Flomatic C150102E Pressure Reducing Valve 1-1/4″ 15-150 PSI | Pump Professionals

Description

The Flomatic C150102E is a 1-1/4-inch hydraulically operated pressure reducing valve built to deliver consistent, controlled downstream pressure in water distribution systems. Part of Flomatic’s trusted C150E model line, this valve is engineered for dependable long-term performance in both municipal and private water system applications where precise pressure management is essential.

As a pressure reducing valve in the 1-1/4-inch size class, the Flomatic C150E features a hydraulically operated design that responds automatically to fluctuating upstream pressures, maintaining a steady and user-defined downstream output. The C150102E PRV offers an adjustable pressure range of 15 to 150 PSI, giving installers the flexibility to dial in the exact outlet pressure required for a given system. This wide adjustment range makes it a highly versatile automatic pressure regulator valve capable of handling diverse pressure conditions without requiring manual recalibration. Constructed with durable, corrosion-resistant materials, the Flomatic water system pressure reducing valve is built to endure continuous service in demanding environments.

The Flomatic C150102E is ideally suited for residential, commercial, and light municipal water distribution systems where incoming supply pressure exceeds safe or desired operating levels. It performs reliably in applications such as building water supply lines, irrigation feed systems, pump discharge protection, and anywhere downstream equipment needs to be shielded from high-pressure surges. The 1-1/4-inch connection size fits standard threaded pipe configurations, making retrofitting into existing systems straightforward. Plumbers, contractors, and system engineers will appreciate the broad PSI adjustment range and consistent hydraulic operation, which reduce the risk of pressure-related damage to fixtures, meters, and downstream components while helping extend the overall service life of the water distribution infrastructure.