8345-B01A-V3M1-DB1A1B-125A

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Circuit breakers are indispensable components in the modern electrical power system. They are used to provide a safe and efficient means of protecting electric devices and systems from overloads, short-circuits, and other abnormal conditions that could cause harm. The 8345-B01A-V3M1-DB1A1B-125A is one such circuit breaker. It is a state-of-the-art device designed to provide reliable protection for medium-voltage electrical systems.

The 8345-B01A-V3M1-DB1A1B-125A circuit breaker can be used in a variety of applications. It is suitable for use in distribution systems, transmission systems, motors, transformers, and other medium-voltage electrical equipment. The device is constructed with a rugged housing and has been designed to handle a wide operating temperature range. It can function reliably in temperatures from -40°C to +65°C. The device also meets all UL requirements for safety and performance.

The working principle of the 8345-B01A-V3M1-DB1A1B-125A circuit breaker is based on the principle of thermal-magnetic tripping. It utilizes a heat-sensitive thermal element and a magnetic tripping unit to detect and trip the circuit breaker when a short circuit or overload is detected. The thermal element acts as a sensor and will trigger the circuit breaker to open the circuit in the event of an abnormally high current, while the magnetic tripping unit opens the circuit in response to an abnormally high voltage. Together, the two components provide effective and reliable protection for the electrical system.

The 8345-B01A-V3M1-DB1A1B-125A circuit breaker is an efficient and reliable device designed to protect medium-voltage electrical systems from overloads, short-circuits, and other abnormal conditions. It utilizes the thermal-magnetic tripping principle to detect and trip the circuit breaker when an overload or short-circuit is detected. The device is constructed with a rugged housing and is designed to operate in a wide temperature range. It meets all UL requirements for safety and performance, making it an ideal choice for protection of electrical systems.

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