3130-F110-P7T1-W19QY6-10A

Circuit breakers are essential components in electrical systems, designed to protect circuits and equipment from high-voltage failures or short circuits. The 3130-F110-P7T1-W19QY6-10A is a type of circuit breaker, which is used to protect circuits from damages due to overloading.

The 3130-F110-P7T1-W19QY6-10A circuit breaker operates on the principle of thermal overload protection. A bimetallic strip or disc is positioned within the circuit breaker which functions as a temperature sensitive switch. This switch will detect elevated temperatures due to an overload, and manually trip the breaker at a specific temperature setting.

The 3130-F110-P7T1-W19QY6-10A circuit breaker is usually used in high-voltage applications such as factories and industries. It is designed to be installed in electrical switchboards and switchgear, which are the main components of an electrical system. The breaker is designed to work automatically in case of a high-voltage incident or short circuit. When the circuit breaker detects an overload, the bimetallic strip will be heated up, and the circuit breaker will be automatically tripped and power to the circuit will be cut off. This helps to ensure the safety of the equipment and the people around it.

The 3130-F110-P7T1-W19QY6-10A circuit breaker is also used to protect circuit from damage due to low and high-voltage fluctuations. It is equipped with adjustable trip settings and is made up of a specially designed housing, which helps to protect the breaker from corrosion. This circuit breaker can be used in both indoor and outdoor applications, and is designed to provide reliable protection in a number of different environments.

The 3130-F110-P7T1-W19QY6-10A circuit breaker is designed to be installed easily and quickly, and it is a cost-effective solution for protecting circuits. It is a reliable and durable device, and is designed to last for many years even in harsh environments. It is designed to be used in a wide range of industrial and commercial applications, and it is a cost-effective way to protect industrial, commercial, and residential circuits from potential electrical hazards.