Call/Text 866-266-5709

Who calls us about this

Three kinds of callers, three kinds of afternoon.

After the lightning. A homeowner in Interlachen or out on the sand ridge toward Florahome, where the land is open and the pines are tall, calls the evening after a storm. The strike was close enough to count, the lights flickered, and the air conditioner has not run since. The breaker is tripped. Sometimes it holds on reset; sometimes it trips again immediately.

After the outage. A Clay Electric member on a rural road, or an FPL customer in East Palatka, calls the morning after the power came back. The outage lasted a few hours. When the lights returned the air conditioner tried to start, hummed, and the breaker went. Nothing in the house is damaged except, apparently, the one thing that matters in July.

At four o’clock for no reason. A family in a 1970s block house in Newtown calls on an ordinary 92-degree afternoon. No storm, no outage. The breaker tripped once last week and held on reset. Today it tripped twice.

The three scenarios, and what is behind each

Scenario one: the strike

Lightning does not have to hit the house. A strike on the lines or the ground nearby induces a surge that travels into the outdoor unit’s control board, the contactor, the capacitor and the thermostat. The breaker trips because something downstream shorted. A surge can also damage a component without shorting it: a board that works but misreports, a capacitor weakened enough to fail the next hot week. The fix is replacing what the surge took, and the prevention is a surge protective device at the disconnect, which we recommend on every rural installation in this county.

Scenario two: the restart

When power returns after an outage, the compressor tries to start against the refrigerant pressure left in the system, often on voltage that is sagging as the whole grid comes back at once. A compressor with a healthy capacitor and a few minutes’ delay handles this. One with a weak capacitor, or a system without a start delay, draws locked-rotor current until the breaker gives up. Usually the capacitor is the casualty and the fix is quick. On an old compressor, a restart like that can be the last straw, and we tell you honestly if the readings say so.

Surge protector being installed at an outdoor disconnect near Interlachen
On open land where lightning finds the lines, a surge device at the disconnect is the cheapest part on the quote and the one that saves the board.

Scenario three: the slow decline

The four-o’clock trip is the one that costs the most to ignore. A compressor at the end of its life draws more current every summer, and on the hottest hour of the day, with the outdoor coil hot and perhaps dirty, it crosses the breaker’s limit. A weak capacitor, a corroded contactor, a grounded compressor winding or a refrigerant overcharge all produce the same symptom. The breaker is not failing; it is telling you the truth. Resetting it repeatedly cooks the compressor a little more each time.

Call before the next reset

Our process

We ask on the phone which of the three scenarios yours resembles, because it decides what the truck carries from Palm Coast. At the house, the technician starts at the panel: breaker condition, the wire gauge against the equipment’s rating, signs of heat. Then the disconnect and the outdoor unit: the capacitor is tested, the contactor inspected, the compressor’s windings checked for a ground, and running current measured against the nameplate on a hot afternoon. The indoor side is checked for a blower motor drawing high current or heat strips energizing when they should not. If the equipment tests clean and the breaker still trips, the breaker or the panel is the problem, and in some of Palatka’s older houses that is an electrician’s job we will coordinate.

What we guarantee

You get the cause, not a reset. You get the price before the part goes in. The repair is guaranteed, and satisfaction is guaranteed on the work. There is no after-hours charge for the storm that hits at nine on a Sunday. And if the readings say the compressor is finished, we say so with numbers for repair and for replacement, including the utility rebates a new high-efficiency system can earn: Clay Electric’s Energy Smart rebate for qualifying heat pumps at rural addresses, and FPL’s residential program in Palatka and East Palatka, which pays through contractors it has enrolled; where Cook’s stands on that enrollment is a question for Jerry. [[CONFIRM WITH JERRY]]

Breaker questions from Putnam County

The breaker tripped during the storm and held when I reset it. Am I done?

Probably, for now. A single trip during a lightning strike nearby is the breaker doing its job. If it trips again in the next few days without a storm, something was damaged, and the breaker is now protecting a failing part.

Why does the air conditioner trip after a Clay Electric outage but nothing else in the house does?

Because it is the biggest motor in the house. When power returns after an outage, every compressor on the line tries to start at the same instant against full pressure, often on low or unstable voltage. A healthy unit with a working capacitor survives it; a tired one trips the breaker or worse.

Can I just install a bigger breaker so it stops tripping?

No. The breaker is sized to the wire and the equipment’s rated maximum. A larger breaker lets a failing compressor draw more current for longer, which is how wiring and compressors burn. We will not do it and we will say why.

Is the panel itself ever the problem in an older house?

Yes. Breakers wear, and some older panels in Palatka’s 1960s and 1970s houses have breakers that trip below their rating or buses that have corroded. If the air conditioner tests clean and the breaker still trips, we tell you it is time for an electrician, and we will coordinate.

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