
Upgrade your gas control system with the Victor EDGE 2.0 ESS32-150-320 CO2 Regulator, a premium solution for professional welders and fabricators. Building on the legacy of the original EDGE series, this Version 2.0 model offers enhanced durability, visibility, and safety. It is built to handle the rigors of the job site while providing the precise control needed for high-quality welds. With a delivery range of 0-150 PSIG and a CGA 320 connection, it fits standard Carbon Dioxide cylinders perfectly and provides reliable flow for MIG and flux-cored applications.
The most striking feature of the EDGE 2.0 is its rugged design. The gauges are recessed and protected by a heavy-duty metal guard, making them virtually impervious to the bangs and drops that occur in busy shops. The gauges themselves are larger and clearer, featuring a high-contrast face that takes the guesswork out of pressure settings. Safety is also a top priority; the patented SLAM knob acts as a shock absorber, protecting the regulator's vital components if a cylinder tips over, ensuring your equipment lasts longer.
Comfort and ease of use have not been overlooked. The color-coded knob allows for instant recognition of the gas type, and the ergonomic design makes pressure adjustments smooth and effortless. Whether you are working in automotive repair, agricultural equipment maintenance, or structural fabrication, the Victor EDGE 2.0 delivers the reliability and performance you expect from the industry leader in gas equipment. Invest in a regulator that stands up to the toughest industrial conditions.
| Additional Information |
|---|
| Brand:Victor |
| Cga Fitting:CGA 320 |
| Item:Regulator |
| Used On Which Gas:CO2 |
| Max Outlet:150 PSI |
| Packaging Description:1-per-ea |
| Series:EDGE 2.0 |
| Model:ESS32-150-320 |
| Gas Service:Carbon Dioxide |
| Stage Type:Single Stage |
| Gauge Diameter:2 in. |
| Inlet Connection:CGA 320 |
| Outlet Connection:5/8 in. - 15 F RH |
| Duty Rating:Heavy Duty, Medium Capacity |
| Max Inlet:N\A |
| Used On Which Gas?:CO2 |