valvula de retención HCV para vehículos de pila de combustible 350bar-700bar

MHA ZENTGRAF RVH2 1034

Check Valve RVH2 1034 bar

The  RVH2 Check Valve by MHA ZENTGRAF is specifically designed to meet all hydrogen application requirements. We offer different opening pressures to customize the best possible product for your application.

The RVH2 check valves comply with the strength requirements of the new ISO 23826 and ATEX IIC (H2), Ex-1, 2G zone standards.

Technical Features

Sizes

From DN8 3/8” to DN13 1/2”

Pressure

  • 1034 bar

Materials

  • Stainless Steel 1.0619 EN-10213
  • 1.4408

Temperature Range

  • -40º +85°C

 

Connectors

  • DIN ISO 228 Female Thread
  • SAE J514/ISO/ DIS11926-1  Female Thread
  • DIN 2353 / ISO 8343-1
  • C&T Medium Pressure
  • Other under request

Certificates

  • CE marking as per PED 2014/68/UE
  • ATEX IIC (H2), zona Ex-1, 2G.
  • TPED (ISO 23826)

Applications

Hydrogen Dispensing

Hydrogen Distribution

Hydrogen Production

Hydrogen Storage

Related Products

valvula de retención con bola EV HYDROGEN® para hidrógeno
EV HYDROGEN® CH Oring 1500

To prevent backflow and when a hermetic seal is not required, the Ball Check Valves...

valvula retencion antirretorno con bola EV HYDROGEN para hidrógeno
EV HYDROGEN® CH NPTF 1050

Ball Check Valve NPTF 1050 bar To prevent reverse flow when a hermetic seal is...

valvula de retención HCV para vehículos de pila de combustible 350bar-700bar
OMB HCV 700

Non-return valves are essential components in any hydrogen system for fuel cell or internal combustion...

Ball Check Valve C&T EV Hydrogen
EV HYDROGEN® CH 1500

To prevent backflow and when a hermetic seal is not required, the EV HYDROGEN® Ball...

How can we support your project?

If you have any questions, please fill out the form below and we will contact you.

Get in touch with us

How can we support you on your project?

If you have any questions, please fill out the form below and we will contact you.

Thank you for contacting us!

We will respond to your inquiry as soon as possible