on video Washing Machine Electrical Connection Diagram | Washing machine wiring | Electrical Technician

 Washing Machine Electrical Connection Diagram | Washing machine wiring | Electrical Technician

Electrical technologies Washing machine wiring is consist of 5 parts.

1-Timer:

A washer's timer is the brain behind all of the washing machines functions. The timer has many small contact switches that open and close as they are activated by a rotating cam, similar to a music box or piano player.

2-Selector switch:

A switch is a mechanism that can make, break, or change the connections in a given electric circuit. Washing machine selector switches determine which cycle is to be used. one way or two way.

3-Buzzer:

A buzzer is indicate notify when timer cycle compete.

4-Capacitor: 

A capacitor is used to energize second phase.

5-Motor:

The motor can be used to agitate the drum (both forwards and in reverse) by switching the field winding with respect to the armature. The motor can also be run up to the high speeds required for the spin cycle. Nowadays, variable-frequency drive motors are more commonly used instead.

 Washing Machine Electrical Connection Diagram | Washing machine wiring | Electrical Technician

Electrical technologies Washing machine wiring is consist of 5 parts.

1-Timer:

A washer's timer is the brain behind all of the washing machines functions. The timer has many small contact switches that open and close as they are activated by a rotating cam, similar to a music box or piano player.

2-Selector switch:

A switch is a mechanism that can make, break, or change the connections in a given electric circuit. Washing machine selector switches determine which cycle is to be used. one way or two way.

3-Buzzer:

A buzzer is indicate notify when timer cycle compete.

4-Capacitor: 

A capacitor is used to energize second phase.

5-Motor:

The motor can be used to agitate the drum (both forwards and in reverse) by switching the field winding with respect to the armature. The motor can also be run up to the high speeds required for the spin cycle. Nowadays, variable-frequency drive motors are more commonly used instead.