Description
Product Overview: WOODWARD 8440-1713 Fuel Pump Driver
The WOODWARD 8440-1713 is a specialized Fuel Pump Driver (FPD) designed to provide precise and reliable control of the fuel pump motor on industrial and marine gas turbine engines. This unit is a critical component within Woodward’s comprehensive engine control systems, acting as the essential link between the main engine controller (such as a Woodward PLC or Governor) and the fuel pump.
Its primary function is to convert a low-power control signal (demand signal) into the high-power electrical output required to drive a three-phase AC induction motor, which in turn powers the engine’s main fuel pump. This ensures the exact amount of fuel required for the desired engine speed and load is delivered efficiently and safely.
Key Features & Benefits
Precision Motor Control:
- Provides variable frequency and voltage output to control the speed of a three-phase AC induction motor with high accuracy. This precise control directly translates to exact metering of fuel flow to the engine.
 
Ruggedized Industrial Design:
- Housed in a robust, hardened metal enclosure designed to withstand the extreme environments typical of gas turbine applications, including high temperatures, significant vibration, and potential exposure to contaminants.
 
Seamless System Integration:
- Designed to work as a dedicated slave unit under the command of a master Woodward engine controller (e.g., a ProAct or NetCon series controller). It receives a 4-20 mA or 0-10 VDC speed demand signal and executes the command precisely.
 
Comprehensive Protection Features:
- Incorporates built-in protection for both the driver itself and the motor it controls. This includes safeguards against:
- Overcurrent & Short Circuit: Prevents damage from electrical faults.
 - Overtemperature: Monitors internal heatsink temperature.
 - Phase Loss & Undervoltage: Protects the motor from operating under unsafe electrical conditions.
 
 
Heat Management:
- Features an integral blower fan and a large aluminum heatsink to dissipate the significant heat generated during operation, ensuring reliability and long service life.
 
Diagnostic Capabilities:
- Includes status indicators and output signals for fault reporting, allowing for easier troubleshooting and integration into the engine’s overall health monitoring system.
8440-1713
 
Technical Specifications (Representative)
| Parameter | Specification | 
| Function | 3-Phase AC Motor Driver / Controller | 
| Input Power | Typically 240 VAC, 3-Phase, 50/60 Hz | 
| Output Power | Designed to drive motors up to a specific HP/KW rating (e.g., 15 HP / 11 kW). | 
| Control Signal Input | Typically 4-20 mA or 0-10 VDC (Speed Reference from Master Controller) | 
| Communication | Analog I/O; often part of a larger Woodward network via a master controller. | 
| Enclosure | Heavy-duty metal, chassis mount | 
| Cooling Method | Force-air cooled (integral fan) | 
| Protections | Overcurrent, Overtemperature, Short Circuit, Phase Loss | 
| Typical Application | Gas Turbine Engine Fuel Pump Control | 
Typical Applications
The 8440-1713 is exclusively designed for controlling fuel delivery systems in:
- Industrial Gas Turbines: Used for power generation and mechanical drive applications.
 - Marine Gas Turbines: Propulsion and auxiliary power generation on ships and offshore platforms.
 - Auxiliary Power Units (APUs): On aircraft and ground support vehicles.
 - Pipeline Compression: Driving compressors via gas turbine engines.
 
Integration and Support
- System Component: It is crucial to understand that the 8440-1713 is not a standalone controller. It is a power amplification module that must be configured and integrated with a master Woodward engine control system.
 - Configuration: Setup and calibration are done in conjunction with the master controller’s parameters.
 - Legacy Product Note: This model is part of a mature product family. While proven and reliable, for the most current technical data, support, and potential replacement options, contacting Woodward or an authorized distributor is essential.
 
Why Choose the WOODWARD 8440-1713?
- Proven Reliability: Built by Woodward, a global leader in energy control systems, for critical applications where failure is not an option.
 - Precision: Enables exact fuel control, which is paramount for engine stability, efficiency, and emissions compliance.
 - Durability: Engineered to perform reliably in the most challenging operating environments.
 - System Compatibility: Designed for seamless integration with other Woodward controls, creating a optimized and cohesive engine management system.
 
The WOODWARD 8440-1713 is a specialized, high-performance component that plays a vital role in the safe, efficient, and reliable operation of gas turbine engines worldwide.
Disclaimer: This description is based on generic product data for Woodward FPDs. The 8440-1713 is a specific factory part number, and its exact specifications must be verified through official Woodward technical documentation, such as the product manual or data sheet. Always consult Woodward or a qualified engineer for application-specific guidance.
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