So I have some EL questions...
I orderd tape from this company light tape, they sent me EL tape coated in this clear plastic stuff, it's kinda thick. I think they said this is to keep it from being exposed to moisture. For the film, it looks like they didn't use it.
Can I strip off this clear coating somehow? Do I want to in order for it to bend correctly?
They also supplied connectors that hook up to the inverter, they're doo-dads that connect to the bottom of the EL tape, it looks like two leads for each side of the tape. (The tape is 1/2 inch thick and has a grey line down the back.
So my question is... can I cut this in any length and just run wires to the inverter in parallel and it will work?
If I don't have enough supplied connectors, can I just solder a wire to the bottom of the tape? (The clear coating would have to be removed to allow access)
If the inverter they sent me says DC 12v in, does that mean I HAVE to power it with a 12v battery? Anyone have any suggestions for this?
If I'm not going to use their inverter, can I buy a different one? Is there anything special about their tape/inverter or should it all be pretty standard?
What's an equation I can use to figure out how much juice I need to power Xunits square of this stuff for x time?
Thanks much for your help you guys
I would not remove it. In places where the that clear protective tape has accidentally "come up" while trying to remove the he-man adhesive from the Velcro, I damaged it by having the protective tape lift off the lighted tape. You can see it when it turns on.
Did you buy the serial kind? I'm assuming you did, and both those connectors go on opposite sides of that parallel grey line on the BACK of the tape. If this is the case, yes, you cut to length and parallel it with the inverter. They provide special tape to seal off the ends you cut.
I did not try soldering to them. In fear of damaging the tape, I purchased more connectors since removing the tape clearly damaged the area I tried to remove.
No, it can handle a range, but it won't be as bright. I'd try to get to 12V as close as possible.
You can use a different inverter as long as the output is 260VAC @ 800Hz. After talking to one of their production guys, it sounds like you can deviate a little. I wouldn't go much more +/-20VAC or 100Hz difference (lower is safer). Basically the more voltage, the more the phosphor is "activated." The higher the frequency, the more those phosphors are excited. Too high in both will cause damage and shorten the life span of the tape. You'll have to size it properly to handle the amount of current you'll be using (amount of tape).
It's roughly 3mA per square inch, although in testing I found it to be a little less.
(total battery capacity in mAh) / (total current consumption in mAh) = (time in hours)
If you need to convert from miliamps to amps or vice versa, multiply by 1000 or divide. To convert final time into minutes, multiply by 60.