ALLFAA 1500W Inverter Update - Heat Gun Power Issue

Sdílet
Vložit
  • čas přidán 25. 06. 2024
  • Link to Original Review -
    In this video a quick update on the ALFFAA 1500 watt inverter. Recently I found out it can't power my Wagner Furno 500 Heat Gun. amzn.to/3T6RY92 It starts for a few seconds then quits an error light and beeping occur.
    Visit the Love Your RV! Amazon Pages to shop a selection of my favorite RVing products, parts, and accessories
    Amazon USA - www.amazon.com/shop/loveyourrv
    Amazon Canada - www.amazon.ca/shop/loveyourrv
    LoveYourRV is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to amazon.com
    -----------------------------------
    Follow our RVing adventures at www.loveyourrv.com
    Monthly Newsletter ► www.loveyourrv.com/mailing-lis...
    Connect with Love Your RV!
    Love Your RV Forum ► forum.loveyourrv.com
    Pinterest ► / loveyourrv
    Facebook ► / loveyourrv
    Twitter ► / loveyourrv
    Instagram ► / loveyourrv
    Don't forget to Subscribe to the channel! ► czcams.com/users/subscription_c...
    #LoveYourRV
  • Jak na to + styl

Komentáře • 12

  • @LoveYourRV
    @LoveYourRV  Před 3 měsíci

    *Link to Original Review Post* - www.loveyourrv.com/chins-200ah-battery-alffaa-1500w-testing-and-teardowns/
    Wagner Furno 500 Heat Gun. amzn.to/3T6RY92

  • @timf6916
    @timf6916 Před 3 měsíci +1

    Good information

  • @fsmccollum
    @fsmccollum Před 3 měsíci +1

    My guess: the heat gun presents a non-resistive load, maybe using something like a pulse width modulated internal system to manage its heat output. The little inverter can't handle what it sees as an oddball power factor.
    Try simultaneously running the heat gun and a resistive load. That might give you some more insight.

    • @LoveYourRV
      @LoveYourRV  Před 3 měsíci +1

      Thanks, I will give it a try. I've used a couple different battery chargers and an 800W shop vac with it, and they worked fine.

  • @dirtroadsailing6418
    @dirtroadsailing6418 Před 3 měsíci +1

    That is an odd problem. I wonder if maybe there is too much in-rush current before the heating elements heat up and the resistance goes up?

  • @G_RAThbun
    @G_RAThbun Před 3 měsíci +1

    Don't come through idaho we got snow as usual. L, o, l, it'll be gone by the time you get here

    • @LoveYourRV
      @LoveYourRV  Před 3 měsíci

      We are still down near Ajo, The weather has been quite nice, but gonna leave soon before it starts to get too hot for boondocking, and maybe move up along the Virgin River in southern Nevada for a spell. :)

  • @stuartstuart866
    @stuartstuart866 Před 3 měsíci +1

    I’d be really interested to hear what the ALlFAA manufacturer says, please let us know if they respond to your video. Thanks Ray.

  • @herb7877
    @herb7877 Před 3 měsíci +1

    Could it be a open ground or neutral ground issue in the heat gun? When you were transferring energy from one battery to the other; do you have any idea of the loss incurred due to using this Inverter. I have a real small inverter (600W) that I have not used for that purpose but I have considering it. For now I just transfer the battery, but if the loss is minimal, I'll take the lazy way out.

    • @LoveYourRV
      @LoveYourRV  Před 3 měsíci +1

      The heat gun is only a two-prong, so there is no ground. It works fine on other inverters.
      The losses were quite high, roughly 30% I'd guestimate with the DC-AC-DC conversions happening. I usually do it only if there has been limited solar energy for many days and my main RV batteries are getting very run down. A DC-DC charger may be a better way to go, will have to experiment one day with one. :)

    • @herb7877
      @herb7877 Před 3 měsíci +1

      @@LoveYourRV I assumed the loss would be high. My wag was going to be 20-25%. (DC-AC-DC). Well I'll look forward to the answer on the heat gun.... TNX

    • @LoveYourRV
      @LoveYourRV  Před 3 měsíci

      The inverter loss isn't too bad, maybe 10% but battery chargers are terrible as far as efficiency goes. I guess because they rightly expect to have grid power as an input. :)