104-PR3-2A

Series:	104
Part Status:	Active
Lead Free Status / RoHS Status:	--
Breaker Type:	Thermal
Current Rating:	2A
Voltage Rating - AC:	250V
Voltage Rating - DC:	48V
Number of Poles:	1
Actuator Type:	Push to Reset
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	PCB

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Circuit breakers

Circuit breakers are devices that are designed to protect electrical and electronic equipment from damage due to overloads, short circuits and other conditions that might otherwise cause a great deal of damage to the particular machines. Circuit breakers are typically used in residential, commercial, industrial and utility applications. In general, a circuit breaker consists of an enclosure and one or more “breakers”, which are typically either movable or non-movable, placed within the enclosure and connected together. The most common type of circuit breaker is the air circuit breaker, or ACB. This type of breaker is typically used in residential, commercial and industrial applications, and is especially used for the protection of large electrical and electronic equipment. An ACB works by breaking an electric circuit when it is overloaded or underloaded. When the current is too high or too low, the circuit breaker will respond by opening the circuit and preventing the current from flowing. The second type of circuit breaker is the vacuum circuit breaker, or VCB. This type of breaker is typically used in utility applications, and is especially used for the protection of high-voltage equipment. A VCB works by breaking an electric circuit when there is too much voltage on the line. When the voltage is too high, the breaker switches off and prevents the current from flowing.The third type of circuit breaker is the thermal-magnetic circuit breaker, or TMCB. This type of breaker is typically used for electrical and electronic protection in residential, commercial and industrial applications. A TMCB works by breaking an electric circuit when the current becomes too high or too low. When the current is too high or too low, the breaker responds by opening the circuit and preventing the current from flowing. The fourth type of circuit breaker is the electromagnetic type, or EMCB. This type of breaker is typically used for the protection of high-voltage systems, and is especially used for the protection of large industrial equipment. An EMCB works by breaking an electric circuit when the current becomes too high or too low. When the current is too high or too low, the breaker responds by opening the circuit and preventing the current from flowing. The fifth type of circuit breaker is the 104-PR3-2A. This type of breaker is specifically designed to protect large-scale electrical systems, such as a power plant. It is designed to detect a wide range of over-voltage and under-voltage conditions and to respond quickly to prevent major system outages. The 104-PR3-2A circuit breaker works by opening the circuit when an over-voltage or under-voltage condition is detected. It does this through the use of its own unique circuitry, which is made of extremely sensitive components. In conclusion, circuit breakers provide a wide range of protection for electrical systems, from the smallest residential systems up to the largest industrial plants. The five types of circuit breakers described above all provide protection from different types of electric disruptions. The 104-PR3-2A type of circuit breaker provides the most sophisticated protection for large-scale electrical systems as it is able to sense a wide range of over-voltage and under-voltage conditions and respond quickly to prevent major system outages.

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