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Moog D061-9321 J09HOAA4HN1 Servo Valve

  • Product Introduction: It is a member of the Moog D061/J061 series servo valves, which are high-pressure servo valves. The integrated control circuit of the valve adopts SMD technology and is powered by 24 VDC. It is designed for electro-hydraulic position, speed, pressure, or force control systems requiring high dynamic response, and can convert electrical signals into precise hydraulic actions to meet the control requirements of various complex systems.

Detailed content

  • Technical Specifications:
    • Pressure Parameter: It is a high-pressure servo valve, and the specific maximum operating pressure needs to be confirmed according to the product manual, but it is generally above 210 bar (3000 psi).
    • Electrical Parameters: The supply voltage is 24 VDC; the integrated control circuit adopts SMD technology, with high integration and stable performance; the input signal is compatible with standard analog signals.
    • Structural Parameters: The overall weight is about 1 kg, which is light and easy to install; the packaging adopts a moisture-proof and shock-proof design, such as wood + foam or carton + foam packaging.
  • Functional Features:
    • High control precision, which can realize micro-adjustment of the hydraulic system.
    • Fast dynamic response, which can quickly respond to changes in input signals and adjust the output in time.
    • The integrated circuit design reduces external wiring and improves the reliability of the system.
    • Good temperature adaptability, which can work normally in a wide temperature range.
  • Application Scenarios: It is applicable to aerospace equipment, such as the hydraulic control system of aircraft auxiliary equipment; in the field of precision machinery, it is used for the hydraulic control of precision measuring instruments and micro-processing equipment; in the automotive industry, it is applied to the hydraulic system of automotive test benches to simulate various working conditions for performance testing; it can also be used in the hydraulic control system of medical equipment, such as high-precision surgical instruments.

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