MOOG D662-4709 imported servo proportional valve from the United States

Description

MOOG D662-4709 imported servo proportional valve from the United States is a high-performance hydraulic control component:
1、 Product Overview
MOOG D662-4709 servo proportional valve is a high-quality product launched by MOOG company, which has the advantages of high sensitivity, good speed, and high control accuracy. This product is widely used in various industrial fields that require precise hydraulic control, such as aerospace, mechanical manufacturing, automotive manufacturing, etc.
2、 Product Features
High precision control: Servo proportional valves can convert small electrical signals into precise hydraulic power output, achieving high-precision hydraulic control.
Fast response speed: Due to the high sensitivity of servo valves, they can quickly respond to changes in input signals and achieve fast control.
Good stability: Muge servo proportional valve adopts advanced manufacturing technology and materials, with good stability and reliability, and can operate stably for a long time in harsh working environments.
Strong customizability: Muge Company offers a variety of customization options, such as fail safe functions, explosion-proof options, etc., to meet the needs of different customers.
3、 Working principle
The MOOG servo valve consists of a permanent magnet torque motor, nozzle, baffle, valve core, valve sleeve, and control chamber. When the input coil introduces current, the baffle will move, changing the throttling effect of the nozzle, thereby affecting the flow rate and back pressure. After the force at both ends of the valve core loses balance, the valve core will move, thereby changing the direction and flow of hydraulic oil. The displacement of the valve core is proportional to the input current of the torque motor, so the output of hydraulic oil can be accurately controlled by controlling the input current.
4、 Application Fields
MOOG D662-4709 servo proportional valve is suitable for various occasions that require precise hydraulic control, such as:
Aerospace: Hydraulic control systems used in aircraft, rockets, and other aerospace vehicles.
Mechanical manufacturing: hydraulic transmission systems used for mechanical equipment such as CNC machine tools and machining centers.
Automotive manufacturing: Used for various hydraulic control tasks in the automotive manufacturing process, such as braking systems, steering systems, etc.

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