Top-Rated Heating, Cooling in Lexington, KY

Completed full system replacement estimate for 20+ year old HVAC equipment. Evaluated existing dual outdoor condenser units mounted on weathered wooden platform with electrical junction box installation on corrugated metal siding. Customer requested expedited Friday afternoon appointment and expressed openness to all equipment options as first-time HVAC purchaser, with financing consideration based on pricing.

Responded to callback for HVAC system continuously tripping breaker following previous day's service visit. Upon arrival, confirmed breaker had been left in off position by customer after repeated trips. Performed electrical diagnostics on outdoor condensing unit using clamp meter and multimeter to measure amperage draw and voltage at compressor and associated components. Readings indicated compressor drawing 6.5 amps during testing. Inspected all electrical connections, wiring, capacitor, and contactor for signs of short circuit or ground fault that could cause breaker to trip. Documented findings with photos showing electrical measurements and system components for further analysis and warranty documentation purposes.

Responded to no cooling call on AC unit with repeated breaker tripping issue. Performed diagnostic testing using clamp meter to measure electrical draw and voltage at the air handler. Inspected blower assembly, motor components, and electrical connections for signs of short circuit or excessive amperage draw that would cause breaker trips.

Responded to no cooling call on 6-year-old residential air conditioning system experiencing repeated circuit breaker trips. Upon arrival, performed visual inspection of outdoor condensing unit and removed access panel to examine electrical components. Using digital multimeter, tested capacitor functionality and measured microfarad readings. Initial diagnostic testing revealed capacitor reading of 0.43 MFD, indicating failed run capacitor well below manufacturer specifications. Inspected all visible wiring connections, contactor assembly, and associated electrical components for signs of damage, corrosion, or thermal stress that could contribute to overcurrent condition causing breaker trips. Documented equipment condition with photos showing interior components and diagnostic measurements for service records and repair recommendations.

Responded to no cooling call on 2-year-old electric heat pump system. Upon arrival, performed electrical diagnostics on indoor air handler unit and discovered severely damaged wire with deteriorated insulation and exposed copper conductors causing system failure. Measured abnormal amperage draw of 55.9A during testing, confirming electrical fault. Repaired damaged wiring, restored proper electrical connections, and verified system operation with all parameters within normal range.

Responded to customer request to temporarily remove toilet and pedestal sink to facilitate bathroom flooring renovation. Successfully disconnected water supply line, removed toilet from corner installation, and relocated both fixtures to garage for secure storage during construction period. Return visit scheduled in 10 days to reinstall fixtures upon completion of new flooring.

Responded to service call for low water pressure issue affecting the property. Upon inspection, identified a broken faucet handle as the primary concern. The fixture had been in compromised condition for approximately one year, showing significant wear, mineral deposits, and water staining on the chrome-plated finish. Removed and replaced the defective faucet component, installing a new chrome-plated spout assembly with threaded connection. The replacement part featured polished stainless steel construction designed for proper water flow and pressure restoration. Completed installation by securing the new component to existing plumbing connections, ensuring proper threading and seal integrity to prevent future leaks or pressure loss.

Completed warranty follow-up on recent AC and coil installation. Identified deficiency in existing return air configuration where return duct was improperly routed through back of furnace cabinet, resulting in inadequate return airflow and compromised serviceability. Modified HVAC system design to correct return air pathway and ensure proper airflow requirements. Installed new flexible return ductwork with appropriate sizing to meet system specifications. Verified refrigerant charge on R454B system using manifold gauges, confirming superheat and subcooling within manufacturer specifications. System now operating with adequate return air and full accessibility for future maintenance.

Completed HVAC maintenance inspection on GEOx2 system located in basement mechanical room. Performed visual assessment of air handling unit interior, documenting condition of insulation materials, ductwork components, and filter elements. Observed filter with moderate dust and debris accumulation showing discoloration pattern consistent with normal operation. Confirmed metallic ductwork, insulated surfaces, and structural components in acceptable condition. Customer providing their own filters for system maintenance. Note that two P-Tac units on premises are not included under current coverage plan.

Responded to service call for 14-year-old AC unit not cooling with refrigerant line freezing, a recurring issue following recent repair. Upon inspection, discovered evaporator coil heavily clogged with dust and debris accumulation, severely restricting airflow and causing the freezing condition. Copper refrigerant tubing showed extensive corrosion with verdigris patina and rust staining at connection points. Aluminum fins on A-frame coil assembly were densely packed with dirt and contaminants. Documented equipment condition with photos showing significant lack of preventive maintenance. The restricted airflow from the dirty coil was the root cause of the freezing line issue. Recommended thorough coil cleaning and evaluation of refrigerant charge levels to restore proper system operation and prevent continued freezing problems.

Diagnosed toilet fill valve clogged with sediment and recommended replacement. Identified bathroom faucet leaking from handle during operation, requiring new cartridge replacement. Inspected hot and cold water shut-off valves serving the bathroom faucet and found both valves leaking from packing nuts. Determined hot water shut-off valve failing to close completely due to defective or worn internal gate valve mechanism. Recommended replacing both shut-off valves to restore proper function and prevent further water damage to surrounding tile and wall areas.

Responded to service call for dual waste pump system located in exterior fenced area behind garage structure. Conducted inspection of pump basin and control panel to assess reported bearing failure on primary unit. Confirmed one pump inoperative due to failed bearings, while secondary pump operational. Documented existing system configuration including float switches, control panel with circuit breakers, contactors, and pump control module. Photographed basin interior showing water level, pump components, float mechanisms, and diamond-plate access cover. Inspected electrical control panel revealing dual pump control system with automated switching capability. Noted system age and potential warranty coverage on equipment. Prepared comprehensive estimate for replacement of both waste pumps to ensure continued reliable operation of wastewater removal system.

Responded to service call for 8kW Generac generator (Model 0058700, Serial 6145077) experiencing overcranking error and failure to start during power outage. Performed diagnostic testing on automatic transfer switch and generator control system to identify root cause of starting failure. Troubleshot electrical connections, battery condition, control board functionality, and cranking circuit to resolve overcranking fault code and restore automatic power transfer capability.

Completed reconstruction of supply plenum ductwork using duct board material in basement mechanical space. Removed existing metal supply plenum and replaced with properly insulated duct board construction, secured with metallic tape at all seams and joints to ensure proper air seal and thermal efficiency. Installation completed in crawl space area with new reflective insulation wrapping to prevent heat loss and condensation issues.

Conducted comprehensive estimate for complete furnace replacement system. Existing furnace unit is approximately 40 years old and currently operational but has exceeded its expected service life significantly. Performed thorough assessment of existing HVAC infrastructure including ductwork configuration, clearances, and installation accessibility in basement mechanical space. Documented existing equipment dimensions and spatial constraints using precision measurements to ensure proper sizing for replacement unit. Evaluated condition of existing supply and return ductwork, noting flexible duct runs and metal trunk lines. Assessed structural conditions including deteriorated ceiling insulation showing significant sagging and compression, which may require attention during replacement installation. Photographed existing furnace unit, ductwork connections, and surrounding mechanical space to provide accurate documentation for equipment specifications and installation planning. Measured a

Responded to water leak reported in guest bathroom with steady flow causing water damage to unit below. Performed diagnostic inspection to locate source of leak. Inspected toilet installation, supply line connections, wax ring seal, and surrounding plumbing fixtures. Identified leak source and completed necessary repairs to stop water intrusion. Verified proper toilet function and confirmed no active leaking upon completion. Documented conditions with photographs for service records.

Completed electrical estimate for pool pad hookup at residential property. Evaluated existing electrical panel capacity and circuit availability to determine feasibility of adding dedicated circuit for pool equipment. Panel inspection revealed adequate breaker spaces and properly labeled circuit directory with existing loads including HVAC, major appliances, and basement circuits. Assessed electrical service capacity and provided recommendations for installation of GFCI-protected circuit to meet NEC requirements for pool equipment installation.

Completed full HVAC system installation consisting of six 2.5-ton Ruud heat pump systems with matching air handlers, 10KW auxiliary electric heat kits, and digital thermostats throughout the living space. Installed new ductwork distribution system with transitions to existing ductwork where applicable, including standard-sized air filter racks at each air handler location. Mounted all six air handler units in designated interior locations with proper electrical connections, refrigerant line sets with insulation, and condensate drainage systems. Configured condensate management systems for each air handler including P-traps, SS2 coil drain safety water sensors, and "Ceiling Saver" overflow drain pans equipped with secondary water sensors for leak detection and prevention. Installed white PVC condensate piping with proper pitch and drainage to building drain system. Set up outdoor heat pump units on concrete pads with snow legs for elevation and proper airflow clearance. Completed all

Completed preventive maintenance on 6-year-old air conditioning system. Performed comprehensive AC tune-up including system inspection, cleaning, and testing of all major components. Tested and verified capacitor operation using digital multimeter, confirming proper voltage readings of 35.7V on dual-run capacitor and hard start capacitor. Replaced two air filters at upstairs AC/gas furnace units per maintenance protocol; basement filter not replaced as homeowner supplies their own. All electrical connections inspected and found secure. System operating within normal parameters with no deficiencies noted at time of service.

Responded to no cooling call on 15-year-old electric air conditioning system serving upstairs zone. Upon arrival, found upstairs thermostat blank with no power and system blowing warm air. Indoor unit located in upstairs bathroom, accessed via attic stairs. Initial inspection revealed frozen evaporator coil on air handler. System was shut down to allow complete thaw before further diagnostics could be performed. Inspected outdoor condensing unit and noted electrical contactor showing signs of age with discolored terminals and weathered housing. Multiple wire connections at contactor terminals displayed normal wear consistent with system age. Outdoor refrigerant lines protected with foam insulation showed weathering and some deterioration at foundation penetration point. Documented equipment condition with photos showing contactor assembly, wire connections, and exterior refrigerant line routing. System requires return visit after thaw cycle completes to diagnose root cause of freezin