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Moog D661-5712 Servo Control Valve with Electronic Feedback

  • Product Introduction: The D661-5712 is a high-precision servo control valve designed for electro-hydraulic systems requiring tight tolerance control. It combines a pilot-operated design with electronic feedback to regulate flow and pressure, ensuring accurate actuator positioning. The valve is built to withstand heavy-duty use, making it suitable for industrial and aerospace applications.

Moog T161-902A-00-B 4-2-2A Hydraulic Manifold Block

  • Product Introduction: The T161-902A-00-B 4-2-2A is a precision-engineered hydraulic manifold block designed to integrate multiple hydraulic components into a compact system. It simplifies piping by consolidating fluid paths, reducing leakage risks and improving system efficiency. Constructed from high-strength alloy steel, it withstands high pressures and harsh operating conditions, making it suitable for industrial machinery.

Moog D662-4013/D02H XAD6NSM2-0

  • Product Introduction: This model is part of Moog’s D662 series, a pilot-operated proportional valve designed for analog signal control. It serves as a key component in electro-hydraulic systems, converting electrical signals into modulated hydraulic flow to control actuator speed, position, and force. The valve’s modular design allows customization for specific flow and pressure requirements, making it versatile across industries.

Moog D760-866A Electro-Hydraulic Servo Valve

  • Product Introduction: The D760-866A is a high-performance servo valve designed for critical applications requiring exceptional control accuracy. It combines a two-stage design with mechanical feedback, converting electrical signals into precise hydraulic flow to drive actuators in demanding systems. Its robust construction ensures durability in harsh environments, making it suitable for industrial and aerospace applications.

Moog D661-5004 J B60HXAT5NSM0-P

  • Product Introduction: This model is part of Moog's D661 series, a high-performance pilot-operated servo valve designed for precise electro-hydraulic control. It integrates advanced electronics with a robust hydraulic design, converting low-power electrical signals into high-power hydraulic output to regulate actuator movement in complex systems. The valve is engineered for reliability in demanding industrial environments, ensuring consistent performance under varying pressure and temperature conditions.

Moog D633-308B/D633308B Direct-Acting Servo Valve

  • Product Introduction: It belongs to the Moog D633 series of direct-acting valves (DDV) with closed-loop position control of the live feedback spool. It is a throttle-type flow control valve that can be used as a two-position two-way, three-position three-way, or three-position four-way valve. It is a key component in electro-hydraulic servo control systems and is widely used in various fields requiring high-precision control.

Moog D651-470 Hydraulic Servo Valve

  • Product Introduction: It is a hydraulic servo valve with excellent performance produced by Moog. It is an important component in the hydraulic servo system. It can convert the electrical control signal into hydraulic energy to drive the executive component to move, and realize the precise control of the position, speed, and force of the executive component.
  • Technical Specifications: The maximum working pressure is 35.0 MPa. The flow range is 30 - 1500 l/min when the valve pressure drop is 1.0 MPa. The resolution is less than 0.2%, and the hysteresis is less than 1.0%. The response time is 10 - 42 ms.

Moog D656-002F-5 P30XBEACV0S0N Electro-Hydraulic Servo Valve

  • Product Introduction: It is a high-precision electro-hydraulic servo valve developed by Moog. It combines advanced electronic control technology and hydraulic transmission technology. It can accurately control the flow and pressure of hydraulic oil according to the input electrical signals, and is suitable for various high-precision control application scenarios.
  • Technical Specifications: The maximum operating pressure is 35.0 MPa. The resolution is less than 0.2%, and the hysteresis is less than 1.0%. The response time is within 42 ms. The supply voltage is 24 VDC, and the input signal type is an analog signal.

Moog D661Z2742E P80HXAPFNEA2 Pilot-Operated Servovalve

  • Product Introduction: It is a member of the Moog D661 series of pilot-operated servo valves, which is designed for analog signals and complies with ISO 4401 size 05 standards. It adopts a robust Servo Jet pilot valve and an optimized valve body design, which can provide excellent dynamic response and flow control performance, and is widely used in various electro-hydraulic servo control systems.

Moog D761-2762 Electro-Hydraulic Servo Valve

  • Product Introduction: It is a high-performance electro-hydraulic servo valve under Moog's product line. It integrates advanced electro-hydraulic conversion technology and precise control mechanisms. It can accurately convert electrical signals into hydraulic energy output, and is an important part of high-precision electro-hydraulic servo systems.

Moog G771K226 Electro-Hydraulic Servo Valve

  • Product Introduction: It is a 2nd stage flow control mechanical feedback (MFB) servo valve. It adopts low-friction, dual-nozzle pilot technology, which can provide high power, high resolution, and low hysteresis performance. Its compact structure and intrinsic safety make it suitable for use in various industrial fields.

Moog 071-60313 Servo Valve Accessory

  • Product Introduction: It is a specialized accessory for Moog servo valves, designed to match and support the normal operation of Moog servo valves. It plays an important role in the installation, debugging, maintenance, and performance optimization of servo valves, and can improve the stability and reliability of the servo valve system.
  • Technical Specifications: The product is made of high-quality cast steel, with a weight of 2 kg. It has good compatibility and can be matched with most Moog servo valve models. It has high pressure resistance and can work normally in a high-pressure environment.