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Moog G771K202

  • Product Introduction: It belongs to Moog's G771 series servo valves. This is a two-stage pilot-operated flow control servo valve with an analog interface. It adopts advanced design and manufacturing technology to ensure high performance and reliability in various industrial applications. The valve is mainly used to control the flow of hydraulic oil in the hydraulic system, so as to realize the precise control of the position, speed, and other parameters of the actuators in the system.

Moog D633-7398 Direct-Acting Servo Valve

  • Product Introduction: As part of Moog's D633 series, this direct-acting servo valve is designed with closed-loop position control of the valve core with real-time feedback. It is a throttle-type flow control valve suitable for multiple valve configurations, including three-way, four-way, and 2×2-way valves. It plays a crucial role in electro-hydraulic control systems by converting electrical signals into precise hydraulic flow control, meeting the requirements of high dynamic response in various industrial applications.

Moog D661-4577C Servo Proportional Valve

  • Product Introduction: It is a member of Moog's D661 series servo proportional valves, which are electro-hydraulic control valves with excellent performance. The valve adopts a displacement sensor to provide point feedback on the position of the main valve core, and is equipped with a built-in electronic amplifier to perform closed-loop control on the main valve core, ensuring high control accuracy and stability. It can be widely used in various electro-hydraulic control systems that require precise flow and pressure control.

Moog D633-518BDirect-Acting Servo Valve

  • Product Introduction: It belongs to Moog's D633 series of direct-acting servo valves, which are high-performance electro-hydraulic control components. The valve adopts a closed-loop position control mode of the valve core with real-time feedback. It is a throttle-type flow control valve that can be applied to three-way, four-way, and 2×2-way valve systems. It is mainly used to convert weak electrical signals into high-precision hydraulic output, so as to realize the precise control of electro-hydraulic position, speed, pressure, or force.

Moog D633-7381High-Pressure Direct-Acting Servo Valve

  • Product Introduction: A specialized direct-acting servo valve from Moog's D633 series, designed to operate at extreme pressures while maintaining precise control. It is engineered for high-pressure hydraulic systems where traditional valves may fail, combining robust materials with advanced design to handle the stresses of high-pressure operation. The valve is suitable for industrial and aerospace applications requiring both high pressure and accuracy.

Moog D656-428Servo Valve for Mobile Hydraulics

  • Product Introduction: Designed specifically for mobile hydraulic systems, this servo valve from Moog's D656 series balances performance with the ruggedness required for off-road applications. It features a robust construction to withstand shock, vibration, and temperature extremes, while delivering precise control for mobile equipment. The valve is optimized for compatibility with the hydraulic fluids and system architectures common in mobile machinery.

Moog D633-7105 Miniature Direct-Acting Servo Valve

  • Product Introduction: A compact direct-acting servo valve from Moog's D633 series, optimized for low-flow, high-precision applications. Its miniature design makes it ideal for systems where space is extremely limited, such as robotics and portable equipment. Despite its small size, it maintains the high performance and reliability associated with Moog's servo valve technology.

Moog D661-4444C

  • Product Introduction: A rugged variant of Moog's D661 series, this servo valve is engineered for operation in harsh environments, including high humidity, vibration, and contamination. It retains the series' precise control capabilities while incorporating protective features to ensure reliability in challenging conditions. The valve is suitable for outdoor or heavy-industry applications where standard components may fail.

Moog D633-371B

  • Product Introduction: A compact direct-acting servo valve from Moog's D633 series, designed for applications requiring high precision in limited space. Unlike pilot-operated valves, it uses a linear force motor to directly actuate the spool, eliminating the need for a pilot stage and reducing response time. This design makes it ideal for small to medium flow systems where dynamic performance is critical.

Moog D662Z4604K

  • Product Introduction: Part of Moog's D662 series, this valve integrates servo-proportional control with digital fieldbus communication, enabling seamless integration into Industry 4.0 systems. It combines analog control precision with digital connectivity, allowing for remote monitoring, parameter adjustment, and diagnostics. The valve is designed for applications requiring both high performance and smart system integration.

Moog G761-3263

  • Product Introduction: Part of Moog's D661 series, this servo valve combines a pilot-operated main stage with advanced integrated electronics for enhanced control capabilities. It is designed to handle high flow rates while maintaining precise regulation, making it ideal for large-scale industrial systems. The integrated electronics eliminate the need for external amplifiers, simplifying system design and reducing installation complexity.

Moog D661-4440E

  • Product Introduction: Part of Moog's D661 series, this servo valve combines a pilot-operated main stage with advanced integrated electronics for enhanced control capabilities. It is designed to handle high flow rates while maintaining precise regulation, making it ideal for large-scale industrial systems. The integrated electronics eliminate the need for external amplifiers, simplifying system design and reducing installation complexity.