Our Air Conditioning Services

Conrad handles emergency AC repair, maintenance, and installation for homeowners across Portland Metro — all in-house, all major brands, no subcontractors.

Fast diagnosis and same-day availability — Conrad services central AC, heat pumps, and ductless mini splits for homeowners across Portland Metro. All major brands. Written diagnostic report after every visit so you know exactly what was found and fixed.

Seasonal tune-ups, coil cleaning, condensate drain flush, and filter checks — the service visits that prevent emergency repair calls. Schedule AC maintenance before the cooling season starts and avoid summer breakdowns.

New system sizing and installation using a proper load calculation — SEER2-rated equipment matched to your home, not just square footage. See all AC installation options Conrad offers.

What Central AC Maintenance Actually Does for Your System

Warm air from vents is the obvious signal — but most AC problems appear earlier. Short cycling (system runs briefly then shuts off before the house cools) often points to refrigerant or airflow restriction. Ice on the refrigerant lines means low charge — not a reason to keep running. Hissing indicates refrigerant escaping; grinding or banging points to a bearing or loose component.

Water pooling near the indoor unit is usually a blocked condensate drain — Oregon’s damp climate means algae builds in drain lines year-round, not just summer. Spring pollen also clogs evaporator coils faster in this region than drier markets, creating airflow restriction that gets misdiagnosed as low refrigerant.

What Conrad’s Central AC Maintenance Visit Covers

Capacitor and contactor failures are the most common single-visit repairs — stockable parts that cause sudden shutdowns or hard starts. Conrad also handles refrigerant leaks and recharge (R-410A standard; R-22 units are often better replacement candidates), condenser fan motor and blower motor replacement, iced evaporator coils, condensate drain clearing, and thermostat and control board diagnostics.

Central AC Maintenance Cost and Annual Plans

A stuck reversing valve delivers heating when you’ve called for cooling — the most common heat pump-specific failure. Conrad diagnoses reversing valve issues, refrigerant charge, defrost board problems, and coil condition on heat pump systems in cooling mode. Cooling-mode diagnosis is distinct from heating-mode; Conrad checks both on every service call.

What Homeowners Can Do Between Professional Tune-Ups

For commercial clients, a failed AC unit carries real costs. A restaurant kitchen at 90°F is a food safety issue. A medical office without cooling faces patient safety and regulatory concerns. A retail space loses customers by the hour on a 95°F July day. Portland Metro’s summer heat events now run multiple days — commercial buildings are exposed faster than residential properties.

Conrad offers emergency dispatch 24/7 across Beaverton and Portland Metro. Stocked trucks mean most common commercial AC failures — capacitor, contactor, refrigerant charge — get resolved on the first visit.

Schedule Your Spring AC Tune-Up Today.

Every service call starts with a systematic diagnosis — not a symptom-based guess. Conrad’s technician checks thermostat signal output, runs refrigerant pressure at suction and discharge (low suction = refrigerant loss or restricted airflow; high discharge = dirty condenser coil or failed outdoor fan), and measures amp draw on compressor and fan motors. That 20–30 minute assessment is what separates a correct fix from a parts swap that misses the root cause.

Findings are explained in plain language before any work starts — what’s wrong, what it costs, and whether repair or replacement makes more sense. Same-visit repair wherever parts are on the truck. Larger replacements quoted with a clear timeline. Written diagnostic report before the technician leaves.

A clear rule: if repair cost exceeds 50% of replacement cost and the unit is over 10–12 years old, replacement is usually the better investment. Oregon-specific triggers sharpen that decision. R-22 refrigerant systems — any unit installed before 2010 — are expensive to recharge because R-22 is no longer manufactured. Systems with a SEER rating below 13 don’t meet the current Pacific Northwest minimum of 13.4 SEER2. Repeat failures in one cooling season signal system-wide degradation.Older Portland Metro homes — many with original systems from the mid-2000s — are at or past that decision point. Conrad provides an honest assessment at every diagnostic visit. See central AC installation if replacement makes more sense.

Why Choose Conrad for Your Central AC Maintenance?

Expert Technicians

Conrad’s technicians are CCB licensed and EPA608 certified — the federal refrigerant certification required by law for anyone handling or charging refrigerant. Every tech is background-checked and trained across all major AC brands: Lennox, Carrier, Trane, Daikin, Goodman, Rheem, and Bosch. Conrad is an authorized Bosch dealer. The technician who shows up is a Conrad employee — not a subcontractor dispatched from a third-party network.

Prompt Service

When a home AC fails during a Portland Metro heat event, same-day service is a health matter — not just a comfort issue. Conrad offers same-day scheduling across Portland Metro and emergency dispatch 24/7. Service trucks carry capacitors, contactors, refrigerant, and other frequently replaced components so most AC calls get resolved on the first visit, without parts-ordering delays.

Everything In-House

Conrad handles emergency AC repair, seasonal maintenance, and full system installation — all within one licensed team, no third-party handoffs. If a repair call reveals the system is past its useful life, the same technician who diagnosed the problem can walk through replacement options and handle the installation. One company, one team, from the initial call to the written report.

Customer-Centric Approach

Every service call closes with a written diagnostic report — not just a receipt. It details what was found, what was repaired, what parts were used, and what to monitor. The flat-rate price is communicated and confirmed before any work begins. If repair doesn’t make financial sense given the system’s age and condition, Conrad says so directly, with the data to back it up.

How often should central AC be professionally maintained?

Once per year is the standard — spring, before Portland Metro cooling season. For older systems (10+ years) or homes in high-pollen environments, a mid-season coil inspection may be worthwhile. Between professional visits, monthly filter changes are the single highest-impact DIY maintenance action a homeowner can take.

When is the best time to schedule central AC maintenance in Portland?

April through mid-May is the optimal window — after cottonwood season peaks but before cooling demand starts. Scheduling then ensures your system is clean and charged before the first heat event of the season. Spring maintenance slots fill quickly; Conrad recommends booking in March or early April.

What’s included in Conrad’s central AC maintenance visit?

Condenser coil cleaning, fan motor inspection, capacitor and contactor testing under load, refrigerant pressure check, electrical connections, evaporator coil inspection, condensate drain clearing, filter check, blower motor inspection, thermostat calibration, and supply-to-return temperature differential test. Written maintenance report after every visit.

How much does central AC maintenance cost in Beaverton?

Conrad’s maintenance uses upfront flat-rate pricing — confirmed before the visit. Typical residential tune-up cost runs $89–$200 depending on system age and condition. Annual agreements covering both spring AC and fall heating visits are priced as a fixed annual rate. Call 503-785-9715 for current pricing.

Does annual AC maintenance really extend system life?

Yes. A clean condenser coil reduces compressor run time; correct refrigerant charge maintains rated SEER2. Lower run time and proper operating conditions slow component wear on the compressor, capacitor, and fan motor — the three parts most likely to cause an untimely system failure.