WOODWARD 5466-1002 调速器模块

扩展性：支持与Woodward功率自动转移器、输入输出控制器等设备协同工作，构建复杂控制系统。

测试台架：在发动机测试中，精确控制负载模拟工况。

WOODWARD 5466-1002 Governor Module

1、 Product positioning and basic attributes

Brand and Model: The 5466-1002 speed controller module produced by Woodward in the United States is a high-performance electro-hydraulic converter designed specifically for industrial automation speed control.

Type: Electro hydraulic speed regulator (modular structure), supporting PLC operating system integration, suitable for industrial environments at room temperature.

Core function: Ensure stable operation of equipment (such as steam turbines, gas turbines, generators, etc.) under complex working conditions through high-precision speed control.

2、 Technical specifications and features

Speed regulation performance

High precision control: using advanced algorithms, the output signal is proportional to the speed/load requirements, achieving microsecond level response.

Dynamic response: Supports rapid adjustment of speed during sudden load changes to maintain system stability.

Working mode: Supports differential adjustment (constant speed control) and differential adjustment (flexible load distribution), suitable for single or multi machine grid connection scenarios.

Structure and reliability

Modular design: easy to install, maintain, and upgrade, reducing downtime.

Durability: Suitable for harsh environments such as high temperature, high humidity, and vibration, and suitable for long-term operation in fields such as energy, ships, and industrial machinery.

Safety design: Integrated overload protection and fault diagnosis functions to ensure equipment safety.

Communication and Integration

Protocol support: Compatible with communication protocols such as TCP/IP, OPC, Modbus, etc., and can seamlessly integrate with DCS, PLC and other systems.

Scalability: Supports collaborative work with Woodward power automatic transfer devices, input-output controllers, and other equipment to build complex control systems.

3、 Application scenarios

Speed regulation of power equipment

Steam turbine/gas turbine: controls speed to match grid frequency, supports islanding operation or grid connected mode.

Generator set: Through load distribution function, achieve power balance when multiple generators are running in parallel.

Diesel/gasoline engines: optimize fuel efficiency, reduce emissions, suitable for distributed energy systems.

industrial automation control

Compressor/pump equipment: dynamically adjust the speed according to process requirements to reduce energy consumption.

Test bench: Accurately control load simulation conditions during engine testing.

4、 Summary of Advantages

Specific manifestations of advantageous dimensions

Control precision microsecond level response, speed fluctuation ≤ ± 0.1%, meeting high-precision process requirements.

Environmental adaptability: able to withstand temperatures ranging from -20 ℃ to+70 ℃, 95% humidity, and strong vibration environments, suitable for outdoor or offshore platforms.

Modular design for convenient maintenance, supporting online replacement; Some models of potentiometers can be accessed from the front of the chassis, simplifying the debugging process.

Cost effective long-term stable operation, reducing downtime losses; Support energy-saving mode and reduce operating costs.

Environmental adaptability assessment

High temperature/high humidity environment: Confirm the module protection level (such as IP65) and heat dissipation design.

Vibration scenario: Choose anti vibration modules or install shock absorbers.

System integration requirements

Compatibility with existing DCS/PLC: Confirm communication protocol and interface type (such as RS485, Ethernet).

Additional functional requirements: If synchronous control or override of fuel limit is needed, choose a more feature rich model (such as 2301A series).