BR1C60AC

BR1C60AC is a very important component in the application area of power electronics and electrical system, which is widely used in the fields of frequency conversion, rectification, power factor compensation and electric power railway system; BR1C60AC type rectifier bridge has a full range of rectification capacity: 80A, 100A, 160A, 175A and 200A for the use of different application fields. From the working principle of BR1C60AC rectifier bridge, it is important to understand the working process of the rectifier bridge before the component can be used in the right way. The working process of BR1C60AC rectifier bridge mainly includes forward conduction phase and reverse conduction phase. The forward conduction phase is composed of four thyristors with forward mode of action, which can convert AC power into DC power with the help of the diode bridge. When the forward conduction mode of the four thyristors is completed, the reverse conduction mode is implemented. During the reverse conduction phase, the four thyristors are in the reverse conduction mode, so that the rectification equipment can receive the voltage of the reverse power source and start the reverse conduction phase.In the electric power railway system, the BR1C60AC rectifier bridge can not only reduce the fluctuation of the power system, but also reduce the electricity cost and reduce the total energy consumption. In the rectification process, the rectifier bridge with BR1C60AC component externally reduces the voltage and increases the current, which can be regulated and adjusted by the controller, and the current and voltage can be accurately measured and monitored. In the railway system, the rectifier bridge with BR1C60AC can also be used to control the speed of electric locomotives and the output of the power system.In the field of power factor compensation, BR1C60AC rectifier bridge can reduce the active power harmonics, reduce the current harmonic components, and prevent the voltage harmonic components in the power system from interfering with other electronic devices. The rectifier bridge with BR1C60AC component can accurately detect the active power cut-off point and control the switching of the power rectifier, ensuring the efficient conversion of the power system. In the field of frequency conversion, the BR1C60AC rectifier bridge can be used to convert the alternating current to direct current, so that the alternating current can be used for power system. By controlling the frequency conversion process, the energy usage of electric motors can be optimized, reducing the number of motor starts and stops and prolonging its service life. In conclusion, the BR1C60AC rectifier bridge is widely used in the fields of frequency conversion, rectification, power factor compensation and electric power railway system. Its working principle is realized by the forward and reverse conduction of the four thyristors, which can improve the efficiency of the power system and reduce its energy consumption.

BR1C40AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C1UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 1A ACDC
BR1C32UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 32A ACDC
BR1C50UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 50A ACDC
BR1C05AC	Weidmuller	20.24 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C13AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C8UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 8A ACDC
BR1C12UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 12A ACDC
BR1C50AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C10UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 10A ACDC
BR1C16UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 16A ACDC
BR1C15UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 15A ACDC
BR1C6UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 6A ACDC
BR1C20UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 20A ACDC
BR1C63UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 63A ACDC
BR1C20AC	Weidmuller	0.0 $	1000	BRANCH/1P CCT BRKR/C CURV...
BR1C12AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C60UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 60A ACDC
BR1C4UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 4A ACDC
BR1C8AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C13UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 13A ACDC
BR1C3AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C6AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C7UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 7A ACDC
BR1C60AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C1AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C2AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C5UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 5A ACDC
BR1C30UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 30A ACDC
BR1C10AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C2UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 2A ACDC
BR1C4AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C40UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 40A ACDC
BR1C30AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C15AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C25AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C5AC	Weidmuller	0.0 $	1000	BRANCH/1P CCTBRKR/C CURVE...
BR1C35UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 35A ACDC
BR1C25UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 25A ACDC
BR1C3UC	Weidmuller	19.57 $	1000	CB MCB 489 1P C 3A ACDC