Technical Specifications CAN interface: CAN 2.0A/2.0B, 20 kbit/s to 1 Mbit/s baud rate; PROFIBUS DP-V1 slave interface; 24V DC power supply; operating temperature -25°C to +55°C; IP20 protection; 9-pin D-sub male CAN connector; 9-pin D-sub female PROFIBUS connector.
Functional Features CAN to PROFIBUS DP protocol conversion; supports 128 CAN transmit and receive PDOs; multiple CAN operation modes; automatic baud rate detection; galvanic isolation between networks.
Application Scenarios CAN-based machine integration into PROFIBUS control systems, automotive production equipment, medical devices, CAN sensor network connection to PLC.
Performance Parameters Fast CAN message processing; stable PROFIBUS communication; high protocol compatibility; wide baud rate support.
Material Composition Industrial plastic housing, fiberglass circuit board, CAN transceiver, PROFIBUS controller chip, gold-plated D-sub connectors.
Structural Characteristics Compact DIN rail mount form factor; rotary switches for address and baud rate setting; front status LEDs; dual D-sub connectors.
Working Principle Receives CAN messages from field devices, converts CAN data into PROFIBUS DP I/O format, and exchanges data with the PROFIBUS DP master; it also converts PROFIBUS output data into CAN messages and sends them to the CAN network.
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