Woodward 8200-015 Governor electro-hydraulic converter

The Woodward 8200-015 Governor electro-hydraulic converter is a device manufactured by Woodward Corporation for controlling fluid flow or regulating fluid pressure. It combines both electronic control and hydraulic execution and is commonly used in gas turbines, steam turbines, or other industrial applications where precise control of fluid flow is required.

The following is a description of some of the main features and functions of the Woodward 8200-015 governor electro-hydraulic converter:

Function and characteristics

Electronic control:

The Woodward 8200-015 Governor electro-hydraulic converter receives electronic signals from control systems (such as PLCS, DCS, etc.) and adjusts fluid flow or pressure based on these signals.

Hydraulic execution:

The converter converts electronic signals into hydraulic signals and controls the flow or pressure of the fluid by adjusting the opening of the hydraulic valve.

Quick response:

The Woodward 8200-015 Governor electro-hydraulic converter has a fast response capability that can quickly react to changes in electronic signals to adjust fluid flow or pressure in a timely manner.

High precision control:

With precise electronic and hydraulic control, the converter enables highly accurate fluid flow or pressure control to meet the precision requirements of industrial processes.

Reliability:

Woodward is known for its high quality and reliability, and its 8200-015 governor electro-hydraulic converters have undergone rigorous quality control and testing to ensure stable operation in a variety of industrial environments.

Easy to maintain:

Woodward 8200-015 Governor electro-hydraulic converters are typically designed to be modular for easy installation, commissioning and maintenance. In addition, it is equipped with fault indication and diagnostic functions to facilitate users to quickly locate and resolve problems.

Application scenario

Woodward 8200-015 Governor electro-hydraulic converters are widely used in a variety of industrial fields requiring precise control of fluid flow or pressure, such as power, petroleum, chemical, pharmaceutical, etc. It can be used in gas turbines, steam turbines, compressors, pumps and other equipment to achieve precise control of fluid systems.