
Achieve flawless welds with the Victor EDGE 2.0 ESS32 Argon Flowgauge Regulator, the welder's choice for consistent shielding gas delivery. In MIG and TIG welding, porosity and poor bead appearance are often caused by inconsistent gas flow. The ESS32 solves this with a highly responsive single-stage design that maintains a steady flow rate of up to 80 CFH, ensuring your weld pool remains protected from atmospheric contamination throughout the entire pass.
The EDGE 2.0 series is built for the shop floor. We know that welding environments are tough on equipment. That's why Victor engineered this regulator with a heavy-duty metal gauge guard and the industry-leading SLAM knob. If a tank accidentally tips over, the SLAM knob absorbs the shock, preventing the regulator from snapping off or sustaining critical damage. This durability ensures that your investment lasts longer, even in busy fabrication shops or mobile repair trucks.
Usability is also a key upgrade in the Series 2.0. The color-coded adjustment knob allows for quick identification of gas type compatibility, and the side-mounted position offers a more natural hand placement for making fine adjustments. The large 2-inch delivery gauge is easy to read, helping you dial in the exact CFH required for your specific wire diameter and cup size. Compatible with pure Argon and Argon/CO2 mixes via the CGA 580 connection, this regulator is a versatile workhorse for any welder working with steel, stainless, or aluminum. Backed by the ESAB Iron Clad Pledge, you can trust this regulator to perform weld after weld.
| Additional Information |
|---|
| Brand:Victor |
| Cga Fitting:CGA 580 |
| Item:Flow Regulator |
| Used On Which Gas:Argon/Weldmix |
| Packaging Description:1-per-each |
| Gas Type:Argon, CO2, Argon/CO2 Mix |
| Flow Range:0 - 80 CFH |
| Series:EDGE 2.0 ESS32 |
| Inlet Connection:CGA 580 |
| Outlet Connection:CGA 032 (5/8"-18 RH Female) |
| Gauge Diameter:2 inch |
| Stage Type:Single Stage |
| Duty Rating:Medium Duty |
| Max Inlet:N\A |
| Max Outlet:n/a |
| Used On Which Gas?:Nitrogen |