R21-2-2.00A-S01CV-V

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Circuit Breakers offer an important layer of protection against electric shock, electrical fires, and other damages caused by overcurrents, short circuits and ground faults. A wide variety of circuit breakers exist to suit different needs, and one such type is the R21-2-2.00A-S01CV-V.

The R21-2-2.00A-S01CV-V is a double-pole thermal-magnetic circuit breaker designed to suit a variety of applications. It is designed to protect electronic and electrical circuits from overcurrents, short circuits, and ground faults. It is also designed to prevent overloading and other potentially hazardous conditions from occurring. The breaker can handle an operating current of up to 2.00A, with a trip range of 0.03-2.00A.

The R21-2-2.00A-S01CV-V circuit breaker is suitable for a variety of applications. It is most commonly used in industrial, commercial, and residential environments. It is commonly used in equipment rooms, machine tools, and other industrial environments, where it helps reduce the risk of electrical fires and damage from overcurrents and short circuits. It is also suitable for residential applications, where it helps protect against electrical shock and other dangerous situations. In addition, it is often used in lighting circuits to protect against power surges or brownouts.

The R21-2-2.00A-S01CV-V circuit breaker works through a combination of thermal and magnetic effects. It is designed with a bimetal strip and an electromagnet. The bimetal strip is heated by the current, and when the current is too high, the bimetal strip bends and opens the circuit. Simultaneously, the electromagnet is activated and pulls the contact open to shut off the current. This combination of thermal and magnetic effects allows the breaker to quickly detect and respond to potential overcurrents, short circuits and ground faults.

The R21-2-2.00A-S01CV-V circuit breaker is an important safety device for any environment. It is designed for a variety of applications, and is capable of quickly detecting and responding to potential overcurrents, short circuits and ground faults, helping to prevent fires, shocks, and other potential hazards. With its combination of thermal and magnetic effects, it is an efficient and reliable way to protect electronic and electrical circuits against dangerous current and voltage levels.

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