Thermal Magnetic Circuit Breaker Circuit Breaker 1,670

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Part	Manufacturer	Circuit Protection Type	Mounting Feature	Rated AC Voltage	Rated Current	Terminal Shape	Minimum Operating Temperature	Rated Breaking Capacity	Manufacturer Series	Packing Method	Body Length/Diameter	Body Width	Environmental Characteristics	Body Height	Reference Standard	No. of Poles	Maximum Operating Temperature
2907611	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907611
TMCP2F13003,0A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMCP2M13002,0A	Phoenix Contact	Thermal Magnetic Circuit Breaker
2800865	Phoenix Contact	Thermal Magnetic Circuit Breaker							2800865
0915920	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC1F110010,0A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC1F12005,0A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC83C25A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC83C25A
2907672	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907672
TMC71D50A	Phoenix Contact	Thermal Magnetic Circuit Breaker
2907555	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907555
0916217	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC81B07A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC81B07A
TMC82D15A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC82D15A
0916369	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC82B13A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC82B13A
0916218	Phoenix Contact	Thermal Magnetic Circuit Breaker
CBTM21ASFBP	Phoenix Contact	Thermal Magnetic Circuit Breaker							CBTM21ASFBP
0916505	Phoenix Contact	Thermal Magnetic Circuit Breaker
2800874	Phoenix Contact	Thermal Magnetic Circuit Breaker							2800874
TMCP2M13000,2A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC82C35A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC82C35A
TMC72B01A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC81D06A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC81D06A
1020048	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC83D02A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC83D02A
TMC82D07A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC82D07A
TMC81B05A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC81B05A
TMC71D32A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC72B07A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC82D13A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC82D13A
2907491	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907491
TMC63C02A	Phoenix Contact	Thermal Magnetic Circuit Breaker
2907626	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907626
1019948	Phoenix Contact	Thermal Magnetic Circuit Breaker
2907669	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907669
TMC83B12A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC83B12A
0902302	Phoenix Contact	Thermal Magnetic Circuit Breaker
2907564	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907564
TMC83B07A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC83B07A
0915881	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC1M120010,0A	Phoenix Contact	Thermal Magnetic Circuit Breaker
0916181	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC82B04A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC82B04A
2907485	Phoenix Contact	Thermal Magnetic Circuit Breaker							2907485
1020036	Phoenix Contact	Thermal Magnetic Circuit Breaker	DIN Rail Mount	277 V	63 A	Snap On	-35 °C (-31 °F)	7.5 kA		Bulk	3.205 in (81.4 mm)	1.39 in (35.3 mm)	IP20	2.587 in (65.7 mm)	CUL; IEC-60947-2; UL	3	70 °C (158 °F)
TMC2M112012,0A	Phoenix Contact	Thermal Magnetic Circuit Breaker
TMC82D05A	Phoenix Contact	Thermal Magnetic Circuit Breaker							TMC82D05A

Circuit Breaker

A circuit breaker is an automatic electrical switch that is designed to protect an electrical circuit from damage caused by overcurrent or short circuits. Circuit breakers are commonly used in residential, commercial, and industrial electrical systems, and they are an important safety device that helps prevent electrical fires, equipment damage, and personal injury.

Circuit breakers work by monitoring the amount of current flowing through an electrical circuit. If the current exceeds a preset level, the circuit breaker will trip, or open the circuit, to prevent damage to the electrical system. When the circuit breaker trips, it interrupts the flow of current, which stops the electrical current from flowing and prevents further damage.

Circuit breakers are available in a variety of types and sizes, and they can be classified based on their voltage rating, current rating, and interrupting capacity. Some common types of circuit breakers include thermal circuit breakers, magnetic circuit breakers, and hybrid circuit breakers.

In addition to protecting electrical systems from overcurrent and short circuits, circuit breakers also help improve the reliability and efficiency of electrical systems. They can also be used to switch electrical circuits on and off, which can be helpful in certain applications.