Testing a Battery, Starting System, & Charging System Using a Lab Scope

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  • Опубликовано: 30 ноя 2024

Комментарии • 50

  • @jmc6940
    @jmc6940 Месяц назад

    Thank-you for the professional video and tutorial. I've used your video multiple times to evaluate my personal vehicles with my new pico scope.

  • @JoesAutoElectric
    @JoesAutoElectric 5 лет назад +13

    More videos like this please. You have a great way of explaining in great detail how to break down these waveforms. Thank you for sharing.

  • @josephgronkiewicz328
    @josephgronkiewicz328 2 года назад +2

    This is an awesome video. Thank you for sharing it with us. I have never heard anyone explaining in such detail.

  • @autorepairbymike1356
    @autorepairbymike1356 4 года назад +1

    I love this test and use it on every car that needs the electrical system tested. So many details that no battery tester can prove.

  • @juanmgomezb
    @juanmgomezb 4 года назад +1

    For me it was one of the best explanation about this systems. thanks and please do more videos like this about diesel fuel injector waveform.

  • @ttstang43
    @ttstang43 2 года назад

    Justin, this has gotta be one of the best thorough explanations of pico tests i have come across but only my opinion. I love using the pico for this stuff but this just kinda put its over the top for me as far as knowledge and pico know how and what can be seen. Great video!!

  • @nickayivor8432
    @nickayivor8432 2 года назад

    What do you call INTELLECTUAL AND PRODIGY and SUBSTANTIAL add one more KNOWLEDGEABLE the answer is
    Justin Miller
    Loved it From the start to finish tutorial 👌 video 👍 thank you very much helpful information video Take care and have a great Evening
    PRODIGY Justin Miller
    From Nick Ayivor from London England UK 🇬🇧

  • @ke6bnl
    @ke6bnl 3 года назад

    your good, You do a lot of simple stuff when showing the results that I need to learn. thanks.

  • @arthurfricchione8119
    @arthurfricchione8119 5 лет назад

    Justin thank you for the video. Great info and I will definitely go out to my vehicle and capture some data. All your videos are extremely helpful. Thanks for sharing your knowledge. 👍👍👍

  • @baxrok2.
    @baxrok2. 4 года назад

    That is an amazing amount of information for such a simple test. Thanks!

  • @andrewk778
    @andrewk778 5 лет назад

    This is a great video. I love the in depth analysis. Thank you for sharing.

  • @al-mirqab-elsalvador
    @al-mirqab-elsalvador 3 года назад

    This is called back EMF due to inductions inside the Generator once you turn the key and the load start to draw current the Induction inside the generator to maintain the current flow with try to invert the voltage. Once the inductors are charged there is no fluctuations on the output anymore. Still the ripple are hard to eliminate to 100%.

  • @daveestep2013
    @daveestep2013 Год назад

    Love the detail you put in this video. Do you have any others juast as detailed. Like compresion,injector, ect. Ect.. ect..

  • @hassanissa9741
    @hassanissa9741 5 лет назад

    Great explanations for 5 min patren 👌

  • @VincentArdolino
    @VincentArdolino 2 года назад

    It is amazing what can be seen from a quick wave form capture if you have a trained eye. To the layman it looks like chicken scratch but to an expert a wealth of information can be gleamed.

  • @arthurfricchione8119
    @arthurfricchione8119 4 года назад

    Will definitely try to do this capture. Great info an very informative. Thank you 😊

  • @dwc1172
    @dwc1172 2 года назад

    Excellent video. Thank you.

  • @byakatondafrank9001
    @byakatondafrank9001 Год назад +1

    Thanks

  • @elevatedascent
    @elevatedascent 3 года назад

    Thank you for explaining.

  • @c217z
    @c217z 4 года назад

    This is a GREAT video. Thanks!

  • @robertomijango6207
    @robertomijango6207 3 года назад

    good video and great way of explining but your pico scope beutiful and good technology i have 2 chanel pico scope 2000 serie i stell learning yuo the best my frien

  • @Mohammadalhashash
    @Mohammadalhashash 4 года назад

    Very informative, Thanks a lot

  • @blackz06
    @blackz06 3 года назад

    Awesome video!

  • @Moonatic1
    @Moonatic1 Год назад

    Great Video, Content quality is top notch. I work on Agricultural Machinery and heavy plant, Do you think the Pico 2204A with the Pico 200/2000 amp clamp will allow me to perform this test effectively or an I better to invest in a higher quality Pico Scope???

    • @JustinMillerAutomotive
      @JustinMillerAutomotive  11 месяцев назад

      If you plan to do this more than once or twice, I would definitely recommend a higher quality Pico. It will pay for itself over and over! You can check out options on CatchaWave.com. Please call or message through the website if you have questions! Good luck with the diagnostics!

  • @splat7147
    @splat7147 2 года назад

    I just did this test with a Pico 2204a and Hantek 650 amp clamp and find that within 5 minutes of the alternator running, the average amperage going into the battery is about -8/-9 amps. The other battery parameters seem good with 9 volt max. pulldown under load, and 12.6 open circuit voltage. You mention at 6:40 that the charge level must be within -5 amps, but I cannot find this specification anywhere else. Would you mind sharing where you found the -5 amp requirement, and do you think its possible that my 2 month old Interstate battery is already starting to fail?

  • @OilBaron100
    @OilBaron100 2 года назад

    That’s fantastic. What kind of voltage and current probe and software did you use?
    Where can I buy everything that you used in this test?

    • @Car_Doc24
      @Car_Doc24 2 года назад

      It's pico automotive test equipment. AES wave, AutoNerdz sell them

  • @otiliohernandez8349
    @otiliohernandez8349 2 года назад

    How do I measure the RPM of the starter using the current draw wave form ? you mention the minimum is no less the 200. I put the rulers between 4 humps or spikes and it says less than 200 but the car starts

    • @JustinMillerAutomotive
      @JustinMillerAutomotive  2 года назад +1

      Hello Otilio!
      You can't measure starter RPM, but you can measure engine cranking RPM.
      Remember that one revolution of the crankshaft will result in half as many compression strokes as the number of cylinders. For example, on a four-cylinder engine, there will be two compression strokes in one revolution. If the engine starts before you get enough compression humps, you can just measure the time between two "humps," then multiply it.
      You are right cranking RPM should be between 200-300.

  • @farooqhussain7684
    @farooqhussain7684 2 года назад

    Can someone explain why the battery charging current negative when the alternator begins to start charging.can the negative current charge the battery

  • @weldingjunkie
    @weldingjunkie 4 года назад

    Loves these video Justin. Question how did you measure almost 1k Amps with a 600a clamp? I didn’t realize it could do that. I added this to my pico favorites on YT nice job brother

    • @JustinMillerAutomotive
      @JustinMillerAutomotive  4 года назад

      I have a video explaining how to do that: ruclips.net/video/tZXZ1h_mEnw/видео.html. I hope it helps!

  • @CO-mp3dw
    @CO-mp3dw 5 лет назад

    Great video Man, keep up the great work ! You had a 600 amp current clamp, but 1000amp spike ?

    • @JustinMillerAutomotive
      @JustinMillerAutomotive  5 лет назад +2

      Because the starter current on many cars will spike over 600 amps, I created a custom probe, using the same current clamp, but setting the range at 1000 amps. The clamp doesn't have guaranteed accuracy above 600 amps, but I would still rather be off by a couple of amps than have my waveform clipped at 600 amps. On Pico, this is really easy. I just duplicated the 600 amp current probe, then edited the lookup table in the duplicated probe and renamed the probe.

    • @CO-mp3dw
      @CO-mp3dw 5 лет назад

      Justin Miller Thank you ... your awesome... I think your videos are some of the best !

  • @nickayivor8432
    @nickayivor8432 3 года назад

    Good Evening Justin Miller take care, have a great day 👍 Justin Miller
    Thanks 👍
    From Nick Ayivor from London England UK 🇬🇧

  • @ke6bnl
    @ke6bnl 5 лет назад

    is there some written tutorial on do this type of test?

  • @musacisse2667
    @musacisse2667 5 лет назад

    I like this because it new to me and question it South ware for it in the computer??????

  • @thomassimajaya2020
    @thomassimajaya2020 4 года назад

    Those voltage ripple, is it possible to smoothing it with capacitor? how many F will significantly reduce it? there's so many device marked as "voltage stabilizer" and it's seems like BS, and most the user review sound like placebo

    • @blackz06
      @blackz06 3 года назад

      The battery acts like a cap. The ripple is already heavily reduced down to just a few hundred mV. Versus the several volts when running open circuit.

  • @cunninghamgaragellc26
    @cunninghamgaragellc26 2 года назад

    how transfer my picoscope Library settings to my new computer

  • @stephanevaucelles6378
    @stephanevaucelles6378 4 года назад

    thank for video

  • @tashfeenazharjavaid5264
    @tashfeenazharjavaid5264 4 года назад

    Very informative video but i think the autoscope better then pico scope what you think?

    • @JustinMillerAutomotive
      @JustinMillerAutomotive  4 года назад

      I have never used an autoscope, so I can't answer that question. Sorry!

    • @tashfeenazharjavaid5264
      @tashfeenazharjavaid5264 4 года назад

      Please check this channel on RUclips autoscope Technology

    • @weldingjunkie
      @weldingjunkie 4 года назад

      Tashfeen Azhar Javaid autoscopes are really nice but this is a charging video, not a scope comparison but I did hear good things

  • @alexanderthegrape5370
    @alexanderthegrape5370 2 месяца назад

    I hope to one day say this is an "easy test" to do 🥴😅

  • @RotorKartel
    @RotorKartel 3 года назад

    It's a shame you fast-forwarded through the 5 minutes of idle time, I was really looking forward to it!