Divide 20A by the Amps listed on the label of each fixture ballast. A T8 bulb will use an electronic ballast. They generally run 1A for four 4 foot bulbs. Try 15 four bulb fixtures per circuit and use a 20A rated switch.
Only if the ballast is a multi tap ballast.:Even if you could install a 120V ballast, or tap it to 120V with the existing one, Current may become an issue. To run the 400W light (sodium?) Now instead of the .833 amp range it's more like 3.33 amps. Supply wiring would have to be able to handle that. Those types of lights are often on long runs to building and grounds lights, parking lots, etc. Using 480 saves a lot on wiring costs.
No, a 13 amp plug is designed for higher power devices like appliances and electronics. A 6 unit of 6 volt bulb typically requires much less power and would be better suited for a lower amp plug or a transformer.
The AMP was created in 2003.
There are 2 sides to each controller, one is the positive side and the other is the negative side. A current is sent through that to produce the shock. I think there is proberbly a transformer in there which steps up the voltage from the small one that the batteries produce to a higher voltage which is the shock. However I think the transformer would step down the amps so that it is a safe shock.
A shock pen contains a voltage transformer that activates when the pen is clicked, emitting a jolt of energy sometimes up to 756 volts. These are not intended for children or people with electronic devices in their body, with heart problems or epilepsy.
Yes, if that is all that is on the circuit.
if enough is passed through the body amps can kill anyone
maybe depending on the amp's because amp's is how powerful the current is.
I have the same problem with my amp. When the amp gets warn out it overheats quicker than when it was new, so there is a safety built into the amp that will kill the speakers so you don't damage them. At this point you should have some repair on your amp, or buy a new one.
A 1n4007 is a diode and not a transistor, the 4007 don't really represent anything, the 1n4007 is a axial lead standard recovery rectifier, working peak reverse voltage = 1000V, the forward current for this device = 1 Amp. More data about it can be find in the data sheet.
The way you calculate this is by looking at the amperage marked on the ballast of the fixture. Different size fixtures have different size ballasts. A 15 amp circuit is allowed to be loaded to 80%. 80% of 15 is 12amps. Now all you have to do is divide the ballast current into 12 amps and you have the total number of fixtures that you can added to the circuit.
you could possibly kill your amp. because the subs are asking for a certain amount of power and your amp cant give the power. but typically the amp will push all its power avalible to the sub and you should be fine. but for the optimum sound system the amp rms should be the same or close to the sub rms.
Divide 20A by the Amps listed on the label of each fixture ballast. A T8 bulb will use an electronic ballast. They generally run 1A for four 4 foot bulbs. Try 15 four bulb fixtures per circuit and use a 20A rated switch.
Only if the ballast is a multi tap ballast.:Even if you could install a 120V ballast, or tap it to 120V with the existing one, Current may become an issue. To run the 400W light (sodium?) Now instead of the .833 amp range it's more like 3.33 amps. Supply wiring would have to be able to handle that. Those types of lights are often on long runs to building and grounds lights, parking lots, etc. Using 480 saves a lot on wiring costs.
you take the tip of the chord and chew it till you get shocked, then you put it on your sister and kill her
It is in the Main Fuse box. That's the one behind the battery (but not the one on the battery) on the right side of the car on top of the shock tower. There are two 50-Amp fuses in it. It is the one at the bottom of the U-shaped box.