Air Cooler Wiring Diagram:
This diagram shows how to make Air Cooler Wiring Diagram. In this circuit, we use an air cooler, a 2-pin plug, a motor dimmer, 2 switches, an indicator light, and a pump motor. First, we need to input the phase line to the switch, dimmer, pump motor, and air cooler motor, then need to input the neutral and dimmer connection to the motor. Now this circuit is ready for use. If you want to know more about this circuit please check our youtube video below the post.
Components needed For this Project:
You can get the components from any of the sites below:
- Air Cooler [See Buy Click Amazon]
- Motor [See Buy Click Amazon]
- 2-Pin Plug[See Buy Click Amazon]
- Motor Dimmer [See Buy Click Amazon]
- Switch [See Buy Click Amazon]
- Indicator [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 Air Cooler Wiring Diagram:
Air Coolers Are Also Known as Evaporative or Purified Coolers, And it Cools The Atmosphere By Evaporating Water. When Air Flows Through Water, Some Particles On The Water’s Surface Will Be Blown Away. These Particles Carry Heat With Them And Cool The air. This Is The Main Mechanism Behind Air Coolers. Air Coolers Work on The Evaporative Cooling Principle, Where Water Evaporation Is Used To Cool The Air. When The Sweat Begins to Evaporate, it Draws Out Excess Heat Absorbed by The skin in The Form of Gas which Results in Cold in The Case of cold Weather.
A Single-Phase Motor is an Electrically-Powered Rotary Machine That Can Turn Electric Energy into Mechanical Energy. It Works by Using a Single-Phase Power Supply. Single-phase Motors Are Used in Equipment And Machines That Are Smaller in Size And Require Lower Horsepower. This Includes Equipment Such As Refrigerators, Pumps, Compressors, Fans, and Portable Drills. Single-Phase Motors Have a Similar Construction to The Three-Phase Motor, Including an AC Winding That is Placed on The Stator And Short-Circuited Conductors That are Placed in a Cylindrical Rotor.
A Fan Speed Controller Controls The Voltage Across the Fan and Therefore Indirectly Controls its speed. A Fan Speed Regulator Actually Measures and Regulates the Speed of the Fan Using its Tachometer. Fan Speed is Controlled with Thyristor or Transformer Speed Controllers. the fan is Controlled by a Capacitor, and the Voltage across the fan Determines the fan speed. A Speed Control loop Can be Implemented That is Independent of Manufacturing Variances and Wear on The Fan.
An SPST (Single Pole Single Throw) Switch is a Switch That only Has a Single Input and can Connect Only to one Output. This means it Only Has one Input Terminal and Only one Output Terminal. A Switch is a Mechanical or Controlling Device That Changes the Flow of Current Direction or Interrupts the Flow of Current Within a Circuit. Single Pole Single Throws (SPST) is Perfect for on-off switching. When the SPST is closed, the Circuit is Closed and the light from the lamp switches on. When The Single Pole Single Throw (SPST) is then opened, the light from the lamp goes out and the Circuit is off.
An indicator lamp just Sounds Technical, Sometimes it’s called a “Supervisory” light Indicator. Indicator lights are amber in color and can be located at the Front, the Rear, and Sometimes at the Side of the car on both the left And Right-hand sides. The Common colors used by Indicator lamps are red, yellow, blue, white, and green. A Panel Indicator Lamp Generally has up to 5 Differently Colored Segments to Indicate Various Conditions on the Machine or Process
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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