EDR Tapping point pressure regulators (Vulkan) E 10

 166,50

EDR Vulkan is a high-performance point-of-use (POU) gas pressure regulator designed for precise pressure control at the final stage of industrial gas distribution systems.

It ensures stable gas flow, reduces pipeline pressure to safe working levels, and protects processes from pressure fluctuations at the workstation.

Ideal for welding, cutting, laboratory, and industrial applications requiring reliable and consistent gas supply.

Description

EDR Vulkan: Industrial Tapping Point Gas Pressure Regulator (POU)

The EDR Vulkan is a high-performance Point-of-Use (POU) gas regulator specifically engineered for final terminal stations in industrial gas distribution networks. As a premium tapping point regulator, it ensures precise pressure reduction and flow stability directly at the workstation, shielding the process from pipeline pressure fluctuations.

Product Overview: Precision at the Tapping Point

Designed for demanding industrial environments, the EDR Vulkan acts as the critical interface between the main gas line and the end-user equipment. Whether integrated into a wall-mounted station or a standalone work bay, this regulator provides the ultimate control for technical gases, including oxygen, fuel gases, and shielding gas mixtures.

Key Performance Advantages

  • Localized Pressure Stability: High-precision POU control prevents “pressure drops” when multiple workstations are active simultaneously.
  • Enhanced Operational Safety: Reduces high-line pressure to safe working levels at the immediate point of use, minimizing risks in the work area.
  • Visual Flow Monitoring: Available in versions with integrated flowmeters (rotameters) for real-time consumption tracking ($l/min$ or $m^3/h$).
  • Industrial Durability: Robust construction optimized for heavy-duty welding, cutting, and laboratory applications.

 

Why Choose EDR Vulkan for Your Tapping Points?

  1. Process Consistency: Ideal for automated welding and CNC cutting where constant gas flow is non-negotiable.
  2. Scalable Distribution: Easily add new tapping points to existing gas lines without recalibrating the entire system.
  3. Cost Efficiency: Precise point-of-use adjustment eliminates gas wastage caused by over-pressurization.

Targeted Industrial Applications

  • Welding & Fabrication: Shielding gas control for MIG/TIG/MAG processes.
  • Laboratories: High-purity gas delivery for testing and analysis.
  • Maintenance Bays: Flexible pressure settings for diverse pneumatic and thermal tools.
  • Distributed Production: Reliable gas supply across large-scale manufacturing floors.

Technical Profile

Feature Details
Product Type Tapping Point Regulator / POU Station
Inlet Position Downstream of main pipeline regulators
Gases Acetylene, Oxygen, Argon, $CO_2$, Hydrogen, Propane
Mounting Wall-bracket, manifold plate, or terminal console
Compliance Built to international safety and industrial standards

 

General data
Parameter Value
Product name Tapping point regulator Vulkan E 10
Description Single stage regulator with working gauge to adjust the working pressure at point of use and connection to tapping point
Body Brass
Seals EPDM
Diaphragm Perbunan or Stainless steel
Max. inlet pressure (pe max) 40 bar
Leakage rate 1×10⁻⁶ mbar l/s
Temperature -20 to +60 °C
Inlet connection G 3/8 RH/LH
Dimensions B 120 mm / H 160 mm / T 65 mm
Weight 1.0 kg

 

Gas type Inlet pressure Outlet pressure Flow Inlet Outlet Article no.
oxygen 20 bar 0–10 bar 46 Nm³/h G 3/8 RH nut G 1/4 RH x 6 mm 108 700
acetylene 1.5 bar 0–1.5 bar 3.5 Nm³/h G 3/8 LH nut G 3/8 LH x 9 mm 109 700
CO2 / argon 40 bar 0–10 bar 46 Nm³/h G 3/8 RH nut G 1/4 RH x 6 mm 126 700
CO2 / argon 40 bar 0–20 Nl/min G 3/8 RH nut G 1/4 RH x 6 mm 126 720
CO2 / argon 40 bar 0–30 Nl/min G 3/8 RH nut G 1/4 RH x 6 mm 126 725
CO2 / argon 40 bar 0–30 Nl/min

0–4 bar

G 3/8 RH nut G 1/4 RH x 6 mm 126 728
helium 40 bar 0–10 bar 46 Nm³/h G 3/8 RH nut G 1/4 RH x 6 mm 126 706
nitrogen 40 bar 0–10 bar 46 Nm³/h G 3/8 RH nut G 1/4 RH x 6 mm 103 700
hydrogen 40 bar 0–10 bar 46 Nm³/h G 3/8 LH nut G 3/8 LH x 9 mm 104 700
forming gas 40 bar 0–10 bar 46 Nm³/h G 3/8 LH nut G 3/8 LH x 9 mm 104 845
forming gas 40 bar 0–20 Nl/min G 3/8 LH nut G 3/8 LH x 9 mm 104 843