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Direct Acting Media Separated Solenoid Valve

Direct Acting Media Separated Solenoid Valve | S.R. Associates
Direct Acting Media Separated Solenoid Valve | S.R. Associates
Direct Acting Media Separated Solenoid Valve | S.R. Associates
Direct Acting Media Separated Solenoid Valve | S.R. Associates

Direct Acting Media Separated Solenoid Valve 

2-Way Direct Acting Media Separated Solenoid Valve (NC)

This 2-Way Direct Acting Media Separated Solenoid Valve is designed to offer efficient flow control for a wide range of liquid and gaseous media. The media-separated design ensures that the fluid does not come into contact with the internal components, making it ideal for applications requiring clean and precise flow control.

Valve Specifications

  • Port:

    • ½” BSP Thread
  • End Connection:

    • Screwed
  • Body Material:

    • Nylon GF (Glass-Filled Nylon)
  • Diaphragm Material:

    • FPM (Fluoroelastomer – Viton)
  • Media Temperature:

    • 5°C to 50°C
  • Circumstance Temperature:

    • -10°C to 70°C
  • Media Compatibility:

    • Water
    • Liquid Media
    • Gaseous Media
  • Main Features:

    • Internal components are made of superior corrosion-resistant steel.
    • Suitable for vacuum applications up to 450 mm Hg.
  • Other Specification Data:

    • Additional configurations are available upon request.

Coil Specifications

  • Coil Features:

    • High Reliability: Immune to voltage surges.
    • Ease of Maintenance: Coils can be easily replaced and are lockable in 4×90° positions or freely adjustable as needed.
  • Coil Housing Options:

    • IP65 Epoxy Square Coil
    • IP65 Metallic Round Enclosure
  • Operating Voltage Options:

    • 12V DC – 10W
    • 24V DC – 11W
    • 24V AC – 10W
    • 230V AC – 10W
  • Power Consumption:

    • Ranges from 10W to 11W, depending on the voltage type.

Key Features

  1. Media Separated Design:

    • Prevents the media from contacting internal components, making the valve ideal for clean and sensitive applications.
  2. Vacuum Capability:

    • Operates effectively in vacuum systems with pressures up to 450 mm Hg.
  3. Durable and Corrosion-Resistant:

    • High-quality materials, including corrosion-resistant steel and Viton diaphragms, ensure long-lasting and reliable operation.
  4. Flexible Voltage Options:

    • Operates on multiple voltage configurations for compatibility with various systems.
  5. IP65 Protection:

    • Both coil housing options (epoxy square or metallic round) provide protection against dust and water, ensuring reliability in harsh environments.
  6. Compact and Lightweight:

    • The lightweight design facilitates easy integration into various systems.

Applications

  1. Water Systems:

    • Suitable for controlling water flow in irrigation, plumbing, and water treatment systems.
  2. Liquid Media:

    • Ideal for handling non-corrosive liquids in industrial applications.
  3. Gaseous Media:

    • Effective for gas control in HVAC, industrial processing, and other systems.
  4. Vacuum Systems:

    • Designed for use in vacuum-based applications, such as laboratory and medical equipment.
  5. Food & Beverage Industry:

    • Ensures contamination-free flow control for sensitive applications.

Advantages

  • Clean Flow Control: Media-separated design ensures no contamination between the fluid and valve components.
  • Durable Construction: High-quality materials extend the valve’s lifespan, even in demanding conditions.
  • Energy Efficient: Operates with low power consumption while maintaining reliable performance.
  • Flexible Integration: Compact design and flexible voltage options make it easy to integrate into a variety of systems.
  • Versatile Application: Suitable for liquid, gaseous, and vacuum media, making it highly adaptable.

 

  • It is recommended to use a filter in the inlet port to maintain smooth operation and prevent debris from damaging internal components.
  • Specifications may change without prior notice.

This 2-Way Direct Acting Media Separated Solenoid Valve is a reliable and efficient solution for industries requiring precise, contamination-free flow control, including water systems, liquid media handling, gas flow regulation, and vacuum applications.