Heating, Cooling & Air Quality Services in Fairlawn

Completed new construction HVAC installation including furnace and ductwork system in crawl space. Installed main trunk line with galvanized metal ductwork properly supported from floor joists, along with flexible branch connections for distribution throughout the structure. Applied vapor barrier ground cover for moisture control and installed reflective insulation on foundation walls per code requirements. Exterior work included installation of PVC condensate drain system with proper trap configuration mounted to building exterior, ensuring adequate drainage away from foundation. All ductwork sealed and secured, system ready for startup and commissioning.

Responded to a water leak located under the kitchen sink. Upon inspection, identified the garbage disposal unit as the source of the leak. The existing disposal showed signs of failure at connection points and required replacement. Documented the faulty unit and surrounding plumbing configuration, including the dishwasher drain connection via corrugated hose, PVC discharge piping, and water supply lines. Provided photographic documentation of the defective disposal and cabinet interior for service records.

Completed rough-in installation for new construction HVAC system, including furnace and air conditioning unit placement and ductwork distribution throughout the structure. All equipment was positioned according to specifications and duct runs were installed to ensure proper airflow and system efficiency.

Responded to commercial callback for inoperative condenser fan. Replaced failed condenser fan motor on rooftop HVAC unit and restored system to normal operation. Unit tested and confirmed proper airflow and cooling function upon completion.

Completed spring maintenance on three commercial rooftop units (100, 200, 300) per contract agreement. Performed comprehensive preventive maintenance including filter inspection, coil cleaning, refrigerant line assessment, and electrical connection verification. Units 100 and 200 exhibited heavy debris accumulation on condenser coils and filter screens requiring thorough cleaning to restore proper airflow and heat transfer efficiency. Removed dirt, pollen, and organic matter buildup from mesh panels and top surfaces. Inspected refrigerant lines for proper insulation and secure mounting, noting some algae growth on exterior piping requiring attention. Verified fan operation and checked all mounting hardware for security. All three units tested operational upon completion with improved airflow and no refrigerant leaks detected.

Responded to no cooling complaint on residential HVAC system. Upon arrival, inspected unit and PCB components in basement mechanical area. Diagnosed issue with printed circuit board causing system failure. Replaced defective PCB, verified proper electrical connections, and tested system operation. Unit restored to full cooling capacity with all safety controls functioning properly.

Completed comprehensive spring maintenance on residential HVAC system including Ultra 80 furnace and associated cooling equipment. Performed full system inspection of mechanical components, ductwork, and auxiliary equipment including humidifier and water treatment devices. All units tested and verified operational for upcoming cooling season.

Responded to no cooling complaint in patient room on 3rd floor with thermostat set at 67°F but reading 71°F. Inspected HVAC unit, verified temperature readings with digital thermometer, and examined internal components including blower assembly, wiring connections, and control board. System was found to have operational issues that were addressed, restoring proper cooling function to the space.

Responded to water leak complaint at diffuser. Upon inspection, found evidence of significant condensation and moisture accumulation on blower assembly and surrounding components. Documented conditions with photos showing water droplets on blower housing and moisture staining on ductwork. System appears to have drainage or insulation issue causing condensate to reach diffuser instead of draining properly through designated drain lines.

Completed full HVAC system retrofit installation including new furnace and air conditioning condenser unit. Positioned outdoor AC unit against exterior brick and wood siding with proper clearances, installed refrigerant line set, established electrical disconnect, and mounted unit on stable pad. System installed per manufacturer specifications with all components operational and ready for use pending completion of financing documentation.

Responded to no cooling complaint on rooftop unit. Found system low on refrigerant charge. Recovered remaining refrigerant using recovery cylinder and electronic scale, then performed leak detection with electronic leak detector. Identified leak source, completed necessary repairs, evacuated system, and recharged unit to manufacturer specifications.

Performed concrete floor excavation in basement to provide access for new sewer line installation. Created rectangular opening in concrete foundation, exposing existing underground piping system that required replacement. Removed soil and debris to establish proper depth and clearance for new sewer line routing into the residence, with work area prepared for subsequent pipe installation and connection to main system.

# HVAC Maintenance - Contract Visit - Commercial Completed scheduled spring preventive maintenance on commercial HVAC unit. Upon inspection, discovered heavy accumulation of dust, dirt, and debris throughout heat exchanger coils and condenser fins, significantly restricting airflow and reducing system efficiency. The buildup was particularly concentrated in the upper coil sections, with substantial particulate matter lodged between the metallic fins. Performed thorough cleaning of all accessible coil surfaces to restore proper airflow channels and optimize heat transfer capability. Removed accumulated debris from fin structures and mounting components. Documented pre-maintenance conditions showing the extent of contamination and post-cleaning results. System inspected and confirmed operational following maintenance procedures. Unit returned to normal service with improved airflow and heat exchange performance.

Completed comprehensive furnace tune-up and system inspection. Performed thorough cleaning of internal components, burner assembly, and blower compartment. Inspected all electrical connections, wire harnesses, and terminal blocks for secure mounting and proper operation. Verified blower motor operation, checked heat exchanger for integrity, and confirmed all safety controls functioning correctly. Customer renewed maintenance contract for continued system coverage.

Responded to service callback for outdoor condensing unit with missing access panel. Upon arrival, found lower access panel had been inadvertently left off following recent preventive maintenance visit. Reinstalled and secured panel with appropriate fasteners to restore unit to proper operating condition. Unit exterior and refrigerant line penetrations confirmed intact with no additional service required.

Conducted comprehensive HVAC system assessment for complete air conditioning and furnace retrofit. Evaluated existing outdoor condenser unit positioned on exterior asphalt pad against white vinyl siding, and inspected basement furnace installation with associated ductwork and utility connections. Documented current equipment specifications, measured existing installation parameters, and photographed system components to develop detailed replacement proposal. As final contractor providing estimate, presented competitive retrofit solution addressing complete system upgrade requirements including proper sizing, efficiency improvements, and code compliance considerations for both cooling and heating equipment replacement.

Responded to commercial A/C leak complaint and conducted thorough inspection of rooftop unit and interior ceiling plenum. Located source of water intrusion at rooftop drain assembly with deteriorated connections and inadequate sealing, causing water to migrate through ceiling penetrations where flexible ductwork enters conditioned space. Documented standing water with algae growth around drain fitting, compromised insulation materials, and evidence of chronic moisture exposure on rooftop surface. Identified flexible duct penetration in ceiling grid system as secondary leak point where condensate and rainwater infiltration were entering building interior. Recommended immediate repair of rooftop drainage system, replacement of deteriorated drain fittings and surrounding weatherproofing, cleaning of affected rooftop surfaces to remove biological growth, and proper sealing of all ceiling penetrations around ductwork to prevent future water intrusion.

Completed installation of ductless mini-split system in basement with indoor unit mounted on interior wall and outdoor condenser positioned under deck. Line set was concealed along exterior of building using protective channel, with refrigerant lines and control wiring routed from basement unit to outdoor condenser. Connected system to existing electrical supply and performed startup, vacuum, and refrigerant charge procedures to ensure proper operation.

Performed scheduled heating maintenance visit. Conducted combustion efficiency testing using digital analyzer, which indicated 82% efficiency with carbon monoxide levels at 7 ppm, confirming system is operating safely within acceptable parameters.

Responded to no heat complaint on 20+ year old gas furnace with operational blower but no gas. Upon inspection of the unit, accessed interior components through service panel and identified faulty ignition system preventing gas flow. Restored heat functionality by replacing ignition module and verifying proper operation of all systems.