DESCRIPTION

• System to identify the vehicles through the wireless RFID TAG reader that is installed in the vehicles.
• The reader is installed in the dispenser with a support that also acts as the reader battery charger.
• The battery charge is made by magnetic induction and without any touch. Only hanging the reader, the battery starts the charging process.
• The pump is not switched on until the reader is in its support in order to avoid the user leaves it anywhere else.
• If the reader is moved more than 15 metres away the dispenser, it is activated an acoustic alarm.

APPLICATION

• When the GK-7 controller asks for the vehicle identification, pass the reader at a distance of 5 cm over the TAG disc installed in the vehicle.
• When passing the reader, a “beep” will sound confirming the TAG reading. Then the controller display will show the message “Hang the reader”. When hung the reader, you will be able to start the supply.

COMPONENTS

• Wireless proximity reader for a personal and non-transferable identification of the vehicles.
• TAG KEYRING: Identifier system to identify the user. It is possible to configure the system so that the user is able to be identified only through a numerical code (PIN) or with the TAG KEYRING.
• TAG DISC: Identifier system to be fixed in the vehicle.
  • The disc has an inner hole that allows to be fixed with a rivet, screw, etc.
  • To identify the vehicle the user should pass the reader, at a distance of 5 cm, over the TAG DISC installed in the vehicle. Then, the vehicle will be automatically identified.
  • The dispenser will not start until the reader is hung again in its support.
• The reader has an internal battery that is automatically charged when it is is in its support.

COMPATIBILITIES

• Compatible with the GK-7C controller and the COMPACT, TOTEM and SHK dispenser models
• It replaces the magnetic key reader (iButton)
• It is not compatible with the controller that uses the communication kit via memory key (iButton).
• It is not compatible with the iButton identification either.