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Woodward 8440-1831

Product Name: easYgen-3200 LS-5 Integrated Generator Synchronization & Circuit Breaker Control Controller

Detailed Product Introduction: This is a high-integration microprocessor digital generator comprehensive controller belonging to Woodward easYgen series. It integrates automatic synchronization control, circuit breaker closing logic protection, power parameter monitoring, fault alarm, load management and load sharing control functions into one unit. It completes the whole process control from unit startup, speed stabilization, automatic synchronization, grid connection closing to stable load operation, and is a complete control center for modern generator parallel systems.

Detailed content

Full Technical Specifications:
  • Optional Power Supply: 24VDC / 125VDC wide voltage input
  • Automatic Synchronization Accuracy: ≤±5 electrical degrees
  • Circuit Breaker Output Contact: Form C relay contact, rated 10A@250VAC
  • Communication Interface: Standard RS-485 industrial bus
  • Analog Input Interface: Configurable 4~20mA, voltage signal, resistance signal
  • Operating Temperature Range: -20℃ to +65℃
  • Protection Grade: IP65 front panel protection
  • Display Unit: High-definition LCD liquid crystal display with real-time data display
  • Mechanical Weight: 1.2kg

    Comprehensive Function Features: Fully automatic three-way synchronization (voltage, frequency, phase); complete circuit breaker interlock and anti-reclosing protection; FlexIn flexible configurable input channels; real-time monitoring of voltage, current, power, frequency parameters; overvoltage, undervoltage, overcurrent, overload protection functions; automatic load transfer control; historical fault record storage; stable digital closed-loop control algorithm.

    Detailed Application Scenarios: Industrial heavy-duty diesel generator sets; marine ship main and auxiliary power plants; commercial building emergency backup power stations; distributed renewable energy cogeneration systems; remote mountain independent power grids; industrial park centralized power supply systems.

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