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Moog G631-3015B High-Flow Servo Valve

Technical Specifications:

  • Rated Flow: 100 LPM (26.4 GPM)
  • Rated Pressure: 310 bar
  • Frequency Response: 60 Hz
  • Port Pattern: ISO 4401-07-07-0-94
  • Weight: 3.5 kg

Moog A076-795 Proportional Valve

Technical Specifications:

  • Max Operating Pressure: 250 bar
  • Flow Rate: 30 LPM (nominal)
  • Input Signal: 0–10 V or 4–20 mA
  • Hysteresis: <5%
  • Linearity: ±3%

Moog D792-4023 Direct Drive Valve (DDV)

Technical Specifications:

  • Max Operating Pressure: 350 bar
  • Flow Rate: 100 LPM (nominal)
  • Frequency Response: Up to 100 Hz
  • Input Signal: ±10 mA to ±100 mA
  • Linearity: ±1%

Moog G761-3512A

Product Overview: The Moog G761-3512A is a high-performance, two-stage flow control servo valve designed for precise control in industrial hydraulic systems. It features mechanical feedback and a dual-stage design for enhanced stability and responsiveness.

Moog D633-313B R16KO1M0NSM2 Direct-Acting Servo Valve

  • Product Introduction: This model is a direct-acting servo valve (DDV) from Moog’s D633 series, featuring closed-loop spool position control without a pilot stage. It uses a linear force motor to directly drive the spool, eliminating pilot oil requirements and reducing energy consumption. The valve is designed for high-precision applications, with integrated electronics for seamless system integration.

Moog G772K241A

  • Product Introduction: Part of Moog’s G772 series, this servo valve is designed for high-performance applications requiring rapid response and precise control. It uses a 2-stage design with a dry torque motor and mechanical feedback, delivering exceptional dynamic performance in a compact form factor. The valve is built for durability, with components resistant to vibration and temperature extremes, making it suitable for aerospace and industrial applications.

Moog D651-129l-5 Electro-Hydraulic Servo Valve

  • Product Introduction: This is a high-performance servo valve from Moog’s D651 series, designed for precision control in medium-flow hydraulic systems. It combines a pilot-operated design with electronic feedback to convert electrical signals into hydraulic flow, ensuring accurate actuator positioning. The valve is engineered for reliability, with components tested to withstand millions of cycles in industrial applications.

Moog G761-3261

  • Product Introduction: This servo valve is part of Moog’s G761 series, designed for medium-flow applications requiring high dynamic response. It uses a 2-stage design with a double-nozzle pilot stage and mechanical feedback, ensuring precise control of hydraulic flow. The valve is built to withstand harsh industrial environments, with corrosion-resistant materials and robust seals.