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Double-diaphragm pump HDF3
slurrystationaryindustrial

Double-diaphragm pump - HDF3 - WARREN RUPP - slurry / stationary / industrial
Double-diaphragm pump - HDF3 - WARREN RUPP - slurry / stationary / industrial
Double-diaphragm pump - HDF3 - WARREN RUPP - slurry / stationary / industrial - image - 2
Double-diaphragm pump - HDF3 - WARREN RUPP - slurry / stationary / industrial - image - 3
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Characteristics

Technology
double-diaphragm
Fluid
slurry
Mobility
stationary
Domain
industrial
Applications
discharge, dewatering, suction, lift, sump, settling
Material
stainless steel, cast iron, aluminum, PTFE, thermoplastic
Fluid specification
for solids-laden fluids
Other characteristics
suction, small, heavy-duty, large, flow, for fluids, ball valve
Flow

303 us gal/min, 310 us gal/min
(1,146.97977 l/min, 1,173.47765 l/min)

Pressure

8.6 bar
(124.732 psi)

Head

88 m
(288'08" )

Weight

110 kg, 176 kg
(242.51 lb, 388.01 lb)

Description

SANDPIPER has your pumping solution for fluids containing up to 3"/4" line-size solids! The SANDPIPER HDF3 and HDF4 heavy-duty flap valve pumps have a proven design that solves the most common challenges in sump applications, mine dewatering and any liquid application involving solids. These air-operated double-diaphragm (AODD) pumps are recommended for abrasive slurries, suspended and non-suspended solids and up to 3"/4" line-size solids. The heavy-duty flap valve pumps are configured with bottom discharge porting to provide superior suction lift and prevent settling solids from shortening pump life. Designed for Tough Applications and Maximum Efficiency HDF3 and HDF4 pumps are thick wall-constructed of sand-casted aluminum, cast iron and stainless steel with elastomer and TPE (thermoplastic elastomer) diaphragms and check valves. HDF3 and HDF4 pump designs have recently been optimized for performance as part of the SANDPIPER Evolution portfolio improvement. These efficient pumps experienced a 19% flow rate increase, with a new maximum flow rate of up to 310 gpm (1,173 lpm). Key Advantages Line-size solids handling Flap valve versus ball valve pumps Flap check valve pumps: A large flow area allows up to 3"/4" line-size solids to pass directly through the pump. Additionally, bottom discharge porting allows settling solids to pass through the pump and not settle inside the pumping chamber, preventing damage and premature wear. Ball check valve pumps: Much less flow area for solids to pass through. Large solids get stuck in the suction manifold and small solids can settle in the outer chamber–both issues affect pump performance.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.