AC Solar Pump For Irrigation

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Supply Capability:: 300000 set/month

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Products

Solartech China Solar Water Pump is the pumping facility driven by solar energy, which consists of a solar pumping inverter and a pump. Solar water pumps kit is called solar pumping system combining with solar arrays designed according to different head and daily water flow for application. System is widely utilized for agriculture irrigation,desert control,pasture animal husbandry,city landscaping,daily water supply, etc.

In recent years, with the development of photovoltaic products from city application to huge demands of agriculture,pasture,desert areas, Solartech Solar Pond Pump has become the leading products combining photovoltaic industry with traditional industry such as agriculture water conservancy,desert control,daily water supply,city landscaping, etc.

Solartech Solar Pump driven by infinite solar energy, works from sunrise, and stops at sunset, need no connection to grid power nor diesel oil and battery. System can irrigate directly or store water instead of electricity in a reservoir. Solartech Solar fountain Pumps works with sprinkling irrigation, drip irrigation and infiltrating irrigation facilities, can be more efficient for water saving and dramatically lower the cost of using fossil energy.

Technical Features

Solar Water Pump is a pumping device powered by solar energy, consists of a solar pumping inverter and a deeo well pump, mainly used for agriculture irrigation, desert control, pasture animal husbandry, city waterscape, seawater desalination, living water supply and so on.

Use solar energy, need no connection to grid. Automatically operation, maintenance free.
Easy to install and move, high universality. Clean and green, high economic benefits.

Solartech solar pump kit also named solar water pumps, solar pond pump, solar borehole pump, solar funtain pumps, solar powered water pump, solar irrigation pump, solar deep well pump, and solar submersible pump.

Product Specifications

Model	Pump Spec.	Adapting Water Head	Daily Water Supply	Outlet internal Dia.		Adapting well Dia.	Recommended Open Circuit Voltage	Recommended MPP Voltage
SPA4370010	3PH 220V 50Hz	47-32m	1-10 m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA4370020	3PH 220V 50Hz	29-20m	10-20m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA4550010	3PH 220V 50Hz	70-48m	1-10m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA4550020	3PH 220V 50Hz	40-28m	10-20m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA4550040	3PH 220V 50Hz	23-15m	20-40m³	40mm	1"1/2	100 mm	350-450VDC	280-350VDC
SPA4750010	3PH 220V 50Hz	81-56m	1-10m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA4750020	3PH 220V 50Hz	60-41m	10-20m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA4750040	3PH 220V 50Hz	29-19m	20-40m³	40mm	1"1/2	100 mm	350-450VDC	280-350VDC
SPA4750060	3PH 220V 50Hz	15-8m	40-60m³	50mm	2"	100 mm	350-450VDC	280-350VDC
SPA4750100	3PH 220V 50Hz	7-6m	60-100m³	50mm	2"	100 mm	350-450VDC	280-350VDC
SPA41K1010	3PH 220V 50Hz	93-63m	1-10m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA41K1020	3PH 220V 50Hz	79-54m	10-20m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA41K1040	3PH 220V 50Hz	43-27m	20-40m³	40mm	1"1/2	100 mm	350-450VDC	280-350VDC
SPA41K1060	3PH 220V 50Hz	23-12m	40-60m³	50mm	2"	100 mm	350-450VDC	280-350VDC
SPA41K1100	3PH 220V 50Hz	12-8m	60-100m³	50mm	2"	100 mm	350-450VDC	280-350VDC
SPA41K5010	3PH 220V 50Hz	128-87m	1-10m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA41K5020	3PH 220V 50Hz	99-68m	10-20m³	30mm	1"1/4	100 mm	350-450VDC	280-350VDC
SPA41K5040	3PH 220V 50Hz	51-33m	20-40m³	40mm	1"1/2	100 mm	350-450VDC	280-350VDC
SPA41K5041	3PH 220V 50Hz	60-39m	20-40m³	40mm	1"1/2	100 mm	350-450VDC	280-350VDC
SPA41K5060	3PH 220V 50Hz	29-15m	40-60m³	50mm	2"	100 mm	350-450VDC	280-350VDC
SPA41K5130	3PH 220V 50Hz	10-7m	100-130m³	50mm	2"	100 mm	350-450VDC	280-350VDC
SPA41K5100	3PH 220V 50Hz	20-12m	60-100m³	65mm	2"1/2	150 mm	350-450VDC	280-350VDC
SPA42K2010	3PH 380V 50Hz	163-111m	1-10m³	30mm	1"1/4	100 mm	625-750VDC	500-600VDC
SPA42K2020	3PH 380V 50Hz	145-90m	10-20m³	30mm	1"1/4	100 mm	625-750VDC	500-600VDC
SPA42K2040	3PH 380V 50Hz	79-51m	20-40m³	40mm	1"1/2	100 mm	625-750VDC	500-600VDC
SPA42K2060	3PH 380V 50Hz	50-27m	40-60m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA42K2130	3PH 380V 50Hz	17-12m	100-130m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA42K2100	3PH 380V 50Hz	30-18m	60-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA43K0020	3PH 380V 50Hz	187-114m	10-20m³	30mm	1"1/4	100 mm	625-750VDC	500-600VDC
SPA43K0040	3PH 380V 50Hz	105-65m	20-40m³	40mm	1"1/2	100 mm	625-750VDC	500-600VDC
SPA43K0060	3PH 380V 50Hz	67-37m	40-60m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA43K0061	3PH 380V 50Hz	79-43m	40-60m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA63K0100	3PH 380V 50Hz	40-24m	60-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA63K0130	3PH 380V 50Hz	23-16m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA63K0250	3PH 380V 50Hz	18-9m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA44K0020	3PH 380V 50Hz	225-149m	10-20m³	30mm	1"1/4	100 mm	625-750VDC	500-600VDC
SPA44K0040	3PH 380V 50Hz	145-89m	20-40m³	40mm	1"1/2	100 mm	625-750VDC	500-600VDC
SPA44K0060	3PH 380V 50Hz	94-55m	40-60m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA44K0100	3PH 380V 50Hz	50-32m	60-100m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA64K0100	3PH 380V 50Hz	56-36m	60-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA64K0130	3PH 380V 50Hz	30-22m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA64K0131	3PH 380V 50Hz	37-27m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA64K0250	3PH 380V 50Hz	26-13m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB64K0500	3PH 380V 51Hz	17-6m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA45K5040	3PH 380V 50Hz	172-111m	20-40m³	40mm	1"1/2	100 mm	625-750VDC	500-600VDC
SPA45K5060	3PH 380V 50Hz	113-62m	40-60m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA45K5100	3PH 380V 50Hz	67-44m	60-100m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA65K5100	3PH 380V 50Hz	75-48m	60-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA65K5130	3PH 380V 50Hz	53-39m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA65K5250	3PH 380V 50Hz	35-21m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB65K5500	3PH 380V 50Hz	25-10m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA47K5040	3PH 380V 50Hz	237-147m	20-40m³	40mm	1"1/2	100 mm	625-750VDC	500-600VDC
SPA47K5060	3PH 380V 50Hz	137-75m	40-60m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA47K5100	3PH 380V 50Hz	87-57m	60-100m³	50mm	2"	100 mm	625-750VDC	500-600VDC
SPA67K5100	3PH 380V 50Hz	114-67m	60-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA67K5130	3PH 380V 50Hz	67-50m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA67K5250	3PH 380V 50Hz	44-25m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA67K5251	3PH 380V 50Hz	52-30 m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB67K5500	3PH 380V 50Hz	33-15m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA69K2100	3PH 380V 50Hz	140-85m	40-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA69K2103	3PH 380V 50Hz	83-60m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA69K2250	3PH 380V 50Hz	62-40m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB69K2500	3PH 380V 50Hz	42-20m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA611K100	3PH 380V 50Hz	159-97m	40-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA611K130	3PH 380V 50Hz	105-77m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA611K250	3PH 380V 50Hz	72-46m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB611K500	3PH 380V 50Hz	50-23m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA613K100	3PH 380V 50Hz	189-115m	40-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA613K130	3PH 380V 50Hz	120-88m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA613K250	3PH 380V 50Hz	81-52m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB613K500	3PH 380V 50Hz	59-27m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA615K100	3PH 380V 50Hz	208-127m	40-100m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA615K130	3PH 380V 50Hz	135-99m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA615K250	3PH 380V 50Hz	88-58m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB615K500	3PH 380V 50Hz	67-31m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPA618K130	3PH 380V 50Hz	143-109m	100-130m³	65mm	2"1/2	150 mm	625-750VDC	500-600VDC
SPA618K250	3PH 380V 50Hz	101-63m	130-250m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPB618K500	3PH 380V 50Hz	83-39m	150-500m³	76mm	3"	150 mm	625-750VDC	500-600VDC
SPC822K270	3PH 380V 50Hz	86-70m	210-270m³	65mm	2.5"	250-300mm	625-750VDC	500-600VDC
SPC822K330	3PH 380V 50Hz	70-55m	270-330m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC822K420	3PH 380V 50Hz	55-48m	330-420m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC822K540	3PH 380V 50Hz	48-36m	420-540m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC822K700	3PH 380V 50Hz	36-25m	540-700m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC826K270	3PH 380V 50Hz	105-85m	210-270m³	65mm	2.5"	250-300mm	625-750VDC	500-600VDC
SPC826K330	3PH 380V 50Hz	85-65m	270-330m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC826K420	3PH 380V 50Hz	65-55m	330-420m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC826K700	3PH 380V 50Hz	44-30m	540-700m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC830K270	3PH 380V 50Hz	125-105m	210-270m³	65mm	2.5"	250-300mm	625-750VDC	500-600VDC
SPC830K330	3PH 380V 50Hz	105-85m	270-330m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC830K420	3PH 380V 50Hz	85-70m	330-420m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC830K540	3PH 380V 50Hz	70-52m	420-540m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC830K700	3PH 380V 50Hz	52-35m	540-700m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC837K270	3PH 380V 50Hz	150-125m	210-270m³	65mm	2.5"	250-300mm	625-750VDC	500-600VDC
SPC837K330	3PH 380V 50Hz	125-100m	270-330m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC837K420	3PH 380V 50Hz	100-80m	330-420m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC837K540	3PH 380V 50Hz	80-60m	420-540m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC837K700	3PH 380V 50Hz	60-40m	540-700m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC845K270	3PH 380V 50Hz	180-145m	210-270m³	65mm	2.5"	250-300mm	625-750VDC	500-600VDC
SPC845K330	3PH 380V 50Hz	145-120m	270-330m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC845K420	3PH 380V 50Hz	120-98m	330-420m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC845K540	3PH 380V 50Hz	98-72m	420-540m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC845K700	3PH 380V 50Hz	72-50m	540-700m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC855K270	3PH 380V 50Hz	200-170m	210-270m³	65mm	2.5"	250-300mm	625-750VDC	500-600VDC
SPC855K330	3PH 380V 50Hz	170-155m	270-330m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC855K420	3PH 380V 50Hz	155-125m	330-420m³	76mm	3"	250-300mm	625-750VDC	500-600VDC
SPC855K540	3PH 380V 50Hz	125-95m	420-540m³	100mm	4"	250-300mm	625-750VDC	500-600VDC
SPC855K700	3PH 380V 50Hz	95-65m	540-700m³	100mm	4"	250-300mm	625-750VDC	500-600VDC

Q: Ok, here's my problem. My parents bought this house a few years ago. No problems at first, but then during Hurricane Katrina, the basement started to flood from the heavy rains. Now whenever it rains, it floods. We have a half bath down there and the water would drain out in the shower drain. Now no water drains out, and we've already check the drain for clogs. It's clear. We currently have to bucket the water out.I'm looking for a good water pump to get them before I move out. I'm not sure if it has a sump pit or anything.We don't particularly care if we have to pump it out through a window or anything, as we have a pasture next to us. I just need something that could pump out the water when it rains. Preferably something not too expensive but that will still get the job done.Note: This is in Louisiana; lord knows what compelled the people who built this house to build a basement.Any suggestions/advice are much appreciated.: The fact that the water comes only from the drain, (if I understood correctly) and it only began to happen after Katrina caught my attention. You state that the basement was dry before am I correct? And that there is no leaks on the walls and floor. Just the drain. So here's what I think might be happening and I suggest you look into. 1- Your waste water/sewage line might be linked to the city's rainwater drainage system. They used to do that a while ago and if your house is old enough that might be the case. New building codes now strictly forbid it because in case of heavy rain, the rainwater system overflow and cause basements to flood with wastewater, which is a health hazard. If that is the case you will want to disconnect that drain from the discharge line and install a sewage pump to deal specifically with wastewater. 2- The waste water discharge line is clogged or collapsed at some point during when Katrina hit. Again you will want to install a sewage pump. It is not a good idea to rely on gravity drains to get rid of water in below grade structures anyway. That said, considering that you live in a problem region, I'd suggest you also install a good sump pump system, with battery operated backup pump like the SuperSump, separated from the sewage pump, to deal with ground water and heavy rains. In Louisiana I would even consider a TripleSafe system which has 2 powerful backup sump pumps, one of which is battery operated, an automatic switch system and an alarm to let you know when the backup pumps are on the job.

Q: I was looking at a water pump and the specs said 110 Foot Max. Total Head and 20 Foot Max. Suction Lift. Can someone please explain this? Thanks.: I have two ponds, one that is always full and one that is always low. They are 550 ft apart and there is a change in upward elevation of about 35ft. What pump is needed to allow me to transfer water from the lower pond to the upper pond?

Q: My water stopped working and my tank emptied. I replaced the pressure switch and the gauge. It still didn't work. The well is about 110'. I pulled the pump and replaced it (1/2 HP, 10 gpm, 2-wire). It still doesn't work. The old pump was 15 years old. The one before only lasted 7 years. The water has a lot of sediment. I have never done this before, but it seemed straightforward enough. The wires on the pump were not differentiated in any way (same color). Could I have put the wires together incorrectly? Could I have put the switch in wrong? It doesn't click on when the breaker is turned on. What else could be wrong? Could the breaker be bad? It wasn't kicked out.: Sounds like the vertical check valve between the end of the pump line and the pressure tank is bad and allowing the water to go back down the pipe when the pump isn't running. Papaw

Q: Water pump for 98 Venture?: To replace the water pump on the 3.4L Venture calls for 1.3 hours labor (about $130) and the pump is about $30 and it is a good idea to replace the thermostat and flush the cooling system to get maximum life out of the pump and your cooling system about $100 so you would be looking at about $350

Q: About how to calculate the pump installation height?: See the design manual, town water, volume P312This formula is: NPSHA = HgHzhsZs > NPSHRAccording to the actual installation of NPSHA pump cavitation can provideThe pump NPSH provides NPSHR pump samplesAtmospheric pressure Hg pump installation siteHz liquid under certain temperature saturated steam pressure.The head loss of water pipe HsThe installation height of ZsIt is worth pointing out that, with regard to Hz, with temperature related, and some problems are not given temperature, and that value is also very small, in the calculation should be able to ignore (0 degrees C, 0.06mH2O).And atmospheric pressure, we usually use 10mH2O, in fact, and altitude also related. When the altitude is 0, it is 10.3

Q: think the water pump is behind the crank pulley but im not certain I've pulled apart the front end but I'm having a hard time getting the pulley off so I want to make sure the part im trying to pull off is not the wrong one.: Well as far as I can tell you may not have to remove the crankshaft pulley but I could be wrong. You will however have to remove the timing belt and you might as well replace it anyway since you're in this far. I unfortunately I don't have enough details as the one I did was several years ago.

Q: I am trying to evaluate my well water pump and water system to see if the pump is cycling on/off too frequently. What is the optimal quot;ontime? What is the optimal quot;offtime? I have heard the term quot;short cyclingquot;, but no times were attached. I have heard that too frequent cycling can cause a problem, but, again, no times were attached. How can one tell when the system is working within the optimal/normal range, so that no harm is being caused to the system? Thanks.: There is no optimum time. This is dependent on several factors. Assuming you are pumping into a small tank which is pressurized by the inflow of water from the pump (and the pressure also controls the pump) these reasons can be excessive use of water, the air space at the top of your tank has been absorbed into the water over a period of time and the volume of compressed air too small causing the pressure to drop too fast, or you could have leak in your water piping. If there is not enough air space in your tank, the pump will cycle extremely fast. If you don't have a tank, then the above information is incorrect. Good luck.

Q: Hi,My problem is of this automatic water pump ,it is disrupt always I don't no why..I also want to knew what is the function of the pressure air tank??? The picture is here:: WHAT does it is disrupt always really MEAN?? OK, that said... pumps such as this work to maintain a pressure with two set points even though the regulator only has one indicated.. The lower set point which as pressure drops, the pump turns on, and the upper set point where when the pressure rises to that point, the pump shuts off. When the pressure drops to the lower set point, it triggers the pump to run. When the pressure rises to the upper set point, the pump turns off. If the set point is 50 pounds, it may turn on at 47 and off at 53, or the window could be smaller and on at 49 and off at 51. The air bladder works as a shock absorber, just as the shocks work in your car to smooth the ride. When the pump turns ON there is a pressure pulse that without the air space, would promptly turn the pump off again. This is called short cycling and will cause your pump to on-off-on-off-on-off rapidly. The solution is to refill the air bladder. People with well pumps instead of city water have this problem frequently as the air bladder loses the bubble and does not work as a spring or shock absorber. I have city water NOW, but I used to use a well (which is still operational if I choose to use it) and I experienced pump short cycling the very first year I bought the house. The thing IS, I was ignorant. I missed the thing about a well and a septic tank that also uses a pump to an above ground drain field. YES. I was STUPID because I had NOT paid attention. NOW, years later, I have learned, the HARD way mind you, how these sanitary systems WORK in real life in RURAL America....

Q: Level 200 meters distance, elevation 30 meters, how much lift water pump?: Lift is usually used to overcome vertical height and pipe loss. Now you can determine the vertical height of 30 meters, 230 meters long pipeline losses but you lack of data not calculated. With the following conditions can be calculated: 1, flow; 2, pipe diameter; 3; pipeline material; 4, elbow number; 5, valve types and quantities.

Q: 55KW motor driven lift 70M, the displacement of 180 cubic meters per hour of water pump, the configuration should be no problem, but after the start of the current to 170A (rated 100A), off a small valve to the current export half to reach the rated current. Why current will close a small valve instead of small? Will close a small valve will not affect traffic flow can be? To the 180 party?: If the power line is too long or too small, power line is too long or too small will cause excessive current. Valve shut down certainly affect the flow. When the valve is in the semi open state, the water pump out of the water flow down, the power to reduce, so the current drops.

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