FAQ
FAQAbout Products
FAQ
Keyword Search
Low-voltage Power Distribution Products
FAQ within [ Low-voltage Power Distribution Products ]
-
About Low-voltage Power Distribution Products
Since US-H* tyep is controlled by DC power supply (12 to 24 V DC), it cannot be operated with AC power supply. More Details >>
- No:23357
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
About Low-voltage Power Distribution Products
When carrying the rated current at ambient temperature of 40℃ (whencarrying the rated heater load), the maximum temparature of cooling finis approximately 100℃. More Details >>
- No:23358
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
About Low-voltage Power Distribution Products
It is not possible to produce them. More Details >>
- No:23363
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
About Low-voltage Power Distribution Products
It is possible to open/close three-phase load by opening/closing two poleswith three-phase circuit. If US-H opens/closes two poles and theremaining pole is s... More Details >>
- No:23367
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
About Low-voltage Power Distribution Products
It is not possible to replace it since we do not sell it as a unit. More Details >>
- No:23369
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
About Low-voltage Power Distribution Products
The permissible variation range of frequency (short time variation) is ±5%. More Details >>
- No:23371
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
About Low-voltage Power Distribution Products
It is not possible to add it. More Details >>
- No:23372
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
About Low-voltage Power Distribution Products
It is possible to produce, however, it may cause unnecessary trippingwhen using inching. More Details >>
- No:23373
- Release Date:2018/09/12 15:12
- Category: Motor Starters
-
lower limit of operational voltage for DC
It is DC 24V. More Details >>
- No:24816
- Release Date:2019/04/09 15:17
- Category: Molded Case Circuit Breakers
-
Calorific value of the circuit breaker
1. The internal resistance (per pole) is described in the catalog and technical notes. 2. Power consumption (W) = RI^2 x Poles = Resistance (Ω) x Load curre... More Details >>
- No:38025
- Release Date:2021/01/22 17:39
- Category: Molded Case Circuit Breakers
41-50 of Total 323