Thompson engineers developed a series of high pressure jet pumps that can handle liquids with larger solids and more air than standard end-suction centrifugal pumps. By increasing the impeller size, and adding the Super Suction Vacuum-Assisted Priming System, Thompson JSV High Pressure Jet Pumps are able to pass large amounts of solids and able to prime dry and re-prime automatically. These features make the Thompson JSV Series High Pressure Jet Pumps perfect for use on a wide range of jetting, dewatering and bypassing applications.
Construction: Wellpoint installation; pilings; seawall installation; equipment wash down; dewatering excavations, canals and sumps; extended sumping
Waste Treatment: Sewer bypasses; pumping polluted hot or corrosive wastewater containing sand, mud or solids in suspension; force main pumping; dosing neutralizing liquids; pumping out settled sludge
Industry: Water jetting and blasting; piping system surcharging and pressure testing; waste pumping; flood drainage; fire fighting; recovery of hazardous liquids; transfer of neutral, acid or alkali clean or dirty liquids containing sand, mud or solids in suspension
Mining: Wash-down operations; tailings; high head/high volume applications
Marine: Barge cleaning and wash down; pile jetting; dock installation
Agriculture: Irrigation; dust abatement
Note: Alternate pump end materials available for corrosive liquids
Exclusive SUPER SUCTION Vacuum-Assisted priming system on all models
Capability of dry priming and automatic re-priming
Large solids handling capability – up to 3”
High pressure capability for jetting or pumping into force mains
High capacity performance
End-suction centrifugal pump end
Heavy-Duty cast iron casing and brackets
Stress-proof stainless steel shaft sleeves
Bronze impeller and wear rings
Abrasion-resistant tungsten carbide vs. silicon carbide mechanical seal
Discharge priming valves
Suction and discharge fittings
Safety shutdown controls
Variable speed engine control
* Additional Engine, Trailer and Canopy options available.