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TECHNICAL SPECIFICATIONS

LT400

Type of emitter

: Indium Gallium Arsenide laser diode, Class 1

Type of receiver

: Infrared photodiode with optical and electronic amplifier

Wave length

: 904 nanometre

Unique codes

: > 4.500.000.000

Measurements in millimetres

: Transponder 75 x 39 x 22 (l x w x h)

Transponder housing

: Aluminium, waterproof

Supply voltage

: 13.8 volt DC (nominal)

Acoustic signalling

: 87 dBA.

Period of transmission after trigger

: Maximum 8 seconds, reset time is 60 seconds

Power consumption

: 500 mA max.

LT420

Type of receiver

: Infrared photodiode with optical and electronic amplifier

Wave length

: 904 nanometre

Maximum number of memory slots LT400

: 50

Measurements in millimetres

: Transponder 75 x 39 x 22 (l x w x h)

Transponder housing

: Aluminium, waterproof

Supply voltage

: through the LT425

LT425

Supply voltage

: AC / DC 20 – 27 V (max.) 

Maximum relay load

: 3 A  12 – 250 V AC / DC

Switching delay

: min. 5 – max. 120 seconds Variable through a potentiometre

Maximum number of connected LT420 transponders

: 2

Power consumption

: 300 mA max. (with 2 connected LT420 transponders)

Summary of Contents for LaserTrack LT400

Page 1: ...N 6 INSTALLATION 6 TRANSPONDER ALIGNMENT 7 CALCULATION TABLE FOR THE INSTALLATION OF THE TRANSPONDER 8 TESTING THE OPERATION 9 IMPORTANT INFORMATION FOR ALL USERS 9 FAQ ABOUT TARGET LASERTRACK 10 INST...

Page 2: ...nology The Class 1 laser technology used is safe reliable and is more user friendly than conventional remote control systems The automotive industry has also discovered the advan tages of laser techno...

Page 3: ...nnection and fastening material LT 430 House System 1 LT420 basic transponder 1 Control circuit board LT425 1 Water leveller All required connection and fastening material LT 450 Complete System 1 LT...

Page 4: ...prevent failures and for example to allow a laser speed measurement to take place You are informed of this through a visual and audio signal INSTALLATION Follow the instructions below to the letter to...

Page 5: ...6 Blue Do not use Insulate the cable using insulating tape TRANSPONDER ALIGNMENT The correct alignment of the transponder is very important It should be aligned correctly vertically and horizontally...

Page 6: ...ments are in millimetres Minimum height H 6 8 9 10 11 13 14 15 16 18 19 20 21 Minimum width W 16 18 21 23 26 28 31 33 36 38 41 43 46 Maximum depth D 0 12 24 36 48 60 72 84 96 108 120 132 144 Minimum h...

Page 7: ...a warning signal and the LED is switched on 3 Stop pressing the button of the remote control device when you are satisfied that the system is functioning correctly Result After the last received sign...

Page 8: ...before applying the Target LaserTrack 4 Does the Target LaserTrack meet all the legal requirements and can I legally use the system anywhere Yes the Target LaserTrack meets the highest European stand...

Page 9: ...e cannot be pinched Especially when the system is used to open and close gates 5 Connect the plug of the LT420 to the control circuit board Two LT420 transponders can be connected to the control circu...

Page 10: ...eceived Check the position of the vehicle and the basic trans ponder and repeat the procedure from step 2 onwards A maximum of 50 vehicles can be programmed into the system in the above manner Program...

Page 11: ...trigger Maximum 8 seconds reset time is 60 seconds Power consumption 500 mA max LT420 Type of receiver Infrared photodiode with optical and electronic amplifier Wave length 904 nanometre Maximum numbe...

Page 12: ...he purchase date 3 The guarantee is not valid if and when any work has been or is carried out on the system within the guarantee period without the prior written permission of the manufacturer 4 The g...

Page 13: ...ENGLISH 15...

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