Product Details and HS Codes from Our Users
GE MINIATURE CIRCUIT BREAKER - HS Code : 85362000 BREAKER C120 4P 125A - HS Code : 85362000 BREAKER K60N 2P 20A - HS Code : 85362000 WIRED BREAKER - HS Code : 85362000 BREAKER 4 POLES 400AMP 300mA - HS Code : 85362000 BREAKER GE THICK 1-20 AMPS - HS Code : 85362000 BREAKER GE THICK 2-20 AMPS - HS Code : 85362000 BREAKER GE 2-60 AMPS PLUG-IN - HS Code : 85362000 BREAKER GE THICK 2-40 AMPS - HS Code : 85362000 BREAKER GE 2-70 AMPS PLUG-IN - HS Code : 85362000 BREAKER GE THICK 2-80 AMPS - HS Code : 85362000 BREAKER GE THIN 2-20 AMPS - HS Code : 85362000 BREAKER GE THIN 2-30 AMPS - HS Code : 85362000 GE THQL-32070 BREAKER GE 3P-70 AMPS... - HS Code : 85362000 GE THQL-32100 BREAKER GE 3P-100 AMP... - HS Code : 85362000 THQB32030 BREAKER GE 3P-30 AMPS BOL... - HS Code : 85362000 THQB32060 BREAKER GE 3P-60 AMPS BOL... - HS Code : 85362000 THQB32070 BREAKER GE 3P-70 AMPS BOL... - HS Code : 85362000 ELECT111 BREAKER DIFFERENTIAL 4 POL... - HS Code : 85362000 BREAKER DIFFERENTIAL 4 POLES 40AMP ... - HS Code : 85362000 GE THQL-32040 BREAKER GE 3P-40 AMPS... - HS Code : 85362000 BREAKER 2 POLES 25A - HS Code : 85362000 2-POLE 20AMP MAGNETIC THERMAL CIRCU... - HS Code : 85362000 Breaker NS 1250 4P - HS Code : 85362000 THQL2160 BREAKER GE 2-60 AMPS PLUG-... - HS Code : 85362000
Breaker
A breaker, also known as a circuit breaker, is an electrical switching device designed to protect circuits from overloads, short circuits, and faults by interrupting the flow of current. Breakers function as automatic switches that can be manually operated or tripped by sensing abnormal electrical conditions, disconnecting the circuit to prevent damage or hazards. Breakers are essential components in residential, commercial, industrial, and automotive electrical systems.
One of the primary purposes of a breaker is to ensure electrical safety by quickly disconnecting power in case of overcurrent or faults in the circuit. Unlike fuses that require replacement after tripping, breakers can be reset and reused multiple times, making them convenient for circuit protection. Breakers come in different types such as miniature circuit breakers (MCBs), molded case circuit breakers (MCCBs), and residual current devices (RCDs) for varying applications.
The tripping characteristics, current ratings, and fault tolerance of a breaker are crucial considerations in selecting the right protection device for a circuit. Breakers with adjustable trip settings, short-circuit protection, and ground fault detection offer enhanced safety and reliability in electrical installations. Regular testing and maintenance of breakers are recommended to ensure proper operation and protection.
When importing or exporting breakers for electrical systems, compliance with safety standards, voltage ratings, and circuit protection requirements is essential. Breakers must meet industry regulations for fault current capacity, endurance ratings, and coordination with other protective devices to guarantee reliable circuit protection. Proper documentation of breaker specifications, testing reports, and certifications is necessary for customs clearance and trade compliance.
Common applications of breakers include residential electrical panels, commercial buildings, industrial machinery, power distribution systems, and automotive circuits. Whether in homes, offices, factories, power plants, or vehicle electrical systems, breakers play a critical role in preventing electrical hazards, equipment damage, and downtime due to electrical faults.
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