Interruptor seccionador, 2P, 2 NA, Corriente 32A, Potencia 9W
Documentos Técnicos
Especificaciones
Brand
SiemensNúmero de polos
2P
Corriente Máxima
32A
Potencia Nominal
9W
Índice de Tensión
400V ac
Fase Eléctrica
1
Configuración Normal del Estado
2NO
Rango del Interruptor
0,09kA
Longitud
76mm
Ancho
90mm
Profundidad
36mm
Tipo de Terminal
Screw
Temperatura Mínima de Funcionamiento
-5°C
Configuración de vías
Single
Temperatura Máxima de Funcionamiento
+40°C
País de Origen
Germany
Datos del producto
Siemens Distribution Boards & Accessories
Type B characteristic offers instantaneous short circuit response level of 3-5 x normal rated current, making it suitable for circuits with moderate inrush currents such as filament lamps, heating loads and most domestic/small building protection applications.,Type C characteristic offers short circuit response of 5-10 x normal rated current, making it ideal for circuits with higher inrush currents such as motor control and fluorescent lighting installations in industrial buildings where nuisance tripping might occur if a faster type was used.
Información de stock no disponible temporalmente.
Vuelva a verificar más tarde.
P.O.A.
1
P.O.A.
1
Documentos Técnicos
Especificaciones
Brand
SiemensNúmero de polos
2P
Corriente Máxima
32A
Potencia Nominal
9W
Índice de Tensión
400V ac
Fase Eléctrica
1
Configuración Normal del Estado
2NO
Rango del Interruptor
0,09kA
Longitud
76mm
Ancho
90mm
Profundidad
36mm
Tipo de Terminal
Screw
Temperatura Mínima de Funcionamiento
-5°C
Configuración de vías
Single
Temperatura Máxima de Funcionamiento
+40°C
País de Origen
Germany
Datos del producto
Siemens Distribution Boards & Accessories
Type B characteristic offers instantaneous short circuit response level of 3-5 x normal rated current, making it suitable for circuits with moderate inrush currents such as filament lamps, heating loads and most domestic/small building protection applications.,Type C characteristic offers short circuit response of 5-10 x normal rated current, making it ideal for circuits with higher inrush currents such as motor control and fluorescent lighting installations in industrial buildings where nuisance tripping might occur if a faster type was used.