Holly Springs, NC HVAC & Electrical

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.

Responded to no cooling complaint with weak airflow on residential HVAC system. Upon inspection, found evaporator coil heavily contaminated with dust, dirt, and debris accumulation, severely restricting airflow and reducing heat transfer efficiency. Capacitor showed heavy dirt buildup and environmental exposure. Documented system condition with photos showing deteriorated insulation, oxidized copper connections, and mineral deposits on drain pan, indicating extended period without maintenance.

Conducted sales consultation for Carrier mini split system installation in detached 20x13' carriage garage of new construction home. Assessed interior space currently configured as gaming room and evaluated exterior foundation area for equipment placement. Documented installation requirements including potential outdoor unit location near existing electrical service and crawl space access point. Provided equipment recommendations and sizing calculations for approximately 260 square feet of conditioned space.

Performed comprehensive pre-purchase inspection of three residential HVAC systems in preparation for property closing. Conducted electrical diagnostics on all units using clamp meter to verify proper amperage draw and capacitor function. Inspected outdoor condensing units, noting weathering and debris accumulation on filters requiring future maintenance attention, and documented equipment condition with two systems dating to 2014 and one to 2018.

Conducted sales call for air conditioning system replacement at property with recently installed furnace. Performed attic inspection and documented existing ductwork configuration and electrical setup. Measured supply plenum dimensions and assessed duct insulation compatibility for new AC installation. Verified dedicated electrical circuit availability at furnace location with clearly labeled switch controls. Captured documentation of attic workspace conditions, structural access points, and existing HVAC infrastructure to prepare accurate equipment quote and installation plan.

Responded to no cooling complaint on 19-year-old system. Upon inspection, found air handler operating in attic space with all mechanical components running but system failing to provide adequate cooling. Performed diagnostic evaluation of unit including refrigerant lines, condensate drainage system, and ductwork connections. Documented equipment condition with photos showing complete HVAC installation with gray metal air handler, PVC condensate lines, supply ductwork, and refrigerant piping. Given age of original equipment at 19 years, recommended system replacement due to decreased efficiency and reliability concerns typical of units beyond expected service life.

Installed two exterior weather-rated GFCI outlets on a 2013 home to eliminate unsafe extension cord usage. First outlet was mounted on vinyl siding near outdoor kitchen area to properly power refrigerator and grill with TAYMAC weatherproof cover and silicone seal. Second outlet was installed in pool area per NEC requirements for outdoor receptacles near water features. Performed electrical panel maintenance including connection inspection and torque verification. Installed whole home surge protection device at main panel with lifetime warranty coverage. All exterior penetrations were properly sealed and all work tested for proper ground fault protection and functionality.

Responded to callback for AC unit installed in July 2025 with no cooling complaint. Upon inspection, discovered evaporator coil showing significant contamination and discoloration with dark staining across lower fin sections, indicating possible manufacturing defect or premature degradation. Documented conditions with photos for potential warranty claim and further evaluation by manufacturer.

Responded to sales lead for 20-year-old residential air conditioning system with confirmed R22 refrigerant leak. Documented outdoor condenser unit positioned between brick wall and wooden fence, photographed refrigerant line routing and overall installation condition. Assessed aging equipment and presented replacement options due to obsolete R22 refrigerant and system age beyond economical repair threshold.

Completed comprehensive 32-point electrical system evaluation and preventative maintenance on residential property. Performed electrical panel maintenance including torque verification and connection inspection of all circuit breakers in main service panel. Conducted GFCI outlet and breaker testing to verify proper ground fault protection, along with arc fault circuit interrupter testing to ensure fire protection systems functioning correctly. Serviced smoke and carbon monoxide detectors with battery replacement and operational testing. Replaced customer-supplied light bulbs in fixtures up to 12 feet and cleaned ceiling fans within accessible height range. All electrical components inspected and found operating within normal parameters. Panel connections properly torqued to manufacturer specifications, and safety devices tested and confirmed operational.

Completed comprehensive tune-up service on two HVAC units. During inspection, discovered heavily soiled evaporator coils with significant dust and dirt accumulation, which was contributing to reduced cooling efficiency and the system's inability to maintain temperature on hotter days. Also identified rust staining on ductwork insulation indicating potential moisture intrusion or condensation issues that require monitoring. Performed standard maintenance procedures including cleaning coils, checking refrigerant levels, testing electrical connections, and verifying system operation on both units.

Responded to no heat call and performed system diagnostics. Inspected furnace control board and thermostat wiring connections. Documented control board assembly with multiple wire terminations and thermostat base wiring configuration showing standard HVAC terminal connections (G, Y1, Y2, RC, RH, W1, W2, OB, ACC). Customer temporarily left premises during service visit and returned to complete assessment. System requires further evaluation for potential recall-related issues affecting heating operation.

Responded to service call for non-functioning GFCI outlet supplying power to outdoor fountain. Upon arrival, located weathered outdoor electrical enclosure in landscaped area with wood chip mulch. Inspected outdoor-rated outlet box and found significant corrosion on metal enclosure and mounting hardware due to prolonged environmental exposure. Tested GFCI receptacle and confirmed no power output. Verified circuit breaker status at 21-year-old main electrical panel and found breaker in proper position. Traced wiring from panel to outdoor outlet location and identified moisture intrusion in outdoor enclosure as primary cause of GFCI failure. The outlet box showed signs of water damage and deteriorated seals, allowing moisture to compromise the GFCI protection device. Documented existing conditions with photographs showing corroded enclosure, internal components, and surrounding installation environment. Recommended replacement of outdoor GFCI receptacle with new weather-resistant model a

# Service Report: HVAC No Heat - Warranty Service Responded to warranty service call for HVAC system with reported cooling concerns and electrical issues. Conducted comprehensive inspection of HVAC unit to assess performance and identify any operational deficiencies affecting cooling capacity. Documented equipment condition with photographs including unit identification label and associated plumbing/drainage components. Coordinated with electrical team who replaced defective can light fixture in shower area at no charge under warranty coverage. Gathered detailed information and documentation regarding wet insulation concern for further evaluation and resolution planning with appropriate personnel. System inspection completed; findings and recommendations provided for follow-up action as needed.

# Electric Return Visit Summary Completed warranty electrical service including replacement of defective recessed can light fixture in bathroom shower area. Successfully installed new fixture with proper trim and lens, restoring full functionality. Documented existing conditions and gathered information regarding wet insulation issue found in attic space above bathroom for coordination with project lead. Photographed completed light installation and attic insulation concerns showing moisture damage and compromised material requiring further assessment.

# HVAC Service Report - Electrical Code Correction Responded to a possible recall regarding failed permit corrections on an air conditioning system installation. Upon inspection, identified a code violation where the AC unit's electrical specifications indicated a maximum 40-amp breaker requirement, but a 45-amp breaker had been improperly installed in the electrical panel. Documented the existing condition with photographs showing the oversized breaker installation and corresponding panel directory labeling the A/C unit circuits. The incorrect breaker sizing poses a potential safety hazard as it exceeds the manufacturer's specified maximum overcurrent protection, which could result in inadequate protection for the equipment and associated wiring under fault conditions.

Successfully installed new heat pump system with outdoor condensing unit properly positioned on concrete pad with mulched perimeter. Completed electrical connections to main panel, ensuring dedicated circuit breakers were properly labeled for the HVAC system components.

Successfully installed a whole home surge protector at the main electrical panel. Device was properly mounted adjacent to the panel with secure wire connections. System is now operational and providing protection against power surges for the entire residence.