PEDROLLO FLUID SOLAR 4 Inch Submersible Pumps User Guide

PEDROLLO FLUID SOLAR 4 Inch Submersible Pumps User Guide

INSTALLATION AND USE

FLUID SOLAR pumps are engineered to draw clean water from wells using power from photovoltaic modules.
They feature a high-efficiency motor with integrated electronic control that adjusts the motor’s speed based on the solar energy available.
This ensures optimal performance: high speed and efficiency in sunny conditions, and lower speed with reduced efficiency on cloudy days. These pumps utilize a high-efficiency, oil-bathed, permanent magnet motor for enhanced performance and durability

APPLICATION LIMITS

• Liquid temperature up to +35 °C
• Maximum sand content 200 g/m³
• Capable of operating at depths of up to 100 meters below water level

PATENTS – TRADEMARKS – DESIGNS

• Patent No. 0001413386, EP2419642
• Patent No. EP2300717
• Patent No. 102021000030575
• FLUID SOLAR® Registered trademark No. 001516301FLUID SOLAR 1/11

**FLUID SOLAR 1/11

**

POWER CONSUMPTION P1 750 W

m³/h Q l/min| 0| 0.3| 0.6| 0.9| 1.2| 1.5| 1.6| 1.8| 2.1| 2.3
0| 5| 10| 15| 20| 25| 27| 30| 35| 38
H metres| | 89| 80.5| 71.5| 62| 52| 41| 36.5| 29.5| 17.5| 10
| 38| 34| 29.1| 23.2| 16.3| 8.5| 5| | |

FLUID SOLAR 1/18

POWER CONSUMPTION P1 1500 W

Q m³/hl/min| 0| 0.3| 0.6| 1.2| 1.5| 1.62| 1.8| 2.1| 2.4
0| 5| 10| 20| 25| 27| 30| 35| 40
H meters| | 194.5| 187| 175| 139.5| 117.5| 108| 93.5| 68| 41.5
| 91.5| 84| 74.8| 49.4| 32.3| 24.5| 11.5| |

Performance under 1000 W/m² Solar Irradiation and 100 VDC No-load Voltage from Photovoltaic Modules
Performance under 300 W/m² Solar Irradiation and 70 VDC No-load Voltage from Photovoltaic Modules
The performance curves shown above are based on photovoltaic modules positioned towards the SOUTH (or NORTH for installations in the Southern Hemisphere). The angle of inclination is adjusted according to the latitude of the installation site to optimize performance.

**FLUID SOLAR 2/5

**

POWER CONSUMPTION P1 750 W

Q m³/hl/min| 0| 0.3| 0.6| 1.2| 1.8| 2.4| 2.88| 3| 3.6| 4.2
0| 5| 10| 20| 30| 40| 48| 50| 60| 70
H meters| | 63| 60.5| 57.5| 52| 46.5| 39.5| 32.5| 30.5| 20| 7
| 26| 24.5| 22.6| 18.4| 13| 6| | | |

Performance with photovoltaic modules for a total rated power of 980 Wp

**FLUID SOLAR 2/11

**

POWER CONSUMPTION P1 1500 W

Q m³/hl/min| 0| 0.3| 0.6| 1.2| 1.8| 2.4| 2.88| 3| 3.6| 4.2
0| 5| 10| 20| 30| 40| 48| 50| 60| 70
H meters| | 134| 129.5| 125| 115| 102.5| 88| 73.5| 69.5| 47| 19.5
| 63| 60.5| 57.4| 49.3| 38.1| 23.2| 8| | |

Performance with photovoltaic modules for a total nominal power of 1960 Wp

**FLUID SOLAR 4/3

**

POWER CONSUMPTION P1 750 W

Q m³/hl/min| 0| 0.3| 0.6| 1.2| 2.4| 3.6| 4.2| 5.4| 6| 6.6
0| 5| 10| 20| 40| 60| 70| 90| 100| 110
H meters| | 41| 40.5| 40| 38| 34| 28.5| 26| 19.5| 16.5| 13
| 17| 16.5| 15.8| 14.7| 12| 8.8| 7| | |

Performance with photovoltaic modules for a total rated power of 980 W p

FLUID SOLAR 4/7

POWER CONSUMPTION P1 1500 W

Q m³/hl/min| 0| 0.3| 0.6| 1.2| 2.4| 3.6| 4.2| 5.4| 6| 6.6| 7.2
0| 5| 10| 20| 40| 60| 70| 90| 100| 110| 120
H meters| | 93| 90.5| 88.5| 84| 74.5| 64.5| 59| 46.5| 40| 32| 24
| 44| 42.5| 41.1| 38.3| 32.2| 24.6| 20.1| 9| | |

Performance with photovoltaic modules for a total nominal power of 1960 W p

**FLUID SOLAR 6/3

**

POWER CONSUMPTION P1 750 W

Q m³/hl/min| 0| 0.3| 1.2| 2.4| 3.6| 4.8| 5.4| 6| 7.2| 7.2| 8.4| 9.6
0| 5| 20| 40| 60| 80| 90| 100| 120| 120| 140| 160
H meters| | 33| 32.5| 31.5| 29| 26| 22.5| 20.5| 19| 15| 15| 11.5| 8.5
| 15| 14.5| 12.8| 11| 9.4| 7.5| 6.5| | | | |

Performance with photovoltaic modules for a total rated power of 980 W p

FLUID SOLAR 6/6

POWER CONSUMPTION P1 1500 W

Q m³/hl/min| 0| 0.3| 1.2| 2.4| 3.6| 4.8| 5.4| 6| 7.2| 8.4| 9.6| 10.8
0| 5| 20| 40| 60| 80| 90| 100| 120| 140| 160| 180
H meters| | 68| 67| 63.5| 59| 54| 48.5| 46| 43| 37| 31| 24.5| 18
| 33.5| 32.5| 30| 26.5| 22.8| 18.9| 16.8| 14.7| 10| | |

FLUID SOLAR

STANDARD EQUIPMENT

P1= 750 W
ELECTRICAL PANEL

CONNECTORS
No. 1 male connector
type SMK
No. 1 female connector
type SMK

P1 = 1500 W
ELECTRICAL PANEL

CONNECTORS
No. 1 male connector
type SMK
No. 1 female connector
type SMK
No. 1 Y-connector female/
male type MC4
No. 1 male-female
Y-connector type MC4

EXAMPLES OF INSTALLATION

FLUID SOLAR 1/11 – 2/5 – 4/3 – 6/3

• To achieve maximum rated performance, the pump requires photovoltaic modules with a total rated power of 980 W p or higher.
• The pump can run on lower-power photovoltaic modules than recommended, but with reduced performance.
• Each module must have an open-circuit voltage between 35 – 55VDC.
  
  

FLUID SOLAR 1/18 – 2/11 – 4/7 – 6/6

• To achieve maximum rated performance, the pump requires photovoltaic modules with a total rated power of 1960 Wp or higher.
• The pump can run on lower-power photovoltaic modules than recommended, but with reduced performance.
• Each module must have an open-circuit voltage between 35 and 55VDC.
  

P1=750 W
P 1=1500 W

DIMENSIONS AND WEIGHT

P1= 750 W

P1 = 1500 W

MATERIALS AND COMPONENTS

1. Delivery port and pump jacket : Stainless steel AISI 304 with thread according to ISO 228/1

2. Pump bearing :EPDM

3. Impellers :Delrin®

4. Diffusers: Noryl™

5. Stadium boxes : Stainless steel AISI 304

6. Pump shaft :Stainless steel AISI 304

7. Cable sheath : Stainless steel AISI 304

8. Filter :Stainless steel AISI 304

9. Coupling motor bracket :Techno polymer and brass

10. Motor shaft: Stainless steel AISI 431

11. Motor sleeve : Stainless steel AISI 304

12. Mechanical seal
    Seal Shaft Materials
    ST4-16 Ø 16 mm Ceramic / Graphite / NBR

13. Vectoral

14. Electric motor

    • High-efficiency permanent magnet oil filled motor (non-toxic food-safe oil), rewindable.
    • Continuous running duty S1
    • Insulation: Class F
    • Protection rating: IP X8

15. Compensating diaphragm

16. Power cord
    Cable approved for use in drinking water by ACS, KTW, WRAS

    • Standard length 2.2 meters
    • Standard equipment: RPS2 cable splice kit

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