solar pumps - overflux 1, overflux 2, overflux 3

solar

centrifugal

self-priming

manual

ball valves

stainless steel pumps

APPLICATIONS. Raising clean water from deep wells in systems powered by solar energy.

FEATURES. The new system is composed of three elements:• photovoltaic panels • controller• electric pumpThe controller powers the electric pump in sunshine, without sun the system doesn’t work. Accumulators for electric power are not necessary because with this system the water is pumped and stocked during the day for an eventual use during the night. For a correct use, the controller must be supplied with voltage of 320 Vcc or 560 Vcc. The controller, right installed and calibrated, can stop the pump when the delivery outlet is closed, it is equipped with a dry running alarm and it stops the pump in case of excessive power consumption. Working voltage of the pump: three-phase 230 V, three-phase 400 V: in this way the absorptions are really limited.

OPERATING CONDITIONS• The controller must be installed in a

protected and airy area.• Controller working temperature: min 5°C

– max 50°C.• Pumped liquid: clean water, non

aggressive, without solid particles.• The pump can not operate in dry

conditions.• Pump body always completely

submerged.• Temperature of pumped liquid: min 5°C –

max 30°C.• Vertical operating position. • Max number of starts per hour: 20.

accessories

- OVERFLUX 1- OVERFLUX 2- OVERFLUX 3 APPLICAZIONI. Per il sollevamento

dell’acqua da pozzi profondi in impianti alimentati da energia solare.

CARATTERISTICHE. L’innovativo impianto si compone di tre elementi:• i pannelli fotovoltaici• controller• l’elettropompaIl controller lavora in presenza della tensione fornita dai pannelli fotovoltaici, in assenza della quale l’impianto non funziona. Non necessita di batterie d’accumulo per l’energia elettrica in quanto, con questo sistema, l’acqua viene pompata e stoccata durante il giorno, per l’eventuale utilizzo durante la notte. Il controller viene fornito con un trasduttore di pressione: per un corretto funzionamento deve essere alimentato a 130 Vcc (max 15 A). Il controller opportunamente installato e tarato, può spegnere l’elettropompa in caso di mandata chiusa, è dotato di marcia a secco e blocca il motore in caso di assorbimento eccessivo. L’elettropompa funziona con una tensione di lavoro trifase 230 V; ciò fa sì che gli assorbimenti siano particolarmente contenuti. L’elettropompa è fornita con 30 m di cavo elettrico H07RN-F.

CONDIZIONI DI LAVORO• Il controller deve essere posizionato in

ambiente protetto e ventilato.• Temperatura di esercizio controller: min 5°C

- max 40°C.• Liquido pompato: acqua pulita non

aggressiva, priva di sedimenti solidi.• La pompa non può girare a secco.• Corpo pompa sempre completamente

immerso.• Temperatura del liquido pompato: min 5°C -

max 30°C.• Posizione di funzionamento elettropompa

verticale.• Numero max avviamenti orari elettro-

pompa: 20.

APPLICATIONS. Raising clean water from deep wells in systems powered by solar energy.

FEATURES. The new system is composed of three elements:• photovoltaic panels• controller• electric pumpThe controller powers the electric pump in sunshine, without sun the system doesn’t work. Accumulators for electric power are not necessary because with this system the water is pumped and stocked during the day for an eventual use during the night. The controller is supplied with a pressure transducer; for a correct use the controller must be supplied with voltage of 130 Vdc (max 15 A). The controller, right installed and calibrated, can stop the pump when the delivery outlet is closed, it is equipped with a dry running alarm and it stops the pump in case of excessive power consumption. The electric pump works with working voltage three-phase 230 V; in this way the absorptions are really limited.The electric pump is supplied with 30 m of H07RN-F electric cable.

OPERATING CONDITIONS• The controller must be installed in a

protected and airy area.• Controller working temperature: min

5°C – max 40°C.• Pumped liquid: clean water, non

aggressive, without solid particles.• The pump can not operate in dry

conditions.• Pump body always completely

submerged.• Temperature of pumped liquid: min 5°C

– max 30°C.• Vertical operating position.• Max number of starts per hour: 20.

APPLICAZIONI. Per il sollevamento dell’acqua da pozzi profondi in impianti alimentati da energia solare.

CARATTERISTICHE. L’innovativo impianto si compone di tre elementi:• i pannelli fotovoltaici• controller• l’elettropompaIl controller lavora in presenza della tensione fornita dai pannelli fotovoltaici, in assenza della quale l’impianto non funziona. Non necessita di batterie d’accumulo per l’energia elettrica in quanto, con questo sistema, l’acqua viene pompata e stoccata durante il giorno, per l’eventuale utilizzo durante la notte. Per un corretto funzionamento il controller deve essere alimentato a 320 Vcc o 560 Vcc. Il controller, opportunamente installato e tarato, può spegnere l’elettropompa in caso di mandata chiusa, è dotato di marcia a secco e blocca il motore in caso di assorbimento eccessivo. L’elettropompa funziona con una tensione di lavoro trifase 230 V e trifase 400 V; ciò fa sì che gli assorbimenti siano particolarmente contenuti.

CONDIZIONI DI LAVORO• Il controller deve essere posizionato in

ambiente protetto e ventilato.• Temperatura di esercizio controller: min

5°C - max 50°C.• Liquido pompato: acqua pulita non

aggressiva, priva di sedimenti solidi.• La pompa non può girare a secco.• Corpo pompa sempre completamente

immerso.• Temperatura del liquido pompato: min

5°C - max 30°C.• Posizione di funzionamento elettropompa

verticale.• Numero max avviamenti orari elettro-

pompa: 20.

OVERFLUX 1 OVERFLUX 2/3

Fluxinos Italia s.r.l.Via Genova 8 58100 Grosseto Italy +39 0564 451272 Fax +39 0564 454237

www.fluxinos.it [email protected] www.fluxinos.com

Fluxinos Fluxinos FluxinosFluxinos

• drinking water supply • irrigation • livestock watering • cleanest and renewable energy (the sun) • fast and failure free installation • no human resources • maximum reliability • low cost of ownership

Controller

Overflux 1 Overflux 3Overflux 2Pump

External appearance and technical characteristics may be modified at any moment without notice

Overflux 1 Overflux 2 Overflux 3

depth in metres

FGA131KW 1,3

FCR191KW 1,3

FIO122KW 2,6

FOM222KW 2,6

FCR372KW 2,6

FIO173KW 5,6

FSI203KW 5,6

FKA403KW 5,6

10 38.30 mc/day5.35 mc/hr

22.80 mc/day3.21 mc/hr

148.00 mc/day23.30 mc/hr

73.60 mc/day10.50 mc/hr


173.00 mc/day22.80 mc/hr

94.30 mc/day13.60 mc/hr


25 29.20 mc/day4.23 mc/hr


75.26 mc/day13.78 mc/hr

67.00 mc/day10.20 mc/hr


121.00 mc/day16.70 mc/hr

94.30 mc/day13.60 mc/hr


50 6.30 mc/day1.56 mc/hr






58.65 mc/day10.50 mc/hr


75 2.77 mc/day0.26 mc/hr






100 7.20 mc/day2.12 mc/hr




125 1.10 mc/day0.33 mc/hr



150 3.64 mc/day1.43 mc/hr


175 2.18 mc/day0.87 mc/hr


200 0.74 mc/day0.29 mc/hr


225 0.69 mc/day0.39 mc/hr

00

50

100

150

25

75

125

175

200

225

50 100 150

Q [mc/day]

FCR191

OVERFLUX1

FGA131

250

[m]H

Wr = 1.3 kW

Technical data Overflux 1

FGA131

FCR191

1,3

1,3

3,9

3,8

1” 1/4

1” 1/4

868

938

17,2

17,9

6,5

6,5

105

105

Controllerinput power

Max current Outlet Dimensionsmm.

WeightKg.Model

kW 230 V Ø H PumpØ Controller

250

00

50

100

150

25

75

125

175

200

225

50 100 150

Q [mc/day]

FCR372

OVERFLUX2

[m]H

FIO122FOM222

Wr = 2.6 kW


FIO122

FOM222

FCR372

2,6

2,6

2,6

10 -

9,9 -

9,9 -

2”

2”

1” 1/4

1627

1532

1485

24,9

24,3

22,8

8,2

8,2

8,2

105

105

105



WeightKg.Model

kW 230 V 400 V Ø H PumpØ Controller

00

50

100

150

25

75

125

175

200

225

50 100 150

Q [mc/day]

FSI203 FIO173FKA403

250

[m]H

OVERFLUX3

Wr = 5.6 kW


FIO173

FSI203

FKA403

5,6

5,6

5,6

- 8,2

- 8,2

- 8,3

2”

2”

1” 1/4

2017

1807

1808

27,4

26,0

25,9

8,5

8,5

8,5

105

105

105



WeightKg.Model

kW 230 V 400 V Ø H PumpØ Controller

Total range performances

Flow rate**The table depicts the typical performance of the pump in tropical environment condi-tions with an insolation of 5,5kWh/m2/per day, and with optimal solar panel dimensions (as in: Vp = 130V and lp = 14A for the OVERFLUX 1, Vp = 490V and lp = 7A for the OVER-FLUX 2, Vp = 540V and lp = 14A for the OVERFLUX 3). Increased or decreased solar panel performances are acceptable and will result in incre-ased or decreased hourly and daily performances in relation to the above table.In case of temperate/moderate climates, the daily summer and winter capabilities may deviate from the original values by ±16%.The reference powers indicated in the above table (Wr) are the typical powers given by the entry of the “controller”.The nominal photovoltaic conventional powers (Wp) corresponding to the optimal di-mensions are approximately 1,4 times superior to the typical powers at the entry of the “controller” (example: Wr = 2,6kW; Wp = 3,7kW), whilst the number of solar panels will depend on the type and size of the panels.The real voltage at starting temperatures and at open circuit of the solar panels will never have to exceed: OVERFLUX 1 = 180V, OVERFLUX 2 = 650V, OVERFLUX 3 = 850V !

solar pumps - overflux 1, overflux 2, overflux 3

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