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I show how easy it is to connect a three-phase asynchronous electric motor to a single-phase 220-volt network without special knowledge, diagrams, and scientific terms. The video shows: 1. How to find the electric motor windings 2. How to find the beginning and end of the electric motor windings 3. How to connect the electric motor windings using a triangle diagram. Or how to connect an electric motor in a triangle. 4. How to connect a three-phase electric motor to a 220V household network. 5. How to properly discharge a capacitor for safe operation when connecting. For connection, I used a PNVS button with an average non-fixed contact. Working capacitors with a capacity of 150 μF, at the rate of 7 μF for every 100 watts of electric motor power (in the video, a 2.2 kW motor, 940 rpm). Starting capacitor 300 μF - the capacity is twice as much as that of the working capacitors. Video on how to convert a 380V electric motor to 220V • How to convert a 380V electric motor... Video on how to calculate the capacity of the working and starting capacitor • How to calculate the capacity of the working and starting... 00:00 introduction 00:27 finding the windings of an electric motor 02:30 how to find the beginning and end of the windings of an electric motor 10:00 connecting the windings of an electric motor according to the triangle diagram 11:55 assembling the wiring diagram of an electric motor 14:15 pnvs button 21:00 starting diagram of an electric motor in an assembled state 22:26 how to properly discharge a capacitor