Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
WAGO 750-435 intrinsically safe NAMUR digital input module for the WAGO I/O System 750 designed for hazardous area sensor monitoring.
£75.74
The WAGO 750-435 is a specialised 1-channel NAMUR digital input module designed for the WAGO I/O System 750. It enables PLCs and industrial controllers to monitor signals from NAMUR sensors and intrinsically safe field devices, making it ideal for hazardous area monitoring within process automation systems.
The module records binary signals from sensors operating in Zone 0 and Zone 1 hazardous environments. NAMUR sensors, optocouplers, and mechanical contacts can be connected via approved intrinsically safe devices, allowing reliable signal acquisition in explosive atmospheres. :contentReference
Each connected sensor receives a short-circuit-protected 8.2 V supply, while built-in diagnostics detect wiring faults such as short circuits or wire breaks. The module integrates seamlessly with WAGO fieldbus couplers and controllers, providing safe and reliable monitoring for critical industrial processes. :contentReference
NAMUR sensors are commonly used in hazardous industrial environments such as chemical plants, oil refineries and pharmaceutical production facilities. They operate using defined current levels to represent switching states, allowing intrinsically safe monitoring without the risk of ignition.
The WAGO 750 Series provides a modular distributed I/O platform that allows engineers to integrate hazardous area sensor signals into modern PLC control systems. This architecture enables safe monitoring of process equipment while maintaining reliable communication with automation controllers.
Tick the specs you need, then view products that match.
| Number of I/O | 1 | |
|---|---|---|
| Product Series | WAGO I/O System 750 | |
| Device Type | Digital I/O Module | |
| Digital Inputs | 1 | |
| Signal Type / Function | Digital | |
| IP Rating | IP20 | |
| Series | WAGO I/O System 750 | |
| Module type | NAMUR digital input module | |
| Number of inputs | 1 channel | |
| Signal type | NAMUR | |
| Sensor connection | 2-wire NAMUR sensor | |
| Sensor supply voltage | 8.2 V DC (short-circuit protected) | |
| Signal current (0) | ≤ 1.2 mA | |
| Signal current (1) | ≥ 2.1 mA | |
| Input filter | approx. 3 ms | |
| Diagnostics | Wire break and short-circuit detection | |
| Isolation | Electrical isolation between field and system levels | |
| System supply voltage | 5 V DC via system bus | |
| Field supply voltage | 24 V DC (Ex i power supply) | |
| Connection technology | CAGE CLAMP® spring terminals | |
| Mounting | 35 mm DIN rail | |
| Module width | approx. 12 mm | |
| Protection rating | IP20 | |
| Operating temperature | approx. 0 °C to +55 °C | |
| Explosion protection | ATEX / IECEx intrinsically safe Ex i | |
| HS Code | 85389099 | |
| Country of Manufacture | Germany |
The module monitors signals from NAMUR sensors and intrinsically safe devices and transmits their switching status to a WAGO controller or fieldbus coupler.
The module provides one NAMUR digital input channel designed for hazardous area sensor monitoring.
The module is designed for intrinsically safe applications with NAMUR sensors in Zone 0 and Zone 1 areas, while the I/O system itself is installed in Zone 2 or non-hazardous locations.
The module can detect wiring faults such as short circuits and wire breaks, providing clear diagnostic information through LED indicators.
The module mounts onto a standard 35 mm DIN rail and uses WAGO CAGE CLAMP® spring terminals for secure vibration-resistant wiring.
WAGO 750 Series I/O modules are widely used by system integrators and process automation engineers to build reliable distributed control systems across industrial and hazardous environments.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.