here to help with any electrical problems

RetiredToker76

Well-Known Member
to me it sounds like you are way over rating everything
be specific and list what you plan on running
a 1000 watt hid with magnetic balast pulls around 9.5 amps on 120 and around 4.75 on 240
a 150 breaker on a 200 line, how far is the run?? thats probably overkill
it doesnt sound like with what you plan on running you need a 150 amp panel for your grow, but like i said give me the specifics
2 1000 watt HPS (I have no idea if their magnetic)
1 500 watt floro balast
1 200 watt CFL
(various UVB lamps -- haven't purchased yet)

1 1200 BTU indoor AC unit.

1 turbo cloner

3 - 5 air pumps
2 800 gph water pumps

1 24 watt CFL (ceiling light)

1 small CD stereo (positive vibe for the plants)

2 6" inline fans.

-RT76
 

ganjaboii024

Well-Known Member
2 1000 watt HPS (I have no idea if their magnetic)
1 500 watt floro balast
1 200 watt CFL
(various UVB lamps -- haven't purchased yet)

1 1200 BTU indoor AC unit.

1 turbo cloner

3 - 5 air pumps
2 800 gph water pumps

1 24 watt CFL (ceiling light)

1 small CD stereo (positive vibe for the plants)

2 6" inline fans.

-RT76
I don't know what the rt 76 is but you can run all that from a 240 volt 60 amp service and unless you are running a long way to the building you dont need to waste money sizeing the wire up for nothing

I'm out for the night
peace all, smoke it if you got it
 

wowzerz

Well-Known Member
Whats up, first off thanks for offering out your professional advice. Here is my situation, I recently ordered an inline bilge blower fan http://www.boatingsolutions.com/Seac...9720C1191.aspx to vent my grow, I was under the impression that you could use any cord as long as it is equal or lower amps and voltage, so the blower is 12v dc and box says 4.5 amps but on the fan itself says 4 amps. and the cord i used is Input: 120VAC 60Hz 14w Output 9v dc 800mA. "class 2 transformer"

there is only two wires on the plug and two on the fan, I hooked them up and it was blowing the wrong way at first, so I swapped the wires and then it blew the right way. Well I slept in my grow room last night just incase something went wrong, and sure enough after the fan had been running about 4 hours or so it stopped, LUCKILY I was awake and heard it shut off. I jumped up and pulled the plug out and that sucker was hot as fire. Like too hot to hold onto. I broke open the plug and its not melted inside or anything but has a really strong chemical/electrical smell. Where did I go wrong?
Thanks again.
wwzrz
 

wowzerz

Well-Known Member
yeah you read right, i had a guy tell me that I can wire it up with any cord (ie phone charger et) as long as the charger has a lower voltage and amps, was i told wrong?
 

ganjaboii024

Well-Known Member
Whats up, first off thanks for offering out your professional advice. Here is my situation, I recently ordered an inline bilge blower fan http://www.boatingsolutions.com/Seac...9720C1191.aspx to vent my grow, I was under the impression that you could use any cord as long as it is equal or lower amps and voltage, so the blower is 12v dc and box says 4.5 amps but on the fan itself says 4 amps. and the cord i used is Input: 120VAC 60Hz 14w Output 9v dc 800mA. "class 2 transformer"

there is only two wires on the plug and two on the fan, I hooked them up and it was blowing the wrong way at first, so I swapped the wires and then it blew the right way. Well I slept in my grow room last night just incase something went wrong, and sure enough after the fan had been running about 4 hours or so it stopped, LUCKILY I was awake and heard it shut off. I jumped up and pulled the plug out and that sucker was hot as fire. Like too hot to hold onto. I broke open the plug and its not melted inside or anything but has a really strong chemical/electrical smell. Where did I go wrong?
Thanks again.
wwzrz
your fan is rated for 12 volts 4 amps, thats 48 watts of power, your transformer could only supply 14 watts. its as simple as that
you could run that off a transformer just make sure it can handle around 50 watts of power, if you run it at 9 volts its just going to be slower
 

wowzerz

Well-Known Member
your fan is rated for 12 volts 4 amps, thats 48 watts of power, your transformer could only supply 14 watts. its as simple as that
you could run that off a transformer just make sure it can handle around 50 watts of power, if you run it at 9 volts its just going to be slower
Thank you for your reply. Yeah I assumed it would be slower on the 9v plug, but is this also the cause of it shutting off and the plug getting hot?(like REALLY hot)
 

Delusional

Well-Known Member
thought I would stop back for an update, got the lights in and everything works fine. I'm sure after the pumps and whatnot are hooked up I should have no issues. Thanks again! Take it easy.



 

thinkhigh

Well-Known Member
your main panel feeds the pool panel, and that goes to your outdoor building
give me some more info,
what size breaker is your pool panel hooked up to on your main panel? the 2 pole 20 amp breaker going to your pool pump, is that the only other breaker besides the one going to your grow buliding?
if you want 240 in your grow buliding you will need to run a 2 pole breaker from your pool panel (only if it can handle the load, or you have to use your main panel) connected to a 3 wire cable that goes to a 240 sub panel in your grow buliding.
if you can take pics of the panels that would be great as well
It looks like the breaker in main panel is a dual 30amp (that runs to the pool)
The pool panel has only 2 breakers in it. The double 20 amp and the single 20 amp (for the grow room)

!cid__0406091503a.jpg

!cid__0406091503b.jpg
These are those two breakers in the pool panel.

The single breaker runs to this panel inside my grow house. It's 2 20amp single poles.

!cid__0406091505.jpg
If you need any other info just let me know. Thanks again.:bigjoint:
 

ganjaboii024

Well-Known Member
Thank you for your reply. Yeah I assumed it would be slower on the 9v plug, but is this also the cause of it shutting off and the plug getting hot?(like REALLY hot)
it got hot cause you where asking for 6 times more power then the transformer could supply, you need to use a supply that is rated for the amount of power you are using
 

ganjaboii024

Well-Known Member
It looks like the breaker in main panel is a dual 30amp (that runs to the pool)
The pool panel has only 2 breakers in it. The double 20 amp and the single 20 amp (for the grow room)

View attachment 379525

View attachment 379526
These are those two breakers in the pool panel.

The single breaker runs to this panel inside my grow house. It's 2 20amp single poles.

View attachment 379535
If you need any other info just let me know. Thanks again.:bigjoint:
so you have a 240 volt 30 amp service going to your pool and a 120 volt 20 amp curently to your back building, if you where to extend the 30 amp service from the pool panel to the back building you would be able to install a new 240 volt sub panel on a 30 amp double pole breaker from the pool panel, however!, the pool breaker itself would have to be shut off or the breaker suplying the pool panel will trip
if you wanted to run both at the same time id say upgrade your pool panel to a 50-60 amp sub panel, pop in a double pole 50-60 amp breaker on your main, run new wire to the pool panel, install a 30 amp double pole in the pool panel that feeds your back building and install a 30 amp panel there (you should be able to salvage your curent pool panel, the feeder wire, and the breaker to use for your grow building seeing as they are 30 amp)

hope that helps
 

thinkhigh

Well-Known Member
so you have a 240 volt 30 amp service going to your pool and a 120 volt 20 amp curently to your back building, if you where to extend the 30 amp service from the pool panel to the back building you would be able to install a new 240 volt sub panel on a 30 amp double pole breaker from the pool panel, however!, the pool breaker itself would have to be shut off or the breaker suplying the pool panel will trip
if you wanted to run both at the same time id say upgrade your pool panel to a 50-60 amp sub panel, pop in a double pole 50-60 amp breaker on your main, run new wire to the pool panel, install a 30 amp double pole in the pool panel that feeds your back building and install a 30 amp panel there (you should be able to salvage your curent pool panel, the feeder wire, and the breaker to use for your grow building seeing as they are 30 amp)

hope that helps
The main panel is 30 amp but once it gets to the pool panel it 20 amps. Does that matter? Could I run 240V at 20 amps to the grow room without changing anything else?kiss-ass
 

wowzerz

Well-Known Member
it got hot cause you where asking for 6 times more power then the transformer could supply, you need to use a supply that is rated for the amount of power you are using
Thanks for the help bro, its appritiated. Now I just gotta find the right plug for this sucker!
 

Jtoth3ustin

Well-Known Member
how can you find out how many watts your breaker is. im running 1650W +plus my Tv's.etc.. i dont whanna blow no shit up. can anyone helpe out... the main poster said 1440W should be your limit... Pe@ce..
 

ganjaboii024

Well-Known Member
The main panel is 30 amp but once it gets to the pool panel it 20 amps. Does that matter? Could I run 240V at 20 amps to the grow room without changing anything else?kiss-ass
for your setup you should have a 240 volt 30 amp panel for your grow, that panel should be on a 30 amp double pole breaker on your pool panel [replace the current panel for a 50 or 60 amp sub panel so it can handle your grow and pool pump] and run 50 or 60 amp wire from your main panel inside to your new pool panel, also switch out the breaker inside for a 50 or 60 amp double pole
if you can find a 50 amp thats all you need but 60 amp is more available
 

ganjaboii024

Well-Known Member
how can you find out how many watts your breaker is. im running 1650W +plus my Tv's.etc.. i dont whanna blow no shit up. can anyone helpe out... the main poster said 1440W should be your limit... Pe@ce..
for a single pole breaker its 120 volts multiplied by the number of amps its rated for, that gives you watts so a 120 volt breaker at 15 amps handles 1800 watts, HOWEVER 80% is the recommended load which is 1440 watts and some breakers trip after this amount
 
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