Datasheet LRF Modules
Contents
1. 2 000 4 000 6 000 8 000 Range Capability 5042 1550nm BS 5020 3042 1550 WEEN 3020 905nm 1027 2 000 4 000 6 000 8 000 Specified Range performance on NATO target m Data Sheet LRF Modules Page 5 10 Vectronix Proprietary Information 3 3 Range performance Name eit 1027 3020 3027 3042 5020 5042 Eye safety per IEC 60825 1 Second Edition 2007 08 Classt Classt Classt Class1 Classi Ciass1 2800 2500 5500 DEE BES 5 5 5 5 0 eam divergence typical AIWIO D O gt O O o E O SE O mi E Z s o necified range performance on NATO target ypical range performance 1Hz on NATO target a vical range performance on man size target op 5 3 3 3 3 o 5 ee 5 5 03 11 03 13 03 11 03 11 03 13 03 11 3 1 1 1500 m 10 Measurement time for range measurement 03 05 03 igh repetition rate We EE WS a BE Up to three separate distances can be obtained with a single measurement The typical target discrimination distance between the targets is 30m Za gt 72 CI Ko OJO 3 jo IS S 3 DD Ic OP 3 gt O1 fen g D Wa Q h oO D O O Le oI ISIS 5 5 CH 21 5 o ls la S 3 w Dt Di op em en D 3 D 3 e Q D Zlziei iaialalalalalzig N IN 2 13 Conditions 1 target size beam filling reflectivity 60 detection rate 90 visibility 10 km 20 C environmenta2. LRF 3000 series for extended range performance The laser source of the LRF 3000 series is a 1550nm laser diode This is invisible even to an image intensifier device The LRF 3020 has a 20mm the LRF 3027 a 27mm the LRF 3042 has a 42 mm optical aperture LRF 5000 series with beamshaper for maximum range performance The proprietary beamshaper technology reduces the divergence and extends the range of this 1550 nm range finder The LRF 5020 has a 20mm optical aperture the LRF 5042 has a 42mm optical aperture 2 Key Benefits Features Benefits All series Class 1 eyesafe laser Unrestricted safe operation Rapid measurement Nearly instantaneous results about the target High repetition rate Accurate tracking of a moving target Low divergence Easier finding with more accurate results 3000 series Wavelength 1550nm invisible even for NV goggles 5000 series Wavelength 1550 with beamshaper longest range good results also in bad conditions Data Sheet LRF Modules Page 4 10 Vectronix Proprietary Information 3 Features 3 1 Overview 1027 3020 3027 3042 Nom wave length nm 1550 1550 1550 1550 1550 Optical aperture Range capability 2 500 2 000 4 200 6 000 4 500 3 000 Spor range pen 4700 1 400 2 500 2 800 2 500 5 500 on NATO target mm mme f 10 105 f 114 10 mm am 50 80 10 a 250 120 250 325 120 3 2 Range performance graphs 5042 1550nm BS 5020 3042 1550nm 3027 3020 905 _ 1027
3. Box a standard terminal software and the LRF User Manual is enough to get a first impression of the LRF Module The Laser Range Finder Interface Box can be powered either through a single 9V battery block or through the external power The Universal Interface Kit consists of e Interface Box with On Off Switch Banana connectors for external power supply Battery connector in the battery case on the back of the Interface Box RS232 connector female 9 pin Sub D LRF Module connectors serial power Screw set USB stick with manuals Figure 1 LRF Modules Interface kit vectronix Data Sheet LRF Modules Page 8 10 Vectronix Proprietary Information 5 Ordering Information MS e e de EE D0 e 906 590 LRF 1027 27 5 mm optics 905 nm wavelength 906 591 LRF 1027 DMC gt 27 5 mm optics 905 nm wavelength incl DMC SX 906 665 LRF 3020 20 mm optics 1550 nm wavelength Se 906 592 LRF 3027 27 5 mm optics 1550 nm wavelength fF 906 593 LRF 3027 DMC gt 27 5 mm optics 1550 nm wavelength incl DMC SX rn 901 860 LRF 3042 42 mm optics 1550 nm wavelength 1901859 LRF3042 DMC 42 mm optics 1550 nm wavelength inc DUC SX_ 190524 LRF56020 20 mm optics 1550 nmBeamshaper Cd pi 901862 LRF542 42 mm optics 1550 nm Beamshaper 901861 LRF5042 DMC 42 mm optics 1550 nm Beamshaper incl DMC SX 1905501 LRF Interface Kit 1 LRF Interface Kit for LRF xx27 and xx42 907 281 LRF Interface Kit CPU 1 L
4. range finder modules allows a large number of applications to be ad dressed with the same interface conditions which again supports achieving the best price performance ratio The LRF module for range measurement is a unique instrument combining excellent range performance with outstanding handling com fort All rangefinder modules are class 1 eye safe with respect to IEC as well as ANSI standards The LRF module provides digital output of range and with the optional DMC also azimuth heading elevation pitch and bank roll The entire communication is done via a serial interface A stable and mechanical structure designed to be as small as possible results in a lightweight low volume and robust module The modular application concept and the use of modern technologies provide the user with the best price performance currently available The range performance depends on wavelength and optics aperture but also greatly on the beam divergence An emit ting laser beam with small divergence leads to more laser light on a sighted object this results in more reflected light back to the receiver of the LRF module Enhancing the concentration of laser light is possible with several technologies The LRF family offers three different laser technologies LRF 1000 series for standard range measurements The laser source of the LRF 1000 series is a 905nm laser diode This is invisible to the unaided eye The LRF 1027 has a 27mm optical aperture
5. vectronix Data Sheet LRF Modules Page 2 10 Vectronix Proprietary Information Table of Content 1 Product overview 2 Key Benefits 3 Features 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 4 Kits 4 1 4 2 Overview Range performance graphs Range performance Additional functions Electrical interface Communication Environmental Mechanical interface dimensions and weight Starter Kit Interface Kit 5 Ordering Information 6 Part Numbers Data Sheet LRF Modules Vectronix Proprietary Information 10 vectronix Page 3 10 1 Product overview Your goal is to successfully integrate a laser rangefinder module into your host system and Vectronix is here to help with its line of in novative LRF modules The latest laser diode technology ensures a rapid and accurate measurement Highly skilled technicians are following Swiss quality standards during assembly All electronic components as well as necessary optics are securely mounted to a stable chassis which is then boresighted to its line of sight LoS Vectronix offers a variety of LRF OEM modules available for applications requiring different ranges Depending on visibility conditions and target properties ranges can be achieved up to 8 km The diode laser technology utilized by the Vectronix LRF modules allows cost effectiveness minimum power consumption small volume and weight important for most applications and systems A standardi zation of laser
6. Data Sheet LRF MODULES Laser Rangefinder Modules 1027 3020 3027 3042 5020 5042 vectronix 07 2010 Christian Waschnig Version 11 Datasheet LRF Modules V11 doc DISCLAIMER Technical parameters provided in this document are typical values unless otherwise specified Do not use the typical properties shown in this technical profile and dimensions on interface drawings as a basis for preparing your specifications Please contact Vectronix AG for assistance and recommendations in establishing particular specifications The information presented in this data sheet is believed to be accurate and correct for the intended use of the LRF module All of its contents and the LRF module specifications are subject to change without notice Illustrations descriptions and technical data are not binding and may subject to change without prior information For safe use of the Laser Range Finder modules please refer to separate operator manuals OML o All other previous versions of this data sheet are invalid Without the prior written permission of Vectronix this document may neither be copied in part or whole by mechanical photo graphic electronic or any other means this includes converting it to any machine readable form nor be stored in an information storage system nor be used for any purpose other than that intended nor be made available or passed on to any third party who has not been expressly authorized by Vectronix
7. RF Interface Kit for LRF xx20 gt Note In case of choosing a DMC the normal orientation 1 is delivered as standard Other orientations 2 3 4 on request LRF xx20mm modules are not available with DMC LRF Orientation Orient Text Picture Standard ER ST Inverted LRF P d Inverted LRF orientation 20 H CE modules feet are pointing to the sky Normal D Normal LRF orientation orientated LRF fe un modules feet are pointing to the earth On request UN tom i l t Left side LRF orientation PEER s modules feet are pointing to the left On request a Right side LRF orientation Right tilted LRF ewe J an 40 modules feet are pointing to the right vectronix Data Sheet LRF Modules Page 9 10 Vectronix Proprietary Information 6 Part Numbers LRF 1000 LRF 1027 Art No without DMC 906590 Art No incl DMC 906591 LRF 3000 LRF 3020 LRF 3027 LRF 3042 Art No without DMC 906665 906592 901860 Art No incl DMC 906593 901859 LRF 5000 LRF 5020 LRF 5042 Art No without DMC 905284 901862 Art No incl DMC 901861 1550nm BS laser technology 1 905nm 3 1550nm 5 1550nm BS option O standard 1 pointer possible 2 integrated photosensor optics diameter 20 27 42 for an integrated DMC optional The information presented in this data sheet is believed to be accurate and correct for the intended use of the LRF module All of its contents and the LRF module specifications are sub
8. ion Note The xx20 modules have different electronics than the LRF xx27 and xx42 modules ame 3020 3027 3042 5020 5042 Connector Interface PCB is with FOI Mintek 2PCB ern 2PcB 2PCB eRn 2PCB_ Inefacetpe LE TE Rs232 RS232 LES CES Voltage l vel V 3 15V 3 15V 3 15V 3 15V 3 15V 3 15V g 3 15V 3 15V 3 15V 3 15V 3 15V 3 15V EH eral interface baud rate factory setting 9600 38 400 9 600 9600 38400 9 600 Serial interface baud rate optional user settings Bau unctional Shock half sine at 11ms hock half sine at 1ms in z direction optical dir 1027 3020 3027 3042 5020 5042 2x 3H8 4x M4 5 gr Note LRFxx20 no compass can be attached to the LRF neither electronically nor mechanically LRF xx20 LRF xx27 LRF xx42 50 25 mm vectronix Data Sheet LRF Modules Page 7 10 Vectronix Proprietary Information 4 Kits 4 1 Starter Kit Vectronix supports LRF Module test and initial integration by supplying a LRF Interface Box New customers have the possibility to order a LRF starter kit which could consist of several different LRF modules as well as a com plete interface kit Existing customers already using LRF modules can also order a separate interface kit 4 2 Interface Kit The intention of the LRF Interface Box is to avoid data cable wiring and powering the LRF before starting The LRF Interface
9. ject to change without notice Illustrations descriptions and technical data are not binding and may subject to change without prior information All other previous versions of this data sheet are invalid Without the prior written permission of Vectronix this document may neither be copied in part or whole by mechanical pho tographic electronic or any other means this includes converting it to any machine readable form nor be stored in an in formation storage system nor be used for any purpose other than that intended nor be made available or passed on to any third party who has not been expressly authorized by Vectronix GLASS 1 LASER PRODUCT vectronix Vectronix AG Max Schmidheiny Strasse 202 CH 9435 Heerbrugg Switzerland Telephone 41 71 726 72 00 Fax 41 71 726 72 01 www vectronix ch 07 2010 Christian Waschnig Version 11 Datasheet LRF Modules V11 doc Illustrations descriptions and technical data are not binding and may be changed Copyright Vectronix AG Heerbrugg Switzerland 2008
10. l temperature 1013 mbar pressure 2 analogue 1 except target size NATO 2 3 x 2 3 m reflectivity 30 3 analogue 1 except target size man 1 x 1 m reflectivity 10 this is a typical range only and not specified 3 4 Additional functions 3020 3027 3042 5020 5042 DMC SX 5000 included optional possible possible no possible yes yes Operating modes via serial interface _ Built in Test BIT via serial interface 3 5 Electrical interface Note The xx20 modules have different electronics than the LRF xx27 and xx42 modules unit 1027 3020 3027 3042 5020 5042 Power supply ripple lt 100mVpp min max Voltage ripple maximum allowable 100 so 1 10 so 10 t lt O Ko Typical current consumption at 5V while lasing 650 RMS typ 700 typ 650 RMS typ 650 RMS typ 700 typ 650 RMS typ mg Irene e eo nomic oo heading amp tilt measurement with DMC SX 5000 STD 250 STD 250 STD 250 0 1 0 055 25 m mW mW mW Typi ONSU stan WT D Typi ONSU Capacity to charge when applyingpower Capacity to charge when powering up to standby mode Note Depending on the power supply these u capacitance can cause high current spikes dby mode SWT or Com_switch to GN cal power c mption at 5V in down mode WT or Com_switch TI A F vectronix Data Sheet LRF Modules Page 6 10 Vectronix Proprietary Information 3 6 Communicat
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