IULK1-1-61-15.0-01

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Circuit breakers are an essential component of electrical systems. They are used to prevent the high currents that can occur in the event of a short circuit or an overload. The IULK1-1-61-15.0-01 is a circuit breaker specifically designed to provide reliable performance in industrial and other harsh environments.

The IULK1-1-61-15.0-01 circuit breaker is designed to protect electrical systems from damage caused by short circuits and overloads. It features a sophisticated design and cutting-edge components, including an operating mechanism and highly reliable contact system. The breaker has a high interrupting capacity and can open or close the electrical contacts quickly, without generating excessive arcing.

The IULK1-1-61-15.0-01 breaker is suitable for a wide range of applications, including industrial, commercial, public, and residential electrical systems. It is particularly suited for use in harsh environments, as it is designed to keep operating and breaking effectively in temperatures ranging from -25°C to +50°C. The breaker also provides reliable performance in dusty or wet environments and vibration-prone areas.

The breaker operates on the principle of thermal-magnetic overcurrent protection. When an overcurrent is detected, the breaker\'s operating mechanism triggers the release of a spring, which closes the contacts. This technology ensures that the breaker can safely open or close its contacts to divert excessive current while protecting the electrical system from further damage.

The IULK1-1-61-15.0-01 breaker also features an autoreclose mechanism, which allows it to reset automatically after a period of time. This helps prolong the life of the breaker and reduce downtime, especially in the event of a fault or a power outage.

The IULK1-1-61-15.0-01 circuit breaker is a reliable and robust device, designed to protect electrical systems from damage caused by short circuits and overloads. It is suitable for a wide range of applications, including industrial, commercial, public, and residential systems, and is especially well-suited for use in harsh environments. The breaker operates on the principle of thermal-magnetic overcurrent protection and features an autoreclose mechanism for enhanced performance and reliability.

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