checklist - ERAU ETA - Embry-Riddle Aeronautical University
checklist - ERAU ETA - Embry-Riddle Aeronautical University
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PIPER ARROW<br />
PA-28R-201<br />
Standard<br />
Operating<br />
Procedures<br />
SOP
PA-28R-201 SOP<br />
Copyright © 2012<br />
<strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong><br />
All rights reserved.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP i<br />
TABLE OF CONTENTS<br />
REVISION HIGHLIGHTS ....................................................................................................... III<br />
LIST OF EFFECTIVE PAGES ............................................................................................... IV<br />
INTRODUCTION ................................................................................................................... 1<br />
<strong>ERAU</strong> CHECKLIST POLICY .................................................................................................. 2<br />
INTRA-COCKPIT VERBAL COORDINATION ........................................................................ 4<br />
STANDARD CALLOUTS ........................................................................................................... 9<br />
STANDARD CALLOUTS - NORMAL .................................................................................... 10<br />
STANDARD CALLOUTS - EMERGENCY ............................................................................ 13<br />
STANDARD CALLOUTS - ABNORMAL ............................................................................... 14<br />
PRIMING/STARTING PROCEDURES ..................................................................................... 15<br />
FUEL VAPOR (VAPOR LOCK) IDENTIFICATION AND CORRECTIVE ACTION .................... 16<br />
LEANING PROCEDURES ....................................................................................................... 17<br />
BRAKE/STEERING CHECKING PROCEDURES .................................................................... 19<br />
SECTION 1: PRE-FLIGHT PROCEDURES ............................................................................. 21<br />
INITIAL AIRCRAFT ACCEPTANCE ..................................................................................... 22<br />
PRE-FLIGHT CHECKLIST ................................................................................................... 25<br />
RAMP OUT CHECKLIST ..................................................................................................... 42<br />
SECTION 2: NORMAL PROCEDURES ................................................................................... 43<br />
BEFORE START CHECKLIST ............................................................................................. 45<br />
ENGINE START CHECKLIST .............................................................................................. 51<br />
BEFORE TAXI CHECKLIST ................................................................................................. 55<br />
BEFORE TAKEOFF “RUN-UP” CHECKLIST ....................................................................... 61<br />
BEFORE TAKEOFF CHECKLIST ........................................................................................ 67<br />
BEFORE TAKEOFF “FINAL ITEMS” CHECKLIST ............................................................... 71<br />
CLIMB CHECKLIST ............................................................................................................. 75<br />
CRUISE CHECKLIST .......................................................................................................... 79<br />
DESCENT CHECKLIST ....................................................................................................... 81<br />
DESCENT “FINAL ITEMS” CHECKLIST .............................................................................. 85<br />
AFTER LANDING CHECKLIST ............................................................................................ 87<br />
SHUTDOWN CHECKLIST ................................................................................................... 91<br />
RAMP IN CHECKLIST ......................................................................................................... 92<br />
SECURE CHECKLIST ......................................................................................................... 93<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
ii<br />
PA-28R-201 SOP<br />
SECTION 3: EMERGENCY PROCEDURES ............................................................................ 97<br />
INTRODUCTION.................................................................................................................. 98<br />
ENGINE FAILURE DURING TAKEOFF ROLL CHECKLIST ............................................... 101<br />
ENGINE FAILURE DURING FLIGHT CHECKLIST ............................................................. 105<br />
LOSS OF FUEL FLOW/PRESSURE CHECKLIST .............................................................. 113<br />
ENGINE FIRE DURING START CHECKLIST ..................................................................... 115<br />
ENGINE FIRE IN FLIGHT CHECKLIST .............................................................................. 119<br />
ELECTRICAL FIRE IN FLIGHT CHECKLIST ...................................................................... 123<br />
SPIN RECOVERY CHECKLIST ......................................................................................... 127<br />
VAC OFF OR LOW VAC WARNING ILLUMINATED CHECKLIST ...................................... 131<br />
SECTION 4: ABNORMAL PROCEDURES ............................................................................ 133<br />
INTRODUCTION................................................................................................................ 135<br />
PROPELLER OVERSPEED CHECKLIST .......................................................................... 136<br />
ENGINE ROUGHNESS CHECKLIST ................................................................................. 137<br />
HIGH OIL TEMPERATURE CHECKLIST ........................................................................... 139<br />
LOW OIL PRESSURE CHECKLIST ................................................................................... 140<br />
LANDING GEAR UNSAFE WARNINGS ............................................................................. 141<br />
FAILURE OF LANDING GEAR TO RETRACT CHECKLIST ............................................... 142<br />
MANUAL EXTENSION OF LANDING GEAR CHECKLIST ................................................. 143<br />
GEAR UP LANDING (INTENTIONAL) CHECKLIST ........................................................... 145<br />
ELECTRICAL OVERLOAD CHECKLIST ............................................................................ 147<br />
ELECTRICAL FAILURE CHECKLIST................................................................................. 148<br />
CABIN DOOR OPEN IN FLIGHT CHECKLIST ................................................................... 150<br />
BAGGAGE DOOR OPEN IN FLIGHT ................................................................................. 152<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP iii<br />
REVISION HIGHLIGHTS<br />
The following items were changed, modified, added, or deleted in this<br />
revision.<br />
Rev # Date Page Description Initials<br />
01 09-01-07 All Complete revision WSC<br />
02 09-01-08 All Complete revision WSC<br />
03 01-01-09 All Complete revision WSC<br />
04 09-01-10 All Complete revision WSC<br />
05 07-01-11 All Complete revision RLT<br />
06 07-01-12 All Complete revision PMC<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
iv<br />
PA-28R-201 SOP<br />
LIST OF EFFECTIVE PAGES<br />
This list of effective pages is used to determine the current status of every<br />
page in this manual. Any page dated “07/01/12” indicates it has not been<br />
changed since 07/01/12.<br />
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FAA FINAL APPROVAL<br />
ASOFSDO – 15<br />
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19 06 07/01/12 55 06 07/01/12 DATE:_________________<br />
BY:___________________<br />
21 06 07/01/12 57 06 07/01/12<br />
(Maitely Santiago, Training<br />
22 06 07/01/12 58 06 07/01/12 Center Program Manager)<br />
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PA-28R-201 SOP v<br />
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DATE:_________________<br />
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BY:___________________<br />
(Maitely Santiago, Training<br />
120 06 07/01/12<br />
Center Program Manager)<br />
121 06 07/01/12<br />
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Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
vi<br />
PA-28R-201 SOP<br />
DISCLAIMER<br />
<strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> (<strong>ERAU</strong>) is not responsible for any<br />
errors or omissions of this document. While the PA-28R-201, Piper Arrow<br />
Standard Operating Procedures (SOP) and associated <strong>checklist</strong>s are<br />
<strong>ERAU</strong>’s guidelines for the safe operation of the Piper Arrow aircraft, they<br />
are not the sole source of information regarding the operation of this<br />
aircraft. The pilot-in-command must refer to the Piper Arrow Pilot<br />
Operating Handbook (POH) for further information.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 1<br />
INTRODUCTION<br />
The procedures outlined within the PA-28R-201 Standard Operating<br />
Procedures (SOP) have been reviewed and accepted by the <strong>Embry</strong>-<strong>Riddle</strong><br />
Flight Training Department for use in the <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong><br />
<strong>University</strong> (<strong>ERAU</strong>) Flight Training Program.<br />
The Standard Operating Procedures explain the intended use of Preflight,<br />
Normal, Emergency, and Abnormal procedures used in operating the PA-<br />
28R-201, Piper Arrow aircraft, and provide a detailed explanation of<br />
individual <strong>checklist</strong> items and recommended techniques used to<br />
accomplish them.<br />
The PA-28R-201, Piper Arrow SOPA has been developed utilizing<br />
generally accepted industry procedures and several reference texts and<br />
manuals. Industry sources include The New Piper Aircraft Company, The<br />
National Aeronautics and Space Administration (NASA), the Federal<br />
Aviation Administration (FAA), United Airlines, and Northwest Airlines.<br />
Warnings, Cautions, and Notes found throughout the SOP. The following<br />
definitions apply:<br />
WARNING<br />
Operating procedures, techniques, etc., that, if not<br />
carefully followed, could result in personal injury or<br />
loss of life.<br />
CAUTION<br />
Operating procedures, techniques, etc, that, if not<br />
carefully followed, could result in damage to<br />
equipment.<br />
NOTE<br />
An operating procedure, technique, etc, that is<br />
considered essential to emphasize.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
2 PA-28R-201 SOP<br />
<strong>ERAU</strong> CHECKLIST POLICY<br />
A critical element in the development as a professional pilot is in the<br />
training in <strong>checklist</strong> usage and discipline. Pilot deviations from standard<br />
operating procedures are the number one crew related cause of hull loss<br />
accidents. Many of these accidents and incidents are the direct result of<br />
the improper use of or lack of training in <strong>checklist</strong> usage. Therefore,<br />
<strong>checklist</strong> usage and discipline must be emphasized in our “crew”<br />
environment to help ensure safe and efficient flight operations at <strong>Embry</strong>-<br />
<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> and in preparing students for careers as<br />
professional pilots.<br />
All <strong>checklist</strong>s are accomplished by either a “Do/Verify” or<br />
“Challenge/Response” methodology. The “Read/Do” methodology has<br />
been eliminated as an acceptable means of conducting the <strong>checklist</strong>. The<br />
principle advantage of the “Do/Verify” philosophy provides for setup<br />
redundancy.<br />
Setup redundancy occurs when the aircraft is configured from memory<br />
(“Flow”) and the <strong>checklist</strong> is used only to verify that all items have been<br />
accomplished properly. Therefore, if an item is missed in a flow check, a<br />
second opportunity exists to catch the missed item during the <strong>checklist</strong><br />
procedure. While the “Do/Verify” method may require additional “dry” time<br />
to learn the “flows”, when practiced and perfected, the level of a truly<br />
professional pilot will be attained.<br />
Consistent with the “Do/Verify” philosophy, the <strong>checklist</strong> must be used to<br />
back up the flow (except for the Before Takeoff “Final Items”) even though<br />
a memorized flow check shall be employed. A memory-guided <strong>checklist</strong><br />
(no verification of the flow with the <strong>checklist</strong>) is unacceptable and not<br />
consistent with safe flight operations. In addition, only a visual verification<br />
that a switch or control is in the correct position when accomplishing the<br />
<strong>checklist</strong> is mandatory (not to be verbalized).<br />
The only exception to the “Do/Verify” philosophy occurs when conducting<br />
Abnormal Checklist items. These items are not performed as part of a flow<br />
but as “Read/Do”. The initiation and completion of all <strong>checklist</strong>s shall be<br />
announced by the executing crewmember or the challenging crewmember<br />
in the case of a “Challenge/Response” <strong>checklist</strong> (e.g., “Before Start<br />
Checklist”.......“Before Start Checklist Complete”).<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 3<br />
When a callout is made with respect to a <strong>checklist</strong> operation (i.e. Engine<br />
Start, Before Taxi, etc.) the following must happen:<br />
1. Make the appropriate <strong>checklist</strong> callout (e.g., “Engine Start Checklist”),<br />
2. Conduct the “Flow” and verification of the flow items, and/or conduct<br />
the “Read and Do” items of the <strong>checklist</strong>,<br />
3. After completing all <strong>checklist</strong> items and making the appropriate<br />
verifications, make the appropriate callout to indicate <strong>checklist</strong><br />
completion (e.g., Engine Start Checklist Complete”).<br />
Accomplishing the callouts as exampled above ensures that the start of a<br />
<strong>checklist</strong> and the completion of that <strong>checklist</strong> is clearly communicated to<br />
the other pilot when operating in an instructional or flight crew environment.<br />
The initial callout allows the crew to concentrate on the <strong>checklist</strong> being<br />
performed, and the completion call is a necessary action to allow the crew<br />
to mentally move to other areas of operation with reassurance that the<br />
previous <strong>checklist</strong> is complete.<br />
Use the specific wording of each Challenge and Response for all normal<br />
situations. When an item allows a choice of responses, such as Pitot<br />
Heat...Off (On), the choices are listed and the appropriate response shall<br />
be given. The first response is the most probable control position, while the<br />
response in parentheses is the least probable control position. When a<br />
<strong>checklist</strong> response does not allow for the use of a specific switch position,<br />
the following terms should be used as a response:<br />
• SET: Indicates that panel switches/knobs must be moved to or in the<br />
appropriate position.<br />
• CHECK: Indicates that controls/other systems must be<br />
evaluated/tested.<br />
• INSPECT: Indicates that equipment must be visually checked for<br />
damage and security.<br />
Any interruption in accomplishing a <strong>checklist</strong> (other than for “Final Items” or<br />
routine communications) requires the <strong>checklist</strong> to be repeated to ensure<br />
prevention of any <strong>checklist</strong> item from being missed as a result of the<br />
interruption.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
4 PA-28R-201 SOP<br />
INTRA-COCKPIT VERBAL COORDINATION<br />
The Sterile Cockpit concept shall be employed on the ground and in critical<br />
phases of flight to help ensure that critical <strong>checklist</strong>s are accomplished<br />
correctly. Sterile cockpit refers to the elimination of nonessential<br />
conversation, excluding conversation necessary for safe flight operations or<br />
flight instruction. Finally, clear communications shall be used when<br />
changing system configuration or during exchange of the flight controls.<br />
In addition to reading back communications with ATC, hear-backs shall be<br />
employed between the student and the instructor in the airplane. This is to<br />
help ensure a common understanding by one flight crewmember that<br />
repeats the instructions verbally and obtains agreement on the content and<br />
intent from the other flight crewmember in the airplane. When flight<br />
crewmembers verbally confirm their understanding of the instructions, any<br />
errors or misunderstandings can be discovered and corrected, thus<br />
preventing any hazardous situations from developing.<br />
The flight crewmember coordination outlined below assumes an ideal<br />
situation, under normal flight conditions. Every attempt should be made to<br />
comply with the coordination standard. However, not all circumstances are<br />
covered. It is expected that the PIC exercise proper judgment in the interest<br />
of safety and training. The given examples are intended to clarify certain<br />
required flight crewmember coordination efforts and act as a guide on how<br />
to accomplish them properly. The only portions that must be repeated<br />
verbatim are the callouts.<br />
In order to foster safe and efficient flight crewmember operations, the pilot<br />
flying and pilot monitoring concept shall be used. This methodology assigns<br />
specific responsibilities to different flight crewmembers. When used<br />
properly, it will simulate a flight crew environment and highlight the<br />
importance of each role. Any flight crewmember can assume either role<br />
after a proper exchange of flight controls has occurred. The pilot flying (PF)<br />
and pilot monitoring (PM) duties are listed below.<br />
NOTE<br />
The PIC retains responsibility and exercises the final authority<br />
of the flight regardless of their role. Before beginning a flight,<br />
the flight crew shall verbally brief and agree who the PIC will be.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 5<br />
Pilot Flying (PF) Duties:<br />
The primary responsibility of the PF is to fly the airplane in accordance with<br />
established safety, regulatory, and <strong>ERAU</strong> procedures. The PF is the flight<br />
crewmember who “has the flight controls.” The PF shall...<br />
(1) Aviate<br />
- Maintain positive control of the airplane by manipulating the flight<br />
controls and/or managing the flight automation system.<br />
- Exhibit proper collision avoidance procedures.<br />
- Initiate, verify, and complete all <strong>checklist</strong>s.<br />
(2) Navigate<br />
- Ensure the airplane operates and progresses as assigned/cleared<br />
by ATC or as desired by the PIC.<br />
(3) Communicate<br />
- Make all radio communications to include the recording of ATC<br />
clearances and taxi instructions.<br />
- Initiate all flight crewmember coordination procedures.<br />
Pilot Monitoring (PM) Duties:<br />
The primary responsibility of the PM is to monitor and verify the airplane’s<br />
operation. The PM is the flight crewmember who does not “have the flight<br />
controls.” The PM shall...<br />
(1) Maintain situational awareness by…<br />
- Exhibiting proper collision avoidance procedures.<br />
- Confirming the current operation of the airplane is consistent with<br />
safety, regulatory, and <strong>ERAU</strong> requirements.<br />
- Ensuring the current operation of the airplane complies with ATC<br />
clearances/instructions or the intent of the PIC.<br />
(2) Alert the PF if the operation of the airplane may be contrary to...<br />
- Safety, regulatory, or <strong>ERAU</strong> requirements.<br />
- ATC clearances/instructions or the intent of the PIC.<br />
(3) Respond to all flight crew coordination procedures.<br />
NOTE<br />
In situations when only one flight crewmember occupies the<br />
front seat, such as during solo, or during check rides when<br />
single pilot resource management is being evaluated, PF<br />
duties shall be performed but PM duties may be omitted.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
6 PA-28R-201 SOP<br />
Before beginning taxi, the following shall occur:<br />
(1) The PF records the taxi instruction, if received from ATC.<br />
(2) The PF verbally briefs the PM on the instructions or intended route<br />
while referring to the airport diagram to include...<br />
- The assigned or intended runway.<br />
- Runway(s) to hold short of.<br />
- Runway(s) to be crossed.<br />
- Complex intersections (three or more taxiways intersect) to be<br />
encountered.<br />
- The location of published HOT SPOTS relative to the taxi route.<br />
(3) The PM verbally responds to the briefing with agreement or<br />
disagreement.<br />
Before crossing a runway during taxi, the following shall occur:<br />
(1) The PF verbally briefs the PM...<br />
- What runway to cross.<br />
- The clearance received from ATC (if applicable).<br />
(2) The PM verbally responds to the briefing with agreement or<br />
disagreement.<br />
(3) The PF and PM both visually scan the arrival path, the entire runway<br />
length, and the departure path to ensure no hazard exists.<br />
(4) The PF calls out, “Cleared to Cross (Runway Number).”<br />
(5) The PM responds, “Cleared to Cross.”<br />
NOTE<br />
If the PM does not respond, the airplane shall not cross the<br />
runway.<br />
Before beginning movement to enter a runway for the purpose of<br />
departure, the following shall occur:<br />
(1) The PF verbally briefs the PM...<br />
- What runway to enter.<br />
- The clearance received from ATC (if applicable).<br />
(2) The PM verbally responds to the briefing with agreement or<br />
disagreement.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 7<br />
NOTE<br />
If the PM does not respond or does not agree, the airplane<br />
shall not enter the runway.<br />
(3) The PF and PM both visually scan the arrival path, the entire runway<br />
length, and the departure path to ensure no hazard exists.<br />
(4) The PF performs the Before Takeoff Final Items” flow.<br />
(5) Prior to advancing the power for takeoff, the PF calls out, “Runway<br />
(Runway Number), check heading.”<br />
(6) The PM responds, “Heading set, (compass/HSI heading).”<br />
While on final approach to a runway for the purpose of landing, the<br />
following shall occur:<br />
(1) The PF verbally briefs the PM...<br />
- What runway to approach.<br />
- The clearance received from ATC (if applicable).<br />
(2) The PM verbally responds to the briefing with agreement or<br />
disagreement.<br />
(3) The PF calls out, “Runway (Runway Number), check heading.”<br />
(4) The PM responds, “Heading set, (compass/HSI heading).”<br />
(5) After extending the landing gear and again during the Descent “Final<br />
Items” Flow, the PF calls out, “Three Green, No Red, Verify.”<br />
(6) The PM responds, “Gear Down, Verified.”<br />
(7) At 200’ AGL, the PF determines whether the approach is stabilized and<br />
makes the appropriate call out.<br />
When a flight crewmember stops monitoring an ATC frequency, the<br />
following shall occur:<br />
(1) Notify the other flight crewmember prior to changing frequencies.<br />
(2) Upon returning to the ATC frequency, notify the other flight<br />
crewmember.<br />
(3) The other flight crewmember briefs any instructions or information<br />
received.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
8 PA-28R-201 SOP<br />
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PA-28R-201 SOP 9<br />
STANDARD CALLOUTS<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
10 PA-28R-201 SOP<br />
STANDARD CALLOUTS - NORMAL<br />
ACTION<br />
Initiate Ramp Out Checklist<br />
Completed Ramp Out Checklist<br />
Initiate Before Start Checklist<br />
Completed Before Start Checklist<br />
Initiate Engine Start Checklist<br />
Before engaging starter<br />
Completed Engine Start Checklist<br />
Initiate Before Taxi Checklist<br />
Completed Before Taxi Checklist<br />
Initiate Changing Flap Position<br />
(on the ground)<br />
Wait for Instructor’s Response<br />
Before crossing a complex taxiway<br />
intersection (three or more taxiways<br />
intersect) or a runway hold line<br />
Wait for Instructor’s Response<br />
Visually check flaps are up<br />
CALLOUT<br />
“Ramp Out Checklist.”<br />
“Ramp Out Checklist Complete.”<br />
“Before Start Checklist.”<br />
“Before Start Checklist Complete.”<br />
“Engine Start Checklist.”<br />
“Clear Prop.”<br />
“Engine Start Checklist Complete.”<br />
“Before Taxi Checklist.”<br />
“Before Taxi Checklist Complete.”<br />
“Flaps Identified.”<br />
“Flaps Verified.”<br />
“Cleared to Cross (Taxiway Name)” or<br />
“Cleared to Cross (Runway Number)”<br />
Ex: “Cleared to Cross Whiskey”<br />
Ex: “Cleared to Cross 7L”<br />
“Cleared to Cross.”<br />
“Flaps Up.”<br />
Wait for Instructor’s Response<br />
“Flaps Up, Verified.”<br />
Initiate Before Takeoff “Run-Up” Checklist “Before Takeoff Run-Up Checklist.”<br />
Completed Before Takeoff “Run-Up” “Before Takeoff Run-Up Checklist<br />
Checklist<br />
Complete.”<br />
Initiate Before Takeoff Checklist<br />
“Before Takeoff Checklist.”<br />
Completed Before Takeoff Checklist “Before Takeoff Checklist Complete.”<br />
Prior to advancing the power for takeoff “Runway (Runway Number), check<br />
heading.”<br />
Ex: “Runway 7L, check heading.”<br />
Wait for Instructor’s response<br />
At Takeoff<br />
Engine Instruments Checked<br />
Airspeed Indicator Checked<br />
Rejecting or aborting a Takeoff<br />
Attaining Rotation Speed<br />
Establishing a Positive Rate of Climb<br />
When retracting the landing gear<br />
Verify the landing gear is retracted<br />
“Heading set, (compass/HSI heading).”<br />
Ex: “Heading set, 070.”<br />
“Engine instruments in the green”<br />
“Airspeed alive.”<br />
“Abort. Abort. Abort.”<br />
“V-R, Rotate.”<br />
“Positive Rate.”<br />
“Below 107, Gear Up.”<br />
“Gear Up, No Lights.”<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 11<br />
ACTION<br />
Changing Assigned Altitudes<br />
Intiate Climb Checklist<br />
Completed Climb Checklist<br />
Initiate Cruise Checklist<br />
Completed Cruise Checklist<br />
When a stall occurs<br />
When initiating a simulated emergency<br />
approach and landing<br />
Initiate Descent Checklist<br />
Completed Descent Checklist<br />
When extending the landing gear<br />
Verify the landing gear position after<br />
extension<br />
Wait for the instructor’s response<br />
Visually verifying airspeed before<br />
lowering flaps<br />
When established on final approach to<br />
landing<br />
Wait for Instructor’s response<br />
Stabilized Approach:<br />
Landing Approach - Stabilized<br />
Landing Approach - Not Stabilized<br />
Any other time a Go-Around is initiated<br />
Initiate After Landing Checklist<br />
Completed After Landing Checklist<br />
Initiate Shutdown Checklist<br />
Complete Shutdown Checklist<br />
CALLOUT<br />
“Leaving ____ for ____.”<br />
Ex: “Leaving 7000 for 8000”<br />
“Climb Checklist.”<br />
“Climb Checklist Complete.”<br />
“Cruise Checklist.”<br />
“Cruise Checklist Complete.”<br />
“Stalling.”<br />
“Simulated Emergency Landing.”<br />
“Descent Checklist.”<br />
“Descent Checklist Complete.”<br />
“Below 129, Gear Down.”<br />
“Three Green, No Red, Verify.”<br />
“Gear Down, Verified.”<br />
“Below (limitation speed), Flaps (desired<br />
setting).<br />
Ex: “Below 103, Flaps 10.”<br />
“Runway (Runway Number), check<br />
heading.”<br />
Ex: “Runway 7L, check heading.”<br />
“Heading set, (compass/HSI heading).”<br />
Ex: “Heading set, 070.”<br />
“200 feet, Stabilized, Continuing.”<br />
“200 feet, Not Stabilized, Going Around.”<br />
“Going Around.”<br />
“After Landing Checklist.”<br />
“After Landing Checklist Complete.”<br />
“Shutdown Checklist.”<br />
“Shutdown Checklist Complete.”<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
12 PA-28R-201 SOP<br />
ACTION<br />
Instrument Approach:<br />
Precision Approach<br />
Non-Precision Approach<br />
GPS<br />
Outer Maker (OM)/<br />
Final Approach Fix (FAF):<br />
Precision Approach<br />
Non-Precision Approach<br />
“Localizer Alive.”<br />
“Glide Slope Alive.”<br />
CALLOUT<br />
“CDI Alive.”<br />
“ADF Within 10 Degrees.”<br />
“Approach Mode ” Or specify GPS mode<br />
Ex: “LPV” or “LNAV”<br />
“Outer Marker, (GS Crossing Alt.)”<br />
Ex: “Outer Marker, 1,496”<br />
“Final Approach Fix.”<br />
1000 Feet Above DA(H)/MDA “1000 Feet Above DA(H)/MDA.”<br />
500 Feet Above DA(H)/MDA “500 Feet Above DA(H)/MDA.”<br />
100 Feet Above DA(H)/MDA “100 Feet Above DA(H)/MDA.”<br />
At MDA<br />
“Minimum Descent Altitude.”<br />
At DA(H):<br />
Runway (Visual Reference) In Sight<br />
Runway In Sight<br />
Runway Not In Sight<br />
“(Visual Reference) in Sight, Continuing.”<br />
“Runway in Sight, Landing.”<br />
“Missed Approach.”<br />
NOTE: “(Visual Reference)” applies to<br />
all items listed in 14 CFR Part 91.175.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 13<br />
STANDARD CALLOUTS - EMERGENCY<br />
ACTION<br />
Initiate Engine Failure During Takeoff Roll<br />
Checklist<br />
Completed Engine Failure During Takeoff<br />
Roll Checklist<br />
Initiate Engine Failure During Flight<br />
Checklist<br />
Completed Engine Failure During Flight<br />
Checklist<br />
Initiate Loss of Fuel Flow/Pressure<br />
Checklist<br />
Completed Loss of Fuel Flow/Pressure<br />
Checklist<br />
Initiate Engine Fire During Start Checklist<br />
Completed Engine Fire During Start<br />
Checklist<br />
Initiate Engine Fire In Flight Checklist<br />
Completed Engine Fire In Flight Checklist<br />
Initiate Electrical Fire In Flight Checklist<br />
Completed Electrical Fire in Flight<br />
Checklist<br />
Initiate Spin Recovery Checklist<br />
Completed Spin Recovery Checklist<br />
Initiate VAC Off or Low VAC Warning<br />
Illuminated Checklist<br />
Completed VAC Off or Low VAC Warning<br />
Illuminated Checklist<br />
CALLOUT<br />
“Engine Failure During Takeoff Roll<br />
Checklist.”<br />
“Engine Failure During Takeoff Roll<br />
Checklist Complete.”<br />
“Engine Failure During Flight Checklist.”<br />
“Engine Failure During Flight Checklist<br />
Complete.”<br />
“Loss of Fuel Flow/Pressure Checklist.”<br />
“Loss of Fuel Flow/Pressure Checklist<br />
Complete.”<br />
“Engine Fire During Start Checklist.”<br />
“Engine Fire During Start Checklist<br />
Complete.”<br />
“Engine Fire In Flight Checklist.”<br />
“Engine Fire In Flight Checklist<br />
Complete.”<br />
“Electrical Fire in Flight Checklist.”<br />
“Electrical Fire in Flight Checklist<br />
Complete.”<br />
“Spin Recovery Checklist.”<br />
“Spin Recovery Checklist Complete.”<br />
“VAC Off or Low VAC Warning<br />
Illuminated Checklist.”<br />
“VAC Off or Low VAC Warning<br />
Illuminated Checklist Complete.”<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
14 PA-28R-201 SOP<br />
STANDARD CALLOUTS - ABNORMAL<br />
ACTION<br />
Initiate Propeller Overspeed Checklist<br />
Completed Propeller Overspeed<br />
Checklist<br />
Initiate Engine Roughness Checklist<br />
Completed Engine Roughness Checklist<br />
Initiate High Oil Temperature Checklist<br />
Completed High Oil Temperature<br />
Checklist<br />
Initiate Low Oil Pressure Checklist<br />
Completed Low Oil Pressure Checklist<br />
Initiate Landing Gear Unsafe Warnings<br />
Checklist<br />
Completed Landing Gear Unsafe<br />
Warnings Checklist<br />
Initiate Failure of Landing Gear to Retract<br />
Checklist<br />
Completed Failure of Landing Gear to<br />
Retract Checklist<br />
Initiate Manual Extension of Landing<br />
Gear Checklist<br />
Completed Manual Extension of Landing<br />
Gear Checklist<br />
Initiate Gear Up Landing Checklist<br />
Completed Gear Up Landing Checklist<br />
Initiate Electrical Overload Checklist<br />
Completed Electrical Overload Checklist<br />
Initiate Electrical Failure Checklist<br />
Completed Electrical Failure Checklist<br />
Initiate Cabin Door Open in Flight<br />
Checklist<br />
Completed Cabin Door Open in Flight<br />
Checklist<br />
Initiate Baggage Door Open in Flight<br />
Checklist<br />
Completed Baggage Door Open in Flight<br />
Checklist<br />
CALLOUT<br />
“Engine Propeller Overspeed.”<br />
“Propeller Overspeed Checklist<br />
Complete.”<br />
“Engine Roughness Checklist.”<br />
“Engine Roughness Checklist Complete.”<br />
“High Oil Temperature Checklist.”<br />
“High Oil Temperature Checklist<br />
Complete.”<br />
“Low Oil Pressure Checklist.”<br />
“Low Oil Pressure Checklist Complete.”<br />
“Landing Gear Unsafe Warnings<br />
Checklist.”<br />
“Landing Gear Unsafe Warnings<br />
Checklist Complete.”<br />
“Failure of Landing Gear to Retract<br />
Checklist.”<br />
“Failure of Landing Gear to Retract<br />
Checklist Complete.”<br />
“Manual Extension of Landing Gear<br />
Checklist.”<br />
“Manual Extension of Landing Gear<br />
Checklist Complete.”<br />
“Gear Up Landing Checklist.”<br />
“Gear Up Landing Checklist Complete.”<br />
“Electrical Overload Checklist.”<br />
“Electrical Overload Checklist Complete.”<br />
“Electrical Failure Checklist.”<br />
“Electrical Failure Checklist Complete.”<br />
“Cabin Door Open in Flight Checklist.”<br />
“Cabin Door Open in Flight Checklist<br />
Complete.”<br />
“Baggage Door Open in Flight Checklist.”<br />
“Baggage Door Open in Flight Checklist<br />
Complete.”<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 15<br />
PRIMING/STARTING PROCEDURES<br />
Cold Start – Oil Temperature below 180°F.<br />
1. ELECTRIC FUEL PUMP ................................ ON/CHECK PRESSURE<br />
2. MIXTURE CONTROL ............................... FULL FORWARD (Full Rich)/<br />
(Fuel Flow Indication) IDLE CUT-OFF<br />
3. PRIME ................................................................................ COMPLETE<br />
Continue with ENGINE START FLOW<br />
Hot Start - Oil Temperature at or greater than 180°F.<br />
1. ELECTRIC FUEL PUMP ................................ ON/CHECK PRESSURE<br />
2. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
3. THROTTLE ............................................................................ OPEN ½”<br />
4. PRIME ................................................................................ COMPLETE<br />
Continue with ENGINE START FLOW<br />
If a flooded engine is suspected:<br />
1. ELECTRIC FUEL PUMP ................................................................ OFF<br />
2. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
3. THROTTLE ................................................................ FULL FORWARD<br />
4. STARTER .............................................................................. ENGAGE<br />
After engine starts:<br />
5. MIXTURE CONTROL ................................FULL FORWARD (Full Rich)<br />
6. THROTTLE ........................................................................... 1000 RPM<br />
Continue with ENGINE START FLOW<br />
NOTE<br />
If the engine fails to start, wait several minutes for the fuel to<br />
drain from the cylinders before attempting a subsequent<br />
restart. Waiting time will depend on ambient air temperatures,<br />
engine temperatures, and battery voltage. If a subsequent start<br />
attempt is unsuccessful, contact the Fleet Maintenance<br />
Department.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
16 PA-28R-201 SOP<br />
Fuel Vapor (Vapor Lock)<br />
Identification and Corrective Action<br />
Recognition of a Vapor Problem:<br />
Fluctuations of idle speed and fuel flow.<br />
Poor engine response to throttle movement.<br />
Engine will not run when throttle is in the Close position.<br />
High RPM drop (greater than 150 rpm) when checking magnetos.<br />
Corrective Action:<br />
1) Advance the throttle to obtain an engine speed of 2300-2500 RPM.<br />
2) Maintain that engine speed for 1-2 minutes, or until engine operation<br />
becomes smooth. Ensure that the oil temperature remains within the<br />
acceptable range.<br />
3) Retard the throttle to the Close position to verify normal engine<br />
operation.<br />
4) Advance the throttle to 1000 RPM and lean for taxi.<br />
5) Immediately prior to brake release for the takeoff roll (coordinate with<br />
ATC, as necessary), set the mixture control to the full forward (full<br />
rich) position, advance the throttle to full forward, and hold the<br />
airplane in position with full throttle for 10 seconds to ensure<br />
satisfactory engine operation.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 17<br />
LEANING PROCEDURES<br />
The following leaning procedures, developed for use during ground, climb,<br />
cruise, descent, and landing operations, are employed to aid in<br />
preventative maintenance and flight safety operations.<br />
With respect to the engine operation, utilization and adherence to these<br />
procedures are important, especially during high power settings and rich<br />
mixture settings, to prolong the engine life and to ensure flight safety.<br />
GROUND<br />
Confirm that the Mixture Control is in the Full Forward (Full Rich)<br />
position.<br />
Lean the mixture by slowly moving the Mixture Control back to the<br />
stop.<br />
TAKEOFF (High elevation airports only)<br />
At high elevation airports (at or above 3000’ MSL), prior to takeoff,<br />
lean the mixture only enough to obtain smooth engine operation. Use<br />
care not to overheat the engine.<br />
CLIMB<br />
Below 3000’ pressure altitude, leave the Mixture Control in the Full<br />
Forward (Full Rich) position.<br />
Above 3000’ pressure altitude, lean the mixture only enough to obtain<br />
smooth engine operation.<br />
CRUISE (at all altitudes)<br />
Local Flight:<br />
Set cruise power, then slowly move the Mixture Control back until a<br />
until a slight increase of airspeed is noted or engine operation<br />
becomes rough.<br />
Next, slowly move the Mixture Control forward to obtain smooth<br />
engine operation.<br />
Cross-Country Flight:<br />
Set cruise power, then lean the mixture using the Exhaust Gas<br />
Temperature (EGT) gauge to achieve engine operation at 100°F to<br />
the “rich” side of peak (best power).<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
18 PA-28R-201 SOP<br />
MANEUVERS<br />
Ground Reference Maneuvers:<br />
Move the Mixture Control to the Full Forward (Full Rich) position.<br />
Other Maneuvers:<br />
Leave the Mixture Control in the established leaned position.<br />
DESCENT<br />
Slowly move the Mixture Control forward to enrichen the mixture<br />
during the descent.<br />
LANDING<br />
When operating VFR:<br />
Slowly move the Mixture Control to the Full Forward (Full Rich)<br />
position.<br />
Turn the Electric Fuel Pump ON when descending through 1000’<br />
AGL.<br />
When operating IFR:<br />
Slowly move the Mixture Control to the Full Forward (Full Rich)<br />
position.<br />
Turn the Electric Fuel Pump ON when descending through 1000’<br />
AGL.<br />
All VFR airplanes entering the traffic pattern:<br />
Slowly move the Mixture Control to the Full Forward (Full Rich)<br />
position.<br />
Turn the Electric Fuel Pump ON when descending through 1000’<br />
AGL.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 19<br />
BRAKE/STEERING CHECKING PROCEDURES<br />
When first beginning to taxi, conduct a check of braking effectiveness by:<br />
Allowing the airplane to begin movement under power; then,<br />
Reduce the power to idle and depress the top portion of both rudder<br />
pedals (brake function) sufficiently to bring the airplane to a complete<br />
stop.<br />
Verify that the braking effort, braking action, and pedal travel are all<br />
satisfactory.<br />
Verify that the airplane steering is satisfactory by:<br />
Depressing the rudder pedal in the direction of turn desired<br />
Verify that the airplane responds properly to the rudder pedal input.<br />
NOTE<br />
When an Instructor Pilot (IP) is seated in either the left or right<br />
front seat, the IP shall conduct a separate check of<br />
braking/steering effectiveness from that seating position to<br />
ensure that the rudder pedals are functioning properly,<br />
effectively, and satisfactory.<br />
Ensure that the throttle is set at idle before initiating a positive<br />
exchange of the flight controls.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
20 PA-28R-201 SOP<br />
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PA-28R-201 SOP 21<br />
Section 1:<br />
PRE-FLIGHT<br />
PROCEDURES<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
22 PA-28R-201 SOP<br />
INITIAL AIRCRAFT ACCEPTANCE<br />
CLIPBOARD CHECK<br />
Verify that the aircraft Hobbs meter and Tachometer agree with what<br />
is entered on the condition board.<br />
Review past discrepancies and deferred items to ensure that no open<br />
discrepancies exist.<br />
Verify that all aircraft and equipment inspections are current<br />
including:<br />
100-hour inspection<br />
Annual Inspection<br />
24-month Transponder Test and Inspection<br />
24-month Altimeter, Pitot-Static System, and automatic pressure<br />
altitude reporting system (Mode C) Test and Inspection<br />
12-month ELT Inspection<br />
ELT Battery<br />
VOR Accuracy Check (if applicable)<br />
Survival Kit<br />
Check oil and fuel levels first to avoid any delays on departure.<br />
Clean the interior and exterior sides of the windshield with approved<br />
cleaning solution and towels. A clean windshield increases visibility<br />
and collision avoidance. Ensure that there are no cracks in the<br />
windshield. Do not place any item(s) (i.e. headsets, clipboard, etc.)<br />
on top of the glare shield panel, as this can scratch the windshield.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 23<br />
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Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
24 PA-28R-201 SOP<br />
PRE-FLIGHT FLOW<br />
3<br />
4<br />
1<br />
2<br />
5<br />
OBJECTIVE:<br />
To facilitate an effective preflight and determine aircraft air<br />
worthiness.<br />
1. Cabin Checklist<br />
2. Right Wing Checklist<br />
3. Forward Fuselage Checklist<br />
4. Left Wing Checklist<br />
5. Aft Fuselage and Empennage Checklist<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 25<br />
PRE-FLIGHT CHECKLIST<br />
CABIN CHECKLIST<br />
1. GUST LOCKS (if installed) ..................................................... REMOVE<br />
2. GEAR SELECTOR ..................................................................... DOWN<br />
3. FIN STROBE (if installed) ................................................................. ON<br />
4. BATTERY MASTER SWITCH .......................................................... ON<br />
5. LANDING GEAR LIGHTS ........................... ILLUMINATED (3 GREEN)<br />
6. GEAR ALERT TEST SWITCH ............................................ PUSH/TEST<br />
7. FUEL GAUGES ......................................................................... CHECK<br />
8. ANNUNCIATOR PANEL .............................................................. TEST<br />
9. FLAPS ............................................................................... EXTEND 40°<br />
10. PITOT HEAT ............................................................................. CHECK<br />
11. EXTERIOR LIGHTS .................................................... ON/CHECK/OFF<br />
12. BATTERY MASTER SWITCH ........................................................ OFF<br />
13. RIGHT WING FUEL QUANTITY ............................................... CHECK<br />
14. ENGINE OIL QUANTITY ........................................................... CHECK<br />
15. LEFT WING FUEL QUANTITY .................................................. CHECK<br />
CALL FOR SERVICE IF REQUIRED<br />
16. DOCUMENTS ........................................................................... CHECK<br />
17. POH ................................................................................... AVAILABLE<br />
18. SEATBELT (as a control lock) ................................................ REMOVE<br />
19. PARKING BRAKE ........................................................................... SET<br />
20. FLIGHT CONTROLS .................................................. FREE/CORRECT<br />
21. FIRE EXTINGUISHER ............................................ CHECK/SECURED<br />
22. EMERGENCY GEAR LEVER............................................ UP/SECURE<br />
23. STABILATOR TRIM/RUDDER TRIM....................... CHECK/N (Neutral)<br />
24. ALTERNATE AIR SELECTOR ...................................................CLOSE<br />
25. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
26. PROPELLER CONTROL ........................................... FULL FORWARD<br />
27. THROTTLE ................................................................................CLOSE<br />
28. ALTERNATE STATIC SOURCE ...................................... ON/NORMAL<br />
29. IGNITION SWITCH ........................................................................ OFF<br />
30. FUEL SELECTOR ............................................... CHECK/L (Left) TANK<br />
31. STATIC SYSTEM ........................................................................DRAIN<br />
32. ELECTRICAL SWITCHES ............................................................. OFF<br />
33. ELT SWITCH ............................................................................ ARMED<br />
34. WINDOWS ......................................................................... CLEAN ALL<br />
35. CABIN CHECKLIST ........................................................... COMPLETE<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
26 PA-28R-201 SOP<br />
1. GUST LOCKS (if equipped) REMOVE<br />
If equipped, REMOVE the GUST LOCKS from all flight control surfaces.<br />
Stow and secure the gust locks in the baggage compartment.<br />
CAUTION<br />
The ailerons or rudder will be damaged if moved with the gust<br />
locks installed.<br />
2. GEAR SELECTOR DOWN<br />
Verify that the GEAR SELECTOR is in the DOWN position to ensure that<br />
the landing gear will not attempt to retract when the battery master switch is<br />
turned ON.<br />
3. FIN STROBE (if installed) ON<br />
If installed, depress the FIN STROBE switch to the ON position. Leave all<br />
other exterior lights off.<br />
4. BATTERY MASTER SWITCH ON<br />
Depress the BATTERY MASTER SWITCH to the ON position to provide<br />
power to the main electrical bus and the tie bus. Listen for the turn<br />
coordinator gyro “spooling up” and confirm that the red warning flag on the<br />
instrument face is no longer visible (indicating proper operation).<br />
5. LANDING GEAR LIGHTS ILLUMINATED (3 GREEN)<br />
Verify that the three (3) green LANDING GEAR LIGHTS are<br />
ILLUMINATED.<br />
6. GEAR ALERT TEST SWITCH PUSH/TEST<br />
Momentarily push the GEAR ALERT TEST SWITCH located beneath the<br />
Landing Gear Selector. The “test okay” aural callout should be heard. If the<br />
“test okay” aural callout is not heard, notify Fleet Maintenance.<br />
7. FUEL GAUGES CHECK<br />
CHECK that both FUEL GAUGES are indicating properly and that the<br />
required amount of fuel for the flight is indicated (refer to the <strong>ERAU</strong> Flight<br />
Operations Manual for fuel requirements). If insufficient fuel is on board,<br />
contact <strong>ERAU</strong> Flight Data (Eagle Data) on 122.825 MHz to request aircraft<br />
servicing (Fuel Truck).<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 27<br />
NOTE<br />
The fuel quantity indicators shall not substitute for visually<br />
checking fuel quantity.<br />
8. ANNUNCIATOR PANEL TEST<br />
Depress and hold the ANNUNCIATOR PANEL button to TEST that all<br />
indicators illuminate, including the red GEAR WARN light and the LOW<br />
VAC light on the AUX VAC Switch. After releasing test button, only the OIL<br />
VAC, and ALT lights should remain illuminated.<br />
9. FLAPS EXTEND 40°<br />
Verify that the area in the vicinity of the FLAPS is clear and then raise the<br />
flap control handle to EXTEND the flaps to the 40° position.<br />
10. PITOT HEAT CHECK<br />
NOTE<br />
For IFR only.<br />
Depress the PITOT HEAT switch to the ON position and CHECK that the<br />
pitot mast is warm to touch within 30 seconds. Depress the Pitot Heat<br />
switch to the OFF position.<br />
WARNING<br />
Ground operation of pitot heat should be limited to a maximum<br />
time of 3 minutes to avoid damaging the pitot heating unit. If<br />
the pitot heat has been on more than 30 seconds, DO NOT<br />
TOUCH THE PITOT MAST. Severe burns may occur.<br />
11. EXTERIOR LIGHTS ON/CHECK/OFF<br />
Turn ON and visually CHECK that all EXTERIOR LIGHTS appropriate to<br />
the flight are operating properly. Turn the Exterior Lights OFF after<br />
checking.<br />
Day: If any lights are inoperative, determine if they are required per 14<br />
CFR Part 91.205, 91.209, and 91.213.<br />
Night: In addition to the exterior lights, CHECK the interior cabin<br />
lighting. To adjust the panel lighting, turn both the radio and panel light<br />
rheostat controls, located on lower panel below the left control yoke,<br />
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28 PA-28R-201 SOP<br />
clockwise to increase light intensity. CHECK the dome lighting with the<br />
BRIGHT-OFF-DIM switch located overhead.<br />
NOTE<br />
If flying from daylight into night, lighting required for night<br />
flight operations must be operative.<br />
Be courteous with the use of strobes. Avoid leaving exterior<br />
lights on longer than necessary while checking their operation<br />
to conserve battery life. Ensure required lights are operating in<br />
accordance with 14 CFR Part 91.205, 91.209, and 91.213.<br />
12. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position to avoid<br />
inadvertent starting of the engine during preflight.<br />
13. RIGHT WING FUEL QUANTITY CHECK<br />
Visually CHECK the RIGHT WING FUEL QUANTITY. After checking,<br />
ensure that the fuel filler cap is secure with the handle parallel to the<br />
airplane’s longitudinal axis.<br />
NOTE<br />
Each fuel tank is equipped with a filler neck indicator tab to aid<br />
in determining fuel remaining when the tank is not full. Usable<br />
capacity when the fuel level is at the bottom of the tab is 25<br />
gallons.<br />
14. ENGINE OIL QUANTITY CHECK<br />
Visually CHECK the ENGINE OIL QUANTITY level [six (6) to eight (8)<br />
quarts] and ensure that the dipstick/filler cap is secured. Do not operate<br />
with less than six (6) quarts of oil.<br />
NOTE<br />
If the level is below six (6) quarts, obtain Exxon Elite 20W-50 oil<br />
from the ramp fuel truck or applicable FBO. Use Aeroshell 100<br />
(SAE 50) or equivalent, only if Exxon Elite 20W-50 is<br />
unavailable.<br />
15. LEFT WING FUEL QUANTITY CHECK<br />
Visually CHECK the LEFT WING FUEL QUANTITY. After checking,<br />
ensure that the fuel filler cap is secure with the handle parallel to the<br />
airplane’s longitudinal axis.<br />
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PA-28R-201 SOP 29<br />
NOTE<br />
Each fuel tank is equipped with a filler neck indicator tab to aid<br />
in determining fuel remaining when the tank is not full. Usable<br />
capacity when the fuel level is at the bottom of the tab is 25<br />
gallons.<br />
CALL FOR SERVICE IF REQUIRED<br />
If insufficient fuel or oil is noted, contact <strong>ERAU</strong> Flight Data (Eagle<br />
Data) on 122.825 MHz to request aircraft servicing (Fuel Truck).<br />
16. DOCUMENTS CHECK<br />
CHECK that the Airworthiness Certificate and Aircraft Registration are on<br />
board the airplane. Verify the Registration has not expired. Verify that the<br />
DOCUMENTS have the correct registration number (“N” number) for the<br />
airplane. Ensure that the Airworthiness Certificate is clearly visible.<br />
17. POH AVAILABLE<br />
Ensure that the POH (Pilot Operating Handbook) for that airplane is<br />
AVAILABLE, including the weight and balance documentation (per 14 CFR<br />
Part 91.9).<br />
18. SEATBELT (as a control lock) REMOVE<br />
REMOVE the pilot side SEAT BELT from the control yoke to allow for<br />
freedom of movement of the flight controls.<br />
19. PARKING BRAKE SET<br />
SET the PARKING BRAKE by pulling the Parking Brake Lever aft, and then<br />
pushing the button. Do not depress the brake pedals while trying to<br />
engage the parking brake, as this will prevent the parking brake from<br />
working.<br />
CAUTION<br />
If the parking brake is not engaged, the airplane may roll on the<br />
ramp when tie-downs and chocks are removed.<br />
20. FLIGHT CONTROLS FREE/CORRECT<br />
Move the FLIGHT CONTROLS to their maximum travel in all directions<br />
(“Box Pattern”) to verify they are FREE/CORRECT and not restricted in<br />
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30 PA-28R-201 SOP<br />
movement. Visually verify that the control surfaces move in the proper<br />
direction.<br />
NOTE<br />
To accomplish a “Box Pattern”, starting with the control yoke in<br />
the “wings level” position, move the control yoke full forward,<br />
then full left, then full aft, then full right, then full forward, then<br />
return to starting position. Ensure that control movement to<br />
the full positions are accomplished without abruptly<br />
(“slamming”) reaching the limits of travel.<br />
21. FIRE EXTINGUISHER CHECK/SECURED<br />
CHECK the FIRE EXTINGUISHER for proper charge (indicator pointing in<br />
the green) and the date of last inspection (within 1year). Verify that the fire<br />
extinguisher is SECURED by verifying the bracket latch is closed.<br />
22. EMERGENCY GEAR LEVER UP/SECURE<br />
Check the EMERGENCY GEAR LEVER (located between the front seats<br />
and to the left of the flap control handle) to ensure that it is in the UP<br />
position and SECURE.<br />
23. STABILATOR TRIM/RUDDER TRIM CHECK/N (Neutral)<br />
CHECK the STABILATOR TRIM and the RUDDER TRIM indicators and set<br />
the Stabilator trim to the N (Neutral) position.<br />
24. ALTERNATE AIR SELECTOR CLOSE<br />
Verify that the ALTERNATE AIR SELECTOR is in the CLOSE position.<br />
25. MIXTURE CONTROL IDLE CUT-OFF<br />
Verify that the MIXTURE CONTROL is in the IDLE CUT-OFF position to<br />
ensure that engine will not inadvertently start during preflight.<br />
26. PROPELLER CONTROL FULL FORWARD<br />
Verify that the PROPELLER CONTROL is in the FULL FORWARD<br />
position.<br />
27. THROTTLE CLOSE<br />
Verify that the THROTTLE is in the CLOSE position to help prevent the<br />
engine from inadvertently starting during the preflight.<br />
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28. ALTERNATE STATIC SOURCE ON/NORMAL<br />
Place the ALTERNATE STATIC SOURCE control valve, located below the<br />
left side of the instrument panel, to the ON position. A small increase on<br />
the altimeter and VSI may be noted. Return the alternate static source<br />
control valve to the NORMAL (OFF) position.<br />
29. IGNITION SWITCH OFF<br />
Verify that the IGNITION SWITCH is in the OFF position to avoid<br />
inadvertent engine starting during the preflight.<br />
30. FUEL SELECTOR CHECK/L (Left) TANK<br />
CHECK the FUEL SELECTOR for freedom of movement through all<br />
positions and return to the L (Left) TANK position.<br />
31. STATIC SYSTEM DRAIN<br />
DRAIN the STATIC SYSTEM pitot and static lines by pushing in on the<br />
buttons through separate drain valves located on the lower left side cabin<br />
wall adjacent to the pilot.<br />
32. ELECTRICAL SWITCHES OFF<br />
Verify that all ELECTRICAL SWITCHES, including the Radio Master and<br />
Panel Light Switches, are in the OFF position to avoid electrical surges<br />
through equipment when the Battery Master Switch is turned ON.<br />
33. ELT SWITCH ARMED<br />
Ensure that the ELT SWITCH is in the ARMED position. With the switch in<br />
the ON position, an ELT emergency signal will transmit.<br />
34. WINDOWS CLEAN ALL<br />
CLEAN ALL WINDOWS, including the windshield (both the interior and<br />
exterior sides), with <strong>ERAU</strong> approved cleaning solution and towels. When<br />
wiping the windows, use a linear motion parallel to the direction of airflow.<br />
A clean windshield increases visibility and collision avoidance, thereby<br />
enhancing safety. Ensure there are no cracks in the windshield. Do not<br />
place any items on top of panel as this can scratch the windshield.<br />
35. CABIN CHECKLIST COMPLETE<br />
Upon completion of the CABIN CHECKLIST, verify that all items have been<br />
accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
[Removed Note]<br />
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32 PA-28R-201 SOP<br />
RIGHT WING CHECKLIST<br />
Start the exterior inspection at the right rear wing and proceed<br />
in a counter-clockwise direction. Emphasis and attention<br />
should be placed on all surface conditions including flight<br />
control surfaces and access panel security. Check surface<br />
areas around the aircraft for fluid leakage and foreign object<br />
damage (FOD). A flashlight is required for all preflight<br />
inspections conducted at night.<br />
1. FLAP/AILERON ...................................................................... INSPECT<br />
2. STATIC WICKS (3)................................................................. INSPECT<br />
3. WING TIP/LIGHTS ................................................................. INSPECT<br />
4. LEADING EDGE ..................................................................... INSPECT<br />
5. FUEL QUANTITY ...................................................... VERIFY (CHECK)<br />
6. TIE-DOWN/CHOCKS ............................................................. REMOVE<br />
7. FUEL TANK VENT .................................................................... CHECK<br />
8. MAIN GEAR ........................................................................... INSPECT<br />
9. RIGHT WING FUEL SUMP DRAIN (1) ....................................... DRAIN<br />
10. RIGHT WING CHECKLIST ................................................. COMPLETE<br />
1. FLAP/AILERON INSPECT<br />
INSPECT the FLAP and AILERON, checking for freedom of movement<br />
and/or security of the hinges and actuators.<br />
2. STATIC WICKS (3) INSPECT<br />
INSPECT the condition and security of the STATIC WICKS (3): one (1) on<br />
the flap and two (2) on the aileron.<br />
3. WING TIP/LIGHTS INSPECT<br />
INSPECT the WING TIP for dents and cracks. If a crack exists, verify that<br />
is has been stop drilled to prevent further cracking. INSPECT the condition<br />
of the strobe and position LIGHTS.<br />
4. LEADING EDGE INSPECT<br />
INSPECT the LEADING EDGE of the wing for dents and cracks.<br />
5. FUEL QUANTITY VERIFY (CHECK)<br />
VERIFY that the FUEL QUANTITY has been checked at least once since<br />
the last refueling. If the aircraft has been refueled since originally sampling<br />
the fuel, CHECK the fuel again for proper grade and for any debris.<br />
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PA-28R-201 SOP 33<br />
6. TIE-DOWN/CHOCKS REMOVE<br />
Slowly REMOVE the TIE-DOWN to avoid any under wing damage and<br />
place the chain adjacent to, but not in, the indentation of the concrete<br />
around the chain’s ramp securing points (water accumulation in these<br />
areas will rust the chains). Place the CHOCKS over the chain’s ramp<br />
securing point to keep them away from the landing gear and propeller.<br />
7. FUEL TANK VENT CHECK<br />
CHECK that the FUEL TANK VENT (located on underside of wing) is<br />
unobstructed. The fuel tank vent provides a venting source to<br />
accommodate changing pressure in the fuel tank to ensure proper fuel flow.<br />
It is normal to see fuel or evidence of fuel (blue staining) at the vent due<br />
fuel expansion as its temperature increases.<br />
8. MAIN GEAR INSPECT<br />
INSPECT the MAIN GEAR and brake assembly for damage, cracks,<br />
hydraulic fluid, and brake pad wear. Check to see that the tire looks<br />
properly inflated, is free of “flat” spots from skidding, and no cord is<br />
showing. Check the main gear retraction mechanism for any<br />
obstruction(s). Check the Up Lock and Down Lock switches. Check the<br />
strut for proper strut inflation (2.50” ± .25”). Check the main gear door for<br />
security and any damage. Finally, check the external main gear<br />
components are secure with castle nuts and safety (cotter) pins.<br />
9. RIGHT WING FUEL SUMP DRAIN (1) DRAIN<br />
Using the fuel sample cup, DRAIN a small quantity of fuel from the RIGHT<br />
WING FUEL SUMP DRAIN (located on the inboard rear corner of the<br />
underside of the right wing). Check for water, sediment, and verify that the<br />
proper grade of fuel (100LL, Blue in color) is present. Water in the sample<br />
will be indicated by a clear amount of liquid at the bottom of the sampler<br />
cup (due to the greater density of water than fuel). Dispose of<br />
contaminated fuel in the fuel receptacles located on the east side of the<br />
<strong>ERAU</strong> ramp. Remove any residual water from inside of sampler cup and<br />
continue to take fuel samples until water is no longer present in any fuel<br />
sample.<br />
NOTE<br />
DO NOT DUMP FUEL ON THE RAMP.<br />
10. RIGHT WING CHECKLIST COMPLETE<br />
Upon completion of the RIGHT WING CHECKLIST, verify that all items<br />
have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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34 PA-28R-201 SOP<br />
FORWARD FUSELAGE CHECKLIST<br />
1. EXHAUST STACK .................................................................. INSPECT<br />
2. OIL COOLER INTAKE ............................................................ INSPECT<br />
3. OIL QUANTITY .......................................................... VERIFY (CHECK)<br />
4. PROPELLER/SPINNER ......................................................... INSPECT<br />
5. COOLING/INDUCTION INTAKE ............................................ INSPECT<br />
6. LANDING LIGHT .................................................................... INSPECT<br />
7. HEATER AIR INLET ............................................................... INSPECT<br />
8. NOSE GEAR .......................................................................... INSPECT<br />
9. TIE-DOWN (if used)................................................................ REMOVE<br />
10. ENGINE COWL ...................................................................... INSPECT<br />
11. FUEL STRAINER DRAIN (1)...................................................... DRAIN<br />
12. FORWARD FUSELAGE CHECKLIST ................................ COMPLETE<br />
1. EXHAUST STACK INSPECT<br />
INSPECT the EXHAUST STACK to ensure that it is SECURE and free of<br />
cracks. Verify that inside the exhaust stack is clear of any foreign objects.<br />
2. OIL COOLER INTAKE INSPECT<br />
INSPECT the OIL COOLER INTAKE to ensure that it is free of<br />
obstructions.<br />
3. OIL QUANTITY VERIFY (CHECK)<br />
VERIFY that the OIL QUANTITY has been checked. If oil has been added<br />
since originally checking, CHECK the oil again to ensure that the correct<br />
level has been attained.<br />
4. PROPELLER/SPINNER INSPECT<br />
WARNING<br />
Do not move the propeller.<br />
INSPECT the PROPELLER for nicks, cracks, and that each blade is<br />
secure. The SPINNER should be free of cracks and securely fastened with<br />
all of its attaching screws. Check for any oil leaks on back side of each<br />
blade from the propeller hub.<br />
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PA-28R-201 SOP 35<br />
5. COOLING/INDUCTION INTAKE INSPECT<br />
INSPECT the engine COOLING AND INDUCTION INTAKE to ensure that<br />
the area is clear of any foreign objects.<br />
6. LANDING LIGHT INSPECT<br />
INSPECT the LANDING LIGHT for general condition and cracks.<br />
7. HEATER AIR INLET INSPECT<br />
INSPECT the HEATER AIR INLET to ensure that it is free of any<br />
obstructions.<br />
8. NOSE GEAR INSPECT<br />
INSPECT the NOSE GEAR springs and oleo strut for damage and cracks,<br />
and the retraction mechanism for obstructions. Check the Up Lock and<br />
Down Lock switches. Check the NOSE GEAR doors for condition and<br />
security. Check the nose strut for proper inflation (2.75” ± .25”). Inspect<br />
the shimmy damper for damage. Check to see that the tire is properly<br />
inflated and no cord is showing. Finally, check the external nose gear<br />
components are secure with castle nuts and safety (cotter) pins.<br />
9. TIE-DOWN (if used) REMOVE<br />
Slowly REMOVE the TIE-DOWN (if used) to avoid any under nose damage<br />
and place the chain adjacent to, but not in, the indentation of the concrete<br />
around the chain’s ramp securing points (water accumulation in these<br />
areas will rust the chains).<br />
10. ENGINE COWL INSPECT<br />
INSPECT the ENGINE COWL for security and that it is fastened with all of<br />
its attaching fasteners. There should be no deformation or damage to the<br />
surface of the cowling. Check around and under the cowl for excessive<br />
fluid/oil leaks.<br />
11. FUEL STRAINER DRAIN (1) DRAIN<br />
Using the fuel sample cup, DRAIN a small quantity of fuel from the FUEL<br />
STRAINER DRAIN (located on the left lower portion of the engine cowling).<br />
Check for water, sediment, and verify that the proper grade of fuel (100LL,<br />
Blue in color) is present. Water in the sample will be indicated by a clear<br />
amount of liquid at the bottom of the sampler cup (due to the greater<br />
density of water than fuel). Dispose of contaminated fuel in the fuel<br />
receptacles located on the east side of the <strong>ERAU</strong> ramp. Remove any<br />
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36 PA-28R-201 SOP<br />
residual water from inside of sampler cup and continue to take fuel samples<br />
until water is no longer present in any fuel sample.<br />
NOTE<br />
DO NOT DUMP FUEL ON THE RAMP.<br />
12. FORWARD FUSELAGE CHECKLIST COMPLETE<br />
Upon completion of the FORWARD FUSELAGE CHECKLIST, verify that all<br />
items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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PA-28R-201 SOP 37<br />
LEFT WING CHECKLIST<br />
1. LEFT WING FUEL SUMP DRAIN (1) ..........................................DRAIN<br />
2. MAIN GEAR ........................................................................... INSPECT<br />
3. FUEL TANK VENT .................................................................... CHECK<br />
4. TIE-DOWN/CHOCKS ............................................................. REMOVE<br />
5. FUEL QUANTITY ...................................................... VERIFY (CHECK)<br />
6. LEADING EDGE .................................................................... INSPECT<br />
7. STALL WARNING VANE .......................................................... CHECK<br />
8. PITOT MAST ............................................................................. CHECK<br />
9. WING TIP/LIGHTS ................................................................. INSPECT<br />
10. AILERON/FLAP ...................................................................... INSPECT<br />
11. STATIC WICKS (3) ................................................................ INSPECT<br />
12. LEFT WING CHECKLIST ................................................... COMPLETE<br />
1. LEFT WING FUEL SUMP DRAIN (1) DRAIN<br />
Using the fuel sample cup, DRAIN a small quantity of fuel from the LEFT<br />
WING FUEL SUMP DRAIN (located on the inboard rear corner of the<br />
underside of the left wing). Check for water, sediment, and verify that the<br />
proper grade of fuel (100LL, Blue in color) is present. Water in the sample<br />
will be indicated by a clear amount of liquid at the bottom of the sampler<br />
cup (due to the greater density of water than fuel). Dispose of<br />
contaminated fuel in the fuel receptacles located on the east side of the<br />
<strong>ERAU</strong> ramp. Remove any residual water from inside of sampler cup and<br />
continue to take fuel samples until water is no longer present in any fuel<br />
sample.<br />
NOTE<br />
DO NOT DUMP FUEL ON THE RAMP.<br />
2. MAIN GEAR INSPECT<br />
INSPECT the MAIN GEAR and brake assembly for damage, cracks,<br />
hydraulic fluid, and brake pad wear. Check to see that the tire looks<br />
properly inflated, is free of “flat” spots from skidding, and no cord is<br />
showing. Check the main gear retraction mechanism for any<br />
obstruction(s). Check the Up Lock and Down Lock switches and the Squat<br />
switch. Check the strut for proper strut inflation (2.50” ± .25”). Check the<br />
main gear door for security and any damage. Finally, check the external<br />
main gear components are secure with castle nuts and safety (cotter) pins.<br />
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38 PA-28R-201 SOP<br />
3. FUEL TANK VENT CHECK<br />
CHECK that the FUEL TANK VENT (located on underside of wing) is<br />
unobstructed. The fuel tank vent provides a venting source to<br />
accommodate changing pressure in the fuel tank to ensure proper fuel flow.<br />
It is normal to see fuel or evidence of fuel (blue staining) at the vent due<br />
fuel expansion as its temperature increases.<br />
4. TIE-DOWN/CHOCKS REMOVE<br />
Slowly REMOVE the TIE-DOWN to avoid any under wing damage and<br />
place the chain adjacent to, but not in, the indentation of the concrete<br />
around the chain’s ramp securing points (water accumulation in these<br />
areas will rust the chains). Place the CHOCKS over the chain’s ramp<br />
securing point to keep them away from the landing gear and propeller.<br />
5. FUEL QUANTITY VERIFY (CHECK)<br />
VERIFY that the FUEL QUANTITY has been checked at least once since<br />
the last refueling. If the aircraft has been refueled since originally sampling<br />
the fuel, CHECK the fuel again for proper grade and for any debris.<br />
6. LEADING EDGE INSPECT<br />
INSPECT the LEADING EDGE of the wing for dents and cracks.<br />
7. STALL WARNING VANE CHECK<br />
CHECK the STALL WARNING VANE for freedom of movement and ensure<br />
that it is unobstructed. Listen for microswitch contact.<br />
8. PITOT MAST CHECK<br />
CHECK the PITOT MAST mounting and verify that the ram air intake and<br />
the drain hole are free of obstructions, and, if applicable, that the static port,<br />
located on the back of the mast, is free of any obstruction.<br />
9. WING TIP/LIGHTS INSPECT<br />
INSPECT the WING TIP for dents and cracks. If a crack exists, verify that<br />
is has been stop drilled to prevent further cracking. INSPECT the condition<br />
of the strobe and position LIGHTS.<br />
10. AILERON/FLAP INSPECT<br />
INSPECT the AILERON and FLAP, checking for freedom of movement<br />
and/or security of the hinges and actuators.<br />
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PA-28R-201 SOP 39<br />
11. STATIC WICKS (3) INSPECT<br />
INSPECT the condition and security of the STATIC WICKS (3): one (1) on<br />
the flap and two (2) on the aileron.<br />
12. LEFT WING CHECKLIST COMPLETE<br />
Upon completion of the LEFT WING CHECKLIST, verify that all items have<br />
been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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40 PA-28R-201 SOP<br />
AFT FUSELAGE AND EMPENNAGE CHECKLIST<br />
1. LEFT STATIC VENT ............................................................... INSPECT<br />
2. FRESH AIR INLET ................................................................. INSPECT<br />
3. VERTICAL STABILIZER/RUDDER ......................................... INSPECT<br />
4. HORIZONTAL STABILATOR/TRIM TAB ................................ INSPECT<br />
5. STATIC WICKS (3)................................................................. INSPECT<br />
6. TIE-DOWN ............................................................................. REMOVE<br />
7. RIGHT STATIC VENT ............................................................ INSPECT<br />
8. EXTERNAL POWER ACCESS PANEL ..................................... CHECK<br />
9. SURVIVAL EQUIPMENT ...................................................... SECURED<br />
10. BAGGAGE DOOR ................................................... CLOSED/LOCKED<br />
11. ANTENNAS ............................................................................ INSPECT<br />
12. 360° WALK-AROUND ........................................................ COMPLETE<br />
13. AFT FUSELAGE AND EMPENNAGE CHECKLIST ............ COMPLETE<br />
1. LEFT STATIC VENT INSPECT<br />
INSPECT the LEFT STATIC VENT opening to ensure that it is is clear of<br />
obstructions in order to supply ambient air pressure to the static system.<br />
2. FRESH AIR INLET INSPECT<br />
INSPECT the FRESH AIR INLET to ensure that it is clear of any<br />
obstructions in order to allow airflow to the cabin.<br />
3. VERTICAL STABILIZER/RUDDER INSPECT<br />
INSPECT the VERTICAL STABILIZER and RUDDER, checking for the<br />
condition of the rudder trim tab and ensuring that all hinges and push rods<br />
are sound and operational. Do not move the rudder.<br />
4. HORIZONTAL STABILATOR/TRIM TAB INSPECT<br />
INSPECT the HORIZONTAL STABILATOR and TRIM TAB, checking for<br />
freedom of movement and security, including hinges and control cables.<br />
5. STATIC WICKS (3) INSPECT<br />
INSPECT the condition and security of the STATIC WICKS (3): two (2) on<br />
the stabilator and one (1) on the rudder.<br />
6. TIE-DOWN REMOVE<br />
Slowly REMOVE the TIE-DOWN to avoid any under fuselage damage and<br />
place the chain adjacent to, but not in, the indentation of the concrete<br />
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PA-28R-201 SOP 41<br />
around the chain’s ramp securing points (water accumulation in these<br />
areas will rust the chains).<br />
7. RIGHT STATIC VENT INSPECT<br />
INSPECT the RIGHT STATIC VENT opening to ensure that it is clear of<br />
obstructions in order to supply ambient air pressure to the static system.<br />
8. EXTERNAL POWER ACCESS PANEL CHECK<br />
CHECK the EXTERNAL POWER ACCESS PANEL to ensure that it is<br />
closed and secure.<br />
9. SURVIVAL EQUIPMENT SECURED<br />
Verify that the SURVIVAL EQUIPMENT, including the survival kit, is on<br />
board, has not expired, and has a safety tag and it is not broken. Verify any<br />
cargo (including the Survival Equipment) in the baggage area has been<br />
SECURED with the cargo safety straps to prevent shifting during flight.<br />
10. BAGGAGE DOOR CLOSED/LOCKED<br />
Ensure the BAGGAGE DOOR is CLOSED and LOCKED in order to<br />
prevent inadvertent opening during flight.<br />
11. ANTENNAS INSPECT<br />
INSPECT all communication, navigation, and ELT ANTENNAS for security<br />
and to ensure none are damaged. Also inspect the landing gear alert<br />
system’s transducer antenna.<br />
12. 360° WALK-AROUND COMPLETE<br />
COMPLETE a 360° WALK-AROUND inspection of the airplane in the<br />
direction opposite (clockwise) of the direction the airplane was preflighted<br />
to ensure that no items (tie downs, fuel caps, chocks, etc.) were missed.<br />
13. AFT FUSELAGE AND EMPENNAGE CHECKLIST COMPLETE<br />
Upon completion of the AFT FUSELAGE AND EMPENNAGE CHECKLIST,<br />
verify that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
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42 PA-28R-201 SOP<br />
RAMP OUT CHECKLIST<br />
1. BATTERY MASTER SWITCH .......................................................... ON<br />
2. RADIO MASTER SWITCH ............................................................... ON<br />
3. CLEARANCE ............................................................................ OBTAIN<br />
4. FLIGHT DATA (Eagle Data) ................................................ RAMP OUT<br />
5. RADIO MASTER SWITCH ............................................................. OFF<br />
6. BATTERY MASTER SWITCH ........................................................ OFF<br />
7. RAMP OUT CHECKLIST .................................................... COMPLETE<br />
1. BATTERY MASTER SWITCH ON<br />
Depress the BATTERY MASTER SWITCH to the ON position.<br />
2. RADIO MASTER SWITCH ON<br />
Depress the RADIO MASTER SWITCH to the ON position.<br />
3. CLEARANCE OBTAIN<br />
Monitor and record ATIS. Then, contact KDAB Clearance Delivery to<br />
OBTAIN a VFR or IFR departure CLEARANCE. Verify that the clearance<br />
contains all the required items and will not cause you to deviate from any<br />
FAA regulation, <strong>ERAU</strong> policy, or put the aircraft in jeopardy.<br />
4. FLIGHT DATA (Eagle Data) RAMP OUT<br />
Contact <strong>ERAU</strong> FLIGHT DATA (Eagle Data) on 122.825 MHz to RAMP<br />
OUT by providing the aircraft’s Hobbs and Tach time. The readings<br />
provided should match the clipboard entries. Copy and read back the “dueback”<br />
time.<br />
5. RADIO MASTER SWITCH OFF<br />
Depress the RADIO MASTER SWITCH to the OFF position.<br />
6. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position.<br />
7. RAMP OUT CHECKLIST COMPLETE<br />
Upon completion of the RAMP OUT CHECKLIST, verify that all items have<br />
been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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PA-28R-201 SOP 43<br />
Section 2:<br />
NORMAL PROCEDURES<br />
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44 PA-28R-201 SOP<br />
BEFORE START FLOW<br />
1<br />
2<br />
3<br />
15<br />
14<br />
12 11 10<br />
13<br />
7<br />
8<br />
9<br />
6<br />
4 5<br />
OBJECTIVE:<br />
To configure the aircraft in preparation for engine start.<br />
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PA-28R-201 SOP 45<br />
BEFORE START CHECKLIST<br />
1. PASSENGER/CREW BRIEFING ....................................... COMPLETE<br />
2. AIRPORT DIAGRAM ................................. REVIEW/KEEP AVAILABLE<br />
3. FUEL SELECTOR ........................................................ FULLEST TANK<br />
4. EMERGENCY GEAR LEVER............................................ UP/SECURE<br />
5. FLAPS .............................................................................. RETRACT 0°<br />
6. CIRCUIT BREAKERS ........................................................................ IN<br />
7. FIN STROBE (if installed) ................................................................. ON<br />
8. ALTERNATE AIR SELECTOR ...................................................CLOSE<br />
9. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
10. PROPELLER CONTROL ........................................... FULL FORWARD<br />
11. THROTTLE ............................................................................ OPEN ¼”<br />
12. GEAR SELECTOR ........................................................ VERIFY DOWN<br />
13. PARKING BRAKE ........................................................................... SET<br />
14. PANEL LIGHTS ...................................................................... OFF (ON)<br />
15. SEATBELTS/HARNESSES .............................................................. ON<br />
16. BEFORE START CHECKLIST ........................................... COMPLETE<br />
1. PASSENGER/CREW BRIEFING COMPLETE<br />
COMPLETE the PASSENGER and CREW BRIEFING as appropriate:<br />
PASSENGER BRIEFING<br />
Seatbelts (Operation)<br />
Air Vents<br />
(Location/Operation)<br />
Fire Extinguisher<br />
(Location)<br />
Exit Use (Location)<br />
Survival Kit (Location)<br />
Traffic Watch (Clock<br />
Reference/Notification)<br />
CREW BRIEFING<br />
Airport Diagram<br />
ATIS/AWOS/FSS<br />
Runway(s) in use<br />
Crosswind Component<br />
Takeoff/Accelerate Stop Distance<br />
Departure/Taxi Clearance<br />
V A<br />
Who is P-I-C<br />
Positive Exchange of Flight Controls<br />
Sterile Cockpit<br />
Safe Attitude<br />
2. AIRPORT DIAGRAM REVIEW/KEEP AVAILABLE<br />
REVIEW an AIRPORT DIAGRAM of the runways/taxiways and where you<br />
are located on the airport. Verify that you are able to comply with all taxi<br />
clearances received from ATC. At non-towered airports, determine the<br />
best taxi route to the departure runway considering wind conditions and<br />
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46 PA-28R-201 SOP<br />
local traffic. KEEP the airport diagram AVAILABLE for reference<br />
throughout the taxi.<br />
3. FUEL SELECTOR FULLEST TANK<br />
Verify that the FUEL SELECTOR is positioned on the FULLEST TANK.<br />
4. EMERGENCY GEAR LEVER UP/SECURE<br />
Check the EMERGENCY GEAR LEVER (located between the front seats<br />
and to the left of the flap control handle) to ensure that it is in the UP<br />
position and SECURE.<br />
5. FLAPS RETRACT 0°<br />
Before changing the flap position on the ground, verify that you have the<br />
flap control handle and call out, “Flaps Identified”. Wait for the IP to<br />
respond, “Flaps Verified”, then RETRACT the FLAPS the the 0° position.<br />
Visually verify that the flaps move towards and stop in the fully retracted<br />
position and call out, “Flaps Up.” Wait for the IP to respond, “Flaps Up,<br />
Verified.”<br />
NOTE<br />
Although the PA-28R-201 Gear Selector and Flap Control<br />
Handle are distinguishable, a positive transfer of training will<br />
occur from this aircraft to other aircraft where the landing gear<br />
and flap controls may be similar.<br />
If the flaps fail to retract by its spring return mechanism, return<br />
the Flap Control Handle at the next lowest notch to the actual<br />
flap position (e.g., flaps at 40°, leave the Flap Control Handle at<br />
the 25° position) to avoid having the flaps retract suddenly to<br />
the 0° position, which may result in flap damage.<br />
6. CIRCUIT BREAKERS IN<br />
Visually verify that all CIRCUIT BREAKERS are IN by running your hand<br />
across the circuit breaker panel to confirm. Do not reset a “popped” circuit<br />
breaker more than one time to avoid the possibility of an electrical fire.<br />
7. FIN STROBE (if installed) ON<br />
If installed, verify that the FIN STROBE switch is in the ON position to<br />
indicate engine starting in progess. If a Fin Strobe is not installed, use the<br />
anti-collision light (Strobe Lights). Turn the anti-collision lights (Strobe<br />
Lights) Off after the engine has started.<br />
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PA-28R-201 SOP 47<br />
For night operations (from sunset to sunrise), if a Fin Strobe is not installed,<br />
depress the Nav Lights switch to the ON position.<br />
8. ALTERNATE AIR SELECTOR CLOSE<br />
Verify that the ALTERNATE AIR SELECTOR is in the CLOSE position.<br />
9. MIXTURE CONTROL IDLE CUT-OFF<br />
Verify that the MIXTURE CONTROL is in the IDLE CUT-OFF position.<br />
10. PROPELLER CONTROL FULL FORWARD<br />
Verify that the PROPELLER CONTROL is in the FULL FORWARD<br />
position.<br />
11. THROTTLE OPEN ¼”<br />
Set the THROTTLE OPEN ¼'' from the Close position to allow the fuel/air<br />
mixture to reach the cylinders for engine start.<br />
NOTE<br />
If the engine starts with throttle open more than ¼”, a surge to a<br />
higher RPM prior will be experienced without prior oil being<br />
circulated potentially resulting in internal engine damage.<br />
12. GEAR SELECTOR VERIFY DOWN<br />
VERIFY that the GEAR SELECTOR is in the DOWN position.<br />
13. PARKING BRAKE SET<br />
SET the PARKING BRAKE by pulling the Parking Brake Lever aft, and then<br />
pushing the button. Do not depress the brake pedals while trying to<br />
engage the parking brake, as this will prevent the parking brake from<br />
working.<br />
WARNING<br />
The parking brake should not be relied on solely to keep the<br />
aircraft stationary. Apply and maintain brake pressure<br />
continually throughout the engine starting procedures.<br />
14. PANEL LIGHTS OFF (ON)<br />
Except for night operations, ensure that the PANEL LIGHTS rheostat<br />
switches are in the OFF position. For night operations, ensure that the<br />
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48 PA-28R-201 SOP<br />
panel light rheostat switches are in the ON position and that the light levels<br />
are adjusted as appropriate.<br />
15. SEATBELTS/HARNESSES ON<br />
Ensure that passenger SEATBELTS and shoulder HARNESSES are ON<br />
and adjusted (per 14 CFR Part 91.107).<br />
16. BEFORE START CHECKLIST COMPLETE<br />
Upon completion of the BEFORE START CHECKLIST, verify that all items<br />
have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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PA-28R-201 SOP 49<br />
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50 PA-28R-201 SOP<br />
ENGINE START FLOW<br />
4<br />
1 2<br />
9<br />
3<br />
7<br />
5 6<br />
8<br />
OBJECTIVE:<br />
To safely and efficiently start the engine.<br />
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PA-28R-201 SOP 51<br />
ENGINE START CHECKLIST<br />
[Removed Note]<br />
1. BATTERY MASTER SWITCH .......................................................... ON<br />
2. ALTERNATOR SWITCH .................................................................. ON<br />
3. PRIME ................................................................................ COMPLETE<br />
4. PROP AREA .............................................................................. CLEAR<br />
5. STARTER .............................................................................. ENGAGE<br />
6. MIXTURE CONTROL ................................FULL FORWARD (Full Rich)<br />
7. THROTTLE ........................................................................... 1000 RPM<br />
8. MIXTURE ..................................................................................... LEAN<br />
9. OIL PRESSURE ........................................................................ CHECK<br />
10. ELECTRIC FUEL PUMP ................................................................ OFF<br />
11. AMMETER/ANNUNCIATORS ................................................... CHECK<br />
12. ENGINE START CHECKLIST ............................................ COMPLETE<br />
1. BATTERY MASTER SWITCH ON<br />
Depress the BATTERY MASTER SWITCH to the ON position to provide<br />
power to the main electrical bus and the tie bus.<br />
2. ALTERNATOR SWITCH ON<br />
Depress the ALTERNATOR SWITCH to the ON position to allow the<br />
alternators to energize after the engines are started.<br />
3. PRIME COMPLETE<br />
COMPLETE the appropriate procedure (see page 15) to PRIME the engine<br />
before attempting to start the engine.<br />
4. PROP AREA CLEAR<br />
Visually check that the PROP AREA and all quadrants around the aircraft is<br />
clear from personnel or obstructions (i.e. chocks, tie-downs, etc.) and call<br />
out, “Clear Prop.” Allow time for any response prior to starting the engine.<br />
NOTE<br />
Headsets must not be worn until after engine start to ensure<br />
hearing any response from the callout, or to immediately hear<br />
any abnormal sound after engine start (i.e., starter failing to<br />
disengage, cylinder misfire, etc.). If an adjacent aircraft is being<br />
fueled, wait until the fueling process is complete before starting<br />
the engine.<br />
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52 PA-28R-201 SOP<br />
5. STARTER ENGAGE<br />
With the prop area remaining clear, no response from the callout, the key<br />
installed in the ignition switch, the throttle positioned appropriately, and the<br />
Mixture Control held, turn the key in the spring-loaded ignition switch<br />
clockwise to the “Start” position to ENGAGE the STARTER.<br />
6. MIXTURE CONTROL FULL FORWARD (Full Rich)<br />
Once the engine starts, smoothly move the MIXTURE CONTROL to the<br />
FULL FORWARD (Full Rich) position while simultaneously releasing the<br />
key to allow it to return to the “Both” position to cease starter operation, and<br />
to allow the engine to operate on both magnetos.<br />
CAUTION<br />
To prevent starter damage, limit starter cranking to 10 seconds,<br />
followed by a 20 second rest (“cool down”) period between<br />
engine cranking attempts. Maximum of six (6) start periods<br />
allowed. If engine start is not achieved on the sixth attempt,<br />
contact Fleet Maintenance. After the sixth attempt, the starter<br />
must be allowed to cool for thirty (30) minutes before<br />
attempting to start the engine again.<br />
7. THROTTLE 1000 RPM<br />
Adjust the THROTTLE to set 1000 RPM immediately to avoid high power<br />
settings without oil being circulated in the engine.<br />
8. MIXTURE LEAN<br />
LEAN the MIXTURE by slowly bringing the Mixture Control aft to the stop.<br />
9. OIL PRESSURE CHECK<br />
CHECK the OIL PRESSURE gauge to observe an increase in pressure<br />
normally within 30 seconds after engine start. Allow no more than 45<br />
seconds when engine starting in cold ambient air temperatures.<br />
CAUTION<br />
If no rise in oil pressure is observed, immediately shut down<br />
the engine to avoid damage.<br />
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PA-28R-201 SOP 53<br />
10. ELECTRIC FUEL PUMP OFF<br />
Depress the ELECTRIC FUEL PUMP switch to the OFF position and check<br />
that the fuel pressure decreases slightly.<br />
11. AMMETER/ANNUNCIATORS CHECK<br />
CHECK the AMMETER for indication of an appropriate load.<br />
CAUTION<br />
If the starter contactor remains closed after engine start<br />
(causing the starter to remain engaged), an excessively high<br />
load indication will be indicated. In this event, immediately shut<br />
down the engine and contact the Fleet Maintenance<br />
Department.<br />
Do not attempt flight if there is no indication of primary<br />
alternator output.<br />
After the engine has been started, CHECK to ensure that all<br />
ANNUNCIATOR lights are extinguished.<br />
12. ENGINE START CHECKLIST COMPLETE<br />
Upon completion of the ENGINE START CHECKLIST, verify that all items<br />
have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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54 PA-28R-201 SOP<br />
BEFORE TAXI FLOW<br />
3<br />
5<br />
4<br />
2<br />
1<br />
6<br />
OBJECTIVE:<br />
To configure systems and radios prior to taxiing.<br />
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PA-28R-201 SOP 55<br />
BEFORE TAXI CHECKLIST<br />
Accomplish prior to commencing taxi.<br />
1. FUEL SELECTOR ....................................................... SWITCH TANKS<br />
2. RADIO MASTER SWITCH ............................................................... ON<br />
3. FLIGHT INSTRUMENTS ................................................... CHECK/SET<br />
4. AUX VACUUM PUMP ................................................ ON/VERIFY/OFF<br />
5. AVIONICS ....................................................................................... SET<br />
6. PARKING BRAKE ................................................................. RELEASE<br />
7. BEFORE TAXI CHECKLIST ............................................... COMPLETE<br />
1. FUEL SELECTOR SWITCH TANKS<br />
Depress the Electric Fuel Pump switch to the ON position, and then<br />
SWITCH TANKS by placing the FUEL SELECTOR to the position<br />
corresponding to the fuel tank not selected for engine starting. Verify check<br />
that the fuel flow/pressure gauge indicates between 2.0 - 21.4 GPH/.05 - 12<br />
psi.<br />
2. RADIO MASTER SWITCH ON<br />
Depress the RADIO MASTER SWITCH to the ON position to allow<br />
electrical current to flow from the from the primary bus to the avionics bus,<br />
which includes the communications radios, navigation radios, and the<br />
transponder.<br />
3. FLIGHT INSTRUMENTS CHECK/SET<br />
Verify that the clock is operating and indicating the current time, and that<br />
the adjustable FLIGHT INSTRUMENTS are set to current, available<br />
information (as per 14 CFR Part 91.205).<br />
IFR CONSIDERATIONS<br />
For IFR flight, the pitot-static instruments must be checked and within<br />
acceptable limits before taxi. Gyroscopic instruments and the<br />
magnetic compass should be checked while turning in both directions<br />
during taxi after leaving the ramp.<br />
Pitot-Static Instruments<br />
- The Airspeed Indicator should indicate zero.<br />
- The Altimeter should be within ±75 feet of known elevation when<br />
set to the local altimeter setting (elevations are shown on airport<br />
diagrams).<br />
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56 PA-28R-201 SOP<br />
- The Vertical Speed Indicator (VSI) should indicate zero, or if an<br />
error is noted, note the error and use as the zero reference point.<br />
Gyroscopic Instruments<br />
- The Attitude Indicator should indicate no more than 5° of<br />
precession in pitch and bank.<br />
- The Turn Coordinator should indicate a bank in the direction of<br />
turn, with the ball (inclinometer) to the outside of the turn. The Off<br />
flag should not appear.<br />
- The Heading Indicator Compass Card must indicate a change in<br />
heading consistent with the direction the aircraft is turning.<br />
Horizontal Situation Indicator (HSI)<br />
To test the HSI:<br />
- Select “Free” mode<br />
- Flip the CW/CCW switch to CW and verify that the HSI turns clockwise<br />
- Flip the CW/CCW switch to CCW and verify that the HSI turns<br />
counter-clock-wise<br />
- Continue the CCW turn past a known heading<br />
- Return the switch to the “Slave” mode (the HSI heading should<br />
automatically correct to the magnetic heading.<br />
Magnetic Compass<br />
- The Magnetic Compass housing should contain full fluid, swing<br />
freely, and indicate known headings.<br />
- The Compass Deviation Card must be in place and readable.<br />
4. AUX VACUUM PUMP ON/VERIFY/OFF<br />
Turn on the AUX VACCUM PUMP and verify that the AUX ON light is<br />
illuminated and an electrical load increase of approximately 15 amps on the<br />
ammeter. Turn off the AUX VACCUM PUMP and verify that the AUX ON<br />
light has extinguished.<br />
5. AVIONICS SET<br />
SET the AVIONICS as follows:<br />
- Marker Beacon: Test the Anunciators and set to the L (low sensitivity)<br />
position.<br />
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PA-28R-201 SOP 57<br />
- GPS: Initialize the GPS and make the appropriate entries for the flight.<br />
Verify the database is up to date.<br />
- Comm Radios: Ensure both comm radios are operating (transmitting<br />
and receiving) properly by alternating their uses with ATC. For example,<br />
tune in the ground frequency in the opposite comm radio from the one<br />
used to ramp out and receive ATIS. This will ensure that both comm<br />
radios are operating properly.<br />
- NAV 1: Depress the NAV 1 speaker switch (after turning the volume<br />
down) and ID the appropriate frequency by using the ID/Volume knob.<br />
Next, check the needle swing and flag “flip” on the CDI. Finally, set the<br />
departure radial.<br />
- NAV 2: Follow the same procedure as NAV 1, but include the next radial<br />
in the departure as appropriate.<br />
NOTE<br />
At airports where a VOT is available, the NAV radios may be<br />
checked using the VOT. If unable to identify the NAVs on the<br />
ground, try again in another position such as the run-up area,<br />
or, if necessary, wait until airborne, although, this increases<br />
workload in the air and should be planned for accordingly.<br />
- DME (if equipped): Verify that the mode select switch is on the desired<br />
NAV and identify the signal.<br />
- ADF (if equipped): Tune the expected frequency and identify the signal.<br />
Check the needle swing with the test or ANT function. Ensure that the<br />
moveable card is in the appropriate position. Verify that the switch is in<br />
the ADF position.<br />
- Transponder: Ensure that the assigned code is set in the transponder<br />
and test the operation of the transponder with the TEST function. This<br />
checks the operation of the unit and, if functioning properly, a reply lamp<br />
will illuminate.<br />
NOTE<br />
Recheck that each COM/NAV frequencies and HSI/CDI is set for<br />
departure. Just before takeoff, review the VFR/IFR departure by<br />
mentally flying it, including headings, altitudes and navigation.<br />
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58 PA-28R-201 SOP<br />
6. PARKING BRAKE RELEASE<br />
To RELEASE the PARKING BRAKE, pull the Parking Brake Lever aft to<br />
unlock and then allow the lever to move fully forward. Do not depress the<br />
button.<br />
7. BEFORE TAXI CHECKLIST COMPLETE<br />
Upon completion of the BEFORE TAXI CHECKLIST, verify that all items<br />
have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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PA-28R-201 SOP 59<br />
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60 PA-28R-201 SOP<br />
BEFORE TAKEOFF “RUN-UP” FLOW<br />
3<br />
11<br />
4<br />
8<br />
2<br />
1<br />
7<br />
9 10 12<br />
6 5 13<br />
14<br />
16 15<br />
OBJECTIVE:<br />
To systematically check aircraft and engine systems prior to takeoff.<br />
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PA-28R-201 SOP 61<br />
BEFORE TAKEOFF “RUN-UP” CHECKLIST<br />
1. PARKING BRAKE ........................................................................... SET<br />
2. FLIGHT CONTROLS .................................................. FREE/CORRECT<br />
3. ELECTRIC TRIM (if installed) .................................................... CHECK<br />
4. FUEL SELECTOR ........................................................ FULLEST TANK<br />
5. MIXTURE CONTROL ................................FULL FORWARD (Full Rich)<br />
6. PROPELLER CONTROL ........................................... FULL FORWARD<br />
7. THROTTLE ........................................................................... 2000 RPM<br />
8. MAGNETOS (175/50) ............................................................... CHECK<br />
9. PROPELLER .............................................................................. CYCLE<br />
10. ALTERNATOR .......................................................................... CHECK<br />
11. ENGINE INSTRUMENTS/ANNUNCIATORS ............................. CHECK<br />
12. ALTERNATE AIR SELECTOR ....................................... OPEN/CHECK<br />
13. THROTTLE ................................................................................CLOSE<br />
14. ALTERNATE AIR SELECTOR ...................................................CLOSE<br />
15. THROTTLE ........................................................................... 1000 RPM<br />
16. MIXTURE ..................................................................................... LEAN<br />
17. BEFORE TAKEOFF “RUN-UP” CHECKLIST ..................... COMPLETE<br />
1. PARKING BRAKE SET<br />
SET the PARKING BRAKE by pulling the Parking Brake Lever aft, and then<br />
pushing the button. Do not depress the brake pedals while trying to<br />
engage the parking brake, as this will prevent the parking brake from<br />
working.<br />
WARNING<br />
Do not rely on the parking brake solely to keep the aircraft<br />
stationary. Apply and maintain brake pressure continually<br />
throughout the engine run-up procedures.<br />
2. FLIGHT CONTROLS FREE/CORRECT<br />
Accomplish a “box check” by moving the yoke full travel in all directions and<br />
check for full movement of the rudder in both directions. This will ensure<br />
that all FLIGHT CONTROLS are FREE and CORRECT, and move within<br />
their full limits without any restrictions.<br />
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62 PA-28R-201 SOP<br />
3. ELECTRIC TRIM (if installed) CHECK<br />
CHECK the ELECTRIC TRIM as follows:<br />
a. Depress the Electric Trim On/Off switch to the ON position.<br />
b. Depress the split pilot yoke-mounted Electric Trim switches<br />
simultaneously forward, then aft, verifying each time that the<br />
stabilator trim wheel and its indicator moves in the appropriate<br />
direction.<br />
c. While moving the stabilator trim in either direction, verify that the<br />
control yoke cut-off switch disables the Electric Trim function.<br />
d. While depressing the Electric Trim interrupt switch, verify that the<br />
stabilator trim wheel stops. Verify that the stabiltor trim wheel moves<br />
in the appropriate direction when the trim interrupt switch is released.<br />
e. Depress the Electric Trim On/Off switch to the OFF position and<br />
depress the split pilot yoke-mounted Electric Trim switches<br />
simultaneously forward and aft, each time verifying that the stabilator<br />
trim wheel and its indicator does not move. This test ensures that the<br />
Electric Trim will disengage in the event of an Electric Trim<br />
malfunction.<br />
f. Depress the Electric Trim On/Off switch to the ON position.<br />
4. FUEL SELECTOR FULLEST TANK<br />
Verify that the FUEL SELECTOR is positioned on the FULLEST TANK.<br />
5. MIXTURE CONTROL FULL FORWARD (Full Rich)<br />
Place the MIXTURE CONTROL to the FULL FORWARD (Full Rich)<br />
position.<br />
6. PROPELLER CONTROL FULL FORWARD<br />
Verify that the PROPELLER CONTROL is in the FULL FORWARD<br />
position.<br />
7. THROTTLE 2000 RPM<br />
After checking that the area behind the aircraft is clear, check engine<br />
instruments and smoothly move the THROTTLE forward to set 2000 RPM.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 63<br />
8. MAGNETOS (175/50) CHECK<br />
CHECK the MAGNETOS by rotating the key in the ignition switch to the R<br />
(Right) magneto position and noting engine RPM. Rotate the key to return<br />
to the Both position (to ensure clearing the spark plugs on the other<br />
magneto). Then, rotate the key to the L (Left) magneto position and note<br />
the engine RPM. Rotate the key to return to the BOTH position. RPM drop<br />
for either magneto should not exceed 175 RPM, nor should the difference<br />
in RPM between the two magnetos exceed 50 RPM.<br />
NOTE<br />
After checking one magneto, do not check the other magneto<br />
until the engine returns to 2000 RPM. Keep engine operation on<br />
one magneto to a minimum. Ensure that the key is in the Both<br />
position after the magneto check.<br />
If a fouled spark plug is suspected: 1) Smoothly advance the<br />
throttle to set 2300 RPM, 2) Lean the mixture to obtain a 100<br />
RPM decrease for 45-60 seconds; 3) Enrichen the mixture to<br />
FULL RICH, 4) Smoothly reduce the throttle to set 2000 RPM;<br />
then, 5) Proceed with the magneto check.<br />
NOTE<br />
Vapor may form in the fuel system during ground operations<br />
when ambient temperature exceeds 85°F. See page 16 for<br />
procedures.<br />
9. PROPELLER CYCLE<br />
To check propeller operation, CYCLE the PROPELLER by moving the<br />
Propeller Control fully aft and then forward to observe a decrease in RPM<br />
(Tachometer).<br />
CAUTION<br />
N<br />
Allow no more than a 500 RPM decrease to avoid subjecting the<br />
cylinder heads to an unnecessarily high manifold pressure<br />
which could cause internal engine damage.<br />
Allow the engine speed to stabilize at 2000 RPM before each<br />
subsequent check.<br />
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64 PA-28R-201 SOP<br />
10. ALTERNATOR CHECK<br />
Check the ammeters for normal indications.<br />
CAUTION<br />
Do not turn the alternator off to check ammeter loads.<br />
11. ENGINE INSTRUMENTS/ANNUNCIATORS CHECK<br />
CHECK the following ENGINE INSTRUMENTS:<br />
- Ammeters and Vacuum Gauge: Check that the ammeter is<br />
indicating a load (at least for normal battery charging). Verify that the<br />
suction gauge is indicating between 4.8” to 5.1” Hg to ensure that<br />
adequate vaccum is being provided.<br />
- Oil Pressure and Oil Temperature Gauges: Verify that the oil<br />
pressure gauge is indicating between 60-90 psi and the oil<br />
temperature gauge is indicating between 75°-245° F.<br />
- Fuel Flow/Pressure and Fuel Quantity Guages: Verify that the fuel<br />
flow/pressure gauge is indicating between 2 – 21.4 GPH/.05 – 12 psi.<br />
Check the fuel quantity guages for proper indications.<br />
Check that all ANNUNCIATOR lights are extinguished.<br />
12. ALTERNATE AIR SELECTOR OPEN/CHECK<br />
Move the ALTERNATE AIR SELECTOR to the OPEN position to CHECK<br />
that the engine continues to operate.<br />
13. THROTTLE CLOSE<br />
With the Alternate Air Selector in the Open position, smoothly reduce the<br />
THROTTLE to the CLOSE position and check engine operation. The<br />
engine should operate smoothly at 500-600 RPM.<br />
14. ALTERNATE AIR SELECTOR CLOSE<br />
Move the ALTERNATE AIR SELECTOR to the CLOSE position and check<br />
engine operation.<br />
15. THROTTLE 1000 RPM<br />
Smoothly move the THROTTLE forward to set 1000 RPM.<br />
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16. MIXTURE LEAN<br />
LEAN the MIXTURE by slowly bringing the Mixture Control aft to the stop.<br />
17. BEFORE TAKEOFF “RUN-UP” CHECKLIST COMPLETE<br />
Upon completion of the BEFORE TAKEOFF “RUN-UP” CHECKLIST, verify<br />
that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
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66 PA-28R-201 SOP<br />
BEFORE TAKEOFF FLOW<br />
7<br />
6<br />
1<br />
2<br />
8<br />
5<br />
4<br />
3<br />
OBJECTIVE:<br />
To configure the aircraft for departure.<br />
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PA-28R-201 SOP 67<br />
BEFORE TAKEOFF CHECKLIST<br />
Complete the Before Takeoff and Before Takeoff “Final Items”<br />
Flows and Checklists for EACH takeoff.<br />
1. PRE-TAKEOFF BRIEFING ................................................ COMPLETE<br />
2. FUEL SELECTOR ................................................... VERIFY POSITION<br />
3. STABILATOR TRIM/RUDDER TRIM............................ N (Neutral)/SET<br />
4. EMERGENCY GEAR LEVER............................................ UP/SECURE<br />
5. FLAPS ............................................................................... SET/VERIFY<br />
6. FLIGHT INSTRUMENTS/AVIONICS ............................................... SET<br />
7. CABIN DOOR/STORM WINDOW ................................. CLOSE/LATCH<br />
8. PARKING BRAKE ................................................................. RELEASE<br />
[Removed Item]<br />
9. BEFORE TAKEOFF CHECKLIST ...................................... COMPLETE<br />
1. PRE-TAKEOFF BRIEFING COMPLETE<br />
Provide a verbal PRE-TAKEOFF BRIEFING that covers how emergency<br />
situations would be handled during takeoff (see the Sample Pre-Takeoff<br />
Briefing below). Complete the briefing by clarifying who will be Pilot in<br />
Command.<br />
Sample Pre-Takeoff Briefing<br />
“We are using Runway 7 Left at November 5; 4,500 feet available.<br />
We need 1,050 feet for takeoff. There are trees at the end of the<br />
runway. No wake turbulence is expected. At takeoff, the wind will<br />
be from our right at 7 knots, so ailerons will be positioned to the<br />
right. VR is 70 KIAS; initial climb speed is 78 KIAS with the gear<br />
extended, 90 KIAS with the gear retracted. If there is an engine<br />
failure or system malfunction:<br />
Before rotation, I will close the throttle, maintain directional<br />
control with rudder to remain on the runway, and brake as<br />
required.<br />
After rotation with runway available for landing, I will reduce the<br />
throttle and land on the remaining runway.<br />
After rotation with no runway available, I will pitch for 72 KIAS<br />
(Flaps Down) or 79 KIAS (Flaps Up), making only shallow bank<br />
turns to land in the most suitable area.”<br />
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68 PA-28R-201 SOP<br />
2. FUEL SELECTOR VERIFY POSITION<br />
VERIFY the POSITION of the FUEL TANK (Fullest Tank).<br />
CAUTION<br />
If the fullest tank has not been selected, do not select the fullest<br />
tank just prior to takeoff (a critical phase of flight). Wait until<br />
reaching a safe altitude.<br />
3. STABILATOR TRIM/RUDDER TRIM N (Neutral)/SET<br />
Verify that the STABILATOR TRIM is set to the N (Neutral) position and the<br />
RUDDER TRIM is SET as appropriate.<br />
4. EMERGENCY GEAR LEVER UP/SECURE<br />
Check the EMERGENCY GEAR LEVER (located between the front seats<br />
and to the left of the flap control handle) to ensure that it is in the UP<br />
position and SECURE.<br />
5. FLAPS SET/VERIFY<br />
Ensure that the FLAPS are SET for a normal/crosswind takeoff (0°), or a<br />
short or soft-field takeoff (25°). When changing the flap position on the<br />
ground, verify that you have the Flap Control Handle and call out, “Flaps<br />
Identified”. Wait for the IP to respond, “Flaps Verified”, and then place the<br />
Flaps Switch in the 25° position. Visually VERIFY that both flaps move<br />
toward and stop in the appropriate position.<br />
6. FLIGHT INSTRUMENTS/AVIONICS SET<br />
Check that the FLIGHT INSTRUMENTS and AVIONICS are SET for<br />
takeoff. Check the altimeter and HSI for proper indications and confirm that<br />
the appropriate frequencies have been selected. Set the heading bug to the<br />
departure runway heading.<br />
7. CABIN DOOR/STORM WINDOW CLOSE/LATCH<br />
CLOSE (do not slam) the CABIN DOOR and LATCH the door first with the<br />
cabin door side latch, followed by the top latch. After latching, push out on<br />
door to confirm that it is securely latched.<br />
CLOSE the pilot-side STORM WINDOW and LATCH it with the rotating<br />
latch at the top of the window.<br />
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PA-28R-201 SOP 69<br />
8. PARKING BRAKE RELEASE<br />
To RELEASE the PARKING BRAKE, pull the Parking Brake Lever aft to<br />
unlock and then allow the lever to move fully forward. Do not depress the<br />
button.<br />
[Removed Item]<br />
9. BEFORE TAKEOFF CHECKLIST COMPLETE<br />
Upon completion of the BEFORE TAKEOFF CHECKLIST, verify that all<br />
items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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70 PA-28R-201 SOP<br />
BEFORE TAKEOFF “FINAL ITEMS” FLOW<br />
1<br />
3<br />
4<br />
5<br />
6<br />
2<br />
OBJECTIVE:<br />
To configure the aircraft for takeoff.<br />
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PA-28R-201 SOP 71<br />
BEFORE TAKEOFF “FINAL ITEMS” CHECKLIST<br />
1. TRAFFIC ................................................................................... CHECK<br />
2. MIXTURE CONTROL ................................FULL FORWARD (Full Rich)<br />
3. ELECTRIC FUEL PUMP .................................................................. ON<br />
4. LIGHTS ............................................................................................ ON<br />
5. PITOT HEAT .......................................................................... OFF (ON)<br />
6. TRANSPONDER ............................................................................. ALT<br />
Verification not required<br />
1. TRAFFIC CHECK<br />
With the airplane facing towards the approach end of the runway, visually<br />
CHECK that the final is clear of TRAFFIC.<br />
2. MIXTURE FULL FORWARD (Full Rich)<br />
Place the MIXTURE CONTROL to the FULL FORWARD (Full Rich)<br />
position for takeoff (for high elevation airport operations, see NOTE, page<br />
17).<br />
3. ELECTRIC FUEL PUMP ON<br />
Depress the ELECTRIC FUEL PUMP switch to the ON position and check<br />
that the fuel pressure increases slightly.<br />
4. LIGHTS ON<br />
Turn the LIGHTS ON as appropriate:<br />
- Day: Turn the landing light and strobe lights ON for collision avoidance.<br />
- Night: Turn the landing light ON for takeoff visibility and collision<br />
avoidance. Nav lights should be ON per 14 CFR Part 91.209. Turn the<br />
Strobe Lights ON only after taxiing onto the runway or, to avoid<br />
distraction and disorientation, when safely airborne.<br />
NOTE<br />
Avoid shining lights directly at another aircraft. Turn off strobe<br />
lights during low visibility to avoid becoming distracted and<br />
disoriented.<br />
5. PITOT HEAT OFF (ON)<br />
Verify that the PITOT HEAT is OFF, or ON if the outside air temperature is<br />
50°F (10°C) or below with visible moisture (i.e. clouds, fog, mist, rain, etc.).<br />
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72 PA-28R-201 SOP<br />
6. TRANSPONDER ALT<br />
Depress the ALT button on the TRANSPONDER.<br />
Verification not required<br />
NOTE<br />
To ensure that the pilot’s total attention to the runway and final<br />
approach environment remains uncompromised by any Before<br />
Takeoff task, when ready for takeoff and holding short:<br />
At tower controlled airports:<br />
1. Contact the tower to advise, “Ready for Takeoff.”<br />
2. When a takeoff or “position and hold” clearance has<br />
been received, while still holding short (and not<br />
moving), conduct the Before Takeoff “Final Items” flow.<br />
3. Upon completion of the Before Takeoff “Final Items”<br />
flow, ensure that the runway and final approach<br />
environments are clear before proceeding onto the<br />
runway for takeoff, or position and hold, as appropriate.<br />
4. Refuse any “Immediate Takeoff” clearance if you are<br />
unable to accomplish the above.<br />
At uncontrolled airports:<br />
1. Make the takeoff announcement.<br />
2. While still holding short (and not moving), conduct the<br />
Before Takeoff “Final Items” flow.<br />
3. Upon completion of the Before Takeoff “Final Items”<br />
flow, ensure that the runway and final approach<br />
environments are clear before proceeding onto the<br />
runway for takeoff.<br />
4. For collision avoidance reasons, avoid a “position and<br />
hold” situation on the runway when waiting for landing<br />
traffic to clear the runway.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 73<br />
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74 PA-28R-201 SOP<br />
CLIMB FLOW<br />
3<br />
2<br />
4<br />
5<br />
1<br />
OBJECTIVE:<br />
To configure the aircraft for optimum climb performance.<br />
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PA-28R-201 SOP 75<br />
CLIMB CHECKLIST<br />
Accomplish at 1000’AGL<br />
(Not required if remaining in the traffic pattern.)<br />
1. FLAPS ........................................................................................ UP (0º)<br />
2. GEAR SELECTOR ........................................................ UP/NO LIGHTS<br />
3. ELECTRIC FUEL PUMP ................................................................ OFF<br />
4. CLIMB POWER ............................................................................... SET<br />
5. MIXTURE CONTROL .................................................... AS REQUIRED<br />
6. CLIMB CHECKLIST ........................................................... COMPLETE<br />
1. FLAPS UP (0º)<br />
Verify that the FLAPS are in the UP (0º) position for optimum climb<br />
performance.<br />
2. GEAR SELECTOR UP/NO LIGHTS<br />
Verify that the GEAR SELECTOR is in the UP position and that NO<br />
LIGHTS (3 green landing gear indicator/1 red Gear Warn lights) are<br />
illuminated.<br />
NOTE<br />
The “check landing gear” aural warning may be heard if the<br />
airplane remains below 200’ AGL more than 45 seconds after<br />
takeoff off with the landing gear retracted.<br />
3. ELECTRIC FUEL PUMP OFF<br />
No lower than 1000’ AFE, depress the ELECTRIC FUEL PUMP switch to<br />
the OFF position. Check the fuel pressure. A slight decrease in fuel<br />
pressure may be observed.<br />
4. CLIMB POWER SET<br />
Verify that CLIMB POWER is SET (throttle and propeller control in the full<br />
forward position).<br />
5. MIXTURE CONTROL AS REQUIRED<br />
The mixture should be full rich during climb below 3000’ pressure altitude.<br />
If continuing the climb above 3000’ pressure altitude, the mixture should be<br />
leaned as needed for increased power or to provide smoother engine<br />
operation. See page 17 for additional leaning procedures.<br />
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76 PA-28R-201 SOP<br />
6. CLIMB CHECKLIST COMPLETE<br />
Upon completion of the CLIMB CHECKLIST, verify that all items have been<br />
accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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PA-28R-201 SOP 77<br />
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Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
78 PA-28R-201 SOP<br />
CRUISE FLOW<br />
1 2<br />
3<br />
OBJECTIVE:<br />
To configure the aircraft for optimum cruise performance.<br />
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PA-28R-201 SOP 79<br />
CRUISE CHECKLIST<br />
Not required if remaining in the traffic pattern.<br />
1. CRUISE POWER ............................................................................ SET<br />
2. MIXTURE ..................................................................................... LEAN<br />
3. LANDING LIGHT .................................................................... ON (OFF)<br />
4. CRUISE CHECKLIST ......................................................... COMPLETE<br />
1. CRUISE POWER SET<br />
Reduce the throttle then the propeller control to SET the desired CRUISE<br />
POWER setting. For training purposes, 23” MP/2300 RPM should be used.<br />
Otherwise, reference the power setting table in the <strong>ERAU</strong> PA-28R-201<br />
Checklist for an appropriate manifold pressure and RPM setting. The<br />
maximum recommended cruise power setting is 75% MCP.<br />
2. MIXTURE LEAN<br />
After setting cruise power, LEAN the MIXTURE in accordance with the<br />
appropriate Leaning Procedures on page 17.<br />
NOTE<br />
When maneuvering in the <strong>ERAU</strong> local practice areas, the<br />
Mixture Control will be left in the established lean position.<br />
NOTE<br />
The Mixture Control must be set to full rich for cruise power<br />
settings above 75% MCP.<br />
3. LANDING LIGHT ON (OFF)<br />
Verify that the LANDING LIGHT is ON for collision avoidance precautions.<br />
The strobe lights should remain ON. Turn the lights OFF only when<br />
operating in clouds, low visibility conditions, at night, or in any other<br />
condition where having the lights ON would compromise safety of flight.<br />
4. CRUISE CHECKLIST COMPLETE<br />
Upon completion of the CRUISE CHECKLIST, verify that all items have<br />
been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
80 PA-28R-201 SOP<br />
DESCENT FLOW<br />
7<br />
6<br />
1<br />
3<br />
4<br />
5<br />
2<br />
OBJECTIVE:<br />
To configure the aircraft for an approach or arrival.<br />
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PA-28R-201 SOP 81<br />
DESCENT CHECKLIST<br />
Not required if remaining in the traffic pattern.<br />
Accomplish before beginning a descent from cruise altitude, or<br />
within 10 nm of the airport if a descent is not required. Copy<br />
ATIS and Brief the approach or arrival prior to beginning the<br />
Checklist. The “A-B-C” check is a systematic method for<br />
preparing for arrival.<br />
1. APPROACH BRIEFING ..................................................... COMPLETE<br />
2. FUEL SELECTOR ........................................................ FULLEST TANK<br />
3. GEAR ALERT TEST SWITCH ............................................ PUSH/TEST<br />
4. MIXTURE ............................................................................ ENRICHEN<br />
5. LIGHTS ............................................................................................ ON<br />
6. AVIONICS/FLIGHT INSTRUMENTS ................................. CHECK/SET<br />
7. SEATBELTS/HARNESSES .............................................................. ON<br />
8. DESCENT CHECKLIST ..................................................... COMPLETE<br />
1. APPROACH BRIEFING COMPLETE<br />
COMPLETE the APPROACH BRIEFING to include:<br />
- Altimeter Setting<br />
- Traffic Watch<br />
- NOTAMs<br />
- Windshear and Braking Conditions<br />
- Terrain Obstacles<br />
- Details unique to the Airport/Approach<br />
- Runway to be used<br />
- Traffic Pattern Entry<br />
- HSI Corrected to the Magnetic Compass<br />
- Crosswind<br />
- Runway Exit Plan<br />
In addition, if an instrument approach procedure is expected, include in the<br />
APPROACH BRIEFING:<br />
- Name of Airport<br />
- Type of Approach<br />
- Approach Chart Number and Date<br />
- Navaid Frequency<br />
- Inbound Course<br />
- FAF/Glideslope Crossing Altitude<br />
- DA(H)/MDA<br />
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82 PA-28R-201 SOP<br />
- Missed Approach<br />
- Time or Distance for Approach<br />
- Visibility Requirements<br />
- Approach Lights<br />
2. FUEL SELECTOR FULLEST TANK<br />
Verify that the FUEL SELECTOR is on the FULLEST TANK.<br />
3. GEAR ALERT TEST SWITCH PUSH/TEST<br />
Momentarily PUSH the GEAR ALERT TEST SWITCH located beneath the<br />
Landing Gear Selector. The “test okay” aural callout should be heard. If the<br />
“test okay” aural callout is not heard, continue the landing using the normal<br />
landing gear indicating and warning systems to verify the landing gear<br />
position, terminate the flight, and notify Fleet Maintenance.<br />
WARNING<br />
If at any time during approach to landing the “check landing<br />
gear” aural warning sounds, the normal gear warning horn<br />
sounds, or any abnormal landing gear indication occurs, the<br />
pilot must execute a go-around.<br />
4. MIXTURE ENRICHEN<br />
ENRICHEN the MIXTURE throughout the descent for smooth engine<br />
operation.<br />
5. LIGHTS ON<br />
Ensure that the LIGHTS are ON as appropriate:<br />
- Day: Ensure that the landing light and strobe lights are ON for<br />
collision avoidance.<br />
- Night: Ensure that the landing light and strobe lights are ON for<br />
increased visibility and collision avoidance. Nav lights should be ON<br />
per 14 CFR Part 91.209.<br />
6. AVIONICS/FLIGHT INSTRUMENTS CHECK/SET<br />
CHECK the FLIGHT INSTRUMENTS by verifying that the current<br />
barometric pressure is SET in the Kollsman window and that the HSI is<br />
SET to the magnetic compass (known heading). Set the heading bug to<br />
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PA-28R-201 SOP 83<br />
the landing runway heading. CHECK the AVIONICS by verifying that the<br />
communication and navigation frequencies are SET:<br />
If IFR:<br />
- Verify that the marker beacon switch is ON, if needed<br />
- Set navigation/communication frequencies for the planned approach<br />
- Set anticipated frequencies on standby<br />
- If equipped, set the ADF receiver to the desired frequency<br />
- Set the desired course in the HSI and CDI<br />
- Identify the navaids to be used for approach<br />
- Set the GPS for the approach procedure or destination airport<br />
- If equipped, set the Autopilot/Flight Director for the approach, if<br />
desired.<br />
7. SEATBELTS/HARNESSES ON<br />
Ensure that all occupant(s’) SEATBELTS and shoulder HARNESSES, if<br />
applicable, are ON and adjusted (per 14 CFR Part 91.107).<br />
8. DESCENT CHECKLIST COMPLETE<br />
Upon completion of the DESCENT CHECKLIST, verify that all items have<br />
been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
84 PA-28R-201 SOP<br />
DESCENT “FINAL ITEMS” FLOW<br />
2<br />
1<br />
4<br />
3<br />
OBJECTIVE:<br />
To properly configure the aircraft for landing.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 85<br />
DESCENT “FINAL ITEMS” CHECKLIST<br />
Accomplish prior to 300’ AFE.<br />
1. ELECTRIC FUEL PUMP .................................................................. ON<br />
2. GEAR SELECTOR .................................................... DOWN/ 3 GREEN<br />
3. MIXTURE CONTROL ................................FULL FORWARD (Full Rich)<br />
4. PROPELLER CONTROL ........................................... FULL FORWARD<br />
Verification not required<br />
1. ELECTRIC FUEL PUMP ON<br />
Verify that the ELECTRIC FUEL PUMP is ON.<br />
2. GEAR SELECTOR DOWN/ 3 GREEN<br />
Verify that the GEAR SELECTOR is in the DOWN position. Visually check<br />
to confirm that the 3 GREEN indicator lights are illuminated. Call out,<br />
“Three Green, No Red, Verify.” Wait for the IP to respond, “Gear Down,<br />
Verified.”<br />
WARNING<br />
If at any time during approach to landing the “check landing<br />
gear” aural warning sounds, the normal gear warning horn<br />
sounds, or any abnormal landing gear indication occurs, the<br />
pilot must execute a go-around.<br />
3. MIXTURE CONTROL FULL FORWARD (Full Rich)<br />
Place the MIXTURE CONTROL in the FULL FORWARD (Full Rich)<br />
position.<br />
4. PROPELLER CONTROL FULL FORWARD<br />
Verify that the PROPELLER CONTROL is in the FULL FORWARD<br />
position.<br />
Verification not required<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
86 PA-28R-201 SOP<br />
AFTER LANDING FLOW<br />
4<br />
5<br />
6<br />
7<br />
3<br />
2<br />
1<br />
OBJECTIVE:<br />
To “clean up” the aircraft after landing in preparation for taxi.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 87<br />
AFTER LANDING CHECKLIST<br />
Accomplish only when clear of the runway and stopped<br />
completely.<br />
1. STABILATOR TRIM ............................................................. N (Neutral)<br />
2. FLAPS .............................................................................. RETRACT 0°<br />
3. MIXTURE ..................................................................................... LEAN<br />
4. ELECTRIC FUEL PUMP ................................................................ OFF<br />
5. LIGHTS (except Fin Strobe) ........................................................... OFF<br />
6. PITOT HEAT .................................................................................. OFF<br />
7. TRANSPONDER .......................................................................... STBY<br />
8. AFTER LANDING CHECKLIST .......................................... COMPLETE<br />
1. STABILATOR TRIM/RUDDER TRIM N (Neutral)<br />
Set the STABILATOR TRIM to the N (Neutral) position.<br />
2. FLAPS RETRACT 0°<br />
Before changing the flap position on the ground, verify that you have the<br />
Flap Control Handle and call out, “Flaps Identified”. Wait for the IP to<br />
respond, “Flaps Verified”, then RETRACT the FLAPS the the 0° position.<br />
Visually verify that the flaps move towards and stop in the fully retracted<br />
position and call out, “Flaps Up.” Wait for the IP to respond, “Flaps Up,<br />
Verified.”<br />
3. MIXTURE LEAN<br />
Move the control for the MIXTURE aft slowly to the stop to LEAN.<br />
4. ELECTRIC FUEL PUMP OFF<br />
Depress the ELECTRIC FUEL PUMP switch to the OFF position. Check<br />
fuel pressures. A slight decrease in fuel pressure may be observed.<br />
5. LIGHTS (except Fin Strobe) OFF<br />
Adjust the LIGHTS (except the Fin Strobe) as appropriate:<br />
- Day: Turn the landing light and strobe lights OFF.<br />
- Night: Turn the strobe lights OFF. Use the landing light as<br />
necessary for taxi. Nav lights should be ON per 14 CFR Part 91.209.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
88 PA-28R-201 SOP<br />
NOTE<br />
For night operations, the landing light, taxi light, and/or strobe<br />
lights may turned off at any time after clearing the runway and<br />
coming to a full stop at the appropriate point on the taxiway.<br />
This action may be necessary when taxiing in close proximity<br />
to other aircraft, or for other operational considerations.<br />
6. PITOT HEAT OFF<br />
Verify that the PITOT HEAT switch is in the OFF position.<br />
7. TRANSPONDER STBY<br />
Depress the STBY (Standby) button on the TRANSPONDER.<br />
8. AFTER LANDING CHECKLIST COMPLETE<br />
Upon completion of the AFTER LANDING CHECKLIST, verify that all items<br />
have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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PA-28R-201 SOP 89<br />
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90 PA-28R-201 SOP<br />
SHUTDOWN FLOW<br />
3<br />
2<br />
4<br />
1<br />
OBJECTIVE:<br />
To safely shut down the engine.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 91<br />
SHUTDOWN CHECKLIST<br />
1. PARKING BRAKE ........................................................................... SET<br />
2. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
3. IGNITION SWITCH ........................................................................ OFF<br />
4. ALTERNATOR SWITCH ................................................................ OFF<br />
5. SHUTDOWN CHECKLIST ................................................. COMPLETE<br />
1. PARKING BRAKE SET<br />
SET the PARKING BRAKE by pulling the Parking Brake Lever aft, and then<br />
pushing the button. Do not depress the brake pedals while trying to<br />
engage the parking brake, as this will prevent the parking brake from<br />
working.<br />
2. MIXTURE CONTROL IDLE CUT-OFF<br />
Advance the engine to 1000 RPM, and then move the MIXTURE<br />
CONTROL to the IDLE CUT-OFF position.<br />
3. IGNITION SWITCH OFF<br />
After the engine (propeller) has come to a complete stop, turn the<br />
IGNITION SWITCH key to the OFF position. Remove the key from the<br />
ignition switch.<br />
WARNING<br />
If the magnetos are turned off before the engine stops<br />
completely, non-ignited fuel will remain in the engine cylinders,<br />
creating a potential hazard of the non-ignited fuel igniting<br />
unexpectedly (i.e., the propeller rotated with a “hot mag”), or of<br />
having an over-primed engine during the next engine start (i.e.,<br />
an engine fire).<br />
4. ALTERNATOR SWITCH OFF<br />
Depress the ALTERNATOR SWITCH to the OFF position.<br />
5. SHUTDOWN CHECKLIST COMPLETE<br />
Upon completion of the SHUTDOWN CHECKLIST, verify that all items<br />
have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
92 PA-28R-201 SOP<br />
RAMP IN CHECKLIST<br />
1. FLIGHT DATA (Eagle Data) ....................................................RAMP IN<br />
2. RADIO MASTER SWITCH ............................................................. OFF<br />
3. BATTERY MASTER SWITCH ........................................................ OFF<br />
4. RAMP IN CHECKLIST ........................................................ COMPLETE<br />
1. FLIGHT DATA (Eagle Data) RAMP IN<br />
Contact <strong>ERAU</strong> FLIGHT DATA (Eagle Data) on 122.825 MHz to RAMP IN<br />
by providing the aircraft’s status (“Up” or “Down”) and the Hobbs and Tach<br />
times. Report the Hobbs time first then the Tach time.<br />
NOTE<br />
If the aircraft is “DOWN”, record the discrepancy on the<br />
Discrepancy Record form. If more than one discrepancy exists,<br />
list each discrepancy separately in the boxes provided. Record<br />
the Hobbs and Tach times on the Aircraft Flight Record form.<br />
Both forms are attached to the airplane’s clipboard.<br />
2. RADIO MASTER SWITCH OFF<br />
Depress the RADIO MASTER SWITCH to the OFF position.<br />
3. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position.<br />
4. RAMP IN CHECKLIST COMPLETE<br />
Upon completion of the RAMP IN CHECKLIST, verify that all items have<br />
been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 93<br />
SECURE CHECKLIST<br />
1. LIGHTS (except Fin Strobe) ........................................................... OFF<br />
2. TRASH ................................................................................... REMOVE<br />
3. SEATBELT (as a control lock) ................................................. INSTALL<br />
4. TIE-DOWNS ............................................................................ SECURE<br />
5. MAIN WHEELS ......................................................................... CHOCK<br />
6. PARKING BRAKE ................................................................. RELEASE<br />
7. STORM WINDOW/CABIN DOOR ................................... CLOSE/LOCK<br />
8. POST-FLIGHT INSPECTION ............................................. COMPLETE<br />
9. SECURE CHECKLIST ....................................................... COMPLETE<br />
1. LIGHTS OFF<br />
Ensure that all interior and exterior aircraft LIGHTS (except Fin Strobe) are<br />
OFF.<br />
2. TRASH REMOVE<br />
REMOVE any and all TRASH from the cabin (even if it is not yours).<br />
3. SEATBELT (as a control lock) INSTALL<br />
INSTALL the pilot-side SEATBELT on the control yoke to restrict freedom<br />
of movement of the flight controls.<br />
4. TIE-DOWNS SECURE<br />
Install the TIE-DOWNS for the wings and tail. Use the tail tie-down to<br />
complete tightening the chains on the wings (page 94).<br />
NOTE<br />
If at an outlying airport and strong winds are not expected, you<br />
may temporarily substitute tie-downs with chocks on the nose<br />
gear.<br />
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94 PA-28R-201 SOP<br />
4. TIE-DOWNS (continued) SECURE<br />
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PA-28R-201 SOP 95<br />
5. MAIN WHEELS CHOCK<br />
Securely CHOCK the MAIN WHEELS.<br />
6. PARKING BRAKE RELEASE<br />
Push the parking brake knob IN fully to RELEASE the PARKING BRAKE.<br />
7. STORM WINDOW/CABIN DOOR CLOSE/LOCK<br />
CLOSE and latch the the STORM WINDOW. CLOSE the cabin DOOR and<br />
latch the side latch first, followed by the upper latch. LOCK the cabin door<br />
with the key provided.<br />
8. POST-FLIGHT INSPECTION COMPLETE<br />
COMPLETE a POST-FLIGHT INSPECTION of the aircraft by conducting a<br />
360° walk-around, checking for any damage that may have occurred during<br />
the flight, that all lights are OFF, and that the airplane is properly secured.<br />
NOTE<br />
Verify that any and all discrepancies (if any) are recorded on the<br />
Discrepancy Record form. If more than one discrepancy exists,<br />
list each discrepancy separately in the boxes provided. Verify<br />
that Hobbs and Tach times have been recorded on the Aircraft<br />
Flight Record form. Both forms are attached to the airplane’s<br />
clipboard.<br />
9. SECURE CHECKLIST COMPLETE<br />
Upon completion of the SECURE CHECKLIST, verify that all items have<br />
been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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96 PA-28R-201 SOP<br />
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PA-28R-201 SOP 97<br />
Section 3:<br />
EMERGENCY<br />
PROCEDURES<br />
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98 PA-28R-201 SOP<br />
INTRODUCTION<br />
Successful handling of emergency situations is largely dependent on the<br />
judgment and skill of the flight crew. All emergency conditions should be<br />
handled with planning and organization. Although it is not possible to write<br />
specific procedures to cover every facet of every emergency or irregularity<br />
a pilot may confront, it is possible to establish certain operating guidelines.<br />
The overriding matter of importance is very basic: someone must fly the<br />
airplane. In addition to executing the required procedure(s), the pilot must<br />
still devote primary attention to the control and navigation of the airplane<br />
with regard to terrain, weather, air traffic control, and airplane configuration.<br />
There are some situations which always require a landing at the nearest<br />
suitable airport. These situations include, but are not limited to, cabin<br />
smoke or fire that persists, loss of equipment cooling, and electrical faults<br />
that result in only leaving a single critical system remaining. In any event, it<br />
is the responsibility of the pilot in command to assess the situation and<br />
execute sound judgment to determine the safest course of action to be<br />
taken. It is stressed that for persistent smoke, or a fire that cannot be<br />
positively confirmed to be completely extinguished, the earliest possible<br />
descent, landing, and passenger evacuation should be accomplished.<br />
Cycling or resetting “tripped” circuit breakers shall not be done<br />
indiscriminately. Cycling or resetting circuit breakers on the ground is<br />
acceptable, except for those prohibited in any procedure. Before cycling or<br />
resetting a circuit breaker in flight, the pilot in command shall consider<br />
available resources such as the Pilot’s Operating Handbook (POH), the<br />
<strong>ERAU</strong> Fleet Maintenance Department, and pilot experience to ensure that<br />
no restriction(s) exist.<br />
A tripped circuit breaker may be reset one time after a 90-second cooling<br />
period. Consider the relative importance of the inoperative component to<br />
the remainder of the flight, as well as other indications (i.e., other tripped<br />
circuit breakers, etc.) prior to resetting the associated circuit breaker.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 99<br />
Discrepancy Reporting/Flight Log Entries<br />
Reporting of a system and other airplane discrepancies to the <strong>ERAU</strong> Fleet<br />
Maintenance Department is of the utmost importance. Prompt notification<br />
not only allows Fleet Maintenance to respond quickly, but to pre-plan for<br />
down line maintenance. In addition, reporting certain mechanical<br />
discrepancies such as: engine failures, fire warnings, and fire extinguisher<br />
discharges are required by regulation.<br />
Emergency Procedures<br />
Initially, flying the airplane and confirming an emergency are most<br />
important steps in dealing with any emergency. Emergency procedures<br />
may include immediate action items that are of such critical nature that they<br />
must be accomplished from memory. Memory steps are enclosed in a<br />
Dashed Box. Memory steps are to be called out and accomplished prior to<br />
reading the <strong>checklist</strong>. When accomplishing the <strong>checklist</strong>, the pilot reads<br />
the <strong>checklist</strong> aloud, taking note of all instructions. Conditions permitting,<br />
the Pilot Flying (PF) maintains an awareness of <strong>checklist</strong> progress and<br />
announces when the emergency procedure is complete.<br />
Communications<br />
Proper communication during normal, emergency, and abnormal situation<br />
is essential to safe and effective mission management. Such situations<br />
include, but are not limited to, airplane system irregularities and<br />
emergencies, medical emergencies, and diversions. In such<br />
circumstances, the pilot should communicate as appropriate with:<br />
- ATC: Declaring emergency and communicating intentions.<br />
- <strong>ERAU</strong> Dispatch: Coordinating emergency support and/or diversions.<br />
- <strong>ERAU</strong> Fleet Maintenance Department: Support for resolving and<br />
handling airplane system abnormalities.<br />
- FSS: Obtaining weather updates and coordinating emergency<br />
support and/or diversions.<br />
Advising control and resource groups of these situations as well as pilot<br />
intentions is paramount in utilizing all available resources to arrive at an<br />
informed plan of action.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
100 PA-28R-201 SOP<br />
ENGINE FAILURE DURING TAKEOFF ROLL FLOW<br />
1<br />
7<br />
6<br />
3<br />
2<br />
5<br />
4<br />
OBJECTIVE:<br />
To safely stop the airplane on the takeoff roll with a partial or<br />
complete loss of power.<br />
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PA-28R-201 SOP 101<br />
ENGINE FAILURE DURING TAKEOFF ROLL<br />
CHECKLIST<br />
If sufficient runway remains for a complete stop:<br />
1. DIRECTIONAL CONTROL .................................................... MAINTAIN<br />
2. THROTTLE ....................................................... CLOSE IMMEDIATELY<br />
3. BRAKE .......................................................................... AS REQUIRED<br />
If insufficient runway remains for a complete stop:<br />
4. FLAPS .............................................................. VERIFY (RETRACT 0º)<br />
5. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
6. IGNITION SWITCH ........................................................................ OFF<br />
7. BATTERY MASTER SWITCH ........................................................ OFF<br />
8. ENGINE FAILURE DURING TAKEOFF ROLL CHECKLIST ..................<br />
.................................................................................................. COMPLETE<br />
If sufficient runway remains for a complete stop:<br />
1. DIRECTIONAL CONTROL MAINTAIN<br />
MAINTAIN DIRECTIONAL CONTROL of the aircraft, maneuvering as<br />
necessary to avoid obstacles.<br />
2. THROTTLE CLOSE IMMEDIATELY<br />
Upon first indication of an engine power loss or failure during takeoff,<br />
CLOSE the THROTTLE IMMEDIATELY while maintaining directional<br />
control. Advise ATC, or announce on the CTAF, that the takeoff is being<br />
aborted.<br />
NOTE<br />
An aborted takeoff is a very critical maneuver requiring timely<br />
decision-making and reaction. For every takeoff, calculating an<br />
accelerate/stop distance is important for takeoff planning.<br />
3. BRAKE AS REQUIRED<br />
When on the runway, BRAKE, AS REQUIRED, to stop straight ahead on<br />
the remaining runway, taking care not to lock the wheels. If able, turn the<br />
airplane onto a taxiway.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
102 PA-28R-201 SOP<br />
NOTE<br />
Avoid “locking” the wheels, which will cause skidding,<br />
resulting in an increase in the stopping distance, and may<br />
cause one or both main gear tires to blow.<br />
4. FLAPS VERIFY (RETRACT 0º)<br />
VERIFY that the Flap Selector Switch is in the UP position, or place the<br />
switch in the Up position to RETRACT the FLAPS to 0º.<br />
If insufficient runway remains for a complete stop:<br />
5. MIXTURE CONTROL IDLE CUT-OFF<br />
Depress the Mixture Control knob and pull the MIXTURE CONTROL to the<br />
IDLE CUT-OFF position.<br />
6. IGNITION SWITCH OFF<br />
After the engine (propeller) has come to a complete stop, turn the<br />
IGNITION SWITCH key to the OFF position.<br />
7. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position.<br />
8. ENGINE FAILURE DURING TAKEOFF ROLL CHECKLIST<br />
COMPLETE<br />
Upon completion of the ENGINE FAILURE DURING TAKEOFF ROLL<br />
CHECKLIST, verify that all items have been accomplished and that the<br />
<strong>checklist</strong> is COMPLETE.<br />
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PA-28R-201 SOP 103<br />
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104 PA-28R-201 SOP<br />
ENGINE FAILURE DURING FLIGHT FLOW<br />
2<br />
3<br />
1 9<br />
15<br />
13<br />
14<br />
7<br />
8<br />
6 5<br />
10 12 11<br />
16<br />
4<br />
OBJECTIVE:<br />
To optimize glide performance and configure the airplane for a forced<br />
landing.<br />
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PA-28R-201 SOP 105<br />
ENGINE FAILURE DURING FLIGHT CHECKLIST<br />
1. AIRSPEED ................................................................................ 79 KIAS<br />
2. LANDING SITE ........................................................................ SELECT<br />
3. FUEL SELECTOR ......................................................... SWITCH TANK<br />
4. FLAPS .......................................................................................... 0°/UP<br />
5. ALTERNATE AIR SELECTOR .................................................... OPEN<br />
6. MIXTURE CONTROL ................................FULL FORWARD (Full Rich)<br />
7. ELECTRIC FUEL PUMP .................................................................. ON<br />
8. IGNITION SWITCH ....................................................... BOTH (START)<br />
If the engine fails to start, execute the following restart procedure:<br />
9. AIRSPEED ................................................................................ 79 KIAS<br />
10. FUEL SELECTOR ......................................................... SWITCH TANK<br />
11. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
12. THROTTLE ................................................................ FULL FORWARD<br />
13. ELECTRIC FUEL PUMP ................................................................ OFF<br />
14. IGNITION SWITCH ....................................................... BOTH (START)<br />
If the engine fails to start:<br />
15. TRANSPONDER ............................................................................ 7700<br />
16. RADIO ..................................................................................... MAYDAY<br />
Emergency Landing Without Engine Power Checklist:<br />
17. PASSENGER SEATS/SEATBACKS ...................................... UPRIGHT<br />
18. SEATBELTS/HARNESSES .............................................................. ON<br />
19. GEAR SELECTOR .................................................... DOWN/ 3 GREEN<br />
20. FLAPS ..................................................................... 40° Recommended<br />
21. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
22. THROTTLE ................................................................................CLOSE<br />
23. FUEL SELECTOR .......................................................................... OFF<br />
24. IGNITION SWITCH ........................................................................ OFF<br />
25. BATTERY MASTER SWITCH ...................... LANDING ASSURED/OFF<br />
26. CABIN DOOR ....................................................................... UNLATCH<br />
27. TOUCHDOWN .................................................... SLIGHTLY TAIL-LOW<br />
28. BRAKES ..................................................................... APPLY HEAVILY<br />
29. ENGINE FAILURE DURING FLIGHT CHECKLIST ............ COMPLETE<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
106 PA-28R-201 SOP<br />
WARNING<br />
Before trouble shooting the engine failure (partial or complete<br />
loss of power), establish the best glide airspeed, pick the best<br />
suitable landing site, and turn towards the landing site selected.<br />
1. AIRSPEED 79 KIAS<br />
Ensure that the airplane is trimmed for 79 KIAS (best glide airspeed, 2750<br />
lbs.) to provide the maximum gliding distance possible.<br />
NOTE<br />
While the published PA-28R-201 glide ratio (no wind, 2750 lbs.,<br />
propeller control full decrease, 79 KIAS) is approximately 2.0<br />
nm per 1000 feet of altitude, during training [propeller control<br />
full increase (high RPM)] the actual ratio will be lower.<br />
2. LANDING SITE SELECT<br />
SELECT the most suitable LANDING SITE and site of intended landing and<br />
turn towards that site. If surface conditions make selecting a site difficult to<br />
determine, turn toward the best area (flatlands versus mountains), and pick<br />
a site as it becomes visible.<br />
WINDS: To optimize landing performance, plan for a normal landing into<br />
the wind. Use the direction of travel of smoke or dust, the “glassy side” of a<br />
lake or pond, windmills or windsocks, and the surface wind report for the<br />
area to determine wind direction and velocity.<br />
NOTE<br />
Surface conditions, such as direction of furrows and available<br />
stopping distance, should be considered when selecting a<br />
landing site.<br />
Whenever possible, plan to execute a normal traffic pattern. When altitude<br />
permits, plan to spiral over your intended landing area to arrive at<br />
approximately 1000’ AGL on downwind, abeam the point of intended<br />
touchdown (high-key point). Plan on turning from the base leg (low-key<br />
point) to final at approximately 500’ AGL, adjusted as necessary for wind<br />
conditions.<br />
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PA-28R-201 SOP 107<br />
NOTE<br />
The appropriate sectional chart can provide the approximate<br />
ground elevation in order to plan the approach with the key<br />
points in mind.<br />
3. FUEL SELECTOR SWITCH TANKS<br />
Move the FUEL SELECTOR to SWITCH to the other TANK to determine if<br />
providing fuel supplied from the other tank will aid in engine restart.<br />
4. FLAPS 0°/UP<br />
Verify that the Flap Control Handle is in the 0° position and that the FLAPS<br />
are UP for optimum performance.<br />
5. ALTERNATE AIR SELECTOR OPEN<br />
Place the ALTERNATE AIR SELECTOR is in the OPEN position.<br />
6. MIXTURE CONTROL FULL FORWARD (Full Rich)<br />
Place the MIXTURE CONTROL to the FULL FORWARD (Full Rich)<br />
position.<br />
7. ELECTRIC FUEL PUMP ON<br />
Depress the ELECTRIC FUEL PUMP switch in the ON position.<br />
8. IGNITION SWITCH BOTH (START)<br />
Verify that the IGNITION SWITCH is in the BOTH position if the propeller is<br />
windmilling. If the propeller has stopped, turn the Ignition Switch key to the<br />
START position to attempt an engine restart.<br />
If the engine fails to start, execute the following restart procedure:<br />
9. AIRSPEED 79 KIAS<br />
Ensure that the airplane is trimmed for 79 KIAS (best glide airspeed, 2750<br />
lbs.) to provide the maximum gliding distance possible.<br />
10. FUEL SELECTOR SWITCH TANKS<br />
Move the FUEL SELECTOR to SWITCH to the other TANK to determine if<br />
providing fuel supplied from the other tank will aid in engine restart.<br />
11. MIXTURE CONTROL IDLE CUT-OFF<br />
Because the engine could be flooded, place the depress the MIXTURE<br />
CONTROL to the IDLE CUT OFF position.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
108 PA-28R-201 SOP<br />
12. THROTTLE FULL FORWARD<br />
Because the engine could be flooded, push the THROTTLE to the FULL<br />
FORWARD position.<br />
13. ELECTRIC FUEL PUMP OFF<br />
Depress the ELECTRIC FUEL PUMP switch in the OFF position.<br />
14. IGNITION SWITCH BOTH (START)<br />
Verify that the IGNITION SWITCH is in the BOTH position if the propeller is<br />
windmilling. If the propeller has stopped, turn the Ignition Switch key to the<br />
START position to attempt an engine restart.<br />
NOTE<br />
If the engine starts, smoothly move the Mixture Control to the<br />
Full Forward (Full Rich) position, and adjust the throttle to set<br />
the desired power setting.<br />
If the engine fails to start:<br />
15. TRANSPONDER 7700<br />
Enter 7700 (emergency code) into the TRANSPONDER to alert ATC (your<br />
aircraft “tag” will flash on the radar screen).<br />
16. RADIO MAYDAY<br />
If not already in communication with ATC, attempt to establish RADIO<br />
contact with ATC on the last frequency used, or transmit on 121.50 MHz to<br />
make a MAYDAY call. State the aircraft registration number and position, if<br />
known, or last known position and estimated position relative to it, the<br />
number of “souls” on board, and the color of your airplane.<br />
Emergency Landing Without Engine Power Checklist:<br />
17. PASSENGER SEATS/SEATBACKS UPRIGHT<br />
Ensure that all PASSENGER SEATBACKS are in the full UPRIGHT<br />
position for landing.<br />
18. SEATBELTS/HARNESSES ON<br />
Ensure that passenger SEATBELTS and shoulder HARNESSES are ON<br />
and adjusted.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 109<br />
19. GEAR SELECTOR DOWN/ 3 GREEN<br />
Verify that the GEAR SELECTOR is in the DOWN position. Visually check<br />
to confirm that the 3 GREEN indicator lights are illuminated. Call out,<br />
“Three Green, No Red, Verify.” Wait for the IP to respond, “Gear Down,<br />
Verified.”<br />
20. FLAPS 40° Recommended<br />
When appropriate, place the Flap Selector switch in the 40º position to set<br />
the FLAPS for approach and landing, allowing touchdown at the slowest<br />
possible airspeed.<br />
21. MIXTURE CONTROL IDLE CUT-OFF<br />
Place the MIXTURE CONTROL to the IDLE CUT-OFF position.<br />
22. THROTTLE CLOSE<br />
Move the THROTTLE to the CLOSE position.<br />
23. FUEL SELECTOR OFF<br />
Place the FUEL SELECTOR in the OFF position.<br />
24. IGNITION SWITCH OFF<br />
Turn the IGNITION SWITCH key to the OFF position.<br />
25. BATTERY MASTER SWITCH LANDING ASSURED/OFF<br />
When the LANDING is ASSURED, depress the BATTERY MASTER<br />
SWITCH to the OFF position.<br />
26. CABIN DOOR UNLATCH<br />
Lift the interior door handles to UNLATCH and open the CABIN DOOR to<br />
prevent the possibility of having the cabin doors jammed upon landing.<br />
Once opened, place the interior door handles in the locked (full forward,<br />
down) position to prevent the doors from closing and latching.<br />
27. TOUCHDOWN SLIGHTLY TAIL-LOW<br />
Touch down in a SLIGHTLY TAIL-LOW attitude to aid in slowing the<br />
airplane during the landing roll.<br />
28. BRAKES APPLY HEAVILY<br />
APPLY the BRAKES HEAVILY, or as necessary, to stop the airplane prior<br />
to encountering any surrounding obstructions or rough terrain surfaces.<br />
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110 PA-28R-201 SOP<br />
29. ENGINE FAILURE DURING FLIGHT CHECKLIST COMPLETE<br />
Upon completion of the ENGINE FAILURE DURING FLIGHT CHECKLIST,<br />
verify that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
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PA-28R-201 SOP 111<br />
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112 PA-28R-201 SOP<br />
LOSS OF FUEL FLOW/PRESSURE FLOW<br />
1<br />
2<br />
OBJECTIVE:<br />
To promptly re-establish fuel pressure when the engine-driven fuel<br />
pump has failed.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 113<br />
LOSS OF FUEL FLOW/PRESSURE CHECKLIST<br />
The engine will only operate with its electric fuel pump ON:<br />
1. ELECTRIC FUEL PUMP .................................................................. ON<br />
2. FUEL SELECTOR ........................................................ FULLEST TANK<br />
3. LOSS OF FUEL FLOW/PRESSURE CHECKLIST ............. COMPLETE<br />
1. ELECTRIC FUEL PUMP ON<br />
Depress the ELECTRIC FUEL PUMP switch in the ON position.<br />
2. FUEL SELECTOR FULLEST TANK<br />
Verify that the FUEL SELECTOR is on the FULLEST TANK.<br />
3. LOSS OF FUEL FLOW/PRESSURE CHECKLIST COMPLETE<br />
Upon completion of the LOSS OF FUEL FLOW/PRESSURE CHECKLIST,<br />
verify that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
NOTE<br />
Land at the nearest suitable airport where repairs can be made.<br />
Remember that you now have no backup electric fuel pump for<br />
that engine.<br />
Operating an engine with only its electric fuel pump (enginedriven<br />
fuel pump failed) may require making corresponding<br />
mixture changes when power is changed:<br />
1. When reducing power, lean the mixture to prevent the engine<br />
from quitting from having too rich of a mixture condition<br />
2. Enrichen the mixture when increasing power to prevent<br />
engine stoppage from having too lean of a mixture condition.<br />
Always lean sufficiently to obtain a smooth running engine.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
114 PA-28R-201 SOP<br />
ENGINE FIRE DURING START FLOW<br />
8<br />
4<br />
1<br />
7<br />
10<br />
9<br />
3<br />
6<br />
2<br />
5<br />
11<br />
12<br />
OBJECTIVE:<br />
To promptly extinguish an engine fire occuring during engine start.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 115<br />
ENGINE FIRE DURING START CHECKLIST<br />
If the engine has not started:<br />
1. STARTER ..................................................... CONTINUE TO ENGAGE<br />
2. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
3. THROTTLE ................................................................ FULL FORWARD<br />
NOTE<br />
If the engine starts, continue operating to ingest the fire into the<br />
engine. If the fire continues, shut down the engine and evacuate.<br />
4. ELECTRIC FUEL PUMP ................................................................ OFF<br />
5. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
6. THROTTLE ................................................................ FULL FORWARD<br />
7. IGNITION SWITCH ........................................................................ OFF<br />
8. BATTERY MASTER SWITCH ........................................................ OFF<br />
9. PARKING BRAKE ................................................................. RELEASE<br />
10. FUEL SELECTOR .......................................................................... OFF<br />
11. FIRE EXTINGUISHER ............................................................. OBTAIN<br />
12. AIRPLANE ......................................................................... EVACUATE<br />
13. ENGINE FIRE DURING START CHECKLIST .................... COMPLETE<br />
1. STARTER CONTINUE TO ENGAGE<br />
CONTINUE TO ENGAGE the STARTER in an attempt to ingest the flames<br />
into the engine through the carburetor.<br />
NOTE<br />
If the engine starts, continue its operation to ingest the fire into<br />
the engine and extinguish the flames. Once the fire has been<br />
extinguished, shut down the airplane’s engine and have Fleet<br />
Maintenance inspect it. If the fire continues, shut down the<br />
engine and evacuate the aircraft.<br />
2. MIXTURE CONTROL IDLE CUT-OFF<br />
Place the MIXTURE CONTROL in the IDLE CUT-OFF position.<br />
3. THROTTLE FULL FORWARD<br />
Move the THROTTLE to the FULL FORWARD position.<br />
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116 PA-28R-201 SOP<br />
4. ELECTRIC FUEL PUMP OFF<br />
Depress the ELECTRIC FUEL PUMP switch to the OFF position.<br />
5. MIXTURE CONTROL IDLE CUT-OFF<br />
Move the MIXTURE CONTROL to the IDLE CUT-OFF position.<br />
6. THROTTLE FULL FORWARD<br />
Move the THROTTLE to the FULL FORWARD position.<br />
7. IGNITION SWITCH OFF<br />
Turn the IGNITION SWITCH key to the OFF position.<br />
8. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position.<br />
9. PARKING BRAKE RELEASE<br />
To RELEASE the PARKING BRAKE, pull the Parking Brake Lever aft to<br />
unlock and then allow the lever to move fully forward. Do not depress the<br />
button.<br />
10. FUEL SELECTOR OFF<br />
Place the FUEL SELECTOR in the OFF position.<br />
11. FIRE EXTINGUISHER OBTAIN<br />
OBTAIN the FIRE EXTINGUISHER from between the aft portion of the<br />
front seats by unlatching the retaining straps. Prepare it for use.<br />
12. AIRPLANE EVACUATE<br />
EVACUATE the AIRPLANE and seek help in extinguishing the fire. Do not<br />
attempt to fight the fire alone. It is safer for the flight crew and passengers<br />
to get professional fire fighting personnel to fight the fire.<br />
13. ENGINE FIRE DURING START CHECKLIST COMPLETE<br />
Upon completion of the ENGINE FIRE DURING START CHECKLIST,<br />
verify that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 117<br />
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118 PA-28R-201 SOP<br />
ENGINE FIRE IN FLIGHT FLOW<br />
6<br />
4<br />
5<br />
2 3<br />
1<br />
OBJECTIVE:<br />
To promptly extinguish an engine fire in flight.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 119<br />
ENGINE FIRE IN FLIGHT CHECKLIST<br />
1. FUEL SELECTOR .......................................................................... OFF<br />
2. THROTTLE ................................................................................CLOSE<br />
3. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
4. ELECTRIC FUEL PUMP ................................................................ OFF<br />
5. HEATER/DEFROSTER .................................................................. OFF<br />
If the fire persists:<br />
6. AIRSPEED .......................................................................... INCREASE<br />
(attempt to extinguish the fire)<br />
Emergency Landing Without Engine Power Checklist:<br />
7. PASSENGER SEATS/SEATBACKS ...................................... UPRIGHT<br />
8. SEATBELTS/HARNESSES .............................................................. ON<br />
9. GEAR SELECTOR .................................................... DOWN/ 3 GREEN<br />
10. FLAPS ..................................................................... 40° Recommended<br />
11. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
12. THROTTLE ................................................................................CLOSE<br />
13. FUEL SELECTOR .......................................................................... OFF<br />
14. IGNITION SWITCH ........................................................................ OFF<br />
15. MASTER SWITCH ....................................... LANDING ASSURED/OFF<br />
16. CABIN DOOR ....................................................................... UNLATCH<br />
17. TOUCHDOWN .................................................... SLIGHTLY TAIL-LOW<br />
18. BRAKES ..................................................................... APPLY HEAVILY<br />
19. ENGINE FIRE IN FLIGHT CHECKLIST ............................. COMPLETE<br />
1. FUEL SELECTOR OFF<br />
Place the FUEL SELECTOR in the OFF position.<br />
2. THROTTLE CLOSE<br />
Move the THROTTLE to the CLOSE position.<br />
3. MIXTURE CONTROL IDLE CUT-OFF<br />
Move the MIXTURE CONTROL to the IDLE CUT-OFF position.<br />
4. ELECTRIC FUEL PUMP OFF<br />
Depress the ELECTRIC FUEL PUMP switch to the OFF position.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
120 PA-28R-201 SOP<br />
5. HEATER/DEFROSTER OFF<br />
Move the HEATER and DEFROSTER levers to the OFF position.<br />
If the fire persists:<br />
6. AIRSPEED INCREASE<br />
INCREASE the AIRSPEED in an attempt to extinguish the fire.<br />
Emergency Landing Without Engine Power Checklist:<br />
7. PASSENGER SEATS/SEATBACKS UPRIGHT<br />
Ensure that all PASSENGER SEATBACKS are in the full UPRIGHT<br />
position for landing.<br />
8. SEATBELTS/HARNESSES ON<br />
Ensure that passenger SEATBELTS and shoulder HARNESSES are ON<br />
and adjusted.<br />
9. GEAR SELECTOR DOWN/ 3 GREEN<br />
Verify that the GEAR SELECTOR is in the DOWN position. Visually check<br />
to confirm that the 3 GREEN indicator lights are illuminated. Call out,<br />
“Three Green, No Red, Verify.” Wait for the IP to respond, “Gear Down,<br />
Verified.”<br />
10. FLAPS 40° Recommended<br />
When appropriate, place the Flap Selector switch in the 40º position to set<br />
the FLAPS for approach and landing, allowing touchdown at the slowest<br />
possible airspeed.<br />
11. MIXTURE CONTROL IDLE CUT-OFF<br />
Place the MIXTURE CONTROL to the IDLE CUT-OFF position.<br />
12. THROTTLE CLOSE<br />
Move the THROTTLE to the CLOSE position.<br />
13. FUEL SELECTOR OFF<br />
Place the FUEL SELECTOR in the OFF position.<br />
14. IGNITION SWITCH OFF<br />
Turn the IGNITION SWITCH key to the OFF position.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 121<br />
15. MASTER SWITCH LANDING ASSURED/OFF<br />
When the LANDING is ASSURED, depress the MASTER SWITCH to the<br />
OFF position.<br />
16. CABIN DOOR UNLATCH<br />
UNLATCH and open the CABIN DOOR to prevent the possibility of having<br />
the cabin doors jammed upon landing. Once opened, place the interior<br />
door handles in the locked (full forward, down) position to prevent the doors<br />
from closing and latching.<br />
17. TOUCHDOWN SLIGHTLY TAIL-LOW<br />
Touch down in a SLIGHTLY TAIL-LOW attitude to aid in slowing the<br />
airplane during the landing roll.<br />
18. BRAKES APPLY HEAVILY<br />
APPLY the BRAKES HEAVILY, or as necessary, to stop the airplane prior<br />
to encountering any surrounding obstructions or rough terrain surfaces.<br />
19. ENGINE FIRE IN FLIGHT CHECKLIST COMPLETE<br />
Upon completion of the ENGINE FIRE IN FLIGHT CHECKLIST, verify that<br />
all items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
122 PA-28R-201 SOP<br />
ELECTRICAL FIRE IN FLIGHT FLOW<br />
1 2 3 4 6<br />
5<br />
7<br />
8<br />
OBJECTIVE:<br />
To safely extinguish an electrical fire in flight.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 123<br />
ELECTRICAL FIRE IN FLIGHT CHECKLIST<br />
1. FLASHLIGHT (if at night) ......................................................... OBTAIN<br />
2. BATTERY MASTER SWITCH ........................................................ OFF<br />
3. ALTERNATOR SWITCH ................................................................ OFF<br />
4. ALL ELECTRICAL SWITCHES ...................................................... OFF<br />
5. RADIO MASTER SWITCH ............................................................. OFF<br />
6. CABIN VENTS ............................................................................ OPEN<br />
7. CABIN HEAT LEVER .................................................................CLOSE<br />
8. CIRCUIT BREAKERS ............................................................... CHECK<br />
NOTE<br />
If the fire persists, obtain the portable fire extinguisher (located<br />
behind the center console aft of the front seats) and extinguish,<br />
if practical.<br />
NOTE<br />
At this point, the pilot must decide if the flight can be safely<br />
continued without electrical power. If so, land at the nearest<br />
airport and have the electrical system repaired.<br />
9. AIRPORT ..................................................................................... LAND<br />
WARNING<br />
The Manual Extension of Landing Gear procedure (page 143)<br />
must be used to lower the landing gear. In additon, the stall<br />
and gear warnings are not available with the Battery Master<br />
Switch OFF.<br />
10. ELECTRICAL FIRE IN FLIGHT CHECKLIST ..................... COMPLETE<br />
1. FLASHLIGHT (if at night) OBTAIN<br />
In the event of an electrical fire at night, OBTAIN a FLASHLIGHT and have<br />
it readily available should the cockpit lighting system become disabled.<br />
2. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position.<br />
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124 PA-28R-201 SOP<br />
3. ALTERNATOR SWITCH OFF<br />
Depress the ALTERNATOR SWITCH to the OFF position.<br />
4. ALL ELECTRICAL SWITCHES OFF<br />
Place ALL ELECTRICAL SWITCHES in the OFF position.<br />
5. RADIO MASTER SWITCH OFF<br />
Depress the RADIO MASTER SWITCH to the OFF position.<br />
6. CABIN VENTS OPEN<br />
OPEN the CABIN VENTS.<br />
7. CABIN HEAT LEVER CLOSE<br />
Ensure that the CABIN HEAT LEVER is in the CLOSE position.<br />
NOTE<br />
If the fire persists, obtain the portable fire extinguisher (located<br />
behind the center console, aft of the front seats) and<br />
extinguish, if practical.<br />
NOTE<br />
At this point, the pilot must decide if the flight can be safely<br />
continued without electrical power. If so, land at the nearest<br />
airport and have the electrical system repaired.<br />
8. CIRCUIT BREAKERS CHECK<br />
CHECK for OPEN (out) CIRCUIT BREAKERS.<br />
9. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
WARNING<br />
The Manual Extension of Landing Gear procedure (page 143)<br />
must be used to lower the landing gear. In additon, the stall<br />
and gear warnings are not available with the Battery Master<br />
Switch OFF.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 125<br />
10. ELECTRICAL FIRE IN FLIGHT CHECKLIST COMPLETE<br />
Upon completion of the ELECTRICAL FIRE IN FLIGHT CHECKLIST, verify<br />
that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
126 PA-28R-201 SOP<br />
SPIN RECOVERY FLOW<br />
2 3<br />
6<br />
4<br />
1<br />
5<br />
OBJECTIVE:<br />
To safely recover from a spin.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 127<br />
SPIN RECOVERY CHECKLIST<br />
WARNING<br />
Intentional spins are prohibited in this airplane.<br />
1. RUDDER .......................... FULL OPPOSITE TO DIRECTION OF SPIN<br />
2. CONTROL WHEEL .................................................... FULL FORWARD<br />
3. AILERONS ............................................................................ NEUTRAL<br />
4. THROTTLE ................................................................................CLOSE<br />
5. RUDDER ..........................................................................NEUTRALIZE<br />
When rotation stops, to recover from the dive:<br />
6. CONTROL WHEEL ................................. SMOOTH BACK PRESSURE<br />
7. SPIN RECOVERY CHECKLIST ......................................... COMPLETE<br />
1. RUDDER FULL OPPOSITE TO DIRECTION OF SPIN<br />
Apply FULL RUDDER in the OPPOSITE DIRECTION OF the SPIN to stop<br />
the rotation of the spin.<br />
2. CONTROL WHEEL FULL FORWARD<br />
Move the CONTROL WHEEL (Yoke) briskly FULL FORWARD to reduce<br />
the critical angle of attack and break the stall.<br />
3. AILERONS NEUTRAL<br />
Ensure that the AILERONS are in the NEUTRAL position. Ailerons<br />
positioned other than in the Neutral postion may aggravate the spin,<br />
making recovery impossible.<br />
4. THROTTLE CLOSE<br />
Promptly move the THROTTLE to the CLOSE position to prevent<br />
excessive airspeed during the spin recovery.<br />
NOTE<br />
The throttle is reduced to the CLOSE position only after spin<br />
recovery flight control inputs have been made to ensure having<br />
adequate rudder/stabilator effectiveness.<br />
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128 PA-28R-201 SOP<br />
5. RUDDER NEUTRALIZE<br />
When the spin rotation stops, NEUTRALIZE the RUDDER (return the<br />
rudder to the neutral position (no left or right rudder input).<br />
NOTE<br />
Applying too much rudder pressure in the opposite direction<br />
will cause the airplane to enter into a spin in the opposite<br />
direction.<br />
When rotation stops, to recover from the dive:<br />
6. CONTROL WHEEL SMOOTH BACK PRESSURE<br />
In a SMOOTH manner, apply sufficient BACK PRESSURE to the<br />
CONTROL WHEEL to recover from the resulting dive. Monitor airspeed so<br />
as not to exceed aircraft limitations during the recovery.<br />
7. SPIN RECOVERY CHECKLIST COMPLETE<br />
Upon completion of the SPIN RECOVERY CHECKLIST, verify that all<br />
items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 129<br />
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130 PA-28R-201 SOP<br />
VAC OFF OR LOW VAC WARNING ILLUMINATED<br />
FLOW<br />
2<br />
3 1<br />
OBJECTIVE:<br />
To safely handle the aircraft with a LOW VAC annunciation.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 131<br />
VAC OFF OR LOW VAC WARNING ILLUMINATED<br />
CHECKLIST<br />
1. AUX VACUUM SWITCH .................................................................. ON<br />
2. SYSTEM SUCTION ......................................... VERIFY (4.8-5.2 in. Hg)<br />
3. ELECTRICAL LOAD ............................................................. MONITOR<br />
4. AIRPORT .................................................... LAND WHEN PRACTICAL<br />
5. VAC OFF OR LOW VAC WARNING ILLUMINATED CHECKLIST .........<br />
.................................................................................................. COMPLETE<br />
1. AUX VAC SWITCH ON<br />
Push the Auxilary Vacuum Switch to AUX ON. Verify the VAC OFF<br />
annunciator is extinguished and the AUX ON annunciator is illuminated.<br />
2. SYSTEM SUCTION VERIFY (4.8-5.2 in. Hg)<br />
Verify the suction gauge is showing between 4.8 and 5.2 inches of Mecury.<br />
CAUTION<br />
Compass error may exceed 10° when auxiliary vacuum system<br />
is in operation.<br />
3. ELECTRICAL LOAD MONITOR<br />
Verify that alternator capacity is not being exceeded as indicated by the<br />
ammeter. If required, turn off nonessential electrical equipment.<br />
4. AIRPORT LAND<br />
Land when practical at an airport where repairs can be made.<br />
5. VAC OFF OR LOW VAC WARNING ILLUMINATED CHECKLIST<br />
COMPLETE<br />
Upon completion of the VAC OFF OR LOW VAC WARNING<br />
ILLUMINATED CHECKLIST , verify that all items have been accomplished<br />
and that the <strong>checklist</strong> is COMPLETE.<br />
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132 PA-28R-201 SOP<br />
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PA-28R-201 SOP 133<br />
Section 4:<br />
ABNORMAL<br />
PROCEDURES<br />
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PA-28R-201 SOP 135<br />
INTRODUCTION<br />
Successful handling of abnormal situations is largely dependent on the<br />
judgment and skill of the crew. All abnormal conditions should be handled<br />
with planning and organization. Although it is not possible to write specific<br />
procedures to cover every facet of every abnormal situation or irregularity a<br />
pilot may confront, it is possible to establish certain operating guidelines.<br />
The overriding matter of importance is very basic: someone must fly the<br />
airplane. In addition to executing the required procedure(s), the pilot must<br />
still devote primary attention to the control and navigation of the airplane<br />
with regard to terrain, weather, air traffic control, and airplane configuration.<br />
Abnormal Procedures<br />
An abnormal procedure is a procedure not classified by the aircraft<br />
manufacturer as a normal or emergency procedure. The abnormal<br />
procedures that follow are the only abnormal procedures provided by the<br />
aircraft manufacturer and may not cover every abnormal situation that may<br />
be encountered during flight. The Abnormal procedures do not include<br />
immediate action or memory items because the <strong>checklist</strong> items are not<br />
time-critical in nature.<br />
If an abnormal situation arises, the number one priority is to maintain<br />
control of the airplane, and then confirm the situation and follow the<br />
appropriate procedures.<br />
When operating in the pseudo-crew environment, the pilot monitoring (PM)<br />
shall perform the <strong>checklist</strong> and announce its completion. The Pilot flying<br />
(PF) shall maintain an awareness of the <strong>checklist</strong> progress.<br />
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136 PA-28R-201 SOP<br />
PROPELLER OVERSPEED CHECKLIST<br />
1. THROTTLE ............................................................................... REDUCE<br />
2. OIL PRESSURE .......................................................................... CHECK<br />
3. PROPELLER CONTROL .................................... FULL DECREASE/SET<br />
(if control available)<br />
4. AIRSPEED ................................................................................ REDUCE<br />
5. THROTTLE ...................................... AS REQUIRED/BELOW 2700 RPM<br />
6. AIRPORT ........................................................................................ LAND<br />
7. PROPELLER OVERSPEED CHECKLIST ............................ COMPLETE<br />
1. THROTTLE REDUCE<br />
REDUCE the THROTTLE to maintain propeller speed below 2700 RPM.<br />
2. OIL PRESSURE CHECK<br />
CHECK the OIL PRESSURE to determine if the engine is developing<br />
sufficient pressure.<br />
3. PROPELLER CONTROL FULL DECREASE/SET<br />
(if control available)<br />
Move the PROPELLER CONTROL to FULL DECREASE to obtain control<br />
of the propeller speed. SET if any control is avaialble.<br />
4. AIRSPEED REDUCE<br />
REDUCE the indicated AIRSPEED as much as practical to assist in<br />
maintaining propeller speed below 2700 RPM or as set.<br />
5. THROTTLE AS REQUIRED/BELOW 2700 RPM<br />
Set the THROTTLE AS REQUIRED to assist in maintaining propeller<br />
speed BELOW 2700 RPM, or as set.<br />
6. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
7. PROPELLER OVERSPEED CHECKLIST COMPLETE<br />
Upon completion of the PROPELLER OVERSPEED CHECKLIST, verify<br />
that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 137<br />
ENGINE ROUGHNESS CHECKLIST<br />
Engine roughness may be caused by induction system icing or<br />
ignition problems.<br />
If induction icing is suspected:<br />
1. ALTERNATE AIR SELECTOR .................................................... OPEN<br />
2. MIXTURE ................................................................................ ADJUST<br />
If engine roughness continues after one minute:<br />
3. ALTERNATE AIR SELECTOR ...................................................CLOSE<br />
4. MIXTURE ................................................................................. ADJUST<br />
5. ELECTRIC FUEL PUMP .................................................................. ON<br />
6. ENGINE GAUGES .................................................................... CHECK<br />
7. IGNITION SWITCH ............................................... CHECK L/R (BOTH)<br />
If satisfactory engine operation on either magneto can be obtained:<br />
8. THROTTLE ............................................................................. REDUCE<br />
9. MIXTURE CONTROL ................................FULL FORWARD (Full Rich)<br />
10. AIRPORT ..................................................................................... LAND<br />
If engine roughness persists:<br />
11. AIRPORT ..................................................................................... LAND<br />
12. ENGINE ROUGHNESS CHECKLIST ................................. COMPLETE<br />
If induction icing is suspected:<br />
1. ALTERNATE AIR SELECTOR OPEN<br />
Move the ALTERNATE AIR SELECTOR to the OPEN position.<br />
2. MIXTURE ADJUST<br />
ADJUST the MIXTURE to attempt to obtain smooth engine operation.<br />
If engine roughness continues after one minute:<br />
3. ALTERNATE AIR SELECTOR CLOSE<br />
Move the ALTERNATE AIR SELECTOR to the CLOSE position.<br />
4. MIXTURE ADJUST<br />
ADJUST the MIXTURE to attempt to obtain smooth engine operation.<br />
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138 PA-28R-201 SOP<br />
5. ELECTRIC FUEL PUMP ON<br />
Depress the ELECTRIC FUEL PUMP switch to the ON position. Check the<br />
fuel pressure. An increase in fuel pressure may be observed.<br />
6. ENGINE GAUGES CHECK<br />
CHECK the ENGINE GAUGES for any abnormal indications.<br />
7. IGNITION SWITCH CHECK L/R (BOTH)<br />
Turn the Ignition Switch key to the L (Left) and to the R (Right) positions to<br />
determine if a smoother engine operation can be achieved on either<br />
magneto. Return the Ignition Switch key to the BOTH position if no change<br />
is experienced.<br />
If satisfactory engine operation on either magneto can be obtained:<br />
8. THROTTLE REDUCE<br />
REDUCE the THROTTLE to maintain smooth engine operation.<br />
9. MIXTURE CONTROL FULL FORWARD (Full Rich)<br />
Move the MIXTURE CONTROL to the FULL FORWARD (Full Rich)<br />
position.<br />
10. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
If engine roughness persists:<br />
11. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
12. ENGINE ROUGHNESS CHECKLIST COMPLETE<br />
Upon completion of the ENGINE ROUGHNESS CHECKLIST, verify that all<br />
items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 139<br />
HIGH OIL TEMPERATURE CHECKLIST<br />
NOTE<br />
An abnormally high oil temperature may be caused by a low oil<br />
level, an obstruction in the oil cooler, damaged or improper<br />
baffle seals, a defective or faulty gauge, a thermocouple, etc.<br />
CAUTION<br />
Watch the oil pressure gauge for an accompanying loss in<br />
pressure.<br />
1. MIXTURE ............................................................................ ENRICHEN<br />
2. THROTTLE ............................................................................. REDUCE<br />
3. AIRSPEED ........................................... INCREASE (altitude permitting)<br />
If engine overheating persists:<br />
4. AIRPORT ..................................................................................... LAND<br />
5. HIGH OIL TEMPERATURE CHECKLIST ........................... COMPLETE<br />
1. MIXTURE ENRICHEN<br />
ENRICHEN the MIXTURE to assist in engine cooling.<br />
2. THROTTLE REDUCE<br />
REDUCE the THROTTLE to assist in engine cooling.<br />
3. AIRSPEED INCREASE (altitude permitting)<br />
If altitude permits, INCREASE indicated AIRSPEED (shallow dive) to<br />
provide additional airflow to aid in engine cooling.<br />
If engine overheating persists:<br />
4. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
5. HIGH OIL TEMPERATURE CHECKLIST COMPLETE<br />
Upon completion of the HIGH OIL TEMPERATURE CHECKLIST, verify<br />
that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
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140 PA-28R-201 SOP<br />
LOW OIL PRESSURE CHECKLIST<br />
A partial loss of oil pressure usually indicates a malfunction in<br />
the oil pressure regulating system. A complete loss of oil<br />
pressure may signify oil exhaustion or be the result of a faulty<br />
gauge.<br />
1. OIL PRESSURE GAUGE ............................................ CHECK/VERIFY<br />
2. AIRPORT ..................................................................................... LAND<br />
3. ENGINE FAILURE DURING FLIGHT CHECKLIST .............. PREPARE<br />
4. LOW OIL PRESSURE CHECKLIST ................................... COMPLETE<br />
1. OIL PRESSURE GAUGE CHECK/VERIFY<br />
CHECK the OIL PRESSURE GAUGE to VERIFY whether the loss in oil<br />
pressure is partial or complete.<br />
2. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
3. ENGINE FAILURE DURING FLIGHT CHECKLIST PREPARE<br />
PREPARE for a complete failure of the engine and be ready to complete<br />
the ENGINE FAILURE DURING FLIGHT CHECKLIST (page 105).<br />
4. LOW OIL PRESSURE CHECKLIST COMPLETE<br />
Upon completion of the LOW OIL PRESSURE CHECKLIST, verify that all<br />
items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 141<br />
LANDING GEAR UNSAFE WARNINGS<br />
Red WARN GEAR UNSAFE light illuminates:<br />
Gear Selector is in the UP or DOWN position and the landing gear is<br />
in transition between the fully-retracted (UP) position, or the downand-locked<br />
(DOWN) position.<br />
Gear Selector in the UP position, and loss of hydraulic pressure<br />
prevents keeping the landing gear in the fully-retracted (UP) position.<br />
This may be caused by the emergency gear lever being loose or<br />
inadvertently activated (lowered).<br />
Red WARN GEAR UNSAFE light illuminated and the Gear Warning<br />
Horn sounds:<br />
The landing gear is not down-and-locked, and the MP is below 14”.<br />
The Gear Selector is in the UP position, and the Flap Control Handle<br />
is moved beyond the 1 st notch (10°) position.<br />
NOTE<br />
If an unsafe indication continues, contact <strong>ERAU</strong> Flight Ops<br />
(123.30 MHz) before taking any other action.<br />
NOTE<br />
The “check landing gear” aural warning may also be heard<br />
under the above conditions or anytime the airplane is within<br />
approximately 200’ to 300’ AGL with the landing gear not down<br />
and locked.<br />
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FAILURE OF LANDING GEAR TO RETRACT<br />
CHECKLIST<br />
1. GEAR SELECTOR ........................................................................... UP<br />
2. GEAR PUMP CIRCUIT BREAKER ....................................... CHECK IN<br />
3. EMERGENCY GEAR LEVER ............................................ UP/SECURE<br />
4. GEAR LIGHTS .......................................................................... CHECK<br />
5. FAILURE OF LANDING GEAR TO RETRACT CHECKLIST .................<br />
.................................................................................................. COMPLETE<br />
1. GEAR SELECTOR UP<br />
Place the GEAR SELECTOR in the UP position.<br />
2. GEAR PUMP CIRCUIT BREAKER CHECK IN<br />
CHECK that the landing GEAR PUMP CIRCUIT BREAKER is IN.<br />
3. EMERGENCY GEAR LEVER UP/SECURE<br />
Check the EMERGENCY GEAR LEVER (located between the front seats<br />
and to the left of the flap control handle) to ensure that it is in the UP<br />
position and SECURE.<br />
4. GEAR LIGHTS CHECK<br />
CHECK the red Warning Gear Unsafe and the 3 green GEAR LIGHTS to<br />
ensure that they are extinguished (indicating the gear is retracted).<br />
5. FAILURE OF LANDING GEAR TO RETRACT CHECKLIST<br />
COMPLETE<br />
Upon completion of the FAILURE OF LANDING GEAR TO RETRACT<br />
CHECKLIST, verify that all items have been accomplished and that the<br />
<strong>checklist</strong> is COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 143<br />
MANUAL EXTENSION OF LANDING GEAR<br />
CHECKLIST<br />
NOTE<br />
When operating in the KDAB area, do not initiate this procedure<br />
until <strong>ERAU</strong> Flight Operations and Fleet Maintenance have been<br />
notified. Before initiating this procedure, proceed to a safe<br />
holding area, or request radar vectors from ATC.<br />
Before extending the landing gear manually:<br />
1. BATTERY MASTER SWITCH ............................................ VERIFY ON<br />
2. ALTERNATOR SWITCH .................................................... VERIFY ON<br />
3. CIRCUIT BREAKERS ............................................................... CHECK<br />
4. NAV LIGHT (Daytime).................................................................... OFF<br />
5. GEAR INDICATOR LIGHTS ...................................................... CHECK<br />
If the landing gear does not check down and locked:<br />
6. AIRSPEED ....................................................................... 87 KIAS MAX<br />
7. GEAR SELECTOR ..................................................................... DOWN<br />
8. EMERGENCY GEAR LEVER................... HOLD EMERGENCY DOWN<br />
9. GEAR INDICATOR LIGHTS ..................................... CHECK/3-GREEN<br />
10. MANUAL EXTENSION OF LANDING GEAR CHECKLIST ....................<br />
.................................................................................................. COMPLETE<br />
Before extending the landing gear manually:<br />
1. BATTERY MASTER SWITCH VERIFY ON<br />
VERIFY that the BATTERY MASTER SWITCH is in the ON position.<br />
2. ALTERNATOR SWITCH VERIFY ON<br />
VERIFY that the ALTERNATOR SWITCH is in the ON position.<br />
3. CIRCUIT BREAKERS CHECK<br />
CHECK that all CIRCUIT BREAKERS are IN by running your hand across<br />
the circuit breaker panel to confirm. Do not reset a “popped” circuit breaker<br />
more than one time to avoid the possibility of an electrical fire.<br />
4. NAV LIGHTS (Daytime) OFF<br />
During Daytime operations, verify that the NAV LIGHT switch is in the OFF<br />
position.<br />
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144 PA-28R-201 SOP<br />
5. GEAR INDICATOR LIGHTS CHECK<br />
CHECK the GEAR INDICATOR LIGHTS to ensure that each is secured<br />
properly. Interchange lights to determine if a light has burned out.<br />
If the landing gear does not check down and locked:<br />
6. AIRSPEED 87 KIAS MAX<br />
Adjust the indicated AIRSPEED for operation not to exceed 87 KIAS MAX.<br />
7. GEAR SELECTOR DOWN<br />
Place the GEAR SELECTOR in the DOWN position.<br />
8. EMERGENCY GEAR LEVER HOLD EMERGENCY DOWN<br />
Move and HOLD the EMERGENCY GEAR LEVER down to the<br />
EMERGENCY DOWN position.<br />
9. GEAR INDICATOR LIGHTS CHECK/3-GREEN<br />
CHECK the GEAR INDICATOR LIGHTS to verify that the 3-GREEN lights<br />
are illuminated.<br />
10. MANUAL EXTENSION OF LANDING GEAR CHECKLIST<br />
COMPLETE<br />
Upon completion of the MANUAL EXTENSION OF LANDING GEAR<br />
CHECKLIST, verify that all items have been accomplished and that the<br />
<strong>checklist</strong> is COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 145<br />
GEAR UP LANDING (INTENTIONAL) CHECKLIST<br />
Ensure that all available resources have been exhausted in an<br />
effort to correct the landing gear extension problem. Refer to<br />
the <strong>ERAU</strong> Flight Operations Manual for additional guidance.<br />
If unsuccessful in extending the landing gear manually:<br />
1. AIRSPEED ................................................................................ 72 KIAS<br />
2. FLAPS .............................................................................................. 40°<br />
3. GEAR SELECTOR ............................................................................ UP<br />
4. SEATBELTS/HARNESSES .............................................................. ON<br />
Just before touchdown:<br />
5. THROTTLE ................................................................................CLOSE<br />
6. MIXTURE CONTROL .................................................... IDLE CUT-OFF<br />
7. IGNITION SWITCH ........................................................................ OFF<br />
8. BATTERY MASTER SWITCH ........................................................ OFF<br />
9. ALTERNATOR SWITCH ................................................................ OFF<br />
10. FUEL SELECTOR .......................................................................... OFF<br />
11. AIRSPEED .............................................. MINIMUM AT TOUCHDOWN<br />
12. GEAR UP LANDING CHECKLIST ..................................... COMPLETE<br />
If unsuccessful in extending the landing gear manually:<br />
1. AIRSPEED 72 KIAS<br />
Establish a stabilized approach to the runway at 72 KIAS.<br />
2. FLAPS 40°<br />
EXTEND the FLAPS to the 40° position.<br />
3. GEAR SELECTOR UP<br />
Verify that the GEAR SELECTOR is in the UP position.<br />
4. SEATBELTS/HARNESSES ON<br />
Ensure that all occupant(s’) SEATBELTS and shoulder HARNESSES, if<br />
applicable, are ON and adjusted (per 14 CFR Part 91.107).<br />
Just before touchdown:<br />
5. THROTTLE CLOSE<br />
Move the THROTTLE to the CLOSE position.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
146 PA-28R-201 SOP<br />
6. MIXTURE CONTROL IDLE CUT-OFF<br />
Move the MIXTURE CONTROL to the IDLE CUT-OFF position.<br />
7. IGNITION SWITCH OFF<br />
Turn the IGNITION SWITCH key to the OFF position.<br />
8. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position.<br />
9. ALTERNATOR SWITCH OFF<br />
Depress the ALTERNATOR SWITCH to the OFF position.<br />
10. FUEL SELECTOR OFF<br />
Move the FUEL SELECTOR to the OFF position.<br />
11. AIRSPEED MINIMUM AT TOUCHDOWN<br />
Execute the roundout and flare to achieve an AIRSPEED at MINIMUM AT<br />
TOUCHDOWN.<br />
12. GEAR UP LANDING CHECKLIST COMPLETE<br />
Upon completion of the GEAR UP LANDING CHECKLIST, verify that all<br />
items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 147<br />
ELECTRICAL OVERLOAD CHECKLIST<br />
1. BATTERY MASTER SWITCH ........................................................ OFF<br />
If ammeter indications do not decrease:<br />
2. ALTERNATOR SWITCH ................................................................ OFF<br />
3. AIRPORT ..................................................................................... LAND<br />
If ammeter indications decrease:<br />
4. BATTERY MASTER SWITCH .......................................................... ON<br />
5. AMMETER .............................................. MONITOR/BELOW 60 AMPS<br />
6. ELECTRICAL OVERLOAD CHECKLIST ............................ COMPLETE<br />
1. BATTERY MASTER SWITCH OFF<br />
Depress the BATTERY MASTER SWITCH to the OFF position prevent the<br />
battery from overheating, exploding, or igniting (fire).<br />
If ammeter indications do not decrease:<br />
2. ALTERNATOR SWITCH OFF<br />
Depress the ALTERNATOR SWITCH to the OFF position.<br />
3. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
If ammeter indications decrease:<br />
4. BATTERY MASTER SWITCH ON<br />
Depress the BATTERY MASTER SWITCH to the ON position.<br />
5. AMMETER MONITOR/BELOW 60 AMPS<br />
MONITOR the operation of the operating alternator and MAINTAIN an<br />
electrical load BELOW 60 AMPS.<br />
6. ELECTRICAL OVERLOAD CHECKLIST COMPLETE<br />
Upon completion of the ELECTRICAL OVERLOAD CHECKLIST, verify that<br />
all items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
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148 PA-28R-201 SOP<br />
ELECTRICAL FAILURE CHECKLIST<br />
ALT annunciator light illuminates.<br />
1. AMMETER .................................................................. CHECK/VERIFY<br />
2. ELECTRICAL LOAD ............................................................... REDUCE<br />
3. ALTERNATOR SWITCH ................................................................ OFF<br />
4. ALTERNATOR CIRCUIT BREAKER .......................... CHECK (RESET)<br />
5. ALTERNATOR SWITCH (after 1 second) ......................................... ON<br />
If power is not restored:<br />
6. ALTERNATOR SWITCH ................................................................ OFF<br />
7. ELECTRICAL LOAD ............................................................... REDUCE<br />
8. AIRPORT ..................................................................................... LAND<br />
9. ELECTRICAL FAILURE CHECKLIST ................................. COMPLETE<br />
1. AMMETER CHECK/VERIFY<br />
CHECK the AMMETER to VERIFY that the alternator has failed (zero<br />
reading).<br />
NOTE<br />
Verify a failed alternator by turning on an electrically-powered<br />
device (such as a landing light). If no increase in ammeter<br />
reading is noted, assume the alternator has failed.<br />
2. ELECTRICAL LOAD REDUCE<br />
REDUCE the ELECTRICAL LOAD by turning off non-essential electricallypowered<br />
devices.<br />
3. ALTERNATOR SWITCH OFF<br />
Depress the ALTERNATOR SWITCH to the OFF position.<br />
4. ALTERNATOR CIRCUIT BREAKER CHECK (RESET)<br />
CHECK that the CIRCUIT BREAKER for the alternator is IN. If not, RESET<br />
the circuit breaker to the IN position.<br />
5. ALTERNATOR SWITCH (after 1 second) ON<br />
Depress the ALTERNATOR SWITCH to the OFF position.<br />
If power is not restored:<br />
6. ALTERNATOR SWITCH OFF<br />
Depress the ALTERNATOR SWITCH to the OFF position.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 149<br />
7. ELECTRICAL LOAD REDUCE<br />
REDUCE the ELECTRICAL LOAD as much as possible.<br />
NOTE<br />
All electrical load is being supplied by the battery.<br />
8. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
9. ELECTRICAL FAILURE CHECKLIST COMPLETE<br />
Upon completion of the ELECTRICAL FAILURE CHECKLIST, verify that all<br />
items have been accomplished and that the <strong>checklist</strong> is COMPLETE.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
150 PA-28R-201 SOP<br />
CABIN DOOR OPEN IN FLIGHT CHECKLIST<br />
If the cabin door is not latched at the top or side, the door will<br />
trail, slightly open. Normal flight characteristic will not be<br />
affected. No attempt should be made to close the entry door<br />
until the aircraft is in a safe area at a safe altitude.<br />
To close the cabin door in flight:<br />
1. AIRSPEED ............................................................................... 87 KIAS<br />
2. CABIN VENTS ........................................................................... CLOSE<br />
3. STORM WINDOW ....................................................................... OPEN<br />
Close the cabin door as appropriate:<br />
4. ONLY TOP OPEN ............................................... PULL STRAP/LATCH<br />
5. ONLY SIDE OPEN ......................................... PULL ARMREST/LATCH<br />
6. CABIN DOOR OPEN ........... LATCH SIDE LATCH, THEN TOP LATCH<br />
7. CABIN DOOR OPEN IN FLIGHT CHECKLIST ................... COMPLETE<br />
To close the cabin door in flight:<br />
1. AIRSPEED 87 KIAS<br />
Maintain an AIRSPEED of 87 KIAS to allow the cabin door to be swung<br />
open slightly to before closing.<br />
2. CABIN VENTS CLOSE<br />
CLOSE all CABIN VENTS.<br />
3. STORM WINDOW OPEN<br />
OPEN the pilot’ side STORM WINDOW to allow air to escape when closing<br />
the cabin door.<br />
Close the cabin door as appropriate:<br />
4. ONLY TOP OPEN PULL STRAP/LATCH<br />
If ONLY the TOP of the cabin door is OPEN, PULL the top door STRAP<br />
and turn the top lever forward to LATCH.<br />
5. ONLY SIDE OPEN PULL ARMREST/LATCH<br />
If ONLY the SIDE of the door is OPEN, PULL on the ARMREST and push<br />
down on the lever to LATCH.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 151<br />
6. CABIN DOOR OPEN LATCH SIDE LATCH, THEN TOP LATCH<br />
If the CABIN DOOR is OPEN and not latched at the top or side, PULL on<br />
the ARMREST and push down on the lever to LATCH first. Then, PULL<br />
the top door STRAP and turn the top lever forward to LATCH.<br />
7. CABIN DOOR OPEN IN FLIGHT CHECKLIST COMPLETE<br />
Upon completion of the CABIN DOOR OPEN IN FLIGHT CHECKLIST,<br />
verify that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012
152 PA-28R-201 SOP<br />
BAGGAGE DOOR OPEN IN FLIGHT<br />
The baggage door may come unlatched in flight, during or after<br />
takeoff, if it is not properly closed and latched. Improperly<br />
closed and latched, the door may open to its full or intermediate<br />
position, depending on the speed of the aircraft. In addition,<br />
considerable wind noise will occur and loose objects in the<br />
vicinity of the open door may exit the airplane. From inside the<br />
airplane, there is no way to shut and latch the door.<br />
1. AIRPORT ..................................................................................... LAND<br />
2. BAGGAGE DOOR ........................................................... LATCH/LOCK<br />
3. BAGGAGE DOOR OPEN IN FLIGHT CHECKLIST ............ COMPLETE<br />
1. AIRPORT LAND<br />
LAND at the nearest suitable AIRPORT as soon as practical.<br />
2. BAGGAGE DOOR LATCH/LOCK<br />
LATCH the BAGGAGE DOOR securely and LOCK the door with the<br />
appropriate key. Verify that the baggage door is locked by depressing the<br />
small rectangular latch release button to ensure that the latch and door will<br />
not open.<br />
3. BAGGAGE DOOR OPEN IN FLIGHT CHECKLIST COMPLETE<br />
Upon completion of the BAGGAGE DOOR OPEN IN FLIGHT CHECKLIST,<br />
verify that all items have been accomplished and that the <strong>checklist</strong> is<br />
COMPLETE.<br />
Revised 07-01-2012 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Rev 06
PA-28R-201 SOP 153<br />
End of PA-28R-201 SOP<br />
Rev 06 © <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong> Revised 07-01-2012