- Brass forging body
- Brass forging bonnet with chrome plating
- Neoprene rubber diaphragm
- SS net inlet filter
- Dual safety pressure gauges
- In-built safety valve
- Continuous steady pressure & flow
- Use for Heavy duty Cutting & Manifold
- 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) |
HOX-12 | OXYGEN | 250 | 0 – 300 bar 0 – 4500 psi | 0 – 12 | 0 – 16 bar 0 – 240 psi | Inlet 5/8" BSP (RH)M Outlet 3/8" BSP (RH)M | 60 |
High-Performance Pressure RegulationThe HOX-12 Oxygen Gas Pressure Regulator is built for industrial settings where exact oxygen control is vital. Its single-stage regulation ensures stable output, while dual gauges display both inlet and outlet levels for operational transparency. The zero-leak design and robust, nickel-plated brass construction make it dependable under demanding conditions.
User-Friendly Design and InstallationDesigned for quick cylinder mounting, the HOX-12 features a top-adjust control knob for easy outlet pressure control. The threaded outlet ensures secure connections, minimizing the possibility of gas leaks. The regulator's silvery-white finish not only adds to aesthetics but also resists corrosion, increasing its service life.
Key Industrial ApplicationsThe HOX-12 regulator is suited for oxygen gas regulation in cutting, welding, laboratory, and other industrial environments. With a standard size and compatibility with various cylinder types, it meets the needs of manufacturers, exporters, and suppliers who require reliable oxygen delivery systems for efficient processes.
FAQ's of Oxygen gas pressure Regulators HOX-12:
Q: How does the HOX-12 Oxygen Gas Pressure Regulator control oxygen flow and pressure?
A: The HOX-12 uses a single-stage mechanism to regulate high inlet oxygen pressure (up to 250 bar) down to a user-set outlet pressure ranging from 0 to 12 bar. The top-adjust control knob allows for precise pressure adjustment, while the dual pressure gauge provides live readings of both inlet and outlet pressures, ensuring safe and efficient usage.
Q: What applications is the HOX-12 regulator best suited for?
A: This regulator is ideal for industrial oxygen gas pressure regulation, including metal fabrication, welding, cutting processes, laboratories, and any use requiring consistent and high-volume oxygen supply. Its robust design supports heavy-duty and continuous operations.
Q: When should the HOX-12 regulator be installed or replaced?
A: Install the HOX-12 regulator whenever you need precise, safe, and stable oxygen pressure control from compressed gas cylinders in an industrial setting. Consider replacement if there is visible damage, inconsistent output pressure, or as per your routine maintenance schedule to ensure optimal performance and safety.
Q: Where can I mount the HOX-12 Oxygen Gas Pressure Regulator?
A: The HOX-12 is designed for cylinder mounting and fits standard oxygen cylinders using its threaded outlet connection, ensuring secure and leak-proof installation.
Q: What is the installation process for the HOX-12 regulator?
A: To install, securely mount the HOX-12 onto the oxygen cylinder valve, ensuring the threaded connections are tight and leak-free. Then, connect your downstream equipment to the regulator's outlet. Adjust the pressure using the top control knob and verify settings with the dual pressure gauge.
Q: How does the zero-leak design benefit users?
A: The zero-leak design ensures maximum safety by preventing oxygen leaks, reducing wastage, and minimizing fire risks. This feature is crucial in industrial environments where even minor leaks can cause hazardous situations.
Q: What materials and finishes enhance the durability of the HOX-12 regulator?
A: Manufactured with a high-quality brass body and finished with nickel plating, the HOX-12 is highly resistant to corrosion and wear, making it suitable for prolonged industrial use. Its silvery-white finish ensures both functionality and longevity.
