IMG1-1RLS4-34629-10-V

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Circuit Breakers

IMG1-1RLS4-34629-10-V are a type of electrical circuit breaker that is typically used in industrial and residential applications to prevent overvoltages, overcurrents and short circuits. Circuit breakers are an essential part of a circuit and are used to isolate an electrical device from the main circuit and potentially hazardous electrical wiring. The two main categories of circuit breakers are thermal and magnetic.

Thermal Circuit Breakers

Thermal circuit breakers are the most common type of circuit breaker and are designed to automatically open when an overload or short circuit occurs. The thermal breaker is built with a thermally sensitive device, such as a bimetallic strip that will heat up when the current passes through it due to the resistance and will expand to open the internal contacts. Thermal circuit breakers are commonly found in residential and commercial circuit panels, as well as in many industrial applications.

Magnetic Circuit Breakers

Magnetic circuit breakers rely on electromagnetism instead of temperature to open the contacts. A stronger current will generate a stronger magnetic field, which can pull the contact open. Magnetic circuit breakers are typically used in industrial and higher voltage applications. They provide a higher level of protection than thermal breakers because they are less likely to trip under normal load conditions, but they are also more expensive.

IMG1-1RLS4-34629-10-V Application Field and Working Principle

The IMG1-1RLS4-34629-10-V circuit breaker is a thermal type and is used to protect commercial and industrial applications from overvoltages, overcurrents and short circuits. The basic principle behind the IMG1-1RLS4-34629-10-V is the same as other thermal circuit breakers; it uses a bimetallic strip to break the current flow when an overload or short circuit occurs. The strip is made of two different metals that heat up at different rates; when the strip is heated to a certain temperature, it will bend and thus break the circuit.

The IMG1-1RLS4-34629-10-V has a current-limiting feature that allows the breaker to trip at a set current level and can be easily adjusted. This feature is useful in preventing overcurrents, which can result in electrical fires or equipment damage. The breaker also has a dual-directional design, which means it can be used as either a single-pole or double-pole circuit breaker.

The IMG1-1RLS4-34629-10-V circuit breaker is designed to be used in industrial, commercial, and residential applications. It is UL- and CSA-listed for safety and reliability. Because of its higher current-limiting capabilities, it is often used to protect motors and other high-load equipment from overcurrents. It is also used in HVAC systems, elevator control panels, and home panels.

In summary, the IMG1-1RLS4-34629-10-V circuit breaker is a type of thermal circuit breaker that is used in various industrial and commercial applications. It is designed with a bimetallic strip to open the contacts of the breaker when an overload or short circuit occurs. It features current-limiting capabilities and a dual-directional design, making it suitable for many applications. The IMG1-1RLS4-34629-10-V is UL- and CSA-listed and is used in HVAC systems, motor control panels, and many other applications.

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