Why does the motor in the washing machine have three threads?

Because the motor in the washing machine has the main and secondary windings, the main winding plays the role of running and the secondary winding plays the role of starting, the two windings have a common end, and each winding has a terminal end, so there are three terminals.

The washing machine motor has 2 coils, one is the starting winding and the other is the main winding. The 3 outgoing wires are one end of one main winding, one end of one starting winding, and one end of the main winding and starting winding. When wiring, the live wire from the control switch is directly connected to the main winding and the capacitor, the other end of the capacitor is connected to the starting winding, and the neutral wire is connected to the parallel end of the main winding and the starting winding.

The motor in the washing machine is divided into a starting coil and a running coil, one is the starting line, one is the common line, and the other is the running line.

The motor of the washing machine has 3 outlets, because the motor needs to be rotated forward and backward when working! One of them is connected to the zero line, and there are two parallel capacitors, which are connected to one end when it is forward and the other end when it is reversed!

The two sets of windings in the motor of the washing machine are both the starting winding and the working winding, and the corresponding three wires, one is a common neutral line, and the other two are connected with the timer, and the timer is connected to these two wires respectively to realize the forward and reverse rotation of the motor.

It is to connect one end of the main winding and the starting winding together to lead out the motor, plus the other end of the main winding and the starting winding, just three.

There are three wires for the washing machine motor, one is the running winding line, the other is the starting winding line, which is connected with a capacitor, and the other is a common wire.

The three wires of the motor are not uniform in various colors, but there are labels on the motor shell, and there is a connection diagram on it, which can be connected according to the diagram.

One is the fire wire, usually red or brown, one is the neutral wire, usually blue or green, and one is the ground wire, usually in the yellow-green color. FYI.

Brown is the live wire, blue is the neutral wire, and the yellow-green is the ground wire.

There are three wires on the power plug of the washing machine, what are they connected to?

There are three wires on the power supply of the washing machine, what are they connected to? Hello pro three wires are the live wire (positive pole), the zero wire (negative pole) and the ground wire (the hall of the ground), generally the two corners side by side below (the live wire and the zero line) can be connected to the washing machine can work, the upper corner (ground wire) is to play a protective role, to avoid the washing machine leakage will hurt people. The three wires of the washing machine plug are the live wire (positive pole), the neutral wire (negative pole) and the ground wire (grounding), generally the two corners (live wire and neutral wire) side by side below can work when the washing machine is connected, and the upper corner (ground wire) is to play a protective role to avoid the washing machine leakage will hurt people.

After the plug should be opened, the metal pin is down, and the upper one is a wider pin is grounded, and the yellow and green two-color wire in the wire is connected, the left side is the neutral wire N, which is connected to the blue wire, and the right side is the live wire L, which is connected to the red or brown wire. I hope I can help you, thank you! Have a great day!

Dear, hello, I am glad to answer for you how to answer the three wires of the washing machine drainage motor, how to connect the three wires of the washing machine motor 1, first of all, disassemble the shell of the washing machine. There is a label on the shell of the motor, and the wiring diagram is on the label. 2. I saw that the motor has three wires, which are three-color standard wires, which are red, yellow, and blue.

The blue wire is a common wire, and the capacitor is indirectly operated on the red line and yellow wire, the red wire is connected to the 220V live wire, and the blue wire is connected to the 220V neutral line. Connect the two wires of the capacitor to the two conversion contacts of the timer, and the wiring is complete.

Summary. Hello dear, Yes 1, the washing motor is rotating forward and backward, and the resistance of his main and auxiliary windings is the same. 2. Yellow, red is the main and secondary windings, then the blue is the common line, and the resistance of red and yellow should be the sum of the two resistance values of red and blue, yellow and blue.

None of the values you measured matched. 6 An's insurance is enough, and the insurance is burned, there must be a problem. But it's not an inter-turn short circuit, if it's an inter-turn short circuit, the value you measure won't be so far off, it's a short circuit between the main and secondary windings.

I think you understand, I'll give you some advice and see if it can be fixed. You remove the motor, the casing is also removed, and the main and secondary winding joints on the blue wire are separated. Find the short circuit point and put on the insulating paper.

If possible, dip with insulating paint. Drying.

Hello dear, Yes 1, the washing sail refueling motor is forward and reverse rotation, and the resistance of his main and auxiliary windings is the same as that of the socks. 2. Yellow, red is the main and secondary windings, then the blue is the common line, and the resistance of red and yellow should be the sum of the two resistance values of red and blue, yellow and blue. None of the values you measured matched.

6 An's insurance is enough, and the insurance is burned, there must be a problem. But it's not an inter-turn short circuit, if it's an inter-turn short circuit, the value you measure won't be so far off, it's a short circuit between the main and secondary windings. I think you understand, I'll give you some advice and see if it can be fixed.

You remove the motor, the shell is also removed, and the main and secondary winding joints are separated. Find the short circuit point and put on the insulating paper. If possible, dip with insulating paint.

Drying. Look at my wiring, right?

Hello dear, I can't see ** here.

It has a white, red, blue, white and red capacitors, and then white and blue are connected to the power supply 220 volts.

The red wire and the yellow wire are connected to the running capacitor, the red wire is connected to the live wire, and the blue wire is connected to the neutral wire. There is generally a label on the shell of the motor, and the wiring diagram is printed on the label. Three-wire motors are generally three-color repentant standard wires, red and yellow base ridge blue.

The blue wire is the common wire, which is connected to the 220V neutral line, and the capacitor is connected between the red line and the yellow wire. The red line is connected to the 220V live wire.

It can be reversed, right?

The red wire of the single-phase motor is connected to the live wire, the blue wire is connected to the 0 wire and the capacitor line, and the white wire is connected to the second wire of the capacitor.

According to the color of the wire (or multimeter), find the macro end of the common space of the motor, and the remaining two wires are connected to the two ends of the capacitor. The common end is fixed to connect the zero wire, and the remaining two wires are either cracked to connect to a live wire, the difference is that if the motor is rotating when one of them is connected at will, then the motor will rotate when the other one is connected.

Hello, glad to answer for you. This is normal. The washing machine motor is single-phase powered, consisting of a fire l 220v and a neutral wire n

Here the three-phase motor should be driven by single-phase 220V, a capacitor must be added between any two motor terminals, and then the L or start N line is selected to be connected to either end of the capacitor, and the remaining L or N line is connected to the terminal that is not connected to the capacitor, so that the motor Xunxian can be driven by single-phase quietly Changxian.

<> The three wires of the washing machine motor are not all electric, and the washing machine motor is a single-phase power supply, consisting of a live wire and a neutral wire, and which wire is grounded. When the motor rotates the wanderer, only two wires can supply power to the motor, and not three wires can supply power to the motor at the same time.

The voltage of the washing machine clicks on the three lines:

The washing machine motor is single-phase powered, consisting of a live wire 220 volts and a neutral wire.

Three-phase motor to use single-phase 220 volt drive family open-moving, must add a capacitor between any two motor terminals, and then select a live wire or neutral wire to connect at either end of the capacitor, the remaining L or N wire to connect the remaining capacitor to the terminal, so that the motor can be driven by single-phase electricity. This is to reverse the motor, as long as the wire at one end of the capacitor is replaced to the other end, the motor will be reversed.

The analysis shows that the black wire should be the live wire, the red and brown should be the zero line (so the 220 volts you measure are normal), when the motor rotates, there can only be two black and red wires or black and brown two wires to supply power to the motor, and not three mold lines to supply power to the motor at the same time (two zero wires are for the forward and reverse rotation of the motor, and only one can be turned on at a time); And assuming that when black and red power supply to the motor, the washing machine motor is transmitted, then when the black and brown wires supply power to the motor, the washing machine motor is reversed.