Description
Vulkan H 10/300 Effect is a professional manifold pressure regulator engineered for stable gas supply from cylinder bundles and manifold systems. It is the right choice where reliability, clear pressure indication, and durable construction matter more than marketing noise.
Designed in accordance with ISO 7291, this regulator is built for central gas supply duty and direct bundle connection. The single-stage design provides dependable outlet pressure control up to 10 bar, while the rated flow of 50 Nm³/h makes it suitable for a broad range of industrial gas distribution tasks. Safety gauges provide immediate visual control of both inlet and outlet pressure.
The regulator body is made of brass and fitted with a PTFE diaphragm plus sealing materials selected for practical industrial service. With versions for oxygen, argon, CO₂, helium, nitrogen, hydrogen, and compressed air, the H 10/300 Effect can be matched to the actual gas and pressure class of the installation instead of forcing a compromise.
This is not a generic line component. It is a proper manifold regulator for users who need predictable operation, clean configuration logic, and proven compatibility with standard industrial gas connections. For new installations, bundle stations, or replacement of worn main regulators, the Vulkan H 10/300 Effect gives a straightforward answer: solid mechanics, clear specification, and the right version for the gas in use.
Typical applications
- Cylinder bundle supply systems
- Manifold stations
- Central gas supply lines
- Industrial workshops
- Process gas distribution points
- Technical gas installations
The Vulkan H 10/300 Effect is a robust manifold pressure regulator designed for manifold systems and direct connection to cylinder bundles. It is built for reliable pressure control in central gas supply applications, with a single-stage design, safety gauges, compliance with ISO 7291, and a rated capacity of up to 50 Nm³/h at 10 bar outlet pressure. The product family covers versions for oxygen, argon, CO₂, helium, nitrogen, hydrogen, and compressed air, depending on the selected inlet-pressure version.
Its value is simple: stable regulation, clear operating visibility, and broad process compatibility. The brass body, PTFE diaphragm, and technically relevant sealing materials make it suitable for demanding industrial gas service, while the adiabatic-compression-tested design supports safe use in manifold and bundle installations.
Key product strengths
- For manifolds or direct bundle connection
- ISO 7291 manifold regulator design
- Single-stage pressure reduction
- Adiabatic compression tested
- Adjustable outlet pressure up to 10 bar
- Versions for 200 bar and 300 bar inlet pressure
- Available for multiple gases depending on version selection
Table 1. Technical data
| Parameter | Value |
| Body | Brass |
| Seals | EPDM, polyamide, PTFE |
| Diaphragm | PTFE, Stainless steel |
| Leakage rate | 1 × 10⁻⁶ mbar·l/s |
| Temperature range | -20 to +60 °C |
| Max. inlet pressure (pe max) | 200 / 300 bar |
| Max. flow (Qmax) | 50 Nm³/h |
| Outlet pressure range (pa) | 0–10 bar |
| Flow rating condition | at pa = 10 bar |
| Inlet connection (de) | See Table 2 |
| Outlet connection (da) | See Table 2 |
| Width (B) | 210 mm |
| Height (H) | 190 mm |
| Depth (T) | 75 mm |
| Weight (M) | 1.5 kg |
Technical values compiled from the provided specification image and aligned with the H10/200 and H10/300 product-family data published on Gasetechnik24.
Table 2. Versions and article numbers
| Gas type | Inlet pressure | Outlet pressure | Inlet connection | Outlet connection | Article no. |
| Oxygen | 200 bar | 0–10 bar | G 3/4 RH nut | G1/2 RH | 208 515 |
| Argon | 200 bar | 0–10 bar | W21.8 × 1/14 RH nut | G1/2 RH | 206 515 |
| CO₂ | 200 bar | 0–10 bar | W21.8 × 1/14 RH nut | G1/2 RH | 206 515 06 |
| Helium | 200 bar | 0–10 bar | W21.8 × 1/14 RH nut | G1/2 RH | 206 515 26 |
| Nitrogen | 200 bar | 0–10 bar | W24.32 × 1/14 RH nut | G1/2 RH | 203 515 |
| Hydrogen | 200 bar | 0–10 bar | W21.8 × 1/14 LH nut | G1/2 RH | 204 515 |
| Compressed air | 200 bar | 0–10 bar | G 5/8 RH nut | G1/2 RH | 207 515 |
| Oxygen | 300 bar | 0–10 bar | W30 × 2 RH nut | G1/2 RH | 308 515 |
| Argon | 300 bar | 0–10 bar | W30 × 2 RH nut | G1/2 RH | 306 515 |
| Helium | 300 bar | 0–10 bar | W30 × 2 RH nut | G1/2 RH | 306 515 26 |
| Nitrogen | 300 bar | 0–10 bar | W30 × 2 RH nut | G1/2 RH | 303 515 |
| Hydrogen | 300 bar | 0–10 bar | W30 × 2 LH nut | G1/2 RH | 304 515 |
| Compressed air | 300 bar | 0–10 bar | W30 × 2 RH nut | G1/2 RH | 307 515 |




