Why Choose the WAGO 750-464 2-Channel Analogue Input Module?
The WAGO 750-464 is a high-precision 2-channel analogue input module designed for the WAGO 750 Series distributed I/O system. It enables reliable acquisition of industrial analogue signals from sensors and transmitters, converting them into digital values for PLC and automation control systems.
This module supports ±20 mA current input signals, making it ideal for monitoring process instrumentation such as pressure transmitters, flow sensors, level transmitters and other industrial measurement devices. Each input channel provides accurate signal conditioning and analogue-to-digital conversion to ensure stable and reliable data acquisition.
Integrated seamlessly with WAGO fieldbus couplers and controllers, the 750-464 forms part of scalable distributed I/O architectures used in manufacturing systems, energy infrastructure and building automation networks.
Key Advantages
- Reliable 2-channel analogue current measurement.
- Supports ±20 mA current input signals.
- High-resolution signal conversion for accurate process monitoring.
- Compact module for WAGO 750 Series distributed I/O systems.
- Seamless integration with WAGO controllers and fieldbus couplers.
- Ideal for industrial process instrumentation.
Key Features
- 2 analogue current input channels.
- ±20 mA input range.
- High-resolution analogue-to-digital conversion.
- Integrated signal conditioning.
- Status LEDs for module diagnostics.
- CAGE CLAMP® spring terminals for secure wiring.
- Compatible with WAGO 750 Series fieldbus couplers and controllers.
Industrial Analogue Signal Acquisition
Current loop signals such as 4–20 mA are widely used across industrial automation systems because they provide noise-resistant signal transmission over long cable distances. These signals are commonly used by transmitters measuring pressure, temperature, flow and other process variables.
Modules such as the WAGO 750-464 convert these analogue signals into digital data for PLCs and controllers, enabling accurate monitoring and control across distributed industrial automation networks.
Typical Applications
- Industrial process monitoring using 4–20 mA transmitters.
- Pressure, flow and level sensor integration.
- Manufacturing automation and machine monitoring.
- Energy systems and infrastructure monitoring.
- Building automation and environmental control systems.
