1P 6-63A 220V AC Circuit Breaker

YRO 1P 6-63A 220V AC Circuit Breaker, as a leader in the field of electrical safety, has won widespread praise for its reliable quality. International safety standards are strictly followed in the design and manufacturing process to ensure high quality and safety of products. The default C curve trip design enables the circuit breaker to react quickly and accurately in the face of high inductive load, effectively avoiding the occurrence of electrical faults. At the same time, the insulation voltage of up to 500V provides more comprehensive and reliable protection for the electrical system, giving users more peace of mind during use.

Insulation voltage: The insulation voltage of the circuit breaker refers to the maximum voltage that the circuit breaker can withstand. At this voltage, the insulated part of the circuit breaker can effectively prevent current leakage and ensure electrical isolation. The rated voltage of this AC circuit breaker is 230V, and the insulation voltage reaches 500V, which not only meets the basic needs of use, but also provides sufficient safety margin for the electrical system.

C curve: This AC circuit breaker is a C curve, and compared with other curves, the 1P 6-63A 220V AC Circuit Breaker is more used to protect the distribution line and the lighting line with high on current. C curve is the most commonly used type, widely used in general architectural lighting, indoor power distribution lines.

In the subtle points, this YRO circuit breaker also demonstrates excellent quality. The thermal trip is like a sensitive overload guard, accurately monitoring and preventing long term overload conditions to avoid equipment overheating and damage; Magnetic trip is the Nemesis of short circuit fault, starts instantaneously, and quickly cuts off the circuit at the moment of short circuit occurrence to ensure safety. The two tacit cooperation, all round protection of the circuit, effectively cope with overload and short circuit fault. Moreover, this design can also significantly extend the service life of the equipment, with the effective resistance to overload and short circuit current, reduce the damage of the equipment, and escort the stable operation of the electrical system.