USD 178.73
4-channel 0–10 VDC single-ended analog input, 12-bit, 10 ms conversion, 500 V isolation, 12 mm wide.
WAGO 750-459 is a 4-channel analog input module for the WAGO I/O System 750/753. It accepts single-ended 0...10 VDC signals and is electrically isolated for industrial control and process automation use. The module uses 5 V system supply via data contacts and 24 VDC field supply via power jumper contacts. Technical sources report 12-bit resolution, 10 ms conversion time, >100 kΩ input resistance, ±40 V maximum input voltage, and 500 V system/field isolation. Mechanical data indicate a compact 12 mm width, 64 mm height from DIN rail, 100 mm depth, and approximately 51 g weight.
| Parameter | Value |
|---|---|
| Product type | 4-channel analog input module |
| Signal type | Single-ended |
| Input signal range | 0 V ... 10 V |
| Number of inputs | 4 |
| Resolution | 12 Bit |
| Conversion time | 10 ms |
| Input resistance typ. | >100 kΩ |
| Input voltage max. | ±40 V |
| System supply voltage | 5 VDC via data contacts |
| Field supply voltage | 24 VDC (-25 ... +30 %) via power jumper contacts |
| Current consumption (5 V system supply) | 65 mA |
| Isolation | 500 V system/field |
| Connection technology | 8 x CAGE CLAMP® |
| Width | 12 mm |
| Height from DIN 35 rail | 64 mm |
| Depth | 100 mm |
| Weight | approx. 51 g |
| Current via power jumper contacts max. | 10 A |
Use the module to bring four 0–10 V sensor signals into a WAGO 750/753 controller in a small footprint while preserving galvanic separation between field and system side.
Densely packages multiple voltage sensors into a narrow DIN-rail slice without sacrificing isolation or measurement integrity.
Ideal for reading potentiometric or voltage-output feedback signals from equipment such as valve actuators, dampers, or drive references where single-ended 0–10 V monitoring is required.
Converts standard industrial analog voltage feedback into PLC-readable data with sufficient resolution and robust input tolerance.
Fits retrofit projects where legacy 0–10 V transmitters must be integrated into a modern distributed I/O station with standardized CAGE CLAMP wiring and isolated field supply.
Enables modernization of older analog systems without rewiring to nonstandard signal conditioning hardware.
