WOODWARD
Stock basso: 2 Sinistra
Woodward 1751-147 MPU (Magnetic Pickup Unit) Transformer Module
Woodward 1751-147 MPU (Magnetic Pickup Unit) Transformer Module
Manufacturer: WOODWARD
Product No.: 1751-147
Product Type: Transformer Module
Product Origin: USA
Payment: T/T
Weight: 1000g
Shipping port: Xiamen
Warranty: 12 months
Product Description
The Woodward 1751-147 is an MPU (Magnetic Pickup Unit) transformer module designed to interface with magnetic-pickup sensors. It conditions, isolates, and converts raw signals from MPUs into stable, safe signals suitable for turbine, engine, or generator control systems. The module supports multiple input channels for redundant or multi-sensor configurations, enhancing reliability and flexibility in speed measurement and monitoring. It is built for industrial environments and provides galvanic isolation to protect control electronics from high-voltage spikes or noise.
Technical Specifications
| Parameter | Specification / Detail |
|---|---|
| Part Number / Model | 1751-147 |
| Function | MPU transformer / signal-conditioning and isolation module |
| Input Type | Magnetic Pickup (MPU) sensor signals (frequency pulses proportional to shaft speed/position) |
| Output | Conditioned electrical signals compatible with turbine/generator/engine control modules |
| Channel Count | 4 independent MPU input channels |
| Isolation / Protection | Galvanic isolation between MPU inputs and control electronics; protects against over-voltage |
| Use Case / Compatibility | Compatible with turbine, engine, and generator control systems using MPU sensors |
| Form Factor | Electronic module for rack or cabinet installation inside control panels |
| Operating Environment | Industrial grade, designed for reliable operation under standard industrial conditions |
| Applications | Turbine speed monitoring/protection, generator set controls, engine speed sensing, industrial automation requiring MPU-based speed or position sensing |
| Reliability Features | Supports redundant inputs for improved system reliability |
