DBoone
Senior Member
- Location
- Mississippi
- Occupation
- General Contractor
Stopped by the library today and while I was there I thought I would check out their electrical books. I looked through "Popular Mechanics Home Wiring", "Black & Decker Basic Wiring", "Ortho All About Wiring Basics" to name a few.
I was particularly interested to read the sections pertaining to Grounding. It left me shaking my head. Phrases like:
"When a ground fault occurs, electricity is drained off through the water service and dissipates in the surrounding soil."
"The earth has a unique ability to absorb the electrons of electrical current. In the event of a short circuit or overload, any excess electricity will find its way along the grounding wire to the earth, where it becomes harmless."
"There should be a thick ground wire, usually bare copper but perhaps green or white insulated wire, attached to the neutral bus bar that leads out of the service panel. This is the main ground wire. It must lead deep into the ground in order to safely carry away any excess electricity."
And here is one more that isn't "grounding" related but just as ridiculous as the others I mentioned.
"Most lights use thin wires. If a light is protected by a breaker or fuse that is 20-amps or greater, it's wires can hear up dangerously before the breaker trips or the fuse blows. For this reason, lights are often put on seperate 15-amp circuits."
How does stuff like this get published...:blink:
I was particularly interested to read the sections pertaining to Grounding. It left me shaking my head. Phrases like:
"When a ground fault occurs, electricity is drained off through the water service and dissipates in the surrounding soil."
"The earth has a unique ability to absorb the electrons of electrical current. In the event of a short circuit or overload, any excess electricity will find its way along the grounding wire to the earth, where it becomes harmless."
"There should be a thick ground wire, usually bare copper but perhaps green or white insulated wire, attached to the neutral bus bar that leads out of the service panel. This is the main ground wire. It must lead deep into the ground in order to safely carry away any excess electricity."
And here is one more that isn't "grounding" related but just as ridiculous as the others I mentioned.
"Most lights use thin wires. If a light is protected by a breaker or fuse that is 20-amps or greater, it's wires can hear up dangerously before the breaker trips or the fuse blows. For this reason, lights are often put on seperate 15-amp circuits."
How does stuff like this get published...:blink: