4EPC
EDWIN
600W-1500W
6m3/h-17m3/h
42m-135m
EDWIN model 4EPC is a Stainless steel 4 inch DC Brushless Solar Submersible Borehole Pump, it has permanent magnet DC brushless synchronous motor, and the efficiency is improved by 15%-20%; EDWIN uses brass or stainless steel for the outlet, connector, and oil cylinder part. The bearing is made from NSK brand, to make sure long working life. 2 years warranty is provided.
Normal DC controller, used for DC only
Available for: 2EPC;3EPC;4EPC;4ELR;3ESS;3ESC;4/6ESC
Size: 23.8x18x9.5cm
Weight: 1.5kgs
| Model | Voltage | Optimum input voltage (DC) | Power | Max. Flow | Max. Head | Outlet | Solar Panel | |
| Open circuit voltage (VOC) | Power | |||||||
| 4EPC6-42-48-600 | 48V | 60V-90V | 600W | 6.0m3/h | 42m | 1.25" | <105V | ≧1.3*Pump Power |
| 4EPC6-42-72-600 | 72V | 90V-120V | 600W | 6.0m3/h | 42m | 1.25" | <160V | ≧1.3*Pump Power |
| 4EPC6-56-48-750 | 48V | 60V-90V | 750W | 6.0m3/h | 56m | 1.25" | <105V | ≧1.3*Pump Power |
| 4EPC6-56-72-750 | 72V | 90V-120V | 750W | 6.0m3/h | 56m | 1.25" | <160V | ≧1.3*Pump Power |
| 4EPC6-84-72-1100 | 72V | 90V-120V | 1100W | 6.0m3/h | 84m | 1.25" | <160V | ≧1.3*Pump Power |
| 4EPC6-84-110-1100 | 110V | 110V-150V | 1100W | 6.0m3/h | 84 m | 1.25" | <210V | ≧1.3*Pump Power |
| 4EPC6-112-110-1300 | 110V | 110V-150V | 1300W | 6.0m3/h | 112m | 1.25" | <210V | ≧1.3*Pump Power |
| 4EPC6-135-110-1500 | 110V | 110V-150V | 1500W | 6.0m3/h | 135m | 1.25" | <210V | ≧1.3*Pump Power |
| 4EPC9-45-110-750 | 110V | 110V-150V | 750W | 9.0m3/h | 45m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC9-58-110-1100 | 110V | 110V-150V | 1100W | 9.0m3/h | 58m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC9-71-110-1300 | 110V | 110V-150V | 1300W | 9.0m3/h | 71m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC9-85-110-1500 | 110V | 110V-150V | 1500W | 9.0m3/h | 85m | 2H | <210V | ≧1.3*Pump Power |
| 4EPC13-36-110-750 | 110V | 110V-150V | 750W | 13.0m3/h | 36m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC13-49-110-1100 | 110V | 110V-150V | 1100W | 13.0m3/h | 49m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC13-54-110-1300 | 110V | 110V-150V | 1300W | 13.0m3/h | 54m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC13-60-110-1500 | 110V | 110V-150V | 1500W | 13.0m3/h | 60m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC17-48-110-1500 | 110V | 110V-150V | 1500W | 17.0m3/h | 48m | 2H | <210V | ≧1.3*Pump Power |
How to choose the Solar Panel?
To choose a suitable Solar Panel, we only have to notice 2 things:
1) The panel power should be at least 1.3 times the pump power.
2) The VOC of the Solar Panel should be less than pump's VOC.
For example:
We got the pump which is 500W, and VOC is 105V
Then we got the solar panel with its power: 330W, VOC 45.89V
So we only have to connect 2x330W solar panel in series, then it's OK!
Analysis:
we have the solar panel power totally 660W (bigger than 500W*1.3=650W),
the VOC of the solar panel system is 45.89*2=91.78V (less than 105V)
If users want to use bigger power for the solar panel, it's also ok, but do make sure, the total VOC will be no more then the pump VOC, sometimes users can also choose the series+parallel ways for connect the pump panel.
EDWIN model 4EPC is a Stainless steel 4 inch DC Brushless Solar Submersible Borehole Pump, it has permanent magnet DC brushless synchronous motor, and the efficiency is improved by 15%-20%; EDWIN uses brass or stainless steel for the outlet, connector, and oil cylinder part. The bearing is made from NSK brand, to make sure long working life. 2 years warranty is provided.
Normal DC controller, used for DC only
Available for: 2EPC;3EPC;4EPC;4ELR;3ESS;3ESC;4/6ESC
Size: 23.8x18x9.5cm
Weight: 1.5kgs
| Model | Voltage | Optimum input voltage (DC) | Power | Max. Flow | Max. Head | Outlet | Solar Panel | |
| Open circuit voltage (VOC) | Power | |||||||
| 4EPC6-42-48-600 | 48V | 60V-90V | 600W | 6.0m3/h | 42m | 1.25" | <105V | ≧1.3*Pump Power |
| 4EPC6-42-72-600 | 72V | 90V-120V | 600W | 6.0m3/h | 42m | 1.25" | <160V | ≧1.3*Pump Power |
| 4EPC6-56-48-750 | 48V | 60V-90V | 750W | 6.0m3/h | 56m | 1.25" | <105V | ≧1.3*Pump Power |
| 4EPC6-56-72-750 | 72V | 90V-120V | 750W | 6.0m3/h | 56m | 1.25" | <160V | ≧1.3*Pump Power |
| 4EPC6-84-72-1100 | 72V | 90V-120V | 1100W | 6.0m3/h | 84m | 1.25" | <160V | ≧1.3*Pump Power |
| 4EPC6-84-110-1100 | 110V | 110V-150V | 1100W | 6.0m3/h | 84 m | 1.25" | <210V | ≧1.3*Pump Power |
| 4EPC6-112-110-1300 | 110V | 110V-150V | 1300W | 6.0m3/h | 112m | 1.25" | <210V | ≧1.3*Pump Power |
| 4EPC6-135-110-1500 | 110V | 110V-150V | 1500W | 6.0m3/h | 135m | 1.25" | <210V | ≧1.3*Pump Power |
| 4EPC9-45-110-750 | 110V | 110V-150V | 750W | 9.0m3/h | 45m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC9-58-110-1100 | 110V | 110V-150V | 1100W | 9.0m3/h | 58m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC9-71-110-1300 | 110V | 110V-150V | 1300W | 9.0m3/h | 71m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC9-85-110-1500 | 110V | 110V-150V | 1500W | 9.0m3/h | 85m | 2H | <210V | ≧1.3*Pump Power |
| 4EPC13-36-110-750 | 110V | 110V-150V | 750W | 13.0m3/h | 36m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC13-49-110-1100 | 110V | 110V-150V | 1100W | 13.0m3/h | 49m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC13-54-110-1300 | 110V | 110V-150V | 1300W | 13.0m3/h | 54m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC13-60-110-1500 | 110V | 110V-150V | 1500W | 13.0m3/h | 60m | 2" | <210V | ≧1.3*Pump Power |
| 4EPC17-48-110-1500 | 110V | 110V-150V | 1500W | 17.0m3/h | 48m | 2H | <210V | ≧1.3*Pump Power |
How to choose the Solar Panel?
To choose a suitable Solar Panel, we only have to notice 2 things:
1) The panel power should be at least 1.3 times the pump power.
2) The VOC of the Solar Panel should be less than pump's VOC.
For example:
We got the pump which is 500W, and VOC is 105V
Then we got the solar panel with its power: 330W, VOC 45.89V
So we only have to connect 2x330W solar panel in series, then it's OK!
Analysis:
we have the solar panel power totally 660W (bigger than 500W*1.3=650W),
the VOC of the solar panel system is 45.89*2=91.78V (less than 105V)
If users want to use bigger power for the solar panel, it's also ok, but do make sure, the total VOC will be no more then the pump VOC, sometimes users can also choose the series+parallel ways for connect the pump panel.
