LA H&A

San Fernando Valley

HVAC Services in Woodland Hills

No high-pressure sales. Just exact load calculations and science-first repairs for Woodland Hills homeowners.

The Local Climate Challenge

Woodland Hills routinely records the highest summer temperatures in Los Angeles, frequently surpassing 110°F. This extreme, prolonged heat creates massive thermal loads on residential HVAC systems, causing undersized condensers to run continuously, burn out, and fail just when you need them most.

Engineered for Valley Heat

When you live in Woodland Hills, a standard “out of the box” air conditioner isn’t going to cut it. Your home’s south and west-facing walls absorb intense solar radiation all afternoon.

Our technicians don’t just swap boxes; we perform strict Manual J Load Calculations. We account for your home’s insulation, windows, and sun exposure to ensure your new system has the exact tonnage required to quickly drop the indoor temperature, even when it’s triple digits outside.

Our Core Services in Woodland Hills

  • Emergency AC Repair: Rapid dispatch to get your cooling restored during brutal heatwaves.
  • Variable-Speed AC Installation: Systems that dynamically adjust their cooling output to match the precise heat load of the afternoon.
  • Electrical Panel Upgrades: Upgrading old 100-amp panels to safely handle the electrical draw of modern 4-ton and 5-ton heat pumps.
  • Tankless Water Heaters: Endless hot water engineered to withstand the Valley’s hard water scale buildup.

Don’t trust your comfort to guesswork. Choose the science-first approach.

What Woodland Hills jobs actually cost

From our own dispatch records, last 12 months as of July 2026.

Service visits
97
Cost under $300
75%
Median major repair
$623

"Major repair" means a visit where a component was replaced — a motor, board, capacitor or compressor — not a diagnostic call. Your own quote depends on the part, the equipment and what we find, so treat these as the shape of the range, not a price.

Recent work in Woodland Hills

Case notes from actual jobs, written up from the technician's own report. Names, addresses and exact dates are left out; everything else is what happened.

Rooftop condenser, R-22

Completely flat on R-22 — and why we wouldn't just top it off

No cold air. The air handler on this house is a pancake unit tucked above a bathroom, with the condenser on the roof, reachable only through an attic hatch. Indoors, everything energized normally. Outside, the compressor never engaged. Gauges answered it in about ten seconds: the system wasn't low, it was flat. Empty. And it was an R-22 system. We quoted an electronic leak search before touching refrigerant and told the homeowner plainly that we would not warranty a recharge on a system whose leak we hadn't found. They asked for replacement numbers instead.

What this means for you

A flat system always has a leak — refrigerant isn't consumed, it escapes. R-22 hasn't been produced since 2020 and now costs several times what it used to, so "just top it off" on an R-22 system can mean paying four figures to refill the atmosphere. Find the leak first, then compare repair against replacement with real numbers in front of you.

AC repair → Replacing an R-22 system →
2022 gas split system

A four-year-old control board burned out. The wire that killed it was still in the wall.

A system barely four years old stopped cooling. The indoor blower ran fine. The capacitor tested good, the primary control tested good, and the control board had burned out from overheating. We ordered the board and returned two days later to fit it. Rather than button the panel up and leave, the technician kept testing and found a shorted wire feeding the board. That short is what cooked the original. We replaced the wire as well, and the system has run normally since.

What this means for you

Control boards don't die of old age at four years. If someone replaces a burned board and can't tell you what burned it, budget for a second one. Ask what caused the failure before you approve the part.

AC repair →
1970s furnace, ~2000 condenser

A 26° temperature split sounds great. Here it meant the coil was freezing.

A routine maintenance visit that turned into a safety conversation. The condenser dates to roughly 2000; the furnace and air handler are original 1970s equipment. Water was actively leaking into the ceiling and down onto the blower and filter. The evaporator coil was packed with debris and had already begun to ice over. The blower motor was struggling to spin up. And the heat exchanger was rusted and cracked badly enough that we flagged it unsafe to operate. The temperature split measured 26°F, well above the normal 16–22°F range.

What this means for you

A big temperature split is not a good sign. It usually means so little air is crossing the coil that what does get through is overcooled — which is exactly how coils freeze. Paired with a corroded heat exchanger, this system needed shutting down, not tuning up. Any technician who reports a high split as good news is misreading their own gauge.

Furnace repair & safety →
Garage furnace, original ductwork

The AC was working fine. The ducts were why the back bedrooms never got cool.

The complaint was that the system could never quite catch up on hot afternoons. Everything a technician normally suspects checked out: refrigerant pressures normal, temperature split within range, equipment operating as designed. The problem was the layout. The furnace sits in the garage at one end of the house, and the duct runs from there can't deliver even airflow to the rooms at the far end. Those rooms stay warm, the thermostat never satisfies, and the equipment runs all afternoon chasing a setpoint it can't reach. With no accessible attic, there was no way to resize or rebalance the branches from above.

What this means for you

If some rooms are always hotter than others, a bigger condenser won't fix it — it will just run longer. Uneven temperatures are almost always a distribution problem, not a capacity problem. Before you accept a replacement quote, ask for airflow measured room by room.

Duct sealing & airflow →
Split system, compressor lockout

Condenser dead, fault code on the board — and no parts needed

The outdoor unit was completely dead and the board was reporting a compressor lockout. Lockout codes make everyone assume the worst, and the compressor is the single most expensive part of the system. We worked through every other electrical component first, then cut power for a full hard reset. With the system down we took refrigerant pressures and found it running slightly overcharged. On restart the compressor came up and the system settled into a proper temperature split. Diagnostic fee only, no parts sold.

What this means for you

A lockout is the board protecting the compressor, not a death certificate for it. Overcharge drives head pressure up, and on a 105° Valley afternoon that alone is enough to trip the safety. Worth knowing before you sign off on a compressor quote.

AC repair →
Two 3-ton multi-zone heat pumps

Six ductless heads, two outdoor units, no ductwork at all

This house had no practical route for ductwork, so we skipped ducts entirely. The install was two 3-ton multi-zone heat pump condensers driving six indoor heads, three per system, plus line sets, control wiring, condensate drains, communication cable, electrical disconnects, mounting hardware and permits. The existing equipment was removed and disposed of, and the job finished with full commissioning and a walkthrough of the controls room by room.

What this means for you

Ductless gets dismissed as a garage-conversion product. On a whole house with no attic, or with duct runs that genuinely can't be fixed, six heads on two outdoor units frequently costs less than tearing out and rebuilding the distribution system — and every room ends up with its own setpoint.

Ductless mini-split systems → Heat pumps →
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