0781-2440 - Victor LC350DR-540 Liquid Cylinder Oxygen Regulator

Get Reliable Oxygen Flow with the Victor LC350DR-540 Regulator

When your shop relies on liquid cylinders for oxygen supply, you need a regulator that can handle the specific flow characteristics of cryogenic vessels. The Victor LC350DR-540 Regulator (0781-2440) is built exactly for this purpose. Designed as a medium-duty gas delivery solution, it bridges the gap between your bulk liquid supply and your welding or cutting equipment. With a CGA 540 connection, it hooks up easily to standard oxygen outlets, getting you up and running without the need for complex adapters.

This regulator gives you a working pressure range of 5 to 125 PSIG. This range is perfect for most fabrication shop tasks, including oxy-fuel cutting, brazing, and pre-heating. Because it is part of the Victor LC series, it is tuned to handle the gas phase withdrawal from liquid cans, which can sometimes deliver higher flow volumes than standard high-pressure bottles. The regulator ensures that your torch flame remains neutral and steady, preventing the annoying pressure fluctuations that can ruin a cut or a weld puddle.

Durability is key in any welding shop, and Victor delivers with a heavy-duty brass construction. This regulator isn't a throwaway item; it's a tool meant to last. The gauges (if equipped on your specific setup) and adjustment knobs are designed for easy reading and operation, even when you're wearing gloves. The internal seat and diaphragm are engineered to resist wear, reducing maintenance downtime and keeping your production line moving.

Don't compromise your gas delivery system with unmatched components. Using a regulator specifically designed for liquid cylinder applications like the LC350DR-540 ensures you get the maximum efficiency out of your gas supply. Whether you are running a single station or feeding a small manifold, this Victor regulator provides the control and safety you expect from a top-tier brand. Upgrade your liquid cylinder setup today and experience the difference in flow consistency and pressure control.