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Moog ZDBDP06A4AT8GS /MB.A00.EP 210 Bar XZB10229-001-2 1

Product Introduction: This is a high-pressure directional control valve from Moog, specifically engineered to manage the flow direction of hydraulic fluid in systems operating under significant pressure. It is designed to ensure precise and reliable control in demanding industrial environments.

Moog J061-111A Compact Servo Valve

Technical Specifications:

  • Size: Compact design for easy integration into tight spaces.
  • Control Response: Fast and accurate response to input signals.
  • Material: Lightweight yet durable materials for reliability.

Moog J662-034A Multi-Function Proportional Valve

Technical Specifications:

  • Control Modes: Proportional control of both flow and pressure.
  • Integration: Compact design with integrated electronics for easy installation.
  • Material: Durable materials resistant to wear and corrosion.

Moog J076K101 High-Pressure Servo Valve

Technical Specifications:

  • Pressure Rating: Capable of withstanding high-pressure hydraulic systems.
  • Control Accuracy: Advanced feedback mechanisms ensure precise control.
  • Material: High-strength materials resistant to pressure and corrosion.

Moog J076-216 Low-Noise Servo Valve

Technical Specifications:

  • Noise Level: Optimized design minimizes noise during operation.
  • Control Response: Fast and accurate response to input signals.
  • Compatibility: Works with various hydraulic fluids and systems.

Moog A11592 High-Flow Servo Valve

Technical Specifications:

  • Flow Capacity: High flow rate to meet demanding hydraulic requirements.
  • Control Accuracy: Advanced feedback mechanisms ensure precise control.
  • Pressure Rating: Suitable for high-pressure hydraulic systems.

Moog J641-311 Proportional Valve

Technical Specifications:

  • Control Signal: Accepts analog signals for proportional output modulation.
  • Structure: Compact design with integrated electronics for easy installation.
  • Material: Durable materials resistant to wear and corrosion.

Moog A076-101A Servo Valve

Technical Specifications:

  • Structure: Features a permanent magnet torque motor and dual nozzle baffle valve for high-speed response.
  • Feedback Mechanism: Position feedback for enhanced control accuracy.
  • Output: Modulates flow and pressure based on input electrical signals. Functional Features:
  • Fast Response: Dual nozzle baffle design enables quick adjustments to pressure changes.

Moog X820-21PA-002N 01 High-Precision Hydraulic Valve

Technical Specifications:

  • Material: High-strength stainless steel for corrosion resistance.
  • Control Method: Advanced automation control system for remote and automatic adjustments.
  • Design: Modular structure for easy maintenance and component replacement. Functional Features:
  • High Precision: Utilizes advanced control technology for accurate hydraulic control under various conditions.
  • Energy Efficiency: Minimizes energy consumption during operation, reducing operational costs.

Moog D635-606CT Servo Valve

Technical Specifications:

  • Flow Rate: Adjustable based on system requirements.
  • Pressure Rating: High-pressure rating suitable for demanding applications.
  • Response Time: Fast response time for dynamic control.
  • Input Signal: Compatible with various input signals for flexible integration.
  • Operating Temperature: -40°C to +120°C.

Moog 072-1202-10/S15FOFA4VBLN Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Adjustable based on system requirements.
  • Pressure Rating: High-pressure rating suitable for demanding applications.
  • Response Time: Fast response time for dynamic control.
  • Input Signal: Compatible with various input signals for flexible integration.
  • Operating Temperature: -40°C to +120°C.

Moog G761-3006B Electro-Hydraulic Servo Valve

Technical Specifications:

  • Flow Rate: Adjustable based on system requirements.
  • Pressure Rating: Up to 350 bar.
  • Response Time: Less than 20 milliseconds for step response.
  • Input Signal: Compatible with PWM, analog, and digital signals.
  • Operating Temperature: -40°C to +120°C.
  • Drive Mechanism: The valve spool is driven by a permanent magnet linear force motor and can move flexibly in both directions from the spring's central position.