Plumbers in Athens, Texas

What the meter is actually doing

A smart meter measures the same thing the old one did. The difference is that it records the total every hour or so and sends it in, which turns a single number read every other month into a curve.

That curve is what makes leaks visible. A household's normal pattern has gaps in it: nothing between midnight and six, peaks in the morning and evening. A leak fills the gaps, and an alert is usually generated when the flow never returns to zero over some set period.

So the alert is not detecting a leak. It is detecting water that never stops, which is a very good proxy and an imperfect one. Most utilities publish the curve in an online portal, and the portal is more useful than the alert, because it shows you when the flow started and roughly how big it is.

What to do when one arrives

Before calling anyone, twenty minutes of checking will usually identify it.

Look at the portal, not just the alert. Find when the continuous flow began. A start time that coincides with an irrigation schedule, a new appliance, guests arriving or a hot tub being filled explains most alerts on its own.

Dye test the toilets. Colour in the tank, wait, look in the bowl without flushing. Toilets are the leading cause of continuous flow and produce no noise, no damp and no visible clue.

Shut the irrigation off at its valve, not the controller. Then watch whether the flow stops on the portal over the next few hours.

Close the house valve and watch the meter. If the dial still moves with the house isolated, the leak is between the meter and the building, which is a different job from anything indoors.

The genuine false alarms come from a small set: a water softener regenerating on a timer, a humidifier, a reverse osmosis unit, a recirculation pump on a timer misread as continuous flow, and a pond or pool autofill doing exactly what it was fitted to do. None of those are faults; all of them are worth knowing about before you go looking for a burst pipe.

What the alert will not catch

Intermittent leaks are the blind spot. A fitting that weeps only when the pressure rises at night, or a toilet that passes water for ten minutes an hour, does not produce continuous flow and may never generate an alert while still wasting a real volume.

Anything downstream of the meter but outside the alerting logic is also invisible: a leak on a line to a barn that only runs when the barn valve is open, for example.

And the meter says nothing about where the water went. A slab leak and a running toilet look identical on a portal graph. What tells them apart is the isolation sequence, and that is what a visit does that a graph cannot.

The other side of this is worth saying: the alerts are also the best evidence you will ever have for a leak adjustment on a bill. A portal graph showing the exact hour flow started and the exact hour it stopped after a repair is a far stronger case than a description, so screenshot it before it ages out of the portal.

How we work with these

Send us the graph when you book. Knowing the start time and the approximate rate often tells us what to bring, and it sometimes tells us the answer before we arrive: a flat continuous line at a low rate is usually a toilet, while a stepped pattern that repeats at the same time each night is almost always irrigation or an appliance cycling.

On site we work the isolation sequence rather than guessing, and we repair what the sequence finds. If the whole thing turns out to be a softener doing its job, you get told that and charged for a short visit rather than for a discovery.

We serve Athens, Malakoff, Gun Barrel City, Chandler and the surrounding Henderson County communities.