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Self-Operated Control Valve

Self-Operated Regulating Valve

Self-Operated Control Valve

Design and manufacturing:GB/T 12235, ASME B16.34, IEC 60534
The structural length: GB/T 12221, ASME B16.10
Connection forms:HG/T 20592-20605, GB/T 9112-9124, ASME B16.5
Inspection and test:GB/T 13927, API 598, IEC 60534-4
Caliber:1/2″ ~ 12″ (DN15 ~ DN300)
Pressure temporature level:ASME B16.34, GB/T 12224
Drive mode:Manual, Electric Actuated, Pneumatic Actuated , Self-Operated
Pressure: up to 10 MPa (100 bar)

Product Overview

A Self-Operated Control Valve is an automatic valve that regulates pressure, temperature, or flow without external power sources, utilizing the process medium’s energy for operation.

Product Features

Autonomous Operation: Functions without external power, reducing energy consumption and maintenance.

High Sensitivity: Quick response to process variations ensures stable control.

Versatile Applications: Suitable for gases, liquids, and steam across various industries.

Robust Construction: Designed to withstand harsh operating conditions.

Specification Parameters

Manufacturing Standard:

  • Conforms to standards such as ANSI, ASME, or DIN, ensuring compatibility and safety.

Structural Length Standard:

  • Face-to-face dimensions comply with standards like ANSI/ISA-75.08.01 or IEC 60534-3-1.

Connection Forms Standards:

  • Flanged connections follow ASME B16.5 or EN 1092-1.
  • Threaded connections adhere to ASME B1.20.1.
  • Welded connections conform to ASME B16.25.

Available Sizes (Caliber):

  • Standard sizes range from DN15 to DN300, with custom sizes available upon request.

Pressure-Temperature Rating:

  • Ratings are based on ASME B16.34, correlating pressure classes with temperature limits.

Pressure Range:

  • Capable of regulating pressures from 0.1 MPa to 10 MPa (1 bar to 100 bar).

Temperature Range:

  • Effective operation between -40°C and 350°C, depending on materials and design.

Specification Applications

Pressure Regulation: Maintains consistent downstream pressure in pipelines.

Temperature Control: Regulates temperature in heat exchangers and reactors.

Flow Control: Manages flow rates in distribution systems.

Steam Systems: Controls steam pressure and temperature in industrial processes.

Valve Actuation

Process Optimization

Precision Engineering

Pipeline Solutions

Industrial Valves

Flow Control

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