IELK111-1REC4-42-30.0-91

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Circuit breakers are widely used components in control systems to protect against hazardous conditions. The IELK111-1REC4-42-30.0-91 is an example of a circuit breaker designed for use in industrial settings. The purpose of this breaker is to provide a means to disconnect electrical circuits from the power source to prevent electrical fire or shock hazards. It is designed to be compact, reliable, and efficient, providing accurate protection from overcurrents and short circuits. The IELK111-1REC4-42-30.0-91 is also designed to be used with other similar circuit breakers to increase overall protection.

The IELK111-1REC4-42-30.0-91 is most typically used in large industrial and commercial facilities and power management systems. It is designed to safely and effectively protect circuits from damage due to short circuits, overcurrents, and other such conditions. This circuit breaker has a 315A rating, with a minimum current draw of 15A, and a frequency of 60Hz. It is also designed with a high-speed operation which allows it to quickly break a circuit to protect against harm. The IELK111-1REC4-42-30.0-91 also complies with UL and IEC standards and is UL listed for safety.

The working principle of the IELK111-1REC4-42-30.0-91 is relatively simple. When it senses an overcurrent or short circuit, the circuit breaker is triggered and a switch opens, cutting the power to the circuit. The breaker is then reset and ready for use again. The mechanism includes a spring-loaded trip bar, an armature, and a contact system. When the current exceeds the predetermined limit set by the user, an arc is generated which causes the trip bar to be released, breaking the circuit and cutting off the power. The armature then resets itself with the contact system to be ready for the next use.

The IELK111-1REC4-42-30.0-91 is a reliable and efficient circuit breaker. It is designed to be used in dangerous commercial and industrial power systems for the protection of components and circuitry. Its high-speed operation ensures a quick response time, which helps minimize damage and hazard. It also meets all necessary safety requirements to ensure its reliable performance.

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