IELH111-35868-1-UV

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IELH111-35868-1-UV circuit breakers are widely used in events such as short circuit and overload protection. They are designed to be capable of quickly breaking up abnormally high current when needed. This is an important function given their application in both industrial and residential settings. The working principle of these breakers is based on the same general principle: they rely on heat from electrical current to open contacts in the circuit breaker. As current passes through a breaker, heat is created, which in turn causes a bimetallic element inside the circuit breaker to bend. As the bi-metal bends, it opens the circuit breaker contacts, interrupting the circuit.

The IELH111-35868-1-UV circuit breaker is primarily used in high-voltage applications. This breaker is rated for up to 690 VAC and is designed to withstand temperatures up to 85°C. This performance makes it ideal for HVAC systems, power generators, and other electric circuits in industrial and commercial settings. It is also suitable for marine and underwater applications due to its temperature and voltage capabilities.

The IELH111-35868-1-UV circuit breaker is designed to operate quickly and reliably. It features an accurate thermal-magnetic tripping mechanisms that activate when the inrush of current exceeds a predetermined threshold. This ensures that the breaker is able to open the circuit and shut off power in a timely manner to prevent overheating and other electrical hazards. Additionally, this circuit breaker can sense ground faults and current overloads, further providing protection for electric systems. When the circuit is opened, the contacts stay open until the reset button is pushed.

The IELH111-35868-1-UV circuit breaker is an important addition to any electric system. With its ability to quickly open the circuit and shut off power in cases of short circuit and overload, it can play a key role in avoiding hazards and keeping electrical systems functioning safely and reliably. It is also designed to be durable and reliable, able to withstand high temperatures and a voltage rating of 690 VAC, making it suitable for a variety of applications.

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