IALR1-0-SW-50.0-A-91

Circuit breakers are a vital safety component found in most electrical and electronic systems. The IALR1-0-SW-50.0-A-91 is a type of circuit breaker that is often used in low-voltage power applications. It is designed to safely disconnect power in the event of an overload, short circuit, or ground fault.

The IALR1-0-SW-50.0-A-91 employs a thermal-magnetic trip mechanism that is capable of operating at up to 91 amperes. The thermal element monitors the steady-state current and provides an early warning of thermal overload. The magnetic element uses a bimetallic design to provide added protection against a sudden increase in current or a short circuit or ground fault. The thermal and magnetic elements are combined in a single unit to provide reliable overload and short circuit protection.

The IALR1-0-SW-50.0-A-91 is designed for use in a variety of applications. It can be used in residential, commercial and industrial applications as well as high-reliability systems such as nuclear power plants, defence systems, telecommunication facilities and medical imaging systems. This circuit breaker is ideal for use in environments where safety, reliability, and flexibility are key. It is UL489 certified and CSA C22.2 certified for safety and performance.

The IALR1-0-SW-50.0-A-91 operates according to the thermal-magnetic principle. When the device is installed in a circuit, it continuously monitors the current passing through it and detects any non-regularities. When the current exceeds the device’s trip level, the thermal element reacts quickly, opening the circuit faster than it would if only the magnetic element is present. The magnetic element then provides additional disconnect capability to protect the circuit from any further overload or damage.

The IALR1-0-SW-50.0-A-91 is a reliable and efficient device capable of handling electrical loads up to 91 amperes. This circuit breaker is designed for use in a variety of applications and is certified for safety and performance. Its thermal-magnetic protection ensures reliable protection against overloads, short circuits, and ground faults.