FOXBORO FBM207

FOXBORO FBM207 is a thermocouple input module designed for industrial process control systems. It is used to receive millivolt level signals from thermocouple sensors and convert these analog signals into digital signals for processing by a PLC or DCS system. The module is usually used to measure temperature and is widely used in petrochemical, electric power, metallurgy and other industries.

Product parameters and specifications:
Model: FBM207
Type: Thermocouple input module

Number of channels: Usually 4 or 8 channels (depending on model)
Input signal type: Thermocouple signal (K, J, T, etc.)
Input impedance: High impedance to reduce the impact on the thermocouple
Accuracy: High precision, please refer to the product data sheet for specific accuracy
Isolation: Electrical isolation between channels
Communication interface: Usually compatible with FOXBORO DCS
Power supply: (Please refer to the product data sheet for specific power supply voltage and current)
Working temperature: (Please refer to the product data sheet for specific working temperature range)
Mounting method: DIN rail mounting
Main functions:
Thermocouple signal acquisition: Converts the millivolt signal output by the thermocouple sensor into a digital signal.
Signal linearization: the nonlinear characteristics of the thermocouple are compensated to improve the measurement accuracy.
Cold end compensation: with cold end compensation function, eliminate the influence of cold end temperature on measurement results.
Fault diagnosis: With self-diagnosis function, you can detect the fault of the module itself and the connected device.
Multi-point calibration: Support multi-point calibration to improve measurement accuracy.
Application field:
Process control: used to measure the process temperature and realize the control of the process.
Data acquisition: Used to collect temperature data for data analysis and storage.