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3/2 X 5/2 Convertible Single Solenoid Directional Control Namur Poppet Valve (Monostable)​

Uflow 3/2 X 5/2 Convertible Single Solenoid Directional Control Namur Poppet Valves (Monostable)​ | SR Associates
Uflow 3/2 X 5/2 Convertible Single Solenoid Directional Control Namur Poppet Valves (Monostable)​ | SR Associates

3/2 X 5/2 Convertible Single Solenoid Directional Control Namur Poppet Valve (Monostable)

Type: 5/2 (Normally Closed / Normally Open)

Design: Internal Pilot Operated Poppet Valve

Specifications:

  • Size: Inlet/Outlet/Exhaust – 1/4″ BSP & NPT
  • Media: Compressed Air (Filtered & Lubricated)
  • Working Pressure Range: 2-10 Bar
  • Orifice: 7mm
  • Flow Factor: 18 kv (LPM of Water @ 1 bar ΔP)
  • Ambient/Media Temperature: 5°C to 60°C
  • Materials of Construction: Aluminium, Nitrile, Polymer, Brass

Key Features:

  1. Fast Response Time: Capable of cycling up to 600 times per minute, ensuring rapid operation.
  2. Manual Override: Allows for manual operation and testing without electrical actuation.
  3. Durability: Tested for up to 10 million cycles, demonstrating high reliability and longevity.
  4. Lubrication Not Essential: Designed to operate efficiently without the need for additional lubrication.

Applications:

This convertible single solenoid directional control Namur poppet valve is ideal for use in pneumatic systems requiring precise and reliable control of compressed air. Its robust design and high cycling capability make it suitable for industrial automation, manufacturing processes, and other applications where fast response and durability are critical.

Additional Details:

  • Convertible Functionality: Can be configured as either a 3/2 or a 5/2 valve, providing flexibility in various system designs.
  • Monostable Operation: Returns to its default state (NC or NO) when de-energized, ensuring safety and reliability in system operations.

Installation and Maintenance:

  • Threaded Connections: BSP and NPT threading options facilitate easy integration into existing systems.
  • Maintenance-Free Operation: The valve’s design minimizes the need for regular maintenance, reducing downtime and operating costs.