Not electrocuted

Earlier I posted some dumb questions about installing a new doorbell (have hated forever the cheapo that was there when I bought the place). Finally got a friend to press the doorbell while I threw successive breakers. After isolating the right one, I boldly went where this klutz has never gone before, and installed a handsome new doorbell!!! How sweet it is! I could stand out there all day and push the lighted button.

Reply to
Higgs Boson
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Congrats! I still remember the feeling I had when I first replaced a breaker. It sent a piss-shiver down my spine. :-)

Hank

Reply to
Hustlin' Hank

Uh, the 12 volts on a doorbell circuit wouldn't electrocute anything.

Reply to
HeyBub

Yes, low-voltage...that why it's used where you might stand in a puddle and press it, Homer! ; )

Reply to
Bob Villa

We had every confidence in you. You serve as an example for people less skilled. Thank you for writing.

Reply to
Stormin Mormon

That brings back memories of sanding some contacts in a panel box. Working by flash light, while a friend held the

100 amp feed breaker aside so I could work. Talk about trusting someone.
Reply to
Stormin Mormon
16 VAC, typically, and shhh.... let him revel in success.
Reply to
Stormin Mormon

Mmmm... burgers!

Reply to
Stormin Mormon

It's "supposed" to be 16V, although I've measured 18V. A short can destroy the transformer.

Reply to
Gary H

Some are even as high as 24V AC

Reply to
hrhofmann

Even a 'stuck' door push can cause transformer burn out! We have a relative, who mentioned that their door chime "Had been buzzing for while but had now stopped"! Could I have look? Found: a) Transformer open, can't remember if it was primary or secondary. Zero output. b) Door bell push, exposed to weather, jammed in, making contact all the time. c) Can't recall exactly what, but also seem to recall something wrong with the chime. Fortunately had used parts; therefore no cost!

Reply to
terry

re: "Fortunately had used parts; therefore no cost! "

For years my two-tone doorbell went BONK! instead of diiiiiing - dooooong.

The solenoid was supposed to fire up for diiiiiing and then down for dooooong.

It only fired up, so there was no chance of a dooooong.

The rubber grommets that the upper bar was supposed to float on were shot, so the bar wouldn't vibrate.

When you pushed the button the solenoid would hit the upper bar and just go BONK.

At some point I was bored and fixed it with some lube and a homemade grommet. No cost and about a 1/2 hour's work.

Reply to
DerbyDad03

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