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FW version: Stable

Typical wiring diagram

warning

Incorrect wiring – risk of malfunction/damage to equipment

This section provides a typical wiring diagram. The integrator can modify the configuration of the diagram according to their needs and requirements. Creating the wiring diagram for the end application is the responsibility of the integrator.

VDS display typical wiringImage generated by Eeschema-SVGmap buttonGNDPower connectorKEY1POWER2POWER_GND3Control 2 connectorGNDLED GNDGPIO11LED_LIGHTS2GPIO23LED_GND4Control 1 connectorGNDGPIO01GPIO_GND2CANGNDCAN_GND1CANH2CANL3GNDPoweringKEY17POWER25POWER_GND9GNDPowerstagebatt++batt--phase_AAphase_BBphase_CCheatsinkhphase_AAphase_BBphase_CCbatteryPLUSMINUSCANGNDIOCANH16CANL24COMM_GNDIO3412V groundturn (right)turn (left)hi beamdisplay HWID: ift2-vds1_dx0-01E_S04-2B0VDS displayVehicle12V systemnote: 12V ground and POWER_GND must be connectedfor turn indicators to work correctly.Turn on: display buttonor optional ON buttonTurn off: by FW incontroller or displayON button(optional)fuse insidethe controllersiliXcon controllerKEY1POWER2POWER_GND3GPIO11LED_LIGHTS2GPIO23LED_GND4GPIO01GPIO_GND2CAN_GND1CANH2CANL3batt++batt--phase_AAphase_BBphase_CCheatsinkhCANH16CANL24COMM_GNDIO34KEY17POWER25POWER_GND9
note

If using indication of turn lights, display ground and 12V system ground must be connected.

The VDS display is connected to the controller using power cables (KEY, POWER, GND) and communication cables (CANL, CANH, CANGND). This cable configuration is minimal for the operation of the display. There is also the option to connect an external button and 12V signals (left and right turn indicators, high beam indicator, and 12V Ground).