LEL12-1REC5-36494-40-G1-V Circuit Protection

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Introduction to Circuit Breakers

Circuit breakers are devices designed to protect electrical systems from possible overload. They are used in both home and industrial settings to prevent electrical systems from damaging components, systems, and structures due to high current and/or short-circuit incidents.

LEL12-1REC5-36494-40-G1-V Application Field & Working Principle

LEL12-1REC5-36494-40-G1-V is an industrial circuit breaker designed for use in the AC servo motor control system. This circuit breaker is designed to provide protection against short circuits, voltage surges, and overloads, up to a current rating of 40A.

The working principle of the LEL12-1REC5-36494-40-G1-V circuit breaker is relatively simple. All circuit breakers work by detecting changes in current or voltage flowing through the electrical system. When an overload or short circuit is detected, the circuit breaker\'s contacts open, which trips the device and interrupts the flow of electricity.

To protect the AC servo motor control system against short-circuit currents, the LEL12-1REC5-36494-40-G1-V circuit breaker features an adjustable trip delay on the trip curve. This adjustable trip delay allows the user to set the device to trip at a specific current level. Additionally, the circuit breaker features LED indicators, which illuminate when the device trips, providing a visual indication of a fault condition.

The LEL12-1REC5-36494-40-G1-V circuit breaker is designed to provide protection for a variety of electrical systems, including AC servo motor control systems. This circuit breaker is able to detect and interrupt an overload, short circuit, or voltage surge up to its current rating in order to protect equipment, systems, components, and structures from damage.

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