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The 9907-186 is a high-performance GS10 Series Load Sharing Module developed by Woodward, Inc. for parallel generator operation and proportional load distribution control.
This module monitors real power (kW) output using PT (Voltage) and CT (Current) sensing signals, then generates a proportional load-sharing bias signal to engine speed governors. It enables multiple generators of different capacities to operate together efficiently without overloading individual units or causing reverse power conditions.
The module is widely used in microgrids, marine propulsion systems, and utility backup power plants where stable load distribution is critical. Its analog control architecture includes anti–load-hunting protection to maintain stable load sharing between paralleled generators.
| Parameter | Specification |
|---|---|
| Model | 9907-186 |
| Series | GS10 Load Sharing Series |
| Primary Function | Proportional kW Load Sharing |
| Input Voltage | 115 / 230 VAC PT sensing inputs |
| Frequency Compatibility | 50 Hz / 60 Hz |
| Output Compatibility | Woodward 2301A / EPG / 723 governors |
| Load Tuning | Gain and stability potentiometer adjustment |
| Protection Logic | Anti–load hunting stabilization |
| Operating Environment | Industrial engine room conditions |
| Dimensions | 22.2 × 8.0 × 26.6 cm |
| Weight | 2.16 kg |
Multi-generator power plants
Marine propulsion and shipboard power systems
Hospital and data center backup generation
Remote and decentralized microgrid installations
Can generators with different capacities share load?
Yes. The module supports proportional load sharing based on each generator’s rated capacity.
Is it compatible with non-Woodward governors?
Yes, if the governor accepts analog bias load-sharing signals.
What is the advantage of GS10 series load sharing?
GS10 provides improved stability algorithms and faster response compared to legacy load-sharing sensors.