⚙️ WOODWARD 2301A Load Sharing and Speed Control 9907-018 REV.H
The Woodward 2301A Load Sharing and Speed Control 9907-018 REV.H is a high-performance analog governor designed for precise load distribution and engine speed control in multi-generator systems. It is ideal for applications requiring consistent frequency regulation and stable load sharing among paralleled generators or engines. This controller plays a critical role in ensuring synchronized and efficient power generation in industrial environments.
📋 Product Datasheet Overview
| Parameter | Description | 📌 |
|---|---|---|
| Model Number | 2301A | 🔖 |
| Part Number | 9907-018 REV.H | 🆔 |
| Function | Load sharing and speed control | 🎯 |
| Control Type | Analog proportional-integral control | ⚙️ |
| Speed Range | 500 to 15000 RPM (adjustable via potentiometer) | 📉 |
| Input Signal | MPU (Magnetic Pickup) input – 1 to 120 VRMS | 🔌 |
| Load Sharing Signal | 0–6 VDC for paralleling support | 🔗 |
| Power Supply | 20–40 VDC | 🔋 |
| Temperature Range | -40°C to +85°C | 🌡️ |
| Mounting | Panel or wall-mounted; standard DIN configuration | 🧱 |
| Gain & Stability | Adjustable via built-in trimmers | 🎛️ |
| Compliance | CE certified, RoHS compliant | ✅ |
✨ Key Features
- Accurate Load Sharing
Provides stable load distribution across multiple generators, optimizing fuel usage and minimizing mechanical stress. - Proven Analog Control
Offers reliable analog-based speed regulation, ideal for applications that do not require digital complexity. - Flexible Configuration
Includes adjustable gain, droop, and speed settings via onboard potentiometers, making it suitable for a wide variety of engine types. - Enhanced Stability
Dynamic response and loop gain control reduce the risk of hunting or system oscillation during load changes. - Parallel Operation Ready
Fully compatible with droop and isochronous load sharing configurations in both island and grid-tied modes.
📰 Industry News Highlight
In 2025, the demand for resilient and scalable energy systems continues to surge across the oil & gas, marine, and microgrid sectors. Analog load sharing controllers like the Woodward 2301A remain crucial for operators seeking dependable, low-maintenance solutions that withstand harsh environments. Their ability to ensure synchronized load balancing and eliminate generator overloading makes them indispensable in hybrid and off-grid power systems.
Additionally, the increased integration of renewables has elevated the importance of precise load control hardware that complements battery storage and inverter-based systems. Woodward’s legacy in fuel efficiency and generator protection is now being adapted into modern energy ecosystems, ensuring operational continuity even under dynamic load conditions.
🔗 Related Product Links
🔍 Recommended Similar Models
| Brand | Model | Function | Application | Highlights |
|---|---|---|---|---|
| Woodward | 2301D Digital | Digital Speed & Load Control | Prime & standby gen-sets | Modbus, Ethernet, advanced tuning |
| Woodward | 9905-001 | Speed Sensing Control | Diesel engines | Compact, high-speed accuracy |
| DEIF | AGC 4 Mk II | Automatic Generator Controller | Marine & land power | Auto synchronization, power management |
| Basler | DECS-100 | Excitation Control System | AVR systems | Cost-effective excitation control |
| ComAp | InteliGen NTC | Parallel Generator Control | Industrial gensets | Load sharing, remote monitoring |
🏢 About Zhangzhou Fengyun Electric Co., Ltd.
Zhangzhou Fengyun Electric Co., Ltd. is a reputable supplier of industrial automation and control systems. Specializing in import and export of European and American automation brands, Fengyun provides fast, reliable delivery and technical support to meet industrial demands.
- Key Products: PLC modules, governor systems, turbine control cards, HMI panels, sensors.
- Industries Served: Power generation, marine, oil & gas, factory automation.
- Why Choose Us: Competitive pricing, authentic components, global sourcing capability.
📞 Sales Engineer: Amy
📱 15359029662
📧 geabbamy@gmail.com
If you’d like datasheets in PDF or need a quote comparison across models, feel free to request!
