Wire by Wire Star Triangle Starter Motor 380V/660V Mains 380V
Step-by-step drawing of the entire connection diagram of the STAR TRIANGLE starter magnetic switch, in which the objective is to reduce the high peak current of the electric motor at the moment of starting. This exclusive teaching methodology by Prof Jadson Caetano, through realistic drawings, helps you to really understand how everything will be done in practice.
In this video you will learn the only possible way to apply the star-delta starting system to a three-phase motor that will operate on a 380V power grid.
In this system, the electric current of the motor reaches approximately 1/3 of the nominal current at the moment of starting and after the time relay actuates, the current reaches its nominal value.
Wire by Wire Star Triangle Starter Motor 380V/660V Mains 380V
Step-by-step drawing of the entire connection diagram of the STAR TRIANGLE starter magnetic switch, in which the objective is to reduce the high peak current of the electric motor at the moment of starting. This exclusive teaching methodology by Prof Jadson Caetano, through realistic drawings, helps you to really understand how everything will be done in practice.
In this video you will learn the only possible way to apply the star-delta starting system to a three-phase motor that will operate on a 380V power grid.
In this system, the electric current of the motor reaches approximately 1/3 of the nominal current at the moment of starting and after the time relay actuates, the current reaches its nominal value.
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