
Package Price:
$1,252.47/pack of 1Usually ships within 3-5 business days
The Victor L700C-AM Regulator (SKU: 0780-1809) is a premium component within the renowned L700 Series, engineered specifically for heavy-duty industrial applications. As a line regulator, this unit is designed to be installed downstream from a high-pressure source—such as a bulk tank, manifold, or header system—to provide precise pressure reduction and control at the point of use. With a maximum inlet pressure rating of 350 PSIG, it is perfectly suited for facility pipelines where intermediate pressure regulation is critical for safety and equipment performance.
Constructed with the professional in mind, the L700C-AM features a robust forged brass body and housing cap. This heavy-duty build quality ensures that the regulator can withstand the rigors of daily industrial use, resisting corrosion and mechanical stress. The internal components are optimized for Specialty Gas service, ensuring material compatibility and maintaining the purity and integrity of the gas stream. Whether you are managing a laboratory gas supply, a manufacturing process line, or a specialized welding station, this regulator delivers consistent flow and pressure stability.
Reliability is the hallmark of Victor's gas equipment. The L700 Series is widely trusted for its high-flow capabilities, making it an ideal choice for applications that demand substantial gas volume without significant pressure drop. The regulator's design allows for easy adjustment and monitoring, ensuring that operators can maintain optimal process conditions with minimal effort. By installing the Victor L700C-AM, facilities can ensure a safe, efficient, and controlled delivery of specialty gases to their critical applications.
Key Features:
| Additional Information |
|---|
| Brand:Victor |
| Item:Regulator |
| Max Inlet:350 PSI |
| Used On Which Gas:Specialty Gas |
| Series:L700 |
| Division:Heavy Duty |
| Regulator Type:Line Regulator |
| Gas Service:Specialty Gas |
| Packaging Description:pack of 1 |