Compact CAN controller - universal and ideal for use in the automotive sector for applications as a decentralized function extension, as an independent PLC, as a monitoring unit or for recording measured values.

Inputs / outputs freely graphically programmable with CarsGraf ©.

Typical applications:
Control unit for central electrics, fuse monitoring, relay control, output / input expansions, connection of binary and analog sensors via CAN bus.

Inputs: up to 9
- 9 digital (optional 2 frequency inputs max. 10kHz) or 9 analog (0-30V, 10 (12) bit)

Outputs: up to 14
- 6 Open collector 100mA
- 4 HSD 1A
- 2 Motor bridge 2A (or 4x HSD 2A or Low Side 2A or 4x Proportional controller - Current control)

Intefaces:
- 1 CAN High Speed (CAN Low Speed or RS232 optional)
The ports IO1- IO6 can be used as inputs or as outputs.
The ports IO2 and I9 are usable as frequency inputs up to max. 10kHz.

The motor bridges can also be used as individual high / low-side outputs.
There are separate connections for the power and logic supply voltage.
A reference voltage can be tapped for precise analog measurements (optional).

Internal temperature measurement.
Internal potentiometer.
Internal voltage measurement.
Overcurrent / Over load detection motor bridge 1 & 2.

CAN for especially harsh environments
- Overvoltage protection up to ±36 V
- Loss of ground protection, overtemperature (thermal shutdown)
- Protection, and common-mode transient
- Protection of ±100 V.
- Bus Pins Fault Protection Exceeds ±36 V
- Bus Pins ESD Protection Exceeds ±16 kV HBM
- Compatible With ISO 11898-2

CAN bus interface
according to ISO 11898-5: Highspeed CAN wake on CAN
according to CAN 2.0 B: 29 bits extended address identifier
Baud rate: 20 kBit / s to 1000 kBit / s (250 kBit / s default value)

CAN bus high or low speed (other interfaces such as CANopen, SAE J1939, RS232 optional). Use as master, slave module or expansion (I/O).

Programming can be done graphically or via C development system.
The functional scope (memory / register access or bus communication) can be limited in graphic programming.
Programming with the C development system requires programming and hardware knowledge.