NM, NMD

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Bombas centrífugas monobloc con orificios roscados

CAUDAL

1 / 66

mc / h

H MAX

3.5 / 114

m

POTENCIA

0.37 / 9.2

kW

Ejecución

Electrobombas centrífugas monobloc con acoplamiento directo motor-bomba y eje único.
NM: con un rodete.
NMD: con dos rodetes contrapuestos (con empuje axial equilibrado).
Orificios: Roscados UNI-ISO 228/1.
NM, NMD: Ejecución con cuerpo bomba y acoplamiento in hierro.
BNM, BNMD: Ejecución con cuerpo bomba y acoplamiento in bronce.
Las bombas en bronce se suministran totalmente pintadas.

Aplicaciones

Para líquidos límpios sin partes abrasivas, y no agresivas para los materiales de la bomba (con partes sólidas hasta 0,2% máx).
Para el aprovisionamiento de agua.
Para instalaciones de calefacción, acondicionamiento, refrigeración y circulación.
Para aplicaciones civiles e industriales.
Para irrigación.

Límites de uso

Temperatura del líquido de -10 °C a +90 °C.
Temperatura ambiente hasta 40 °C.
Altura de aspiración manométrica hasta 7 metros.
Presión final máxima admitida en el cuerpo de la bomba 10 bar. (16 bar para bombas NMD 25/190; NMD 32/210; NMD 40/180).
Servizio continuo (S3 60% per 1,5-1,8 kW).

Motor

Motor a inducción a 2 polos, 50 Hz (n = 2900 1/min).
NM, NMD: trifase 230/400 V ± 10%, hasta 3 kW;
400/690 V ± 10%, de 4 a 9,2 kW;
NMM, NMDM: monofase 230 V ± 10%, con protector térmico.
Aislamiento clase F.
Protecciones IP 54
Motor preparado al funcionamiento con convertidor de frecuencia de 1,1 kW.
Motori monofasi con classe di efficienza IE2 fino a 1,1 kW.
Clase de eficiencia IE3 para motores trifásicos (IE2 hasta 0,65 kW).
Ejecución según EN 60034-1, EN 60034-30-1,
EN 60335-1, EN 60335-2-41.