92200

60 PSI

 1.8 GPM / 460 LPH open flow

42 mca.

12 Vdc.

Surface pump.

SHURFLO 8000: This compact and economical pump can be used for general purpose water delivery, or will dispense on demand using the built-in 60 PSI pressure demand switch. All 8000 serial positive displacement pumps are self priming, and will run dry without damage. Designed for 12 VDC operation. Pump's design allows for easy maintenance, unmatched reliability and trouble free performance.

92201

45 PSI

3.6 GPM / 660 LPH

open flow

36 mca.

12 Vdc.

Surface pump

SHURFLO 2088: 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.

92205

90 PSI

112 GPM /

422 LPH

70 mca.

24 Vdc.

Submerse

SHURFLO 9300:  Delivers a steady 112 GPH (422 LPH) at its maximum depth of 230 feet (70M) when supplied with 24 VDC. Its unique water-tight power connector stops water wicking and prevents potential condensation problems. Great for livestock watering, irrigation, pond aeration, remote homes and cabins.

Systems for Solar Pumps - Direct Mode

One of the advantageous applications in PV solar system is the water pumping.
Direct mode: The system is composed by the Pump + PV panel.

Connecting the panels directly to the pump, it will work with the sunshine. In this mode, pump can works only during the day, and the amount of liquid pumped will be according to the weather and sunshine level. 

Description: The solar system supplies the necessary energy to the motor of the pump, developed to consume little energy and to work with the typical variations of the sunshine. The pump will work powered with the electricity supplied for the Sun, without any cost.
The installation can be made of two modes, as follow: 

Advantages: System is very easy to install, at low cost.

Disadvantage: Pumping flow  is not constant and will be according to the sunshine level.

Application:  Wells, lakes, fountain, dam, cisterns and on locals where you don't need a constant flow.

Systems

Part Number

Capacity

avg

Characteristics

System

mode

Features

lph

mcw

340

60 PSI

 1.8 GPM / 460 LPH open flow

12 Vdc.

Panel +

Pump

DIRECT SYSTEM SHURFLO 8000: This compact and economical system can be used for general purpose water delivery. High pressure and low flow rate. A low cost system is to use the pump connected directly to the PV  panel. Can be applied where you need up to 42 meters height (mcw), suction up to 3,6 meters and flow between 290 and 450 liters per hour (lph). Pump's design allows for easy maintenance, unmatched reliability and trouble free performance. Designed for 12 VDC operation.

922005

740

45 PSI

3.6 GPM / 660 LPH

open flow

12 Vdc.

Panel +

Pump

DIRECT SYSTEM SHURFLO 2088: Used in a variety of transfer and dispense-on demand applications where medium pressure and high  flow rate is required. This compact and economical system can be used for general purpose water delivery. Can be applied where you need up to 35 meters height (mcw), and flow between 495 and 780 liters per hour (lph). Designed for 12 VDC operation.

922008

90 PSI

112 GPM /

420 LPH

24 Vdc.

Panels +

Pump 

DIRECT SYSTEM SHURFLO 9300:  This compact and economical system can be used for 4" well water delivery. High pressure and high flow rate. Stainless steel, 4" submersible pump, works directly with PV panel. Capacity up to 75 meters height  and  flow rate between 420 and 750 liters per hour (lph). Designed for 24 VDC operation.

Systems for Solar Pumps - Indirect Mode

Indirect mode: The system is composed by the Pump + PV panel + Charging Controller + Battery. Once added a charge controller and the battery, the energy will come from the battery witch is recharged by the solar panel. Pump can work as you need. 

Description: The battery supplies the necessary energy to the motor of the pump, developed to consume little energy and to work with the typical variations of the sunshine. The battery will be recharged for the PV panel.  

Advantages: Have the pumping working constantly, whenever necessary, at the day or night.

Application:  Well, lake, swimming pools, nurseries of fish, water heating or cooling, cisterns, aeration, fountain, dam and on locals where you need a constant flow.

Systems

Part Number 

Capacity

avg

Characteristics

System

mode

Features

Lph

mcw

340

60 PSI

 1.8 GPM / 460 LPH open flow

12 Vdc.

Panel + Charger

Pump + Battery

INDIRECT SYSTEM SHURFLO 8000: This system can be used for general purpose water delivery. High pressure and low flow rate. Pump is connected to the charger control witch will manager and supply the energy of the battery and from the PV  panel. Can be applied up to 42 meters height (mcw), suction of 3,6 meters and flow rate between 290 and 450 liters per hour (lph). Designed for 12 VDC operation.

922105

740

45 PSI

3.6 GPM / 660 LPH

open flow

12 Vdc.

Panel + Charger

Pump + Battery

INDIRECT SYSTEM SHURFLO 2088: This system can be used for general purpose water delivery. High pressure and low flow rate. Pump is connected to the charger control witch will manager and supply the energy of the battery and from the PV  panel. Can be applied up to 35 meters height (mcw), suction of 3,6 meters and flow rate between 495 and 780 liters per hour (lph). Designed for 12 VDC operation.

922108

90 PSI

112 GPM /

420 LPH

24 Vdc.

Panels + Charger

Pump + Battery

INDIRECT SYSTEM SHURFLO 9300:  This system can be used for 4" well water delivery. High pressure and high flow rate. Stainless steel, 4" submersible pump, is connected to the charger control witch will manager and supply the energy of the battery and from the PV  panel. Capacity up to 75 meters  and  flow rate between 420 and 750 liters per hour (lph). Designed for 24 VDC operation.