Top-Rated Heating, Cooling in Lexington, KY

Completed warranty replacement of both compressors on a 20-ton commercial package unit with two-person crew. Prior to installation, evacuated nitrogen from system that had been introduced during previous leak detection procedures. Installed replacement compressor units, verified proper electrical connections and specifications, and charged system with appropriate refrigerant per manufacturer guidelines. Confirmed operational status of both compressors and overall unit performance upon completion.

Responded to no cooling complaint on 7-year-old electric air conditioning system. Upon arrival, found thermostat set to 74°F with indoor temperature reading 78°F. Indoor blower motor operational, no visible ice formation on evaporator coil, and electrical breakers in proper position. Customer reported unit not cooling properly after returning from extended absence. Filter had been replaced 2 days prior to service call. Performed diagnostic evaluation to identify cause of insufficient cooling capacity.

Responded to service call for newly installed HVAC system not cooling adequately, with indoor temperature reading 79°F. Upon arrival, connected refrigerant manifold gauges and verified system pressures and temperatures, which indicated low refrigerant charge. Added 5.00 lbs of refrigerant to system per manufacturer specifications using calibrated digital scale. System now operating within normal parameters and cooling properly.

Responded to no cooling call on electric air conditioning system with outdoor unit not running. Upon arrival, thermostat was set to 72 degrees with indoor temperature reading 76 degrees. Performed diagnostic inspection of both indoor air handler and outdoor condensing unit. Indoor unit inspection revealed significant accumulation of dust and debris throughout the cabinet and on blower assembly, indicating extended period without maintenance. Blower wheel showed heavy dust buildup that could restrict airflow and reduce system efficiency. Access panel area showed signs of moisture exposure with visible staining. Checked electrical connections, capacitors, and contactor on outdoor unit. Identified failed run capacitor as primary cause of condenser unit failure. Replaced defective capacitor and verified proper voltage and amperage readings. Tested system operation and confirmed outdoor unit running properly with adequate cooling cycle initiated. Recommended thorough cleaning of indoor blow

Responded to no cooling complaint on 7-year-old mini split system blowing warm air. Performed diagnostic evaluation of both indoor wall-mounted evaporator unit and outdoor condenser unit. Inspected refrigerant line connections, electrical components, and overall system operation. Documented equipment condition with outdoor unit showing normal wear and indoor unit properly mounted in stairwell area. Completed troubleshooting procedures to identify root cause of warm air discharge issue.

Removed and capped the existing sump pump discharge line inside the structure. Rerouted new discharge piping through the foundation wall to the exterior, terminating with a flush-mounted pop-up emitter in the lawn area. All connections were secured and tested to ensure proper drainage function.

Responded to no cooling call on downstairs heat pump system. Upon inspection of the air handler unit located in attic space, discovered failed transformer with visible burn damage and melted housing. Transformer showed clear signs of thermal failure and was preventing the indoor unit from receiving power. Removed damaged transformer and replaced with new unit, reconnected all control wiring per manufacturer specifications, and restored power to system. Verified proper operation of air handler blower motor and confirmed unit now responds to thermostat calls. System operational at time of departure.

Replaced failed 15 MFD single run capacitor and 45/5 MFD dual capacitor to restore proper system operation. Performed leak detection using electronic detector to locate refrigerant leak in outdoor unit. Reconnected disconnected drain safety float switch and tested for proper operation to ensure condensate overflow protection is functioning correctly.

Performed comprehensive plumbing inspection on Lochinvar residential water heater installed in 2019. Upon evaluation, determined the unit was in suitable condition to perform a complete tank flush, successfully draining sediment buildup and refilling the system to restore optimal performance and extend equipment lifespan.

Responded to service call for 10-year-old Generac generator that failed to activate during recent power outage. Performed diagnostic inspection of generator system, transfer switch, and associated electrical panels in basement utility room. Documented existing electrical infrastructure including Generac automatic transfer switch, multiple breaker panels, and wiring configurations for service records.

Completed AC tune-up on 2-year-old system per customer request for filter change. Upon inspection, discovered significant dust accumulation throughout air handler compartment and ductwork, along with deteriorated insulation material showing fraying and separation from backing. Changed filters, documented interior conditions with photos, and noted heavy debris buildup requiring attention to maintain system efficiency and air quality.

Conducted site assessment for water heater relocation in residential utility space. Current A.O. Smith water heater is positioned in alcove blocking access to washer and dryer hookups. Evaluated existing installation including gas connections, water supply lines, venting system, and electrical requirements. Documented current placement with measurements and photographic evidence. Prepared estimate for relocating unit to alternative position that will provide unobstructed access to laundry connections while maintaining code compliance for clearances, venting, and utility connections.

Responded to no-cool call on 3-year-old residential air conditioning system with non-responsive thermostat. Upon inspection, discovered system was without power due to tripped breaker or loose connection. Verified proper air filter installation (16x25x1) and conducted electrical diagnostics using multimeter, measuring capacitor microfarad reading of 445 on system components. Restored power to unit, confirmed thermostat communication and system operation, and verified cooling cycle initiated properly with all zones responding throughout the home.

Completed full HVAC system replacement including installation of RUUD RP14AY24AJ2NA 15.2 SEER2 two-stage 2-ton heat pump outdoor unit (labeled as Unit #210), RUUD RH2TY2417STANNJ 2-ton air handler, and RUUD RXBH-1724A10J-B 10KW heat kit in attic space. Removed and properly disposed of existing equipment per code requirements. Installed overflow drain pan with water sensor and SS2 coil drain safety sensor for secondary protection. Added trap and transitioned to existing ductwork with standard-sized air filter rack. Utilized existing outdoor unit pad with snow legs, existing electrical whip kit, and existing electrical disconnect box. Installed insulated refrigerant lines with refrigerant line filter connecting outdoor unit to indoor air handler. Integrated system with existing Nest thermostat. Removed ceiling grid and tiles for equipment access and reinstalled upon completion. Obtained all applicable permits and ensured code-compliant installation. System tested, operational, and perfor

Completed full HVAC system installation including RUUD 2-ton heat pump (model RP14AY24AJ2NA), RUUD 2-ton air handler (model RH2TY2417STANNJ), and RUUD 5 kW heat kit (model RXBH-1724A05J-B) with digital thermostat. Installed outdoor heat pump unit on pad with snow legs, electrical whip kit, and disconnect box; applied refrigerant line insulation and installed refrigerant line filter. Mounted air handler in utility room with transition to existing ductwork, standard-sized air filter rack, and trap installation. Installed SS2 coil drain safety water sensor and "Ceiling Saver" overflow drain pan with water sensor for secondary protection. Completed all electrical connections, tested system operation, and verified proper refrigerant charge and airflow. System protected by 1-year labor warranty and 10-year parts warranty, with complimentary 1-year maintenance plan enrollment providing semi-annual inspections.

Responded to callback for HVAC unit displaying water sensor error and improper drainage. Inspected condensate drain system and evaporator coil assembly, documenting internal components including blower motor and drainage pathways. Addressed drainage malfunction that was causing system to require manual draining to prevent automatic shutdown.

Conducted comprehensive assessment of lighting fixtures in front and rear stairwells and common areas of office condo building. Inspected fluorescent light fixtures mounted on ceilings throughout stairwell areas, identifying units with missing covers and non-functional bulbs requiring replacement. Documented existing conditions of ceiling-mounted fluorescent fixtures with protective covers and evaluated overall lighting system functionality in common areas accessible during regular business hours.

Installed electrical service to detached garage by running new circuit from main panel through exterior-mounted PVC conduit along cinder block wall. Added three new circuit breakers to existing panel and installed GFCI receptacle on interior porch wall to provide safe, code-compliant power access.

Performed startup and commissioning procedures on Kohler standby generator system. Inspected electrical panel connections, verified proper wiring terminations at terminal blocks, confirmed circuit breaker installations, and validated grounding connections. All control wiring, power connections, and safety interlocks were tested and found to be functioning within manufacturer specifications.

Removed existing discharge and vent piping configuration and rerouted lines through the bandboard in the basement. Cut out old PVC sections and installed new white PVC piping with appropriate elbows and joints, running the system from the interior basement wall through the foundation to the exterior of the brick structure. Completed installation includes proper venting and drainage routing with secure mounting and connections throughout the basement utility area.