CP1W-8ET1 Temperature Control Module | 2 Analog Inputs | Digital Output | PLC Expansion Module
SKU: CP1W-8ET1Omron CP1W-8ET1 industrial temperature control module with 2 analog inputs and digital output for CP1 series PLCs. Ideal for precise temperature regulation in manufacturing automation systems.
Key Features
- Two analog inputs for thermocouple or RTD temperature sensor connection
- Integrated digital output for direct control of heating/cooling devices
- Seamless expansion for Omron CP1 series PLCs in automation systems
- Simplifies temperature control without external PID controllers
- Compact design for flexible installation in control panels
Precision Temperature Control Module for CP1 Series PLCs in Industrial Automation
The Omron CP1W-8ET1 is a dedicated temperature control expansion module designed for seamless integration with CP1 series Programmable Logic Controllers (PLCs). This industrial-grade module provides two analog inputs for connecting thermocouples or RTD sensors, enabling precise temperature monitoring and regulation in manufacturing processes. Featuring a digital output for direct control of heating or cooling elements, the CP1W-8ET1 simplifies complex temperature control applications without requiring separate PID controllers. Engineered for reliability in demanding industrial environments, this module supports multiple temperature sensor types and offers easy configuration through the PLC programming software. The compact design allows for flexible system expansion, making it an essential component for automation systems in plastics processing, packaging, food production, and HVAC control where accurate temperature management is critical for product quality and process efficiency.
Technical Specifications
| Module Type | Temperature Control Expansion Module |
|---|---|
| Compatible PLC Series | Omron CP1 Series |
| Analog Inputs | 2 channels |
| Sensor Compatibility | Thermocouples, RTDs |
| Output Type | Digital output for control |
| Primary Application | Industrial temperature regulation |