| Attribute | Value |
|---|---|
| Brand | WAGO |
| Series | SER. 750 |
| Item Number | 750-461 |
| Type | 2AI PT100 (RTD) |
| Wire Size Range | 0.08 – 2.5 mm² / AWG 28-14 |
| Certification | KEMA 01ATEX1024X, EEX NA II T4, II3G |
| Temperature Code | T4A, 55°C Max Ambient |
| Operating Voltage | 24V DC |
| Explosion Class | CL I DIV 2, GRP. A B C D |
| Additional Markings | 81009, 29083B07—-04, 68 3312108, 02008511871950081009 |
| Barcode / Reference Codes | 1 X 750-461, 4 045454 486679 |
| Stock Item | Analogue Input X2 Terminal |
| Maker | WAGO Corporation |
| Maker Reference | 750-461; 151920378 |
| Stock Type Number | GEN964.008.0047 |
| Version | V5.2 |
| Weight | 70 gm |
| Condition | New, 1 PCS |
| Reference Number | 44577 |
What is the WAGO 750-461 Analogue Input Module X2?
The WAGO 750-461 Analogue Input Module X2 is a high-precision two-channel analog input module used to read and condition analog signals like voltage or current in automation systems. Being part of WAGO’s highly acclaimed 750 Series I/O System, this module provides precise integration within distributed control designs, hence its preference in PLC-based, DCS-based, and industrial automation solutions.
This module serves as the link between sensors and control units—translating real-world physical parameters such as pressure, temperature, or flow into electrical signals that automation systems can read. Constructed with WAGO’s signature reliability and accuracy, the 750-461 module provides reliable signal acquisition, immunity to noise, and multi-signal standard compatibility.
Main Features of the WAGO 750-461 Analogue Input Module X2
Two Independent Analog Input Channels
Supports connection of multiple analog devices—perfect for sensors that provide voltage or current signals (0–10 V, ±10 V, 0–20 mA, or 4–20 mA).
High Signal Precision and Stability
Designed to be precise, the module offers low drift and high-resolution inputs for accurate process control and measurement.
Galvanic Isolation for Greater Safety
Each channel is electrically isolated to safeguard both the connected devices and the controller from voltage spikes or signal interference.
Compact and Modular Design
The compact DIN-rail form factor conserves panel space and eases installation—ideal for distributed or modular automation systems.
Direct Support for WAGO 750 Series Controllers
Easily integrates with WAGO PLC and I/O systems for simple configuration via WAGO-I/O-PRO software.
Status LED Indicators
Front-panel LEDs enable rapid diagnosis of signal and operation status, minimizing downtime during maintenance.
Industrial-Grade Reliability
Built to operate in harsh industrial conditions—withstanding temperature changes, vibration, and electrical noise.
Applications of the WAGO 750-461 Analogue Input Module X2
WAGO 750-461 module has very diverse applications in areas where processing of analog signals is essential to control and monitor operations, including:
Process Automation – To measure pressure, flow, and temperature in chemical plants, food processing plants, and pharmaceutical plants.
Marine Automation – Applied on vessels and ships to monitor engine parameters and weather conditions.
Industrial Machine Control – Provides smooth motor, valve, and actuator control from real-time feedback.
Building Automation – Manages HVAC, light, and energy management systems with accurate analog inputs.
Energy and Utility Applications – Suitable for measurement of voltage, current, and other electrical variables in power distribution and renewable systems.
Water and Wastewater Treatment – Reads flow and level signals accurately for process optimization.
Why Choose the WAGO 750-461 Analogue Input Module X2?
Selecting the WAGO 750-461 is an investment in reliability, flexibility, and accuracy—all supported by WAGO’s decades of automation experience.
Established WAGO Quality: Reliable around the globe for strong engineering and German manufacturing quality.
Flat Versatile Integration: Conveniently configurable as part of existing WAGO I/O networks or third-party PLC systems.
Long-Term Reliability: Low failure rate and excellent environmental resistance minimize maintenance expenses.
Compact Efficiency: High performance in a compact form factor—well suited for high-density control cabinets.
Increased Signal Reliability: Precise analog measurements result in higher process efficiency and product quality.
