CT - Calpeda

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CT

Bombas com rotor periférico

CAUDAL

0.48 / 2.3

mc / h

ALTURA

3 / 41

m

POTÊNCIA

0.33 kW

Execução

Eletrobombas monobloco com rotor periférico.
Construção compacta, patenteada, com carcaça do motor e parede do lado da bomba numa única peça.
Protegida contra a entrada da água no motor por fora.
CT: versão com corpo da bomba em ferro fundido.
B-CT 61: versão com corpo da bomba em bronze.
As bombas em bronze são fornecidas totalmente pintadas.

Aplicações

Para líquidos limpos sem partes abrasivas, sem partes em suspensão, não explosivos, não agressivos para os materiais da bomba.
Para aumentar a pressão disponível de uma rede de distribuição (observar as prescrições locais).
Devido ao seu pequeno tamanho, estas eletrobombas são ideais para a montagem em máquinas e equipamentos para o arrefecimento,
o condicionamento e a circulação.

Limites de uso

Temperatura do líquido até 60 °C.
Temperatura ambiente até 40 °C.
Altura de aspiração manométrica até 7 m.
Serviço contínuo. (S3 60% para C 22E).

Motor

Motor de indução de 2 polos, 50 Hz (n ≈ 2900 1/min).
CT: trifásico 230/400 V ± 10%.
CTM: monofásico 230 V ± 10%, com protetor térmico.
Condensador inserido na caixa de terminais.
Isolamento classe F.
Proteção IP 54.
Motores trifásicos com classe de eficiência IE2.
Execução conforme EN 60034-1;
EN 60335-1, EN 60335-2-41.