If you’ve heard it once, you’ve
heard it a million times: Most trouble is a whole lot easier (and less
expensive) to prevent than it is to cope with it after it hits you square in
the face. And that old adage applies to burst water pipes more than it does to
almost any other home catastrophe. This handful of simple strategies will help
you keep those conduits intact when the temperature plummets:
Insulate exposed pipes — especially
those in unheated areas of your home, like the attic, crawl space, or garage.
In moderately cold climates, inexpensive foam pipe insulation should do the
trick. But if you live where winter is serious business, opt for
thermostatically controlled heat tape (available at plumbing-supply stores). It
doesn’t come cheap, but patching up water damage will cost you a whole lot
more.
Open your cabinet doors.
Kitchen and bathroom pipes can freeze in a hurry if, as is often the case, they
abut exterior walls. By opening up the cabinet doors under your sink and
bathroom vanity, you’ll keep those danger zones warmer.
Keep your faucets open.
Contrary to what you may have heard, letting faucets drip is not a slam-dunk
solution (in really frigid weather, even a roaring river will freeze). But it
is true that letting the water flow very lightly will relieve the pressure
inside the pipes and may prevent them from freezing — but if you live in a place
with Arctic-like weather, all bets are off.
Leave the heat up.
Don’t try to pinch pennies by lowering the temperature when you go out or
(worse) turning off the heat in unused rooms. In cold weather, turning the
thermostat down much below the upper 50s can be a recipe for disaster. And if
you know that an unused room or closet has water pipes traveling through it, go
one step further, and leave the door open so that heat can circulate from the
rest of the house.
Turn the water off.
Whenever you leave home for more than a day — or even overnight during a wicked
cold snap — shut off the water at the main valve. Then turn on all of your
faucets, and let them flow until they stop. Even if any water remaining in the
pipes freezes, it won’t expand enough to cause a rupture.
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