MOOG D633-322B servo valve

Brand: Extreme Networks
Model:D633-322B
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

MOOG D633-322B servo valve

Product manual:

MOOG D633-322B Servo Valve Description
1、 Overall Overview

MOOG D633-322B is a high-performance hydraulic servo valve of the D633 series, widely used in high-precision hydraulic systems such as aviation, industrial automation, machine tool control, and testing platforms.
This servo valve can accurately convert input electrical signals into hydraulic flow or pressure, achieving precise control of actuator position, speed, or force. It is suitable for scenarios that require high dynamic response and high-precision control.

2、 Main characteristics

Control type: Proportional servo valve, used for precise control of hydraulic actuators

Control method: electro-hydraulic control, regulating flow rate through DC electrical signals

Valve port type: four port three position structure, supporting bidirectional hydraulic control

Response speed: High dynamic response, suitable for high-speed control systems

Linear characteristics: The output flow rate is highly linear with the input signal, ensuring control accuracy

Repeatability: High repeatability accuracy ensures stable actuator action

Electrical interface: Standard ± 10V or ± 12V signal input, depending on system configuration

3、 Functional Features

high-precision control
Capable of achieving precise hydraulic flow and pressure regulation, meeting the control tasks of high demand hydraulic systems.

quick response
Valve structure optimization, maintaining fast response under high dynamic loads, reducing lag and overshoot.

durable and reliable
The valve body and internal components are made of high-precision machining and wear-resistant materials, suitable for long-term industrial environment use.

wide applicability
Can be used for hydraulic control systems such as robotic arms, flight control systems, industrial automation, and testing platforms.

Easy debugging
Support regulating valve operating characteristics through electrical signals, facilitating system integration and performance optimization.