Product Description: Woodward 5462-292 Digital Synchronization and Load Controller
Description
Product Description: Woodward 5462-292 Digital Synchronization and Load Controller
Product Model: 5462-292
Brand: Woodward
Product Series: 500 Series
Product Type: Digital Synchronizer and Load Controller (Digital Synchronizer and Load Control)
I. Product Overview
The Woodward 5462-292 is a dedicated digital synchronization and load control module, specifically designed for parallel operation of generator sets, automatic synchronization, and precise load distribution. It is typically used in conjunction with the Woodward 505/505E speed control controller to form a complete power generation control solution, enabling single-machine/multi-machine grid connection, synchronization, load distribution, and bus voltage/frequency regulation.
Core Functions: Automatic Synchronization, Parallel Load Distribution, Frequency/Voltage Regulation, Power Control, Reverse Power Protection
Target Applications: Steam turbine generators, gas generators, diesel generators, and parallel systems
Product Form: Standard modular circuit board, rack-mounted
II. Core Technical Parameters
1. Electrical Specifications
Power Supply: 24 VDC (18–32 VDC)
Frequency Measurement: 45–65 Hz, Accuracy ±0.001 Hz
Voltage Measurement: 90–132 VAC / 180–264 VAC (Adaptive)
Control Output: 0–10 VDC (Analog Control Signal)
Communication Interface: RS-232/485, Supports Modbus RTU Protocol
Switching Quantity: 16-channel DI, 8-channel DO (Relay / Optocoupler Isolation)
Analog Quantity: 4-channel AI (4–20 mA/1–5 VDC), 2-channel AO
2. Mechanical and Environmental
Operating Temperature: -40°C ~ +85°C
Protection Grade: IP20 (Cabinet Installation)
Installation Method: 19-inch Standard Rack
Size: Approximately 192mm × 132mm × 45mm
Weight: Approximately 1.2 kg
Certifications: UL, CE, ATEX (Optional)
3. Control Performance
Synchronization Precision: Frequency Difference ≤ ±0.01 Hz, Voltage Difference ≤ ±0.5%, Phase Difference ≤ ±2°
Load Distribution Precision: ≤ ±1% of Rated Load
Regulation Modes: Fundamental / Harmonic Regulation, Droop Control, Isochronous Control
Protection Functions: Reverse Power, Over / Under Frequency, Over / Under Voltage, Out-of-step, Short Circuit Protection
III. Main Functional Characteristics
Fully Automatic Precise Synchronization
Fully Automatic Synchronization Capture: Automatically detects voltage / frequency / phase difference, precisely controls the grid connection timing
Synchronization Process Visualization: Real-time display of pressure difference, frequency difference, phase difference and synchronization indication
Safety Lockout: Locks the closing when synchronization conditions are not met to prevent non-synchronous grid connection
Intelligent Load Distribution
Isochronous / Droop Dual Mode: Supports isochronous distribution in isolated networks and grid droop regulation
Multi-unit Parallel: Up to 32 units of generators can be connected in parallel, precisely distributing the load according to capacity
Fundamental Load Control: Precisely controls active / reactive power, suppressing harmonic interference
Voltage / Frequency Regulation
Automatic Frequency Regulation: Maintains system frequency stability (50/60 Hz)
Automatic Voltage Regulation: Cooperates with AVR to maintain bus voltage stability
Power Factor Control: Automatically adjusts reactive power, optimizing power factor
Comprehensive Protection and Diagnosis
Reverse Power Protection: Prevents generators from operating as motors, damaging prime movers
System Self-Diagnosis: Real-time monitoring of module status, communication status, I/O status
Event Recording: Stores 1000 + historical events for easy fault traceability and analysis
Industrial-grade Reliable Design
All I/O Electrical Isolation: Resists strong electromagnetic interference
Wide Temperature and High Resistance to Vibration: Suitable for harsh environments such as power plants, petrochemical plants, and offshore platforms
Redundant Configuration: Supports dual-module redundancy, ensuring zero downtime for critical applications
IV. Typical Application Scenarios
Power Plants: Parallel, Synchronization, Load Distribution of Steam Turbine Generator Sets
Self-owned Power Plants / Combined Heat and Power: Industrial enterprises' self-owned generators connected to the grid, isolated network operation
Multi-unit Parallel System: Diesel / Gas Generator Sets connected for power supply
Smart Microgrid: Coordinated control of distributed energy sources (wind power / solar power / thermal power)
Ship Power Station: Automatic synchronization, load management of ship generators
V. Product Advantages
Synchronization Expert: Sub-millisecond synchronization accuracy, zero-risk grid connection, protecting generator safety
Load Balance: Precise load distribution of multiple units, avoiding load imbalance leading to generator overload
System Integration: Seamless compatibility with Woodward 505/505E, forming a complete speed regulation + synchronization + load control solution
Stable and Reliable: Hardware-level protection + Electrical Isolation + Wide Temperature Range, industrial-grade long-term stable operation Intelligent Operation and Maintenance: Comprehensive Diagnosis + Event Recording + Remote Communication, Ensuring Efficient and Convenient Maintenance
VI. Model Number Interpretation
5462: Woodward 500 Series Control Module Base Model Number
292: Special Model for Synchronization and Load Control (24VDC, Standard I/O, Modbus, Wide Temperature, Industrial Grade)
VII. Standard Configuration List
5462-292 Control Module 1 piece
Installation Bracket and Fixing Screws
Product Certificate and Warranty Card
Software Authorization and Configuration Tool CD
User Manual (English / Chinese)
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