Indoor Load Break Switch
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Rated voltage (kV) | 12, 24 |
Rated frequency (Hz) | 50, 60 |
Rated current (A) | 400, 630, |
Rated short-circuit making current (kA) | 31.5, 40, 50 |
Rated breaking current (A) | 400, 630 |
Rated voltage (kV) | 12 |
Rated frequency (Hz) | 50 |
1 min P.F withstand voltage(kV) | 75 |
Lightning impulse withstand voltage(kV) | 42 |
Rated voltage (kV) | 40.5 |
Rated frequency (Hz) | 50, 60 |
Rated current (A) | Combination apparatus: 50 Load break switch: 1250 |
Rated short-time withstand current (kA) | Load break switch: 16 |
Rated peak withstand current (kA) | Load break switch: 40 |
Rated voltage (kV) | 12 |
Rated frequency (Hz) | 50, 60 |
Rated current (A) | Fuse (max.):125 Load break switch: 630 |
Rated short-circuit making current (kA) | 80 |
Rated peak withstand current (kA) | Load break switch: 80 |
Rated voltage (kV) | 12 |
Rated frequency (Hz) | 50, 60 |
Rated current (A) | 630, ≤200 |
Rated short-time withstand current (kA) | 20 |
Rated peak withstand current (kA) | 50 |
Rated voltage (kV) | 12 |
Rated frequency (Hz) | 50, 60 |
Rated current (A) | Combination apparatus: 125 Load break switch: 630 |
Rated short-time withstand current (kA) | Load break switch: 20 |
Rated peak withstand current (kA) | Load break switch: 50 |
Bypass Switch is used to restore power first and then repair circuit. In order to keep power supply during scheduled line repairing, bypass operation is adopted to realize power supply from other lines. In order to reduce power off time of the users during power failure, bypass operation is used to realize power restoration of the failed circuit.
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