Licensed Electrician in Raleigh, NC

Responded to outlet issues at three locations: kitchen, back porch, and front entrance of 1994-built residence. Tested exterior front outlet with non-contact voltage tester and GFCI functionality tester, confirming proper operation and grounding. Verified customer-installed kitchen GFCI outlet was functioning correctly and inspected main electrical panel to ensure all breakers were properly seated and operational across both bus bars.

Installed a dedicated 60-amp circuit from the exterior panel through the crawlspace to the garage, then hardwired and mounted a customer-supplied Tesla EV charger rated for 48-amp charging capacity. Additionally, installed whole home surge protection equipment with warranty coverage and obtained the necessary electrical permits for the installation.

Replaced malfunctioning outdoor ceiling fan that was only operating at limited speeds. Installed new ceiling fan unit with complete electrical connections, mounted remote control receiver in switch box, and configured wall-mounted controls including remote holder and multi-switch panel for proper fan operation and lighting control.

Responded to service call regarding plumber receiving electrical shock when attempting to turn off main breaker during water heater replacement. Performed comprehensive electrical safety inspection of main service panel and exterior electrical equipment mounted on brick wall. Inspected meter base, main disconnect panel, and all associated breakers including 50A tandem breakers serving water heater circuit. Verified proper grounding, checked for energized components on exterior panel enclosure, and tested for voltage leakage or fault conditions that could have caused the shock incident. Inspected garage electrical outlets and switches that were previously exposed to water from burst pipe to ensure circuits were safe and dry before restoration of power. Provided customer with assessment of electrical system condition and explanation of safety concerns related to the incident.

Responded to electrical safety concern following plumber incident at main service panel where energized conductors were contacted during water heater replacement work. Performed comprehensive electrical testing and diagnostics at exterior main breaker panel using Fluke 323 True RMS clamp meter to verify system voltage and identify potential hazards. Measured and documented voltage readings showing 120.6V AC at panel, confirming proper line voltage, and additional readings of 24.10V AC at secondary test points. Investigation revealed electrical system remained energized during attempted shutdown, indicating potential issues with main breaker operation or improper conductor identification. Provided homeowner with assessment findings and peace of mind regarding electrical system safety following water damage incident in garage that had previously affected outlets and circuits.

Responded to service call regarding previously installed dedicated grounding wire running from main residence to detached shed. Homeowner reported accidentally striking and partially exposing buried wire during excavation work in yard, with approximately 15 feet of conductor now above grade. Conducted thorough site inspection of affected area and traced wire path from house connection point to shed terminus. Verified wire routing, assessed depth of burial along accessible portions of run, and examined exposed section for physical damage to insulation or conductors. Confirmed grounding wire integrity and proper connections at both termination points. Documented current conditions of installation with photographs showing yard terrain, exposed soil areas where excavation occurred, and overall property layout including fence lines and structures. Advised homeowner on proper burial depth requirements per electrical code and discussed options for remediation to restore wire to compliant unde

Responded to a non-functioning three-way switch issue in the hallway stairwell where the upstairs switch could not turn off the light when activated from the downstairs location. Diagnosed and corrected the improper wiring configuration between the two three-way switches, restoring proper operation so the light can now be controlled from both the upper and lower landing positions.

Completed comprehensive 32-point electrical system evaluation on 19-year-old residential property with no active issues reported. Performed electrical panel maintenance including torque verification and connection integrity checks, conducted GFCI outlet and breaker testing to verify shock protection functionality, and tested all arc fault circuit interrupters for proper fire protection operation. Utilized Klein Tools RT250 non-contact voltage tester to verify circuit integrity throughout the system. Provided smoke and carbon monoxide 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 in height.

Completed comprehensive 32-point electrical system evaluation including electrical panel maintenance with proper torquing and inspection of all connections. Performed GFCI outlet testing using calibrated equipment to verify shock protection functionality, with all receptacles testing correct. Conducted Arc Fault breaker testing to ensure fire protection systems operating within specifications. Inspected all circuit breakers in main panel, verified proper wire terminations, and checked for signs of overheating or loose connections. Provided 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 and performed ceiling fan cleaning services. All electrical safety devices confirmed operational and system found to be functioning properly with no immediate concerns identified.

Conducted electrical assessment of 1983 residential property to evaluate feasibility of installing additional outlets including two 20A GFCI-protected receptacles on movable kitchen island, two 20A receptacles in bedroom/office area spaced 6 feet apart for computer equipment, and one 15A receptacle in pantry with potential switch control for LED lighting. Inspected main electrical panel to assess available capacity and breaker space, photographed existing panel configuration showing bus bars, breaker arrangement, and potential availability of unused 220V circuit for repurposing, and provided recommendations for completing requested electrical upgrades.

Removed existing Ring camera installations above garage and sunroom, then installed two new exterior GFCI receptacles with weatherproof covers at these locations to accommodate upcoming CPI security system installation. Ran new dedicated circuits from main electrical panel, installed appropriate breakers, and ensured all exterior outlets meet current code requirements for outdoor weatherproof applications at 1997-built residence.

Responded to a 1983 residential property for electrical panel evaluation due to recurring breaker tripping issues affecting the whole house. Performed visual inspection of existing electrical panel and documented current conditions with photographs. Customer reported previous outlet replacements throughout the home with concerns about underlying wiring conditions behind receptacles. Provided assessment findings and recommended contacting power company to verify incoming service prior to proceeding with panel upgrade, as customer is obtaining comparative quotes for complete panel replacement.

Completed comprehensive 32-point annual electrical system evaluation and preventative maintenance service. Performed electrical panel maintenance including torque verification and connection inspection of all terminations. Conducted GFCI outlet testing using Klein Tools digital tester to verify proper ground fault protection and trip functionality at all protected receptacles. Tested arc fault circuit interrupter breakers to ensure fire protection systems were operating within specifications. Performed smoke detector and carbon monoxide detector maintenance including battery replacement and operational testing of all units. Replaced customer-supplied light bulbs in fixtures up to 12 feet and cleaned accessible ceiling fans up to 12 feet. All electrical systems tested and found functioning properly with no deficiencies noted.

Responded to a church facility for electrical service including lighting installation and outlet safety concerns. Inspected multiple electrical outlets throughout the sanctuary that were reported to cause shock sensations when plugging in devices, indicating potential grounding issues. Evaluated the existing electrical system including meter installation and interior branch circuits. Assessed ceiling height at approximately 12 feet for mini chandelier installation locations in the sanctuary space. Documented existing lighting infrastructure including ornate chandeliers, ceiling fans, and track lighting systems. Inspected electrical outlets for proper grounding and GFCI protection as required for commercial occupancy safety standards.

Responded to service call to replace kitchen stove outlet at commercial facility. Upon arrival, inspected existing electrical connections behind stove and evaluated the circuit at the main electrical panel. Successfully replaced the defective outlet with new properly rated receptacle, ensuring all wire connections were secure with appropriate ring terminal connectors and verifying proper grounding. Confirmed circuit breaker compatibility and tested installation for safe operation.

Completed full 200 amp electrical service upgrade including installation of sealed panel with new breakers, connections, and copper bus bars. Installed new grounding system with two ground rods per code requirements. Coordinated with power company for service disconnect and reconnect, obtained necessary permits, and scheduled inspection department approval. All electrical connections tested and verified operational upon completion.

Responded to emergency electrical call regarding smoking outlet located on first floor directly beneath upstairs bathroom. Homeowner reported burning smell while using hair dryer upstairs, followed by visible smoke from downstairs receptacle. Breaker had been shut off prior to arrival. Inspected affected outlet and discovered severe overheating with evidence of arcing, loose connections, and accumulated debris within junction box. Verified circuit breaker integrity and traced wiring path between floors. Replaced damaged receptacle, cleaned and secured all wire connections, and confirmed proper grounding. Tested circuit under load to ensure safe operation before restoring power.

Responded to service callback for previously replaced outdoor outlets and landscape lighting reported as non-functional. Upon arrival, performed voltage testing at exterior junction box using digital outlet tester, which indicated correct 124 VAC reading at the Intermatic-brand weatherproof enclosure. Documented electrical system functionality with photos showing proper voltage present at the outdoor receptacle location.

Responded to service call for non-functioning hardwired doorbell system. Accessed attic space to inspect doorbell transformer and wiring connections. Verified transformer operation and measured voltage output at 18.50 VAC using digital multimeter, confirming proper power supply to doorbell circuit. Documented existing installation conditions and electrical components with photographs for service records.

Performed comprehensive electrical load calculation analysis on existing 200-amp service panel to evaluate capacity for EV charger installation. Assessment revealed panel operating near maximum capacity with combined loads of major appliances, HVAC systems, water heater, and pool equipment. Documented existing electrical infrastructure including meter base and service entrance equipment. Provided homeowner with two viable options: installation of reduced 20-30 amp dedicated circuit for Level 2 EV charging within existing panel capacity, or recommendation for full 200-amp service panel upgrade to accommodate higher amperage EV charging circuit while maintaining adequate reserve capacity for all existing and future electrical loads.