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Elektrolux EWF86110W (EWM1100) - Damaged board, burnt resistor R80

atckp 14457 9
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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #1 16569356
    atckp
    Level 14  
    Hello.
    I have a damaged Elektrolux EWM1100 washing machine. There is a damaged board in the EWF 86110W panel. You can see a burnt R80 2W resistor. But I don't know what value, and I can't find a pattern. He is near the plug on the edge of the board. Maybe someone will help.
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  • Helpful post
    #2 16569466
    TONI_2003
    Moderator
    atckp wrote:
    You can see a burnt R80 2W resistor

    Please, but there are two versions of the PCB itself ... :D
    Elektrolux EWF86110W (EWM1100) - Damaged board, burnt resistor R80
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  • #3 16569618
    atckp
    Level 14  
    Thanks for the help. I put on a 47? resistor, but I had 1W. The diodes lit up, but the resistor burned out in 1-2 seconds and then everything went out again. I wanted to check if it would fire, but I don't know if it's normal that the resistor lasted so short (I don't have access to 2W).
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  • #4 16569691
    Loker
    Level 39  
    Probably a classic, i.e. an inverter IC to be replaced.
    What is the designation of the board / module?
  • #5 16569812
    TONI_2003
    Moderator
    atckp wrote:
    I put on a 47Ohm resistor but I had 1W. The LEDs turned on but the resistor burned out within 1-2 seconds and everything went out again.
    So give it as it should be, but check all the elements marked in the photo :D
    Elektrolux EWF86110W (EWM1100) - Damaged board, burnt resistor R80
  • #6 16569814
    atckp
    Level 14  
    It looks like my PCB is the one on the right. It writes EWM1100 and IBT -201 IBT-A on the board
    on the sticker:
    S / N KC061002424 electrolux code 132611030
    Jabil CODE: HJE009180
    Boot Vers B0420009_B
    below the plate photo

    Elektrolux EWF86110W (EWM1100) - Damaged board, burnt resistor R80 Elektrolux EWF86110W (EWM1100) - Damaged board, burnt resistor R80 Elektrolux EWF86110W (EWM1100) - Damaged board, burnt resistor R80

    So fast (without desoldering) I checked two systems that are on the bottom of the board: LNK304GN - practically all pins are shorted except 4 and 8. and the SMD system I think the marking of elements on the TYACS1 board (because I can't read the system itself) has 6 pins and 7.
  • Helpful post
    #7 16570092
    TONI_2003
    Moderator
    atckp wrote:
    TYACS1 (because I can't read the chip itself) has pins 6 and 7 shorted.
    This and the rest has already been written in the posts and explained in the photos, but the resistor should be the same as in my photos, not different ... :D
    Elektrolux EWF86110W (EWM1100) - Damaged board, burnt resistor R80
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  • #8 16570137
    atckp
    Level 14  
    Ok. Thanks tomorrow I'll be at the electronics store. So to sum up: REPLACE Resistor R80-47 Ohm, and this LNK304GN chip. Right?
  • #9 16940151
    rogermarek
    Level 1  
    Hi. Thanks for this info. That helps me heaps in getting my broken pcb fixed. Besides the transistor you described, I think the transformer on position T1 is also faulty on my board (marked as E47 X 0948). Does somebody know what type I replace this with. Thanks
  • #10 16940284
    TONI_2003
    Moderator
    rogermarek wrote:
    Besides the transistor you described, I think the transformer on position T1 is also faulty on my board (marked as E47 X 0948). Does somebody know what type I replace this with.
    He wrote fairy tales :D it's not a transistor and the transformer itself (there is no PCB in it) and you can't replace it with anything :D

Topic summary

The discussion revolves around a damaged Elektrolux EWM1100 washing machine, specifically a faulty PCB with a burnt resistor R80. The user seeks assistance in identifying the resistor's value and potential causes of the failure. Responses suggest replacing the burnt resistor with a 47 Ohm resistor and the LNK304GN chip, which may also be defective. Additional troubleshooting indicates that the transformer at position T1 might be faulty, although there is some debate about its replaceability. Users share images of the PCB and provide insights into the components involved.
Summary generated by the language model.
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