Tasty-LED T2-2100 Review

kmog33

Well-Known Member
It will work but it's not proper and not something I can say "Yea go for it" about. Proper would be using 240v rated cords. I supply 240v daisy cords with multiple lamps. A repeat customer could also ask for one.
No, if you run 110v gauge wire on 240v it will burn out, melt and/or cause an electrical fire.

Try plugging a 240v ballast into a 240v socket with a 110v cord. It's a little scary lol.
 

coughphee.connoiseur

Well-Known Member
Not at all trying to be fresh, excuse my ignorance as well but i have 240v rated cords, thats mainly all i have. But i just don't see how to daisy chain only using this cord because the female input for the lamp is 120v only it seems like.
 

Rahz

Well-Known Member
Wouldn't current rating be the issue?
It depends on what's being powered and wire gauge can vary independent of the voltage rating. A typical 18 gauge 120v cord will be able to handle 1200 watts. Using less than 1200 watts, the issue is the voltage rating if it's being used on a 240v hookup. Connector cables are cheap, be safe and get proper equipment if hooking up to a 240v source.
 

Merkin Donor

Well-Known Member
The only difference between these two cords is the color and the plug ends. The 240v cord will only have 120v on each conductor just like the 120v one.20160424_172616_resized.jpg
 

Rahz

Well-Known Member
The only difference between these two cords is the color and the plug ends.
The difference is the jacket. I know that cord manufacturers generally underrate by 50% for safety. That may be why you are seeing the 300v ratings in your link and why it's feasible to use 125 volt cables on a 240v power source. In theory it can work, but there's a reason they are rated the way they are at the end product level. My understanding is that over voltage doesn't heat the wire directly but causes the current to jump through the jacket which could cause a fire. Maybe @kmog33 can elaborate on what happened with his ballast.
 

Greengenes707

Well-Known Member
120v and 240v power cords are the same except for the plug. And that reason has nothing to do with the powercords...it's so you don't fry electronics only meant for one fixed voltage. Such as a fan or any voltage driven devices. The voltage rating of each wires insulation is usually 300v. Then you have the conduit insulation that holds all 3 together usually good for another 600v.

The cables in the powercords are all the same...simple wire. Then the plug is all that differs. Usually 18awg for standard electronics. 14-16 is common on ballast cords.

Many times 120v powercords come with thicker wire to handle the higher amperage associated with running 120v. 240v only has to handle half the voltage per leg so neither is ever handling more than 120v on any leg. But 120v forces all the amperage up one leg...while 240v gets split to each leg.
 

Merkin Donor

Well-Known Member
So there shouldn't be any issues using 120v cables in a 240v circuit as long as the wire gauge is adequate?
Correct, Greengenes did a much better job of explaining things than I did. So as long as the gauge matches the amp draw of the equipment you will be fine. . If you open up any number of things (mini-splits for example ) that operate on 240v volts you will see wire as small as 18awg that has 240v running through it but just at very low amperage. And like Greengenes said the main reason for different plug ends is so you don't let the smoke out of things. And I apologize because I was doing a piss poor job of explaining things.
 

SoOLED

Well-Known Member
I'm finishing up fabrication, drilled and tapped almost 800 holes in the last couple days and almost ready to start assembling a batch of 32 lamps, all 2100 series except for 8 T4-1750s. They'll start showing up Friday and will carry on into the first of next week at which point I will start another batch.

Makes me hopeful I will be able to focus exclusively on this job soon :) Tasty has become my priority and as long as they continue to sell I will keep producing larger batches and find new ways to expedite the process.
tapped almost 800 holes
 
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