LELK1-29984-15-V

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Circuit breakers are widely used in the field of electrical engineering. They are designed to protect critical electrical circuits from damage due to high levels of voltage, current, or load variation. The LELK1-29984-15-V is a type of circuit breaker commonly used in a variety of commercial and residential applications.

The LELK1-29984-15-V is a three-phase circuit breaker. It is designed to protect three-phase electrical circuits against overloads and short-circuiting. It offers a high level of protection to prevent electrical systems from damage due to excessive amounts of current or voltage. The LELK1-29984-15-V is rated to handle a maximum continuous current of 15 amps.

The LELK1-29984-15-V is typically used in residential and commercial applications. Its three-phase design is ideal for any system that requires protection from potential voltage or current spikes. It can also be used with other electrical devices such as transformers, motors, and switches.

The working principle of the LELK1-29984-15-V is quite simple. When an overload or short-circuit occurs, the breaker triggers a “trip” which stops the flow of electricity. This prevents any further damage to the electrical system. The LELK1-29984-15-V is designed with a thermal overload trip function that senses excessive temperatures and shuts down the circuit if necessary.

The LELK1-29984-15-V also includes electronic control logic. This logic controls the operation of the circuit breaker based on an adjustable current setting. It is designed to detect any overcurrent or short circuit and disconnect the power supply until the problem is resolved. This provides a safe and reliable protection system for critical electrical circuits.

The LELK1-29984-15-V circuit breaker is the perfect choice for residential and commercial applications. Its high level of protection and adjustable current setting makes it perfect for protecting critical electrical circuits, and its simple working principle ensures that all electrical systems remain safe and secure.

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