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D138-002-002 Other names:
Servo valve controller D138-002-002
D138-002-002 Motion controller
Control unit D138-002-002
MOOG D138-002-002 servo controller is designed for controlling hydraulic or pneumatic servo valves to achieve precise flow, pressure or position control. It is widely used in many fields such as industrial automation, aerospace, medical equipment and energy, and can meet various complex and precise control needs.
Technical Specifications and Features
High-precision control:
Flow control: The MOOG D138-002-002 servo controller can accurately control the flow of fluids (liquids or gases) to meet various flow control needs.
Pressure control: The MOOG D138-002-002 servo controller can control the pressure of the fluid to ensure that the system operates within a safe and stable operating range.
Position control: The MOOG D138-002-002 servo controller can achieve precise position control for hydraulic servo valves to control the movement of actuators or valves.
High-performance computing and real-time response: The MOOG D138-002-002 servo controller has high-performance computing capabilities and can handle high-speed and high-precision motion requirements. Provide real-time control functions to ensure that the mechanical system responds quickly to input signals.
Control form: Normal, which can achieve precise flow, pressure or position control.
Applicable industries: Widely used in industrial automation, aerospace, medical equipment, energy and other fields.
Flow control: The MOOG D138-002-002 servo controller can accurately control the flow of fluid (liquid or gas) to meet specific flow control needs.
Pressure control: The pressure of the fluid can be controlled to ensure that the system operates within a safe and stable operating range.
Position control: The actuator or valve can be accurately positioned to control the movement of the working device.
Feedback system and closed-loop control: Used in conjunction with feedback sensors to monitor the position, flow or pressure of the actuator to achieve closed-loop control, which improves the accuracy and stability of control.
Programmability: Allows users to adjust and configure parameters according to the needs of different applications, making the controller more flexible and adaptable.
Communication interface: The MOOG D138-002-002 servo controller has a variety of communication interfaces, which can exchange and communicate data with other control systems or devices, which is helpful for system integration and remote monitoring.
Multi-axis motion control: Supports multi-axis motion control functions, which can control multiple motion axes (such as servo motors or stepper motors) to achieve complex mechanical motion.
Servo full closed-loop control: Servo full closed-loop control is used to solve the precision error caused by the transmission of the intermediate links and achieve high-precision and high-response positioning.
High-precision absolute value encoder: Equipped with a high-precision absolute value encoder to improve the control accuracy and overall performance of the servo system.
Application field
MOOG D138-002-002 servo controller has a wide range of applications in many fields, including but not limited to:
Industrial automation: Used to control hydraulic or pneumatic servo valves in various automation equipment to achieve precise motion control.
Aerospace: In the field of aerospace, the controller can be used to control the hydraulic and pneumatic systems of aircraft to ensure the safety and stability of flight.
Medical equipment: In the field of medical equipment, it can be used to control various precision hydraulic or pneumatic actuators, such as surgical robots and rehabilitation equipment.
Energy: In the field of energy, the controller can be used to control various hydraulic or pneumatically driven energy equipment, such as oil drilling rigs, wind power generation equipment, etc.
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MOOG D138-002-002
D136-002-005 with D138-002-002 dongle
More……
admin –
Position control: The MOOG D138-002-002 servo controller can achieve precise position control for hydraulic servo valves to control the movement of actuators or valves.
High-performance computing and real-time response: The MOOG D138-002-002 servo controller has high-performance computing capabilities and can handle high-speed and high-precision motion requirements. Provide real-time control functions to ensure that the mechanical system responds quickly to input signals.
Control form: Normal, which can achieve precise flow, pressure or position control.
Applicable industries: Widely used in industrial automation, aerospace, medical equipment, energy and other fields.
Flow control: The MOOG D138-002-002 servo controller can accurately control the flow of fluid (liquid or gas) to meet specific flow control needs.