• 4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification System 1
  • 4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification System 2
  • 4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification System 3
  • 4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification System 4
4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

4SPSC 6SPSC Solar Pump For Easy Install Wells Prices CE Certification

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Supply Capability:
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4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

• IDENTIFICATION CODE 
6SPSC30-8 6:well diameter. 6" 
SPSC:Submersible pump model 3:capacity(m3/h) 
8:stage 
• FIFLDS OF APPLICATION 
For water supply from wells or reservoirs 
For domestic use,for civi and industral applications 
For qarden use and imiqation 
•technical data 
Suitable fiuids: 
Clean,free from solid or abrasive substances, 
Chemically neutral and close to the characteristtics of water Performance: 
Speed range: 2900rpm 
Fluid temperature range: 0t;~40t; 
Max.working pressure 
Permissible up to:50 ℃ 
Voltage: 
Three-phase: 380v~415v/50hz,60hz 
Motor: 
Degree of protection: IP68 
Insulation class: B

 

 

motor data

 

Model

Impeller

Voltage 
(v)

Power 
(kw)

Max.flow (m3/h)

Max.head (m)

OUTLET
IN

Outer 
Diameter
(mm)

Weight 
(KG)

MOQ

4SPSC14-5F

300

1.5

25

36

2"

96-1005

21

1

4SPSC14-7F

300

2.2

25

52

2"

96-1175

26

1

4SPSC14-1 OF

520

3

25

71

2"

96-1480

30

1

4SPSC14-13F

520

4

25

91

2"

96-1805

34

1

4SPSC14-15F

520

5.5

25

102

2"

96-2025

38

1

4SPSC14-18F

520

5.5

25

125

2"

96-2220

40

1

4SPSC14-21 F

520

7.5

25

140

2"

96-2495

47

1

4SPSC14-25F

520

7.5

25

168

2"

96-2755

50

1

6SPSC30-5

Centrifugal

520

5.5

49

71

3''

138-1286

62

1

6SPSC30-7

(Plastic)

520

7.5

49

100

3''

138-1444

67

1

6SPSC30-8

520

7.5

49

114

3''

138-1478

68

1

6SPSC30-9

520

9.2

49

129

3''

138-1602

72

1

6SPSC30-11

520

11

49

157

3''

138-1779

81

1

6SPSC46-2

520

4

68

29

4"

138-1056

52

1

6SPSC46-3

520

5.5

68

44

4"

138-1286

57

1

6SPSC46-4

520

7.5

68

58

4"

138-1444

62

1

6SPSC46-5

520

7.5

68

69

4"

138-1478

67

1

6SPSC46-6

520

9.2

68

83

4"

138-1602

68

1

6SPSC46-7

520

11

68

93

4"

138-1779

72

1

 

 

 

Product Description

Product Feature                                                                                                                                               

Solar submersible pumps is the efficient equipment to extract groundwater in applications of agricultural irrigation, human and livestock water in plateau and mountain areas, etc.

1. Motor and shell made of stainless steel   

2. Stainless steel shaft and coupling

3. High strength & wear resistance stainless steel impeller and diversion shell

4. Sand resistance, anti-rust, pollution-free, long life time

5. Small size, light and easy to ship

6. Easy installation and easy maintain 

7. High efficient smart controller with multiple protections: over-temperature protection, 

short-current protection, over-load and under-voltage protection. Safe and reliable to use.

Price includes pump with controller. Solar PV panels may be purchased separately. 

 

 

 

 

 4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

High Efficiency 250W Mono Solar Module ICE-3

CNBMSOLAR is a world-leading and Vertical integrated manufacturer of high-performance with Silicon, Wafer, Cells,
Modules, which convert sunlight into electricity for residential, commercial, and utility-scale power generation.

 

4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

 

4SPSC 6SPSC Solar Pump For  Easy Install Wells Prices CE Certification

 

 

FAQ                                                                                                                                   

 

Q1. When can I get the quotation?

We usually quote within 24 hours after we get your inquiry. If you are urgent to get the price, please send the message on trade manager or call us directly.

   

Q2. Can I buy one as sample?

Yes, of course. MOQ of solar pump is 1 piece. For the other kind of products (water pump, air compressor and welding machine),  you need to pay all the fee when we make the sample.

  

Q3.  Can you make OEM?

Yes, you can put your logo and brand on the box.

   

Q4. What is your main market?

Eastern Europe,  Southeast Asia. Mid East, South America, Northern Europe.

 

Q:Can a solar pump be used during cloudy or rainy days?
Yes, a solar pump can still be used during cloudy or rainy days, although its efficiency and performance may be reduced. The solar panels will still generate some power from diffuse sunlight, allowing the pump to operate, although at a lower capacity compared to sunny days.
Q:How do I calculate the total head or lift required for a solar pump system?
In order to determine the total head or lift needed for a solar pump system, several factors should be taken into consideration. The following steps will guide you through the calculation process: 1. Calculate the total dynamic head (TDH): The TDH is the combined vertical and horizontal distances that the water must be pumped. To calculate the TDH, measure the vertical distance from the water source to the highest discharge point and add it to the horizontal distance between the source and discharge location. Additionally, factor in the frictional losses caused by the pipe's diameter and length. 2. Evaluate the pressure head: The pressure head refers to the vertical distance that the water needs to be lifted. Measure the vertical distance between the water source and the highest discharge point. This measurement will determine the amount of pressure required to pump the water to that elevation. 3. Take into account losses and other factors: Consider any losses caused by the pipe's diameter, bends, elbows, or valves within the system. These losses can be calculated using established equations or data provided by the manufacturer. Additionally, consider factors such as temperature, elevation, and the density of the liquid being pumped, as these can impact the pump's performance. 4. Determine the flow rate: The flow rate represents the volume of water that needs to be pumped within a specific time period. Typically, it is measured in liters per minute (LPM) or gallons per minute (GPM). To determine the flow rate, consider the amount of water required for your specific application, such as irrigation or household needs. 5. Choose an appropriate pump: Once you have calculated the TDH, pressure head, losses, and flow rate, you can select a solar pump that meets these requirements. Refer to the pump manufacturer's specifications and technical data to ensure that the pump can handle the calculated TDH and flow rate. It is important to note that these calculations provide an estimate, and it is recommended to consult with a professional or pump manufacturer to ensure accurate results for your specific solar pump system.
Q:Can a solar pump be used in areas with limited access to water purification systems?
Yes, a solar pump can be used in areas with limited access to water purification systems. A solar pump is a device that uses solar energy to pump water from a source such as a well or river. While it does not directly purify water, it can help in providing access to water in areas where traditional water purification systems are not available or unreliable. However, additional steps may be needed to ensure the water is safe for consumption, such as using portable water filters or disinfection methods.
Q:How do I monitor the performance of a solar pump system?
To effectively monitor the performance of a solar pump system, there are several steps you can take: 1. Installation of monitoring equipment: Begin by installing a monitoring system capable of tracking and recording various parameters of the solar pump system. This may involve the use of sensors to measure solar radiation, pump output, battery voltage, water flow rate, and other relevant variables. The monitoring equipment can be connected to a central control unit or a data logger for data collection. 2. Establishment of performance benchmarks: Determine the desired performance benchmarks or targets for your solar pump system. These benchmarks may include the desired water flow rate, battery charge level, or pump efficiency. Clearly defined benchmarks will aid in the evaluation of whether the system is operating optimally or if any issues require attention. 3. Regular review of data: Consistently analyze the monitoring data to assess the system's performance. This can be achieved by manual analysis of the collected data or through the use of software that presents the data in a well-organized and comprehensive manner. Look for any deviations from the benchmarks and identify any patterns or trends in the system's performance. 4. Conduct periodic performance audits: Regularly evaluate the overall efficiency and effectiveness of the solar pump system through performance audits. This can involve observing the system's operation, on-site measurement of parameters, and comparison of the results with the benchmarks. Performance audits can help identify any inefficiencies, malfunctions, or maintenance requirements. 5. Utilize remote monitoring capabilities: If available, consider utilizing remote monitoring capabilities. Remote monitoring enables access to real-time data and provides alerts or notifications if any critical parameters deviate from the desired range. This proactive monitoring approach allows for early detection of potential issues, facilitating timely corrective actions. 6. Ensure regular maintenance and servicing: Make sure to regularly maintain and service the solar pump system. This includes cleaning the solar panels, checking and tightening connections, inspecting pipes and valves, and testing the overall functionality of the system. Proper maintenance ensures optimal performance and helps prevent any potential breakdowns or inefficiencies. 7. Seek professional assistance: If you are uncertain about monitoring the system independently, consider consulting with a professional solar installer or a technician specialized in solar pump systems. They can provide guidance on the specific monitoring equipment and procedures required for your system, as well as offer expert advice on troubleshooting and optimizing its performance. By implementing these steps, you can effectively monitor the performance of your solar pump system, identify any issues or inefficiencies, and take appropriate actions to ensure its optimal operation.
Q:What is the maximum suction lift a solar pump can achieve?
The maximum suction lift achievable by a solar pump can vary depending on several factors including the pump's specific model and capacity, the quality and condition of its components, and the elevation difference between the water source and the pump. Although there is no universal maximum suction lift for all solar pumps, most solar-powered pumps can typically achieve suction lifts ranging from 6 to 9 meters (20 to 30 feet). However, it is important to keep in mind that as the suction lift increases, the pump's efficiency and performance may decrease. For optimal performance and longevity of the solar pump, it is advisable to refer to the manufacturer's specifications and guidelines pertaining to the maximum suction lift for a particular model. Furthermore, when determining the maximum suction lift for a solar pump, factors such as pipe diameter, elevation changes, and the presence of any obstacles in the water source should be taken into account.
Q:Are solar pumps suitable for use in agricultural greenhouses?
Yes, solar pumps are suitable for use in agricultural greenhouses. They provide a sustainable and cost-effective solution for irrigation needs, reducing dependency on conventional energy sources. Solar pumps can efficiently supply water to crops in greenhouses, helping to maintain optimal growing conditions while minimizing operating costs and environmental impact.
Q:Are there any limitations to the duration of continuous operation for a solar pump?
The duration of continuous operation for a solar pump is constrained by several factors. The primary limitation is the availability of sunlight, as solar pumps rely on solar panels to convert sunlight into electricity. Consequently, the pump can only function when there is enough sunlight to generate the necessary power. Moreover, the duration of continuous operation is influenced by the capacity and efficiency of the solar panels. If the panels have low capacity or are ineffective at converting sunlight into electricity, the pump may struggle to operate for extended periods. Additionally, the size and capacity of the pump itself can impose restrictions on continuous operation. If the pump is not designed to handle prolonged use, it may overheat or experience mechanical failures. Furthermore, weather conditions can impact the duration of continuous operation. Cloudy or rainy days can significantly reduce the amount of available sunlight, thereby limiting the pump's functionality. To address these limitations, some solar pump systems incorporate battery storage. These batteries can store excess energy generated during sunny periods, enabling the pump to operate during periods of low sunlight or at night. However, the duration of continuous operation still hinges on the battery capacity and the amount of stored energy. In conclusion, the limitations to the duration of continuous operation for a solar pump are primarily determined by the availability of sunlight, the capacity and efficiency of the solar panels, the size and capacity of the pump, and the presence of battery storage.
Q:Are there any limitations on the size of the water source for a solar pump?
Yes, there are limitations on the size of the water source for a solar pump. The size of the water source should be adequate to meet the pumping requirements of the solar pump system. Additionally, the water source should be accessible and located within a reasonable distance from the solar pump to ensure efficient and effective water pumping.
Q:Can solar pumps be used for water supply in refugee camps or temporary settlements?
Yes, solar pumps can be used for water supply in refugee camps or temporary settlements. Solar pumps provide a sustainable and reliable source of water by harnessing solar energy to power the pumping mechanism. They are cost-effective, environmentally friendly, and can be easily installed and maintained in remote or off-grid locations. Therefore, solar pumps are well-suited for providing clean water access in areas where traditional infrastructure may be lacking or unreliable, such as refugee camps or temporary settlements.
Q:How do I choose the right solar pump for my needs?
To choose the right solar pump for your needs, you should consider factors such as the water flow rate required, the total dynamic head (TDH) or vertical distance the pump needs to lift the water, the availability of sunlight in your location, the size of your water source or well, and your budget. Determine your specific water pumping requirements and then compare different models based on their specifications, efficiency, and reliability. Additionally, consult with a solar pump expert or supplier who can provide guidance and help you select the most suitable option for your needs.

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