R10-S-SW-B06IV

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Circuit breakers are invaluable pieces of equipment when it comes to electrical safety. They can protect building occupants and appliances from overloading, while also preventing costly damage to wiring and other components. The R10-S-SW-B06IV is an example of a circuit breaker designed to provide important circuit protection for sensitive commercial applications.

The R10-S-SW-B06IV is a 3-pole thermal-magnetic circuit breaker with a rated current of 6A and 6kA interrupting capacity. This circuit breaker features a UL 1077 Supplement SB auto-monitor circuit breaker (ABCB) with a trip curve based on a combination of thermal and magnetic characteristics. It is designed for use in sensitive applications such as medical or lighting control, with the ability to detect abnormal current conditions quickly and safely trip before any significant damage can occur. The circuit breaker is fully enclosed, offering a robust design and protection against external forces.

The key feature of the R10-S-SW-B06IV is its dual trip curve design. It is capable of detecting extremely small increase in electric current and quickly tripping to prevent any potential damage. The circuit breaker also comes with “A-curve” and “B-curve” options, allowing the user to select the trip curve best suited to their application. It can also be used in Class 2 and higher applications, providing a temperature-independent trip curve for greater protection.

The R10-S-SW-B06IV circuit breaker is designed for use in sensitive applications such as medical and lighting control, as well as in general purpose applications such as motor control. It is also well suited for a range of building management systems and motor protection applications. It features a UL 1077 Supplement SB outdoor rating, making it suitable for use in outdoor applications such as street lighting, solar system protection, and so on. The circuit breaker is designed to meet relevant industry standards, making it a reliable and safe choice for sensitive applications.

The working principle of the R10-S-SW-B06IV circuit breaker is based on the thermal-magnetic mechanism. The breaker has two parts; the magnetic part is responsible for detecting over-current conditions, while the thermal part is responsible for detecting rapid increases in current. The thermal part comprises of a bimetal strip that heats up when current flows through it. When the temperature rises, the bimetal strip bends and trips the breaker. The magnetic part acts to detect slow increases in current, and trips when the current is sustained for a certain period of time.

The combination of thermal and magnetic components makes the R10-S-SW-B06IV circuit breaker an ideal choice for sensitive applications, as it can quickly detect both slow and rapid changes in current and trip to prevent any potential damage. This makes it a safe and reliable choice for sensitive applications, as well as general purpose applications such as motor control.

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