ABB Miniature Circuit Breakers MCBs Items 193 - 288 of 3237 ⍾ ABB ⍾ Last modified
This catalog presents a range of miniature circuit breakers (MCBs) from ABB, part of the Modular DIN Rail Products. These current-limiting MCBs feature both delayed thermal and electromechanical tripping mechanisms for overload and short-circuit protection.
Miniature Circuit Breakers MCBs ⍾ Page 3
-
-
2CDS200918R0001
The hand operated neutral has to be mounted on the left side of the MCB and be snaped on the DIN rail. It is used for measuring duties where the neutral conductor must be in the op …
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
2CDS251001R0011
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0014
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
-
2CDS251001R0021
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0024
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0025
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0031
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0034
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
-
2CDS251001R0041
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0044
Miniature Circuit Breaker, current limiting, characteristics B, C, D, K, Z, breaking capacity up to 6 kA, rated current up to 63A, configurations 1P, 1P+N, 2P, 3P, 3P+N, 4P, compli …
-
2CDS251001R0045
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0061
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0064
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0065
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0081
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0084
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0101
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …
-
2CDS251001R0104
System pro M compact S200 miniature circuit breakers are current limiting. They have two different tripping mechanisms, the delayed thermal tripping mechanism for overload protecti …