What Causes Motor Overload?

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  • Опубликовано: 15 ноя 2024

Комментарии • 24

  • @JC_Deutscher
    @JC_Deutscher Год назад +2

    excellent training! thanks

  • @garybouwman2157
    @garybouwman2157 Год назад +3

    Great advice

  • @WNAZ-WALA
    @WNAZ-WALA 23 дня назад

    Thanks for the

  • @linossinkala7840
    @linossinkala7840 Год назад +2

    Thankyou sir

  • @kamalpiyasiri2628
    @kamalpiyasiri2628 6 дней назад

    I have 1hp water pump now it's overload tripping but winding resistance are normal no body earth, capacitor also normal can you give me a advice what i should do, thanks

  • @wilfredadhere8884
    @wilfredadhere8884 2 месяца назад +1

    Hello senior, very much interested and passionate about motors, would you mind taking me through......????

  • @elmotengineer9903
    @elmotengineer9903 9 месяцев назад +1

    Good job

  • @vinznes7792
    @vinznes7792 Месяц назад

    Thanks my bruh 🙏🏻

  • @heminkhalid7201
    @heminkhalid7201 5 месяцев назад +2

    nice statment

    • @emotorsdirect
      @emotorsdirect  5 месяцев назад

      Thanks Hemin - more videos coming soon.

  • @avisbanks4221
    @avisbanks4221 Год назад +2

    I have a motor with Furnas relay coil, and H12 heating elements, I always have to reset the relay can't figure the problem and the motor current is in range on the motor data plate.

    • @emotorsdirect
      @emotorsdirect  Год назад

      Hi Avis, great question.
      Are you referring to the starter or the relay? A starter is a relay combined with an overload. As these devices age, the overload can become more sensitive and the overcurrent point tends to drift lower. This can cause premature trips. I recommend checking if you have a variable overload, in which case, you may be able to set it a little higher in order to prevent the trips.
      Alternatively we offer magnetic starters from WEG and our technical support team that can help you size the overload appropriately to prevent trips.
      I hope this helps!

  • @shamanking5195
    @shamanking5195 10 месяцев назад +1

    Hi.
    we are experiencing the current issue.
    Motor is on a Soft Starter.
    motor name plate 283.0 amps.
    The motor is pulling over 10 amps in two phases .
    input voltage is phase A= 279, phase B= 281, phase C= 282.
    we megged the motor and cables they seems to be fine.
    There is not loose connections .
    there is no weird noises coming from the motor.
    there is no high vibration.
    motor spins freely and there is nothing jamming the shaft.
    We do not understand why the current is high on two phases only.
    What kind of test can tell us what the problem is ???.
    Thanks.

    • @emotorsdirect
      @emotorsdirect  10 месяцев назад

      It sounds like it could be phase loss but I'm not sure based on the information provided. Best bet is to take it into a local shop to troubleshoot.

  • @ahmedalyazid6952
    @ahmedalyazid6952 Год назад +1

    I do have trail blazer 2016 I do have a problem with overload electricity they told me to change the alternator I changed it but still now the battery and I change it too but still having and showing overload electric on it now I need to know what I have to check or what part I have to check or replace it plz need your help by the way they check everything but still can't fine the problem

    • @emotorsdirect
      @emotorsdirect  Год назад

      Hi Ahemd - sorry to hear about your car problems. My expertise is on the electric industrial motor side - you may be better off to work with a dealership or auto expert on this one.

  • @shankarsuryawanshi7390
    @shankarsuryawanshi7390 6 месяцев назад +1

    I love the video

    • @emotorsdirect
      @emotorsdirect  5 месяцев назад

      Thanks - more videos coming soon.

  • @markkidtapayan2588
    @markkidtapayan2588 Год назад +1

    The VFD has already overload protection for the motor? do we really need an another overload protection device?

    • @emotorsdirect
      @emotorsdirect  Год назад

      Hi Mark, yes, VFDs provide overload protection. The internal overload protection needs to be set correctly according to the rules set out by the local electrical code since the drive may be rated for more amps than the motor is. The decision to add external overload protection depends on local electrical code and if the VFD being used is compliant with local standards. Thanks for the question!