MOOG G631-3006B servo drive

Brand: Extreme Networks
Model:G631-3006B
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 G631-3006B servo drive

Product manual:

MOOG G631-3006B Servo Drive Description
1、 Overall Overview

MOOG G631-3006B is a high-performance servo driver used to drive the Moog G631 series servo valves.
This driver is mainly used in industrial automation, machine tool control, testing platforms, and aviation hydraulic systems. It can amplify the electrical signal output by the controller into current or voltage that can drive servo valves, achieving precise action of the actuator.
G631-3006B, when used in conjunction with servo valves, can provide high dynamic, high-precision, and highly reliable hydraulic control outputs.

2、 Main characteristics

Type: Servo driver, used to drive hydraulic servo valves

Control mode: Receive ± 10V or ± 12V analog input signals, amplify the signals into current or voltage to drive the valve

Output feature: Precisely drive servo valve to achieve flow and pressure regulation

Response speed: High dynamic response, suitable for fast control systems

Accuracy and stability: Ensure precise and high repeatability of servo valve action

Installation form: Can be rack mounted or independently installed

Cooling method: air cooling or natural heat dissipation, designed according to the model

3、 Functional Features

High precision signal amplification
Accurately amplify low-power control signals into signals that can drive servo valves, ensuring precise response of the hydraulic system.

quick response
Circuit design optimization to achieve high-speed signal amplification and valve drive response, adapting to dynamic load environments.

Reliable and durable
High quality electronic components and robust design, suitable for long-term use in industrial environments.

Easy debugging and maintenance
Support parameter adjustment and interface debugging, facilitating system integration and performance optimization.