RICE Hydrostatic Test Pumps
RICE Hydrostatic Test Pumps
RICE Hydro
RICE Hydro… known as the World Leader in the hydrostatic test pump manufacturing and design. With over 40 years of experience, several patents, we have over 50 different models available for pressure testing in the water, oil, gas, construction, plant process industries and many more. “Built to Suit” special order and custom options are available to fit your specific testing needs. Various power options are available with pressures up to 30,000 PSI.
TRH-8 • 4 GPM • 3600 PSI
TR Series
The High Pressure series of gas, electric, or diesel powered units, offering flow rates up to 5 GPM and pressures ranging up to 5000 PSI. The triplex ceramic plunger pump, has an inner oil bath, ensuring long life and increased stability. Units can be “Built to Suit”, special order options
FH10-H • 10 GPM • 450 PSI
The FH Series
The FH-series line of fire hose testers, offers testing pressures up to 1,000 PSI, with flow rates up to 10 GPM. Gas, Electric, and Diesel driven models available, designed to safely test fire hose up to 6” in diameter. A large 2 & 1/2” swivel inlet aids in the ability to quickly fill and bleed the fire hoses through the large 1 & 1/2” heavy duty manifold, with independently controlled stainless steel ball valves. The FH-series hose testers, meet or exceed test standards set forth by the NFPA (1962.4) and the RMA. • Available with up to 10 outlets. • Various inlet adaptor sizes available
DEH-10/450 • 10 GPM • 450 PSI
Piston & Roller Series
RICE Hydro offers a line of piston or roller pump style hydrostatic test pumps. These are mid-volume, low pressure units designed for testing small diameter water lines, landscaping, plumbing and irrigation type environments. Available with flow rates up to 10 GPM, and pressures up to 450 PSI.
HP10-V & HP10-B • 10,000 PSI
Pneumatic Series HP-Series
Pneumatic Series HP-Series, pneumatic driven hydrostatic test pumps, available with pressures up to 30,000 PSI. Versatile and compact designs, for testing in small confined spaces or remote locations such as on board ships and oil rigs. These units have the ability to start/stop while under pressure.