IELTK1-1REC4-52-1.00-01-V

Circuit breakers are essential components in any electrical system, providing a critical function in the protection of personnel and equipment against short circuits and overloads. The IELTK1-1REC4-52-1.00-01-V is one example of a circuit breaker which is specifically designed to be suitable for installation in high-voltage switchgear or distribution systems.

This type of circuit breaker comes equipped with a combined trap and arc chute control system. This control system makes use of an independent set of contacts as well as a thermal magnet mechanism. The thermal magnet mechanism is designed to respond to an overload situation and disconnect the circuit. Additionally, the contacts are designed to detect a short circuit and open the circuit.

The IELTK1-1REC4-52-1.00-01-V is specifically designed for use in high-voltage applications and works on a specific principle. Its working principle is based on the combination of mechanical, thermal, and electrical forces. When activated, the circuit breaker relies on these forces to open and break the current flow in a safe and reliable manner.

The IELTK1-1REC4-52-1.00-01-V is an excellent choice for protection in utility or industrial electrical systems. It is available in three different models and is suitable for operation at voltages up to 600 V AC, making it suitable for a range of applications, including primary power distribution, branch circuit protection, and emergency power systems.

The IELTK1-1REC4-52-1.00-01-V is often utilized for applications where the breaker must meet UL, NEC, and CSA standards. This type of circuit breaker ensures reliable operation and protection from electrical hazards, thereby helping to keep personnel and equipment safe from potential harm.

In conclusion, the IELTK1-1REC4-52-1.00-01-V is an example of an advanced type of circuit breaker. It is suitable for use in high-voltage applications with a maximum operating voltage of 600 V AC, making it perfect for use in utility and industrial electrical systems. Additionally, this type of breaker has a combined trap and arc chute control system, making it capable of reliably detecting shorts and overloads and ensuring a safe disconnection of the current.