Bringsmart SR 1000B3 12V Brushless Water Pump 1800 3000L/H 4.2 8M Booster Water Pump Submersible +Speed Controller 24V Hvac Tool

Bringsmart SR 1000B3 12V Brushless Water Pump 1800 3000L/H 4.2 8M Booster Water Pump Submersible +Speed Controller 24V Hvac Tool
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Oписание продукта

 

DC 24v 3 inch brushless 304 stainless steel Deep Well Submersible Solar Water Pump with MPPT controller 3SPS1.3/50-D24/140

 

Suggest Solar Panel Assemble:1 pc 36v 190w

 

 

Product Feature   

The solar water pump is widely used in deep well pump to irrigation,Village and town water supply,      
Clean drinking water,Garden watering,pumping and drip irrigation etc.  
    

1.DC Brushless motor                   2.MPPT function controller     
3.100% Copper wire                     4.Oil cooling     
5.304 Stainless steel pump body  6.Energy saving     
7.Environment friendly                  8.100% Testing     
9.Bearing:NSK                             10.Warranty:3 years   
  
     

Attention:      

1. The quoted price including: Pump+MPPT controller+Accesories, WITHOUT SOLAR PANELS;        

2. If solar panel needed, Pls kindly let us know, we will quote accordingly (But we suggest purchasing PV panels

locally to save high courier cost, further more, big size solar panels is very fragile during delivery via express)      

3. Free accessories including: 
a. pump with 3meter cable                             b. Pump controller
c. spare parts:1 pc stainless steel screw       d. Cable connector
e. Water level sensor                                     f. Rope: 10meter  

 

Performance curve 

 

HTB1IxMBPVXXXXX6aFXXq6xXFXXXI

Material

 

 

3SPS

 

 

               

 

                 

                           SOLAR POWERED SCREW WATER PUMP SERIES

 

Model

solar array voltage

(V)

solar array  Power

(W)

Max Flow (M3/H)

Max Head (M)

 Outlet      (IN)

With MPPT function Controller

pump size

 suggest Solar     Panel Assemble

Link

3SPS1.0/30-D24/80

36

110

1

30

0.75’’

yes

3"

2 pc 18v 60w, in series

Click here

3SPS1.3/50-D24/140

36

180

1.3

50

0.75’’

yes

3"

1 pc 36v 190w

Click here

3SPS1.5/80-D24/210

36

280

1.5

80

0.75’’

yes

3"

1 pc 36v 280w

Click here

3SPS1.5/95-D24/270

36

360

1.5

95

0.75’’

yes

3"

2 pc 36v 190w, in parallel

Click here

3SPS1.5/115-D36/500

54

660

1.5

115

0.75’’

yes

3"

6 pc 18v 120w, 3 in series x 2 in parallel

Click here

3SPS2.3/80-D48/750

72

960

2.3

80

0.75’’

yes

3"

4 pc 36v 260w, 2 in series x 2 in parallel

Click here

3SPS2.3/120-D48/1000

 

72

1320

2.3

120

0.75’’

yes

3"

4 pc 36v 320w, 2 in series x 2 in parallel

Click here

3SPS2.3/140-D72/1300

108

1680

2.3

140

0.75’’

yes

3"

6 pc 36v 280w, 3 in series x 2 in parallel

Click here

 

 

 

Accesories
a. spare parts:1 pc stainless steel screw       b. Cable connector
c. 3 pcs water level sensor                            d. Rope: 10meter

free accessories

 

complete set

750w 

 

 

Descriptions 

 

 

(1)  Selecting the solar panel of the pumping system

 

If you have not purchased a complete system from your supplier, the following formulae will be useful. Your pump supplier will be

able to help you with panel selection

 

a. Solar PV panel (solar panel) selection

power of PV panels (watts) =Rated  power of pump (watts) x( 1. 3  ~ 1.6)

voltage of solar panel = Rated  voltage of pump (volt) x 1.5

the controller will already be matched to the pump by your supplier

eg  A 300 watt pump needs a minimum of 390 watts of PV panels to drive it (300w x 1.3 = 390w)

 

b. You may need combinations of panels, especially for the larger pumps. During connection of solar panels, you have to get the

solar panels in series to reach the rated voltage of the pump, then in parallel to reach the rated current of the pump

Panels in parallel double the current and the wattage of the panels

Panels in series double the voltage and the wattage of the panels

e.g. 2 x 12V/ 100 W panels in parallel →    12 V/200W system

      2 x 12V/ 100 W  panels in series   →    24V/200W system

 

 

(2) Selecting the battery of the pumping system

 

Current drawn by the pump = pump power / the voltage

In the case of a 24 volt 300 watt pump

300 watts divided by 24 = 12.5 amps

2 x 100AH 12volt batteries in series = 100 Ah at 24 volts

100Ah divided by 12.5 amps x 0.6 = 4.8 hours of backup

Batteries in parallel, add the Ah, voltage stays the same

Batteries in series, add the voltage, Ah stays the same

 

 

 

2. INSTALLATION

 

(1)  Function of solar pump controller box

Low voltage protection(It is automatic)

Over voltage protection(It is automatic)

a.    Over current protection(It is automatic)

b.    Protection for low water level in well (WC,WH sensors)

c.    Protection for full water level in tank (TC,TH sensors)

d.    Controlling running speed of motor (Speed regulator)

e.    Delay for restart working function (Timer regulator is to be set a period of rest time after the pump stops working from low 

       water level protection in well)

f.     MPPT function. (Maximum Power Point Tracking)

g.    Battery(Battery can be connected to the controller directly for storing electricity.)

 

(2)  Wiring the controller box

 

Before you start wiring the control box, switch must be in the off position.

Wire the pump, panels to the control box as per the wiring diagram below. Both the pump and controller are labeled with “U”, ”V” and “W”.

Make sure to be correspondingly connected and not touch with each other.

 

 

Pumps, controller boxes, solar panels, batteries,

 

connection diagram HTB1qpdcQpXXXXcGXFXXq6xXFXXXv 

 

 

 

MPPT controller

 

Factory

 

 

Application 

 

If you do not know how to choose the model,pls tell the question below,i will choose for you.

1. What is your requirements for the flow rate of the pump? that means how many cubmic meter water you need per hour.
2.  what is your requirements for H1 =?  H2= ? H3= ?  H4 = ?

 

 

 

Please leave us message and we\'ll reply ASAP.Thank you !