Why Choose the WAGO 750-450 4-Channel RTD Analog Input Module?
The WAGO 750-450 is a precision 4-channel RTD analog input module designed for the WAGO I/O System 750. It enables PLCs and industrial controllers to measure temperature accurately using resistance temperature detectors (RTDs) such as Pt100 and Pt1000 sensors.
The module measures resistance values from connected sensors and converts them into temperature values using internal linearisation. It supports platinum and nickel resistance sensors as well as resistance measurement and potentiometer inputs, making it suitable for a wide range of industrial temperature monitoring applications. :contentReference
Designed for distributed automation systems, the module integrates seamlessly with WAGO fieldbus couplers and programmable controllers. Its compact DIN rail format and reliable CAGE CLAMP® connection technology allow quick installation and secure wiring within industrial control cabinets.
Key Advantages
- High-accuracy 4-channel RTD analog input module.
- Supports Pt and Ni resistance temperature sensors.
- Compatible with 2-, 3- or 4-wire RTD sensor connections.
- Integrated linearisation for direct temperature measurement.
- Flexible configuration using WAGO-I/O-CHECK or control software.
- Compact DIN rail module for distributed automation systems.
Key Features
- 4 analog input channels.
- RTD temperature measurement.
- Configurable sensor types including Pt100, Pt200, Pt500, Pt1000, Ni100 and Ni120.
- Resolution up to 0.01 °C in selected ranges.
- 16-bit process data per channel.
- Automatic temperature linearisation.
- LED diagnostics for sensor errors.
- DIN rail mounted modular design.
Industrial Temperature Measurement
Accurate temperature monitoring is essential for industrial automation systems controlling manufacturing processes, HVAC equipment and energy infrastructure. RTD sensors provide stable and precise temperature measurement across a wide operating range.
The WAGO 750-450 module converts resistance values from RTD sensors into digital temperature data that can be processed by PLCs and control systems. This enables engineers to implement precise monitoring and control loops within distributed automation architectures. :contentReference
Typical Applications
- Industrial temperature monitoring systems.
- Process control and instrumentation.
- HVAC and building automation.
- Manufacturing process monitoring.
- Energy and utility infrastructure.
