Top-Rated Heating, Cooling in Lexington, KY

Completed full residential HVAC system installation including Lennox ML180UH070E36BK 70,000 BTU 80% AFUE gas furnace with multi-speed blower, Lennox ML14KC1-030-230 2.5 ton 15.5 SEER2 Merit Series air conditioning unit, and Lennox CK40HT-24B-71 evaporator coil with digital thermostat. Removed and disposed of existing equipment per code requirements. Installed outdoor condensing unit on new concrete pad with decorative gravel surround, complete with electrical whip kit, disconnect box, and refrigerant line insulation with filter drier. Interior installation included evaporator coil with transition to existing ductwork, standard air filter rack, and SS2 coil drain safety water sensor. Connected furnace to existing flue piping with flame roll-out protection, installed flexible gas line connector with gas shut-off switch, and wired electrical shut-off switch. All refrigerant lines properly insulated and system charged to manufacturer specifications. Tested all system operations including h

Conducted comprehensive electrical estimate for residential backup generator installation. Evaluated existing infrastructure including basement utility area with aging plumbing systems and exterior equipment placement options near air conditioning condenser unit. Assessed electrical service capacity, reviewed potential generator placement locations considering foundation ventilation requirements and landscaping clearances, and documented site conditions through photographic survey. Identified suitable installation pathway for generator transfer switch wiring from main electrical panel through basement utility space. Provided detailed specifications for automatic transfer switch installation, generator pad placement, and necessary electrical connections to meet current NEC requirements for standby power systems.

Responded to service call for 8-year-old Carrier system experiencing abnormal loud operational noises. Upon inspection, discovered significant heat damage and soot staining on interior metal panels indicating electrical failure or component burnout. Identified failed blower motor assembly as source of excessive noise and thermal damage. Removed and replaced defective blower motor with OEM equivalent component. Cleaned heat-affected areas, inspected all electrical connections for secondary damage, and verified proper amperage draw. System tested successfully with normal sound levels and full cooling operation restored.

Completed full residential HVAC system installation of Bryant 14.3 SEER2 2.5-ton air conditioning unit (model GA5SAN5300W) with matching evaporator coil (model CVAMA3017XMA). Prepared ground stabilization by spreading 3-4 buckets of gravel under existing pad location to ensure proper base support before setting new outdoor unit pad. Installed complete outdoor unit package including electrical whip kit, electrical disconnect box, and refrigerant line set with proper insulation. Added refrigerant line filter drier for system protection. Fabricated and installed transition ductwork to properly connect evaporator coil to existing duct system. Installed SS2 coil drain safety water sensor to provide secondary overflow protection. Evacuated refrigerant lines, charged system to manufacturer specifications, and performed complete operational testing to verify proper cooling performance and system functionality.

Completed full residential HVAC system installation including RUUD 2.5-ton heat pump (model RP14AY30AJ2NA), RUUD 2.5-ton air handler (model RH2TY3617STANNJ), and RUUD 5kW heat kit (model RXBH-1724A05J-B) with digital thermostat. Installed outdoor unit on concrete pad with snow legs, electrical disconnect box, and electrical whip kit. Applied refrigerant line insulation and installed refrigerant line filter. Mounted indoor air handler in utility closet with proper refrigerant line connections and secured copper lines with metal brackets. Installed condensate drain trap with SS2 coil drain safety water sensor for overflow protection. Fabricated transition to connect new equipment to existing ductwork and installed standard-sized air filter rack for system protection. Completed all electrical connections including proper wire routing and control wiring to new digital thermostat. Pulled applicable permits and ensured all work met current code compliance standards. Removed and properly disp

Responded to service call for non-functional air conditioning system affecting entire residence. Conducted on-site evaluation of existing HVAC equipment, including outdoor condenser unit and indoor air handler. Documented current system condition through comprehensive photography, noting aged outdoor unit with weathered housing, operational fan assembly, and heat exchanger coils showing signs of extended service life. Interior air handler located in basement mechanical room, mounted on block foundation with visible gas connections and electrical components. Prepared complete system replacement estimate based on equipment age, condition assessment, and whole-home cooling requirements.

Replaced approximately 15 feet of deteriorated galvanized water line with new piping and installed a new hose bibb to restore proper water flow and prevent future leaks. Removed and replaced failing cast iron drain line in the crawl space, upgrading to modern PVC drainage system. Installed an exterior cleanout access point to facilitate future maintenance and prevent costly access issues.

Responded to no cooling call affecting entire home. Upon arrival, inspected outdoor condensing unit and indoor air handler system. Outdoor unit showed signs of age and weathering with visible discoloration on top panel. Indoor equipment located in basement included furnace with connected air handler and auxiliary components. Performed diagnostic evaluation of complete HVAC system to identify cause of cooling failure. Documented equipment condition and configuration with photos for service records. System brand and age were unknown at time of service, though equipment showed moderate wear consistent with several years of operation.

Responded to no cooling complaint on Carrier Infinity system that had been producing excessive water for two weeks. Upon inspection, found air filter in satisfactory condition and system operational with furnace in standby mode. Verified thermostat functionality showing proper airflow at 937 CFM, blower operating at 914 RPM, and static pressure reading 0.40 inches. Diagnosed issue as condensate drainage problem causing water accumulation at indoor unit located in laundry area.

Responded to service call for water shut-off required prior to appliance installation. Located and operated existing brass quarter-turn ball valve with blue handle to isolate water supply. Verified proper shut-off function of valve controlling metallic braided stainless steel supply line and gray corrugated flexible hose connections, allowing safe disconnection for appliance replacement work to proceed.

Responded to no cooling call with reported issue of no power to outside unit. Upon arrival, inspected electrical panel and located tripped breaker serving the outdoor condensing unit. Reset breaker and verified power restoration to outdoor unit. Tested system operation and confirmed both indoor air handler and outdoor unit operating normally with proper voltage supply. System returned to normal cooling operation.

Repaired multiple runs of flexible ductwork in attic space to improve airflow distribution to upstairs rooms. Work included addressing worn and damaged duct sections showing significant dust accumulation and deterioration. Repairs were performed in areas with spray foam insulation and limited access points near the furnace location.

# HVAC Service Report - No Cooling Issue Responded to service call for air conditioning system experiencing limited cooling capacity. Upon arrival, performed comprehensive diagnostic evaluation of the approximately 2-year-old AC system. Conducted electrical testing using digital multimeter to verify proper voltage and amperage at the outdoor unit disconnect. Connected refrigerant manifold gauge set to service ports to measure system pressures on both high and low sides. Evaluated refrigerant charge levels and system operating pressures against manufacturer specifications. Testing equipment was properly installed at the outdoor condensing unit location to monitor real-time system performance. Digital diagnostics confirmed electrical parameters while pressure gauges provided critical data on refrigerant circuit operation. Visual inspection of exterior components and electrical connections was performed as part of standard troubleshooting protocol. Documented system conditions through

Conducted an electrical estimate for fixture replacement involving two basement light fixtures and four outdoor light fixtures. Assessed existing wiring, fixture locations, and compatibility requirements to provide accurate scope of work. Customer requested same-day installation upon estimate acceptance if scheduling permitted.

Disconnected and removed kitchen sink in preparation for full kitchen remodel. Shut off water supply at angle stops, disconnected braided stainless steel supply lines from hot and cold water valves, and removed P-trap assembly and tailpiece from drain system. Extracted sink basin from countertop opening and cleared all plumbing connections from cabinet base to provide clean workspace for renovation crew.

Responded to recurring drainage issue in kitchen where washing machine discharge was backing up into sink. Upon inspection of crawl space beneath kitchen, found sagging drain lines and inadequate support causing improper pitch and drainage flow restriction. Documented existing conditions showing flexible ductwork, exposed floor joists, and vapor barrier in crawl space. Identified need for proper pipe support and re-pitching of drainage lines to restore proper flow and prevent future backups.

Responded to water leak complaint at attic-mounted electric heat pump air handler system. Upon arrival, observed water damage at ceiling return air grille with visible staining and discoloration indicating prolonged moisture exposure during customer's absence. Inspected air handler unit and surrounding area, documenting conditions with photographs. Found condensate drain system with PVC drain line and brass valve assembly. Investigated source of water intrusion to determine cause of overflow condition. System evaluated for proper drainage function and potential blockages that may have caused backup during extended unattended operation period.

Responded to callback for recently installed heat pump system not cooling properly. Found air handler operational but unit not responding to thermostat cooling calls with indoor temperature reading 78°F while set to cool to 78°F. Accessed air handler unit in above-garage location and inspected electrical connections at control panel. Identified contactor issue preventing compressor operation. Verified proper wiring connections, tested control voltage, and restored system to proper cooling operation. Confirmed thermostat communication with outdoor unit and verified system cycling correctly on cooling demand.

Conducted comprehensive site assessment for complete HVAC system replacement involving 2.5-ton Carrier heat pump system. Evaluated existing heat pump and air handler configuration with indoor unit located in attic space requiring ladder access for inspection. Documented current equipment conditions including attic-mounted air handler with flexible ductwork and exterior condensing unit positioned on weathered concrete pad against brick wall foundation. Photographed installation environment including attic structural framing, insulation coverage, equipment placement, and outdoor unit location with electrical disconnect and conduit routing. Provided detailed replacement estimate for new Carrier heat pump system sized appropriately for existing application.

Responded to emergency no-heat call on 7-month-old system installation. Upon arrival, discovered loose wire connection at control board causing system failure. Reconnected and secured wiring, verified proper voltage readings at 20.5V, and confirmed system restored to normal operation.