Why Choose the WAGO 750-461/000-007 Thermocouple Input Module?
The WAGO 750-461/000-007 is a reliable 2-channel thermocouple input module designed for integration with the WAGO 750 Series distributed I/O system. It enables direct connection of industrial thermocouple sensors and converts the measured temperature signals into digital values for PLCs and automation controllers.
This variant supports Type T thermocouple sensors and includes integrated cold junction compensation, ensuring accurate temperature measurement even when ambient temperatures change. The module automatically linearises thermocouple signals and transmits the measured values via the WAGO I/O backplane to the control system.
With its compact DIN rail design and seamless compatibility with WAGO fieldbus couplers and controllers, the 750-461/000-007 provides dependable temperature monitoring for industrial automation, thermal processes and machinery protection applications.
Key Advantages
- Reliable 2-channel thermocouple temperature measurement.
- Supports Type T thermocouple sensors.
- Integrated cold junction compensation for improved accuracy.
- Automatic signal linearisation for precise measurement.
- Sensor diagnostics including wire break detection.
- Designed for the modular WAGO 750 Series distributed I/O platform.
Key Features
- 2 analogue thermocouple input channels.
- Supports Type T thermocouples.
- Automatic cold junction compensation.
- 16-bit measurement data resolution.
- Typical conversion time approx. 250 ms.
- Integrated diagnostics including line break monitoring.
- CAGE CLAMP® spring terminals for secure wiring.
- Compact DIN rail module for industrial control cabinets.
Industrial Temperature Monitoring
Thermocouple sensors are widely used in industrial automation for measuring temperatures across manufacturing processes, heating equipment and energy systems. Their wide operating range and durability make them ideal for demanding industrial environments.
The WAGO 750-461/000-007 integrates thermocouple measurements directly into PLC and automation systems, enabling precise monitoring, process control and equipment protection across distributed automation architectures.
Typical Applications
- Industrial heating and cooling system monitoring.
- Manufacturing process temperature control.
- Energy and power generation systems.
- Machine temperature monitoring and protection.
- Industrial automation and environmental monitoring.
