3 Max GPM Pump, 2500 Max PSI

3 Max GPM Pump, 2500 Max PSIFeatures3-piston alternating volumetric pumps for use on cleaning units and industrial systemsCan be coupled to various types of motors, directly or with flexible jointPump body and cover in die-cast aluminium alloySide cover may be blind or incorporate oil sight glassRear cover with oil drain outletPistons driven by crank-connecting rod mechanismPump shaft in pressed high-strength steelOversized friction bearingsConnecting rods in die-cast special low-friction zinc-aluminium alloyOne-piece ceramic pistonsPump head in pressed brassDouble gasket sealing systemIntake and delivery valves have plugs for easier maintenanceManifold: High strength forged brass for long term useBolts: Eight 6mm Plungers: NEW Ceramic Plungers, thicker wall to help pre- vent thermal shockValves: Stainless Steel, valve seat o-ring is side mountedSeals: High quality high pressure seals. NEW low-pressure seal with a built in scraperPiston Guides: Two piece piston guidesDrive End: NEW connecting rod with 12% more load surface. Large side cover sight glass, oversized bearing. Rear cover oil drain.Crankshaft: Forged, precision ground.RPM: 1750 Shaft size: 24mm Max GPM: 2.5 Max PSI: 2500 Inlet Thread: 1/2" F Discharge Thread: 3/8" F The RCA25G25N is a commercial triplex plunger pump designed for a wide variety of high pressure washing applications. They are constructed with die-cast bodies and feature a brass head. Internal components include special thick solid ceramic plungers for long life and durability. Precision cast cooling fins are anodized for maximum heat dissipation. Oversized needle bearings on the drive side, and ball on the non-drive side together with the precision supports assure positive alignment and centering in relation to the crankcase. Valve cages of special designed Ultra-Form provide positive seating and extended life. Ball bearings on both sides of solid shaft drive pumps. One-piece connecting rods are special alloy aluminum, oversized for strength and load disbursement.