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0781-5210 - Victor ESL4-80-250F EDGE Series Oxygen Station Regulator

Packaging: pack of 1
$638.03/EA $419.32/pack of 1 only $419.32/EASave 34%

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OVERVIEW

Reliable Oxygen Control for Shop Pipelines

If your welding shop runs on a manifold or bulk gas system, you need a regulator that can handle the daily grind while delivering precise pressure at the station drop. The Victor ESL4-80-250F EDGE Series Station Regulator is the gold standard for line regulators, combining Victor's legendary flow performance with modern safety features that protect your equipment and your team. Designed for Oxygen service (and compatible with inert gases), this regulator takes the line pressure and steps it down to a usable 5-80 PSIG range for your torches and machines.

Built for the Real World
We know that equipment gets knocked around in a busy shop. That's why the ESL4 features the SLAM (Shock Limitation and Absorption Mechanism) knob. If a heavy object hits the regulator or if it takes a blow, the knob is engineered to absorb the impact, protecting the vital brass bonnet and adjusting screw inside. This means fewer broken regulators and less downtime for repairs. The gauge is recessed and protected by the housing, keeping it safe from glancing blows that would shatter standard gauge faces.

Precision and Safety
The ESL4-80-250F isn't just tough; it's precise. It provides smooth, consistent flow control, ensuring your flame stays neutral and your cuts stay clean. The 1/4" NPT female inlet makes it easy to install on your wall drops or bench mounts. It comes with a standard "B" size outlet (9/16"-18) so your standard oxygen hoses hook right up. Plus, the color-coded design helps you quickly identify it as part of your oxygen line, maintaining safety protocols in your shop.

Whether you are setting up a new fabrication bay or replacing old, leaking station valves, the Victor ESL4-80-250F gives you the professional control you expect from the industry leader in gas equipment.

Additional Information
Brand:Victor
Item:Regulator
Max Inlet:350 PSI
Max Outlet:80 PSI
Used On Which Gas:Oxygen
Cga Fitting:n-a
Packaging Description:1-per-ea
Gas Type:Oxygen, Inert Gas
Inlet Connection:1/4" NPT Female
Outlet Connection:9/16"-18 M (B-Size)
Delivery Pressure Range:5-80 PSIG
Gauge Type:Delivery Pressure Only
Series:EDGE Series ESL4
Warranty:5 Years

INCLUDED

  • One (1) ESL4-80-250F Station Regulator
  • Instruction Manual

APPLICATIONS

  • Industrial Gas Pipeline Drops
  • Manifold Systems
  • Welding and Cutting Stations
  • Laboratory Gas Distribution
  • Automotive and Fabrication Shops

FAQ

A station regulator (or line regulator) like the ESL4 is designed to be used at the point of use in a pipeline system, typically with lower inlet pressures (up to 350 PSIG) and often has an NPT inlet. A cylinder regulator connects directly to a high-pressure gas cylinder (up to 3000+ PSIG) and uses a CGA connection.

The maximum inlet pressure for this model is 350 PSIG. It is intended for use on distribution piping, not directly on high-pressure cylinders.

While primarily listed for Oxygen service due to its cleaning and pressure range, the materials are compatible with inert gases like Argon and Nitrogen, provided the application pressure (5-80 PSIG) is suitable and the unit is kept clean for oxygen service if ever switched back.

SLAM stands for Shock Limitation and Absorption Mechanism. It is a safety feature where the adjustment knob is designed to absorb impact energy, protecting the regulator body and stem from damage if the unit is struck.

The inlet is a 1/4-inch NPT Female connection, and the outlet is a 9/16-inch-18 Male connection (CGA 022/023 style), commonly known as a 'B-size' fitting.

No, the regulator itself does not include a flashback arrestor. It is highly recommended to install flashback arrestors at the torch or regulator outlet for safety.

Since this is a station regulator connected to a pipeline with a relatively constant pressure, it only requires a delivery pressure gauge to show what is being output to the torch. The line pressure is usually monitored at the manifold source.

CATALOGUE & SPEC SHEETS

Spec Sheet
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