LABLINE Pressure regulator Vulkan F10/300 Effect

The Vulkan LabLine F 10/300 Effect is a single-stage cylinder pressure regulator acc. to ISO 2503 from the LabLine high-purity range. Chrome-plated brass body with stainless steel diaphragm and clamp ring 6 mm outlet, with integrated Vulkan Effect high-pressure compensation for stable 0–10 bar outlet pressure from 200 or 300 bar cylinders. Adiabatic compression tested for oxygen and acetylene.

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Description

The Vulkan LabLine F 10/300 Effect is the high-purity version of the F 10/300 Effect cylinder pressure regulator, designed for laboratory, analytical and laser gas applications where material cleanliness is specified alongside pressure accuracy. The integrated Vulkan Effect high-pressure compensation maintains constant outlet pressure as the cylinder depletes — preventing the working pressure rise and excess gas consumption that occur in uncompensated regulators, particularly with 300 bar cylinders.

The Vulkan Effect is an integrated high-pressure compensation system. Without it, outlet pressure rises as cylinder pressure drops, increasing gas consumption by more than 50% with 300 bar cylinders. With the Effect, outlet pressure remains constant throughout the working cycle, delivering stable process conditions and measurable gas savings.

All Vulkan LabLine regulators are manufactured from brass and chrome-plated after a special vibratory finishing cleaning process, reducing surface fat content to below 100 mg/m². The stainless steel diaphragm and clamp ring 6 mm outlet connection maintain a low-contamination wetted path suitable for high-purity gas grades up to 5.0. The leakage rate of 1 × 10⁻⁶ mbar l/s confirms helium-leak-proof construction. The LabLine range is designed and manufactured to DIN, EN and ISO standards and satisfies the requirements of the PED and DGUV.

The LabLine F 10/300 Effect covers the same broad gas range as the standard F 10/300 Effect — oxygen, acetylene, CO₂/argon, helium, nitrogen, hydrogen, forming gas, compressed air, testing gas, nitrous oxide and methane — in a chrome-plated, high-purity execution ready for laboratory and high-grade analytical installations.

Key Advantages

  • Chrome-plated brass body with vibratory finishing — surface fat content below 100 mg/m².
  • Stainless steel diaphragm for high-purity gas service up to grade 5.0.
  • Clamp ring 6 mm outlet for clean laboratory and laser gas piping integration.
  • Vulkan Effect: constant 0–10 bar outlet pressure throughout the cylinder working cycle.
  • Adiabatic compression tested for oxygen and acetylene; acc. to ISO 2503.
  • Available for 200 bar and 300 bar inlet cylinders.
  • Helium-leak-proof with 1 × 10⁻⁶ mbar l/s; designed to DIN, EN and ISO standards.

Food-Gas / Compliance Positioning

This regulator can be positioned for food-gas projects when ordered with the appropriate wetted materials, elastomers, cleanliness level and documentation package. Regulation (EC) No 1935/2004 defines the basic requirement that materials in contact with food must not transfer substances in quantities that could endanger health or unacceptably change the composition or organoleptic properties of food. Regulation (EC) No 2023/2006 adds GMP requirements for controlled manufacturing processes. In Germany, LFGB is part of the legal framework used for control of food-contact materials and articles.

 

Table 1. Technical Data

Parameter Value
Body Brass, chrome-plated
Seals Polyamide, EPDM
Diaphragm Stainless steel
Leakage rate 1 × 10⁻⁶ mbar l/s
Temperature -20 to +60 °C
Max. inlet pressure (pe max) 200 / 300 bar
Outlet pressure (pa) 0 – 10 bar
Max. flow (Qmax) 48 Nm³/h at 10 bar
Outlet connection (da) Clamp ring 6 mm
Width (B) 210 mm
Height (H) 190 mm
Depth (T) 75 mm
Weight (M) 1.5 kg

 

Table 2. Versions and Article Numbers

Gas type Inlet pressure Inlet connection Outlet Art. no.
Oxygen 200 bar G3/4RH nut clamp ring 6 mm 278 100
Acetylene 20 bar clamp 279 000
CO₂/Argon 200 bar W21.8×1/14RH nut 276 005
Helium 276 025
Nitrogen W24.32×1/14RH nut 273 005
Hydrogen W21.8×1/14LH nut 274 005
Forming gas 274 805
Compressed air G 5/8 RH 277 005
Testing gas M19×1.5LH nut 273 805
Nitrous oxide 80 bar G 3/8 RH nut 273 061
Methane 200 bar W21.8×1/14LH nut 275 676
Oxygen 300 bar W30×2RH nut 378 100
CO₂/Argon 376 005
Helium 376 025
Nitrogen 373 005
Hydrogen W30×2LH nut 374 005
Forming gas 374 805
Compressed air W30×2RH nut 377 005
Testing gas W30×2LH nut 373 805