Shop

You are here:
  1. Home
  2. Shop
  3. Page 45

Moog ZDMEBV10PPA4MS 7FA/CEE10C1A

Moog ZDMEBV10PPA4MS 7FA/CEE10C1A is an electro-hydraulic servo valve designed for precise control of hydraulic systems in industrial and aerospace applications. It combines high performance with reliability and durability.

Moog 100-47500-1 Hydraulic Valve

Technical Specifications:

  • Flow Capacity: Designed for medium to high flow rates.
  • Pressure Rating: Suitable for high-pressure hydraulic systems.
  • Construction: Durable materials ensure long-term reliability and resistance to wear and corrosion.

Moog N122-142A Servo Amplifier

Technical Specifications:

  • Proportional Gain: 10 to 210 mA/V
  • Integral Gain: 10 to 5000 mA/V-s
  • Derivative Gain: 0.01 to 3 mA-s/V
  • Input Levels: ≤±15 Vdc (±10 Vdc nominal) on terminals 1, 2, 6 & 7; ≤±120 Vdc on terminal 3
  • Voltage Drive to Valve: ≤±10 Vdc nominal
  • Current Drive to Valve: ±120 mAdc maximum (dependent on valve coil resistance)

Moog 641-204B Series Servo Valve

Technical Specifications (general for the series):

  • Flow Capacity: Designed to handle a wide range of flow rates to suit various system requirements.
  • Pressure Rating: Rated for high-pressure applications to ensure system integrity and reliable operation.
  • Control Mechanism: Utilizes advanced control algorithms and technologies for precise regulation of hydraulic parameters.

Moog CEE32A6RH2X06

The Moog Hydrolux CEE32A6RH2X06 is a high-quality hydraulic solenoid valve designed for precise control of fluid flow in hydraulic systems. It features a 2-way slip-in cartridge design, making it easy to install and replace in existing systems.

Moog D661-5002 Servo Valve

Technical Specifications:

  • Pressure Ratings: Pp: 280 bar, Px: 280 bar, suitable for medium to high-pressure hydraulic systems.
  • Condition: Used, but inspected and tested to ensure reliable operation.
  • Stock Number: 129948, facilitating easy identification and procurement.

Moog D635-606CT Servo Valve

Technical Specifications:

  • Flow Capacity: Designed to handle substantial flow rates for efficient fluid transfer.
  • Pressure Rating: Rated for high-pressure applications to ensure system integrity.
  • FRAMO-P/N: A16637, providing assurance of the valve's authenticity and quality.

Moog D635-606A Servo Pressure Control Valve

Technical Specifications:

  • Maximum Pressure: Rated for pressures up to 350 bar, making it suitable for high-pressure hydraulic systems.
  • Weight: Approximately 2.940 kg, providing a compact and lightweight solution for various applications.

Moog J661-335A Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Designed for specific flow rates to suit various system requirements.
  • Pressure Rating: Suitable for medium to high-pressure hydraulic systems.
  • Control Signal: Accepts electrical control signals for precise adjustment of hydraulic parameters.
  • Material: Constructed from high-quality materials to ensure durability and longevity.

Moog K11R180L4 Hydraulic Directional Control Valve

Technical Specifications:

  • Flow Capacity: Capable of handling substantial flow rates for efficient fluid transfer.
  • Pressure Rating: Rated for high-pressure applications to ensure system integrity.
  • Control Mechanism: Utilizes a spool or poppet design for precise control of fluid direction.
  • Material: Made from high-quality materials resistant to wear and corrosion.

Moog 100-43586-1 Proportional Pressure Relief Valve

Technical Specifications:

  • Pressure Range: Adjustable pressure range to suit various system requirements.
  • Control Signal: Accepts electrical signals for proportional pressure control.
  • Flow Capacity: Designed to handle sufficient flow rates for efficient pressure regulation.
  • Material: Made from durable materials resistant to wear and corrosion.

Moog CCE25B62DRX Hydraulic Control Valve

Technical Specifications:

  • Flow Control: Capable of precisely regulating hydraulic fluid flow rates.
  • Pressure Control: Designed to maintain system pressure within specified limits.
  • Control Mechanism: Utilizes a combination of mechanical and hydraulic components for accurate control.
  • Material: Made from high-quality materials resistant to corrosion and wear.