Woodward 8200-1312 Electro-hydraulic converter

The Woodward 8200-1312 electro-hydraulic converter is an important control device that is widely used in hydraulic systems in industrial automation, aerospace, power generation, energy and transportation. The main function of the electro-hydraulic converter is to convert the electrical signal to the hydraulic signal, so as to achieve the precise control of the hydraulic system.

Here are some of the key features and functions of the Woodward 8200-1312 electro-hydraulic converter:

Function and characteristics

Electro-hydraulic conversion:

The main function of the Woodward 8200-1312 electro-hydraulic converter is to convert electrical signals (such as voltage or current) into corresponding hydraulic signals (such as pressure or flow). This allows the control system to precisely control the output of the hydraulic system by adjusting the electrical signal.

Quick response:

The electro-hydraulic converter has a fast response speed and can quickly convert electrical signals into hydraulic signals to ensure timely response and accurate control of the hydraulic system.

High precision:

Woodward 8200-1312 electro-hydraulic converter with high precision conversion characteristics, can ensure the accurate correspondence between electrical signals and hydraulic signals, improve the accuracy and stability of the control system.

Stability:

Using high-quality materials and advanced manufacturing processes, the electro-hydraulic converter has good stability and reliability, and can operate stably in harsh working environments for a long time.

Easy to integrate:

Woodward 8200-1312 electro-hydraulic converters are typically designed with standard interfaces and sizes for easy integration and installation with other control systems and devices.

Application scenario

Woodward 8200-1312 electro-hydraulic converters are used in a wide range of applications, including but not limited to:

Industrial automation: Used to control hydraulic systems in industrial equipment and mechanical systems, such as machine tools, hydraulic presses, automated production lines, etc.

Aerospace: Used in aircraft and spacecraft to control flight control systems, landing gear, engine hydraulics, etc.

Power generation: Used for hydraulic governor system to ensure the stable operation of the generator.

Energy: Used in the energy industry to control hydraulic systems in power plants, such as regulating valves and hydraulic motors.

Transportation: In vehicles such as cars, railways and ships, it is used to control brake systems, steering systems, etc.