Pick one and we will keep it short. Three taps and you are done.
We run calls seven days a week, and we answer the phone around the clock.
Last step. We will call you back to confirm the window.
An emergency deserves a person, not a web form sitting in an inbox. Call the shop and we pick up.
No heat, no water, an active leak, or a backed up main. These move to the front of the line, day or night, weekend or holiday.
Your request is in and somebody will call you back to confirm a window. Here is what we have:
A seasonal visit is worth having, and we are still not going to tell you it adds years to your furnace. Nobody has measured that. What is documented is a short list of things a technician can find in April or October, and that list is the honest reason to book one.
Here is the pattern every year. The first genuinely hot week lands and every marginal air conditioner in the county quits inside about four days. January does the same to heating. Whoever is already on a schedule gets seen first. That is queueing, not engineering.
The better question is what a technician can find before the season starts. Some of it is documented. Much of what gets sold alongside it is not.
Nearly every maintenance page in this trade promises your equipment will last longer, and some put a number on it. We went looking for the research. There is none. DOE does assert, in its own voice, that 'periodic maintenance can extend the life of your heating system and minimize efficiency loss', and EPA says much the same about air conditioners. Neither cites a study, and no source anywhere puts a figure on the years it buys you. So 'adds five to ten years' was invented by whoever typed it.
Same with the bill. We will not quote a percentage off your energy cost for a tune-up, because no agency publishes one. The only savings figure we found attached to a named task belongs to the filter, and that is the job you do yourself.
EPA's ENERGY STAR Heating and Cooling Guide does what the sales pitch does not. Rather than promise a lifespan, it ties named tasks to named consequences. It is dated 2009, so read it as settled guidance rather than news. One line is worth quoting exactly: 'Dirt and neglect are the top causes of heating and cooling system inefficiency and failure.'
Copeland's framing is the part worth carrying home. A compressor that died electrically usually died of something mechanical first: oil dilution, liquid floodback, overheating on a low charge. Replace it without finding the cause and you buy the failure twice.
This finding changed how we talk about the autumn visit. In a staff draft advance notice of proposed rulemaking dated 31 July 2019, Consumer Product Safety Commission staff reported that 'the majority of the CO incidents occurred from appliances that were reported to be 15 years old or less at the time of the incident, and the average age of appliances involved in CO incidents was 9.6 years.' Staff add that these were modern appliances carrying the latest safety devices, and that those devices were not capable of protecting against the exposure. Read that twice if your furnace is eight years old.
The same analysis separates how CO gets made from how it gets into the house, and the second list is where the cases sat. Across 83 cases, disconnected or breached vents, chimneys or heat exchangers were the most cited primary failure mode at 19.3 percent, 16 of the 83. Blocked vents and chimneys followed at 18.1 percent. Together, 31 of 83 cases, about 37 percent. So the flue earns as much attention as the furnace body, which is not how most checklists are built. CPSC also gives you a sign you can see: leakage through cracks can leave black stains on the outside of the chimney.
| Checked | Documented reason | Source |
|---|---|---|
| Flue and vent, gas heat | Breached or blocked venting was the most frequently cited CO pathway, 31 of 83 cases | CPSC staff draft ANPR, 31 July 2019 |
| Burner, flame and combustion | Improper burner operation from a dirty burner or a cracked heat exchanger operates less safely and less efficiently | ENERGY STAR Heating and Cooling Guide |
| Refrigerant charge, measured not topped up | Too much or too little can damage the compressor and shorten equipment life | ENERGY STAR Heating and Cooling Guide |
| Condenser and evaporator coil | A dirty coil makes the system run longer and shortens equipment life | ENERGY STAR Heating and Cooling Guide |
| Electrical connections and amp draw | Faulty connections can cause unsafe operation and reduce the life of major components | ENERGY STAR Heating and Cooling Guide |
| Lubrication of moving parts | Lack of lubrication wears equipment out faster | ENERGY STAR Heating and Cooling Guide |
| Condensate drain, float switch and attic pan | Virginia requires a secondary pan or overflow protection under an attic coil, 1.5 inches deep and 3 inches larger than the coil each way | Virginia Residential Code M1411.3.1 |
| Filter condition | A clogged filter restricts airflow, cutting the unit's ability to cool | DOE Energy Saver 101: Home Cooling |
| Flue sizing and condition after any appliance swap | Required on replacement of a fuel-burning appliance, and certified in writing where the county does not inspect it | USBC Section 113.3.1 |
Two federal agencies word this differently and you should see both. ENERGY STAR says check the filter every month, especially in winter and summer, and change it if dirty or at least every three months. DOE says clean or replace filters monthly or as recommended. The widely copied 'every one to three months' is nobody's official wording. DOE does attach a number, the only savings figure on this page: routinely replacing or cleaning air filters can lower an air conditioner's energy consumption by 5 to 15 percent. Note whose job that is. ENERGY STAR's own checklist says a contractor can show you how to do some of this yourself.
A gas water heater sits in the same room and rarely gets opened until it leaks. The mechanism decides whether maintenance helps. InterNACHI's course material explains that the tank holds a constant supply of fresh, oxygen-rich water, so steel wants to corrode and a sacrificial anode rod is immersed to be attacked instead. Once the anode is gone the tank corrodes, and failure arrives as rust at the bottom and a wet floor.
The schedule we work from is a manufacturer's. Bradford White, reproduced in InterNACHI's course document, asks for the burner and flame colour checked every six months, the TPR valve checked once a year, the vent system inspected at least once a year, and the anode inspected every two years and replaced when necessary. One honest wrinkle. Bradford White's documented draining instruction is a gallon drawn off monthly, not the annual full flush the trade sells. Rheem recommends annual flushing and puts the anode interval at three to four years. Two manufacturers, two schedules, no code behind either. InterNACHI goes further and calls it debatable whether replacing an anode is worth the cost, since the unit is easy to damage during the swap and some warranties can be voided. Water heater repair and installation covers replacement.
If a fuel-burning appliance gets replaced in your house, USBC Section 113.3.1 requires an inspection confirming the connected vent or chimney is sized per the IRC and is 'clean, free of any obstruction or blockages, defects, or deterioration, and are in operable condition.' Where the building department does not inspect it, whoever did the work must certify to the building official that both are true. That is the step a cheap swap skips, and it is a Virginia amendment rather than base model code.
Permits, since people ask. A tune-up is not permitted work. A replacement is. USBC Section 108.1 pulls in any alteration of a mechanical or fuel supply system, and the ordinary repairs exemption in 108.2 only covers appliances not fuelled by gas or oil. In Prince William County inspections are booked by 3 p.m. the working day before.
The 50 percent rule, where repairs costing more than half the price of a new unit mean replacement, has no authority behind it. We looked. Not a code, not a standard, not a government publication, not an insurance study. It lives in contractor marketing and in an article by Rheem, a manufacturer. ENERGY STAR does publish age triggers, over 10 years for a heat pump or air conditioner and over 15 for a furnace or boiler, but read what they are: conditions for considering replacement, listed beside rising repair frequency and rooms that will not hold temperature. When something does fail, AC repair and installation and furnace repair and installation lay out the decision, and heat pumps covers the box that does both.
Two visits a year, cooling in spring and heating in autumn. That cadence is ENERGY STAR's, and its stated reason is contractor availability rather than anything mechanical, so we will not pretend April is kinder to a condenser than July. We book them so you do not have to remember. Priority in the weeks the phone does not stop. A written record of what we measured, so a reading that has drifted for three years is visible before it strands you. No long-term agreement. This runs month to month and 30 days notice ends it. We will not tell you what your warranty requires either, because we have not read your paperwork. Keep the records whoever does the work.
Office hours are 7 to 5 and a real person picks up. After hours the calls go to Jon himself, which is why we say plainly that we do not promise a truck at 3 a.m. Family owned, 40 plus years in the trade, Virginia Class A licence 2705131990.
One call covers plumbing and HVAC. Talk to somebody who has been doing this for decades.
