5644-8330 - Victor P-600 High Flow Breathing Air Regulator, 0-550 PSI Delivery

Reliable Breathing Air Control with Victor P-600 Series

The Victor P-600 Breathing Air Regulator (5644-8330) is a premium gas control device engineered for the rigorous demands of industrial breathing air systems. Part of the renowned P-600 series, this regulator is designed to deliver high flow rates while maintaining stable pressure, a critical requirement for safety and life-support applications. Whether used in cascade systems, filling stations, or direct supply manifolds, the P-600 provides the reliability that safety managers and industrial professionals trust.

Constructed from heavy-duty machined brass, the body and housing cap are built to endure the physical stresses of daily industrial use. The regulator is specifically calibrated and cleaned for Breathing Air service, ensuring that it meets the necessary standards for air purity and compatibility. With a delivery pressure range of 0-550 PSIG, it offers substantial versatility, allowing it to step down high-pressure cylinder sources to usable line pressures for downstream equipment or respirators.

One of the standout features of this model is the T-Screw (Tee) adjustment handle. Unlike standard knobs, the T-bar design provides excellent leverage, making it easy to adjust pressure settings precisely, even when the operator is wearing heavy work gloves. This ergonomic feature, combined with the regulator's internal balanced stem design, ensures smooth pressure transitions and minimizes fluctuation, providing a consistent flow of breathable air when it matters most.

Safety and performance are paramount in breathing air applications. The Victor P-600 series incorporates a large diaphragm for responsive pressure control and high flow capacity. This makes it an ideal choice for supplying air to multiple users or high-demand equipment. By choosing the Victor 5644-8330, you are investing in a legacy of gas control expertise, ensuring your breathing air infrastructure is supported by equipment designed for maximum durability and operational safety.