H-P70

Hydrogen Pressure Regulator

Hydrogen Pressure Regulator

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Designed for hydrogen applications up to 70 MPa (10,000 psi), the H-P70 Series Regulator delivers stable outlet pressures under varying flow demands and inlet pressures.

This two-stage piston regulator is a reliable and cost-effective solution to feed any engine or fuel cell. It can also be offered as a first-stage piston with a second-stage diaphragm for even greater outlet pressure performance and stability.

Design

  • 2-stage piston design for a cost-effective solution
  • Optional first-stage piston and second-stage diaphragm configuration
  • Nominal working pressure of 70 MPa (10,000 psi)

Performance & Options

  • Optional integrated high and low pressure sensors
  • High flow design capable of greater than 4 g/sec H2
  • Integrated high flow Pressure Relief Valve (PRV)
  • Wide range of factory-set output pressures available

H-P70 Series

General Information

Application Hydrogen regulation / pressure reduction
Design Two-stage piston; first-stage piston with second-stage diaphragm also possible
Body Material Aluminum, anodized
Fuel Type Hydrogen per SAE J2719 and ISO 14687

Performance

Nominal Working Pressure 70 MPa(g)
Max Working Pressure 87.5 MPa(g)
Operating Temperature -40 °C to +85 °C
Outlet Pressure Factory-set; commonly 0.8 MPa(g) to 5 MPa(g)
Filter 10 µm and 40 µm options available
Flow Rate Outlet pressure dependent; capable of > 4 g/s H2

Connections

Inlet Port Customizable for application (Swagelok FK Series, Voss, and Usui commonly used)
Outlet Port Customizable for application (3/4" commonly used)
Optional High and Low Pressure Sensor Port Customer defined (based on sensor choice)
PRV Outlet Port Customizable for application (3/4" to 1-1/16" commonly used)

Integrated Features

Excess Flow Valve (EFV) Activation Setpoint Customizable for application
Pressure Relief Valve (PRV) Activation Setpoint Factory-set; depends on outlet pressure
Optional High and Low Pressure Sensors Customer defined

Approvals

Certifications HGV 3.1 and EC 79 pending