GE IC695CMM004-BF

Technical Specifications

• Serial Ports: 4 independent and isolated serial ports, with RJ – 45 interface.
• Communication Protocol: Supports Serial I/O, Modbus Master/Slave, CCM Slave, DNP3 Master/Slave, and custom protocols.
• Baud Rate: The baud range is 1200 to 115.2 k baud.
• Data Bits: 5 to 8.
• Parity: None, odd, even.
• Stop Bits: 1 or 2.
• Flow Control: None, RTS/CTS, Xon/Xoff.
• Power Consumption: Requires 0.7 amperes at 3.3 volts DC and 0.15 amperes at 5 volts DC.
• Overvoltage Rating: ±25 volts.
• Isolation: Port – to – port isolation is 500 volts DC (continuous operation), 710 volts DC (1 – minute operation); isolation between port and backplane is 250 volts AC.
• Operating Temperature: 0°C to 60°C.
• Standards Compliance: Meets CE, 1604, ATEX, and UL/CUL standards.

Function Features

• Multiple Protocol Support: It can be configured as Modbus slave, serial I/O, and Modbus master ports, etc., which is convenient for connecting with a variety of devices.
• Isolation Design: The isolation between ports and between the port and the backplane can effectively protect the module and the system from electrical noise and faults.
• Hot – swapping: Can be added and removed while the chassis power is on, which is convenient for maintenance and replacement.
• Diagnostic Function: Built – in comprehensive diagnostic function can monitor the system status in real – time and quickly locate faults.
• Programmable: The ports can be programmed through software, and the RS – 485/422 protocols support full – duplex and half – duplex operation.

Application Scenarios

• Manufacturing Industry: Used in automated production lines, such as the control and communication of CNC machine tools to ensure the accurate operation of equipment.
• Power Industry: Applied in power monitoring and control systems, realizing the communication between power generation equipment, power distribution equipment and control systems.
• Chemical Industry: In chemical production processes, it is used for the communication and control of various process parameters, such as the regulation of fluid flow and pressure.
• Food Processing Industry: Used in the automation control of food processing equipment, such as the speed control of conveyor belts and the operation control of packaging machines.