Техническая документация
Характеристики
Brand
MoellerКоличество полюсов
1
Номинальный ток
16A
Характеристики размыкания
Тип B
Номинальное напряжение перем. тока
230 V, 400V
Отключающая способность (при максимальном номинальном напряжении)
6 kA
Серия
PLS6
Ширина
17.5мм
Длина
80мм
Глубина
60мм
Информация о товаре
PLS6 Miniature Circuit Breakers
DIN rail mounting miniature circuit breakers available in single, double and triple pole with two tripping characteristics, B and C to standard IEC/EN 60898.,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.
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P.O.A.
1
P.O.A.
1
Техническая документация
Характеристики
Brand
MoellerКоличество полюсов
1
Номинальный ток
16A
Характеристики размыкания
Тип B
Номинальное напряжение перем. тока
230 V, 400V
Отключающая способность (при максимальном номинальном напряжении)
6 kA
Серия
PLS6
Ширина
17.5мм
Длина
80мм
Глубина
60мм
Информация о товаре
PLS6 Miniature Circuit Breakers
DIN rail mounting miniature circuit breakers available in single, double and triple pole with two tripping characteristics, B and C to standard IEC/EN 60898.,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.