Dunn, NC HVAC & Electrical

Responded to no cooling call on 8-year-old single system. Upon arrival, performed diagnostic testing of outdoor unit using digital multimeter. Measured capacitance reading of 400.9 MFD and amperage draw of 294.7 on compressor circuit, indicating potential electrical issues affecting system operation. Customer also reported inadequate airflow to guest bedroom prior to complete system failure, suggesting possible secondary issue with ductwork or zoning that will require further evaluation once primary cooling issue is resolved.

Responded to no cooling complaint on 8-year-old system. Upon inspection, found faulty contactor preventing compressor operation while air handler continued to run. Replaced defective contactor, restored power to outdoor unit, and verified proper system operation with supply air temperature reading of 58.8°F, confirming adequate cooling performance.

Responded to service call for two mini split systems requiring refrigerant evaluation. Upon arrival, performed diagnostic testing using digital temperature meters and refrigerant gauges on both indoor and outdoor units. Measured supply and return air temperatures, with readings indicating 82.9°F at multiple test points and 65°F differential across the evaporator coil. Deployed manifold gauge set to check system pressures and assess refrigerant charge levels. Testing confirmed both systems were operating with low refrigerant levels affecting cooling capacity. Recharged both mini split systems with appropriate refrigerant type to manufacturer specifications, verifying proper pressures and temperatures throughout the process. Systems tested and confirmed operational with adequate cooling performance restored to both units.

Responded to no cooling complaint on downstairs HVAC unit in a two-system residence with 20-year-old equipment. Upon arrival, verified system was blowing air but not producing cooling as reported. Inspected electrical panel and documented breaker configuration for both upstairs and downstairs heating and cooling circuits. Unit had been shut off by customer prior to service call due to malfunction.

Responded to no cooling call on downstairs unit of a two-system residence with 20-year-old equipment. Upon arrival, performed diagnostic testing on the affected Rheem condensing unit using multimeter, which revealed a compressor issue with abnormal electrical readings of 86.61 ohms. Unit was blowing air but compressor was not operating, confirming customer's report of no cooling condition.

Installed two ceiling fans in locations previously equipped with flush-mounted light fixtures on 9-foot ceilings. Verified electrical box support capacity for fan installation, replaced standard junction boxes with fan-rated boxes where necessary, and completed all wiring connections per NEC standards. Both installations tested and operational upon completion.

Completed HVAC system installation in attic space, including new air handler unit with associated ductwork, electrical connections, and refrigerant lines. Customer provided down payment via check, with remaining balance to be paid by check or credit card upon project completion.

Responded to complete loss of power at 1962 residence where main breaker had tripped and was running hot to the touch. Upon inspection, found outdated electrical service panel with signs of age, dust accumulation, and disorganized wiring throughout the enclosure. Main breaker exhibited overheating due to deteriorated connections and excessive resistance at terminal points. Determined that the aging panel components and inadequate wire terminations were causing the thermal event. Reset main breaker after allowing cooling period and verified proper voltage at meter base and distribution panel. Inspected all branch circuit breakers for similar thermal stress and tested connections. Advised that the entire service panel requires replacement due to age-related deterioration, outdated components, and safety concerns related to the overheating main breaker. Restored temporary power to residence but strongly recommended immediate panel upgrade to prevent recurring outages and potential fire ha

Conducted sales consultation for replacement of 9-year-old Trane unit serving main floor of residence. Inspected existing two-unit system, including attic ductwork and basement mechanical equipment. Discussed equipment options and alternative brands based on customer preferences, as current Trane unit requires replacement and customer expressed interest in exploring other manufacturers for the primary living space system.

Converted existing 110V electrical outlet to 240V circuit for relocated A.O. Smith water heater installation in residential basement crawl space. Installed appropriate gauge wiring, upgraded circuit breaker, and verified proper grounding and voltage supply to accommodate new water heater electrical requirements.

Responded to no cooling complaint on 6-year-old single-zone HVAC system with mechanical thermostat. Upon inspection, diagnosed failed capacitor in outdoor condensing unit preventing compressor operation. Replaced defective dual-run capacitor with OEM-equivalent component, restored proper electrical connections, and verified system cooling operation with temperature differential readings within manufacturer specifications.

Completed installation of proper equipment platform and flexible duct support system in accordance with manufacturer specifications. Performed warranty-related corrections to ensure system compliance and optimal performance. Conducted exterior condenser unit maintenance including coil cleaning to restore heat transfer efficiency.

Completed comprehensive heating and air maintenance including 80-point inspection on 2025 HVAC unit. Performed outdoor coil cleaning, burner cleaning, and adjusted gas pressures to manufacturer specifications. Verified refrigerant pressures and temperatures using diagnostic manifold gauges, conducted complete safety inspections on all system components, and confirmed proper operation of all heating and cooling functions.

Installed additional electrical outlets in upstairs bonus room to address inadequate power access. Ran new circuit from main electrical panel located in garage, connected to appropriate breaker for standard 120V service. Previously, the room had only a single outlet; added multiple outlets to meet occupant needs and provide convenient power access throughout the space.

Responded to service call for non-functioning garage flood lights at a residential property built in 2002. Performed diagnostic troubleshooting to verify power supply to exterior lighting circuit. Inspected electrical wall box containing Cooper Circuit Guard toggle switch and duplex outlet, noting cosmetic wall damage around box perimeter. Traced circuit to main electrical panel and inspected breaker assembly, identifying proper breaker positions and verifying electrical connections. Confirmed power availability at circuit source and provided homeowner with assessment of lighting system functionality and available repair options for the non-operational flood light fixtures.

Responded to service call for loss of power to hygiene chair outlet in commercial facility. Upon investigation, located affected outlet in utility compartment alongside HVAC equipment and refrigerant lines. Tested outlet, identified power loss issue, and restored electrical service to the circuit. Outlet is now functioning properly and hygiene chair equipment has been returned to normal operation.

Installed dedicated electrical circuit for pool equipment at residential property built in 2020. Ran new circuit line from main electrical panel located in garage to exterior pool equipment location, ensuring proper amperage and code compliance for safe pool operation. Reviewed site plan documentation and captured photos of completed installation for service records.

Responded to electrical safety concern at 1948 residential property regarding potential fire hazard in attic wiring. Performed thorough inspection of attic space and existing electrical panel assembly, documenting conditions with photographs. Assessed exposed wiring running across attic floor, deteriorated insulation near electrical components, and overall state of electrical distribution system including industrial-grade contactor, circuit breakers, and copper cable connections to determine necessary rewiring scope and safety recommendations.

Installed new GFCI receptacle in weatherproof exterior enclosure for dedicated dehumidifier circuit at 1930s-era residence. Verified proper humidity monitoring equipment connection and tested electrical protection device for correct operation, confirming 30.9% RH reading on connected ProSelect dehumidifier unit model PSGCV-V19IMS.

Responded to warranty callback for recently installed Amana HVAC system experiencing inconsistent temperatures throughout home, inadequate upstairs cooling, and airflow concerns. Inspected outdoor condensing unit and verified proper installation on concrete pad with appropriate electrical connections. Accessed attic space to evaluate ductwork distribution system and insulated flex duct runs serving upper level zones. Completed deferred installation task by installing plywood support base for secondary unit to ensure proper equipment stability and prevent future operational issues. Documented equipment condition and installation with photographic evidence showing condensing unit positioning and attic ductwork configuration for warranty records.

Replaced 18-year-old blower motor in customer's furnace system that customer had previously attempted to service themselves. Conducted visual inspection of the complete HVAC system including outdoor condenser unit to verify proper operation following motor replacement.

Responded to customer complaint of kitchen lights flickering and dimming when oven is in use. Conducted inspection of electrical panel and utility meter, documenting system with photos. Determined issue was related to voltage fluctuation during high-demand appliance operation, likely due to undersized circuit or loose connection. Corrected problem by tightening connections and verifying proper load distribution.

Performed preventative maintenance on a 5-year-old HVAC system. Inspected the dual-run capacitor (40+5μF) which showed signs of normal wear, and conducted amperage testing using a Fluke 374 FC clamp meter to verify proper electrical operation. System was functioning within specifications after service.

Completed preventative maintenance service on 2018 HVAC unit including comprehensive 80-point inspection. Performed standard maintenance tasks including outdoor coil cleaning and burner cleaning, with gas pressure adjustments as needed. Electrical system inspection conducted using Fluke 374 FC clamp meter with all components and circuit breaker connections verified to be functioning properly.

Conducted replacement options consultation for 19-year-old HVAC system. Inspection revealed severely dust-clogged fan assembly and weathered exterior electrical connections. Discussed appropriate replacement units for elderly homeowners' needs and presented financing options for consideration, as their current system is disconnected with only attic heat strips functioning.