GX ZERO

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Bombas submersíveis para água limpa

CAUDAL

1.2 / 6

mc / h

ALTURA

1.6 / 9

m

POTÊNCIA

0,25

kW

Execução

Bombas centrífugas multicelulares submersíveis com cobertura em aço inoxidável, boca de envio vertical e válvula antirretorno na aspiração. Capacidade de aspirar água até 1 milímetro do fundo. Motor arrefecido pela água bombeada com escorrimento entre a cobertura do motor e a cobertura externa. Empanque duplo no eixo, com câmara de óleo entreposta. A bomba possui uma válvula antirretorno na aspiração que, durante o funcionamento, permite mover manualmente a bomba em mais pontos do local e aspirar a água até 1 mm sem esvaziar a bomba.

Aplicações

Água limpa com corpos sólidos em suspensão até 3 mm de diâmetro
Esvaziamento de locais alagados ou tanques
Coleta de água de lagoas, córregos, poços de captação da água pluvial
Para a irrigação

Limites de uso

Temperatura do líquido até 35 °C.
Profundidade de imersão máxima: 5 m.
Nível mínimo de esvaziamento 1 mm.
Serviço contínuo.

Motor

Motor de indução de 2 polos, 50 Hz (n = 2900 1/min).
GX ZERO: trifásico 230 V ± 10%; trifásico 400 V ± 10%. Cabo H05RN-F, 4G0,75 mm2, 10 m de comprimento, sem ficha
GXM ZERO: monofásico 230 V ± 10%, com protetor térmico. Condensador incorporado.
Cabo H05RN-F, 3G0,75 mm2, 10 m de comprimento, com ficha CEI-UNEL 47166.
Isolamento classe F.
Proteção IP X8 (para imersão contínua)
Enrolamento a seco com impregnação dupla resistente à humidade. Execução conforme: EN 60335-2-41.

Catálogo 50HZ
Português

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Catálogo 50HZ
Inglês

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Instruções
Multilíngue

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https://www.calpeda.com/wp-content/uploads/calpeda_prodotti/CATALOGHI_PDF/IT%20-%20italiano/singoli_IT/GX%20ZERO.pdf

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Catalog EN 50HZ

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Instructions

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Case History

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GX ZERO

GX ZERO

Bombas submersíveis para água limpa

CAUDAL

1.2 / 6

mc / h

ALTURA

1.6 / 9

m

POTÊNCIA

0,25

kW

Execução

Aplicações

Limites de uso

Motor

Produtos relacionados

CAUDAL

1/2.800

mc / h

ALTURA

5/75

m

POTÊNCIA

1.5/180

kW

CAUDAL

1,2 / 13

mc / h

ALTURA

2 / 8,9

m

POTÊNCIA

0,33

kW

CAUDAL

6 / 48

mc / h

ALTURA

1 / 17.3

m

POTÊNCIA

0.75 / 2

kW

CAUDAL

3 / 17

mc / h

ALTURA

4 / 25

m

POTÊNCIA

0.9 / 1.5

kW

CAUDAL

6 / 48

mc / h

ALTURA

1.4 / 16.3

m

POTÊNCIA

0.9 / 1.5

kW

CAUDAL

3 / 30

mc / h

ALTURA

3 / 20

m

POTÊNCIA

0.45 / 2

kW

CAUDAL

3 / 36

mc / h

ALTURA

1.8 / 15

m

POTÊNCIA

0.55 / 2

kW