DS200SLCCG3A Thermocouple terminal board

DS200SLCCG3A Thermocouple terminal board
DS200SLCCG3A is a thermocouple terminal board in GE (General Electric) Mark VIe control system, and its high-precision, multi-channel, modular design features make it an indispensable part of industrial process control systems. Interface module for connecting thermocouple sensors to GE Mark VIe control system. It is designed for precise measurement and transmission of temperature data, ensuring temperature monitoring and control in industrial processes.

Key features and benefits:
Multi-channel support: The terminal board supports multi-channel input and can connect multiple thermocouple sensors at the same time, improving the measurement capability and efficiency of the system.
High precision temperature measurement: Designed for precise temperature measurement, providing high precision data acquisition to ensure the accuracy and reliability of temperature control.
Modular design: The modular structure makes installation, maintenance and expansion easier, reducing system downtime and maintenance costs.
Compatibility: Fully compatible with GE Mark VIe control system, ensuring smooth system integration and overall performance optimization.
Advanced diagnostic function: Built-in self-diagnostic function can monitor module status in real time, quickly identify and report faults, and improve the overall reliability of the system.
Durability: Rugged design for harsh industrial environments and stable operation under high temperature, vibration and other adverse conditions.

Operational applications:
Widely used in power plants, oil and gas, chemical and petrochemical, manufacturing, food and beverage and other fields, for a variety of equipment temperature monitoring and control.
Operation and maintenance recommendations:
The thermocouple sensor and terminal plate are calibrated regularly to ensure the accuracy of temperature measurements.
Ensure that the operating environment meets the requirements of the terminal board temperature, humidity, and electromagnetic compatibility to prevent environmental factors from affecting the device.
Periodically check the connection between the thermocouple sensor and the terminal plate to ensure good contact and stable data transmission.
Maintain detailed maintenance records of all calibration, testing and repair activities to help track module health and history and optimize maintenance schedules.
Maintain an appropriate amount of spare parts in stock so that they can be replaced quickly in the event of a failure, reducing system downtime.