JLM-1-1RLS4-31611-200S Circuit Protection

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Circuit breakers have been around for decades, and they are essential in keeping electricity flowing safely and reliably throughout our homes and buildings. The JLM-1-1RLS4-31611-200S circuit breaker is a complete protection and control component designed for use in medium and low voltage applications. This type of circuit breaker is designed to provide quick and reliable protection against fault current.

The application fields of this type of circuit breaker are industrial, commercial and residential electric grids. It can be used in power systems such as air conditioners, motors, welding machines, solar cells, industrial automation systems, lighting systems, and optical communication systems. It can also be used for a variety of building and construction applications, ranging from residential to commercial buildings.

The working principle of the JLM-1-1RLS4-31611-200S circuit breaker is fairly simple. When an excessive current passes through the breaker, a thermal element (spring or solenoid) or a magnetic element (hydraulic or electric actuator) is actuated and the breaker trips, cutting the power to the electrical system before it can cause any damage.

The JLM-1-1RLS4-31611-200S circuit breaker also has several other features that make it great for use in power systems. It has a built-in thermal overload protection system that ensures that the breaker does not trip too often due to high loads. It also has a wide range of available voltage ratings, making it suitable for a variety of applications. Another benefit of this circuit breaker is that it has a low voltage loss when it trips, making it energy-efficient.

The JLM-1-1RLS4-31611-200S circuit breaker is an ideal protection and control component for medium and low voltage applications. Its broad application fields make it a great choice for use in residential, commercial and industrial environments. Its reliable and quick protection against fault current, as well as its built-in thermal overload protection system, make it a great choice for use in power distribution and control systems. With its low voltage loss, it is an energy-efficient choice for any application.

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