Holly Springs, NC HVAC & Electrical

Completed comprehensive tune-up maintenance on three HVAC systems (2017 models): two gas furnace/electric AC units and one electric heat/electric AC unit. Performed full system diagnostics including electrical testing with multimeter showing 50-volt reading, inspected capacitors and terminal connections, evaluated UV light systems in all units, and verified proper operation of all components. All systems tested and found operating within normal parameters with no immediate repairs required.

Responded to no cooling complaint on 7-year-old single-zone system. Performed electrical diagnostics using clamp meter at outdoor unit contactor and measured supply air temperature at indoor coil. System evaluation revealed issue preventing proper cooling operation, with measurements taken to verify compressor amperage and airflow temperatures to determine root cause and restore cooling functionality.

Replaced failed heat exchanger on downstairs gas pack unit. Removed deteriorated serpentine-style heat exchanger showing signs of metal fatigue and cracking. Installed new OEM replacement heat exchanger, reconnected all gas lines and flue connections, and performed combustion analysis to verify proper operation and safe carbon monoxide levels. Unit tested and operational.

Completed comprehensive 32-point electrical system evaluation on 2014 residential property for new homeowners. Performed electrical panel maintenance including torque verification and connection inspection of all breakers and bus bars. Conducted GFCI outlet testing throughout the home using Klein Tools RT250 tester, verifying proper ground fault protection and correct voltage readings of 124 VAC at tested receptacles. Tested all arc fault circuit interrupter (AFCI) breakers for proper trip function and fire protection capability. Performed smoke detector and carbon monoxide detector maintenance including battery replacement and functional testing of all units. Replaced customer-supplied light bulbs in fixtures up to 12 feet in height and cleaned ceiling fans up to 12 feet. All GFCI devices tested operational with proper trip response, electrical panel connections found secure, and smoke/CO detectors confirmed functioning correctly after service.

Conducted sales consultation for attic renovation project involving HVAC system upgrades. Assessed existing air handler unit located in attic storage space and discussed multiple solution options with homeowners including mini-split installation versus full system replacement with zoning capabilities. Documented current equipment configuration and attic layout conditions to prepare comprehensive quote proposals for both approaches, coordinating with electrical contractor already engaged for related renovation work.

Responded to consultation request for electrical rough-in planning in unfinished attic space at 1984 residential property. Homeowner seeking quote for complete electrical installation to support future bonus room, laundry room, and bathroom conversion with no general contractor involved. Assessed existing main electrical panel and service entrance equipment, documented current 200A main breaker configuration and available capacity for branch circuit expansion. Photographed existing panel conditions showing proper grounding conductors and current wiring arrangements to develop accurate scope of work for attic renovation electrical requirements.

Completed comprehensive heating and air maintenance on two HVAC units, performing 80-point inspections on each system. Cleaned outdoor coils and burner assemblies, adjusted gas pressures to manufacturer specifications, and conducted thorough safety inspections. Documented equipment conditions with photos showing air handler interior components and drain pan with visible staining, indicating normal wear and previous water accumulation patterns.

Completed comprehensive 32-point annual electrical system evaluation on residential property. Performed electrical panel maintenance including proper torquing of all breaker connections and inspection of bus bar terminations. Tested all GFCI outlets and breakers to verify shock protection functionality. Conducted arc fault circuit interrupter breaker testing to ensure fire protection systems operating correctly. Performed smoke and carbon monoxide detector maintenance including battery replacement and functional testing of all units. Replaced customer-supplied light bulbs in fixtures up to 12 feet. Cleaned ceiling fans up to 12 feet in height. Documented electrical panel condition with photographs showing dual-column breaker configuration with approximately 20-24 circuit breakers, main bus bar connections, and proper wire routing throughout panel. All systems tested and verified operational.

Installed a new dedicated 60-amp circuit in conduit along the back wall to support an Autel premium hardwired EV charger. Installed a tandem breaker in the main panel to accommodate the new circuit, sealed an open penetration within the panel enclosure, and added an AFCI breaker for the kitchen lighting circuit to meet current fire protection code requirements. All work was completed under permit with three-year warranty coverage on parts and labor, and the installation qualifies for available utility rebates.

Responded to service call for broken light bulb removal in living room ceiling fixture. Upon arrival, found light bulb had shattered during removal attempt, leaving corroded base lodged in socket threads. Successfully extracted rusted bulb base from fixture using appropriate tools while exercising caution to avoid damage to socket housing and electrical components. Inspected fixture socket for any damage or electrical issues, confirmed proper wire connections, and verified fixture was in safe operating condition. Tested fixture operation with new bulb to ensure proper functionality before completing service.

Arrived on-site for scheduled appointment to assess 14-year-old upstairs HVAC unit and provide replacement quote. Inspected existing thermostat wiring configuration, documenting red, orange, yellow, and green wire connections at terminal block for compatibility verification with new equipment. Evaluated outdoor condensing unit location, noting drainage line routing and utility connections including corrugated condensate drain and PVC piping penetrating foundation area. Photographed all relevant equipment and installation details to prepare accurate replacement proposal for upstairs system.

Assessed electrical capacity at 1998 residential property for Level 2 EV charger installation in garage. Inspected existing garage panel and determined insufficient available capacity for additional 240V circuit due to previous sauna installation on secondary exterior panel. Photographed both electrical panels showing current breaker configuration and wire routing. Provided EV charger equipment and consulted with homeowner regarding upgrade from existing 110V Level 1 charging cord to Level 2 charging system, explaining installation requirements and panel capacity limitations for proper 240V dedicated circuit installation.

Responded to no cooling complaint on 5+ year old system with control board flashing 5-time fault code indicating low pressure. Upon inspection, discovered significant refrigerant leak at evaporator coil connection point, evidenced by oil staining and rust discoloration on coil assembly and surrounding components. Exterior unit base showed heavy debris accumulation and corroded refrigerant line penetrations. Leak location confirmed at brass fitting on evaporator coil where brownish-orange residue indicated active refrigerant oil migration. System low on refrigerant charge, consistent with homeowner's previous observation of weak heating performance and constant auxiliary heat operation during winter months. Documented leak site with photos showing compromised coil connections and deteriorated exterior line set. Recommended evaporator coil replacement due to leak location and age of system, along with exterior unit cleaning and line set inspection prior to refrigerant recharge.

Completed comprehensive 32-point electrical system evaluation including electrical panel maintenance with proper torquing and connection verification. Performed GFCI/shock protection outlet and breaker testing, arc fault/fire protection breaker testing to ensure all safety devices functioning properly. Conducted smoke and CO2 detector maintenance including battery replacement and operational testing, replaced customer-supplied light bulbs in fixtures up to 12 feet, and cleaned ceiling fans up to 12 feet. Inspected exterior meter base and service entrance equipment, confirmed all components in normal working condition. Documented electrical panel configuration and verified proper circuit breaker operation throughout distribution system.

Completed comprehensive 32-point annual electrical system evaluation and preventative maintenance. Performed electrical panel maintenance including torque verification and connection inspection of all breaker terminals and bus bars. Conducted GFCI outlet testing using digital tester to verify proper ground fault protection and trip response times, confirming 6-second trip functionality. Tested arc fault circuit interrupters to ensure fire protection systems operating within specifications. Serviced smoke detector system, including removal and inspection of Kidde i12060A ionization smoke alarm, battery replacement, and functional testing to verify proper operation. Cleaned accessible ceiling fans up to 12 feet and replaced customer-supplied light bulbs in fixtures up to 12 feet. All electrical safety devices tested and confirmed operational, with system performing to code requirements.

Completed comprehensive 32-point electrical system evaluation and annual preventive maintenance. Performed electrical panel inspection with proper torquing of all connections and thorough assessment of circuit breaker functionality. Tested all GFCI outlets and breakers for proper shock protection operation, verified arc fault circuit interrupter breakers for fire protection compliance. Conducted smoke and carbon monoxide detector maintenance including battery replacement and operational testing. Replaced customer-supplied light bulbs in fixtures up to 12 feet and performed ceiling fan cleaning up to 12 feet. All electrical components found operating within normal parameters, panel connections secured to manufacturer specifications, and safety devices confirmed functional.

# Electric Service Call - Oven Power Issue Responded to service call for oven with no power in 2008-built residence. Upon arrival, conducted systematic electrical troubleshooting to identify power loss cause. Inspected kitchen oven circuit and associated electrical connections at appliance location, noting deteriorated outlet box with significant wear, peeling paint, and exposed components indicating age-related degradation. Proceeded to main electrical panel for comprehensive circuit evaluation. Opened panel to access breaker array and verify circuit integrity. Inspected dual-column breaker configuration with copper bus bars and traced multiple wire connections throughout panel cavity. Verified circuit breaker status for oven dedicated circuit and tested for proper operation. Examined panel wiring organization and connections to identify any loose terminations, damaged conductors, or tripped breakers affecting oven power supply. Documented existing conditions with photographs showi

Responded to service call for multiple non-functioning outlets in 1997-built residence. Homeowner reported that 3-5 outlets stopped working after plugging in a device, suspecting a tripped breaker or blown circuit. Upon arrival, met with roommate on site and inspected the main electrical panel. Examined breaker panel configuration, identifying multiple circuits with handwritten labels including dryer, disposal/dishwasher, washer, microwave, and generator panel circuits. Assessed panel condition, noting older residential installation with dense wiring configuration including main power conductors, neutral bundles, and various circuit wiring. Documented panel interior showing circuit breaker positions and overall electrical system layout for diagnostic purposes.

Completed comprehensive 32-point electrical system evaluation on 1997 residential property. Performed electrical panel maintenance including torque verification and connection inspection of all circuit breakers and bus bars. Conducted GFCI outlet testing using calibrated electronic testing equipment to verify proper shock protection functionality, and tested AFCI breakers to ensure fire protection systems were operating correctly. Performed smoke and carbon monoxide detector maintenance with battery replacement and operational testing. Replaced customer-supplied light bulbs in fixtures up to 12 feet and cleaned ceiling fans at similar heights. All electrical components found functioning within normal parameters upon completion of preventive maintenance service.

Responded to loss of power affecting multiple kitchen outlets including microwave and coffee pot circuits. Investigated electrical panel and traced affected branch circuits to identify the fault. The photo documentation shows exterior utility connections, though the primary issue was resolved at the kitchen counter receptacles where a tripped GFCI outlet was reset and tested for proper operation, restoring power to all affected devices.

Trenched from existing dedicated circuit mounted on post to outdoor kitchen area to supply power for refrigerator and grill installation. Installed underground conduit with circuit extension, transitioning to flexible conduit at termination point for single outlet location on privacy wall structure. All electrical connections completed to code specifications with appropriate outdoor-rated materials for exterior application.

Responded to service call for treadmill tripping breaker when plugged into multiple outlets. Upon arrival, inspected exterior electrical system including Generac transfer switch, main service panel, and outdoor GFCI receptacles. Tested outdoor weatherproof outlet and verified proper grounding and circuit protection. Determined issue was related to treadmill motor drawing excessive amperage on startup, causing breaker to trip as designed for safety. Recommended dedicated 20-amp circuit for treadmill use or evaluation of equipment by manufacturer for potential electrical fault.

Responded to electrical service call for kitchen light circuit tripping breaker when activated from either of two three-way switches. Inspected electrical panel and identified signs of moisture intrusion evidenced by corrosion and rust staining at bottom center of enclosure. Documented panel condition showing deterioration of interior components and compromised wire connections. Customer also reported previous intermittent tripping on garage door circuit that self-resolved, suggesting potential pattern of moisture-related issues affecting multiple circuits in panel requiring further investigation and remediation.

Completed comprehensive heating and air maintenance on two 2020 HVAC units including 80-point inspections, outdoor coil cleaning, burner cleaning, gas pressure adjustments, and safety inspections. Investigated reported issue with downstairs unit where heat runs independently of thermostat command, causing excessive temperatures and requiring breaker shutoff to stop operation. Tested capacitor reading 41.0 µF and inspected evaporator coil assembly, noting significant rust and corrosion on heat exchanger housing and frame, particularly in lower sections, with moisture exposure evident throughout unit components.

Completed installation of Rheem RA14AY30A air conditioning condenser unit, model number 1NA, manufactured August 2025. Unit specifications include 208/230V single-phase operation at 60Hz, compressor rated at 12.7 RLA and 78 LRA, outdoor fan motor rated at 1/6 HP, utilizing R454b refrigerant with 73 oz factory charge. Established proper electrical service connection to existing Square D outdoor disconnect panel with appropriate circuit protection meeting manufacturer requirements of 17A minimum circuit ampacity and 25A maximum fuse rating. Verified all electrical connections secure, confirmed proper voltage supply, and ensured compliance with single-pole contactor safety specifications as indicated on equipment labeling. System ready for operation with all safety protocols observed.