Because the filament in the bulb has enough resistance (opposition to current flow) that there's not enough current flow to trip the breaker. The bulb behaves the same way whether it's at the panel or on the ceiling.When you take a hot conductor and make connect with neutral bar, there is a fault short-circuit. Why is it possible to connect a light bulb in between the hot conductor and neutral bar, there is no fault?
Because the filament in the bulb has enough resistance (opposition to current flow) that there's not enough current flow to trip the breaker. The bulb behaves the same way whether it's at the panel or on the ceiling.
What you're describing is how a normal load behaves. The amount of current is enough to make the filament glow. Add enough bulbs in parallel (again, normal wiring), and the current will be enough to trip the breaker.
When you take a hot conductor and make connect with neutral bar, there is a fault short-circuit. Why is it possible to connect a light bulb in between the hot conductor and neutral bar, there is no fault?
Google says this is a bulb lamp.
Well it must be true if Google says it.:roll: Hey you want to call them bulbs knock yourself out.:grin:
We can also call a panelboard a fuse box, the ungrounded a hot, a receptacle a plug and on and on.
In regards to an electric lamp, bulb refers to the shape.
Hey... you started it.
Google also says these are lamp bulbs: : )
Smart $ is technically correct. The lamp bulb (or "bulb") was known as the chamber in which the filament for an incandescent electric lamp was placed.Bulb lamp is appropriate.
Lamp bulb is not.
Well have you seen this lightbulb http://news.zdnet.com/2422-13748_22-192842.html
Just think lighting will be easy to install and replacing a bulb would be less labor for us electricians .