DIFFUL solar submersible pump|Wide Voltage Controller|3 inch S/S impeller solar pump|DC pump manufacturer
- Model
- 3DSC-HV
Item specifics
- Type
- Stainless Steel Impeller Solar Submersible Pump
- Material
- Stainless steel
- Package type
- Wooden case
- Warranty
- 2 years
- Certificate
- CE, ISO9001
- Application
- Household;irrigation,livestock
Review
Description
3 Inch Wide Voltage Stainless Steel Impeller Solar Submersible Pump
Wide Voltage HV controller:
●Waterproof grade: IP65
●Ambient temperature: -15℃~60℃
●SMPPT Voltage Range(V):
DF-110-HV: 110-400
DF-150-HV: 150-400
DF-200-HV: 200-400
DF-300-HV: 300-400
Solar Submersible Pump
●Stainless steel impeller
●Stainless Steel Outlet/Connection/Oil Cylinder
●The wide voltage controller has a large open circuit voltage range, more flexible solar panel configuration, and can reduce the cost of solar panel connection.
●The stainless steel impeller has better wear resistance and the water pump has a longer service life.
3 Inch Wide Voltage Stainless Steel Impeller Solar Submersible Pump Technical Data
ITEM
|
Voltage | Power | Max.flow | Max.head | Outlet |
Cable
|
Solar panel
|
||||
Open circuit voltage(VOC) |
Power |
||||||||||
3DSC4.8-95-110-750-HV
|
80V-430V | 750W | 4.8M3/h | 95m | 1.25" |
2m
|
< 430V
|
1.3*Pump Power
|
|||
3DSC4.8-110-150-1100-HV
|
80V-430V | 1100W | 4.8M3/h | 110m | 1.25" |
2m
|
< 430V
|
1.3*Pump Power
|
|||
3DSC4.8-130-200-1500-HV | 80V-430V | 1500W | 4.8M3/h | 130m | 1.25" | 2m | < 430V | 1.3*Pump Power |
3 Inch Wide Voltage Stainless Steel Impeller Solar Submersible Pump Hydraulic Performance Curves
How to choose a solar pump:
1. Confirm your technical requirements
How deep is your well (borehole)?
What is the distance between the tank and the well?
What is the height of the tank?
What is your requirement for the flow rate (L/H)?
How deep is your well (borehole)?
What is the distance between the tank and the well?
What is the height of the tank?
What is your requirement for the flow rate (L/H)?
2. Choose solar pumps according to your needs
Calculate the "actual lift needed" and find an appropriate pump.
Then choose the most suitable pump according to different flow rates and prices as well as pump materials.
Calculate the "actual lift needed" and find an appropriate pump.
Then choose the most suitable pump according to different flow rates and prices as well as pump materials.
How to calculate the Head?