H-ITVR

Integrated Tank Valve with Regulator (ITVR)

Integrated Tank Valve with Regulator (ITVR)

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The H-ITVR simplifies fuel cell systems and reduces costs by providing a regulated low pressure output directly from the tank.

The two stage regulator architecture provides stable and precise outlet pressure and the solenoid operated valves are engineered for reliability in a safety critical system.

Design

  • Two-stage regulator for stable, accurate outlet pressure
  • Regulated low pressure output direct from tank
  • Low and high pressure solenoid-operated valves
  • Thermally Activated Pressure Relief Device (T-PRD)
  • In-tank temperature sensor
  • Manual service valve for maintenance flexibility
  • Multiple SAE J1926 ports for optional PRDs and sensors

Performance & Options

  • Serviceable high-pressure regulator and filter components
  • Compatible with both 12 V and 24 V electrical systems
  • Configurable to match various system layouts
  • Certified to ECE R134, HPRD1, GB/T 35544, UN GTR 13, EU 535, ISO 19882

H-ITVR Series

General Information

Fuel Type Compressed Hydrogen

Performance

Tank Valve Nominal Working Pressure 35 MPa (5,000 psi)
Max Tank Valve Working Pressure 43.8 MPa (6,250 psi)
Regulator Minimum Inlet Pressure 1,000 kPa (145 psi)
Regulator Architecture Dual stage: piston + diaphragm
Regulator Outlet Pressure Setpoint Configurable from 40 to 1000 kPa (g)
Regulator Outlet Flow Rate 0–0.4 g/s (Hydrogen) standard; up to 1.6 g/s available
Temperature-PRD Activation 110 °C ± 5 °C
Temperature-PRD Orifice Diameter up to 5.7 mm equivalent
Operating Temperature –40 °C to 85 °C
Endurance Regulator: 500,000 operational cycles
Tank valve: 50,000 fill cycles
Filter Efficiency 99.9%
Mass 1.9 kg

Coil Model:

High pressure SOV

Low pressure injector
(PWM required)

Nominal Voltage 12 V 24 V 12 V 24 V
Nominal Current Draw 0.62 A 0.33 A 1.14 A 1.25 A
Connector Deutsch DTM06-4S OR bare leads AMP 282189
Temperature Sensor 2,700 Ω ± 2% @ 25 °C NTC curve Y

Approvals

Certifications ECE R134, HPRD1, GB/T 35544, UN GTR 13, EU 535, ISO 19882