2spc2.5/5.5/D48/400 Plastic Impeller BLDC Solar Submersible Pump for Agricultural

• After-sales Service: 1 Year
• Warranty: 1 Year
• Max.Head: 55m
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: 2SPC2.5/5.5/D48/400
• Max.Capacity: 2500L/H
• Driving Type: Motor
• Material: Stainless Steel
• Structure: Multistage Pump
• Assembly: Liquid Pumps
• Power: Solar Energy
• Start Up: Electric Pump
• Type: Blade Pump
• Application: Submersible Pump
• Media: Sea Water Pump
• Performance: Automatic Pump
• Theory: Centrifugal Pump
• HP: 0.4
• Max Head: 55m
• Max Flow: 2500L/H
• Outlet: 1′
• Pump Size /Controller Size: 8.5*8.5*91 Cm/25*25*16 Cm
• Pump G.W / Controller G.W: 8 Kgs/2.1 Kgs
• Transport Package: Paper Tube and Carton
• Trademark: OEM
• Origin: Zhejiang
• Production Capacity: 5000
• Package Size: 25.00cm * 25.00cm * 16.00cm
• Package Gross Weight: 10.000kg

Product Description

2SPC2.5/55-D48/400 0.5hp 2inch 48V 0.5hp 55m flow water pump solar dc submersible pump

MODEL SELECTION

 

Model	Power		Voltage		MAX. Flow	MAX. Head	Outlet
	W	HP	Vdc	Range	m³/H	M	inch
4INCH CENTRIFUGAL PUMP (PLASTIC IMPELLER)
4SPC6/42-D48/600	600	0.9	48	32~100	6	42	1.25''
4SPC6/56-D72/750	750	1.0	72	32~100	6.0	56	1.25
4SPC6/80-D90/1100	1100	1.5	90	32~155	6	95	1.25''
4SPC6/130-D120/1500	1500	2	120	60~200	6	130	1.25''
4SPC6.5/90-D120/1350	1350	1.8	120	60~200	6.5	90	1.25''
4SPC6.5/120-D120/1500	1500	2	120	60~200	6.5	120	1.25''
4SPC7/210-D220/2500	2500	3	220	150~300	7	210	1.25''
4SPC9/58-D90/1100	1100	1.5	90	32~155	9.0	58	2''
4SPC9/85-D120/1500	1500	2	120	60~200	9	85	2''
4SPC12/80-D120/1500	1500	2	120	60~200	12	80	1.5''
4SPC12/160-D220/2500	2500	3	220	150~300	12	160	1.5''
4SPC17/48-D120/1500	1500	2.0	120	60~200	17	48	2''
4SPC18/68-D220/2200	2500	3	220	150~300	18	68	2''
4SPC15/100-D220/2500	2500	3	220	150~300	15	100	2''

 

WE WANNA KNOW FROM YOU-

1) What's the water source? How's the water quality?
2) Flow rate per day or per hour?
3) What's the vertical head?
4) What's the horizontal distance between water source and application?
 

PUMP DETAILS

Impeller-Reinforced Nylon                                                                  Connection and splines

CONTROLLER DETAILS

 

PLUS FUNCTION:

Touch screen
Digital display: Power, Voltage, Speed

Error code display
Timing setting
 

Installation Instructions

 

             Pump installation                          MPPT controller installation                          Water pumping out !
 

Packaging & Shipping

Package includes	Quantity
Pump end (NEMA standard coupling)	1PC
Motor (NEMA standard connection)	1PC
MPPT pump controller	1PC
Well/Borehole level sensors	1SET
Tank level sensors	1SET
Heat-shrinkable tube	1SET
Socket screw wrench	1PC
Terminals	1SET
User manual	1PC

APPLICATION

Solar pumping system serves to provide water in remote applications where electrical grid power is either unreliable or unavailable. BLDC solar pump controller can direct use the DC power from PV array, and drive the brushless DC pumps. In sunny days, the pumping system can continuously pump water. There is no need of batteries or other energy storage devices. It's recommended to pump water to a reservoir for storage.

A float switch can be installed in the water tower to control the pump operation. And install a low-level probe in well to detect the well water so that pump will stop when there is no water. Below diagram shows a typical diagram of the solar pumping system, including major parts and components.

FAQ

1. Photovoltaic module array

Photovoltaic module arrays are composed of individual photovoltaic modules connected in series and parallel. Its capacity is configured according to the power of the pump motor.

2. DC/DC and DC/AC conversion equipment

For pump systems with AC asynchronous or synchronous motors, DC/AC power conversion must be provided to output a voltage suitable for motor operation.

For pump systems using brushless DC motors, a system-specific drive controller is required.

3. Pump

For photovoltaic water pump systems, the choice of pump type is also important. In a small power system, if the user requires high head but small flow, a positive displacement pump should be selected. In other cases, centrifugal or axial flow pumps may be used.

4. Water tower and water supply facilities

Since the power source of the photovoltaic water pump system is solar radiation, the system is generally configured to work during the day. If water supply is required at night, water storage equipment is required.