GQR

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Pompe sommergibili per drenaggio

PORTATA

3 / 30

mc / h

PREVALENZA

3 / 20

m

POTENZA

0.45 / 2

kW

Esecuzione

Pompe monogiranti sommergibili per il drenaggio, con girante aperta (a rasamento).
GQR: con bocca di mandata verticale filettata (G1 1/2).
GQR 10 32: con bocca di mandata orizzontale filettata G 1 1/2 e flangiata DN 32 PN 6.
Doppia tenuta sull’albero, con camera d’olio interposta, protetta contro il funzionamento a secco.

Applicazioni

Per acqua pulita con corpi solidi in sospensione fino ad un diametro di 10 mm.
Svuotamento locali allagati o vasche.
Prelievo d’acqua da stagni, corsi d’acqua, pozzetti di raccolta dell’acqua piovana per irrigazione.

Limiti impiego

Temperatura liquido fino a 35 °C.
Profondità massima di immersione: 5 m.
Profondità minima di immersione: 205 mm.
Servizio continuo (con motore sommerso).

Motore

Motore a induzione a 2 poli, 50Hz (n ≈ 2900 1/min).
GQR: trifase 230V ± 10%
400V ± 10%
Cavo H07RN-F, 4G1 mm², lunghezza 10 m, senza spina.
GQRM: monofase 230V ± 10%
con interruttore a galleggiante e termoprotettore.
Condensatore incorporato.
Cavo H07RN-F, 3G1 mm², lunghezza 10 m, con spina CEI-UNEL 47166.
Isolamento classe F.
Protezione IP X8 (per immersione continua).
Avvolgimento a secco con tripla impregnazione resistente all’umidità.
Esecuzione secondo EN 60034-1
EN 60335-1, EN 60335-2-41.

Catalogo 50HZ
Italiano

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Catalogo 50HZ
Inglese

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Catalogo 60HZ
Inglese/spagnolo

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Istruzioni
Multilingua

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Catalogo IT 50 Hz

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Catalogo EN 50 Hz

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Catalogo EN/ES 60 Hz

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Istruzioni e sezioni

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Case History

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Prodotti Correlati

GEO Stazione automatica di raccolta e sollevamento acque di rifiuto Scopri di più	GEOTRIT-GEOCLEAN-GEOCOMP Stazione automatica di sollevamento acque sporche Scopri di più	GK Elettropompe sommergibili PORTATA 1/2.800 mc / h PREVALENZA 5/75 m POTENZA 1.5/180 kW Scopri di più
GM 10-8 Pompa sommergibile per drenaggio PORTATA 1.2 / 14 mc / h PREVALENZA 1 / 7 m POTENZA 0.25 kW Scopri di più	GM 50 Pompe sommergibili per acque sporche PORTATA 6 / 48 mc / h PREVALENZA 1 / 17.3 m POTENZA 0.75 / 2 kW Scopri di più	GM5-9 Pompa sommergibile per drenaggio PORTATA 1,2 / 13 mc / h PREVALENZA 2 / 8,9 m POTENZA 0,33 kW Scopri di più
GQG Pompe sommergibili con sistema trituratore PORTATA 3 / 17 mc / h PREVALENZA 4 / 25 m POTENZA 0.9 / 1.5 kW Scopri di più	GQN Pompe sommergibili per acque sporche PORTATA 6 / 48 mc / h PREVALENZA 1.4 / 16.3 m POTENZA 0.9 / 1.5 kW Scopri di più	GQV, GQS Pompe sommergibili per acque sporche PORTATA 3 / 36 mc / h PREVALENZA 1.8 / 15 m POTENZA 0.55 / 2 kW Scopri di più
GX 40 Pompe sommergibili in acciaio inox per acque sporche PORTATA 3 / 36 mc / h PREVALENZA 3 / 12.9 m POTENZA 0.55 / 1.2 kW Scopri di più	GX ZERO Pompe sommergibili per acqua pulita PORTATA 1.2 / 6 mc / h PREVALENZA 1.6 / 9 m POTENZA 0,25 kW Scopri di più	GXR, GXV Pompe sommergibili in acciaio inox PORTATA 1.2 / 13.2 mc / h PREVALENZA 1.7 / 12.7 m POTENZA 0.25 / 0.6 kW Scopri di più

GQR

GQR

Pompe sommergibili per drenaggio

PORTATA

3 / 30

mc / h

PREVALENZA

3 / 20

m

POTENZA

0.45 / 2

kW

Esecuzione

Applicazioni

Limiti impiego

Motore

Prodotti Correlati

PORTATA

1/2.800

mc / h

PREVALENZA

5/75

m

POTENZA

1.5/180

kW

PORTATA

1.2 / 14

mc / h

PREVALENZA

1 / 7

m

POTENZA

0.25

kW

PORTATA

6 / 48

mc / h

PREVALENZA

1 / 17.3

m

POTENZA

0.75 / 2

kW

PORTATA

1,2 / 13

mc / h

PREVALENZA

2 / 8,9

m

POTENZA

0,33

kW

PORTATA

3 / 17

mc / h

PREVALENZA

4 / 25

m

POTENZA

0.9 / 1.5

kW

PORTATA

6 / 48

mc / h

PREVALENZA

1.4 / 16.3

m

POTENZA

0.9 / 1.5

kW

PORTATA

3 / 36

mc / h

PREVALENZA

1.8 / 15

m

POTENZA

0.55 / 2

kW