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Moog D663Z4307K Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Up to 250 L/min
  • Maximum Operating Pressure: 315 bar
  • Frequency Response: 100–200 Hz
  • Step Response: 5–8 ms
  • Resolution: <0.3%
  • Hysteresis: <2%
  • Signal Range: ±15 mA, ±40 mA
  • Mounting Interface: ISO 4401-06-06-0-92

Moog D661-4697C G15JOAA5VSX2HA Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Up to 600 L/min
  • Maximum Operating Pressure: 350 bar
  • Frequency Response: 150–250 Hz
  • Step Response: 4–7 ms
  • Resolution: <0.2%
  • Hysteresis: <1%
  • Signal Range: ±20 mA, ±100 mA
  • Mounting Interface: ISO 4401-08-08-0-92

Moog D665-708G Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Up to 300 L/min
  • Maximum Operating Pressure: 350 bar
  • Frequency Response: 80–150 Hz
  • Step Response: 8–12 ms
  • Resolution: <0.5%
  • Hysteresis: <3%
  • Signal Range: ±10 mA, ±40 mA
  • Mounting Interface: ISO 4401-07-07-0-92

Moog D663Z4747 L03HXAM6NEA2-K Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Up to 150 L/min
  • Maximum Operating Pressure: 280 bar
  • Frequency Response: 120–180 Hz
  • Step Response: 6–9 ms
  • Resolution: <0.5%
  • Hysteresis: <3%
  • Signal Range: ±15 mA, ±40 mA
  • Mounting Interface: ISO 4401-04-04-0-92

Moog D664-4702 Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Up to 200 L/min (depending on pressure drop)
  • Maximum Operating Pressure: 315 bar
  • Frequency Response: 100–200 Hz (-3 dB)
  • Step Response: 5–8 ms
  • Resolution: <0.3%
  • Hysteresis: <2%
  • Signal Range: ±10 mA, ±40 mA, or ±200 mA
  • Mounting Interface: ISO 4401-05-05-0-92

Moog D661Z4727B

  • Product Introduction: As a product of Moog's D661 series pilot-operated servo valves, it combines advanced servo control technology and reliable structural design. It can convert electrical signals into hydraulic signals with high precision, so as to realize the precise control of various hydraulic actuators.

Moog D661Z4754 Pilot-Operated Servo Valve

  • Product Introduction: It is a pilot-operated servo valve of Moog's D661 series, which adopts an optimized valve body design and an improved servo jet pilot valve design. It has excellent dynamic response and control performance, and is suitable for various industrial control systems requiring high precision and high dynamic response.

Moog D634-356E Direct Acting Servo Valve

  • Product Introduction: It is a direct-acting valve (DDV) of Moog's D634 series, with closed-loop position control of the live feedback valve core. It is a throttle-type flow control valve that can be applied to three-way, four-way, and 2 x 2-way valves. It is suitable for electro-hydraulic position, velocity, pressure, or force control systems and other systems requiring high dynamic response.

Moog G772K619A Series Servo Valve

  • Product Introduction: It is a high-performance servo valve of Moog's G772 series, which is newly manufactured and packaged in the original factory, with a 12-month factory warranty. It adopts advanced design and manufacturing technology to provide high-precision and high-reliability control for various industrial systems.

Moog D661-4033 Pilot-Operated Servo Valve

  • Product Introduction: It belongs to Moog's D661 series pilot-operated servo valves, which adopt an optimized valve body design and an improved servo jet pilot valve design. It has excellent performance and is suitable for various industrial control occasions.

Moog D635-101D Hydraulic Servo Valve

  • Product Introduction: As a member of Moog's hydraulic servo valve series, it is designed for directional, velocity, pressure, and force control in hydraulic control systems. It integrates advanced design concepts and manufacturing processes to provide reliable control performance for the system.

Moog D662Z4310K Servo Proportional Valve

  • Product Introduction: It is a high-performance servo proportional valve of Moog, which is widely used in various hydraulic control systems. It can accurately convert electrical signals into hydraulic flow or pressure signals to realize precise control of the system.