It wiuld help if you told us which battery you have.Silly mistake I just made. Went to take the battery off, stuck my key in the charging socket. Oops, brief flash. What have I done, is there a fuse? Display won't power up. Charge lights on battery still work.
If the battery is 17.5A then wouldn't it advisable to get a professional to look at it.It's The Current That Kills
Offhand it would seem that a shock of 10,000 volts would be more deadly than 100 volts. ... While any amount of current over 10 milliamps (0.01 amp) is capable of producing painful to severe shock, currents between 100 and 200 mA (0.1 to 0.2 amp) are lethal.
Source: Ohio State U.
Thanks for the advice. Filed in the round and deep pending tray.If the battery is 17.5A then wouldn't it advisable to get a professional to look at it.
If you can't tell the difference between a lock and a charging port, then perhaps you might want to consider your options.
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Amps vs. Volts
How many times have your heard that it’s not the volts that’ll kill you, but the amps? While mostly true (it takes only 100mA to stop your heart), amps and volts are eternally bound together by Ohm’s Law: V = IR In plain English: volts (V) equals current (I) times resistance (R). So, assuming...www.dribin.org
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I wish people wouldn't use fear-mongering when people have problems. Can you name one person that has ever been electrocuted from a 36v ebike battery? If not, why bring that into the discussion?If the battery is 17.5A then wouldn't it advisable to get a professional to look at it.
If you can't tell the difference between a lock and a charging port, then perhaps you might want to consider your options.
More reading
Amps vs. Volts
How many times have your heard that it’s not the volts that’ll kill you, but the amps? While mostly true (it takes only 100mA to stop your heart), amps and volts are eternally bound together by Ohm’s Law: V = IR In plain English: volts (V) equals current (I) times resistance (R). So, assuming...www.dribin.org
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I have no problem really, I do enjoy a bit of banter, there's always one or several on any forum who do snipe and pick though. I don't take it to heartwow I hope that my post wasn't taken that way. i don't know who you or anyone else is on this forum, nor do they know me or my back ground.
So sorry if it sounded like I may have said otherwise. But was merely reflecting on the just in case bit. As we all know there are often those that don't know (that often includes me) and if you don't at least point out any possible dangers no matter how small then often they return with a bigger issue later.
I expect there is a fuse in there somewhere, probably two, a small one for charging and a larger one for the output. If the unit will still charge, then the BMS is probably ok.Silly mistake I just made. Went to take the battery off, stuck my key in the charging socket. Oops, brief flash. What have I done, is there a fuse? Display won't power up. Charge lights on battery still work.
Thanks for that. I take it that this type of socket plug has two concentric circles. I have just checked mine and think that it is OK as the outside circle is well down from the central hole.
As for the key fitting the charge socket, it doesn't, but the key tip is pointed enough to touch the live pin and connect with the neg outer. Which is just possibly why it should be fused like those in the video. I presume, having thunk while on a walk, that a 5amp input charge socket would be best protected with a bit more than a 5amp fuse, maybe 10amps.
Onwards and upwards, two metres apart