br />
NFPA 1851 Courses<br />
Note: Classes can be taught in sequence or in combination<br />
for some time savings. Your dealer or our staff will assist you<br />
in arranging efficient class organization.<br />
PPE Approx<br />
Course No Element Hrs Course Description – Details Follow by Class<br />
1851-CL-101* Garments 2 Basic Introduction <strong>of</strong> 1851 Garment Requirements<br />
1851-CL-102 2 Garment Plan, Record Keeping & Routine Cleaning and Inspection<br />
1851-CL-201 1 Advanced Garment Inspection<br />
1851-CL-202 1 Advanced Garment Cleaning<br />
1851-CL-301 8 Basic Garment Repairs – Prerequisite Stitching Skills<br />
1851-CL-401 16 Advanced Garment Repairs – Prerequisite Stitching Skills<br />
1851-HT-101* Helmets 1 Basic Introduction <strong>of</strong> 1851 Helmet Requirements<br />
1851-HT-102* 1 Helmet Plan, Record Keeping & Routine Cleaning and Inspection<br />
1851-HT-201** 1/2 Advanced Helmet Inspection<br />
1851-HT-202** 1/2 Advanced Helmet Cleaning<br />
1851-HT-301** 1/2 Helmet Repair<br />
1851-GL-101* Gloves 1 Basic Introduction <strong>of</strong> 1851 Glove Requirements<br />
1851-GL-102* 1 Glove Plan, Record Keeping & Routine Cleaning and Inspection<br />
1851-GL-201** 1/2 Advanced Glove Inspection<br />
1851-GL-202** 1/2 Advanced Glove Cleaning<br />
1851-GL-301** 1/2 Glove Repair – Prerequisite stitching skills<br />
1851-HD-101* Hoods 1 Basic Introduction <strong>of</strong> 1851 Hood Requirements<br />
1851-HD-102* 1 Hood Plan, Record Keeping & Routine Cleaning and Inspection<br />
1851-HD-201** 1/2 Advanced Hood Inspection<br />
1851-HD-202** 1/2 Advanced Hood Cleaning<br />
1851-HD-301** 1/2 Hood Repair – Prerequisite stitching skills<br />
1851-BT-101* Footwear 1 Basic Introduction <strong>of</strong> 1851 Footwear Requirements<br />
1851-BT-102* 1 Footwear Plan, Record Keeping & Routine Cleaning and Inspection<br />
1851-BT-201** 1/2 Advanced Footwear Inspection<br />
1851-BT-202** 1/2 Advanced Footwear Cleaning<br />
1851-BT-301** 1/2 Footwear Repair<br />
*Topics for All <strong>Fire</strong>fighters **Topics for, at Least, PPE Managers<br />
3. Similarly, routine inspections and<br />
cleanings are required to be done by<br />
the firefighter after each use. Also,<br />
each fire department (or “organization”<br />
in NFPA terminology) is required<br />
to have a clothing plan and do necessary<br />
record keeping. We teach these<br />
topics, and provide examples, in our<br />
102 level <strong>of</strong> classes for each<br />
element we manufacture. The DVD,<br />
discussed above, will also address<br />
these topics, but we cannot be sure<br />
that requesting a copy <strong>of</strong> this DVD<br />
means it has been reviewed and<br />
understood. Therefore, while this<br />
Table <strong>of</strong> Contents<br />
DVD will assist you in routine<br />
inspection procedures, routine<br />
cleaning procedures, basic clothing<br />
plan issues and basic record keeping<br />
requirements <strong>of</strong> the 2008 edition<br />
NFPA 1851 document, for us to<br />
<strong>of</strong>ficially approve your training, you<br />
must complete a class with us or<br />
an approved ISP. The DVD,<br />
however, is a great introduction to<br />
the topics that will be covered in a<br />
102 level class.<br />
4. More advanced classes for program<br />
managers are also typically done in a<br />
NFPA 1851 Support Services Continue...<br />
Honeywell First Responder Products 10
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
NFPA 1851 Support Services Continued...<br />
11<br />
classroom setting. Contact us to<br />
make arrangements. The DVD, as<br />
part <strong>of</strong> the general 2008 edition<br />
overview, does provide a general<br />
discussion <strong>of</strong> these more advanced<br />
topics (Advanced Inspection,<br />
Advanced Cleaning, Repairs, etc.)<br />
BUT, ONLY AS AN OVERVIEW.<br />
These complex topics also MUST be<br />
handled in more advanced classroom<br />
settings for an effective understanding.<br />
5. The Document requires that<br />
advanced (not basic) clothing repairs<br />
only be done by an ISP or a fire<br />
department (organization) that has<br />
been verified by a third party lab, as<br />
well as trained by the manufacturer.<br />
We can assist fire departments or<br />
ISPs that wish to pursue that third<br />
party lab certification.<br />
Contact your dealer, Regional Director or<br />
our Customer Service Department for<br />
details on the NFPA 1851, 2008 edition<br />
overview DVD. This DVD and supporting<br />
materials are provided at only our<br />
duplication cost.<br />
What NFPA 1851<br />
compliance and<br />
training support<br />
do we <strong>of</strong>fer?<br />
NFPA 1851, 2008 Edition<br />
Overview.<br />
The overview DVD discussed previously<br />
is a great aid to NFPA 1851 understanding.<br />
Again, contact your dealer or our<br />
Customer Service Department to request<br />
a copy (provided at our minor duplication<br />
cost).<br />
Curriculum <strong>of</strong> Classes.<br />
The curriculum <strong>of</strong> classes previously<br />
presented will completely equip you for<br />
www.HoneywellFirstResponder.com<br />
NFPA 1851 compliance. Again, contact<br />
your dealer or our Customer Service<br />
Department to arrange this no-charge<br />
training.<br />
Draft SOPs as Required by<br />
the Standard.<br />
Our experts have prepared draft,<br />
template SOPs required by the<br />
Standard. <strong>Fire</strong> departments can use<br />
these templates and edit them for their<br />
particular policies.<br />
These SOPs are<br />
distributed during<br />
the relevant<br />
classroom work.<br />
Copies can also be<br />
requested through<br />
your dealer or by<br />
contacting our<br />
Customer Service Department.<br />
STANDARD OPERATING<br />
PROCEDURES<br />
For the Selection, Care,<br />
Maintenance and Retirement<br />
<strong>of</strong> Protective Ensembles<br />
for Structural <strong>Fire</strong> Fighting<br />
Routine Inspection and<br />
Cleaning Checklist.<br />
Line firefighters provide the first line <strong>of</strong><br />
NFPA 1851 compliance. They are<br />
required to do Routine Inspection and<br />
Cleaning (as simple as hose line flushing)<br />
after every use/soiling. We provide a<br />
card that can be hung at the gear storage<br />
area to remind firefighters to perform<br />
these vital functions with EVERY use/<br />
soiling. These cards are provided free to<br />
our customers (in reasonable quantities).<br />
Please contact your dealer or our<br />
Customer Service Department to receive<br />
your copies.<br />
NFPA 1851 Reminder<br />
Posters.<br />
These posters remind the firefighters to<br />
routinely review their Routine Inspection<br />
and Cleaning and Inspection Checklist<br />
cards and other warnings/use information.<br />
These posters are provided free to<br />
our customers (in reasonable quantities).<br />
Please contact your dealer or our<br />
Customer Service Department to receive<br />
your copies.<br />
Table <strong>of</strong> Contents<br />
Advanced Protective<br />
Tracking System.<br />
This state-<strong>of</strong>-the-art barcode<br />
tracking system is<br />
discussed in some detail in<br />
our catalogs. APT allows<br />
full NFPA 1851 record keeping compliance<br />
with little or no cost, utilizing readily<br />
available equipment.<br />
Honeywell First Responder<br />
PPE Cleaning & Care Facility<br />
in Dayton – within 6-Day<br />
Normal Turnaround Time.<br />
We have had, and will continue to have,<br />
a nationwide network <strong>of</strong> trained partner<br />
ISPs. And, we have an onsite, state-<strong>of</strong>the-art<br />
PPE Cleaning & Care Facility in<br />
Dayton. This facility:<br />
• Does inspection, cleaning, and repair<br />
work for customers.<br />
• Trains dealers and other firms that we<br />
approve as Independent Service<br />
Providers (ISPs) to the extent<br />
they wish and require, at no charge to<br />
them.<br />
• Trains customers to the extent they<br />
wish and require, at no charge to them.<br />
This facility handles all inspections and<br />
repairs, and excess quantity cleaning/<br />
drying will be done at an <strong>of</strong>fsite facility.<br />
All operations are at our #1 Innovation<br />
Court headquarters facility. The 2008 edition<br />
<strong>of</strong> NFPA 1851 now covers required<br />
care and maintenance for both Structural<br />
and Proximity PPE products. We are<br />
working with Gentex (manufacturers <strong>of</strong><br />
the aluminized Pbi that is used in<br />
Proximity garment shells, gloves, and
Proximity helmet covers) to develop an<br />
aluminized care program and will advise<br />
the details when available. As a result,<br />
this new Dayton facility will initially deal<br />
with ONLY Structural PPE products certified<br />
to NFPA 1971 (until our discussions<br />
with Gentex clarify appropriate Proximity<br />
cleaning procedures).<br />
The PPE Cleaning & Care facility <strong>of</strong>fers<br />
NFPA 1851 required advanced inspections,<br />
advanced cleanings, minor repairs<br />
and major repairs on NFPA 1971<br />
Protective Ensembles for Structural and<br />
Proximity <strong>Fire</strong> Fighting (clothing, boots,<br />
helmets, hoods and gloves).<br />
It will also <strong>of</strong>fer advanced cleaning and<br />
repair for clothing and equipment to various<br />
other NFPA Standards which NFPA<br />
1851 does not cover (but we will follow<br />
general NFPA 1851 advanced clothing<br />
and inspection protocols as much as<br />
possible):<br />
• NFPA 1999 – Protective <strong>Clothing</strong> for<br />
Emergency Medical Operations<br />
• NFPA 1992 – Liquid Splash-Protective<br />
Ensembles and <strong>Clothing</strong> for Hazardous<br />
Materials Emergencies<br />
• NFPA 1951 – Protective Ensembles for<br />
<strong>Tech</strong>nical Rescue Incidents<br />
• NFPA 1977 – Protective <strong>Clothing</strong> and<br />
Equipment for Wildland <strong>Fire</strong> Fighting<br />
• NFPA 1975 – Station/Work Uniforms<br />
for <strong>Fire</strong> and Emergency Services<br />
• Products multi-certified to any <strong>of</strong> the<br />
Standards and/or NFPA 1971 –<br />
Protective Ensembles for Structural<br />
<strong>Fire</strong> Fighting and Proximity <strong>Fire</strong><br />
Fighting, noted above.<br />
Specialized cleaning, where practical,<br />
will also be quoted per event, is consistent<br />
with how essentially all other care<br />
providers handle these exposures and<br />
would include the following types <strong>of</strong><br />
exposures:<br />
• CBRN • Paint • Asbestos<br />
• Oil • Diesel fuel • Animal fats<br />
• Wax • Hydraulic fluid<br />
• Tire fire residue<br />
• Biohazards, like blood and other body<br />
fluids<br />
• Any other exposure requiring MSDS<br />
sheet consultations<br />
We will also be glad to quote any other<br />
required PPE support, cleaning or repair<br />
programs upon request.<br />
General Notes<br />
Products must be scheduled for cleaning<br />
and repair. Scheduled work, not requiring<br />
repairs, will be done and shipped<br />
within 6 work days <strong>of</strong> receipt in our<br />
Dayton facility. Products returned<br />
unscheduled for cleaning and repair will<br />
be scheduled around the work that has<br />
been scheduled. The PPE Cleaning &<br />
Care Facility staff will contact the return-<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products<br />
PPE Cleaning & Care Facility<br />
ing customer and advise that scheduled<br />
date (customer may accept that date or<br />
reschedule for another time – all freight<br />
back and forth is at customer expense).<br />
We cannot work, per OSHA regulations,<br />
on gear that is soiled. PPE must be<br />
cleaned before return to us, or by us (that<br />
cleaning will be billed), before repairs can<br />
be done.<br />
As noted earlier, specialized cleaning<br />
and resulting repair (per NFPA 1851,<br />
this is required when PPE is exposed to<br />
hazardous materials and/or biohazards)<br />
will be available upon a special quotation<br />
basis. Different pricing and turnaround<br />
periods will apply. There are some<br />
contaminants that are impossible to remove,<br />
and no representations otherwise<br />
are made. Customers with specialized<br />
cleaning needs should contact the PPE<br />
Cleaning & Care Facility staff. They will<br />
prepare quotes for recoverable situations<br />
and/or assist the fire department at no<br />
charge in seeking insurance reimbursement<br />
when cleaning/ repair is not feasible<br />
or advisable.<br />
All cleaning and billable repairs will not<br />
be started without a valid Purchase<br />
NFPA 1851 Support Services Continue...<br />
Honeywell First Responder Products 12
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
NFPA 1851 Support Services Continued...<br />
Order and credit approval. Returns to<br />
customers can only be made freight<br />
collect on products returned due to lack<br />
<strong>of</strong> Purchase Order. Purchase Order<br />
should accompany returned gear to<br />
prevent delays in processing.<br />
Laundering can, and will, change the<br />
appearance <strong>of</strong> PPE (in particular, black<br />
shells can lose “blackness” and take on a<br />
charcoal or dark green cast). This is an<br />
unavoidable consequence <strong>of</strong> laundering<br />
(whoever does it) and as such is not<br />
warrantable.<br />
Departments who wish us to work on<br />
non-Honeywell First Responder Products<br />
PPE should contact the PPE Cleaning &<br />
Care staff for further discussion.<br />
5-Year Wear Life Warranty<br />
on NFPA 1971 <strong>Clothing</strong> and<br />
Helmets, Free Repairs and<br />
Loaners during that Period<br />
5-Year Wear Life Warranty for <strong>Clothing</strong><br />
and Free Loaners During Free Repair.<br />
Our new facility/program allows us to<br />
<strong>of</strong>fer the 5-Year Wear Life Warranty on<br />
our Structural clothing. This would<br />
include NO-CHARGE REPAIRS (or<br />
replacement <strong>of</strong> layers at our discretion)<br />
For Honeywell First Responder Products non-clothing NFPA 1971 Structural PPE Elements<br />
Cleaning and inspection for NFPA 1971 helmets, hoods, boots, and gloves will also be <strong>of</strong>fered, subject to the terms and conditions<br />
noted below.<br />
13<br />
Product Wear Life Warranty Availability<br />
Helmets 5 years at no extra charge if annual cleanings are done (even with only one yearly cleaning). Heat and<br />
abrasion damage to eye protection – EZ-Flips, faceshields, goggles, etc. – are unavoidable in the hostile fire<br />
fighting environment and as such are NOT covered under the warranty.<br />
Hoods Hoods are a disposable item and use can vary widely, so wear life warranties are not <strong>of</strong>fered, but Lifetime<br />
Warranty against defects in material or workmanship always apply on all Honeywell First Responder Products.<br />
Boots Boots are an item where use can vary widely and most repairs are not practical, so wear life warranties are not<br />
<strong>of</strong>fered. Lifetime Warranty against defects in material or workmanship always apply on all Honeywell First<br />
Responder Products. Note: We will quote resoling <strong>of</strong> welted boot products upon request.<br />
Gloves Gloves are a disposable item and use can vary widely, so wear life warranties are not <strong>of</strong>fered, but Lifetime<br />
Warranty against defects in material or workmanship always apply on all Honeywell First Responder Products.<br />
www.HoneywellFirstResponder.com<br />
for the first 5 years <strong>of</strong> the garment life, to<br />
ensure 5 years <strong>of</strong> continued serviceability,<br />
and even NO-CHARGE LOANER<br />
GARMENTS during any required repairs.<br />
Customers wishing to gain the 5-Year<br />
Wear Life <strong>Clothing</strong> Warranty and free<br />
loaner garments would be required to<br />
have the following Cleaning and Care<br />
Services performed each year:<br />
1. NFPA 1851 required Advanced<br />
Cleaning and Advanced Inspection<br />
once a year at our Dayton<br />
facility or at the facility <strong>of</strong> an<br />
approved ISP 5-Year Wear Life<br />
Warranty Partner. Services provided<br />
will include NFPA 1851 tracking,<br />
spot treatment as necessary,<br />
pre-soaks as necessary, Advanced<br />
Inspection Puddle or Hydrostatic<br />
Water Pressure Test as required/<br />
preferable, Advanced Inspection<br />
Light Test or complete Liner<br />
Inspection as required/preferable<br />
– PLUS –<br />
2. Additional Advanced Cleaning<br />
(machine wash and dry without<br />
pre-soaks, spot treatment or<br />
Advanced Inspections) once a year<br />
(6 months after Advanced<br />
Cleaning and Advanced Inspection<br />
Table <strong>of</strong> Contents<br />
above). A cursory inspection will<br />
also occur at this time to isolate<br />
developing problems. This will let us<br />
see the garment every 6 months,<br />
and correct developing problems<br />
before they became major, far more<br />
expensive problems. This is the<br />
only extra charge, above and<br />
beyond NFPA 1851 REQUIRE-<br />
MENTS in point 1 above, to get the<br />
5-Year Wear Life Warranty and free<br />
repairs, free loaners, etc.<br />
While it is true that the new 2008 edition<br />
document only requires once-annual<br />
cleaning, the 2001 edition document<br />
required semi-annual cleaning. There<br />
are compelling reasons for customers to<br />
consider the second annual clothing<br />
cleaning required in point 2 above:<br />
• to gain the 5-Year Wear Life <strong>Clothing</strong><br />
Warranty and NO-CHARGE REPAIRS<br />
for 5 years<br />
• to get two cleanings and inspections a<br />
year, as per 2001 edition requirements.<br />
This will isolate and encourage<br />
fixes more frequently and will increase<br />
safety and comfort (a year is a long<br />
time to use a non-cleaned garment)<br />
• to gain FREE LOANERS during<br />
required repairs
In spite <strong>of</strong> the increased inspection/<br />
requirements in the new 2008 edition,<br />
our pricing is in line with most previous<br />
2001 edition quotes from other vendors,<br />
even with 1 additional cleaning. In fact,<br />
your dealer can provide an Excel spreadsheet<br />
on our 2008 edition PPE program<br />
that shows some <strong>of</strong> our best clothing will<br />
run you roughly $5 per week per set and<br />
with this Care Program roughly $8.50 per<br />
week in total (for the gear itself, repairs,<br />
loaners, NFPA 1851 compliance, etc.).<br />
5-Year Wear Life Warranty for Helmets<br />
and Free Loaners During Free Repair<br />
This new facility/program also allows us<br />
to <strong>of</strong>fer this 5-Year Wear Life Warranty<br />
Program (with the exception <strong>of</strong> eye protection<br />
products) on Structural helmets.<br />
This would include NO-CHARGE<br />
REPAIRS, or replacement <strong>of</strong> non-eye<br />
protection products at our discretion,<br />
for the first 5 years <strong>of</strong> the helmet life, to<br />
ensure 5 years <strong>of</strong> continued serviceability.<br />
Helmet repairs usually are made in 1 day<br />
<strong>of</strong> receipt, but loaners can be arranged if<br />
required.<br />
To gain the 5-Year Wear Life Helmet<br />
Warranty, it is only necessary to have<br />
the NFPA 1851 required annual<br />
Advanced Cleaning and Advanced<br />
Inspection done at our PPE Cleaning &<br />
Care Facility or at an approved ISP<br />
5-Year Wear Life Warranty Partner.<br />
There are NO additional cleaning<br />
requirements for warranty coverage <strong>of</strong><br />
helmets, since helmet damage does not<br />
tend to “continue” as clothing damage<br />
can (we still do recommended semiannual<br />
advanced cleaning and care, but<br />
it is not a warranty condition).<br />
Clarifications <strong>of</strong> the <strong>Clothing</strong> and<br />
Helmet Extended 5-Year Wear Life<br />
Warranties Discussed Above<br />
1. The extended warranties are<br />
dependent on continuous care, like<br />
a car warranty. For the Extended<br />
5-year Wear Life<br />
Warranty to remain<br />
in effect, the fire<br />
department must<br />
have the clothing<br />
Advanced Cleaned at<br />
the Honeywell First<br />
Responder Products<br />
PPE Cleaning &<br />
Care Facility in<br />
Dayton or at a PPE<br />
Cleaning & Repair<br />
ISP Warranty Partner<br />
every 6 months, and<br />
every other cleaning must also be<br />
accompanied with the required<br />
Advanced Inspection. Our PPE<br />
Cleaning & Care Facility will advise<br />
customers at their last ship to/bill to<br />
address one month before a cleaning<br />
is required; but that is only a<br />
reminder, the responsibility for<br />
ensuring 6-month periodic<br />
advanced cleanings/required<br />
inspections rest with the customer.<br />
That is, failure to receive our postcard<br />
does not change warranty terms<br />
if the garments have not been<br />
through the 6-month cleaning/<br />
inspection cycle. For helmets, only<br />
continuous annual cleanings are<br />
necessary to continue warranty<br />
coverage. If clothing is not semiannually<br />
cleaned and helmets<br />
annually cleaned in Dayton or at a<br />
Warranty Partner, the extended<br />
5-Year Wear Life Warranty is no<br />
longer in effect.<br />
2. This extended warranty <strong>of</strong>fer applies<br />
only to new garments, since only new<br />
garments will have been maintained<br />
as required from the start <strong>of</strong> their life<br />
cycle. For older garments or new<br />
garments that did not have the<br />
required 6-month advance cleanings,<br />
the warranty program is not available.<br />
Similarly, only new helmets can be<br />
covered, and only if the helmets have<br />
been cleaned annually since new at<br />
our Dayton facility or an ISP Partner.<br />
Table <strong>of</strong> Contents<br />
3. This is an extended WEAR warranty<br />
on repairs, not a guarantee against<br />
unanticipated or unusual exposures,<br />
which would require specialized<br />
cleaning as well as resulting repairs<br />
which are NOT covered under this<br />
warranty. Specialized cleaning and<br />
resulting repair (per NFPA 1851, this<br />
is required when PPE is exposed<br />
to hazardous materials and/or bio<br />
hazards) will be available upon a<br />
special quotation basis and again is<br />
NOT covered under this warranty.<br />
Different pricing and turnaround<br />
periods will apply. There are some<br />
contaminants that are impossible to<br />
remove, and no representations<br />
otherwise are made. Customers with<br />
specialized cleaning needs should<br />
contact our PPE Cleaning & Care<br />
Facility staff. They will prepare<br />
quotes for recoverable situations<br />
and/or assist the fire department at<br />
no charge in seeking insurance<br />
reimbursement when cleaning/repair<br />
is not feasible or advisable.<br />
Again, specialized cleaning and<br />
repairs will be quoted per event as<br />
noted above, and is NOT covered<br />
under this warranty. This would<br />
include the following types <strong>of</strong><br />
exposures (this is consistent with how<br />
essentially all other care providers<br />
handle these exposures):<br />
NFPA 1851 Support Services Continue...<br />
Honeywell First Responder Products 14
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
NFPA 1851 Support Services Continued...<br />
15<br />
• CBRN • Paint • Asbestos<br />
• Oil • Diesel fuel • Animal fats<br />
• Wax • Hydraulic fluid<br />
• Tire fire residue<br />
• Biohazards, like blood and other<br />
body fluids<br />
• Any other exposure requiring MSDS<br />
sheet consultations<br />
4. Covered repairs will be the most<br />
economically feasible way to make<br />
the PPE fit for continued service (for<br />
instance, we will patch instead <strong>of</strong><br />
replace complete panels). As<br />
another example, the decision as to<br />
whether the number <strong>of</strong> pin hole leaks<br />
requiring patching is sufficient to<br />
suggest the moisture barrier must be<br />
replaced must rest solely with our<br />
PPE Cleaning & Care Facility staff.<br />
5. Full moisture barrier replacements<br />
are covered in our 5-Year Wear Life<br />
Warranty Program when pin hole<br />
patching is not effectively practical.<br />
Our earlier Cleaning and Care<br />
catalog discussion <strong>of</strong> the newly<br />
available 5-Year Wear Life Warranty<br />
initially excluded full moisture barrier<br />
replacement. In combination with<br />
support from W.L. Gore, our moisture<br />
barrier supplier, we are now<br />
prepared to include full moisture<br />
barrier replacements due to wear<br />
issues. The newly expanded program<br />
is subject to these clarifications:<br />
• 2-layer Crosstech ® (xxx2) or RT7100<br />
(xxx0) moisture barriers will be<br />
covered for the first 3 years after<br />
their date <strong>of</strong> manufacture if<br />
necessary (pin hole repairs are too<br />
numerous to be effectively<br />
practical).<br />
• 3 -layer Crosstech ® (xxxT) moisture<br />
barriers will be covered for the first<br />
5 years after their date <strong>of</strong> manufacture<br />
(pin hole repairs are too<br />
numerous to be effectively practical).<br />
www.HoneywellFirstResponder.com<br />
• The coverage is retroactive to<br />
2-layer moisture barrier garments<br />
manufactured on April 1, 2005, or<br />
later (and to all 3-layer moisture<br />
barrier garments since none <strong>of</strong><br />
them are yet 5 years old).<br />
• Warranty moisture barrier repairs<br />
will always be done in the most<br />
economical way possible. This<br />
means reasonable amounts <strong>of</strong><br />
patching will be done before the<br />
barrier is fully replaced. The determination<br />
as to whether patching will<br />
produce a practical, reliable repair<br />
must rest solely with our PPE<br />
Cleaning & Care Facility staff.<br />
• Other 5-Year Wear Life Warranty<br />
terms and conditions discussed in<br />
the catalog still apply.<br />
6. We are specifically not including<br />
damage such as, but not limited to,<br />
abrasion or melting <strong>of</strong> eye protection<br />
products on helmets – faceshields,<br />
EZ-Flips and goggles – as this is<br />
characteristic <strong>of</strong> these products in the<br />
harsh fire environment.<br />
7. Free standard stock loaners will be<br />
provided upon request for any<br />
garments or helmets that require<br />
repair that will delay them in Dayton<br />
or at a 5-Year Wear Life Warranty<br />
Partner ISP for more than 6 work<br />
days, if the return was scheduled.<br />
The customer will be responsible for<br />
freight out and back on loaners, and<br />
will be asked for a Purchase Order to<br />
cover both approximate loaner value<br />
and that freight when they request a<br />
no-charge loaner. Customers will be<br />
billed for any required repairs to loaners<br />
that are not due to regular use.<br />
That is, such as specialized cleaning<br />
requirements after return and/or<br />
embrittled material from high heat<br />
exposures that is too large to allow<br />
patching, but credited back for the<br />
loaner garment when returned if that<br />
return occurs within 2 weeks <strong>of</strong><br />
receipt back <strong>of</strong> fire department gear.<br />
Table <strong>of</strong> Contents<br />
8. The 5-Year Wear Life Warranty<br />
should not be construed as a guarantee<br />
that the garments/helmets will<br />
always be restored to “like new”<br />
condition. Garments and helmets will<br />
wear and their condition will reflect<br />
that wear. The 5-year Extended<br />
Wear Warranty will, however, cover at<br />
no charge repairs needed to keep the<br />
garment in serviceable condition (as<br />
is currently paid out <strong>of</strong> pocket by fire<br />
departments).<br />
9. The 5-Year Wear Life Warranty does<br />
not cover alterations due to garment<br />
reassignment or member weight<br />
gain/loss.<br />
10.The 5-Year Wear Life Warranty is not<br />
available for gear used exclusively or<br />
primarily for training. Contact us to<br />
develop a specific program for any<br />
such gear.<br />
11. The 5-Year Wear Life Warranty runs<br />
from the date <strong>of</strong> manufacture.<br />
Contact our Customer Service<br />
Department at time <strong>of</strong> first usage if<br />
that date is far later than the<br />
manufacturing date.<br />
Specialized Test Equipment<br />
Hydrostatic Water Pressure<br />
Test Stand (Patent Pending)<br />
Honeywell First Responder Products<br />
ISO 17025 Accredited Testing<br />
Laboratory has developed a test stand to<br />
facilitate the now required after three<br />
years <strong>of</strong> service moisture barrier<br />
Hydrostatic Water Pressure Test.<br />
This test stand <strong>of</strong>fers these important<br />
advantages:<br />
• Dual pressure regulators pre-set to<br />
balance each other to keep the testing<br />
pressure at the correct 1 psi (+.1 psi<br />
tolerance) during the test<br />
• Detailed operator instruction manual<br />
• Stand labeling to minimize common<br />
errors<br />
• Slim pr<strong>of</strong>ile arm to facilitate tubular<br />
garment area testing (arms, legs, etc.)
• Self-draining garment protection tray to<br />
minimize garment water contact during<br />
testing.<br />
• The 15-second test can be used in lieu<br />
<strong>of</strong> the less strenuous, less reliable<br />
3-minute Puddle Test at any point in a<br />
<strong>Morning</strong> <strong>Pride</strong> garment’s life. The<br />
Hydrostatic Water Pressure Test is a<br />
better test <strong>of</strong> moisture barrier condition<br />
and is done in 1/2 the time <strong>of</strong> the<br />
Puddle Test, and each set is tested at<br />
a minimum <strong>of</strong> 5 spots for a total time<br />
savings <strong>of</strong> almost 14 minutes a set<br />
test time.<br />
The test stand is available for purchase<br />
or daily rent. Purchased test stands will<br />
be calibrated and refurbished annually<br />
for a fee that includes a loaner stand<br />
during the rework period, if requested<br />
(to keep ISPs and fire departments in<br />
service during their test stand recalibration).<br />
Loaner test stands are also<br />
available during non-scheduled repairs at<br />
no charge, upon request. Again, freight<br />
NFPA 1851, 2008 Edition Requirements for Advanced Inspection <strong>of</strong> non-CBRN <strong>Clothing</strong><br />
Complete Liner Inspection<br />
and Hydrostatic<br />
Time in Service Light and Puddle Test Water Pressure Test 1 Liner Replaced<br />
up to 12 Months Yes 2 No 2<br />
≥ 12 Months but < 24 Months Yes 2 No 2<br />
≥ 24 Months but < 36 Months Yes 2 No 2<br />
≥ 36 Months but < 48 Months Yes 2 Yes If Liner Replaced Now<br />
≥ 48 Months but < 60 Months Yes 2 Yes No Hydrostatic Water<br />
Pressure Test, but Puddle Test<br />
≥ 60 Months but < 72 Months Yes 2 Yes Hydrostatic Water Pressure Test<br />
≥ 72 Months but < 84 Months Yes 2 Yes Hydrostatic Water Pressure Test<br />
≥ 84 Months but < 96 Months Yes 2 Yes Hydrostatic Water Pressure Test<br />
≥ 96 Months but < 108 Months Yes 2 Yes Hydrostatic Water Pressure Test<br />
≥ 108 Months but < 120 Months Yes 2 Yes Hydrostatic Water Pressure Test<br />
≥ 120 Months Yes 2 Yes Hydrostatic Water Pressure Test<br />
Note 1: Test Stand for moisture barrier test is available from Honeywell First Responder Products PPE Cleaning & Care Facility<br />
Note 2: <strong>Morning</strong> <strong>Pride</strong> allows and recommends that the more strenuous complete liner inspection and hydrostatic moisture<br />
barrier Hydrostatic Water Pressure Test be done (even in first three years) instead <strong>of</strong> the less strenuous, less reliable and<br />
more time consuming Light and Puddle Test. It is not necessary to do the Light and Puddle Test (even in the first three<br />
years) if the liner Complete Inspection and Hydrostatic Water Pressure Test is done. <strong>Morning</strong> <strong>Pride</strong>’s Liner Inspection Ports<br />
also make the complete liner inspection easy to do without garment disassembly and re-stitching.<br />
Note: CBRN cleaning and care protocols are not yet available and will differ from the non-CBRN protocols discussed in this catalog.<br />
The CBRN protocols will be developed and publicized when the CBRN products complete certification.<br />
NFPA 1851, 2008 Edition Clarifications on the <strong>New</strong> Retirement Requirements for Garments<br />
Structural Garments: Retired if ≥ 10 Years from Manufacture Date<br />
both ways is customer responsibility<br />
on all stands in-<br />
Honeywell First Responder Products<br />
cluding loaners. Premium Test Equipment<br />
Proximity Garments: Replace Shells at ≤ 5 Years – Retire Moisture Barrier and Thermal Liner if ≥ 10 Years from<br />
Manufacture Date<br />
Note: This catalog section discusses Structural PPE cleaning, care and warranties (as applicable). The note here on Proximity<br />
retirement is provided as contrasting information only.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 16
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Unique Advantages<br />
Only <strong>Morning</strong> <strong>Pride</strong>’s Patented <strong>Tech</strong>nologies Can<br />
Deliver Bloodborne Pathogen Tested Performance<br />
“As Worn” to Meet the Intent <strong>of</strong> the OSHA<br />
Requirements Imposed on <strong>Fire</strong> Departments.<br />
<strong>Morning</strong> <strong>Pride</strong> BPR<br />
Tested as Actually Worn<br />
Meets OSHA intent for full<br />
body protection.<br />
All <strong>Morning</strong> <strong>Pride</strong> BPR clothing <strong>of</strong>fers<br />
bloodborne pathogen resistant<br />
interface capabilities (when worn<br />
with other BPR elements) as<br />
defined by NFPA 1971 Viral<br />
Penetration Test and Shower<br />
Test protocols, without taping<br />
or plastic bags (see picture<br />
on right) but as worn.<br />
17<br />
As We Test<br />
www.HoneywellFirstResponder.com<br />
Competitors’ Garments<br />
are Only Tested as<br />
Could NOT be<br />
Worn<br />
Not OSHA intent<br />
compliant for full body<br />
protection.<br />
Plastic<br />
Bags<br />
ONLY Available with <strong>Morning</strong> <strong>Pride</strong> Garments ONLY Level <strong>of</strong> Protection Our Competitors Offer<br />
1. Products beginning with BPR<br />
(Bloodborne Pathogen Resistant),<br />
USR (formerly Urban Search and<br />
Rescue, now <strong>Tech</strong>nical Rescue), or<br />
EMS (Emergency Medical Services)<br />
have been tested in “as actually worn”<br />
condition (please see BPR Shower<br />
Test photo above).<br />
When used with other <strong>Morning</strong> <strong>Pride</strong><br />
BPR products (that is, any BPR glove,<br />
any BPR boot, and any BPR helmet),<br />
BPR garments provide head-to-toe<br />
bloodborne pathogen resistance<br />
protection including interface areas<br />
(as defined by the NFPA referenced<br />
Viral Penetration Resistance Test and<br />
the Shower Test).<br />
Since OSHA imposes a full body<br />
protective intent on employers (that is,<br />
they are as concerned if an<br />
employee is infected at the coat-tohelmet<br />
interface or any other interface<br />
as if an infection occurred through<br />
the viral barrier), <strong>Morning</strong> <strong>Pride</strong><br />
strongly recommends BPR products.<br />
<strong>Morning</strong> <strong>Pride</strong> has spent hundreds <strong>of</strong><br />
thousands <strong>of</strong> dollars and several years<br />
developing comfortable interfacecapable<br />
technologies (so innovative<br />
they are now cited in numerous<br />
patents and pending patents). Please<br />
see the Honeywell First Responder<br />
Products’ Reference Guide for a full<br />
discussion <strong>of</strong> the OSHA Bloodborne<br />
Pathogen requirements for fire<br />
departments, EMS, etc.<br />
2. Products beginning with LTO (Limb<br />
and Torso Only) or TAC (Tactical<br />
Structural) do NOT <strong>of</strong>fer interface<br />
certified protection. <strong>Morning</strong> <strong>Pride</strong><br />
would prefer not to <strong>of</strong>fer limited area<br />
protective products (without tested<br />
interface capabilities), but (at the time<br />
<strong>of</strong> catalog printing) this was the ONLY<br />
technology which our competitors<br />
could <strong>of</strong>fer. Also, the TAC system<br />
<strong>of</strong>fers some important reversibility<br />
Table <strong>of</strong> Contents<br />
As Our Competitors Test<br />
Plastic Bag<br />
Waterpro<strong>of</strong><br />
Taping <strong>of</strong><br />
Bag to<br />
Collar<br />
advantages that may <strong>of</strong>fset this disadvantage<br />
sufficiently for firefighters<br />
deployed in uniquely hazardous<br />
environments.<br />
LTO garments (again, the only product<br />
our competitors are <strong>of</strong>fering) and TAC<br />
garments are tested with interface<br />
areas taped to the mannequin (please<br />
see LTO Shower Test photo above).<br />
Since firefighters do not wear their<br />
garments taped to their bodies, we<br />
feel the relevance <strong>of</strong> this type <strong>of</strong><br />
testing is at best questionable.<br />
We recommend departments purchasing<br />
LTO only certified systems (ours or<br />
our competitors) perform their own<br />
whole body, non-taped (BPR recreative)<br />
testing with their particular<br />
boots, helmets and gloves to ensure<br />
inferface capabilities. However, departments<br />
are cautioned that products not<br />
designed to interface will almost<br />
certainly fail that full body testing.
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> NFPA 1971, 2007 Edition Changes – A Recap<br />
NFPA 1971,<br />
2007 Edition<br />
Now in Effect...<br />
The new edition includes a number <strong>of</strong><br />
changes. Honeywell First Responder<br />
Products’ personnel are available upon<br />
request to provide presentations in the<br />
field and/or training materials on these<br />
changes.<br />
Organizational Changes<br />
There are organizational changes in the<br />
2007 edition. The NFPA 1976 Proximity<br />
document is integrated into the NFPA<br />
1971 Structural document. There are<br />
also additional requirements for sub-contractors,<br />
and accessories are no longer<br />
addressed in the Standard. For full<br />
details on these changes, please consult<br />
the full 2007 edition discussion in<br />
Honeywell First Responder Products<br />
Reference Guide.<br />
<strong>New</strong> CBRN Option Availability<br />
A CBRN option has been added to the<br />
Standard (for both Structural and Proximity<br />
fire fighting protective ensembles).<br />
This option is for delivering protection<br />
against chemical, biological, radiological<br />
and nuclear particulate agents that could<br />
be released during a terrorism incident.<br />
This CBRN option includes a series <strong>of</strong><br />
design, performance, and labeling<br />
criteria to be met in addition to the base<br />
requirements <strong>of</strong> the Standard. In order to<br />
apply this option, the manufacturer must<br />
provide a full ensemble <strong>of</strong> garments,<br />
hood, gloves, footwear and SCBA. The<br />
helmet will be excluded because it is not<br />
integral to CBRN protection. Only full<br />
ensembles can be certified – the certification<br />
<strong>of</strong> individual elements is not<br />
permitted under the option. In addition,<br />
design restrictions exist that prohibit<br />
outer covers, outer gloves and footwear<br />
covers that are not a continuous part <strong>of</strong><br />
the ensemble.<br />
The intent <strong>of</strong> the requirement is to have<br />
CBRN protection in place at all times<br />
during use. Specific criteria have been<br />
added to evaluate the integrity <strong>of</strong> the<br />
entire ensemble, including interface<br />
areas, to prevent the inward leakage <strong>of</strong><br />
chemical agents using a Man-In-Simulant<br />
Test (MIST). This test involves the<br />
placement <strong>of</strong> adsorbent pads onto the<br />
skin <strong>of</strong> individual test subjects at specific<br />
locations. The test subjects enter a<br />
closed chamber containing a surrogate<br />
chemical agent and, while wearing the<br />
protective ensemble, perform a series <strong>of</strong><br />
exercises simulating ensemble use for a<br />
30-minute period. Following the exposure,<br />
the adsorbed concentrations <strong>of</strong> the<br />
surrogate agent are measured at each<br />
pad location, and a determination is<br />
made for the localized and overall<br />
protection provided by the ensemble.<br />
Additional tests include permeation<br />
resistance <strong>of</strong> the ensemble barrier layers<br />
to specific chemical warfare agents and<br />
toxic industrial chemicals after the<br />
material has undergone extensive<br />
conditioning that includes laundering,<br />
heat exposures, repeated flexing, and<br />
abrasion at levels intended to demonstrate<br />
long-term durability and performance<br />
<strong>of</strong> the barrier. Even in providing this<br />
high level <strong>of</strong> barrier performance, the<br />
overall garment composite must still<br />
meet the new breathability requirements<br />
<strong>of</strong> acceptable levels <strong>of</strong> Total Heat Loss<br />
(THL). This change will allow <strong>Morning</strong><br />
<strong>Pride</strong> to <strong>of</strong>fer the Project HEROES ®<br />
CBRN ensemble as a Structural and<br />
Proximity clothing option. If you are unfamiliar<br />
with Project HEROES ® , please<br />
see the pages following this discussion.<br />
It details the design differences between<br />
BPR and CBRN rated systems similar to<br />
our catalog discussion on the design upgrades<br />
between LTO and BPR models.<br />
<strong>New</strong> Design Flexibility<br />
A number <strong>of</strong> changes to the design criteria<br />
has been made to permit flexibility <strong>of</strong><br />
the ensemble design. While many <strong>of</strong><br />
these changes were originally intended<br />
to address changes to foster CBRN design<br />
innovations, the committee decided<br />
to extend these changes to the base<br />
Table <strong>of</strong> Contents<br />
ensembles as well. These changes will<br />
allow innovations such as Honeywell<br />
First Responder Products’ integrated<br />
boots and pants, integrated hoods,<br />
coupled gloves and coat sleeves, to be<br />
used in ordinary Structural and Proximity<br />
fire fighting gear. This allows us to <strong>of</strong>fer<br />
many <strong>of</strong> the design features contained in<br />
Project HEROES ® gear on ALL Structural<br />
and Proximity gear, since key design<br />
restrictions have been removed. For<br />
instance, it will be possible to order an<br />
integrated hood on a non-CBRN<br />
system since some <strong>of</strong> the hood design<br />
restrictive requirements will be removed.<br />
NFPA 1971, 2007 Edition Changes –<br />
A Recap Continues...<br />
Honeywell First Responder Products 18
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> NFPA 1971, 2007 Edition Changes – A Recap<br />
NFPA 1971, 2007 Edition Changes – A<br />
Recap...Continued<br />
Our 2009 catalog and companion price<br />
list have been updated with all <strong>of</strong> the<br />
Project HEROES ® custom options that<br />
can be added to non-CBRN Structural or<br />
Proximity gear, just as you can add, for<br />
example, the BPR standard tabbed long<br />
wristlet to LTO gear now. This should<br />
prove very attractive to many departments<br />
since so many <strong>of</strong> the designs that<br />
allow effective CBRN protection also<br />
<strong>of</strong>fer STRONG routine Structural or<br />
Proximity advantages. As an example,<br />
consider the importance <strong>of</strong> an insulating<br />
cooling system in either Structural or<br />
Proximity fire fighting. Ultimately we<br />
would like to see all fire departments<br />
have the advantage <strong>of</strong> the full Project<br />
HEROES ® ensemble, but the custom<br />
option approach allows them to try the<br />
designs one by one and build up confidence<br />
if necessary.<br />
Required Drag Rescue<br />
Device<br />
The most noticeable change to<br />
Structural and Proximity fire fighting<br />
garments is the addition <strong>of</strong> a Drag<br />
Rescue Device (DRD). This feature is an<br />
integrated system <strong>of</strong> webbing rope, or<br />
other material into the fire fighting coat to<br />
permit the rescue <strong>of</strong> an incapacitated<br />
firefighter. The DRD must be designed<br />
such that a portion <strong>of</strong> the device is<br />
accessible from the coat interior and can<br />
be readily grabbed by other firefighters<br />
without interference by the firefighter’s<br />
SCBA. The DRD must permit a firefighter<br />
to be dragged horizontally over a specified<br />
distance without breaking. The<br />
materials used in the construction <strong>of</strong> the<br />
DRD are subject to certain breaking<br />
strength requirements. The DRD is not<br />
permitted to be used for any vertical<br />
operations, such as lowering a firefighter<br />
from a building. We now <strong>of</strong>fer 4 styles <strong>of</strong><br />
Drag Rescue Devices (see pages 151 to<br />
156 for a discussion <strong>of</strong> these and even<br />
more aggressive DRD systems).<br />
IT IS NO LONGER NECESSARY TO<br />
REQUEST (and add pricing for) THE<br />
ARTICULATING DRAG RESCUE<br />
DEVICE (IT IS NOW STANDARD).<br />
19<br />
www.HoneywellFirstResponder.com<br />
Our standard<br />
DRD is this<br />
new leveraged<br />
system. It is less<br />
abrasive to the<br />
moisture barrier<br />
and allows leveraged<br />
pull that<br />
adjusts to the<br />
downed firefighter’s<br />
body<br />
position.<br />
Our old standard<br />
was the larger<br />
webbed Rapid<br />
Rescue Strap<br />
system that is<br />
still available<br />
upon request.<br />
Drag Rescue Device (DRD) upgrades<br />
such as “Positive Closure” DRD features<br />
SHOULD be specified as the optional<br />
upgrade they are. The price list shows<br />
the upgrade differential on these options<br />
(since the basic articulating DRD price<br />
is included in the base model cost.<br />
Individual DRD and coat retr<strong>of</strong>it pricing is<br />
also included.<br />
Lowered Coat Collar Height<br />
Requirement<br />
Structural coat collars are required to be<br />
at least 3” high compared to the former<br />
requirement <strong>of</strong> 4”. On new edition<br />
garments, our standard collar is 3”, but<br />
the 4” height option is available. When<br />
requoting, the 4” height will be <strong>of</strong>fered to<br />
all customers who currently have a spec<br />
on file. Proximity coat collars are still<br />
required to be at least 4” high.<br />
Increased Breathability<br />
Requirement<br />
The garment composite breathability<br />
requirement has increased. A total heat<br />
loss (THL) value <strong>of</strong> 205 W/m 2 is now<br />
required compared to the former<br />
requirement <strong>of</strong> 130 W/m 2 . This change<br />
eliminates some current moisture<br />
barriers and heavyweight composites,<br />
Table <strong>of</strong> Contents<br />
THL Value W/m 2<br />
200<br />
150<br />
100<br />
50<br />
0<br />
Breathability Increase<br />
2000 Edition<br />
Requirements<br />
2007 Edition<br />
Requirements<br />
but affords a higher uniform level <strong>of</strong><br />
stress reduction C for Structural fire fighting<br />
protective ensembles. We have eliminated<br />
a number <strong>of</strong> composites with THL<br />
ratings that fall below this new 205<br />
threshold. As a general rule, these older<br />
technology systems are both thicker and<br />
less expensive. The mills are working on<br />
refinements <strong>of</strong> these older systems, so<br />
we may see new acceptable composites<br />
become available later in the year as the<br />
redesigns are completed. Our Customer<br />
Service Department will assist you with<br />
spec transition questions, but again, it is<br />
likely that you will see many <strong>of</strong> the<br />
changes have required spec and pricing<br />
upgrades. The 2009 price list ONLY lists<br />
composites that meet the increased<br />
breathability requirements <strong>of</strong> the new<br />
edition.<br />
Increased CCHR<br />
Requirements<br />
The conductive and compressive heat<br />
resistance (CCHR) requirements for<br />
shoulder and knee reinforcements have<br />
increased from a CCHR rating <strong>of</strong> 13.5 to<br />
25. The net effect <strong>of</strong> this change means<br />
that single outer shell reinforcements for<br />
knees and 3-layer composites for<br />
shoulders are no longer acceptable in<br />
garment design. More extensive layering<br />
is required for these reinforcement areas<br />
(defined as 4” by 4” on the shoulders and<br />
6” by 6” on the knees). In addition, a new<br />
wet conditioning method is provided in<br />
the test method. We <strong>of</strong>fer a standard<br />
minimum reinforcement in the shoulder<br />
and knees. This is at a nominal extra<br />
charge and is built into the new edition<br />
pricing in our price list. This minimal<br />
increase in insulation is standard on all<br />
2007 edition garments but does NOT<br />
approach the extra insulation or cover-
CCHR Rating<br />
25<br />
20<br />
15<br />
10<br />
5<br />
0<br />
Conductive and Compressive<br />
Heat Resistance Increase<br />
2000 Edition<br />
Requirements<br />
2007 Edition<br />
Requirements<br />
age area <strong>of</strong> optional Dead Air Insulation<br />
Panels and Heat Channel Knees. The<br />
2008 price list costs include extra layering<br />
as needed to meet increased CCHR<br />
requiriements at a defined 4” by 4”<br />
shoulder area and 6” by 6” knee area.<br />
As such, the optional insulation upgrades<br />
(much larger area, higher insulation<br />
than minimum required, etc.), such as<br />
Dead Air Shoulders and Heat Channel<br />
Knees, are shown in the 2009 price list<br />
at the upgrade differential only (since the<br />
basic 2007 edtion requirements for<br />
increased CCHR is included in the base<br />
model pricing). Honeywell First Responder<br />
Products STRONGLY recommends<br />
that customers exceed, in area and<br />
insulation, the basic NFPA requirements<br />
at shoulders and knees (through the use<br />
<strong>of</strong> shoulder and knee options).<br />
<strong>New</strong> UV Testing for Moisture<br />
Barriers<br />
The garment moisture barriers must now<br />
be evaluated for resistance to degradation<br />
by UV light. This test was added to<br />
the Standard to address the degradation<br />
<strong>of</strong> the film part <strong>of</strong> the material that was<br />
suspected to be partly caused by<br />
exposure to UV. While the inception <strong>of</strong><br />
the requirement was based on the<br />
BreatheTex failures noted in the late<br />
1990s and early 2000s, the requirement<br />
does not replicate the failure mode<br />
observed for BreatheTex and, instead,<br />
will eliminate all moisture barriers that<br />
are principally composed <strong>of</strong> polyurethane.<br />
The test involves exposing an unprotected<br />
moisture barrier film to UV light<br />
and then subjecting the material to water<br />
penetration resistance testing. There is<br />
no change in our product line, since we<br />
already have eliminated all polyurethane<br />
barriers from our line. The 2009 price list<br />
ONLY lists composites that meet the<br />
moisture barrier UV requirements <strong>of</strong> the<br />
new edition.<br />
Change in Fluorescence<br />
Measurements <strong>of</strong> Trim and<br />
Allowable Gaps<br />
The determination <strong>of</strong> trim fluorescence is<br />
now based on color coordinates and a<br />
measured level <strong>of</strong> brightness in contrast<br />
to the black light visual determination that<br />
is now part <strong>of</strong> the existing edition. Trim is<br />
further permitted to have gaps <strong>of</strong> 1/8” as<br />
long as the trim appears continuous from<br />
a distance <strong>of</strong> 100 feet. We anticipate that<br />
eventually these changes will allow the<br />
introduction <strong>of</strong> new designs in trim packages.<br />
We will advise as any such new<br />
materials become available.<br />
Coat Cuff<br />
Trim<br />
Lowered<br />
on Sleeves<br />
The lower trim<br />
band on the<br />
coat sleeves<br />
must now be<br />
within 2 inches<br />
<strong>of</strong> the sleeve hem. This change was<br />
made to help minimize potential burn<br />
injuries resulting from the stored energy<br />
in trim; by lowering the band, there is a<br />
greater likelihood <strong>of</strong> trim overlap with the<br />
sleeve waterwell and glove. All 2007<br />
edition garments are provided with coat<br />
cuff bands lowered from our former 3” up<br />
from the cuff to 2” up from the coat cuff.<br />
Trim Seam Gaps<br />
The new edition allows manufacturers to<br />
now stop the trim 1/2” before the seam<br />
(each side for a total <strong>of</strong> 1”) at the inside<br />
Table <strong>of</strong> Contents<br />
pants cuff seam and at the inside <strong>of</strong> the<br />
coat sleeve cuffs. Those raised seam<br />
areas, combined with the “presented”<br />
stitching on the harder surfaced trim<br />
(than the surrounding textile), have<br />
caused numerous stitch pulls among all<br />
brands at those constricted areas. By<br />
stopping the trim at those inboard areas,<br />
garment durability is significantly<br />
enhanced. All 2007 edition certified<br />
garments feature the 1/2” trim seam gaps<br />
to minimize thread pull at this constricted<br />
area.<br />
Seam Guard<br />
The pointed edges <strong>of</strong> the stopped trim,<br />
however, are another high wear issue.<br />
Our patent pending Seam Guard (see<br />
page 57 for more information) allows us<br />
to avoid this additional problem while still<br />
avoiding the high wear <strong>of</strong> the stitched<br />
seam/ trim area. The Seam Guard is<br />
standard, but your order can specify “no<br />
Seam Guard” at no additional cost.<br />
Patented<br />
Seam<br />
Guard –<br />
a standard<br />
feature on<br />
all 2007<br />
edition<br />
garments<br />
Change in Hem Trim<br />
Placement<br />
The bottom coat hem trim band must be<br />
within 1” <strong>of</strong> the coat hem. We have<br />
followed these guidelines for years<br />
already.<br />
Chest Trim Location More<br />
Clearly Established<br />
The new edition specifically places the<br />
chest trim band as falling within 3” above<br />
or below the bottom <strong>of</strong> the arm hole<br />
opening (as has always been required by<br />
UL). The clarification was added since<br />
some manufacturers had dropped chest<br />
bands to “belly bands,” presumably to cut<br />
the production costs <strong>of</strong> trimming over<br />
pockets at chest levels. We have always<br />
complied with this requirement.<br />
Honeywell First Responder Products 20
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong>...the<br />
Widest Choices in Certification<br />
Levels, Standards<br />
Compliance and Styling<br />
All Lines Patented US, Canada and<br />
Internationally. The garment models<br />
relate to operational uses and each<br />
operational NFPA Standard has different<br />
requirements that must be designed into<br />
the garment (to allow certification).<br />
Within some <strong>of</strong> the operational models,<br />
differing levels <strong>of</strong> bloodborne protective<br />
performance/intended application are<br />
<strong>of</strong>fered (reflected in the garment prefix<br />
ID) and must be designed for. Therefore,<br />
there are some specific design differences<br />
among prefix ID families <strong>of</strong><br />
garments to reflect these differing<br />
requirements. Our huge investment and<br />
self developed sophisticated programming<br />
in computerized cutting technologies<br />
have allowed us to leap decades<br />
ahead <strong>of</strong> our competitors in terms <strong>of</strong> the<br />
ability to cost effectively cut and produce<br />
products tailored to the specific needs <strong>of</strong><br />
each operational application.<br />
Structural and Proximity BPR and LTO<br />
feature the traditional generous cut <strong>of</strong><br />
<strong>Morning</strong> <strong>Pride</strong> bunker clothing. For the<br />
intended applications where sustained<br />
operations in high heat are anticipated, a<br />
generous cut is desirable for two reasons:<br />
#1 – Compression can bring surface<br />
Structural NFPA 1971<br />
Proximity NFPA 1971<br />
<strong>Tech</strong>nical Rescue and Recovery NFPA 1951 USR Yes No<br />
Also EMS NFPA 1999, Liquid-Splash HazMat NFPA 1992 and, optionally, Wildland NFPA 1977 certified<br />
Wildland NFPA 1977<br />
EMS NFPA 1999<br />
21<br />
www.HoneywellFirstResponder.com<br />
heated gear closer to the skin which can<br />
increase heat transfer rates, a definite<br />
undesirable in high heat applications.<br />
Garments cut less generously can effectively<br />
force such compression as the gear<br />
tightens against the body with movement.<br />
#2 – Stress remains the leading cause <strong>of</strong><br />
firefighter injury and death. <strong>Morning</strong><br />
<strong>Pride</strong>’s traditional generous bunker cut is<br />
designed to facilitate cooling, stress<br />
reducing ventilation at the exactly appropriate<br />
time: when your SCBA is taken <strong>of</strong>f<br />
(i.e. when high heat and active flame are<br />
not likely). This is accomplished<br />
because the generous cut can “bellow”<br />
away from the body when the SCBA is<br />
removed. The scoop styling at the coat<br />
hem actually channels cooling air up to<br />
the firefighter’s body. The design<br />
concept is so effective that we provide<br />
sealing take up straps as a standard on<br />
our Tails coat, for those occasional<br />
assignments where SCBA is not worn<br />
and cooling ventilation is not desired (i.e.<br />
pump operations on a cold day).<br />
Structural TAC incorporates a “liner”/<br />
alternate outer shell that is extremely<br />
thin, compared to the liners in the more<br />
traditional garments. This Prefix ID family<br />
<strong>of</strong> garments is a less generous cut than<br />
the Structural and Proximity garments<br />
(or it would fold, adding unnecessary<br />
bulk and mass). The thinner pr<strong>of</strong>ile,<br />
allowed by the thinner “liner” and other<br />
Five Operational Models – Seven Prefix IDs:<br />
Prefix Interface BPR CBRN<br />
Model ID Testing Certified<br />
Five Operational Models and Seven Prefix IDs<br />
PRH Yes Yes<br />
BPR Yes No<br />
LTO No No<br />
TAC No No<br />
PRH Yes Yes<br />
BPR Yes No<br />
LTO No No<br />
WLD No No<br />
EMS Yes No<br />
Please see page 17 for relevant BPR and LTO testing. Note: CBRN families <strong>of</strong> most <strong>of</strong><br />
these product lines are in development. The first is Project HEROES ® Structural and<br />
Proximity gear.<br />
Table <strong>of</strong> Contents<br />
design features, allows complete<br />
garment inversion to make parachute<br />
drops and covert advances more<br />
practical for military firefighters deployed<br />
in combat or potential combat environments.<br />
As shown on pages 26 to 28, the<br />
Structural TAC garments also feature all<br />
three layers sewn together for rapid inversion<br />
with layering intact (standard<br />
Tail and pants fly inspection port).<br />
<strong>Tech</strong>nical Rescue and Recovery and<br />
EMS also feature the slimmer pr<strong>of</strong>iling <strong>of</strong><br />
the Structural TAC garments, since they<br />
are only two layer systems as a standard<br />
(winter liners are available – see page<br />
94). Both the <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS applications require<br />
slim pr<strong>of</strong>iling for frequent confined space<br />
operations. <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS garments, like the<br />
Structural TAC garments, also feature a<br />
sewn-in moisture barrier with a full tail<br />
and pant fly inspection port, but for a<br />
different reason. The NFPA 1999 EMS<br />
Standard (which both the <strong>Tech</strong>nical<br />
Rescue and Recovery and EMS<br />
garments meet) has a rigorous 25 wash<br />
pre-conditioning test requirement. The<br />
moisture barrier must be sewn-in to<br />
prevent pre-conditioning damage during<br />
washing (from shell abrasion).<br />
Wildland and <strong>Tech</strong>nical Rescue and<br />
Recovery are single layer systems without<br />
moisture barriers or thermal liners.<br />
As such, they are the slimmest pr<strong>of</strong>ile<br />
styling <strong>of</strong> all our clothing systems.<br />
In addition to the above differences,<br />
there are some variations:<br />
How Do PRH Garments Differ Page<br />
from Non-CBRN Garments . . . 23-25<br />
How Does Structural BPR and LTO<br />
Differ from Each Other? . . . . . 26<br />
How Does Structural TAC Differ from<br />
Either BPR or LTO? . . . . . . . . . 26-27<br />
Proximity . . . . . . . . . . . . . . . . . . 29-30<br />
<strong>Tech</strong>nical Rescue and Recovery 31-32<br />
Wildland and <strong>Tech</strong>nical<br />
Rescue/Utility . . . . . . . . . . . . . . 33-34<br />
EMS . . . . . . . . . . . . . . . . . . . . . . . 35-36
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Model #1<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
Structural <strong>Clothing</strong><br />
NFPA 1971 Certified Structural <strong>Clothing</strong><br />
2 CBRN Certification Levels<br />
2 BPR Certification Levels<br />
3 Model Number Prefix IDs<br />
• NFPA 1971, 2007 Edition Certified<br />
• Project FIRES Certified<br />
• CGSB Certified<br />
Prefix ID Level <strong>of</strong> BPR Certification<br />
PRH Tested as worn, to include interface area performance<br />
evaluation<br />
BPR Tested as worn, to include interface area performance<br />
evaluation<br />
LTO Tested as our competitors do, with plastic bags taped over<br />
interface areas<br />
TAC Tested as our competitors do, with plastic bags taped over<br />
interface areas (the reversibility feature precludes some <strong>of</strong><br />
the BPR design features)<br />
Wildland Certifiable with Wildland/Structural Dual Certification<br />
Option Specified.<br />
Please see page 160.<br />
• For NFPA 1971, Project FIRES, and CGSB certification, garments<br />
must be ordered with appropriate trim. For further details, please<br />
see pages 95 to 98.<br />
• The 2007 edition <strong>of</strong> NFPA 1971 requires bloodborne pathogen<br />
resistant testing.<br />
• For all certifications, it is necessary to limit material choices and/or<br />
specify certain custom options (please see chart footnotes on<br />
page 93 for details).<br />
• For both BPR and LTO Structural <strong>Fire</strong> Fighting <strong>Clothing</strong>, exterior<br />
hooks and dees with continuous interior hook and pile closure are<br />
standard (please see pages 115 to 116 for alternate closure<br />
options).<br />
• TAC Structural <strong>Clothing</strong> is only available with Velcro ® and Zipper<br />
closures.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products<br />
22
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
How Do PRH Garments<br />
Differ from Non-CBRN<br />
Garments?<br />
23<br />
International Personnel Protection, Inc.<br />
www.HoneywellFirstResponder.com<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
Project HEROES ® and the<br />
NFPA 1971, 2007 Edition<br />
CBRN Option Seven<br />
Important Improvements:<br />
• Passive Cooling<br />
• Positive interface area protection<br />
reduces burns and heat/water entry<br />
• Increased insulation without weight<br />
gain<br />
• Easy to don/d<strong>of</strong>f<br />
• Eliminates “wet” feet due to<br />
integrated boots and pants<br />
• Magnet Mate glove attachment<br />
• Integrated Hood<br />
Overview <strong>of</strong> Chemical/Biological Hazards<br />
In reality, nearly all structural fires are<br />
hazardous materials incidents, potentially<br />
exposing fire fighters to hundreds <strong>of</strong> different<br />
chemicals and combustion byproducts.<br />
While structural fire fighting<br />
ensembles limit contact with liquids and<br />
SCBA provide inhalation protection, these<br />
ensembles freely allow the penetration <strong>of</strong><br />
most vapors and skin exposure. Perhaps<br />
a consequence, fire fighters experience<br />
higher levels <strong>of</strong> cancer and other chronic<br />
health conditions compared with most<br />
occupations. These hazards combined<br />
with the need for the fire service to be<br />
prepared for terrorism incidents involving<br />
the use <strong>of</strong> chemical and biological agents<br />
mandate the use <strong>of</strong> ensembles with<br />
higher levels <strong>of</strong> barrier protection without<br />
compromising their use for everyday<br />
emergency response.<br />
The potential for chemical and other<br />
hazardous substance releases, either<br />
accidental or deliberate, remains a threat<br />
to the United States. Recent accidents<br />
and modeling <strong>of</strong> deliberate releases<br />
demonstrate that such releases produce<br />
both short-and long-term adverse consequences<br />
for the health <strong>of</strong> affected exposed<br />
individuals, quality <strong>of</strong> the national<br />
environment, and local, regional and<br />
national economic performance. Every<br />
year, major accidental releases <strong>of</strong><br />
hazardous materials in the United States<br />
and around the world inflict fatalities and<br />
injuries, property damage, and environmental<br />
pollution. The estimated average<br />
cost <strong>of</strong> these releases in the United<br />
Table <strong>of</strong> Contents<br />
States alone runs $5 Billion annually.<br />
Moreover, there is broad consensus<br />
across the intelligence community that<br />
toxic industrial chemicals, toxic industrial<br />
materials, and chemical agents continue<br />
to be <strong>of</strong> interest to terrorist groups for both<br />
domestic and international attacks. The<br />
incident threat spectrum for weapons <strong>of</strong><br />
mass destruction (WMD) developed by<br />
the Federal Bureau <strong>of</strong> Investigation (FBI),<br />
based on actual cases and intelligence,<br />
ranks terrorist releases <strong>of</strong> industrial<br />
chemicals highest on their list behind only<br />
biological toxins. Such releases <strong>of</strong> toxic<br />
industrial chemicals may occur through<br />
direct dispersals or sabotage <strong>of</strong> existing<br />
facilities. Potentially, other more lethal<br />
substances could be used in attacks on<br />
the U.S. population such as the people <strong>of</strong><br />
Tokyo suffered in the Sarin attack on their<br />
subway system.<br />
Project Inception – The International<br />
Association <strong>of</strong> <strong>Fire</strong> Fighters (IAFF), as<br />
part <strong>of</strong> their Project HEROES ® (Homeland<br />
Emergency Response Operational<br />
and Equipment Systems) initiative, received<br />
a federal government contract<br />
from the <strong>Tech</strong>nical Support Working<br />
Group (TSWG) with initial funding from<br />
the Department <strong>of</strong> Homeland Security<br />
(DHS), and subsequent funding from the<br />
Department <strong>of</strong> Defense (DoD), the Defense<br />
Threat Reduction Agency (DTRA)<br />
and the Joint Science and <strong>Tech</strong>nology<br />
Office (JSTO). The project involved:<br />
• Rapid development, testing, and<br />
prototyping <strong>of</strong> structural fire fighting<br />
PPE (Personal Protective Equipment)<br />
with enhanced chemical, biological,<br />
radiological, and nuclear (CBRN)<br />
protective qualities to account for<br />
emerging emergency and terrorist<br />
threats.<br />
• The creation <strong>of</strong> a certified protective<br />
ensemble that is as indistinguishable<br />
as possible from current structural fire<br />
fighting gear but still <strong>of</strong>fers improved<br />
CBRN and overall hazardous<br />
substance protection together with<br />
enhanced thermal protection without<br />
sacrificing wearer comfort and<br />
functionality during routine structural<br />
fire fighting.
The IAFF Project Team – The following<br />
organizations took part as part <strong>of</strong> this<br />
development effort:<br />
• International Association <strong>of</strong> <strong>Fire</strong><br />
Fighters (IAFF)<br />
• International Association <strong>of</strong> <strong>Fire</strong> Chiefs<br />
(IAFC)<br />
• Honeywell First Responder Products<br />
(formerly Total <strong>Fire</strong> Group)<br />
<strong>Morning</strong> <strong>Pride</strong> Manufacturing)<br />
• International Personnel Protection, Inc.<br />
CBRN Protection Requirements –A<br />
CBRN option was added to the new 2007<br />
edition <strong>of</strong> NFPA 1971, Standard on<br />
Protective Ensemble for Structural and<br />
Proximity <strong>Fire</strong> Fighting. This option<br />
establishes rigorous criteria to ensure<br />
that CBRN ensembles will meet the high<br />
demands for providing extensive chemical,<br />
biological agent, and radiological<br />
particulate protection over their intended<br />
service life. Requirements include:<br />
• Ensemble composite materials must<br />
demonstrate resistance to permeation<br />
by chemical warfare agents and<br />
selected toxic industrial chemicals<br />
after the materials have been subjected<br />
to multiple washings and heat exposures,<br />
repeated flexing and severe<br />
abrasion.<br />
• The overall ensemble (coat, pants,<br />
hood, gloves, and footwear together<br />
with a self-contained breathing apparatus)<br />
must prevent inward leakage <strong>of</strong><br />
CBRN agents when tested using<br />
human subjects exercising in a closed<br />
chamber containing surrogate chemical<br />
warfare agent vapors (Man-in-<br />
Simulant Testing). The overall<br />
ensemble is also tested for liquid<br />
integrity in a “shower” test after<br />
multiple launderings.<br />
• All ensemble elements must meet<br />
all other criteria applicable to that<br />
element. For example, garment composites<br />
must still meet the same total<br />
heat loss requirement for breathable<br />
performance to reduce the stress<br />
impact for wearing the ensemble.<br />
• Manufacturers must specify complete<br />
ensembles, including SCBA.<br />
Chemical Warfare Agents<br />
Soman (GD) – Nerve Agent<br />
Distilled Mustard (HD) – Blister Agent<br />
Toxic Industrial Chemicals<br />
Acrolein (Liquid) Acrylonitrile<br />
Ammonia (Gas) (Liquid)<br />
Chlorine (Gas)<br />
Dimethyl Sulfate (Liquid)<br />
Ensemble Materials – Because <strong>of</strong> the<br />
strict requirements for testing, the team<br />
evaluated a large number <strong>of</strong> composite<br />
materials including a variety <strong>of</strong> outer<br />
shell, moisture barrier (CBRN barrier<br />
layer), and thermal barrier materials and<br />
selected the optimum composite to provide<br />
the overall superior performance.<br />
This initial Project HEROES ® material<br />
system consists <strong>of</strong> the following:<br />
• The traditional moisture barrier is<br />
replaced by a CBRN barrier layer in<br />
garments, the hood, and the footwear<br />
bootie. This layer is the GORE<br />
CHEMPAK® selectively permeable<br />
membrane, a robust material from<br />
W. L. Gore & Associates. This material<br />
has demonstrated permeation resistance<br />
against key chemical warfare<br />
agents and toxic industrial chemicals,<br />
while also achieving the NFPA 1971<br />
THL requirements in combination with<br />
the selected outer shell and thermal<br />
barrier.<br />
• The industry proven Kombat 750 with<br />
Super Shelltite finish from Southern<br />
Mills is used as the selected outer<br />
shell, exhibiting a combination <strong>of</strong><br />
outstanding durability, high strength<br />
and liquid repellency.<br />
• The Southern Mills Quantum One-layer<br />
thermal barrier provides a balance <strong>of</strong><br />
Table <strong>of</strong> Contents<br />
This photograph is reproduced with the permission <strong>of</strong><br />
W. L. Gore & Associates, Inc.<br />
sufficient insulation and moisture<br />
management characteristics.<br />
• Gloves use a different version <strong>of</strong> the<br />
GORE CHEMPAK® product<br />
technology for the CBRN barrier.<br />
Ensemble Design – The team has<br />
created a unique entire ensemble design<br />
with modifications to the coat, pants,<br />
hood, gloves, and footwear to ensure<br />
complete body protection when worn<br />
with a CBRN SCBA:<br />
• Key interface components have been<br />
developed that function to provide<br />
passive CBRN protection when needed<br />
(the fire fighter does not have to do<br />
anything special to activate this<br />
protection).<br />
• The overall ensemble exhibits average<br />
protection factors <strong>of</strong> greater than 500<br />
and compliance for individual body areas<br />
all well above the minimum requirements<br />
<strong>of</strong> NFPA 1971.<br />
• <strong>New</strong> features actually enhance structural<br />
fire fighting protection by providing<br />
additional insulation and preventing<br />
penetration <strong>of</strong> scalding liquids.<br />
• Practical performance testing at<br />
several large metropolitan fire<br />
departments demonstrated end user<br />
acceptance <strong>of</strong> the overall ensemble<br />
design and served to identify further<br />
improvements through the evolution <strong>of</strong><br />
the ensemble design.<br />
• Thermal protection requirements have<br />
been validated in live fire training<br />
where all participating fire fighters<br />
preferred Project HEROES ensemble<br />
over their current ensemble.<br />
Project HEROES ® and the NFPA 1971<br />
CBRN Option Continues...<br />
Honeywell First Responder Products<br />
24
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Project HEROES ® and the NFPA 1971 CBRN Option Continued...<br />
Insulating Cooling System<br />
• Captures and channels<br />
SCBA exhalation air to coat<br />
interior producing positive<br />
pressure to prevent inward<br />
leakage<br />
• Feature provides extra<br />
thermal insulation and upper<br />
torso cooling – gear is more<br />
comfortable and safer<br />
• Stand<strong>of</strong>fs inside coat on<br />
liner facilitate air flow<br />
throughout coat<br />
Facepiece Mate<br />
• Flexible gasket seal – fits<br />
SCBA facepiece<br />
• Gasket adapted to specific<br />
facepiece<br />
• Coat closure zipper extends<br />
upward to seal hood around<br />
facepiece<br />
• Traditional facepiece<br />
donning unaffected<br />
• Minimizes burns around<br />
facepiece<br />
25<br />
www.HoneywellFirstResponder.com<br />
Coat-Pant Interface<br />
• Utilizes waist high pants to<br />
lessen stress (high waist or<br />
bib pants are not needed)<br />
• Employs horizontal<br />
suspender loops without<br />
buttons to prevent gaps in<br />
coat-pant interface<br />
• Coat take-up straps and<br />
SCBA straps snug coat<br />
against pants<br />
Integrated Hood<br />
• Replaces current hood<br />
• Uses 3-layer construction<br />
with CBRN barrier layer<br />
sealed at collar line<br />
• Designed for ease <strong>of</strong><br />
donning and comfort<br />
• Minimizes liquid debris<br />
movement into coat<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
Interface Features and Advantages Offered:<br />
Magnet Mate Gloves<br />
• Specially designed glove/<br />
sleeve rings use strong,<br />
heat-resistant magnets to<br />
create positive glove-coat<br />
interface to reduce wrist/<br />
arm burns<br />
• Magnets self align glove<br />
and sleeve end for proper<br />
sealing<br />
• Detaches through twisting<br />
action<br />
Fly Overfold<br />
• Built-in overfolding fly<br />
eliminates the need for a<br />
zipper closure<br />
• Gusset design eliminates<br />
potential leakage through<br />
fly area<br />
Integrated Boots and Pants<br />
• Completely normal<br />
don/d<strong>of</strong>f, use and storage<br />
• Boots modified to accept<br />
bootie liner extension – also<br />
designed to hold bootie in<br />
place<br />
• Continuous seal – prevents<br />
wet feet, protects firefighter<br />
feet and legs from super<br />
heated liquids/air<br />
• Uses flap over top <strong>of</strong> boot to<br />
prevent liquid leakage into<br />
boot<br />
Front Closure Interface<br />
• Uses vapor tight zipper<br />
coat closure<br />
• Coat zipper extends to<br />
hood closure<br />
• FIN attached to liner to<br />
create a baffle preventing<br />
inward leakage at<br />
front closure<br />
Note: Many <strong>of</strong> these designs are retr<strong>of</strong>ittable on existing <strong>Morning</strong> <strong>Pride</strong> garments. Contact our Customer Service Department.<br />
Table <strong>of</strong> Contents
Non-CBRN NFPA 1971 Structural<br />
<strong>Clothing</strong> is available in BPR and LTO<br />
styling:<br />
How Do Structural BPR &<br />
LTO Garments Differ?<br />
1. In chinstrap design...BPR garments<br />
feature a 12” long folding chinstrap<br />
with a comfort chinstrap insert <strong>of</strong> s<strong>of</strong>t<br />
knit Nomex ® .<br />
2. BPR garments feature, as standard,<br />
our patented Tabbed Long Wristlet<br />
(please see photo and discussion on<br />
BPR<br />
chinstrap<br />
folded down,<br />
for nontactical<br />
situations<br />
measures<br />
3 3 ⁄4” high.<br />
BPR<br />
chinstrap<br />
folded up,<br />
for tactical<br />
situations<br />
<strong>of</strong>fers tested<br />
interface<br />
protection<br />
and measures<br />
12” long<br />
by 5” high.<br />
LTO<br />
garments<br />
feature a<br />
non-folding<br />
11” long by<br />
4” high<br />
chinstrap.<br />
All our collars interface comfortably<br />
with SCBA facepiece. Try on<br />
<strong>Morning</strong> <strong>Pride</strong> and competitive<br />
garments with facepiece to see the<br />
difference.<br />
page 161). This is not mandatory and<br />
may be replaced with another model<br />
wristlet (if noted on order) without<br />
loss <strong>of</strong> interface capabilities. <strong>Morning</strong><br />
<strong>Pride</strong> includes the Tabbed Long<br />
Wristlet as BPR standard because we<br />
feel it helps ensure adequate coat<br />
cuff to glove overlap in all body<br />
positions.<br />
3. Both BPR and LTO garments feature,<br />
as standard, liner inspection ports<br />
(please see discussion and photos <strong>of</strong><br />
the liner inspection system on page<br />
52). This is not mandatory and may<br />
be deleted (if noted on order) without<br />
loss <strong>of</strong> interface capabilities. <strong>Morning</strong><br />
<strong>Pride</strong> included the inspection port as<br />
standard to allow inspection <strong>of</strong> the<br />
bloodborne pathogen shielding<br />
moisture barrier substrate easily and<br />
effectively.<br />
How Do Structural TAC<br />
Garments Differ from BPR or<br />
LTO Structural Garments?<br />
1. The biggest difference is that these<br />
TAC garments are designed to be<br />
completely reversible. They were<br />
designed in response to the requests<br />
<strong>of</strong> military firefighters who wished to<br />
be able to deploy in fully NFPA 1971<br />
certified Structural gear. This NFPA<br />
Standard requires appropriate reflective<br />
trim packages, which can be an<br />
obvious problem when operating in<br />
a hostile environment (or when parachuting<br />
into one). The TAC design<br />
allows those firefighters to choose<br />
between the all black outer shell<br />
without trim or the trimmed outer<br />
shell, when the situation becomes<br />
more controlled.<br />
2. These TAC garments may also appeal<br />
to SWAT teams, covert rescue teams,<br />
etc. who need Structural fire fighting<br />
PPE protection but occasionally<br />
require stealth, as well.<br />
Table <strong>of</strong> Contents<br />
TAC worn<br />
with<br />
reflective trim<br />
visible, looks<br />
essentially<br />
identical to<br />
regular<br />
Structural<br />
gear.<br />
When<br />
reversed<br />
(reflective<br />
trim to the<br />
inside) the<br />
garment<br />
is “low<br />
pr<strong>of</strong>ile” and<br />
remains<br />
highly<br />
comfortable.<br />
In this<br />
configuration,<br />
it also retains<br />
all NFPA 1971 protective properties<br />
except required retroreflective/fluorescence.<br />
As this photo<br />
shows,<br />
instead <strong>of</strong> a<br />
traditional<br />
thermal liner,<br />
the interior<br />
is a 9.5 oz<br />
Nomex ®<br />
material.<br />
See the<br />
<strong>Morning</strong><br />
<strong>Pride</strong><br />
Helmet<br />
Catalog for<br />
TAC Trim/<br />
Helmet<br />
Cover<br />
option.<br />
TAC Discussion Continues...<br />
Honeywell First Responder Products 26
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
TAC Discussion Continued...<br />
3. These garments may also appeal to<br />
fire departments with normal<br />
operational parameters because the<br />
TAC series garments are exceptionally<br />
thin and easy to move in,<br />
extremely insulative, and extremely<br />
breathable (please see price list for<br />
TPP and THL exact numbers for<br />
each primary outer shell available).<br />
However, for those departments, we<br />
suggest you consider ordering this<br />
xxNx 9.5 oz. Nomex ® liner in our<br />
BPR or LTO garments, so that you<br />
are not paying for reversibility styling<br />
that you do not require.<br />
4. It is important to remember that<br />
when the reflective trim is not<br />
exposed, NFPA 1971 certification<br />
does not apply.<br />
5. Initially we are only <strong>of</strong>fering the<br />
9.5 oz. Black Nomex ® xxNx “thermal<br />
liner/reversible outer shell.”<br />
6. It is recommended that Black be<br />
chosen for the outer shell with<br />
reflective trim, as well, if you plan to<br />
reverse the coat. If that is not done,<br />
when reversed, the collar, tail, and<br />
cuff ends <strong>of</strong> a different color will<br />
“flash” with movement. It is possible<br />
to match just those body pieces to<br />
the interior “outer shell” Black, but<br />
then the garment when not worn<br />
reversed looks unusual, to say the<br />
least. If a different color outer shell<br />
than Black is desired, please<br />
contact your regional Marketing<br />
team in Dayton.<br />
7. If you intend to parachute in the<br />
27<br />
This photo<br />
shows the<br />
tails with<br />
retaining<br />
straps<br />
engaged.<br />
www.HoneywellFirstResponder.com<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
This photo<br />
shows the<br />
deployment<br />
release <strong>of</strong><br />
the straps<br />
and their<br />
storage.<br />
coat, releasable straps to secure the<br />
tail can be specified.<br />
8. The TAC garments feature slightly<br />
slimmer styling than BPR or LTO<br />
gear.<br />
Therefore the<br />
extra coverage<br />
provided by the<br />
chinstrap in<br />
BPR/LTO gear<br />
has been<br />
incorporated<br />
into a shield<br />
extension.<br />
9. The reversibility requirement means<br />
a separate chinstrap will not be<br />
functional.<br />
10. The reversibility requirement means<br />
the closure system must be<br />
functional in both orientations.<br />
Therefore the<br />
zipper is dual<br />
tabbed and<br />
there are two<br />
mini sewn flaps<br />
on each side.<br />
The only<br />
closure available<br />
in the TAC<br />
series gear is<br />
Velcro ® and<br />
zipper closure,<br />
for this reason.<br />
11. As noted on page 21, it is not<br />
currently possible to certify TAC<br />
model garments for BPR<br />
interface capabilities (as worn).<br />
Some <strong>of</strong> the design modifications<br />
that allow reversibility make this<br />
Table <strong>of</strong> Contents<br />
necessary (we will continue to<br />
investigate this issue, however, and<br />
will let you know <strong>of</strong> any new<br />
developments). For instance, the<br />
inner and outer shell are sewn<br />
together with a standalone knit cuff<br />
at the coat sleeve end.<br />
Photo shows the<br />
sleeve ending<br />
standalone knit<br />
wristlet, which<br />
can swivel for<br />
functionality<br />
whichever layer is<br />
being used as the<br />
outermost shell.<br />
As shown, the standard TAC wristlet is<br />
Black (unlike the wristlets in our other<br />
families <strong>of</strong> garments which are Creamy<br />
Natural in color).<br />
12. Tail area opens via Velcro ® (our<br />
Liner Inspection Port) to allow<br />
monitoring <strong>of</strong> moisture barrier. If<br />
non-tailed styling is requested, an<br />
opening <strong>of</strong> the same size will<br />
be provided.<br />
13. So that suspender buttons do not<br />
rub when the system is reversed,<br />
tabs for snap attachment<br />
suspenders are standard.<br />
Suspender Buttons<br />
14. Replaceable pockets (that can be<br />
moved from side to side) can also<br />
be custom engineered.<br />
15. Winter Liners are not available as<br />
this would complicate reversibility.<br />
16. Positive Closure DRDs are not<br />
available due to the coat’s narrow<br />
closure.
Liner Inspection Port<br />
All NFPA 1971 Structural<br />
Garments are Now<br />
Available with a 5-Year<br />
Wear Life Warranty IF<br />
You/Your Department<br />
Enroll it in the Program<br />
NOW (or at Least within<br />
the Next Few Months)!<br />
<strong>Morning</strong> <strong>Pride</strong> is introducing this<br />
competitively, unparalleled Wear<br />
Warranty (our Lifetime Warranty<br />
against defects still applies, as well)<br />
to highlight the durability and quality<br />
<strong>of</strong> our protective clothing line.<br />
What does the 5-Year Wear Life<br />
Warranty Cover:<br />
• FREE Repairs.<br />
• FREE Loaners During Repairs,<br />
if Required.<br />
• ALL NFPA 1851 Required Annual<br />
Advanced Cleanings and<br />
Inspections.<br />
• NFPA 1851 Tracking.<br />
• Normal 6-Day Turnaround<br />
During Cleaning/Inspection<br />
(Shorter with Prior Arrangements).<br />
What are the Details/<br />
Clarifications?<br />
Contact your dealer for details, and/or<br />
our website and select 5-Year Wear<br />
Life Warranty from the Cleaning &<br />
Care menu. We think you will agree<br />
the coverage is VERY extensive and<br />
the limitations are only the most<br />
basic.<br />
What is the Berry Amendment, and<br />
how is it different from made in North<br />
America?<br />
The Berry Amendment covers military purchases and requires<br />
that ALL textiles and specialized metals used in the product be<br />
American made. While the requirements are clear, the interpretations<br />
<strong>of</strong> the regulations vary from purchasing authority to purchasing<br />
authority since clear regulations have yet to be determined. For<br />
instance, all Total <strong>Fire</strong> Group products are made in our OH, AL, IL<br />
and PA factories, but approved steel toes for our fire boots are no<br />
longer made in the US. For that reason, some military purchasers<br />
would not consider those boots Berry compliant. To address military<br />
needs, we have stockpiled a decade’s worth <strong>of</strong> US made steel toes<br />
(to allow us time to develop our own US made steel toes).<br />
You may rest assured (that with the exception <strong>of</strong> some American<br />
<strong>Fire</strong>wear products that there were contractual commitments on<br />
(when American <strong>Fire</strong>wear joined Total <strong>Fire</strong> Group), and are clearly<br />
labeled as “imported” in the American <strong>Fire</strong>wear catalog; all<br />
Honeywell First Responder Products are North American made.<br />
If you also require Berry Amendment clarifications/certifications;<br />
contact our military sales desk and we will email you a complete file<br />
<strong>of</strong> all products. We <strong>of</strong>fer a huge variety <strong>of</strong> Berry certified products in<br />
all categories.<br />
The importance <strong>of</strong> “Made in North<br />
America”?<br />
First responders depend on their PPE for their safety, even for their<br />
lives. You NEED a manufacturer whose assets are accessible to<br />
you, so you have leverage to encourage only the highest <strong>of</strong> continuing<br />
quality levels. An importer <strong>of</strong>ten has a telephone, with assets<br />
protected by borders. In the event <strong>of</strong> a product problem, they have<br />
literally nothing at risk (except the telephone). We feel this means<br />
an importer can be tempted to cut corners, certainly some <strong>of</strong> the<br />
imported products we have dissected have showed some shocking<br />
issues (polyester linings, mixed materials, etc.). Remember, certification<br />
means that the products the certifying lab looked at were<br />
judged compliant... but we have all seen the news recently about<br />
shocking substitutions made by foreign firms over time (lead in toys,<br />
etc.). If you are considering an imported product, talk to our lab personnel<br />
to see if they have done any testing on the product. We are<br />
always glad to allow you to witness any re-testing you want at our<br />
ISO 17025 lab. This is not the first attempt <strong>of</strong> foreign firms to enter<br />
the emergency services. Traditionally first responders have resisted<br />
their entry for the reasons noted above, and we are confident this<br />
wave <strong>of</strong> foreign products will also be gone soon.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products<br />
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<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
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Model #2<br />
www.HoneywellFirstResponder.com<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
Proximity <strong>Clothing</strong><br />
NFPA 1971 Certified Proximity <strong>Clothing</strong><br />
2 CBRN Certification Levels<br />
2 BPR Certification Levels<br />
2 Model Number Prefix IDs<br />
• NFPA 1971, 2007 Edition Certified<br />
Note: On Jan. 12, 1989, Fed-OSHA issued an opinion letter that<br />
“firefighters in refineries and petrochemical plants should wear protective<br />
clothing as specified in NFPA 1976” (i.e. not structural clothing – at that<br />
time NFPA 1976 governed Proximity fire fighting PPE. However, NFPA<br />
1500 allows the incident commander in any tactical scenario some latitude.<br />
Prefix ID Level <strong>of</strong> BPR Certification<br />
PRH and Tested as worn, to include interface area<br />
BPR performance evaluation<br />
LTO Tested as our competitors do, with plastic bags taped over<br />
interface areas<br />
• Exterior hooks and dees with continuous interior hook and pile<br />
closure are standard (please see page 115 to 117 for alternate<br />
closure options).<br />
• Styling is identical to PRH, BPR and LTO Structural <strong>Clothing</strong><br />
• SCBA Covers are also available, please see page 166 for further<br />
details.<br />
• The 2007 edition <strong>of</strong> NFPA 1971 requires bloodborne pathogen<br />
resistance testing for Proximity <strong>Fire</strong> Fighting Protective Garment<br />
Elements.<br />
• The more narrow width <strong>of</strong> aluminized materials (required to meet<br />
higher NFPA 1971 radiant reflective requirements) may mean your<br />
Proximity garment will have a few more seams than a Structural<br />
garment <strong>of</strong> the same size.<br />
• NFPA 1971 design requirements for Proximity clothing follow those<br />
for Structural clothing EXCEPT as relates to a requirement that, in<br />
effect, imposes the need for an aluminized outer shell (radiant heat<br />
reflective test <strong>of</strong> outer shell), and minimum collar height.<br />
• NFPA 1971 prohibits non-reflective materials including, but not<br />
limited to, trim lettering patches, name or number stencils, emblems,<br />
paints or other marking mediums may be affixed to the Proximity<br />
outer shell. The only exception is cuff reinforcements, and that is<br />
limited to 1” over the reflective surface. Our standard is 7.5 oz. Pbi bronze cuffs (coats and pants).<br />
• NFPA 1971 requires the collar lining to be non-aluminized material<br />
(7.5 oz. Pbi will be <strong>Morning</strong> <strong>Pride</strong> standard) for comfort reasons.<br />
Table <strong>of</strong> Contents
Aluminized Products:<br />
• Cleaning and Care Instructions<br />
• 12-Month Cloth Warranty<br />
Limitations<br />
All manufacturers in the fire service use<br />
the Gentex #1098 aluminized knit<br />
Pbi /Para Arimid material for Proximity<br />
certified products (helmet shrouds,<br />
clothing, gloves, etc). Gentex is the<br />
only supplier <strong>of</strong> certified product in the<br />
market, and hence this information<br />
applies to ALL brands. We have seen<br />
frequent delamination <strong>of</strong> these products<br />
(ours and other brands). While we have<br />
seen this in both washed and unwashed<br />
products, Gentex feels cleaning is the<br />
issue and has provided us with the<br />
following cleaning instructions.<br />
The outer shell <strong>of</strong> this garment<br />
contains a highly reflective surface<br />
and it is extremely important to keep<br />
this surface clean so that it may<br />
perform at peak efficiency.<br />
• Clean by gently rubbing the surface<br />
with a s<strong>of</strong>t cloth or sponge and a mild<br />
soap<br />
• Rinse thoroughly<br />
• DO NOT MACHINE WASH<br />
• Dry garment by hanging in a well<br />
ventilated, shaded area<br />
• Use a fan to circulate the air if<br />
necessary<br />
• Do not store garment wet or with any<br />
chemical contamination<br />
• Do not clean with any compounds<br />
containing ammonia, chlorine, other<br />
oxidizing or abrasive agents.<br />
Note: These newer Cleaning Instructions<br />
supersede the FEMSA User<br />
Guide instructions. The NFPA 1851 care<br />
document also requires hanging storage<br />
<strong>of</strong> Aluminized coats and pants (not<br />
folded).<br />
Further, Gentex has advised that they<br />
normally limit their warranty to 12<br />
months (even if all Gentex instructions<br />
are followed) and cover material replacement<br />
ONLY – all other costs must be<br />
borne by the customer! <strong>Morning</strong> <strong>Pride</strong><br />
will continue to warrant against defects in<br />
material or workmanship for the life <strong>of</strong> the<br />
product. But we cannot be responsible<br />
for what Gentex is classifying as normal<br />
for the #1098 material (i.e. delamination if<br />
not washed, dried, and stored as above<br />
and a limited warranty period <strong>of</strong> 12<br />
months on material replacement only,<br />
regardless <strong>of</strong> care).<br />
Please contact our Customer Service<br />
Department for further assistance on this<br />
or any issue.<br />
DuPont and Kevlar ® are trademarks or<br />
registered trademarks <strong>of</strong> E.I. du Pont de<br />
Nemours and Company.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 30
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Model #3<br />
www.HoneywellFirstResponder.com<br />
<strong>Tech</strong>nical Rescue and Recovery <strong>Clothing</strong><br />
See our<br />
<strong>Tech</strong>nical<br />
Rescue<br />
Helmets in the<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Helmet Catalog<br />
See our<br />
<strong>Tech</strong>nical<br />
Rescue and<br />
Recovery<br />
Gloves in the<br />
American<br />
<strong>Fire</strong>wear<br />
Glove<br />
Catalog<br />
See our<br />
<strong>Tech</strong>nical<br />
Rescue and<br />
Recovery<br />
Boots in the<br />
PRO- Warrington,<br />
Ranger,<br />
and Servus<br />
Catalogs<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
NFPA 1951 Certified <strong>Tech</strong>nical Rescue and<br />
Recovery <strong>Clothing</strong><br />
Also Certified to:<br />
NFPA 1999 Certified EMS <strong>Clothing</strong><br />
NFPA 1992 Certified Liquid Splash and<br />
HazMat <strong>Clothing</strong><br />
Option for Additional Quad- or Quint-Certification:<br />
NFPA 1977 Certified Wildland <strong>Clothing</strong><br />
NFPA 1951 Certified <strong>Tech</strong>nical Rescue Utility<br />
All the Multi-Certified garments in this product line are BPR level<br />
products<br />
Prefix ID Level <strong>of</strong> BPR Certification<br />
USR Tested as worn, to include interface area<br />
performance evaluation<br />
• NFPA 1951, 2007 Edition Certified <strong>Tech</strong>nical Rescue and Recovery.<br />
Although not required, you may specify elbow (page 122) and knee<br />
reinforcements (pages 125 and 131) and/or appropriate trim packages<br />
(page 95 to 98) if desired.<br />
• NFPA 1999, 2003 Edition Certified EMS<br />
• NFPA 1992, 2005 Edition Certified Liquid Splash and HazMat<br />
• Optional NFPA 1977, 2005 Edition Certified Wildland<br />
Multi-Certified as a Standard:<strong>Tech</strong>nical Rescue and Recovery,<br />
<strong>Tech</strong>nical Rescue Utility, EMS, Liquid Splash and HazMat. Wildland is<br />
available as an additional spec.<br />
See the American <strong>Fire</strong>wear catalog for <strong>Tech</strong>nical Rescue Utility BDU<br />
and Jumpsuit <strong>Clothing</strong> (<strong>of</strong>ten worn under <strong>Tech</strong>nical Rescue and<br />
Recovery clothing provided here).<br />
Detachable Moisture Barrier Option Available<br />
Table <strong>of</strong> Contents
• Windbreaker weight and ease <strong>of</strong><br />
movement with SERIOUS protection<br />
for essentially all non-fire runs.<br />
• The effective use <strong>of</strong> this tri-certified<br />
gear will do much to reduce the stress<br />
load on the modern firefighter (excluding<br />
the WTC tragedy, stress kills more<br />
firefighters annually than all other<br />
factors COMBINED).<br />
• The body stores stress. In contemporary<br />
North America, over 70% <strong>of</strong> fire<br />
service runs are non fire calls (EMS,<br />
rescues, extrications, confined space<br />
work, hazardous spills, etc). Yet,<br />
firefighters respond in their necessarily<br />
heavy bulky bunker gear which causes<br />
unnecessary stress that is banked in<br />
the body, to be built upon when the<br />
next fire run occurs and the heavier,<br />
more insulative gear NEEDS to be<br />
worn.<br />
• This multi-certified <strong>Tech</strong>nical Rescue<br />
and Recovery product is the perfect<br />
alternative for ALL these non fire runs.<br />
It is lighter, more mobile and multipurpose.<br />
It actually <strong>of</strong>fers better<br />
protection in key ways for these non<br />
fire runs, for instance more severe<br />
bloodborne pathogen testing preconditioning.<br />
It is also far more breathable<br />
than bunker gear for stress<br />
reduction and saves wear on the more<br />
expensive bunker gear.<br />
• <strong>Tech</strong>nical Rescue and Recovery<br />
garments feature Tabbed Long<br />
Wristlets (Patented) and Sealing<br />
Stirrups (Patent Pending) to seal the<br />
moisture barrier against the leg and<br />
arm and prevent debris movement up<br />
the leg/arm.<br />
• Combined with a state-<strong>of</strong>-the-art<br />
bunker clothing package for fire runs<br />
ONLY, this gear <strong>of</strong>fers the modern<br />
firefighter the RIGHT gear for each<br />
functional area (fire and non fire).<br />
• Operational requirements preclude the<br />
use <strong>of</strong> suspender buttons, so rig<br />
friendly suspender snap button<br />
configuration is standard.<br />
• Similarly, non-sparking Velcro ® tabs<br />
and high temperature nylon take-up<br />
straps are utilized, rather than the<br />
metal products utilized in other prefix<br />
ID families <strong>of</strong> garments.<br />
• This gear is unbelievably light and<br />
flexible.<br />
What is one competitor’s<br />
“Convertible” Gear?<br />
The new NFPA 1951 <strong>Tech</strong>nical Rescue<br />
edition allows for three levels <strong>of</strong> garments<br />
and gloves, where previously there was<br />
only one (boots and helmets remain one<br />
level products within the document).<br />
The three levels are:<br />
1. CBRN certifiable garment and gloves<br />
– This product includes some <strong>of</strong> the<br />
Project HEROES ® Structural CBRN<br />
design features.<br />
2. <strong>Tech</strong>nical Rescue and Recovery<br />
garments and gloves – This is<br />
basically the only garment product<br />
discussed in the previous edition <strong>of</strong><br />
NFPA 1951. It includes a non-CBRN<br />
moisture barrier and is basically our<br />
USR series <strong>of</strong> garments and USR<br />
certified gloves.<br />
3. <strong>Tech</strong>nical Rescue Utility garments and<br />
gloves – These products are basically<br />
the <strong>Tech</strong>nical Rescue and Recovery<br />
garments and gloves without moisture<br />
barriers. With clothing, it is<br />
possible to snap out, or otherwise<br />
remove, the moisture barrier and turn<br />
a <strong>Tech</strong>nical Rescue and Recovery<br />
garment (#2 above) into a utility<br />
garment. Our product line includes<br />
this option as well and this is what one<br />
competitor is referring to as<br />
“Convertible” gear.<br />
Drag Rescue Devices<br />
(DRDs) Now Available<br />
(Patent Pending)<br />
• Positive Closure DRD systems not<br />
available.<br />
• Detachable liner is required.<br />
• There are extra charges for other than<br />
standard Looped Hand Hold system.<br />
Table <strong>of</strong> Contents<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
gear features an<br />
adjustable,<br />
tabbed hook and<br />
pile coat cuff<br />
closure/tightening<br />
system (top) and<br />
stirrup cuffs<br />
(right).<br />
<strong>Tech</strong>nical<br />
Rescue and<br />
Recovery<br />
gear features<br />
rig friendly<br />
suspender<br />
snap buttons<br />
configuration<br />
as a standard.<br />
For <strong>Tech</strong>nical Rescue and Recovery<br />
model garments, optional hoods are extremely<br />
popular for warmth and for water<br />
shielding during outdoor operations.<br />
Hood will hang<br />
down the<br />
wearer’s back<br />
(from the attachment<br />
strip) when<br />
not in use. The<br />
hood attaches to<br />
the strip via hook<br />
OPTIONAL Storage<br />
and pile (strip must<br />
Hidden Hood<br />
be ordered at time <strong>of</strong> manufacture if<br />
hood is to be ordered at a later date). As<br />
an alternative storage system, we <strong>of</strong>fer<br />
hide-away hoods where the hood is<br />
stored inside an outer shell zipper when<br />
not in use.<br />
Honeywell First Responder Products 32
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
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Model #4<br />
Wildland <strong>Clothing</strong> is Available in Many Forms:<br />
1 – The Wildland Dual Certification Option<br />
for NFPA 1971 Certified Structural <strong>Fire</strong><br />
Fighting Gear<br />
When this option is specified on Structural NFPA 1971 Protective<br />
<strong>Clothing</strong> for Structural <strong>Fire</strong> Fighting, the liner and moisture<br />
barrier can be removed from the outer shell and the outer shell<br />
alone is certified to the NFPA 1977 Wildland PPE requirements.<br />
For an upcharge, far less than the price <strong>of</strong> Wildland gear alone,<br />
one garment can serve both functions. This is particularly<br />
convenient when responding to calls that are indeterminate in<br />
nature or change during deployment. Every firefighter on the<br />
scene has Structural turnout gear that is also the perfect sized<br />
Wildland gear with<br />
reflective trim, rank and<br />
FD markings, etc., and<br />
which can be quickly<br />
re-configured back into<br />
Structural gear on the<br />
scene for the next call (or if<br />
conditions change).<br />
www.HoneywellFirstResponder.com<br />
Wildland <strong>Clothing</strong><br />
There are two ways to purchase Wildland certified clothing product from <strong>Morning</strong> <strong>Pride</strong>:<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
2 – The Wildland Quad Certification for<br />
NFPA 1951 <strong>Tech</strong>nical Rescue and<br />
Recovery Garments (which are also<br />
NFPA 1999 EMS Certified and<br />
NFPA 1992 Liquid Splash HazMat<br />
Certified).<br />
When this option is specified on NFPA 1951 <strong>Tech</strong>nical<br />
Rescue and Recovery protective clothing, the moisture<br />
barrier can be removed from the outer shell and the outer<br />
shell alone is certified to the NFPA 1977 Wildland PPE<br />
requirements. For an upcharge far less than the price <strong>of</strong><br />
wildland gear alone, one garment can serve both functions.<br />
This is particularly convenient when responding to calls that<br />
are indeterminate in nature or change during deployment.<br />
Every responder on the scene has <strong>Tech</strong>nical Rescue and<br />
Recovery gear that is also the perfect sized Wildland gear<br />
with reflective trim, rank and FD<br />
markings, etc. and which can be<br />
quickly re-configured back into<br />
<strong>Tech</strong>nical Rescue and Recovery gear<br />
on the scene for the next call (or if<br />
conditions change).<br />
The inner liners on both these <strong>Morning</strong> <strong>Pride</strong><br />
systems easily snap in and out.<br />
Table <strong>of</strong> Contents
Another Honeywell First Responder Products company, American <strong>Fire</strong>wear also <strong>of</strong>fers<br />
two Wildland clothing options (please see their catalog for full details):<br />
3 – <strong>New</strong> Tri-certified NFPA 1977 Certified<br />
Wildland Jumpsuits and 2 Piece BDUs,<br />
also Certified to:<br />
• NFPA 1975 Requirements for Station Uniforms<br />
• NFPA 1951 <strong>Tech</strong>nical Rescue and Recovery<br />
Utility garments<br />
These garments are VERY attractively priced, are available in<br />
Indura ® Cotton Twill, Indura ® Ultras<strong>of</strong>t Twill, PBO ® Millenia Light ® ,<br />
Nomex ® Defender 600 RS, and Triguard 590, and almost<br />
unlimited options. Our new high speed cutting tables at<br />
American <strong>Fire</strong>wear allow no-charge and almost unlimited<br />
tailoring (large chest, smaller lower torso or the reverse, etc.).<br />
The basic pattern itself is ergnomically correct and millitary in<br />
styling. As standard, we include two <strong>of</strong> our most popular<br />
patterning patents: Full Range <strong>of</strong> Motion (“FROM”) crotch and<br />
forward flex sleeves. Among the highly popular options is the<br />
heat channel and BiFlex knees. This is the first FR, tacitally<br />
designed Wildland/multiple use product. YOU MUST TRY<br />
ON THESE NEW GARMENTS TO APPRECIATE THE<br />
INCREDIBLE COMFORT.<br />
Table <strong>of</strong> Contents<br />
4 – American <strong>Fire</strong>wear’s Traditional<br />
Wildland Jumpsuit or 2 Piece Sets<br />
These highly popular Wildland<br />
garments are available in FR Indura ®<br />
Cotton and Nomex ® IIIA, in a variety <strong>of</strong><br />
colors and with many highly desired<br />
standard features and popular<br />
options.<br />
See our Wildland and <strong>Tech</strong>nical Rescue Utility and<br />
Rescue and Recovery Helmets in the<br />
<strong>Morning</strong> <strong>Pride</strong> Helmet Catalog<br />
See our <strong>Tech</strong>nical Rescue and Recovery<br />
Gloves in the American <strong>Fire</strong>wear Glove Catalog<br />
See our Wildland and <strong>Tech</strong>nical Rescue Utility and<br />
Rescue and Recovery Boots in the<br />
PRO-Warrington, Ranger and Servus Catalogs<br />
Honeywell First Responder Products 34
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
35<br />
Model #5<br />
www.HoneywellFirstResponder.com<br />
See our EMS<br />
Helmet in the<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Helmet Catalog<br />
Five Operational Models <strong>of</strong> Protective <strong>Clothing</strong><br />
Emergency Medical Services (EMS) <strong>Clothing</strong><br />
See our NEW<br />
EMS Gear Bag<br />
in the American<br />
<strong>Fire</strong>wear<br />
Catalog<br />
See our<br />
<strong>Tech</strong>nical<br />
Rescue and<br />
Recovery<br />
Boots in the<br />
PRO-Warrington,<br />
Ranger, and<br />
Servus Catalogs<br />
Table <strong>of</strong> Contents<br />
NFPA 1999 Certified EMS <strong>Clothing</strong><br />
All the NFPA 1999 certified garments in this product<br />
line are BPR level products<br />
Prefix ID Level <strong>of</strong> BPR Certification<br />
EMS Tested as worn, to include interface<br />
area performance evaluation<br />
(page 17)<br />
• NFPA 1999, 2003 Edition Certified<br />
Removable Moisture Barrier Option Available<br />
For EMS model garments, optional hoods are extremely<br />
popular for warmth and for water shielding during outdoor<br />
operations. Hood will hang down the wearer’s back (from<br />
the attachment strip) when not in use. The hood attaches<br />
to the strip via hook and pile (strip must be ordered at<br />
time <strong>of</strong> manufacture if hood is to be ordered at a later<br />
date). As an alternative storage system, we <strong>of</strong>fer<br />
hide-away hoods where the hood is stored inside an<br />
outer shell zipper when not in use.<br />
OPTIONAL Storage<br />
Hidden Hood<br />
Non-FR Colors:<br />
Royal Blue, Bright Lime and Bright Orange<br />
Royal Blue<br />
Bright Lime<br />
Bright Orange<br />
EMS gear features<br />
adjustable shirt style<br />
cuffing<br />
FR EMS Colors:<br />
Bronze, Natural, Black, Tan, Yellow, Red, Navy and<br />
Royal Blue
Drag Rescue Devices<br />
(DRDs)<br />
Now Available<br />
(Patent Pending)<br />
• Positive Closure DRD systems not<br />
available.<br />
• Detachable liner is required.<br />
• There are extra charges for other than<br />
standard Looped Hand Hold system.<br />
For Both <strong>Tech</strong>nical Rescue<br />
and Recovery, and EMS<br />
Models<br />
• Both models also feature two layer<br />
(Shell/Liner) common sense design.<br />
This allows the shell to take the<br />
punishment <strong>of</strong> daily use but protects<br />
the pathogen/moisture barrier unlike<br />
single layer tri-laminate designs. Tears<br />
in our shell do not compromise<br />
integrity <strong>of</strong> bloodborne protection<br />
and can be repaired locally. The two<br />
layer system has been widely preferred<br />
in the field and allows onsite customization<br />
(patches, rank upgrades,<br />
etc.).<br />
• Both models feature a zipper and hook<br />
and loop closure to allow tailored,<br />
integrated collar design.<br />
• Both models feature a liner inspection<br />
port opening at the Tail and a means<br />
<strong>of</strong> liner inspection at the pants fly<br />
(and a sewn-in moisture barrier).<br />
• Both garments are a standard two<br />
layer product – outer shell and<br />
moisture barrier (no thermal liner).<br />
Fleece vested liners are available but<br />
can only be attached via a zipper.<br />
Non-zipper alternative attachment<br />
methods can abuse the moisture<br />
barrier during the grueling, EMS<br />
NFPA 1999 25 cycle wash preconditioning<br />
(both models meet the<br />
EMS standard). Many first responders<br />
will utilize sweaters, heavy slacks,<br />
thermal underwear, etc., rather than<br />
winter liners, so we did not standardize<br />
the expense <strong>of</strong> a half zipper for winter<br />
liner attachment on these two models.<br />
If you want a winter liner in the future<br />
but are not ordering one when you<br />
order your new garment, we strongly<br />
suggest you order a zipper winter liner<br />
adaption strip in<br />
your new garment<br />
(to allow easy zip in<br />
<strong>of</strong> a potential future<br />
liner, as it is VERY<br />
expensive to add a<br />
zipper later after<br />
the coat is made).<br />
If you order a winter<br />
liner when ordering<br />
the new garment,<br />
the zipper to<br />
accommodate the<br />
winter liner’s<br />
use will <strong>of</strong> course<br />
be provided (and<br />
is included in the<br />
winter liner in a new coat pricing).<br />
Please see page 94 for further winter<br />
liner details.<br />
• Removable Moisture Barrier Option<br />
now available: Outer shell only<br />
products can be worn as a standalone,<br />
but meets no NFPA standard<br />
unless you specify Wildland certification<br />
option for <strong>Tech</strong>nical Rescue and<br />
Recovery garments only (not EMS).<br />
We recommend that shells alone be<br />
worn for non-tactical purposes only.<br />
We also remind customers that our<br />
Structural gear can be custom<br />
optioned to be Wildland certified.<br />
<strong>Tech</strong>nical Rescue and Recovery/EMS<br />
gear fully configured must provide<br />
450 W/m 2 <strong>of</strong> breathability, while<br />
Structural gear must only provide<br />
Table <strong>of</strong> Contents<br />
<strong>Tech</strong>nical Rescue and Recovery garments with removable<br />
moisture barriers will meet NFPA 1977 Wildland requirements<br />
if Wildland quad certification is ordered (but NOT if only Removable<br />
Moisture Barrier custom option is ordered).<br />
130 W/m 2 <strong>of</strong> breathability. It may<br />
make more sense to rely on dual<br />
certified Structural gear for Wildland,<br />
since Wildland calls may be falsely<br />
reported when structures are involved.<br />
The dual certified Wildland/Structural<br />
garments would be configurable<br />
perfectly in such scenarios, while<br />
<strong>Tech</strong>nical Rescue and Recovery/EMS<br />
dual certified to Wildland would not<br />
<strong>of</strong>fer the ability to convert to Structural<br />
protection levels. When the <strong>Tech</strong>nical<br />
Rescue and Recovery/EMS<br />
Removable Moisture Barrier custom<br />
option is ordered, the hook and loop<br />
moisture barrier to shell attachment is<br />
used (as opposed to the standard<br />
sewn-in moisture barrier).<br />
Honeywell First Responder Products 36
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Summary <strong>of</strong> Standard Models, Prefix IDs,<br />
Designs and Constructioning<br />
37<br />
Models Structural Proximity Comments<br />
Prefix ID PRH PRH<br />
FEATURES<br />
Certification(s) Structural – NFPA 1971 Structural – NFPA 1971<br />
CGSB CGSB<br />
Project FIRES Project FIRES<br />
Option for Wildland – NFPA 1977 Option for Wildland – NFPA 1977<br />
Bloodborne Pathogen Yes No<br />
Interface Tested<br />
Reflective Trim Required w/fluorescence Trim not allowed See pages 95 to 98 for further detail<br />
(Specify on order) on trim requirements.<br />
Elbow and Knee Reinforcement Optional Optional<br />
Styling/Cut Traditional Bunker Traditional Bunker<br />
Hardware (Suspender Buttons, Metal Metal<br />
Snaps, Zippers)<br />
Stirrups on Pants Moisture Barrier No No<br />
Suspender Attachments Suspender Buttons (loops for snap Suspender Buttons (loops for snap<br />
attach suspenders available) attach suspenders available)<br />
Waterpro<strong>of</strong> Wristlet Yes Yes<br />
Tabbed Wristlet Yes Optional<br />
Drag Rescue Device Articulating Rapid Rescue Strap Articulating Rapid Rescue Strap<br />
Crotch Seams No No<br />
Standard Composite Layers 3 3<br />
Inner Layer Attachment Snaps Snaps Snap systems can be ordered sewn-in at neck line and waist at no extra charge.<br />
Chinstraps Separate folding Separate<br />
Coat Cuffs Hemmed Hemmed<br />
Wristlet Color Creamy Natural (may option Black) Creamy Natural (may option Black)<br />
Nomex ® Nomex ®<br />
Winter Liner Snaps Snaps<br />
Inspection Port Standard at right front coat and on Standard at right front coat and on<br />
hem and on fly hem and on fly<br />
Coat Closures Interior <strong>of</strong>fset zipper with FIN closure, Interior <strong>of</strong>fset zipper with FIN closure, Optional closures available on Structural BPR and LTO, see pages 115-117.<br />
standard exterior closure is Hooks/Ds standard exterior closure is Hooks/Ds<br />
(optional alternatives available for (optional alternatives available for<br />
exterior closure) exterior closure)<br />
Pant Closures Interior, continuous, foldover moisture Interior, continuous, foldover moisture Optional closures available on BPR and LTO, see pages 115-117.<br />
barrier at fly, standard exterior closure is barrier at fly, standard exterior closure is<br />
Hooks/Ds (optional alternatives available Hooks/Ds (optional alternatives available<br />
for exterior closure) for exterior closure)<br />
www.HoneywellFirstResponder.com<br />
Protective <strong>Clothing</strong> Product Index<br />
Table <strong>of</strong> Contents<br />
Note:<br />
Besides the unique PRH standard closures<br />
noted, all PRH garments feature:<br />
a. Coat Insulating Cooling System<br />
b. Coat Magnet Mate Glove Attachment<br />
System<br />
c. Coat with Integrated Hood<br />
d. Pants with Integrated Boot system<br />
Please see catalog discussion <strong>of</strong> the PRH<br />
Project HEROES ® garments on pages 23 to 25<br />
for detailed discussion and photos.<br />
Summary <strong>of</strong> Standard Models, Prefix IDs, Designs and Constructioning Continues...<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products<br />
38
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Summary <strong>of</strong> Standard Models, Prefix IDs,<br />
Designs and Constructioning<br />
39<br />
Models Structural Structural Structural Comments<br />
Prefix ID BPR LTO TAC<br />
FEATURES<br />
Protective <strong>Clothing</strong> Product Index<br />
Certification(s) Structural – NFPA 1971 Structural – NFPA 1971 Structural – NFPA 1971<br />
CGSB CGSB CGSB<br />
Project FIRES Project FIRES Project FIRES<br />
Option for Wildland – NFPA 1977 Option for Wildland – NFPA 1977<br />
Bloodborne Pathogen Yes No No<br />
Interface Tested<br />
Reflective Trim Required w/fluorescence Required w/fluorescence Required w/fluorescence See pages 95 to 98 for further detail<br />
(Specify on order) (Specify on order) (Specify on order) on trim requirements.<br />
Elbow and Knee Reinforcement Optional Optional Optional<br />
Styling/Cut Traditional Bunker Traditional Bunker Slim Line Slimmer styling used for lower thickness styles (2-layer or THL).<br />
Hardware (Suspender Buttons, Metal Metal Metal<br />
Snaps, Zippers)<br />
Stirrups on Pants Moisture Barrier No No No<br />
Suspender Attachments Suspender Buttons (loops for snap Suspender Buttons (loops for snap Loops for snap attach suspenders TAC garment cannot include suspender buttons since they will rub on the<br />
attach suspenders available) attach suspenders available) firefighter’s body when the system is reversed.<br />
Waterpro<strong>of</strong> Wristlet Yes Yes No TAC gear MUST be reversible so waterpro<strong>of</strong> wristlets are not feasible.<br />
Tabbed Wristlet Yes Optional Optional<br />
Drag Rescue Device Articulating Rapid Rescue Strap Articulating Rapid Rescue Strap Articulating Rapid Rescue Strap Positive Closure DRDs not available in TAC coat due to narrow coat closure.<br />
Crotch Seams No No Yes Crotch seaming is only done in lightweight garments where it does not<br />
present a problem.<br />
Standard Composite Layers 3 3 3<br />
Inner Layer Attachment Snaps Snaps Sewn-in Snap systems can be ordered sewn-in at neck line and waist at no extra charge.<br />
Sewn-in systems are normally required to meet certification or functionality<br />
requirements. TAC garments must have sewn-in liners to assure proper orientation<br />
when reversed, so snaps cannot be subbed.<br />
Chinstraps Separate folding Separate Built into shields<br />
Coat Cuffs Hemmed Hemmed Reversible<br />
Wristlet Color Creamy Natural (may option Black) Creamy Natural (may option Black) Black (White would be too visible for<br />
Nomex ® Nomex ® stealth, so not available)<br />
Winter Liner Snaps Snaps Not available<br />
Inspection Port Standard at right front coat and on Optional Standard at tail and on fly<br />
hem and on fly<br />
Standard Coat Closures Hooks/Ds exterior with continuous Hooks/Ds exterior with continuous Velcro ® exterior (2 shields for revers- Optional closures available on Structural BPR and LTO, see pages 115-117.<br />
Hook & Pile interior (optional closures Hook & Pile interior (optional closures ibility) & 2-way fly interior zipper (no<br />
available) available) optional closures)<br />
Standard Pant Closures Hooks/Ds exterior with Hook & Pile Hooks/Ds exterior with Hook & Pile Velcro ® exterior (2 shields for revers- Optional closures available on BPR and LTO, see pages 115-117.<br />
interior (optional closures available) interior (optional closures available) ibility) & 2-way interior zipper (no<br />
optional closures)<br />
Summary <strong>of</strong> Standard Models, Prefix IDs, Designs and Constructioning Continues...<br />
www.HoneywellFirstResponder.com Honeywell First Responder Products 40<br />
Table <strong>of</strong> Contents<br />
Table <strong>of</strong> Contents
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Summary <strong>of</strong> Standard Models, Prefix IDs,<br />
Designs and Constructioning<br />
41<br />
Protective <strong>Clothing</strong> Product Index<br />
Note: Wildland and <strong>Tech</strong>nical Utility Rescue and Recovery garments are single layer, interior systems and hence not easily<br />
summarized by these product categories. Please see pages 33 to 34 for an overview <strong>of</strong> these products.<br />
Models Proximity Proximity <strong>Tech</strong>nical Rescue and Recovery EMS Comments<br />
Prefix ID BPR LTO USR EMS<br />
FEATURES<br />
Certification(s) Proximity – NFPA 1971 Proximity – NFPA 1971 <strong>Tech</strong>nical Rescue and Recovery – NFPA 1951; EMS – 1999 USR Option for <strong>Tech</strong>nical Rescue Utility – NFPA 1951<br />
EMS – 1999; Liquid Splash – 1992 USR Option for Wildland – NFPA 1977<br />
Bloodborne Pathogen<br />
Interface Tested<br />
Yes No Yes No<br />
Reflective Trim Trim not allowed Trim not allowed Optional (so any color Optional (so any color<br />
if desired) if desired)<br />
Elbow and Knee Reinforcement Optional Optional Required (Specify on order) Optional<br />
Styling/Cut Traditional Bunker Traditional Bunker Slim Line 2-layer systems Slim Line 2-layer systems Slimmer styling used for lower thickness styles<br />
(2-layer or THL)<br />
Hardware (Suspender Buttons, Metal Metal None, Velcro ® Snaps, Zippers)<br />
tabs None, velcro tabs<br />
Stirrups on Pants Moisture Barrier No No Yes (normal cuffs can be specified) No Stirrups provided standard on USR gear to prevent<br />
debris, dust and dirt movement up leg (normal leg cuffing<br />
available at no charge if you prefer moisture barrier to<br />
ride outside boots i.e. No Seal)<br />
Suspender Attachments Suspender Buttons (loops for snap Suspender Buttons (loops for snap Loops for snap attach suspenders Loops for snap attach USR and EMS garments do not feature metal to<br />
suspenders available) suspenders available) suspenders address sparking concerns expressed by users.<br />
Waterpro<strong>of</strong> Wristlet Yes Yes No No<br />
plish the same goal.<br />
USR and EMS garments have cinch cuffs to accom-<br />
Tabbed Wristlet Yes Optional Yes No<br />
Drag Rescue Device Articulating Rapid Rescue Strap Articulating Rapid Rescue Strap Optional Optional Positive Closure DRDs not available on <strong>Tech</strong>nical<br />
Rescue and Recovery or EMS coats due to narrow<br />
coat closures.<br />
Crotch Seams No No Yes Yes Crotch seaming is only done in lightweight<br />
garments where it does not represent a problem.<br />
Standard Composite Layers 3 3 2 2<br />
Inner Layer Attachment Snaps Snaps Sewn-in (<strong>New</strong> Hook & Pile removable Sewn-in (<strong>New</strong> Hook & Snap systems can be ordered sewn-in at neck line<br />
option available) Pile removable option and waist at no extra charge. Sewn-in systems are<br />
available) normally required to meet certification or functionality<br />
requirements (i.e., hardware on detachable liners causes<br />
failure due to 25 washes pre-conditioning in EMS testing<br />
protocols).<br />
Chinstraps Separate folding Separate Built into Shield Built into Shield<br />
Coat Cuffs Pbi Cuffs Pbi Cuffs Shirt style w/Velcro ® adjustable tab Elastic w/Velcro ®<br />
adjustable tab<br />
Wristlet Color Creamy Natural Creamy Natural Creamy Natural (may option Black) None<br />
(may option Black) (may option Black)<br />
Winter Liner Snaps Snaps Zipper* Zipper* *Zipper systems are very expensive to retr<strong>of</strong>it into existing<br />
garments, so we suggest you specify zipper winter liner<br />
adaption strip for zippered systems if a Winter Liner may<br />
ever be desired in the future (and is not being ordered<br />
with the garment).<br />
Inspection Port Standard at right front on coat hem Optional Standard at tail and on fly** Standard at tail and on **Standard pant construction in fly area permits<br />
and on fly fly** liner inspection.<br />
Standard Coat Closures Hooks/Ds exterior with Hooks/Ds exterior with Velcro ® exterior and high temperature Velcro ® exterior and Optional closures available on Proximity BPR<br />
continuous Hook & Pile continuous Hook & Pile nylon interior zipper (no optional high temperature nylon and LTO, see pages 115-117.<br />
interior (optional closures interior (optional closures closures) interior zipper (no<br />
available) available) optional closures)<br />
Standard Pant Closures Hooks/Ds exterior with Hooks/Ds exterior with Velcro ® exterior and high temperature Velcro ® exterior and Optional closures available on Proximity BPR<br />
Hook & Pile interior Hook & Pile interior nylon interior zipper high temperature nylon<br />
interior zipper<br />
and LTO, see pages 115-117.<br />
www.HoneywellFirstResponder.com Honeywell First Responder Products 42<br />
Table <strong>of</strong> Contents<br />
Table <strong>of</strong> Contents
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Tails and Traditional Styling Compared<br />
Tails Styling Explained – Tails are<br />
an anti-stress clothing system concept<br />
that is based on the structure <strong>of</strong> the<br />
human backbone that guarantees 95%<br />
<strong>of</strong> all mid-body flex occurs to the front<br />
(causing REAR body extension ONLY).<br />
Since it is body extension that can cause<br />
a protective gap between coats and<br />
pants in certain body positions, this<br />
implies coats can be worn much shorter<br />
in front than in the rear (i.e. we can't<br />
bend backwards to the degree we can<br />
bend forward so we don't extend in the<br />
front to the degree we extend in the<br />
back). Shortening the non-functional,<br />
same length, coat front reduces garment<br />
weight between 18%-25%, improves<br />
ventilation, allows unrestricted upper leg<br />
mobility, and hence fights firefighter stress.<br />
43<br />
Tails Coats Are Worn<br />
With Traditionally Styled<br />
(Non-Bibbed) Pants<br />
Tails shortened front<br />
reduces garment weight 18%<br />
to 25%, frees the upper legs<br />
for unhampered ladder<br />
climbing/crawling and<br />
facilitates trunk ventilation<br />
when SCBA is removed.<br />
Tails 18% to 25% Lighter<br />
With Same Protection,<br />
Greater Mobility and<br />
Reduced Stress Load<br />
Any competitive representations that our<br />
Tailed technology patents have expired,<br />
or are about to expire, are incomplete<br />
and erroneous. Our first Tailed system<br />
patents related to a variegated hem<br />
length on a garment. That product was<br />
not field practical, and the product did not<br />
become a market success until we engi-<br />
www.HoneywellFirstResponder.com<br />
Two Choices in <strong>Clothing</strong> Styling<br />
Tails <br />
Frontal View<br />
For effective protection in all body positions,<br />
the Tails coat composite must be<br />
built to fall 9” below the waist in the front<br />
and 15" in the rear. Per NFPA 1500,<br />
bunker pants must be worn at all times.<br />
Because <strong>of</strong> the short length <strong>of</strong> a Tails <br />
coat pockets must be ordered as a<br />
custom option. It is recommended that<br />
pants be ordered or retr<strong>of</strong>itted with bellows<br />
pockets. Moving pockets to the<br />
pants lowers the center <strong>of</strong> gravity making<br />
the firefighter more stable during movement,<br />
unburdens the collarbone already<br />
overburdened with the weight <strong>of</strong> an air<br />
pack and allows unrestricted access to<br />
pockets even when breathing apparatus<br />
is donned (coat pockets are sealed by<br />
the SCBA waist strap).<br />
IMPORTANT NOTICE<br />
Both Tails and Traditional<br />
Styling are Available in All<br />
Garment Prefix ID #s<br />
neered several patents that minimized<br />
coat rise, wrist retraction and pants waist<br />
movement. These later patents (some<br />
extending another ten years) make the<br />
minimized overlap <strong>of</strong> the variegated hem<br />
length coat practical. In short, the Tails <br />
System is just that: a system <strong>of</strong> patents<br />
(<strong>of</strong> which the variegated length hem is<br />
Traditional 35”<br />
<strong>Morning</strong> <strong>Pride</strong> Tails System – Patented<br />
U.S., Canada and Internationally<br />
(Patents Pending also)<br />
Table <strong>of</strong> Contents<br />
Tails coats are provided with an<br />
additional strip <strong>of</strong> 2” trim on the bottom <strong>of</strong><br />
the “Tail” to prevent “Tail roll.” There is no<br />
charge for this additional trim and it will<br />
match the trim package ordered. If no<br />
trim has been ordered, a material reinforcement<br />
will be provided.<br />
Tails coats are provided with two<br />
postman slide take-up straps. These<br />
straps are intended for those fairly rare<br />
occasions when thermal sealing is<br />
required but breathing apparatus will not<br />
be worn (i.e. pump operation on a cold<br />
winter day). These straps are not normally<br />
engaged since doing so prevents<br />
coat “bellowing,” which allows body<br />
cooling ventilation to occur when breathing<br />
apparatus is removed.<br />
only a small part and totally ineffective as<br />
a standalone without the other patents).<br />
It is easy to see why other firms would<br />
wish to “look like” our state-<strong>of</strong>-the-art,<br />
unsurpassed technology product line,<br />
but they simply cannot deliver the goods.<br />
Unless it is <strong>Morning</strong> <strong>Pride</strong>, it is not the<br />
real Tails System.
Please Review Carefully<br />
Tails <br />
Traditional Styling Explained –<br />
Traditional design concept relies on<br />
coat length (or pants overlap) to assure<br />
protection. Photo above illustrates a 35”<br />
length traditionally styled coat. This<br />
length (35”) hits the average firefighter<br />
mid-thigh; as such, it is only ordered<br />
when bunker pants are worn on ALL<br />
responses. The standard traditional<br />
styled length (40”) hits a firefighter <strong>of</strong><br />
average height immediately at the knee.<br />
While some firefighters in the past have<br />
relied on a long bunker coat (approxi-<br />
Note on Bibs, High Waisted<br />
Pants, Pants With Raised<br />
Backs, etc. (i.e. Upside<br />
Down Tails)<br />
<strong>Morning</strong> <strong>Pride</strong> was one <strong>of</strong> the first<br />
manufacturers to test the third style <strong>of</strong><br />
bunker clothing; short coat and bib (i.e.<br />
extended height) pants. However, both<br />
laboratory and field testing soon<br />
established the design concept as<br />
inherently stressful since it wraps the<br />
trunk (where thermal energy is gener-<br />
Your choice <strong>of</strong> design is at least as important as your choice in materials!<br />
Rear View<br />
Beware <strong>of</strong> false “tails” recreating<br />
the look (outer shell only) but not<br />
the patented functionality <strong>of</strong> the<br />
<strong>Morning</strong> <strong>Pride</strong> Tails System (all<br />
layers). False “tails” require<br />
stressful high waisted pants and do<br />
not feature the synergistic benefits<br />
<strong>of</strong> <strong>Morning</strong> <strong>Pride</strong>’s other 100 plus<br />
patents. If it’s not <strong>Morning</strong> <strong>Pride</strong>,<br />
it is NOT THE TAILS SYSTEM!<br />
Traditional 35”<br />
mately 40 inches long) and high boots,<br />
the turnout coat is designed to protect<br />
basically the upper part <strong>of</strong> the human<br />
body (except head & hands). As manufacturers<br />
<strong>of</strong> protective clothing, we agree<br />
strongly with NFPA 1500 and NFPA 1971<br />
requiring bunker pants “be provided” and<br />
their “use required” on ALL structural fire<br />
calls.<br />
Since use <strong>of</strong> 40” coats (without bunker<br />
pants) <strong>of</strong>fers no lower torso protection<br />
and is now prohibited by NFPA<br />
Standards, and since the full length front<br />
ated) at all times and prevents body<br />
cooling ventilation. As stress is already<br />
the leading cause <strong>of</strong> firefighter death,<br />
we feel it would be irresponsible to<br />
continue to <strong>of</strong>fer the short coat/bibbed<br />
systems.<br />
Our position on the stressful nature <strong>of</strong><br />
the bibs has been confirmed by other<br />
independent field tests such as that<br />
conducted by Project FIRES. The<br />
mobility and lightness <strong>of</strong> short coats is<br />
duplicated with the Tails System but<br />
Table <strong>of</strong> Contents<br />
Over 500,000 Tails sets<br />
are in daily service<br />
Tails are the only short<br />
coat systems that are<br />
certifiable to the IAFF’s<br />
Project FIRES document<br />
In the back where maximal<br />
mid-body extension occurs<br />
during motion and where<br />
35” coat length is required to<br />
avoid a protective gap with<br />
waist high pants, tails are<br />
35” in length.<br />
Tails are sole-source<br />
specified in hundreds <strong>of</strong><br />
major cities<br />
<strong>of</strong> a 35” coat serves no functional<br />
purpose, we respectfully request<br />
customers closely examine the Tails <br />
concept before ordering traditional<br />
styling. While we will be glad to manufacture<br />
traditionally styled garments, we<br />
honestly believe they <strong>of</strong>fer only disadvantages<br />
in comparison to the Tails styling.<br />
Please contact our Customer Service<br />
Department for further discussion or<br />
referral to departments who can share<br />
their excellent Tails field results.<br />
without the necessity for stressful bibs.<br />
Our research indicates that modifying<br />
the bib (i.e. shortening it to high waisted<br />
pants, rear bib only, etc.) does NOT<br />
resolve the stress problem as the<br />
biggest part <strong>of</strong> the trunk (including the<br />
high blood flow, high heat exchange<br />
kidneys) remains wrapped. This means<br />
recent competitive attempts to move<br />
the Tails from its patent protected coat<br />
position to the pants is design nonfunctional<br />
(still stressfully wraps the<br />
kidneys).<br />
Honeywell First Responder Products<br />
44
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Why Do <strong>Morning</strong> <strong>Pride</strong><br />
Garments...<br />
• Feel more comfortable<br />
than competitive products,<br />
• Permit more motion than<br />
competitive products,<br />
• Weigh less than<br />
competitive products,<br />
• Ride up less than<br />
competitive products,<br />
• Protect better than<br />
competitive products?<br />
Tails System <strong>of</strong> Patents<br />
The Kinetic Kut Coat/Tails Patent<br />
The Foward Flex Coat/Tails Patent<br />
The other differences between the<br />
operational models/prefix ID families <strong>of</strong><br />
garments are less significant between<br />
each other but extremely significant as<br />
compared to competitive product lines<br />
<strong>of</strong>ten designed and constructed to cut<br />
manufacturing costs and/or make manufacturing<br />
easy. In the next few pages, we<br />
discuss our <strong>Clothing</strong> Design Advantages<br />
and <strong>Clothing</strong> Constructioning Advantages.<br />
Many times, the separate operational<br />
models <strong>of</strong>fer the same advantages<br />
over competitive operation model <strong>of</strong>ferings<br />
(i.e. Better Span <strong>of</strong> Reach, Less<br />
Coat Rise with Overhead Reach, etc.)<br />
but with slightly differing constructioning.<br />
When that is the case, we will just show<br />
one operational model example to avoid<br />
repetitive redundancy. When there is a<br />
variance in advantages noted between<br />
the prefix ID families, we will try to note<br />
the difference.<br />
In comparative field tests, <strong>Morning</strong> <strong>Pride</strong><br />
is CONSISTENTLY preferred and departments<br />
<strong>of</strong>ten ask the questions<br />
45<br />
The Full Range <strong>of</strong> Motion Pant<br />
Patent<br />
If You Don’t Spec <strong>Morning</strong><br />
<strong>Pride</strong> Advantages...You<br />
Probably Won’t Get Them.<br />
www.HoneywellFirstResponder.com<br />
Design Advantages<br />
above. Part <strong>of</strong> the answer lies in our<br />
unique, patented design features and<br />
part <strong>of</strong> the answer lies in our uncompromising<br />
quality/construction standards.<br />
A big part <strong>of</strong> the answer also lies in our<br />
KINETIC COAT (Patented) and FULL<br />
RANGE OF MOTION (Patented) PANTS<br />
patterning.<br />
Working with an internationally known<br />
patterning expert, Mr. Karl Senser, we<br />
have translated our research in human<br />
stress dynamics, principles <strong>of</strong> ergonomics<br />
and firefighter vocational movement<br />
patterns into the most comfortable, least<br />
stressful protective clothing products in<br />
the market.<br />
Our anti-stress patterning philosophy<br />
permeates every aspect <strong>of</strong> garment<br />
design. It is impossible to illustrate all the<br />
areas <strong>of</strong> improvement. However, a few<br />
test examples <strong>of</strong> obvious innovative<br />
differences follow. We think you’ll agree<br />
the magnitude and variety <strong>of</strong> <strong>Morning</strong><br />
<strong>Pride</strong> advantages are almost startling.<br />
We have tried to concentrate our discussion<br />
on tests you can recreate in the<br />
field, on tests that require little or no<br />
interpretation and on tests that address<br />
the really important issues <strong>of</strong> protection<br />
and freedom <strong>of</strong> motion. When you really<br />
compare the brands it becomes<br />
understandable why:<br />
A. <strong>Morning</strong> <strong>Pride</strong> almost always wins<br />
head on competitive field tests (we’re<br />
simultaneously lighter and <strong>of</strong>fer<br />
greater range <strong>of</strong> motion).<br />
B. <strong>Morning</strong> <strong>Pride</strong> can sometimes be<br />
underbid on open specifications (we<br />
take absolutely no shortcuts with<br />
your comfort and protection – there<br />
are a lot <strong>of</strong> cheaper, but not better<br />
value ways to make protective<br />
clothing).<br />
All <strong>Morning</strong> <strong>Pride</strong> garments are<br />
designed for maximum functionality,<br />
protection, comfort and durability. If<br />
there is a shortcut, even a non-detectable<br />
shortcut that compromises any<br />
<strong>of</strong> those goals: WE WILL NOT TAKE IT.<br />
In the next few pages, we will show you<br />
Table <strong>of</strong> Contents<br />
specific examples <strong>of</strong> such shortcuts that<br />
<strong>Morning</strong> <strong>Pride</strong> customers never have to<br />
worry about. Our brand has become<br />
synonymous with the very best in all<br />
these areas; we cannot risk our reputation<br />
(and will not even if that means we<br />
lose the sale at hand). Ultimately, first<br />
responders always recognize and specify<br />
the supplier who never compromises on<br />
their comfort or protection, so we have<br />
learned that any such losses are short<br />
lived.<br />
Field Test Losses<br />
are Rare!<br />
Fact is, we just don’t lose field tests<br />
very <strong>of</strong>ten. So, when a city advised<br />
us that we had finished last in a field<br />
test, we thanked them and asked<br />
for our products back. We politely<br />
explained that examining gear<br />
returned from the field helps us<br />
design better products.<br />
Well guess what? The “field tested”<br />
gear was essentially pristine. It had<br />
not seen the field in any appreciable<br />
way. We politely pointed this issue<br />
out to the Department. We<br />
explained how we respected their<br />
rights to pick any gear they wanted,<br />
but explained that we would have<br />
serious issues with any representation<br />
that “we lost a field test.”<br />
Something is usually wrong if we do<br />
not win a field test, and therefore it<br />
pays to investigate. We’re so<br />
confident in the superiority <strong>of</strong> our<br />
products, we urge you to take our<br />
Field Test Challenge...ANYWHERE,<br />
ANYTIME! Make us PROVE our<br />
products’ superiority! For more<br />
information, contact our Customer<br />
Service Department for a copy <strong>of</strong><br />
our Dealer Advisory #535.
<strong>Morning</strong> <strong>Pride</strong> Tails <br />
System<br />
Patents Will Extend for<br />
Many More Years<br />
In a major metro fire department, after<br />
our multiple field test wins and the<br />
department’s decision to convert to our<br />
brand spec, one <strong>of</strong> our competitors<br />
apparently made the assertion that our<br />
Tails System patents have expired.<br />
Any competitive representations that our<br />
Tails System technology patents have<br />
or are about to expire are incomplete and<br />
erroneous.<br />
Our first Tails System patents related<br />
to a variegated length hem on a garment.<br />
That product was not field accepted and<br />
the product did not become a market<br />
success until we engineered numerous<br />
other patents that minimized coat rise,<br />
wrist retractive pull and pants waist<br />
movement.<br />
Variegated<br />
Length Hem<br />
Design:<br />
Patent #<br />
4,627,112 –<br />
This family <strong>of</strong><br />
associated<br />
patents are<br />
the only<br />
patents that<br />
have expired<br />
(5/13/05).<br />
Patents that are Still in Force<br />
The following patents, in conjunction with<br />
the variegated length hem design, make<br />
up the <strong>Morning</strong> <strong>Pride</strong> Tails System.<br />
These later patents make the minimized<br />
overlap <strong>of</strong> the variegated length hem coat<br />
practical and many <strong>of</strong> them are in effect<br />
for another 10+ years...precluding<br />
competitors from delivering “same as<br />
<strong>Morning</strong> <strong>Pride</strong>” functionality. These<br />
patents minimize coat rise, minimize<br />
pants “pull” at waist with motion, reduce<br />
insulative bulk “pull,” minimize sleeve<br />
retractive “pull,” reduce chinstrap “rise”<br />
and help ensure interface continuity.<br />
Most <strong>of</strong> these are standard features on<br />
all <strong>Morning</strong> <strong>Pride</strong> garments.<br />
1. Minimized Rise with Maximum<br />
Reach Kinetic Kut Coat Styling:<br />
Patent #5,165,110 – Minimizes coat<br />
“rise” and “pull” through extending<br />
and folding pattern pieces<br />
2. Minimum Gap Full Range <strong>of</strong><br />
Motion Pants: Patent #5,159,721 –<br />
Minimizes pants “pull” at waist and<br />
cuff through extending and folding<br />
pattern pieces<br />
3. Waterpro<strong>of</strong> Wristlet with Non<br />
Movement Sleeve Extension<br />
Design: Patent #4,782,534<br />
Helps hold sleeve cuff in place<br />
without “pull”<br />
4. Bloodborne Pathogen Interface<br />
Design: Patent #5,806,097 – Helps<br />
ensure effective BPR liquid protection<br />
in extended coat positions without<br />
“pull” or “gap”<br />
5. Comfort Chinstrap Interface<br />
Design: Patent #5,167,037 –<br />
Ensures chinstrap anchor to<br />
minimize coat “rise”<br />
6. Tabbed Interface Wristlet System:<br />
Family <strong>of</strong> Patents # 4,924,529 –<br />
Helps allow sleeve to float during<br />
motion without garment “pull”<br />
7. Dead Air Insulation without Bulk:<br />
Patent #5,274,849 – Allows high<br />
levels <strong>of</strong> coat insulation without bulky<br />
“pull”<br />
8. Heat Channel Cushioned<br />
Insulation without Bulk Knee:<br />
Patent #5,896,583 – Allows high<br />
levels <strong>of</strong> pant insulation without bulky<br />
“pull”<br />
9. Dynamic Action Suspendering:<br />
Patent #6,167,573 – Allows<br />
minimized pants “pull” during motion<br />
Table <strong>of</strong> Contents<br />
Effective Life Cycle Cost<br />
Issues<br />
The <strong>Morning</strong> <strong>Pride</strong> Tails System does<br />
consume more material, so acquisition<br />
costs may be slightly more. Variegated<br />
length coats is all our competitors can<br />
make, they can NOT make a tailed<br />
system for 10+ years.<br />
BUT...and this is a big BUT, our Tails <br />
System <strong>of</strong> patents also means that the<br />
firefighter does not continually pull on<br />
his/her clothing. Therefore, strain is<br />
reduced on their clothing and the overall<br />
life is extended, thus reducing the<br />
garment’s effective life cycle cost.<br />
A $50 pair <strong>of</strong> pants that will only last a<br />
year is more expensive than a $100 pair<br />
<strong>of</strong> pants that will last 3 years:<br />
Cost Life Cycle Cost per Year<br />
$50 1 year $50<br />
$100 3 years $33<br />
Note: $50 and $100 were chosen for<br />
ease <strong>of</strong> calculation. There is a much<br />
smaller price differential between the true<br />
<strong>Morning</strong> <strong>Pride</strong> Tails System and less<br />
capable systems.<br />
We’re so confident in the superiority <strong>of</strong><br />
our product, that we’ll field test ANY<br />
PLACE, ANY TIME. No one can duplicate<br />
the <strong>Morning</strong> <strong>Pride</strong> Tails System<br />
because it is exactly that: A SYSTEM <strong>of</strong><br />
patented features that deliver absolutely<br />
the best in comfort, fit and safety. PLUS,<br />
no one can even come close to our field<br />
test win percentage, our other 160+<br />
performance patents or the number <strong>of</strong><br />
active fire departments who insist on<br />
ONLY <strong>Morning</strong> <strong>Pride</strong> levels <strong>of</strong> protection.<br />
In short, the Tails System is just<br />
that, a system <strong>of</strong> patents (<strong>of</strong> which<br />
the variegated length hem is only a<br />
small part and essentially ineffective<br />
as a standalone).<br />
Design Advantages Continue…<br />
Honeywell First Responder Products 46
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Design Advantages Continued…<br />
Coat Rise With Overhead Reach<br />
The Competitive Product The <strong>Morning</strong> <strong>Pride</strong> Advantage<br />
With Standard Sleeve<br />
Design, upper arm<br />
motion is restricted<br />
before it completes<br />
full potential motion.<br />
Because this competitive brand<br />
structural LTO coat features<br />
standard sleeve design, note<br />
the astounding 9 FULL INCHES<br />
OF RISE!<br />
Span <strong>of</strong> Reach<br />
47<br />
You can verify the rise and reach advantages yourself with in-field comparisons (<strong>of</strong> same sized gear on one individual).<br />
Remember, the more a coat rides up, the greater the chance for protective gap between coats and pants and the more the<br />
firefighter “carries” with each overhead motion. <strong>Morning</strong> <strong>Pride</strong> rise at maximal extension is, we believe, the industry lowest.<br />
Don’t be fooled by competitive rise demos where the sales rep holds his or her shoulders artificially immobile or only raises one<br />
arm. You can specify these requirements with <strong>Morning</strong> <strong>Pride</strong> generated specs.<br />
www.HoneywellFirstResponder.com<br />
Point <strong>of</strong><br />
First<br />
Constraint<br />
Standard Sleeve<br />
Reach is the span <strong>of</strong> movement that garment<br />
permits. Extra reach costs the manufacturer money<br />
in extra material, but less resisted motion means<br />
less stress for the firefighter in the field. It also<br />
means the sleeves do not pull up with motion,<br />
exposing the firefighter’s body to allow potential<br />
burns. Finally, since the firefighter is not fighting his<br />
coat to move, it means a far more durable product<br />
(i.e. better life cycle cost effectiveness).<br />
You can also recreate the comparison in the field<br />
(same size and operational model garments<br />
please) and you can specify reach requirements<br />
(as <strong>Morning</strong> <strong>Pride</strong> generated specs do).<br />
9”<br />
Design Advantages<br />
With the Hydraulic Sleeve<br />
Design, full upper arm<br />
movement is allowed.<br />
This means less stressful<br />
resistance to motion, less<br />
coat “ride-up”, and greatest<br />
total reach.<br />
Area <strong>of</strong><br />
pattern<br />
difference<br />
In contrast, MORNING PRIDE’S<br />
patented KINETIC KUT COAT<br />
which allowed only 4 INCHES OF RISE or<br />
229% BETTER PERFORMANCE!<br />
Competitor<br />
<strong>Morning</strong> <strong>Pride</strong><br />
85°<br />
Point <strong>of</strong><br />
First<br />
Constraint<br />
Photo shows <strong>Morning</strong> <strong>Pride</strong> <strong>of</strong>fers a phenomenal 8” more reach (14%) than<br />
a competitive structural LTO coat <strong>of</strong> the same size and sleeve length thanks<br />
to Kinetic Kut (patented).<br />
Table <strong>of</strong> Contents<br />
8”<br />
4”
<strong>Morning</strong> <strong>Pride</strong> vs<br />
G-XTREME<br />
Comparison<br />
This competitor has recently<br />
introduced a garment design which<br />
improves their previous reach, range<br />
and rise performance. We have<br />
aquired a set <strong>of</strong> this gear and have<br />
produced a position paper that<br />
directly compares their design<br />
with <strong>Morning</strong> <strong>Pride</strong>’s to show our<br />
continued STRONG ADVANTAGES.<br />
Contact our Customer Service<br />
Department for copies.<br />
Notice How Good the<br />
<strong>Morning</strong> <strong>Pride</strong> Coat<br />
Feels? Forward Flex<br />
Design Enhances<br />
Kinetic Kut Patterning<br />
We wondered how long it would take fire<br />
departments that already have NFPA<br />
1971, 2007 edition garments to<br />
notice... and IT DID NOT TAKE LONG.<br />
Yes, you did notice a remarkably<br />
comfortable coat design, even with<br />
the addition <strong>of</strong> the now required Drag<br />
Rescue Device.<br />
We have enhanced our coat patterning<br />
with a new proprietary patent to facilitate<br />
easy arm motion, especially forward arm<br />
motion, without restriction. It is hard to<br />
see but impossible to miss during<br />
try-ons.<br />
When the new Forward Flex Design is<br />
combined with the new BiFlex Heat<br />
Channel Knees (Patent and Patent<br />
pending), our lead in comfort grows even<br />
further over competitive <strong>of</strong>ferings.<br />
The Forward Flex Design is standard on<br />
<strong>Morning</strong> <strong>Pride</strong> LTO and BPR coats and<br />
tails. The BiFlex Heat Channel Knee,<br />
like all knees, is an option.<br />
Kinetic Kut<br />
Forward Flex Design<br />
Patented and Patents Pending<br />
“Tails Weigh 15% Less”<br />
Explained<br />
The reference to “Weighs 15% Less”<br />
comparison is between a Tails coat and<br />
an old style traditional, longer, straight<br />
Table <strong>of</strong> Contents<br />
hem coat. It was not that long ago when<br />
much longer straight hem coats were the<br />
norm with “day boots,” and bunker pants<br />
were only worn at night or in the winter.<br />
In fact, this is where the name “night<br />
hitch” came from for bunker pants and is<br />
still commonly used in some regions <strong>of</strong><br />
the country, much like “bunking pants” is<br />
still used a lot in the Pacific Northwest,<br />
and the “bunk” in both bunker pants and<br />
bunking pants has the very same<br />
origin...because they were kept at the<br />
ready in the firehouse bunk room...which<br />
is not allowed by NFPA 1851 anymore.<br />
So, when the Tails Coat was originally<br />
invented by <strong>Morning</strong> <strong>Pride</strong>, we weighed<br />
our old coat verses the new “Tails”<br />
version built to the exact same material<br />
specs, pockets and patches. The difference<br />
was 15%. The difference between<br />
identically configured Tails and a 35”<br />
straight hem coat is a little less than that.<br />
To identify one point in the last 20 or<br />
so years that did more to change and<br />
influence turnout gear design than any<br />
other thing, even more than IAFF Project<br />
FIRES (which was a 35” coat & waist<br />
high bunker), it was the introduction and<br />
then overwhelming success <strong>of</strong> the tails<br />
coat & pant system. This is not just<br />
corporate smoke blowing either. Once<br />
upon a time two piece suits like Astra,<br />
Aegis, Protect-All, Sterling Heights, etc.,<br />
which used short “Ike” like jackets and<br />
stressful tall waisted or bib pants were all<br />
the rage, and have now completely<br />
vanished. In addition, nearly every<br />
manufacturer now makes a coat that<br />
“looks” like an “Imitation Tails” calling<br />
them hanging name patches, etc.<br />
But only the fully engineered Tails<br />
System that incorporates all our<br />
advanced patterning on the coat and<br />
pant, with our special features and<br />
superior construction provides you with<br />
the Real Deal and allows the least, yet<br />
safe, coat-to-pant overlap which provides<br />
the best lower body/upper legs freedom<br />
<strong>of</strong> movement.<br />
Design Advantages Continue…<br />
Honeywell First Responder Products 48
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Design Advantages Continued…<br />
Summary <strong>of</strong> <strong>Morning</strong> <strong>Pride</strong><br />
Unique Design Advantages<br />
49<br />
Tabbed Long<br />
Wristlets<br />
Option<br />
(Patented)<br />
Waterpro<strong>of</strong><br />
Wristlets<br />
Standard<br />
(Patented)<br />
Full Range<br />
<strong>of</strong> Motion<br />
Crotch<br />
(F.R.O.M)<br />
Offers 4” More<br />
Lateral Range and<br />
Less Restricted<br />
Motion<br />
Standard<br />
(Patented)<br />
Bloodborne Pathogen<br />
Resistance Styling<br />
Option<br />
(Patented)<br />
www.HoneywellFirstResponder.com<br />
BiFlex Shoulders<br />
Option<br />
(Patented)<br />
Design Advantages<br />
Liner<br />
Inspection<br />
Ports – Pant<br />
Standard<br />
(Patented)<br />
Wildland/Structural<br />
Dual Certification<br />
Option<br />
(Patented)<br />
Kinetic Kut Styling<br />
Standard (Patented)<br />
With Our Hydraulic Sleeve<br />
Design,Full Upper Arm<br />
Movement is Allowed.<br />
This Means Less Stressful<br />
Resistance to Motion, Less<br />
Coat Rise, Less Sleeve<br />
Retraction and Greatest<br />
Total Reach – Only 4” <strong>of</strong><br />
Rise or 229% Better<br />
Performance<br />
Forward Flex<br />
Design<br />
Standard<br />
(Patented)<br />
Dead Air<br />
and Extended<br />
Insulation Panels<br />
Option<br />
(Patented)<br />
Dynamic<br />
Suspendering<br />
Option<br />
(Patented)<br />
Seam Guards<br />
Heat Channel<br />
Knees<br />
Standard<br />
Option<br />
Angled Pant Cuffs<br />
(Patent Pending)<br />
(Patented)<br />
Option<br />
Front View Front View Back View (Patent Pending)<br />
Back View<br />
Advanced Protective<br />
Tracking (APT) Barcoded<br />
Standard<br />
(Copy Righted)<br />
Effective Life Cycle Cost Issue<br />
A $50 pair <strong>of</strong> pants that will only last a<br />
year is more expensive than a $100 pair<br />
<strong>of</strong> pants that will last 3 years:<br />
Cost Life Cycle Cost per Year<br />
$50 1Year $50<br />
$100 3 Years $33<br />
Table <strong>of</strong> Contents<br />
BiFlex Heat<br />
Channel Knees<br />
Option<br />
(Patented)<br />
6 Custom Coat and 4 Pant<br />
Sizing Measurements Taken<br />
Standard<br />
BiFlex Elbows<br />
Option<br />
(Patented)<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Tails System<br />
Breathable FR Labeling<br />
Option<br />
(Patent Pending)<br />
Weight Reduction Hemming<br />
Option<br />
(Patented)<br />
Lifetime Warranty<br />
All <strong>Morning</strong> <strong>Pride</strong> products carry a lifetime guarantee against defects in materials or workmanship.<br />
Any such defects will be repaired or replaced at <strong>Morning</strong> <strong>Pride</strong>'s expense at any time in the product's life.<br />
This generous warranty has been <strong>of</strong>fered, competitively unmatched, for over 85 years and is possible only<br />
because <strong>of</strong> the extremely high quality levels evidenced in all <strong>of</strong> our products.<br />
5-Year Wear Life Warranty<br />
Additional warranty on major components <strong>of</strong> the clothing, including free repairs if NFPA 1851 required<br />
Advanced Cleanings and Inspections are done at approved facilities. Ask for further details.<br />
Table <strong>of</strong> Contents<br />
Disposable Analysis Strip<br />
Option<br />
(Patented)<br />
Honeywell First Responder Products<br />
Articulating<br />
Rapid Rescue<br />
Strap<br />
Standard<br />
(Patent Pending)<br />
Liner Inspection<br />
Ports – Coat<br />
Standard<br />
(Patented)<br />
Design Advantages Continue…<br />
50
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Design Advantages Continued…<br />
Crotch Design<br />
Diagram also shows Kinetic Kut Pants superimposed over<br />
standard patterns. Pattern tapering reduces garment weight and<br />
eliminates binding material bulk in crotch. In effect, our Kinetic<br />
Kut changes the crotch shape from a binding “V” to a roomier “U”.<br />
Note, the tremendously larger size <strong>of</strong> our Structural BPR<br />
and LTO, as well as our Proximity BPR and LTO crotch<br />
inserts; also our insert has no seaming. Competitive insert is<br />
seamed in center. The extra bulk <strong>of</strong> a seam in this already<br />
constricted area on bulky bunker clothing is less than desirable.<br />
Full Range <strong>of</strong> Motion Crotch (F.R.O.M.) Diamond insert moves<br />
seaming from constricted area and makes lateral leg-motion<br />
easier. TAC, USR and EMS crotches are seamed, but this presents<br />
no comfort issues since they are much thinner systems.<br />
51<br />
Fold<br />
Fold<br />
The Competitive Product<br />
The <strong>Morning</strong> <strong>Pride</strong> Advantage<br />
Diamonds circled for better visibility<br />
With competitive and <strong>Morning</strong> <strong>Pride</strong> garments <strong>of</strong> the<br />
same size, you can recreate and document these design<br />
comparisons in the field.You can also specify minimum<br />
requirements (<strong>Morning</strong> <strong>Pride</strong> generated specs address<br />
the issues in all these areas). But philosophy and diagrams<br />
aside, if you want to develop a full understanding<br />
<strong>of</strong> the tremendous improvements <strong>of</strong>fered by KINETIC<br />
KUT and FULL RANGE OF MOTION styling, TRY A<br />
GARMENT ON; the difference is truly obvious.<br />
www.HoneywellFirstResponder.com<br />
Design Advantages<br />
Pants Range<br />
Table <strong>of</strong> Contents<br />
Lay<br />
Controlling<br />
Seam<br />
Standard Pattern Lay<br />
recreates “attention” stance<br />
allowing only 1 1 ⁄2 feet <strong>of</strong><br />
comfortable stride<br />
Lay<br />
Controlling<br />
Seam<br />
Competitor <strong>Morning</strong> <strong>Pride</strong><br />
Competitive<br />
Garment on Top<br />
Kinetic Kut Pattern Lay<br />
recreates more natural “at<br />
ease” stance allowing 3 1 ⁄2 feet<br />
<strong>of</strong> comfortable stride<br />
Photo shows our Full Range <strong>of</strong> Motion Pants (Patented)<br />
patterning <strong>of</strong>fers 4” more lateral range than competitive pants<br />
<strong>of</strong> the same size and inseam. This means less resisted motion.<br />
Hobbling Avoidance<br />
Improper crotch design and<br />
inadequate reach in this competitive<br />
garment causes binding<br />
and restricted motion with even<br />
simple/routine actions like stepping<br />
onto the truck tailboard or<br />
taking a ladder rung. See the<br />
severe pulling at crotch <strong>of</strong> other<br />
brand; this binding began<br />
almost as soon as the knee<br />
was lifted. At the point photographed,<br />
further movement was<br />
impossible.<br />
In contrast, the larger <strong>Morning</strong><br />
<strong>Pride</strong> Full Range <strong>of</strong> Motion<br />
(F.R.O.M.) crotch means no<br />
binding and far freer motion<br />
even at this extended position.<br />
In the <strong>Morning</strong> <strong>Pride</strong> (F.R.O.M.)<br />
pants, the body limits motion<br />
NOT the garment.<br />
4”<br />
Competitor<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Folds remaining<br />
show more movement<br />
possible
Liner Inspection Port<br />
(Patented)<br />
Within this marketplace, it has become<br />
common for the moisture barrier and<br />
thermal liner to be sewn together as a<br />
unit (as opposed to being hemmed<br />
separately). This combined hemming<br />
method <strong>of</strong>fers the important advantages<br />
<strong>of</strong> minimizing liquid wicking up the thermal<br />
liner from the hem and maximally<br />
protecting the <strong>of</strong>ten fragile moisture<br />
barrier from the contaminates <strong>of</strong> the<br />
fireground.<br />
Liner Inspection<br />
Ports Standard on<br />
All <strong>Morning</strong> <strong>Pride</strong><br />
<strong>Clothing</strong><br />
Unfortunately, the combined hemming<br />
also has one serious negative. When the<br />
liner and moisture barrier are hemmed<br />
together, it means that the fill <strong>of</strong> the liner<br />
and the base <strong>of</strong> the moisture barrier are<br />
the ONLY elements <strong>of</strong> the protective<br />
systems that can NOT be routinely<br />
inspected in the field. A deteriorated<br />
thermal liner fill could mean sharply<br />
reduced thermal protective performance.<br />
Similarly, a damaged moisture barrier<br />
substrate could forecast serious leakage<br />
and reduced protection.<br />
Our LINER INSPECTION PORT <strong>of</strong>fers<br />
the advantages <strong>of</strong> a combined hemming<br />
system BUT also allows effective<br />
inspection <strong>of</strong> the liner fill and moisture<br />
barrier substrate.<br />
Existing <strong>Morning</strong> <strong>Pride</strong> garment liners<br />
can also be retr<strong>of</strong>itted with inspection<br />
ports. All garments automatically include<br />
the liner inspection port, since continued<br />
bloodborne pathogen resistance is<br />
dependent on moisture barrier integrity<br />
(as well as more visible garment design<br />
integrity).<br />
When the inspection port is closed, the<br />
liner is basically indistinguishable from<br />
any ordinary liner. On three-layer<br />
systems, the tails/coat port is at the<br />
right front (and fly <strong>of</strong> pants). On twolayer<br />
systems, the tail/coat port is full<br />
length <strong>of</strong> tail (and fly <strong>of</strong> pants).<br />
One competitor’s liner inspection<br />
port is bulky at the neck, is far<br />
more expensive and is harder to<br />
use, especially to re-assemble.<br />
Important Caution: Beware <strong>of</strong><br />
occasional competitive <strong>of</strong>ferings<br />
<strong>of</strong> separately hemmed, perhaps<br />
bartacked together, moisture barriers<br />
and thermal liners (as an alternative<br />
to this highly popular Inspection Port<br />
option). Separate hemming is NOT<br />
recommended by the quality barrier<br />
manufacturers since it exposes the<br />
membrane to damaging contaminants<br />
and allows (with movement) wicking<br />
up the non-moisture barrier faced<br />
thermal liner.<br />
Table <strong>of</strong> Contents<br />
This photo shows the inspection port<br />
open, note the hook and pile closure<br />
mechanism.<br />
This photo shows the inverted liner<br />
sleeve being drawn through the<br />
inspection port (on pants, the port is<br />
located in the fly area).<br />
The entire liner is inverted for easy<br />
inspection. After inspection it is fed back<br />
through the inspection port. Total inversion<br />
and inversion reversal (after inspection)<br />
takes less than 3 minutes; the<br />
secret is to reach through the inspection<br />
port to the farthest combined point (end<br />
<strong>of</strong> sleeve cuff) and pull there.<br />
Design Advantages Continue…<br />
Honeywell First Responder Products 52
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Design Advantages Continued…<br />
Wrist Exposure When Arms Are Raised<br />
The wrists are one <strong>of</strong> the most frequently burned body areas.<br />
A well designed bunker coat will remain in place as the arms<br />
are raised.<br />
The mark on the hand shows 5” competitive sleeve migration<br />
at wrist when arms are raised.<br />
The Kinetic Kut (Patented) design means no wrist exposure<br />
with <strong>Morning</strong> <strong>Pride</strong>.<br />
53<br />
The Competitive Product<br />
www.HoneywellFirstResponder.com<br />
Migration<br />
The <strong>Morning</strong> <strong>Pride</strong> Advantage<br />
You don’t have to take our word for it. With the same size<br />
competitive and <strong>Morning</strong> <strong>Pride</strong> coat and a piece <strong>of</strong> masking<br />
tape, you can run the same test (and get the same results)<br />
in the field. You can also specify wrist exposure design<br />
requirements. <strong>Morning</strong> <strong>Pride</strong> generated specs include terms<br />
that address this issue.<br />
Design Advantages<br />
Table <strong>of</strong> Contents<br />
On gear styled for <strong>Tech</strong>nical Rescue and Recovery and<br />
similar operations, this issue is especially critical to ensure<br />
easy and protected mobility.<br />
While <strong>Morning</strong> <strong>Pride</strong>’s<br />
<strong>Tech</strong>nical Rescue and<br />
Recovery line features trim<br />
styling, sleeves that don’t<br />
retract (see photos on bottom<br />
left) and a coat that does not<br />
ride up. Some competitive<br />
designs show severe problems<br />
in those areas, as shown to the<br />
right. Also note the low crotch<br />
and bagginess <strong>of</strong> the pants<br />
which will dramatically impede<br />
mobility. The competitive design<br />
to the right looks like turnout<br />
gear with the thermal liners<br />
removed, not the from-theground-up,<br />
carefully<br />
engineered <strong>Tech</strong>nical Rescue<br />
and Recovery design<br />
needed and provided by<br />
<strong>Morning</strong> <strong>Pride</strong>.<br />
Competitive Design<br />
Wrist<br />
Exposure<br />
Comparative Issues: V-Force and<br />
<strong>Morning</strong> <strong>Pride</strong> Tails <br />
V-Force is, in our opinion,<br />
an overly slimmed design<br />
with significant issues.<br />
Perhaps because <strong>of</strong> these<br />
issues, we feel <strong>Morning</strong><br />
<strong>Pride</strong> tails do extremely<br />
well in field testing against<br />
V-Force .<br />
We urge you to Compare<br />
Before You Buy! Make us<br />
PROVE our products’<br />
superiority!<br />
For more information, contact our Customer Service<br />
Department and ask for a copy <strong>of</strong> this position paper.<br />
Waist<br />
Gap
System Weight<br />
Comparing the same materials, sizing<br />
and options, <strong>Morning</strong> <strong>Pride</strong> gear <strong>of</strong>fers<br />
significant weight reductions. We enjoy<br />
such a strong weight advantage, in spite<br />
<strong>of</strong> the extra material <strong>Morning</strong> <strong>Pride</strong><br />
needs to provide the significantly better<br />
reach, rise, etc. (figures discussed in the<br />
pages that follow).<br />
<strong>Morning</strong><br />
<strong>Pride</strong><br />
Weight Comparison<br />
Competitors<br />
To confirm our approximately 15%<br />
weight advantage, the matched<br />
comparison gear is available through<br />
our Customer Service Department.<br />
When doing this comparison in the<br />
field, be sure the gear is a complete<br />
match (size, materials, options, level<br />
<strong>of</strong> certification, etc.). We have <strong>of</strong>ten<br />
caught competitors comparing<br />
fully featured, extra optioned <strong>Morning</strong><br />
<strong>Pride</strong> gear with “stripped” gear <strong>of</strong> their<br />
own. On same optioned, same<br />
sized, same materials gear, our<br />
competitors simply can not compete.<br />
Waterpro<strong>of</strong> Wristlets (Patented)<br />
• Standard on Structural and Proximity BPR and LTO<br />
Models<br />
• TAC, <strong>Tech</strong>nical Rescue and Recovery, and EMS Models<br />
function similarly but with different constructioning as<br />
moisture barrier is sewn in on these models<br />
This system features double layer, 4 1 ⁄2”<br />
long Nomex ® wristlets (as standard) on<br />
thermal liner and on outer shell (for<br />
Structural and Proximity Models). This<br />
patented double protection wristlet<br />
system is the only continuous moisture<br />
barrier protection on the market. Our<br />
patent prevents competitors from<br />
<strong>of</strong>fering a truly waterpro<strong>of</strong> waterwell.<br />
When arms are raised with the competitive<br />
system, water can flow easily into<br />
the system through the wristlet. When<br />
arms are down, water moves through the<br />
outer shell, down the sleeve’s moisture<br />
barrier and wicks back up into the open<br />
liner cuff.<br />
As the photograph shows, water leakage<br />
at the arm <strong>of</strong> the competitive coat<br />
is almost bound to happen given their<br />
The Competitive<br />
Product<br />
Competitive waterwell is mounted to the<br />
non-waterpro<strong>of</strong> outer shell on one end<br />
and the non-waterpro<strong>of</strong> wristlet on the<br />
other end. This does not <strong>of</strong>fer a continuous<br />
liquid seal.<br />
Remember, outer shells are not<br />
waterpro<strong>of</strong>, but moisture barriers are<br />
waterpro<strong>of</strong>. Note the open end <strong>of</strong><br />
sleeve moisture barrier circled in the<br />
photo above.<br />
Table <strong>of</strong> Contents<br />
design; while <strong>Morning</strong> <strong>Pride</strong> <strong>of</strong>fers<br />
a water resistant seal thanks to our<br />
waterpro<strong>of</strong> wristlet patent.<br />
Competitive products also <strong>of</strong>ten feature<br />
large areas <strong>of</strong> heat sink capable neoprene<br />
at this close-to-the-body area. In<br />
contrast, we use the far more capable,<br />
but more costly to manufacture, Aramidbased<br />
systems at this critical body area.<br />
Kevlar ® wristlets may be substituted at<br />
no extra charge (if noted on order);<br />
however, knit Kevlar ® has a tendency to<br />
lose its elasticity and become baggy over<br />
time (a condition that can be predicted<br />
when Kevlar ® is specified and, hence, not<br />
covered by our warranty). Over the hand<br />
wristlets may also be ordered as a<br />
custom option (please see page 161 for<br />
the various wristlet custom options<br />
available).<br />
The <strong>Morning</strong> <strong>Pride</strong><br />
Advantage<br />
<strong>Morning</strong> <strong>Pride</strong>’s (Patented) standard<br />
waterpro<strong>of</strong> wristlet mounts directly to the<br />
moisture barrier for a continuous<br />
liquid seal.<br />
Remember, outer shells are not<br />
waterpro<strong>of</strong>, but moisture barriers are<br />
waterpro<strong>of</strong>.<br />
Design Advantages Continue…<br />
Honeywell First Responder Products<br />
54
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
In inferior competitive designs, the water (which may be<br />
scalding hot and/or contaminated with body fluids or caustic<br />
chemicals on the fireground) is actually channeled in toward<br />
the body.<br />
Competitive designs channel water onto layer that rests on<br />
firefighter’s body, so firefighter is drenched (absorbent<br />
toweling shows just how much water enters).<br />
Competitor<br />
tested as<br />
worn.<br />
55<br />
Note:<br />
Soaked<br />
shirt<br />
Note:<br />
Soaked<br />
shirt<br />
www.HoneywellFirstResponder.com<br />
Note how much<br />
water entry was<br />
allowed with the<br />
competitive<br />
product.<br />
Design Advantages<br />
Competitor <strong>Morning</strong> <strong>Pride</strong><br />
In contrast, the <strong>Morning</strong> <strong>Pride</strong> liner (thanks to the patented<br />
waterpro<strong>of</strong> wristlet design) stays dry as the water is channeled<br />
outside the protective envelope.<br />
<strong>Morning</strong> <strong>Pride</strong> design channeled water outside the<br />
protective moisture barrier, away from firefighter’s body.<br />
NO water<br />
entry with<br />
<strong>Morning</strong> <strong>Pride</strong><br />
<strong>Morning</strong><br />
<strong>Pride</strong><br />
tested<br />
as worn.<br />
Note how no<br />
water entry<br />
was allowed<br />
with the<br />
<strong>Morning</strong> <strong>Pride</strong><br />
design.<br />
The photos above illustrate just how serious a problem this can be in competitive products by demonstrating a test you can do<br />
yourself. Hold the arm <strong>of</strong> your coat up and introduce water just inside the sleeve (as would happen when you are piking a ceiling<br />
or holding a hose line). When comparing brands, be sure to introduce the same amount <strong>of</strong> water.<br />
Table <strong>of</strong> Contents
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
<strong>Clothing</strong> Construction<br />
Advantages…<br />
The commitment to excellence and<br />
customer service that has fueled our<br />
design/patterning work has also guided<br />
our construction/manufacturing work.<br />
A <strong>Morning</strong> <strong>Pride</strong> garment <strong>of</strong>fers not only<br />
the finest patterning in the industry, but<br />
the finest in construction features as<br />
well.<br />
Non Flammable<br />
Constituent Materials<br />
(except EMS garments)<br />
This competitive bunker garment liner<br />
was purchased in this condition. Note<br />
flame support on extraneous factory<br />
marking.<br />
Competitor<br />
Photo shows that both items on the<br />
competitive liner actively supported<br />
flame (they had to be extinguished).<br />
There are no cost saving flammable<br />
bindings, labels or masking tape on<br />
<strong>Morning</strong> <strong>Pride</strong> garments.<br />
Since the outer shell can be torn and<br />
these flammable items exposed, we<br />
believe our more expensive production<br />
method that utilizes only non-flammable<br />
constituents is the only truly safe and<br />
responsible alternative.<br />
On Any Garment…<br />
Also the competitive hang up loop, after<br />
exposure to flame, it supported combustion<br />
with active flame. Even after being<br />
extinguished, the competitive loop<br />
glowed until dipped in water.<br />
Competitor<br />
In contrast, the <strong>Morning</strong> <strong>Pride</strong> loop<br />
constructed <strong>of</strong> matching outer shell<br />
material fails to react in any way to flame<br />
impingement (see the condition <strong>of</strong> both<br />
loops after the test above).<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Construction Advantages<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Competitor<br />
Similarly, this competitive label<br />
supported combustion (note active<br />
flame). While the <strong>Morning</strong> <strong>Pride</strong> “integral<br />
labeling” (Patent Pending) resisted<br />
effective flame support.<br />
Since both the hang up loop and label<br />
are placed in the neck area, and since<br />
ember movement down the neck is a<br />
real possibility, we believe our more<br />
expensive production method that<br />
utilizes only non-flammable constituents<br />
is the only truly safe and responsible<br />
alternative.<br />
Table <strong>of</strong> Contents<br />
As to the accuracy <strong>of</strong> our flammability<br />
claims, look at these photos, ask for<br />
our samples, or if you have a match<br />
and a competitive garment, you<br />
can run the same test yourself.<br />
<strong>Clothing</strong> Packaging<br />
You will note that an adhesive label is<br />
applied to each clear bag that garments<br />
ship in. This label is printed with the<br />
information noted in this photo and<br />
placed on the bottom <strong>of</strong> the clear bag, so<br />
the size information is visible when the<br />
gear is stacked on the shelf. The<br />
Advanced Protective Tracking (APT)<br />
barcode on the exterior label also makes<br />
it easy to use APT to manage stock.<br />
This exterior<br />
label replaces<br />
the printed<br />
sheet that<br />
<strong>of</strong>ten became<br />
wrinkled<br />
during manufacturing.<br />
If You Don’t Spec <strong>Morning</strong><br />
<strong>Pride</strong> Advantages...You<br />
Probably Won’t Get Them.<br />
<strong>Morning</strong> <strong>Pride</strong> builds a garment for<br />
maximal safety and comfort. This is<br />
not the least expensive way to build a<br />
garment. If you write open specs,<br />
you allow, even encourage, cost cutting<br />
compromises. We reserve the<br />
right to bid open spec business with<br />
the same lower cost designs and<br />
constructioning as our competitors<br />
utilize (we must or we would not be<br />
competitive). Open spec garments<br />
do NOT feature our <strong>Morning</strong> <strong>Pride</strong><br />
logo on the left chest (or the advantages<br />
discussed in this catalog<br />
section). Call our Customer Service<br />
Department for assistance in writing<br />
high quality <strong>Morning</strong> <strong>Pride</strong> specs<br />
(we’ll help you make product choice<br />
decisions and then send you a spec).<br />
Honeywell First Responder Products 56
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Construction Advantages Continued…<br />
So Whose Seams are<br />
Stronger...Let the Lab<br />
Data Tell the Tale!<br />
One <strong>of</strong> our competitors very frequently<br />
touts their “10 stitches per inch seaming”<br />
as superior to the other seaming in the<br />
industry. We have long talked through<br />
the issues with dealers/customers, but<br />
test data DEFINITIVELY tells the tale.<br />
Before reviewing that data, let’s review<br />
the issues that help explain the results:<br />
Increased stitches per inch can help<br />
or hurt. If you have too few stitches, the<br />
seam strength definitely suffers. But if<br />
you have too many stitches per inch,<br />
then you have fall-<strong>of</strong>fs in strength <strong>of</strong> the<br />
finished seam as the material becomes<br />
perforated and weak. Think <strong>of</strong> the<br />
perforated holes that allow you to easily<br />
rip paper out <strong>of</strong> a notebook.<br />
What is the correct number <strong>of</strong><br />
stitches per inch? The correct number<br />
<strong>of</strong> stitches per inch is a direct function <strong>of</strong><br />
the thread weight and strength. With<br />
stronger thread you can cut down the<br />
number <strong>of</strong> stitches to inhibit “perforation”<br />
and get even better seam strength numbers.<br />
That is why we use the heaviest<br />
thread in the industry... Tex 90 and Tex<br />
70 Craq Spuns.<br />
57<br />
<strong>Morning</strong> <strong>Morning</strong> <strong>Pride</strong> Competitor <strong>Morning</strong><br />
Type <strong>of</strong> Material <strong>Pride</strong> Results Competitor Results <strong>Pride</strong><br />
Seam Layer Seam (Pounds per Foot) Seam (Pounds per Foot) Advantage<br />
Major Outer Double Feld 270.310 Double Feld 211.256 28% Stronger<br />
A Shell 7.5 SPI ppf 7 SPI ppf<br />
Outer Double Feld 270.310 Double Lock 256.113 5.6% Stronger<br />
Shell 7.5 SPI ppf Stitch<br />
8-9 SPI<br />
ppf<br />
Major Thermal Double feld 179.937 Serged 80.022 125% Stronger<br />
B Liner 8 SPI ppf (Not Applicable) ppf<br />
Major Moisture Double feld 108.387 Serged 96.780 12% Stronger<br />
B Barrier 8 SPI ppf (Not Applicable) ppf<br />
www.HoneywellFirstResponder.com<br />
Construction Advantages<br />
So what does the test data show?<br />
We took a sample <strong>of</strong> this competitor’s<br />
garment and we compared seam breaking<br />
strengths with ours. We use double<br />
needle, double feld everywhere, as it is<br />
the strongest seaming made. When we<br />
compare to several different types <strong>of</strong><br />
stitching in the competitive garment, that<br />
indicates they use a variety <strong>of</strong> seaming<br />
methods in differing areas and we are<br />
comparing to all their seams.<br />
Note: Results are expressed as pounds<br />
<strong>of</strong> seam strength before breakage using<br />
the standardized NFPA 1971 seam<br />
breakage testing protocol. SPI means<br />
“stitches per inch”, and although this<br />
competitor claims to use 10 stitches per<br />
inch, the samples we looked at exhibited<br />
the noted lower SPI numbers in the chart<br />
below. The composite tested was 7.5 oz<br />
Black Nomex ® IIIA Outer Shell, Nomex ®<br />
Semi-slick Thermal Liner and Crosstech ®<br />
Moisture Barrier (Model 2412).<br />
So in summary, <strong>Morning</strong> <strong>Pride</strong> seaming<br />
is superior in strength in all areas per<br />
standardized ASTM, NFPA testing. We<br />
suggest dealers share this data when<br />
presented with the “10 stitches per inch<br />
is better” competitive claims. We will<br />
also allow fire departments to watch this<br />
testing themselves in our lab, at no<br />
charge to them. It is hard to dispute<br />
something that the fire department can<br />
observe (over and over if they want) for<br />
themselves.<br />
Table <strong>of</strong> Contents<br />
Seam Guard Trim Edge<br />
Protection Patented<br />
2007 edition garments allow us to stop<br />
the inboard coat cuff and pants cuff trim<br />
1/2” before the seam. This will DRAMATI-<br />
CALLY reduce thread wear at this<br />
elevated, high abrasion seam area (the<br />
hard surface <strong>of</strong> the trim at this area<br />
actually “presents” the stitching for<br />
abrasion, where stitches in textiles can<br />
“hide” in the weave <strong>of</strong> the material).<br />
But our field test <strong>of</strong> the stopped trim<br />
showed that the pointed edge <strong>of</strong> the<br />
folded back (or simply stopped) trim<br />
also caught on objects (perhaps even<br />
more than the seam itself). We have<br />
developed a Seam Guard (Patented)<br />
that covers the thread at the seam in<br />
this area but does not also cause a trim<br />
sharp edge at this area. The Seam<br />
Guard is standard on all garments.<br />
Points<br />
“Present”<br />
“Points” Covered<br />
Seam Guard
EZ Access Sleeves Now<br />
Standard Patent Pending<br />
Traditionally, our sleeve construction<br />
included the sealed bartacking <strong>of</strong> the<br />
thermal liner to the moisture barrier.<br />
This is an effective attachment method,<br />
but many <strong>of</strong> our customers have asked<br />
us to look at alternative constructions in<br />
this area that:<br />
1. Made liner inversion easier during the<br />
now required NFPA 1851 Complete<br />
Liner Inspection.<br />
2. Allowed easier interior moisture<br />
barrier and thermal liner examination<br />
in the sleeve area – even at times<br />
other than the Complete Liner<br />
Inspection.<br />
We have developed and field tested a<br />
variety <strong>of</strong> designs and are now standardizing<br />
our most preferred design as a<br />
running, no-charge change. Specifically,<br />
the now standard EZ Access sleeve<br />
design features a double snap<br />
system – outer shell to moisture barrier,<br />
and moisture barrier to thermal liner.<br />
There is no visual difference unless you<br />
disassemble the garment. Plus, there is<br />
absolutely no feel difference – the extra<br />
snap floats on a tab in the space<br />
between the liner and moisture barrier<br />
with careful alignment to avoid both<br />
snaps doubling up.<br />
A side benefit is that twisted sleeves can<br />
be easily adjusted.<br />
Old Style<br />
Stitched and Sealed<br />
<strong>New</strong> Style<br />
Stitched Interior Seal with<br />
Separate Interior Snaps<br />
Table <strong>of</strong> Contents<br />
Construction Advantages Continue…<br />
Honeywell First Responder Products 58
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Construction Advantages Continued…<br />
Reinforcements<br />
Triple or double layers <strong>of</strong> material are<br />
provided at cuffs and pockets to ensure<br />
added durability in these high wear<br />
areas. Competitors don’t reinforce at all,<br />
or they use much cheaper, dry rot prone,<br />
water absorbing leather that <strong>of</strong>fers lower<br />
puncture resistance, lower abrasion<br />
resistance, lower tear strength, lower<br />
thermal insulation values and lower<br />
flame resistance than additional outer<br />
shell layers (i.e. Pbi , Nomex ® , etc). For<br />
customers who prefer the appearance<br />
characteristics <strong>of</strong> leather reinforcements,<br />
please see the custom option section <strong>of</strong><br />
this catalog.<br />
Seams (Sleeve<br />
Attachment)<br />
Major A seams in <strong>Morning</strong> <strong>Pride</strong> garments<br />
are double stitched and double<br />
feld throughout the garment (except for<br />
the Major A seam on the collar, which is<br />
single-needle lock stitched three times).<br />
Some competitors only serge and single<br />
stitch their seams which, while less expensive<br />
to do, is also far less durable.<br />
The serging exposes part <strong>of</strong> the material<br />
and hence allows considerable fraying<br />
(hence seam deterioration) with use.<br />
While many brands feature the strongest<br />
seam made (double needle, double feld)<br />
at highly visible garment areas, this competitive<br />
garment features the far less impressive<br />
safety stitch at less visible areas<br />
(sleeve to coat outer shell attachment<br />
shown in photo for instance). In contrast,<br />
<strong>Morning</strong> <strong>Pride</strong> garments feature the more<br />
expensive to manufacture but significantly<br />
stronger double needle, double feld<br />
seaming at ALL Major A and B joining<br />
areas including less visible, but still garment<br />
critical, areas like this sleeve attach-<br />
59<br />
Competitor<br />
www.HoneywellFirstResponder.com<br />
ment (except for the Major A seam on the<br />
collar, which is single-needle lock stictched<br />
three times).<br />
NOT True Felling True Felling<br />
Competitor<br />
Self-Binding<br />
Construction Advantages<br />
Stitched<br />
to Look<br />
Like Full<br />
Felling<br />
On the same point, and perhaps even<br />
more interestingly, this photo shows that<br />
the exterior <strong>of</strong> this competitive coat<br />
looks like high quality double needle,<br />
double feld seaming is used throughout<br />
the garment.<br />
The interior view (at the upper right),<br />
however, reveals the truth. See that true<br />
felling is only used on one side <strong>of</strong> the<br />
competitor’s gusset insert. Again, ALL<br />
<strong>Morning</strong> <strong>Pride</strong> seaming is the stronger<br />
and more expensive to manufacturer<br />
double needle, double feld (except for the<br />
Major A seam on the collar, which is<br />
single-needle lock stitched three times).<br />
Independent data is available from our<br />
Customer Service Department to<br />
corroborate the superior strength <strong>of</strong> the<br />
double feld seam.<br />
All <strong>Morning</strong> <strong>Pride</strong> garments feature self<br />
binding (for layers not sewn in) which,<br />
while more expensive, <strong>of</strong>fers some<br />
strong advantages over the bulk <strong>of</strong><br />
separate binding pieces.<br />
Some competitor’s choice in non-self<br />
bindings is also particularly objectionable,<br />
not only for the flammability<br />
reasons shown here and noted<br />
earlier, but because it is a porous<br />
material. As such, it can wick moisture<br />
from outside the barrier to the inside<br />
<strong>of</strong> the firefighter’s protective envelope.<br />
Some competitors intensify the<br />
flammability/wicking problems by leaving<br />
long ends <strong>of</strong> the binding hanging on the<br />
Table <strong>of</strong> Contents<br />
Competitor<br />
garments (as this sample competitive<br />
product was purchased).<br />
<strong>Morning</strong> <strong>Pride</strong><br />
In contrast, <strong>Morning</strong> <strong>Pride</strong>’s turned and<br />
stitched liner edge <strong>of</strong>fers lock stitched<br />
strength and durability, with no wicking<br />
possibility (and, <strong>of</strong> course, no flammability<br />
problems).<br />
Protective Overlap at<br />
Closures<br />
Panels <strong>of</strong> moisture barriers specified (not<br />
a substitute <strong>of</strong> cheaper, non-breathable<br />
material as used in some competitive<br />
garments) and thermal liner facings<br />
assure double overlap <strong>of</strong> the full protective<br />
envelope at these critical areas <strong>of</strong><br />
<strong>Morning</strong> <strong>Pride</strong> garments. In contrast,<br />
many competitive products don’t continue<br />
the thermal barrier at the facings so <strong>of</strong>fer<br />
much lower insulative protection.<br />
Not only does <strong>Morning</strong> <strong>Pride</strong> <strong>of</strong>fer as<br />
much as 96% higher TPP (Thermal<br />
Protective Performance) at Structural<br />
and Proximity facings, <strong>Morning</strong> <strong>Pride</strong><br />
panels are turned and finished as well,<br />
while many competitors are only serged.<br />
The <strong>Morning</strong> <strong>Pride</strong> Anti-Wicking Strip<br />
(Patented and lighter color material in<br />
photo) also<br />
<strong>of</strong>fers greater<br />
assurance <strong>of</strong><br />
continued<br />
protection.<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Anti-Wicking<br />
Strip
Pockets<br />
As a standard, <strong>Morning</strong> <strong>Pride</strong> Structural<br />
BPR and LTO, as well as Proximity BPR<br />
and LTO coats/Tails , are provided with<br />
a liner pocket constructed <strong>of</strong> breathable<br />
flame resistant cotton (printed with our<br />
DANGER label, please see below).<br />
<strong>Morning</strong> <strong>Pride</strong> does not use cheaper but<br />
breathability- blocking neoprene based<br />
materials for close to body placement<br />
pockets. Beyond that, all pockets must<br />
be specified as custom option upgrades<br />
(please see pages 143-146) since there<br />
is no uniformity as to pocket requirements<br />
(this reverses our previous standard<br />
<strong>of</strong> two patch pockets on coats).<br />
Labels<br />
The new<br />
DANGER<br />
labels are<br />
large to hold<br />
all the necessary<br />
information. Other firms use nonbreathable<br />
labels that can block up to<br />
20% <strong>of</strong> the breathable surface area <strong>of</strong><br />
your moisture barrier (and <strong>of</strong>ten in key<br />
ventilative areas, like the trunk). In<br />
contrast, <strong>Morning</strong> <strong>Pride</strong> uses the higher<br />
cost, but fully breathable, custom integralization<br />
(Patent Pending) process label.<br />
Additionally, while most competitors glue<br />
their labels on for the cost savings that<br />
<strong>of</strong>fers, <strong>Morning</strong> <strong>Pride</strong> lock stitches their<br />
labeling on. Glued labels are stiff, further<br />
block breathability, are less durable and<br />
the glue (if exposed by flexing) can be<br />
highly flammable.<br />
Sizing<br />
All <strong>Morning</strong> <strong>Pride</strong> garments may be<br />
ordered custom tailored to the individual’s<br />
chest, sleeve length, height, waist<br />
inseam and crotch rise. We have a full<br />
range <strong>of</strong> women’s patterning as well<br />
(please specify “Women’s Patterning” on<br />
order). Since stress is the major source<br />
<strong>of</strong> fireground injuries and fatalities, we<br />
feel proper fit is critical. Some competitors<br />
make their garments available in<br />
only small, medium, and large sizes<br />
which means that they really do not fit<br />
anyone well.<br />
Finishing<br />
To ensure maximum durability, there is<br />
not a single skipped stitch or raw edge<br />
(which will unravel to failure) on a<br />
<strong>Morning</strong> <strong>Pride</strong> garment. In contrast,<br />
some competitive garments feature over<br />
40 inches <strong>of</strong> raw edges to unravel and<br />
eventually fail.<br />
The entire waistband <strong>of</strong> these competitive<br />
pants was raw on all three layers.<br />
Competitor<br />
Option Stitching<br />
All options, including trim, are attached<br />
to the <strong>Morning</strong> <strong>Pride</strong> garment with lock<br />
stitching. Most competitors attach all<br />
options with chain stitching or double<br />
chain stitching.<br />
Chain stitching is used to close the top<br />
<strong>of</strong> a bag <strong>of</strong> dog food; break one stitch<br />
and the whole system unravels (see<br />
photo <strong>of</strong> competitive product).<br />
In contrast, with <strong>Morning</strong> <strong>Pride</strong>’s lock<br />
stitching, each stitch is knotted or locked<br />
as part <strong>of</strong> the stitching operation. With<br />
lock stitching, when a stitch is broken<br />
(hard to avoid in the rugged fire fighting<br />
environment) the stitches on each side<br />
hold and the entire stitch line does not<br />
unravel. This is a particularly important<br />
issue as it relates to the stitching that<br />
attaches the trim to your garment. Trim<br />
has a harder, firmer surface than the<br />
textiles that comprise most <strong>of</strong> the<br />
garment. While the textiles allow<br />
stitches to settle in among the weave,<br />
the hardness <strong>of</strong> the trim surface “presents”<br />
the stitches as a raised surface<br />
that therefore takes more abrasion and<br />
snags in the hostile fire fighting environ-<br />
Table <strong>of</strong> Contents<br />
Competitor<br />
<strong>Morning</strong> <strong>Pride</strong><br />
The photo demonstrates how unraveling<br />
occurs when a single stitch <strong>of</strong> chain is<br />
broken and pulled.<br />
ment. The answer as noted above is to<br />
lock stitch the trim (and all other options)<br />
but that requires a more skilled operator,<br />
more expensive stitching equipment,<br />
takes longer and uses far more <strong>of</strong> the<br />
very expensive aramid threads. For<br />
those reasons, we are the only major<br />
producer to 100% lock stitch our trim.<br />
Rather than truly fixing the problem in<br />
this manner, some <strong>of</strong> our competitors<br />
double chain stitch their trim. This is not<br />
an effective design answer since if one<br />
stitch line is broken/snagged, the other<br />
line only 1 ⁄4” away will most frequently also<br />
be impacted (and you will have two stitch<br />
lines unraveling). Just as non-productively,<br />
one <strong>of</strong> our other competitors tries<br />
to address the problem by burying their<br />
stitching in a thin webbing strip. This actually<br />
increases the pr<strong>of</strong>ile <strong>of</strong> the thread<br />
assembly which we believe actually<br />
causes more snags/unravelings. As the<br />
photo (drawn from a national ad for<br />
another product) below shows, this<br />
relatively lightly used garment ALREADY<br />
shows three separate places where the<br />
trim webbing/ stitching has been abraded<br />
or snagged and is hanging <strong>of</strong>f the coat.<br />
You can<br />
specify a Competitor<br />
requirement<br />
for<br />
lock<br />
stitched<br />
trim and<br />
options;<br />
our<br />
<strong>Morning</strong><br />
<strong>Pride</strong><br />
generated<br />
specs do<br />
so.<br />
Construction Advantages Continue…<br />
Honeywell First Responder Products<br />
60
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Construction Advantages Continued…<br />
Design Concept<br />
Almost all finer menswear (suit, coat,<br />
sport coat, overcoats) are designed with<br />
one-piece set-in sleeves and three-piece<br />
bodies. <strong>Morning</strong> <strong>Pride</strong> tailors its garments<br />
(shell and inner liners) in this<br />
proven design style. Most competitors<br />
use less expensive one-piece styling<br />
(known derisively in the garment trade<br />
as a bag coat since it cannot be tailored<br />
to follow natural body contours) on at<br />
least some <strong>of</strong> the layers. While threepiece<br />
tailoring is more expensive to<br />
manufacture, we feel a properly fitting<br />
coat is essential to a firefighter’s comfort<br />
and safety on the fireground.<br />
Liner/Moisture Barriers<br />
Liner/Moisture Barriers are tailored with<br />
the same built in underarm bellowing<br />
and three-piece styling as the shell for<br />
maximum freedom <strong>of</strong> movement.<br />
In the photos on the bottom left, you will<br />
Photo 1<br />
61<br />
No Liner<br />
Seaming<br />
Photo 2<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Competitor<br />
Matching<br />
Seaming<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Matching<br />
Seaming<br />
No Liner<br />
Seaming<br />
Competitor<br />
www.HoneywellFirstResponder.com<br />
On Coats/Tails<br />
notice, <strong>Morning</strong> <strong>Pride</strong> seaming on liners<br />
matches 3-piece seam tailoring on shell.<br />
In contrast, many competitive coats (as<br />
in photo 1) feature the visible outer shell<br />
tailoring but have only a 1-piece liner (no<br />
seam on liner). This means they fail to<br />
<strong>of</strong>fer FULL 3-piece tailoring advantages.<br />
Similarly, <strong>Morning</strong> <strong>Pride</strong>’s moisture<br />
barrier is tailored 3-piece styling like the<br />
outer shell, and the competitor is <strong>of</strong>ten<br />
<strong>of</strong>fering a non-seamed 1-piece moisture<br />
barrier styling (see photo 2). The extra<br />
<strong>Morning</strong> <strong>Pride</strong> tailoring costs time and<br />
money in production; otherwise just the<br />
illusion <strong>of</strong> a tailored 3-piece<br />
garment is provided.<br />
All moisture barrier seams are tape<br />
sealed for maximum waterpro<strong>of</strong>ness.<br />
Liner Attachment<br />
Construction Advantages<br />
Structural and Proximity BPR and LTO<br />
moisture barriers and thermal liners are<br />
provided fully detachable via snap<br />
buttons (unless the order requests<br />
otherwise). Structural TAC outer shell,<br />
moisture barrier and thermal liners are<br />
sewn together to allow reversibility with a<br />
Liner Inspection Port on the tail and pants<br />
fly. Similarly, <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS garments feature<br />
sewn-in moisture barriers (with Liner<br />
Inspection Port at the tail and pants fly).<br />
If your order requests the liners be sewn<br />
in on garments that normally feature<br />
detachable moisture barrier liners, we will<br />
do so at no extra charge at waist and<br />
collar. In operational models that normally<br />
feature detachable liners, the thermal liner<br />
and moisture barrier are sewn together as<br />
a unit and attach to the outer shell on<br />
directly mounted snap buttons. Any winter<br />
liners snap in separately in the same<br />
manner. For garments with sewn-in moisture<br />
barrier/ thermal liners, there is usually<br />
a design reason they must not be detachable<br />
(pre-conditioning survivability,<br />
reversibility, etc.).<br />
Table <strong>of</strong> Contents<br />
Collars<br />
<strong>Morning</strong> <strong>Pride</strong> Structural and Proximity<br />
collars are lined with barrier material and<br />
liner. These collars are also internally reinforced,<br />
thus avoid the necessity <strong>of</strong> quilt<br />
stitching that perforates the collars internal<br />
liner and can abrade against the<br />
collar barrier. Structural TAC, <strong>Tech</strong>nical<br />
Rescue and Recovery, and EMS<br />
garments feature a tailored collar that<br />
provides face shielding on cold days or<br />
when providing patient care.<br />
Structural and Proximity BPR and LTO<br />
collars comfortably and effectively<br />
interface with helmet ear covers.<br />
Structural TAC, <strong>Tech</strong>nical Rescue and<br />
Recovery, and EMS tailored collar<br />
integrates into extended shield.<br />
Try <strong>Morning</strong> <strong>Pride</strong> and competitors<br />
on with SCBA facepiece in place<br />
and chinstrap engaged to see our<br />
comfort/functionality advantage.
Chinstrap<br />
We <strong>of</strong>fer the largest chinstrap in the<br />
industry (5” x 12”) on Structural and<br />
Proximity BPR and (4” x 11”) on Structural<br />
and Proximity LTO clothing to allow<br />
effective interface with SCBA. Some<br />
competitive products cut costs by limiting<br />
size or eliminating chinstrap entirely<br />
(making SCBA interface impossible).<br />
Chinstrap is stored and deployed with<br />
hook and pile tape to allow easy adjustment,<br />
even with gloved hands. Please<br />
see photos <strong>of</strong> LTO and BPR chinstrap<br />
differences (for Structural and Proximity<br />
gear) on page 26. On EMS, <strong>Tech</strong>nical<br />
Rescue and Recovery and TAC clothing,<br />
the chinstrap is built into the shield<br />
design.<br />
Sleeves<br />
<strong>Morning</strong> <strong>Pride</strong><br />
garments<br />
<strong>of</strong>fer extra, full<br />
cut sleeves<br />
designed to<br />
allow maximum<br />
freedom<br />
<strong>of</strong> movement.<br />
<strong>Morning</strong> <strong>Pride</strong><br />
bellows are<br />
built into<br />
the sleeve<br />
pattern.<br />
This photo<br />
illustrates the<br />
competitive<br />
sewn-in gusset<br />
requires<br />
an additional<br />
three bulky<br />
seams: outer<br />
shell, moisture<br />
barrier and<br />
thermal liner<br />
in the already<br />
Competitor<br />
Note: Extra bulky seams<br />
<strong>of</strong> sewn-in bellows in<br />
competitor’s coat (our<br />
bellows built into sleeve<br />
design).<br />
Competitor<br />
constricted underarm area. While our<br />
built-in system consumes more fabric<br />
during layup, it avoids this additional<br />
seaming.<br />
<strong>Morning</strong> <strong>Pride</strong> garments feature onepiece<br />
styling: in contrast many competi-<br />
tive products feature a two-piece styling<br />
that can require a seam that runs directly<br />
over the elbow (see photo below left).<br />
This seam (in all three layers) is very<br />
uncomfortable when weight is carried on<br />
the elbow. Also putting a seam on the<br />
high abrasion, movement critical, elbow<br />
point is (in our opinion) poor design.<br />
Storm Shield<br />
In Structural and Proximity garments, a<br />
double thickness exterior mounted storm<br />
shield <strong>of</strong>fers superior water shielding<br />
properties with maximum flexibility. Some<br />
competitors use an interior mounted<br />
shield that channels water/fluids into the<br />
protective envelope. <strong>Tech</strong>nical Rescue<br />
and Recovery and EMS garments do not<br />
feature a storm shield as standard. On<br />
Structural TAC garments, there are two<br />
smaller storm shields to allow reversibility.<br />
Hang Up Loop<br />
Non-flame supporting triple layer outer<br />
shell material lock stitched into the collar<br />
and certified to an 80 lb hang strength is<br />
provided on Structural and Proximity<br />
BPR and LTO coat/tails. Structural TAC,<br />
<strong>Tech</strong>nical Rescue and Recovery, and<br />
EMS garments can be custom optioned<br />
with a hang up loop, but it is not standard,<br />
since these garments feature more<br />
freely floating designs and are thus more<br />
effectively stored on hangers.<br />
Hardware<br />
Structural and Proximity BPR and LTO<br />
garments <strong>of</strong>fer sturdy, lightweight, nonsparking,<br />
aluminum reverse safety snaps<br />
securely riveted and backed with multiple<br />
layers <strong>of</strong> material. The D-Rings are<br />
securely mounted through three layers <strong>of</strong><br />
the storm shield. <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS garments feature a<br />
zipper closure as standard.<br />
Table <strong>of</strong> Contents<br />
Cuffs<br />
Structural and Proximity BPR and LTO,<br />
coats/tails feature dimensioning for easy<br />
and effective fire fighting glove interface<br />
(photo shows shingle cuff option. For<br />
further details please see page 120).<br />
Structural TAC, <strong>Tech</strong>nical Rescue and<br />
Recovery, and EMS garments feature<br />
slim line cuffs for unobstructed patient<br />
care.<br />
Shingled Cuff<br />
<strong>Tech</strong>nical Rescue and Recovery Shirt<br />
Style with Tab<br />
EMS Elastic with Tab<br />
Construction Advantages Continue…<br />
Honeywell First Responder Products<br />
62
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Construction Advantages Continued…<br />
Design Concept<br />
Like all finer slacks, <strong>Morning</strong> <strong>Pride</strong><br />
bunker pants feature tailored four-piece<br />
styling. Some competitors use less<br />
expensive two-piece styling which cannot<br />
provide adequate body conforming<br />
contouring.<br />
Liner/Moisture Barriers<br />
All moisture barrier seams are tape<br />
sealed for maximum waterpro<strong>of</strong>ness.<br />
Structural and Proximity BPR and LTO<br />
moisture barrier/thermal liners are<br />
provided detachable at the waist unless<br />
order requests sewn-in (no charge for<br />
same). Structural TAC, <strong>Tech</strong>nical<br />
Rescue and Recovery, and EMS design<br />
requirements dictate sewn-in linings<br />
be provided (with standard fly area<br />
inspection ports on the pant).<br />
F.R.O.M. Crotch<br />
Full range <strong>of</strong> motion crotch diamond<br />
shaped insert eliminates seaming bulk at<br />
crotch and makes lateral leg-motion<br />
easier. Structural and Proximity BPR and<br />
LTO pants can be designed for close to<br />
body “jeans” feel and mobility without<br />
mid-crotch seams.<br />
<strong>Morning</strong> <strong>Pride</strong> BPR Structural Shown<br />
63<br />
www.HoneywellFirstResponder.com<br />
Fly Front<br />
<strong>Morning</strong> <strong>Pride</strong><br />
No Seam in Crotch<br />
Construction Advantages<br />
On Pants<br />
Structural TAC, <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS crotches also<br />
provide close to body “jeans” feel but<br />
include seaming (not an issue on these<br />
very thin weight systems).<br />
Fly Front is triple thickness, exterior<br />
mounted for maximum water shielding<br />
properties. Heavy duty reverse snap<br />
closure at waist with back up hook and<br />
pile closure and new narrow design<br />
minimizes bulk.<br />
<strong>Morning</strong> <strong>Pride</strong> preserves the full<br />
protective envelope to the closure for<br />
up to 96% greater TPP provided, while<br />
many competitors substitute a layer<br />
<strong>of</strong> outer shell for our layer <strong>of</strong> thermal<br />
Competitor<br />
Table <strong>of</strong> Contents<br />
liner. Photo also highlights another<br />
disadvantage <strong>of</strong> a major competitor’s<br />
system: When our test subjects<br />
donned the competitive gear, the inner<br />
facing folded under (and the competitive<br />
shield does not <strong>of</strong>fer thermal liner<br />
material). The same “roll” is unlikely with<br />
<strong>Morning</strong> <strong>Pride</strong> pants because <strong>of</strong> our<br />
deeper crotch opening, but even if it did<br />
occur, our fly is lined with both moisture<br />
barrier and thermal liner materials.<br />
Suspender Attachment<br />
Systems<br />
Structural and Proximity BPR and LTO<br />
feature sturdy, MIL Spec, rust-resistant<br />
buttons mounted through three layer<br />
waistband <strong>of</strong> outer shell material. Some<br />
competitive products <strong>of</strong>fer no button<br />
reinforcement or use irritating, bulky, dry<br />
rot prone, inexpensive leather.<br />
To allow Structural TAC reversibility and<br />
to avoid any <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS sparking issues,<br />
these garments, as a standard, feature<br />
non-button attachment systems.<br />
Suspender Buttons Standard on<br />
Structural and Proximity BPR and LTO,<br />
and EMS<br />
“Rig friendly” Non-suspender Button<br />
Snap Attachments Standard on<br />
Structural TAC and <strong>Tech</strong>nical Rescue<br />
and Recovery.
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
MORNING PRIDE<br />
Everyone wants gear available from<br />
stock for quick shipment. But everyone<br />
also wants their precise mix <strong>of</strong> options,<br />
materials, trim colors and custom<br />
options making it impossible to suit most<br />
departments with stock programs.<br />
The flexibility and tremendous productive<br />
capacity <strong>of</strong> our automated manufacturing<br />
facility has allowed us to remain the first<br />
and only company to address the<br />
problem.<br />
We can place<br />
your garment<br />
order into our<br />
automated production<br />
line<br />
“immediately”<br />
and customize<br />
with the exact<br />
mix <strong>of</strong> trim and<br />
options YOU<br />
need and<br />
STILL ship in<br />
two weeks or<br />
less from<br />
receipt <strong>of</strong> your<br />
order!<br />
Stocking/Delivery Advantages<br />
The Custom Stock program has been such a success,<br />
that we are expanding the <strong>of</strong>fering to include all colors<br />
<strong>of</strong> our most popular shells, as well as all our certified<br />
moisture barriers and our most popular thermal liner<br />
options IN ANY COMBINATION. The increasing<br />
automation <strong>of</strong> our facility allows us to <strong>of</strong>fer you all<br />
these materials and most options WITH A TWO WEEK<br />
DELIVERY from time order is received (after all sizes are<br />
confirmed and all questions are answered).<br />
Outer Shells<br />
Pbi /Kevlar ® BPR-32xx – 7.5 oz Rip Stop, Enhanced Water<br />
Repellency – Bronze, Black 3 pic<br />
Bas<strong>of</strong>il ® /Kevlar ® BPR-25xx – 7.5 oz Rip Stop, Enhanced<br />
Water Repellency – Natural (Pale Yellow), Bright Yellow,<br />
Golden Brown, Black<br />
Kevlar ® /Nomex ® BPR-14xx – 7.0 oz Rip Stop, Standard<br />
Water Repellency – Black, Yellow, Rust, Navy, Khaki, Gold<br />
Nomex IIIA ® BPR-24xx – 7.5 oz Duck, Standard Water<br />
Repellency – Natural, Navy, Black, Tan, Yellow, Royal<br />
Blue, Red<br />
Aluminized Pbi BPR-76xx – 7.0 oz 33% Aluminized<br />
Pbi 67% Aramid Knit – Silver<br />
Thermal Liners<br />
Nomex ® Batt Light BPR-xx0x – 7.2 oz – 3.4 oz Spun<br />
Nomex ® Facecloth w/ 3.8 oz Light Kevlar ® Batt (70%<br />
garneted, 30% virgin)<br />
Nomex ® Batt Heavy BPR-xx2x – 9.4 oz – 3.4 oz<br />
Spun Nomex ® Facecloth w/6.0 oz Heavy Nomex ® Batt<br />
Nomex ® /E89 BPR-xx3x – 7.9 oz – 3.4 oz<br />
Spun Nomex ® Facecloth w/3 Layers <strong>of</strong> E89<br />
Spunlace – 4.5 oz<br />
Nomex ® Semi-Slick (War Time Replacement)<br />
BPR-xx7x – 7.7 oz (replacement liner for xx1x) –<br />
3.9 oz Caldura Facecloth with lightweight Aralite Bat<br />
Moisture Barriers<br />
Crosstech ® Type 2C<br />
BPR-xxx2 1,2,3,4 5.0 oz – 1.7 oz Crosstech ® Selectively<br />
Permeable Film Laminated to 3.3 oz Nomex ® Pajama<br />
Check Woven Substrate<br />
RT7100 ® Type 3D<br />
BPRxxx0 1,2,3 4.6 ox – 1.6 oz GORE ® Selectively<br />
Permeable Film Laminated to 3.0 oz Nomex ® Pajama<br />
Check Woven Substrate<br />
Table <strong>of</strong> Contents<br />
Custom Stock Continues…<br />
Honeywell First Responder Products 64
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Custom Stock Continued…<br />
65<br />
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Stocking/Delivery Advantages<br />
What Options, Trim Packages ARE Available?<br />
All the trims (colors, styles, materials, placements, etc) are available. And 99.9% <strong>of</strong> the custom<br />
options we <strong>of</strong>fer are available.<br />
What Options, Trim Packages are NOT Available?<br />
Because they fall outside our normal manufacturing processes, we cannot allow options<br />
that require different basic cuts without prior arrangements: All or Nothing System, Low Bulk Closure,<br />
Chicago Closure, Undershield Pockets, Harness Pants, Boot Access, Body Armor, and Comfort Collar.<br />
If you must have one or more <strong>of</strong> these options and need accelerated delivery, please consider our<br />
Express program which <strong>of</strong>fers accelerated delivery options with ANY option or material.<br />
Do I Pay a Premium for Custom Stock Product?<br />
Custom Stock is priced 10% higher than the same product ordered with normal delivery. This 10%<br />
compensates us for the special line handling to make the quick delivery turnaround.<br />
What Sizes are Available in Custom Stock Product?<br />
Any size!<br />
Is Custom Stock Limited to the Just the Outer Shells, Thermal Liners<br />
and Moisture Barriers Listed Here?<br />
No! If additional combinations are required, please contact our Customer Service Department.<br />
Two Week Delivery! Gear The Way You Want It!<br />
Table <strong>of</strong> Contents
How do I Order Custom<br />
Stock?<br />
• Call 1-800-688-6148...we will<br />
teleconference with your authorized<br />
local <strong>Morning</strong> <strong>Pride</strong> dealer to follow up,<br />
or you may contact your local dealer<br />
directly.<br />
In either case, we will ask you to:<br />
• Pick Your Materials...we will ask<br />
which material part numbers you<br />
prefer. A full discussion <strong>of</strong> each<br />
material can be found starting on<br />
page 67.<br />
• Choose Your Options...we will ask<br />
which custom options you prefer.<br />
Custom options can be found starting<br />
on page 94.<br />
• Place Your Order...Two Week<br />
Delivery – Guaranteed! We will ask<br />
your <strong>Morning</strong> <strong>Pride</strong> dealer to place<br />
your order, noting your preferred<br />
materials and custom options. The<br />
order must note “Custom Stock,” or<br />
we will assume normal delivery.<br />
Are there Any Qualifiers?<br />
Yes, but only the most reasonable...<br />
• The two-week delivery period begins<br />
with <strong>Morning</strong> <strong>Pride</strong>’s receipt <strong>of</strong> your<br />
order AND the receipt <strong>of</strong> answers to all<br />
open questions on the order. If we<br />
receive your order but there are no<br />
sizes on the order and we request the<br />
information, our two-week delivery<br />
period begins when you are able to<br />
provide us with the size information.<br />
The delivery period ends when we ship<br />
product.<br />
• We reserve the right to discontinue<br />
particular Custom Stock materials<br />
temporarily or permanently if material<br />
availability becomes a problem. If you<br />
order such a material, we will contact<br />
you immediately to determine<br />
any alternatives you may wish to<br />
pursue (wait for the material, move to a<br />
different material, etc.).<br />
• While our automated line should assure<br />
the promised two-week turnaround<br />
time, there may occasionally be<br />
extenuating circumstances that cause<br />
us to miss the two-week window by a<br />
few days. In those cases, we will<br />
deduct the 10% model upcharge.<br />
• As with all custom-optioned products,<br />
we cannot accept cancellations once<br />
production has commenced.<br />
Express Service<br />
Expanded <strong>of</strong>ferings<br />
However, there will be times when<br />
Custom Stock won’t meet your quick<br />
delivery needs. Perhaps you wish a<br />
non-Custom Stock composite <strong>of</strong> materials,<br />
or perhaps you want an option that<br />
is outside our normal manufacturing<br />
processes (for example, Chicago<br />
closures, Boot Access Panels). For<br />
those situations, <strong>Morning</strong> <strong>Pride</strong>’s<br />
Express Service is the perfect alternative.<br />
For decades, we have <strong>of</strong>fered a<br />
six-week delivery period for a 10%<br />
upcharge (the same % upcharge as the<br />
Custom Stock program). The flexibility<br />
and sophistication <strong>of</strong> our fully automated<br />
factory allows us to <strong>of</strong>fer this program.<br />
8 Week Express 7% upcharge<br />
6 Week Express 10% upcharge<br />
(standard<br />
express)<br />
5 Week Express 15% upcharge<br />
4 Week Express 20% upcharge<br />
As with Custom Stock, upcharges will be<br />
reduced if we fail to meet the requested<br />
delivery period to reflect the actual<br />
delivery (your order will continue to be<br />
expedited so any delays should be<br />
minimal). We also reserve the right to<br />
refuse Express orders for particular<br />
materials, if the mills are experiencing<br />
temporary production difficulties (if this<br />
Table <strong>of</strong> Contents<br />
happens, we will notify you upon receipt<br />
<strong>of</strong> your order to allow you to consider<br />
materials substitutions that would still<br />
allow the quick delivery you require).<br />
Finally, as with Custom Stock, the<br />
delivery period is defined as the time<br />
between the date we receive the order<br />
(and any missing information is<br />
provided) and the date we ship from<br />
Dayton.<br />
If your order simply states “Express”<br />
(without specifying which Express period)<br />
we will presume you wish the 6-week<br />
Express option that has been our<br />
standard express <strong>of</strong>fering for many<br />
years.<br />
A Tip....<br />
Our newly expanded<br />
factory is further<br />
reducing our delivery<br />
period. Check normal<br />
delivery before ordering<br />
EXPRESS.<br />
Honeywell First Responder Products 66
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
After making your material choices, the<br />
charts on pages 89 to 92 will help you<br />
determine the appropriate model<br />
numbers. However, it is important to<br />
remember that the 2007 edition <strong>of</strong> the<br />
NFPA 1971 Structural and Proximity fire<br />
fighting Standard requires some composite<br />
testing where all three layers <strong>of</strong> the<br />
system are tested together. Some possible<br />
combinations <strong>of</strong> materials fail to pass<br />
one or several <strong>of</strong> these composite tests<br />
and hence are not available. Additionally,<br />
this composite testing is relatively expensive,<br />
so not all possible combinations<br />
<strong>of</strong> materials were tested. All popular<br />
composites were tested, but some<br />
obscure and infrequently combined<br />
material combinations were not tested.<br />
Therefore, it is necessary to refer to our<br />
price list to determine if a particular<br />
model number you have decided upon is<br />
available. The price list also provides<br />
TPP (insulation) and THL (breathability)<br />
test numbers for each <strong>of</strong> the systems<br />
certified. If you have selected a model<br />
number not listed on our price list,<br />
please contact our Customer Service<br />
Department in Dayton and ask for the<br />
Inside Marketing Associate (IMA) for<br />
your geographic region. In all cases,<br />
there will be an available system that is<br />
very close to what you had initially<br />
decided upon and your IMA will assist<br />
you in locating that system. Your IMA will<br />
also have updated information on any<br />
recently tested or added systems.<br />
Trade Names — The 2007 edition <strong>of</strong><br />
NFPA 1971 requires that the same<br />
materials from different mills must be<br />
individually tested in each composite. In<br />
other words, if 7.5 oz Pbi from Southern<br />
Mills passes all composite testing<br />
(Thermal Heat Loss [THL] and Thermal<br />
Protective Performance [TPP], primarily),<br />
the same material description from Difco<br />
must also be tested. Because <strong>of</strong> the<br />
expense <strong>of</strong> this composite testing, this<br />
has effectively meant that on some<br />
composite model numbers, we may only<br />
have done the necessary testing with<br />
one mill’s material. We suggest for this<br />
reason that the customer order by our<br />
model number. If you desire a particular<br />
mill’s product, contact our Customer<br />
67<br />
www.HoneywellFirstResponder.com<br />
Material Choices<br />
Service Department to see if that particular<br />
mill’s product was tested in the<br />
composite desired. The mill’s trade<br />
names are listed here only to allow the<br />
customer to cross reference to our model<br />
numbering system most efficiently.<br />
Structural or <strong>Tech</strong>nical<br />
Rescue and Recovery Outer<br />
Shell Options Mill Trade<br />
Names<br />
See pages 68 to 76 for generic product<br />
descriptions.<br />
Advance ® (14xx and 34xx) – Southern<br />
Mills’ (SM) Kevlar ® /Nomex ®<br />
Advance Ultra (64xx) – SM’s<br />
PBO ® /Kevlar ® /Nomex ®<br />
Brigade ® (24xx) – Difco’s Nomex ® IIIA<br />
Crusader ® (54xx) – Difco’s<br />
Kevlar ® /Nomex ®<br />
Defender ® (20xx, 21xx and 24xx) SM’s<br />
Nomex ® IIIA Fusion ® (44xx) – <strong>Safety</strong><br />
Components <strong>Tech</strong>nologies’ (SCT)<br />
Kevlar ® /Nomex ®<br />
Gemini Matrix ® (42xx) – SM’s Pbi <br />
Matrix ®<br />
Guardian ® (32xx) – Difco’s Pbi /Kevlar ®<br />
Kombat ® (32xx) – SM’s Pbi /Kevlar ®<br />
Millenia Lite ® (13xx) – SM’s<br />
PBO ® /Kevlar ®<br />
Millenia XT ® (33xx) – SM’s PBO ® /<br />
<strong>Tech</strong>nora<br />
Omni 45 ® (25xx) – Amatex Norfab’s<br />
Bas<strong>of</strong>il ® /Kevlar ®<br />
Omni Elite ® (35xx) – Amatex Norfab’s<br />
Bas<strong>of</strong>i ® with Zylon Filament Core<br />
Kevlar ® Cross-hatching<br />
Pbi Gold Plus ® (32xx) – SCT’s<br />
Pbi /Kevlar ®<br />
Pbi /Twaron/Lenzing FR ® (46xx) –<br />
Difco’s Pbi TriGuard 590<br />
SCT Matrix ® (43xx) – SCT’s Pbi Matrix<br />
Structural and Proximity<br />
Thermal Lining Options Mill<br />
Trade Names<br />
See pages 77 to 84 for generic product<br />
descriptions.<br />
Aralite ® (xx0x) – SM’s Nomex ® /Batt<br />
Light<br />
Caldura ® (xx1x) – SM’s Nomex ®<br />
Semi-slick/Batt Light<br />
Table <strong>of</strong> Contents<br />
Caldura Q-9 ® (xx6x) – SM’s Nomex ®<br />
Semi-slick/Batt Heavy<br />
Caldura SL ® (xx4x) – SM’s Nomex ®<br />
Semi-slick/E89<br />
Caldura ® /3-Layer (xxYx) – SM’s<br />
Nomex ® Semi-slick/E89<br />
Chambray ® (xxFx) – SCT’s<br />
Nomex ® /Batt Light<br />
Chambray ® 3-Layer (xxRx) – SCT’s<br />
3-Layer Nomex ® /E89<br />
Glide ® II (xxGx) – SCT’s Nomex ® Semi<br />
Slick/Batt Light<br />
Glide ® II/E89 (xxMx) – SCT’s Nomex ®<br />
Semi-slick/E89<br />
Glide ® II/3-Layer (xxPx) – SCT’s<br />
Nomex ® Semi-slick/E89<br />
Nomex ® 3 Layer (xx3x) – SM’s 3-Layer<br />
Nomex ® /E89<br />
Omni ® 1, 2 & 3 (xxHx, xxix and xxJx) –<br />
Amatex Norfab’s Meta Aramid/<br />
Spunlace<br />
Q9 ® (xx2x) – SM’s Nomex ® /Batt Heavy<br />
Quantum 3D (xxZx) – SM’s Meta<br />
Aramid/Spunlace XE-289 ® & 389 ®<br />
(xxUx and xxWx) – Difco’s<br />
Nomex ® /E89<br />
Quantum Feather Weight 3D <br />
(xxLx) – SM’s Meta Aramid/Spunlace<br />
XLT ® (xx2x) – Difco’s Nomex ® /Batt<br />
Heavy<br />
Xtra-Lite ® (xx0x) – Difco’s Nomex ® /Batt<br />
Light<br />
Trade-Offs — Almost all material<br />
choices involve trade-<strong>of</strong>fs. For instance,<br />
customers must consider their relative<br />
needs for a less stressful, easy to move<br />
in (lighter material) system versus their<br />
needs for durability and high insulation<br />
(typically <strong>of</strong>fered by heavier materials).<br />
There are design options that can<br />
address material shortcomings, while<br />
retaining the material’s strengths (for instance,<br />
replaceable Nomex ® /Kevlar ®<br />
knees can address the lower wear life <strong>of</strong><br />
lighter fabrics, while allowing the flexibility<br />
advantages they <strong>of</strong>fer to be retained).<br />
Your Honeywell First Responder Products<br />
Regional Director and his technical<br />
support team can help you understand<br />
and address these trade-<strong>of</strong>f issues and<br />
design fixes. Contact us via telephone,<br />
fax, email or our website and we will be<br />
glad to help!
Outer Shells Materials<br />
Discussion<br />
Fabric Weights – Generally the heavier<br />
the weight <strong>of</strong> the material, the higher the<br />
durability <strong>of</strong> the outer shell. However,<br />
the lighter the weight <strong>of</strong> the material, the<br />
more flexible, the more breathable, the<br />
more minimally stressful and easier to<br />
move in the outer shell generally is.<br />
Many fire departments will opt for a<br />
lighter (say 6 oz Coat/Tails outer shell)<br />
and a heavier pants outer shell material<br />
(say 7.5 oz) since crawling imposes such<br />
a heavy wear burden (primarily on the<br />
knees). Other fire departments order<br />
heavier weight pocket and knee reinforcements<br />
for lighter weight shells.<br />
The most popular and durable pocket<br />
linings are 8 oz Kevlar ® or Kevlar ® /<br />
Nomex ® . For knees, Kevlar ® /Nomex ® is<br />
the most popular choice (it can be dyed<br />
and 100% Kevlar ® is only available in<br />
pale yellow). Removable, replaceable<br />
knee options also make high wear knee<br />
maintenance easy and affordable.<br />
Fabric Weaves – Generally rip stop<br />
weaves are slightly more durable than<br />
twill weaves, but twill weaves are more<br />
supple and easy to move in. The most<br />
durable rip stops are three pics, but two<br />
pics are more supple and less subject to<br />
napping or fuzziness after field wear.<br />
Waterpro<strong>of</strong>ing Finishes – Enhanced<br />
waterpro<strong>of</strong>ing (Teflon F or F.P.P.E. from<br />
<strong>Safety</strong> Components <strong>Tech</strong>nologies, Super<br />
Shelltite from Southern Mills, Stay Dry<br />
Plus from Difco, HyPel from Amatex<br />
Norfab, etc.) <strong>of</strong>fers longer lasting outer<br />
shell water repellency, but remember it is<br />
the moisture barrier, which is unaffected<br />
by waterpro<strong>of</strong>ing finishes, that is your<br />
primary shield against moisture penetration.<br />
Enhanced waterpro<strong>of</strong>ing may also<br />
<strong>of</strong>fer increases in durability on some<br />
fabrics.<br />
Comparing Outer Shell Degradation Temperatures<br />
Outer Shell Our Model Number Temperature Degradation<br />
Nomex IIIA ® 24xx 700°F or Greater<br />
Bas<strong>of</strong>il ® /Kevlar ® 25xx 1,000°F or Greater<br />
Pbi /Kevlar ® 32xx 1,300°F or Greater<br />
PBO /<strong>Tech</strong>nora 33xx 1,300°F or Greater<br />
Kevlar ® /Nomex ® 34xx 1,050°F or Greater<br />
Pbi Matrix 42xx 1,300°F or Greater<br />
Kevlar ® /Nomex ® 44xx 1,000°F or Greater<br />
PBO /Kevlar ® /Nomex ® 64xx 1,200°F or Greater<br />
Degradation means the loss <strong>of</strong> desirable fiber properties by such means as heat, light,<br />
chemical, or nuclear radiation.<br />
Government<br />
Statement on Nomex ®<br />
Misinterpreted...<br />
A recent release by the U.S. Forest<br />
Service has caused several calls to<br />
the factory asking if Nomex ® can<br />
“become flammable.”<br />
As world-class experts in the manufacturing<br />
<strong>of</strong> firefighter protective<br />
clothing, and with an in-house ISO<br />
17025 lab, we can state with 100%<br />
confidence that the information<br />
concerning DEET is as follows:<br />
Nomex ® , Kevlar ® , Bas<strong>of</strong>il ® , Pbi and<br />
PBO ® fibers/blends/yarns/ fabrics<br />
are inherently flame resistant,<br />
meaning that the flame resistance<br />
CANNOT be washed out or worn <strong>of</strong>f.<br />
End users however, should be<br />
aware that DEET and some <strong>of</strong> its<br />
other ingredients are flammable and<br />
should not be allowed to build up<br />
on FR fabrics. If your department<br />
already follows the NFPA 1851<br />
recommendations for routine and<br />
advanced cleaning, this is NOT an<br />
issue at all.<br />
For more information, contact our<br />
Customer Service Deartment and<br />
ask for Dealer Advisory #568.<br />
Potential Industry<br />
Wide Shortage <strong>of</strong><br />
Nomex ® – Berry<br />
Amendment Issues<br />
as a Result...<br />
As <strong>of</strong> the date <strong>of</strong> the printing <strong>of</strong> this<br />
catalog, Tencate (Southern Mills)<br />
suggests, there MAY be an industrywide<br />
shortage <strong>of</strong> Nomex ® fibers<br />
from DuPont. This affects all mills.<br />
Our other suppliers have contacted<br />
us as well and ALL manufacturers<br />
that use Nomex ® products.<br />
We will do all we can to minimize<br />
the impact, but we use Nomex ® in<br />
essentially all our product lines. We<br />
will keep you apprised and do all we<br />
can to minimize any problems for<br />
you. Right now, we have no new<br />
delays, but the future will require<br />
careful management and we may<br />
see some disruptions.<br />
One related change is that the<br />
Nomex ® we do receive for a while<br />
will be from DuPont’s facility in<br />
Spain. Therefore, it is VERY important<br />
that you note any military<br />
orders subject to Berry Amendment<br />
requirements for U.S. materials, so<br />
we hold U.S. product for those<br />
orders. It is possible that Berry<br />
orders will be delayed longer than<br />
non-Berry orders, but again, we will<br />
do our best to minimize the impact.<br />
Structural or <strong>Tech</strong>nical Rescue and Recovery Outer Shell Continues…<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 68
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69<br />
www.HoneywellFirstResponder.com<br />
Material Choices<br />
Structural or <strong>Tech</strong>nical Rescue and Recovery Outer Shells Discussion Continued…<br />
Structural or <strong>Tech</strong>nical<br />
Rescue and Recovery<br />
Outer Shell Options<br />
Bas<strong>of</strong>il ® /Kevlar ®<br />
Bas<strong>of</strong>il ® /Kevlar ® products being marketed<br />
in the fire service (ours and competitors’)<br />
are actually an engineered<br />
blend <strong>of</strong> 40% Bas<strong>of</strong>il ® and 60% Kevlar ® .<br />
This outer shell <strong>of</strong>fers exceptional heat<br />
blocking characteristics across a range<br />
<strong>of</strong> heat fluxes and thus will <strong>of</strong>ten allow<br />
the use <strong>of</strong> lighter liner systems. Bas<strong>of</strong>il ® /<br />
Kevlar ® also appears to be reasonably<br />
durable, but not as durable as Kevlar ® /<br />
Nomex ® , however, does not <strong>of</strong>fer all the<br />
advantages <strong>of</strong> the premium outer shells<br />
(Pbi ). We also note periodic Black<br />
fading issues (which do not affect protective<br />
performance and are not covered<br />
by warranty, since the problems seem<br />
endemic). If you are interested in Black,<br />
we suggest you strongly consider alternative<br />
outer shells (Nomex ® /Kevlar ® is<br />
the same price range and Black Pbi is<br />
the most durable and protective outer<br />
Bas<strong>of</strong>il l® /Kevlar ® is available for<br />
quick delivery in our Custom Stock<br />
Program (Pages 64-66).<br />
Model 25xx<br />
Weight 7.5 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Natural, Yellow,<br />
Golden Brown,<br />
Black<br />
Model 35xx<br />
Weight 7.72 oz<br />
Weave Twill with<br />
Kevlar ® /Zylon<br />
Crosshatch<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Brown<br />
shell available). Also, we have noted<br />
some recurrent availability problems with<br />
Bas<strong>of</strong>il ® /Kevlar ® and some competitive<br />
fiber providers have raised the issue <strong>of</strong><br />
formaldehyde <strong>of</strong>f-gassing. The third<br />
party testing and research we have<br />
seen indicate this is NOT a valid concern.<br />
Bas<strong>of</strong>il ® /Kevlar ® is an intermediately<br />
priced product, and we believe is among<br />
the best <strong>of</strong> those intermediate products.<br />
The newest Bas<strong>of</strong>il ® product is the Omni<br />
Elite ® , which features a reinforcing grid or<br />
cross hatching <strong>of</strong> Kevlar ® -sheathed filament<br />
Zylon threads in the product. This<br />
is a very new product and we have seen<br />
some instances <strong>of</strong> puckering and uneven<br />
shrinkage. As with all Bas<strong>of</strong>il ® products,<br />
we also note some isolated, but recurrent<br />
pilling issues. The issues discussed here<br />
are known and unavoidable characteristics<br />
<strong>of</strong> Bas<strong>of</strong>il ® in our opinion, and as<br />
such are not covered by our warranty<br />
against defects in materials or workmanship.<br />
For extra durability, we suggest you<br />
consider the Kevlar ® /Nomex ® shells.<br />
Kevlar ® /Nomex ®<br />
Kevlar ® /Nomex ® – This Kevlar ® /Nomex ®<br />
blend product is probably the most durable<br />
outer shell and <strong>of</strong>fers 300% improvement<br />
in char length over Nomex ® IIIA outer<br />
shells. Kevlar ® /Nomex ® stays flexible and<br />
supple, maintaining its integrity after moderately<br />
severe thermal exposure. While<br />
Kevlar ® /Nomex ® is a superior product to<br />
Nomex ® , customers are cautioned that the<br />
premium outer shells (Pbi ) <strong>of</strong>fer strong<br />
comparative advantages. Kevlar ® /Nomex ®<br />
should be considered a Nomex ® upgrade<br />
rather than a Pbi equivalent. Nomex ® /<br />
Kevlar ® is priced between Nomex ® and the<br />
premium shell alternatives. We believe<br />
Table <strong>of</strong> Contents<br />
Kevlar ® /Nomex ® is available for quick<br />
delivery in our Custom Stock<br />
Program (Pages 64-66).<br />
Model 14xx<br />
Weight 7.0 oz<br />
Weave Rip Stop 3 pic<br />
(60%/40% blend)<br />
Water Standard<br />
Repellency<br />
Colors Black, Yellow,<br />
Rust, Navy,<br />
Khaki, Gold<br />
Model 34xx<br />
Weight 7.0 oz<br />
Weave Rip Stop 3 pic<br />
(60%/40% blend)<br />
Water Enhanced<br />
Repellency<br />
Colors Black, Yellow,<br />
Rust, Navy,<br />
Khaki, Gold<br />
Model 44xx<br />
Weight 7.0 oz<br />
Weave Rip Stop 2 pic<br />
Water Enhanced<br />
Repellency<br />
Colors Black and Bronze<br />
(50%/50% blend),<br />
Brass and Gold<br />
(60%/40% blend)<br />
Model 54xx<br />
Weight 7.5 oz<br />
Weave Rip Stop 2 pic<br />
(60%/40% blend)<br />
Water Enhanced<br />
Repellency<br />
Colors Black, Yellow,<br />
Rust, Navy,<br />
Khaki, Gold
Kevlar ® /Nomex ® is one <strong>of</strong> the best <strong>of</strong> the<br />
products positioned between the premium<br />
shells and Nomex ® with very good comfort<br />
and durability characteristics. Kevlar ® /<br />
Nomex ® is our recommendation for knee<br />
and/or pocket reinforcements; it wears<br />
extremely well. Kevlar ® /Nomex ® is also<br />
now available with an enhanced water<br />
repellency treatment and in a choice <strong>of</strong><br />
weights and pics. The Kevlar ® /Nomex ®<br />
product has traditionally been available as<br />
a three pic (three strands form the rip stop<br />
box). But two pic cloth is also available now.<br />
While three pic Rip Stop should be more<br />
durable than two pic, the two pic product<br />
here is a half ounce heavier so that should<br />
compensate. Two pic products will<br />
generally be more supple and less likely to<br />
become nappy or fuzzy with wear (one less<br />
thread strand “presented” for abrasion in<br />
the box weave).<br />
Nomex ® IIIA<br />
Nomex ® IIIA products being marketed in<br />
the fire service (ours and our competitors)<br />
are actually an engineered blend <strong>of</strong><br />
93% Nomex ® , 5% Kevlar ® and 2%<br />
Carbon anti-stat). Nomex ® IIIA is the<br />
most economical <strong>of</strong> the available outer<br />
shells. Nomex ® IIIA will not melt, drip or<br />
char at temperatures up to 700-750 degrees<br />
F. It is also a reasonably durable<br />
and long wearing material. Nomex ® IIIA<br />
is available in two weights (6 oz and 7.5<br />
oz) and two weaves (rip stop, and duck).<br />
The 7.5 oz duck weave outer shell is the<br />
Nomex ® IIIA material which the market is<br />
most familiar with. The other Nomex ® IIIA<br />
product <strong>of</strong>ferings are newer materials.<br />
Nomex ® IIIA is also now available with<br />
enhanced water repellency finishes.<br />
Nomex ® IIIA is available for quick<br />
delivery in our Custom Stock<br />
Program (Pages 64-66).<br />
Model 20xx<br />
Weight 6.0 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Standard<br />
Colors Natural, Black,<br />
Tan, Yellow<br />
Model 21xx<br />
Weight 6.0 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Natural, Black,<br />
Tan, Yellow, Red,<br />
Navy, Royal Blue<br />
Model 24xx<br />
Weight 7.5 oz<br />
Weave Duck<br />
Water Standard<br />
Repellency<br />
Colors Natural, Black,<br />
Tan, Yellow,<br />
Red, Navy,<br />
Royal Blue<br />
Table <strong>of</strong> Contents<br />
Another Filament Blend<br />
Outer Shell on the Way<br />
Armor...Unlike the 100% filament<br />
Nomex ® <strong>of</strong> a couple decades ago,<br />
this version <strong>of</strong> filament outer shell is<br />
being made in the U.S. The UL website<br />
lists the new material as 7.1<br />
ounces per square yard, 75%<br />
Kevlar ® /25% Nomex ® twill with no indication<br />
<strong>of</strong> the percentage or which<br />
type <strong>of</strong> filament (Kevlar ® , Nomex ® or<br />
both). Most other stitchers have<br />
found (and pointed out) performance<br />
problems with these types <strong>of</strong> materials.<br />
We have already lab tested this<br />
latest iteration <strong>of</strong> filament infused<br />
material and found that it <strong>of</strong>fers no<br />
advantage in Thermal Protective Performance<br />
(TPP), and provides about<br />
30-50 points less Total Heat Loss<br />
(THL), than all the other Kevlar ® rich<br />
Better and Best shells <strong>of</strong>fered by<br />
<strong>Morning</strong> <strong>Pride</strong> and all the other manufacturers.<br />
It also appears this new<br />
material is being positioned near the<br />
same price range as Pbi and PBO ® .<br />
But, preliminary burst strength after<br />
some 2.0 cal heat exposures shows<br />
it <strong>of</strong>fers far less than half the remaining<br />
strength as current high end<br />
outer shells. More testing is under<br />
way, but it is already fairly clear<br />
Armor falls well short <strong>of</strong> premium<br />
shells already on the market.<br />
We will continue testing and add the<br />
product if it appears to provide any<br />
value, but at this point we fail to see<br />
any advantage to the product.<br />
For more information on this<br />
material, contact your Regional<br />
Director.<br />
Structural or <strong>Tech</strong>nical Rescue and<br />
Recovery Outer Shell Continues…<br />
Honeywell First Responder Products 70
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Structural or <strong>Tech</strong>nical Rescue and<br />
Recovery Outer Shells Discussion<br />
Continued…<br />
71<br />
Pbi /Kevlar ®<br />
Pbi /Kevlar ® products being marketed<br />
in the fire service (ours and our competitors)<br />
are most <strong>of</strong>ten as an engineered<br />
blend <strong>of</strong> 40% Pbi and 60% Kevlar ® .<br />
Pbi /Kevlar ® has distinguished itself in<br />
some <strong>of</strong> the most active metro departments.<br />
The fabric was initially developed<br />
as part <strong>of</strong> the Project FIRES effort to<br />
provide non-charring protection at<br />
temperatures above the capabilities <strong>of</strong><br />
Nomex ® (approximately 750 degrees F).<br />
While Nomex ® remains an effective<br />
insulator charred, it can break away with<br />
movement, and in the event <strong>of</strong> a continued<br />
or secondary exposure could allow<br />
a potentially serious breach in the<br />
protective envelope. Pbi /Kevlar ® , in<br />
contrast, will resist charring up to<br />
temperatures that exceed the firefighter’s<br />
biological capabilities. Pbi /Kevlar ®<br />
<strong>of</strong>fers very high anti-char performance.<br />
Pbi /Kevlar ® is available in 7.5 oz weight.<br />
Pbi /Kevlar ® is available with enhanced<br />
waterpro<strong>of</strong>ing. This 7.5 oz rip-stop<br />
product is available in Black and dying<br />
the natural Bronze color seems to<br />
dramatically reduce UV degradation<br />
problems and to improve durability. In<br />
our opinion, the Pbi /Kevlar ® outer shell<br />
(especially in Black) is one <strong>of</strong> the most<br />
preferred and high performing outer shell<br />
products.<br />
Pbi /Kevlar ® – Both Black & Bronze<br />
Pbi are available for quick delivery<br />
in our Custom Stock Program<br />
(Pages 64-66).<br />
Model 32xx<br />
Weight 7.5 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Bronze, Black<br />
(3 pic)<br />
www.HoneywellFirstResponder.com<br />
Pbi Matrix<br />
Material Choices<br />
Pbi Matrix products being marketed in<br />
the fire service (ours and our competitors)<br />
are an engineered blend <strong>of</strong> Pbi and<br />
Kevlar ® with the addition <strong>of</strong> Kevlar ®<br />
“cables” into the weaving <strong>of</strong> the cloth. In<br />
our opinion, the biggest advantage <strong>of</strong> the<br />
addition <strong>of</strong> these Kevlar ® cables is an<br />
improvement in fabric strength after<br />
ultraviolet light exposure for undyed<br />
Bronze cloth. We consider this significant,<br />
primarily for Bronze undyed color product,<br />
because the dye in Black Pbi /Kevlar ®<br />
seems to minimize UV degradation issues<br />
already. The only real complaint we have<br />
ever had from the field on Pbi /Kevlar ®<br />
product is the UV sensitivity <strong>of</strong> undyed<br />
Bronze product (<strong>of</strong> course, all FR<br />
materials have the same UV sensitivity,<br />
but most products are dyed, which<br />
protects against UV somewhat). The<br />
addition <strong>of</strong> the Kevlar ® cables seems to<br />
help the Bronze undyed Matrix Pbi <br />
address this challenge. There are also<br />
Taber Abrasion and Trap Tear advantages<br />
for the Pbi Matrix (as compared to traditional<br />
Pbi /Kevlar ® ), but since traditional<br />
Pbi /Kevlar ® already performed exceptionally<br />
well in those areas, we consider<br />
those improvements less significant.<br />
These Matrix products use Kevlar ®<br />
cables, feature enhanced water repellency<br />
and are 7.2 to 7.5 oz weight<br />
materials. The Gemini Matrix uses a 400<br />
denier Kevlar ® cable and the SCT Matrix<br />
uses a heavier 600 denier Kevlar ® cable.<br />
Both materials are visually distinguishable<br />
from traditional Pbi /Kevlar ® , and to a<br />
lesser extent from each other.<br />
Table <strong>of</strong> Contents<br />
Model 42xx<br />
Weight 7.5 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Bronze, Black<br />
Model 43xx<br />
Weight 7.2 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Bronze, Black<br />
<strong>Morning</strong> <strong>Pride</strong>’s pr<strong>of</strong>essional opinion is<br />
that Pbi /Kevlar ® Black and Pbi Matrix<br />
Bronze are the highest performing and<br />
most protective outer shell choices.<br />
Outer shells made with DuPont Nomex ® and Kevlar ® are lightweight,<br />
tough and strong and <strong>of</strong>fer proven<br />
comfort, thermal performance and<br />
durability. Kevlar ® and Nomex ® <strong>of</strong>fer<br />
superior protection in thermal liners<br />
and breathable moisture barriers, too.
Pbi /Twaron/<br />
Lenzing FR ®<br />
This currently certified product for <strong>Tech</strong>nical<br />
Rescue and Recovery garments<br />
only is 5.3 oz weight, Rip Stop weave<br />
material and colors available are: Yellow,<br />
Hunter Green, Colbalt Blue and Natural<br />
(light Tan). Other colors available are:<br />
Red, Spruce, Orange and Tan, but on<br />
a special order basis in sufficient<br />
quantities.<br />
Model 46xx<br />
Weight 5.0 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Standard<br />
Colors Yellow, Navy,<br />
Bronze<br />
Special Order Red, Spruce,<br />
Colors Orange, Tan<br />
Note: <strong>Fire</strong> departments have asked<br />
for comparative data on Black shell<br />
performance (it appears to be<br />
increasingly popular). Contact our<br />
Customer Service Department for<br />
further information on the performance<br />
<strong>of</strong> Black shells (ask for Dealer<br />
Advisory #509). We also have a study<br />
that highlights the visual contrast<br />
sensitivity <strong>of</strong> Black shells against the<br />
reflective trim. This study provides<br />
you with new justifications for<br />
specifying Black or darker shells<br />
(ask for our Dealer Advisory #544).<br />
<strong>New</strong> Justifications for Black Outer<br />
Shells<br />
The market seems to be turning back to Black outer shells.<br />
We are asked almost weekly how to best justify such a<br />
move in light <strong>of</strong> some recently produced garments <strong>of</strong> Black<br />
Bas<strong>of</strong>il ® that exhibited some unusual fading and/or streakiness<br />
after washing.<br />
We have produced two studies. One covers the various<br />
justifications for Black outer shell specification, while the<br />
other highlights the visual contrast sensitivity <strong>of</strong> Black<br />
shells against the reflective trim products. The combined<br />
packet <strong>of</strong> these studies should prove useful to those who<br />
are interested in such a move. Contact our Customer<br />
Service Department and ask for the two studies on the<br />
justifications <strong>of</strong> Black outer shells (Dealer Advisory #509<br />
and #544).<br />
Filament Outer Shells<br />
Field problems with competitive<br />
filament outer shells and liners<br />
have recently surfaced. We have<br />
documented these in our Read<br />
this Comparison Before You<br />
Buy Turnouts with 2F3 ® Outer<br />
Shell position paper. Contact our<br />
Customer Service Department for<br />
a copy.<br />
Check the Interior <strong>of</strong> 2F3 ®<br />
Shells...We recently,<br />
however, saw a 2F3 ®<br />
shell with interior (but not<br />
exterior) shell deterioration.<br />
The photos below<br />
document what we saw.<br />
We could not find a manufacturing<br />
date on this<br />
coat, but it showed little<br />
use, and 2F3 ® has not<br />
been available for that long <strong>of</strong> a<br />
period.<br />
Structural or <strong>Tech</strong>nical Rescue and Recovery Outer Shell Continues…<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 72
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Structural or <strong>Tech</strong>nical Rescue and<br />
Recovery Outer Shells Discussion<br />
Continued…<br />
73<br />
PBO ® Blends<br />
PBO ® Blend products being marketed in<br />
the fire service (ours and our competitors)<br />
are actually an engineered blend <strong>of</strong><br />
40% Zylon and 60% <strong>Tech</strong>nora and 40%<br />
PBO ® /60% Kevlar ® . PBO ® is the newest<br />
<strong>of</strong> the premium outer shells, being<br />
commercialized only in early 2000.<br />
PBO ® performs most like Pbi /Kevlar ®<br />
but <strong>of</strong>fers comparatively higher taber<br />
abrasion test results (which should<br />
translate into better durability), lower<br />
water absorption tendencies, higher<br />
tear strength and better anti-char<br />
characteristics (but Pbi /Kevlar ® already<br />
<strong>of</strong>fers such high anti-char resistance that<br />
this latter point may be <strong>of</strong> suspect value).<br />
In fact, PBO ® <strong>of</strong>fers the best performance<br />
in Taber Abrasion resistance<br />
testing when compared to any other<br />
commercially available outer shell fabric.<br />
PBO ® also <strong>of</strong>fers the highest strength<br />
retention and thermal stability after<br />
thermal exposure when compared to any<br />
other commercially available outer shell<br />
fabric. PBO ® composites, however, tend<br />
to deliver lower insulative performance<br />
than composites with equivalent weight<br />
Pbi outer shells. Also, PBO ® durability<br />
problems have been reported in other<br />
markets (especially bullet-pro<strong>of</strong> vests).<br />
PBO ® , as initially <strong>of</strong>fered, was somewhat<br />
stiff, but Southern Mills (currently the<br />
only source for PBO ® under their trade<br />
name Millenia ® ) has done much and<br />
continues to work to s<strong>of</strong>ten the hand <strong>of</strong><br />
the product. This catalog includes a very<br />
lightweight and flexible 5.3 oz<br />
PBO ® /Kevlar ® shell which we feel is ideal<br />
for <strong>Tech</strong>nical Rescue and Recovery<br />
applications. PBO ® is so durable that this<br />
lightweight shell will <strong>of</strong>fer acceptable life<br />
in <strong>Tech</strong>nical Rescue and Recovery use<br />
(with very low resistance to motion<br />
and bulk). In <strong>Tech</strong>nical Rescue and<br />
Recovery, the comparative decreased<br />
insulation noted with PBO ® is not a<br />
significant issue as it is in Structural<br />
firefighting applications. Contact your<br />
www.HoneywellFirstResponder.com<br />
Material Choices<br />
Regional Director if you wish to arrange<br />
field tests or see material samples on this<br />
(or any other current) <strong>of</strong>fering.<br />
Model 13xx<br />
Weight 5.3 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Bronze<br />
Model 33xx<br />
Weight 7.5 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Bronze<br />
PBO ® /Kevlar ® /Nomex ®<br />
PBO ® /Kevlar ® /Nomex ® is Southern<br />
Mills’ new outer shell product –<br />
Advance Ultra (at one time it was called<br />
Ovation). The material is a 7.5 oz blend<br />
<strong>of</strong> 60% Kevlar ® , 20% Nomex ® and 20%<br />
PBO. ® It now available in Light Gold,<br />
Yellow, Dark Gold and Black Gold. We<br />
feel it is the best <strong>of</strong> the mid-grade<br />
materials and would be an excellent<br />
upgrade for customers currently in<br />
Nomex ® IIIA, Kevlar ® /Nomex ®<br />
(Advance , Fusion ® , Crusader ® ) and<br />
Bas<strong>of</strong>il ® /Kevlar ® , but not an acceptable<br />
alternative for Pbi /Kevlar ® customers.<br />
Model 64xx<br />
Weight 7.5 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Standard<br />
Colors Light Gold, Yellow,<br />
Dark Gold and<br />
Black Gold<br />
Table <strong>of</strong> Contents<br />
Improvements in<br />
Millenia ® PBO ® ...<br />
Southern Mills has announced<br />
some improvements in Millenia ®<br />
(33xx in the <strong>Morning</strong> <strong>Pride</strong> model<br />
numbering system). They are<br />
replacing the Millenia ® with Millenia<br />
XT ® on a running change basis and<br />
our model number will remain<br />
unchanged.<br />
Compared to Millenia ® , Millenia XT ®<br />
has the following differences:<br />
• It is a Rip Stop weave as opposed<br />
to Millenia’s Twill<br />
• Perhaps because <strong>of</strong> the extra air<br />
spaces in the Rip Stop weave, we<br />
have seen a fairly significant jump<br />
in TPPs. Lower TPPs (than other<br />
outer shells <strong>of</strong> comparative<br />
weight) have always been a<br />
problem for Millenia ® , but the XT<br />
product has bridged much <strong>of</strong> the<br />
gap.<br />
• The feel is much s<strong>of</strong>ter and more<br />
supple<br />
While the market has little field<br />
experience with the new XT<br />
product, lab results are very<br />
encouraging. Southern Mills is so<br />
convinced that Millenia XT ® <strong>of</strong>fers<br />
strong durability advantages, that<br />
they are <strong>of</strong>fering a free 5-year<br />
warranty against fabric holes and<br />
tears.<br />
Like Millenia ® , Millenia XT ® is only<br />
available in natural gold (bronze).
Summary <strong>of</strong> our Structural/<strong>Tech</strong>nical Rescue and Recovery Outer Shell Model<br />
Numbers and Mill Trade Names<br />
Model Material/Weight Weave Water Repellency Colors<br />
13xx PBO ® 40%/Kevlar ® 60% – 5.3 oz Rip Stop Enhanced Bronze<br />
Millenia Lite ® from Southern Mills<br />
14xx Kevlar ® 60%/Nomex ® 40% – 7.0 oz Rip Stop (3 pic) Standard Black, Yellow, Rust, Navy, Khaki, Gold<br />
Advance ® from Southern Mills<br />
20xx Nomex ® IIIA – 6.0 oz Rip Stop Standard Natural, Black, Tan, Yellow<br />
Defender ® from Southern Mills<br />
21xx Nomex ® IIIA – 6.0 oz Rip Stop Enhanced Natural, Black, Tan, Yellow, Red,<br />
Defender ® from Southern Mills Navy, Royal Blue<br />
24xx Nomex ® IIIA – 7.5 oz Duck Standard Natural, Black, Tan, Yellow, Red,<br />
Brigade ® from Difco, Royal Blue, Navy<br />
Defender ® from Southern Mills<br />
25xx Bas<strong>of</strong>il ® 40%/Kevlar ® 60% – 7.5 oz Rip Stop Enhanced Natural, Yellow, Golden Brown, Black<br />
Omni 45 ® from Amatex Norfab<br />
32xx Pbi 40%/Kevlar ® 60% – 7.5 oz Rip-Stop Enhanced Bronze, Black (3 pic)<br />
Guardian ® from Difco (Bronze only)<br />
Kombat ® from Southern Mills<br />
Pbi Gold Plus ® from <strong>Safety</strong> Components<br />
<strong>Tech</strong>nologies<br />
33xx PBO ® 40%/<strong>Tech</strong>nora 60% – 7.5 oz Rip Stop Enhanced Bronze<br />
Millenia XT ® from Southern Mills<br />
34xx Kevlar ® 60%/Nomex ® 40% – 7.0 oz Rip Stop Enhanced Black, Yellow, Rust, Navy, Khaki,<br />
Advance ® from Southern Mills<br />
35xx Bas<strong>of</strong>il ® 40%/Kevlar ® 60% with Grid <strong>of</strong> Twill Enhanced Brown<br />
Kevlar ® Grid <strong>of</strong> Kevlar ® Sheathed, Filament<br />
Zylon – 7.72 oz<br />
Omni Elite ® from Amatex Norfab<br />
42xx Pbi Matrix – 7.5 oz Rip Stop Enhanced Bronze, Black<br />
Gemini Matrix ® from Southern Mills<br />
(400 Denier Kevlar Cables)<br />
43xx Pbi Matrix – 7.2 oz Rip Stop Enhanced Bronze, Black<br />
SCT Matrix ® from <strong>Safety</strong> Components<br />
<strong>Tech</strong>nologies (600 Denier Kevlar ® Cables)<br />
44xx Kevlar ® /Nomex ® – 7.0 oz Rip Stop (2 pic) Enhanced Black and Bronze (50%/50% Blend),<br />
Fusion ® from <strong>Safety</strong> Components Brass and Gold (60%/40% Blend)<br />
<strong>Tech</strong>nologies<br />
46xx Pbi 20%/Twaron 50%/ Rip Stop Standard Yellow, Navy, Bronze<br />
FR Lenzing 30% – 5.3 oz Special Order Colors: Red, Spruce,<br />
TriGuard from Difco Orange, Tan<br />
54xx Kevlar ® 60%/Nomex ® 40%/7.5 oz Rip Stop (2 pic) Enhanced Black, Yellow, Rust, Navy, Khaki,<br />
Crusader ® from Difco Gold<br />
64xx PBO ® 20%/Kevlar ® 60%/ Rip Stop Enhanced Light Gold, Yellow, Dark Gold,<br />
Nomex ® 20%/7.5 oz Black Gold<br />
Advance Ultra from Southern Mills<br />
Note: This summary is current to the best <strong>of</strong> our knowledge. It is possible other mills could begin to <strong>of</strong>fer the materials referenced<br />
after this catalog is printed.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 74
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Proximity Outer Shell Options<br />
Aluminized Pbi Para Aramid –<br />
Although <strong>Morning</strong> <strong>Pride</strong> has manufactured<br />
Proximity products out <strong>of</strong><br />
aluminized Para Aramid and Nomex ® in<br />
the past, the advantages <strong>of</strong> the new knit<br />
Pbi Para Aramid aluminum substrate<br />
are so strong that we have limited our<br />
line to the product. Cracking <strong>of</strong> the<br />
aluminized skin is a problem that<br />
plagues most conventional fabrics.<br />
The suppleness <strong>of</strong> this aluminized<br />
33%/Pbi /67% Para Aramid knit helps to<br />
reduce cracking significantly. Because<br />
they are stiff, conventional aluminized<br />
woven fabrics tend to crease in the same<br />
place each time they bend, causing<br />
cracks in that area. The flexible Pbi <br />
75<br />
Aluminized Pbi Para Aramid<br />
www.HoneywellFirstResponder.com<br />
Comparative Properties <strong>of</strong> Aluminized Pbi Para Aramid<br />
vs Earlier <strong>Tech</strong>nology Aluminized Fabrics<br />
Properties 33% Pbi 100% 100% Pbi Para Aramid Blend<br />
67% Para Nomex ® Para Advantage<br />
Aramid Aramid<br />
Physical Properties<br />
Fabric type Knit Woven Woven Significantly lighter than<br />
Weight (oz/yd2) 7.0 9.0 11.0 Para Arimid<br />
Trapezoidal Tear Strength, WxF (lbs) 23 x 28 39 x 17 41 x 44 Only Pbi Para Arimid<br />
meet NFPA 1971 tear standard<br />
Force to bend (gm) Outer elbow 65 240 295 Up to 5 times more flexible than<br />
Para Arimid<br />
Inner elbow 130 240 300 Up to 4 times more flexible<br />
Thermal Properties<br />
FSTM 5903 Vertical Flammability 0 x 0 0 x 0 0 x 0 Significantly better than Nomex ® ,<br />
After flame (sec) equivalent to Para Arimid<br />
Char length (in) 0.4 3.1 0.6<br />
FSTM 5905 Vertical Flammability<br />
First After flame (sec) 0 x 0 8 x 12 0 x 0 Significantly better than Nomex ® ,<br />
Second After flame (sec) 1 x 0 4 x 10 0 x 0 equivalent to Para Aramid<br />
% consumed 10 x 12 33 x 33 13 x 5<br />
Thermal Protective Performance (TPP)<br />
Structural, single layer* 12.0 13.0 14.0 Comparable<br />
Radiant, with ensemble** 79.7 80.4 81.2 Comparable<br />
* NFPA 1971 Standard TPP test exposure 2.0 cal/cm2 sec. 5050 radiant/convective<br />
**100% Radiant procedure (no flame, quartz heaters only): 9.6 cal/cm2 sec. Ensemble used with each outer shell - 9.0 oz/yd2 neoprene coated polyester/cotton,<br />
9.0 oz/yd2 reprocessed aramid batt with Aramid facecloth.<br />
Material Choices<br />
Para Aramid knit creases differently<br />
each time it bends, and this helps to<br />
prolong the life <strong>of</strong> the aluminum coating.<br />
Customers should, however, be aware<br />
that while this is the most durable <strong>of</strong><br />
aluminized shells, all aluminized fabrics<br />
have a much shorter wear life than<br />
non-aluminized fabrics (but non-aluminized<br />
fabrics don’t meet NFPA 1971<br />
radiant heat test requirements). As the<br />
chart below shows, the Pbi Para Aramid<br />
knit fabric is significantly lighter, more<br />
flexible and more supple than the earlier<br />
aluminized products <strong>of</strong> Para Aramid and<br />
Nomex ® (test results show that it takes<br />
up to five times more force to bend the<br />
earlier fabrics). The lighter weight <strong>of</strong> the<br />
Table <strong>of</strong> Contents<br />
Pbi Para Aramid knit also means<br />
wearers may experience less stress and<br />
fatigue. Finally, the chart that follows<br />
shows better or equivalent protective<br />
performance for the Pbi Para Aramid<br />
knit (in spite <strong>of</strong> its lower weight and<br />
suppleness).<br />
Model 76xx<br />
Weight 7.0 oz<br />
Weave Rip Stop<br />
Description Aluminized Pbi Aramid Rip Stop<br />
Knit<br />
Color Silver
<strong>Tech</strong>nical Rescue and<br />
Recovery Outer Shell<br />
Options<br />
<strong>Tech</strong>nical Rescue and Recovery<br />
garments are available in the following<br />
materials (discussed in some detail on<br />
pages 69 to 73).<br />
PBO /Kevlar ®<br />
Model 13xx<br />
Weight 5.3 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Bronze<br />
Nomex ® IIIA<br />
Model 21xx<br />
Weight 6.0 oz<br />
Weave Rip Stop<br />
Water Enhanced<br />
Repellency<br />
Colors Natural, Black,<br />
Tan, Yellow,<br />
Red, Navy, Royal<br />
Blue<br />
Pbi /Twaron/FR Rayon<br />
Model 45xx<br />
Weight 5.0 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Standard<br />
Colors Gold, Navy<br />
EMS Outer Shell<br />
Options<br />
Textured Polyester – This tough yet<br />
supple 5.5 oz outer shell is exceptionally<br />
supple and comfortable to wear. Its<br />
weave characteristics and surface<br />
engineering also help resist soiling.<br />
Polyester is NOT flame resistant (FR),<br />
however NFPA 1999 does not require<br />
flame resistance (discussed in some<br />
detail on page 69 to 73).<br />
We <strong>of</strong>fer FR EMS only certified systems<br />
below; we also <strong>of</strong>fer FR <strong>Tech</strong>nical<br />
Rescue and Recovery gear that is also<br />
EMS, and Liquid Splash and HazMat<br />
certified, as well.<br />
Textured Polyester<br />
Non-FR<br />
Model 81xx<br />
Weight 5.5 oz<br />
Description Textured Polyester<br />
Colors Royal Blue,<br />
Bright Orange,<br />
Bright Lime<br />
PBO ® /Kevlar ® FR<br />
Model 13xx<br />
Weight 5.3 oz<br />
Weave Rip Stop<br />
Water<br />
Repellency<br />
Enhanced<br />
Colors Bronze<br />
Nomex ® IIIA FR<br />
Model 21xx<br />
Weight 6.0 oz<br />
Weave Rip Stop<br />
Water Enhanced<br />
Repellency<br />
Colors Natural, Black,<br />
Tan, Yellow,<br />
Red, Navy, Royal<br />
Blue<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products<br />
76
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Thermal Lining Material<br />
Discussions<br />
(Listed Alphabetically)<br />
See Page 67 for Trade Name <strong>of</strong> Thermal<br />
Linings Discussion<br />
Fabric Weights<br />
Generally the lower weight the liner<br />
material, the less insulation but the more<br />
breathability. The Indianapolis IAFF<br />
study demonstrated that the degree <strong>of</strong><br />
breathability <strong>of</strong> a system strongly<br />
correlated with the physiological stress<br />
imposition <strong>of</strong> that system on the<br />
firefighter (high breathability minimized<br />
stress imposition and low breathability<br />
increased stress imposition). Stress<br />
remains the leading cause <strong>of</strong> firefighter<br />
death. In fact, stress is the causative<br />
factor for more firefighter deaths than all<br />
other factors added together! Therefore<br />
maximizing system breathability to<br />
reduce stress is a critical design goal.<br />
Our customers have enjoyed great<br />
success by utilizing dead air panels and<br />
extended dead air panels to beef up the<br />
insulative performance <strong>of</strong> the new<br />
thinner, high breathability liners (i.e. thus<br />
having lighter liner advantages without<br />
77<br />
www.HoneywellFirstResponder.com<br />
Material Choices<br />
their disadvantages). We recommend<br />
that customers strongly consider some<br />
<strong>of</strong> these new lighter liners with dead air<br />
or extended dead air panels as they are<br />
proving uniquely effective at maintaining<br />
adequate protection levels with<br />
minimized stress imposition.<br />
Slickness<br />
A slick facecloth will make your liner<br />
easier to put on and will make the<br />
garment feel much better while trying on<br />
(say in a trade show booth). However<br />
the slick facecloths tend to not wick as<br />
well as the non-slick facecloths. That is<br />
why slick liners are <strong>of</strong>ten reported as<br />
being “clammy” in field use. The slick<br />
liners also tend to <strong>of</strong>fer lower breathability<br />
performance, which can translate into<br />
sharply reduced comfort levels and<br />
accelerated stress build-up. Southern<br />
Mills has blended slick filament and<br />
woven strands in their Caldura faced<br />
liners (and SCT does the same in their<br />
Glide liners) to help address this<br />
problem.<br />
Quilting<br />
All <strong>Morning</strong> <strong>Pride</strong> liners, except the<br />
TAC xxNx one layer liner, feature fill and<br />
facecloth stitched together in a quilt<br />
pattern for maximum stability and<br />
durability.<br />
Oven used for<br />
NFPA 1971 500° F,<br />
5 minute thermal<br />
stability testing.<br />
Table <strong>of</strong> Contents
Table <strong>of</strong> Contents<br />
Appropriate Moisture<br />
Management in<br />
<strong>Fire</strong>fighter PPE...<br />
Most <strong>of</strong> you are aware <strong>of</strong> the unique<br />
position that one competitor has<br />
taken within the marketplace: that<br />
drier liners are better. We and<br />
essentially all other manufacturers<br />
(and the athletic sports industry)<br />
have pushed systems that absorb<br />
sweat <strong>of</strong>f your skin with the heat<br />
energy it carries, which then spread<br />
the sweat in the liner for greater<br />
surface area and quicker drying.<br />
The market, at least in our opinion,<br />
has come to strongly prefer our<br />
moisture management concepts.<br />
This position paper briefly addresses<br />
competitive Demo #1 –<br />
The bucket dunk test. Then it <strong>of</strong>fers<br />
considerable detail on controlled<br />
testing that, we feel clearly repudiates<br />
the claims advanced reportedly<br />
by the one competitor in their new<br />
Demo #2 – Hot plates and single<br />
layer uncontrolled testing.<br />
If you have a customer that has had<br />
this testing done, allow us to come<br />
out (or bring them to Dayton) with<br />
controlled laboratory testing <strong>of</strong> all<br />
layers using accepted test protocols<br />
and comparable materials.<br />
Please contact our Customer<br />
Service Department for a copy <strong>of</strong><br />
this position paper.<br />
Thermal Lining Materials Continues…<br />
Honeywell First Responder Products 78
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Thermal Lining Materials Continued…<br />
Sweat Management and<br />
the Wet vs. “Dry”<br />
Thermal Liner Debate<br />
One <strong>of</strong> our competitors is putting an<br />
anti-wick finish on their liners. It would<br />
be easy to treat our liner with water<br />
repellent as we do the outer shell, might<br />
even make a nifty bucket dunk demo, but<br />
it would not serve your best interests.<br />
Use your common sense...don’t be<br />
fooled!<br />
You ARE going to sweat...a liner in<br />
your bunker gear that doesn’t absorb<br />
moisture leaves that stressful sweat (and<br />
the heat it carries) on your skin...AND it<br />
means you stay wet longer!<br />
Think About It:<br />
• When you’re hot and sweaty, would<br />
you rather have an absorbent towel<br />
to dry <strong>of</strong>f with or a non-absorbent<br />
plastic wrap that will keep that heat<br />
and moisture ON your skin?<br />
• The more sweat directly on your body,<br />
the more stress and fatigue you will<br />
experience through heat re-absorption.<br />
• If you’re an aggressive firefighter, the<br />
sweat is going to be there – you can<br />
79<br />
✔ Towel<br />
X<br />
Not good to wear after<br />
sweating!!!<br />
www.HoneywellFirstResponder.com<br />
Material Choices<br />
choose how to manage that sweat<br />
(the sweat still contains part <strong>of</strong> the heat<br />
it took out <strong>of</strong> the body).<br />
1. By keeping it concentrated on your<br />
skin by wearing non-absorptive<br />
garments (plastic wrap “dry” liners)<br />
– or –<br />
2. By wicking it away from your body,<br />
increasing the moisture surface<br />
area, and spreading it out within<br />
your system for faster evaporation<br />
(wicking “towel” liners).<br />
Don’t be fooled by claims that your system<br />
becomes much heavier if it absorbs<br />
your sweat (especially if the “pro<strong>of</strong>” involves<br />
submerging your garments in<br />
water)…the same sweat is going to be<br />
there either way – on your body or<br />
in the gear. Total weight will not change<br />
and a non-absorbent liner can delay<br />
drying time since sweat stays pooled<br />
near the skin. An absorbent liner<br />
spreads the sweat moisture out for<br />
quicker drying. For further discussion,<br />
ask for our Common Sense is Hard to<br />
Argue Against position paper.<br />
So, All Aggressive<br />
<strong>Fire</strong>fighters Sweat...<br />
How You Manage that Sweat<br />
is YOUR Choice!<br />
Wicking Ability<br />
Sweat is the prime mechanism that the<br />
human body uses to dissipate excess<br />
heat (i.e. psysiological stress is measured<br />
by heat buildup or core temperature<br />
within the body). It is critical to effective<br />
stress management that sweat and the<br />
heat it still carries be absorbed or ventilated<br />
<strong>of</strong>f the skin as soon as possible.<br />
When sweat is left to lie on the skin,<br />
perhaps because the thermal liner is<br />
non-absorptive, the heat energy it<br />
carries is stressfully recycled back into<br />
the firefighter’s body. Some firms are<br />
Table <strong>of</strong> Contents<br />
marketing non-absorptive liners with the<br />
argument that “the suit stays lighter<br />
without water pickup.” It is easy to make<br />
a non-absorptive liner; commercial<br />
finishes are readily available. But it is<br />
important to remember that the firefighter<br />
is still sweating, a non-absorptive liner<br />
does not make the load lighter (the water<br />
is still there, but on the skin or on the<br />
station uniform where it is easier for the<br />
heat it carries to be recycled<br />
stressfully back into the body).<br />
Drying Ability<br />
The perfect liner is one that is highly<br />
wickable (to remove the heat, carrying<br />
sweat <strong>of</strong>f the firefighter’s skin) BUT quick<br />
drying (that is how to truly make the<br />
whole system light and without stressing<br />
the firefighter). Some <strong>of</strong> the spunlaced<br />
fill liners (Nomex ® /2 layers E89 xx4x,<br />
Protective Comfort ® xxEx, Meta Aramid/2<br />
layer Spunlace xx1x) are among the best<br />
in that regard. The spunfill spreads the<br />
moisture as it absorbs it, and increases<br />
the surface area <strong>of</strong> the moisture which<br />
facilitates evaporative drying (consider<br />
how much more quickly a puddle on the<br />
station floor dries when it is spread over<br />
a large area with a squeegee). These<br />
particular liners are also thin, highly<br />
breathable and work well with our Dead<br />
Air/Extended Dead Air Panel systems.<br />
The new xxNx one layer liner also seems<br />
to <strong>of</strong>fer excellent dry properties.<br />
Summary<br />
Non-wicking liners stay dry (but do not<br />
reduce overall system wetness) by<br />
leaving stressful heat carrying sweat on<br />
the body or station uniform and should<br />
be avoided. Also, since they do not<br />
spread moisture for facilitated evaporative<br />
drying, these liners also <strong>of</strong>ten mean<br />
the over-all system stays wetter longer.<br />
For the reasons discussed above, all<br />
<strong>Morning</strong> <strong>Pride</strong> liners are treated with<br />
Wickwell to move moisture <strong>of</strong>f the skin to<br />
facilitate drying.
Structural and Proximity Thermal Lining Options<br />
Meta Aramid/Spunlace<br />
Meta Aramid/Spunlace – Omni ® liners<br />
from Amatex Norfab. Meta aramid is the<br />
type <strong>of</strong> material that Nomex ® is. However,<br />
Nomex ® is a trademarked name <strong>of</strong><br />
Du Pont. A Meta Aramid is a material<br />
NOT produced by Du Pont and might be<br />
used in these facecloths. This group <strong>of</strong><br />
liners are very thin and comfortable.<br />
The single layer spunlace is so low in<br />
insulation, it may not be advisable with<br />
most shells.<br />
Model xxHx<br />
Weight 5.2 oz<br />
Face/Weight Spun Meta<br />
Aramid – 3.6 oz<br />
Fill/Weight 1 Layer <strong>of</strong><br />
Spunlace* –<br />
1.6 oz<br />
Breathability Excellent<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Navy<br />
Model xxix<br />
Weight 7.4 oz<br />
Face/Weight Spun Meta<br />
Aramid<br />
Calendared –<br />
3.6 oz<br />
Fill/Weight 1 Layers <strong>of</strong> 1.5 oz<br />
and 1 layer <strong>of</strong><br />
2.3 oz Spunlace*<br />
– 3.8 oz<br />
Breathability Excellent<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Medium Blue<br />
Note: As with all our light or light liners,<br />
we STRONGLY recommend the extra<br />
insulation <strong>of</strong> extended Dead Air Panels<br />
in the xxHx and xxIx liner equipped<br />
systems.<br />
*Final weight <strong>of</strong> NFPA 2007 edition<br />
revision product yet to be determined at time <strong>of</strong> catalog<br />
printing.<br />
Model xxJx<br />
Weight 8.4 oz<br />
Face/Weight Spun Meta<br />
Aramid – 3.6 oz<br />
Fill/Weight 3 Layers <strong>of</strong><br />
Spunlace* –<br />
4.8 oz<br />
Breathability Above Average<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Navy<br />
Quantum Feather Weight 3D/Spunlace<br />
Quantum liners facecloth feature a distinctive<br />
checked pattern <strong>of</strong> 100% metaaramid<br />
that is 75% spun and 25%<br />
filament thread and is 3.9 oz per square<br />
yard. The Quantum facecloth is tan in<br />
color with lighter color areas. There are<br />
two Quantum liners. The xxZx features<br />
the Quantum facecloth quilt stitched to 2<br />
layers <strong>of</strong> spun laced material, one <strong>of</strong><br />
which is 2.3 oz/sq yard and one <strong>of</strong> which<br />
is 1.5 oz/sq. yard for a total liner weight<br />
<strong>of</strong> 7.7 oz. The xxLx features the Quantum<br />
facecloth quilt stitched to a single<br />
layer <strong>of</strong> 2.3 oz spunlace, for a total liner<br />
weight <strong>of</strong> 6.2 oz. In both liners, the<br />
spunlace is a meta aramid/para aramid<br />
non-woven with a 3D pattern. The 3D<br />
pattern craters insulating air without<br />
weight or movement restriction. Quantum<br />
liners are only available for usewith<br />
Tencate/Southern Mills outer shells<br />
ONLY. Specifically, we <strong>of</strong>fer the following<br />
Tencate outer shells:<br />
Advance 14xx and 34xx<br />
Kevlar ® /Nomex ®<br />
Advance Ultra 64xx – PBO ® /<br />
Kevlar ® /Nomex ®<br />
Advance PCA 74xx<br />
Producer dyed Advance ®<br />
Defender 20xx, 21xx<br />
Nomex ® and 24xx<br />
Gemini Matrix * 42xx<br />
Pbi Matrix ®<br />
Kombat 32xx<br />
Pbi /Kevlar ®<br />
Table <strong>of</strong> Contents<br />
Kombat 32xx<br />
Pbi /Kevlar ®<br />
Millenia Lite 13xx<br />
PBO ® /Kevlar ®<br />
Millenia XT* 33xx<br />
PBO ® /<strong>Tech</strong>nora ®<br />
*When Quantum 3D is used with<br />
Gemini Matrix (42xx) or Millenia XT<br />
(33xx) with Crosstech ® moisture barriers,<br />
the system is a Peak Performance<br />
System (and will be so labeled).<br />
Model xxZx<br />
Weight 7.7 oz<br />
Face/Weight 75% Spun Meta<br />
Aramid and<br />
25% Filament –<br />
3.9 oz<br />
Fill/Weight 1 Layer <strong>of</strong> 2.3 oz<br />
and 1 Layer <strong>of</strong><br />
1.5 oz Meta<br />
Aramid/Para<br />
Aramid Spunlace<br />
with a 3D Pattern<br />
– 3.8 oz<br />
Breathability Good<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Khaki Tan<br />
The xxLx is an exceptionally comfortable<br />
and lightweight liner, that works exceptionally<br />
well with either <strong>of</strong> the the 3 layer<br />
Crosstech moisture barrier products (the<br />
xxxT non-CBRN and the xxxH CBRN<br />
barrier).<br />
Model xxLx<br />
Weight 6.2 oz<br />
Face/Weight 75% Spun Meta<br />
Aramid and 25%<br />
Filament – 3.9 oz<br />
Fill/Weight 1 Layer <strong>of</strong> 2.3 oz<br />
Meta Aramid/Para<br />
Aramid Spunlace<br />
with 3D Pattern –<br />
2.3 oz<br />
Breathability Excellent<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Khaki Tan<br />
Thermal Lining Materials Continues…<br />
Honeywell First Responder Products 80
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Structural and Proximity Thermal Lining<br />
Options Continued…<br />
Nomex ® /Batt Heavy<br />
Nomex ® /Batt Heavy – Isolator ® from<br />
Springs; Q9 ® from Southern Mills; XLT ®<br />
from Difco. This is the heaviest <strong>of</strong> all the<br />
liners, and as such, it <strong>of</strong>fers the most<br />
insulation and the least breathability. It is<br />
also one <strong>of</strong> the most economical liner<br />
choices. Sweating guarded hot plate<br />
testing was on-going as this catalog went<br />
to print; it is possible this heavy liner may<br />
not meet minimum breathability requirements<br />
with some <strong>of</strong> the less breathable<br />
moisture barriers. If there is a problem<br />
with your order in this regard, our<br />
Customer Service Department will be in<br />
contact.<br />
81<br />
Nomex ® /Batt Heavy is available for<br />
quick delivery in our Custom Stock<br />
Program (Pages 64-66).<br />
Model xx2x<br />
Weight 9.4 oz<br />
Face/Weight Spun Nomex ® –<br />
3.4 oz<br />
Fill/Weight Nomex ® Heavy<br />
Batt – 6.0 oz<br />
Breathability Poor<br />
Wicking Excellent<br />
Drying Poor<br />
Face Color Light Blue<br />
www.HoneywellFirstResponder.com<br />
Material Choices<br />
Nomex ® /Batt Light<br />
Nomex ® /Batt Light – Aralite ® from<br />
Southern Mills; Chambray ® from SCT;<br />
Isolater Plus ® from Springs; Xtra-Lite ®<br />
from Difco. This lighter batt lining material<br />
is intended to provide a compromise<br />
between the relatively high bulk and<br />
insulation <strong>of</strong> Batt Heavy liner products<br />
and the relatively low bulk and insulation<br />
<strong>of</strong> the newer materials, such as Spunlace<br />
products. The batt in this liner is<br />
Kevlar ® . Chambray Thermal Liners (xxFx<br />
in our model numbering system) <strong>of</strong>ten<br />
appeal to customers that currently utilize<br />
Model xx0x<br />
Weight 7.2 oz<br />
Face/Weight Spun Nomex ® –<br />
3.4 oz<br />
Fill/Weight Kevlar ® Light Batt<br />
(70% Garnetted<br />
30% Virgin)– 3.8 oz<br />
Breathability Average<br />
Wicking Good<br />
Drying Good<br />
Face Color Teal<br />
Nomex ® /Batt Light (Aralite ® ) thermal<br />
liners, our xx0x model number. Both<br />
liners are priced the same, but many<br />
customers feel the Chambray ® facecloth<br />
is more comfortable than the Nomex ®<br />
facecloth in the xx0x system. Further,<br />
the virgin batt in the Chambray ® system is<br />
<strong>of</strong>ten felt to be more stable during field<br />
use (even dimensionality and hence<br />
tendency toward consistent insulation<br />
levels throughout the liner). The<br />
Chambray ® liner features a 3.2 oz Iced<br />
Blue Nomex ® facecloth, quilt stitched to a<br />
4.0 oz, 100% virgin batt <strong>of</strong> Nomex ® and<br />
Kevlar ® batt for a total <strong>of</strong> 7.2 oz.<br />
Both Nomex ® /Batt Light Liners are available for quick delivery in our<br />
Custom Stock Program (Pages 64-66).<br />
Table <strong>of</strong> Contents<br />
Model xxFx<br />
Weight 7.2 oz<br />
Face/Weight Spun Nomex ®<br />
Rip-Stop – 3.2 oz<br />
Fill/Weight Kevlar ® Light Batt<br />
(100% Virgin) –<br />
4.0 oz<br />
Breathability Good<br />
Wicking Good<br />
Drying Good<br />
Face Color Iced Blue
Nomex ® E89<br />
Nomex ® E89 – This liner system is<br />
available in a number <strong>of</strong> lay ups and has<br />
proven to be one <strong>of</strong> our most popular<br />
systems. Nomex ® E89 appears to be the<br />
liner <strong>of</strong> choice for metro departments. It<br />
is light, wicks up sweat well and dries<br />
quickly. It is low bulk, so movement is<br />
facilitated. While this is not one <strong>of</strong> the<br />
very lightest liners, customers may wish<br />
to consider dead air paneling systems to<br />
beef up its insulative capabilities.<br />
Some Nomex ® E89 is available<br />
for quick delivery in our Custom<br />
Stock Program (Pages 64-66).<br />
Model xx3x<br />
Weight 7.9 oz<br />
Face/Weight Spun Nomex ® –<br />
3.4 oz<br />
Fill/Weight 3 Layers <strong>of</strong> 1.5 oz<br />
Nomex ® E89 – 4.5 oz<br />
Breathability Excellent<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Silver<br />
Model xxRx<br />
Weight 7.7 oz<br />
Face/Weight Spun Nomex ®<br />
Rip-Stop – 3.2 oz<br />
Fill/Weight 3 Layers <strong>of</strong> 1.5 oz<br />
Nomex ® E89 –<br />
4.5 oz<br />
Breathability Excellent<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Iced Blue<br />
Model xxUx<br />
Weight 7.05 oz<br />
Face/Weight Spun Nomex ®<br />
Calendered –<br />
3.25 oz<br />
Fill/Weight 1 Layer (2.3 oz)<br />
and 1 Layer<br />
(1.5 oz) Nomex ®<br />
E89 – 3.8 oz<br />
Breathability Excellent<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Teal<br />
Model xxWx<br />
Weight 7.75 oz<br />
Face/Weight Spun Nomex ®<br />
Calendered –<br />
3.25 oz<br />
Fill/Weight 3 Layers <strong>of</strong><br />
(1.5 oz) Nomex ®<br />
E89 – 4.5 oz<br />
Breathability Excellent<br />
Wicking Excellent<br />
Drying Excellent<br />
Face Color Teal<br />
Nomex ® Semi-slick<br />
Nomex Semi-slick – These Caldura ®<br />
(xx1x, xx4x, xx6x, xxCx and xxYx) and<br />
Glide II ® (xxGx and xxMx) liners attempt<br />
to balance a blend <strong>of</strong> slick or filament<br />
yarns with woven yarns. The goal is to<br />
preserve the easy movement <strong>of</strong> the<br />
slicker materials while avoiding their<br />
problem <strong>of</strong> minimized moisture pickup<br />
(which can lead to a clammy, stressful<br />
liner feel against the body once sweating<br />
begins). Glide II ® Thermal Liners (xxGx<br />
in our model numbering system) <strong>of</strong>ten<br />
appeal to customers that currently<br />
utilize Nomex ® Semi-slick/Batt Light<br />
(Caldura ® /Aralite ® ) thermal liners, our<br />
xx1x model number. Both liners are<br />
priced the same, but many customers<br />
feel the Glide II ® facecloth is more<br />
comfortable than the Nomex ® Semi-slick<br />
Table <strong>of</strong> Contents<br />
facecloth in the xx1x system. Further,<br />
the virgin batt in the Glide II ® (as<br />
compared to 70% garnetted batt in the<br />
xx1x) system is <strong>of</strong>ten felt to be more<br />
stable during field use (even dimensionality<br />
and hence tendency toward<br />
consistent insulation levels throughout<br />
the liner). <strong>Safety</strong> Components <strong>Tech</strong>nology<br />
also points out strong lubricity,<br />
weight, drying time and comfort index<br />
advantages for Glide II ® (over Caldura ® /<br />
Aralite ® ).<br />
Some Nomex ® Semi-slick Faces<br />
are available for quick delivery in<br />
our Custom Stock Program<br />
(Pages 64-66).<br />
Model xx7x* xx1x<br />
Weight 7.7 oz<br />
Face/Weight Filament/Spun<br />
Nomex ® – 3.9 oz<br />
Fill/Weight Kevlar ® Light Batt<br />
– 3.8 oz<br />
Breathability Average<br />
Wicking Average<br />
Drying Average<br />
Face Color Sage<br />
Model xxQx* xx4x<br />
Weight 7.7 oz<br />
Face/Weight Filament/Spun<br />
Nomex ® – 3.9 oz<br />
Fill/Weight 1 Layer <strong>of</strong> (1.5 oz)<br />
and 1 Layer (2.3 oz) <strong>of</strong><br />
Nomex ® E89 –<br />
3.8 oz<br />
Breathability Excellent<br />
Wicking Average<br />
Drying Average<br />
Face Color Sage<br />
* War Time Replacement Liners – Due<br />
to shortages in Nomex ® filament<br />
fibers because <strong>of</strong> high military<br />
demand, these temporary model<br />
numbers <strong>of</strong>fer about half the usual<br />
amount <strong>of</strong> Nomex ® filament in the<br />
facecloth. At time <strong>of</strong> catalog printing,<br />
no estimated end <strong>of</strong> the shortage was<br />
known.<br />
Structural and Proximity Thermal Lining Options Continue…<br />
Honeywell First Responder Products 82
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Structural and Proximity Thermal Lining<br />
Options Continued…<br />
Model xx6x N/A*<br />
Weight 9.9 oz<br />
Face/Weight Filament/Spun<br />
Nomex ® – 3.9 oz<br />
Fill/Weight Nomex ® Heavy<br />
Batt – 6.0 oz<br />
Breathability Poor<br />
Wicking Average<br />
Drying Average<br />
Face Color Sage<br />
Model xxCx N/A*<br />
Weight 6.4 oz<br />
Face/Weight Filament/Spun<br />
Nomex ® – 3.9 oz<br />
Fill/Weight 1 Layer <strong>of</strong><br />
Nomex ® E89 –<br />
1.5 oz<br />
Breathability Excellent<br />
Wicking Average<br />
Drying Good<br />
Face Color Sage<br />
Model xxVx* xxGx<br />
Weight 7.5 oz<br />
Face/Weight Filament/Spun<br />
Nomex ® – 3.5 oz<br />
Fill/Weight Nomex ® /Kevlar ®<br />
Light Batt – 4.0 oz<br />
Breathability Average<br />
Wicking Average<br />
Drying Average<br />
Face Color Iced Blue<br />
* War Time Replacement Liners<br />
83<br />
www.HoneywellFirstResponder.com<br />
Material Choices<br />
Model xxBx* xxMx<br />
Weight 6.5 oz<br />
Face/Weight Filament/Spun<br />
Nomex ® – 3.5 oz<br />
Fill/Weight 2 Layers (1.5 oz)<br />
<strong>of</strong> Nomex ® E89 –<br />
3.0 oz<br />
Breathability Excellent<br />
Wicking Average<br />
Drying Good<br />
Face Color Iced Blue<br />
Model xx8x* xxPx<br />
Weight 8.0 oz<br />
Face/Weight Filament/Spun<br />
Nomex ® – 3.5 oz<br />
Fill/Weight 3 Layers (1.5 oz)<br />
<strong>of</strong> Nomex ® E89 –<br />
4.5 oz<br />
Breathability Average<br />
Wicking Average<br />
Drying Average<br />
Face Color Iced Blue<br />
Model xxSx* xxYx<br />
Weight 8.4 oz<br />
Face/Weight Caldura ® – 3.9 oz<br />
Fill/Weight 3 Layers (1.5 oz)<br />
<strong>of</strong> E89 Nomex ® –<br />
4.5 oz<br />
Breathability Average<br />
Wicking Average<br />
Drying Average<br />
Face Color Sage<br />
Notes: Caldura ® liner products from<br />
Southern Mills fit the descriptions above<br />
for xx1x, xx4x, xx6x and xxCx and xxYx.<br />
Southern Mills has re-engineered<br />
Caldura ® to <strong>of</strong>fer new improved feel and<br />
wicking Platinum colored facecloth. The<br />
liner manufacturer does not recommend<br />
the use <strong>of</strong> the xx4x Liner with 6 oz outer<br />
shells because <strong>of</strong> barely compliant TPP<br />
results with some moisture barriers<br />
(please contact our Customer Service<br />
Department for further information on<br />
your available alternatives if you have<br />
strong interest in this thermal liner and a<br />
Table <strong>of</strong> Contents<br />
6 oz shell). The xxCx liner will meet CEN<br />
liner requirements, but not the higher insulation<br />
requirements <strong>of</strong> NFPA.<br />
More Color Changes on War<br />
Caldura Facecloth<br />
Sage<br />
Substitute<br />
color we<br />
have been<br />
and will be<br />
getting on<br />
occasion<br />
Tan<br />
<strong>New</strong> substitute<br />
color you<br />
will see on<br />
occasion<br />
Nomex ® One Layer<br />
Liner<br />
Original<br />
Bluish<br />
We get when<br />
possible and<br />
eventually<br />
again will be<br />
standard<br />
Nomex ® One Layer Liner – This liner is<br />
designed for absolute minimal bulk,<br />
which also translates into excellent<br />
flexibility. The Thermal Heat Loss (THL<br />
or breathability) and Thermal Protective<br />
Performance (TPP or insulation) are<br />
extremely high for this liner. Please<br />
consult our price list for details on each<br />
available composite (especially for a<br />
system that is so minimally bulky). The<br />
Nomex ® One Layer Liner is also the only<br />
liner/secondary outer shell that we are<br />
<strong>of</strong>fering in our Structural TAC reversible<br />
garment design.<br />
Model xxNx<br />
Weight 9.5 oz<br />
Face/Weight Spun Nomex ® IIIA<br />
Duck – 9.5 oz<br />
Fill/Weight None Needed<br />
Breathability Excellent<br />
Wicking Good<br />
Drying Excellent<br />
Face Color Black
<strong>Tech</strong>nical Rescue and<br />
Recovery and EMS<br />
Thermal Lining Options<br />
While Structural BPR, LTO and TAC, as<br />
well as Proximity BPR and LTO Operational<br />
Models feature three layer (outer<br />
shell, moisture barrier and thermal liner)<br />
construction, <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS model garments are<br />
standard two-layer products (outer shell<br />
moisture barrier and no thermal liner). As<br />
such, the 3rd space in the model number<br />
is always x [no thermal liner]). Fleece<br />
vested winter liners are available but can<br />
only be attached via a zipper (Structural<br />
BPR and LTO, as well as Proximity BPR<br />
and LTO Winter Liners attach via snap<br />
buttons). Non-zipper alternative attachment<br />
methods can abuse the moisture<br />
barrier during the grueling, EMS NFPA<br />
1999 25 cycle wash pre-conditioning<br />
(both the <strong>Tech</strong>nical Rescue and Recovery<br />
and EMS garment families meet the EMS<br />
Standard). Many first responders will<br />
utilize sweaters, heavy slacks, thermal<br />
underwear, etc. rather than Winter<br />
Liners, so we did not standardize the<br />
expense <strong>of</strong> a half zipper on all <strong>Tech</strong>nical<br />
Rescue and Recovery and EMS<br />
garments. If you feel you may want a<br />
Winter Liner in the future but are not<br />
ordering one when you order your<br />
<strong>Tech</strong>nical Rescue and Recovery or EMS<br />
garment new, we strongly suggest you<br />
order a Winter Liner adaption strip<br />
in your new garment (to allow easy zip in<br />
<strong>of</strong> a potential future liner, as it is VERY<br />
expensive to add a zipper later after the<br />
coat is made). If you order a Winter Liner<br />
when ordering the new garment, the<br />
zipper to accommodate the winter liner’s<br />
use will <strong>of</strong> course be automatically<br />
provided (and included in the price <strong>of</strong> the<br />
Winter Liner). Please see the winter liner<br />
discussion on page 94 for further details.<br />
Moisture Barrier<br />
Discussion<br />
(Listed Alphabetically)<br />
While we do not recommend any particular<br />
outer shell or liner material as the best<br />
choice for all customers, we DO recom-<br />
mend the improved Crosstech ® barrier as<br />
the moisture barrier <strong>of</strong> choice (it <strong>of</strong>fers<br />
such significant advantages and is a field<br />
proven technology) to ALL our customers.<br />
While slightly more expensive than alternative<br />
moisture barriers, the Crosstech ®<br />
barrier product <strong>of</strong>fers compellingly better<br />
properties and, with its comparatively<br />
better durability, is almost assuredly a<br />
lower life cycle cost product than<br />
products <strong>of</strong> lower initial cost (but with less<br />
durability).<br />
As this catalog went to print, manufacturers<br />
were still in the process <strong>of</strong> responding<br />
to the manufacturer <strong>of</strong> BreatheTex<br />
advising <strong>of</strong> “BreatheTex degradation in<br />
the field…which is not visually obvious.”<br />
<strong>Morning</strong> <strong>Pride</strong> has advised, since<br />
BreatheTex was introduced, that we<br />
had concerns about its durability and/or<br />
thermal resistance and recommended it<br />
not be used for fire fighting applications.<br />
Nonetheless, we have initiated a full recall<br />
<strong>of</strong> all BreatheTex products. If you are<br />
using a BreatheTex equipped garment<br />
(barrier or facings, please read to the<br />
right), we suggest you contact your garment<br />
manufacturer for information. The<br />
myth that ALL barriers are fragile (since<br />
BreatheTex was) is not supported by our<br />
excellent field results with other barriers<br />
(most notably Crosstech ® ) and may be an<br />
attempt to justify a decision by some <strong>of</strong><br />
our competitors to not recall their<br />
BreatheTex liners (i.e.“all barriers are<br />
fragile so BreatheTex failures are not<br />
unique and do not warrant recall!”). In our<br />
experience, the outer shells will require<br />
far more maintenance than the barriers<br />
(and are the composite element that<br />
limits life, NOT the barrier).<br />
NFPA standards require full circumferential<br />
moisture barrier protection, which<br />
most <strong>of</strong>ten requires the use <strong>of</strong> moisture<br />
barrier facings at closure areas. The<br />
facings can account for as much as 20%<br />
<strong>of</strong> the barrier’s defensive shield. It is<br />
<strong>Morning</strong> <strong>Pride</strong>’s policy to use the more<br />
expensive Crosstech ® facings in these<br />
critical high wear areas when Crosstech ®<br />
barriers are specified. In contrast, the<br />
majority <strong>of</strong> our competitors substitute less<br />
expensive barriers in the critical facings<br />
Table <strong>of</strong> Contents<br />
area even when customers spec and<br />
pay for the more expensive, more fully<br />
featured Crosstech ® barrier product.<br />
During the recent Breathetex degradation<br />
problems, many manufacturers did not<br />
even advise customers who had ordered<br />
and paid for Crosstech ® that they had<br />
substituted BreatheTex in the facings.<br />
When Crosstech ® is not specified,<br />
<strong>Morning</strong> <strong>Pride</strong> will use Crosstech ® or<br />
Gore’s new PTFE on Bas<strong>of</strong>il ® blend<br />
barriers for the facings areas. We do<br />
reserve the right to modify this standard<br />
practice on open spec bids (please see<br />
notes at end <strong>of</strong> the Moisture Barrier<br />
discussion).<br />
Two NFPA Breathability<br />
Studies<br />
There were two major studies done<br />
prior to the 2000 edition <strong>of</strong> NFPA<br />
1971. One was sponsored by the<br />
IAFF (The Indianapolis Breathability<br />
Study) and the other was<br />
sponsored by a number <strong>of</strong> firms<br />
(many <strong>of</strong> them opposed to imposing<br />
breathability requirements in<br />
the Standard) through the NFPA<br />
Research Foundation.The Indy<br />
Study used firefighter vocational<br />
movement patterns and radio, real<br />
time telemetry.The Research Foundation<br />
Study was more traditional<br />
treadmill work but at differing<br />
temperatures and workloads. Both<br />
studies (the Indy Study most<br />
clearly, but supported as well in<br />
many ways by the Research<br />
Foundation’s Study) showed that<br />
a relationship DID exist between<br />
system breathability and physiological<br />
stress dissipation. Because<br />
<strong>of</strong> these studies, the breathability<br />
requirement was introduced in the<br />
2000 edition <strong>of</strong> NFPA 1971. One<br />
competitor has selectively quoted<br />
from these studies to imply THE<br />
OPPOSITE: that there is no such<br />
relationship (we believe because<br />
their filament systems tend to do<br />
poorly in breathability testing, in<br />
our experience). If you come<br />
across this type <strong>of</strong> erroneous<br />
representation, please refer to the<br />
IAFF Office <strong>of</strong> Occupational<br />
<strong>Safety</strong> and Health.<br />
Moisture Barrier Materials Continues…<br />
Honeywell First Responder Products 84
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Moisture Barrier Materials Continued…<br />
Structural and<br />
Proximity Moisture<br />
Barrier Options<br />
Chempak ®<br />
GORE CHEMPAK ® Selectively Permeable<br />
fabric is the latest fire service<br />
moisture barrier product from W. L. Gore.<br />
GORE CHEMPAK ® is the only barrier<br />
(at time <strong>of</strong> catalog printing) available in<br />
the market today that is Component<br />
recognized to the NFPA 1971 CBRN<br />
option. GORE CHEMPAK ® Selectively<br />
Permeable moisture barrier fabric is a<br />
unique, non carbon based laminate that<br />
is both liquid-pro<strong>of</strong> and air-impermeable,<br />
which protects the user against both<br />
liquid, aerosol, and vapor Toxic Industrial<br />
Chemicals (TICs) and Chem Bio<br />
challenges. At the same time, the barrier<br />
fabric contributes to total heat loss by<br />
allowing moisture vapor from perspiration<br />
to escape from the garment. GORE <br />
CHEMPAK ® is the only moisture barrier<br />
<strong>of</strong>fered in our CBRN Project HEROES ®<br />
project, and in that composite has proven<br />
more breathable than most non CBRN<br />
composite systems.<br />
Model xxxH<br />
Weight 8.0 oz<br />
Weight <strong>of</strong> 2.9 oz GORE Film, Base/ CHEMPAC ®<br />
Weight Selectively<br />
Permeable Film<br />
Sandwiched<br />
Between 3.3 oz<br />
Nomex ® Pajama<br />
Check Woven<br />
Substrate and<br />
1.8 oz Nomex ® /<br />
Kevlar ® Woven<br />
Textile (Type<br />
CP-01)<br />
Breathability Excellent<br />
Durability Excellent<br />
Warranty 5 Years<br />
CBRN Yes<br />
Certified<br />
85<br />
www.HoneywellFirstResponder.com<br />
Crosstech ®<br />
Material Choices<br />
Crosstech ® – The Crosstech ® (Type<br />
2C), from W.L. Gore, is both the most<br />
breathable and durable moisture barrier<br />
product available today. The enhanced<br />
PTFE-based bicomponent membrane<br />
technology incorporated within the<br />
Crosstech ® moisture barrier improves<br />
upon the already superior performance<br />
capabilities <strong>of</strong> Gore’s “original”<br />
Crosstech ® moisture barrier. Among the<br />
improvements, the primary benefits to<br />
the user are increased total heat loss<br />
and an overall greater durability – both <strong>of</strong><br />
which are still provided in conjunction<br />
with the already superior thermal stability<br />
performance <strong>of</strong> Gore’s expanded<br />
PTFE Teflon based products. It is<br />
<strong>Morning</strong> <strong>Pride</strong>’s position that the<br />
Crosstech ® moisture barrier is the<br />
preeminent moisture barrier available<br />
today. While we do not recommend any<br />
particular outer shell or liner material as<br />
the best choice for all customers, we DO<br />
recommend the improved Crosstech ®<br />
barrier as the moisture barrier <strong>of</strong> choice<br />
(it <strong>of</strong>fers such significant and field proven<br />
advantages) to ALL our customers.<br />
While slightly more expensive than alternative<br />
moisture barriers, the Crosstech ®<br />
barrier product <strong>of</strong>fers compellingly better<br />
properties and, with its comparatively<br />
better durability, is almost assuredly a<br />
lower life cycle cost product than<br />
products <strong>of</strong> lower initial cost (but with<br />
less durability).<br />
There are now 2 Crosstech ® barriers<br />
available:<br />
1. A newer 3-layer product Type 4A (our<br />
model xxxT)<br />
2. The 2-layer Type 2C (our model xxx2)<br />
The 3-layer Crosstech ® product works<br />
exceptionally well with the new lighter<br />
liners such as the Quantum 3D Feather<br />
Weight (xxLx). The 3-layer product is a<br />
little more insulative and a little less<br />
breathable than the 2-layer Crosstech ®<br />
product. But, when it is mated with a less<br />
insulative and more breathable liner like<br />
Table <strong>of</strong> Contents<br />
the xxLx, the overall composite characteristics<br />
are relatively unchanged, and<br />
the moisture barrier picks up a 5 year<br />
wear life warranty.<br />
Crosstech ® Type 4A is available<br />
for quick delivery in our Custom<br />
Stock Program (Pages 64-66).<br />
Model xxxT<br />
Weight 6.8 oz<br />
Weight <strong>of</strong> 1.7 oz GORE Film, Base/ Crosstech ®<br />
Weight Selectively<br />
Permeable Film<br />
Sandwiched<br />
Between 3.3 oz<br />
Nomex ® Pajama<br />
Check Woven<br />
Substrate and<br />
1.8 oz Nomex ® /<br />
Kevlar ® Woven<br />
Textile (Type<br />
4A)<br />
Breathability Good<br />
Durability Excellent<br />
Warranty 5 Years<br />
CBRN No<br />
Certified<br />
Crosstech ® Type 2C is available<br />
for quick delivery in our Custom<br />
Stock Program (Pages 64-66).<br />
Model xxx2<br />
Weight 5.0 oz<br />
Weight <strong>of</strong> 1.7 oz GORE Film, Base/ Crosstech ®<br />
Weight Selectively<br />
Permeable Film<br />
Laminated to<br />
3.3 oz Nomex ®<br />
Pajama Check<br />
Woven Substrate<br />
(Type 2C)<br />
Breathability Excellent<br />
Durability Good<br />
Warranty 3 Years<br />
CBRN No<br />
Certified
RT7100 ®<br />
RT7100 ® – This alternative PTFE-based<br />
moisture barrier is a product <strong>of</strong> W.L.<br />
Gore. It incorporates Gore PTFE<br />
technology, however, NOT the enhanced<br />
bicomponent technology that is part <strong>of</strong><br />
the new and improved Crosstech ® moisture<br />
barrier, nor the technology that was<br />
RT7100 ® is available for quick<br />
delivery in our Custom Stock<br />
Program (Pages 64-66).<br />
Model xxx0<br />
Weight 4.6 oz<br />
Weight <strong>of</strong> 1.7 oz<br />
Film, Base/ W. L. Gore<br />
Weight Selectively<br />
Permeable Film<br />
Laminated to<br />
3.0 oz Nomex ®<br />
Pajama Check<br />
Woven Substrate<br />
and (Type 3D)<br />
Breathability Good<br />
Durability Good<br />
Warranty 5 Years<br />
CBRN<br />
Certified<br />
No<br />
used in the “original” Crosstech ® barriers.<br />
This alternative product is intended as a<br />
thermally stable, price competitive alternative<br />
to NFPA compliant polyurethane<br />
based moisture barriers without the<br />
superior product benefit advantages <strong>of</strong><br />
the Crosstech ® moisture barrier. While<br />
the Crosstech ® moisture barrier,<br />
discussed above, continues to be the<br />
market’s premier moisture barrier for excellent<br />
performance, not all departments<br />
are able to justify the slightly higher<br />
investment. The Gore RT7100 ® moisture<br />
barrier was specifically designed to meet<br />
the demands and cost considerations<br />
<strong>of</strong> many in the fire service. Its thermal<br />
stability and non-cracking, non-flaking<br />
performance is unmatched in its price<br />
range.<br />
W. L. Gore/<strong>Morning</strong> <strong>Pride</strong><br />
Wear Warranties<br />
This newly expanded program is subject<br />
to these clarifications:<br />
• 3-layer Crosstech ® (xxxT) moisture<br />
barriers will be covered for the first<br />
5 years after their date <strong>of</strong> manufacture<br />
(pin hole repairs are too numerous to<br />
be effectively practical).<br />
• 2-layer Crosstech ® (xxx2) or RT7100<br />
(xxx0) moisture barriers will be covered<br />
for the first 3 years after their date <strong>of</strong><br />
manufacture if necessary (pin hole<br />
repairs are too numerous to be<br />
effectively practical).<br />
• 3-layer Chempak ® (xxxH) moisture<br />
barriers will be covered for the first<br />
5 years after their date <strong>of</strong> manufacture<br />
(pin hole repairs are too numerous to<br />
be effectively practical)<br />
• The coverage is retroactive to 2-layer<br />
moisture barrier garments manufactured<br />
on April 1, 2005, or later (and to<br />
all 3 layer moisture barrier garments<br />
since none <strong>of</strong> them are yet 5 years old).<br />
• Warranty moisture barrier repairs will<br />
always be done in the most economical<br />
way possible. This means reasonable<br />
amounts <strong>of</strong> patching will be done<br />
before the barrier is fully replaced. The<br />
determination as to whether patching<br />
will produce a practical, reliable repair<br />
must rest solely with our PPE Cleaning<br />
and Care staff.<br />
Table <strong>of</strong> Contents<br />
Moisture Barrier Notes for<br />
Structural and<br />
Proximity Garments<br />
• <strong>Morning</strong> <strong>Pride</strong> Crosstech ® and RT7100<br />
equipped garments are provided with<br />
extra thermal liner layers at the knees<br />
and elbows on a standard basis.<br />
Customers should also be aware that<br />
the moisture barrier substrate, to which<br />
the film is applied, faces to the exterior<br />
<strong>of</strong> the moisture barrier/liner assembly<br />
when the garment is shipped (so the<br />
film is to the interior where it is<br />
protected). This is in contrast to older<br />
Neoprene systems where the Neoprene<br />
faced to the exterior and the<br />
substrate faced to the interior.<br />
• <strong>Morning</strong> <strong>Pride</strong>’s standard practice is to<br />
construct the pathogen shield facings<br />
(patented and patent pending) from<br />
breathable moisture barrier material<br />
when a breathable moisture barrier is<br />
specified. Some <strong>of</strong> our competitors<br />
utilize much less expensive, nonbreathing,<br />
barrier material at the<br />
facings (that is, bloodborne pathogen<br />
certified Neoprene type systems). For<br />
this reason, <strong>Morning</strong> <strong>Pride</strong> reserves<br />
the right to substitute non-breathing<br />
barrier material at the facings on bids<br />
that specify breathable barriers, but do<br />
not specify the barrier facing material<br />
(failure to do so would guarantee our<br />
bid price would be out <strong>of</strong> the ballpark,<br />
since others are making the substitution<br />
on a standard basis). <strong>Morning</strong><br />
<strong>Pride</strong> generated specs will require<br />
breathable moisture barrier panels at<br />
the closure facings <strong>of</strong> all breathable<br />
garments. Besides the stressful characteristics<br />
<strong>of</strong> non-breathing products,<br />
they are significantly heavier than the<br />
breathable products. For instance,<br />
substituting non-breathable facing<br />
panels for breathable ones on a size<br />
40 coat adds 6 extra ounces. Also,<br />
some recent testing suggests that<br />
Neoprene based systems are not as<br />
durable after cleaning/drying or even<br />
simple use as the breathable<br />
technologies.<br />
Moisture Barrier Options Continue…<br />
Honeywell First Responder Products 86
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87<br />
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Material Choices<br />
Moisture Barrier Options Continued… <strong>Tech</strong>nical Rescue and<br />
A “GASH” in Your<br />
Moisture Barrier is<br />
Normally Repaired!<br />
Recently one turnout gear manufacturer<br />
re-introduced a twist on an old<br />
(and we believe field use discredited)<br />
design in turnout gear,<br />
a “slit” or “vented” moisture barrier in<br />
the coat. We conducted our own<br />
testing and prepared a position<br />
paper on this issue. In this position<br />
paper, we explain exactly how we<br />
feel this “vented feature” circumvents<br />
the intent <strong>of</strong> the NFPA 1971 moisture<br />
barrier requirements and testing. We<br />
need to review what those NFPA<br />
requirements are:<br />
NFPA 1971, 2007 Edition, Section<br />
6.1: “Protective Garment Design<br />
Requirements,” Subsection 6.1.5<br />
states in part that “...[garments]<br />
shall be constructed in a manner<br />
that provides continuous moisture<br />
and thermal protection”<br />
(underlining ours).<br />
Please contact our Customer<br />
Service Department for a copy <strong>of</strong><br />
this informative position paper.<br />
Recovery Moisture<br />
Barrier Options<br />
Crosstech SR ® – Crosstech ® fabric<br />
provides the best liquid penetration<br />
resistance against blood, body fluids and<br />
NFPA “common” chemicals, as well as<br />
superior waterpro<strong>of</strong> and breathable<br />
performance unmatched by any other<br />
product. Crosstech SR ® fabric is<br />
specially designed for use in search<br />
and rescue garments that are compliant<br />
to NFPA 1951 Standard on Protective<br />
Ensembles for <strong>Tech</strong>nical Rescue<br />
Incidents. These NFPA compliant<br />
garments are lightweight, durable,<br />
protective and breathable, thus<br />
providing a combination <strong>of</strong> features<br />
unavailable in any other NFPA compliant<br />
garment. Our Crosstech SR ® fabric is a<br />
2-layer laminate with a total weight <strong>of</strong><br />
4.3 oz using 3.3 oz Nomex ® fabric as a<br />
substrate laminated to a 1.0 oz membrane.<br />
It will be especially desirable for<br />
use by <strong>Tech</strong>nical Rescue and Recovery<br />
teams tasked with urban search and<br />
rescue, trench rescue, vehicle extrication,<br />
confined space rescue and rope<br />
rescue.<br />
Crosstech SR ®<br />
Model xxxC<br />
Weight 4.3 oz<br />
Weight <strong>of</strong> 1.0 oz<br />
Film Crosstech SR ®<br />
Base/Weight Nomex ® Pajama<br />
Check Facecloth<br />
– 3.3 oz<br />
Breathability Excellent<br />
Durability Excellent<br />
Table <strong>of</strong> Contents<br />
EMS Moisture Barrier<br />
Options<br />
Crosstech ® barriers are bloodborne<br />
pathogen certifiable and breathable to<br />
allow the escape <strong>of</strong> vaporized body<br />
sweat (and the stressful heat it carries).<br />
It is an exceptionally light, supple and<br />
durable material.<br />
For Non-FR EMS...<br />
Crosstech EMS ®<br />
Model xxx9<br />
Weight 3.5 oz<br />
Weight <strong>of</strong> 1.3 oz Crosstech<br />
Film EMS ®<br />
Base/Weight Polyester – 2.2 oz<br />
Breathability Excellent<br />
Durability Excellent<br />
For FR EMS...<br />
Crosstech SR ®<br />
Model xxxC<br />
Weight 4.3 oz<br />
Weight <strong>of</strong> 1.0 oz Crosstech<br />
Film SR ®<br />
Base/Weight Nomex ® Pajama<br />
Check Facecloth<br />
– 3.3 oz<br />
Breathability Excellent<br />
Durability Excellent<br />
Our Dealer Advisories and<br />
Honeywell First Responder<br />
E-<strong>New</strong>s keep you informed on<br />
these and any other material<br />
developments. However, if you<br />
have a particular interest in any<br />
material product not discussed<br />
here (i.e. closed cell foam,<br />
filament materials, etc.),<br />
contact our Customer Service<br />
Department before ordering, for<br />
complete, up-to-date information.
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
For Structural or<br />
Proximity <strong>Clothing</strong><br />
First<br />
Determine the prefix for your product<br />
number. All <strong>Morning</strong> <strong>Pride</strong> Structural<br />
and Proximity clothing begins with either<br />
BPR, LTO or TAC based on the level <strong>of</strong><br />
bloodborne pathogen resistant certification<br />
testing desired (for comparative<br />
photos <strong>of</strong> BPR and shower testing,<br />
please see page 17).<br />
PRH – (Bloodborne Pathogen<br />
Resistant) will prefix your product<br />
number if you wish to order<br />
garments that meet the CBRN<br />
option <strong>of</strong> NFPA 1971, as well as<br />
being certified to pass NFPA 1971<br />
bloodborne pathogen resistance<br />
shower testing as worn (i.e.<br />
including interface areas with other<br />
BPR products). At time <strong>of</strong> catalog<br />
printing, <strong>Morning</strong> <strong>Pride</strong> was the only<br />
firm to <strong>of</strong>fer such fully integrated, full<br />
body systems for both/either class<br />
<strong>of</strong> certification.<br />
BPR – (Bloodborne Pathogen<br />
Resistant)<br />
will prefix your product number if<br />
you wish to order garments that<br />
have been certified to pass NFPA<br />
1971 bloodborne pathogen<br />
resistance shower testing as worn<br />
(i.e. including interface areas with<br />
other BPR products). At time <strong>of</strong><br />
catalog printing, <strong>Morning</strong> <strong>Pride</strong><br />
was the only firm to <strong>of</strong>fer such fully<br />
integrated, full body systems.<br />
LTO – (Limb and Torso Only)<br />
will prefix your product number if<br />
you wish to order garments that<br />
were NOT tested for bloodborne<br />
pathogen resistance at interface<br />
areas (in fact, Limb and Torso Only<br />
protective products are tested<br />
TAPED to the test mannikin at neck<br />
and wrists). At time <strong>of</strong> catalog<br />
printing, our competitors were only<br />
Choosing the Correct Product Number<br />
able to <strong>of</strong>fer LTO levels <strong>of</strong> protection.<br />
<strong>Morning</strong> <strong>Pride</strong>, however, strongly<br />
recommends the use <strong>of</strong> integrated<br />
and interface-capable BPR clothing<br />
and equipment since a bloodborne<br />
pathogen firefighter contamination<br />
would be as tragic whether it<br />
occurred through an interface area<br />
or through the garment (and no<br />
firefighters that we know <strong>of</strong> wear<br />
their garments taped to their bodies<br />
at interface areas).<br />
TAC – (Limb and Torso Only)<br />
will prefix your product number if<br />
you wish to order garments that are<br />
NOT certified for bloodborne<br />
pathogen resistant characteristics<br />
(neither interface nor non-interface<br />
capable) at interface areas (please<br />
see full LTO discussion above).<br />
TAC garments are also reversible;<br />
please see full TAC discussion on<br />
pages 26 and 27.<br />
Second<br />
Determine the four digit material<br />
designation that follows the prefix using<br />
the charts that follow this page. Please<br />
consult material discussions on pages<br />
67-94 for important background information<br />
on each material before finalizing<br />
your choices. From the first column, pick<br />
one outer shell choice from the options<br />
available to determine the first two digits.<br />
From the second column, pick one<br />
thermal liner choice from the options<br />
available to determine the third digit.<br />
From the third column, pick one moisture<br />
barrier choice to determine the fourth<br />
digit.<br />
Third<br />
Designate the style <strong>of</strong> garment as Tails ,<br />
Coats or Pants.<br />
Fourth<br />
Check price list to verify composite<br />
selected has passed composite testing<br />
(if not, contact our Customer Service<br />
Department for assistance).<br />
Structural and Proximity Thermal Liner Model Numbering Continues...<br />
Table <strong>of</strong> Contents<br />
An Example <strong>of</strong> Product<br />
Numbering:<br />
BPR-xxxx<br />
Prefix designates interface tested<br />
bloodborne protection<br />
xxx-32xx<br />
First two digits designate 7.5 oz<br />
Pbi outer shell with Enhanced<br />
Water Repellency (EWR)<br />
xxx-xx4x<br />
Third digit (or letter) designates<br />
Nomex ® Semi-slick facecloth with<br />
2 layers <strong>of</strong> E89 Nomex ® Spunlace<br />
thermal liner<br />
xxx-xxx2<br />
Fourth digit designates Crosstech ®<br />
on Nomex ® Pajama Check<br />
facecloth moisture barrier<br />
BPR-3242<br />
Complete product number for this<br />
Structural garment, level <strong>of</strong><br />
bloodborne pathogen testing and<br />
materials chosen. If this model<br />
number is shown on our price list,<br />
the composite is tested and<br />
available. If not shown, contact our<br />
Customer Service Department for a<br />
close composite alternative.<br />
Honeywell First Responder Products 88
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Structural and Proximity Model Numbering Continued...<br />
89<br />
www.HoneywellFirstResponder.com<br />
Choosing the Correct Product Number<br />
Pick Your Structural Outer Shell (Designated by First Two Digits)<br />
Material Model Weight/Weave/Water Repellency Colors<br />
Bas<strong>of</strong>il ® /Kevlar ® 25xx 1,3,4 7.5 oz Rip-Stop, Enhanced Water Repellency Natural, Yellow, Golden Brown, Black<br />
Bas<strong>of</strong>il ® /Kevlar ® 35xx 1,3,4 7.5 oz Rip-Stop, Enhanced Water Repellency Natural, Yellow, Golden Brown, Black<br />
Kevlar ® /Nomex ® 14xx 1,4,5 7.0 oz Rip-Stop, Standard Water Repellency Black, Yellow, Rust, Navy, Khaki, Gold<br />
Kevlar ® /Nomex ® 34xx 1,4 7.0 oz Rip-Stop, Enhanced Water Repellency Black, Yellow, Rust, Navy, Khaki, Gold<br />
Kevlar ® /Nomex ® 44xx 1,4 7.0 oz Rip-Stop, Enhanced Water Repellency Black, Bronze, Brass, Gold<br />
Kevlar ® /Nomex ® 54xx 1,4 7.5 oz Rip-Stop, Enhanced Water Repellency Black, Yellow, Rust, Navy, Khaki, Gold<br />
Nomex ® IIIA 20xx 1,4,7 6.0 oz Rip-Stop, Standard Water Repellency Natural, Black, Tan, Yellow<br />
Nomex ® IIIA 21xx 1,4,7 6.0 oz Rip-Stop, Enhanced Water Repellency Natural, Black, Tan, Yellow, Red, Navy,<br />
Royal Blue<br />
Nomex ® IIIA 24xx 1,4 7.5 oz Duck, Standard Water Repellency Natural, Black, Tan, Yellow, Red, Royal<br />
Blue, Navy<br />
Pbi /Kevlar ® 32xx 1,3,4 7.5 oz Rip-Stop, Enhanced Water Repellency Bronze, Black (3 pic)<br />
Pbi Matrix 42xx 1,3,4 7.5 oz Rip-Stop, Enhanced Water Repellency Bronze, Black<br />
Pbi Matrix 43xx 1,3,4 7.2 oz Rip-Stop, Enhanced Water Repellency Bronze, Black<br />
PBO /Kevlar ® 13xx 6,7 5.3 oz Rip-Stop, Enhanced Water Repellency Bronze<br />
PBO /<strong>Tech</strong>nora 33xx 1,3,4 7.5 oz Rip-Stop, Enhanced Water Repellency Bronze<br />
PBO /Kevlar ® /Nomex ® 64xx 1,3,4 7.5 oz Rip-Stop, Enhanced Water Repellency Light Gold, Yellow, Dark Gold,<br />
Black Gold<br />
Pick Your Proximity Outer Shell (Designated by First Two Digits)<br />
Material Model Weight/Weave/Water Repellency Color<br />
Aluminized Pbi 76xx 2 7.0 oz – 33% Aluminized Pbi /67% Silver<br />
Para Aramid Aramid Rip Stop Knit<br />
Pick Your Thermal Liner (Designated by Third Digit – Structural or Proximity Only)<br />
Material Model Weight/Face Weight/Fill<br />
Meta Aramid/Spunlace 1 Layer xxHx 1,2,3,8 5.2 oz – 3.6 oz Spun Meta Aramid Facecloth w/1 Layer <strong>of</strong> Spunlace –<br />
1.6 oz<br />
Meta Aramid/2 Layer xxix 1,3,8 7.4 oz – 3.6 oz Spun Meta Aramid Calendared Facecloth w/2 Layers <strong>of</strong><br />
Spunlace – 3.8 oz<br />
Meta Aramid/2 Layer xxZx 1,3,8 3.6 oz – 3.9 oz 75% Spun Meta Aramid and 25% Filament Facecloth<br />
w/1 Layer (2.3 oz) and 1 Layer (13.8 oz) <strong>of</strong> Spunlace with a 3D Pattern<br />
Meta Aramid/2 Layer xxLx 1,3,8 6.2 oz – 3.9 oz 75% Spun Meta Aramid Facecloth w/1 Layer <strong>of</strong> Spunlace with 3D<br />
Pattern – 2.3 oz<br />
Table <strong>of</strong> Contents
Material Model Weight/Face Weight/Fill<br />
Meta Aramid/3 Layer xxJx 1,2,3 8.4 oz – 3.6 oz Spun Meta Aramid Facecloth w/3 Layers <strong>of</strong> Spunlace – 4.8 oz<br />
Nomex ® /Batt Heavy xx2x 1,2,4 9.4 oz – 3.4 oz Spun Nomex ® Facecloth w/6.0 oz Nomex ® Heavy Batt<br />
Nomex ® /Batt Light xx0x 1,2,3,4 7.2 oz – 3.4 oz Spun Nomex ® Facecloth w/3.8 oz Kevlar ® Light Batt<br />
(70% Garneted, 30% Virgin)<br />
Nomex ® /Batt Light xxFx 1,2,3,4 7.2 oz – 3.2 oz Spun Nomex ® Rip-Stop Facecloth w/4.0 oz Kevlar ® Light<br />
Batt (100% Virgin)<br />
Nomex ® /E89 3 layer xx3x 1,2,3 7.9 oz – 3.4 oz Spun Nomex ® Facecloth w/3 Layers <strong>of</strong> 1.5 oz Nomex ® E89 – 4.5 oz<br />
Nomex ® /E89 3 Layer xxRx 1,2,3,4 7.7 oz – 3.2 oz Spun Nomex ® Rip-Stop Facecloth w/3 Layers <strong>of</strong> 1.5 oz<br />
Nomex ® E89 – 4.5 oz<br />
Nomex ® /E89 2 Layer xxUx 1,2,3,4 7.05 oz – 3.25 oz Spun Nomex ® Calendared Facecloth w/1 Layer (2.3 oz) and<br />
1 Layer (1.5 oz) <strong>of</strong> Nomex ® E89 – 3.8 oz<br />
Nomex ® /E89 3 Layer xxWx 1,2,3,4 7.75 oz – 3.25 oz Spun Nomex ® Calendared Facecloth w/3 Layers <strong>of</strong><br />
1.5 oz E89 Spunlace – 4.5 oz<br />
Nomex ® Semi-Slick xx7x 1,2,3 7.7 oz – 3.9 oz Filament/Spun Nomex ® Facecloth w/3.8 oz Kevlar ® Light Batt<br />
Nomex ® Semi-Slick xxQx 1,2,3,4,8,9 7.7 oz – 3.9 oz Filament/Spun Nomex ® Facecloth w/1 Layer (1.5 oz) and<br />
War Time Replacement for: xx1x 1 Layer (2.3 oz) <strong>of</strong> Nomex ® E89 – 3.8 oz<br />
Nomex ® Semi-Slick xx6x 1,2,3 9.9 oz – 3.9 oz Filament/Spun Nomex ® Facecloth w/6.0 oz Nomex ® Heavy Batt<br />
War Time Replacement for: xx4x<br />
Nomex ® Semi-Slick xxCx 5 6.4 oz – 3.9 oz Filament/Spun Nomex ® Facecloth w/1 Layer <strong>of</strong> 1.5 oz<br />
War Time Replacement for: N/A Nomex ® E89 – Note: Meets CEN requirements but not NFPA.<br />
Nomex ® Semi-Slick xxVx 1,2,3,4 7.5 oz – 3.5 oz Filament/Spun Nomex ® Facecloth w/4.0 oz<br />
War Time Replacement for: N/A Nomex ® /Kevlar ® Light Batt<br />
Nomex ® Semi-Slick xxBx 1,2,3,4 6.5 oz – 3.5 oz Filament/Spun Nomex ® Facecloth w/2 Layers <strong>of</strong> Nomex ® E89 – 3.0 oz<br />
War Time Replacement for: xxGx<br />
Nomex ® Semi-Slick xx8x 1,2,3,4 8.0 oz – 3.5 oz Filament/Spun Nomex ® Facecloth w/3 Layers <strong>of</strong><br />
War Time Replacement for: xxMx Nomex ® E89 – 4.5 oz<br />
Nomex ® Semi-Slick xxSx 1,2,3,4 8.4 oz – 3.9 oz Caldura ® Facecloth w/3 Layers <strong>of</strong> Nomex ® E89 – 4.5 oz<br />
War Time Replacement for: xxPx<br />
Nomex ® One Layer xxNx 1,2,3,4,5,8 9.5 oz – Spun Nomex ® IIIA Duck Weave One Layer<br />
War Time Replacement for: xxYx<br />
Pick Your Moisture Barrier (Designated by Fourth Digit – Structural or Proximity Only)<br />
Material Model Weight/Face Weight/Fill<br />
GORE CHEMPAK ® xxxH 1,2,3,4 8.0 oz – 2.9 oz GORE CHEMPAK ® Selectively Permeable Film Sandwiched<br />
Between 3.3 oz Nomex ® Pajama Check Woven Substrate and 1.8 oz<br />
Nomex ® /Kevlar ® Woven Textile (Type CP-01)<br />
Crosstech ® xxxT 1,2,3,4 6.8 oz –1.7 oz Crosstech ® Selectively Permeable Film Sandwiched Between<br />
3.3 oz Nomex ® Pajama Check Woven Substrate and 1.8 oz Nomex ® /Kevlar ®<br />
Woven Textile (Type 4A)<br />
Crosstech ® xxx2 1,2,3,4 5.0 oz – 1.7 oz Crosstech ® Selectively Permeable Film Laminated to 3.3 oz<br />
Nomex ® Pajama Check Woven Substrate (Type 2C)<br />
RT7100 xxx0 1,2,3 4.6 oz – 1.6 oz Gore Selectively Permeable Film Laminated to 3.0 oz Nomex ®<br />
Pajama Check Woven Substrate (Type 3D)<br />
*At time <strong>of</strong> catalog printing, final weights were not known.<br />
Table <strong>of</strong> Contents<br />
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For <strong>Tech</strong>nical Rescue and Recovery <strong>Clothing</strong><br />
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Choosing the Correct Product Number<br />
First All <strong>Tech</strong>nical Rescue and Recovery clothing is bloodborne pathogen interface capable and tested. Therefore, the<br />
<strong>Tech</strong>nical Rescue and Recovery prefix does not need to distinguish between levels <strong>of</strong> certification; it is always USR.<br />
Second Determine the four digit material designation that follows the USR. Using the chart that follows, pick one outer shell<br />
choice from the options available to determine the first two digits. Then pick “x”, see explanation below. Finally, pick one<br />
moisture barrier choice to determine the fourth digit.<br />
Third Designate the style <strong>of</strong> garment as Tails , Coats, or Pants.<br />
Pick Your Outer Shell (Designated by First Two Digits)<br />
Material Model Weight/Weave Colors<br />
PBO /Kevlar ® 13xx 6 5.3 oz Rip-Stop Bronze<br />
Nomex ® IIIA 21xx 6 6.0 oz Rip-Stop Natural, Black, Tan, Yellow, Red, Navy, Royal Blue<br />
Pbi /Twaron/Lenzing FR 46xx 6 5.3 oz Rip-Stop Yellow, Navy, Bronze<br />
Special Order Colors: Red, Spruce, Orange, Tan<br />
Pick Your Thermal Liner (Designated by Third Digit)<br />
<strong>Tech</strong>nical Rescue and Recovery Products are 2-layer systems (an outer shell and moisture barrier only), so the third digit will<br />
remain “x” in all cases. Winter liners are available for all <strong>Morning</strong> <strong>Pride</strong> garments (see discussion on page 94).<br />
Pick Your Moisture Barrier (Designated by Fourth Digit)<br />
Material Model Weight/Face Weight/Fill<br />
Crosstech ® SR xxxC 6 4.3 oz – 1.0 oz Crosstech SR ® on 3.3 oz Nomex ® Pajama Check<br />
DuPont Kevlar ® and Nomex ® are<br />
available in a variety <strong>of</strong> producer-dyed<br />
colors which provides better color<br />
stability to light and thermal exposures.<br />
Teflon ® F/PPE finishes developed<br />
specifically for <strong>Fire</strong> Service applications<br />
by DuPont provide durable water<br />
repellency.<br />
Table <strong>of</strong> Contents
For EMS <strong>Clothing</strong><br />
First All EMS clothing is bloodborne pathogen interface capable and tested. Therefore, the EMS prefix does not need to<br />
distinguish between levels <strong>of</strong> certification; it is always EMS.<br />
Second Determine the four digit material designation that follows the EMS. Using the chart that follows, pick one outer shell choice<br />
from the options available to determine the first two digits. Then pick “x”, see explanation below. Finally, pick one moisture<br />
barrier choice to determine the fourth digit.<br />
Third Designate the style <strong>of</strong> garment as Tails , Coats, or Pants.<br />
Pick Your Outer Shell (Designated by First Two Digits – Non-FR and FR Materials May Not Be Mixed)<br />
Material Model Weight/Weave Colors<br />
Non-FR Polyester 81xx 6 5.5 oz Texturized Polyester Royal Blue, Bright Orange, Bright Lime<br />
Pick Your Thermal Liner (Designated by Third Digit)<br />
EMS products are 2-layer systems (an outer shell and moisture barrier only) so the third digit will remain “x” in all cases. Winter<br />
liners are available for all <strong>Morning</strong> <strong>Pride</strong> garments (see discussion on page 94).<br />
Pick Your Moisture Barrier (Designated by Fourth Digit)<br />
Material Model Weight/Face Weight/Fill<br />
Crosstech EMS ® xxx9 6 3.5 oz – 1.3 oz Crosstech EMS ® Laminated to 2.2 oz Polyester<br />
Pick Your Outer Shell (Designated by First Two Digits – Non-FR and FR Materials May Not Be Mixed)<br />
Material Model Weight/Weave Colors<br />
FR PBO /Kevlar ® 13xx 6 5.3 oz Rip-Stop Bronze<br />
FR Nomex ® 21xx 6 6.0 oz Rip-Stop Natural, Black, Tan, Yellow, Red, Navy, Royal Blue<br />
Pick Your Thermal Liner (Designated by Third Digit)<br />
EMS Products are 2-layer systems (an outer shell and moisture barrier only), so the third digit will remain “x” in all cases. Winter<br />
liners are available for all <strong>Morning</strong> <strong>Pride</strong> garments (see discussion on page 94).<br />
Pick Your Moisture Barrier (Designated by Fourth Digit)<br />
Material Model Weight/Face Weight/Fill<br />
Non-FR Choices<br />
- OR -<br />
FR Choices<br />
Crosstech SR ® xxxC 6 4.3 oz – 1.0 oz Crosstech SR ® on 3.3 oz Nomex ® Pajama Check<br />
Please see pages 93 and 94 to find very important informational footnotes and winter liner information.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 92
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Footnotes, All Charts<br />
1. This material, when used with other<br />
layers that are also footnoted (1), will<br />
allow a composite system that can be<br />
certified to the 2007 edition <strong>of</strong> NFPA<br />
1971 for Structural <strong>Fire</strong> Fighting<br />
Protective Garment Elements, if<br />
appropriate trim is also specified<br />
(please see catalog pages 95-98).<br />
If all materials chosen are footnoted<br />
(1) and you specify appropriate trim,<br />
your garment will automatically<br />
feature NFPA certification labeling.<br />
Please see discussion <strong>of</strong> NFPA 1971<br />
in the Honeywell First Responder<br />
Products Reference Guide for further<br />
details.<br />
2. This material, when used with other<br />
layers that are also footnoted (2), will<br />
allow a composite system that can be<br />
certified to meet NFPA 1971 for<br />
Proximity <strong>Fire</strong> Fighting Protective<br />
Garment Elements. If all materials<br />
chosen are footnoted (2), your<br />
garment will automatically feature<br />
NFPA certification labeling. Please<br />
see discussion <strong>of</strong> NFPA 1971 in the<br />
Honeywell First Responder Products<br />
Reference Guide for further details.<br />
3. This material, when used with other<br />
layers that are also footnoted (3), will<br />
allow a composite system that can be<br />
certified to meet Project FIRES-Final<br />
Report, if required trim is also<br />
specified (please see pages 95-98)<br />
and the following custom options are<br />
noted on your order:<br />
• Project FIRES labeling<br />
• traditional (i.e. non-bibbed) waist<br />
high pants with either Tails or<br />
35” nominal coat<br />
• and a long wristlet (which is<br />
standard on our BPR<br />
coats/Tails).<br />
93<br />
Please see discussion <strong>of</strong> Project<br />
FIRES standard in Honeywell First<br />
Responder Products Reference Guide<br />
for further details.<br />
www.HoneywellFirstResponder.com<br />
Choosing the Correct Product Number<br />
4. Canadian General Standards Board –<br />
Nearly all <strong>Morning</strong> <strong>Pride</strong> composites<br />
are certified to CGSB 155.1<br />
(2001). CGSB 155.1 (2001) includes<br />
many requirements that are identical<br />
to NFPA 1971, 2007 Edition, for<br />
Structural <strong>Fire</strong> Fighting Protective<br />
Ensembles, however, there are some<br />
key differences (see the Honeywell<br />
First Responder Products Reference<br />
Guide for a description <strong>of</strong> these<br />
differences). For a full discussion <strong>of</strong><br />
the CGSB (and BNQ) requirements,<br />
please refer to those sections <strong>of</strong><br />
the Honeywell First Responder<br />
Products Reference Guide.<br />
5. This material, when used with other<br />
layers that are also footnoted (5), will<br />
allow a composite system that can be<br />
certified to the CEN standard, if the<br />
following custom options are noted on<br />
your order:<br />
• CEN labeling<br />
• 32”/35” Tails (when Tails are<br />
ordered)<br />
• and a flapped waistband liner<br />
attachment (when pants are<br />
ordered).<br />
It is not a Standard requirement, but<br />
many CEN specifiers also prefer<br />
reversed garment closure and<br />
tapered pants legs. Finally, many CEN<br />
specifiers wish to reduce either/both<br />
weight and cost from their garments;<br />
a list <strong>of</strong> such options is provided in<br />
our price list. Customers are<br />
cautioned that CEN insulation and<br />
other requirements are lower than<br />
those <strong>of</strong> the other Standards<br />
discussed on this page, so many CEN<br />
certifiable materials may NOT be<br />
used in other systems. Please see<br />
discussion <strong>of</strong> CEN garments in the<br />
Honeywell First Responder<br />
Products Reference Guide for further<br />
details.<br />
Table <strong>of</strong> Contents<br />
6. This material, when used with other<br />
layers that are also footnoted (6), will<br />
allow a composite system that is<br />
triple, dual or single certified to NFPA<br />
1999 to ensure bloodborne pathogen<br />
resistance testing has occurred.<br />
7. 6 oz shells <strong>of</strong>fer strong, anti-stress<br />
advantages but less durability<br />
(especially in pants). Customers are<br />
encouraged to weigh their relative<br />
needs for stress management - vs -<br />
durability.<br />
8. Field testing has shown, under some<br />
conditions, this very lightweight system<br />
may exhibit unusually short alarm<br />
times (as compared to other more<br />
traditional systems). It is STRONGLY<br />
recommended that this liner be ordered<br />
with Dead Air Paneling – expanded<br />
placement (pages 133-137), to retain<br />
stress reducing lightness while<br />
maximizing alarm times. Alarm time is<br />
the time between first pain recognition<br />
and second degree burns. Maximum<br />
alarm time gives the firefighter more<br />
time to alter the environment to avoid<br />
burns.<br />
9. Southern Mills, manufacturer <strong>of</strong> this<br />
product, recommends this layer not be<br />
used with 6 oz outer shells because <strong>of</strong><br />
barely compliant NFPA TPP levels<br />
(with some moisture barriers). You<br />
may request a summary <strong>of</strong> system<br />
composite TPP from our Customer<br />
Service Department for further details<br />
on how moisture barrier choice affects<br />
total insulation TPP provided.
Winter Liner Options<br />
For Structural PRH, BPR<br />
and LTO, as well as<br />
Proximity PRH, BPR and<br />
LTO Garments<br />
We recommend our 10 oz Black Nomex ®<br />
fleece vests (no sleeves; ends just below<br />
the waist). You may request custom<br />
quotations on any other materials used<br />
in our FR thermal liners, but the Nomex ®<br />
fleece <strong>of</strong>fers great warmth, flexibility,<br />
excellent moisture management properties<br />
and is lightweight. It is the winter<br />
liner <strong>of</strong> choice. You may also request<br />
custom quotes on full liners, not just<br />
vests, but they add considerable cost<br />
and the vest systems seem to deliver<br />
almost as much warmth with much<br />
better flexibility. Vests are chosen ten<br />
times as <strong>of</strong>ten as winter liners by our<br />
customers. Pant winter liners may also<br />
be custom quoted, but are usually not<br />
utilized, since the extra warmth <strong>of</strong> a<br />
winter liner seems most needed in the<br />
coat garment area. In these families <strong>of</strong><br />
garments, winter liners will snap in via<br />
MIL spec glove snaps for easy in and out<br />
removability.<br />
For Structural TAC and<br />
Wildland Garments<br />
We do not recommend a winter liner in<br />
these garments as it vastly complicates<br />
reversibility in TAC garments. For Wildland,<br />
over garments work better in the<br />
slim fitting designs.<br />
For <strong>Tech</strong>nical Rescue and<br />
Recovery and EMS<br />
Garments<br />
We recommend our 10 oz Black Nomex ®<br />
fleece vests for the <strong>Tech</strong>nical Rescue<br />
and Recovery and the FR EMS families<br />
for the same reasons discussed in the<br />
first paragraph above.<br />
For the non-FR EMS family <strong>of</strong> garments,<br />
we recommend our 10 oz Navy Blue<br />
polar fleece vests, again for the same<br />
reasons noted above. Thinsulate nylon<br />
liners are also a good choice, especially<br />
in pants where the smoother surface<br />
makes donning easier. The thinsulate<br />
liners are also highly insulative and<br />
weigh 8.4 oz. The quilt stitch nylon<br />
product is Red on the side facing the<br />
body and Royal Blue on the other side.<br />
If you are not ordering a Winter Liner<br />
with your new <strong>Tech</strong>nical Rescue and<br />
Recovery or EMS gear but may want<br />
one in the future...<br />
It is important to remember that<br />
<strong>Tech</strong>nical Rescue and Recovery and<br />
EMS garments are standard two-layer<br />
products (outer shell and moisture<br />
barrier, no thermal liner). While winter<br />
liners are available, they can only be<br />
attached via a zipper. Non-zipper<br />
alternative attachment methods (such as<br />
snaps used in the Structural BPR and<br />
LTO, as well as Proximity BPR and LTO<br />
families) can abuse the moisture barrier<br />
during the grueling, EMS NFPA 1999 25<br />
cycle wash pre-conditioning (both the<br />
<strong>Tech</strong>nical Rescue and Recovery and<br />
EMS garment families meet the EMS<br />
Standard). Many first responders will<br />
utilize sweaters, heavy slacks, thermal<br />
underwear, etc. under these garments<br />
rather than winter liners; so we did not<br />
standardize the expense <strong>of</strong> a zipper<br />
winter liner adaption strip on all<br />
<strong>Tech</strong>nical Rescue and Recovery and<br />
EMS garments. If you feel you may want<br />
a winter liner in the future but are not<br />
ordering one when you order your<br />
<strong>Tech</strong>nical Rescue and Recovery or EMS<br />
garment new, we strongly suggest you<br />
order a half zipper in your new garment<br />
(to allow easy zip in <strong>of</strong> a potential future<br />
liner, as it is VERY expensive to add a<br />
zipper later, after the coat is made). If<br />
you order a winter liner when ordering<br />
the new garment, the zipper to accommodate<br />
the winter liner’s use will <strong>of</strong><br />
course automatically be provided (and<br />
the cost is included).<br />
Table <strong>of</strong> Contents<br />
NOTES: Coats and Tails may be<br />
ordered with either vest style or<br />
sleeved winter liner systems,<br />
which end just below the waist.<br />
Pants winter liners extend to the<br />
cuff. All Structural and Proximity<br />
winter liners attach and detach<br />
easily from the main garment via<br />
MIL spec glove snaps. <strong>Tech</strong>nical<br />
Rescue and Recovery and EMS<br />
winter liners are zippered in and<br />
out. Please consult the price list<br />
for further details.<br />
Honeywell First Responder Products 94
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Trim Requirement Comparisons Among Standards and Performance Models<br />
Structural – There are two primary standards governing Protective <strong>Clothing</strong> for Structural <strong>Fire</strong> Fighting with slightly differing<br />
trim requirements (CEN allows but does not require trim):<br />
95<br />
NFPA 1971, 2007 Edition<br />
(also meets CGSB requirements)<br />
www.HoneywellFirstResponder.com<br />
Trim Options<br />
General Requirements<br />
• Trim tape must be at least 2” wide and have both fluorescent and retroreflective<br />
materials.<br />
• Trim shall have a Coefficient <strong>of</strong> Retroreflection <strong>of</strong> not less than 100 cd/lux/m 2<br />
following simulated rainfall andshall be designated as fluorescent. Its<br />
chromacity <strong>of</strong> the specified colors and Cap Y luminance factor shall be within<br />
specified ranges.<br />
• Trim shall not melt, separate, or ignite when placed in a 260° C forced air oven<br />
for 5 minutes.<br />
• Retroreflective surface <strong>of</strong> the trim tape must be at least 0.625” wide.<br />
• There shall be no reflectivity gaps greater than 0.125”.<br />
• Trim shall not have a char length more than 4” or an afterflame <strong>of</strong> more than<br />
2 seconds when tested for flame resistance.<br />
• Minimum fluorescent and retroreflective trim pattern areas <strong>of</strong> tape must appear<br />
to be continuous and may not be covered by garment components.<br />
Coat Requirements<br />
• Coats cannot include vertical trim bands on front.<br />
• Coats must have minimum trim pattern <strong>of</strong> reflective and fluorescent material.<br />
• Coats must have one circumferential band around bottom hem, within 1” <strong>of</strong> the<br />
coat hem’s highest point.<br />
• Coats must have one horizontal band on front chest.<br />
• Coats must have either one horizontal or two vertical (one left and one right)<br />
bands on back.<br />
• Coats must have one circumferential band or staggered 360° visibility pattern on<br />
each cuff between the elbow and the wrist with the lower edge within 2” <strong>of</strong> the<br />
end <strong>of</strong> the coat sleeve.<br />
• The back <strong>of</strong> the coat shall also have a minimum <strong>of</strong> either two vertical strips <strong>of</strong><br />
trim, perpendicular to the bottom band and with one stripe located on the left<br />
and right sides <strong>of</strong> the back <strong>of</strong> the coat, or a minimum <strong>of</strong> one horizontal band <strong>of</strong><br />
trim at the chest/shoulder blade level, located within 3” above or below the<br />
sleeve-to-body underarm seam.<br />
• Where trim on the coat intersects a zipper, or innermost sleeve seam ,a<br />
maximum gap <strong>of</strong> 1” shall be permitted.<br />
Pant Requirements<br />
• Pants must have minimum trim pattern <strong>of</strong> reflective and fluorescent material.<br />
• Pants must feature one circumferential band around each leg between the<br />
bottom hem and the knee area.<br />
• Where trim on the pants intersects a zipper, or innermost trouser seam, a<br />
maximum gap <strong>of</strong> 1” shall be permitted.<br />
Project FIRES Model<br />
Performance Criteria © 1985<br />
• Fluorescent and reflective areas must<br />
be at least 1” wide.<br />
• Trim must have a minimum 150 cd/lux/m 2<br />
• Trim shall not melt when placed in a<br />
260° C forced air oven for 5 minutes.<br />
• Fluorescent and reflective areas <strong>of</strong> tape<br />
must be continuous and not covered by<br />
garment components.<br />
• Trim shall not have a char length more<br />
than 4” or an afterflame <strong>of</strong> more than<br />
2 seconds when tested for flame<br />
resistance.<br />
• Coat trim must provide 325 in 2 <strong>of</strong><br />
fluorescent area.<br />
• Coat trim must provide 100 in 2 <strong>of</strong><br />
retroreflective area.<br />
• Coats must have circumferential body and<br />
wrist bands and two rear vertical stripes, or<br />
other front-to-back differentiation <strong>of</strong><br />
specification approved by the IAFF.<br />
• Pants must feature 100 in 2 <strong>of</strong> fluorescent trim.<br />
• Pants must feature 50 in 2 <strong>of</strong> retroreflective<br />
trim.<br />
• Pants must feature a circumferential band<br />
around each leg between hem and knee.<br />
<strong>Tech</strong>nical Rescue and Recovery – NFPA 1951, 2007 Edition neither requires nor prevents the use <strong>of</strong> trim on either a certified<br />
Rescue and Recovery or Utility garments.<br />
Proximity – NFPA 1971, 2007 Edition prohibits the use <strong>of</strong> any reflective trim, as it fails radiant reflective requirements for Proximity<br />
ensembles.<br />
EMS – NFPA 1999, 2003 Edition neither requires nor prevents the use <strong>of</strong> trim on a certified EMS garment.<br />
Liquid Splash – NFPA 1992, 2005 Edition neither requires nor prevents the use <strong>of</strong> trim on a certified Liquid Splash/HazMat garment.<br />
Wildland – NFPA 1977, 2005 Edition neither requires nor prevents the use <strong>of</strong> trim on either a certified Wildland garments.<br />
The NFPA 1977 appendix indicates trim is advantageous but may be covered by the many items which the Wildland firefighter<br />
must carry. This means trim <strong>of</strong> any color, any material and in any placement package may be ordered on a certified Wildland<br />
garment, but it is not required that trim be ordered. It is the customer’s choice.<br />
Table <strong>of</strong> Contents
Trim Materials Available<br />
<strong>New</strong> trim products are on the horizon –<br />
please contact our Customer Service<br />
Department for updates at time <strong>of</strong> order.<br />
Reflexite ®<br />
Since 1986, Reflexite ® has <strong>of</strong>fered<br />
brighter products employing prisms as<br />
their reflective elements. Advantages <strong>of</strong><br />
Reflexite ® include ease <strong>of</strong> cleaning,<br />
ability to reflect equally well wet or dry<br />
and resistance to abrasion <strong>of</strong> the reflective<br />
elements. Disadvantages include a<br />
relatively low melting point (300º F<br />
approximately) and loss <strong>of</strong> reflectivity<br />
after high heat exposures. Reflexite ®<br />
is available in 2” or 3” widths in White<br />
(EMS only) or Fluorescent Lime.<br />
Reflexite ® has a 150 coefficient <strong>of</strong><br />
reflectivity.<br />
3M Scotchlite <br />
The surface is composed <strong>of</strong> exposed,<br />
wide-angle retroreflective lenses bonded<br />
to a durable flame resistant 100% cotton<br />
backing. Advantages include higher<br />
Lime Reflexite ®<br />
Also Available in<br />
White (EMS only,<br />
slightly different<br />
grid pattern)<br />
Orange<br />
3M Scotchlite <br />
Also Available in<br />
Silver (EMS<br />
Only) and White<br />
(EMS Only)<br />
heat resistance than Reflexite ® products.<br />
Disadvantages include a slightly lower<br />
reflectivity when wet and minor bead<br />
abrasion when exposed to extreme<br />
conditions over time. Unlike Reflexite ® ,<br />
3M Scotchlite Reflective Material reflects<br />
light back in a silver color (not the<br />
trim color). The four colors are available<br />
in 2” or 3” widths. Solid Silver – 500<br />
candlepower (EMS only), White –<br />
100 candlepower (EMS only), and<br />
fluorescent Red/Orange or Lime/Yellow –<br />
175 candlepower. (Candlepower is the<br />
coefficient <strong>of</strong> retroreflectivity as stated in<br />
cd/lux/m2 ).<br />
3M Scotchlite – Two Tone<br />
The reflective surface is composed <strong>of</strong><br />
wide-angle, exposed retroreflective<br />
lenses integrally centered with the<br />
fluorescent color and bonded with a<br />
special polymer layer to an aramid backing.<br />
It is available in 3” Lime/Yellow or<br />
Red/Orange. This product <strong>of</strong>fers the<br />
highest heat resistance (500° F) <strong>of</strong> any<br />
trim product. As a one-piece integrated<br />
trim, the Silver (500 candlepower) will<br />
Orange<br />
Two Tone<br />
3M Scotchlite <br />
Also Available in<br />
Lime<br />
Table <strong>of</strong> Contents<br />
not delaminate from the non-reflective<br />
fluorescent color. The aramid backing<br />
minimizes fraying that a traditional cotton<br />
component might experience over time.<br />
Glo-Flex ®<br />
These White (light greenish) and Lime<br />
Two Tone products are both reflective<br />
and photoluminescent (it glows in the<br />
dark). No other trim <strong>of</strong>fers photoluminescent<br />
properties. Glo-Flex ® exhibits a<br />
bright green afterglow to the dark<br />
adapted eye for up to 4 hours. Glo-Flex ®<br />
is available in 2” and 3” widths.<br />
Glo-Flex ® Trims Not Yet Available...<br />
Due to the recent change in NFPA<br />
1971, the standard now requires<br />
improved florescence. Glo-Flex ® had<br />
to redesign and resubmit for approval<br />
the trims listed below. At the time <strong>of</strong><br />
this catalog printing, Glo-Flex ® has not<br />
received their approvals. Before<br />
ordering any <strong>of</strong> these trims, please<br />
contact our Customer Service<br />
Department to see if Glo-Flex ® has<br />
received their approvals.<br />
White<br />
(light greenish)<br />
Glo-Flex ®<br />
Also Available<br />
in Yellow<br />
Lime<br />
Two Tone<br />
Glo-Flex ®<br />
Trim Options Continue...<br />
Honeywell First Responder Products 96
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Trim Options Continued...<br />
Trim Placement<br />
Packages<br />
Certified Structural garments MUST be<br />
ordered in any <strong>of</strong> the ✓ placements<br />
below in any <strong>of</strong> the fluorescent (not White<br />
or one tone Silver) trim colors available to<br />
meet NFPA, Project FIRES & CGSB<br />
NOTE: Diagrams below depict 35” traditional style coats. Tails coats also feature a 2” strip <strong>of</strong> trim at the base <strong>of</strong> the<br />
Tail. Also on Tails coats, the hem and chest bands are 6” closer together than on a 35” length coat. The NFPA<br />
Standard precludes custom option coverage <strong>of</strong> minimum trim placements, so options blocking trim from top will be<br />
moved up and options blocking trim from the bottom will be moved down. Trim above required minimums will be<br />
covered (that is, bellows pockets over pants seam trim) without special note on your order.<br />
Front View<br />
Back View<br />
Front View<br />
Back View<br />
www.HoneywellFirstResponder.com<br />
Standard Trim Placements*<br />
3M Scotchlite Glo-Flex ®<br />
Reflexite ® Solid Two-Tone Solid Two-Tone<br />
Part No. Base and Suffixes (R) (S) (T) (GS) (GT)<br />
TR-STD1 2” chest/back, sleeves & hem ✓ ✓ X ✓ X<br />
TR-STD2 2” chest/back, sleeve 3” hem ✓ ✓ X ✓ X<br />
TR-STD3 3” chest/back, sleeve & hem ✓ ✓ ✓ ✓ ✓<br />
*These trim placements do NOT meet Project FIRES requirements.<br />
Dead Air Trim:<br />
TR-DAP-01 Dead Air Trim – Full circumferential bands around coat cuffs<br />
<strong>New</strong> York Trim Placements*<br />
3M Scotchlite Glo-Flex ®<br />
Reflexite ® Solid Two-Tone Solid Two-Tone<br />
Part No. Base and Suffixes (R) (S) (T) (GS) (GT)<br />
TR-NY1 2” chest/back, sleeves & hem ✓ ✓ X ✓ X<br />
TR-NY2 3” chest/back, sleeves & hem ✓ ✓ ✓ ✓ ✓<br />
*These trim placements do NOT meet Project FIRES requirements (with back lettering, waivers can<br />
be requested from IAFF).<br />
Dead Air Trim:<br />
requirements. CEN certified garments<br />
may be ordered with any or no trim.<br />
Certified <strong>Tech</strong>nical Rescue garments<br />
are not required to have trim, but can<br />
be ordered with trim. If trim is ordered,<br />
patterns in any <strong>of</strong> the ✓ placements<br />
are recommended for optimum visibility.<br />
Contact us to determine if alternative<br />
Shielded Seams: Dead Air Trim Panels at Coat Cuff Seam Area (also reduces thread wear in this area as the arm moves against<br />
the body). Standard constructioning on all garments.<br />
Extended Dear Air Panels: 4 Extra Liner Attached Dead Air Panels at Forearms. See Liner Options on pages 132-139.<br />
97<br />
Trim Options<br />
Note: Dead Air Trim also available under other bands, but most <strong>of</strong>ten used just at coat cuffs (boots<br />
provide insulation at pant cuffs while arms/chest are less proximate to the body, i.e. loose fit).<br />
TR-DAP-01 Dead Air Trim – Full circumferential bands around coat cuffs<br />
Note: Dead Air Trim also available under other bands, but most <strong>of</strong>ten used just at coat cuffs (boots<br />
provide insulation at pant cuffs while arms/chest are less proximate to the body, i.e. loose fit).<br />
Front View Back View Split Cuff Option<br />
patterns will meet NFPA 1951<br />
requirements.<br />
Certified Proximity models can NOT be<br />
ordered with trim.<br />
Certified EMS garments can be ordered<br />
with any trim color, any trim material and<br />
any trim placement - OR - they may be<br />
ordered without trim.<br />
To preserve some circulation to extremities in view <strong>of</strong> some reports <strong>of</strong><br />
burns under trim.<br />
Table <strong>of</strong> Contents
Front View<br />
Back View<br />
Front/Back View<br />
Front/Back View<br />
Custom Trim and Lettering<br />
Packages<br />
Available on a Special Quote Basis.<br />
Please contact our Customer Service<br />
Department for pricing and details (the<br />
Dayton address, phone and fax is<br />
provided on the back cover <strong>of</strong> this<br />
catalog). Photos below are examples.<br />
Project FIRES Style Trim Placements*<br />
3M Scotchlite Glo-Flex ®<br />
Reflexite ® Solid Two-Tone Solid Two-Tone<br />
Part No. Base and Suffixes (R) (S) (T) (GS) (GT)<br />
TR-PF1 3” chest/back, sleeves & hem 3 3 3 3 3<br />
*These placements meet Project FIRES requirements.<br />
Dead Air Trim:<br />
Pant Trim Placements<br />
TR-DAP-01 Dead Air Trim – Full circumferential bands around coat cuffs<br />
Note: Dead Air Trim also available under other bands, but most <strong>of</strong>ten used just at coat cuffs (boots<br />
provide insulation at pant cuffs while arms/chest are less proximate to the body, i.e. loose fit).<br />
3M Scotchlite Glo-Flex ®<br />
Reflexite ® Solid Two-Tone Solid Two-Tone<br />
Part No. Base and Suffixes (R) (S) (T) (GS) (GT)<br />
TR-CF 1 2”cuffs ✓ ✓ X ✓ X<br />
TR-CF 2 3” cuffs* ✓ ✓ ✓ ✓ ✓<br />
TR-CS 1 2” cuffs, seams ✓ ✓ X ✓ X<br />
TR-CS 2 3” cuffs, seams* ✓ ✓ ✓ ✓ ✓<br />
TR-CS 3 3” cuffs, 2” seams* ✓ ✓ ✓ ✓ ✓<br />
TR-CS 4 2” cuffs, 3” seams ✓ ✓ X ✓ X<br />
*These placements meet Project FIRES requirements.<br />
Lettering and Flags<br />
2” and 3” lettering is available in sewn-on<br />
(solid color) 3M Scotchlite (Silver,<br />
White, Lime or Orange) and bond-on<br />
3M Scotchlite (Silver, White, Lime<br />
or Orange). Sewn-on Reflexite ® (White,<br />
Lime or Orange) and Glo-Flex ® (3” White<br />
only) is also available. Please consult<br />
Table <strong>of</strong> Contents<br />
our Customer Service Department for<br />
updated information if this type <strong>of</strong> lettering<br />
is desired. Please specify size and<br />
material <strong>of</strong> lettering.<br />
Again, Custom Lettering, as in photo to<br />
the left, may also be ordered and quoted.<br />
Please contact our Customer Service<br />
Department for pricing and details.<br />
Please see page 142 for available<br />
American and Canadian sewn-on<br />
Glo-Flex ® Flags.<br />
Other Reflective Options<br />
Reflexite ® Star <strong>of</strong> Life is available for<br />
Non-FR EMS and a 3M Scotchlite <br />
Star <strong>of</strong> Life is available for FR<br />
applications.<br />
Trim Discussion Continued...<br />
Honeywell First Responder Products<br />
98
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Trim Discussion Continues…<br />
A Discussion <strong>of</strong> Burns<br />
Under Trim and<br />
Patented Fixes<br />
<strong>Morning</strong> <strong>Pride</strong> garments feature, as a<br />
standard, Dead Air Trim at the interior<br />
coat and pants cuff areas where burns<br />
under trim and seam abrasion can occur.<br />
Additional full circumferential bands and<br />
/or extended Dead Air line can be<br />
custom optioned to provide further<br />
protection.<br />
Background on the Issue<br />
In 1994, a Winnipeg firefighter sustained<br />
serious third degree burns to his forearms.<br />
As the photo shows, his burns clearly<br />
matched the area <strong>of</strong> his turnout gear<br />
where reflective trim was placed. At the<br />
time, the only insulative requirements in<br />
the NFPA 1971 on protective clothing<br />
and equipment for Structural fire<br />
fighting was the TPP (thermal protective<br />
performance) test which recreated<br />
flashover conditions. Interestingly, the<br />
one part <strong>of</strong> the sleeve that <strong>of</strong>fered the<br />
highest TPP was the area covered by<br />
the extra layer <strong>of</strong> trim or exactly the one<br />
area where the Winnipeg firefighter was<br />
burnt (see annotated photo to the right).<br />
The Winnipeg injuries sparked a multiyear<br />
discussion, within the NFPA<br />
process and the fire service in general,<br />
on the type <strong>of</strong> burns that were occurring<br />
through NFPA certified gear. While<br />
relatively few in number, any burns<br />
through a certified system suggested<br />
there were areas to potentially improve<br />
the protective products.<br />
As we all know and was discussed<br />
during this time, human skin burns are a<br />
function <strong>of</strong> time and temperature. We<br />
can pass our hands through the flame <strong>of</strong><br />
a candle (approximately 1000°F/538°C<br />
to 1200°F/649°C) without burn injury, if<br />
we move quickly enough. However, if we<br />
lay outside in much lower 90°F/32°C<br />
heat for hours, we will sustain a burn.<br />
Burns occur as the consequence <strong>of</strong> heat<br />
99<br />
www.HoneywellFirstResponder.com<br />
Trim Options<br />
transfer to the skin at a rate greater than<br />
the body’s ability to dissipate that heat.<br />
We know that if the skin (100 microns<br />
below its surface):<br />
• reaches 111°F/44°C, the average<br />
individual will feel pain;<br />
• if the sub-dermal skin reaches<br />
119°F/48°C, the average individual will<br />
receive a 1 st degree burn;<br />
• if that sub-dermal temperature reaches<br />
131°F/55°C, a 2 nd degree burn will<br />
occur;<br />
• and if a sub-dermal temperature <strong>of</strong><br />
161°F/72°C is reached, the average<br />
individual will receive a 3 rd degree<br />
burn.<br />
We have also learned over the years that<br />
heat transfer can occur in three ways:<br />
• Conduction – Occurs through contact<br />
with a hot surface. Compression <strong>of</strong><br />
clothing can increase the rate <strong>of</strong> heat<br />
transfer through materials. The hot<br />
surface could be a super heated floor<br />
or wall, or it could be a hot liquid or<br />
gas that moved into the system.<br />
• Convection – Occurs on the fireground<br />
primarily from the movement <strong>of</strong><br />
hot air, gasses and liquids across the<br />
clothing and equipment surfaces.<br />
• Thermal Radiation – Involves the<br />
direct transfer <strong>of</strong> energy from a hot,<br />
radiating source, such as a fire to<br />
the clothing.<br />
Much <strong>of</strong> the<br />
discussion<br />
following the<br />
Winnipeg injury<br />
focused on how<br />
the burns could<br />
have occurred<br />
ONLY where the<br />
TPP was the<br />
highest on the<br />
sleeve. The TPP<br />
test, as noted<br />
above, recreates flashover conditions,<br />
specifically a 2.0 calorie load 1 (approximately<br />
15% or 0.3 cal/cm 2 sec as radiant<br />
heat with the remaining 85% or 1.7<br />
Burns Occurred Under Trim where<br />
TPP was Highest<br />
TPP vs. BURN DEGREE<br />
No Burn – Coat TPP 35<br />
3 rd Degree Burn –<br />
Coat & Trim TPP 59*<br />
No Burn –<br />
Wristlet TPP 20<br />
3rd Degree Burn –<br />
Water Well Elastic<br />
No Burn – Mitt &<br />
Wristlet TPP 55<br />
2nd Degree<br />
Burn –<br />
Mitt TPP 35<br />
*Test results from<br />
TRI/Environment<br />
Report to<br />
3M 8/25/95<br />
cal/cm 2 sec as convective heat – none <strong>of</strong><br />
the heat energy involves conductive<br />
heat exposure). The TPP test does not<br />
really measure conductive insulation.<br />
Originally, we had presumed that a worst<br />
case, TPP like, flashover exposure would<br />
be a good predictor <strong>of</strong> comparative<br />
system performance under all burn<br />
conditions (including conductive, lower<br />
heat flux, longer exposure heat loads).<br />
The Winnipeg burn, however, indicated<br />
that this was not universally the case.<br />
Further, research isolated that characteristics<br />
<strong>of</strong> the material, including its<br />
density, thermal conductivity, and heat<br />
capacity, have a significant impact on<br />
how that material transfers heat.<br />
• Density is a measurement <strong>of</strong> how<br />
heavy material is for a given volume. It<br />
is expressed as weight per volume.<br />
Therefore, a higher density for a<br />
material indicates one that is heavier<br />
for the same volume as compared to<br />
another material.<br />
• Thermal conductivity is the property <strong>of</strong><br />
a material that expresses the amount<br />
<strong>of</strong> heat that will flow through the material<br />
when exposed to a higher temperature<br />
on one side <strong>of</strong> the material.<br />
1 Heat energies are expressed in units <strong>of</strong> calories, a measure <strong>of</strong> total heat that are exposed to a given surface area (square centimeters) <strong>of</strong> clothing over<br />
a given time (seconds). A 2.0 cal/cm 2 sec load is considered to be representative <strong>of</strong> the energy levels experienced in a flashover condition.<br />
Table <strong>of</strong> Contents
It is similar in principle to electrical<br />
conductivity, so that good insulators to<br />
heat will have low thermal conductivities,<br />
while materials with high thermal<br />
conductivities are consid-ered conductors<br />
(such as metals) and may transmit<br />
heat more readily.<br />
• Heat capacity refers to the amount <strong>of</strong><br />
heat that is required to raise the temperature<br />
<strong>of</strong> a given amount <strong>of</strong> material.<br />
Normally, specific heat capacity is used<br />
in determining heat transfer <strong>of</strong> materials<br />
and is defined as the specific heat<br />
energy that is required to raise a<br />
specific mass (weight) <strong>of</strong> material by<br />
one degree <strong>of</strong> temperature. Heat<br />
capacity also is an indication <strong>of</strong> a<br />
material’s ability to store heat.<br />
These three material properties can also<br />
be interrelated to explain how a material<br />
will conduct heat. A material’s thermal<br />
conductivity divided by the<br />
product <strong>of</strong> its density and<br />
specific heat capacity is<br />
known as ‘thermal diffusivity.’<br />
Thermal diffusivity is a<br />
property <strong>of</strong> materials that<br />
indicates how heat moves<br />
through the material. Although<br />
it is a combination<br />
<strong>of</strong> three separate material<br />
CCHR<br />
Test<br />
Stand<br />
Cotton and steel left side-by-side in<br />
the sun will absorb and conduct<br />
widely divergent heat loadings due to<br />
their divergent thermal diffusivity.<br />
properties, it portrays a distinct material<br />
response to changing heat conditions. In<br />
contrast, a material’s thermal conductivity<br />
relates only to steady-state or unchanging<br />
conditions. Materials with high thermal<br />
diffusivity will rapidly adjust their<br />
temperature to that <strong>of</strong> surroundings,<br />
because they conduct heat quickly in<br />
comparison to their thermal ‘bulk.’ This<br />
means that a material with high thermal<br />
diffusivity is more likely to become hot<br />
when exposed to high heat.<br />
To illustrate the powerful impact <strong>of</strong> this<br />
concept, consider a piece <strong>of</strong> cotton and a<br />
piece <strong>of</strong> stainless steel left side-by-side<br />
in the sun on a hot summer day for several<br />
hours. The cotton may be warm to<br />
the touch, but the steel could literally<br />
burn you. Both materials had the exact<br />
same thermal loading from the sun, so<br />
why the huge difference? The differences<br />
in material density, thermal<br />
conductivity, and heat capacity are the<br />
answer. The stainless steel has a far<br />
higher density and thermal conductivity<br />
than the cotton, and hence, will become<br />
much hotter and transmit more heat with<br />
the exact same heat exposure. Moreover,<br />
there is a substantial difference in the<br />
thermal diffusivity <strong>of</strong> the two materials.<br />
The table to the below shows some <strong>of</strong><br />
the important heat transfer properties<br />
<strong>of</strong> cotton, steel, and other common<br />
materials.<br />
We began to realize that while density,<br />
thermal diffusivity and other heat transfer<br />
factors are less important in flashover<br />
conditions, since the heat flux is extremely<br />
high over a relatively short time<br />
period to transfer heat through any similar<br />
material (regardless <strong>of</strong> its density), it<br />
might be a significant component for ex-<br />
Heat Transfer Properties <strong>of</strong> Selected Materials<br />
Material Thermal Density Specific Heat Thermal<br />
Conductivity (kg/m3 ) Capacity Diffusivity<br />
(W/m °K) (J/kg °K) (m2 /sec x 108 )<br />
Stainless Steel 16 7900 502 405<br />
Cotton 0.03 300 1338 7.5<br />
Air 0.025 1.29 1000 1938<br />
Water 0.6 1000 4184 14<br />
plaining the potential for burn injury in<br />
lower heat flux, longer duration exposures<br />
where the differing properties <strong>of</strong><br />
materials to store and transmit heat could<br />
play a key role in the amount <strong>of</strong> heat<br />
available to penetrate the protective<br />
envelope.<br />
To address these lower heat fluxes<br />
and longer durations, the NFPA 1971<br />
Standard on Protective Ensembles for<br />
Structural <strong>Fire</strong> Fighting, in its 2000<br />
Edition, added a Conductive Compressive<br />
Heat Resistance Test (CCHR).<br />
The test is done under both wet and dry<br />
conditions. In the shoulder composite<br />
area, the material system is subjected to<br />
2 pounds per square inch (psi) compressive<br />
load (to recreate the weight <strong>of</strong><br />
SCBA). In the knee area, the material<br />
system is subjected to 8 psi compressive<br />
load (to recreate the weight <strong>of</strong> a fully<br />
geared, kneeling firefighter). Under<br />
either condition, the interior side <strong>of</strong> the<br />
clothing system must not show a temperature<br />
rise greater than 43°F/24°C in<br />
less than 13.5 seconds, as detected by<br />
a skin-simulant sensor.<br />
How do these concepts<br />
relate to burns under trim?<br />
Since reflective trim has a higher density<br />
and thermal conductivity compared to the<br />
surrounding textiles, the reflective trim<br />
can store and accumulate more heat,<br />
whereas the other textiles are able to<br />
dissipate that heat more effectively. When<br />
the stored energy in these materials<br />
(acting as a ‘heat sink’) then comes in<br />
contact with the skin through contact or<br />
compression, the ensuing transfer <strong>of</strong> this<br />
stored energy into the skin can make the<br />
difference between being burned or not.<br />
This means that even in the areas <strong>of</strong> the<br />
garment where there is a<br />
higher TPP rating (such as<br />
the parts <strong>of</strong> the garment<br />
covered by a layer <strong>of</strong> reflective<br />
trim), burns can occur<br />
under lower heat flux,<br />
longer exposure times than<br />
those represented under<br />
TPP test conditions.<br />
A Discussion <strong>of</strong> Burns Under Trim and Patented Fixes Continues…<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 100
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
A Discussion <strong>of</strong> Burns Under Trim and<br />
Patented Fixes Continued…<br />
What is the role <strong>of</strong><br />
moisture in these burns?<br />
It is important to explore this question,<br />
since we cannot design the best fix until<br />
we understand correctly any burn<br />
causation. Some have theorized that the<br />
type <strong>of</strong> burns sustained in Winnipeg<br />
were “steam” burns, resulting from<br />
moisture trapped under the non-permeable<br />
trim being forced back into the<br />
system. An original study even supported<br />
this position, but the conclusions<br />
<strong>of</strong> this study were not accepted by the<br />
majority <strong>of</strong> the fire service industry, and<br />
a subsequent peer review process found<br />
several important shortcomings <strong>of</strong> the<br />
study that included the use <strong>of</strong> inappropriate<br />
temperature sensing techniques and<br />
improper application <strong>of</strong> burn threshold<br />
temperatures.<br />
There are clearly three powerful<br />
arguments that would indicate burns<br />
under trim are NOT steam related:<br />
Argument #1 against “steam” being<br />
the causative factor in burns under<br />
trim – clear delineation <strong>of</strong> burns.<br />
As the Winnipeg firefighter’s plastic surgeon<br />
points out, the areas <strong>of</strong> skin burn<br />
injury are distinct compared to uninjured<br />
skin and can be related to the position <strong>of</strong><br />
the reflective trim on the garment. There<br />
is no “fade-out” <strong>of</strong> decreasing burns as<br />
would occur with gradually dissipating<br />
steam. This is characteristic <strong>of</strong> most<br />
burns we have seen under trim and<br />
provides a stronger argument for a “heat<br />
sink” burn mechanism, which would<br />
abate sharply as the higher density<br />
material ends.<br />
Argument #2 against “steam” being<br />
the causative factor in burns under<br />
trim – most burns under trim<br />
occurred in dry conditions. We have<br />
tried very hard to interview firefighters in<br />
depth who have sustained burns under<br />
trim (or other higher density materials<br />
such as Neoprene patches, etc.), and<br />
the overwhelming majority <strong>of</strong> those burnt<br />
in those conditions were dry (see chart<br />
above), including the Winnipeg firefighter.<br />
101<br />
www.HoneywellFirstResponder.com<br />
Trim Options<br />
Clear Delineation <strong>of</strong><br />
Burns<br />
Argument #3 against “steam” being<br />
the causative factor in burns under<br />
trim – scald precedes steam.<br />
Steam forms at 212°F/100°C. As we<br />
discussed above, second degree burn<br />
injuries will take place when sub-dermal<br />
skin temperature rises to 131°F/55°C.<br />
This implies that almost all burns attributed<br />
to steam exposure are actually<br />
scald burns, which would occur earlier.<br />
In addition, this points to the penetration<br />
<strong>of</strong> heat (which can cause scald injury),<br />
not steam, into the system as the most<br />
compelling design goal. A denser material<br />
with greater heat capacity can hold<br />
and conduct heat that can contribute<br />
much more directly to potential for burns,<br />
rather than through the formation <strong>of</strong><br />
steam.<br />
So what is the probable<br />
burn mechanism under<br />
higher density materials<br />
such as trim, if it is not<br />
steam?<br />
It is almost certainly the “heat sink” effect<br />
under higher density materials that<br />
causes burns.<br />
What does that suggest as a<br />
design fix?<br />
This suggests that anything that would<br />
mitigate the effects <strong>of</strong> dense materials,<br />
or lower their thermal conductivity, would<br />
be a powerful tool in reducing conductive<br />
heat transfer.<br />
Table <strong>of</strong> Contents<br />
Trim Burns Incidents – Wet vs. Dry Gear<br />
Number <strong>of</strong> Incidents Incidents<br />
Department <strong>Fire</strong>fighters WET DRY<br />
Winnipeg, MB 3 3<br />
Omaha, NE 1 1<br />
Pasadena, CA 1 1<br />
Brookville, OH 2 1 1<br />
Yonkers, NY 1 1<br />
Bozeman, MT 9 1 8<br />
Fort Wayne, IN 1 1<br />
Fort Wayne, IN 3 3<br />
Huber Heights, OH 1 1<br />
Anne Arundel, MD 2 2<br />
Sioux Lookout, ON 1 1<br />
TOTALS 25 3 (12%) 22 (88%)<br />
88% <strong>of</strong> Burns UnderTrim We were Able to Isolate were<br />
Under Dry Conditions<br />
NFPA change helps address this<br />
issue. In the 2007 edition <strong>of</strong> NFPA 1971,<br />
coat cuff trim was moved down to begin<br />
within 2” <strong>of</strong> the sleeve cuff. This tends to<br />
place the trim over the insulating wristlet<br />
and waterwell.<br />
Other custom options also available.<br />
These photos show our Dead Air Trim<br />
(patented and patent pending), which is<br />
available as a low cost option on <strong>Morning</strong><br />
<strong>Pride</strong> coats and pants. The Dead Air<br />
Trim captures air to lower the overall<br />
density <strong>of</strong> the trim area.<br />
From the exterior it is hard to tell that<br />
Dead Air Trim is even in place, so there is<br />
a good visual match to existing<br />
garments. Existing garments can also be<br />
efficiently retr<strong>of</strong>itted with the Dead Air<br />
Trim product wherever desired.<br />
Dead Air<br />
Strip is<br />
Hidden<br />
Under<br />
Trim<br />
Dead Air Strip<br />
on Stitching<br />
Not Visible on<br />
Finished<br />
Garment Exterior<br />
Note: Exterior Dead Air Panels are<br />
constructed <strong>of</strong> moisture barrier strips<br />
(unlike interior Dead Air Panels which<br />
are thermal liner materials).
What are the competitive<br />
design fixes for this issue?<br />
As a patented and patent pending product,<br />
the Dead Air Trim product is only<br />
available from <strong>Morning</strong> <strong>Pride</strong>. However,<br />
one competitor has re-introduced a<br />
“Steam Release” trim product to address<br />
this issue (they first presented the idea<br />
to their dealers in 1996 or 1997, but<br />
the concept never received market<br />
acceptance).<br />
As shown to the right, our competitor<br />
simply is putting holes in the 3M trim<br />
product apparently under the assumption<br />
that steam is the cause <strong>of</strong> burns<br />
under trim. As discussed previously, we<br />
feel strongly that multiple pieces <strong>of</strong><br />
evidence argue against steam being the<br />
single factor causing burns. Moreover,<br />
the competitor’s statement that energy<br />
takes the path <strong>of</strong> least resistance in<br />
transferring heat through the perforations<br />
<strong>of</strong> the trim is simply a misrepresentation<br />
<strong>of</strong> fundamental science. Heat transfer<br />
occurs faster through conduction where<br />
there is solid to solid contact. We feel the<br />
burns, the research and pure thermodynamics<br />
all argue strongly that these<br />
burns are caused by the “heat sink”<br />
effects <strong>of</strong> more dense materials.<br />
How does Dead Air Trim<br />
perform versus “Steam<br />
Release Trim?”<br />
Further, our testing proves Dead Air Trim<br />
performs better than “Steam Release<br />
Trim” under essentially all conditions<br />
where burn injury is possible, and<br />
usually <strong>of</strong>fers even more improvements<br />
in alarm time (the difference in time<br />
between the onset <strong>of</strong> pain and<br />
occurrence <strong>of</strong> 2nd degree burns; the<br />
alarm time defines the firefighter’s ability<br />
to avoid burn injury once pain is felt).<br />
Our competitor shows only one chart on<br />
their flyer reporting on only one test<br />
condition. The one condition shown is a<br />
0.5 cal/cm 2 sec radiant heat source.<br />
Even more interestingly, our competitor<br />
chose to modify the TPP test apparatus<br />
and procedures (usually used for NFPA<br />
flashover testing conditions) to deliver<br />
only radiant heat, rather than to use the<br />
established NFPA<br />
radiant test protocols<br />
(the “RPP”<br />
tests) that are<br />
based on a standardized<br />
ASTM<br />
method.<br />
In contrast, our<br />
testing involved:<br />
• established NFPA<br />
radiant RPP<br />
testing protocols<br />
based on the<br />
ASTM F1939<br />
test method.<br />
• different heat<br />
exposure<br />
energies <strong>of</strong> 0.1,<br />
0.5 and<br />
1.0 cal/cm 2 sec.<br />
• also recording<br />
Absolute<br />
Temperature<br />
Rise in all test<br />
conditions (for<br />
use in comparing<br />
sample performance<br />
at 0.1<br />
calorie exposures where the burn<br />
curve does not apply and cannot be<br />
extrapolated, as well as backing up the<br />
Stoll Curve burn predictions at higher<br />
thermal loads).<br />
• performing the now standard NFPA<br />
Conductive Compressive Heat<br />
Resistance testing discussed earlier,<br />
since it explores the conductive,<br />
compressive issue directly as the<br />
NFPA, interest-balanced technical<br />
committee felt appropriate.<br />
• TPP testing (as another basis for<br />
comparing sample performance).<br />
The Chart on page 103 (Summary <strong>of</strong><br />
Results for Trim Comparison) suggests<br />
some truly interesting comparisons and<br />
observations from our testing:<br />
1 The Dead Air Trim product <strong>of</strong>fers<br />
strong advantages over the perforated<br />
trim product essentially across the<br />
range <strong>of</strong> test conditions.<br />
A Discussion <strong>of</strong> Burns Under Trim and Patented Fixes Continues…<br />
Table <strong>of</strong> Contents<br />
POTENTIALLY VOIDS<br />
3M WARRANTY<br />
CALL 1-800-3M-<br />
HELPS FOR THEIR<br />
POSITION<br />
3M HAS NO DATA<br />
TO SUPPORT & IS<br />
INVESTIGATING<br />
THE ISSUE<br />
WET PERF WET TRIM<br />
WET NO TRIM<br />
DRY NO TRIM<br />
DRY TRIM<br />
DRY PERF<br />
2 Only at the relatively low 0.1 calorie<br />
exposure, where burns are not<br />
predicted under the test conditions for<br />
any product, does the perforated trim<br />
<strong>of</strong>fer advantages over regular trim<br />
and/or regular trim does not out<br />
perform the base composite. In other<br />
words, under most conditions and all<br />
conditions where burns are more likely<br />
to occur, the firefighter is either better<br />
protected under the regular trim than<br />
under perforated trim, or already better<br />
protected under regular trim than<br />
under the base composite (so no fix<br />
would be necessary). Of course, in<br />
essentially all cases where burns can<br />
occur, the Dead Air Trim out performs<br />
all other options except Extended<br />
Dead Air Panels (i.e., Dead Air Trim<br />
and Extended Dead Air Panels on the<br />
thermal liner).<br />
Note: We tested single specimens for<br />
many <strong>of</strong> the evaluations since the<br />
perforated trim is not widely available.<br />
Honeywell First Responder Products 102
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
A Discussion <strong>of</strong> Burns Under Trim and Patented Fixes Continued…<br />
103<br />
Test<br />
Source<br />
NFPA 1977 (2005 Edition) 8-2 & ASTM F1939<br />
NFPA 1971<br />
(2007 Edition) 8-51<br />
& ASTM F1060<br />
NFPA 1971<br />
(2007 Edition)<br />
8-10<br />
SUMMARY OF RESULTS FOR TRIM COMPARISON<br />
www.HoneywellFirstResponder.com<br />
Trim Options<br />
(Utilized Same Nomex ® , Crosstech ® , Chambray ® Composite<br />
as Lion Utilized in their Reported Testing)<br />
Essentially BEST All<br />
Conditions<br />
{<br />
Test Energy Condition Measure Base Regular Perforated Dead Air Extended Dead<br />
Type (cal/cm<br />
✓<br />
✓<br />
✓<br />
✓<br />
✓<br />
2 sec) Composite Trim Trim Air Trim<br />
RPP<br />
RPP<br />
0.1<br />
0.1<br />
Dry<br />
Wet (15%)<br />
Time to 44°C<br />
Time to 55°C<br />
Time Diff.‡<br />
Time to 44°C<br />
Time to 55°C<br />
111<br />
172<br />
61<br />
79<br />
122<br />
74<br />
134<br />
60<br />
74<br />
117<br />
116<br />
179<br />
62<br />
103<br />
145<br />
127<br />
226<br />
99<br />
132<br />
218<br />
328<br />
817<br />
489<br />
172<br />
293<br />
Time Diff.‡ 43 43 42 86 121<br />
RPP 0.5 Dry Pain Time 24 41 39 >70* >70*<br />
Burn Time 39 55 49.5 >70* >70*<br />
Alarm Time 15 14 10.5 ** **<br />
Time to 44°C 32 41.5 40 52.5 61<br />
Time to 55°C 41.5 54 49.5 68 86<br />
Time Diff. ‡ 9.5 13.5 9.5 15.5 25<br />
RPP 0.5 Wet (15%) Pain Time 28 36 35.5 >70* >70*<br />
Burn Time 36 48.5 44.5 >70* >70*<br />
Alarm Time 8 12.5 9 ** **<br />
Time to 44°C 32 39 38.5 64 100<br />
Time to 55°C 39 50 46.5 80 136<br />
Time Diff. ‡ 7 11 8 16 36<br />
RPP 1.0 Dry Pain Time 41 51 55.5 55 >70*<br />
Burn Time 52 59 62 62 >70*<br />
Alarm Time 11 8 6.5 7 **<br />
Time to 44°C 41.5 46 49.5 48.5 75<br />
Time to 55°C 53 58.5 61 60.5 108<br />
Time Diff. ‡ 11.5 12.5 11.5 12 33<br />
RPP 1.0 Wet (15%) Pain Time 32.5 36.5 36.5 51 >70*<br />
Burn Time 43.5 48.5 44.5 57.5 >70*<br />
Alarm Time 11 12 8 6.5 **<br />
Time to 44°C 37 39 38.5 47 62<br />
Time to 55°C 45.5 50 49.5 57.5 80<br />
Time Diff. ‡ 8.5 11 11 10.5 18<br />
CCHR 280°F Wet Pain Time 4 8 9 24 >70*<br />
Burn Time 10 15 17 39 >70*<br />
Alarm Time 6 7 8 15 **<br />
Time to 44°C 10.5 15 16 31.5 79<br />
Time to 55°C 16 22 23.5 44 117<br />
Time Diff. ‡ 5.5 7 7.5 12.5 38<br />
CCHR Rating 13.5 18.5 20 37 96<br />
TPP 2.0 Dry Pain Time 15.4 20.5 21.8 27.4 >50*<br />
Burn Time 22.2 30.8 30.7 40.2 >70*<br />
Alarm Time 6.8 10.3 8.9 12.8 **<br />
TPP Rating 44.2 61.1 61.1 80 142<br />
‡ Intended to be representative <strong>of</strong> Alarm Time * Performance so high beyond ability to extrapolate data<br />
**Neither the Pain Time nor Burn Time can be predicted, performance is so high<br />
✓ = Only conditions that Perforated Trim out performs Regular Trim and Regular Trim is not better than Base Composite.<br />
Even there, Warning Times are Considerable and Differences are Minimum for circumstances where burns are less likely to occur.<br />
.Dead Air Product as Good or Better than Perforated Trim<br />
.Regular Trim as Good or Better than Perforated .Regular Trim as Good or Better than Base<br />
Table <strong>of</strong> Contents
Our own testing, from which this data was taken, show even<br />
more clearly:<br />
• The superiority <strong>of</strong> Dead Air Trim over “Steam Release”<br />
perforated trim in essentially all conditions.<br />
• The relative infrequency <strong>of</strong> situations where regular trim does<br />
not out perform both or either the “Steam Release” perforated<br />
trim or the composite alone.<br />
Here’s why the 0.1, 0.5, and 1.0 cal/cm 2 sec heat loadings were<br />
selected.<br />
The relationship between increasing thermal radiation<br />
(expressed in calories per square centimeter per second, or<br />
cal/cm 2 sec) and the resulting rise in air temperature (expressed<br />
in degrees Celsius and degrees Fahrenheit) is presented below.<br />
Possible structural fire fighting situations are illustrated in the<br />
figure to the right.<br />
• The Routine region describes conditions where one or two<br />
objects, such as a bed or wastebasket, are burning in a room.<br />
The thermal radiation and the air temperatures are virtually the<br />
same as those encountered on a hot summer day. As shown in<br />
the figure, Routine conditions are accompanied by a thermal<br />
radiation range <strong>of</strong> 0.025 to 0.05 cal/cm 2 sec and by air<br />
temperatures ranging from 68°F/20°C to 140°F/60°C.<br />
Protective clothing for firefighters typically provides protection<br />
under these conditions, but excessively long exposure<br />
times may create a burn injury situation.<br />
• The Ordinary region describes temperatures encountered in<br />
fighting a more serious fire or being next to a “flashover” room.<br />
Ordinary conditions are defined by a thermal range <strong>of</strong> 0.05 to<br />
0.6 cal/cm 2 sec, representing an air temperature range <strong>of</strong><br />
140°F/60°C to 572°F/300°C. Under these conditions, protective<br />
clothing may allow sufficient time to extinguish the fire or to<br />
fight the fire until the nominal air supply is exhausted (usually<br />
less than 30 minutes).<br />
• The Emergency region describes conditions in a severe and<br />
unusual exposure, such as those caused inside a “flashedover”<br />
room or next to a flame front. In Emergency conditions,<br />
the thermal load exceeds 0.6 cal/cm 2 sec and temperatures<br />
exceed 572°F/300°C. In such conditions, the function <strong>of</strong><br />
firefighters’ clothing and equipment is simply to provide the<br />
short time needed for an escape without serious injury.<br />
As the chart and discussion above indicates, the heat flux conditions<br />
we chose to test at, replicate low, ordinary to mid-level<br />
emergency fire fighting conditions, thus allowing for a representative<br />
range <strong>of</strong> reported conditions.<br />
As also discussed previously, burn injuries are both time and<br />
temperature dependent. In the figure above, exposure to thermal<br />
radiation in cal/cm 2 sec is related to the time<br />
Air Temperature (°C)<br />
1000<br />
100<br />
10<br />
0.<br />
01<br />
140°<br />
F<br />
68°<br />
F<br />
572°<br />
F<br />
Routine<br />
Ordinary<br />
0.<br />
10<br />
Reference:<br />
Utech,<br />
1973<br />
1832°<br />
F<br />
Emergency<br />
Thermal Radiation<br />
( cal/<br />
cm2<br />
es c)<br />
at which pain is felt on unprotected skin, or time-to-pain<br />
(tolerance time), and the time at which unprotected skin<br />
begins to blister, or time-to-second-degree burn (blister time).<br />
This is commonly referred to as the Stoll Curve and is superimposed<br />
on our graphs to show where pain sensation and<br />
burn injury would be predicted. It is not used on lower heat<br />
flux exposures (at 0.1 cal/cm 2 sec) because the curves only<br />
apply to relatively short-term exposure conditions.<br />
10.<br />
00<br />
A Discussion <strong>of</strong> Burns Under Trim and Patented Fixes Continues…<br />
Table <strong>of</strong> Contents<br />
Range <strong>of</strong> Thermal Conditions<br />
Faced by <strong>Fire</strong>fighters<br />
Circled heat fluxes are those test conditions we utilized.<br />
Time-to-pain<br />
Time-to-burn<br />
Alarm<br />
Time<br />
0.<br />
50<br />
1.<br />
00<br />
2nd Degree Burn<br />
Pain<br />
Radiant Protective Performance (RPP) Test Apparatus<br />
Honeywell First Responder Products 104
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
A Discussion <strong>of</strong> Burns Under Trim and<br />
Patented Fixes Continued…<br />
What does perforating the<br />
trim do to trim strength?<br />
Our testing indicates a substantial<br />
decrease in trap tear strength when trim<br />
is perforated. As a point <strong>of</strong> comparison,<br />
NFPA requires outer shell trap tear<br />
strengths <strong>of</strong> at least 22 pounds per foot<br />
and most outer shells <strong>of</strong>fer 30 pounds<br />
per foot and above <strong>of</strong> trap tear strength.<br />
The difference between the two<br />
strengths is the difference between an<br />
ordinary person being able to tear the<br />
material or not. Lower tear strength will<br />
mean more frequent physical damage to<br />
trim on the garment requiring more<br />
frequent repairs.<br />
Are there other issues?<br />
There is another key advantage <strong>of</strong> the<br />
Dead Air Trim design. Since trim is<br />
denser, it “presents” the stitching to the<br />
outside environment. That is why stitch<br />
damage is more <strong>of</strong> a problem on trim<br />
For more information on this<br />
issue, including detailed graphs<br />
<strong>of</strong> each test condition results, ask<br />
for our position paper Read this<br />
BEFORE You Buy “Steam<br />
Release” Perforated Trim.<br />
105<br />
www.HoneywellFirstResponder.com<br />
Trim Options<br />
than on the surrounding textile material<br />
where the stitches can settle in and<br />
embed themselves. One additional key<br />
advantage <strong>of</strong> the Dead Air Trim concept<br />
is that it simultaneously also shields the<br />
trim stitching from abrasion, since it<br />
effectively moves that stitching into a<br />
valley on each side <strong>of</strong> the Dead Air<br />
Panel. It is far more effective than even<br />
competitive webbing attempts to “hide”<br />
the trim stitching.<br />
Should we eliminate<br />
reflective trim from<br />
Structural fire fighting gear?<br />
In our opinion, NO! Retroreflective trim<br />
has saved many lives by enhancing<br />
fireground visibility, and products such<br />
as Dead Air Trim can mitigate any “heat<br />
sink” issues with NO <strong>of</strong>fsetting<br />
disadvantage.<br />
Where does 3M stand on<br />
this modification?<br />
3M was not initally consulted on this<br />
issue and then indicated they may not<br />
Trim Trax<br />
50 Cycles<br />
1st Stitch Breaks<br />
60 Cycles Major Loss <strong>of</strong><br />
Stitches<br />
Chain Stitching<br />
Nu-Martindale Abrasion Tests<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Shielded Seams<br />
108 Cycles<br />
1st Stitch Breaks<br />
116% Improvement<br />
Lock Stitching<br />
Regular<br />
Trim<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Shielded Seams<br />
480 Cycles<br />
Still 1st Stitch (we gave up)<br />
860% Improvement<br />
Lock Stitching<br />
Perforated<br />
Trim<br />
Testing Done with 80D Garnet Sandpaper on Nu-Martindale Abrader at 9 Kilopascals<br />
(in accordance with UL practice)<br />
Table <strong>of</strong> Contents<br />
warranty the modified product. They are<br />
now running a full gamut <strong>of</strong> testing on the<br />
product. 3M customer service can be<br />
reached at 1-800-3M-HELPS for further<br />
clarification <strong>of</strong> their position.<br />
Trap Tear Test Results (ft. lbs)<br />
Perforated Trim is so fragile it can<br />
be torn by hand<br />
12<br />
10<br />
8<br />
6<br />
4<br />
2<br />
0<br />
❵ 33%<br />
Decline
Is there anything else we<br />
can do to reduce burns<br />
under high density products<br />
like trim?<br />
There are three other things that you<br />
can do:<br />
1. Purchase clothing with adequate<br />
sleeve circumference so compression<br />
is less <strong>of</strong> an issue. The photo to<br />
the right shows the extra sleeve<br />
circumference standard on the<br />
standard <strong>Morning</strong> <strong>Pride</strong> product line.<br />
2. Consider the split trim option that<br />
NFPA 1971 now allows. The<br />
Winnipeg firefighter and his surgeon<br />
feared for both his hands at times,<br />
since the full circumferential pattern<br />
<strong>of</strong> his burns acted like a tourniquet<br />
blocking effective blood flow to his<br />
hands (all worked out thankfully).<br />
3. Specify that no other high density<br />
materials be utilized in your turnout<br />
gear, which will have the same heat<br />
sink issues as high density trim.<br />
Photo below shows the design <strong>of</strong> a<br />
competitive wristlet assembly. It is<br />
High Surface Density Neoprene at Close to Body Wrist<br />
Area. Specify Breathable Crosstech ® or RT-7100 to<br />
Minimize Density.<br />
A review <strong>of</strong> Dead Air Trim<br />
Options<br />
Shielded Seams – Dead Air Trim Panels<br />
at Coat Cuff Seam Area (also reduces<br />
thread wear in this area as the arm moves<br />
against the body).<br />
Dead Air Trim – Full Circumferential<br />
Bands Around Coat Cuffs. Part Number:<br />
TRDAP-01<br />
Dead Air Trim – Full Circumferential<br />
Bands Around Coat Cuffs and Upper<br />
Arms (NY and Project FIRES placement<br />
only). Part Number: TRDAP-02<br />
Dead Air Trim – Chest Band. Part Number:<br />
TRDAP-03<br />
Extended Dead Air Panels – 4 Extra<br />
Liner Attached Dead Air Panels at Forearms.<br />
Part Number: DAPE<br />
Leather Covers High<br />
Surface Density Neoprene<br />
which Compresses to<br />
Elbow with Flexion.<br />
Specify Breathable Elbow<br />
and Knee Reinforcements<br />
to Reduce Density.<br />
loaded with high density neoprene at<br />
this constricted body area. The<br />
garment also featured high density<br />
neoprene at elbows, collar, knees<br />
and chinstrap.<br />
Table <strong>of</strong> Contents<br />
Dead Air Trim is not normally required at<br />
the pants cuffs, since the boots provide<br />
significant additive insulation in that<br />
area (shielded interior seams are standard,<br />
however to reduce thread wear).<br />
Similarly, Dead Air Trim is not normally<br />
required at the coat hem, since the overlap<br />
with pants provides significant additional<br />
insulation. Most fire departments will<br />
probably find that coat cuff or sleeve trim<br />
is the typical place for any application <strong>of</strong><br />
Dead Air Trim. The chest area is a possibility,<br />
but there is significantly more gap<br />
between skin and outer shell, and that<br />
contributes to insulation. It is not possible<br />
to build large gaps in the coat cuff area, as<br />
doing so would inhibit easy hand motion.<br />
If you require Dead Air Trim quotes for any<br />
other body areas than the above, please<br />
contact your IMA and he/she will have<br />
pricing developed for you.<br />
Remember, unlike Perforated Trim, Dead<br />
Air Trim is almost impossible to visually<br />
detect from regular trim. So, there is no<br />
visual problem with Dead Air Trim utilization<br />
where needed (cuffs or arms) and<br />
regular trim at other garment areas.<br />
<strong>Morning</strong> <strong>Pride</strong> Extra Sleeve Circumference<br />
<strong>Morning</strong> <strong>Pride</strong> Split Cuff Option<br />
Honeywell First Responder Products 106
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
<strong>Morning</strong> <strong>Pride</strong> Exclusive<br />
Suspender Products<br />
All In Stock For Immediate Shipment<br />
Pivot Point Suspender<br />
<strong>Tech</strong>nology (Patented)<br />
• No More Bunker Bounce<br />
• Forged, Extra Strong Hardware<br />
• No Leather to Rot<br />
• No Slip Sizing<br />
• Full Motion Without the Problem <strong>of</strong> Full<br />
Elasticity<br />
Dynamic Action<br />
Suspendering <strong>Tech</strong>nology<br />
Explained:<br />
Dynamic action suspenders feature a<br />
unique floating pivot point action mid<br />
back. During motion, human body<br />
extension is approximately equal BUT<br />
redistributed (i.e. when we bend to the<br />
107<br />
www.HoneywellFirstResponder.com<br />
Three Styles <strong>of</strong> Suspenders<br />
left our left side contracts but our right<br />
side extends a corresponding amount).<br />
The action mid-back allows the dynamic<br />
action suspendering products to “mimic”<br />
the extension redistribution during motion<br />
<strong>of</strong> the human body. In this way, motion<br />
is easily permitted without the use <strong>of</strong><br />
standard suspenders which must use<br />
elastic primarily to permit motion. As the<br />
discussion <strong>of</strong> our industry standard suspenders<br />
(on page 109) indicates, there<br />
are numerous problems with these “elastic<br />
reliant” suspenders since they extend<br />
at any time they are stressed (i.e. a firefighter<br />
loads his pockets with heavy<br />
tools, or the bunker pants become heavier<br />
as they get wet). Dynamic action suspenders<br />
extend only at appropriate times<br />
when the body redistributes through mo-<br />
tion; they are not fooled into extending at<br />
inappropriate times (again please see industry<br />
standard suspender discussion<br />
on page 109 for an enumeration <strong>of</strong><br />
the problems that occur when suspenders<br />
extend at inappropriate times).<br />
All dynamic action suspender products<br />
are constructed <strong>of</strong> strong, wide non-elastic<br />
webbing, heavy duty hardware, extra<br />
heavy thread and lock stitching.<br />
Suspender Sizes: Measuring should be<br />
done when wearing bunker pants. Measure<br />
from between the left front suspender<br />
buttons, up and over the left shoulder,<br />
then down and across the back to between<br />
the right rear suspender buttons.<br />
40” or less, order short. From 41” to 45”<br />
order regular. From 46” to 50” order long.<br />
Four Dynamic Action Suspender Models Available<br />
Dyna-Fit Suspenders<br />
Code Description<br />
SP-DF Dyna-Fit with eight point suspender button attachment, circle hardware,<br />
metal hooks<br />
SP-DFSA Same as above but with button snaps (not metal hooks)*<br />
Dyna-Back Suspenders<br />
Code Description<br />
SP-DB Dyna-Back with eight point suspender button attachment, circle<br />
hardware, metal hooks<br />
SP-DBSA Same as above but with button snaps (not metal hooks)*<br />
*For <strong>Tech</strong>nical Rescue and Recovery gear, you must order the “Rig Friendly,”<br />
Non-Suspender Button Snaps.<br />
Please see page 109 for regular industry standard suspenders (NOT<br />
recommended) and available suspender custom options.<br />
Important Notes: The incredibly positive market reaction to pivot point<br />
suspender technology had led some competitors to <strong>of</strong>fer pivot point<br />
“lookalikes.”These copies cannot, however, <strong>of</strong>fer the action back firm<br />
support WITH FULL MOTION since the floating action pivot back is a<br />
patented product available ONLY through <strong>Morning</strong> <strong>Pride</strong>. Thus, these copies<br />
<strong>of</strong>fer the appearance but not the unique functionability that has made the<br />
action back technology suspenders such a success.<br />
The H-back suspender products, also sometimes <strong>of</strong>fered as dynamic action<br />
equivalents, fail to <strong>of</strong>fer the dynamic action’s firm support and unrestricted<br />
motion.; H backs feel good standing still but restrict motion and have a<br />
pronounced tendency to slip <strong>of</strong>f the shoulders.<br />
Table <strong>of</strong> Contents
The Dyna-Fit Suspender<br />
Our best and most comfortable suspender.<br />
Dyna-Fit suspenders have no mid-back hardware. Float is<br />
accomplished through an interplay <strong>of</strong> the suspender loop.<br />
This is probably the strongest and most comfortable firefighter<br />
suspender ever <strong>of</strong>fered to the market.<br />
8-Point Dyna-Fit<br />
Circle Hardware with<br />
traditional metal<br />
hooks.<br />
Dyna-Fit suspenders<br />
are blue with red<br />
elastic straps.<br />
Traditional Metal<br />
Hooks<br />
Structural BPR/LTO and<br />
Proximity BPR/LTO pants<br />
feature suspender buttons as a<br />
standard, and interface with<br />
these traditional metal hook<br />
suspenders (will not interface<br />
with TAC and <strong>Tech</strong>nical<br />
Rescue and Recovery pants).<br />
These garments can also be<br />
custom optioned with the loops<br />
to accommodate the use <strong>of</strong><br />
snap bottomed suspenders.<br />
Note: Order horizontal belt loops on pants if you prefer<br />
the “Rig Friendly” suspender system.<br />
Two Styles <strong>of</strong> Suspender Attachment<br />
The Dyna-Back Suspender<br />
The original dynamic action suspender, still<br />
extremely comfortable, reliable and hugely<br />
popular.<br />
The Dyna-Back utilizes high grade elastic to connect the<br />
suspender button hooks to the cotton webbing <strong>of</strong> the main body.<br />
• Allows us to meet<br />
the heat resistance<br />
requirements <strong>of</strong><br />
NFPA 1971<br />
(although not a<br />
requirement for<br />
suspenders, it<br />
certainly is an<br />
important<br />
advantage)<br />
• Allows for a more<br />
durable product<br />
8-Point Dyna-Back<br />
Circle Hardware with<br />
traditional metal hooks.<br />
Dyna-Back suspenders<br />
are blue with red<br />
elastic straps.<br />
Table <strong>of</strong> Contents<br />
“Rig Friendly”<br />
Non-Button Suspender<br />
Snaps (Patented)<br />
“Rig friendly” non-button suspender<br />
snap attachments are the ONLY<br />
suspendering system that coordinate<br />
with Structural TAC pants (suspender<br />
buttons would be very uncomfortable<br />
when the system was reversed) and<br />
with EMS and <strong>Tech</strong>nical Rescue and<br />
Recovery pants (where users have<br />
asked us to avoid metal use whenever<br />
possible due to sparking concerns).<br />
Our other prefix ID families <strong>of</strong> pants<br />
can be custom optioned with this<br />
suspender attachment method as well.<br />
This tabbed system is becoming<br />
increasingly popular since it prevents suspender “rotation”<br />
when pants are being donned. At some point in the future, we<br />
believe this will be our new standard.<br />
Suspenders Continue…<br />
Honeywell First Responder Products 108
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Suspenders Continued…<br />
Dynamic Action<br />
Suspender Upgrades<br />
The Dyna-Fit with Padding,<br />
Quick Adjust Option and<br />
“Rig Friendly” Non-Button<br />
Suspender Snap Attachments<br />
are very rapidly becoming the<br />
most popular suspender on<br />
the market.<br />
Suspender<br />
Upgrades<br />
Available<br />
Only on<br />
Dynamic<br />
Action<br />
Suspenders<br />
Traditionally, firefighters’ suspenders<br />
have been constructed <strong>of</strong> heavy duty<br />
elastic. These suspenders permit easy<br />
motion and are inexpensive.<br />
However, while these are the best elastic<br />
suspenders possible (i.e. premium grade<br />
elastic, lock stitching, etc.) there are<br />
problems INHERENT and unavoidable<br />
with elastic suspenders. The biggest<br />
problem is that elastic extends whenever<br />
it is stressed. Thus, not only do they<br />
extend when they should (firefighter<br />
extension during motion) but also when<br />
they shouldn’t (pants become heavier as<br />
they become water saturated). Extension<br />
109<br />
Reflective<br />
Trim:<br />
Suspender is<br />
trimmed with<br />
the two tone<br />
reflective 3M <br />
Scotchlite <br />
material<br />
www.HoneywellFirstResponder.com<br />
Quick<br />
Adjust<br />
Option<br />
Quick<br />
Adjust<br />
Suspenders with<br />
Quick Adjust<br />
mechanism to<br />
allow snugged<br />
fit after easy<br />
donning (no<br />
need to duck<br />
shoulders)<br />
Non-button suspender attachment is available on both<br />
Dynamic Action and Standard suspender products.<br />
Industry Standard<br />
Suspender Products<br />
Three Styles <strong>of</strong> Suspenders<br />
when they shouldn’t leads to many<br />
undesirable results: Bunker “bounce”<br />
while walking.<br />
Pants slide down as worn resulting in<br />
lowered crotch and upper leg motion<br />
restriction (this <strong>of</strong>ten results in crotch rip<br />
out during attempts at ladder climbing/<br />
stepping onto truck, etc.), as well as<br />
frayed cuffs, as suspenders extend and<br />
fail to provide adequate pants support.<br />
Most firehouses are full <strong>of</strong> elastic<br />
suspenders taped, stapled, sewn, etc. to<br />
address these problems. Once these<br />
adjustments are made, mobility is<br />
severely restricted. Finally, the field life<br />
<strong>of</strong> elastic suspenders is very short<br />
(typically one year).<br />
Table <strong>of</strong> Contents<br />
Padding<br />
Option<br />
Padding<br />
Shoulder<br />
suspension<br />
cushioning<br />
“Rig Friendly”<br />
Non-Button<br />
Suspender<br />
Snap<br />
Attachments<br />
Because<br />
<strong>of</strong> these<br />
inherent<br />
problems<br />
with elastic<br />
products,<br />
our action<br />
backed<br />
suspender products were developed.<br />
Customers are respectfully urged to<br />
consider these better performing products<br />
first: they are more durable, are not<br />
“fooled” into extension when they shouldn’t,<br />
eliminate “bunker bounce”/“crotch<br />
rip-out” and are consistently preferred in<br />
comparative field tests.<br />
Elastic suspenders available only in red<br />
and only with metal hooks (SP-REG).
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
These Custom Options are Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Belts<br />
This belt is designed to assist in bunker<br />
pants support.<br />
• Belt loops will automatically be placed<br />
on pants.<br />
• Suspender buttons will be deleted.<br />
• The normally standard Hook and<br />
Dee on the fly will be deleted and<br />
substituted with a zipper and<br />
Arashield pull tab providing positive<br />
closure. Positive closure is required per<br />
NFPA and the snap on the removable<br />
belt does not satisfy that requirement.<br />
• Take up straps can not be specified<br />
unless you request placement below<br />
the belt. When doing this, the take up<br />
straps are essentially useless.<br />
Encased Quick Attach<br />
Belt Pants<br />
(Patent and Patent Pending)<br />
• The body hugging and accommodating<br />
feel <strong>of</strong> elastic but shielded from the<br />
environment with a black Nomex ® outer<br />
shell casing<br />
• Dual buckle attachment with snaps and<br />
adjustable buckle<br />
• Slim pr<strong>of</strong>ile even when elastic is<br />
cinching against the body (tube is<br />
streamlined)<br />
• Easy removability <strong>of</strong> belt for<br />
replacement or washing<br />
• Belt tubes, but no loops since not<br />
needed with tubes, will automatically<br />
be placed on the pants.<br />
• Suspender buttons will be deleted.<br />
If you wish to keep the option to use<br />
Custom Options – Belts and Boot-to-Pant Interface<br />
suspenders, we recommend you also<br />
option internal, horizontal, rig friendly<br />
suspender loops.<br />
• The normally standard Hook and<br />
Dee on the fly will be deleted and<br />
substituted with a zipper and<br />
Arashield pull tab providing positive<br />
closure. Positive closure is required per<br />
NFPA and the snap on the removable<br />
belt does not satisfy that requirement.<br />
• Take up straps can not be specified<br />
unless you request placement below<br />
the belt. When doing this, the take up<br />
straps are essentially useless.<br />
Note: Belts discussed here are NOT<br />
NFPA 1983 Certified Escape belts.<br />
We do <strong>of</strong>fer such a belt (please see<br />
Escape Belt under <strong>Clothing</strong> Custom<br />
Options – Rescue on page 149).<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Boot Access Panel<br />
Pants (Patented)<br />
This patented design allows a firefighter<br />
to slip into his bunker pants without<br />
having to remove his dual duty (station<br />
wear and fire fighting) boots.<br />
The increasing use <strong>of</strong> leather dual duty<br />
boots (either lace up or zippered) had<br />
Table <strong>of</strong> Contents<br />
Expansion panel<br />
allows easy<br />
donning, even over<br />
the largest booted<br />
foot.<br />
With zippers<br />
closed, pants have<br />
standard visual<br />
appearance and<br />
do not restrict<br />
normal motion.<br />
Shorter zippers<br />
also available for<br />
USR and EMS<br />
prefix IDs<br />
previously presented a problem since<br />
normal pants legs are not wide enough<br />
to permit quick donning with a booted<br />
foot. Simply widening the pants legs did<br />
not address the problem since then the<br />
garments were cumbersome to work in<br />
during fire fighting operations.<br />
Working closely with large, leather boot<br />
equipped departments, we developed<br />
this BOOT ACCESS PANTS concept.<br />
BOOT ACCESS PANTS feature widening<br />
inserts on the seam <strong>of</strong> each leg. These<br />
panels extend from cuff to crotch and<br />
have accommodated up to a 16 EEE<br />
booted firefighter’s foot. After donning the<br />
pants, the firefighter zips up two leg<br />
zippers and the visual appearance <strong>of</strong> the<br />
pants is identical to standard gear.<br />
Failsafe panels behind these zippers<br />
ensure NFPA level protection even if<br />
zippers are not closed before fire fighting<br />
(or break during fire fighting).<br />
BOOT ACCESS PANTS represent the<br />
only way to utilize bunker pants (NFPA<br />
1500 required) and dual duty zippered or<br />
Boot to Pant Interface Continues…<br />
Honeywell First Responder Products 110
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Boot to Pant Interface Continued…<br />
lace up (for ankle support) boots with<br />
effective response time.<br />
Opening Panels After <strong>Fire</strong><br />
Fighting Also Reduces Stress By<br />
Expediting Heat Escape<br />
NOTE: When the full length boot<br />
access panel pants are ordered<br />
with outseam pockets (like bellows),<br />
it is necessary to move<br />
those pockets up. This will not<br />
usually allow the option <strong>of</strong> medical<br />
records pocket (on longer inseam<br />
pants, it is sometimes possible to<br />
retain the medical records pocket.<br />
Please note on your order if you<br />
wish us to use that pocket on the<br />
longer inseam pants on your order,<br />
while not using them on shorter<br />
inseam pants on the same order).<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Liner Keeper Ankle<br />
Fit Strap<br />
Model BI-ALK (Patented)<br />
The Liner Keeper Ankle Fit<br />
Strap is basically a Liner<br />
Keeper Strap modified to<br />
include a spring mounted<br />
tension buckle on the<br />
circumferential ankle<br />
band. The inclusion <strong>of</strong> the<br />
tension buckle means the<br />
strap can be used to<br />
cinch down the<br />
boot at the<br />
ankle to allow<br />
tighter fit and better ankle support (but it<br />
can be left open until after boots are<br />
donned to avoid the more difficult<br />
donning <strong>of</strong> tightly fit boot products).<br />
The may be ordered as a boot custom<br />
option for new or used boots.<br />
111<br />
www.HoneywellFirstResponder.com<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
The Integrated<br />
Boot-to-Pant<br />
Interface System<br />
(Patented)<br />
Custom Options – Boot-to-Pant Interface<br />
• Designed to Deliver<br />
Continuous Protection<br />
from the Boot to the<br />
Waist<br />
• Imagine...important extra<br />
protection and NO MORE<br />
WET FEET on the<br />
fireground!<br />
This design feature is an out-growth <strong>of</strong><br />
the Project HEROES ® design effort<br />
discussed earlier, but is also available on<br />
non-CBRN gear. The boot-to-pant<br />
interface area is a prime entry point for<br />
the <strong>of</strong>ten heavier than air CBRN<br />
contaminates. It is also always a prime<br />
challenge point for the entry <strong>of</strong> superheated<br />
and/or noxious contaminants.<br />
The integrated boot-to-pant system uses<br />
a “mated” or continuous moisture barrier<br />
between the pants and boots to provide<br />
continuous protection from the waist to<br />
the toe.<br />
This design concept <strong>of</strong>fers important<br />
unique advantages:<br />
• Minimizes lower leg and above boot’s<br />
scald burns from the entry <strong>of</strong> superheated<br />
liquids and gasses flowing up<br />
the boot outer shell and encountering<br />
bare skin. Super heated liquids and<br />
gasses can almost instantaneously<br />
burn upon skin contact.<br />
• Helps to guarantee dry and, hence,<br />
warmer feet on the fireground.<br />
• Passive, secure toe to waist protective<br />
envelope, no deployment necessary.<br />
• Whatever seals out heat and liquid<br />
also helps seal out the numerous<br />
contaminants on the fireground.<br />
Table <strong>of</strong> Contents<br />
Research is focusing on comparatively<br />
higher firefighter cancer rates and<br />
potential links to fireground<br />
contaminants.<br />
• Visually indistinguishable in<br />
appearance when worn.<br />
• So indistinguishable in “feel” that our<br />
normal demonstration is to have a<br />
firefighter don the gear and THEN show<br />
him he is in an integrated boot and pant<br />
system. Our patterning advancements<br />
achieved this by allowing “motion play”<br />
at the boot-to-pant interface.<br />
• Increased protections but, unchanged<br />
donning/d<strong>of</strong>fing and storage over boots.<br />
Integrated<br />
Boot-to-Pant<br />
System...<br />
Visually<br />
indistinguishable<br />
in appearance<br />
when worn.<br />
Fully featured<br />
leather/ fabric<br />
boot with<br />
Vibram ® <strong>Fire</strong>/Ice<br />
Lug Soles<br />
The boot is<br />
gasket sealed to<br />
the pant moisture<br />
barrier. Shingle<br />
on pant liner<br />
Velcros to the<br />
boot.
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Liner Keeper Strap<br />
Model BI-LK (Patented)<br />
A common fireground<br />
complaint is pants<br />
or pant liners that<br />
ride up over the<br />
boots. This condition<br />
is not only uncomfortable,<br />
but can also<br />
allow a breach in the<br />
protective envelope. To<br />
address this problem,<br />
our Liner Keeper<br />
Strap was developed.<br />
The Strap is<br />
constructed <strong>of</strong> heavy duty webbing and<br />
adjusts to the circumference <strong>of</strong> the<br />
particular boot (at the ankle area with<br />
hook and pile tape). Extending from the<br />
webbing circle at the ankle are two<br />
vertical webbing strips (see example<br />
above) that include a series <strong>of</strong> male and<br />
female snap button pieces at various<br />
heights. These snap button pieces interface<br />
with the hardware on the pants that<br />
unite the pant’s liner to the outer shell.<br />
The Liner Keeper Strap is interfaced to<br />
the pants/boot interface area by snapping<br />
the male snap piece on the liner<br />
into a female snap at the correct height<br />
on the vertical webbing strip <strong>of</strong> the strap.<br />
A male snap on the reverse side <strong>of</strong> the<br />
same vertical strip is snapped into a<br />
female snap on the pants’ outer shell.<br />
The result is a secure attachment<br />
between boot and pants that helps<br />
prevent pant ride-up over boots, while<br />
preserving unrestricted air flow and easy<br />
motion. Once adjusted, the Strap may be<br />
released from the boot via the hook and<br />
pile tape to allow laundering with the<br />
pants or a change in boots easily.<br />
The Liner Keeper Strap is available as a<br />
boot custom option.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Waterwells<br />
Waterwells are standard on coats. Some<br />
fire departments also like the same system<br />
at pants cuffs. When worn, the pant<br />
Waterwells are not visible. They extend<br />
beyond the pants when not worn, since<br />
they must be long enough to bridge the<br />
distance from boot to leg moisture barrier,<br />
and when not worn that three dimensional<br />
distance is not replicated.<br />
Waterwells <strong>of</strong>fer three strong comparative<br />
advantages in our opinion when<br />
compared to either our Wick Guard or<br />
the competitor’s Semper Dri:<br />
1. The Waterwell inhibits, not just wicks,<br />
actual flow (in our opinion, a likely<br />
cause <strong>of</strong> some lower leg burns).<br />
2. The Waterwell is essentially<br />
permanent. Topicals <strong>of</strong>ten require<br />
re-application after use.<br />
3. After washing or wetting, even if still<br />
intact...our competitor recommends<br />
the thermal liner be ironed to<br />
re-activate IsoDri characteristics.<br />
Can you see ironing boards and<br />
firefighters in FDNY houses?<br />
For a discussion <strong>of</strong> WET VS. “DRY” liner<br />
problems, please see page 79.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Wick Guard (Patented)<br />
For departments that wish to minimize<br />
wicking up the leg <strong>of</strong> their pants, the<br />
moisture barrier can be wrapped around<br />
the thermal liner for the lower 6 inches.<br />
Semper Dri Explained – Semper<br />
Dri is one competitor’s newest<br />
concept using their IsoDri liner water<br />
repellency, but only at the bottom <strong>of</strong><br />
the pant legs to prevent wicking (the<br />
rest <strong>of</strong> the thermal liner would not<br />
resist water pick-up without IsoDri).<br />
For departments that are interested<br />
in this option, we suggest you<br />
consider the protection against<br />
flow (as well as wicking) that<br />
waterwells (left) provide, or even<br />
more positively, for the most<br />
continuous pant and boot seal, see<br />
the exciting NEW Project HEROES ®<br />
Integrated Boot-to-Pants Interface<br />
System on pages 23-25 and<br />
pages 111.<br />
Finally, a positive answer to lower<br />
leg scald burns from super heated<br />
water flow up the pants leg.<br />
Honeywell First Responder Products 112
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Adjustable, Replaceable<br />
Chinstrap (Patented)<br />
Historically, chinstraps are stitched to the<br />
underside <strong>of</strong> the collar. Our Adjustable,<br />
Replaceable Chinstrap attaches via a<br />
doubled hook & pile system (or snaps if<br />
requested) to <strong>of</strong>fer the advantages <strong>of</strong><br />
having almost infinite adjustability for<br />
personal preference and allows separate<br />
laundering <strong>of</strong> the chinstrap.<br />
This option does not change how firefighters<br />
deploy their chinstrap. This<br />
option is particularly effective when<br />
ordered in combination with the comfort<br />
chinstrap (available on LTO only).<br />
Allows firefighter<br />
choice<br />
<strong>of</strong> chinstrap<br />
design and/or<br />
method <strong>of</strong><br />
attachment<br />
(hook and pile<br />
or snaps).<br />
113<br />
This Custom Option is Available on:<br />
Model:<br />
Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■ BPR ■ BPR ■ USR ■ EMS<br />
■ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
The Adjustable,<br />
Replaceable<br />
Chinstrap<br />
allows the<br />
firefighter<br />
to modify<br />
chinstrap<br />
placement<br />
almost<br />
infinitely for<br />
perfect<br />
comfort and<br />
maximum<br />
protection.<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Chinstrap and Collar<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Comfort Nomex ® Collar<br />
and Chinstrap<br />
The new Pbi Matrix garments are<br />
becoming more popular. While the<br />
Kevlar ® cabling does improve UV<br />
resistance <strong>of</strong> undyed natural Pbi and<br />
does improve fabric strength, some have<br />
reported neck and face irritation. In<br />
particular, the Matrix seems to present a<br />
slightly rough surface after laundering or<br />
use. This can happen due to the minute<br />
difference in shrink rates <strong>of</strong> the spun<br />
versus filament Kevlar ® cables in the<br />
Matrix.<br />
We have developed the Comfort Nomex ®<br />
Collar and Chinstrap. We simply substitute<br />
comfortable black Nomex ® for the<br />
Matrix material on the collar top (looks<br />
excellent on either bronze or black<br />
Matrix). The Comfort Nomex ® Collar and<br />
Chinstrap, when used on natural Matrix,<br />
also helps hide “ring around the collar”<br />
between launderings, and presents a<br />
visual clue that the collar is not up. The<br />
underside <strong>of</strong> the collar retains the Matrix<br />
performance levels, and the underside <strong>of</strong><br />
the collar is what faces the fire with the<br />
chinstrap engaged.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Foldover Comfort<br />
Chinstrap (Patented)<br />
Standard on BPR coats/tails. <strong>Fire</strong>fighter<br />
neck heights and diameters vary widely<br />
by individual. Therefore, it has been<br />
extremely difficult to design the “correct”<br />
width chinstrap. A strap that was perfect<br />
for one individual would be too wide<br />
(uncomfortable) for a second and<br />
too narrow (gaps in protection) for a<br />
third.<br />
Our Foldover Comfort Chinstrap<br />
addresses this problem by incorporating<br />
a neck conforming (and accommodating)<br />
crescent <strong>of</strong> knit material. The difference<br />
in fireground comfort is truly amazing.<br />
BPR Foldover Comfort Chinstrap
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Sliding Adjustable<br />
Chinstrap (Patented)<br />
Proper chinstrap dimensioning is<br />
a difficult bunker clothing design issue<br />
since firefighter neck physiology<br />
changes from individual to individual,<br />
personal fit preference differences, the<br />
dimensioning needed varies as SCBA<br />
face-piece is donned, d<strong>of</strong>fed, etc. We<br />
have developed the new Sliding<br />
Adjustable Chinstrap to address this<br />
issue. The chinstrap basically floats on<br />
the webbing strap used to attach it to the<br />
collar. While the positioning can be<br />
easily adjusted, once a position is<br />
picked, the hook and pile system “locks”<br />
the position in place until further adjustments<br />
are made. The Sliding Adjustable<br />
Chinstrap option can be added to any<br />
Structural BPR or LTO, as well as to any<br />
Proximity BPR or LTO chinstraps.<br />
Photos illustrate the amount <strong>of</strong><br />
adjustability.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Stabilized Chinstrap<br />
(Patent Pending)<br />
The chinstrap can be stabilized to the<br />
shield to assure effective chinstrap to<br />
shield overlap is preserved in all<br />
situations, as the photo shows.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Detachable Proximity<br />
Collar<br />
(Patented and Patent Pending)<br />
Now you can wash Proximity collars...<br />
See page 30 – Aluminized Products<br />
Cleaning and Care Instructions.<br />
Machine washing or even immersion <strong>of</strong><br />
the Proximity outer shells voids the<br />
Gentex warranty (Gentex is the only<br />
manufacturer <strong>of</strong> certified aluminized<br />
materials, and hence is the sole source<br />
provider <strong>of</strong> all Proximity manufacturers).<br />
Customers following the Gentex care<br />
procedures have reported some infection<br />
problems at body interface areas. We<br />
Table <strong>of</strong> Contents<br />
have developed this product to allow the<br />
collar interface area to be washed with<br />
the liners and still preserve Proximity<br />
certification. This is an important<br />
advantage that only <strong>Morning</strong> <strong>Pride</strong> can<br />
<strong>of</strong>fer.<br />
As worn, collar appears normal.<br />
Collar is sewn to the liner system and is<br />
attached to the Aluminized outer shell<br />
via snaps.<br />
Note: Detachable Proximity<br />
Wristlets also available.<br />
See page 119.<br />
Honeywell First Responder Products 114
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
All Or Nothing Closure<br />
(Patented)<br />
Like certain competitive products, ALL<br />
OR NOTHING allows liner detachability<br />
(for cleaning) but visual notification if a<br />
shell alone is being used.<br />
However, ALL OR NOTHING <strong>of</strong>fers the<br />
ADDITIONAL advantage <strong>of</strong> PREVENT-<br />
ING garment usage unless the liner is<br />
properly in place. This is accomplished<br />
since 1/2 the garment closure mechanism<br />
is removed when the<br />
liner is removed.<br />
An assembled ALL OR NOTHING<br />
garment is visually indistinguishable<br />
from a normal garment, but when the<br />
liner is removed, the garment cannot be<br />
closed and hence cannot be used.<br />
Unlike all competitive products which<br />
rely on the diligence and observational<br />
skills <strong>of</strong> the fire <strong>of</strong>ficer (already overburdened<br />
on the fire scene) to insure proper<br />
garment usage, ALL OR NOTHING<br />
garments are self policing – they<br />
CANNOT be used unless they are used<br />
properly.<br />
Another advantage <strong>of</strong>fered by the ALL<br />
OR NOTHING CLOSURE (in comparison<br />
to competitive products) is the fact<br />
that it is applicable on PANTS as well as<br />
COATS.<br />
For departments interested in the ALL<br />
OR NOTHING CLOSURE concept who<br />
also wish to use their outer shells only<br />
for non-structural fire fighting, a forestry<br />
shield is available. This separate<br />
forestry shield is completely reflective<br />
(hence obviously non-standard) and can<br />
be used with an ALL OR NOTHING<br />
CLOSURE shell to allow shell only<br />
non-structural fire fighting.<br />
115<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Closures<br />
ALL OR NOTHING CLOSURE coat<br />
assembled is indistinguishable from<br />
a standard garment.<br />
Removing liner and 1/2 coat closure is<br />
easy and quick with the concealed<br />
Nomex ® tape zipper.<br />
With liner removed, closure and coat<br />
usage is impossible.<br />
Table <strong>of</strong> Contents<br />
ALL OR NOTHING CLOSURE pants<br />
assembled are indistinguishable<br />
from a standard garment.<br />
Removing liner and 1/2 pant closure<br />
is easy and quick with the concealed<br />
Nomex ® tape zipper.<br />
With liner removed, closure and<br />
pants usage is impossible.<br />
NOTE: The All or Nothing Closure<br />
is actually a liner detection<br />
mechanism and leaves the actual<br />
garment closure mechanism<br />
unaffected. ALSO...<strong>Morning</strong> <strong>Pride</strong><br />
can also provide a notifying only<br />
(NOT self policing) LINER<br />
LOCATOR system PATENTED<br />
(such as our competitor’s <strong>of</strong>fer).<br />
This system is less expensive.<br />
This system is discussed as one<br />
<strong>of</strong> our Liner Custom Options on<br />
page 139.
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Front Closure Interface<br />
(Patented)<br />
This design feature is an outgrowth <strong>of</strong><br />
the Project HEROES ® design effort<br />
discussed earlier, but is also available on<br />
non-CBRN gear.<br />
• Uses vapor tight zipper coat closure<br />
• Coat zipper extends to hood closure<br />
• FIN attached to liner to create a baffle<br />
preventing inward leakage at front<br />
closure<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Low Bulk Closures<br />
(Zipper Interior)<br />
Tails/Coats and Pants (Patent Pending)<br />
<strong>Fire</strong>fighter garments were originally<br />
designed with the traditional shields and<br />
flys because alternative waterpro<strong>of</strong><br />
closure technology was not readily<br />
available. However, the new closure<br />
concepts allow for the much lighter,<br />
lower bulk closure illustrated below (with<br />
the preservation <strong>of</strong> liquid shielding<br />
properties).<br />
A coat LOW BULK CLOSURE reduces<br />
garment weight 6 ounces and a pants<br />
LOW BULK CLOSURE reduces garment<br />
weight 2 ounces. In both cases, a hook<br />
and pile flap covers a Nomex ® based,<br />
non-sparking Vislon zipper. The tails/coat<br />
low-bulk runs at a diagonal so forward<br />
flex is not “opposed” by the bulk <strong>of</strong> the<br />
closure.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Pants Closure Options<br />
Modified Interior Closures<br />
Photo shows standard Structural BPR<br />
and LTO, as well as Proximity BPR and<br />
LTO closures (Reverse Hook & D with<br />
1 1 ⁄2” wide Hook & Pile tape for those<br />
same models). Interior pants closure<br />
may be modified to either 2” width Hook<br />
& Pile tape or round glove snaps.<br />
Note: Project HEROES ® continuous<br />
liner/moisture Fly Overfold can also be<br />
ordered (see page 123).<br />
Closure Options Continue...<br />
Honeywell First Responder Products 116
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
For Structural and Proximity Models – Structural TAC and PRH, <strong>Tech</strong>nical Rescue and Recovery and EMS only available with their<br />
standard closures. Please see charts on pages 37 to 42.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
117<br />
Hooks & Ds/ Hook & Pile<br />
Exterior Hooks & Ds on shield are<br />
supplemented with interior 1 1 ⁄2”<br />
(standard) Hook & Pile tape on<br />
Structural and Proximity models.<br />
2” (upcharge) is also available.<br />
Various Hook and Pile Combination Closure Options<br />
Zipper Improvements...<br />
Due to new high temperature technology<br />
advancements, we are now able to utilize<br />
NFPA 1971, 2007 edition certified high<br />
temperature Vislon ® zipper products.<br />
Compared to the metal zippers that we have<br />
had to use in the past, the high temperature<br />
Vislon ® zipper product <strong>of</strong>fers some important<br />
advantages:<br />
• Lighter • More durable<br />
• Less bulky • More flexible<br />
• Easier to operate<br />
There are no <strong>of</strong>f-setting comparative<br />
disadvantages. Therefore, we have<br />
immediately moved to the high temperature<br />
Vislon ® zippers as a running change.<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Closures<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Zipper/ Hook & Pile Chicago Closure<br />
Exterior 1 1 ⁄2 ” or 2” wide Hook & Pile on<br />
shield supplemented by interior zipper.<br />
Zipper is one-way unless 2-way is<br />
requested on the order.<br />
On all new orders and new quotes, the<br />
Vislon ® zipper will automatically be provided,<br />
unless you specifically request the metal.<br />
There is no cost differential on the two zipper<br />
materials. However, the lightness and flexibility<br />
<strong>of</strong> the Vislon ® product really makes the<br />
garments<br />
more comfortable,<br />
so<br />
we strongly<br />
recommend<br />
that you utilize<br />
the<br />
nylon zipper.<br />
Old Metal<br />
Zippers<br />
Table <strong>of</strong> Contents<br />
<strong>New</strong> Vislon ®<br />
Zippers<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
7” wide shield with exterior Hook & Pile<br />
tape covering interior reverse Hooks &<br />
Ds. Top right corner <strong>of</strong> shield (as worn) is<br />
slightly angled to stabilize the wider<br />
shield placement.<br />
NOTE: While our standard<br />
Structural and Proximity<br />
(BPR and LTO) closure<br />
remains Hook & D exterior<br />
with interior continuous<br />
Hook & Pile tape (illustrated<br />
top left) because <strong>of</strong> the<br />
superior pathogen shielding<br />
provided, customers may<br />
now request Hook & D<br />
exterior closure with either<br />
no interior Hook & Pile or<br />
non-continuous Hook & Pile<br />
(or other custom option<br />
closures shown here).
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■ BPR ■✓ BPR ■ USR ■ EMS<br />
■ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Removable Crotch<br />
Reinforcement for<br />
Proximity Operational<br />
Model (Patent Pending)<br />
The aluminized Pbi utilized in our<br />
Proximity Operational Model is the most<br />
durable <strong>of</strong> the available aluminized products,<br />
but all aluminized products have<br />
limitations in that regard. A particularly<br />
vulnerable area is the pants crotch area.<br />
Our field test program has convinced us<br />
that the first and most severe wear<br />
occurs in that closely restricted area.<br />
The design <strong>of</strong> our Full Range <strong>of</strong> Motion<br />
(F.R.O.M.) crotch minimizes the amount<br />
<strong>of</strong> self abrasion that occurs, but still<br />
some is inevitable given the tightly<br />
constricted garment to body interface in<br />
that area. To address this problem for<br />
our Proximity customers, we have<br />
developed this removable crotch<br />
reinforcement. The removable crotch<br />
insert attaches with hook & pile tape to<br />
the otherwise complete garment shell<br />
around the perimeter <strong>of</strong> the F.R.O.M.<br />
crotch insert. When wear does occur,<br />
the functional main shell is protected and<br />
the reinforcement piece can be replaced<br />
easily in the field (without garment out <strong>of</strong><br />
service time). When ordering a replacement<br />
crotch reinforcement, please<br />
specify garment waist size.<br />
Custom Options – Crotch and Cuff<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Angled Cuff (Patent Pending)<br />
The rear cuff <strong>of</strong> bunker pants are <strong>of</strong>ten<br />
the first areas to wear and once that<br />
wear begins, it can progress to challenge<br />
the integrity <strong>of</strong> the whole garment (i.e.<br />
raveling). By angling the back cuff, much<br />
<strong>of</strong> that wear is prevented. Customers<br />
are, however, cautioned that angling the<br />
back cuff also requires angling the<br />
liner/moisture barrier to prevent their<br />
exposure to the rigors <strong>of</strong> the fire fighting<br />
environment and thus makes guaranteed<br />
protective overlap with the boots (in all<br />
body positions) a little more difficult to<br />
secure. Customers are urged to consider<br />
the use <strong>of</strong> Liner Keeper Straps or boot<br />
Ankle Fit Strap adjusters (shown on<br />
page 111) with angled cuffs. Customers<br />
are also reminded that properly<br />
inseamed pants worn with firm<br />
suspenders like the Dyna-Fit and<br />
Dyna-Back (shown on pages 107 to 109)<br />
will also prevent rear hem deterioration.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Cuff Reinforcements<br />
<strong>Morning</strong> <strong>Pride</strong> sleeves feature an<br />
additional, sewn-on piece <strong>of</strong> outer shell<br />
material as a standard (except on<br />
Proximity garments where the cuff facing<br />
is 7.5 oz. Pbi Rip-Stop). <strong>Morning</strong> <strong>Pride</strong><br />
pants cuffs feature a standard threelayer<br />
outer shell hem. Some departments<br />
prefer to substitute an additional<br />
layer <strong>of</strong> outer shell material or an<br />
additional layer <strong>of</strong> long wearing Kevlar ® /<br />
Nomex ® or Kevlar ® twill, regardless <strong>of</strong><br />
outer shell choice (as an option). Consult<br />
the price list for available upgrades and<br />
pricing. Leather cuffs are not recommended<br />
(but are available) because <strong>of</strong><br />
dry rot and decontamination problems.<br />
Similarly, customers are cautioned that<br />
Arashield ® reinforcements can be a heat<br />
sink under certain conditions.<br />
Coats (Not available on PRH)<br />
Pants<br />
Cuff Options Continue...<br />
Honeywell First Responder Products<br />
118
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Cuff Options Continued...<br />
Detachable Proximity<br />
Wristlets<br />
(Patented and Patent Pending)<br />
Now you can wash Proximity<br />
wristlets...See page 30 – Aluminized<br />
Products Cleaning and Care Instructions.<br />
Machine washing or even immersion<br />
<strong>of</strong> the Proximity outer shells voids<br />
the Gentex warranty (Gentex is the only<br />
manufacturer <strong>of</strong> certified aluminized<br />
materials, and hence is the sole source<br />
provider <strong>of</strong> all Proximity manufacturers).<br />
Customers following the Gentex care<br />
procedures have reported some infection<br />
problems at body interface areas. We<br />
have developed this product to allow<br />
wristlets to be washed with the liners<br />
and still preserve Proximity certification.<br />
This is an important advantage<br />
that only <strong>Morning</strong> <strong>Pride</strong> can <strong>of</strong>fer.<br />
119<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■ BPR ■✓ BPR ■ USR ■ EMS<br />
■ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
As worn,<br />
wristlet appears<br />
normal.<br />
This Option<br />
Includes Extra<br />
Long Shingle<br />
Cuffs.<br />
Wristlet is attached to the Aluminized<br />
outer shell via snaps and Velcro ® .<br />
Detachable Proximity Collar also<br />
available...see page 114.<br />
www.HoneywellFirstResponder.com<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Glove Interface Sleeve<br />
The Glove Interface Sleeve was<br />
designed to allow the donning <strong>of</strong> the<br />
coat over an in place glove, perhaps a<br />
glove integrated and sealed to an NBC<br />
(Nuclear, Biological and Chemical)<br />
capable undergarment.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Magnet Mate Gloves<br />
and Coat Sleeve Ends<br />
(Patent Pending)<br />
Custom Options – Cuff<br />
This design feature is an outgrowth <strong>of</strong><br />
the Project HEROES ® design effort<br />
discussed earlier, but is also available on<br />
non-CBRN gear. The glove-to-coat<br />
interface area is always a prime challenge<br />
point for the entry <strong>of</strong> superheated<br />
and/or noxious contaminants. The Magnet<br />
Mate system uses thermally stable<br />
molded rings, sheathed in padding, to<br />
encase polarity-aligned magnets. The<br />
cuff mates with similarly designed gloves<br />
<strong>of</strong> any size. The polarity aligned<br />
magnets in the coat cuff and glove cuff<br />
automatically self align with the flick <strong>of</strong><br />
the wrist as the gloves are donned for a<br />
secure, yet easily disassembled,<br />
interface.<br />
Table <strong>of</strong> Contents<br />
Other Advantages <strong>of</strong> the Magnet Mate<br />
Glove System:<br />
• Minimizes wrist scald burns from the<br />
entry <strong>of</strong> superheated liquids and gases.<br />
• Helps to guarantee drier, and hence<br />
warmer, hands on the fireground<br />
• Whatever seals out heat and liquid also<br />
helps seal out the numerous contaminants<br />
on the fireground. Increasingly,<br />
research is focusing on comparatively<br />
higher firefighter cancer rates and any<br />
potential links to fireground contaminants.<br />
• Ring openings make donning much<br />
easier than traditional gloves.<br />
• Ring openings preserve insulating air<br />
space around the vulnerable wrist area<br />
• Magnets allow glove storage on any<br />
metal and/or the coat cuff ring itself.<br />
• Specially designed glove/sleeve rings<br />
use strong, heat-resistant magnets to<br />
create positive glove-coat interface to<br />
reduce wrist/arm burns<br />
• Magnets self align glove and sleeve<br />
end for proper sealing<br />
• Detaches through twisting action
Super Glove<br />
The <strong>New</strong> Super Glove from<br />
American <strong>Fire</strong>wear is available with<br />
a Magnet Mate Cuff. This glove<br />
available through <strong>Morning</strong> <strong>Pride</strong> on<br />
new garments and through American<br />
<strong>Fire</strong>wear for replacement purchases.<br />
For details on the Super Glove, see<br />
the American <strong>Fire</strong>wear catalog.<br />
• True 3-D Hand Shaped Styling with<br />
Staggered Layer Seaming<br />
• Bubble-Flex Finger and Knuckle<br />
Construction with Dead Air Spacer<br />
Ridges<br />
• Digiroo High Grip Palm and Fingers<br />
• Air Spacer Thermal Architecture<br />
Traps Air for Thermal Protection<br />
without Traditional Bulk<br />
• Ultra Thin, Ultra Strong Kangaroo<br />
Back Outer Shell<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Shingle Cuff (Patented)<br />
In some <strong>of</strong> our major city field tests,<br />
firefighters were reporting that their<br />
hands were getting wet even though they<br />
had verified the absolute waterpro<strong>of</strong>ness<br />
<strong>of</strong> their firefighter gloves. After much<br />
in-field study, we determined that<br />
in certain hand positions, there could be<br />
a break between the waterpro<strong>of</strong> coat<br />
sleeve and the waterpro<strong>of</strong> glove. Liquids<br />
could then easily enter through the open<br />
gauntlet glove cuff or the (non-waterpro<strong>of</strong>)<br />
glove wristlet. Since the glove was<br />
otherwise waterpro<strong>of</strong>, any leakage was<br />
retained in the glove product. The<br />
shingle cuff design allows us to provide<br />
interface protection without hand<br />
restriction. The “shingle” attaches to<br />
the coat with Velcro ® (unless ordered<br />
permanently sewn on) so the firefighter<br />
can adjust depth and rotation for<br />
personal preference. Field tests show it<br />
has completely eliminated the glove<br />
water entry problem referenced.<br />
Note: Extension matches outer<br />
shell material unless another<br />
material is specified on the order<br />
(no extra charge).<br />
Table <strong>of</strong> Contents<br />
Standard cuff design allows glove liquid<br />
entry in some hand positions<br />
Shingle cuff prevents liquid entry<br />
without any hand or arm movement<br />
restriction<br />
Honeywell First Responder Products 120
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Disposable Analysis<br />
Strip (Patented)<br />
Increasingly firefighters are facing the<br />
risk <strong>of</strong> exposure to caustic materials<br />
such as to PCB’s which can represent a<br />
significant threat to firefighter health and<br />
safety. The testing to determine whether<br />
such exposure has occurred can <strong>of</strong>ten<br />
be destructive to the expensive turnout<br />
ensemble. The Disposable Analysis Strip<br />
(DAS) design is an attempt to allow fire<br />
departments to get that analysis done<br />
without automatically sacrificing what<br />
may still be a non-contaminated,<br />
serviceable and expensive garment.<br />
The DAS is intended to be a removable,<br />
replaceable and sacrificial strip <strong>of</strong> material<br />
to be used at the discretion <strong>of</strong> the fire<br />
department. There are a variety <strong>of</strong> uses<br />
for this patch.<br />
For instance, it could be used by the fire<br />
department to determine through lab<br />
analysis whether the routine cleaning<br />
process currently in use by the department<br />
is effective, without sacrificing or<br />
destroying the garment to lab analysis.<br />
Also the DAS may be used to determine<br />
whether a garment has been exposed to<br />
a chemical or biological agent and/or<br />
whether a garment has been properly<br />
cleaned after such exposure.<br />
The DAS can be used by fire departments<br />
as a quality control measure, as<br />
well as to assure compliance with<br />
the cleaning requirements <strong>of</strong> NFPA<br />
1851.<br />
The DAS is sewn into each bunker coat<br />
and each bunker pant and is made up <strong>of</strong><br />
the same outer shell fabric as the<br />
121<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Disposable Analysis Strip<br />
View <strong>of</strong> Disposable Analysis Strip on<br />
right sleeve <strong>of</strong> coat (on pants, DAS is<br />
placed right leg front below cuff trim).<br />
garment to which it is attached. It is a<br />
2-piece patch:<br />
a. The top piece is the lettering (see<br />
photo). On the reverse side is a bar<br />
code with the garment serial number.<br />
b. The bottom piece is a separable<br />
4” x 4” piece <strong>of</strong> outer shell material <strong>of</strong><br />
sufficient size for most testing. When<br />
detached from the garment, the<br />
analysis strip will be sent to a lab <strong>of</strong><br />
the department’s choosing for<br />
analysis. The contract cleaner will<br />
attach another strip with appropriate<br />
bar code label after the results <strong>of</strong> the<br />
evaluation are ascertained.<br />
Barcode with serial number <strong>of</strong> garment<br />
is on reverse side <strong>of</strong> this lettering.<br />
Lower piece <strong>of</strong> material is <strong>of</strong> sufficient<br />
size to test.<br />
NOTE: This strip is always black<br />
(bottom panel will match outer shell)<br />
Table <strong>of</strong> Contents<br />
As quoted from a portion <strong>of</strong> the Appendix<br />
<strong>of</strong> NFPA 1851 (Selection, Care and<br />
Maintenance <strong>of</strong> Personal Protective<br />
Equipment), it is not always practical to<br />
assure that a garment has been cleaned<br />
properly, so the Disposable Analysis<br />
Strip could provide real value.<br />
From NFPA 1851, 2008 Edition<br />
Section A7.1.4.2<br />
Organizations should be aware that decontamination<br />
<strong>of</strong> protective equipment is<br />
a complicate process and that there is<br />
no guarantee that the protective elements<br />
will be free from contamination.<br />
While the purpose <strong>of</strong> decontamination is<br />
to remove all contaminant(s) from an<br />
ensemble element, decontamination<br />
procedures or cleaning processes are<br />
not always 100 percent effective in<br />
removing all contamination. The actual<br />
success <strong>of</strong> a decontamination process<br />
can be determined only by measuring<br />
the concentration <strong>of</strong> the contaminant(s)<br />
in the element before and after the<br />
selected decontamination or cleaning<br />
process. The majority <strong>of</strong> tests that can<br />
be applied for meas-uring the concentration<br />
<strong>of</strong> contaminant(s) in the element<br />
require destructive sampling <strong>of</strong> the<br />
element that may render the element unusable<br />
or nonrepairable. The sole evaluation<br />
<strong>of</strong> contamination levels in rinse<br />
water is not an appropriate measure <strong>of</strong><br />
decontamination effectiveness. Claims<br />
for protective elements being contaminant<br />
free based on statements from<br />
ISPs or from the use <strong>of</strong> specific cleaning<br />
products should be viewed with caution.<br />
Procedures used for measuring contamination<br />
levels should be specific for the<br />
contaminant(s), if known. Useful analytical<br />
procedures for measuring levels <strong>of</strong><br />
semivolatile organic chemicals in materials<br />
are found in EPA SW-846, Test Methods<br />
for Evaluating Solid Waste, Physical/<br />
Chemical Methods: Method 3540, “Soxhlet<br />
Extraction,” and Method 8270, “Semivolatile<br />
Organic Compounds by Gas<br />
Chromatography/ Mass Spectrometry<br />
(GC/MS).” These procedures involve extracting<br />
a small piece <strong>of</strong> fabric in a solvent<br />
such as methylene chloride and<br />
analyzing the extract solution using gas<br />
chromatography in conjunction with<br />
mass spectrometry. The gas chromatography<br />
separates chemical contaminants<br />
and quantifies their amount, while the<br />
mass spectrometry identifies the specific<br />
chemical.”
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
BiFlex Elbows<br />
Patented and Patent Pending<br />
During normal shoulder motion, body<br />
flexion occurs across the point <strong>of</strong> the<br />
elbow and exterior and interior plane <strong>of</strong><br />
the upper arm. The varying hinge points<br />
<strong>of</strong> the BiFlex elbow recreate and facilitate<br />
unopposed motion while still allowing<br />
unparalleled insulation.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Elbow Reinforcements<br />
There is no standard elbow reinforcement<br />
on Structural BPR, LTO and PRH,<br />
as well as Proximity BPR, LTO and PRH<br />
or EMS, because we find elbow wear to<br />
not be a significant problem on those<br />
garments. However, <strong>Tech</strong>nical Rescue<br />
and Recovery garments are used in<br />
confined space operations including<br />
crawling and the <strong>Tech</strong>nical Rescue<br />
standard thus requires elbow and knee<br />
reinforcements for Rescue and Recovery<br />
garments. Even for non-<strong>Tech</strong>nical<br />
Rescue and Recovery applications,<br />
Custom Options – Elbows, Epaulettes<br />
some departments have special needs<br />
in that area (perhaps training schools<br />
where much knee and elbow crawling<br />
is done), so we <strong>of</strong>fer a full range <strong>of</strong><br />
reinforcement options. The most<br />
durable outer shell reinforcement options<br />
are Kevlar ® twill (available only in pale<br />
yellow) or Kevlar ® / Nomex ® (available in<br />
black, yellow or brick red). Please<br />
consult the price list for a complete list <strong>of</strong><br />
available upgrades and pricing. Leather<br />
reinforcements are not recommended<br />
(but are available) because <strong>of</strong> dry rot<br />
and decontamination problems. Similarly,<br />
customers are cautioned that Arashield<br />
reinforcements can be a heat sink under<br />
certain conditions and are not recommended.<br />
For Proximity garments, only<br />
aluminized reinforcements may be ordered<br />
(except at collar and cuffs, where<br />
our standard is 7.5 oz rip-stop Pbi ).<br />
Any reinforcements may be ordered<br />
sewn on or detachable via hook and pile<br />
tape.<br />
Black Kevlar ® / Nomex ® on Pbi garment<br />
Elbow Reinforcement<br />
Heat Channel Elbows are very popular<br />
on <strong>Tech</strong>nical Rescue and Recovery<br />
garments since they cushion the elbows<br />
while crawling through tight spaces.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■ BPR ■ BPR ■✓ USR ■✓ EMS<br />
■ LTO ■ LTO<br />
■ TAC ■ PRH<br />
■ PRH<br />
Epaulettes<br />
(Also EMS,<br />
Liquid Splash/<br />
HazMat,<br />
Wildland<br />
Certified)<br />
Epaulettes are also available. They can<br />
be specified in two ways:<br />
1. Sewn down on both ends, <strong>of</strong>ten used<br />
for rank or department markings.<br />
2. Velcro ® garment attachment toward<br />
neck, <strong>of</strong>ten used to allow integration <strong>of</strong><br />
High Visibility Vests<br />
Honeywell First Responder Products 122
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
123<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Facepiece Mate<br />
This design feature is an outgrowth <strong>of</strong><br />
the Project HEROES ® design effort<br />
discussed earlier, but is also available on<br />
non-CBRN gear. (Patent Pending)<br />
• Flexible gasket seal – fits SCBA<br />
facepiece<br />
• Gasket adapted to specific facepiece<br />
• Coat closure zipper extends upward to<br />
seal hood around facepiece<br />
• Traditional facepiece donning unaffected<br />
• Minimizes burns around facepiece<br />
www.HoneywellFirstResponder.com<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Fly Overfold<br />
(Patent Pending)<br />
This design feature is an outgrowth <strong>of</strong><br />
the Project HEROES ® design effort<br />
discussed earlier, but is also available on<br />
non-CBRN gear.<br />
• Gusset design eliminates potential<br />
leakage through fly area<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■ BPR ■ BPR ■✓ USR ■✓ EMS<br />
■ LTO ■ LTO<br />
■ TAC ■ PRH<br />
■ PRH<br />
Hood Options<br />
Custom Options – Facepiece Mate, Fly, Hoods<br />
(Also EMS,<br />
Liquid Splash/<br />
HazMat,<br />
Wildland<br />
Certified)<br />
For EMS and <strong>Tech</strong>nical Rescue and<br />
Recovery model garments, optional<br />
hoods are extremely popular for warmth<br />
and for water shielding during outdoor<br />
operations. Hood will hang down the<br />
wearer’s back (from the attachment strip)<br />
when not in use. The hood attaches to<br />
the strip via hook and pile (strip must be<br />
ordered at time <strong>of</strong> manufacturer if hood<br />
is to be ordered at a later date). As an<br />
alternative storage system, we <strong>of</strong>fer<br />
Table <strong>of</strong> Contents<br />
hide-away hoods where the hood is<br />
stored inside an outer shell zipper when<br />
not in use.<br />
Integrated Hood<br />
OPTIONAL Storage<br />
Hidden Hood<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
This design feature is an outgrowth <strong>of</strong><br />
the Project HEROES ® design effort<br />
discussed earlier, but is also available on<br />
non-CBRN gear.<br />
• Replaces current hood<br />
• Uses 3-layer construction with CBRN<br />
barrier layer sealed at collar line<br />
• Designed for ease <strong>of</strong> donning and<br />
comfort<br />
• Minimizes liquid debris movement into<br />
coat
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Insulative Cooling,<br />
Passive Pressure Coat<br />
Ventilation (Patented)<br />
This design feature is an outgrowth <strong>of</strong><br />
the Project HEROES ® design effort<br />
discussed earlier, but is also available on<br />
non-CBRN gear. The Insulative Cooling<br />
System was originally designed to create<br />
a passive, positive pressure environment<br />
within the coat by recirculating exhaled<br />
SCBA air into the coat. This positive<br />
pressure environment within the coat<br />
would help supplement upper torso interfaces<br />
and prevent CBRN contaminant<br />
entry between the coat and pants. It did<br />
do that very effectively, but we learned<br />
the concept also seemed to <strong>of</strong>fer other<br />
important advantages.<br />
Field testers reported being much cooler<br />
when using this sytem and demonstrably<br />
perspired less. SCBA manufacturer<br />
testing showed there was no increase in<br />
exhalation resistance. Logical analysis<br />
also suggests that the field tester<br />
perception is supportable.<br />
• During moderate exercise, a typical<br />
male in good shape exhales about<br />
81 liters <strong>of</strong> air each minute. That is a<br />
remarkably large volume <strong>of</strong> air. The<br />
extra air volume can absorb more<br />
liquified sweat. The more air volume<br />
over the liquid sweat within the turnout<br />
system, the more quickly that sweat<br />
(and the heat energy it carries) is<br />
likely to evaporate. Think <strong>of</strong> how more<br />
quickly you cool on a hot day when you<br />
fan your perspiring face. When the<br />
liquified sweat is absorbed by the air,<br />
the heat energy it carries is also<br />
transported and we feel cooler.<br />
• The exhaled air leaves the lungs at<br />
98.6° F. That temperature is BELOW<br />
the internal micro-climate <strong>of</strong> your<br />
Custom Options – Insulative Cooling<br />
turnout gear even in winter, after<br />
moderate fireighting. So the exhaled<br />
air can be an active cooling agent.<br />
• Further, exhaled air is at 100%<br />
humidity levels. The introduction <strong>of</strong><br />
moist air into the hot turnout coat<br />
causes that moisture to evaporate.<br />
Evaporation is one <strong>of</strong> the most<br />
powerful cooling processes.<br />
Other advantages <strong>of</strong> the<br />
Insulative Cooling System<br />
(besides cooling):<br />
• Air is one <strong>of</strong> the most efficient<br />
insulators (without weight, bulk,<br />
movement restriction or cost).<br />
Introducing insulating air to the upper<br />
torse where much <strong>of</strong> the radiant heat<br />
impacts the body during fireighting,<br />
can be a powerful safety feature.<br />
• Minimizes burns from the entry <strong>of</strong><br />
superheated liquids and gases at<br />
upper torso interface areas.<br />
• Whatever seals out heat and liquid,<br />
also helps seal out the numerous<br />
contaminants on the fireground.<br />
Increasingly, research is focusing on<br />
comparatively higher firefighter cancer<br />
rates and any potential links to<br />
fireground contaminants.<br />
When you specify an<br />
Insulative Cooling Option<br />
on new gear, you will<br />
receive the following:<br />
• A exhalation collection device for your<br />
CBRN certfied regulator (we are<br />
working with the major suppliers now,<br />
and will need to know the model <strong>of</strong><br />
your SCBA at time <strong>of</strong> order).<br />
• A flexible tube connecting the<br />
exhalation port to an entry port ring on<br />
your coat.<br />
• An entry port with cover on your coat.<br />
• Spacers to direct air flow across your<br />
body, internal to the coat.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 124
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
BiFlex Heat Channel<br />
Knee(Patented and Patent Pending)<br />
• Strongly recommended for<br />
all field tests<br />
• High performance with<br />
easy motion<br />
At <strong>Morning</strong> <strong>Pride</strong>, we are constantly<br />
attempting to both develop new and<br />
refine even highly successful products.<br />
Our Heat Channel Knee is, we believe,<br />
simultaneously the most protective, most<br />
comfortable and most specified knee<br />
product on the market. The horizontal<br />
stitch lines mean this highly protective<br />
knee is as easy to bend as the outer<br />
shell alone.<br />
Only one very minor negative is ever<br />
voiced about this knee: in a standing<br />
position, it can be a little one dimensional<br />
(flat on the curved leg). During<br />
in-depth studies <strong>of</strong> firefighter leg motion<br />
during vocational exercises, we also<br />
noted that some leg rotation occurs on<br />
the sides <strong>of</strong> the legs as the knees are<br />
bent. This suggested that a bi-flexing<br />
knee could even further facilitate motion<br />
without requiring protective trade-<strong>of</strong>f or<br />
decreased comfort while crawling.<br />
The photo to the above shows a pair <strong>of</strong><br />
pants with a traditional Heat Channel<br />
Knee on the wearer’s right leg (to the left<br />
in the photo) with notched corners (an<br />
option) and a new BiFlex Heat Channel<br />
Knee on the wearer’s left leg (to the right<br />
in the above photo).<br />
125<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
Traditional Heat<br />
Channel Knee<br />
Custom Options – Knees<br />
BiFlex Heat<br />
Channel Knee<br />
Note the “flatter” more one dimensional<br />
standard Heat Channel Knee on the left<br />
and the more leg conforming BiFlex<br />
Heat Channel Knee on the right.<br />
Both knees are an industry leading<br />
12” high (as a standard). The traditional<br />
Heat Channel Knee is 9” wide (as a<br />
standard) and the BiFlex Heat Channel<br />
Knee, because it conforms more closely<br />
to the leg, is 8”wide (as a standard).<br />
Whether in a crouch or a kneel, both<br />
knees, based on their differing conformance<br />
to the leg and their width,<br />
give roughly equivalent area coverage.<br />
The BiFlex Heat Channel Knee follows<br />
the leg curvature more closely because<br />
it is designed to automatically flex in two<br />
directions. Horizontal pleat lines in the<br />
center <strong>of</strong> the knee facilitate knee bending,<br />
while vertical pleat lines along the<br />
outseam and inseam <strong>of</strong> the knee allow<br />
the pant to flex AROUND the leg as the<br />
knee flexes. This replicates the bi-flexing<br />
action <strong>of</strong> the leg/knee during motion and<br />
makes it the most easily flexing, high<br />
protection knee we have ever manufactured<br />
(and it is hard to improve on the<br />
flexibility <strong>of</strong> the traditional Heat Channel<br />
Knee).<br />
Table <strong>of</strong> Contents
While both knees bend easily on horizontal<br />
pleat lines, note how the BiFlex<br />
knee to the right also bends around the<br />
knee naturally during motion.<br />
Also, because the BiFlex knee<br />
“positions” the knee even more precisely<br />
during motion, we can also scale the<br />
insulative layering for less bulk without<br />
significant impact upon effective insulation<br />
protection. The chart to the right<br />
shows the standard layering <strong>of</strong> the<br />
BiFlex insulation system. Just as the<br />
traditional Heat Channel Knee features<br />
5 layers <strong>of</strong> insulation over the whole<br />
knee, the BiFlex Heat Channel Knee<br />
also <strong>of</strong>fers 5 layers <strong>of</strong> protection in<br />
the primary kneeling area and reduced<br />
layering for less centered areas (we will<br />
report the lowest CCHR layering results<br />
in the 6” x 6” test area for reasons <strong>of</strong><br />
conservatism, still to be far higher than<br />
essentially any other knee except the<br />
5 layer traditional Heat Channel Knee).<br />
Some final points:<br />
• Traditional Heat Channel Knees will<br />
continue to be available; many<br />
customers have had such success that<br />
they do not want to even consider a<br />
change.<br />
• BiFlex Heat Channel Knees will also<br />
be available.<br />
• Both traditional and BiFlex Heat<br />
Channel Knees are the same price<br />
(there is some small material savings<br />
with the BiFlex design but more<br />
stitching expense).<br />
• You must ask for BiFlex Heat Channel<br />
Knees on your order. If you ask for<br />
Heat Channel Knees, you will receive<br />
the traditional Heat Channel Knee (as<br />
you always have).<br />
You may even vary the material in the<br />
horizontal sections to the center and in<br />
the vertical sections on each side (the<br />
price will reflect the higher material price<br />
selected). Your IMA or our Quote<br />
Department will be glad to help. An<br />
example <strong>of</strong> such a knee would be, say<br />
Arashield in the center for durability and<br />
non-arashield on the sides for easier<br />
flexing.<br />
5 Layers<br />
4 Layers<br />
3 Layers<br />
2 Layers<br />
BiFlex Heat Channel Knee<br />
Enhancement<br />
The BiFlex Knee as originally introduced<br />
was 2” narrower than the original Heat<br />
Channel Knee. Many <strong>of</strong> you have<br />
suggested that your customer is used to<br />
the width <strong>of</strong> the normal Heat Channel<br />
Knee and would prefer the same<br />
dimensionality on the new BiFlex product.<br />
An additional advantage <strong>of</strong> matching the<br />
width <strong>of</strong> both products would be that<br />
BiFlex Knees can be used in older heat<br />
channel knee frames. For that reason,<br />
as a standard and on a running change<br />
basis, we have added one extra vertical<br />
ridge on each side <strong>of</strong> the heat channel<br />
knee. This change makes the BiFlex Heat<br />
Channel Knees, the same width as the<br />
normal Heat Channel Knees. Obviously,<br />
the tiered layering <strong>of</strong> the BiFlex will still<br />
allow the BiFlex to curve around the leg<br />
more easily, it will only now be slightly<br />
wider. You may still order the “narrow<br />
BiFlex Knee” that we have been making<br />
if you prefer the narrower width. There<br />
is no extra charge for the extra BiFlex<br />
Knee width.<br />
Table <strong>of</strong> Contents<br />
Design Refinements on<br />
BiFlex Heat Channel Knees<br />
The BiFlex Heat Channel Knee design<br />
option is becoming VERY popular. Some<br />
in-field engineering has allowed us to advance<br />
the design even further. These enhancements<br />
will be standard in the<br />
future, and the cost <strong>of</strong> the option is not<br />
changed.<br />
Sewn on or removable BiFlex Knee<br />
Refinements include:<br />
A widened center section, shown here in<br />
optional Arashield material, makes the<br />
main section flex more readily, stabilizing<br />
the knee during motion even more.<br />
Old Design<br />
Normal Width<br />
<strong>New</strong> Design<br />
Knee Options Continue...<br />
Honeywell First Responder Products 126
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Knee Options Continued...<br />
On removable BiFlex Knees only:<br />
We have had tremendously positive<br />
reaction to the Bi-Flex design; with these<br />
refinements, we feel the reception will<br />
be even more positive. With almost<br />
unlimited insulative capacities and<br />
almost totally unrestricted motion, no<br />
other knee comes close.<br />
127<br />
Old Design<br />
Narrow Width<br />
Two snaps<br />
will now be<br />
standard on<br />
the upper part<br />
<strong>of</strong> the frame<br />
(rides above<br />
the knee) to<br />
further stabilize<br />
the knee in the<br />
frame, when<br />
the removable<br />
option is<br />
specified.<br />
Additional<br />
hook and<br />
pile tape has<br />
been added<br />
to further<br />
stabilize the<br />
knee.<br />
Note: On requests for narrower replaceable<br />
knees or on smaller waist pants, the<br />
appearance <strong>of</strong> knee pads will be and are<br />
a little narrower and different. On size<br />
34 waist and below, narrow width pads<br />
are standard.<br />
<strong>New</strong> Design<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Knees<br />
Silicone Knees Versus Heat Channel Knee Insulation<br />
Enhancements<br />
We are in stock and have certification on Silicone insulation knee layering. While<br />
we are glad to provide this product, unlike other firms, we do not “push”<br />
Silicon knee thermal pads. Our patented Heat Channel Knee is more flexible,<br />
more insulative and far more comfortable while crawling.<br />
Silicone Coated Kevlar ® Knee Reinforcements<br />
We are in stock and have certification on Silicone Kevlar ® reinforcements (one firm<br />
has trademarked their use <strong>of</strong> this material as “Dragon Hide” – we refer to the<br />
material as EZ-Flex)). While we are glad to provide this product, we find Kevlar ® /<br />
Nomex ® is easier to flex, <strong>of</strong>fers exceptional durability in our biggest metro accounts<br />
and is easier to move in.<br />
Comparing Arashield and Silicone Coated Kevlar ® Knees<br />
Silicone coated kevlar ® is more flexible than Arashield, but it is also less durable,<br />
as the chart below shows. Our Bi-Flex Heat Channel Knee, discussed on the<br />
previous pages, is one design that allows the use <strong>of</strong> the more durable Arashield,<br />
but only in the center where most abrasion occurs (so, minimizing the amount <strong>of</strong><br />
stiffer Arashield, but still having it where most abrasion occurs).<br />
Material Cycles to Failure H-18 Abrasion Wheel Weight Grams<br />
Dragon Hide 1,600+ 500<br />
Arashield 3,000+ 1,000<br />
NOTE: Please also see Flex Tucks and Flex Facilitator Panel options under<br />
Liner Options pages 138 and 139. When removable knees are ordered, frame<br />
will typically match knee (please see price list for full details).<br />
On knee reinforcements, Heat Channel and Puncture Resistant <strong>Tech</strong>nology<br />
also available on other body areas. Contact our Customer Service Department<br />
for details.<br />
Table <strong>of</strong> Contents
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Heat Channel Knees<br />
(Patented)<br />
Improves crawling comfort<br />
while increasing insulation<br />
Some departments have found that knee<br />
burns are a particular problem for them.<br />
At certain points <strong>of</strong> the burn curve,<br />
compression can reduce insulative<br />
performance. When kneeling, the firefighter’s<br />
entire weight is spread over only<br />
a few square inches. If this compression<br />
at the knee decreases insulative<br />
performance, the transfer <strong>of</strong> heat is<br />
facilitated and conductive or scald burns<br />
could occur (in the presence <strong>of</strong> sweat or<br />
water). The Heat Channel Knee option<br />
addresses this potential problem in<br />
several ways:<br />
• the pads are highly insulative (in<br />
excess <strong>of</strong> 280 TPP units, when tested<br />
per NFPA 1971)<br />
• knee bending is very easy since the<br />
bend occurs at the lateral stitch points<br />
Channels also<br />
Cushion the<br />
Knee for More<br />
Comfortable<br />
Crawling<br />
Note: Heat Channel Shoulders<br />
also now available for high intensity<br />
applications like advanced fire<br />
combat or advanced fire training.<br />
where there is no added bulk<br />
• the pads hold the firefighter’s knees<br />
above the kneeling surface, thus<br />
minimizing contact with hot embers,<br />
super-heated surfaces and scalding<br />
liquids<br />
• in the event <strong>of</strong> a steam filled environment,<br />
the channels provide a “a path <strong>of</strong><br />
least resistance” for steam to move<br />
away from the firefighter’s body<br />
Heat Channel Knees can be ordered for<br />
either outer shell or liner placement<br />
(please see photos to right). The exterior<br />
placement is strongly recommended, as<br />
it is far more comfortable; although the<br />
interior placement will keep the assembly<br />
drier (i.e. inside the moisture barrier) and<br />
therefore lighter. The replaceability option<br />
is also highly recommended since it<br />
allows adjustment <strong>of</strong> knee systems to<br />
firefighter preference and easy field<br />
replacement <strong>of</strong> this high wear garment<br />
area.<br />
We recommend Kevlar ® /Nomex ® as the<br />
Heat Channel outer shell material <strong>of</strong><br />
choice since it <strong>of</strong>fers the highest level <strong>of</strong><br />
abrasion resistance. Kevlar ® /Nomex ® is<br />
available in Black, and that color works<br />
well with any outer shell material.<br />
The Heat Channels run horizontally to<br />
facilitate knee bending. Bending occurs<br />
only on thin layers at stitch lines.<br />
Because they are a s<strong>of</strong>t material, they<br />
also effectively cushion crawling.<br />
The <strong>Tech</strong>nical Rescue and Recovery<br />
standard requires elbow and knee<br />
Channels also “raise” knees<br />
above most hot debris & scalding<br />
liquids.<br />
Table <strong>of</strong> Contents<br />
reinforcements. The Heat Channel<br />
Knee is very popular for <strong>Tech</strong>nical<br />
Rescue and Recovery applications<br />
since it is kneeling and crawling on an<br />
easy bending pillow (it is also our<br />
most popular Structural, Proximity<br />
and EMS knee for the same reasons).<br />
Photo shows replaceable<br />
Exterior<br />
Placement Heat<br />
Channel Knee.<br />
Attachment is via<br />
Hook & Pile tape,<br />
as well as corner<br />
straps. A three<br />
sided “picture frame”<br />
helps prevent the<br />
knee from catching on items in the fire<br />
environment. The bottom <strong>of</strong> the knee is<br />
secured with interior Hook & Pile. This<br />
exterior placement is so comfortable<br />
than field testers report they are not<br />
even aware <strong>of</strong> the assembly as they<br />
work. Its one comparative difference to<br />
interior placement, availability for wetting<br />
and drying, can be minimized with the<br />
removability feature that allows substitution<br />
<strong>of</strong> a new assembly in the field easily.<br />
For departments that wish to avoid the<br />
channels on the exterior <strong>of</strong> the knee<br />
assembly, a “domed” cover may be<br />
specified which will cover the interior<br />
channels.<br />
Photo shows<br />
replaceable,<br />
Interior<br />
Placement<br />
Heat Channel<br />
Knee. Please<br />
note attachment<br />
is via<br />
Hook & Pile<br />
tape. Top “flap”<br />
prevents<br />
catching <strong>of</strong> foot<br />
or boot on pad as pants are put on.<br />
Customers are cautioned this interior<br />
placement is NOT as comfortable as<br />
exterior placement (but does prevent<br />
more wetting, since it rides inside the<br />
moisture barrier).<br />
Knee Options Continue…<br />
Honeywell First Responder Products 128
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Knee Options Continued…<br />
Demonstrating Heat<br />
Channel Knee <strong>Tech</strong>nology<br />
Advantages<br />
As most firefighters are aware, there are<br />
three typical knee thermal enhancement<br />
designs commonly used in this market<br />
place:<br />
#1 Typical technology aramid constructioning<br />
used by many manufacturers<br />
#2 Typical PVC foam based constructioning<br />
used by only one<br />
manufacturer<br />
#3 Our patented Heat Channel Knee<br />
aramid construction<br />
The data presented is from a recent<br />
study conducted for a major bid/contract<br />
on sample material “As Received,” then<br />
129<br />
www.HoneywellFirstResponder.com<br />
hit with a CCHR three consecutive times.<br />
All composites were the same (our 54i2)<br />
and only the knee reinforcements/thermal<br />
enhancements varied. As you will<br />
see, the Heat Channel Knees out performs<br />
the designs other manufacturers<br />
<strong>of</strong>ten provide, both in the overall level <strong>of</strong><br />
protection, and also in consistency over<br />
the area protected.<br />
The following charts compare performance<br />
<strong>of</strong> these typical systems during<br />
repeat cycles <strong>of</strong> NFPA Standard 1971<br />
CCHR test protocols. NFPA currently<br />
only requires 1 CCHR test exposure and<br />
25 seconds <strong>of</strong> protection before second<br />
degree burn. But, given that firefighters<br />
encounter repeated heat exposures, we<br />
believe the additional test cycles provide<br />
critical information. As you can see, the<br />
testing isolates several key points:<br />
Knee CCHR<br />
All After 5 Wash/Drys, 8 psi Three Consecutive Hits<br />
All Composites: Outer Shell = 7.5 oz Kevlar ® /Nomex ® , Moisture Barrier = Crosstech ® ,<br />
Thermal Liner = Nomex ® Facecloth w/E89 Spunlace<br />
See Individual Charts for Reinforcement Materials<br />
CCHR<br />
180.<br />
00<br />
160.<br />
00<br />
140.<br />
00<br />
120.<br />
00<br />
100.<br />
00<br />
80.<br />
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25<br />
NF<br />
P A 1971,<br />
2007<br />
E dition,<br />
1 Hit<br />
Only<br />
Hit<br />
1A<br />
Custom Options – Knees<br />
DRY<br />
# 3 Typic<br />
al<br />
Morn<br />
ing<br />
<strong>Pride</strong><br />
Heat<br />
Chann<br />
el<br />
Knee<br />
R einforc<br />
eme<br />
nts<br />
:<br />
E xternal:<br />
7.<br />
5 oz<br />
Kevlar/<br />
Nome<br />
x she<br />
ll<br />
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Q-9<br />
Heat<br />
Channel<br />
Knee<br />
s<br />
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37.<br />
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. 77<br />
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. 33<br />
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50<br />
Hit<br />
2A<br />
Table <strong>of</strong> Contents<br />
• Both <strong>of</strong> the aramid based systems (#1<br />
and #3) tend to show consistent or<br />
increasing results after repeated<br />
CCHR exposures.<br />
• The PVC based systems (#2) however,<br />
tend to have decreasing results with<br />
repeated CCHR exposures.<br />
• The Heat Channel Knee technologies<br />
(#3) clearly out perform the competitive<br />
products in essentially all conditions<br />
Remember, we can also reproduce these<br />
comparative tests in our lab RIGHT IN<br />
FRONT OF YOUR EYES. We have<br />
found this kind <strong>of</strong> demonstration is a<br />
powerful tool for customers to see and<br />
clearly differentiates us from competitive<br />
<strong>of</strong>ferings. The comparative condition <strong>of</strong><br />
the materials alone, after test, is a<br />
powerful demo <strong>of</strong> the comparative<br />
performance characteristics <strong>of</strong> the<br />
designs.<br />
# 1 Typic<br />
al<br />
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3A<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Advantage
Honeywell First Responder Products 130<br />
Knee Options Continue…<br />
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<strong>Morning</strong> <strong>Pride</strong><br />
Advantage<br />
Note: Systems tested were NFPA 1971, 2000 edition (2007 competitive systems not yet<br />
available prior to catalog printing).<br />
Table <strong>of</strong> Contents
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Knee Options Continued…<br />
Puncture Resistant<br />
Knees<br />
(Patented and Patent Pending)<br />
A better Heat<br />
Channel Knee<br />
(see page 128)<br />
and available<br />
only in combination<br />
with the<br />
Heat Channel<br />
Knee, since<br />
the puncture<br />
resistant panel<br />
requires<br />
cushioning to<br />
stabilize.<br />
For years now, firefighters’ boots have<br />
<strong>of</strong>fered ANSI Z-41 puncture resistance<br />
(NFPA 1971 mandates puncture resistant<br />
bottom plates in all fire fighting<br />
footwear). The need is even more<br />
critical now with the possibility <strong>of</strong><br />
encountering AIDS or hepatitis-infected<br />
hypodermics, etc. in the dimly lit fire<br />
fighting environment.<br />
But let’s face it, when the visibility is<br />
the worst – you are on your knees, not<br />
your feet. <strong>Morning</strong> <strong>Pride</strong>’s Puncture<br />
Resistant Dry Knee features the same<br />
MIL-S-301, Rev D3,.020, Full-Hard,<br />
Corrosion Resistant Stainless Steel<br />
protection as the insole <strong>of</strong> your fire<br />
boots. With this option, the Heat<br />
Channel Knee (Patented – please see<br />
page 128) is backed with a Kevlar ®<br />
encased, pre-bent stainless insert.<br />
The Kevlar ® prevents stainless movement<br />
and the padding (besides its<br />
insulative value) makes it impossible to<br />
even detect the presence <strong>of</strong> the metal.<br />
131<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
View <strong>of</strong> steel insert<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Knees and Liners<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Reinforced and<br />
Cushioned Reinforced<br />
Knees<br />
Photo illustrates a<br />
khaki Kevlar ® /<br />
Nomex ® knee<br />
reinforcement on<br />
a Pbi outer shell.<br />
A reinforced knee<br />
is a single layer <strong>of</strong><br />
the specified reinforcement.<br />
A cushioned reinforced knee<br />
features both the reinforcing piece and<br />
an additional layer <strong>of</strong> flame resistant<br />
cushioning (although for maximum cushioning,<br />
the Heat Channel Knee on page<br />
128 is recommended). For all exterior<br />
knees discussed, see pages 125 to 130.<br />
The most durable outer shell reinforcements<br />
available are Kevlar ® twill<br />
(available only in pale yellow) and<br />
Kevlar ® / Nomex ® (available in black,<br />
yellow or brick red). Please consult the<br />
price list for a complete listing <strong>of</strong> all<br />
available reinforcements and pricing.<br />
Leather reinforcements are not recommended<br />
(but are available), because <strong>of</strong><br />
dry rot and decontamination problems.<br />
Similarly, customers are cautioned that<br />
Arashield reinforcements can be a heat<br />
sink under certain conditions and are not<br />
recommended. For Proximity garments,<br />
only aluminized reinforcements may be<br />
specified (except for at collar and cuffs<br />
where our standard is 7.5 oz rip-stop<br />
Pbi ). If your order for a knee reinforcement<br />
does not specify a material or<br />
color, we will match your outer shell material<br />
and color. If your order calls for a<br />
different material knee reinforcement<br />
from your outer shell material and does<br />
not specify a color, your knee reinforcement<br />
will be black (or pale yellow if you<br />
specify Kevlar ® twill). Please specify on<br />
your order any other color combination.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Body Armor Linings<br />
(Patented) – The Body Armor Lining<br />
concept is based on the recognition that<br />
the shoulders, outside <strong>of</strong> the arms and<br />
fronts <strong>of</strong> the legs, are the most thermally<br />
loaded during typical fire fighting. While<br />
many departments prefer to avoid the<br />
bulk <strong>of</strong> the most insulative liner (Quilt<br />
Batt), overall its insulative advantage is<br />
very attractive in these specific body<br />
areas. The Body Armor Lining places<br />
Quilt Batt (as an integral, integrated<br />
element) in these body areas in an<br />
otherwise lighter liner system.<br />
NOTE: To match lubricity <strong>of</strong><br />
liners and Body Armor...<br />
• When the base liner for the garment<br />
uses a regular Nomex ® face cloth<br />
(including the xxix liner with<br />
“Smooth” facecloth), the Body Armor<br />
panels will be an xx2x liner, Nomex ®<br />
facecloth with Q9 batt.<br />
• When the base liner for the garment<br />
uses a Semi-slick facecloth, the Body<br />
Armor Panels will be an xx6x liner,<br />
Semi-slick facecloth with Q9 batt<br />
(unless your order specifies otherwise).<br />
Cutaway<br />
illustrates<br />
thermal<br />
liner<br />
material<br />
combination<br />
with placement<br />
<strong>of</strong> higher<br />
insulation<br />
material<br />
(highlighted<br />
in red).<br />
A great approach for departments<br />
currently specifying Quilt Batt.
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Boot Interface Panels<br />
(Patented)<br />
This patented design recognizes total<br />
system weight may be reduced by<br />
substituting lower weight, lower TPP,<br />
Quilt E89 liner material where the pants<br />
and boots interface. No effective<br />
decrease in protection occurs since the<br />
boots provide a known level <strong>of</strong> additive<br />
insulation and MUST be worn.<br />
Drawing illustrates pants equipped with<br />
Knee Flex Facilitator (see below) and<br />
Boot Interface Panel. Red shading<br />
is used to highlight where the lighter<br />
liner material would be utilized.<br />
Custom Options – Liners<br />
Dead Air vs “Thermal Mesh” Upper Body<br />
Insulation Enhancements<br />
We are in stock<br />
on and have<br />
certification on<br />
the Thermal<br />
Mesh shoulder,<br />
upper arm and<br />
upper back<br />
insulation<br />
system<br />
While we are<br />
glad to provide<br />
this product,<br />
unlike other<br />
firms, we do<br />
not “push” a<br />
Thermal Mesh<br />
system (one<br />
firm has<br />
trademarked<br />
their use <strong>of</strong><br />
this material as<br />
“TES” for<br />
Thermal<br />
Enhancement<br />
System).<br />
Because we<br />
believe, as<br />
these charts<br />
show, our<br />
patented<br />
Dead Air<br />
system <strong>of</strong>fers<br />
significantly<br />
superior<br />
performance<br />
(please see<br />
Dead Air<br />
discussion on<br />
following<br />
pages).<br />
TPP<br />
CCHR<br />
CCHR<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
10<br />
0<br />
70<br />
60<br />
50<br />
40<br />
30<br />
25<br />
20<br />
10<br />
0<br />
45.7<br />
Kevlar ® /Nomex ® Crosstech ® Quilt<br />
E89 (5432)<br />
Dead Air TES<br />
25.1<br />
Comparing TPP<br />
The Full Story<br />
62.6<br />
70.9<br />
5432 TES 5432 3-Layer Dead Air<br />
But even more to the point, CCHR is how NFPA tests<br />
performance at compressed areas like knees and shoulders<br />
DRY<br />
Yokes vs Valley<br />
43.67<br />
61.40<br />
31.2 31.4<br />
NFPA currently requires only 1 CCHR hit and 25 CCHR performance<br />
Hit 1 Hit 2 Hit 3<br />
Dead Air TES<br />
32.23<br />
22.0<br />
Table <strong>of</strong> Contents<br />
Repetitive CCHR<br />
WET<br />
Yokes vs Valley<br />
52.40<br />
29.1<br />
63.60<br />
NFPA currently requires only 11CCHR CCHR hit and 25 25CCHR CCHR performance<br />
66.20<br />
Liner Options Continue…<br />
Honeywell First Responder Products 132<br />
30.8<br />
Hit 1 Hit 2 Hit 3<br />
Repetitive CCHR
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Liner Options Continued…<br />
Dead Air Insulation<br />
Panels (Patented)<br />
The very best ining material is (and<br />
always will be) dead air insulation. It has<br />
no weight, is highly insulative and is<br />
totally non-movement restrictive.<br />
TPP's PROVIDED<br />
(Insulation)<br />
Dead Air Package Illustrated – shown looking at inside <strong>of</strong> liner, in an assembled garment, the<br />
panels are not visible.<br />
133<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
Over 100%<br />
Improvement<br />
NFPA Minimum<br />
Model#2431<br />
7.5 oz. Nomex ®<br />
PTFE/E89<br />
Quilt E-89<br />
Same System<br />
with<br />
Dead Air<br />
Panels<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Liners<br />
The problem in relying on dead air<br />
inclusion in bunker clothing design has<br />
always been that the weight <strong>of</strong> auxiliary<br />
equipment (i.e. SCBAs) compress the<br />
protective system and eliminate the dead<br />
air insulation.<br />
These patented Dead Air Panels<br />
(constructed <strong>of</strong> NFPA certified thermal<br />
liner fibers) prevent system compression<br />
and hence guarantee the retention <strong>of</strong><br />
dead air insulation in the areas they are<br />
used.<br />
<strong>Fire</strong>fighter burns through certified<br />
systems are very predictable by body<br />
area. Year after year, injury statistics<br />
show many burns occur in the shoulder/upper<br />
back/upper chest area. Dead<br />
Air Panels in this area will increase<br />
insulative protection up to 129% without<br />
adding appreciable weight or restricting<br />
motion.<br />
Additionally, Dead Air Panels may be<br />
ordered for placement in other body<br />
areas (i.e. front <strong>of</strong> thighs, lower on arms<br />
or other area <strong>of</strong> particular sensitivity –<br />
for instance due to previous injury).<br />
For departments considering (or using)<br />
the newer, lighter, less stressful but also<br />
less insulative liners (i.e. Quilt Aralite,<br />
Quilt E89), these Dead Air Panels would<br />
make the transition less likely to allow a<br />
higher incidence <strong>of</strong> burns.<br />
Photo shows liner<br />
and moisture<br />
barrier with<br />
sleeve moisture<br />
barrier removed<br />
to allow viewing<br />
<strong>of</strong> interior<br />
Extended Dead<br />
Air Panels (only<br />
the Dead Air<br />
Panel’s stitch<br />
lines on thermal<br />
liner interior are<br />
visible on the<br />
finished<br />
garments).<br />
Additional Benefit: Moisture vapor<br />
transmission testing shows Dead<br />
Air Panels may also increase<br />
e/PTFE breathability (a larger<br />
volume <strong>of</strong> air available to the liner<br />
surface). Breathability directly<br />
relates to comfort levels and<br />
stress dissipation.<br />
Extended<br />
Dead Air Panels<br />
Option (i.e. 4 extra<br />
forearm panels)<br />
recommended for<br />
use with the lighter<br />
liner systems.<br />
Note: Simple additional layers <strong>of</strong> liner material are also available in the shoulder area. However, they add more weight<br />
and less insulation than the Dead Air Panels.<br />
Table <strong>of</strong> Contents
Demonstrating Dead Air<br />
Insulation Panel’s<br />
<strong>Tech</strong>nology Advantages<br />
As most firefighters are aware, there are<br />
three typical thermal enhancement<br />
designs commonly used this market:<br />
#1 Typical technology aramid<br />
constructioning used by many<br />
manufacturers<br />
#2 Typical PVC foam based<br />
constructioning used by only one<br />
manufacturer<br />
#3 Our patented Dead Air Insulation<br />
Panels aramid construction<br />
Also, some competitors are claiming that<br />
the difference in insulation between the<br />
peaks and valleys <strong>of</strong> Dead Air Panels is<br />
an issue. So, we decided to compare<br />
Dead Air Panels’ peaks and valleys<br />
versus common competitive configura-<br />
tions for the shoulder cap and back yoke<br />
as <strong>of</strong>ten seen within the garments the<br />
way they manufacture. The data presented<br />
is from a recent study conducted<br />
for a major bid/contract on sample material<br />
“As Received,” then hit with a CCHR<br />
three consecutive times. All composites<br />
were the same (our 54i2) and only the<br />
shoulder, yoke/ thermal enhancements<br />
varied. As you will see, the Dead Air<br />
Panels’ peaks and valleys out perform<br />
the designs other manufacturers <strong>of</strong>ten<br />
provide, both in the overall level <strong>of</strong><br />
protection, and also in consistency over<br />
the area protected.<br />
The following charts compare performance<br />
<strong>of</strong> these typical systems during<br />
repeat cycles <strong>of</strong> NFPA Standard 1971<br />
CCHR test protocols. NFPA currently<br />
only requires 1 CCHR test exposure and<br />
25 seconds <strong>of</strong> protection before second<br />
degree burn. But, given that firefighters<br />
encounter repeated heat exposures, we<br />
Shoulder CCHR<br />
All After 5 Wash/Drys, 2 psi, Three Consecutive Hits<br />
All Composites: Outer Shell = 7.5 oz Kevlar ® /Nomex ® , Moisture Barrier = Crosstech ® ,<br />
Thermal Liner = Nomex ® Facecloth with E89 Spunlace<br />
See Individual Charts for Reinforcement Materials<br />
DRY – Caps vs Peak<br />
CCHR<br />
80.<br />
00<br />
70.<br />
00<br />
60.<br />
00<br />
50.<br />
00<br />
40.<br />
00<br />
30.<br />
00<br />
25<br />
20.<br />
00<br />
10.<br />
00<br />
0.<br />
00<br />
47.<br />
63<br />
46.<br />
23<br />
26.<br />
00<br />
Minimu<br />
m R equirem<br />
ent<br />
25<br />
NF<br />
P A 1971,<br />
2007<br />
E dition,<br />
1 Hit<br />
Only<br />
Hit<br />
1A<br />
67.<br />
47<br />
34.<br />
80<br />
33.<br />
83<br />
Hit<br />
2A<br />
Table <strong>of</strong> Contents<br />
believe the additional test cycles provide<br />
critical information. As you can see, the<br />
testing isolates several key points:<br />
• Both <strong>of</strong> the aramid based systems (#1<br />
and #3) tend to show consistent or<br />
increasing results after repeated<br />
CCHR exposures.<br />
• The PVC based systems (#2) however,<br />
tend to have decreasing results with<br />
repeated CCHR exposures.<br />
• The Dead Air Panel’s technologies (#3)<br />
clearly out perform the competitive<br />
products in essentially all conditions.<br />
Remember, we can also reproduce these<br />
comparative tests in our lab RIGHT IN<br />
FRONT OF YOUR EYES. We have<br />
found this kind <strong>of</strong> demo is a powerful tool<br />
for customers to see and clearly differentiates<br />
us from competitive <strong>of</strong>ferings. The<br />
comparative condition <strong>of</strong> the materials<br />
alone, after test, is a powerful demonstration<br />
<strong>of</strong> the comparative performance<br />
characteristics <strong>of</strong> the designs.<br />
# 3 Typic<br />
al<br />
Morn<br />
ing<br />
<strong>Pride</strong><br />
Dead<br />
Air<br />
Panel<br />
Peak<br />
R einforc<br />
eme<br />
nt:<br />
Inte<br />
rnal:<br />
Q9<br />
B att<br />
Dead<br />
Air<br />
P anels<br />
65.<br />
87<br />
# 1 Typic<br />
al<br />
Arami<br />
d Reinfor<br />
ced<br />
Cap<br />
R einforc<br />
eme<br />
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Liner Options<br />
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Honeywell First Responder Products 134
www.HoneywellFirstResponder.com<br />
135<br />
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<strong>Morning</strong> <strong>Pride</strong><br />
Advantage<br />
Custom Options – Liners<br />
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Table <strong>of</strong> Contents
Honeywell First Responder Products 136<br />
Liner Options Continue…<br />
Discusions Continues…<br />
Note: Systems tested were NFPA 1971, 2000 edition (2007<br />
competitive systems not yet available prior to catalog printing.<br />
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Dry vs WET – Caps vs Peak – Third Hit Only<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Advantage<br />
Table <strong>of</strong> Contents
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Liner Options Continued…<br />
EZ Move Combo Liner<br />
(Patented)<br />
The ideal liner would be light, highly<br />
insulative, <strong>of</strong>fer high wicking rates to<br />
move stressful sweat <strong>of</strong>f the firefighter’s<br />
skin, easily flexible, slick for donning<br />
ease and quick to dry. Unfortunately, no<br />
one liner excels in all these categories.<br />
In fact, many <strong>of</strong> these categories run<br />
inverse to one another. For instance, the<br />
more slick the liner is, the less sweat<br />
absorbent it tends to be. As another<br />
example, the more insulative the liner is,<br />
the heavier and stiffer it becomes.<br />
We are introducing an innovative approach<br />
that allows us to use the appropriate<br />
thermal liner at the specific body<br />
area where its strengths are needed<br />
137<br />
CCHR<br />
70.<br />
00<br />
60.<br />
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# 1<br />
# 1 Reinfor<br />
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L ight<br />
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ypic<br />
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This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
T<br />
Minimu<br />
m R equirem<br />
ent<br />
25<br />
NF<br />
P A 1971,<br />
2007<br />
E dition,<br />
1 Hit<br />
Only<br />
Note : Does<br />
not<br />
apply<br />
to<br />
Yoke<br />
area<br />
A<br />
R<br />
31.<br />
13<br />
einforc<br />
ed<br />
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# 2 Reinfor<br />
cemen<br />
t:<br />
Inte<br />
rnal:<br />
Minimu<br />
m 2.<br />
3 oz<br />
E 89<br />
# 2<br />
Custom Options – Liners<br />
DRY vs WET – Yokes vs Valley – Third Hit Only<br />
T<br />
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cemen<br />
t:<br />
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20<br />
Dry Wet Dry Wet Dry Wet<br />
(and its comparative weaknesses are not<br />
an issue). WE BELIEVE THIS MAY<br />
BE THE LINER OPTION OF CHOICE<br />
FOR ESSENTIALLY ALL FIRE DEPART-<br />
MENTS.<br />
• Specifically Nomex ® semi-slick<br />
facecloth (such as Glide II ® ) has<br />
industry leading superiority in terms <strong>of</strong><br />
lubricity (slickness) for easy don/d<strong>of</strong>f<br />
characteristics, easy flexion, easy<br />
motion and is very quick to dry.<br />
It also has good wicking abilities.<br />
• Nomex ® facecloth (such as<br />
Chambray ® ) has good lubricity,<br />
good flexion, good drying time<br />
and excellent wicking abilities.<br />
The photo shows our preferred<br />
EZ-Move Combo Liner lay-up<br />
(the xxFx body, i.e.Chambray ® ,<br />
the xxGx sleeves, i.e. Glide II ® ).<br />
We are proposing using Glide II ®<br />
facecloth in sleeves where “slickness”<br />
for motion is important<br />
and where less body sweating<br />
occurs. In addition, we are proposing<br />
using Chambray ® facecloth<br />
Table <strong>of</strong> Contents<br />
M<br />
63.<br />
30<br />
orning<br />
<strong>Pride</strong><br />
Dead<br />
Air<br />
Panel<br />
Valle<br />
y<br />
<strong>Morning</strong> <strong>Pride</strong><br />
Advantage<br />
Note:<br />
Systems<br />
tested were<br />
NFPA 1971,<br />
2000 edition<br />
(2007<br />
competitive<br />
systems not<br />
yet available<br />
prior to<br />
catalog<br />
printing).<br />
in those core trunk areas where sweating<br />
is more pr<strong>of</strong>use and bending movement<br />
does not occur. While we recommend<br />
the Glide II ® sleeves with Chambray ®<br />
body, we can also quote upon request<br />
other system lay-ups.<br />
NOTE: To receive the preferred<br />
embodiment, you must specify the xxFx<br />
liner and add the EZ Move Combo Liner<br />
option. Call for other desired material<br />
combinations.<br />
EZ Move Combo Liner, On Sleeve <strong>of</strong> Coat
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Flex Facilitator Panels<br />
(Patented)<br />
Many departments have been strongly<br />
drawn to the flexibility advantages <strong>of</strong> the<br />
new lightweight thermal liners but are<br />
reluctant to move to them since they<br />
represent up to a 40% decrease in<br />
thermal protection (as compared to the<br />
traditional Nomex ® liners previously<br />
used).<br />
The FLEX FACILITATOR PANEL concept<br />
allows the MIXING <strong>of</strong> liner materials to<br />
recognize the differing needs <strong>of</strong> different<br />
body parts.<br />
In the past, if a department wished the<br />
extra protection <strong>of</strong> relatively heavier<br />
liners on the high heat load bearing<br />
shoulders, thighs and front <strong>of</strong> knees,<br />
etc.; they also had to accept the bulk <strong>of</strong><br />
that material at relatively shielded flex<br />
points like the back <strong>of</strong> the knees, front <strong>of</strong><br />
elbows, etc. Thus, liner choice became a<br />
compromise between insulation required<br />
and the amount <strong>of</strong> bulk tolerable (a<br />
problem almost exclusive to flex points).<br />
Knee Flex Facilitator Panel Elbow Flex Facilitator Panel<br />
• Red shading highlights facilitating panels<br />
• Other body areas may also be “flex facilitated.”<br />
The FLEX FACILITATOR concept means<br />
compromise is no longer necessary; the<br />
exact appropriate liner material can be<br />
chosen for each body part. The design<br />
allows the use <strong>of</strong> the more insulative<br />
liners with insertion <strong>of</strong> less bulky material<br />
panels at flex crucial body areas.<br />
While the idea allows the use <strong>of</strong> any<br />
lighter material at flex points, we are<br />
currently using Quilt E89 since it is the<br />
lightest yet still NFPA minimum TPP liner<br />
material currently available.<br />
Normal fire fighting posture is a crouch<br />
so flex points are normally flexed. This<br />
flexing causes liner bunching which<br />
increases effective TPP insulative<br />
performance (over a single non-bunched<br />
layer <strong>of</strong> the same material); SO A<br />
LOWER TPP LINER MATERIAL CAN<br />
BE USED AT FLEX POINTS AND STILL<br />
IN MOST FIRE FIGHTING MOMENTS<br />
OFFER INSULATION EQUIVALENT TO<br />
THE REST OF THE LINER (which is a<br />
heavier, more insulative material but is<br />
not bunched since it is not at a flex<br />
point).<br />
Thus, the FLEX FACILITATOR PANEL<br />
CONCEPT allows the stress reducing<br />
flexibility advantages <strong>of</strong> E89 at the<br />
Table <strong>of</strong> Contents<br />
precise body points where flexibility<br />
occurs, while preserving the desired high<br />
insulation performance <strong>of</strong> other lining<br />
systems at high heat load bearing<br />
body parts. The FLEX FACILITATOR<br />
CONCEPT is particularly effective when<br />
used in combination with VECTOR FLEX<br />
TUCKS CONCEPT (see page 139).<br />
For details and pricing, please contact<br />
our Customer Service Department.<br />
Notes:<br />
• Flex Facilitators <strong>of</strong>fer the most<br />
value when the heavier thermal<br />
liners are utilized. If you<br />
already specify a very light<br />
liner, flex points will already<br />
have light material in place.<br />
• Moisture barriers must now be<br />
taped with specific seam<br />
sealing tape which cannot be<br />
used with other barriers,<br />
therefore Flex Facilitators on<br />
garments now feature only a<br />
thermal liner insert <strong>of</strong> lighter<br />
material.<br />
Liner Options Continue…<br />
Honeywell First Responder Products 138
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Liner Options Continued…<br />
Liner Locator (Patented)<br />
The Liner Locator is an alternative to the<br />
more expensive All or Nothing Closure<br />
(page 115), when notification <strong>of</strong> missing<br />
liners is desired. However, while the All<br />
or Nothing Closure system is self-policing<br />
(the garment can’t be used when the<br />
liner is removed), the Liner Locator<br />
system relies on the diligence and<br />
observational skills <strong>of</strong> the fireground<br />
<strong>of</strong>ficer.<br />
Vector Flex Tucks<br />
(Patented)<br />
With liner in,<br />
locator affixes to<br />
hook and loop on<br />
pant cuff (hem<br />
trim on coats) for<br />
continuous trim.<br />
Locator tab is<br />
sewn to liner. If<br />
liner is removed,<br />
the unmated hook<br />
and loop on the<br />
outer shell indicates<br />
the liner is<br />
missing.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
The human body permits motion by<br />
extending on the plane opposite the<br />
movement (i.e. back extension when we<br />
bend to the front). This extension can be<br />
139<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Liners<br />
substantial. For instance, the front <strong>of</strong> the<br />
leg is 30% longer in a crouch than when<br />
standing upright.<br />
The VECTOR FLEX TUCK builds in<br />
(3 dimensional) extra liner and moisture<br />
barrier material (the outer shell “extends”<br />
on the tabs that attach it to the liner<br />
moisture barrier) so the clothing can<br />
“grow” with movement like the human<br />
body does. The result is easier, less<br />
restricted motion. In the absence <strong>of</strong> this<br />
“pocket” for limb extension, not only is<br />
flex more difficult, but the clothing is<br />
also pulled tight to the body sometimes<br />
reducing insulative protection.<br />
Moisture Barrier Thermal Liner<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Weight Reduction<br />
Hemming (Patented)<br />
An option for a 3” shorter coat with<br />
the weight savings and mobility<br />
enhancements that allows – WITHOUT<br />
any decrease in protective overlap.<br />
The inner moisture barrier and thermal<br />
liner must be protected from the hostile<br />
fire fighting environment. Historically<br />
(standard hemming), this liner protection<br />
has been accomplished with an outer<br />
shell that overlaps (is longer than) the<br />
interior moisture barrier and thermal liner<br />
(for reference, NFPA 1971 specifies a<br />
maximum 3” overlap); since bringing the<br />
outer shell only to the composite length<br />
required (usually 32” or 35” length outer<br />
shell length less 3” shorter allowance for<br />
inner liners) would mean these fragile<br />
Table <strong>of</strong> Contents<br />
inner layers would sometimes be<br />
exposed during movement.<br />
We recognized this shell overlap meant<br />
we were carrying the weight, upper leg<br />
restriction and pocket access limitations<br />
<strong>of</strong> an extra 3” <strong>of</strong> outer shell material. By<br />
developing weight reduction hemming,<br />
we were able to guarantee the fragile<br />
inner layers were not exposed, without<br />
the negatives associated with an<br />
unnecessarily long outer shell. Weight<br />
reduction hemming means tails can be<br />
shortened to 26” front/32” rear and<br />
traditional style coats to 32” with the<br />
same effective protective overlap as 3”<br />
longer non-weight reduction products.<br />
Standard<br />
Hemming<br />
Full composite<br />
protection stops at<br />
32” even though<br />
coat is 35”<br />
Requires a shell<br />
overlap (NFPA sets<br />
3” max.) so more<br />
fragile liners will<br />
never end below<br />
sturdier outer shell<br />
Weight Reduction<br />
Hemming<br />
Allows same 32”<br />
full composite<br />
protection with<br />
lighter 32” coat<br />
Uses a moisture<br />
barrier/liner panel<br />
at hem stabilized<br />
to outer shell to<br />
prevent liner<br />
exposure (without<br />
requiring the<br />
weight <strong>of</strong> 3” longer<br />
shell)
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Lumbar Support Coat<br />
(Patented)<br />
A “coat placed system” that delivers the<br />
advantage <strong>of</strong> a “float away from the<br />
body” system that does not retain heat<br />
when the lumbar system is not being<br />
utilized riding in the rig, for instance).<br />
You can purchase this system in a<br />
variety <strong>of</strong> manners:<br />
Options:<br />
• Lumbar Support with new coat<br />
equipped for system<br />
• Lumbar Belt alone<br />
• Retr<strong>of</strong>it <strong>of</strong> existing <strong>Morning</strong> <strong>Pride</strong> coat<br />
to accommodate Lumbar Belt<br />
• Clip-on suspenders<br />
The photos will give you some idea <strong>of</strong><br />
how the “close<br />
to the body system” works and its many<br />
advantages:<br />
For departments that already have<br />
Lumbar Support belts, we can engineer<br />
your turnout gear to accept those<br />
existing belts. However, our Lumbar<br />
system <strong>of</strong>fers some important<br />
advantages that may not be available<br />
in already issued belts:<br />
• Features an automatically engaging<br />
cinch strap mechanism. With most<br />
commercial belts already on the<br />
market, the cinch strap has to be<br />
separately engaged after the main belt<br />
is engaged, and this could be difficult<br />
under a turnout coat.<br />
• The <strong>Morning</strong> <strong>Pride</strong> belt is an adaptation<br />
<strong>of</strong> an existing, medically proven<br />
belt. This is unlike some competitive<br />
products developed for the first time<br />
(by firms NOT experienced with lumbar<br />
systems) for insertion into the gear.<br />
Custom Options – Lumbar Support<br />
• A minimally stressful lumbar support<br />
system that floats freely away from the<br />
body when not engaged (unlike<br />
competitive pants based systems).<br />
• A belt that can be removed from the<br />
turnout coat for use in non-turnout coat<br />
equipped duties.<br />
• A state-<strong>of</strong>-the-art, field proven belt from<br />
a leader in the medically oriented<br />
safety products market.<br />
• The ability to allow the belt and the<br />
garment to move separately and not<br />
bind the firefighter.<br />
• Close to body support placement for<br />
maximal effectiveness.<br />
• Very minimal weight impositions.<br />
The <strong>Morning</strong> <strong>Pride</strong> belt weighs<br />
approximately 6 oz and the holding<br />
mechanisms in the coat add<br />
approximately 2 oz.<br />
• No liner compression to potentially<br />
reduce insulative performance when<br />
the belt is deployed (unlike<br />
competitive pants based systems).<br />
When the coat is worn without the<br />
belt employed, the belt flows easily<br />
away from the firefighter’s body (allowing<br />
cooling, stress reducing ventilation).<br />
Table <strong>of</strong> Contents<br />
Shows the configuration <strong>of</strong> the belt to<br />
the coat when belt is engaged.<br />
When the coat is closed there is no<br />
way to tell that there is an engaged<br />
Lumbar Support System inside.<br />
Coat prepared to receive the Lumbar<br />
Belt. The center strips are pile Velcro ®<br />
(not hook, which would irritate your back<br />
and potentially pull your shirt when coat<br />
was worn without the lumbar in place).<br />
The two strips on either side <strong>of</strong> the pile,<br />
hook and loop are elastic pieces covered<br />
with Nomex ® knit.<br />
Lumbar Support Option Continues…<br />
Honeywell First Responder Products 140
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Lumbar Support Option Continued…<br />
The Lumbar Support Belt can be<br />
easily removed from the turnout coat<br />
and be used when turnout gear is not<br />
being used (EMS detailing, for instance).<br />
Optional hook and loop on suspender<br />
straps allow the firefighter to let the belt<br />
float freely (and coolly) away from the<br />
body until support is needed, much as<br />
the coat allows it to do when the belt is<br />
used in combination with the coat.<br />
A close-up showing the built-in<br />
automatically engaged cinch strap<br />
system that forms the supporting boning<br />
stays to the individual curvature <strong>of</strong> the<br />
firefighter’s back.<br />
The Lumbar Support Belt is easily<br />
removed from the turnout coat (mating<br />
loop covers the hook portion).<br />
141<br />
www.HoneywellFirstResponder.com<br />
The belt can easily be engaged or<br />
disengaged on a Tails coat without even<br />
opening the front closure.<br />
Shows the coat with the belt in place.<br />
<strong>Morning</strong> <strong>Pride</strong> has received a patent on<br />
the concept <strong>of</strong> integrating a Lumbar<br />
Support belt into the linings <strong>of</strong> a fire<br />
garment. We believe this “next to the<br />
body” placement <strong>of</strong> the belt is critical to<br />
delivering proper support (separating the<br />
belt from the body with bulky liners that<br />
bunch, when the belt is engaged, makes<br />
no sense). Also, compressing the liners<br />
(as a belt placed outside does) <strong>of</strong>ten<br />
reduces the insulative performance <strong>of</strong><br />
the system.<br />
Important Note:<br />
Custom Options – Lumbar Support<br />
There is considerable and continuing<br />
debate within the scientific community<br />
concerning the efficacy <strong>of</strong> lumbar<br />
support belts. Respected scientists have<br />
done scholarly, well researched papers<br />
on both sides <strong>of</strong> the debate. The <strong>Morning</strong><br />
<strong>Pride</strong> belt is manufactured by a<br />
medically oriented, research driven,<br />
industry leader in lumbar support<br />
technology. We have worked with these<br />
medical specialists to carefully design<br />
the belt to address the most common<br />
Table <strong>of</strong> Contents<br />
concerns raised about lumbar support<br />
systems. The Chase/ <strong>Morning</strong> <strong>Pride</strong> belt<br />
is worn low on the hips as an external<br />
skeletal support (a “lumbar lock” to keep<br />
the hips and back in proper orientation to<br />
minimize the chance <strong>of</strong> injury) rather than<br />
around the abdomen as a s<strong>of</strong>t tissue<br />
foundation; thus minimizing the possibility<br />
<strong>of</strong> muscle atrophy over long-term use.<br />
Similarly, while some belts are constructed<br />
<strong>of</strong> materials that can cause<br />
circulatory stress, the Chase/<strong>Morning</strong><br />
<strong>Pride</strong> belt features functional panels<br />
constructed from exactly the same<br />
fabrics that are used clinically to manage<br />
scar tissue in burn rehabilitation and for<br />
the construction <strong>of</strong> support stockings<br />
prescribed for treatment <strong>of</strong> varicose veins<br />
(and <strong>of</strong> course, non-impaired circulation<br />
is mandated in both <strong>of</strong> these clinical<br />
situations). Nonetheless, <strong>Morning</strong> <strong>Pride</strong>’s<br />
<strong>of</strong>fering <strong>of</strong> the lumbar support coat<br />
should not be interpreted as an<br />
endorsement <strong>of</strong> either side <strong>of</strong> the debate.<br />
Instead, for our customers who feel a<br />
lumbar support program <strong>of</strong>fers them<br />
value, <strong>Morning</strong> <strong>Pride</strong> wanted to be<br />
able to <strong>of</strong>fer a belt with some important<br />
advantages not available in other<br />
competitive belts.<br />
PLEASE NOTE: The elastic<br />
supports are loose enough that<br />
the belt moves independently <strong>of</strong><br />
the coat. When you try this<br />
composite on you will be<br />
surprised to see how easily the<br />
coat and the firefighter move.<br />
There is no bind up from the<br />
mated system (thanks to<br />
careful design placement <strong>of</strong> the<br />
anchoring hook and pile point).
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Passport/Accountability<br />
System<br />
Many departments, wanting to initiate,<br />
upgrade or build more control into their<br />
personnel accountability systems, have<br />
turned to MORNING PRIDE to help<br />
assist in the design and fabrication <strong>of</strong><br />
advanced passport identification devices.<br />
Most accountability systems require that<br />
a firefighter deposit a marking device<br />
with the person responsible for tracking<br />
personnel at the scene <strong>of</strong> an incident.<br />
<strong>Morning</strong> <strong>Pride</strong> can easily supply one or<br />
more tracking tags, attached to the coat<br />
with Velcro ® or snaps, usually under the<br />
collar or inside the front storm flap. These<br />
tags can be fabricated from shell fabric<br />
or reflective material and can be <strong>of</strong> practically<br />
any size to interface with any style <strong>of</strong><br />
accounting system. If a standard design<br />
will not fit your needs, we suggest you<br />
contact the <strong>Morning</strong> <strong>Pride</strong> Customer<br />
Service Department for information and<br />
complete specifications on special<br />
devices.<br />
This illustrates the #OP-PS2, 1” x 4”<br />
Reflexite (<strong>Morning</strong> <strong>Pride</strong> lettered) tag<br />
that, in this case, is shown stowed on the<br />
fire coat chest. Placement <strong>of</strong> the tags is<br />
at the option <strong>of</strong> the department.<br />
Custom Options – Passport and Personalization<br />
This illustrates our OP-PSI, 2” x 3 1 ⁄4”<br />
passport tag with Velcro ® backing<br />
that stows on the same panel used for<br />
securing the collar chinstrap. Storing the<br />
tag here helps assure that the firefighter<br />
deposits it with the tracking person<br />
before entering a hot area. Departments<br />
or firefighters can stencil or letter with the<br />
firefighters name or other data, and can<br />
be easily removed when accounting is<br />
necessary.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Integral Customization<br />
(Patent Pending)<br />
Now you can customize your protective<br />
clothing in full color, durably and cost<br />
effectively without compromising protective<br />
performance. Our new integral<br />
customization process, developed first<br />
to allow effectively durable and flame<br />
resistant labeling, allows us to recreate<br />
any artwork on your bunker gear.<br />
These patches are a replica <strong>of</strong> a fire<br />
department’s embroidered patch, placed<br />
on white FR cotton material and sewn to<br />
the sleeve. Background colors used for<br />
the patches are matched as close as<br />
possible, but due to the dye lots and<br />
slight color variations, exact matches are<br />
not always possible. This is usually only<br />
difficult to match with Khaki and Golden<br />
Brown. As always, the background<br />
material will be turned under as much<br />
as possible to stitch close to the department’s<br />
logo, so minimal amounts <strong>of</strong> the<br />
Table <strong>of</strong> Contents<br />
background color will be visible. If<br />
preferred, we can print these with a black<br />
background to avoid a shading issue.<br />
Just specify on your quote request (or<br />
order) and we will make them with a<br />
black background. All we require is your<br />
department’s patch (or pre-approved<br />
artwork exactly the way you want it to<br />
appear), the finished dimensions you<br />
would like for it to appear on your<br />
clothing, and the body area where you<br />
would like the artwork placed.<br />
• Logos • Insignias • Lettering<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Glo-Flex ® American and<br />
Canadian Flags<br />
Customize your protective clothing with<br />
sewn-on photoluminescent 3 1 ⁄2” x 2 1 ⁄4”<br />
(glow-in-the-dark after light exposure)<br />
flags.<br />
Note: Honeycombs might be larger on<br />
final production product.<br />
Honeywell First Responder Products 142
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Custom Options – Pockets<br />
Pocket Options<br />
The following pages illustrate some <strong>of</strong> our more popular pocket/clip options. We will be<br />
glad to work with departments to custom design pockets and clips for their particular<br />
applications. All pockets are lock stitched to the garment, are double layer construction<br />
and are bartacked as necessary for durability.<br />
Patch Pockets for Coats<br />
11” H x 8-1/2” W (Placed above trim)<br />
1/2 height patch pockets<br />
for Tails <br />
7” H x 8-1/2”W<br />
Pleated Patch with Handwarmer Behind<br />
www.HoneywellFirstResponder.com<br />
Handwarmer Pocket<br />
8-1/2” H x 10” W<br />
Half Height Bellows Pocket<br />
6” H x 9” W x 1-1/2” D<br />
Handwarmer in Front <strong>of</strong> Bellows Pocket FDNY Semi Bellow Pocket (Kevlar Lined) Flat Bottom Bellows Pocket<br />
7” H x 12”W x 3 1/2” D<br />
External Expandable Handwarmer<br />
6” H x 9”W x 1-1/2” D<br />
Hinged Pocket — <strong>New</strong> design allows for easy pocket access since waist SCBA strap<br />
is worn behind the pocket.<br />
143<br />
Table <strong>of</strong> Contents<br />
These Custom Options are Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Shown<br />
with<br />
optional<br />
pencil<br />
slot<br />
6” H x 9”W x 1 1/2” D<br />
Notebook Pocket<br />
6 1/2” H x 6”W<br />
Pockets may also be ordered with<br />
special linings and/or hook and loop<br />
Shown here with Kevlar ®<br />
lining and 4/1 hook and loop
Standard hook and pile closure systems may also be special order modified. All<br />
pockets must be custom ordered, only thermal liner pocket on Structural and<br />
Proximity (BPR and LTO) coats/tails are now standard.<br />
Set <strong>of</strong> 2 Undershield Pockets<br />
5” H x 7” W Approx.<br />
Air Mask Pocket – Shown with<br />
Optional Zipper. Air mask pockets are<br />
increasingly being deleted from<br />
garments because <strong>of</strong> bulk and weight.<br />
Note: Air Mask Pockets also<br />
available in hinged or detachable<br />
designs<br />
Bandolero Pockets (Set <strong>of</strong> 2)<br />
Flashlight Pocket<br />
2 Cell: 8” H x 4” W x 2 1 ⁄2 D<br />
3 Cell:11” H x 4” W x 2 1 ⁄2 “ D<br />
LA Air Mask/Radio<br />
Pocket Combo<br />
(Patent Pending)<br />
This pocket combines our LA<br />
Air Mask (12” H x 9” W x 5” D)<br />
pocket with a Kevlar ® lined<br />
Radio Pocket (7” H x 3” W x<br />
2 1 ⁄2” D) inside.<br />
Table <strong>of</strong> Contents<br />
These Custom Options are Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Bandolero Pocket w/Zipper (Set <strong>of</strong> 2)<br />
Radio Pocket – 8” H x 3” W x 2” D Standard<br />
Size (Radio pocket shown is notched<br />
for antenna)<br />
All <strong>Morning</strong> <strong>Pride</strong><br />
pockets are multiple<br />
layer reinforced.<br />
For additional<br />
reinforcement<br />
options, please see<br />
price list.<br />
Pocket Options Continue…<br />
Honeywell First Responder Products 144
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Pocket Options Continued…<br />
145<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■ BPR ■ BPR ■ USR ■✓ EMS<br />
■ LTO ■ LTO<br />
■ TAC ■ PRH<br />
■ PRH<br />
(Also EMS,<br />
Liquid Splash/<br />
HazMat,<br />
Wildland<br />
Certified)<br />
Pass Thru Zipper Pocket on<br />
Coat and Pant<br />
Radio Pockets and the Positive<br />
Closure DRD...<br />
www.HoneywellFirstResponder.com<br />
Medical Records Pocket<br />
Some departments place their radio pockets on their left chest<br />
(as worn). That radio placement can be constricted with a Positive<br />
Closure DRD. You may wish to consider some <strong>of</strong> the alternatives<br />
detailed below if you want both the highly popular,<br />
Positive Closure DRD and the Radio Pocket placement on the<br />
left chest:<br />
• Keep the radio pocket on the left chest but accept somewhat<br />
higher placement than normal (moving the mic clip to the<br />
pocket face or 2” down from the top <strong>of</strong> the shield, can<br />
<strong>of</strong>ten make this work effectively).<br />
• Move the radio to the right chest (or elsewhere).<br />
• Consider a Chicago closure (7” wide shield over hooks) as<br />
this moves all hooks to the right chest and leaves the left chest open<br />
• Use a hinged radio pocket with Velcro bottom.<br />
Custom Options – Pockets<br />
These Custom Options are Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Pants Hip Pocket<br />
8” H x 8 1 ⁄2” W<br />
Bottom line: the Positive Closure DRD is a huge safety advantage. We will work with you to accommodate both that design and<br />
your Radio Pocket. There are many alternatives.<br />
Table <strong>of</strong> Contents
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Contoured Pockets<br />
(Patent Pending)<br />
The back <strong>of</strong> this pocket is curved to<br />
follow the normal curvature <strong>of</strong> your leg,<br />
rather than a flat piece that sticks out like<br />
a board from your leg.<br />
Note Contoured Edge<br />
Contoured<br />
Pocket<br />
Note: Contour Pockets<br />
can not have split flaps<br />
and dividers.<br />
Note Sharp<br />
Leading Edge<br />
Traditional<br />
Pocket<br />
The photos above show how much more<br />
natural and streamlined is the appearance<br />
<strong>of</strong> a contoured pocket (on the left),<br />
as compared to the traditional noncontoured<br />
pocket (on the right).<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
EZ Grip Pocket Flaps<br />
(Patent Pending)<br />
The EZ Grip Pocket Flap has a rolled<br />
edge at the end <strong>of</strong> the pocket flap to<br />
allow a gloved hand to “feel” where the<br />
pocket flap is and to make gripping<br />
easier. The difference is amazing with a<br />
gloved hand.<br />
This EZ Grip Pocket Flap can be ordered<br />
on any pocket as an option, and with any<br />
pocket closure.<br />
Rolled<br />
Edge<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 146
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Clip and Hook Options<br />
These Custom Options are Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
147<br />
Lanyard Flashlight Clip Style #1<br />
Flashlight Clip<br />
Note: Strap placement is typically<br />
above trim. This photo shows occasional<br />
placement.<br />
Lanyard Flashlight Clip Style #2<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Clips and Hooks<br />
Reverse Clip (Large Hook) on a Patch<br />
with a Velcro Strap<br />
Reverse Clip (Large Hook)<br />
Standardization <strong>of</strong><br />
Flashlight Strap Width<br />
Historically, various Flashlight Strap<br />
configurations would have SLIGHTLY<br />
different widths. To more efficiently move<br />
product on the line, we have now standardized<br />
the Flashlight Strap to be 1”<br />
wide. This makes our standard Flashlight<br />
Strap conform to the most popular width.<br />
If you require a different width Flashlight<br />
Strap, simply note your requirements on<br />
your order as an option.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
SL-90 Flashlight Holder
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
<strong>New</strong> <strong>New</strong> York State<br />
Law Requires <strong>Fire</strong>fighters<br />
be Provided<br />
with NFPA 1983 <strong>Fire</strong><br />
Service Life <strong>Safety</strong><br />
Rope and Systems<br />
<strong>New</strong> York State Assembly A07785 was<br />
signed by the governor 8/1/07 and<br />
became effective 9/30/07. It amends<br />
section 27-a <strong>of</strong> the NY labor law to<br />
require any “employer who employs<br />
firefighters” in a city with a population<br />
<strong>of</strong> less than 1,000,000 to provide<br />
safety ropes and system components<br />
(harnesses, belts, ascenders, carabineers,<br />
etc.) that comply with NFPA<br />
1983 standards, specifically the<br />
Standard on <strong>Fire</strong> Service Life <strong>Safety</strong><br />
Rope and System Components.<br />
The employer must maintain the<br />
equipment and provide training in<br />
their use.<br />
It is our understanding that the word<br />
“city” is used generically and that FDs<br />
that service Townships, etc. are also<br />
covered. But we are checking our<br />
assumptions out and will advise you<br />
<strong>of</strong> any new information.<br />
The new law also requires the NY<br />
Commissioner <strong>of</strong> Labor to adopt rules<br />
consistent with the NFPA Standard.<br />
However, the law does not set forth a<br />
time frame for the adoption <strong>of</strong> the<br />
regulations. We have contacted the<br />
commissioner’s <strong>of</strong>fice to find out how<br />
these rules will be adopted, and<br />
whether there will be any public<br />
comment periods. As <strong>of</strong> this morning,<br />
the commissioner’s <strong>of</strong>fice had not set<br />
any time frame or procedures for the<br />
drafting and adoption <strong>of</strong> the rules.<br />
Since the new law does not specify<br />
exactly what system components will<br />
be required to be issued, it is anticipated<br />
that the rules will include more<br />
guidance on the minimum components<br />
that must be issued.<br />
Custom Options – Rescue<br />
It is unclear if the law requires that<br />
each firefighter to be issued a system,<br />
or if they may be issued as “positional”<br />
systems. The statute merely states<br />
that a system be available for use by<br />
a firefighter. Presumably, the rules to<br />
be issued by the commissioner will<br />
address this.<br />
The law refers to “employees” and<br />
“employers.” <strong>New</strong> York considers<br />
volunteer firefighters “employees” for<br />
purposes <strong>of</strong> section 27-a <strong>of</strong> the NY<br />
labor law (Hartnett v. Village <strong>of</strong> Ballston<br />
Spa (3 Dept 1989) 152 A.D. 2d<br />
83, 547 N.Y.S. 2d 902). A copy <strong>of</strong> that<br />
decision is available upon request.<br />
We will continue to follow up with the<br />
commissioner regarding the drafting<br />
and the adoption <strong>of</strong> the rules required<br />
by the statute.<br />
In the interim, dealers that serve NY<br />
state firefighters are reminded that<br />
<strong>Morning</strong> <strong>Pride</strong> makes an NFPA 1983<br />
certified Harness Bunker Pants<br />
(catalog page 158). The advantage <strong>of</strong><br />
this patented system is that the<br />
Harness is protected inside the outer<br />
shell <strong>of</strong> the pants and the pants/<br />
harness close in one motion on the<br />
normal closing side.<br />
Also illustrated on that page is the<br />
patented FDNY style loops for a<br />
Gemtor style exterior harness (which<br />
you must purchase separately).<br />
Normally, the Gemtor and pants close<br />
in the opposite direction right over left,<br />
but you can special order pants with a<br />
normal closure and Gemtor loops.<br />
The least aggressive approach may be<br />
a simple Escape Belt (current catalog<br />
page 149).<br />
The patented Circumferential Rope<br />
Pocket on catalog page 149 <strong>of</strong> the<br />
catalog is also a good way to ensure<br />
the rope is always available.<br />
Table <strong>of</strong> Contents<br />
Additionally, <strong>Morning</strong> <strong>Pride</strong> makes the<br />
current FDNY Rope Pocket (current<br />
catalog page 150).<br />
This pocket accommodates the FDNY<br />
system elements. We can provide<br />
access information on these system<br />
items, BUT it is a specialized system<br />
and specialized training is not yet<br />
available outside FDNY. Further,<br />
just as FDNY assembles these<br />
elements themselves, FDs interested<br />
in this system must also assume the<br />
responsibility for proper assembly <strong>of</strong><br />
all elements. We can put you in touch<br />
with experts within our NYC <strong>of</strong>fice if<br />
you wish to pursue this approach<br />
further.<br />
We will continue to keep you informed.<br />
Rescue Options Continue…<br />
Honeywell First Responder Products 148
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Rescue Options Continued…<br />
Circumferential Rope<br />
Pocket (Patented)<br />
For Search and/or Escape<br />
Ropes<br />
A widespread problem encountered by<br />
departments wishing to equip their<br />
firefighters with escape ropes and/or<br />
search guide ropes is: “Where to carry<br />
the bulky, heavy rope without inhibiting<br />
mobility or comfort, while still permitting<br />
effective use?” As turnout systems have<br />
become heavier, the percentile weight <strong>of</strong><br />
the rope becomes larger and larger and<br />
the resulting “imbalance” that occurs<br />
while trying to carry the rope in a pocket<br />
is even more pronounced.<br />
Designed by an experienced fire <strong>of</strong>ficer,<br />
the circumferential rope pocket is the<br />
first and only design that <strong>of</strong>fers a<br />
solution to this problem. Specifically, this<br />
pocket design is based on the critical<br />
observation that spreading and “balancing”<br />
the weight <strong>of</strong> the rope is key. The<br />
design utilizes the shortened length and<br />
easy access which the Tails styling<br />
<strong>of</strong>fers. An interior pocket which opens<br />
and closes via hook and pile tape runs<br />
around the interior hem <strong>of</strong> the coat to<br />
hold the major length <strong>of</strong> the rope. By<br />
spreading the rope weight evenly around<br />
the entire torso, it is almost un-noticeable<br />
(it truly is amazing how effectively<br />
the design hides the rope weight). The<br />
pocket is also located to not interfere<br />
with either sitting or the SCBA. The stop<br />
plate and hook (at opposing ends <strong>of</strong> the<br />
rope) are fed through a slit in the outer<br />
shell and held in place via slots and<br />
flaps. When it becomes necessary to deploy<br />
the rope, the hook is simply pulled<br />
and the rope unfurls easily through the<br />
slit.<br />
149<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Rescue<br />
Two flaps are the only exterior<br />
difference observable.<br />
With both flaps raised, the retaining slots<br />
for the hook and stop plate are evident.<br />
Table <strong>of</strong> Contents<br />
The pocket can be easily opened to<br />
allow easy rope loading.<br />
Note: Photos show standard<br />
circumferential rope pocket (designed<br />
for inventor’s department rope style).<br />
We are glad to custom quote<br />
alternative rope styles. The<br />
Circumferential Rope Pocket option<br />
does NOT include a rope.<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Escape Belt (Patented)<br />
For Search and/or Escape<br />
Ropes<br />
NFPA 1983 Escape Belt Certified.<br />
This Escape Belt can be ordered:<br />
• as a standalone<br />
• or on new pants with belt loops<br />
If you have existing <strong>Morning</strong> <strong>Pride</strong><br />
pants, you can order belt loops for<br />
local attachment or return your pants<br />
to Dayton for installation. Contact our<br />
Customer Service Department to<br />
arrange for a return (you will need a<br />
Return Authorization number).
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
FDNY Rope Pocket<br />
This is a stand alone pocket and usually<br />
hangs on a harness. It is not stitched to a<br />
garment.<br />
This pocket accommodates the FDNY<br />
system elements. We can provide<br />
access information on these system<br />
items, BUT it is a specialized system and<br />
specialized training is not yet available<br />
outside FDNY. Further, just as FDNY<br />
Drag Rescue Devices<br />
NYSAFC Information<br />
on Drag Rescue<br />
Device Hang-up<br />
During Training<br />
A recent release from the <strong>New</strong> York<br />
State Association <strong>of</strong> <strong>Fire</strong> Chiefs describes<br />
an accidental DRD deployment<br />
and hang-up. To help minimize those<br />
problems we have done several things:<br />
• Our standard articulating DRD uses<br />
the flat weave webbing only on the<br />
handle. The bulk <strong>of</strong> the DRD is<br />
Kevlar ® “round rope like” webbing<br />
which presents no “flat” surface that<br />
can allow projectile penetration and<br />
anchoring.<br />
• Metro departments, like FDNY, have<br />
worked with us to minimize the<br />
possibility <strong>of</strong> accidental handle<br />
hang-up. Our Metro DRD package<br />
with the hidden handle, tissue box<br />
protection device and non-looped<br />
access tab <strong>of</strong>fers important aids to<br />
prevent accidental deployment. WE<br />
THINK ALL FIRE DEPARTMENTS<br />
SHOULD SERIOUSLY CONSIDER<br />
THESE ADVANTAGES.<br />
assembles these elements themselves,<br />
FDs interested in this system must also<br />
assume the responsibility for proper<br />
assembly <strong>of</strong> all elements. We can put<br />
you in touch with experts within our NYC<br />
<strong>of</strong>fice if you wish to pursue this<br />
approach further.<br />
For more information on this Drag<br />
Rescue Device Hang-up During<br />
Training, contact our Customer Service<br />
Department.<br />
. We have asked if this is our coat, and it<br />
is not. But, it highlights a critical issue<br />
that we have been trying to design<br />
around for some time.<br />
Standard Articulating Rapid Rescue<br />
Strap<br />
Table <strong>of</strong> Contents<br />
Tissue Box protects DRD Suitcase<br />
Hand Hold but allows easy deployment<br />
with minimized chance to<br />
deploy and catch accidentally.<br />
Non-looped Extended Deployment<br />
Tab is pulled to release DRD Suitcase<br />
Hand Hold when deployment is<br />
DESIRED. Lack <strong>of</strong> a loop makes this<br />
design less likely to accidentally<br />
catch.<br />
Rescue Options Continue…<br />
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Rescue Options Continued…<br />
Drag Rescue Devices<br />
<strong>Morning</strong> <strong>Pride</strong> <strong>of</strong>fers four different<br />
DRDs, with three different hand hold<br />
systems.<br />
The new 2007 edition <strong>of</strong> NFPA 1971 (which covers BOTH<br />
Structural and Proximity garments) REQUIRES that a<br />
certfied Drag Rescue Device be installed in every coat.<br />
Our Price List (and all that follows) includes the cost <strong>of</strong> our<br />
standard Articulating Drag Rescue Device in the basic<br />
model cost. But there are options and upgrades available<br />
and these pages explain those options. All upgrades are<br />
priced in the price list at the upcharge over standard. The<br />
price list includes individual and retr<strong>of</strong>it pricing as well.<br />
DRDs store between the coat’s outer shell and lining. All<br />
are sized loose enough to give total freedom <strong>of</strong> movement,<br />
yet are virtually undetectable during fire fighting. In use, it<br />
slides between the shell and liner to firmly grip the upper<br />
torso <strong>of</strong> the wearer and <strong>of</strong>fer better leverage to the rescuer.<br />
The Hand Hold is attached by hook and loop via a flap on<br />
the underside <strong>of</strong> the collar and is barely visible when the<br />
coat is worn.<br />
151<br />
www.HoneywellFirstResponder.com<br />
ALL DRDs extend<br />
approximately<br />
9” from garment<br />
when deployed.<br />
Custom deployment<br />
lengths are<br />
also available.<br />
Contact our<br />
Customer Service<br />
Department for<br />
details.<br />
Note: DRD #4 (FDNY Metro DRD Package) style<br />
has a unique standard Hand Hold (see discussion<br />
<strong>of</strong> this Metro DRD for details) that includes a<br />
Suitcase Hand Hold, Tissue Box Handle and an<br />
Extended Deployment Tab.<br />
Custom Options – Rescue<br />
Three Hand Hold Systems:<br />
1. Standard Looped Hand Hold System<br />
The Looped Hand Hold System is standard on DRDs 1, 2, and 3.<br />
DRD Not Deployed,<br />
Flap Closed<br />
DRD Not Deployed, Flap<br />
Closed<br />
Table <strong>of</strong> Contents<br />
Flap Open to Allow<br />
DRD Deployment<br />
DRD at Start <strong>of</strong> Deployment<br />
2. Optional Suitcase Hand Hold System<br />
The Optional Suitcase Hand Hold System is available only on<br />
DRDs 2 and 3 as a custom option.<br />
Flap Open to Allow DRD<br />
Deployment<br />
DRD at Start <strong>of</strong><br />
Deployment<br />
3. Optional 6” Extended Tab and Optional<br />
Reflective Trim on Extended Tab on<br />
Suitcase Hand Hold<br />
(as shown on Optional Suitcase Hand Hold System above)
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
1. Our First DRD Design<br />
Rapid Rescue Strap<br />
(Patented)<br />
This was our first drag rescue device<br />
<strong>of</strong>fering and is most similar to the other<br />
drag rescue designs on the market. The<br />
photo below shows the system with the<br />
outer shell removed.<br />
This Design<br />
Not Engaged<br />
on One Arm<br />
when Pull is<br />
from the Side<br />
Rapid Rescue Strap<br />
Standard Looped<br />
Hand Hold<br />
Rapid Rescue<br />
Strap shown not<br />
installed<br />
Note: No options<br />
are available on this<br />
bulkier, earlier<br />
technology DRD.<br />
2.Our Current Standard<br />
DRD Design (included in<br />
base system pricing)<br />
Articulating<br />
Rapid Rescue Strap<br />
(Patent Pending)<br />
There are two main advantages to this<br />
new design:<br />
1.As the photos to the right show, the<br />
articulating nature <strong>of</strong> this newer design<br />
means that both underarms are<br />
engaged when the rescuer must pull<br />
from an angle. In contrast, nonarticulating<br />
designs will only pull on<br />
both underarm areas if the rescuer<br />
can make a straight pull. Engaging<br />
both sides <strong>of</strong> the downed firefighter<br />
should help minimize the chance <strong>of</strong><br />
pulling the coat <strong>of</strong>f or failing to gain<br />
effective leverage on the victim.<br />
Articulating Rapid Rescue Strap with<br />
Standard Looped Hand Hold<br />
Articulating<br />
Rapid Rescue<br />
Strap shown<br />
not installed<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
This <strong>New</strong>er<br />
Articulating<br />
Design is Still<br />
Engaged on<br />
Both Arms Even<br />
when Pull is<br />
from the Side<br />
2. The rolled edges <strong>of</strong> the articulating<br />
system also present far less <strong>of</strong> a<br />
rough edge that could lead to<br />
moisture barrier abrasion.<br />
Rescue Options Continue…<br />
Honeywell First Responder Products 152
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Rescue Options Continued…<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
3. Our Recommended<br />
Positive Closure DRD<br />
Design<br />
Positive Closure<br />
Articulating DRD<br />
(Patented)<br />
Anyone who has had the unfortunate<br />
duty <strong>of</strong> trying to move an unconscious<br />
downed firefighter knows the dead<br />
weight and body limpness that complicate<br />
the rescue. This new positive<br />
closure rapid rescue strap engages the<br />
strap to positively circle the chest as the<br />
coat is closed. The extra leverage <strong>of</strong> a<br />
completely closed system (rather than<br />
simple underarm positioning <strong>of</strong> other<br />
drag rescue devices) could be a<br />
significant aid to rescue.<br />
While this system is slightly more<br />
expensive than less positive DRDs (the<br />
front D-Ring and Reverse Hook must be<br />
certified to provide 1,573 foot-pounds <strong>of</strong><br />
strength and is hence somewhat expensive),<br />
this is the DRD that <strong>Morning</strong> <strong>Pride</strong><br />
recommends as <strong>of</strong>fering the most<br />
reliable leverage in an emergency<br />
situation.<br />
153<br />
www.HoneywellFirstResponder.com<br />
Positive Closure Articulating DRD<br />
Shown with Standard Looped Hand<br />
Hold<br />
Optional<br />
Suitcase<br />
Hand Hold<br />
and Optional<br />
6” Extended<br />
Tab<br />
All Positive Closure Articulating DRDs ordered on new coats/tails will include the following design elements:<br />
Bent D-ring with<br />
rectangular locating<br />
opening<br />
Grommet<br />
openings for<br />
DRD webbing<br />
2 tabs with snaps to<br />
locate and stabilize<br />
the bent D-ring<br />
Custom Options – Rescue<br />
Note: Positive Closure Articulating DRDs<br />
are not available on TAC or other coats<br />
with narrow front closures.<br />
Reverse hook with<br />
rectangular locating<br />
opening<br />
<strong>Safety</strong> snap to position<br />
reverse hook<br />
Optional<br />
Suitcase<br />
Hand Hold,<br />
Optional 6”<br />
Extended Tab<br />
and<br />
Optional<br />
Reflective<br />
Trim<br />
Positive<br />
Closure<br />
Articulating<br />
DRD<br />
shown not<br />
installed<br />
Note Positive<br />
Closure Bent<br />
D-ring and<br />
Reverse<br />
Hook<br />
Rectangular locating<br />
opening for reverse hook<br />
Note: Left chest pocket and clip options are limited due to the Positive<br />
Closure hardware. See page 145 for more details.<br />
Table <strong>of</strong> Contents
4. Our Recommended, Most<br />
Fully Featured Positive<br />
Closure DRD Design<br />
FDNY Metro DRD<br />
Package<br />
(Patented)<br />
NYC’s FDNY has conducted a rigorous<br />
examination <strong>of</strong> the various DRD technologies.<br />
They have spent over 9<br />
months and completed over 2,500 drags<br />
in various conditions. They have<br />
selected our Positive Closure Articulating<br />
Drag Rescue Device with certain<br />
optional upgrades. We feel their<br />
package <strong>of</strong> DRD designs and options<br />
represents the best in available<br />
technologies and so we are <strong>of</strong>fering an<br />
FDNY Metro DRD Package that conveniently<br />
includes all their selected options.<br />
Specifically, the FDNY Metro DRD<br />
Package includes the following features<br />
in addition to the standard Positive<br />
Closure features:<br />
Tissue Box Handle Garage (Patent<br />
Pending): Designed to facilitate easy<br />
access while simultaneously minimizing<br />
accidental deployments. 2 snaps on<br />
cover to allow easy DRD insertion and<br />
When closed trim is continuous<br />
DRD channeling during use (as well as<br />
hook and pile tape).<br />
Extended Deployment Tab (Patent Pending)with<br />
reflective trim and rolled end.<br />
FDNY enhanced our suitcase handle<br />
design to add a high visibility deployment<br />
tab with a rolled end for no-visibility<br />
location.<br />
Velcro ® under collar holds deployment<br />
tab when not in use.<br />
Velcro ® retaining tabs. FDNY felt this<br />
stabilized the DRD during normal wear<br />
and tear, so that it was in optimal<br />
placement for emergency use.<br />
Velcro ® gap<br />
in closure<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
FDNY Metro DRD Package includes<br />
Suitcase Hand Hold and Extended<br />
Deployment Tab, Rolled End, and<br />
Reflective Trim (Orange Reflective is<br />
Standard for FDNY. Alternative Colors<br />
can be Requested at No Extra Charge)<br />
Note Positive<br />
Closure Bent<br />
D-ring and<br />
Reverse Hook<br />
Trim color<br />
opposite<br />
garment<br />
trim is<br />
standard<br />
if not<br />
specified<br />
FDNY Metro<br />
Positive<br />
Closure<br />
Articulating<br />
DRD shown<br />
not installed<br />
Rescue<br />
Options<br />
Continue…<br />
Note: The Positive Closure Bent D-ring and Reverse Hook will replace one standard Hook & D and is always placed in<br />
the center <strong>of</strong> the trim. In addition, standard coat closures will now be constructed using 3 evenly spaced Hook & Ds.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 154
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Rescue Options Continued…<br />
5. The latest DRD for Even<br />
More Ease <strong>of</strong> Rescue<br />
Configurable 5 Person<br />
Drag System<br />
Also Configurable as a 4, 3,<br />
2 or 1 Person Drag System<br />
Patented and Patent Pending<br />
Some customers<br />
have indicated a<br />
preference for<br />
even more<br />
flexibility and<br />
available “pull<br />
force” in their<br />
Drag Rescue<br />
Systems. In<br />
conjunction with<br />
an experienced<br />
metro rescue<br />
firefighter, we<br />
have developed<br />
a configurable<br />
(up to 5 person)<br />
drag system.<br />
THIS IS THE<br />
ONLY SUCH<br />
SYSTEM AVAILABLE ON THE<br />
MARKET.<br />
So, how does it work?<br />
The system is basically invisible when<br />
not deployed, as the full torso photo<br />
illustrates.<br />
The normal<br />
top <strong>of</strong> the back<br />
opening is<br />
used, as in all<br />
DRDs. You<br />
can get any<br />
hand hold, as<br />
with any DRD.<br />
The loop hand hold is standard but many<br />
prefer the optional extended deployment<br />
tab, as in the metro system (see page<br />
154) with/or an optional suitcase hand<br />
hold.<br />
155<br />
www.HoneywellFirstResponder.com<br />
Behind each<br />
knee pad,<br />
Kevlar ® webbing<br />
is accessible to<br />
lift the legs<br />
(detachable<br />
picture frame<br />
knees <strong>of</strong> any<br />
kind are required<br />
when the 5<br />
person drag<br />
system is specified).<br />
Photo<br />
shows the<br />
optional<br />
Scotchlite <br />
trimmed deployment<br />
tab for the<br />
knee.<br />
These photos<br />
show when the<br />
knee tab is<br />
pulled, the knee<br />
detaches, and a<br />
hand hold is<br />
exposed. The<br />
hand hold is<br />
connected to<br />
Kevlar ® webbing<br />
that runs behind<br />
the knee and<br />
allows lower torso<br />
support when<br />
moving a downed<br />
firefighter. The pants<br />
knee area system is<br />
not connected to the<br />
coat DRD. It operates<br />
independently and<br />
does not need to be<br />
connected to the coat<br />
when both pieces are<br />
donned. <strong>Morning</strong><br />
<strong>Pride</strong> owns separate<br />
patents that cover<br />
connected coat/pants<br />
systems, which will<br />
allow NFPA, Level 3<br />
Harness certification<br />
but require pants to<br />
coat connection with<br />
each donning.<br />
Custom Options – Rescue<br />
Shown with<br />
Optional Reflective<br />
Trim on<br />
Pull Tab<br />
Photos show optional<br />
knee leg lift, and<br />
optional Scotchlite<br />
trimmed deployment<br />
tab<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■✓ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Similarly, flaps on<br />
each shoulder hide<br />
portions <strong>of</strong> the<br />
DRD that can be<br />
grasped when the<br />
flap is opened.<br />
As a result the<br />
system is<br />
configurable to<br />
1, 2, 3, 4 or 5<br />
drags based<br />
on available<br />
manpower<br />
and ability to<br />
more quickly<br />
extract an<br />
incapacitated firefighter.<br />
Below, a traditional 1 person pull is<br />
always available with the mid-back hand<br />
hold.<br />
With 2 members available to pull, both shoulder straps can be<br />
used (or the back hand hold and one available shoulder could<br />
be used).
Alternately with 2 members, the lower and upper torso could<br />
be lifted behind the knees and at each shoulder.<br />
With 3 members, both shoulders and the mid-back hand hold<br />
could be deployed (say if the lower torso was not available to<br />
be easily grasped). It would also be possible with 3 members<br />
to have a rescuer on each shoulder and holding the knees<br />
once the legs were freed.<br />
With 4 members, all 3 coat hand holds could be used<br />
(mid-back and both shoulders), while one rescuer could<br />
handle both knees.<br />
Table <strong>of</strong> Contents<br />
With 5 members, all 3 coat hand holds could be used and<br />
2 rescuers could each handle one knee for the quickest egress<br />
possible (and balanced load carrying).<br />
Configurable 5 Person Drag System Models and Options:<br />
RS-DRD5M 5 Person Drag System (Does not include<br />
additional recommended Positive Closure<br />
DRD option, spec separately)<br />
RS-DRD2S 2 Extra shoulder DRD flaps and longer<br />
DRD to allow 2 extra hand holds (Does not<br />
include additional recommended Positive<br />
Closure DRD option, spec separately)<br />
RS-DRDLL Knee DRD set, includes webbing hand<br />
holds, etc. (only available when<br />
replaceable knees are also specified)<br />
RS-DRDLT Knee Leg Lift Scotchlite trimmed<br />
deployment tab (optional)<br />
Note: All normal DRD options are also available and should<br />
be considered when these configurable DRD options are<br />
specified (i.e., Positive Closure coat DRD, Metro Style coat<br />
DRD, etc.).<br />
Configurable 5 Person Drag System is available on<br />
Structural and Proximity LTO and BPR, as well as USR and<br />
EMS models.<br />
It is strongly recommended that the Positive Closure DRD<br />
option be chosen with the Configurable 5 Person Drag System<br />
to make the coat more stable on the body with shoulder hand<br />
hold use.<br />
Rescue Options Continue…<br />
Honeywell First Responder Products 156
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Rescue Options Continued…<br />
Full Body Harness Coat<br />
(Patented) NFPA 1983 Class III Certified<br />
(Anti-Inversion)<br />
Photo 1 – From exterior, a<br />
Class III harness equipped<br />
system is visually<br />
indistinguishable.<br />
Photo 2 – The upper chest<br />
harness strap closes with a<br />
bayonet clip that is engaged<br />
as the coat is closed. The<br />
bayonet clip is a quick, easy,<br />
yet secure closure. The<br />
storm flap then covers the<br />
clip as the first photo shows.<br />
157<br />
www.HoneywellFirstResponder.com<br />
Photo 3– Lower torso portion<br />
<strong>of</strong> the harness is stored in a<br />
releasable pocket on the interior<br />
outer shell (note “grap” hooks on<br />
each lower corners).<br />
Photo 4 – When the flap is<br />
pulled, the lower torso portion <strong>of</strong><br />
the harness is free to fall loose.<br />
Photo<br />
shows<br />
the fully<br />
deployed<br />
Class III<br />
harness.<br />
Photo 5 – Once the lower torso<br />
portion <strong>of</strong> the harness falls loose,<br />
the ends can be bayonet clip attached<br />
to the mating pieces that<br />
are stored in the coat pockets.<br />
Custom Options – Rescue<br />
NFPA 1983 Class III certified harness<br />
(also ANSI 81014-91 and Z359.1-92<br />
and CSA Z259.10-M90 compliant).<br />
Class III harnesses are anti-inversion<br />
systems elements. As such, placement<br />
integration has presented unique design<br />
challenges. Our new approach makes<br />
donning/d<strong>of</strong>fing easy and allows efficient<br />
deployment <strong>of</strong> the harness when desired.<br />
6”<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
Photo 6 – Here the<br />
clip hardware stored in<br />
the pockets is more<br />
clearly shown. Some<br />
fire departmets also<br />
use this fall protection<br />
attachment for confined<br />
space rescue work.<br />
Also, please see our<br />
optional work positioning<br />
straps and attaching<br />
carabiners.<br />
Photo 7 – Short and long work positioners are also available<br />
(long is standard).<br />
15”<br />
Photo 8 – Finally,<br />
the deployed harness<br />
with standard work<br />
positioner and<br />
carabiners in use.
Harness Bunker Pants<br />
(Patented)<br />
NFPA 1983 Class II Certified Harness<br />
• Secure, comfortable ladder lock<br />
capabilities built into pants<br />
• Emergency escape rappelling<br />
capabilities for every firefighter<br />
• 1 step donning <strong>of</strong> NFPA 1971 certified<br />
bunker pants and NFPA 1983<br />
certified class #2 safety harness<br />
• Harness straps protected by storage<br />
inside outer shell <strong>of</strong> bunker pants<br />
• Harness usable WITHOUT removal <strong>of</strong><br />
bunker pants<br />
• Harness does not reduce comfort or<br />
mobility during normal fire fighting<br />
activities<br />
Increasingly, progressive fire departments<br />
(especially in the larger cities) are<br />
requiring individual firefighter escape/<br />
security systems. However, the use <strong>of</strong><br />
these systems combined with the use <strong>of</strong><br />
bunker pants has always been time<br />
consuming, bulky and frequently noncompatible.<br />
This HARNESS PANTS SYSTEM<br />
integrates these two safety items into an<br />
effectively functioning package. The<br />
Harness is a specially designed NFPA<br />
1983-Class 2 certified product. The pants<br />
are <strong>Morning</strong> <strong>Pride</strong>, NFPA 1971 (and<br />
Project FIRES in appropriate materials)<br />
certified bunker pants. The harness<br />
straps are stored between the outer shell<br />
and liners <strong>of</strong> the pants, so the straps are<br />
protected from the fire environment and<br />
the firefighter’s body is cushioned from<br />
the ride <strong>of</strong> the harness straps. The<br />
harness weighs only 2 1 ⁄2 pounds and is<br />
carried at the least stressful body point:<br />
the waist/hips (i.e. body center <strong>of</strong> gravity).<br />
One motion will close BOTH the bunker<br />
pants and the harness. Bunker pants with<br />
the harness installed still can be stored<br />
over fire boots. When the harness is not<br />
installed, the bunker pants may still be<br />
closed and used as traditional bunker<br />
pants.<br />
Minimum appearance difference when<br />
harness is not being used. Our new<br />
standard narrow fly is shown; the older<br />
wider fly is also available.<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
The HARNESS PANTS CONCEPT was<br />
developed to be used only in combination<br />
with the Tailed Turnout Coat design<br />
concept (shown on page 1). The shortened<br />
front <strong>of</strong> the Tails concept allows<br />
easy access, attachment and use <strong>of</strong> the<br />
harness. Use <strong>of</strong> harness bunker pants<br />
with the bulky full length fronts <strong>of</strong><br />
traditionally styled coats is specifically<br />
and strongly warned against!<br />
Another Harness to Pant<br />
Interface System<br />
Shows FDNY style loops for exterior<br />
(customer owned) harness placement<br />
and requires a wide fly.<br />
FDNY pants and harness close nonstandard<br />
right over left. Also available left<br />
over right (please specify preference on<br />
your order or you will receive FDNY right<br />
over left closure). Either closure method<br />
requires the wider fly shown. This FDNY<br />
style loop system works well with<br />
Gemtor brand (FDNY style) harnesses. If<br />
you utilize a different harness, please<br />
contact our Order Entry Group.<br />
Honeywell First Responder Products 158
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Rescue Options Continued… This Custom Option is Available on: Take-Up Straps<br />
BiFlex Heat Channel<br />
Shoulders<br />
Patented and Patent Pending<br />
During normal shoulder motion, body<br />
flexion occurs across the top <strong>of</strong> the<br />
shoulder and along planes <strong>of</strong> the upper<br />
chest and upper back. The varying<br />
hinge points <strong>of</strong> the BiFlex shoulder<br />
recreate and facilitate unopposed<br />
motion while still allowing unparalleled<br />
insulation.<br />
159<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Shoulders and Take-Up Straps<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■✓ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
Metal Take-Up Straps<br />
D-Ring Style Offers Economy<br />
Our Metal Recommendation<br />
Postman Slide Style Offers More Secure “Set”<br />
Hi-Temp Nylon Take-Up Straps<br />
Designed for <strong>Tech</strong>nical Rescue and Recovery gear, since<br />
users have asked us to minimize use <strong>of</strong> metal on these<br />
garments due to sparking concerns, we utilize hi-temp Nylon<br />
when take-up straps are optioned on both <strong>Tech</strong>nical Rescue<br />
and EMS garments.<br />
Quick Release Hi-Temp Nylon<br />
Table <strong>of</strong> Contents<br />
Take-up straps allow several inches <strong>of</strong><br />
waist adjustment. They can also be<br />
used to transfer pants weight from<br />
shoulders (i.e. suspenders) to waist (the<br />
take-ups). Since the waist is closer to<br />
the body’s center <strong>of</strong><br />
gravity (where it is<br />
less stressful to carry<br />
weight), this can<br />
reduce the stress<br />
load on the firefighter.
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Wildland/Structural Dual<br />
Certification Option<br />
(Patented)<br />
For Structural Operational<br />
Models*<br />
One <strong>of</strong> the most significant ways that<br />
firefighters are over-stressed is the use<br />
<strong>of</strong> heavy Structural gear for Wildland fire<br />
fighting.<br />
However, it is easy to see how it<br />
happens:<br />
• When the civilian calls in to report a<br />
grass fire, the responding fire<br />
department never can be comfortable<br />
that the fire does not impinge on a<br />
structure. The appropriate response in<br />
such questionable circumstances, is<br />
the most aggressive response.<br />
Therefore, firefighters arrive on scene<br />
in Structural gear.<br />
• Since fire departments are <strong>of</strong>ten in the<br />
above situation, why invest in a<br />
separate expensive set <strong>of</strong> Wildland<br />
gear (they will most <strong>of</strong>ten end up<br />
responding in their Structural gear<br />
anyway; once on scene, the Wildland<br />
gear is not available to them).<br />
• Carrying Wildland gear on the rig won’t<br />
even work; what is the chance that you<br />
will have the correct sizes you need.<br />
Finally, our research and development<br />
efforts allow us to <strong>of</strong>fer a very low cost,<br />
very practical solution. When this option<br />
is specified, the attachment <strong>of</strong> the<br />
liner/moisture barrier composite to the<br />
outer shell will be modified to prevent<br />
any type <strong>of</strong> hardware body contact when<br />
the liner and moisture barrier are removed<br />
(this is a NFPA 1977 Standard on<br />
Protective <strong>Clothing</strong> and Equipment for<br />
Wildland <strong>Fire</strong> Fighting).<br />
This design change has allowed us to<br />
dual certify structural clothing with this<br />
option to BOTH the Structural and<br />
Wildland NFPA standards (1971 and<br />
1977 respectively). Specifically with a<br />
removable liner/ moisture barrier<br />
assembly in place, the garment meets<br />
Custom Options – Wildland Dual Certification<br />
the Structural requirements; when the<br />
moisture barrier/liner assembly is<br />
removed, the garment meets the<br />
Wildland requirements.<br />
With a Wildland/Structural Dual Certification<br />
option product, the fire department<br />
can respond in their Structural gear.<br />
When they determine it is truly a<br />
Wildland operation, they can simply<br />
snap out the moisture barrier/thermal<br />
liner assembly. Consider the advantages:<br />
• It is a very low cost way to have<br />
certified Wildland gear.<br />
• The Wildland gear is ALWAYS on the<br />
rig in the sizes the responding<br />
firefighters require.<br />
• Department markings, rank<br />
identification, etc. are retained in<br />
Wildland operational mode.<br />
• The fire departments can still respond<br />
in their most aggressive equipment<br />
(Structural) and ultimately fight a<br />
wildland fire perfectly equipped (not in<br />
stressful Structural gear).<br />
• The option provides extra productive<br />
usage for your turnout dollar<br />
investment.<br />
Some considerations to remember:<br />
• This option is not available with sewn-in<br />
moisture barrier (at the neck or waist)<br />
and liner assemblies.<br />
• Other options on these garments must<br />
also not allow hardware to penetrate<br />
the outer shell (so that it could contact<br />
the body with the moisture barrier/liner<br />
assembly removed). For instance a<br />
chest mounted flashlight hook would<br />
have to be mounted on a separate<br />
patch which would then be sewn to the<br />
chest.<br />
• Liner locator options may also be<br />
considered to notify <strong>of</strong>ficers when/if the<br />
moisture barrier/liner assembly is<br />
removed (appropriately for Wildland<br />
firefighting and inappropriately for<br />
Structural fire fighting).<br />
Table <strong>of</strong> Contents<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■ BPR ■ USR ■ EMS<br />
■✓ LTO ■ LTO (Also EMS,<br />
Liquid Splash/<br />
■ TAC ■ PRH HazMat,<br />
■ PRH<br />
Wildland<br />
Certified)<br />
* <strong>Tech</strong>nical Rescue and Recovery<br />
garments are Tri-certified, as a<br />
standard, to NFPA 1951<br />
(<strong>Tech</strong>nical Rescue and Recovery),<br />
NFPA 1999 (EMS) and NFPA 1992<br />
(Liquid Splash and HazMat).<br />
Additionally, they may be<br />
Quad-certified to NFPA 1977<br />
(Wildland) and Quint-certified to<br />
NFPA 1951 <strong>Tech</strong>nical Rescue<br />
Utility. See pages 31 to 32 for<br />
more information.<br />
Honeywell First Responder Products 160
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Tabbed Long Wristlet<br />
(Patented)<br />
Long wristlets are required for certification<br />
to Project FIRES. They prevent any<br />
protective gap at the glove to coat cuff<br />
interface. The appendix <strong>of</strong> NFPA 1971<br />
recommends that wristlets feature a<br />
<strong>Morning</strong> <strong>Pride</strong> recommends knit Nomex ® for wristlets (that is<br />
our standard – your order must request an alternate material if<br />
desired). Extensive field testing has convinced us that Kevlar ®<br />
knits tend to lose their elasticity over time. Pbi knit is a higher cost<br />
upgrade wristleting product. We are in stock on both Kevlar ® and<br />
Pbi knit materials. Please consult our price list for details.<br />
NOTE: These alternatives are not available on <strong>Tech</strong>nical<br />
Rescue and Recovery.<br />
NOTE: See Detachable Proximity Wristlets as well<br />
(catalog page 119).<br />
161<br />
This Custom Option is Available on:<br />
Model: Structural Proximity<br />
<strong>Tech</strong>nical Rescue<br />
and Recovery<br />
EMS<br />
Prefix ID:■✓ BPR ■✓ BPR ■✓ USR ■ EMS<br />
■✓ LTO ■✓ LTO (Also EMS,<br />
Liquid Splash/<br />
■✓ TAC ■✓ PRH HazMat,<br />
■✓ PRH<br />
Wildland<br />
Certified)<br />
www.HoneywellFirstResponder.com<br />
Custom Options – Wristlet<br />
thumbhole or a bartack to create a<br />
thumbhole to ensure protection when<br />
arms are raised overhead. Unlike<br />
competitive wristlets, which require<br />
cutting (and thus destabilizing) the knit<br />
wristlet material to create the thumbhole,<br />
<strong>Morning</strong> <strong>Pride</strong> <strong>of</strong>fers the TABBED LONG<br />
WRISTLET (patented) as a custom<br />
option. This concept allows us to create a<br />
thumb locator with Nomex tabbing<br />
WITHOUT cutting into the knit <strong>of</strong> the<br />
wristlet itself. This new development<br />
solves the very high frequency problem<br />
previously noted with long wristlets; knit<br />
running and unraveling. We believe it is<br />
the ONLY adequately field serviceable<br />
Table <strong>of</strong> Contents<br />
For departments requiring<br />
palm coverage, this is the<br />
only style that does not<br />
stretch out (raveling however<br />
can still occur).<br />
Bartacked wristlet restricts<br />
natural hand movement and<br />
will eventually form a hole in<br />
the stressed area <strong>of</strong> the<br />
wristlet.<br />
long wristlet on the market!! Because<br />
bulky, reinforced stitching is not required<br />
with the TABBED LONG WRISTLET<br />
between the hand and the thumb, it is<br />
also more comfortable than competitive<br />
products. When long wristlets are ordered,<br />
the tabbed system will be provided on a<br />
standard basis.<br />
NOTE: BPR garments include as<br />
standard, tabbed long wristlets.<br />
<strong>Tech</strong>nical Rescue and Recovery<br />
garments also feature a somewhat<br />
shorter tabbed long wristlet as<br />
standard.<br />
<strong>Morning</strong> <strong>Pride</strong> can also provide, but does not usually<br />
recommend, these other competitively <strong>of</strong>fered long wristlet<br />
systems:<br />
Turned thumbhole will<br />
unravel, again because knit <strong>of</strong><br />
wristlet was cut into.<br />
Overcast thumbhole is bulky<br />
and even the most careful<br />
craftsmanship will not be able<br />
to catch all the compromised<br />
knit stitches.
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Flame Resistant<br />
ANSI 107 and ANSI 207<br />
High Visibility Vest<br />
Designed for First<br />
Responders<br />
NOW Available<br />
from Stock<br />
Auxiliary <strong>Clothing</strong> Products<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products 162
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
• Dual Certified to<br />
ANSI 107 and<br />
ANSI 207<br />
• Also Meets 23 CFR<br />
634 Flame Resistance<br />
Requirements<br />
• Patent Pending Design<br />
23 CFR 634 went into effect on Monday<br />
11/24/08 and was to specifically require<br />
that ANYONE working in the right-<strong>of</strong>-way<br />
<strong>of</strong> a federal-aid highway must be wearing<br />
high visibility clothing that meets the<br />
requirements <strong>of</strong> ANSI/ISEA 107; 2004<br />
edition, class 2 or 3. This requirement<br />
was to apply to all emergency responders,<br />
including firefighters or EMS workers.<br />
There was to be no exception to this<br />
requirement for First Responders, even<br />
while engaged in active fire fighting on<br />
federal-aid highways.<br />
However, on Friday 11/21/08, FHWA<br />
issued an Interim Final Rule that:<br />
• Revised the definition <strong>of</strong> workers<br />
covered by 23 CFR 634 to exclude<br />
firefighters when they are exposed to<br />
flame, fire, high heat or hazardous<br />
materials.<br />
• Exempts firefighters and other<br />
emergency responders from the<br />
requirement to use ANSI 107<br />
garments, when they are exposed to<br />
hazardous conditions where the use <strong>of</strong><br />
such apparel may increase the risk <strong>of</strong><br />
injury to firefighter personnel.<br />
Obviously, this requires some judgment<br />
to be exercised as to when/if a First<br />
Responder is exposed to hazardous<br />
conditions and when/if that exposure<br />
ends. There is also considerable<br />
judgment involved as to whether using<br />
the high visibility product may increase<br />
the risk <strong>of</strong> injury. Certainly, some<br />
non-FR high visibility products would be<br />
contra-indicated on essentially all First<br />
Responder response scenes, but<br />
products like the <strong>Morning</strong> <strong>Pride</strong> First<br />
Responder vest meet ASTM F2302 FR<br />
tests as referenced in NFPA for other<br />
products.<br />
163<br />
www.HoneywellFirstResponder.com<br />
Auxiliary <strong>Clothing</strong> Products<br />
It is important to remember that 23 CFR<br />
634 STILL REQUIRES FIRST RESPON-<br />
DERS WEAR ANSI 107 HIGH VISIBIITY<br />
PRODUCTS EXCEPT WHEN THEY<br />
ARE EXPOSED TO HAZARDOUS<br />
CONDITIONS WHERE THE USE OF<br />
SUCH APPAREL MAY INCREASE THE<br />
RISK OF INJURY TO FIREFIGHTER<br />
PERSONNEL.<br />
The Interim Final Rule was a major and<br />
unanticipated change in the 23 CFR 634<br />
scope. Upon request, we can provide a<br />
copy <strong>of</strong> the Interim Final Rule, annotated<br />
on pages 3, 4 and 7 to highlight the<br />
information <strong>of</strong> greatest note. We also<br />
have updated questions and answers on<br />
the new First Responder high visibility<br />
requirements that we can forward upon<br />
request.<br />
Given this new ruling, the remaining high<br />
visibility requirements and the number<br />
<strong>of</strong> First Responder traffic incidents, we<br />
think departments will pursue one <strong>of</strong> the<br />
two following paths:<br />
1. Carry flame resistant vests on the rig<br />
for use when active firefighting is not<br />
occurring.<br />
2. Still opt to always integrate flame<br />
resistant high visibility vests with the<br />
turnout clothing.<br />
But, First Responders face challenges<br />
that other roadway workers do not<br />
normally face. As a result, the vests<br />
on the market do NOT meet First<br />
Responder needs.<br />
We have developed a family <strong>of</strong><br />
products, immediately available that<br />
reflect First Responder needs and ARE<br />
workable for First Responders.<br />
The First Responder High<br />
Visibility Vest – Patent Pending<br />
This product is designed to address the<br />
inadequacies <strong>of</strong> current high visibility<br />
vests for First Responders that were<br />
designed for non-First Responder work.<br />
It <strong>of</strong>fers key advantages over alternative,<br />
general purpose, high visibility products.<br />
1. Dual Certification to ANSI 107 and<br />
ANSI 207<br />
Table <strong>of</strong> Contents<br />
2. Stable integration with the turnout coat<br />
3. Wear alone (or over coat) adjustability<br />
4. Reliable flame resistance,<br />
demonstrated by compliance with<br />
ASTM F2302<br />
5. Reliable thermal stability and<br />
insulative performance under high<br />
heat loading conditions<br />
6. Lack <strong>of</strong> interference with underlying<br />
PPE critical safety functions<br />
7. First Responser levels <strong>of</strong> durability<br />
1. Dual Certified to ANSI 107 and<br />
ANSI 207<br />
ANSI 107 products are the only<br />
products that meet 23 CFR 634<br />
requirements – ANSI 207 allows lower<br />
fluorescence square inches. However,<br />
ANSI 207 has a more restricted scope<br />
than ANSI 107 that allowed the<br />
document to be maximized for public<br />
safety work. In particular, the ANSI 207<br />
document requires higher levels <strong>of</strong> retroreflectivity.<br />
For this reason, we believe<br />
First Responder vests should be both<br />
ANSI 107 and ANSI 207 compliant.<br />
2. Stable integration with the<br />
turnout coat<br />
Realistically, high visibility vests will have<br />
to be worn on essentially all calls, and<br />
should be<br />
integrated<br />
with your<br />
turnout coat<br />
so that when<br />
the coat is<br />
on, the vest is<br />
in place. The alternative is unworkable;<br />
you would have to decide if the destination<br />
<strong>of</strong> any call will be a federal aid highway.<br />
These federal aid highways change<br />
year to year, and even minor side streets<br />
sometimes receive federal funding. Even<br />
if you do know federal aid status <strong>of</strong> a<br />
destination, what if the apparatus upon<br />
arrival must be parked on a corner street<br />
whose aid status is different? Also,<br />
consider the delay <strong>of</strong> determining if a<br />
specific destination requires vests and<br />
then putting them on (if required), while<br />
the tones drop. And, in the event <strong>of</strong> a
vehicle injury on a non-federal aid highway<br />
where you did not require vests<br />
since 23 CFR 634 does not apply, how<br />
can you explain having not required the<br />
high visibility protection that the federal<br />
regulations require? Perhaps because<br />
<strong>of</strong> this, there are proposals being<br />
considered to extend 23 CFR 634 to “all<br />
roads open to public travel.”<br />
To make “vest in place” response practical,<br />
our First Responder High Visibility Vest is<br />
designed to integrate with the coat via<br />
epaulettes. These epaulettes can be<br />
ordered on new coats or retr<strong>of</strong>itted on<br />
existing <strong>Morning</strong> <strong>Pride</strong> coats.<br />
These epaulettes are stitched to the<br />
garment toward the shoulder and<br />
attached to the coat toward the neck<br />
with Velcro ® . The First Responder High<br />
Visibility Vest is designed to install easily<br />
under the epaulettes. When the coat is<br />
donned, the vest is there. One donning<br />
motion installs both protective systems<br />
on the body and stabilizes the vest to the<br />
coat.<br />
3. Wear alone (or over coat)<br />
adjustability<br />
But when desired, the vest can be easily<br />
removed from the coat and worn alone.<br />
Generous sizing adjustment means the<br />
vest functions perfectly in either “over<br />
coat” or “body alone” mode. The standard<br />
vest will fit over a size 50 or smaller<br />
turnout coat; XL vests are available upon<br />
request at slight cost increase.<br />
Worn Alone<br />
Same Vest Adjusted for<br />
Wear Over Coat<br />
4. Reliable flame resistance,<br />
demonstrated by compliance with<br />
ASTM F2302<br />
The high visibility vest industry is very<br />
liberal with the terms “FR” and “flame<br />
resistant.” There is no standardization in<br />
the general purpose vest business and<br />
on occasion, we feel, some claims are<br />
made inappropriately. There are some<br />
vendors that<br />
indicate that their<br />
vests are made <strong>of</strong><br />
FR materials<br />
based on the<br />
Consumer<br />
Product <strong>Safety</strong><br />
Commission<br />
(CPSC) regulations<br />
that are found<br />
in Title 16 CFR<br />
Part 1610. This is<br />
the ordinary apparel flame spread or 45<br />
degree test that uses a small flame<br />
contacting the sample for 1 second and<br />
measuring the rate <strong>of</strong> burning. It has<br />
nothing to do with flame resistance, and<br />
newspaper will pass this test.<br />
There are other companies that cite<br />
NFPA 701, Standard on <strong>Fire</strong> Tests for<br />
Flame-Resistant Textiles and Films. This<br />
Standard has some tough test methods<br />
but the scope indicates that the tests<br />
apply to draperies, curtains, shades,<br />
table linens, wall hangings, tents,<br />
awnings, tarps, and banners. Further,<br />
the tests in the Standard are intended to<br />
distinguish between materials that do not<br />
spread flame rapidly versus<br />
those that burn rapidly. The<br />
scope specifically states<br />
that the tests do not demonstrate<br />
whether tested<br />
materials resist propagation<br />
<strong>of</strong> flame. NFPA 701 should<br />
not be referenced relative to<br />
protective clothing.<br />
The general purpose vest<br />
industry is unlikely to be<br />
familiar with ASTM F2302,<br />
since they have never<br />
worked with First Responders<br />
before (who have<br />
Table <strong>of</strong> Contents<br />
higher exposure and protection needs<br />
than industry in general). This is a specification<br />
for allowing manufacturers to<br />
label “Protective <strong>Clothing</strong>” as flame and<br />
heat resistant in the absence <strong>of</strong> other<br />
standards. It uses the same flame and<br />
heat resistance tests used in the fire and<br />
emergency service Standards like NFPA<br />
1971 and NFPA 1951. If Departments<br />
want “FR,” they should specify ASTM<br />
F2302.<br />
5. Reliable thermal stability and<br />
insulative performance under high<br />
heat loading conditions<br />
General use, high visibility products,<br />
<strong>of</strong>ten shrink under thermal loading potentially<br />
bringing heat load toward the body<br />
and compressing underlying turnout<br />
gear. Our First Responder High Visibility<br />
Vest uses thermally stable material that<br />
retains dimensionally unchanged even in<br />
high heat conditions. While departments<br />
may wish to remove the vest while doing<br />
actual fire fighting, it may not always be<br />
practical to do so due to time constraints,<br />
proximity <strong>of</strong> fire to street, etc. (and there<br />
is NO current exemption in 23 CFR 634<br />
to forego use <strong>of</strong> vests even during active<br />
fire fighting on a federal aid highway).<br />
The First Responder High Visibility Vest<br />
has been designed to allow such use<br />
without compromising protection.<br />
This photo shows no dimensional<br />
changes, or loss <strong>of</strong> flexibility <strong>of</strong> the vest<br />
material, at temperatures up to 500°F<br />
for 5 minutes (NFPA 1971 oven test<br />
conditions for Structural and Proximity<br />
turnout clothing). As an additional<br />
advantage,<br />
higher temperatures<br />
do discolor<br />
the cloth, and<br />
thus serve as<br />
notice that the<br />
fluorescence<br />
has been compromised<br />
and<br />
the vest must be<br />
replaced.<br />
Hand is Holding 500°F<br />
Tested Sample<br />
Still Flexible, Strong<br />
and Intact<br />
Honeywell First Responder Products<br />
164
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
turnout clothing). As an additional<br />
advantage, higher temperatures do<br />
discolor the cloth, and thus serve as<br />
notice that the fluorescence has been<br />
compromised and the vest must be<br />
replaced.<br />
In addition to NFPA oven testing, the<br />
vest base material <strong>of</strong>fers competitively<br />
unequalled performance in various other<br />
tests <strong>of</strong> thermal stability and insulative<br />
performance:<br />
• Arc Thermal Protection Value (ATPV):<br />
5.8 cal/cm 2 (ASTM F1506 requires a<br />
value <strong>of</strong> 5.0 cal/cm 2 )<br />
• Thermal Protective Performance (TPP)<br />
with spacer: 10.8 cal/cm 2 (NFPA 2112<br />
requires a value <strong>of</strong><br />
6.0 cal/cm 2 )<br />
• Thermal Protective Performance (TPP)<br />
without spacer 8.9 cal/cm 2 (NFPA<br />
2112 requires a value <strong>of</strong> 3.0 cal/cm 2 )<br />
• Flash <strong>Fire</strong> Exposure (Mannequin Test)<br />
per ASTM F 1930, 3 second exposure:<br />
Pass per NFPA 2112<br />
• ASTM 70E HRC 1<br />
• NFPA 2112 - Standard on Flash <strong>Fire</strong><br />
Protective Garments for Industry<br />
If your department may, on occasion,<br />
consider wearing the vest during fire<br />
fighting, you may also wish to consider<br />
SCBA high visibility tank covers so the<br />
minimum square inches <strong>of</strong> vest visibility<br />
is not obscured by the bottle. Contact us<br />
for quotes as required.<br />
6. Lack <strong>of</strong> interference with underlying<br />
PPE critical safety functions<br />
165<br />
<strong>Morning</strong> <strong>Pride</strong>’s<br />
Vest has been<br />
designed to<br />
allow easy access<br />
to any installed<br />
Drag<br />
Rescue systems,<br />
a critical<br />
consideration.<br />
www.HoneywellFirstResponder.com<br />
Auxiliary <strong>Clothing</strong> Products<br />
The coat<br />
epaulettes hold<br />
the vest and coat<br />
together but still<br />
allow easy access<br />
to pockets,<br />
closures, etc. that<br />
will be under the<br />
vest.<br />
Vest can even<br />
be customized<br />
with rank or FD<br />
name if desired,<br />
with reflective<br />
lettering.<br />
Straight Silver lettering is standard to<br />
match trim. Order must state if different<br />
color or arched lettering is preferred.<br />
Extra large<br />
armholes<br />
prevent binding<br />
over the turnout<br />
coat.<br />
Trim only sides<br />
and Velcro ®<br />
coat epaulettes<br />
allow easy<br />
“break-away.”<br />
7. First Responser levels <strong>of</strong> durability<br />
The First Responder High Visibility vest<br />
has been designed to be simultaneously<br />
very light and VERY durable. First response<br />
work, like fire fighting, is heavy<br />
and physical. A First Responder vest<br />
must be strong enough to handle the<br />
durability challenges that implies.<br />
This vest <strong>of</strong>fers material strength<br />
numbers that are competitively unmatched<br />
in such a light product:<br />
• Tensile Strength (lbs, warp by fill) –<br />
ASTM D5034 – 90 by 50<br />
Table <strong>of</strong> Contents<br />
• Elmendorf Tear Strength (lbs, warp<br />
by fill) – ASTM D1424 – 7.0 by 6.0<br />
Similarly, the material <strong>of</strong>fers extremely<br />
high numbers on other measures <strong>of</strong><br />
durability:<br />
• Dimensional Stability – AATCC 135<br />
(%, 5 cycles, 120°F) – Less than 3.0<br />
• Colorfastness to Washing –<br />
AATCC 61(2A) – 4-5 (5 is best)<br />
• Colorfastness to Crocking – AATCC 8<br />
Dry: 5 (5 is best)<br />
Wet: 4-5 (5 is best)<br />
• Pilling Resistance – ASTM D3512<br />
30 min. – 5 (5 is best)<br />
60 min. – 5 (5 is best)<br />
90 min. – 5 (5 is best)<br />
120 min. – 5 (5 is best)<br />
Products Currently Available<br />
Description Model No.<br />
First Responder, HVFR-Vest<br />
Flame Resistant<br />
High Visibility Vest<br />
Vest Lettering* Same as for<br />
clothing, see<br />
Price List<br />
Coat Epaulettes to OPEV<br />
Integrate Vests and Coats<br />
High Visibility SCBA RS-SCBA-HV<br />
Tank Cover<br />
Any other customizations can be quoted<br />
upon request.<br />
*Lettered vests are custom products;<br />
please allow 2-week delivery (not in<br />
stock).
Incident Command Vest<br />
• Allows quick on-scene identification <strong>of</strong><br />
strategic personnel (i.e. Incident<br />
Commander, Water Supply Officer,<br />
Communications Officer, Sector<br />
Commander, EMS Command, etc.)<br />
• Velcro ® closure<br />
• Adjustable (with Velcro ® ) to fit over<br />
most size bunker coats<br />
• Constructed <strong>of</strong> NFPA 1971 certified<br />
materials for compatibility with your<br />
turnout gear<br />
• Standard vest <strong>of</strong> 7.5 oz Nomex ® –<br />
please specify your choice <strong>of</strong> black,<br />
lime, natural, red, royal blue, tan or<br />
yellow (other outer shell materials<br />
available on a custom quote basis –<br />
• Standard vest includes chest band <strong>of</strong><br />
trim – please specify your choice <strong>of</strong><br />
3M Scotchlite or Reflexite ®<br />
fluorescent color choices (Glo-Flex ®<br />
trim can also be custom quoted<br />
• Please see price list for Incident<br />
Command Vest pocketing pricing<br />
• Flashlight clips, back and chest<br />
lettering (sewn-on or removable) are<br />
also available at normal additional<br />
pricing levels<br />
Front and back views <strong>of</strong> a standard<br />
Incident Command Vest with optional<br />
sewn-on back lettering and Incident<br />
Command half-height bellows pockets.<br />
SCBA Cover<br />
The SCBA<br />
Cover is made<br />
<strong>of</strong> the same<br />
aluminized<br />
Pbi as the<br />
Proximity<br />
operational<br />
model and is<br />
available for all<br />
SCBA brands<br />
and sizes.<br />
Training Cape<br />
Aggressive training is vital to maximal<br />
fire fighting preparedness and protection,<br />
but can be tough on expensive<br />
PPE. The increasing use <strong>of</strong> flashover<br />
simulators can subject the shoulders<br />
and upper torso area to repeated, high<br />
thermal loading. Our training cape is<br />
aluminized Pbi for maximal heat shielding<br />
(quotes on other material capes also<br />
available upon request).<br />
Cape is cut to provide full frontal chest<br />
and upper arm coverage. Cape also<br />
provides protective coverage over SCBA<br />
top.<br />
Detachable Glove<br />
Keeper<br />
Invented by a firefighter to provide the<br />
durability and ease <strong>of</strong> use that other<br />
glove holders do not. Patented, Heavy<br />
Duty, Detachable, Kevlar ® Military Tipped,<br />
Glove Holder.<br />
Table <strong>of</strong> Contents<br />
Training Knee and<br />
Thigh Protector<br />
Knees and thighs take a lot <strong>of</strong> abuse<br />
(and a lot <strong>of</strong> heat) during training.<br />
The training knee is high durability<br />
Kevlar ® (other materials or constructioning<br />
may be custom quoted) and<br />
attaches to the pants with adjustable<br />
clipped straps. Since compressed<br />
systems can be less insulative, training<br />
centers may wish to consider this issue<br />
with use (perhaps use during non high<br />
heat protocols, etc).<br />
Honeywell First Responder Products 166
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
General Sizing/Measuring Information<br />
NOTE: When coat length, sleeve length, shoulder, back to waist, inseam, or crotch rise are not provided on an order, the<br />
following standard sizing is supplied:<br />
COATS Lengths: . . . . . . . .Tails coats have a standard length <strong>of</strong> 29” in front and 35” in the rear.<br />
Traditional style coats have a standard length <strong>of</strong> 35”.<br />
Sleeves: . . . . . . . . .Size 38” chest and under – 33” sleeve;<br />
Size 40” to 42” chest – 33 1 ⁄2” sleeve;<br />
Size 44” chest and above – 34” sleeve.<br />
Shoulder: . . . . . . . .Standard shoulder is approximately 8” graded according to chest size.<br />
Back to Waist: . . . .Standard measure is 20”.<br />
PANTS Inseam: . . . . . . . . .Standard inseam is 30”.<br />
Crotch Rise: . . . . .Standard rise is approximately 30” graded according to waist size.<br />
Any non-proportional body measurements should be noted on your order so our cutting room may make allowances (i.e. larger than<br />
normal biceps on a weight lifter). Please call our Customer Service Department for assistance with any fit challenges.<br />
The following four points are important for proper fit and comfort:<br />
Coat: *(Whenever possible use sizing samples)<br />
Chest: Do not use the wristlet thumb attachments if your arms are<br />
too long or too short for any sizing coat. Make sure the shoulders<br />
and chest fit comfortably throughout a full range <strong>of</strong> motion.<br />
Provide us the even chest size from label on the coat that fits best<br />
in the shoulders and chest.<br />
Body: Both arms should be raised overhead while bending in all<br />
directions and the overlap <strong>of</strong> the composite to the waist <strong>of</strong> the<br />
bunkers should be at least 2” in all positions.<br />
Provide full body length in whole inches based on adding or<br />
subtracting from body length on garment label (standard is 29”<br />
front/35”rear).<br />
Sleeve: Provide the full sleeve length in half inch increments by<br />
adding or subtracting from the length on the fitting garment’s label.<br />
When in doubt, measure using Method #2.<br />
Pant:<br />
*(Whenever possible use sizing samples pants w/30” inseams)<br />
Waist: Make sure the fly fastens easily at the waist when donning<br />
over your pants, belt and any items. Then go through a full<br />
range <strong>of</strong> motion including squatting and climbing motions to make<br />
sure there is room in the seat and thigh.<br />
Provide us the even waist size from pant that fits best at the waist.<br />
167<br />
www.HoneywellFirstResponder.com<br />
Sizing Instructions<br />
1) Whenever you have any doubt, contact our Customer Service Department for advice.<br />
2) We prefer to fit using sizing samples and some dealers have them on hand (see below). This allows for personal<br />
fit preferences (that is, some people prefer a looser fit than measured but within safety guidelines).<br />
3) Measuring works well also when done properly (see below and next 2 pages).<br />
4) Female patterns are available when needed, but only a very small percentage are<br />
actually ever needed. Remember, if in doubt call our Customer Service Department.<br />
Measuring Method #1 – Using Sizing Samples*<br />
Table <strong>of</strong> Contents<br />
Record Best Size for<br />
Shoulders & Chest Fit<br />
Determine Proper<br />
Sleeve Length<br />
Measuring Method #1*<br />
Determine Proper<br />
Body Length<br />
Choose Waist Size w/Room<br />
for Take-Ups
Squat and Climb to Check<br />
Seat and Thigh<br />
Under-the-Arm<br />
Measurement<br />
Measuring Method #2*<br />
Shoulder Measurement Measuring for Back Length<br />
Measuring for Sleeve Length<br />
Provide Inseam Length in<br />
Whole Inches<br />
Over-the-Arm<br />
Measurement<br />
If the pant you find comfortable in the waist is exceedingly full in the<br />
seat and thighs, or the pant is comfortable in the seat and thighs<br />
but too tight in the waist, call our Customer Service Department<br />
and ask to speak to the Vice President <strong>of</strong> Production to get specific<br />
instructions for that instance. Our computer generated cutting<br />
patterns can provide all dimensional changes as needed.<br />
Rise: Once you have found a comfortable pant in the waist, seat<br />
and thigh; if the pant does not hit right at or immediately below the<br />
belly button, remove the bunker pant and provide a rise measurement<br />
as described in Method #2.<br />
Inseam: For the inseam, use a tape/ruler and then provide the full<br />
inseam length in whole inches by adding or subtracting from the<br />
inseam length on the garment’s label. If available, cut the tops <strong>of</strong>f<br />
an old pair <strong>of</strong> large boots to slip into when determining the inseam.<br />
Again, if in doubt, measure using Method #2.<br />
Suspenders:<br />
Make sure that the try-on samples have regular length suspenders.<br />
If you take them all the way up and they are still too loose, or the<br />
buckle hits your collar bone, order shorts. If you let them all the way<br />
out and the crotch digs in uncomfortably when you squat, order<br />
longs. When in doubt, measure as described below.<br />
Never pull the measuring tape too tight.<br />
Coat:<br />
Chest Size: Arms should be at rest by their sides. Both an underthe-arm<br />
and over-the-arm measurement should be taken at the<br />
widest part <strong>of</strong> the chest/bust. Over-the-arm measurements are<br />
particularly important on individuals with large muscular<br />
development.<br />
Provide both under- and over-the-arm measurements in whole<br />
inches (see photos).<br />
Shoulder Length: Particularly narrow/wide shoulders should be<br />
measured from the base <strong>of</strong> the neck to the tip <strong>of</strong> the shoulder bone.<br />
This measurement is most commonly taken on individuals with<br />
very narrow shoulders and most <strong>of</strong>ten for female firefighters.<br />
Provide shoulder length to the half inch.<br />
Back Length: Measure from the shirt collar seam/C-5 vertebrae<br />
to the height at which the bunker pant hits the lower back. This is<br />
normally a point directly opposite the navel when viewed from the<br />
side.<br />
Provide back length in whole inches.<br />
Sleeve Length: Measure with the upper arm parallel to the ground<br />
and held straight out to the side and with the forearm bent at a right<br />
angle to the upper arm. Measure from the center <strong>of</strong> the spine<br />
Table <strong>of</strong> Contents<br />
Measuring Method #2* –<br />
Measuring with a Tape<br />
Sizing Instructions Continue...<br />
Honeywell First Responder Products 168
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
following a horizontal line around the elbow to a point on the wrist<br />
you wish the sleeve to reach. This is normally about one inch past<br />
the wrist crease. Measure the sleeve length using the right arm for<br />
right-handed people and the left arm for left-handed people.<br />
Provide sleeve length to the half inch.<br />
Other: If any areas on the individual such as neck, stomach, upper<br />
arm or forearm are unusually large, provide any “Other” measurements<br />
to the half inch.<br />
Pants:<br />
Waist/Hip: The physiological waist is at the navel, which is not necessarily<br />
where you might wear your jeans or station pants. <strong>Morning</strong><br />
<strong>Pride</strong> bunker pants are designed to be worn at the physiological<br />
waist and with the crotch in close proximity to the body. In order to<br />
achieve this, the pants should be able to be held up by the cinching<br />
<strong>of</strong> take-up straps which we recommend be specified at each hip. This<br />
places the weight <strong>of</strong> the pants on the crest <strong>of</strong> the hip bones.<br />
Measure the waist somewhat snugly at the bottom <strong>of</strong> the navel while<br />
in your standard pants and belt. Hips should then be measured at<br />
the widest point.<br />
Provide waist/hip measurements in whole inches.<br />
For individuals with very large lower abdomens in relation to their<br />
hips and buttocks, or other body proportions well outside normal<br />
dimensioning, call our Customer Service Department and ask to<br />
speak to the Vice President <strong>of</strong> Production to get specific instructions<br />
for that instance. Our computer generated cutting patterns can<br />
provide all dimensional changes as needed.<br />
Crotch Rise: Measure with station pants on and from the navel<br />
down, under the crotch, then up to the same height on the lower<br />
back (directly opposite the navel when viewed from the side).<br />
Provide the crotch rise measurement in whole inches.<br />
Inseam: Measure by having the individual being measured hold the<br />
tape end at the top <strong>of</strong> the crotch while you read the tape end at the<br />
floor. Measure to one inch below the protrusion <strong>of</strong> the bone at the<br />
ankle. Slightly longer or shorter per individual preference is allowed,<br />
but if it is too long they will drag on the ground and knee pads might<br />
be out <strong>of</strong> position. Too short and they may ride up on the boot also<br />
causing the knee pads to be out <strong>of</strong> position.<br />
Provide full inseam measurement in one inch increments.<br />
Suspenders:<br />
Suspenders measuring should be done when wearing bunker pants.<br />
Measure from between the left front suspender buttons, up and over<br />
the left shoulder, then down and across the back to between the right<br />
rear suspender buttons. For measurements less than 40 inches order<br />
shorts. From 41” to 45” order regulars. From 46” to 50” inches order<br />
longs.<br />
Over 50”, provide the measurement in one-inch increments.<br />
169<br />
www.HoneywellFirstResponder.com<br />
Sizing Instructions<br />
Sizing Instructions Continued... Measuring, Method #2 (continued)<br />
Table <strong>of</strong> Contents<br />
Measuring Waist Size Measuring Hips<br />
Measuring for Rise<br />
Measuring<br />
Suspenders – Front<br />
Measuring for Suspenders<br />
Measuring for Inseam<br />
Measuring<br />
Suspenders – Back
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
List <strong>of</strong> Patented and Proprietary Products<br />
Patented or Proprietary <strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Products<br />
<strong>Morning</strong> <strong>Pride</strong> is NOT just another clothing line. Our aggressive, ongoing re-investments into research and development<br />
have allowed us to create and <strong>of</strong>fer truly unique and value added products unavailable elsewhere. These products are unique enough to<br />
have been recognized by over 160 U.S. and international patents. These products <strong>of</strong>fer such value added that they are the no exception,<br />
sole source specified by the largest and most progressive departments in North America. Among our proprietary and/or patented products,<br />
discussed in this catalog:<br />
Adjustable, Replaceable Chinstrap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 113<br />
Advanced Protective Tracking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Copyrighted pages 5-8<br />
All or Nothing Closure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 115<br />
Angled Pants Cuff . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 118<br />
Anti-Wicking Strip . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 45<br />
Articulating Rapid Rescue Strap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending pages 152-153<br />
BiFlex Elbows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 122<br />
BiFlex Heat Channel Knee . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 125-126<br />
BiFlex Shoulders . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 159<br />
Bloodborne Pathogen Resistance Styling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 17<br />
Body Armor Linings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 132<br />
Boot Access Panel Pants . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 110<br />
Boot Interface Panels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 132<br />
Breathable, FR Labeling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 60<br />
Circumferential Rope Pocket . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 149<br />
Collapsible Fly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 123<br />
Configurable 5 Person Drag System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending pages 155-156<br />
Contour Pockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 146<br />
Dead Air Insulation Panels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 133-137<br />
Detachable Proximity Collar . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 114<br />
Detachable Proximity Cuffs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 119<br />
Disposable Analysis Strip . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented<br />
Drag Rescue Devices for EMS and <strong>Tech</strong>nical Rescue and<br />
page 121<br />
Recovery Ensembles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending pages 151<br />
Dynamic Suspendering . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 107-109<br />
EMS BPR styling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 35-36<br />
Escape Belt . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 149<br />
EZ Access Sleeves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending Page 58<br />
EZ Grip Pocket Flaps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 146<br />
EZ Move Combo Liner . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 137<br />
Extended Deployment Tab . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 151<br />
Facepiece Mate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 123<br />
Flex Facilitator Panels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 138<br />
Foldover Comfort Chinstrap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 113<br />
Patented or Proprietary <strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Products Continue...<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products<br />
170
<strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong><br />
Patented or Proprietary <strong>Morning</strong> <strong>Pride</strong> <strong>Clothing</strong> Products Continued...<br />
Forward Flex Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 48<br />
Front Closure Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 116<br />
Full Body Harness Coat . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 157<br />
Full Range <strong>of</strong> Motion Crotch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 51<br />
Glove Interface Sleeve . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 119<br />
Harness Bunker Pants . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 158<br />
Heat Channel Knees . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 128-130<br />
High Visibility Vests . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending pages 162-166<br />
Hinged Pocketing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 143<br />
Liner Inspection Ports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 52<br />
Insulating Cooling System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 124<br />
Integral Customization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 142<br />
Integrated Boots and Pants . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 111-111<br />
Kinetic Kut Styling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 48-51<br />
LA Air Mask/Radio Pocket Combo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 144<br />
Liner Keeper Strap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 112<br />
Liner Keeper Ankle Fit Strap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 111<br />
Liner Locator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 139<br />
Low Bulk Closures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 116<br />
Lumbar Support Coat . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 140-141<br />
Magnet Mate Gloves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 119<br />
Positive Closure Rapid Rescue Strap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent pending pages 153<br />
Puncture Resistant Knees . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 131<br />
Rapid Rescue Strap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 152<br />
Removable Crotch Reinforcements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 118<br />
Sealing Stirrups . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 32<br />
Seam Guard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent pending pages 20, 57<br />
Shingle Coat Cuff . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 120<br />
Sliding Adjustable Chinstrap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 114<br />
Stabilized Chinstrap . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 114<br />
Tabbed Long Wristlet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 161<br />
TAC Reversible Structural BPR Styling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 26-27<br />
Tails Styling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 43-44, 46<br />
<strong>Tech</strong>nical Rescue and Recovery Styling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 31-32<br />
Tissue Box Handle garage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patent Pending page 151<br />
Vector Flex Tucks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 139<br />
Waterpro<strong>of</strong> Wristlet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented pages 54-55<br />
Weight Reduction Hemming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 139<br />
Wick Guard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 112<br />
Wildland/Structural Dual Certification Option . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Patented page 160<br />
171<br />
www.HoneywellFirstResponder.com<br />
List <strong>of</strong> Patented and Proprietary Products<br />
Table <strong>of</strong> Contents
The Following are<br />
Registered Trademarks<br />
<strong>of</strong> the Noted Firms and<br />
are Used Herein per<br />
their Prior Approval:<br />
3M and Scotchlite are trademarks <strong>of</strong><br />
3M company<br />
Advance ® , Advance Ultra, Aralite ® ,<br />
Arashield ® , Caldura ® , Caldura Q-9 ® ,<br />
Caldura SL ® , Defender ® , Gemini<br />
Matrix ® , Kombat ® , Millenia Lite ® ,<br />
Millenia ® , Q9 ® – Southern Mills Inc.<br />
Bas<strong>of</strong>il ® – BASF<br />
Brigade ® , Crusader ® , Guardian ® ,<br />
XE-289 ® , 389®, XLT ® , Xtra-Lite ® ,<br />
Pbi /Twaron/Lenzing FR ® TriGuard –<br />
Difco<br />
Chambray ® , Fusion ® , Glide ® , SCT Matrix ®<br />
– <strong>Safety</strong> Components <strong>Tech</strong>nologies<br />
CHEMPAK, GORE, CROSSTECH ® –<br />
W. L. Gore & Associates, Inc.<br />
Flamequilt ® – Westex<br />
Omni 45 ® , Indura ® Omni Elete, Omni ®<br />
1, 2 & 3, Quantum 3D – Amatex<br />
Norfab<br />
GLO-Flex ® – American Ingenuity<br />
Kevlar ® , Nomex ® and E89 –<br />
E.I. Du Pont de Nemour Inc.<br />
P84 ® – Lenzing<br />
Project HEROES ® – International<br />
Association <strong>of</strong> <strong>Fire</strong> Fighters<br />
Protective Comfort Liner ® (xxEx) –<br />
<strong>Morning</strong> <strong>Pride</strong>’s Cotton(FR)/Spunlace<br />
Pbi , Pbi Matrix and Pbi ® Gold, Pbi Gold Plus ® – Performance<br />
Products, Inc.<br />
Reflexite ® – Reflexite Corp., Inc.<br />
Tyvek ® – E.I. Du Pont de Nemour Inc.<br />
Velcro ® – Velcro Industries B.V.<br />
Vislon ® – YKK Corporation<br />
Highest Ethical Standards<br />
Honeywell First Responder Products<br />
recognize our success is possible only<br />
because the fire service industry has<br />
come to respect our commitment to the<br />
highest standards in business practices,<br />
product design and customer support.<br />
As sustaining members <strong>of</strong> the following<br />
organizations, our brands honor their<br />
applicable “Code <strong>of</strong> Ethics” scrupulously.<br />
IAFC – International<br />
Association <strong>of</strong> <strong>Fire</strong> Chiefs<br />
NVFC – National Volunteer<br />
<strong>Fire</strong> Council<br />
FDSOA – <strong>Fire</strong> Department<br />
<strong>Safety</strong> Officers Association<br />
FEMSA – <strong>Fire</strong> Equipment<br />
Manufacturers & Suppliers<br />
Association<br />
NFPA – National <strong>Fire</strong> Protection<br />
Association<br />
ISFSI – International Society <strong>of</strong><br />
<strong>Fire</strong> Service Instructors<br />
NFFF – National Fallen<br />
<strong>Fire</strong>fighters Foundation<br />
Proud Sponsor<br />
<strong>of</strong> The IAFF <strong>Fire</strong><br />
Fighters Burn<br />
Foundation<br />
All <strong>Morning</strong> <strong>Pride</strong><br />
<strong>Clothing</strong> is North<br />
American Made<br />
Providing Important<br />
Protections in the<br />
Event <strong>of</strong> Problems.<br />
Watch your Labels<br />
Closely.<br />
Note: The same competitor now<br />
<strong>of</strong>fering NFPA certified EMS garments<br />
“Made in China” recently<br />
sent a mailing showing our plant<br />
exterior and employees (without<br />
their permission) that recount<br />
labor atrocities <strong>of</strong> OTHER firms.<br />
Contact us for a brochure on our<br />
exemplary and award-recognized<br />
labor practices if you have any<br />
questions.<br />
Terms and Conditions <strong>of</strong> Sale<br />
The following is made in lieu <strong>of</strong> all warranties, expressed or implied: Seller’s and<br />
manufacturer’s only obligation shall be to replace or repair such quantity <strong>of</strong> the product<br />
provided to be defective. Neither seller nor manufacturer shall be liable for any injury,<br />
loss or damage, direct or consequential, arising out <strong>of</strong> the inability to use the product.<br />
Before using, user shall determine the suitability <strong>of</strong> the product for its intended use,<br />
and user assumes all risk and liability whatsoever in connection therewith.<br />
Table <strong>of</strong> Contents<br />
Honeywell First Responder Products
First Responder Products<br />
(formerly Total <strong>Fire</strong> Group)<br />
800-688-6148<br />
#1 Innovation Court • Dayton, OH 45414<br />
(937) 264-2662 • (937) 264-2677 Fax<br />
ISO 9001:2000<br />
email: info@HoneywellFirstResponder.com<br />
www.HoneywellFirstResponder.com<br />
© 2009 Honeywell International Inc.<br />
Table <strong>of</strong> Contents<br />
4/27/09