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

Victor ESL4-80-250F EDGE Series Station Regulator

The Victor ESL4-80-250F (SKU: 0781-5210) is a premium single-stage station regulator designed for the precise control of Oxygen and Inert gases in pipeline and manifold systems. Part of the revolutionary EDGE Series, this regulator represents a significant advancement in gas control technology, prioritizing safety, durability, and ease of use in industrial environments. Unlike traditional cylinder regulators, the ESL4 is engineered specifically for "station drops"—points where gas is accessed from a central bulk supply or manifold system—handling inlet pressures up to 350 PSIG.

Constructed with a heavy-duty forged brass body, the ESL4-80-250F is built to withstand the rigors of harsh shop environments. It features Victor's patented SLAM (Shock Limitation and Absorption Mechanism) technology. The adjustment knob is designed with a multi-stage crumple zone that absorbs impact energy in the event of a fall or collision, protecting the internal regulator components and the stem from damage. This feature significantly extends the service life of the unit and enhances workplace safety.

Performance-wise, this model provides a delivery pressure range of 5 to 80 PSIG, making it suitable for a wide variety of cutting, welding, and heating applications. The inlet connection is a standard 1/4" NPT Female, allowing for seamless integration into rigid piping or flexible hose drops, while the outlet is a 9/16"-18 Male connection (CGA 022/023 style) compatible with standard "B" size oxygen hoses. The regulator is equipped with a single, high-contrast gauge that clearly displays delivery pressure, ensuring operators can monitor settings at a glance. The internal design includes a sintered filter to prevent particulate contamination and an external self-reseating relief valve for over-pressure protection.

For facilities utilizing bulk gas systems, the Victor ESL4-80-250F offers a reliable, safe, and low-maintenance solution for point-of-use pressure regulation.