Frequently Asked Questions

The evaluation covers diagnostic time, testing equipment use, and expert assessment of your system's condition. When repairs exceed $250, that diagnostic work directly leads to the solution, so the fee applies toward your total. This ensures you're only paying for the evaluation if you choose not to proceed with recommended repairs.

Seasonal tune-ups check refrigerant levels, clean condenser coils, test capacitors, and inspect electrical connections. These four checks catch most issues before they cause breakdowns during peak cooling season. Scheduling before summer heat prevents emergency repairs when systems are under maximum load.

High humidity requires systems to run longer dehumidification cycles, not just cool air. Oversized units cycle too quickly and leave moisture in the air, while undersized systems run constantly without controlling humidity. Proper sizing balances cooling capacity with runtime needed to remove moisture effectively.

Repair addresses specific component failures like compressors, capacitors, or refrigerant leaks on systems worth fixing. Replacement makes sense when repair costs exceed 50% of new system cost, the unit is over 12-15 years old, or you're facing repeated failures. Frequent breakdowns and rising energy bills indicate replacement timing.

Leaking ducts lose 20-30% of conditioned air into attics, crawlspaces, or wall cavities before reaching living areas. Your system runs longer to compensate, increasing energy use and wear. Sealing leaks and repairing damaged sections restore proper airflow and reduce runtime needed to maintain temperature.

Schedule AC maintenance in early spring before cooling season begins, and heating system checks in fall before temperatures drop. Florida's extended cooling season puts more stress on AC components, making pre-summer tune-ups critical for catching refrigerant loss and capacitor wear before peak demand.

Refrigerant slowly leaks through microscopic connection points, coils accumulate dirt that blocks heat transfer, and capacitors weaken with age. Each issue reduces the system's ability to remove heat from your home. Regular maintenance catches these problems before cooling loss becomes noticeable during hot weather.

Low refrigerant causes ice buildup on indoor coils and weak airflow from vents, but doesn't explain why refrigerant is low. Systems don't consume refrigerant, so low levels always indicate a leak. The evaluation identifies leak location and whether repair costs justify fixing versus replacing the system.

Evaluations test system operation under load, measure airflow and temperature differentials, check refrigerant charge and pressures, inspect electrical components and connections, and review ductwork condition. This identifies failure points, efficiency losses, and safety concerns that basic service calls miss.

Commercial systems run longer hours with less downtime tolerance, serve variable occupancy loads, and often include zoning for different spaces. Maintenance schedules compress because equipment works harder, and failures impact business operations immediately. Service focuses on minimizing downtime and maintaining consistent comfort during business hours.

Parts like capacitors, contactors, and thermostats range from $50-$300, while larger components like motors or control boards cost $400-$800. The discount applies to the parts themselves, not labor, reducing total repair cost. Savings increase on repairs requiring multiple components or system accessories like surge protectors.

Owner-operated means the same experienced technician evaluates your system, explains options, and completes the work without rotating staff or subcontractors. You're not getting a different skill level depending on who's dispatched. Consistency in diagnostics and workmanship matters most when systems need complex troubleshooting or warranty-backed repairs.