A-B 1756-IRT8I
A-B 1756-IRT8I Module Description in Chinese
Product name
English: Allen-Bradley 1756-IRT8I 8-channel thermocouple/Resistance temperature detector analog input module
English: Allen-Bradley 1756-IRT8I 8-Channel RTD/Thermocouple Analog Input Module
Product description
The Allen-Bradley 1756-IRT8I module is an integral part of Rockwell Automation’s ControlLogix series PLC. It is specifically designed to capture temperature signals from thermocouples and resistance temperature detectors (RTDS) and convert them into digital signals that can be recognized by PLCS. The module is widely used in industrial process control, environmental monitoring and other fields to measure and control various temperature parameters.
Product parameters and specifications
Number of channels: 8 independent analog input channels
Input type: Mainly used to collect temperature signals of thermocouples and RTDS
Thermocouple type: Support a variety of thermocouples, such as K type, J type, etc
RTD type: Supports multiple types of RTDS, such as Pt100 and Pt1000
Accuracy: High precision, can accurately measure the temperature
Isolation: Each channel usually has an isolation function to prevent mutual interference
Configuration: Flexible configuration through programming software, including thermocouple type, RTD type, range, etc
Working environment: Suitable for industrial environment, with high reliability
Main feature
Designed for temperature measurement: Designed for collecting thermocouple and RTD signals with high accuracy.
Multi-channel: One module can provide 8 temperature measurement channels, which improves the scalability of the system.
Flexible configuration: can be adapted to various temperature measurement requirements.
High reliability: suitable for harsh industrial environments.
Application field
Process control: used to measure the process temperature and realize the control of the process.
Environmental monitoring: Used to measure ambient temperature and monitor environmental conditions.
Reviews
There are no reviews yet.