Ideal for deep water wells and bores, these low voltage submersible pumps are available for either 12V or 24V power supplies. Great for integration into solar designs pumping water with no power bill.
The quality stainless steel body of this submersible pump makes it ideal for pumping water from deep bores and pits. The ability to produce high discharge pressures means you can discharge water from deep bores using a 12V or 24V DC power supply.
The unique design of the diaphragm pump rather then your typical impeller pump means the pump will not be damaged if it is left to run dry and this also allows some solids to be pumped without damage. Being a diaphragm style of pump, the pump performance is not significantly impacted by discharge pressure and users can expect ~12L/min flow under all operating conditions and back pressures. Users should avoid throttling the pumps outlet flow as this will only increase motor amp draw as this is a diaphragm positive displacement style of pump, not centrifugal.
These pumps come with 2.5m of wire which is ready for you to extend to whatever length you require. Simply join and waterproof your connection. If you're lowering the unit down a well it's recommended you hang the pump from a rope or cable and there are tabs at the top of the pump to connect to for this.
These pumps are ideal for farms and remote properties needing to pump water where typical 240V power isn't readily available. Ideal for stock feed water or simply trickle feeding water tanks. Can be used for irrigation and hydroponics. Use in creeks and dams to transfer water great distances or elevations to your cabin, hut or tent.
Users are always advised to seek the advice from a confident low voltage electrician when designing their solar pumping system. As a simple guide, it is recommended users consider a battery and solar panel used in conjunction with a solar charge regulator/controller. The charge regulator/controller ensures the voltage from the solar panel does not increase above the desired 12v or 24v needed to power these pumps. It can also be set to turn the pump on at daylight and cycle the pump on and off at intervals.
For reliable operation, it's recommended users look to solar panels with a 200-300w rating. Whilst a 300w panel theoretically should output 20 amps+ of current at 12v in perfect conditions, during testing we find the output is closer to 12 amps on a average day with a mix of some cloud. Having a larger panel means the battery will charge sooner in the morning and be less effected by altering weather conditions. Options to order a solar panel and charge regulator/controller can be found at the top of this product page.
Well Pump Features
|Water Pump Specifications||Value|
|Voltage||12V DC or 24V DC options|
|Inlet||50 um screen|
|Outlet||12.7mm (1/2") Hose Barb|
For continuous operation;
12v version - 50 PSI / 344 kPag / ~35m lift
24v version 80 PSI / 551 kPag / ~56m lift
For intermittent operation;
Maximum 686 kPa (100 PSI) / 70m
Note, operating at the maximum discharge pressure will cause the thermal protection to be triggered. Testing suggests thermal protection with be activated within ~5mins for the 12v model and ~20 mins for the 24v model at maximum operating pressure.
|Max fluid temperature||60C|
|Duty Cycle||Continuous ~2800 hr brush life before requiring replacement|
|Amperage Draw (max)||
10 amp @ 50 PSI (12V model)
7 amp @ 80 PSI (24V model)
|Pump Type||Diaphragm, solid type - 3 chamber|
|Motor||Permanent Magnet Thermally Protected|
|Dimensions||240mm (L) x 100mm (diameter)|