Preventive Protection

Seasonal Maintenance & Protection Schedules

HVAC systems lose approximately 5% operating efficiency each year maintenance is neglected. Regular bi-annual tune-ups prevent 90% of catastrophic emergency breakdowns, maintain manufacturer warranties, and lower monthly utility bills.

EPA Section 608

Clean Air Act Certified Pros

AHRI & SEER2 Rated

Energy Star Verified Match

100% Fair Quote

Zero Obligation Pricing

Verified Network

State Licensed & Insured

Spring AC Tune-Up

Schedule: March – May

Chemical wash and fin straightening on outdoor condenser coils.
Digital manifold measurement of refrigerant subcooling and superheat.
Capacitance test (μF) on dual-run motor and compressor start capacitors.
Condensate drain line flush, vacuum, and float safety switch test.
Blower motor amperage verification and evaporator coil static pressure drop.

Fall Heating Safety Check

Schedule: September – November

Heat exchanger optical camera & combustion analyzer check for hairline cracks.
Flame sensor microamp signal test and burner assembly cleaning.
Hot surface ignitor electrical resistance (Ω) and draft inducer motor test.
Gas valve manifold pressure check (3.5 in. w.c. natural gas standard).
High-limit temperature safety switch and flue draft pressure switch calibration.

Filter Replacement Cadence by Media Type

Matching your filter replacement frequency with household occupancy and filter MERV ratings.

Basic 1-Inch Fiberglass

Every 30 Days

MERV 1–4. Captures only large dust particles to protect blower wheel. Minimal allergen protection.

Pleated Media (1-2 Inch)

Every 60–90 Days

MERV 8–11. Residential sweet spot for dust, pollen, and pet dander with low static pressure drop.

Deep 4-Inch Media Cabinet

Every 6–12 Months

MERV 13–16. Captures viral droplets, PM2.5 smoke, and fine allergens with massive dust-holding capacity.

The 3-Way Economic Decision Framework

Should You Repair, Replace, or Upgrade Your HVAC System?

HVAC decisions aren't binary. A failing 12-year-old system competes against both a targeted repair and a high-SEER2 inverter heat pump that pays for itself in reduced monthly electric bills.

Option 1

Targeted Component Repair

Best when the system is relatively young (under 8–10 years) and the mechanical failure is isolated.

When to Choose: System age × Repair cost is under $4,000.

Typical Fixes: Capacitors, contactors, flame sensors, fan motors, clearing drain lines.

Expected Life Gained: 2 to 5 additional operating seasons.

Typical Investment:

$150 – $850

Option 2

Like-for-Like Replacement

Best when the system is 12–15+ years old and faces a major component failure (evaporator coil or compressor).

When to Choose: Major failure on obsolete R-22 or aged R-410A system.

Equipment: Standard 14.3 to 15.2 SEER2 matched split condenser and air handler.

Warranty: 10-year manufacturer parts warranty included.

Typical Investment:

$4,800 – $8,500

Best Long-Term ROI

Option 3

High-Efficiency Heat Pump Upgrade

Variable-speed inverter system (18–22+ SEER2) maximizing energy savings and tax credit incentives.

Incentives: Up to $2,000 IRA 25C Federal Tax Credit + Local Utility Rebates.

Energy Impact: 35%–45% reduction in annual cooling and heating power bills.

Comfort: Modulates continuously to eliminate hot/cold temperature swings.

Gross Investment (Before Rebates):

$8,500 – $14,500