Description
Technical Specifications
Product Model | 5466-315
Manufacturer | Woodward
Product Type | Digital Governor Control Module
Input Voltage | 24V DC (18-32V Range)
Control Channels | 2 Independent Control Loops
Communication Protocols | Modbus RTU, CANbus J1939, Ethernet/IP
Speed Range | 0-12,000 RPM (Configurable)
Operating Temperature | -40°C to +85°C
Protection Class | IP67 (Enclosure), IP20 (Terminals)
Response Time | ≤8 ms (Full Scale Adjustment)
Certifications | UL, CE, ATEX II 3G
Warranty | 5-Year Limited
Minimum Order Quantity | 1 Unit
Key Features and Advantages
The 5466-315 delivers precision turbine and engine speed control with Woodward’s advanced dual-loop architecture, achieving ±0.02% speed stability under 60% load variations. Its adaptive gain scheduling automatically adjusts PID parameters for optimal performance across gas, steam, or hydro turbines. The module’s MIL-SPEC connectors and conformal coating withstand high-vibration environments (up to 7Grms), ensuring reliability in offshore power generation and locomotive applications.
Integrated diagnostics provide real-time health monitoring of actuator feedback and fuel valve positions, triggering predictive maintenance alerts. Redundant CANbus ports enable seamless communication with up to 32 nodes, while the Ethernet/IP interface supports integration with SCADA systems for remote turbine management. Energy-optimized design reduces power consumption by 25% during idle states compared to previous models.

5466-316
Application Areas
In combined-cycle power plants, the 5466-315 synchronizes gas and steam turbines with grid frequency within ±0.005 Hz accuracy. Marine propulsion systems utilize its saltwater corrosion resistance (ISO 12944 C5-M) to maintain precise RPM control in engine rooms. Oil pipeline compressors leverage the module’s SIL 3-certified overspeed protection, initiating shutdowns within 5ms of critical threshold breaches.
Renewable energy applications deploy this controller for biomass turbine control, where its adaptive combustion algorithms optimize fuel efficiency. The Modbus RTU interface integrates legacy diesel generators into modern microgrid systems, enabling smooth load-sharing transitions during grid outages.
Related Products
5466-310: Single-loop variant for basic speed regulation
Woodward 505XT: Human-Machine Interface with touchscreen display
EGB-300 Actuator: High-torque actuator with CANbus feedback
PRO-DS Software: Configuration and diagnostic suite
5466-320: High-speed version (0-20,000 RPM)
L-Series Load Share Module: Parallel operation controller for multi-engine setups
Installation and Maintenance
Installation preparation: Ground the 5466-315 chassis using 8 AWG copper cable (≤1Ω impedance). Maintain 75mm clearance from high-voltage (>480VAC) conductors. Use shielded twisted-pair cables (Belden 8761 or equivalent) for speed sensor inputs. Configure node addresses via DIP switches before system integration.
Maintenance recommendations: Perform actuator linearity tests quarterly using Woodward QuickServ software. Replace terminal block inserts every 100,000 insertion cycles. Update firmware annually during planned outages. Monitor bearingless sensor gaps monthly – deviations >0.1mm require recalibration.
Product Assurance
Every 5466-315 undergoes MIL-STD-810H environmental testing, including 40G shock and 20-2000Hz vibration endurance. Woodward’s 24/7 Global Support Network provides emergency response within 6 hours for critical power infrastructure. The 5-year warranty covers all electronic components, including surge-related failures up to 6kV. Lifetime access to TurbineCare™ web portal includes performance analytics and spare parts inventory management.
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