Brother Numsi
Well-Known Member
Catt " Maybe I can tape it to my chains instead of my lights? "
I'd tape it to my handcuffs LOL. Seriously, the only thing about watts is the heat. Each bulb should have an amperage draw rating. As long as you do not exceed 20 amps on each 20 amp circuit you should be OK.
1 Find the amperage draw of a 100-watt lightbulb supplied by a household voltage of 120 volts. Use the formula above of i = w /v, where 100 watts / 120 volts is equal to .83 amperes.
2 Use the same formula, but this time use the specifications from a kitchen stove. The oven and stove when all the elements are on will use 12,000 watts of power with 220 volts supplied from the circuitbreaker panel. The formula will read i = 12.000 / 220. The amperage draw for the stove will be 54.5 amperes.
Does that make sense? You have to know what's on each circuit. I plan on using some big mamajammas with reflectors. My problems will come from climate control...I think.
I'd tape it to my handcuffs LOL. Seriously, the only thing about watts is the heat. Each bulb should have an amperage draw rating. As long as you do not exceed 20 amps on each 20 amp circuit you should be OK.
1 Find the amperage draw of a 100-watt lightbulb supplied by a household voltage of 120 volts. Use the formula above of i = w /v, where 100 watts / 120 volts is equal to .83 amperes.
2 Use the same formula, but this time use the specifications from a kitchen stove. The oven and stove when all the elements are on will use 12,000 watts of power with 220 volts supplied from the circuitbreaker panel. The formula will read i = 12.000 / 220. The amperage draw for the stove will be 54.5 amperes.
Does that make sense? You have to know what's on each circuit. I plan on using some big mamajammas with reflectors. My problems will come from climate control...I think.