
For professional welders, consistent shielding gas flow is critical to achieving porosity-free welds and stable arcs. The Victor 0781-3869 HSR 2570 Regulator is built to deliver exactly that. Designed for medium-duty MIG and TIG applications, this regulator ensures that your Argon or Argon/CO2 mix is delivered at a steady pressure, free from the surges that can disrupt your weld pool. With a delivery range of 4-40 PSIG, it provides the control necessary for a wide variety of material thicknesses and joint configurations.
The HSR 2570 stands out with its rugged build quality. The forged brass body can withstand the knocks and bumps of a busy welding shop, while the internal components are protected by a sintered bronze filter that keeps dirt and debris out of the seat assembly. This attention to detail means fewer replacements and more uptime for your welding operations. The 2-inch high-pressure gauge is easy to read, allowing you to monitor cylinder contents at a glance so you're never caught off guard by an empty tank.
Victor has equipped this model with a standard CGA 580 inlet, making it compatible with most inert gas cylinders used in the industry. The outlet connection is a standard 5/8"-18 RH F, ensuring compatibility with most standard gas hoses. Whether you are welding aluminum with pure Argon or carbon steel with a mix, this regulator provides the reliability you need to focus on laying down the perfect bead. It represents an investment in quality that pays off through consistent weld appearance and reduced gas waste.
Why Choose the Victor HSR 2570?
| Additional Information |
|---|
| Brand:Victor |
| Cga Fitting:CGA 580 |
| Item:Regulator |
| Max Inlet:3000 PSI |
| Used On Which Gas:Argon/Weldmix |
| Max Outlet:40 PSI |
| Gas Type:Argon, Argon/CO2 Mix, Helium |
| Connection Type (CGA):CGA 580 |
| Delivery Range:4 - 40 PSIG |
| Inlet Pressure:Max 3000 PSIG |
| Body Material:Forged Brass |
| Outlet Connection:5/8"-18 RH F |
| Applications:MIG Welding, TIG Welding |
| Packaging Description:pack of 1 |
| Used On Which Gas?:CO2 |