Red Tag this one!!! The water in the meter might provide enough mechanical resistance to slow down the meter disk.

What scares me is the kids bicycle right there. Yikes. This is all too common with siding crews. Scares the hell out of me when I see them removing a hot meter socket with a flat bar. All it takes is a long nail or screw to land the right way in there and kaboom!

Thats a great pic, water in the meter . The stupidity of people never ceases to amaze me.

The built-in “disk level” checker is great. Let's see those solid-state meter designers top that!






[This message has been edited by Bjarney (edited 11-08-2003).]

At what water level would the meter short out?

lovely Richard , gotta vote this one the a 9.5 on the rectal pucker scale, i guess the only way to achieve a full 10 would be to roll up and see the kids using it for monkey bars??

Wish I could have said that now I have seen it all .. but I know that would be fiction. Off the top I would have to say that our homeowner must have been into the utility company's service wires somewhere along the line when the addition was created. Do they allow compression fittings on utility portions of the services? I am only familiar with threaded in our area. ERFERTT

codeenforcementguy

Yes compression fittings are allowed by the NEC, although you may have local amendments that say otherwise.

I am surprised not to see the water boiling, as any time I have seen live equipment submerged it was boiling.

Just a thought...assuming that is rainwater, it would be mineral free (relatively) or "deionized", so might not carry current...wouldn't wanna test that theory, though.

In the top picture it appears the meter is leaning forward about 45 degrees. The water is probably not back to the power connection.

Hazemat: All water conducts electricity, even pure water. The conductivity of water is caused by ions that are present in the water. Pure water has a ph of 7 which means that it has an H+ ion concentration of 1x10exp-7. It will conduct electricity. Rain water has a PH of approx 5, which means it has an H+ ion concentration of 1x10exp-5. This is one hundred times higher than pure water. Thus it will conduct electricity that much better than pure water. The difference in PH is caused by the rain drop absorbing CO2 as it fallls through the air and this causes the rainwater to turn into a week form of carbonic acid. In addition, other contaminents are present in rain water, each rain drop is formed around a dust particle which will have other ions on it. In addition to this as the rain water enters the meter base, it will absorb iron from the corroding portions of the meter base, this will be indicated by the water not being clear in color. Iron oxides contain ions, and ths increase condutivity

Incidentaly are service enterance conductors allowed to be laid directally on roofing shingles

I can imagine the POCO being unhappy with one of their meters getting ruined with the water in it. maybe not, the linemen may just swap it out and toss the bad one in the back of their truck, and someone at a maintenance shop throws it out rather than bother with it. What do meters like that cost, remembering that a POCO buys huge quantities?

I wouldn't want it on the shingles, if there ever were a short circuit the wires would get hot and ignite the asphalt shingles. Actually, I like what my father had done when he built the house; underground lines to the meter on the basement wall, then immediately to a pair of big fuses in the "service equipment". No cable running down the side of the house getting hot if a short happens.