Woodward 9907-252
Product Name: Multi-Unit Parallel Load Sharing & Torque Bias Control Module
Detailed Product Introduction: This is a professional analog load balance control module for multi-generator parallel operation systems. It collects real-time three-phase current and voltage signals of each generator set, calculates actual output load power in real time, outputs precise torque bias adjustment signals to each prime mover governor, realizes equal proportional load distribution among multiple parallel units, prevents individual unit overload, idle load operation and unstable grid frequency fluctuation, and greatly improves the stability and economy of parallel power grids.
Detailed content
- Operating Power Supply: 18~32VDC, nominal 24VDC
- Voltage Input Signal: Three-phase PT input 95~130VAC line-line
- Current Input Signal: CT current input 3~7A RMS full load
- Load Sharing Control Signal Input: 0~3VDC standard analog signal
- Torque Bias Output Signal: 0.5~4.5VDC isolated analog output
- Speed Droop Adjustable Range: 0~11% continuous adjustable
- Mechanical Dimensions: 273.6mm × 59.2mm × 214.1mm
- Net Weight: 1.39kg
- Operating Humidity: 5%~95% non-condensing
- Signal Isolation: Full electrical isolation between input, output and power supply
Comprehensive Function Features: Support isochronous constant speed mode and droop speed control mode; real-time dynamic load balance adjustment; built-in EMI/RFI electromagnetic shielding circuit; high-precision load calculation algorithm; simple terminal wiring design; full compatibility with all Woodward governor series; overload early warning function; stable long-term continuous operation performance.
Detailed Application Scenarios: Multi-generator centralized parallel power stations; ocean-going ship integrated power systems; offshore oil and gas platform power supply units; industrial cogeneration combined heat and power systems; large factory independent micro power grids; heavy industrial continuous production power supply systems.












