Description

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Product Title

MOOG D136-02-005 – Servo Valve Control Electronics Module

Product Overview

The MOOG D136-02-005 is a servo valve control electronics module designed to provide precise control of electrohydraulic servo valves used in industrial motion and turbine control systems. Developed by Moog, a manufacturer known for high-performance motion control technologies, this module is widely applied in applications requiring accurate position, speed, and force regulation.

The module processes command signals from control systems and converts them into regulated current outputs for driving servo valves. The MOOG D136-02-005 ensures stable electrohydraulic actuation, enabling precise movement of mechanical components such as turbine valves, hydraulic actuators, and positioning systems.

With its robust design and fast signal processing capability, the module supports reliable integration within distributed control systems (DCS) and turbine control architectures, helping maintain system stability and operational efficiency in demanding industrial environments.

Technical Specifications

• Product Model: D136-02-005

• Brand: Moog

• Warranty: One Year

• Input Voltage: 24 VDC (typical control power supply)

• Operating Temperature: -20°C to +70°C

• Storage Temperature: -40°C to +85°C

• Response Time: ≤5 ms signal processing response

• Protection Class: IP20

• Accuracy Class: High Precision Industrial Control

• Output Frequency: Up to 1 kHz control signal capability

• Rated Current Range: Typically ±10 mA to ±50 mA servo drive current

• Communication Interface: Analog control interface / system backplane connection

• Supported Protocols: Compatible with industrial control systems via analog or field interface

• Overload Capacity: Protected against transient voltage spikes and electrical noise

• Dimensions: Approx. 120 × 90 × 40 mm

Main Features and Benefits

Precision Electrohydraulic Control:
The module provides accurate current control for servo valves, enabling fine regulation of hydraulic actuators in motion control systems.

Fast Dynamic Response:
With high-speed signal processing, the module ensures rapid response to control commands, improving the performance of closed-loop control systems.

Industrial-Grade Reliability:
The MOOG D136-02-005 is designed for continuous operation in demanding environments, offering stable performance under vibration, temperature variations, and electrical noise.

Flexible System Integration:
The module supports integration with PLC and DCS platforms, making it suitable for a wide range of industrial automation and turbine control applications.

Application Scenarios

Turbine Control Systems:
Used to regulate hydraulic actuators controlling steam or gas turbine valves, ensuring precise load and speed control.

Hydraulic Motion Control:
Applied in industrial machinery where electrohydraulic servo valves control positioning or force.

Energy and Heavy Industry:
Deployed in power plants, steel mills, and process industries requiring accurate hydraulic actuation and stable control performance.