Top-Rated Heating, Cooling in Lexington, KY

Responded to service call for downstairs unit failing to maintain temperature, with indoor conditions reaching 80°F. Upon arrival, inspected both outdoor condensing units and measured supply air temperature at floor register reading 54.3°F, indicating inadequate cooling performance from the aging system. Documented equipment condition and discussed performance issues with occupant regarding the 10+ year old unit's diminished capacity to keep up with cooling demand.

Completed annual HVAC maintenance and AC tune-up on a two-and-a-half-year-old residential air conditioning system. System was inspected and serviced per manufacturer specifications with no issues or deficiencies noted. Unit is operating within normal parameters and residential standby generator installation area was observed to be in good condition with proper clearances maintained.

Responded to no-cool complaint on mini-split system experiencing ice formation. Inspected living room unit and found restricted airflow causing evaporator coil to freeze. Measured supply air temperature at 25°F, confirming ice buildup on internal components. Advised customer to allow unit to thaw completely before restart and recommended filter cleaning and verification of proper airflow to prevent recurrence.

Responded to service call for HVAC system failing to dehumidify properly while maintaining target temperatures. Performed diagnostic evaluation of system operation, including temperature measurements at supply ductwork using calibrated digital thermometer to assess cooling performance and verify airflow conditions. Identified high indoor humidity levels despite adequate cooling capacity, indicating potential issues with system runtime, airflow restriction, or refrigerant charge affecting latent heat removal.

Responded to no cooling call on 7-year-old electric heat pump system experiencing freeze-up and warm air delivery. Performed diagnostic evaluation of outdoor unit and electrical components. Inspected dual run capacitor (TRCFD355) and contactor assembly within control panel, documenting electrical connections and component conditions. Identified failed capacitor as primary cause of compressor malfunction leading to evaporator coil freeze-up. Replaced defective dual run capacitor, verified proper microfarad ratings, and secured all electrical connections. Tested system operation through complete cooling cycle, confirmed proper amperage draw on compressor and fan motor, and verified adequate airflow with no ice formation on coil.

Responded to service call for non-functioning air conditioning system with no cooling output on a five-year-old unit. Performed comprehensive diagnostic evaluation of the HVAC system, including inspection of the indoor air handler and furnace assembly located in the basement mechanical room. Opened access panels to examine internal components, blower motor assembly, electrical connections, and wiring. Utilized electronic testing equipment to measure voltage, amperage, and system performance parameters. Inspected refrigerant line sets, copper piping connections, and ductwork for proper installation and potential issues. Assessed the condition of both indoor and outdoor equipment to determine system viability. Based on diagnostic findings and age of equipment, provided detailed estimate for complete system replacement including new air conditioning unit, air handler, and associated components to restore cooling functionality to the residence.

Responded to callback for water leak in second-floor bedroom originating from newly installed upstairs HVAC unit. Upon arrival, inspected ceiling damage showing diagonal crack with water staining and discoloration. Accessed attic space above affected area and located source of leak at condensate drain line. Found improperly secured PVC drain connection at air handler, allowing water to overflow onto insulation and ceiling joists. Corrected drain line installation, secured all connections, and verified proper pitch for drainage. Tested condensate system under full operation to confirm leak resolution. Documented ceiling damage with photos for repair coordination. System now operating properly with no active leaks detected.

Completed full HVAC system replacement in residential basement utility area. Removed and disposed of existing equipment. Installed new Bryant 70,000 BTU 80% efficiency single-stage gas furnace (model 800SB36070M17) with Bryant 3-ton 14.3 SEER2 single-stage air conditioning system and matching evaporator coil (model WCVAVA3617XMA). Installed outdoor condensing unit on new equipment pad with electrical whip kit and disconnect box. Ran and insulated refrigerant lines with filter drier installation. Connected evaporator coil to existing ductwork with proper transitions and installed standard-sized air filter rack. Installed SS2 coil drain safety water sensor for secondary drain pan protection. Connected furnace to existing flue piping with proper venting. Installed flexible gas line connector with gas shut-off switch and flame roll-out protection for safety compliance. Installed electrical shut-off switch for service accessibility. Upgraded to digital thermostat for improved system cont

Completed full residential HVAC system replacement including Bryant 80,000 BTU 92.1% efficiency gas furnace, Bryant 3.5 ton 15.2 SEER2 air conditioning unit, and matching 3.5 ton evaporator coil. Installed new 3/8" x 7/8" refrigerant line set with insulation and filter drier, digital thermostat, PVC venting system, electrical whip kit with disconnect box, electrical and gas shut-off switches, flexible gas line connector, and flame roll-out protection. Added Aprilaire 4" media cabinet filter system with transition to evaporator coil and ductwork connections. Installed SS2 coil drain safety water sensor for overflow protection. Utilized existing concrete pad for outdoor condenser unit placement. Removed and disposed of all existing equipment, obtained necessary permits, and completed full system testing and operation verification to ensure proper functionality and code compliance.

Responded to service call for inoperative heat pump system with no heating or cooling capability. Upon arrival, located outdoor Trane heat pump unit mounted on exterior brick wall near electrical meter assembly. Performed diagnostic evaluation of unit, which showed evidence of age and weathering with visible discoloration on cabinet surfaces. Inspected electrical connections, conduit runs, and power supply from nearby meter box. Assessed unit operation, checked refrigerant lines, and examined control wiring. Documented equipment condition through photographs showing permit stickers and manufacturer data plate for reference. Determined root cause of system failure and completed necessary repairs to restore heating and cooling operation to the heat pump system.

Responded to recall service request for defective toilet seat replacement. Removed and replaced faulty toilet seat with new unit at no charge to customer per warranty coverage, restoring fixture to proper working condition.

# HVAC Service Call - Bryant System Not Cooling Adequately Responded to service call for Bryant residential air conditioning system experiencing inadequate cooling performance. Unit was cooling but unable to maintain desired temperature setpoint. Upon arrival, performed visual inspection of outdoor condensing unit. Confirmed Bryant condenser in operational condition with no obvious physical damage or obstructions to airflow. Electrical disconnect and line set connections appeared secure. Accessed electrical control panel within condensing unit to perform diagnostic testing. Using clamp meter, measured current draw on compressor circuit, which registered 14 amps. Inspected run capacitor for proper specifications and physical condition. Evaluated all wire connections including common, run, and start terminals for tightness and signs of overheating or deterioration. Checked capacitor microfarad rating against manufacturer specifications to determine if component was operating within a

Responded to no cool call with breaker tripping issue on commercial Goodman BH14NBD48-A outdoor unit. Upon arrival, inspected unit and found evidence of significant outdoor exposure and accumulated debris on exterior surfaces. Diagnosed electrical fault causing breaker to trip when system attempted to start. Identified short circuit in compressor circuit preventing normal operation. Performed electrical testing and determined compressor had failed internally, creating direct short to ground. Recommended compressor replacement to restore cooling operation. Unit uses R-410A refrigerant and operates on 200-230V power supply.

Responded to no cooling complaint on upstairs HVAC unit. Found tripped breaker at electrical panel and reset to restore power to indoor air handler and outdoor condensing unit. Verified system operation, measured supply air temperature at 57.2°F indicating proper cooling performance, and confirmed both indoor and outdoor units functioning normally after breaker reset.

# HVAC Service Call - No Cooling Condition Responded to a no cooling complaint on a 7-year-old residential air conditioning system. Upon arrival, performed system diagnostics to identify the cause of failure. Utilized digital temperature measurement equipment to assess operational parameters and verify system performance metrics. Inspected the indoor air handler unit and associated components in the mechanical space. Documented equipment conditions including the APCO whole-house air purification system installation. Recorded manufacturer information from unit nameplate for U.S. Air/Accol equipment to verify model and serial number for service records. Measured supply air temperatures using calibrated digital thermometer, recording readings of 305°F which indicated abnormal operating conditions requiring immediate attention. Evaluated ductwork, air handler cabinet, and ancillary equipment for proper operation. System diagnostics completed and photographic documentation captured for s

Responded to no cooling call on 10+ year old electric air conditioning system. Upon arrival, found indoor temperature at 82 degrees with thermostat set to 70 degrees and warm air blowing from registers. Outdoor Goodman condensing unit was not operating. Performed diagnostic evaluation of electrical components and identified failed dual run capacitor in outdoor unit. Capacitor showed visible signs of deterioration and tested out of specification. Replaced defective capacitor with new OEM equivalent component, restored power to system, and verified proper compressor and condenser fan motor operation. System cycled on successfully and began producing cold air. Confirmed adequate airflow at indoor unit in basement and proper refrigerant pressures. Left system operating normally with cooling restored.

Responded to no cooling complaint with thermostat reading 87°F while set to 69°F. Performed diagnostic evaluation of electric air conditioning system with indoor unit located in basement. Inspected outdoor condensing unit including refrigerant lines, service valves, and connections as shown in documentation photos. System was delivering cool air through vents but not achieving adequate temperature differential to satisfy thermostat setpoint, indicating potential refrigerant charge issue or compressor performance concern requiring further evaluation.

Responded to no cooling complaint on electric HVAC system with 18-degree temperature differential between thermostat setpoint and actual indoor temperature. Performed diagnostic evaluation of basement-located air handler and condensing unit to determine cause of insufficient cooling capacity. Upon inspection and system assessment, provided comprehensive replacement estimate for AC system and evaporator coil due to equipment failure preventing adequate cooling performance.

Replaced failed sump pump unit and deteriorated plastic pit cover in 100-year-old residential property. Removed existing pump assembly, installed new submersible sump pump with integrated float switch, and connected discharge piping using PVC fittings. Secured new pit cover to prevent debris accumulation and ensure proper system operation while maintaining accessibility for future maintenance.

# HVAC Service Report - No Cooling Issue Responded to service call for heat pump system blowing air but not cooling. Upon arrival, performed visual inspection of outdoor condensing unit and indoor air handler located in crawlspace. Outdoor unit inspection revealed significant airflow restriction due to heavy vegetation growth surrounding and obstructing the condenser coil and ventilation grilles. Dense weeds and plant material had accumulated around the base and sides of the unit, preventing proper heat exchange and airflow. Cleared vegetation from around condensing unit perimeter to restore adequate clearance for proper operation. Inspected indoor air handler in crawlspace. Unit appeared operational with no visible damage or disconnected components. Verified electrical connections and refrigerant lines were secure. Educated homeowner on importance of maintaining minimum 24-inch clearance around outdoor unit and regular vegetation management to prevent future airflow restrictions.