The high performance Shurflo 2088 Series represents over twenty successful years of electric pump development, from the patented three chamber pump-head to its heavy duty motor and bearings. Count on the 2088 and the complete line of Shurflo pumps for long life, unmatched reliability and trouble-free performance.

24 volt Premium delivery pump with Heat Sink for heavy duty applications where extra cooling is needed. Rated for continuous duty. 24 volt, 3.6gpm, 45psi. 1/2" MSPT ...

Shurflo 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of transfer and dispense-on demand applications where flow to 3.6 GPM is required.

Premium Pump with Fin Colled Motor 3.6 GPM open flow, 45 PSI Demand Switch, 1/2" MSPT ports

Shurflo 2088 Series diaphragm pumps deliver reliable performance in high flow, moderate pressure applications. They are used in a variety of transfer and dispense-on demand applications where flow to 3.6 GPM is required.

Standard Pump - 3.3 GPM open flow, 45 PSI Demand Switch, 1/2" MSPT ports

This pump will deliver up to 1000 gallons (3785 litres) per day from shallow wells and will pump as high as 230 feet (70 meters). It comes complete with a water tight quick disconnect electrical connection that does not require splicing. Housed entirely in plastic and is able to run dry without damage. It can be run PV direct or from batteries. Field replaceable parts. Optional pump controller for use on PV direct applications.

Controller acts as a kind of a "transmission" between the solar panels and the pump, matching the output of the panels to what is required by the pump. These type controllers are usually called "LCB's", or linear current boosters. An LCB is a DC to DC converter, and is a form of maximum power point tracking (MPPT). LCB's essentially trade voltage for current, providing more current, especially at lower light levels, to the pump. LCB's will typically give you about 25-30% more water pumping per ...

Controller acts as a kind of a "transmission" between the solar panels and the pump, matching the output of the panels to what is required by the pump. These type controllers are usually called "LCB's", or linear current boosters. An LCB is a DC to DC converter, and is a form of maximum power point tracking (MPPT). LCB's essentially trade voltage for current, providing more current, especially at lower light levels, to the pump. LCB's will typically give you about 25-30% more water pumping per ...