- Brass forging body
- Mazak pressure die-casting bonnet
- Silicon rubber diaphragm
- SS net inlet filter
- Dual safety pressure gauges
- In-built safety valve
- Use for Mig welding
- 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) |
100-D-CO2 | CARBON DIOXIDE | 200 | 0 – 300 bar 0 – 4500 psi | 0 – 8 | 0 – 16 bar 0 – 240 psi | Inlet W 21.8 - 14 (RH)F Outlet 3/8" BSP (RH)M | 5 – 10 |
Precision and Reliability for Industrial Gas ControlThe HMP 100-D-CO2 Gas Pressure Regulator stands out in the world of industrial gas management. Built with sturdy copper and brass materials, it provides a stable and consistent CO2 flow, making it essential for processes that demand accuracy. Whether controlling pressure for fabrication, chemical processing, or beverage production, this model ensures dependable regulation even at high input pressures.
Versatile Application Meets Superior CraftsmanshipWith a maximum inlet pressure of 200 bar and a regulated outlet pressure up to 8 bar, the HMP 100-D is versatile enough to fit most standard industrial setups. Its golden brass finish not only lends a premium appearance but also offers lasting resilience. Adaptable, robust, and precise, it is a trusted choice for gas professionals seeking reliability in day-to-day operations.
FAQ's of 100-D-CO2 Gas Pressure Regulators:
Q: How does the HMP 100-D-CO2 Gas Pressure Regulator operate within industrial environments?
A: The HMP 100-D-CO2 Regulator works by reducing high-pressure CO2 gas from a cylinder (up to 200 bar) to a user-set outlet pressure between 0 and 8 bar, making it suitable for safe and controlled use in a range of industrial applications.
Q: What are the main benefits of using the HMP 100-D model for CO2 gas control?
A: Benefits include precise pressure regulation, durability due to copper and brass construction, an attractive golden brass finish, and suitability for both continuous and intermittent CO2 gas delivery in demanding industrial settings.
Q: When is this gas pressure regulator most commonly used?
A: This regulator is most commonly used in industrial scenarios requiring reliable and accurate CO2 pressure management, such as welding, chemical manufacturing, and beverage carbonation processes.
Q: Where can the HMP 100-D-CO2 Gas Pressure Regulator be installed?
A: It can be installed in standard industrial gas systems that handle CO2 cylinders, as well as in laboratories, production facilities, and plants that require controlled CO2 supply.
Q: What is the installation process for the HMP 100-D CO2 regulator?
A: Installation involves attaching the regulator to a compatible CO2 gas cylinder, ensuring all seals and connections are secure, and then adjusting the outlet pressure to fit the intended application using the provided controls.
Q: How is the maximum flow rate beneficial for industrial applications?
A: The regulator's maximum flow capacity of 5-10 m3/h ensures that it can handle varying demands, accommodating both low and high-consumption scenarios in processes that require consistent gas delivery.
