Hair Dryer Wiring Connection:
This diagram shows how to make a Hair dryer Wiring Connection. In this circuit diagram, we use a blower motor, a heating element, 5 diodes, 2 plugs, and a switch. This diagram is very easy to make and connect. If you want to see the connection animation video of this diagram please check our youtube video for more clear information.
Components needed For this Project:
You can get the components from any of the sites below:
- DC Motor[See Buy Click Amazon]
- Diode [See Buy Click Amazon]
- Switch [See Buy Click Amazon]
- 2 Plug [See Buy Click Amazon]
*Please note: These are affiliate links. I may make a commission if you buy the components through these links. I would appreciate your support in this way!
Components used to make the Hair dryer Wiring Connection:
01. DC Motor:
Direct Current Motors (DC) are Among the Most Commonly used Electric Motors in a Broad Range of Applications today. Like every Direct Current Motor, they Convert Electric energy into mechanical work. However, DC motors Differ from other electric motors because they are powered by Direct currents (Direct currents), such as batteries and Direct Currents power supplies. It comprises two Essential parts: the stator and the rotor. A Direct Current Motor’s stator is Usually a ring of permanent magnets. Electrical Direct Currents Motors are continuous Actuators that convert Electrical energy into Mechanical Energy.
A diode is an Electronic Device that allows current to flow in one direction only. Diode has two ends. The end where there is a line of silver color is called the cathode. The other end is called the anode. A diode basically allows current to flow in one direction and prevents current from flowing in the opposite direction. Such a tendency of current to flow in one direction is called rectification. When a circuit is connected with an anode positive and a cathode negative it is called a forward bias diode.
In industry the switch connected to the magnetic contactor of the motor controlling circuit is manually/pushed by the operator and has elasticity i.e. can return to its original position by means of a spring when released is called a pushbutton switch. Push-button switches are used with electric motor starters, with calling bells, and sometimes as temporary supplies in lamp circuits. When the pushbutton switch is pushed and released, the control circuit is de-energized when it returns to its original position. So latching is done to hold the power.
Two-Pole Means That the Device Plug is not Earthed and it Normally Has Two Pins That Transmit Electricity. Originally, all Electrical Devices were Fitted with Two-pole Plugs, Which Means that the Devices were not earthed and that all main Sockets were Constructed for 2-Pole plugs. Two-pin Plugs Consist of two flat or Round Pins with one Called “hot” or “live” and the Other Called “neutral”. When Connected to an Electric Circuit, the Current Flows From the live Pins Through The Copper Conductor and into the Device.
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