Cat catalog # 247, Plunger Pump, pump end only, with Nickel Aluminum Bronze construction, 1/2 inch NPT(F) Inlet port x 3/8 inch NPT(F) Discharge port, and is rated for up to 3.6 GPM, and 1200 PSI at maximum shaft speed of 1725 RPM.
Price : $ 1647.28
The Cat Pump 247 is a Plunger Pump, pump end only, with Nickel Aluminum Bronze construction, 1/2 inch NPT(F) Inlet port x 3/8 inch NPT(F) Discharge port, and is rated for up to 3.6 GPM, and 1200 PSI at maximum shaft speed of 1725 RPM. This triplex (three plunger rods) positive displacement, reciprocating plunger pump is constructed with nickel aluminum bronze manifolds, 316 stainless steel valve assemblies, solid ceramic plungers and standard NBR (Buna-N) seals and O-rings. The 1725 RPM permits multiple drive options, including direct drive with a bell housing and flexible coupling, clutch or belt drive. This Plunger pump utilizes spring-loaded closed and hydraulically opened inlet and discharge valves to direct flow through the pump manifold. At the beginning of the stroke, the plunger displaces the liquid in the manifold chamber, forcing the discharge valve open. When the plunger reaches the end of the stroke, the discharge valve closes. As the plunger rod begins its backward stroke, the inlet valve opens to allow more liquid into the manifold chamber, thereby keeping a smooth forward flow of liquid. IMPORTANT : All high-pressure systems require a primary pressure regulating device (e. g. regulator, unloader) and a secondary pressure relief device (e. g. pop-off valve, relief valve). Failure to install such relief devices could result in personal injury or damage to pump or property.
Cat Plunger Pumps are engineered for highpressure performance in rigorous environments. These triplex positive displacement pumps deliver consistent pressure and flow, making them ideal for applications such as industrial cleaning, hydrostatic testing, and pipeline flushing. In oil and gas operations, they are commonly used for wellhead maintenance and chemical injection. Their compatibility with aggressive fluids and their ability to operate under extreme duty cycles make them a top choice for reverse osmosis systems, misting and fogging, and cooling applications in industrial processes.