- Brass forging body
- Mazak pressure die-casting bonnet
- Neoprene rubber diaphragm
- Sintered metal inlet filter
- Dual safety pressure gauges
- In-built safety valve
- Continuous steady pressure & flow
- Use for Medical, Laboratory & Line purging
- ISI Mark : IS 6901 / ISO 2503 & CE certified
MODEL | GAS | MAX INLET PRESSURE (bar) | INLET PRESSURE GAUGE (bar/psi) | MAX. OUTLET PRESSURE (bar) | OUTLET PRESSURE GAUGE (bar/psi) | CONNECTION | MAX. FLOW (m³/h) |
49-H₂ | HYDROGEN | 300 | 0 – 300 bar 0 – 4500 psi | 0 - 10 | 0 – 16 bar 0 – 240 psi | Inlet 5/8" BSP (LH)M Outlet 3/8" BSP (LH)M | 40 - 50 |
Precision-Controlled Hydrogen RegulationThe 49-H2 Hydrogen Gas Pressure Regulator is designed for accurate and reliable hydrogen flow management in industrial settings. Offering both safety and control, it operates within a high inlet pressure of up to 300 bar but allows for fine adjustment on the outlet side up to 10 bar. The device guarantees consistent hydrogen delivery, vital for quality-driven operations.
Durable and Corrosion-Resistant ConstructionBuilt using copper, brass, and stainless steel, the regulator withstands harsh industrial environments and resists corrosion. Its robust build not only extends longevity but also provides safety when handling hydrogen-a gas requiring stringent material compatibility. The high-quality finish means sustained durability with minimal maintenance demands.
Versatile Mounting and Easy MonitoringThe 49-H2 can be installed either inline or on a panel, offering versatility across multiple systems. Operated manually, it features dual pressure gauges allowing precise inlet and outlet pressure readings, facilitating safer and more effective hydrogen management. The standard size and threaded connections make it easy to integrate into existing setups.
FAQ's of Hydrogen gas pressure Regulator 49-H2:
Q: How is the 49-H2 Hydrogen Gas Pressure Regulator installed in an industrial setup?
A: The regulator offers flexible mounting options, allowing installation either inline or on a panel. Its threaded inlet and outlet connections enable straightforward integration with standard hydrogen gas lines commonly found in industrial environments.
Q: What safety measures are incorporated into the 49-H2 design?
A: Constructed from corrosion-resistant copper, brass, and stainless steel, the 49-H2 ensures material compatibility with hydrogen gas. Dual pressure gauges reduce the risk of over-pressurization by enabling real-time monitoring of both inlet and outlet pressures.
Q: When should the 49-H2 pressure regulator be used?
A: This regulator is ideal for instances requiring precise regulation of hydrogen gas, especially in industrial applications where the pressure must be reduced safely from as high as 300 bar to a controlled range between 0 and 10 bar.
Q: Where is the 49-H2 typically applied?
A: It is extensively used in industrial hydrogen distribution systems, laboratories, and any processes that demand consistent hydrogen flow regulation under high-pressure conditions.
Q: What is the maximum hydrogen flow rate the 49-H2 can handle?
A: The 49-H2 regulator is capable of managing hydrogen flow rates within the range of 40 to 50 m3/h, meeting the requirements of most industrial hydrogen applications.
Q: How does the single-stage control mechanism benefit users?
A: The single-stage design simplifies pressure adjustments, delivering stable outlet pressure despite fluctuations in inlet pressure. This contributes to smooth operations and makes the regulator easy to use for manual control.
Q: What are the advantages of using a corrosion-resistant regulator like the 49-H2?
A: Corrosion-resistant construction ensures the regulator maintains integrity and functions safely over time, even when exposed to hydrogen. This reduces maintenance, enhances safety, and lengthens the service life of the equipment.
