Double Suction Horizontal Split Case Fire Pumps
Product Introduction
Purity PSCM horizontal split case fire pump is engineered with an axially split volute casing, allowing easy access to internal components and greatly simplifying routine inspection and maintenance. Its double-suction, radial-flow impeller is available in two high-quality material options—AISI 304 stainless steel or HT250 cast iron—offering excellent flexibility for different operating environments and fluid conditions. This design delivers balanced axial forces, smooth hydraulic performance, and enhanced efficiency, making the pump ideal for large-volume water transfer and industrial applications.
To ensure long-term durability, split case fire pump casing is manufactured from HT250 and treated with a high-performance anti-corrosion coating. This protective layer effectively prevents rust and wear in harsh water supply environments, resulting in stable operation and an extended service life. Whether used in municipal water systems, industrial cooling loops, HVAC circulation, the Purity PSCM fire pump horizontal split case maintains reliable performance even under continuous, high-load conditions.
Purity PSCM fire pump split case is equipped with grease-lubricated rolling bearings that provide outstanding sealing performance. The fully enclosed bearing structure prevents liquid ingress, eliminating the risk of contamination or damage to critical internal components. This design significantly reduces maintenance frequency, lowers service costs, and ensures long-lasting, trouble-free operation. The bearings operate smoothly with low noise and minimal vibration, contributing to overall system stability and user comfort
With its robust structure, balanced hydraulic design, and high-quality materials, the Purity PSCM horizontal split case fire pumps are built for efficiency and durability. Its axially split casing simplifies assembly, the corrosion-resistant components ensure long-term reliability, and the sealed rolling bearings provide superior protection for the pump’s core mechanism.
Model Description
Product Parameters
