Manifold Pressure Regulators H 60 (Hauptdruckminderer)

The Vulkan H 60/300 Effect is the higher-pressure version in the same manifold regulator family, intended for manifold installations and direct bundle connection where a much higher downstream pressure range is required. Competitor listings position the H60 series as a main pressure regulator according to ISO 7291, with single-stage construction, inlet pressure compensation, and gas-specific versions for industrial technical gases. The H60 family is specified for up to 300 bar inlet pressure, adjustable outlet pressure up to 60 bar, and maximum flow up to 140 Nm³/h.

This regulator is not for light-duty gas supply. It is for installations where the primary reduction stage must remain stable under real operating load. The brass construction, clear gauge layout, and wide gas/version matrix make the H60 a strong fit for demanding central gas supply systems, bundle stations, and industrial process lines. For buyers comparing catalog items, the commercial advantage is obvious: higher pressure capability, industrial-spec connections, and a regulator family already aligned with common manifold and bundle applications.

Description

The Vulkan H 60/300 Effect is the higher-pressure version in the same manifold regulator family, intended for manifold installations and direct bundle connection where a much higher downstream pressure range is required. Competitor listings position the H60 series as a main pressure regulator according to ISO 7291, with single-stage construction, inlet pressure compensation, and gas-specific versions for industrial technical gases. The H60 family is specified for up to 300 bar inlet pressure, adjustable outlet pressure up to 60 bar, and maximum flow up to 140 Nm³/h.

This regulator is not for light-duty gas supply. It is for installations where the primary reduction stage must remain stable under real operating load. The brass construction, clear gauge layout, and wide gas/version matrix make the H60 a strong fit for demanding central gas supply systems, bundle stations, and industrial process lines. For buyers comparing catalog items, the commercial advantage is obvious: higher pressure capability, industrial-spec connections, and a regulator family already aligned with common manifold and bundle applications.

Typical use cases:

  • High-pressure central gas supply systems
  • Cylinder bundle stations
  • Industrial manifold installations
  • Process gas distribution
  • Technical gas infrastructure
  • Production environments with elevated downstream pressure demand

 

Table 1. Technical data

 

Parameter Value
Body Brass
Seals EPDM, polyamide, PTFE
Diaphragm NBR / V2A, 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) 140 Nm³/h
Outlet pressure range (pa) 0–60 bar
Flow rating condition at pa = 60 bar
Inlet connection (de) See versions table
Outlet connection (da) See versions table
Width (B) 200 mm
Height (H) 190 mm
Depth (T) 75 mm
Weight (M) 1.7 kg

 

 

Table 2. Versions and article numbers

 

Gas type Inlet pressure Outlet pressure Inlet connection Outlet connection Article no.
Oxygen 200 bar 0–60 bar G 3/4 RH nut G1/2 RH 218 560
Argon 200 bar 0–60 bar W21.8 × 1/14 RH nut G1/2 RH 206 560
CO₂ 200 bar 0–60 bar W21.8 × 1/14 RH nut G1/2 RH 206 560 06
Helium 200 bar 0–60 bar W21.8 × 1/14 RH nut G1/2 RH 206 560 26
Nitrogen 200 bar 0–60 bar W24.32 × 1/14 RH nut G1/2 RH 203 560
Hydrogen 200 bar 0–60 bar W21.8 × 1/14 LH nut G1/2 RH 204 560
Compressed air 200 bar 0–60 bar G 5/8 RH US G1/2 RH 207 560
Oxygen 300 bar 0–60 bar W30 × 2 RH nut G1/2 RH 318 560
Argon 300 bar 0–60 bar W30 × 2 RH nut G1/2 RH 306 560
Helium 300 bar 0–60 bar W30 × 2 RH nut G1/2 RH 306 560 26
Nitrogen 300 bar 0–60 bar W30 × 2 RH nut G1/2 RH 303 560
Hydrogen 300 bar 0–60 bar W30 × 2 LH nut G1/2 RH 304 560
Compressed air 300 bar 0–60 bar W30 × 2 RH nut G1/2 RH 307 560