Wow…That IS scary. Glad you’re okay. Just wanted to say thanks to you & everybody that posted on this thread because I learned a LOT!



I’ve always been leery about batteries…and stand back if someone is charging/starting one.
I’ve always wondered if it matters about the order in which you disconnect the cables, so that info was helpful. It was interesting to learn about connecting the ground to the frame too…something I’ve never done.
So…let me see if I’ve understood all this correctly: Having cell(s) go dry is ONE thing that can cause sparks when starting…and because of the hydrogen gas present in the other cells, that triggers the explosion. (Correct?)
I often check the electrolyte levels- (which, I have to say, drives me crazy that I can’t check on sealed batteries!)
I top up the cells with distilled water- should I be using something else?
Just curious…is there any significant difference between the number of sealed batteries versus ‘open’ batteries that explode?
The reaction between the positive & negative plates creates hydrogen, correct? And the creation of the hydrogen gas itself slowly depletes the electrolytes?
If that is correct, then the cells in sealed batteries ‘should’ never go dry?
(and subsequently, explosions due to dry cells ‘shouldn’t’ be the reason why
a sealed battery would explode- the spark would likely be generated by something else? (Have I got this right so far?)
So, besides dry cells, and not controlling the current flow when disconnecting the cables, what other things can cause sparks that are PREVENTABLE (not internal malfunction)?
What about leaving batteries on chargers- for days- inside buildings and in vehicles?
Is this a no-no because it’s letting hydrogen gas build up?
I use my friend’s Steiner, and if you use the LED lights at night (

lol) it depletes the (fairly new) battery. So after using it, I always have to put it on the charger, or if leave it out in the field I have to use my portable NOCO charger (a powerful one for diesels- absolutely LOVE this thing!!!)
So…the LED lights are obviously drawing a lot of power.
There is a green indicator light for the lights that is always on-(indicating there is power to the lights??)
SO…my question is this:
Does that mean that even if I have the lights turned off, there is still current going to them, and when I’m charging or jump starting the battery there is potential for that connection to spark??
If so, what do I (or HE) need to do to remedy this?
Better yet, can anyone tell me why the LED lights deplete the battery- and how to go about fixing THAT little issue?
Is there a certain wire that should or shouldn’t go somewhere?
(Can you tell by that wording that Electricity is NOT my forté!!



)
Thanks again for sharing your knowledge everyone!
Much appreciated!


patti