Technical Data

  • Type of control: Force-pilot operated, no pressure difference necessary.
  • Design: Piston design.
  • Connection: Sleeve connection G1/4 – G2 (DIN ISO 228/1, BSP), other connections like NPT on request.
  • Installation: Actuator upright.
  • Pressure range: 0–40 bar (depending on model, see table).
  • Media: Clean, neutral gaseous and liquid media.
  • Max. viscosity: 22 mm²/s.
  • Temperature range:
    • Medium: -60°C to +80°C.
    • Environment: -55°C to +50°C.
  • Body material: Brass 2.0402 or stainless steel 1.4581.
  • Metallic inner parts: Brass and stainless steel.
  • Sealing: PTFE.
  • Supply voltage: AC~ 24V, 110V, 230V; DC= 12V, 24V (other supply voltages on request).
  • Voltage tolerance: -10% / +10%.
  • Power consumption:
    • S802 = 24 Watt, .808 = 24 Watt.
    • S322 = 30 Watt, .328 = 24 Watt.
    • .242 = 46 Watt, .248 = 30 Watt.
    • .272 = 100 Watt, .278 = 47 Watt.
  • Protection class: IP65 according to DIN 60529.
  • Duty factor: 100% ED-VDE 0580.
  • Connection type: Terminal box.
  • Ex-proof: According to 2014/34/EU (ATEX).

Serie 35K cryogeen ventiel G1/4 – G2 0 – 40 bar

This 2/2-way force-pilot operated piston valve is designed for neutral gaseous and liquid media and offers an extended temperature range from -60°C to +80°C. The valve is normally closed (NC) as standard and can optionally be configured as normally open (NO). Due to its force-pilot operated design, no pressure differential is required for operation. The valve closes by spring force when de-energized. The PTFE seals and high-quality materials such as brass and stainless steel ensure a long service life and reliable sealing. The valve is available with sleeve connections from G1/4 to G2 and supports a pressure range up to 40 bar. The IP65 enclosure and ATEX certification make it suitable for demanding industrial environments.

Advantages

  • Flexible connection options.
  • Suitable for various industrial applications.
  • IP65 protection for demanding environments.
  • ATEX certified for explosive areas.