IEL11-1-62-25.0-A-91-V Circuit Protection

Circuit Breakers

The IEL11-1-62-25.0-A-91-V is one of many options when it comes to circuit breakers. Circuit breakers are a critical component of any electrical system, and their purpose is to protect against electrical overloads that could cause damage to the system. They work by cutting power to the circuit when the current exceeds a certain threshold, thus preventing any potential fire hazards or short circuits that could occur due to an overload.

The IEL11-1-62-25.0-A-91-V is a high-voltage, air-insulation circuit breaker with a rated voltage of 25.0kV. It is specifically designed for use in the protection and control of electric power equipment in the industrial and mining sectors. It is also compliant with international standards, such as IEC and GB. It has a maximum short-circuit making capacity of 50kA. The arc extinction method used is puffer, with a current limiting factor of 50kA.

The IEL11-1-62-25.0-A-91-V operates by monitoring the current passing through the system, using a current transformer. When the current is above the preset threshold, the breaker will trip and disconnect the power, thus protecting the system from overloads and short circuits. It is designed for automatic re-closing once the fault has been cleared, allowing for full power to resume. The breaker is designed with a modular structure, making it easier to repair, replace or upgrade components.

The IEL11-1-62-25.0-A-91-V is a reliable and cost-effective circuit breaker. It is designed with advanced technology, such as a low-energy arc extinguishing system and a current limiting mechanism, to protect the system from damage. It is also designed with reliable safety features, such as a protective insulation structure and a case lock, to prevent accidental operation.

The IEL11-1-62-25.0-A-91-V is a reliable and cost-effective circuit breaker. It is designed to protect and control electric power equipment in the industrial and mining sectors. It is compliant with international standards, such as IEC and GB, and is designed for automatic re-closing once the fault has been cleared. It is designed with advanced technology, such as a low-energy arc extinguishing system and a current limiting mechanism, as well as reliable safety features, such as a protective insulation structure and a case lock.