• AC Solar Water Pump System System 1
AC Solar Water Pump System

AC Solar Water Pump System

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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: My toyota 99 camry stalled and would not start. engine turned over and all lights worked. had the oil changed 3 weeks ago and they told me their was a noise and it might be the water pump. my questions are does this sound like the water pump? Do they usually change the timing belt and is this necessary? is this something that we can do at home? thank-you for any info out their!
camry requires special tools and not easily accesible. timing belt is a '' good idea for a 99
Q: I want to buy a tree spraying rig for my property but would like to know its theoretical capabilities first. The rig has a gas powered diaphragm pump capable of delivering 20 GPM @ a maximum pressure of 300 psi. The hose coming from the pump is 150' long and is 0.75in diameter. It has a solid stream nozzle that measures 0.1875in diameter. What would the maximum theoretical elevation that this setup could deliver a steady stream of water? The nozzle would be aimed at between 45 and 60 degrees from horizontal.
well water exerts about 1 atm pressure (15psi) for each 33 feet of depth so 300psi is about 10 atm meaning that your pump could support a column some 330ft high then figure what pressure you would need to make your spray effective and subtract 33ft per 15psi this is only a ballpark estimate losses in hoses will be significant
Q: i want to make this for a physics project for school. i found a video on how to make it, but i dont understand the physics behind. i have to make a model and a poster explaining the physics. i dont understand what to put on the poster so could someone help me with which physics principles this project would go with?
It isn't practical to give a detailed description here. This is a positive displacement pump. The pump chamber is sealed so that as the piston is moved up the volume within the chamber increases. Water is pushed into this chamber by the outside air pressure. If the pump is located too far above the water source then the air pressure is not sufficient and you will produce a vacuum inside but the water still will not flow. When the pump is pushed down the water flows out. Now the one way valves are critical. We don't want the water to flow back the way it came and we don't want the water that we have already pumped to flow back into the pump. So a one way valve on the inlet will permit water to flow into the pump but not out of it. And a one way valve on the outlet will permit water to flow OUT of the pump but not into it. So with each stroke you a) reduce the pressure in the pump. b) water is forced from the inlet, past its one way valve and then into the pump. c) the pump is pushed down increasing the pressure in the pump. d) water flows out of the pump through the other one way valve and on to the output.
Q: it is a mazda b3000 pick up v6,it is coming from behind water pump,but it is not all the time, i would think that if pump is going it would be all the time, but it will go bone dry for a few dayswhen it does leak it leaves about an 8 inch spot on the driveway,temp gauge goes to its regular spot and does not move,any suggestions would be helpful,thanks
stop feeding the neiborhood cats antifreeze thats why there looking mangey look let the car warm up or top it off and come back you have to figure when it leaks dont check it when its hot have it replaced dont overlook the obvious dont work with out jack stands dont operate on just a jack and wear your safty glasses check the chilsons website use metric
Q: I just put a new water pump in my jeep and after I put it in I ran it and it seemed to have a small leak while it was running it seems like it was coming from the crank which is under the water pump so it might be a leak coming from the bottom of the pump. When I turn the car off it is no longer a leak its more like pouring water out. What do you think it can be? I put a gasket and the blue silicone gasket sealant all around it and on it before I put it in so I have no idea. Thank you for the help.
The blue silicone has caused a hole in the water pump. Get it fixed now or the blue silicone will leak onto your engine causing more damage.
Q: i heard a water pump should not be able to move.is that correct? It is a 1995 RM250. there is no clogging in the pipes coming from the radiators with 2 fingers require force to move them but with the 1 finger it requires no force to move a couple Centimeters.
The water pump is turned by the primary gear on the crankshaft. When you were turning the water pump - the crankshaft was moving the piston up down in the cylinder. The couple of centimeters of movement is just the play between the gears - that's normal.
Q: 1998 BMW 328i : to replace water pump, thermostat and gaskets, brake flush, fuel system cleaning with tune up,drive belt for 90k serivce; totally how much bucks?thx a lot !
You will be lucky if you pay only $500. Plan on a GRAND...
Q: Even when all water is shut off in the camper, my water pump keeps running. Even when the tank is completely empty. Does anyone know what is causing this?
I might be miss-understanding your question. If you have no water in the tank then the pump will run all the time because you won't build enough pressure in the system to shut it off. There should be a switch to turn it off manually. If your system has water in it and pump still won't shut off then it could be several different things: 1. Pump is bad and leaking internally... do you have good pressure at the faucet? 2. There should be a pressure cut-out switch somewhere near the pump. This switch should shutoff the pump when the ideal pressure is reached and prevent the pump from over pressurizing the system. Make sure it is not stuck closed. (May have to remove to test) Check for continuity across the terminals with pressure with the pressure on and off. If it doesn't' change... replace. 3. You could have a leak somewhere in the system not allowing the system to build pressure. 4. There may be a pressure relief valve somewhere in the system that is stuck open and dumping your pressure back into the suction side of the pump. Good Luck!
Q: Im replacing the water pump on my cougar but i ran into a snag. I got the pump unbolted but to take it off, i need to unbolt a bracket that goes behind the power steering pump pulley. I cant figure out how to get that pulley off to take off the bracket. Any help with this would be greatly appreciated. Thank you.
remove radiator,remove fan blade,you may have to move the a/c condenser and or compressor. and move the alternator out of the way. scrape gasket off engine block. glue new gasket to water pump and install in reverse. be sure not to over tighten the bolts.
Q: Mechanic really could not locate the origin of the leak but says the water pump needs to be replaced and says it's a lot of work and would cost $350. How can the origin of the leak be determined. He used a pump and raised the pressure on the radiator but that didn't reveal anything either. Please help.
It's probably the water pump, but if he has to take the timing belt off anyway, ask him if he can just put a new timing belt on for only the cost of the timing belt.

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