MxxxL2 Series Operation Manual
Contents
1. 15 5 27 Ee EE 16 22 gt Ee 18 E 19 D gt COPTIC EE 19 8 Thorlabs End of Life Policy aa 20 9 Phodabs Worldwide GOfFLacts a Ee Cnt SN dl dtp cades o ee 21 2012 Thorlabs General Information 5 We aim to develop and produce the best solution for your application in the field of optical measurement technique To help us to come up to your expectations and develop our products permanentiv we need your ideas and suggestions Therefore please let us know about possible criticism or ideas We and our international partners are looking forward to hearing from you Thorlabs WARNING Sections marked with this heading explain dangers that might result in personal injury or death Always read the associated information carefully before performing the indicated procedure ATTENTION Paragraphs preceded by this symbol in the manual explain hazards that could damage the instrument and connected equipment or may cause loss of data NOTE This manual also contains NOTES and HINTS written in this form 2012 Thorlabs 6 MxxxL2 Series 1 General Information 1 1 Safety statements regarding safety of operation and technical data in this instruction manual will only apply when the unit is operated correctly as it was designed for The mounted LED of the MxxxLx series must not be operated in explosion endangered environments The mount2. If there is a possibility of reflection of the UV light UV light protective glasses must be used to prevent the UV light entering the eve If viewing the UV light is necessarv UV light protective glasses must be worn to avoid eve damage bv the UV light WARNING The M780L2 M850L2 and M940L2 contains an IR light LED The LED radiates intense IR light during operation Precautions must be taken to prevent looking directiv at the IR light with unprotected eves Do notlook directiv into the IR light or look through the optical svstem during operation of the device This can be harmful to the eyes even for brief periods due to the high intensitv of IR light If there is a possibilitv of reflection of the IR light IR light protective glasses must be used to prevent the IR light entering the eve CAUTIONS During normal operations the casing temperature of Thorlabs High Power LED products will rise by up to 25 C 45 F above ambient temperature To prevent higher case temperatures the products should be operated without hindrance to air movement surrounding the convective cooling fins 2012 Thorlabs 8 MxxxL2 Series 2 Getting started 2 1 Unpacking Inspect the shipping container for damage If the shipping container seems to be damaged keep it until you have inspected the contents and you have inspected the MxxxLx mechanically and electrically Verify that you have received the following items e MxxxLx Mounted LED
3. use only pin 1 and 2 that the current source delivers at nominal LED current a sufficient forward voltage that the max LED current see Technical Data on p 6 is not exceeded 4 Maintenance and Repair Protect the MxxxL2 Series from adverse weather conditions they are not water resistant MxxxL2 Series does not contain any serviceable by the user parts Do not open the enclosure If your fiber MxxxL2 needs repair please contact Thorlabs for return instructions see section Thorlabs Worldwide Contacts 2012 Thorlabs 5 Technical Data Technical Data 11 5 1 M365L2 Wavelength nominal 365 nm Optical Beam Power LED Output 190 310 mW Optical Beam power Collimated Beam 120 mW Maximum LED Current 700 mA LED Forward Voltage nominal 44V Lifetime gt 10 000 hours 5 2 M385L2 Wavelength nominal 385 nm Optical Beam Power LED Output 270 390 mW Optical Beam power Collimated Beam 170 mW Maximum LED Current 700 mA LED Forward Voltage nominal 4 3V Lifetime 910 000 hours 5 3 M405L2 Wavelength nominal 405 nm Optical Beam Power LED Output 410 1000 mW Optical Beam power Collimated Beam 440 mW Maximum LED Current 1000 mA LED Forward Voltage nominal 3 8V Lifetime 100 000 hours 9096 Radiant Flux Maintenance on constant current of 700 mA and with junction temperature at or below 115 C 5 4 M420L2 Wavelen
4. 3 5 V Lifetime gt 50 000 hours 2012 Thorlabs 16 MxxxL2 Series 5 21 LED Spectra 0 9 0 8 tn Normalized Amplitude gt gt 0 3 0 2 0 1 325 LED Spectra EUR FEM ET TTC HET DICH NESAS SS AM N 475 575 625 Wavelength in nm 675 2012 Thorlabs Technical Data 17 7IOGOLN 21058 7108 WN TISELN 1099IN TISZIN cV 9N 21066 OOLL wu 0601 0001 AVATAR IL LUM 2 A L Ji NI IL OE LI DIE OUT Vo ov kel 1 9 4 3 E gt bi e gt 3 o 2012 Thorlabs 18 MxxxL2 Series 5 22 Switch on Behavior Each LED has a characteristic switch on behavior which depends on LED properties and environmental conditions An important criterion is the heat dissipation Thorlabs mounted LEDs of the MxxxL2 series feature a unique thermal design in order to reduce the power decay to a minimum The following diagram shows typical switch on behaviors of two different LEDs Switch On Behavior 600 500 400 E c 300 LED1 o 200 e LED2 100 0 T T T T T T T 0 5 10 15 20 25 30 35 40 45 Time in s Switch On behavior of LEDs 2012 Thorlabs Warranty 19 6 War
5. L2 C2 M420L2 C3 M420L2 C4 455nm M455L2 C1 M455L2 C2 M455L2 C3 M455L2 C4 470nm M470L2 C1 M470L2 C2 M470L2 C3 M470L2 C4 490nm M490L2 C1 M490L2 C2 M490L2 C3 M490L2 C4 505nm M505L2 C1 M505L2 C2 M505L2 C3 M505L2 C4 530nm M530L2 C1 M530L2 C2 M530L2 C3 M530L2 C4 565nm M565L2 C1 M565L2 C2 M565L2 C3 M565L2 C4 590nm M590L2 C1 M590L2 C2 M590L2 C3 M590L2 C4 617nm M617L2 C1 M617L2 C2 M617L2 C3 M617L2 C4 625nm M625L2 C1 M625L2 C2 M625L2 C3 M625L2 C4 660nm M660L2 C1 M660L2 C2 M660L2 C3 M660L2 C4 735nm M735L2 C1 M735L2 C2 M735L2 C3 M735L2 C4 780nm M780L2 C1 M780L2 C2 M780L2 C3 M780L2 C4 850nm M850L2 C1 M850L2 C2 M850L2 C3 M850L2 C4 940nm M940L2 C1 M940L2 C2 M940L2 C3 M940L2 C4 1050nm M1050L2 C1 M1050L2 C2 M1050L2 C3 M1050L2 C4 Cold White MCWHL2 C1 MCWHL2 C2 MCWHL2 C3 MCWHL2 C4 2012 Thorlabs 10 MxxxL2 Series 3 Operating the MxxxL2 LED assemblies 3 1 Thorlabs LED Drivers Thorlabs offers a wide range of LED drivers The following table gives an overview about the different LED drivers Model Pes psi channels Limit Notes Capability LEDD1B 1200 mA 11V 1 Ves T Cube LED Driver DC2100 2000 mA 24 V 1 Yes High Power LED Driver DC4100 1000 mA 5V 4 Yes 4 Channel LED Driver 3 2 Operation If one of the a m Thorlabs LED current drivers is used please follow the instructions in the driver s User Manual If using a 3 party current source make sure about correct connection see page 8
6. OR E D LED Assemblies MxxxL2 Series Operation Manual Set 2012 2 MxxxL2 Series Version Date 7 2 30 Mar 2012 Revision History Revison Date Summary 1 01 04 09 Initial Issue 2 07 07 09 MxLED Series added 3 25 09 09 Series Harmonization 4 31 03 10 Update to L2 Series 5 18 06 10 Update 6 25 10 10 Update 7 18 01 12 M505L2 added 7 1 03 02 12 M420L2 M490L2 M565L2 and M1050L2 added 7 2 30 03 12 M420L2 spec change 2012 Thorlabs General Information 3 2012 Thorlabs 4 MxxxL2 Series Table of Contents EE 6 1 1 ee eelere eege 6 2 state iii e T IT 8 2 1 Unpacking i i 8 2 2 HP 8 2 3 Phvsical e EE 8 3 Operating the MxxxL2 LED assemblies errare oet Eee ER 10 3 1 Thora S EE Div Gl SA CCP 10 3 2 Soie DEE 10 4 Maintenance and et EE 10 o jiechmieal EE 11 5 1 2 i i i Se E E AE 11 5 2 IK 11 5 3 MAO RE MEC a bs 11 5 4 LO EEN 11 5 5 EE 12 5 6 E A E de A 12 5 7 Eege 12 5 8 EE 12 5 9 MIS E NE EC AERE RUP E 13 TIONEM IR C cc 13 bd 0 dE 13 x PE E Ee 13 c D P A Cc errr 14 2i be ali H 14 ia A ae cae ae cea 14 ne RE 14 D Eo E E EEN 15 5 18 IGA asus dee Ee EN 15 9 ee ern eer ee ene 15 5 20 SA a E E
7. assembly e Operation Manual 2 2 Preparation Prior to connect the LED to a LED driver check if the LED can handle the maximum LED current or the LED current limit is configured correctly The MxxxLx features an EEPROM which contains the maximum LED current wavelength and forward voltage of the LED 1 Connect the MxxxL2 to the LED driver 2 Check the current limit 3 Switch on the LED driver 2 3 Physical Overview Mounted LED Assembly The following picture shows the male connector of the MxxxLx mounted LED assembly It is a standard M8x1 sensor circular connector Pin 1 and 2 are the connection to the LED Pin 3 and 4 are used for the internal EEPROM in the MxxxLx series Do not use these connections when using a different LED driver than the Thorlabs series of LED drivers 2012 Thorlabs 2 LED Cathode white 1 LED Anode brown 3 EEPROM GND black 4 EEPROM IO blue Male Connector of the MxxxLx Getting started 9 The LEDC series consists of the MxxxLx mounted LED and a collimation assembly compatible for one of the following microscopes e Olympus BX and IX microscopes e Leica DMI microscopes e Nikon Eclipse F Mount Microscopes e Zeiss Axioskop Microscopes Olympus Leica Nikon Zeiss 365nm M365L2 C1 M365L2 C2 M365L2 C3 M365L2 C4 385nm M385L2 C1 M385L2 C2 M385L2 C3 M385L2 C4 405nm M405L2 C1 M405L2 C2 M405L2 C3 M405L2 C4 420nm M420L2 C1 M420
8. eam power Collimated Beam 250 mW Maximum LED Current 1500 mA LED Forward Voltage nominal 2 5V Lifetime 100 000 hours M Radiant Flux Maintenance on constant current of 1000 mA and with junction temperature at or below 5 16 M780L2 Wavelength nominal 780 nm Optical Beam Power LED Output 160 280 mW Optical Beam power Collimated Beam 220 mW Maximum LED Current 1000 mA LED Forward Voltage nominal 2 0 V Lifetime gt 10 000 hours 2012 Thorlabs Technical Data 15 5 17 M850L2 Wavelength nominal 850 nm Optical Beam Power LED Output 320 800 mW Optical Beam power Collimated Beam 190 mW Maximum LED Current 1000 mA LED Forward Voltage nominal 2 4 V Lifetime 100 000 hours 5 18 M940L2 Wavelength nominal 940 nm Optical Beam Power LED Output 320 1000 mW Optical Beam power Collimated Beam 200 mW Maximum LED Current 1000 mA LED Forward Voltage nominal 1 8 V Lifetime 100 000 hours 5 19 M1050L2 Wavelength nominal 1050 nm Optical Beam Power LED Output min 50 mW typ 70 mW Maximum LED Current 700 mA LED Forward Voltage nominal 1 5 V Lifetime gt 10 000 hours 5 20 MCWHL2 Wavelength color temperature 6500 K Optical Beam Power LED Output 650 1300 mW Optical Beam power Collimated Beam 300 mW Maximum LED Current 1600 mA LED Forward Voltage nominal
9. ed LED of the MxxxLx series must only be connected with duly shielded connection cables Only with written consent from Thorlabs may changes to single components be carried out or components not supplied by Thorlabs be used This precision device is only transportable if duly packed into the complete original packaging If necessary ask for a replacement package Do not remove covers Refer servicing to qualified personal WARNING Inappropriate use of any Thorlabs High Power LED product could result in permanent eye damage To prevent injury these products must be used in accordance with the International Standard Photobiological Safety of Lamps amp Lamp Systems CEI IEC 62471 When Thorlabs high power LED s are used in microscope applications as a replacement for mercury Vapor lamps the same precautions should be taken as those applying to mercury Vapor lamps When Thorlabs High Power LED s are used in other applications they should be used in accordance with CEI IEC 62471 The M365L2 the M385L2 and the M405L2 contain an UV light LED The LED radiates intense UV light during operation Precautions must be taken to prevent looking directiv at the UV light with unprotected eves 2012 Thorlabs General Information 7 Do not look directly into the UV light or look through the optical system during operation of the device This can be harmtul to the eyes even for brief periods due to the high intensity of UV light
10. gth nominal 420 nm Optical Beam Power LED Output min 250 mW typ 290 mW Maximum LED Current 500 mA LED Forward Voltage nominal 3 6 V Lifetime gt 10 000 hours 2012 Thorlabs 12 MxxxL2 Series 5 5 M455L2 Wavelength nominal 455 nm Optical Beam Power LED Output 900 1800 mW Optical Beam power Collimated Beam 410 mW Maximum LED Current 1600 mA LED Forward Voltage nominal 3 5 V Lifetime gt 50 000 hours 5 6 M470L2 Wavelength nominal 470 nm Optical Beam Power LED Output 830 1560 mW Optical Beam power Collimated Beam 400 mW Maximum LED Current 1600 mA LED Forward Voltage nominal 3 5 V Lifetime gt 50 000 hours 5 7 M490L2 Wavelength nominal 490 nm Optical Beam Power LED Output min 200 mW typ 235 mW Maximum LED Current 350 mA LED Forward Voltage nominal 3 5 V Lifetime gt 10 000 hours 5 8 M505L2 Wavelength nominal 505 nm Optical Beam Power LED Output 335 620 mW Optical Beam power Collimated Beam 170 mW Maximum LED Current 1000 mA LED Forward Voltage nominal 3 3 V Lifetime gt 50 000 hours 2012 Thorlabs Technical Data 13 5 9 M530L2 Wavelength nominal 530 nm Optical Beam Power LED Output 220 475 mW Optical Beam power Collimated Beam 170 mW Maximum LED C
11. her claims will not be consented to and will not be acknowledged Thorlabs does explicitly not warrant the usability or the economical use for certain cases of application Thorlabs reserves the right to change this operation manual or the technical data of the described unit at any time 7 Copyright Thorlabs GmbH has taken every possible care in preparing this Operation Manual We however assume no liabilitv for the content completeness or quality of the information contained therein The content of this manual is regularly updated and adapted to reflect the current status of the software We furthermore do not guarantee that this product will function without errors even if the stated specifications are adhered to Under no circumstances can we guarantee that a particular objective can be achieved with the purchase of this product Insofar as permitted under statutorv regulations we assume no liability for direct damage indirect damage or damages suffered by third parties resulting from the purchase of this product In no event shall any liability exceed the purchase price of the product Please note that the content of this User Manual is neither part of any previous or existing agreement promise representation or legal relationship nor an alteration or amendment thereof All obligations of Thorlabs GmbH result from the respective contract of sale which also includes the complete and exclusively applicable warranty regulations These co
12. mblies to be built into a unit by the user g OEM laser driver cards e components e mechanics and optics e left over parts of units disassembled by the user PCB s housings etc If you wish to return a Thorlabs unit for waste recovery please contact Thorlabs or your nearest dealer for further information Waste treatment on your own responsibility If you do not return an end of life unit to Thorlabs you must hand it to a company specialized in waste recovery Do not dispose of the unit in a litter bin or at a public waste disposal site Ecological background It is well known that WEEE pollutes the environment by releasing toxic products during decomposition The aim of the European RoHS directive is to reduce the content of toxic substances in electronic products in the future The intent of the WEEE directive is to enforce the recycling of WEEE A controlled recycling of end of live products will thereby avoid negative impacts on the environment Crossed out wheelie bin symbol 2012 Thorlabs 9 Thorlabs Worldwide Contacts USA Canada and South America Thorlabs Inc 56 Sparta Avenue Newton NJ 07860 USA Tel 973 579 7227 Fax 973 300 3600 www thorlabs com www thorlabs us West Coast Email sales thorlabs com Support techsupport thorlabs com Europe Thorlabs GmbH Hans B ckler Str 6 85221 Dachau Germany Tel 49 8131 5956 0 Fax 49 8131 5956 99 www thorlabs de Email europe th
13. ntractual warranty regulations are neither extended nor limited by the information contained in this User Manual Should you require further information on this product or encounter specific problems that are not discussed in sufficient detail in the User Manual please contact your local Thorlabs dealer or system installer All rights reserved This manual may not be reproduced transmitted or translated to another language either as a whole or in parts without the prior written permission of Thorlabs GmbH Status 2012 Thorlabs GmbH All rights reserved 2012 Thorlabs 20 MxxxL2 Series 8 Thorlabs End of Life Policy WEEE As required by the WEEE Waste Electrical and Electronic Equipment Directive of the European Communitv and the corresponding national laws Thorlabs offers all end users in the EC the possibility to return end of life units without incurring disposal charges This offer is valid for Thorlabs electrical and electronic equipment e sold after August 13 2005 marked correspondingiv with the crossed out wheelie bin logo see below sold to a companv or institute within the EC currentiv owned bv a companv or institute within the EC still complete not disassembled and not contaminated As the WEEE directive applies to self contained operational electrical and electronic products this end of life take back service does not refer to other Thorlabs products such as e pure OEM products that means asse
14. orlabs com France Thorlabs SAS 109 rue des C tes 78600 Maisons Laffitte France Tel 433 970 444 844 Fax 433 811 381 748 www thorlabs com Email sales fr thorlabs com Japan Thorlabs Japan Inc Higashi Ikebukuro Q Building 1st Floor 2 23 2 Toshima ku Tokyo 170 0013 Japan Tel 81 3 5979 8889 Fax 81 3 5979 7285 www thorlabs jp Email sales thorlabs jp 2012 Thorlabs Thorlabs Worldwide Contacts 21 UK and Ireland Thorlabs Ltd 1 Saint Thomas Place Ely Cambridgeshire CB7 4EX Great Britain Tel 44 1353 654440 Fax 444 1353 654444 www thorlabs com Email sales uk thorlabs com Support techsupport uk thorlabs com Scandinavia Thorlabs Sweden AB Box 141 94 400 20 G teborg Sweden Tel 46 31 733 30 00 Fax 446 31 703 40 45 www thorlabs com Email scandinavia thorlabs com China Thorlabs China Room A101 No 100 Lane 2891 South Qiliashan Road Putuo District Shanghai China Tel 486 21 60561 122 Fax 86 21 32513480 www thorlabs hk Email chinasales thorlabs com
15. ranty Thorlabs Warrants material and production of the MxxxL2 Series for a period of 24 months starting with the date of shipment During this warranty period Thorlabs will see to defaults by repair or by exchange if these are still entitled to warranty For warranty repairs or service the unit must be sent back to Thorlabs Germany or to a place determined by Thorlabs The customer will carry the shipping costs back to Thorlabs in case of warranty repairs Thorlabs will carry the shipping costs back to the customer If no warranty repair is applicable the customer will also carry the costs for back shipment If the unit is sent back to Thorlabs from abroad the customer will carry all shipping costs duties etc which should arise for sending the goods back to Thorlabs Thorlabs warrants the hardware and software determined by Thorlabs for this unit to operate without fault provided that they are handled according to our statements However Thorlabs does not warrant a fault free or uninterrupted operation of the unit of the software or firmware for special applications nor this operation manual to be fault free We will not carry responsibility for ensuing damages Restriction of warranty The aforementioned warranty does not cover errors and defects being the result of improper treatment software and interface not supplied by us modification misuse or operation outside the defined ambient conditions stated by us or unauthorized maintenance Furt
16. urrent 1600 mA LED Forward Voltage nominal 3 5 V Lifetime gt 50 000 hours 5 10 M565L2 Wavelength nominal 565 nm Optical Beam Power LED Output min 100 mW typ 150 mW Maximum LED Current 500 mA LED Forward Voltage nominal 3 2 V Lifetime gt 10 000 hours 5 11 M590L2 Wavelength nominal 590 nm Optical Beam Power LED Output 150 340 mW Optical Beam power Collimated Beam 70 mW Maximum LED Current 1600 mA LED Forward Voltage nominal 2 5 V Lifetime gt 50 000 hours 5 12 M617L2 Wavelength nominal 617 Optical Beam Power LED Output 390 840 mW Optical Beam power Collimated Beam 240 mW Maximum LED Current 1600 mA LED Forward Voltage nominal 2 5 V Lifetime gt 50 000 hours 2012 Thorlabs 14 MxxxL2 Series 5 13 M625L2 Wavelength nominal 625 nm Optical Beam Power LED Output 440 950 mW Optical Beam power Collimated Beam 280 mW Maximum LED Current 1600 mA LED Forward Voltage nominal 2 5 V Lifetime gt 50 000 hours 5 14 M660L2 Wavelength nominal 660 nm Optical Beam Power LED Output 270 650 mW Optical Beam power Collimated Beam 480 mW Maximum LED Current 1500 mA LED Forward Voltage nominal 3 0 V Lifetime 100 000 hours aoe Radiant Flux Maintenance on constant current of 1000 mA and with junction temperature at or below 5 15 M735L2 Wavelength nominal 735 nm Optical Beam Power LED Output 260 410 mW Optical B
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