GE IS200VCRCH1B Discrete Input/Output Board Card

Basic Parameters:

• Input Voltage: 24V DC

• Output Voltage: 0~10V DC

• Operating Temperature Range: -40℃ to 70℃

• Storage Temperature Range: -40℃ to 85℃

• Dimensions: 120mm × 80mm × 40mm

• Power Consumption: 2W

• Number of Channels: 48 digital input channels, 24 relay output channels

• Communication Interface: Modbus TCP/IP

• Protection Rating: IP65

• High Reliability: Adopts industrial-grade components to ensure stable operation in harsh environments.

• Modular Design: Facilitates installation and maintenance, reducing usage costs and labor costs.

• Flexible Configuration: Input and output signals can be flexibly configured to meet different application requirements.

• High-performance Processing: Equipped with a high-performance processor and sufficient memory, supporting complex data processing and control functions.

• Thermal Power Plants / Hydropower Plants / Gas-fired Power Plants:
  As the core I/O component of the generator set control system, it is used to collect discrete signals of on-site equipment (such as valve status, circuit breaker switch signals, motor start-stop feedback, etc.) and output control commands (such as triggering relay actions, driving solenoid valves, etc.), realizing the linkage control of key equipment such as steam turbines, boilers, and generators, and ensuring the stable operation of the power generation process.

• New Energy Power Generation: In wind turbine generators and biomass power generation systems, it is used to monitor discrete signals such as wind turbine blade angles and hydraulic system status, and control actuators such as yaw motors and pitch systems to meet the dynamic adjustment needs of new energy power generation.

• Large Motors and Speed Regulation Systems:
  Applied in the drive control systems of equipment such as rolling mills, crushers, and conveyors in metallurgy, mining, chemical and other fields. It collects discrete inputs such as motor overload protection signals and cooling system status, and outputs commands such as start-stop control and fault reset to ensure the safe and efficient operation of the drive system.

• Rail Transit Traction Systems: In the control of traction converters for subways and high-speed railways, it is used to collect contactor status, temperature switch signals, etc., and output control commands to adjust the operation of traction motors, ensuring stable start-stop and speed regulation of rail transit.

• Metallurgy and Steel: In the automatic control of steelmaking furnaces and rolling mill production lines, it collects equipment limit signals, safety interlock signals, etc., and outputs commands such as valve control and roller table start-stop to realize precise coordination of the production process.

• Chemical and Petrochemical: Used for the control of reaction kettles, pumps and other equipment. It collects discrete signals such as pressure switches and liquid level switches, and outputs commands such as equipment start-stop and emergency shutdown to ensure the safety and continuity of chemical production.

• Cement and Building Materials: In the kiln control and material conveying systems of production lines, it coordinates the operation of crushers, conveyors, fans and other equipment through the interaction of discrete I/O signals to optimize production efficiency.

• Marine Power Systems: Used in the control systems of marine main engines and auxiliary engines. It collects signals such as fuel pump status and cooling water flow switch signals, and outputs control commands to adjust power output, ensuring the stability of ship navigation.

• Offshore Platform Equipment: In offshore oil drilling platforms and offshore wind power platforms, it is used for discrete signal interaction in the control of drilling equipment, lifting machinery, etc., to meet the high reliability requirements of the marine environment.