Holly Springs, NC HVAC & Electrical

Completed biannual preventive maintenance on two residential HVAC systems (2017 and 2024 units). Performed comprehensive inspection, testing, and tune-up procedures on both indoor and outdoor components. Utilized clamp meter to verify electrical performance, including capacitor readings and amperage draws on outdoor unit. Inspected evaporator coil and air handler in confined attic space with foil-faced insulation. Customer reported upstairs unit struggling to maintain temperature, though acknowledged intermittent operation during daytime hours. Both systems operational upon completion of maintenance service.

Responded to service call for multiple circuit breakers tripping without apparent cause, potentially related to recently installed whole home surge protector. Inspected Panel C and all circuit breakers, including main house breaker and individual branch circuits. Documented electrical panel configuration and outlet installations, verified proper breaker operation, and assessed surge protector integration with existing electrical system to identify source of nuisance tripping.

Responded to no cooling complaint on upstairs unit of a three-system residence with 3-year-old equipment. Upon arrival, verified thermostat functionality and measured electrical parameters using digital multimeter, recording 40.4 amps and 2.8 volts at the system. Advised shutting down thermostat to prevent potential freeze-up damage prior to service completion.

Conducted system replacement assessment for complete HVAC changeout. Documented existing Honeywell Home thermostat and measured attic space clearances between structural joists to determine equipment fitment requirements for new installation. Photographed existing conditions including available workspace, electrical wiring paths, and structural dimensions to prepare accurate replacement estimate.

Performed preventative maintenance tune-up on upstairs HVAC unit per customer request. Inspected 18-year-old system that runs continuously. During inspection, identified significant rust and corrosion on evaporator coil refrigerant line connections in lower right section, indicating potential moisture intrusion or deterioration that may require future attention. Noted heavy dust accumulation on blower wheel assembly affecting airflow efficiency. Completed standard tune-up procedures including system performance evaluation and component inspection.

Responded to service call for non-functioning fluorescent light fixture in walk-in closet. Upon arrival, confirmed fixture was inoperative after previous flickering issues. Diagnosed failed fluorescent bulb as cause of malfunction. Provided and installed new fluorescent bulb, restoring full operation to closet lighting fixture.

Responded to no cooling call on downstairs unit of a two-unit system. Upon arrival, found Nest thermostat displaying error code E73 indicating no power detected to RC wire. Performed diagnostic testing with clamp meter to verify power supply and wiring continuity throughout the system. Identified and resolved power supply issue to thermostat RC terminal, restoring proper 24V control voltage. Verified system operation and cleared error code, confirming unit returned to normal cooling operation.

Responded to power loss issue at 1968 residence where utility company had recently installed new service line. Upon arrival, inspected exterior electrical disconnect box and meter base installation. Found disconnect enclosure in severely deteriorated condition with cover hanging open, exposing internal components to weather. Observed heavy accumulation of dirt, corrosion, and oxidation on contactors, terminals, and connection points. Noted significant environmental damage including moisture intrusion evidenced by staining on siding around conduit entry point and degraded internal components. Documented compromised electrical connections, corroded wire terminations, and weathered enclosure requiring replacement. Photographed deteriorated disconnect box showing damaged housing, exposed wiring, and unsafe conditions created by prolonged exposure to elements. Verified utility company had completed work on service line and meter base as reported. Assessed that existing disconnect equipment

Conducted sales consultation for mini split installation in residential garage. Customer recently moved into property and requested ductless heat pump system for climate control in detached or attached garage space. Met with homeowner to assess installation requirements and discuss system options. Performed site evaluation and documented existing electrical infrastructure. Inspected main electrical panel located in unfinished area with exposed framing. Panel contains adequate breaker capacity with mix of single-pole and double-pole breakers currently installed. Assessed electrical service availability for mini split system power requirements. Photographed panel configuration and available circuit capacity to determine if additional breaker installation or panel upgrade would be necessary for new equipment. Discussed mini split system sizing, placement options for indoor air handler unit, and optimal outdoor condenser location. Reviewed installation scope including refrigerant line ro

Responded to no cooling complaint on 8-year-old Carrier system. Upon arrival, located outdoor unit on side of home and performed diagnostic evaluation. Verified furnace model 59SC2C060S14 (manufactured March 2017) and connected manifold gauges to check refrigerant pressures. Measured R410A system operating at 128.3 psig with temperature differential showing 91°F ambient and 44°F suction line temperature. Assessed superheat and subcooling values to determine proper refrigerant charge and system performance. Identified issue affecting cooling capacity and completed necessary repairs to restore proper operation. System tested and verified cooling properly upon completion.

Responded to no cooling complaint affecting downstairs area of residence with 12-year-old HVAC system. Upon inspection, found zone damper control set to closed position, preventing conditioned air flow to lower level. Repositioned damper control dial from "Closed" to appropriate open setting to restore airflow and cooling to affected zone.

Successfully installed three light fixtures in a residential property: one large starburst-style chandelier in a two-story foyer with 20-foot ceiling and two pendant fixtures above a kitchen island with 10-foot ceiling. The foyer chandelier features multiple radial arms with globe bulbs and was securely mounted to accommodate the high ceiling clearance. All customer-supplied fixtures were properly wired, tested for functionality, and confirmed operational upon completion.

Responded to no cooling complaint on third floor system at property with three total HVAC systems. Upon arrival, conducted diagnostic inspection of 9-year-old Lennox unit serving affected zone, which was reported to run continuously while delivering warm air instead of conditioned air. Performed visual inspection of outdoor condensing units and documented equipment installation, confirming proper electrical connections and disconnect box placement for all systems on site.

Replaced defective outdoor control board on HVAC system, removing the failed unit and installing new circuit board with proper electrical connections to all line voltage and control wiring. Customer enrolled in preventative maintenance membership program for ongoing system care and priority service benefits.

Conducted sales consultation for 12-year-old HVAC system replacement. Performed comprehensive evaluation of existing attic-mounted air handler unit and associated ductwork, taking detailed measurements and photographic documentation of equipment condition. Presented replacement options to homeowner for complete system upgrade, noting existing flexible ductwork, PVC condensate drainage lines, and current equipment configuration to provide accurate proposal for new installation.

Responded to a service call at a 1994-built residence to install two new dedicated circuits as requested. Performed load calculations to verify the existing electrical panel capacity could safely accommodate the additional circuits. Installed a 240-volt, 50-amp circuit and a 120-volt, 20-amp circuit, running appropriate gauge wiring from the main electrical panel to the designated locations. Verified all connections were properly torqued, labeled new breakers accordingly, and confirmed both circuits were functioning correctly with proper voltage readings. Customer met technician on-site as scheduled to discuss installation specifications and review completed work.

Completed comprehensive heating and air maintenance on 6-year-old system including full 80-point inspection, outdoor coil cleaning, burner cleaning, gas pressure adjustment, and safety inspections. Addressed additional concerns identified during inspection, performing diagnostic work on blower motor assembly and electrical components in attic installation. Inspected and serviced control box connections, verified proper wire terminations, and assessed condition of refrigerant line insulation showing wear.

Installed two indoor light fixtures in a 1997 residential property with 8-foot ceilings. The first fixture, a decorative chain-hung pendant light, was mounted above the kitchen dining room table, while the second fixture, a flush mount style, was installed directly across in the breakfast nook. Both customer-supplied fixtures were successfully wired, secured, and tested for proper operation.

Completed electrical service call at residential property built in 2015. Installed multiple ceiling fans with integrated lighting in bedrooms and main living areas to accommodate 9-10 foot ceiling heights. Replaced and added light fixtures throughout the home as requested. Inspected electrical panel and addressed items identified in pre-purchase home inspection report. Verified all circuit breakers properly labeled and functioning, confirmed panel wiring connections secure and up to code. All installed fixtures tested and operational upon completion.

Responded to service call for capacitor replacement on residential heat pump system. Upon arrival, verified thermostat operation showing system calling for cooling at 78°F setpoint. Accessed outdoor unit and removed service panel to inspect electrical components. Located failed run capacitor in control compartment showing signs of degradation. De-energized system and discharged existing capacitor following proper safety protocols. Removed defective capacitor and installed new OEM-spec replacement, ensuring proper microfarad rating and voltage specifications. Reconnected all electrical terminals with secure connections to compressor, condenser fan motor, and common leads. Restored power to unit and conducted operational test cycle. Verified compressor startup, confirmed proper fan motor operation, and checked amp draw on both components within manufacturer specifications. System cooling normally with no unusual sounds or vibrations detected. Reinstalled access panel and left unit in pro

Responded to service call for non-functional laundry room overhead fluorescent light fixture. Upon arrival, verified customer had already replaced bulb and confirmed breaker was in proper position. Inspected electrical panel and traced circuit to affected fixture. Tested fixture for power and continuity, identified faulty ballast as root cause. Replaced defective ballast, restored power to circuit, and verified fluorescent light fixture now operates properly.

Responded to repeat service call for sparking breaker in main electrical panel. Inspected panel, identified faulty circuit breaker on kitchen circuit, and replaced defective breaker with properly rated replacement to eliminate arcing hazard and restore safe operation.

Responded to a no-cooling complaint on a 5-year-old residential air conditioning system located in the attic. Customer reported unit would run and cool briefly before gradually losing cooling capacity, requiring system shutdown and a waiting period before attempting restart. Performed diagnostic testing using digital multimeter, recording voltage reading of 373.1V at compressor motor terminals, and conducted temperature differential measurements at supply register. Investigation focused on intermittent cooling failure and thermal lockout condition affecting system operation.

Responded to service call at 2011 residential property for electrical assessment and repairs. Conducted thorough evaluation of multiple loose electrical outlets throughout the home that posed potential fire and safety hazards. Inspected outlet installations and identified improper mounting, deteriorated wall material, and gaps behind receptacles causing instability. Assessed location and requirements for installation of dedicated electrical circuit for sauna unit, including load calculations and optimal circuit routing through attic space. Documented existing conditions with photographs showing loose outlet installation with visible wall deterioration and access pathway through attic mechanical space for future circuit installation. Provided pricing and recommendations to property owner for necessary outlet replacements to address safety concerns and separate estimate for dedicated sauna circuit installation to tenant.

Responded to no-cooling complaint on 15-year-old upstairs HVAC unit where fan was running but not producing cold air. Upon inspection, found severely corroded blower motor with significant rust and moisture damage, along with compromised flexible ductwork in attic space showing compression and potential airflow restriction. Documented equipment condition and presented findings to homeowner for repair recommendations.