Description
Woodward EASYGEN-3100-5
Technical Specifications
- Input Configuration: 16 discrete inputs (4 fixed, 12 programmable) and 6 programmable 4-20mA analog inputs.
- Output Signals: 0-10V DC analog outputs for actuator and valve driving.
- Communication: RS-232 and Ethernet interfaces supporting Modbus protocols.
- Display: Two-line text display (24 characters per line).
Functional Features
- Speed & Load Control: Regulates turbine speed and load via single extraction and/or intake steam valves.
- Advanced Synchronization: Supports isochronous load sharing and seamless grid synchronization.
- Real-Time Diagnostics: Continuous self-diagnostics and performance monitoring (speed, temperature, pressure).
- Complex Logic Execution: Utilizes high-precision algorithms for critical speed avoidance and valve limiting.
Application Scenarios
Ideal for steam turbines, gas turbines, and turbo-generators requiring precise speed regulation, load control, and grid-parallel operation.
Performance Parameters
- Control Accuracy: High-precision digital PID control for stable frequency and voltage regulation.
- Response Time: Fast dynamic response to sudden load changes and grid disturbances.
Material Composition
Housed in a compact sheet metal enclosure providing excellent electromagnetic shielding and physical protection.
Structural Characteristics
- Dimensions: 15.2 cm x 5.1 cm x 20.3 cm.
- Weight: Approximately 0.7 kg.
- Modularity: Compact design facilitates easy panel integration.
Working Principle
Acquires real-time electrical and mechanical signals, processes them through embedded control algorithms, and outputs precise analog or discrete signals to prime mover actuators and generator breakers.
Installation Requirements
Install in a clean, dry control panel. Ensure communication cables are properly shielded and terminated to maintain network integrity.
Precautions for Use
Verify all input/output configurations match the physical wiring before commissioning. Utilize the ToolKit software for advanced parameter tuning and trending.





