Solar Pump Systems for Irrigation or Home
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- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 10 unit
- Supply Capability:
- 20000 unit/month
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Products Solar Pump Systems for Irrigation or Home
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.
Features
1. Use solar energy, need no connection to grid.
2. Automatically operation, maintenance free.
3. Easy to install and move, high universality.
4. Clean and green, high economic benefits.
5. 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.
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 |
Pictures:
- Q: What is the function of open circulating water pump and shutdown in thermal power plant?
- According to the water quality difference, the purpose is to provide the corresponding cooling water, for the system oil cooler, machine seal and other cooling. Open water directly from the circulating water pipe to use, the pump is delivered to the host, the small machine oil cooler, water quality is not very high, the circulating water drainage to the back pipe, water through the water filter filter impurities. The closed water takes the self closing water tank, which is used for removing salt water. General supply pumps, water pumps, sealing cooling water, condensate pumps, sealing water, generator, hydrogen cooler and other requirements of good water quality system, closed water self circulation, and through the cooler and open water circulating water heat exchange.
- Q: How to determine the pump installation elevation, why should we determine the pump installation elevation?
- Determination of pump installation elevation: the geometric height between the suction well level and the center line of the pump impeller, plus the hydraulic loss of the suction pipe, is the actual installation height of the pump. (notice: if the suction level is higher than the center of the impeller, it should be negative)To determine the water pump installation elevation reasons: general water pump nameplate on the "NPSH" value, the above calculation of the value must be less than this NPSH value, so as to ensure that water pump is not prone to cavitation.[NPSH] - allowable cavitation margin is to determine the conditions of use of the pump cavitation margin.
- Q: My water pump was replaced 3 months ago,but it stopped spraying water yesterday, How do I unclog the intake / Outflow?
- its the impeller. flush the motor and see if you get little pieces of rubber (the fins of the impeller). and if you still have a warranty then your dealer should fix it for you. a new impeller cost ten buck so if you want to do the labor it will cost you ten bucks
- Q: We have just replced our hot water heater in our camper. When we turn on the water pump we hear it kick on and run. When we turn on a faucet water comes out then slowly goes away untill nothing comes out at all. It has been a year since we used the water tank, so its been full of air. The camper is pretty old, i dont know the specific date though. Could it be low water pressur? any help would be greatly appreciated.
- Can't you hook the garden hose directly to the camper? That way you could see if there is air in the line or if the pump is tired and needs to be replaced.
- Q: I have a 1969 Chrysler with a new 3 core radiator. It still has the stock water pump and I am wondering if a high volume pump would make it run cooler at higher speeds. It runs hotter when you get off the freeway. I have flushed the system and installed a new thermostat. I also replaced the fan clutch. I am at a loss of why it still runs warmer than the 180* thermostat.
- maybe the fan is too far away from the radiator to efficiency pull the air at slow speed. They sell spacers.
- Q: i learned from wikipedia that the water pumps back to reactor where it is heated again and the cycle begins again. but then i saw this diagram
- I can see why you're a little confused. There are actually 3 separate loops in most reactor designs and you can see this in the diagram. The primary heat transport loop contains the water that touches and cools the fuel and this is the water that is pumped back to the reactor where it is heated again.... It is shown in the diagram in pink. The water from the primary heat transport loop passes into a steam generator which is full of water but the water in these two systems is kept separate to ensure all radioactivity stays in the primary heat transport loop and in the containment building. Basically the pipes from the primary heat transport system pass through a large tank of water and heat the water in the tank causing it to boil. The steam is then passed out of the generator, out of containment, and into the turbine. Next it goes into a heat exchanger which is similar to the steam generator except it is used to cool the water. The cooled water then passes back into containment and into the steam generator to be boiled again. Finally, the third heat transport loop moves cold water from either a lake, ocean, or cooling tower, into the turbine building where it cools the water in the secondary heat transport loop. This water is kept completely separate from the water in the secondary heat transport loop to ensure that if the secondary loop water somehow becomes contaminated, it doesn't pass into the third loop and get into the lake, ocean, or atmosphere. I hope that clears things up :)
- Q: Does anyone know where to find small A/C powered submersible pumps, that operate at 20-25 psi? I can only find D/C pumps for ship use.I need one for running humidifiers and misters for large terrariums
- Gonna need more info for this one, start with the usage requirements for the equipment you are supplying. That should give you something to talk about with the local sources. The size of the terrariums and the amount of water in each one, the height that you want to lift the water is another factor to be considered. Be sure to include the diameter of tubing to be used and any special features, fountains, misters, etc. Good Luck
- Q: A 0.13hp electric motor on a water well pumps water from 30.23m below the surface. The density of water is 1.0 kg/liter. How many kg of water does the motor pump in 2.20hr?
- It is known that 1 hp = 746 watts, so 0.13 hp = 97 watts = 97 Joules/s The amount of work to lift 1 kg water a vertical distance = 30.23 m = mgh mgh = (1)(9.81)(30.23) = 296.6 J no. of seconds in 2.20 hr = (2.2)(3600) = 7920 s total work output of a 0.13 hp pump in 2.2 hr if 100% efficient = (7920)(97) = 768,240 J no of kg lifted by 100% efficient pump/motor in 2.2 hr = 768,240/296.6 = 2590 kg ANS
- Q: How can I test to be sure my water pump is working before I go to the lake and burn up my motor. `72 65hp johnson. thank you.
- You have essentially two correct answers, but looking at the year of your engine I would like to add some clarity. If memory serves, the 1972 engine doesn't have what we today think of as a tell-tale. Meaning that nice little stream of water that comes out of a tube on the starboard side of the engine. Using my poor memory I believe there is and exhaust port, usually one or two outlets together, centered in the rear of the engine, just below the fiberglass engine cover, maybe a little lower. And again, if memory serves, water doesn't flow in a stream from there, but kinda comes bubbling/spraying out. This will be the place to check for exhaust water, and whether or not the impeller is working. Also, like the idea of using the earmuffs, just in case there is thru-hub exhaust you can see it also. If the hub is in the water you can see it exhaust water.
- Q: My well is 58 meters deep, the water level is 20 meters, the water level has not been measured. What's the maximum water pump I should choose?
- First, determine the size of the electrical well and then the depth. Is it water injection or pumping?The pressure of water injection pump is much higher. If you pump water, it depends on how much water you need every hour Plus you enter the water depth of +10 meters, you can basically a good selection.
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Solar Pump Systems for Irrigation or Home
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 10 unit
- Supply Capability:
- 20000 unit/month
OKorder Service Pledge
OKorder Financial Service
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