IELR1-1-52-60.0-A-01 Circuit Protection

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IELR1-1-52-60.0-A-01 circuit breakers are designed for protecting electrical networks and equipment against overload, short circuit and earth leakage. They are designed to open the circuit quickly and safely when necessary. The circuit breakers have a wide range of applications in many areas of industrial and domestic installations, such as lighting and heating systems, air-conditioning and ventilation systems, electrical motors and pumps, and industrial power supplies.

These circuit breakers feature an instantaneous protection action, which trips the switch before the current reaches disruptive levels, cutting off power to downstream equipment before any damage can occur. It also has a current-limiting feature which reduces the overload current and provides protection when the current is higher than the rated current. Furthermore, the circuit breaker has adjustable current trip settings, enabling the user to customise the trip current and ensure that the circuits are not overloaded.

The working principle of IELR1-1-52-60.0-A-01 circuit breakers is based on an electromechanical mechanism that operates in response to current. The switch has an electromagnet in its head, which is activated when the current passes through the switch. This electromagnet causes a mechanical movement which triggers the opening or closing of the switch by the ‘push-to-trip’ or ‘push-to-close’ system.

When the current reaches a maximum level, the electromagnet activates and triggers a mechanical movement, which in turn moves the circuit breaker’s internal parts. This triggers a short circuit in the system, causing the circuit breaker to trip. The switch is then opened, cutting off power to the downstream equipment before any damage can occur.

IELR1-1-52-60.0-A-01 circuit breakers are a reliable and cost-effective solution for protecting electrical networks and equipment. They feature adjustable current trip settings and a current-limiting feature, enabling the user to customize their use according to specific needs. Their wide range of applications and the excellence of their advanced protection mechanism make them ideal for many areas of industrial and domestic installations.

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