HL 670 Data / Impulse Transmitter set User Manual
Contents
1. POWER SET TEAM CHANNEL TEST TEST BATT LED LED CHARGE Input for timing Impulse Start gate photocell working closing contact Respect the polarities Male Sub D 9 RS232 input for DATA transfer To switch on the receiver press for 3 seconds on POWER The green LED is on To switch off the receiver hold down SET and press POWER To program the TEAM A B C D and to switch off the receiver Hold down SET during the changes To check the programmed TEAM To change the code hold down SET and press TEAM To check the programmed CHANNEL To change the CHANNEL hold down SET and press CHANNEL For testing the Impulse transmission only The reception level will be displayed for 0 2 seconds on the receiver You ll also get an Impulse on the programmed output To check the state of the battery Press TEST BATT The Battery level will be displayed with the 4 LED s for 2 seconds LED control panel which shows the programmed TEAM or CHANNEL Also shows the transmitted Impulse Shows the transmission mode IMPULSE or DATA Charging status Leds The red led indicates that the Accu is charging The charge is completed as soon as the green LED in on gt The Receiver 1 IMPULSE 2 DATA 3 POWER 4 SET 5 TEAM 6 LED 7 LED 8 LED 9 BUZZER 10 TEST BATT Output for timing Impulse Start gate photocell working closing contact Respect the polarities Female Sub D2. TAGHeuer PROFESSIONAL TIMING TAG Heuer PROFESSIONAL TIMING 6A Louis Joseph Chevrolet 2300 la Chaux de Fonds Switzerland Tel 032 919 8000 Fax 032 919 9026 E mail info tagheuer timing com Http www tagheuer timing com
3. 9 RS232 Output To switch on the receiver press for 3 seconds on POWER The green LED is on To switch off the receiver hold down SET and press POWER To program the TEAM A B C D and to switch off the receiver Hold down SET during the changes To check the programmed TEAM The green LED corresponding to the code A B C or D is on To change the code hold down SET and press TEAM LED control panel which shows the programmed TEAM or CHANNEL Also shows the Received Impulse Shows the transmission mode IMPULSE or DATA LED control panel which shows the Receiving Level and or possible interferences created by other radio signals To enable or disable the Buzzer To check the Battery status The Level will be displayed with the 4 LED s for 4 seconds ALED son 80 100 3LED son 60 80 2LED son 40 60 1 LED on 20 40 1 LED on 0 20 power remaining 2 Battery Charging Each device has a Lithium Polymer battery with supply 2100 mAh Those batteries may be charged with our charger HL540 10 or other 12V charger with a minimum of 800 mA For charging the battery we advise you to use our OEM TAG Heuer charger Using another model may cause some trouble or harm the device For charging turn off the system Connect the charger on the mains Plug the charger into the device The red LED will be on during the charge IMPORTANT Always charge the devices by temperature above 32 F 0
4. C and below 86 F 30 C The red LED lights during the charging process when fully charged the red LED shuts down and the green LED will light on For a fully charged Battery it may take approx 5 hours for a completely discharged battery Never connect the terminals of the battery in short circuit To avoid keeping the battery pack fully loaded or completely discharged for a long period which reduces the lifespan of the battery In the case of prolonged non utilization of the battery pack it is necessary keep the system in a dry room after a normal discharge In case of a reduced capacity of the battery pack even after the load leave the system ON a whole night to obtain a complete discharge then recharge the battery pack completely Renew the battery pack if the problem continues 3 System utility TAG Heuer HL670 Configuration Connect your device with the HL605 10 delivered with the set to your computer run the application Turn on the system after pressing Connect 12 TagHeuer HL670 Config V1 0 Jog HL670 must be Off before Connection Baud Rate 5 ag TagHeuer HL 670 Config V1 0 oE Rx HL6 70 Status received son m 3 Bud Fate Slabs 2400 Bde RECEIVER gt S600 Bde Team G 3600 Be Flow Cl Buzzer On 398400 Bde 57600 Bde 115200 Bde Refresh IN Radio Rx Tag H euer ev SIS A IN Radio Modue Ve 003 IH Baud Rate conligured as 36 00boe with Flow contol OUT 45 IH
5. Rx SO Ke This application is a free download from our Website www tagheuer timing com It enables you to configure the radio in different Baudrates 2400 9600 Set by default 38400 57600 115200 and 9600 bps with Flow control 4 Software Update With the Firmware already used with the Chronoprinter 540 and the Minitimer HL440 able you to change the transmission mode and Update your device For this application you need e The RS232 cable HL605 10 e A computer fitted with a D Sub9 RS232 Output e The software Firmware exe How to proceed 1 RD N With the radio switched OFF connect the external power Connect the RS232 between your computer and the HL670 Run Firmware exe Select the correct COM Port Browse and select the correct file Rx Tx Push START on the screen Turn on the HL670 hold down for 5 seconds ON The HL670 will enter in a special setup mode Until the file downloaded then validate with OK For each device transmitter or receiver two Software options are available o TAG Heuer Software TH Tx Vxx TH Rx Vxx This software is especially dedicated for the standard CP540 protocol and the Minitimer The 9600 with flow control Baud rate ensure that the frames are correctly transmitted o Chronelec Software or transparent mode THbC Tx Vxx THbC Rx Vxx This mode is especially for devices which need a data transmission with different frame length The data trans
6. UE TAGHeuer PROFESSIONAL TIMING HL 670 Data Impulse Transmitter set User Manual Version 07 2010 1 Global The Set HL670 is ideal for transferring Timing Data and Impulses Its 500mW emitting power and its licence free frequency range 869 Mhz makes this device a powerful and simple to use system Data Impulse transmission system 500 Mw which does not require a licence free of use in Europe ISM Band 869 MHz REC 70 03 Each Receiver can receive Impulses simultaneously or not from 4 Transmitters identified by the function CHANNEL 1 to 4 Up to 4 Teams can work train in the same area without disturbing each other thanks to the function TEAM which offers the possibility to code each system A B C D It is also possible to use up to 16 transmitters with 4 receivers 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 detection system allows visualization of the quality of the received signal but also the possible interferences coming from other radio transmission systems If it is not possible to stop these interferences by moving the receiver the transmission of Impulse cannot be guaranteed Important Remark Don t forget to register your product online at http www tagheuer timing com tools product register 1 Functions gt The Transmitter 10 11 IMPULSE DATA
7. Wait until the Elite decoder discovers the Distant decoder the BXX led will flash twice Finally you can start the Elite Decoder The warranty is null and void under the following conditions if the battery is out of order Poor maintenance and obvious physical damage Input or Outputs damaged by poor connection If the device was opened without factory authorization Warranty One year after delivery of your purchase THE INSTALLATION INCLUDES 1 Plastic case which can store up to 5 Devices 1 to 4 Transmitters 7 1 Receiver 2 to 5 antennas 1 Charger 100 240 VAC 9VDC 1 User manual 7 1 Velcro strap per transmitter Special pinout for Displays HL 980 and HL 960 990 HL 670 to Display HL980 Special Pinout for TX activating Our radios are equipped with a PNP Transistor on their output This is an IT Standard which also allows us to ensure good autonomy Some devices only work with an RX pin and Ground In order to activate this transistor and initiate the external data from the radio you need to energise the Transistor with an external power supply or a charged condenser GND 1 5V mini END IL mini 54321 TAG Heuer by Chronelec Pinout Distant Decoder to Elite SubD9 HL670 SubD15 Decoder Receiver 1 RS485 signal A 6 14 SubD9 female 9 RS485 signal B 15 Transmitter 7 RS485 signal A 6 14 SubD9 male 4 RS485 signal B 15 VE UE
8. equency Power Autonomy at 68 F 20 C Oo 0006 Impedance o Antenna o Impulse Input o Impulse Output Channel TEAM function Normal use temperature Charging temperature Size without antenna Weight Power supply 00000006 Lithium Polymer Battery o Type o Charging current Charger HL540 10 o Primary o Secondary 1 100 000 sec 200ms 869 MHz REC 70 03 500 mW 24 hours 1 Impulse per min 8 hours THbC data transm 1 data string each 4 sec 50 Ohms 1 4 Wavelength 2 5dBi Short Circuit Working contact Respect the polarity 4 separated outputs Isolated by an opto coupler Manages up to 4 simultaneous inputs 4 different channels 1 2 3 4 4 different codings A B C D between 4 F 20 C and 131 F 55 between 32 F 0 C and 86 F 30 C 152x 108 x 34 mm 470g radio 12 V DC 800 mA min 12V Li Pol 2000mAh 800mA minimum 5 hours 230V 50Hz 125mA 12V 1250 mA N CAUTION Never power up the device during the RS232 or RS484 data transfer Powering the device during data transfer may cause the radio to freeze for which the device will require a complete initialisation Connection protocol for TAG Heuer by Chronelec devices Connect all devices together all should be turned off Turn on the Radio Rx and Tx Turn on the Elite decoder and wait 4 to 5 seconds for the power on self test to complete Turn on the Distant decoder
9. fer is made until the device receives a blank message within 50ms with a maximum frame length of 127 characters The transmission for 43 octets standard CP540 frame takes 125ms with 9600 bps The timeline is composed 35ms for the RF transmission This time does not depend on the baud rate just on the number of octets 45ms for sending the frame 45ms for receiving the frame on the receiver We can reduce this transmission time by increasing the baud rate from the receiver and or the transmitter For example the same frame length with 115200 bps on both sides will only take 42ms Those devices may be used in a Relay configuration by plugging directly the Receiver on another Transmitter through the banana socket or RS232 connection Hands on Reinitialize your devices If the systems are in a unknown mode you can Initialise your system in the OEM configuration Channel 1 Team A Buzzer On Baud Speed 9600bps Mode Impulse Push simultaneously SET and TEST BATT for 3 seconds All LED s will flash and the system will beep until it is reinitialized 5 Pinout Transmitter male socket Receiver female socket 1 NC 1 RS485 Signal A 2 Radio RxD RS232 2 Radio TxD RS232 3 Radio TxD RS232 3 Radio RxD RS232 4 RS485 Signal B 4NC 5 GND 5 GND 6NC 6 NC 7 RS485 Signal A 7 NC 8 NC 8 NC 9 NC 9 RS485 SIGNAL B 6 Technical Specification General o Impulse response precision Transmitting delay Fr
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