Shop

You are here:
  1. Home
  2. Shop
  3. Page 7

Moog D661Z2712G High-response Servo Valve

  • Product Introduction: It is a high-response servo valve in Moog's D661 series. It is improved on the basis of the basic model, with a more optimized pilot stage and main stage structure design, which greatly improves the dynamic response performance and control accuracy of the valve. The valve integrates advanced electronic control circuits and sensor components, which can realize real-time monitoring and closed-loop control of the spool position.

Moog D661-4640 Servo and Proportional Control Valve

  • Product Introduction: It belongs to Moog's D661 series of servo and proportional control valves with integrated electronics. It is a throttle valve suitable for two-way, three-way, and four-way applications, and can also be used for five-way applications when used as a proportional flow control valve. The valve is mainly used in electro-hydraulic position, speed, pressure, or force control systems that require high dynamic response, and can convert electrical signals into precise hydraulic control signals to achieve precise control of the system.

Moog D061-601A

  • Product Introduction: It is a hydraulic servo valve with excellent performance launched by Moog. It uses advanced nozzle-flapper pilot stage technology and hydraulic amplification mechanism to convert electrical signals into precise hydraulic flow output. The valve has the characteristics of compact structure, fast response, and high reliability, and can meet the precise control requirements of various industrial systems.

Moog D663Z1713M

  • Product Introduction: It is a direct-acting servo valve (DDV) under Moog's D663 series, with closed-loop position control of the live feedback spool. It is a throttle-type flow control valve that can be applied to three-way, four-way, and 2x2-way valves. The valve integrates a closed-loop spool position control circuit board and a pulse width modulation (PWM) drive circuit, which has the advantages of high control precision and reliable operation.

Moog D66214-1714G Servo Valve

  • Product Introduction: It is a high-performance servo valve developed by Moog. It adopts advanced hydraulic control technology and integrated electronic control components to convert electrical signals into precise hydraulic flow or pressure output. The valve has a compact structure and strong environmental adaptability, and can work stably in various harsh industrial environments.

Moog D691-2099G Electro-hydraulic Servo Valve

  • Product Introduction: It is a high-performance electro-hydraulic servo valve under Moog's D691 series. It adopts advanced spool and valve sleeve design (BSA) and integrates analog or digital sensors to achieve high-precision control of pressure, flow, or shaft position. The valve has the characteristics of high pressure gain, high precision, and excellent dynamic performance, and can be widely used in various industrial control systems that require precise control.

Moog D681Z4831

  • Product Introduction: It belongs to the D680 series of Moog servo proportional valves, which is an electro-hydraulic driven servo valve made of cast steel and produced in the United States. The D680 series valves are throttle-type flow control valves available in two-way, three-way, four-way, and five-way configurations, mainly used in systems that require high dynamic response. The integrated circuit board of this valve adopts SMD technology and uses a 24V DC power supply, which has the advantages of energy saving and reliable operation.

Moog G761-3502

  • Product Introduction: It is a member of Moog's G761 series servo valves. This is a two-stage flow control servo valve with a mechanical feedback pilot stage. It can be used as a three-way and four-way throttle-type flow control valve. The valve has the characteristics of fast response and strong pollution resistance. It can convert the input electrical signal into the flow output of the hydraulic oil, so as to realize the precise control of the hydraulic system.

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.