Frequently Asked Questions

Static pressure testing verifies airflow after installation by measuring duct resistance and identifying leaks that waste energy. Properly sealed ductwork keeps leakage under 10%, preventing efficiency loss common in rushed installs. Without this test, undersized or leaky ducts force your system to work harder and increase utility bills.

Desert temperature extremes—scorching days and cool nights—require load calculations that account for peak cooling demand and rapid temperature swings. Oversized systems short-cycle and waste energy, while undersized units can't keep up during triple-digit summer days. Proper tonnage calculation prevents both problems and matches equipment capacity to your home's actual heat gain.

Technicians change filters, check refrigerant levels, calibrate thermostats, tighten electrical connections, and verify airflow and static pressure. The inspection identifies worn components before they fail—capacitors, contactors, and blower motors are common culprits. Parts stocked on the truck allow immediate replacement during the visit if needed.

El Paso's mild winters and hot summers make heat pumps efficient year-round, especially if your furnace is over 15 years old or gas costs are rising. Conversion requires load calculation to size the unit correctly and ductwork sealing to support dual-mode operation. Homes with existing AC systems are easiest to convert since refrigerant lines are already in place.

Rooms that never reach thermostat temperature, high utility bills despite a newer system, and excessive dust buildup all signal duct problems. Static pressure readings above manufacturer specs confirm undersizing or leakage. Older El Paso homes often have flex duct routed through attics without proper sealing, losing 20-30% of conditioned air before it reaches living spaces.

SEER measures cooling efficiency—how much cooling output per watt of electricity—while HSPF measures heating efficiency in heat pump mode. El Paso's long cooling season prioritizes SEER 16+ for summer performance, but HSPF 9+ matters for winter heating without relying on expensive backup strips. Both ratings directly affect your utility costs over the system's 15-year lifespan.

Symptoms like no cooling or weak airflow can stem from multiple causes—low refrigerant, failed capacitor, clogged filter, or compressor failure each require different fixes. NATE-certified diagnostics isolate the actual problem before replacing components, preventing unnecessary part swaps that waste money. A proper diagnosis tests electrical draw, refrigerant pressures, and airflow to pinpoint the failure.

Oversized equipment, refrigerant overcharge, dirty coils, or failed thermostats all cause systems to start and stop rapidly instead of running full cycles. Short-cycling prevents humidity removal, wears compressor components faster, and spikes energy use during repeated startups. Load calculations during installation prevent oversizing, the most common short-cycle cause in replacement jobs.

Unsealed joints and penetrations leak conditioned air into attics or crawlspaces before it reaches living areas, forcing your system to run longer to meet thermostat demand. Sealing all duct connections with mastic or foil tape reduces leakage below 10%, lowering runtime and utility costs. Static pressure testing after sealing verifies the improvement and confirms airflow reaches design specs.

Seasonal tune-ups before cooling and heating seasons, parts inspection that flags wear before failure, and service history tracking that monitors component aging. Agreements that include priority emergency response and discounted repair labor provide the most value. Avoid plans that only change filters without refrigerant checks, electrical testing, or airflow verification.

Pre-2000s homes often have undersized ducts designed for lower-efficiency equipment, and newer high-SEER systems require better airflow to hit rated performance. Leaky or poorly routed ductwork wastes the efficiency gains from upgraded equipment. Static pressure testing and sealing during the upgrade prevent spending thousands on a new system that underperforms due to old ductwork.

Load calculation accounts for your home's insulation, window area, orientation, and occupancy to determine exact heating and cooling demand. Without it, installers guess tonnage—usually oversizing to avoid callbacks—which causes short-cycling, humidity problems, and higher costs. Proper calculation ensures equipment matches your home's actual needs, maximizing efficiency and comfort from day one.