How Electric Rice Cooker works || Wiring Diagram || Magnetic Thermostat

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  • čas přidán 29. 08. 2024
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    In this video discussed about electric rice cooker wiring diagram, operation and in detailed explanation of all the parts. This rice cooker one of the widely used appliance in home kitchens. The various parts of the electric rice cooker are magnetic thermostat, switch lever assembly, micro switch, heaters etc. Magnetic thermostat detects whether the food is cooked or not. When the food is cooked it detects that and goes to keep warm / off position.
    Disclaimer: The Video Content Has been made available informational and educational purposes only.

Komentáře • 34

  • @about3977
    @about3977 Před 7 měsíci +2

    Thank you very much for this video... My years of doubt explained

  • @avadheshsingh3799
    @avadheshsingh3799 Před 9 měsíci

    Really helpful vedio & well explained by the presenter.
    I would like to give him 5 out of 5 stars.

  • @ernieangeles7891
    @ernieangeles7891 Před 2 lety +1

    Great explanation and very good detail of how the cooperates I will be able to diagnosis with no problem at all now that I know what all and why the functioning of each component is

  • @sathananthans
    @sathananthans Před 2 lety +2

    Thank you for this comprehensive explanation showing every point clearly. However, I see that some cookers have a reverse type of wiring of phase and neutral. Most of the cookers have the thermal resistor in line with phase and directly connected to one terminal of the main heater. Which is the best way to fix the thermal resister - to the phase or neutral. I wish a reply from you, please.

    • @RockzAutomation
      @RockzAutomation  Před rokem

      Thermal fuse is a over temperature protection device for disconnecting the power supply (i.e. breaking the closed circuit) to the cooker incase of thermostat failure or any other problem. I personally feel that it can be connected to phase so that in case of any problem phase is disconnected.
      It can also be connected to neutral as shown at 8:04 a different design.

  • @kirannalasingu525
    @kirannalasingu525 Před 2 lety +1

    Super super ra ra ra

  • @isajadbhat
    @isajadbhat Před 3 lety +1

    very well explained

  • @YASH-qz6wt
    @YASH-qz6wt Před 3 lety +1

    Can you please make more videos like this that explain how electrical appliances work.💎plz plz🥺
    Like iron,blender,fan etc.

  • @chethankl2810
    @chethankl2810 Před rokem

    Good explanation

  • @pqnet84
    @pqnet84 Před rokem

    great content thank you

  • @laurentjullien3027
    @laurentjullien3027 Před 3 lety +1

    Thank, you, very helpful. One thing I do not understand at 8.53 (switch off, warming mode) is why the current does not feed also the cooking lamp ?

    • @RockzAutomation
      @RockzAutomation  Před 3 lety

      In heating mode mica heater and warming lamp resistor won't be in the circuit (because of short by relay contact) and in that case current flows through rice cooking lamp resistor and it glows. Where as in the warming mode mica heater and warming lamp resistor (high resistances in kilo ohms) are in the current path and very current flows in the path. In this case this low current prefers the cast heater path because of its low resistance and cooking lamp does not glow.

    • @laurentjullien3027
      @laurentjullien3027 Před 3 lety

      @@RockzAutomation Thank you ! (if I get you well: first, in the warming mode the current is low, and then, as Cooking lamp resistance >> Cast heater resistance, very little intensity goes through the cooking lamp .) Nice design. Thank you again.

  • @YASH-qz6wt
    @YASH-qz6wt Před 3 lety

    A really good explained video.thank you so much💎🤟

  • @thegoldenland
    @thegoldenland Před 3 lety

    Thank you. I just took out warm wiring. I can't believe it uses micro switch and thin wire. I was confused seeing those.

  • @astrangehope
    @astrangehope Před 3 lety +1

    Good.

  • @gaurabpokharel6373
    @gaurabpokharel6373 Před rokem

    In this diagram 9:13 Cook light is not always On because it is in series with warm light ?

  • @tracesofthesunjingab
    @tracesofthesunjingab Před 3 lety +1

    Thank you sir! Is this the reason why rice cooker is a resistive load? No inductor or capacitor is used in it? Thank you

  • @danielwang7745
    @danielwang7745 Před 2 lety

    Hi, thanks for sharing this fantastic video.
    One thing, i was little confused. regarding the micro switch, as u said, it's one NC, but when we use in the video, when pressed the cook button, it become closed. when off and done cooking, it released. it seems that connection is opposite, or we should use a NO?

    • @RockzAutomation
      @RockzAutomation  Před 2 lety

      Pls refer 2:37 of the video, in off mode the switch lever of cook switch button is down so its pressing the lever of micro switch so NC connection is opened i.e. NO. When cooking is started by pressing the cook switch button the switch lever is pulled up then it releases the micro switch lever i.e. NC. Hope i clarified your query.👍

  • @shabbirahammed4596
    @shabbirahammed4596 Před 2 lety

    nice...

  • @ThotaDurgaprasad
    @ThotaDurgaprasad Před rokem

    Hi bro, as per the circuit diagram at @7:58 , even in warm mode, both warm and cook neon led bulbs will be on ryt? because both led are connected in parallel to respective heaters. please let me know if my understanding is wrong.

  • @sahabatlistrik2447
    @sahabatlistrik2447 Před 11 měsíci

    Will you explain the electric circuit diagram of digital rice cooker? Thanks

  • @amarmk3190
    @amarmk3190 Před 3 lety +1

    Do rice cooker use dc converter..?

    • @RockzAutomation
      @RockzAutomation  Před 3 lety +1

      This type of rice cooker does not have DC Converter.

  • @fx5492
    @fx5492 Před 23 dny

    Thank you very much for this video... My years of doubt explained