Rocket Soul
Well-known member
Ok ill unlearn
Did you watch the video? This is not an electrician explaining how to fix a thing. It is an electrical engineer explaining why a circuit behaves a certain way and which design change is necessary.it is all nice, but first of all do not learn from youtube to make electricians work, it is not a game, you can pay hard price for it.
and usually source of the problems are different to each situation, you can maybe solve the problem with the resistor, but you did not find the actual source of it.
The efficiency of today’s LEDs allow any ‘trapped’ energy to power the lights. Long power cables act as a small capacitor, storing small amounts of energy. That small amount of energy will power certain LED lights under lights off conditions. LED’s don’t require much power to run…as i see, from the comments, none of you here told me the answer how the cables work as a capacitor, with how long distance from the nullpoint will able to generate the minimum amount of voltage that will ghostlight the leds constantly.
and as i told, solving the problem is not equal with correcting the source of error.
did you read the link i put here with kromagnons problem? error was the same but the solution was simply changing his old shit extension cord .. where is the polarity change in that situation?
It's AC. It changes polarity 50 times per second.Ask for quantitative measurements. It doesn't matter. Qualitative analysis is sufficient for the problem.where is the polarity change in that situation?
I did answer half of your question.okay thanks, but i did not ask this
how much is the difference ( i would like to see something in the measure i gave .. nF/km), and how long cables from nullpoint will generate it.
I’ll be honest with you, I can’t find the post so I have no idea what the problems they had.so it does not matter, if the timer breaks the N or the L.... you still did not read my link about kro magnons problem
Thank you BF. ACI controllers (2) one for each incoming 15amp line. Both on battery backups. The light is 400w California light works. Controller#1 runs exhaust fan and humidifier. Controller #2 runs LED and little heater in the tent. I also run a 500gpm pump every hour for 10 seconds. You're saying I need to power something else on Controller #2 that runs the LED. Meow. What is that going to be? Fans I guess.Howdy!
It sounds like the internal capacitance is letting the lights see some voltage when powered off.
There are a number of things that can cause this; powered wires too long, not enough load elsewhere on the circuit when lights off (the load ‘bleeds’ the voltage off), the LED could be wired weirdly on the internals…
A couple questions.
Does your LED have a dimmer?
Does your LED have an internal timer or are you connected to an external timer?
Are you connected LED to a surge protector and then surge protector to the wall?
If yes with surge protector, do you have anything else plugged into the surge protector?
Do you have any other load on the circuit?
Does your LED happen to be of questionable quality?
Yeow.. not meowThank you BF. ACI controllers (2) one for each incoming 15amp line. Both on battery backups. The light is 400w California light works. Controller#1 runs exhaust fan and humidifier. Controller #2 runs LED and little heater in the tent. I also run a 500gpm pump every hour for 10 seconds. You're saying I need to power something else on Controller #2 that runs the LED. Meow. What is that going to be? Fans I guess.
Hmmm… Doesn’t sound like an issue that would need more load.Thank you BF. ACI controllers (2) one for each incoming 15amp line. Both on battery backups. The light is 400w California light works. Controller#1 runs exhaust fan and humidifier. Controller #2 runs LED and little heater in the tent. I also run a 500gpm pump every hour for 10 seconds. You're saying I need to power something else on Controller #2 that runs the LED. Meow. What is that going to be? Fans I guess.
Thank you again BF and "Good lHmmm… Doesn’t sound like an issue that would need more load.
It could be a number of things. Controller #2 would be immediate suspect, but I’d still recommend checking everything else, too.
Time to bust out your multimeters to start finding the continuity issue.
I assume the battery backups have an inverter system? Possible the inverter has a capacitor issue.
Possible that the extension or surge protector is in poor shape.
Possible that the controller is malfunctioning.
The multimeter will tell you where the issue is.
What! What do you mean. Wired wrong? Please. Tell me more. I've tried every combination of with ups, without ups. Extra load.. the only thing that puts that 'afterglow' out is not being plugged into anything (thanks for the ideas BF).Your house is wired wrong. Lifting the ground pin will fix your issue, but I don’t recommend running lights that way.
Sounds like there is a borrowed leg somewhere, an improperly wires light that has two switches, or a ground/neutral issue somewhere.What! What do you mean. Wired wrong? Please. Tell me more. I've tried every combination of with ups, without ups. Extra load.. the only thing that puts that 'afterglow' out is not being plugged into anything (thanks for the ideas BF).