Specification Details
Brand: Woodward
Product Type: Automatic Synchronizer Module
Model: SPM-A Synchronizer
Part Number: 9905-001
Function: Generator Synchronization Controller
Application: Generator Control Panel
Generator Compatibility: Diesel & Gas Generators
System Frequency: 50/60 Hz
Voltage Input: 115/230 VAC
Control Features: Phase Matching, Frequency Matching, Breaker Closure Command
Adjustable Settings: Phase Offset, Gain, Stability
Mounting Type: Panel Mount
Output Type: Breaker Close Command
Connection: Screw Terminal
Industrial Applications: Power Plants, Marine, Industrial Automation, Utility, Standby Power
Status: Used Excellent Working (As per photos)
Country Of Origin: Made In USA
Shipping: Fast & Safe Dispatch Across India & Worldwide Available.
| Brand | WOODWARD |
|---|---|
| Category | CONTROLLER |
The Woodward SPM-A Synchronizer 9905-001 is a precision automatic synchronizing controller designed for reliable synchronization of generators with utility grids or parallel generator systems. It continuously monitors generator voltage, frequency, and phase angle while automatically adjusting generator speed to achieve accurate synchronization before issuing the breaker closure command.
The SPM-A Synchronizer is widely used in diesel generator sets, gas engine generators, marine power systems, industrial plants, hospitals, data centers, and utility power applications. Its advanced synchronization technology minimizes mechanical stress on generators and circuit breakers while ensuring smooth and dependable power transfer.
Featuring adjustable Phase Offset, Gain, and Stability settings, the Woodward SPM-A offers flexible commissioning and optimized synchronizing performance across a wide range of generator installations. Built with Woodward's proven industrial reliability, this controller delivers stable performance in demanding environments.
Whether replacing an existing synchronizer or integrating into a new generator control panel, the Woodward SPM-A 9905-001 Synchronizer provides dependable generator synchronization and long-term operational reliability.