Safe contactless connector to the CANbus (j1939/j1708)
Fuel level sensors for constant fuel tank control
In-line fuel flow meters for exact fuel consumption measurment
Weight control on air and spring suspension vehicles
Signal converter and CANbus data sorting devices
The level sensors are used for accurate level measurement in fuel tanks of vehicles and stationary tanks. The sensor precisely measures fuel level in the tank and sends signal to the tracking device. The user gets reports on current fuel tank volume and its changes and so provides detection of fuel theft, refueling on the gas stations and average fuel consumption.
DFM is a precise tool for fuel consumption measurement. It is installed directly to the fuel supply line and calculates exact amount of fuel which is consumed by the engine. DFM provides actual fuel consumption data, actual machinery working hours, fuel theft detection and prevention and fuel consumption optimization for ECO-driving applications.
Axle load sensors GNOM are used in vehicles telematics systems to measure axle load of a vehicle. It is used to prevent transportation of unauthorized cargo, to prevent overload, to optimize the load of the vehicle and detect loadings and unloadings. Can be used on variety of vehicles – from buses to garbage trucks. It works with air suspension and with leaf spring suspension.
Device for safe, contactless connection to the CANbus of the vehicle. It reads can bus data through the isolation of wires without damaging them and forwards signals to tracking device. The user gets the very same information from the CANbus as if he connected to it directly, and since wires are not damaged – this type of connection to the CANbus will not affect vehicles warranty.
MasterCAN works as a sorter of messages and as a converter of signals from the CANbus of the vehicle and sends pre-processed data to the data acquisition device, like GPS tracker. It works with j1939 and j1708 protocols. All devices have a non-feedback device CANCrocodile, so warranty will not be affected.