21-Light Sources and Laser.pdf - Qioptiq Q-Shop
21-Light Sources and Laser.pdf - Qioptiq Q-Shop
21-Light Sources and Laser.pdf - Qioptiq Q-Shop
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The LINOS<br />
<strong>Light</strong><br />
<strong>Sources</strong><br />
<strong>and</strong> <strong>Laser</strong><br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong>
The LINOS <strong>Light</strong> <strong>Sources</strong><br />
<strong>and</strong> <strong>Laser</strong><br />
"A laser is a solution seeking a problem"<br />
(Theodore Maiman)<br />
The world's first working laser was invented<br />
by U.S. physicist Theodore Maiman in 1960.<br />
Today, there are countless applications that<br />
simply could not exist without laser technology.<br />
LINOS helps to make it all possible,<br />
with a broad spectrum of laser types for<br />
wavelengths ranging from 375 nm to<br />
785 nm, <strong>and</strong> output levels of up to 450 mW.<br />
Not only monochromatic laser but classic<br />
broadb<strong>and</strong> light sources, too, are often essential.<br />
For image reproduction with CDD cameras<br />
or with viewing devices such as microscopes,<br />
LINOS offers halogen <strong>and</strong> xenon cold<br />
light sources — <strong>and</strong> now, LED light sources<br />
as well. Small lamp houses for halogen<br />
lamps, directional <strong>and</strong> spectral lamps, all<br />
compatible with LINOS mounts, posts <strong>and</strong><br />
holders, are particularly well suited for laboratory<br />
setups.<br />
Our quality criteria:<br />
• High-quality German engineering<br />
• RoHS <strong>and</strong> CE-compliant<br />
• <strong>Laser</strong> manufactured in 100 % cleanroom<br />
atmosphere<br />
• <strong>Laser</strong> modules sealed in protective<br />
atmosphere<br />
• Long service life<br />
!<br />
Special features:<br />
All laser systems can be integrated<br />
in LINOS systems directly or with<br />
adapters. Customer-specific modifications<br />
of the beam parameters<br />
can be done on request. We have<br />
a broad range of accessories such<br />
as light guides, focusing methods<br />
<strong>and</strong> filters for all cold light sources.<br />
Condensers <strong>and</strong> power supplies<br />
complete the line of lamp<br />
housing products.<br />
Ideal areas of application, laser:<br />
Metrology; spectroscopy; medical<br />
technology; bioanalysis; fluorescence<br />
excitation; materials testing<br />
<strong>and</strong> processing; sensor technology;<br />
telecommunications.<br />
Ideal areas of application, light<br />
sources:<br />
Microscopy; endoscopy; quality assurance;<br />
inspection systems; image<br />
processing; life sciences; biology.<br />
674 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Microbench <strong>Light</strong> <strong>Sources</strong> ____________________<br />
Lamp Socket, Adjustable 676<br />
Lamp 6V/6W 676<br />
Tungsten-Halogen Lamp House, 50 W 676<br />
Tungsten-Halogen Lamp Socket 677<br />
Halogen Lamp, 6 V/10 W 677<br />
Holder for Halogen Lamp, G4 Socket 678<br />
Tungsten-Halogen Lamp 12 V 678<br />
LED <strong>Light</strong> <strong>Sources</strong> HighLED 679<br />
Condenser C35 with Ancillary Lens 680<br />
Dispersion Plate in Retaining Mount 680<br />
Polarization Filter in Retaining Mount 681<br />
L/4 Plate in Retaining Mount 681<br />
Lamphouse IL <strong>and</strong> Accessories________________<br />
Lamphouse IL 682<br />
Halogen Lamp Power Supply PSH 100 683<br />
Mercury Arc Lamp Power Supply PSQ 50AC 684<br />
Xenon Lamp Power Supply PSX 75 685<br />
Adjustment Foot IL 686<br />
Mounting Bracket 40/65 686<br />
Microbench Adapter IL 686<br />
Condenser; Two-Lens; 105-385 mm; VIS 687<br />
Condenser; Two-Lens; 105-385 mm; UV 687<br />
Condenser; One-Lens 220 mm - ∞; VIS 687<br />
Condenser; One-Lens 220 mm - ∞; VIS 687<br />
Tungsten-Halogen Lamp 12 V 688<br />
Mercury Arc Lamp 688<br />
Xenon Arc Lamp 689<br />
Fiber Illumination System ___________________<br />
Overview 690<br />
Halogen Fiber <strong>Light</strong> Source CLS-H 691<br />
EL Replacement Bulb, Halogen 691<br />
Metal Halide Lamp CLS-ARC 692<br />
Sliding Filter Holder FH 692<br />
Xenon Fiber <strong>Light</strong> <strong>Sources</strong> LQX 693<br />
Xenon Fiber <strong>Light</strong> <strong>Sources</strong> LQX, stabilized<br />
with <strong>and</strong> without Brightness Control 694<br />
UV Fiber <strong>Light</strong> Source LQ UV 1000, with<br />
<strong>and</strong> without Brightness Control 696<br />
Replacement Lamp HBO 696<br />
<strong>Light</strong> Guide Adapters LQX/UV 697<br />
Gooseneck <strong>Light</strong> Guide, Semi-rigid SL 698<br />
Gooseneck <strong>Light</strong> Guide, Semi-rigid with<br />
Feed Line SLZ 698<br />
Fiber Ringlight RL 699<br />
Flexible Fiber <strong>Light</strong> Guide FL 700<br />
Articulated Mount for flexible <strong>Light</strong> Guide FL 700<br />
Focusing lens 700<br />
Adapter for Schott-<strong>Light</strong> Guide 701<br />
<strong>Light</strong> Guides LLG VIS 701<br />
<strong>Light</strong> Guides LLG IR 702<br />
<strong>Light</strong> Guides LLG UV 702<br />
Focusing Lens Attachments FA 703<br />
Spotlight 703<br />
LED <strong>Light</strong> <strong>Sources</strong> _ __________________________<br />
LED Cold <strong>Light</strong> Source CLS-LED 704<br />
LED Ring <strong>Light</strong>s RL 4 705<br />
LED 4-Segment Ring <strong>Light</strong> RL R4-S4 706<br />
LED 8-Segment Ring <strong>Light</strong> RL R8-S8 707<br />
Polarizing Filters Set for RL4 708<br />
Diffusor Disk for RL 4 708<br />
Protective glass for RL 4 708<br />
LED Laboratory Gooseneck Reflected<br />
<strong>Light</strong> Illumination, SL Series 709<br />
St<strong>and</strong> plates for microscopes 711<br />
Adapter for microscope column 711<br />
Wall Holder with Installation Set 711<br />
Table clamp 712<br />
Magnetic st<strong>and</strong> 712<br />
Microbench <strong>Light</strong> Source LED ML 713<br />
LED Coaxial Illumination System 713<br />
<strong>Laser</strong> _______________________________________<br />
Properties of <strong>Laser</strong> <strong>Light</strong> 714<br />
HeNe <strong>Laser</strong> 715<br />
Cylindrical HeNe <strong>Laser</strong>s with Shutter,<br />
Outer Diameter 35 <strong>and</strong> 45 mm 716<br />
Cylindrical HeNe <strong>Laser</strong>s, Outer Diameter<br />
31.7 <strong>and</strong> 44.25 mm 718<br />
Power Supply for Cylindrical HeNe <strong>Laser</strong>s 719<br />
C-Mount Adapter for HeNe-<strong>Laser</strong> with<br />
Outer Diameter of 35 mm 720<br />
C-Mount Adapter for HeNe <strong>Laser</strong>s with<br />
Outer Diameter of 45 mm 720<br />
<strong>Laser</strong> Adapter C 35 for HeNe <strong>Laser</strong> with<br />
Outer Diameter 31.7 mm 720<br />
Microbench Adapter for HeNe-<strong>Laser</strong> with<br />
31.7 mm Outer Diameter 7<strong>21</strong><br />
Beam Blocking Shutter, Mechanical 7<strong>21</strong><br />
Diode <strong>Laser</strong> 724<br />
Diode <strong>Laser</strong> x.ldm 405 to 830 nm 726<br />
Diode <strong>Laser</strong> x.ldm-L 635 nm 727<br />
Power Supply for all Diode <strong>Laser</strong>s<br />
x.ldm / x.ldm-L 727<br />
Diode Pumped Solid State <strong>Laser</strong> 728<br />
Diode-Pumped Solid-State <strong>Laser</strong> DPL 729<br />
Mounting Bracket DPL 730<br />
Mounting Plate DPL 730<br />
Adapter FIC / Microbench 731<br />
<strong>Laser</strong> Modules NANO 100 Series 732<br />
<strong>Laser</strong> Modules NANO 250 Series 733<br />
<strong>Laser</strong> Modules NANO 250 RAMAN 734<br />
Software Package NANO 250 735<br />
RemoteControl NANO 250 735<br />
Mounting Plate NANO 250 FN 736<br />
Option Fiber Coupler NANO 250 736<br />
Option Water Cooling System NANO 250 737<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
675
Lamp Socket, Adjustable<br />
• Uses G06 5044 000, lamp, 6V / 6W (not <br />
included)<br />
• Outer Diameter 25 mm<br />
• Ba 9s bulb socket<br />
• 500 mm cord with Ø 4 mm male plugs <br />
on flying leads<br />
• Requires reduction adapter 23.2, G06 <br />
1636 000 for mounting<br />
Lamp socket, adjustable<br />
Item Title<br />
Part No.<br />
Lamp socket, adjustable G06 5043 000<br />
Lamp 6V/6W<br />
• For use with G06 5043 000, Lamp <br />
socket, adjustable (not included)<br />
• 1 x 1.2 mm active filament area<br />
• Fits Ba 9s bulb socket<br />
Lamp 6V/6W<br />
Item Title<br />
Part No.<br />
Lamp 6V/6W G06 5044 000<br />
Tungsten-Halogen Lamp House, 50 W<br />
• Uses 12 V / 50 W Tungsten-Halogen <br />
Lamp (not included)<br />
• Includes Concave Mirror<br />
(G06 03611 000) <strong>and</strong> Aspheric<br />
Condenser (G06 3097 000)<br />
• Ø 4 mm female plugs for connecting <br />
electrical supply<br />
Tungsten-halogen lamp house, 50W<br />
Item Title<br />
Part No.<br />
Tungsten-halogen lamp house, 50W G06 5005 000<br />
676 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Tungsten-Halogen Lamp Socket<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
• Component of G06 5005 000<br />
tungsten-halogen lamp house<br />
• Concave mirror <strong>and</strong> tungsten-halogen <br />
lamp not included<br />
• Ø 4 mm female plugs for connecting <br />
electrical supply<br />
• Mounting options:<br />
• M4/M6 tapped holes for mounting on <br />
threaded posts<br />
• Mounts on breadboards, mounting <br />
bases, baseplates<br />
• Mounts on Microbench rods<br />
• Tungsten-halogen lamp 12 V/50W <br />
(G06 5031 000), see below.<br />
Tungsten-halogen lamp socket<br />
Item Title<br />
Part No.<br />
Tungsten-halogen lamp socket G06 5006 000<br />
Halogen Lamp, 6 V/10 W<br />
• Suitable for G4 socket, G06 5008 000<br />
• Filament size, 1.7 x 0.65 mm<br />
• Orientation: vertical, ± 90°<br />
Tungsten-halogen lamp<br />
Halogen lamp, 6 V/10 W<br />
Item Title<br />
Part No.<br />
Halogen lamp, 6 V/10 W G06 5051 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
677
Holder for Halogen Lamp, G4 Socket<br />
• For halogen lamp G06 5051 000,<br />
6V / 10W<br />
• Mounts directly to mounting plates <br />
<strong>and</strong> cube 30<br />
• Leads terminated with 4 mm Ø plugs<br />
• Tungsten-Halogen lamp not included<br />
Holder for halogen lamp, G4 socket<br />
Item Title<br />
Part No.<br />
Socket G4 with Mounting Plate<br />
Holder for halogen lamp, G4 socket G06 5008 000<br />
Socket G4 with Cube<br />
Tungsten-Halogen Lamp 12 V<br />
• 50 W version for G06 5005 000 Tungsten-Halogen<br />
Lamp House,<br />
G06 5006 000 <strong>and</strong> G03 0530 000<br />
Tungsten-Halogen Lamp Socket<br />
• 100 W version for G03 0530 000<br />
Tung sten-Halogen Lamp House IL<br />
Tungsten-halogen lamp<br />
• See section Small Lamp House, Power <br />
Supplies regarding Electronically<br />
Vari able Transformer, 230 V with 12 V <br />
output voltage<br />
Tungsten-halogen lamp 12 V<br />
Item Title<br />
Part No.<br />
Tungsten-halogen lamp, 12 V / 50 W G06 5031 000<br />
Tungsten-halogen lamp, 12 V / 100 W G03 0183 000<br />
678 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
LED <strong>Light</strong> <strong>Sources</strong> HighLED<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
• Super bright LED light sources<br />
• Brightness adjustable<br />
• Current stabilized<br />
• Connection of LINOS st<strong>and</strong>ard optics <br />
with C-Mount<br />
• Compatible to the LINOS Microbench <br />
system<br />
• LED: Luxeon Star<br />
• Supply Voltage: 12 V / DC (7 V min,<br />
13 V max)<br />
• Supply Voltage Connection: Binder <br />
serie 719<br />
• Current Stabilization: 150 mA ± 2%<br />
• Current Control: 0-150 mA<br />
• Operating Temperature: 0-40 °C<br />
• Mount, Diameter: 30 mm (2.56 in.)<br />
• Mount, Total Length: 65 mm (2.56 in.)<br />
• Weight: 60 g (2.1 oz )<br />
• Please look on the following pages<br />
regarding accessories to the LED light<br />
sources HighLED.<br />
HighLED <strong>Light</strong> <strong>Sources</strong> in Clamp Holder 30<br />
(G06 1243 000, not included) on optical table<br />
G12 7435 000<br />
Item Title Color Typ. wavelength Typ. output power Input Output Part No.<br />
HighLED-W white 5550 K 4.0 mW at 440 nm G06 5150 000<br />
HighLED-B blue 470 nm 2.5 mW at 470 nm G06 5151 000<br />
HighLED-G green 530 nm 2.5 mW at 530 nm G06 5152 000<br />
HighLED-R red 630 nm 4.0 mW at 630 nm G06 5153 000<br />
Power supply 100-240 V AC / 50-60 Hz 12 V DC / 450 mA G12 7435 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
679
Condenser C35 with Ancillary Lens<br />
HighLED Accessory<br />
• Collimating configuration for HighLED<br />
• Compatible to the LINOS Systems Tube <br />
Mounting System C <strong>and</strong> Microbench<br />
• Easy to detach to assemble other <br />
optical configurations<br />
• Thread M32.5 x 0.75 to attach other <br />
ancillary components e.g. polarizers <br />
etc.<br />
• Aspheric condenser with plano-convex <br />
lens f = 200 mm<br />
• C-Mount thread<br />
• Outer Diameter 35 mm<br />
Condenser C35 with ancillary lens<br />
Item Title<br />
Part No.<br />
Condenser C35 with ancillary lens G06 5247 000<br />
Dispersion Plate in Retaining Mount<br />
HighLED Accessory<br />
• Compatible to the LINOS Systems Tube <br />
Mounting System C <strong>and</strong> Microbench<br />
• Ground glass for diffuse light<br />
• Clear Aperture Ø 30 mm<br />
• Outer Diameter 35 mm<br />
Dispersion plate in retaining mount<br />
Item Title<br />
Part No.<br />
Dispersion plate in retaining mount G06 5243 901<br />
680 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Polarization Filter in Retaining Mount<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
HighLED Accessory<br />
• To create linear polarized light<br />
• Compatible to the LINOS Systems Tube <br />
Mounting System C <strong>and</strong> Microbench<br />
• Can be combined with other retaining <br />
mounts<br />
• Combine with a second polarizer to <br />
vary the light intensity<br />
• Outer Diameter 35 mm<br />
Polarization filter in retaining mount<br />
Item Title<br />
Part No.<br />
Polarization filter in retaining mount G06 5245 901<br />
L/4 Plate in Retaining Mount<br />
HighLED Accessory<br />
• Combine with a Mounted Polarizer <br />
G06 5245 901 to create circular polarized<br />
light<br />
• Compatible to the LINOS systems Tube <br />
Mounting System C <strong>and</strong> Microbench<br />
• Outer Diameter 35 mm<br />
L/4 Plate in retaining mount<br />
Item Title<br />
Part No.<br />
L/4 Plate in retaining mount G06 5245 902<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
681
Lamphouse IL<br />
The IL Series Lamphouse consists of a<br />
universal lamp housing for halogen,<br />
xenon <strong>and</strong> mercury vapor lamps. The<br />
combination with an electronic lamp<br />
power supply from the PS Series gives<br />
you a high-quality, soph isticated lighting<br />
system for your applic ations. The<br />
universal lamp housing is exceptionally<br />
compact, <strong>and</strong> the precision adjustment<br />
of its mechanical compon ents makes<br />
your lighting configurations easy to<br />
reproduce. The lamp socket, mirrors <strong>and</strong><br />
collector can be adjusted from outside<br />
the housing, using the adjustments on<br />
the back panel. Even when operating<br />
under thermal load, the mechanical<br />
positioning remains extremely stable.<br />
Openings in the top <strong>and</strong> bottom housing<br />
panels allow air to circulate around the<br />
lamp without permitting any light to<br />
escape. This noiseless <strong>and</strong> vibration-free<br />
convection cooling helps ensure the<br />
conditions for stable light emission from<br />
the lamp. A Ø 60 mm collector guide<br />
holds the condensers. The lamp housings<br />
come with four screw-in rubber feet as <br />
st<strong>and</strong>ard equipment, any of which can <br />
be replaced by an adjustment foot if <br />
desired.<br />
• Housing: Formed sheet metal housing, <br />
light-tight, textured paint: white<br />
(RAL 9003)<br />
• Dimensions (HxWxD): 169 x 126 x<br />
154 mm (6.65 x 4.96 x 6.06 in.)<br />
• Weight: 3.4 kg (7.5 lb)<br />
• Clearance, Optical Axis – Lower Edge <br />
of Lamp Housing: 120 mm (4.72 in.)<br />
• Fastening, Collector: Collector guide <br />
with with z-adjustment<br />
• Fastening, Lamp: Lamp adapter with <br />
X-Y adjustment<br />
• Fastening, Microbench Adapter: M4 <br />
hole circle, 73 mm<br />
• Reflector: Mirror with<br />
X-Y-Z adjust ment<br />
• Lamp Socket: Lamp adapter <br />
(lamp-type specific)<br />
• Power Supply: Electronic ballast<br />
(lamp specific)<br />
• Electrical Connection: Cable, 1.5 m <br />
long; electrical connection permanently<br />
attached to lamp housing, plug <br />
coded to match electronic ballast<br />
• Ambient Temperature: 0 ºC to + 40 ºC<br />
• Storage Temperature: – 40 ºC to +70 ºC<br />
• Device Protection Class: I<br />
• Type of Protection: IP 20 (EN 60529)<br />
• Safety Circuit: Shut off when device is<br />
opened<br />
• Lamp housings for halogen lamps, Hg<br />
<strong>and</strong> Xe<br />
• Igniter built in to the lamp housing for <br />
Xenon or mixed-gas lamps<br />
• External, thermally stable <strong>and</strong> reproducible<br />
mechanical adjustment of <br />
lamps, mirrors <strong>and</strong> collectors<br />
• Easy lamp replacement<br />
• <strong>Light</strong>-tight<br />
• Splinter shield included in delivery<br />
• Safety-circuit function<br />
• Comprehensive range of accessories<br />
• Compatible with LINOS Microbench<br />
• Bulb not included<br />
Lamphouse IL<br />
Item Title<br />
Part No.<br />
Lamphouse ILH 100 for Tungsten-Halogen Lamps G03 0530 000<br />
Lamphouse ILQ 50AC for Mercury Arc Lamps G03 0532 000<br />
Lamphouse ILX 75 for Xenon Lamps G03 0534 000<br />
682 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Halogen Lamp Power Supply PSH 100<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
The PSH 100 Power Supply is intended<br />
solely for operation of halogen lamps<br />
with max. 12 V/100 W in suitable lamp<br />
housings. The output voltage from the<br />
ballast can be adjusted by the user with<br />
high precision using the 10-turn<br />
potentiometer on the front panel of the<br />
device. The potentiometer adjustment<br />
knob can be secured to prevent<br />
inadvertent changes in the output<br />
voltage. The display on the front panel<br />
of the instrument can show output<br />
voltage or output current, depending on<br />
user selection. A service-hour counter is<br />
provided to record the number of hours<br />
of operation. The counter can be reset<br />
to 0 by the user.<br />
• Equipment supplied: power supply <br />
with power cord <strong>and</strong> operating <br />
instructions<br />
• Dimensions (WxHxD): 175 x 115 x<br />
290 mm (6.89 x 4.53 x 11.42 in.)<br />
• Weight: 2.8 kg (6.2 lb)<br />
• Output Voltage; adjustable:<br />
1 to 12.1 VDC<br />
• Line Regulation: < ± 0.2 %<br />
• Output Voltage Ripple: < 1 % peak<br />
to peak<br />
• Output Current: Max. 10 A<br />
• Short-Circuit Strength: Continuous<br />
short-circuit protected<br />
• Input Voltage: 100 to 240 VAC (±10%)<br />
• Frequency: 50 to 60 Hz<br />
• Power Consumption: Max. 150 VA<br />
• Fuse: 2 T4 A; breaking capacity H<br />
• Permissible Ambient Temperature<br />
Range (storage): –20 to 85 °C<br />
• Permissible Relative Humidity<br />
(storage): 10 to 90%, non-condensing<br />
• Permissible Ambient Temperature<br />
Range (operation): –0 to 40 °C<br />
• Permissible Relative Humidity<br />
(operation): 10 to 90%,<br />
non-condensing<br />
• Device Protection Class: I<br />
• Type of Protection: IP 20 (EN 60529)<br />
• Overheating Protection: Overheating<br />
causes the equipment to switch off.<br />
Once the equipment has cooled down,<br />
lamp output switches back on<br />
automatically.<br />
• Overload Protection: Output is<br />
protected from continuous shortcircuit<br />
current<br />
• Limitation of Emissions: EN 61326<br />
(Class B)<br />
• Defined Immunity to Interference:<br />
EN 61326 Appendix A<br />
• Voltage Fluctuation, Flicker:<br />
EN 61000-3-3<br />
• Harmonic Current Emissions:<br />
EN 61000-3-2<br />
Halogen Lamp Power Supply PSH 100<br />
Item Title<br />
Part No.<br />
PSH 100 G03 0540 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
683
Mercury Arc Lamp Power Supply PSQ 50AC<br />
Plug <strong>and</strong> play: state-of-the-art<br />
technology.<br />
This electronic AC Power Supply replaces<br />
the older-model electrical ballasts <strong>and</strong><br />
offers outst<strong>and</strong>ing properties which in<br />
turn extend service life of the lamp.<br />
Moreover, it provides significantly<br />
improved light quality, <strong>and</strong> can be used<br />
anywhere in the world with no switching<br />
needed. In addition to the traditional<br />
areas of use, this considerably smaller<br />
<strong>and</strong> lighter instrument opens up many<br />
new possibilities as well, such as in<br />
connection with camera applications, for<br />
example. The electrical ballast is based<br />
on a switching power supply. In<br />
comparison to the power supplies with<br />
choke coils usually implemented for<br />
mercury vapor lamps, this model enables<br />
the following advantages:<br />
• Energy-saving operation enables a<br />
lamp service life of approx. 500 h<br />
• Greater efficiency<br />
• Extremely low ripple of the<br />
luminous flux<br />
• Wide range input<br />
• Economies of weight <strong>and</strong> volume<br />
The power supply also generates the<br />
starting voltage required to ignite the<br />
connected lamp. No additional igniter is<br />
needed. The starting voltage is<br />
generated automatically when the<br />
power supply is switched on, after the<br />
safety circuit is closed, <strong>and</strong> switches off<br />
again automatically once the connected<br />
mercury short-arc lamp as been<br />
successfully ignited.<br />
• Dimensions (WxHxD): 165 x 86 x<br />
235 mm (6.50 x 3.39 x 9.25 in.)<br />
• Weight: 1.4 kg (3.09 lb)<br />
• Output Power: 50 ± 3 W<br />
• Stability (8 h): ≤ 2 %<br />
• Combustion Current: Max. 2.0 A<br />
• Combustion Voltage: 33 to 55 V AC<br />
• Output Frequency: 151 Hz<br />
• Pulse Wave Shape: Rectangular<br />
• Luminous Flux Modulation: < 5 %<br />
• Ignition: Automatic, with ignition<br />
time limit<br />
• Ignition Voltage: Approx. 500 VAC eff.<br />
• Input Voltage: 100 to 240 VAC (±10%)<br />
• Frequency: 50 to 60 Hz<br />
• Power Consumption: Max. 150 VA<br />
• Fuse: 2 T4 A; breaking capacity H<br />
• Permissible Ambient Temperature<br />
Range (storage): –20 to 85 °C<br />
• Permissible Relative Humidity<br />
(storage): 10 to 90%, non-condensing<br />
• Permissible Ambient Temperature<br />
Range (operation): 0 to 40 °C<br />
• Permissible Relative Humidity<br />
(operation): 10 to 90%,<br />
non-condensing<br />
• Device Protection Class: I<br />
• Type of Protection: IP 20 (EN 60529)<br />
• Overheating Protection: Combustion<br />
voltage is cut; output remains<br />
connected to the mains<br />
• Safety Circuit: Present<br />
• Outputs: Connected to the mains<br />
• Limitation of Emissions: EN 61326<br />
(Class B)<br />
• Defined Immunity to Interference:<br />
EN 61326 Appendix A<br />
• Voltage Fluctuation, Flicker:<br />
EN 61000-3-3<br />
• Harmonic Current Emissions:<br />
EN 61000-3-2<br />
Mercury Arc Lamp Power Supply PSQ 50AC<br />
Item Title<br />
Part No.<br />
PSQ 50AC G03 0542 000<br />
684 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Xenon Lamp Power Supply PSX 75<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Safety is a top priority with us.<br />
The PSX 75 is Power Supply made solely<br />
for operation of type XBO 75 W/2 model<br />
Xenon short-arc lamps from OSRAM <strong>and</strong><br />
equivalent types in suitable lamp<br />
housings. The corresponding LINOS lamp<br />
housing, ILX 75, has a built-in igniter that<br />
generates the high voltage necessary to<br />
ignite the Xenon short-arc lamp. The PSX<br />
75 power supply provides a no-load<br />
voltage (UL = 55 to 65 V DC) to the lamp<br />
output for operation of the igniter.<br />
• Dimensions (WxHxD): 167 x 85 x<br />
222 mm (6.57 x 3.35 x 8.74 in.)<br />
• Weight: 2.2 kg (4.85 lb)<br />
• Output Power: 86 W<br />
• Output Current: Nominal value<br />
5.4 A ± 0.3 A<br />
• Stability (8 h): ≤ 10-2<br />
• Output Current Ripple (50 Hz to<br />
200 kHz): < 50 mApp<br />
• No-Load Voltage: 55 to 65 VDC<br />
• Combustion Voltage: 10 to 18 VDC<br />
• Short-Circuit Strength: Continuous<br />
short-circuit protected<br />
• Input Voltage: 100 to 240 VAC (±10%)<br />
• Frequency: 50 to 60 Hz<br />
• Power Consumption: Max. 130 VA<br />
• Fuse: 2 T2 A; 5 mm x 20 mm; breaking<br />
capacity H<br />
• Permissible Ambient Temperature<br />
Range (storage): –20 to 85 °C<br />
• Permissible Relative Humidity<br />
(storage): 10 to 90%, non-condensing<br />
• Permissible Ambient Temperature<br />
Range (operation): 0 to 40 °C<br />
• Permissible Relative Humidity<br />
(operation): 10 to 90%,<br />
non-condensing<br />
• Device Protection Class: I<br />
• Type of Protection: IP 20 (EN 60529)<br />
• Overheating Protection: Present<br />
• Safety Circuit: Present<br />
• Overload Protection: The lamp output<br />
is continuous short-circuit protected<br />
• Output Power Limit: As the lamp's<br />
combustion voltage increases over the<br />
service life of the lamp, the power<br />
limit rises as well. This is why the<br />
device limits the maximum output<br />
power to 86 W.<br />
Xenon Lamp Power Supply PSX 75<br />
Item Title<br />
Part No.<br />
PSX 75 G03 0544 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
685
Adjustment Foot IL<br />
As an alternative to the st<strong>and</strong>ard rubber<br />
feet, the LINOS lamp housings can be<br />
optionally equipped with adjustment<br />
feet. The height adjustment of each foot<br />
can be varied by ±4 mm, to change the<br />
height of the housing or to adjust tilt.<br />
The feet can be attached to a surface<br />
that has M6 threaded holes in a 25 mm<br />
pattern, to prevent inadvertent<br />
movement of the lamp housing.<br />
• For precise adjustment of the lamp<br />
housing<br />
• Adjustment Range: ± 4 mm<br />
• Can be secured in position with four<br />
M6 screws<br />
• Can be mounted on a mounting<br />
bracket or optical table with M6<br />
threaded holes in a 25 mm pattern<br />
Adjustment Foot IL<br />
Item Title<br />
Part No.<br />
Adjustment Foot IL G03 0550 000<br />
Mounting Bracket 40/65<br />
With the mounting bracket 40/65 the<br />
IL series lamp housings can be affixed<br />
laterally to an optical table to save<br />
valuable space on the work surface.<br />
Another practical application is the<br />
adaptation of a 120 mm beam height to<br />
the st<strong>and</strong>ard 40 <strong>and</strong> 65 mm beam<br />
heights of LINOS structural components.<br />
This is achieved by simply removing an<br />
intermediate piece from the bracket. The<br />
base of the mounting bracket has M6<br />
threaded holes (pattern: 25 mm).<br />
• Lateral installation on optical tables<br />
• For adapting beam heights of 120 mm<br />
to 40 or 65 mm<br />
• Work surface with M6 threaded holes<br />
in a 25 mm pattern<br />
• Can be mounted on a mounting<br />
bracket or optical table with M6<br />
threaded holes in a 25 mm pattern<br />
Mounting Bracket 40/65<br />
Item Title<br />
Part No.<br />
Mounting Bracket 40/65 G03 0551 000<br />
Microbench Adapter IL<br />
The Microbench IL adapter is the<br />
interface to the LINOS Microbench <strong>and</strong><br />
Tube System C, placing a broad range of<br />
mechanical <strong>and</strong> optical components at<br />
your disposal.<br />
• For easy installation in the<br />
LINOS Microbench system<br />
• Free Ø: 35 mm<br />
Microbench Adapter IL<br />
Item Title<br />
Part No.<br />
Microbench Adapter IL G03 0553 000<br />
686 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Condenser; Two-Lens; 105-385 mm; VIS<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
• Wavelength range: 420 to 680 nm<br />
• Focal length: 32 mm<br />
• Back focal length: 105 to 385 mm<br />
(measured from front panel of lamp<br />
housing)<br />
• Numerical aperture: 0.52<br />
• Type: aspherical lens (B270) <strong>and</strong><br />
plano-convex lens (N-BK7)<br />
• Outer diameter: 60 mm<br />
• Filter thread: M55 x 0.75<br />
Condenser; Two-Lens; 105-385 mm; VIS<br />
Item Title<br />
Part No.<br />
Condenser, two-lens, 105-385 mm, VIS G03 0556 000<br />
Condenser; Two-Lens; 105-385 mm; UV<br />
• Wavelength range: 230 to 390 nm<br />
• Focal length: 31 mm<br />
• Back focal length: 105 to 385 mm<br />
(measured from front panel of lamp<br />
housing)<br />
• Numerical aperture: 0.52<br />
• Type: aspherical lens (B270) <strong>and</strong><br />
plano-convex lens (N-BK7)<br />
• Outer diameter: 60 mm<br />
• Filter thread: M55 x 0.75<br />
Condenser; Two-Lens; 105-385 mm; UV<br />
Item Title<br />
Part No.<br />
Condenser, two-lens, 105-385 mm, UV G03 0557 000<br />
Condenser; One-Lens 220 mm - ∞; VIS<br />
• Wavelength range: 420 to 680 nm<br />
• Focal length: 40 mm<br />
• Back focal length: 220 mm to infinity<br />
• Numerical aperture: 0.52<br />
• Type: aspherical lens (B270)<br />
• Outer diameter: 60 mm<br />
• Filter thread: M55 x 0.75<br />
Condenser; One-Lens 220 mm - ∞; VIS<br />
Item Title<br />
Part No.<br />
Condenser, one-lens 220 mm - ∞, VIS G03 0558 000<br />
Condenser; One-Lens 220 mm - ∞; VIS<br />
• Wavelength range: 230 to 390 nm<br />
• Focal length: 40 mm<br />
• Back focal length: 220 mm to infinity<br />
• Numerical aperture: 0.52<br />
• Type: aspherical lens (fused silica)<br />
• Outer diameter: 60 mm<br />
• Filter thread: M55 x 0.75<br />
Condenser; One-Lens 220 mm - ∞; VIS<br />
Item Title<br />
Part No.<br />
Condenser, one-lens 220 mm - ∞, VIS G03 0559 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
687
Tungsten-Halogen Lamp 12 V<br />
• 50 W version for G06 5005 000 Tungsten-Halogen<br />
Lamp House,<br />
G06 5006 000 <strong>and</strong> G03 0530 000<br />
Tungsten-Halogen Lamp Socket<br />
• 100 W version for G03 0530 000<br />
Tung sten-Halogen Lamp House IL<br />
Tungsten-halogen lamp<br />
• See section Small Lamp House, Power <br />
Supplies regarding Electronically<br />
Vari able Transformer, 230 V with 12 V <br />
output voltage<br />
Tungsten-halogen lamp 12 V<br />
Item Title<br />
Part No.<br />
Tungsten-halogen lamp, 12 V / 50 W G06 5031 000<br />
Tungsten-halogen lamp, 12 V / 100 W G03 0183 000<br />
Mercury Arc Lamp<br />
HBO lamps are short-arc lamps with a <br />
discharge arc that burns in a mercury <br />
vapor atmosphere under high pressure. <br />
Typical ares of application include fluorescence<br />
microscopy, fluorescence endoscopy,<br />
schlieren photography <strong>and</strong> hologram<br />
reduction.<br />
The HBO 50 W/AC is solely an alternating-current<br />
lamp <strong>and</strong> must not be <br />
connected to direct current.<br />
• Ideal lamp for Lamphouse ILQ 50AC <br />
for Mercury Arc Lamps G03 0532 000<br />
• High radiance<br />
• High optical quality<br />
• Multiple-line spectrum<br />
• High radiation output in the UV <strong>and</strong> <br />
visible range<br />
• Long service life<br />
• Power rating: 50 W<br />
• Voltage drop: 39-45 V<br />
• Nominal current: 1.3 A<br />
• Luminous flux: min. 1650 lm<br />
• Luminosity: min. 200 cd<br />
• Luminous density: min. 27000 cd/cm2<br />
• Luminous field: 0.3 x 1.0 mm<br />
• Service life: 100 h<br />
• Burning position: vertical to 45 °<br />
• Socket: SFa 6-2<br />
Mercury Arc Lamp<br />
Item Title<br />
Total length L1 <br />
(mm)<br />
Length L2 <br />
(mm)<br />
Bulk Ø d <br />
(mm)<br />
Length a <br />
(mm)<br />
Part No.<br />
Mercury Arc Lamp, 50 W/AC max. 53.0 max. 47.0 max. 10.0 22.0 G03 0320 000<br />
688 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Xenon Arc Lamp<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
XBO xenon lamps are short arc lamps in <br />
which the luminous arc burns in an <br />
atmosphere of pure xenon gas at high <br />
pressure. XBO lamps are used in scientific <br />
<strong>and</strong> technical applications such as:<br />
- Fluorescence Spectrometers<br />
- <strong>Light</strong> sources for microscopy /<br />
fluores cence microscopy<br />
- <strong>Light</strong> sources for endoscopy /<br />
fiber optics<br />
- Graphic scanners<br />
- Color matching lights<br />
- Color measuring units<br />
• High luminance<br />
• Daylight color temperature of approx. <br />
6000 K<br />
• Continuous spectrum in the visible <br />
range<br />
• Constant color properties throughout <br />
the life time of the lamp<br />
• High arc stability<br />
• Almost full luminous flux immediately <br />
after ignition<br />
• High color rendering index (Ra > 95)<br />
• Power rating: 75 W<br />
• Voltage drop: 14 V<br />
• Nominal current: 5.4 A<br />
• Luminous flux: 1000 lm<br />
• Luminosity: min. 100 cd<br />
• Luminous density: 40000 cd/cm2<br />
• Luminous field: 0.3 x 0.8 mm<br />
• Service life: 400 h<br />
• Burning position: vertical to 100°<br />
• Socket: Anode SFa 9-2, Cathode SFa <br />
7.5-2<br />
Xenon Arc Lamp<br />
Item Title<br />
Total length L1 <br />
(mm)<br />
Length L2 <br />
(mm)<br />
Bulk Ø d <br />
(mm)<br />
Length a<br />
(mm)<br />
Part No.<br />
Xenon Arc Lamp 75 W/2 max. 90.0 max. 82.0 10.0 43.0 G03 0326 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
689
Fiber Illumination Systems, Overview<br />
The fiber optic cold illuminator consists<br />
of a cold light source <strong>and</strong> a fiber light<br />
guide that transmits light from the light<br />
source to the object. Our large selection<br />
of light guide fiber bundles, liquid light<br />
guides with a variety of accessories <strong>and</strong><br />
the appropriate light sources provide the<br />
optimum solutions to lighting problems<br />
for the following applications:<br />
••<br />
Microscopy<br />
••<br />
Endoscopy<br />
••<br />
Work place illumination (assembly,<br />
precision engineering)<br />
••<br />
Quality assurance<br />
••<br />
Inspection systems<br />
••<br />
Photography<br />
••<br />
Adhesive <strong>and</strong> plastic curing<br />
••<br />
Fluorescence excitation<br />
••<br />
Irradiation<br />
The essential criteria for selecting a cold<br />
light source are the following:<br />
••<br />
Intensity output<br />
••<br />
Spectrum of the emitted light (color)<br />
••<br />
Stability of intensity<br />
••<br />
H<strong>and</strong>ling<br />
••<br />
Lifetime<br />
For offering the optimal solutions for all<br />
these applications <strong>and</strong> requirements we<br />
put together the following selection of<br />
st<strong>and</strong>ard light sources:<br />
Halogen fiber light sources:<br />
30 W, 100 W <strong>and</strong> 150 W, with continuous<br />
light regulation. Color temperatures of<br />
3,000-3,400 K (white light).<br />
Metal halide fiber light sources:<br />
100 W <strong>and</strong> 150 W, with continuous light<br />
regulation. Color temperatures of 4,200 <strong>and</strong><br />
5,200 K.<br />
Xenon fiber light sources:<br />
100 W or 180 W with continuous light<br />
regulation. Color temperature of 5,800 K<br />
(daylight spectrum).<br />
Mercury fiber light sources:<br />
100 W <strong>and</strong> continuous light regulation.<br />
UV spectrum alone.For optimum<br />
transmission of light to the object, we<br />
offer two types of fiber light guides:<br />
<strong>Light</strong> guides with glass fiber bundles:<br />
These consist of many highly flexible,<br />
individual glass fibers that are optically<br />
processed, suitable for low <strong>and</strong> medium<br />
outputs in the visible spectrum. Their<br />
transmission is approx. 50 %. The<br />
following versions are available:<br />
••<br />
Flexible, protected with PVC or metal<br />
tubing<br />
••<br />
Flex <strong>and</strong> stay metal coil (swan neck)<br />
••<br />
One, two, three or more arms<br />
••<br />
Ring-shaped or inline<br />
••<br />
Customer-specified light guide<br />
Liquid fiber light guides:<br />
Flexible, liquid-filled PVC tubing that is<br />
sealed on the ends with quartz windows.<br />
This type of fiber light guide is ideal<br />
especially for applications in which high<br />
transmissions (approx. 85 %) <strong>and</strong> high<br />
powers are required. The three st<strong>and</strong>ard<br />
liquid fiber light guides cover a wavelength<br />
range from 300 nm (UV) to<br />
2,000 nm (IR). A fiber light guide for<br />
250 nm is also available on request.<br />
690 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Halogen Fiber <strong>Light</strong> Source CLS-H<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Halogen Fiber <strong>Light</strong> Source CLS-100 ME <strong>and</strong><br />
CLS-150 ME<br />
Halogen Fiber <strong>Light</strong> Source CLS-H 30 E<br />
LINOS Halogen cold-light technology<br />
guarantees the highest quality <strong>and</strong> is<br />
ideal for use in science <strong>and</strong> industry, in<br />
applications such as quality assurance,<br />
endoscopy, microscopy, image processing,<br />
<strong>and</strong> more. With a compre hensive range<br />
of accessories, such as light guides <strong>and</strong><br />
many others, CLS-H can provide the<br />
optimum solution for virtu ally any<br />
lighting requirement.<br />
We offer halogen cold light sources in<br />
three different output classes, from 30 to<br />
150 W. With the 30 W version, the light<br />
output is continuously variable using a<br />
potentiometer. The 100 W <strong>and</strong> 150 W<br />
versions have an iris diaphragm for<br />
precise <strong>and</strong> continuous adjustment of <br />
the light output with no change in the <br />
color temperature. Furthermore, the <br />
lamp housing on the 100 W <strong>and</strong> 150 W <br />
versions has an integrated filter slot for <br />
color or daylight filters.<br />
The modular structure of this series <br />
makes it perfectly adaptable to <br />
customer-specific OEM designs.<br />
• Fits all LINOS light guides; compat ible<br />
with Heim/Volpi<br />
• Low noise <strong>and</strong> vibration-free active <br />
cooling<br />
• Suitable for continuous operation<br />
• Long service life thanks to soft start<br />
• Easy bulb replacement<br />
• Electronic short-circuit protection<br />
• Automatic output regulator for overload<br />
<strong>and</strong> overheating protection<br />
• Open-circuit protection<br />
• Fire safety shut-off in the event of <br />
malfunction<br />
• Rugged aluminum housing<br />
• Vertical <strong>and</strong> horizontal operation<br />
• Stackable<br />
• Color Temperature: 3100 K<br />
• Operating Voltage: 100-240 VAC;<br />
50/60 Hz<br />
• Equipment included: Filter holder<br />
Halogen Fiber <strong>Light</strong> Source CLS-H<br />
Item Title Output (W) Average lifetime (h) Size LxhxH (mm) Weight (kg) Part No.<br />
CLS-H 30 E 30 200 260 x 174 x 137 2.15 G40 5600 000<br />
CLS-H 100 ME 100 1500 260 x 174 x 137 2.3 G40 5601 000<br />
CLS-H 150 ME 150 1500 260 x 174 x 137 2.3 G40 5602 000<br />
EL Replacement Bulb, Halogen<br />
• Replacement bulb for all CLS-H <strong>and</strong> <br />
CLS-ARC cold light sources<br />
EL Replacement Bulb, Halogen<br />
Item Title Color Temperature (K) Compatible with <br />
lightsource<br />
Power (W) Voltage (V) Part No.<br />
EL 30 3100 CLS-H 30 E 30 10.8 G40 5616 000<br />
EL 100 3100 CLS-H 100 ME 100 12 G40 5617 000<br />
EL 150 3100 CLS-H 150 ME 150 15 G40 5618 000<br />
EL ARC 100 5200 CLS-ARC 100 M 100 0 G40 5619 000<br />
EL ARC 150 4200 CLS-ARC 150 M 150 0 G40 5620 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
691
Metal Halide Lamp CLS-ARC<br />
Metal Halide Fiber <strong>Light</strong> Source CLS-ARC<br />
The high performance short-arc cold <br />
light sources in the CLS-ARC series are <br />
ideal for applications in which both high <br />
light output <strong>and</strong> very long bulb life are <br />
required, for example in industrial image <br />
processing or endoscopy.<br />
The light output of the CLS-ARC can be <br />
precisely <strong>and</strong> continuously adjusted <br />
without changing the color temperature <br />
using an iris diaphragm. The lamp is <br />
equipped with a filter slot on one side <br />
for insertion of a color filter or daylight <br />
filter.<br />
The modular structure of this series <br />
makes it perfectly adaptable to <br />
customer-specific OEM designs.<br />
• High light output<br />
• Long bulb life<br />
• Daylight-quality spectrum<br />
• Fits all LINOS light guides; compat ible<br />
with Heim/Volpi<br />
• Low noise <strong>and</strong> vibration-free active <br />
cooling<br />
• Suitable for continuous operation<br />
• Easy bulb replacement<br />
• Rugged aluminum housing<br />
• Vertical <strong>and</strong> horizontal operation<br />
• Stackable<br />
• Operating Voltage: 100-240 VAC;<br />
50/60 Hz<br />
• Service Life, Bulb: Approximately<br />
6000 h<br />
• Housing Dimensions (L x W x H): 260 x <br />
174 x 137 mm (10.2 x 6.9 x 5.4 in. )<br />
• Weight: 3.0 kg (6.6 lb )<br />
Metal Halid Fiber <strong>Light</strong> Source CLS-ARC<br />
Item Title Output (W) Color Temperature (K) Part No.<br />
CLS-ARC 100 M 100 5200 G40 5604 000<br />
CLS-ARC 150 M 150 4200 G40 5605 000<br />
Sliding Filter Holder FH<br />
The FH Filter Holder lets you install any <br />
type of filter, such as a color or daylight <br />
filter, in the side slot to position it <br />
directly in the beam path. This opens up <br />
a wide range of options for configuring <br />
the light beam.<br />
• For all CLS-H <strong>and</strong> CLS-ARC cold light <br />
sources<br />
• Can be replaced during operation<br />
Sliding Filter Holder FH<br />
Item Title Filter type Part No.<br />
FH-TL daylight G40 5610 000<br />
FH-GR green G40 5611 000<br />
FH-GB yellow G40 5612 000<br />
FH-RT red G40 5613 000<br />
FH-BL blue G40 5614 000<br />
692 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Xenon Fiber <strong>Light</strong> <strong>Sources</strong> LQX<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Replacement Lamp XBO<br />
High quality<br />
Because of their daylight spectrum (light<br />
of 5,800 °K similar to sunlight), xenon<br />
fiber light sources are suitable for all<br />
applications in which true-color imaging<br />
is required. The use of a new, special<br />
xenon lamp with an ellipsoid reflector<br />
provides maximum illumination.<br />
Moreover, this type of lamp features a<br />
long life <strong>and</strong> substantially reduced heat<br />
generation. It can be quickly <strong>and</strong> easily<br />
replaced without the need for special<br />
tools or additional adjustment. The line<br />
of fiber light sources of the LQX series<br />
offers a choice of 100 W <strong>and</strong> 180 W<br />
outputs. This series is compatible with<br />
any commercially available light guides<br />
<strong>and</strong> endoscopes just by exchanging the<br />
light guide adaptor.<br />
• Long service life<br />
• Special Xenon lamp (mercury-free, non-toxic filling) with ellipsoid reflector<br />
• Suitable for continuous operation<br />
• Full metal housing with powder coating<br />
• With brightness setting, using servoaperture (no change in color temperature)<br />
• Low-cost models without brightness control available on request<br />
• Fine adjustment using keypad<br />
• Heat protection filter KG/IR 3<br />
• 230 / 115 V ~, 50 / 60 Hz<br />
• Type of protection of the housing IPX<br />
1 / IEC 529<br />
• Radio interference suppression N<br />
• Safety group 3 for medical equipment<br />
acc. to the stringent Germantechnical<br />
safety st<strong>and</strong>ard MedGV<br />
• Classification: Type CF<br />
• Type of electrical protection 1/ tested<br />
by the German Association for<br />
Technical Safety <strong>and</strong> Inspection (TÜV)<br />
• CE mark acc. to Council Directive<br />
89/336/EEC<br />
• Type complies with the following<br />
International,<br />
European <strong>and</strong> German St<strong>and</strong>ards:<br />
- IEC 601-2-18: 1992<br />
- EN 60601-1: 1993<br />
- EN 55011, IEC 801, TÜV, GS, ESD<br />
(EMC)<br />
- DIN VDE 0750 Part 1<br />
• Safety values measured according to<br />
VDE 0701 /<br />
nominal values:<br />
- leakage current 50 μA<br />
- resistance of protective grounding<br />
conductor: 0.1 Ω<br />
- insulating resistance ∞<br />
Xenon Fiber <strong>Light</strong> <strong>Sources</strong> LQX<br />
Item Title<br />
Color<br />
Temper ature (K)<br />
Power <br />
(W)<br />
Version <br />
for<br />
Lamp life <br />
(h)<br />
Brightness <br />
adjustment<br />
Dimensions <br />
LxBxH (mm)<br />
Weight <br />
(kg)<br />
Part No.<br />
LQX 1000 5800 100 Europe 500 yes 290x260x110 6.5 G40 5500 000<br />
LQX 1800 5800 180 Europe 500 yes 290x360x110 9 G40 5501 000<br />
LQX 1000 5800 100 UK 500 yes 290x260x110 6.5 G40 5560 000<br />
LQX 1800 5800 180 UK 500 yes 290x360x110 9 G40 5561 000<br />
LQX 1000-C 5800 100 Europe 500 no 290x260x110 6.2 G40 5553 000<br />
LQX 1800-C 5800 180 Europe 500 no 290x360x110 8.7 G40 5554 000<br />
Replacement Lamp XBO<br />
Item Title<br />
Average lifetime <br />
(h)<br />
Color Temperature <br />
(K)<br />
Power (W) Compatible with Part No.<br />
XBO R100 W/45 OFR 500 5800 100 LQX 1000 G40 5510 000<br />
XBO R180 W/45 500 5800 180 LQX 1800 G40 5511 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
693
Xenon Fiber <strong>Light</strong> <strong>Sources</strong> LQX, stabilized with <strong>and</strong> <br />
without Brightness Control<br />
Replacement Lamp XBO<br />
Based on the proven st<strong>and</strong>ard series of <br />
LQX these flicker-free light sources were <br />
developed particularly for the image <br />
processing. They guarantee a colorfaithful<br />
<strong>and</strong> flicker-free image replica tion<br />
with the application of CCD cameras.<br />
The light sources of the series LQX stabilized<br />
are available with 100 W <strong>and</strong> 180 W <br />
output power. Using flexible light guides <br />
results in an optimal solution for almost <br />
any application, particularly with difficult <br />
to illuminate objects.<br />
Additional specifications of the stabilized <br />
version:<br />
Very good stabilization by the application<br />
of a new circuit technology; Linear <br />
direct current regulation<br />
• High quality<br />
• Long lifetime<br />
• Special xenon lamp with non-toxic <br />
filling (mercury-free)<br />
• Suitable for continuous operation<br />
• All-metal, powder-coated housing<br />
• Servo brightness control (no change in <br />
the color temperature)<br />
• Fine adjustment at touchpads<br />
• Heat protection filter KG/IR3<br />
• Additional specifications of the stabilized<br />
version:<br />
• Very good stabilization by the application<br />
of a new circuit technology<br />
• Linear direct current regulation<br />
• 230/115 V~, 50/60 Hz<br />
• Type of protection of the housing IPX <br />
1 / IEC 529<br />
• Radio interference suppression N<br />
• Safety group 3 for medical equipment <br />
acc. to the<br />
• Stringent German technical safety <br />
st<strong>and</strong>ard MedGV<br />
• Classification: type CF<br />
• Type of electrical protection 1/ tested <br />
by the German Association for Technical<br />
Safety <strong>and</strong> Inspection (TÜV)<br />
• CE mark acc. to Council Directive 89/ <br />
336/EEC<br />
• Type complies with the following <br />
International, European <strong>and</strong> German <br />
St<strong>and</strong>ards:<br />
• - IEC 601-2-18: 1992<br />
• - EN 60601-1: 1993<br />
• - EN 55011, IEC 801, TÜV, GS, ESD <br />
(EMC)<br />
• - DIN VDE 0750 Part 1<br />
• Safety values measured according to <br />
VDE 0701 /<br />
• nominal values:<br />
• - Leakage current 50 μA<br />
• - Resistance of protective grounding <br />
conductor: 0.1 Ω<br />
• - Insulating resistance ∞<br />
Selection guide<br />
Brightness control is not the most important feature You need?<br />
Please contact our specialists. They will offer you a model without<br />
brightness control for a competetive price.<br />
Spectral distribution Lamp XBO R100 W/45 OFR (LQX 1000) Spectral distribution Lamp XBO R180 W/45 (LQX 1800)<br />
694 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
A closer look<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
LINOS Xenon light sources feature<br />
outst<strong>and</strong>ing temporal output stability.<br />
Xenon Fiber <strong>Light</strong> <strong>Sources</strong> LQX, stabilized<br />
Item Title<br />
Color Temper ature<br />
(K)<br />
Power <br />
(W)<br />
Version <br />
for<br />
Lamp life <br />
(h)<br />
Brightness <br />
adjustment<br />
Dimensions <br />
LxBxH (mm)<br />
Weight <br />
(kg)<br />
Part No.<br />
LQX 1000-S 5800 100 Europe 500 yes 290x260x110 6.5 G40 5514 000<br />
LQX 1800-S 5800 180 Europe 500 yes 290x360x110 9 G40 5515 000<br />
LQX 1000-S 5800 100 UK 500 yes 290x260x110 6.5 G40 5516 000<br />
LQX 1800-S 5800 180 UK 500 yes 290x360x110 9 G40 5517 000<br />
LQX 1000-SC 5800 100 Europe 500 no 290x260x110 6.2 G40 5555 000<br />
LQX 1800-SC 5800 180 Europe 500 no 290x360x110 8.7 G40 5556 000<br />
Replacement Lamp XBO<br />
Item Title<br />
Average lifetime <br />
(h)<br />
Color Temperature <br />
(K)<br />
Power (W) Compatible with Part No.<br />
XBO R100 W/45 OFR 500 5800 100 LQX 1000 G40 5510 000<br />
XBO R180 W/45 500 5800 180 LQX 1800 G40 5511 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
695
UV Fiber <strong>Light</strong> Source LQ UV 1000, with <strong>and</strong> without <br />
Brightness Control<br />
The high-intensity UV Fiber <strong>Light</strong> Source <br />
LQ UV 1000 emits a spectrum of 250 to <br />
450 nm without using any filters.<br />
UV fiber light sources are used for the <br />
many applications besides illumination. <br />
In particular, these applications include <br />
curing plastics <strong>and</strong> adhesives, fluorescence<br />
excitation <strong>and</strong> irradiation in the <br />
biological, pharmaceutical <strong>and</strong> chemical <br />
fields.<br />
The use of a new, special HBO lamp with <br />
an ellipsoid reflector <strong>and</strong> dichroitic filter <br />
coating provides maximum illumination. <br />
Moreover, this fiber light source features <br />
a long life <strong>and</strong> substantially reduced heat <br />
generation.<br />
The lamp can be quickly <strong>and</strong> easily <br />
replaced without the need for special <br />
tools or additional adjustment. This series<br />
is compatible with any commer cially<br />
available light guides <strong>and</strong> endo scopes<br />
just by exchanging the light guide <br />
adapter.<br />
• High quality<br />
• Long lifetime<br />
• Suitable for continuous operation<br />
• All-metal, powder-coated housing<br />
• Servo brightness control<br />
• Fine adjustment using touch pads<br />
• Heat protection filter KG 1<br />
• 230/115 V~, 50/60 Hz<br />
• Type of protection of the housing<br />
IPX 1 / IEC 529<br />
• Radio interference suppression N<br />
• Classification: Type CF<br />
• Type of electrical protection 1/ tested <br />
by the German Association for Technical<br />
Safety <strong>and</strong> Inspection (TÜV)<br />
• CE mark acc. to Council Directive<br />
93/42/EEC, class 1<br />
• Type complies with the following <br />
International,<br />
• European <strong>and</strong> German St<strong>and</strong>ards:<br />
• - IEC 60601: 1993<br />
• - EN 55011, IEC 801, TÜV, GS, ESD <br />
(EMC)<br />
• - Guideline "Richtlinie" of DIN VDE <br />
0750 Part 1<br />
UV Fiber <strong>Light</strong> Source LQ UV 1000<br />
Item Title<br />
Power <br />
(W)<br />
Version <br />
for<br />
Lamp life <br />
(h)<br />
Brightness <br />
adjustment<br />
Wavelength <br />
(nm)<br />
Dimensions <br />
LxBxH (mm)<br />
Weight <br />
(kg)<br />
Part No.<br />
LQ UV 1000 100 Europe 300 yes 250-450 290x260x110 6.5 G40 5508 000<br />
LQ UV 1000 100 UK 300 yes 250-450 290x260x110 6.5 G40 5568 000<br />
LQ UV 1000-C 100 Europe 300 no 250-450 290x260x110 6.2 G40 5558 000<br />
Replacement Lamp HBO<br />
Replacement Lamp HBO<br />
Item Title<br />
Average lifetime <br />
(h)<br />
Power (W) Compatible with Part No.<br />
HBO R 103 W/45 300 100 LQ UV 1000 G40 5512 000<br />
696 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
<strong>Light</strong> Guide Adapters LQX/UV<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
• Designed for commercially available <br />
fiber light guides<br />
• Adapters can be interchanged without <br />
complicated mounting<br />
<strong>Light</strong> guide adapter LQX/UV<br />
Item Title<br />
Part No.<br />
LQ-X/UV-SH G40 5502 000<br />
LQ-X/UV-ST G40 5503 000<br />
LQ-X/UV-OL G40 5504 000<br />
LQ-X/UV-WO G40 5505 000<br />
LQ-X/UV-HS G40 5506 000<br />
LQ-X/UV-HV G40 5507 000<br />
Fiber <strong>Light</strong> Guides<br />
Glass fiber bundle light guides<br />
These are arrangements of many<br />
individual, highly flexible multimode<br />
glass fibers encased in a single tube. The<br />
fibers are glued <strong>and</strong> mounted at the<br />
ends. To minimize reflection losses, the<br />
end surfaces are optically processed. This<br />
type of fiber light guide is ideal for<br />
applications in the visible region of the<br />
spectrum at low to medium outputs. In<br />
this region, their transmission is approx.<br />
50 %. The use of highly flexible individual<br />
fibers enables us to provide fiber light<br />
guide versions in a wide variety of shapes<br />
<strong>and</strong> geometries. In addition to our<br />
st<strong>and</strong>ard product line, we can also supply<br />
customized, system-specific products for<br />
prototypes <strong>and</strong> small production runs at<br />
short leadtimes.<br />
Liquid fiber light guides<br />
The light-conductive medium in this type<br />
of fiber light guide is a special liquid that<br />
is filled into a flexible cladding. The ends<br />
of the cladding are sealed with quartz<br />
windows. The key advantages of this<br />
fiber light guide over glass fiber bundles<br />
are its high power compatibility <strong>and</strong> high<br />
transmission of approx. 85 %. The three<br />
st<strong>and</strong>ard liquid fiber light guides cover a<br />
wavelength range from 300 nm (UV) to<br />
2,000 nm (IR). A fiber light guide for 250<br />
nm is also available on request. All<br />
liquids used in these light guides are<br />
non-toxic, non-combustible <strong>and</strong> noncaustic.<br />
Special lengths <strong>and</strong> diameters as<br />
well as connectors for all commonly<br />
available light sources can be supplied on<br />
request.<br />
The range shown for LLG IR is protected by an edge filter. It can also be enabled for low outputs on request.<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
697
Gooseneck <strong>Light</strong> Guide, Semi-rigid SL<br />
The Gooseneck Semi-rigid SL enables <br />
versatile positioning of a light guide in <br />
direct proximity to the object. These light <br />
guides are particularly useful for <br />
reflected-light illumination of small parts <br />
<strong>and</strong> heat-sensitive objects. The arms are <br />
made of semi-rigid metal tubing which <br />
can easily be bent to the desired position.<br />
• Other lengths <strong>and</strong> custom designs are <br />
possible on request.<br />
gooseneck<br />
Semi-rigid Gooseneck <strong>Light</strong> Guide SL with 2 arms<br />
We offer semi-rigid light guides as <br />
st<strong>and</strong>ard products in single, dual <strong>and</strong> <br />
triple arm models which can be directly <br />
plugged into the cold light source. An <br />
additional twist-lock on the <strong>Light</strong> Source <br />
Connector LA provides firm support.<br />
object<br />
Illumination principle Gooseneck<br />
Gooseneck <strong>Light</strong> Guide, Semi-rigid SL<br />
Item Title No. of Arms Fiber bundle<br />
(Arm) Ø (mm)<br />
Arm Length<br />
(mm)<br />
Part No.<br />
Halogen Fiber <strong>Light</strong> Source CLS-H with semi-rigid <br />
Gooseneck <strong>Light</strong> Guide<br />
SL1 4.5/450 1 4.5 450 G40 5622 000<br />
SL1 4.5/600 1 4.5 600 G40 5623 000<br />
SL2 4.5/450 2 4.5 450 G40 5624 000<br />
SL2 4.5/600 2 4.5 600 G40 5625 000<br />
SL3 4.5/450 3 4.5 450 G40 5626 000<br />
SL3 4.5/600 3 4.5 600 G40 5627 000<br />
SL2 3.2/400 2 3.2 400 G40 5628 000<br />
Gooseneck <strong>Light</strong> Guide, Semi-rigid with Feed Line SLZ<br />
A forked bracket with two tapped holes <br />
lets you mount this two-armed reflected <br />
light unit directly on a microscope or <br />
other workstation. The 1000 mm feed <br />
line is a versatile metal tube with the <br />
<strong>Light</strong> Source Connector LA. The arms are <br />
made of semi-rigid metal tubing which <br />
can easy be bent to the desired position.<br />
• Supply Line Length: 1000 mm<br />
• Other lengths <strong>and</strong> custom designs are <br />
possible on request.<br />
Gooseneck <strong>Light</strong> Guide, Semi-rigid with Feed Line SLZ<br />
Item Title<br />
Fiber bundle (Arm) <br />
Ø (mm)<br />
Arm Length (mm)<br />
Part No.<br />
SLZ2 2.2/250 2.2 250 G40 5630 000<br />
SLZ2 3.2/300 3.2 300 G40 5631 000<br />
SLZ2 4.5/330 4.5 330 G40 5632 000<br />
698 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Fiber Ringlight RL<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Ring lights provide shadowless illumination<br />
of objects <strong>and</strong> are primarily used in <br />
microscopy <strong>and</strong> in image processing. The <br />
optic fiber ring is evenly distributed over <br />
the fiber optic waveguide head <strong>and</strong> <br />
creates circular illumination towards the <br />
center. The feed line is a versatile metal <br />
tube with the <strong>Light</strong> Source Connector LA. <br />
The Ring <strong>Light</strong> RL is fastened directly on <br />
the microscope <strong>and</strong> fixed in place by <br />
tightening a knurled screw. We offer ring<br />
lights with st<strong>and</strong>ard inner diameters of<br />
52 mm <strong>and</strong> 66 mm <strong>and</strong> st<strong>and</strong>ard lengths<br />
of 750 mm <strong>and</strong> 1000 mm. A range of<br />
adapters is available for fitting the Ring<br />
<strong>Light</strong> RL66 to a wide range of<br />
instruments with different diameters.<br />
• Custom designs possible on request.<br />
Fiber Ring <strong>Light</strong> RL<br />
Item Title<br />
Fiber bundle Ø <br />
(mm)<br />
Inner diameter <br />
(mm)<br />
Flex Length<br />
(mm)<br />
Part No.<br />
Ring light illumination principle<br />
RL52 5.5/750 5.5 52 750 G40 5644 000<br />
RL52 5.5/1000 5.5 52 1000 G40 5645 000<br />
RL52 8.0/750 8 52 750 G40 5646 000<br />
RL52 8.0/1000 8 52 1000 G40 5647 000<br />
RL66 5.5/750 5.5 66 750 G40 5648 000<br />
RL66 5.5/1000 5.5 66 1000 G40 5649 000<br />
RL66 8.0/750 8 66 750 G40 5650 000<br />
RL66 8.0/1000 8 66 1000 G40 5651 000<br />
Adapter 50 G40 5659 000<br />
Adapter 52 G40 5660 000<br />
Adapter 54 G40 5661 000<br />
Adapter 56 G40 5662 000<br />
Adapter 58 G40 5663 000<br />
Adapter 60 G40 5664 000<br />
Adapter 62 G40 5665 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
699
Flexible Fiber <strong>Light</strong> Guide FL<br />
Flexible light guides are an easy-to-use <br />
<strong>and</strong> flexible source of pinpoint illumination.<br />
We offer flexible glass fiber light guides<br />
in metal tubing as st<strong>and</strong>ard products in<br />
single, dual <strong>and</strong> triple arm models. These<br />
light guides are equipped with the <strong>Light</strong><br />
Source Connector LA <strong>and</strong> metal ferrules<br />
(black-anodized aluminum).<br />
• Fiber Bundle Arm Ø: 4.5 mm<br />
• Other lengths <strong>and</strong> custom designs are <br />
possible on request.<br />
Flexible Fiber <strong>Light</strong> Guide FL<br />
Item Title No. of Arms Length (mm) Part No.<br />
FL1 4.5/800 1 800 G40 5634 000<br />
FL1 4.5/1200 1 1200 G40 5635 000<br />
FL1 4.5/1600 1 1600 G40 5636 000<br />
FL2 4.5/800 2 800 G40 5637 000<br />
FL2 4.5/1200 2 1200 G40 5638 000<br />
FL2 4.5/1600 2 1600 G40 5639 000<br />
FL3 4.5/800 3 800 G40 5640 000<br />
FL3 4.5/1200 3 1200 G40 5641 000<br />
FL3 4.5/1600 3 1600 G40 5642 000<br />
Articulated Mount for flexible <strong>Light</strong> Guide FL<br />
The articulated mount enables optimum <br />
positioning of light guides for the objects<br />
to be illuminated.<br />
The mount consists of a heavy, stable <br />
base plate <strong>and</strong> an articulated arm that <br />
can be rotated in any direction. The light <br />
guide is clamped onto the end of this <br />
arm. Screw threads are provided for <br />
attaching the mount to other surfaces <br />
without the base plate.<br />
Articulated Mount for Flexible <strong>Light</strong> Guide FL<br />
Item Title<br />
Part No.<br />
Articulated Mount G40 5653 000<br />
Focusing lens<br />
• For magnifying the operating distance<br />
• For positioning on the end of the light <br />
guide<br />
• Fixed in place by a locking screw<br />
Focusing lens<br />
Item Title<br />
Part No.<br />
Focusing lens G40 5656 000<br />
700 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Adapter for Schott-<strong>Light</strong> Guide<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
This type of adapter enables connection <br />
of Schott light guides with diameters of <br />
9 mm <strong>and</strong> 10 mm to the CLS-H, CLS-ARC <br />
<strong>and</strong> CLS-LED light sources.<br />
Adapter for Schott-<strong>Light</strong> Guide<br />
Item Title<br />
Schott fiber light guide<br />
diameter (mm)<br />
Part No.<br />
Adapter for Schott <strong>Light</strong> Guide 9 9 G40 5657 000<br />
Adapter for Schott <strong>Light</strong> Guide 10 10 G40 5658 000<br />
<strong>Light</strong> Guides LLG VIS<br />
Single arm, liquid-filled light guide jacketed<br />
with black PVC with light guide <br />
connection LA. The light exit is equipped <br />
with an aluminium ferrule. The ends of <br />
the light guide are sealed through fused <br />
silica windows.<br />
• Can be used with all LINOS fiber light <br />
sources<br />
• Numerical aperture (2α) of 72° is <br />
considerably higher than the<br />
conven tional glass fiber light guide.<br />
• Wavelength Range: 340 - 800 nm<br />
• Max. Transmission (380 - 720 nm)<br />
> 70 %<br />
• Temperature range - 5 °C to + 35 °C<br />
St<strong>and</strong>ard lengths: 1000 mm, 1500 mm, 2000 mm<br />
• Other lengths, protective claddings, <br />
light guide connections <strong>and</strong> end pieces <br />
on request.<br />
• Ideal accessory for all liquid fiber light <br />
guides: Ball joint clamps GH (see <br />
chapter following the fiber light <br />
guides) for positioning <strong>and</strong> fixation of <br />
the end pieces.<br />
<strong>Light</strong> guides LLG VIS<br />
Item Title<br />
Length <br />
(mm)<br />
Active Diameter <br />
d 0<br />
(mm)<br />
d 1<br />
<br />
(mm)<br />
l1 <br />
(mm)<br />
d 2<br />
<br />
(mm)<br />
I 2<br />
<br />
(mm)<br />
d 3<br />
<br />
(mm)<br />
Minimum <br />
bending radius <br />
(mm)<br />
Part No.<br />
LLG 3 VIS 1000 3 5 20 9 24 7 40 G40 5523 000<br />
LLG 3 VIS 1500 3 5 20 9 24 7 40 G40 5533 000<br />
LLG 3 VIS 2000 3 5 20 9 24 7 40 G40 5543 000<br />
LLG 5 VIS 1000 5 7 20 10 24 9.5 60 G40 5524 000<br />
LLG 5 VIS 1500 5 7 20 10 24 9.5 60 G40 5534 000<br />
LLG 5 VIS 2000 5 7 20 10 24 9.5 60 G40 5544 000<br />
LLG 8 VIS 1000 8 10 20 15 40 12.5 100 G40 5525 000<br />
LLG 8 VIS 1500 8 10 20 15 40 12.5 100 G40 5535 000<br />
LLG 8 VIS 2000 8 10 20 15 40 12.5 100 G40 5545 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
701
<strong>Light</strong> Guides LLG IR<br />
Broadb<strong>and</strong>, single armed light guide like <br />
LLG VIS, but optimized for the VIS <strong>and</strong> IR <br />
wavelength range.<br />
• Can be used with all LINOS fiber light <br />
sources<br />
• Numerical aperture (2α) of 62° is <br />
considerably higher than the conventional<br />
glass fiber light guide.<br />
• Other lengths, protective claddings, <br />
light guide connections <strong>and</strong> end pieces <br />
on request.<br />
• Ideal accessory for all liquid fiber light <br />
guides: Ball joint clamps GH (see <br />
chapter following the fiber light <br />
guides) for positioning <strong>and</strong> fixation of <br />
the end pieces.<br />
• Wavelength Range: 420 - 2000 nm<br />
• Max. Transmission (420 - 2000 nm)<br />
> 70 %<br />
• Temperature range - 5 °C to + 35 °C<br />
St<strong>and</strong>ard lengths: 1000 mm, 1500 mm, 2000 mm<br />
<strong>Light</strong> guides LLG IR<br />
Item Title<br />
Length <br />
(mm)<br />
Active Diameter <br />
d 0<br />
(mm)<br />
d 1<br />
<br />
(mm)<br />
l1 <br />
(mm)<br />
d 2<br />
<br />
(mm)<br />
I 2<br />
<br />
(mm)<br />
d 3<br />
<br />
(mm)<br />
Minimum <br />
bending radius <br />
(mm)<br />
Part No.<br />
LLG 3 IR 1000 3 5 20 9 24 7 40 G40 5526 000<br />
LLG 3 IR 1500 3 5 20 9 24 7 40 G40 5536 000<br />
LLG 3 IR 2000 3 5 20 9 24 7 40 G40 5546 000<br />
LLG 5 IR 1000 5 7 20 10 24 9.5 60 G40 5527 000<br />
LLG 5 IR 1500 5 7 20 10 24 9.5 60 G40 5537 000<br />
LLG 5 IR 2000 5 7 20 10 24 9.5 60 G40 5547 000<br />
LLG 8 IR 1000 8 10 20 15 40 12.5 100 G40 5528 000<br />
LLG 8 IR 1500 8 10 20 15 40 12.5 100 G40 5538 000<br />
LLG 8 IR 2000 8 10 20 15 40 12.5 100 G40 5548 000<br />
<strong>Light</strong> Guides LLG UV<br />
Single arm light guide like LLG VIS for <br />
the transmission range of 300 to 650 nm.<br />
• Can be used with all LINOS fiber light <br />
sources<br />
• Numerical aperture (2α) of 72° is <br />
considerably higher than the conventional<br />
glass fiber light guide.<br />
• Wavelength Range: 300 - 650 nm<br />
• Max. Transmission (340 - 580 nm)<br />
> 70 %<br />
• Temperature range - 5 °C to + 35 °C<br />
• Other lengths <strong>and</strong> protective tubes for <br />
all liquid fiber light guides available on <br />
request.<br />
• Appropriate accessories for all liquid <br />
fiber light guides: ball joint clamps <br />
GHR, GHS <strong>and</strong> GH.<br />
<strong>Light</strong> guides LLG UV<br />
Item <br />
Title<br />
Length <br />
(mm)<br />
Active Diameter <br />
d 0<br />
(mm)<br />
d 1<br />
<br />
(mm)<br />
l1 <br />
(mm)<br />
d 2<br />
<br />
(mm)<br />
I 2<br />
<br />
(mm)<br />
d 3<br />
<br />
(mm)<br />
Minimum <br />
bending radius <br />
(mm)<br />
Part No.<br />
LLG 3 UV 1000 3 5 20 9 24 7 40 G40 5520 000<br />
LLG 3 UV 1500 3 5 20 9 24 7 40 G40 5530 000<br />
LLG 3 UV 2000 3 5 20 9 24 7 40 G40 5540 000<br />
LLG 5 UV 1000 5 7 20 10 24 9.5 60 G40 55<strong>21</strong> 000<br />
LLG 5 UV 1500 5 7 20 10 24 9.5 60 G40 5531 000<br />
LLG 5 UV 2000 5 7 20 10 24 9.5 60 G40 5541 000<br />
LLG 8 UV 1000 8 10 20 15 40 12.5 100 G40 5522 000<br />
LLG 8 UV 1500 8 10 20 15 40 12.5 100 G40 5532 000<br />
LLG 8 UV 2000 8 10 20 15 40 12.5 100 G40 5542 000<br />
702 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Focusing Lens Attachments FA<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Attachment for all liquid fiber light <br />
guides with 3 to 5 mm diameters.<br />
Focuses the divergent light emitted by <br />
the fiber light guide to a point that has a <br />
diameter of approx. 5 mm.<br />
The 3-lens quartz glass system allows the <br />
attachment to be used in the spectral <br />
region from UV to near IR. The focusing <br />
lens attachment mounts directly to the <br />
end of the liquid fiber light guide LLG.<br />
Focusing lens attachment FA<br />
Item Title Fitting for Ø D (mm) Ø d 1<br />
(mm) L (mm) M (mm) Part No.<br />
FA 3700 UV LLG 3 3 15 58.5 15 G40 5550 000<br />
FA 3701 UV LLG 5 5 15 58.5 15 G40 5551 000<br />
Spotlight<br />
Spotlight for increasing the working <br />
distance of all liquid fiber light guides <br />
with 5 mm diameters.<br />
Reduces the full aperture angle from 72° <br />
to 15°.<br />
The 2-lens quartz glass system allows the <br />
spotlight to be used in the spectral <br />
region from UV to near IR. The spotlight <br />
mounts directly to the end of the liquid <br />
fiber light guide.<br />
Spotlight<br />
Item Title Fitting for Part No.<br />
FA 3711 UV LLG 5 G40 5552 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
703
LED Cold <strong>Light</strong> Source CLS-LED<br />
The high-performance LED cold light <br />
source is an economical <strong>and</strong> energysaving<br />
alternative to conven tional light<br />
sources for practically all of the most<br />
common applications.<br />
An LED cold light source converts far <br />
more energy into visible light than a <br />
halogen cold light source can, <strong>and</strong> yet <br />
has a much longer service life (approximately<br />
50,000 h according to manufacturer's<br />
specifications).<br />
The CLS-LED couples in virtually the same <br />
amount of light as a 150 W halogen light <br />
source, while consuming only 20 W. The <br />
light output is continuously variable <br />
using a potentiometer. Furthermore, the <br />
CLS-LED USB light source offers the <br />
option of configuring the output level <br />
through a USB port using the software <br />
supplied with the equipment. These light <br />
sources also have an additional input <br />
that lets you choose from various operating<br />
modes, for example, for analog <br />
regulation of brightness (0 - 10 V) or to <br />
control the light source through external <br />
pulses (e.g. in flash operation).<br />
• Equipment included:<br />
• Power supply, 24 V with operating <br />
voltage 100-240 V/50-60 Hz<br />
• Noiseless <strong>and</strong> vibration-free thanks to <br />
passive cooling system<br />
• Ideal for use in cleanrooms<br />
• Extremely homogenous, flicker-free <br />
illumination<br />
• Constant color temperature; typically <br />
5,600 K<br />
• Luminous Flux with 6 mm <strong>Light</strong> Guide: <br />
> 100 lumens<br />
• Digital brightness control<br />
• Most recent brightness setting stored <br />
in memory<br />
• Energy-saving <strong>and</strong> environmentally <br />
friendly<br />
• Power Consumption: Approximately<br />
20 W<br />
• LED Service Life: Approximately<br />
50,000 h (manufacturer's specification)<br />
• No downtime due to complex bulb <br />
replacement<br />
• Variable positioning, both vertical <strong>and</strong> <br />
horizontal<br />
• Stackable<br />
• Lamp: 15 W power LED<br />
• <strong>Light</strong> Color: White; daylight quality<br />
• Color Temperature, typical: 5600 K<br />
• LED Service Life: Approximately<br />
50,000 h<br />
• Maximum Active Ø of the <strong>Light</strong> Guide: <br />
8 mm<br />
• <strong>Light</strong> Regulation: Electronic; digital <br />
dimming<br />
• Cooling system: Passive cooling <br />
without fan<br />
• Housing Material: Aluminum<br />
• Operating Voltage: 24 V DC, protection<br />
class III (SELV)<br />
• Ambient Operating Temperature:<br />
0 °C - 40 °C<br />
• Relative Humidity: Maximum 95%, <br />
non-condensing<br />
• Dimensions (L x W x H): 260 mm x 174 <br />
mm x 84 mm (10.24 x 6.85 x 3.31 in.)<br />
• Weight: 3.45 kg (7.6 lb)<br />
LED Cold <strong>Light</strong> Source CLS-LED<br />
Item Title PC Interface Part No.<br />
CLS-LED no G40 5607 000<br />
CLS-LED USB USB (2.0) G40 5608 000<br />
704 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
LED Ring <strong>Light</strong>s RL 4<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
LED Ring <strong>Light</strong> RL 4 with table control TC250 <strong>and</strong> <br />
power supply<br />
Ring lighting is ideal for shadowless, <br />
homogenous illumination of objects with <br />
matte or only slightly reflective surfaces. <br />
Accessories are available for creating <br />
diffuse, polarized or fluorescencestimu<br />
lating light.<br />
The LED ring lights in the RL4 series have <br />
been developed primarily for use in <br />
stereomicroscopy. They are also ideally <br />
suited for applications in quality control <br />
<strong>and</strong> inspection. LINOS products for these<br />
fields cover a broad spectrum, from the<br />
UV to IR ranges.<br />
Series RL4 ring lights, with a st<strong>and</strong>ard <br />
diameter of 66 mm, deliver homogenous, <br />
flicker-free light. The basic model has<br />
48 long-lasting, high quality LEDs.<br />
Accessories include a diffusion disk that <br />
provides for widely scattered light <br />
without mirror effects. Adapters are <br />
available for fitting the ring light to <br />
other diameters up to 50 mm.<br />
• Homogenous <strong>and</strong> shadowless<br />
illumin ation<br />
• For matte or weakly reflective surfaces<br />
• Flicker-free<br />
• Operating distance between 50 <strong>and</strong> <br />
150 mm<br />
• Energy-saving, environmentally <br />
friendly lighting technology<br />
• Continuously variable brightness <br />
setting, 0-100% with TC250 Table <br />
Control<br />
• Equipped with high-quality industrial <br />
connectors with snap-in locking <br />
fastener<br />
• LED with color temperatures of 5000 K <br />
<strong>and</strong> 7000 K<br />
• Color LEDs in red, blue <strong>and</strong> green<br />
• UV-LED with 400 nm, 375 nm <strong>and</strong><br />
365 nm<br />
• IR-LED with 880 nm<br />
• Long LED service life; up to<br />
50,000 hours<br />
• Easy to fasten; leaves no indentations<br />
• Accessories: Diffusion disk, polarizer <br />
set, adapter<br />
• <strong>Light</strong> Regulation: Continuous<br />
elec tronic dimming<br />
• Dimensions: Ø 66 mm; Height: 33 mm<br />
• Operating Voltage: 24 V DC<br />
• Operating Voltage, Power Supply:<br />
100-240 V, 50-60 Hz<br />
• Weight: 0.30 kg<br />
• Equipment Included:<br />
• 24 V power supply with industrial plug<br />
• TC250 Table Control<br />
LED Ring <strong>Light</strong> RL 4<br />
Item Title Color Temperature (K) Average Lifetime LEDs<br />
(h)<br />
Wavelength (nm)<br />
Part No.<br />
LED RL 4 7000 50000 G40 5750 000<br />
LED RL 4-NW 5000 50000 G40 5751 000<br />
LED RL 4-R red 50000 G40 5752 000<br />
LED RL 4-G green 50000 G40 5753 000<br />
LED RL 4-B blue 50000 G40 5754 000<br />
LED RL 4-UV400 > 1000 400 G40 5755 000<br />
LED RL 4-UV375 > 1000 375 G40 5756 000<br />
LED RL 4-UV365 > 10000 365 G40 5757 000<br />
LED RL 4-IR 50000 880 G40 5758 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
705
LED 4-Segment Ring <strong>Light</strong> RL R4-S4<br />
LED Ring <strong>Light</strong> RL4-S4 with controller <strong>and</strong> power <br />
supply<br />
Ring lights are ideal for shadowless, <br />
homogenous illumination of objects with <br />
matte or only slightly reflective surfaces. <br />
Moreover, the new 4-segment ring light <br />
RL4-S4 offer the option of selecting the <br />
optimum direction of illumination. This <br />
opens up a realm of possibilities for the <br />
professional user to set the perfect <br />
contrast <strong>and</strong> thus achieve the optimum <br />
illumination of the object.<br />
The segment ring lights in the RL series <br />
have a st<strong>and</strong>ard inner diameter of 66 <br />
mm. This can be reduced to smaller <br />
diameters, down to 50 mm, using <br />
adapters. With a range of accessory <br />
components available, such as diffusor <br />
plates, pol filter sets <strong>and</strong> protective glass <br />
panels, the ring light can be adapted to <br />
suit practically any illumination task no <br />
matter how dem<strong>and</strong>ing.<br />
The RL4-S4 is a state-of-the-art <strong>and</strong> <br />
energy-saving 4-segment LED ring light <br />
for stereomicroscopes, cameras <strong>and</strong> <br />
machines. It has been developed specially <br />
for the lighting techniques described <br />
above, for use both in scientific research <br />
<strong>and</strong> in industry. The lighting system can <br />
be installed very quickly <strong>and</strong> is easy to <br />
operate. Four independent light <br />
segments with a total of 48 low-aperture <br />
LEDs, can be adjusted in any combination <br />
using the illuminated push-buttons. The <br />
brightness can be continuously adjusted <br />
between 0 <strong>and</strong> 100%. The control <br />
features make it easy to adjust the <br />
system while simultaneously looking <br />
through the microscope or a monitor <br />
with a camera.<br />
• 4 segment LED ring light with<br />
48 high-quality <strong>and</strong> very bright LEDs<br />
• Energy-saving, environmentally <br />
friendly lighting technology<br />
• Inside diameter 66 mm<br />
• Adaptable with reducing rings to <br />
diameters up to 50 mm<br />
• Infinitely variable <strong>and</strong> well-balanced <br />
brightness control<br />
with practical Table Control<br />
• Very homogeneous <strong>and</strong> flicker-free <br />
lighting<br />
• Easy mark free fixing of the ring light<br />
• Equipped with high quality industry <br />
plug<br />
• As an accessory a diffuser provides a <br />
wide spread light without mirror<br />
effects<br />
• Illuminant: 48 High-Quality LEDs<br />
• <strong>Light</strong> colour: White<br />
• Brightness adjustment: Continuously <br />
from 0 % to 100 %<br />
• Colour temperature: 4600 K - 5600 K<br />
• Optimal range of working:<br />
50 - 160 mm<br />
• Ø LED life span: 50000 h (according to <br />
manufacturers)<br />
• Material Ringlight: Aluminium<br />
Anod ized<br />
• Colour Ring <strong>Light</strong> : Black<br />
• Weight Ring <strong>Light</strong>: 0.170 kg<br />
• Dimensions Ring <strong>Light</strong>: Inner Ø 66 mm; <br />
Outer Ø 100 mm; Height 30 mm<br />
• Weight Controller: 0.290 kg<br />
• Dimensions Controller: 161 x 78 x<br />
45 mm (L x W x H)<br />
• Operating voltage: 100 - 240 V /<br />
50 - 60 Hz<br />
• Power consumption: max. 7 W<br />
• Equipment Included:<br />
• LED Controller<br />
• 24V Power supply with industry plug<br />
LED Segment Ring <strong>Light</strong> RL R4-S4<br />
Item Title<br />
Part No.<br />
LED Segment Ring <strong>Light</strong> RL R4-S4 G40 5760 000<br />
706 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
LED 8-Segment Ring <strong>Light</strong> RL R8-S8<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Ring lights are ideal for shadowless, <br />
homogenous illumination of objects with <br />
matte or only slightly reflective surfaces. <br />
Moreover, the new 8-segment ring lights <br />
RL8-S8 offer the option of selecting the <br />
optimum direction of illumination. This <br />
opens up a realm of possibilities for the <br />
professional user to set the perfect <br />
contrast <strong>and</strong> thus achieve the optimum <br />
illumination of the object.<br />
The segment ring lights in the RL series <br />
have a st<strong>and</strong>ard inner diameter of 66 <br />
mm. This can be reduced to smaller <br />
diameters, down to 50 mm, using <br />
adapters. With a range of accessory <br />
components available, such as diffusor <br />
plates, pol filter sets <strong>and</strong> protective glass <br />
panels, the ring light can be adapted to <br />
suit practically any illumination task no <br />
matter how dem<strong>and</strong>ing.<br />
This ring light has been developed for <br />
manual <strong>and</strong> computer-controlled use in <br />
the laboratory <strong>and</strong> in production facilities.<br />
The design places special emphasis <br />
on simple, intuitive operation. Both the <br />
eight independent light segments <strong>and</strong> <br />
the brightness settings can be controlled <br />
using a keypad, a joystick or through <br />
computer software. This gives the <br />
professional operator perfect control <br />
over light regulation <strong>and</strong> the ability to <br />
adapt the system to individual applications.<br />
Nine different lighting configurations <br />
can be stored. Additional features <br />
include a flash function for camera <br />
system, a foot switch for toggling the <br />
illumination settings, <strong>and</strong> a stroboscope <br />
function. Stored lighting configurations <br />
can be sent from the ring light system to <br />
a computer, <strong>and</strong> vice versa. The software <br />
has a graphic user interface for easy <br />
programming of the lighting configurations,<br />
flash times <strong>and</strong> stroboscope function.<br />
• Ring light with 80 superbright LEDs<br />
• Inside diameter 66 mm<br />
• Working range from 50 mm to 160 mm<br />
• Continuous brightness control <br />
between 0 % <strong>and</strong> 100 %<br />
• Very homogeneous <strong>and</strong> flicker-free <br />
ligthing<br />
• Functions for stroboscope <strong>and</strong> flash <br />
time<br />
• Optional with polarizing filter<br />
• Microcontroller steering<br />
• USB2 interface for controll with PC<br />
• User-friendly software<br />
• Illuminants: 80 superbright LEDs<br />
• <strong>Light</strong> colour: White<br />
• <strong>Light</strong> control average: Continuously <br />
from 0 % to 100 %<br />
• Colour temperature: 9100 K<br />
• Optimal range of working:<br />
50 - 160 mm<br />
• <strong>Light</strong> intensity at 60 mm: 56000 lx<br />
• <strong>Light</strong> intensity at 75 mm: 83700 lx<br />
• <strong>Light</strong> intensity at 160 mm: 24400 lx<br />
• Max. illuminance: 105 klx at 75 mm <br />
working distance<br />
• Ø LED life span: > 50000 h (according <br />
to manufacturers)<br />
• Material: Aluminium Anodized<br />
• Colour: Black<br />
• Weight Ring <strong>Light</strong>: 0.4 kg<br />
• Dimensions Ring <strong>Light</strong>: Inner Ø 66 mm; <br />
Outer Ø 114 mm; Height 30 mm<br />
• Flash: Delay is approx. 100 ns,<br />
Burn Time 5 μs < ton < 8 ms<br />
(forced off: 10 x tone)<br />
• Stroboscope: Frequency 0,001 Hz < fs<br />
< 20 kHz; Burn Time 5 μs < ton < 8 ms <br />
(forced off: 10 x tone); Frequency<br />
setting ± 100 steps for fs, Δ f step <br />
adjustable by PC software<br />
• PC interface: USB 2<br />
• Weight Controller: 1.15 kg<br />
• Dimensions Controller: 180 x 120 x<br />
90 mm (L x B x H)<br />
• Operating voltage (switchable): 100 V / <br />
120 V / 50Hz or 220V / 240V / 60Hz<br />
• Power consumption: max. 17 W<br />
• Equipment Included:<br />
• Controller<br />
• USB Cabel<br />
• Power Cable EU<br />
• User Software<br />
• User Manual<br />
LED Segment Ring <strong>Light</strong> RL R8-S8<br />
Item Title<br />
Part No.<br />
LED Segment Ring <strong>Light</strong> RL R8-S8 G40 5759 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
707
Polarizing Filters Set for RL4<br />
When using the reflected light/bright <br />
field technique, polarizers can eliminate <br />
undesired reflections from surfaces or <br />
parts such as wafers, solder joints on <br />
printed circuit boards, or metal structures.<br />
This enables virtually glare-free <br />
inspection of highly reflective surfaces.<br />
Polarizing Filters Set for RL4<br />
Item Title<br />
Part No.<br />
Polarizing Filters Set for RL4 G40 5762 000<br />
Ringlight RL with polarizing filter set<br />
Diffusor Disk for RL 4<br />
The Diffusion Plate creates diffuse light <br />
for homogeneous <strong>and</strong> shadowless<br />
illu mination.<br />
Diffusor Disk for RL 4<br />
Item Title<br />
Part No.<br />
Diffusor Disk for RL 4 G40 5764 000<br />
Protective glass for RL 4<br />
This protective glass plate is ideal for <br />
protecting the LED ring light when it is <br />
used in a non-laboratory environment. <br />
The glass plate is easy to install <strong>and</strong> <br />
remove <strong>and</strong> protects the light from dust <br />
<strong>and</strong> dirt, ensuring both operational <br />
readiness <strong>and</strong> a long service life.<br />
Protective glass for RL 4<br />
Item Title<br />
Part No.<br />
Protective glass for RL 4 G40 5765 000<br />
708 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
LED Laboratory Gooseneck Reflected <strong>Light</strong> Illumination, <br />
SL Series<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
The semi-rigid light guide provides direct <br />
illumination of the object. This is the <br />
ideal lighting technique for objects with <br />
matte or slightly reflective surfaces.<br />
Professional LED gooseneck reflected-<br />
light lamps of the SL series are specially<br />
designed for use in science <strong>and</strong> industry.<br />
State-of-the-art LED tech nology makes<br />
this product a profes sional, efficient,<br />
environmentally-friendly <strong>and</strong>, above all,<br />
economical alternative to conventional<br />
halogen lamp systems with a glass fiber<br />
gooseneck. The light output can be<br />
continuously adjusted.<br />
All products in the LINOS SL series are <br />
equipped with the innovative <strong>and</strong> <br />
versatile modulLED® system. This ensures <br />
very simple, economical h<strong>and</strong>ling of the <br />
LED light as well as versatility in use. The <br />
plug-in modules can be replaced without <br />
the use of tools <strong>and</strong> are easy to adapt to <br />
custom applications. Modules are available<br />
with beam angles of 8°, 25°, 45° <strong>and</strong> <br />
10° x 30°. The colors available in st<strong>and</strong>ard <br />
products are pure white (6000 K), natural <br />
white (4000 K), warm white (3000 K), <br />
red, blue <strong>and</strong> green. In addition, we <br />
offer plug-in modules for applications in <br />
the UV range with 405 nm, 375 nm <strong>and</strong> <br />
365 nm.<br />
SL1 <strong>and</strong> SL12 Laboratory Gooseneck LED <br />
for Reflected <strong>Light</strong><br />
• Homogeneous, flicker-free<br />
illumina tion<br />
• Continuous brightness adjustment<br />
• Most recent brightness setting stored <br />
in memory<br />
• Versatile arms for easy positioning of <br />
the lamp<br />
• Energy <strong>and</strong> cost-saving illumination <br />
technology<br />
• Variable optics with a wide range of <br />
beam angles, colors <strong>and</strong> wavelengths<br />
• <strong>Light</strong>: 3 W Power LED<br />
• LED Service Life: Approx. 50,000 (UV <br />
approx. 5000 h)<br />
• Dimensions (L x W x H): 565 x 80 x<br />
56 mm (22.24 x 3.15 x 2.20 in. )<br />
• Operating Voltage: 24 V DC<br />
• Operating Voltage, Power Supply:<br />
100-240 V, 50-60 Hz<br />
• Material: Anodized aluminum <strong>and</strong> <br />
plastic<br />
• Equipment Included:<br />
• 24 V DC power supply<br />
Plug-in ”modulLED®”<br />
The SL1 laboratory light is available in<br />
1-arm <strong>and</strong> 2-arm versions, while the SL12 <br />
laboratory light is a 2-arm gooseneck <br />
model. The lighting arms in the st<strong>and</strong>ard <br />
versions are equipped with 8° modules in <br />
pure white. The power consumption of <br />
the LED plug-in modules is 3 W <strong>and</strong> the <br />
outer diameter measures 19.7 mm. Users <br />
can also configure their own systems <br />
using equipment from this lighting <br />
series. All LED plug-in modules are available<br />
separately, <strong>and</strong> the goosenecks can <br />
be ordered unassembled.<br />
When using LED plug-in modules in a <br />
non-laboratory environment, a <br />
protective glass panel is essential for <br />
protecting the lamp. Technologically <br />
these modules are the same as the SL1 <br />
variants, with the exception that the LED <br />
SL3 has an outer diameter of 26 mm.<br />
Ring light illumination principle<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
709
Gooseneck <strong>Light</strong> Guide, Semi-rigid SL<br />
Item Title No. of Arms Weight (kg) Part No.<br />
LED SL1-1 1 0.5 G40 5668 000<br />
LED SL1-1G 1 0.5 G40 5669 000<br />
LED SL1-2 2 0.75 G40 5670 000<br />
LED SL1-2G 2 0.75 G40 5671 000<br />
LED SL12-2 2 0.75 G40 5672 000<br />
LED SL12-2G 2 0.75 G40 5673 000<br />
Gooseneck <strong>Light</strong> Guide, Semi-rigid with Feed Line SLZ<br />
Item Title No. of Arms Weight (kg) Part No.<br />
LED SL1-1S 1 0.5 G40 5675 000<br />
LED SL1-1SG 1 0.5 G40 5676 000<br />
LED SL1-2S 2 0.75 G40 5677 000<br />
LED SL1-2SG 2 0.75 G40 5678 000<br />
LED SL3-1S 1 0.75 G40 5679 000<br />
LED SL3-1SG 1 0.75 G40 5680 000<br />
LED SL3-2S 2 1 G40 5681 000<br />
LED SL3-2SG 2 1 G40 5682 000<br />
LED-Module for SL1 und SL12 (Ø 19mm)<br />
LED-Module for SL3 (Ø 26mm)<br />
Item Title<br />
Part No.<br />
Item Title<br />
Part No.<br />
Spot 8°, pure-white, 6.000K G40 5684 000<br />
Spot 8°, neutral-white, 4.000K G40 5685 000<br />
Spot 8°, warm white, 3000K G40 5686 000<br />
Spot 8°, green G40 5687 000<br />
Spot 8°, red G40 5688 000<br />
Spot 8°, blue G40 5689 000<br />
Spot 8°, yellow amber G40 5690 000<br />
Flood 25°, pure-white, 6.000K G40 5691 000<br />
Flood 25°, neutral-white, 4.000K G40 5692 000<br />
Flood 25°, warm white, 3.000K G40 5693 000<br />
Flood 25°, green G40 5694 000<br />
Flood 25°, red G40 5695 000<br />
Flood 25°, blue G40 5696 000<br />
Diffuse 45°, pure-white, 6.000K G40 5697 000<br />
Diffuse 45°, neutral-white, 4.000K G40 5698 000<br />
Diffuse 45°, warm white, 3.000K G40 5699 000<br />
Diffuse 45°, green G40 5700 000<br />
Diffuse 45°, red G40 5701 000<br />
Diffuse 45°, blue G40 5702 000<br />
Line, 10 x 30°, pure-white, 6.000K G40 5703 000<br />
Line, 10 x 30°, neutral-white, 4.000K G40 5704 000<br />
Line, 10 x 30°, warm white, 3.000K G40 5705 000<br />
Line, 10 x 30°, green G40 5706 000<br />
Line, 10 x 30°, red G40 5707 000<br />
Line, 10 x 30°, blue G40 5708 000<br />
UV-405nm G40 5709 000<br />
UV-375nm G40 5710 000<br />
UV-365nm G40 5711 000<br />
Spot 8°, pure-white, 6.000K G40 5715 000<br />
Spot 8°, neutral-white, 4.000K G40 5716 000<br />
Spot 8°, warm-white, 3000K G40 5717 000<br />
Spot 8°, green G40 5718 000<br />
Spot 8°, red G40 5719 000<br />
Spot 8°, blue G40 5720 000<br />
Flood 25°, pure-white, 6.000K G40 57<strong>21</strong> 000<br />
Flood 25°, neutral-white, 4.000K G40 5722 000<br />
Flood 25°, warm-white, 3.000K G40 5723 000<br />
Flood 25°, green G40 5724 000<br />
Flood 25°, red G40 5725 000<br />
Flood 25°, blue G40 5726 000<br />
Diffuse 45°, pure-white, 6.000K G40 5727 000<br />
Diffuse 45°, neutral-white, 4.000K G40 5728 000<br />
Diffuse 45°, warm-white, 3.000K G40 5729 000<br />
Diffuse 45°, green G40 5730 000<br />
Diffuse 45°, red G40 5731 000<br />
Diffuse 45°, blue G40 5732 000<br />
Line, 10 x 30°, pure-white, 6.000K G40 5733 000<br />
Line, 10 x 30°, neutral-white, 4.000K G40 5734 000<br />
Line, 10 x 30°, warm-white, 3.000K G40 5735 000<br />
Line, 10 x 30°, green G40 5736 000<br />
Line, 10 x 30°, red G40 5737 000<br />
Line, 10 x 30°, blue G40 5738 000<br />
Set protective windows with O-Ring<br />
Item Title<br />
Part No.<br />
Set protective windows SL1 G40 5713 000<br />
Set protective windows SL3 G40 5740 000<br />
710 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
St<strong>and</strong> plates for microscopes<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Slide the base plate under the microscope<br />
for stable <strong>and</strong> space-saving installation.<br />
The plate is available in 2 versions <br />
with different column lengths.<br />
• Plate size: 220 mm x 310 mm<br />
(8.66 x 12.20 in. )<br />
• Available column lengths: 200 mm <strong>and</strong> <br />
400 mm<br />
• Column diameter: 12 mm<br />
• Mounting thread: M5<br />
St<strong>and</strong> Plates for Microscopes<br />
Item Title<br />
Part No.<br />
St<strong>and</strong> Plates for Microscopes 200 G40 5742 000<br />
St<strong>and</strong> Plates for Microscopes 400 G40 5743 000<br />
Adapter for microscope column<br />
A simple ring fastener lets you attach a <br />
gooseneck LED directly to the microscope <br />
column. The holder is available in <br />
st<strong>and</strong>ard diameters of 25 mm <strong>and</strong><br />
32 mm.<br />
Adapter for microscope column<br />
Item Title<br />
Part No.<br />
Fasteners for Microscope Columns 25 G40 5744 000<br />
Fasteners for Microscope Columns 32 G40 5745 000<br />
Wall Holder with Installation Set<br />
The black anodized aluminum plate is <br />
attached to the electronics housing of <br />
the gooseneck for easy fastening to walls <br />
or other flat surfaces.<br />
Wall Holder with Installation Set<br />
Item Title<br />
Part No.<br />
Wall Holder for LED Gooseneck G40 5746 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
711
Table clamp<br />
Table clamp with column; rugged <br />
aluminum construction. Practical <br />
accessory for attaching LED goosenecks <br />
to table tops.<br />
• Max. Clamping Width: 40 mm<br />
• Column Length: 200 mm<br />
• Column Diameter: 12 mm<br />
• Mounting Thread: M5<br />
Table clamp with rod 200mm<br />
Item Title<br />
Part No.<br />
Table Clamp for LED Goosenecks G40 5747 000<br />
Magnetic st<strong>and</strong><br />
This column consists of a compact, <br />
rugged magnetic foot <strong>and</strong> a stainless <br />
steel rod.<br />
• Holding Force: 180 N<br />
• Column Length: 200 mm<br />
• Column Diameter: 12 mm<br />
• Foot Diameter: 66 mm<br />
Magnetic st<strong>and</strong><br />
Item Title<br />
Part No.<br />
Magnetic St<strong>and</strong> G40 5748 000<br />
712 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Microbench <strong>Light</strong> Source LED ML<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
The super-bright Microbench lights in the<br />
LED ML Series emit homogenous <strong>and</strong> <br />
flicker-free light. A digital potentiometer <br />
is used for processor-controlled adjustment<br />
of the brightness with no noticeable<br />
change in the color temperature. <br />
The most recent brightness setting can <br />
be automatically stored in memory for <br />
the next use.<br />
The LED ML Series Microbench <strong>Light</strong>s <br />
offer you all the advantages of the latest <br />
in LED technology, as an energy efficient <br />
<strong>and</strong> environmentally friendly alternative <br />
to halogen lights. The high-quality 3 W <br />
power LED has a service life of approximately<br />
50,000 hours. This ensures almost <br />
six years of continuous operation <br />
without complicated, expensive bulb <br />
replacements.<br />
• Equipment Included:<br />
• 24 V DC power supply<br />
Microbench <strong>Light</strong> Source LED ML<br />
• Homogeneous <strong>and</strong> flicker-free<br />
illumin ation<br />
• Energy-saving, environmentally <br />
friendly lighting technique<br />
• Color LEDs in red, blue <strong>and</strong> green<br />
• UV-LED with 405 nm, 375 nm <strong>and</strong><br />
365 nm<br />
• Digital brightness control; no noticeable<br />
change in color temperature<br />
• Most recent brightness setting stored <br />
in memory<br />
• Long LED Service Life: Approx.<br />
50,000 h<br />
• <strong>Light</strong>: 5 W power LED<br />
• LED Service Life: Approx. 50,000 h<br />
• Weight: 0.1 kg<br />
• Dimensions: Length: 120 mm (4.72 in.), <br />
Ø: 30 mm (1.18 in. )<br />
• Housing Material: Aluminum, black <br />
anodized<br />
• Operating Voltage: 12 V DC<br />
• Operating Voltage, Power Supply:<br />
100 -240 V AC, 50-60 Hz<br />
Item Title Color Temperature (K) Wavelength (nm) Part No.<br />
LED ML3 white / 6500 G40 5770 000<br />
LED ML3-5* white / 6500 G40 5771 000<br />
LED ML3-R red G40 5772 000<br />
LED ML3-G green G40 5773 000<br />
LED ML3-B blue G40 5774 000<br />
LED ML3-UV405 405 G40 5775 000<br />
LED ML3-UV375 375 G40 5776 000<br />
LED ML3-UV365 365 G40 5777 000<br />
LED Coaxial Illumination System<br />
Coaxial lighting is necessary for objects <br />
with mirrored or highly reflective <br />
surfaces. The light is produced by a <br />
diffuse light field <strong>and</strong> diverted to the <br />
object by a 50% transmissive mirror, so <br />
that the axis of illumination lies precisely <br />
on the optical axis of the camera.<br />
• For objects with mirrored or highly <br />
reflective surfaces<br />
• Brightfield or asymmetric illumination<br />
LED Coaxial Illumination System<br />
• <strong>Light</strong> Field: 9 x 3 W power LED<br />
• <strong>Light</strong> Color: Red, typically 627 nm<br />
• LED Service Life: 50,000 h<br />
• Weight: 1.5 kg (3.3 lb)<br />
• Dimensions: 175 x 108 x 100 mm<br />
(6.89 x 4.25 x 3.94 in.)<br />
• Operating Voltage: 24 V<br />
• Connection: M12, 4-pin<br />
• Housing: Aluminum, black<br />
• Cooling System: Low-noise fan<br />
• Operating Temperature: 0 °C to 40 °C<br />
• Special sizes <strong>and</strong> other light colors <br />
available on request<br />
Item Title<br />
Part No.<br />
KL 100 vision G40 5780 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
713
Properties of <strong>Laser</strong> <strong>Light</strong><br />
Polarization<br />
Focusing laser beams<br />
<strong>Light</strong> is defined to be plane-polarized (or<br />
linearly polarized) if its electric-field<br />
vector oscillates in a fixed plane containing<br />
its direction of propagation. It is<br />
defined to be circularly polarized if its<br />
electric-field vector describes a helix as<br />
the electromagnetic wave ad vances.<br />
Circularly polarized light may be viewed<br />
as the superposition of two plane-polarized<br />
electro mag netic waves of common<br />
wavelength with mutually orthogonal<br />
electric-field vectors differing in phase by<br />
one-quarter wavelength. Conversely,<br />
plane-polarized light may be decomposed<br />
into right <strong>and</strong> left circularly polarized<br />
electromagnetic waves.<br />
I<br />
I 0<br />
I 0<br />
/e 2<br />
Beam diameter<br />
w 0<br />
2w<br />
Due to their small divergence angles,<br />
laser beams may be focused down to<br />
small spot sizes. Focusing laser beams<br />
increases their power densities in<br />
proportion to the ratios of their unfocused<br />
<strong>and</strong> focused cross-sectional areas.<br />
The minimum spot radii, wf achievable by<br />
focusing laser beams will be approximately<br />
given by:<br />
at the point<br />
Beam geometry<br />
2 Θ<br />
<strong>Laser</strong> beams do not have sharp boundaries.<br />
Most of the LINOS HeNe <strong>Laser</strong><br />
operate in their lowest-order (TEM 00<br />
)<br />
tranverse modes; i.e., their beams have<br />
transverse intensity profiles, I(r),<br />
describable by Gauss ian distributions:<br />
where I o<br />
is the intensity at the beam's<br />
symmetry axis, <strong>and</strong> r is radial distance<br />
from this axis. Beam radius, w, or beam<br />
diameter, 2w, are defined by the values<br />
of r for which beam intensity declines to<br />
1/e² (13.5%) of its central maximum.<br />
Beam diameter increases with distance<br />
from the laser, i.e., laser beams diverge.<br />
Beams of laser emitting exclu sively in<br />
their lowest-order modes have divergence<br />
half-angles, Θ, given by:<br />
,<br />
where λ is laser wavelength, <strong>and</strong> w 0<br />
is<br />
the minimum beam radius, i.e., beam<br />
radius at the beam "waist."<br />
The product of beam waist diameter <strong>and</strong><br />
beam diver gence angle is constant for<br />
any given laser beam, which implies that<br />
the divergence angles of laser beams are<br />
inversely proportional to their waist<br />
radii. <strong>Laser</strong> beams having larger waist<br />
diameters will thus have smaller<br />
diver gence angles, <strong>and</strong> vice versa.<br />
Beam divergence<br />
Beam radii increase with distance on<br />
both sides of beam waists,<br />
according to the relation:<br />
where w(z) is beam radius at a distance z<br />
from the beam waist.<br />
In most cases the beam waist lies in the<br />
plane of the exit mirror. For larger<br />
distances (several meters <strong>and</strong> more) from<br />
the laser, we obtain the following<br />
approx.:<br />
Collimating laser beams<br />
Increasing the diameters of laser beams<br />
further colli mates them, i.e., reduces<br />
their divergence angles. The best method<br />
for increasing laser beam diameters<br />
em ploys beam-exp<strong>and</strong>ing telescopes. If<br />
these telescopes are mounted with their<br />
exit optics positioned at the beam waist,<br />
the following applies:<br />
Beam divergence angles will be reduced<br />
in inverse proportion to telescope<br />
beam-expansion ratios.<br />
where w 0<br />
is the radius of the beam<br />
entering the focusing lens, <strong>and</strong> f is its<br />
focal length.<br />
2w 0<br />
z<br />
F<br />
Θ<br />
Beam focusing parameters<br />
Depth of focus<br />
f<br />
f<br />
F'<br />
z'<br />
2w f<br />
Summarizing, we can state that the spot<br />
radii of focused laser beams are:<br />
••<br />
Proportional to the focal lengths of<br />
the focusing lenses employed<br />
••<br />
Proportional to their divergence<br />
angles, <strong>and</strong> inversely proportional to<br />
their unfocused radii<br />
Depth of focus is defined as the lengths<br />
of ranges about beam focal points over<br />
which beam spot radii remain within<br />
prescribed limits. It may be derived from:<br />
where the ratio w/w f<br />
is the tolerated<br />
variation in beam spot radii. For<br />
w >> w f<br />
, the following relation holds<br />
true:<br />
714 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
HeNe <strong>Laser</strong><br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
HeNe lasers are the preferred light<br />
sources for a variety of metrological,<br />
alignment, <strong>and</strong> control tasks. HeNe lasers<br />
allow performing tasks that would be<br />
extremely difficult, or even impossible, to<br />
perform using conven tional light sources.<br />
HeNe lasers emit intense, monochromatic,<br />
spatially coherent, highly collimated<br />
light beams.<br />
The most prominent features of our<br />
HeNe lasers:<br />
••<br />
Simple <strong>and</strong> easy to use<br />
••<br />
Fit to many other LINOS components<br />
<strong>and</strong> systems<br />
••<br />
Provide reliable, dependable<br />
operation<br />
••<br />
Long service lives<br />
This brief introduction covers the<br />
principles of their operation, plus their<br />
basic characteristics to aid in the<br />
selection of HeNe lasers for given<br />
applications <strong>and</strong> to make the most of<br />
their capabilities.<br />
Principles of HeNe laser operation<br />
Like all other lasers, HeNe lasers consist<br />
of a resonator structure enclosing an<br />
active, amplifying medium. Their active<br />
medium is a helium-neon gas mixture<br />
enclosed within a resonator consisting of<br />
two mirrors, one of which is partially<br />
transmissive in order to allow a small<br />
fraction of the energy carried by the<br />
electromagnetic waves circulating within<br />
the resonator to escape in the form of a<br />
laser beam.<br />
Resonator modes <strong>and</strong> gain curves<br />
Within the resonator, electromagnetic<br />
energy will be able to circulate as<br />
st<strong>and</strong>ing waves at those wave lengths, λ,<br />
for which the resonator's length, L, is an<br />
integral multiple of half-wavelengths,<br />
i.e., at those wavelengths satisfying the<br />
relation:<br />
where m is an integer. Wavelengths<br />
satisfying this relation will be separated<br />
in frequency, υ, by increments of Δυ, the<br />
resonator's longitudinal mode separation,<br />
given by:<br />
(c = speed of light in active medium).<br />
The number, N, of longitudinal modes<br />
emitted by HeNe lasers is governed by<br />
the Doppler-broadened widths of active<br />
neon emission lines. Since the full width<br />
at half maximum intensity (FWHM) of the<br />
632.8-nm laser line is roughly<br />
1500 MHz, N will be approximately given<br />
by:<br />
The number of active longitudinal modes<br />
will determine the coherence length of<br />
emitted laser radiation. Since HeNe lasers<br />
typically have resonator lengths of about<br />
0.2 m, yielding longitudinal mode<br />
separations of about 750 MHz, only a<br />
few of their longitudinal modes will be<br />
active, a fact that makes them ideal for<br />
use in interfero metric work.<br />
HeNe lasers lacking polarizing elements<br />
in their resona tors emit longitudinal<br />
modes alternately linearly pola rized in<br />
mutually orthogonal planes. The total<br />
number of longitudinal modes emitted,<br />
their relative intensities, <strong>and</strong> the<br />
orientations of their principle planes of<br />
polari zation vary with their operating<br />
conditions. HeNe lasers having resonators<br />
lacking polarizing elements, such as<br />
Brewster plates or Brewster windows,<br />
thus exhibit ran domly varying linear<br />
polarizations, i.e., their beams are<br />
unpolarized, or only weakly polarized.<br />
The discharge tubes of our lineraly<br />
polarized HeNe lasers are equipped with<br />
internal Brewster plates that provide<br />
linear polarizations of 500:1.<br />
Cathode connection Cathode Capillary Capillary tube Anode connection<br />
Brewster window<br />
(only for polarized lasers)<br />
Beam exit<br />
High-reflecting mirror<br />
Partially reflecting mirror<br />
Mirror mount<br />
Glass-metal bond<br />
Outer glass jacket<br />
Getter<br />
HeNe gas<br />
Resonator length<br />
Cross section of a HeNe laser tube<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
715
Cylindrical HeNe <strong>Laser</strong>s with Shutter, Outer Diameter<br />
35 <strong>and</strong> 45 mm<br />
• Emit visible beam at λ = 543, 594,<br />
633 nm<br />
• Output power from 0.5 up to 20 mW<br />
• Mechanical beam-blocking shutter<br />
• Different versions with polarized laser <br />
beam (P)<br />
• Singlemode <strong>and</strong> multimode versions<br />
• High beam-pointing stability even at <br />
elevated ambient temperature<br />
• Separate power supply, switchable<br />
115 V / 230 V (not included)<br />
• Output power versions from 25-30 mW <br />
available on request.<br />
Cylindrical HeNe <strong>Laser</strong>s with shutter, Outer diameter 35 <strong>and</strong> 45 mm<br />
Item Title<br />
Wavelength <br />
(nm)<br />
Output Power <br />
(mW)<br />
Beam-Ø (1/e2) <br />
(mm)<br />
Beam Diver gence <br />
(mrad)<br />
Trans verse mode <br />
struc ture *)<br />
HeNe 633-0.5 P 632.8 0.5 0.49 1.75 SM<br />
HeNe 633-0.6 632.8 0.6 0.49 1.7 SM<br />
HeNe 633-1 632.8 1 0.49 1.7 SM<br />
HeNe 633-2 632.8 2 0.75 1.2 SM<br />
HeNe 633-2 P 632.8 2 0.75 1.2 SM<br />
HeNe 633-5 632.8 5 0.8 1.1 SM<br />
HeNe 633-5 P 632.8 5 0.8 1.1 SM<br />
HeNe 633-5 M 632.8 5 1.4 4.5 MM<br />
HeNe 633-10 632.8 10 0.7 1.4 SM<br />
HeNe 633-10 P 632.8 10 0.7 1.4 SM<br />
HeNe 633-10 M 632.8 10 1.5 4 MM<br />
HeNe 633-15 632.8 15 1 1 SM<br />
HeNe 633-15 P 632.8 15 1 1 SM<br />
HeNe 633-18 632.8 18 1 1 SM<br />
HeNe 633-18 P 632.8 18 1 1 SM<br />
HeNe 633-20 632.8 20 1 1 SM<br />
HeNe 543-0.5 P 543.5 0.5 0.9 1 SM<br />
HeNe 543-0.75 P 543.5 0.75 0.85 0.9 SM<br />
HeNe 543-1 543.5 1 0.88 0.85 SM<br />
HeNe 543-1 P 543.5 1 0.85 0.91 SM<br />
HeNe 543-1.2 P 543.5 1.2 0.85 0.91 SM<br />
HeNe 543-1.5 543.5 1.5 0.88 0.85 SM<br />
HeNe 543-2 543.5 2 0.88 0.85 SM<br />
HeNe 543-2.5 543.5 2.5 0.88 0.85 SM<br />
HeNe 594-2 P 594.1 2 0.79 0.95 SM<br />
*) SM = Singlemode, MM = Multimode<br />
716 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Dimensions laserhead<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Polarization<br />
Pointing stability <br />
(mrad)<br />
Pointing stability,<br />
warm (mrad)<br />
Safety class IEC <br />
Europe / CDRH USA<br />
Required Power <br />
Supply<br />
Part No.<br />
>500:1 < 0.2 < 0.1 3R / IIIa PS 1235 G04 0800 000<br />
N/A < 0.2 < 0.1 3R / IIIa PS 1235 G04 0801 000<br />
N/A < 0.2 < 0.1 3R / IIIa PS 1235 G04 0802 000<br />
N/A < 0.2 < 0.02 3R / IIIa PS 1250 G04 0803 000<br />
>500:1 < 0.3 < 0.1 3R / IIIa PS 1250 G04 0804 000<br />
N/A < 0.3 < 0.1 3B / IIIb PS 2265 G04 0805 000<br />
>500:1 < 0.3 < 0.1 3B / IIIb PS 2265 G04 0806 000<br />
N/A < 0.2 < 0.02 3B / IIIb PS 1565 G04 0807 000<br />
N/A < 0.1 < 0.02 3B / IIIb PS 2565 G04 0808 000<br />
>500:1 < 0.1 < 0.02 3B / IIIb PS 2565 G04 0809 000<br />
N/A < 0.3 < 0.1 3B / IIIb PS 2265 G04 0810 000<br />
N/A < 0.1 < 0.05 3B / IIIb PS 3170 G04 0811 000<br />
>500:1 < 0.1 < 0.05 3B / IIIb PS 3170 G04 0812 000<br />
N/A < 0.1 < 0.05 3B / IIIb PS 3170 G04 0813 000<br />
>500:1 < 0.1 < 0.05 3B / IIIb PS 3170 G04 0814 000<br />
N/A < 0.1 < 0.05 3B / IIIb PS 3170 G04 0815 000<br />
>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0816 000<br />
>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0817 000<br />
N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 0818 000<br />
>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0819 000<br />
>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0820 000<br />
N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 08<strong>21</strong> 000<br />
N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 0822 000<br />
N/A < 0.2 < 0.1 3R / IIIa PS 2565 G04 0823 000<br />
>500:1 < 0.2 < 0.1 3R / IIIa PS 2265 G04 0824 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
717
Cylindrical HeNe <strong>Laser</strong>s, Outer Diameter 31.7 <strong>and</strong><br />
44.25 mm<br />
• Emit visible beam at λ = 543 or 633 nm<br />
• Output power from 0.5 up to 2 mW<br />
• Version 543 nm with mechanical beam-<br />
blocking shutter<br />
• Different versions with polarized laser <br />
beam (P)<br />
• High beam-pointing stability even at <br />
elevated ambient temperature<br />
• Separate power supply, switchable<br />
115 V / 230 V (not included)<br />
• Transverse Mode Structure: Single <br />
mode<br />
• Pointing Stability: < 0.1 mrad<br />
• Safety Class IEC Europe: 3R<br />
• Safety Class CDRH USA: IIIa<br />
Dimensions <strong>Laser</strong>head<br />
HeNe-<strong>Laser</strong> with outer diameter of 31.7 mm <br />
attached in Microbench<br />
Cylindrical HeNe <strong>Laser</strong>s, Outer diameter 31.7 <strong>and</strong> 44.25 mm<br />
Item Title<br />
Wavelength <br />
(nm)<br />
Output <br />
Power <br />
(mW)<br />
Beam-Ø <br />
(1/e 2 ) <br />
(mm)<br />
Beam<br />
Diver gence <br />
(mrad)<br />
Polariz ation<br />
Pointing <br />
stability <br />
(mrad)<br />
Required <br />
Power <br />
Supply<br />
Part No.<br />
HeNe 633-0.5-O 632.8 0.5 0.49 < 1.8 N/A < 0.2 PS 1235 G04 0825 000<br />
HeNe 633-0.5 PO 632.8 0.5 0.49 < 1.8 > 500 : 1 < 0.2 PS 1235 G04 0826 000<br />
HeNe 633-0.8-O 632.8 0.8 0.49 < 1.8 N/A < 0.2 PS 1235 G04 0827 000<br />
HeNe 633-0.8 PO 632.8 0.8 0.49 < 1.8 > 500 : 1 < 0.2 PS 1235 G04 0828 000<br />
HeNe 633-1.5-O 632.8 1.5 0.63 < 1.6 N/A < 0.3 PS 1250 G04 0829 000<br />
HeNe 633-1.5 PO 632.8 1.5 0.63 < 1.4 > 500 : 1 < 0.3 PS 1250 G04 0830 000<br />
HeNe 633-2-O 632.8 2 0.63 < 1.6 N/A < 0.3 PS 1250 G04 0831 000<br />
HeNe 543-1 PO 543.5 1 0.85 0.91 N/A < 0.3 PS 2265 G04 0832 000<br />
718 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
A closer look<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
••<br />
Four rods, for reliable stability.<br />
Our HeNe <strong>Laser</strong> with Ø 31.7 mm<br />
are specially designed for<br />
installation in the LINOS<br />
Microbench with the help of<br />
Adapter G04 0691 000 (page 7<strong>21</strong>).<br />
Power Supply for Cylindrical HeNe <strong>Laser</strong>s<br />
• Key switch<br />
• Emission control<br />
• Connectors for external safety loop<br />
• Input voltage (optional) 230 / 115 VAC<br />
Cylindrical HeNe <strong>Laser</strong>s, Power supply<br />
Power supply (Model) For laser head Part No.<br />
PS 1235 G04 0800 000, G04 0801 000, G04 0802 000, G04 0825 000, G04 0826 000, G04 0827 000, G04 0828000 G04 0880 000<br />
PS 1250 G04 0803 000, G04 0804 000, G04 0829 000, G04 0830 000, G04 0831 000 G04 0881 000<br />
PS 2265<br />
G04 0805 000, G04 0806 000, G04 0810 000, G04 0816 000, G04 0817 000, G04 0819 000, G04 0820 000,<br />
G04 0824 000, G04 0832 000<br />
G04 0882 000<br />
PS 1565 G04 0807 000 G04 0883 000<br />
PS 2565 G04 0808 000, G04 0809 000, G04 0818 000, G04 08<strong>21</strong> 000, G04 0822 000, G04 0823 000 G04 0884 000<br />
PS 3170 G04 0811 000, G04 0812 000, G04 0813 000, G04 0814 000, G04 0815 000 G04 0885 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
719
C-Mount Adapter for HeNe-<strong>Laser</strong> with Outer Diameter <br />
of 35 mm<br />
• For assembly of components with<br />
C-Mount thread like beam exp<strong>and</strong>ers<br />
to a cylindrical HeNe-<strong>Laser</strong> with 35 mm <br />
outer diameter<br />
C-Mount Adapter for HeNe-<strong>Laser</strong> with outer diameter of 35 mm<br />
Item Title<br />
Part No.<br />
C-Mount Adapter for HeNe-<strong>Laser</strong> with outer diameter of 35 mm G04 0870 000<br />
C-Mount Adapter for HeNe <strong>Laser</strong>s with Outer Diameter <br />
of 45 mm<br />
• For assembly of components with a C-<br />
Mount thread like beam exp<strong>and</strong>ers to <br />
a Cylindrical HeNe-laser with 45 mm <br />
outer diameter<br />
C-Mount adapter for HeNe <strong>Laser</strong>s with outer diameter 45mm<br />
Item Title<br />
Part No.<br />
C-Mount adapter for HeNe <strong>Laser</strong>s with outer diameter 45 mm G04 0871 000<br />
<strong>Laser</strong> Adapter C 35 for HeNe <strong>Laser</strong> with Outer Diameter <br />
31.7 mm<br />
<strong>Laser</strong> Adapter C 35<br />
• To mount components with C-Mount <br />
thread (e.g. <strong>Laser</strong> exp<strong>and</strong>er systems) <br />
to Cylindrical HeNe <strong>Laser</strong> with 31.7 mm <br />
outer diameter<br />
<strong>Laser</strong> Adapter C 35<br />
Item Title<br />
Part No.<br />
<strong>Laser</strong> Adapter C 35 G04 0102 000<br />
<strong>Laser</strong> Adapter C 35 with screw-on C-Mount <br />
Microbench adapter<br />
720 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Microbench Adapter for HeNe-<strong>Laser</strong> with 31.7 mm <br />
Outer Diameter<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
• Adapter to attach a Cylindrical HeNe <br />
<strong>Laser</strong> with 31.7 mm outer diameter to <br />
Microbench Mounting plate 35<br />
(G06 1047 000) <strong>and</strong> Holder 35<br />
(G06 5084 000).<br />
Microbench Adapter for HeNe-<strong>Laser</strong> with 31.7 mm outer diameter<br />
Item Title Qty. (ea.) Part No.<br />
Microbench Adapter HeNe-<strong>Laser</strong> Ø 31.7 mm 1 G04 0691 000<br />
HeNe-<strong>Laser</strong> with outer diameter of 31.7 mm <br />
attached in Microbench<br />
Beam Blocking Shutter, Mechanical<br />
• C-Mount thread<br />
• Reduction adapter available for fitting <br />
to Microbench<br />
Beam blocking shutter, mechanical<br />
Item Title<br />
Part No.<br />
Beam blocking shutter, mechanical G04 0<strong>21</strong>2 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
7<strong>21</strong>
Frequency Stabilized HeNe-<strong>Laser</strong><br />
FS-Series stabilized HeNe-lasers employ a<br />
patented two-mode stabilization<br />
technique providing high frequency<br />
stability in conjunction with rapid<br />
warm-up. The stabilized HeNe-<strong>Laser</strong> is<br />
installedin a compact cylindrical case.<br />
For powersupply only a single 13.5 V-AC<br />
adapter isnecessary. The output beam is<br />
linearlypolarized. Two different models<br />
eitherwith one single mode (Modell FS1)<br />
orwith two polarized modes (Modell<br />
FS2)are available. An internal thread at<br />
theirbeam exits may be used for<br />
installingmechanical shutters or various<br />
types ofoptical components.<br />
• High long-term frequency stability<br />
• Rapid warm-up<br />
• Compact design<br />
• Internal thread at beam exit for<br />
installing items such as fiber couplers<br />
• All units bear the CE-symbol certifying<br />
compliance with: EG-Guidelines 73/23/<br />
EWG <strong>and</strong>89/336/EWG <strong>and</strong> harmonized<br />
EN-St<strong>and</strong>ards EN61010-1, EN 60825-1,<br />
EN 55011, <strong>and</strong> EN 50082-1<br />
• Wavelength (nominal): 632.9914: <br />
± 0.0003 nm<br />
• Amplitude stability 24 h / 1 min:<br />
< 5 % / < 0.5 %<br />
• Beam diameter (TEM 00<br />
): 0.63 mm<br />
• Beam divergence (TEM 00<br />
): 1.3 mrad<br />
• Warm-up time to achieve stable<br />
operation: < 10 min<br />
• Max. thermal frequency drift:<br />
± 4 MHz/K<br />
• Max. total frequency drift: ±25 MHz<br />
• Frequency stability over 1 min /1 h /<br />
24h, after 40 min warm-up: ±2*10 -9 / <br />
±1*10 -8 / ±2*10 -8<br />
• Max. tolerated optical feedback: < 10 -5<br />
• Max. tolerated magnetodynamic field:<br />
< 10 -6 T<br />
• Max. tolerated magnetostatic field:<br />
< 10 -4 T<br />
• Operating temperature range:<br />
+15 °C up to +30 °C<br />
• Storage temperature range:<br />
-20 °C up to +50 °C<br />
• Typical life time: 15.000 h<br />
• Power consumption in stabilized<br />
condition: app. 20 W<br />
• Line voltage (AC): 95-265 V<br />
• Dimensions of laser head (DxL):<br />
50 mm x 410 mm<br />
• Internal thread at beam exit: 1.279”-32<br />
• Length of cable between laser head<br />
<strong>and</strong> AC adapter: 1.5 m<br />
• Weights of laser head/AC adapter:<br />
900 g / 350 g<br />
• <strong>Laser</strong> Saftey ClassIEC Europe: 3R<br />
• <strong>Laser</strong> Saftey CDRH USA: IIIa<br />
Frequency Stabilization HeNe <strong>Laser</strong><br />
Item Title<br />
Output<br />
Power<br />
(mW)<br />
Amplitude Noise<br />
(30 Hz- 10 MHz)<br />
(%)<br />
AmplitudeModulation<br />
(39 kHz)(%)<br />
Beam Polarization<br />
Longitudinal<br />
modespacing<br />
(MHz)<br />
Part No.<br />
HeNe 633-1 FS1 > 1 < 0.2 < 0.2<br />
HeNe 633-2 FS2 > 2 < 0.3 < 0.3<br />
Single linearly polarized<br />
longitudinal mode<br />
Two mutually orthogonal<br />
linearly polarized modes<br />
- G04 0850 000<br />
730 G04 0851 000<br />
A closer look<br />
Excessively strong back reflection (> 10 -5 ) due to a coupled optical<br />
system can cause the laser to stray from its stabilized work area. When<br />
this happens, the green control lamp switches off.<br />
The solution to this problem can be found in the optical isolators from<br />
LINOS: see the chapter entitled "Faraday Isolators." Particularly well<br />
suited are the Isolator FI-630-2SV (Part No. 84 50 1011 000) with a<br />
2 mm aperture <strong>and</strong> the LINOS Microbench-compatible Special Isolator<br />
FI-630-5SV-MB (Part No. 84 50 1014 004) with a 5 mm aperture. Both<br />
isolators guarantee attenuation > 30 dB. For > 60 dB attenuation, we<br />
offer Isolator DLI 2 (Part No. 84 50 1002 000) with an aperture of 5 mm.<br />
722 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Frequency or Amplitude Stabilized HeNe-<strong>Laser</strong><br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Our FAS-Series stabilized He-Ne-lasers<br />
employ a patented dual-longitudinalmode<br />
stabilization technique providing<br />
high frequency <strong>and</strong> amplitude stabilities,<br />
low optical feedback, <strong>and</strong> extremely<br />
rapid warmup, <strong>and</strong> consist of a compact<br />
cylindrical head incorporating the laser<br />
tube, plus a separate table-top housing<br />
incorporating their high-voltage supply<br />
<strong>and</strong> control electronics equipped with a<br />
front-panel switch for selectingfrequency-stabilized<br />
or amplitude-stabilized<br />
mode of operation. Aninternal thread at<br />
their beam exitprovides a rigid mounting<br />
for mechanicalshutters or various<br />
types of opticalcomponents.<br />
• High frequency <strong>and</strong> amplitude<br />
stabilities<br />
• Choice of two modes of operation,<br />
frequency stabilized or amplitude<br />
stabilized<br />
• Rapid warm-up (typically 10 min)<br />
• Compactly designed<br />
• <strong>Laser</strong> heads come equipped with an<br />
internal thread at their beam exit for<br />
installing, e.g.,fiberoptic couplers, as<br />
st<strong>and</strong>ard<br />
• All units bear the CE-symbol certifying<br />
compliance with EG-Guidelines 73/23/<br />
EWG <strong>and</strong>89/336/EWG <strong>and</strong> harmonized<br />
EN-St<strong>and</strong>ards EN61010-1, EN 60825-1,<br />
EN 55011, <strong>and</strong> EN 50082-1<br />
• Wavelength (nominal): 632.9910<br />
±0.0002 nm<br />
• Output power: > 0.8 mW<br />
• Amplitude noise: (30 Hz - 10 MHz)<br />
< 0.2 %<br />
• Amplitude stability over 24 h / 1 min<br />
(frequency stabilization mode):<br />
< 5 % / < 0.5 %<br />
• Amplitude stability over 24 h / 1 min<br />
(amplitude stabilization mode):<br />
< 0.5 % / < 0.2 %<br />
• Beam diameter (TEM 00<br />
): 0.55 mm<br />
• Beam divergence (TEM 00<br />
): 1.5 mrad<br />
• Polarization: linearly polarized<br />
longitudinal mode<br />
• Time required to warm-up to stabilized<br />
condition: app. 10 min<br />
• Max. thermal frequency drift:<br />
±2 MHz/K<br />
• Max. total frequency drift: ±5 MHz<br />
• Frequency stability over 1 min /1 h /<br />
24h, after 30 min warm-up: ±1*10 -9 / <br />
±2*10 -9 / ±1*10 -8<br />
• Max. tolerated optical feedback: < 10 -5<br />
• Max. tolerated magnetodynamic field:<br />
< 10 -6 T<br />
• Max. tolerated magnetostatic field:<br />
< 10 -4 T<br />
• Operating temperature range:<br />
+15 °C up to +30 °C<br />
• Storage temperature range:<br />
-20 °C up to +50 °C<br />
• Typical life time: 15.000 h<br />
• Power consumption in stabilized<br />
condition : app. 20 W<br />
• Line voltage (AC): 100-240 V<br />
• Dimensions of laser head (DxL):<br />
34.9 mm x 280 mm<br />
• Dimensions of electronic unit (BxHxT):<br />
172 mm x 60 mm x 230 mm<br />
• Internal thread at beam exit: 1.279”-32<br />
• Length of cable interconnecting laser<br />
head <strong>and</strong> electronic unit: 0.8 m<br />
• Weights of laser head / electronic unit:<br />
450 g / 1.200 g<br />
• <strong>Laser</strong> Safety Class according DIN EN<br />
60825-1 2M<br />
Frequency or Amplitude Stabilized HeNe <strong>Laser</strong><br />
Item Title<br />
Part No.<br />
HeNe 633-0.8 FAS G04 0852 000<br />
Frequency Calibration with Certification Report<br />
Frequency calibration with certification report<br />
Item Title<br />
Part No.<br />
Frequency calibration G04 0853 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
723
Diode <strong>Laser</strong><br />
••<br />
Emit wavelengths in the visible <strong>and</strong> NIR<br />
••<br />
Output power up to 25 mW<br />
••<br />
Integral control electronics<br />
••<br />
Integral protective circuitry<br />
••<br />
Modulatable versions<br />
••<br />
Integrated beam-collimating optics<br />
••<br />
Mate to Microbench<br />
••<br />
Compact dimensions<br />
••<br />
<strong>Light</strong>weight<br />
••<br />
OEM-versions<br />
••<br />
Extended service lives<br />
Metallized contact surface<br />
p-GaAs<br />
p-Ga(Al)As<br />
(active zone)<br />
n-Ga(Al)As<br />
n-GaAs<br />
Metallized<br />
contact surface<br />
+ Terminal<br />
<strong>Laser</strong> emission<br />
- Terminal<br />
The unpolished facets of semiconductor<br />
crystals usually act as crude "mirrors"<br />
reflecting roughly 30 % of incident<br />
radiation at optical wavelengths. The<br />
wavelengths emitted by diode lasers will<br />
largely depend upon the properties of<br />
the semiconductor materials employed in<br />
fabricating their structures, <strong>and</strong> will<br />
typically vary from wavelengths falling<br />
within the infrared spectral region down<br />
to visible wave lengths.<br />
How diode lasers work<br />
Diode lasers, also called "laser diodes" or<br />
semiconductor lasers, are configured from<br />
doped semiconductor struc tures.<br />
Superimposing layers of p-type <strong>and</strong><br />
n-type semiconduc tors creates ultrathin<br />
p-n junctions, with shifts in energy b<strong>and</strong>s<br />
occurring across these junctions.<br />
When these types of diodes are connected<br />
to voltage sources, observing the<br />
correct polarity for forward bias, i.e.,<br />
with the positive terminals of voltage<br />
sources connected to their p-type<br />
contacts <strong>and</strong> the negative terminals of<br />
voltage sources connected to their n-type<br />
contacts, then holes from their p-type<br />
layers, <strong>and</strong> electrons from their n-type<br />
layers will be injected into these<br />
junctions, thereby creating, by highly<br />
efficient mechanisms, population<br />
inversions within these junc tions.<br />
Electrons <strong>and</strong> holes can then recombine,<br />
spontan e ously emitting photons in the<br />
process.<br />
Structure of a double-heterojunction diode laser<br />
SiO 2<br />
p-Ga(Al)As<br />
n-GaAs<br />
Structure of an index-guided diode laser<br />
n-Ga(Al)As<br />
p-Ga(Al)As<br />
n-Ga(Al)As<br />
<strong>Laser</strong> emission<br />
If these spontaneously emitted photons<br />
induce emission of further photons<br />
having the same energies (frequen cies),<br />
traveling in the same directions, <strong>and</strong><br />
having the same polarizations, then<br />
stimulated emission occurs.<br />
As for all other types of lasers, laser<br />
emission will only occur if the number of<br />
photons emitted due to stimu lated<br />
emission exceeds losses due to absorption,<br />
<strong>and</strong> to photons exiting the active<br />
region. The diode currents at which laser<br />
emission is initiated are termed their<br />
"threshold" currents.<br />
Since they have much higher efficiencies<br />
than the homostructure diode lasers<br />
described above, so-called "double-heterojunction"<br />
diode lasers are currently the<br />
preferred choice for CW-operation. These<br />
latter types of diode lasers have two<br />
multiply-doped semiconductor layers<br />
applied to their top <strong>and</strong> bottom faces,<br />
oriented orthogonally to long axes of<br />
their active regions, that form their<br />
resonators through the abrupt transitions<br />
in refractive index occurring at these<br />
additional interfaces. So-called "indexguided"<br />
diode lasers, crystalline struc tures<br />
in which the lateral facets of active<br />
regions are also bounded by abrupt shifts<br />
in refractice index, have been developed<br />
in order to further confine active regions.<br />
This approach results in lower threshold<br />
cur rents <strong>and</strong> significantly reduces beam<br />
astimagtism. It also narrows the widths of<br />
their emission spectra to the point where<br />
these types of diode lasers emit only a<br />
single longi tudinal mode.<br />
724 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Beam divergence/beam profile<br />
The beam-exit surfaces of diode lasers<br />
have extremely small areas whose<br />
spatial extensions transverse to their<br />
p-n junctions are frequently of the<br />
same order of magni tude as their lasing<br />
wavelengths. Diffraction effects at their<br />
beam exits thus lead to their beams<br />
being highly divergent. The dimensions<br />
of their active regions parallel to their<br />
p-n junctions exceed those in the<br />
orthogonal direction, which explains<br />
why diode-laser beams have different<br />
divergence angles, Θ ||<br />
<strong>and</strong> Θ ⊥<br />
, along<br />
these two axes, producing their roughly<br />
elliptical beam profiles.<br />
Beam astigmatism<br />
Beams from diode lasers usually exhibit<br />
astigmatism, i.e., their beams appear<br />
to originate from two different points,<br />
depending upon whether they are<br />
viewed parallel or orthogonal to the<br />
planes of their p-n junctions. The degree<br />
of this astigmatism is determined by<br />
the spatial separation, ΔZ, of these two<br />
points. This effect is rela tively minor in<br />
the case of index-guided diode lasers, but<br />
will still require correction if their beams<br />
are to be focused down to very small<br />
spots.<br />
ΔZ<br />
Beam astigmatism<br />
Active zone<br />
Θ ⊥<br />
Θ | |<br />
Beam polarization<br />
Above their lasing thresholds, diode laser<br />
beams are plane-polarized parallel to<br />
the planes of their p-n junc tions. Since<br />
spontaneous emission is unavoidable,<br />
their beams will invariably contain some<br />
unpolarized light. However, their beam<br />
polarizations improve at higher output<br />
powers.<br />
Beam spectral characteristics<br />
Multimode diode lasers emit several<br />
longitudinal modes differing both in<br />
intensity <strong>and</strong> wavelength. Their relatively<br />
large longitudinal mode spacings of<br />
about 0.2 nm are due to their extremely<br />
short resonators.<br />
Singlemode diode lasers emit only one<br />
longitudinal mode, the reason for their<br />
large coherence lengths.<br />
Thermal drift<br />
Wavelengths emitted by diode lasers will<br />
increase as the temperatures of their crystal<br />
structures rise, causing sudden jumps<br />
in wavelength, or "mode hopping." In<br />
between mode hops, lasing wavelengths<br />
will vary linearly with laser temperature.<br />
Peak-Wavelength (nm)<br />
Diode temperature (°C)<br />
Lasing wavelengths as a function of diode temperature<br />
Apart from mode hopping, thermal drift<br />
in lasing wave length will amount to<br />
about 0.2 nm/°C.<br />
Lasing wavelengths will also vary with<br />
output power, since varying drive current<br />
alters diode temperature.<br />
Output Power<br />
Service life<br />
20 40 60<br />
Drive current (mA)<br />
Output power as a function of drive current <strong>and</strong><br />
temperature<br />
Diode lasers are reliable, long-lived<br />
components. Given proper care <strong>and</strong><br />
h<strong>and</strong>ling, they have virtually unlimited<br />
service lives. Their service lives will<br />
depend upon:<br />
••<br />
Their operating-temperatures<br />
••<br />
The drive-currents<br />
••<br />
Type of treatment they receive<br />
Both current/voltage spiking <strong>and</strong><br />
electrostatic discharges can damage<br />
diode lasers. Appropriate protective<br />
measures (active <strong>and</strong> passive startuptransient<br />
suppres sion) protect LINOS<br />
Photonics diode lasers against:<br />
••<br />
Current <strong>and</strong> voltage spiking<br />
- arising from switching transients<br />
- transmitted by electrical supply lines<br />
- induced by nearby AC power lines or<br />
other circuitry<br />
••<br />
Electrostatic discharges<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
725
Diode <strong>Laser</strong> x.ldm 405 to 830 nm<br />
Diode <strong>Laser</strong> x.ldm (rail <strong>and</strong> carrier not included)<br />
• OEM diode laser module<br />
• Emit wavelengths from visible to<br />
IR range<br />
• Round <strong>and</strong> elliptic profiles<br />
• Driver electronics integrated in the <br />
casing<br />
• Directly compatible to the LINOS <br />
Nanobench®<br />
• Adaptable to the LINOS Microbench*<br />
• Output power up to 25 mW<br />
• Modulatable versions<br />
• Compact dimensions<br />
• <strong>Light</strong>weight<br />
• Performance Stability: < 5 %<br />
• Beam Stability: < 0.2 mrad / °C<br />
• Beam Divergence: < 0.6 <strong>and</strong><br />
0.6 x 3 mrad<br />
• Polarization, typical: > 100 : 1<br />
• Operating Temperature: -10 °C to<br />
+50 °C<br />
• Storage Temperature: -40 °C to +85 °C<br />
• Casing Length: 50 to 60 mm (1.97 to <br />
2.36 in. )<br />
• Casing Diameter: 15.90 mm<br />
+0.00/-0.10 mm (0.63 +0/-0.004 in.)<br />
• Connections: blank cable ends, length <br />
400 mm (15.75 in. )<br />
• * Attachment to the LINOS Microbench<br />
requires Adapter 16/25 G05 0309 000,<br />
see chapter Nanobench, Adapter.<br />
Diode <strong>Laser</strong> x.ldm 405 to 830 nm<br />
Item Title<br />
Wavelength <br />
(nm)<br />
Output <br />
Power <br />
(mW)<br />
Beam-Ø<br />
(1/e 2 ) (mm)<br />
Operating <br />
voltage DC<br />
(V)<br />
Operating <br />
current<br />
(mA)<br />
<strong>Laser</strong><br />
protec tion<br />
class<br />
Part No.<br />
x.ldm 405-1 *) 405 0.9 2 8 50 ll G04 0900 000<br />
x.ldm 405-4 *) 405 4.0 3.5 8 60 llR G04 0901 000<br />
x.ldm 635-1 635 0.9 3.5 2.7 35 ll G04 0902 000<br />
x.ldm 635-4 634 3.0 3.5 2.7 50 lllR G04 0903 000<br />
x.ldm 638-25 638 25.0 3.5 2.7 95 lllB G04 0904 000<br />
x.ldm 650-1 650 0.9 3.5 2.7 40 ll G04 0905 000<br />
x.ldm 650-3 650 3.0 3.5 2.7 45 lllB G04 0906 000<br />
x.ldm 785-1 785 0.9 4 2.7 35 lllB G04 0907 000<br />
x.ldm 785-3 785 3.0 4 2.7 45 lllB G04 0908 000<br />
x.ldm 785-12 785 12.0 4 2.7 60 lllB G04 0909 000<br />
x.ldm 830-25 830 25.0 4 2.7 75 lllB G04 0910 000<br />
726 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Diode <strong>Laser</strong> x.ldm-L 635 nm<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Diode <strong>Laser</strong> x.ldm (rail <strong>and</strong> carrier not included)<br />
• OEM diode laser modules<br />
• Emit at 635 nm wavelength<br />
• Integrated line optics<br />
• Line with constant intensity with focus <br />
at 1 m<br />
• Driver electronics integrated in the <br />
casing<br />
• Output power up to 3 mW<br />
• Compact dimensions<br />
• <strong>Light</strong>weight<br />
• Direct mounting in the LINOS <br />
Nanobench®<br />
• Adaptable to the LINOS Microbench *<br />
• Wavelength: 635 nm<br />
• Focus: at 1 m<br />
• Performance Stability: < 5 %<br />
• Beam Stability: < 0.2 mrad / °C<br />
• Operating Temperature: -10 °C to +50 <br />
°C<br />
• Storage Temperature: -40 °C to +85 °C<br />
• Operating Voltage: 3.0 V to 6.0 V<br />
• Casing Length: 55 to 65 mm<br />
(2.17 to 2.56 in.)<br />
• Casing Diameter: 15.90 mm<br />
+0.00/-0.10 mm (0.63 +0/-0.004 in. )<br />
• Connections: blank cable ends,<br />
length 400 mm (15.75 in. )<br />
• * Attachment to the LINOS Microbench<br />
requires Adapter 16/25 G05 0309 000,<br />
see chapter Nanobench, Adapter.<br />
Diode <strong>Laser</strong> x.ldm-L 635 nm<br />
Item Title<br />
Output Power <br />
(mW)<br />
Operating current <br />
(mA)<br />
Line (°)<br />
<strong>Laser</strong> protection <br />
class<br />
Part No.<br />
x.ldm 635-1-L 15 0.9 35 15 ll G04 0911 000<br />
x.ldm 635-1-L 55 0.9 35 55 ll G04 0912 000<br />
x.ldm 635-4-L 15 3 50 15 llR G04 0913 000<br />
x.ldm 635-4-L 55 3 50 55 llR G04 0914 000<br />
Power Supply for all Diode <strong>Laser</strong>s x.ldm / x.ldm-L<br />
• With switch <strong>and</strong> status display (LED)<br />
• For 9 V E-block 6LR61<br />
Power supply / Battery pack<br />
Item Title<br />
Part No.<br />
Battery Pack<br />
Battery pack G04 0915 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
727
Diode Pumped Solid State <strong>Laser</strong><br />
General<br />
Diode-pumped solid-state lasers have<br />
developed into a high-performance <strong>and</strong><br />
reliable light source in many industry <strong>and</strong><br />
research fields. Especially the solid-state<br />
lasers with emission in the green <strong>and</strong><br />
blue spectrum have largely replaced the<br />
widespread Ar-ion lasers.<br />
In its new catalog program, LINOS now<br />
offers diode-pumped solid-state lasers<br />
with outputs of up to 10 mW at 473 nm<br />
<strong>and</strong> up to 100 mW at 532 nm. These<br />
solid-state lasers are suited for all<br />
appplication cases requiring an especially<br />
high performance stability, a high beam<br />
pointing stability <strong>and</strong> low noise.<br />
Structure<br />
laser diode transfer optics mirror<br />
laser crystal<br />
<strong>Laser</strong> head<br />
Controller<br />
doubler<br />
crystal<br />
capacity circiut<br />
semi-transperant<br />
mirror<br />
Principle Structure of a Diode-Pumped Solid-<br />
Substance <strong>Laser</strong><br />
beam<br />
shaping<br />
optics<br />
outcoupling<br />
mirror<br />
monitor diode<br />
A laser diode serves as pump source for<br />
the Nd-doted laser crystal. The wavelength<br />
of the diode is selected in such a<br />
way that it hits an absorption line of the<br />
laser crystal. For Nd:YAG <strong>and</strong> Nd:YVO4 ,<br />
this is around 800 nm. The infrared pump<br />
light is focussed in the laser crystal. The<br />
resonator forms the entering surface of<br />
the laser crystal <strong>and</strong> the output mirror,<br />
which is partially reflecting <strong>and</strong> decouples<br />
a part of the laser irradiation. The<br />
laser wavelengths are 1064 nm for the<br />
green DPSSL <strong>and</strong> 946 nm for the blue<br />
DPSSL. The doubling crystal on the inside<br />
of the resonator results in a doubling of<br />
the frequency of the infrared laser light<br />
into the correspondingly visible wavelengths.<br />
The DPL series lasers are operated via an<br />
external controller. The controllers can<br />
be interchanged independently of the<br />
respective laser model. The casing<br />
contains a thermoelectrical temperature<br />
controller to provide the highest degree<br />
of stability.<br />
A base plate serves for cooling. Therefore<br />
you have to ensure that the base plate<br />
of the laser is mounted onto a heat sink<br />
with a sufficient capacity. With the<br />
compact design of the casing, the laser<br />
can easily be integrated into optical<br />
systems.<br />
Beam Diameter<br />
The output beam diameter is set via an<br />
internal optical system (telescope). There<br />
is a fixed correlation between the beam<br />
diameter <strong>and</strong> the divergence of the laser<br />
beam: the divergence increases with<br />
decreasing beam diameters. The product<br />
of beam diameter <strong>and</strong> divergence is<br />
invariant when passing through all<br />
optical systems. The DPL series lasers<br />
provide a beam diameter of 0.7 mm on<br />
the blue spectral range, which ensures<br />
the optimum application of the Ar-ion<br />
laser. In the green spectral range, the<br />
beam diameters 0.32 <strong>and</strong> 0.7 mm are<br />
offered optionally.<br />
Beam Quality<br />
The lasers work in transversal base mode<br />
(TEM 00<br />
), are diffraction-limited <strong>and</strong> the<br />
beam profile is Gaussian. The lasers with<br />
the wavelength 473 nm only emit a<br />
longitudinal mode (single-frequency<br />
operation). With the solid substance<br />
lasers in the green spectral range<br />
(532 nm), several longitudinal modes<br />
emit. Optionally, these lasers are also<br />
available in single-frequency operation.<br />
Stability<br />
An output feedback from the laser head<br />
ensures that the output capacity stays<br />
constant under all operating conditions.<br />
The micro-processor-controlled electronics<br />
ensure low-noise operation across<br />
the entire operating temperature range<br />
<strong>and</strong> the entire lifespan of the laser. The<br />
compact <strong>and</strong> stable structure of the<br />
resonator ensures a high beam pointing<br />
stability so that the laser is also excellently<br />
suited for position-sensitive applications<br />
or fiber coupling.<br />
Fiber Coupling<br />
The beam diameter of 0.7 mm ensures an<br />
optimum adaptation to the FCS fiber<br />
coupling system with both available<br />
wavelengths. This fiber coupling can be<br />
connected via an adapter, which is<br />
available separately.<br />
Lifespan<br />
The lifespan of a diode-pumped<br />
solid-substance laser is practically only<br />
determined by the service life of the<br />
pump diode. The typical minimum service<br />
life is 10,000 hours.<br />
728 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Diode-Pumped Solid-State <strong>Laser</strong> DPL<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Applications:<br />
Metrology, Bioanalytics, Material<br />
Inspec tion, Fluorescence Stimulation,<br />
Sensor Technology<br />
• Emit visible beam at 473 nm (blue) or <br />
532 nm (green)<br />
• Complete laser system including laser <br />
controller <strong>and</strong> AC power pack<br />
• Output capacities from 5 to 50 mW <br />
(DPL 532 with 100 mW on request)<br />
• Single-longitudinal mode<br />
• Polarization > 200 : 1<br />
• With mechanical beam-blocking <br />
shutter<br />
• High beam-pointing stability even at <br />
elevated ambient temperature<br />
• Low noise<br />
• Long lifetime<br />
• High output power stability across the <br />
entire lifetime <strong>and</strong> the entire temperature<br />
range<br />
• High mechanical stability<br />
• High reproducibility of all optical <strong>and</strong> <br />
mechanical parameters<br />
• Output Power Stability (over 8 h):<br />
< 2 %<br />
• Noise (rms): < 0.5 %<br />
• Beam Quality M 2 : < 1.2<br />
• Ellipticity: < 10 %<br />
• Beam-Pointing Stability: < 6 µrad / K<br />
• Degree of Polarisation (±3° vertical):<br />
> 200 : 1<br />
• Operating Temperature (base plate): <br />
10 °C - 40 °C<br />
• Protection Class IEC Europe: 3B<br />
• Protection Class CDRH USA: IIIb<br />
• Dimensions <strong>Laser</strong> Head (LxWxH): 100 x <br />
39 x 39 mm (3.94 x 1.54 x 1.54 in. )<br />
• Dimensions Controller (LxWxH): 100 x <br />
39 x 39 mm (3.94 x 1.54 x 1.54 in. )<br />
• Cable Lenght <strong>Laser</strong> Head - controller:<br />
1 m (3.3 ft )<br />
• Operating Voltage: 24 V<br />
• AC power pack included<br />
<strong>Laser</strong> Head<br />
<strong>Laser</strong> Controller<br />
Diode-Pumped Solid-State <strong>Laser</strong> DPL, <strong>Laser</strong> Head, <strong>Laser</strong> Controller <strong>and</strong> Power supply included<br />
Item Title<br />
Wavelength<br />
(nm)<br />
Output <br />
Power <br />
(mW)<br />
Beam-Ø <br />
(1/e 2 ) <br />
(mm)<br />
Beam <br />
Diver gence <br />
(mrad)<br />
Polar i-<br />
zation<br />
Line <br />
width <br />
(nm)<br />
Protective <br />
class IEC <br />
Europe<br />
Protective<br />
class <br />
CDRH <br />
USA<br />
Part No.<br />
DPL 473-5-0.7 473 5 0.7 < 1.2 > 200:1 < 0.001 SM 3B IIIb G04 0840 000<br />
DPL 473-10-0.7 473 10 0.7 < 1.2 > 200:1 < 0.001 SM 3B IIIb G04 0841 000<br />
DPL 532-10-0.3 532 10 0.32 < 2.8 > 200:1 < 0.1 SM 3B IIIb G04 0842 000<br />
DPL 532-10-0.7 532 10 0.7 < 1.3 > 200:1 < 0.1 SM 3B IIIb G04 0843 000<br />
DPL 532-20-0.3 532 20 0.32 < 2.8 > 200:1 < 0.1 SM 3B IIIb G04 0844 000<br />
DPL 532-20-0.7 532 20 0.7 < 1.3 > 200:1 < 0.1 SM 3B IIIb G04 0845 000<br />
DPL 532-50-0.3 532 50 0.32 < 2.8 > 200:1 < 0.1 SM 3B IIIb G04 0846 000<br />
DPL 532-50-0.7 532 50 0.7 < 1.3 > 200:1 < 0.1 SM 3B IIIb G04 0847 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
729
Mounting Bracket DPL<br />
For direct installation of lasers type DPL <br />
on optical tables with M6 threads in a<br />
25 mm pattern or via a groove for table <br />
clamps 30, G02 7040 000.<br />
With threads in a 25.4 mm hole pattern <br />
on the front side of the bracket, both the <br />
LINOS fiber couplers type FIC as well as <br />
the adapter FIC/Microbench G173013000 <br />
can be installed directly.<br />
The bracket is the connection to the <br />
LINOS Microbench <strong>and</strong> to all components <br />
with an external C-Mount thread. The <br />
beam height above the work surface <br />
corresponds to the LINOS st<strong>and</strong>ard of<br />
40 mm.<br />
In addition, the bracket acts like a heat <br />
sink, which ensures a stable operating <br />
status of the laser.<br />
Mounting bracket DPL<br />
Item Title<br />
Part No.<br />
Mounting bracket DPL G04 0872 000<br />
Mounting Plate DPL<br />
With this plate, DPL <strong>Laser</strong>s can be <br />
mounted directly via M6 screws or with <br />
clamps 30 on an Optical Table or Breadboard.<br />
The Mounting Plate DPL is <br />
dimensioned in such a way that the <br />
beam height is 40 mm.<br />
In addition, the mounting plate acts like <br />
a heat sink, which ensures the stable <br />
operating status of the laser.<br />
Mounting plate DPL<br />
Item Title<br />
Part No.<br />
Mounting plate DPL G04 0873 000<br />
730 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Adapter FIC / Microbench<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
• 30 mm flange diameter for installing<br />
in e.g. Microbench mounting plate 30<br />
or holder 30<br />
• With 4x M3 threads attachable directly<br />
to mounting bracket DPL,<br />
G04 0872000<br />
• With internal C-Mount thread<br />
Adapter FIC / Microbench<br />
Item Title<br />
Part No.<br />
Adapter FIC/Microbench G17 3013 000<br />
Selection guide<br />
The Mounting bracket enables<br />
adaptation of the <strong>Laser</strong> DPL to the<br />
LINOS Microbench system.<br />
Example: Mounting Bracket DPL with Adapter FIC/<br />
Microbench, Mounting plate 30, <strong>and</strong> Microbench<br />
Rods<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
731
<strong>Laser</strong> Modules NANO 100 Series<br />
The new laser modules in the LINOS<br />
NANO 100 Series correspond to the <br />
NANO 250 Series laser modules, which <br />
are compatible with the LINOS <br />
Microbench. The dimensions of this new, <br />
extremely miniaturized system are <br />
adapted to the smaller LINOS Nanobench <br />
system. The housing, while measuring <br />
only 25 x 25 x 40 mm, contains not only <br />
the laser diode with collimation optics <br />
but also the controller. The maximum <br />
output power is up to 100 mW. No additional<br />
power supply unit is necessary, <br />
because the module is powered over a <br />
USB connection. The USB port also <br />
provides a computer interface for monitoring<br />
<strong>and</strong> manipulating the operating <br />
parameters of the laser modules, which <br />
come with the NANO Control software <br />
for Windows. All the comm<strong>and</strong>s for <br />
programming the interface are described <br />
in detail in the user manual, so you can <br />
control the laser modules through your <br />
own programs.<br />
• Beam Diameter: 1.1 x 2.2 to 1.2 x 2.8 <br />
mm (0.043 x 0.087 to 0.047 x 0.11 in.), <br />
depending on wavelength<br />
• Divergence: < 0.9 mrad<br />
• Spatial Beam: TEM 00<br />
• Polarization: linear, > 100:1<br />
• Polarization Angle: vertical ± 5° (cage <br />
mounting allows simple rotation for <br />
horizontal polarization)<br />
• Beam Alignment: < 5 mrad <strong>and</strong><br />
< 0.1 mm (compared to base mount)<br />
• Pointing Stability: < 5 µrad/K<br />
• Noise: < 1 % RMS<br />
• Power Stability: < 1 % (10 h)<br />
• Drive Mode: active current control<br />
• Control Modes: constant power, <br />
controllable via USB<br />
• CDRH Classification: 3b<br />
• Dimensions: 40 x 25 x 25 mm<br />
(1.57 x 0.98 x 0.98 in)<br />
• Weight: 40.3 g (1.4 oz)<br />
• Operating Temperature: 0° C to 45° C <br />
(non-condensing)<br />
• Storage Temperature: -25° C to 70° C<br />
<strong>Laser</strong> Modules NANO 100 Series<br />
Item Title Wavelength (nm) Output Power (mW) Part No.<br />
NANO 100-405-15 405 15 G04 0965 000<br />
NANO 100-405-75 405 75 G04 0966 000<br />
NANO 100-445-15 445 15 G04 0967 000<br />
NANO 100-532-15 532 15 G04 0968 000<br />
NANO 100-638-75 638 75 G04 0969 000<br />
NANO 100-660-75 660 75 G04 0970 000<br />
NANO 100-785-75 785 75 G04 0971 000<br />
732 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
<strong>Laser</strong> Modules NANO 250 Series<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
The NANO 250 Series offers powerful <br />
<strong>and</strong> adjustable laser modules in a <br />
compact package. The high-quality, <br />
made in Germany, product allows <br />
universal use with tunable output power <br />
up to 800mW. The NanoControl user <br />
software supplied with the NANO 250 <br />
series laser modules enables perfect <br />
adjustment of the optimum working <br />
area using a computer. This facilitates <br />
both adaptation to individual requirements<br />
<strong>and</strong> long-term storage of working <br />
area data. High durability, excellent <br />
beam quality <strong>and</strong> easy integration in the <br />
LINOS rail system FLS 40 assure highest <br />
flexibility for industrial, scientific <strong>and</strong> <br />
medical applications.<br />
• Wide application spectrum through <br />
variable peak output up to 400mW in <br />
a compact package<br />
• High precision temperature stabilized <br />
active TEC control<br />
• Divergence less than 0.8 mrad, TEM 00<br />
• IP67 shielded case, optionally vacuum <br />
sealed<br />
• Microprocessor controlled driver unit <br />
with dot matrix display shows laser <br />
status<br />
• Optional fiber coupling<br />
• Horizontal, vertical <strong>and</strong> diagonal <br />
mounting option on metric <strong>and</strong> <br />
imperial breadboards<br />
• Production in completely air-<br />
conditioned clean room<br />
• Protective gas filled modules<br />
With the additional RemoteControl the <br />
user will get a small powerful tool to get <br />
further information about system state. <br />
He can also modify parameters as <br />
temperature preset for fine tuning his <br />
system.<br />
• Divergence: < 0.8 mrad (typ.)<br />
• Polarization: >100:1 lin.<br />
• Drive Mode: ACC*<br />
• Modulation Type: Analog/TTL up to <br />
200 kHz (optional 150 MHz), except <br />
the Type NANO 250-532***<br />
• Noise (RMS): 2.5 V - 5 V<br />
• DC Input Voltage: 11.5 - 30 VDC, 2.5 A<br />
• AC PSU Optional: 95 - 240 VAC, 50-60 <br />
Hz (Sec. 12 VDC)<br />
• * Active Current Control PSU<br />
• ** Custom length possible<br />
• *** NANO 250-532 max. 15 kHz - AOM <br />
recommended<br />
<strong>Laser</strong> Modules NANO 250 Series<br />
Item Title<br />
Wavelength<br />
(nm)<br />
Output<br />
Power <br />
(mW)<br />
Beam Ø<br />
typical (mm)<br />
Beam<br />
Mode<br />
Part No.<br />
NANO 250-375-15 375±5 15 1.1x2.8 TEMoo G04 0945 000<br />
NANO 250-405-15 405±5 15 1.1x2.8 TEMoo G04 0930 000<br />
NANO 250-405-80 405±5 80 1.1x2.8 TEMoo G04 0946 000<br />
NANO 250-405-130 405±5 130 1.1x2.8 TEMoo G04 0947 000<br />
NANO 250-445-40 445±5 40 1.1x2.8 TEMoo G04 0931 000<br />
NANO 250-445-450 445±5 450 1.1x2.8 Multi G04 0938 000<br />
NANO 250-473-20 473±1 20 Ø 1.2 TEMoo G04 0932 000<br />
NANO 250-488-15 488±5 15 1.1x2.8 TEMoo G04 0948 000<br />
NANO 250-532-100 532±1 100 Ø 1.2 TEMoo G04 0933 000<br />
NANO 250-532-200 532±1 200 Ø 1.2 TEMoo G04 0949 000<br />
NANO 250-635-25 635±1 25 1.1x3.1 TEMoo G04 0934 000<br />
NANO 250-643-80 643±5 80 1.1x2.8 TEMoo G04 0935 000<br />
NANO 250-643-150 643±5 150 1.1x2.8 TEMoo G04 0950 000<br />
NANO 250-659-80 659±5 80 1.1x2.2 TEMoo G04 0951 000<br />
NANO 250-659-150 659±5 150 1.1x2.2 TEMoo G04 0952 000<br />
NANO 250-785-100 785±5 100 1.1x2.8 TEMoo G04 0953 000<br />
NANO 250-405-160 405±5 160 TEMoo G04 0959 0000<br />
NANO 250-445-800 445±5 800 Multi G04 0960 000<br />
NANO 250-532-300 532±1 300 TEMoo G04 0961 000<br />
NANO 250-808-100 808±5 100 TEMoo G04 0962 000<br />
NANO 250-830-100 830±5 100 TEMoo G04 0963 000<br />
NANO 250-1064-100 1064±5 100 TEMoo G04 0964 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
733
<strong>Laser</strong> Modules NANO 250 RAMAN<br />
The compact <strong>and</strong> powerful NANO 250 <br />
RAMAN laser modules have been <br />
developed specially for scattered light <br />
activation in RAMAN spectroscopy. <br />
Distinguishing features include narrow <br />
b<strong>and</strong>, stability <strong>and</strong> excellent beam <br />
quality.<br />
• Excellent beam quality<br />
• Wavelength locked<br />
• Stable output power<br />
• High precision temperature stabilized <br />
active TEC control<br />
• Divergence less than 0.8 mrad, TEM 00<br />
• IP67 shielded case, optionally vacuum <br />
sealed<br />
• Microprocessor controlled driver unit <br />
with dot matrix display shows laser <br />
status<br />
• Optional fiber coupling<br />
• Horizontal, vertical <strong>and</strong> diagonal <br />
mounting option on metric <strong>and</strong> <br />
imperial breadboards<br />
• Production in completely air-<br />
conditioned clean room<br />
• Protective gas filled modules<br />
• Wavelength: 785 nm<br />
• Output Power: 80 mW<br />
• Beam Q uality M 2 : < 1.2<br />
• Divergence: < 1.0 mrad (typ.)<br />
• Polarization: >100:1 lin.<br />
• Drive Mode: ACC*<br />
• Modulation Type: Analog/TTL up to <br />
200 kHz (optional 100 MHz)<br />
• Noise (RMS): 2.5 V - 5 V<br />
• DC Input Voltage: 11.5 - 30 VDC, 2.5 A<br />
• AC PSU optional: 95 - 240 VAC, 50-60 <br />
Hz (Sec. 12 VDC)<br />
• * Active Current Control PSU<br />
• ** Custom length possible<br />
<strong>Laser</strong> modules NANO 250 RAMAN<br />
Item Title Line width (nm) Part No.<br />
NANO 250-785-100-RAMAN-1N < 1.0 G04 0954 000<br />
NANO 250-785-100-RAMAN-1P < 0.001 G04 0955 000<br />
Q-Enabled<br />
Raman spectroscopy is an indispensable tool in chemical, biological<br />
<strong>and</strong> biomedical analysis. It provides a high density of information regarding<br />
the chemical composition <strong>and</strong> molecular structure of the samples<br />
tested.<br />
Until just a few years ago, prohibitively high cost of Raman spectrometers<br />
meant that these instruments were found only in the research<br />
laboratories of large companies <strong>and</strong> research facilities. Read more in<br />
Optolines <strong>21</strong> or online.<br />
734 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Software Package NANO 250<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
Similar to the remote control, you can <br />
use the NANO 250 operating software* <br />
with a PC to adapt the optimal working <br />
field of the laser perfectly to the <br />
dem<strong>and</strong>s of the application at h<strong>and</strong>, <strong>and</strong> <br />
store the settings.<br />
• Compatibility with all NANO 250 <br />
systems<br />
• Output indicator<br />
• Temperature display<br />
• Power <strong>and</strong> temperature remote <br />
control<br />
• Wavelength shift of up to ±5 nm<br />
• Programmable output gradients<br />
• Visual representation of measured <br />
values<br />
• Storage <strong>and</strong> reloading of preset values<br />
• Equipment supplied:<br />
- Software CD<br />
- USB / MicroUSB cable<br />
• *Compatible with power supply <br />
version 2.0<br />
Software Package NANO 250<br />
Item Title<br />
Part No.<br />
Software Package NANO 250 G04 0958 000<br />
RemoteControl NANO 250<br />
The NanoControl user software supplied <br />
with the NANO 250 series laser modules <br />
enables perfect adjustment of the <br />
optimum working area using a computer. <br />
This facilitates both adaptation to individual<br />
requirements <strong>and</strong> long-term <br />
storage of working area data.<br />
The RemoteControl unit offers users all <br />
of the functionality found in the familiar <br />
NanoControl software – <strong>and</strong> makes it <br />
accessible without the computer. This <br />
unit is simply connected to the laser <br />
controller using the micro-USB cable that <br />
comes with the laser system. Power is <br />
supplied to the unit over the USB cable. <br />
The Remote-Control has a 5-button pad<br />
for operating the laser modules, as well<br />
as a 3-line display.<br />
• 5-button operating pad<br />
• 3-line display<br />
• Contrast <strong>and</strong> brightness can be <br />
adjusted separately<br />
• Powered by the laser controller; no <br />
separate power supply for the remote <br />
control<br />
• Simple connection to the laser system <br />
using micro-USB cable (included with<br />
the laser system)<br />
• Display <strong>and</strong> adjustment of lasertemperature<br />
(if this function is supported <br />
by the laser system)<br />
• Display <strong>and</strong> adjustment of laser output <br />
power<br />
• On/off switch for laser operation<br />
• Displays operating status of both key <br />
switch <strong>and</strong> interlock input<br />
The RemoteControl can be used to switch<br />
the laser on <strong>and</strong> off, as well as to adjust<br />
<strong>and</strong> display the laser output level. <br />
Furthermore, this remote control unit <br />
offers the unique option of influencing <br />
the wavelength by adjusting the laser <br />
diode temperature (shift of up to ± 5 <br />
nm). The temperature can also be viewed <br />
on the display.<br />
RemoteControl NANO 250<br />
Item Title<br />
Part No.<br />
RemoteControl NANO 250 G04 0957 000<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
735
Mounting Plate NANO 250 FN<br />
This universal adapter lets you mount the <br />
Fiber Coupler (available separately) or <br />
the LINOS Nanobench® system, <strong>and</strong> is <br />
attached directly to the front plate of <br />
the laser using four M 2.5 screws.<br />
NANO 250 RAMAN with Nanobench<br />
The fiber coupler is plugged into the <br />
universal adapter through a bore hole <br />
<strong>and</strong> secured by threaded connectors. No <br />
further centering is required.<br />
The adapter has four bore holes of 4 mm <br />
diameter for adaptation to the <br />
Nanobench® system.<br />
Universal Mounting Plate NANO 250<br />
Item Title<br />
Part No.<br />
Mounting Plate NANO 250 FN G04 0956 000<br />
NANO 250 RAMAN with Fiber coupler<br />
Option Fiber Coupler NANO 250<br />
NANO 250 RAMAN with Fiber coupler<br />
The NANO 250 fiber coupler can be fitted<br />
onto any module in the NANO 250 Series,<br />
using the 250 FN adapter, for <br />
applications with single-mode or <br />
multimode fibers. This fiber coupler <br />
plugs into the universal adapter through <br />
a bore hole <strong>and</strong> is secured by threaded <br />
connectors, with no further centering <br />
required. A wide range of achromatic <br />
lenses with various focal lengths <strong>and</strong> <br />
anti-reflective coatings is available for <br />
optimum adaptation to the particular <br />
wavelength <strong>and</strong> beam diameter.<br />
The fiber coupler can be equipped with <br />
an SMA, FC or FC-APC fiber connector.<br />
• Single-mode/multimode version<br />
• Fiber connector: SMA, FC or FC-APC<br />
• Outst<strong>and</strong>ing coupling efficiency<br />
• Achromatic optics<br />
• Low back reflection<br />
• High precision<br />
• Excellent long-term stability<br />
• Mounting Plate G04 0956 000 included<br />
• Coupling efficiency, single-mode, <br />
typical: > 60%<br />
• Coupling efficiency, multimode, <br />
typical: > 90%<br />
• Back reflection: < 0.5 %<br />
Option Fiber Coupler NANO 250<br />
Item Title<br />
NANO Fiber Coupler<br />
On Request<br />
• Please include the following<br />
para meters with your order:<br />
- Wavelength<br />
- Beam diameter<br />
- Fiber connector<br />
- NANO 250 laser module<br />
736 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766
<strong>Light</strong> <strong>Sources</strong> <strong>and</strong> <strong>Laser</strong><br />
Option Water Cooling System NANO 250<br />
<strong>Light</strong> <strong>Sources</strong> /<br />
<strong>Laser</strong><br />
If the composition or dimensions of the <br />
mounting surface used in your application<br />
or assembly do not sufficiently <br />
discharge excessive heat, an additional <br />
cooling system is recommended to <br />
ensure reliable operation.<br />
All NANO 250 laser modules can be fitted <br />
at the factory with a base plate equipped <br />
with coolant ducts <strong>and</strong> pipe connectors.<br />
Please pay attention that this is only <br />
available for new orders, retrofitting is <br />
not possible.<br />
• Base plate with coolant ducts<br />
• Connector with plug-in adapter <strong>and</strong><br />
piping set, 2 m (D=3.0 mm)<br />
• A heat exchanger with a set of liquids<br />
is also available on request.<br />
Option Water cooling system NANO 250<br />
Item Title<br />
Option Water cooling system NANO 250<br />
On Request<br />
Phone numbers: Germany +49 551 69 350<br />
France +33 47 25 20 420<br />
737
738 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766