Flow 7XS-55 Waterjet Intensifier Pump with Axxiom 4.5 CF Abrasive Hopper

Specs

All specifications are assumed to be correct but must be confirmed by the purchasing entity.,Pump (Flow 7XS-55) Maximum Pressure: 55,000 PSI Enclosure Type: NEMA 12 Pump Hours: 5,844 Build Date: March 13, 1997

All specifications are assumed to be correct but must be confirmed by the purchasing entity.,Hopper (Axxiom) Model: 4.5 CF Capacity: 500 lb / 4.5 cubic feet MAWP: 125 PSI @ 250°F MDMT: -20°F @ 125 PSI Year Built: 2020

All specifications are assumed to be correct but must be confirmed by the purchasing entity.,Installed Options NEMA 12 industrial enclosure Soft start control system included Integrated pressure regulator and gauge system (hopper) ASME coded pressure vessel (hopper)

All specifications are assumed to be correct but must be confirmed by the purchasing entity.,Feature Spotlight Durable 55,000 PSI Flow intensifier pump designed for heavy-duty waterjet applicationsIncludes integrated soft start system for controlled motor engagement Recent abrasive hopper addition (2020) with certified pressure vessel rating for reliable abrasivedelivery 500 lb abrasive hopper can operate as a standalone unit or be wired to the waterjet system for automated feed control

All specifications are assumed to be correct but must be confirmed by the purchasing entity.,Machine Overview

All specifications are assumed to be correct but must be confirmed by the purchasing entity.,This waterjet pump and abrasive hopper package features a Flow International 7XS-55 intensifier pump delivering up to 55,000 PSI, paired with a 2020 Axxiom 4.5 CF pressure-rated garnet hopper. Originally assembled in 1997, the Flow pump includes a NEMA 12 enclosure, integrated soft start, and currently shows just over 5,800 hours of runtime. The abrasive hopper is ASME-certified, built for industrial-grade pressure and temperature tolerances, and has a 500 lb capacity. It includes all necessary gauges and valves for controlled abrasive feed and can function independently or as part of an integrated waterjet setup.

All specifications are assumed to be correct but must be confirmed by the purchasing entity.