Why Choose the WAGO 750-480 Analogue Input Module?
The WAGO 750-480 is a reliable 2-channel analogue input module designed for the WAGO 750 Series distributed I/O system. It enables PLCs and industrial automation controllers to capture analogue current signals from field devices and convert them into digital process values for monitoring, diagnostics and control.
The module supports the widely used 4–20 mA industrial current signal standard, making it suitable for connecting sensors, transmitters and industrial instrumentation. Its integrated signal conditioning ensures stable and accurate signal acquisition within distributed automation architectures.
When combined with WAGO fieldbus couplers and programmable controllers, the 750-480 allows engineers to build scalable distributed control systems for manufacturing equipment, process plants and building automation installations.
Key Advantages
- Reliable 2-channel analogue current input.
- Supports standard 4–20 mA industrial signals.
- High-resolution conversion for precise signal monitoring.
- Compact module designed for WAGO 750 Series distributed I/O systems.
- Seamless integration with WAGO fieldbus couplers and controllers.
- Ideal for connecting sensors, transmitters and process instrumentation.
Key Features
- 2 analogue input channels.
- Designed for 4–20 mA current signal inputs.
- High-resolution analogue-to-digital conversion.
- Status LEDs for diagnostics and module operation.
- CAGE CLAMP® spring terminals for secure wiring.
- Compatible with WAGO 750 Series fieldbus couplers and controllers.
Industrial Signal Monitoring
Analogue current signals such as 4–20 mA are widely used in industrial automation because they provide reliable and noise-resistant transmission over long cable distances. These signals are commonly generated by pressure transmitters, flow sensors, level sensors and temperature instrumentation.
Modules like the WAGO 750-480 convert analogue current signals into digital process values for PLCs and automation controllers, enabling accurate monitoring and control across distributed industrial automation networks.
Typical Applications
- Industrial sensor and transmitter integration.
- Process monitoring and instrumentation systems.
- Manufacturing equipment control.
- Energy infrastructure and utilities monitoring.
- Building automation and HVAC control systems.
