Signal Converters

WeCAN™ Display is a general-purpose display module for showing the physical values of the CAN bus (FMS bus) messages in text format. The device is available as a separate display unit or as a display integrated into the instrument panel. WeCAN™ Display is a display module built with a high contrast LCD display and two bright LEDs. Via its built-in CAN interface it can be connected to any ISO11898-2 standard conform CAN bus.

AD2CAN™ is an 8 channel 12-bit analog digital converter system integrated into a CAN bus digital interface environment. The tool is ideally used for vehicles with CAN bus network to post  supply sensors, because it has 2 independent power supply output (5V, 10V), which facilitate the system integration of various sensors.

GPS2CAN™ provides GPS based Position, Time/Date and Velocity data for CAN networks according to SAE J1939 standard. Any GPS receiver can be connected to the GPS2CAN™ input, witch has an NMEA 0183 compatible output. GPS2CAN™ also has a built-in power supply output for direct supply of GPS receivers if necessary.

TAHO2CAN™ provides a digital CAN interface for analog tachographs. The TAHO2CAN™ measures the output impulses of an analog tachograph and calculates the digital values of vehicle speed and distance traveled, thus making SAE J1939 compliant speed and distance signals available e.g. for fleet management systems in vehicles, where CAN data are missing from the tachograph.

WS2CAN™ is a flexibly configurable two channel analog speedometer with a CAN bus output interface, that processes the signals of two speed sensors connected to the inputs, and sends the measured wheel speed data to the CAN bus output in digital format. WS2CAN™ handles the sinusoidal signals of passive inductive speed sensors in real-time, thus even a ABS control unit can be controlled.

With the use of IO4CAN™ external digital signals can be connected to existing CAN bus systems. IO4CAN™ samples its digital inputs with predefined acquisition time and transfers them to the CAN bus with a specified repetition rate. In inverse operation IO4CAN™ changes the state of its digital outputs according to the content of the received CAN message. This operation mode enables the digital switch on/off control of any device.