IPAH-66-1-61-30.0-01-T Circuit Protection

Circuit breakers are devices used for overcurrent protection of electrical circuits that can be manually operated or automated such as thermal magnetic switches, electronic trip units, and other types. They are designed to provide protection from overload, short circuit, and/or ground faults. The specific type of circuit breaker being discussed is the IPAH-66-1-61-30.0-01-T.

Applications for the IPAH-66-1-61-30.0-01-T include residential, commercial, and industrial applications. They are designed to provide short circuit protection in various environments and are optimized for circuit protection in three-phase applications. These circuit breakers are most often used in low-voltage applications, such as those found in household appliances and industrial machinery.

The working principle of the IPAH-66-1-61-30.0-01-T is relatively simple. When an overload or short circuit is detected, the circuit breaker trips and opens the circuit, disconnecting the current. This prevents further damage due to the overload or short circuit. The trip mechanism of the circuit breaker is designed to sense the intensity of the current and quickly open the circuit. The trip mechanism can be adjusted by a placement of an selector on the side of the circuit breaker. This selector can be adjusted to match the local environment and to provide optimal protection.

In addition to providing short circuit protection, the IPAH-66-1-61-30.0-01-T also provides other features as well. It has a non-interchangeable device that prevents the wrong device from being installed or used in the wrong application. It also features a visual indicator that notifies when the circuit breaker is in the tripped state. In addition, it also has an alarm that can be triggered when the circuit breaker trips.

The IPAH-66-1-61-30.0-01-T is a reliable and trusted circuit breaker used in a wide variety of applications. It is designed to provide optimal circuit protection in three-phase applications. With its adjustable trip mechanism and other features, it is an ideal device for providing short circuit protection in various environments.