BDGL-125
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Type | MCB Miniature Circuit Breaker | ||||
Number of Poles |
2 |
||||
Rated Current(A) | 1-63A | ||||
Voltage | AC 230/240V,400V/450V(4P) | ||||
Rated Frequency | 50HZ | ||||
Pole |
1P/2P/3P/4P | ||||
Protection |
IP20
|
||||
Package Type | Standard Export Carton Or According To The Customer' Requirements | ||||
Certificate | CCC CE ROSH |
Features
·Short Circuit Protection: The MCB can also detect a short circuit condition in an electrical circuit and quickly disconnect the circuit. This helps prevent a sudden rise in current, thereby reducing the risk of damage to electrical equipment and personal injury.
·Cost Effectiveness: MCBs are often more cost effective than conventional fuses or other protective devices, and they have a longer service life and lower maintenance costs.
Why Choose MCB?
Overall, MCB miniature circuit breakers offer a high degree of safety, reliability and flexibility, advantages that have made them a common overload and short-circuit protection device in modern electrical systems. However, there is still a need to consider application-specific requirements and circuit characteristics when selecting and installing MCBs.
Type | MCB Miniature Circuit Breaker | ||||
Number of Poles |
2 |
||||
Rated Current(A) | 1-63A | ||||
Voltage | AC 230/240V,400V/450V(4P) | ||||
Rated Frequency | 50HZ | ||||
Pole |
1P/2P/3P/4P | ||||
Protection |
IP20
|
||||
Package Type | Standard Export Carton Or According To The Customer' Requirements | ||||
Certificate | CCC CE ROSH |
Features
·Short Circuit Protection: The MCB can also detect a short circuit condition in an electrical circuit and quickly disconnect the circuit. This helps prevent a sudden rise in current, thereby reducing the risk of damage to electrical equipment and personal injury.
·Cost Effectiveness: MCBs are often more cost effective than conventional fuses or other protective devices, and they have a longer service life and lower maintenance costs.
Why Choose MCB?
Overall, MCB miniature circuit breakers offer a high degree of safety, reliability and flexibility, advantages that have made them a common overload and short-circuit protection device in modern electrical systems. However, there is still a need to consider application-specific requirements and circuit characteristics when selecting and installing MCBs.