Borehole Pumps - Pump Solutions Australasia

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What is a Borehole Pump

Borehole pumps are a class of submersible pumps used to control water and liquid supply.

A borehole is a narrow shaft drilled vertically into the ground which has dimensions that are slightly larger than the borehole pump that is lowered into the borehole.

Borehole pumps, which are also known as bore pumps, well pumps or bore water pumps, extract the liquid from the borehole.

Applications for Borehole Pumps

Borehole pumps are used in agricultural, mining, municipal and petrochemical applications.

Renewable Pumps

Renewable pumps use renewable energy solutions including solar to power the pump. They present a cost effective, flexible and secure water supply solution for agriculture, irrigation or remote areas.

Grundfos SQFlex

Grundfos's SQFlex borehole pump is designed for continuous as well as intermittent operation. The SQFlex system is especially suitable for water supply applications in remote locations. Power supply varies from AC (mains power or Generator) and DC (Solar or Battery)

Submersible Pump

Submersible pumps consist of a pump body with a hermetically sealed motor attached to it. This allows the pump to be safely submerged in fluids without compromising the motor.

Submersible pumps are used in nearly all industries including Mining, Oil & Gas, Commercial, Food Processing, Industrial, Medical / Hospitals, Municipal, Petro-Chemical, Water Supply & Water Treatment, Residential.

Lowara eGS Series

The eGS series from Lowara has been designed to meet the needs and demands of the following applications:

Lowara Z Series

The Z range of pumps are submersible borehole pumps suited to be installed in bore casing from 6".

Calpeda 6SDX

The Calpeda 6SDX range are submersible borehole pumps for 6” wells (DN 150 mm) and 8” (DN 200 mm).

Calpeda 4SD, 4SDF

This range from Calpeda includes submersible borehole pumps for 4” wells (DN 100 mm), and 6” (DN 150 mm), with external jacket in stainless steel AISI 304 and stages in polycarbonate for 4SD pumps and in noryl for 4SDF, 6SD, 6SDN pumps.

Ebara 4N Series

The EBARA 4N Series is a submersible borehole pump with closed impellers designed to pump clear water

Grundfos SP Series

The SP range of pumps are submersible borehole multistage pumps suited to be installed in bore casing from 4"

Grundfos SQEN Series

The SQEN range of pumps are the most compact submersible borehole multistage pumps suited to be installed in bore casing from 3".

Grundfos SQN Series

The SQN range of pumps are the most compact submersible borehole multistage pumps suited to be installed in bore casing from 3".