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6.    TECHNICAL SPECIFICATIONS    

 
Type of emission :

  

ISM Band – 433.5 6MHz 

 

Code :

 

 

4 differentiated Channels (A, B, C, D)  

 

Radiated Power Output :

  

10 mW 

 

Range :

 

Superior to 2 km under optimal conditions, direct view 

 

Antenna :

  

 

Multiflex 1/4 

 

Timing Impulse Inputs:

 

Open Working contact. Respect the polarities (Black = Ground) 

 

Timing Outputs: 

4 opto-isolated independent output

    

 

  

Precision :

 

Fixed delay of 100ms +/- better than 1/10,000

th

 second. 

 

Signal Transmission Evidence:

  By audible tone (buzzer) and LED (1, 2, 3, 4) 

 

 

Signal Reception Evidence: 

By audible tone (buzzer) and LED (1, 2, 3, 4) 

 

Signal Reception Monitoring : 

By 4  LED’s. Control of the quality of the reception and of 
eventual disturbances. 

 

Battery Condition Monitoring: 

By red LED (POWER)

  

 

 

    

On           ->    well charged

 

 

 

    

Flashing  ->    to be recharged   

 

Power Supply : 

By internal battery (lithium) for the 

transmitter 

and by internal 

rechargeable accumulator for the 

receiver 

 

Charger : 

AC/DC Adapter 

 

100 – 240 VAC / 9VDC – 550 mA 

 

Polarity :  positive at the center of the plug 

 

Autonomy : 

Approximately 3 years for the 

transmitter 

 

 

Approximately 24 Hours for the 

receiver

 at 20°C 

 

Operating Temperature Range:

   -20°C à + 60 °C

 

 

 

 

Mounting: 

By Velcro or Serflex strap 

 

Dimensions & weight 

Transmitter 

  : 100 x 57 x 32 mm / weight of 175 gr. 

 Receiver

         : 100 x 82 x 32 mm / weight of 380 gr. 

 

Guaranty :

 

One year starting from the purchase date 

 
 

The guaranty is null and void under the following conditions: 

-  

Accumulators or battery out of use 

  

-  

Bad maintenance and obvious damages

 

-  

Input or Outputs damaged by bad connection 

-

  If the device was open without factory authorization

 

 

Summary of Contents for HL 610

Page 1: ...N SYSTEM HL 610 OPERATING INSTRUCTIONS 1 DESCRIPTION OF THE FUNCTIONS page 2 2 DESCRIPTION OF THE SYSTEM page 4 3 TEST AND FUNCTIONING PRINCIPLE OF THE SYSTEM page 5 4 INSTALLATION OF THE TRANSMITTERS AND THE RECEIVER page 6 5 ACCUS AND BATTERY CONTROL page 7 6 TECHNICAL SPECIFICATIONS page 8 GPI 07 12 03 ...

Page 2: ...2 1 DESCRIPTION OF THE FOUNCTIONS TRANSMITTER 9 8 7 5 4 6 1 RECEIVER 9 10 5 4 3 2 2 ...

Page 3: ...ver Maintain SET pressed during the changes 5 TEAM To check the programmed TEAM The green LED corresponding to the code A B C or D is on To change the code activate SET and press TEAM 6 CHANNEL To check the programmed CHANNEL The green LED corresponding to the CHANNEL 1 2 3 or 4 is on To change the CHANNEL activate SET and press CHANNEL 7 TEST To test the impulses transmission 8 BATT To check the ...

Page 4: ...ulator insuring an autonomy of at least 24 hours at 20 C Approximately 10 hours of charging may be necessary to obtain the maximum capacity When the receiver is switched on it is possible that one or more green LED s are on before that the transmitter s start to transmit This system of detection allows to visualize the quality of the received signal but also the possible interferences coming from ...

Page 5: ...ice To modify the OUTPUT N activate SET and press CHANNEL Press TEST on the transmitter transmission test The green LED of the transmitter 1 to 4 corresponding to the selected channel N is on and a beep signal confirms the sending of the impulse The green LED of the receiver corresponding to the channel N of the transmitter 1 to 4 is on and a beep signal confirms the reception of the impulse which...

Page 6: ...e location for a maximum reliability Installation methods Transmitters Optimal Satisfactory Very good To fix the transmitters on wooden post skis or photocells you can use Velcro Straps Serflex or quick fixation Tag Heuer will be able to provide you a specific product during January 2004 The receiver can be fixed vertically or positioned horizontally using the right angle BNC adapter WARNING The a...

Page 7: ... have the opportunity to control the accumulators of the receiver RECEIVER When the receiver is switched on the control of the accumulators conditions is ensured by the red LED POWER Accu charged The red LED is on Accu slightly discharged The red LED flashes each second Accu discharged The red LED flashes very fast more than 1 per second The good functioning of the system is no more guaranteed To ...

Page 8: ...ery Condition Monitoring By red LED POWER On well charged Flashing to be recharged Power Supply By internal battery lithium for the transmitter and by internal rechargeable accumulator for the receiver Charger AC DC Adapter 100 240 VAC 9VDC 550 mA Polarity positive at the center of the plug Autonomy Approximately 3 years for the transmitter Approximately 24 Hours for the receiver at 20 C Operating...

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