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How to series wire yr lights

duggy

Member
Wait a minute! I mean parallel--not series. I wanna wire up parallel, don't I? :redface: I fixed edited the thread title, but i don't know if it'll take in the listing.

sorry. just properly read the link up top.

duggy :smoker:
 
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The Dopest

[THC] True Hippie Coonass
Veteran
yeah i think parallel is the way to go. make sure to polarize each connection. the lamp cord should have one wire serrated, striped or marked in some way. be sure to combine all commons and hots separately then add your plug.

gl peace
 

duggy

Member
right o! there's printing on one wire. that's the only difference i can see on the actual wire. otherwise, i'll follow the cord up from the ballast and make sure that all right sides are attached to the same side, etc.

okay. i'm gonna do it.

duggy :smoker:
 

duggy

Member
okay, here are the three ballasts mounted on a board.



I'm gonna wire em up parellel style so that i only need to plug this box in once. . .

duggy :smoker:
 
G

Guest

Nice job man,the reason you want your loads in parallel not series is because in a series circuit if one light goes out they all wont work,in a parallel circuit the other lights will work if one fails
 

SuperSnail

New member
SKELETOR said:
Nice job man,the reason you want your loads in parallel not series is because in a series circuit if one light goes out they all wont work,in a parallel circuit the other lights will work if one fails

True, but I don't beleive a series circuit would even work witl CFLs or HIDs. Not because it's an all or nothing deal, but because each lamps balast (in this case) would potentially only get about 1/3 of the voltage it requires.

 
G

Guest

Thats right and a good point bro,a good way to considre it is in a parallel circuit you drop of amperage on the loads whereas in a series circuit you drop off voltage on each load.In a series circuit say 120V with 12 loads,you will drop 10V on each load.The last load would only read 10V,the second to last 20V etc. etc.DEIT I remember this one lol," In a parallel circuit the total amperage equals the sum of the amp[erage of each individual load,in a series circuit the total voltage equals the sum of the voltage of each load" or some such nonsense lol
 
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