Electrician in Alpharetta, GA

Today, I evaluated an issue with an EV charger that was not charging at the expected rate after a recent receptacle replacement by a handyman. The customer opted for information on the best long-term solution rather than immediate diagnostic testing or repairs. I recommended upgrading to a hardwired Level 2 wall-mounted EV charger, which would replace the existing receptacle system. This upgrade offers faster, more reliable charging, and if the charger includes internal GFCI protection, a separate GFCI breaker is unnecessary, reducing costs. I suggested installing a dedicated 50-amp circuit from the GE electrical panel to the new charger, ensuring optimal performance and reliability.

Upon arrival, we identified two wiring issues that were not installed correctly, leading to malfunctioning light switches. The first issue involved a loose connection in the wiring, which was promptly secured. The second issue was a misaligned switch, which we adjusted to ensure proper functionality. Both adjustments were straightforward and required minimal effort. After the corrections, we tested the light switches to confirm they were operating correctly. The job was completed efficiently, ensuring the lighting system functions as intended.

I completed electrical repairs, restoring all affected outlets. A new 220/240-volt double-pole and a 120-volt single-pole circuit breaker were installed, properly connected to branch circuits and bus bars. Wire sizing and terminations were verified. The panel was inspected, ensuring all connections were secure. Circuits were diagnosed, and repairs restored power to outlets. All circuits were tested post-repair, ensuring safe and proper operation.

A customer requested an exhaust fan installation to enhance ventilation. I assessed the area, selected a suitable model, and ensured it met their needs. I carefully measured and marked the installation site, then securely mounted the fan. Electrical connections were made, and the unit was tested to confirm proper operation. The fan was adjusted for optimal airflow, and the area was cleaned up. The customer was satisfied with the improved ventilation.

Job number 5485 involved installing a new gate access system. Upon arrival, I assessed the existing setup and determined the best location for the new equipment. I then proceeded to install the gate control unit, ensuring it was securely mounted and properly aligned. Next, I configured the gate motor and connected it to the control unit. After testing the system to ensure smooth operation, I programmed the gate code for the client's convenience. Finally, I provided a demonstration of the new system, explaining how to use the code and troubleshoot any potential issues. The job was completed efficiently, leaving the client satisfied with the new access control.

I assisted in setting up network drops across three floors, ensuring proper Ethernet connectivity. The basement already had fiber installed, so I integrated it with the existing wiring. I provided guidance on upgrading equipment and installed power where necessary. The customer had some materials, and I helped with the placement and configuration of the drops to meet their needs.

Upon returning under warranty, I inspected a bathroom light fixture that was still flickering despite a recent switch replacement. Initially, the fixture operated without issues after the repair. During this visit, I found that the flickering was due to the light bulbs. I removed the existing bulbs and installed a test fixture with new bulbs, which operated without flickering. Testing the original bulbs revealed issues with the SIGALUX, EcoSmart, and Sylvania bulbs. I replaced them with a Sylvania bulb, an EcoSmart bulb, and two new bulbs, confirming the fixture's proper operation. Additionally, I replaced a burned-out bulb at the top of the stairs and identified a failed LED module in a basement fixture, recommending its replacement. I appreciate the opportunity to address these concerns.

Today, I revisited the site to address an oversight from the initial installation. The wire on the side of the house, which had not been properly secured, was reattached firmly to the structure. This ensures stability and safety. Additionally, I sealed the penetration hole on the attic side with silicone to prevent any potential issues. The work was completed meticulously, ensuring all aspects of the installation were addressed. I appreciate the opportunity to rectify the previous error and am committed to providing reliable service for all your electrical needs.

I restored power to three lighting fixtures by diagnosing and repairing a 120/240-volt circuit. Two faulty switches were replaced, and the circuit was thoroughly tested to ensure proper operation. Additionally, I removed an existing dining room light fixture and installed a new one provided by the customer. All electrical connections were made correctly, and the fixture was securely mounted. After installation, I tested the new fixture and confirmed it was functioning as intended. Final testing verified the safe and reliable operation of both the repaired circuit and the new fixture.

Upon arrival, I conducted a thorough diagnostic assessment to identify the root cause of the AC system malfunction upstairs, which occurred following the installation of an Ethernet line. Ensuring that the issue was not related to the low voltage work, I meticulously examined all components. The root cause was traced to a damaged switch operating the gas furnace in the attic, which I promptly replaced. Additionally, I replaced a faulty receptacle at no extra charge, ensuring it was fully functional before concluding my work. The AC system was tested and confirmed operational. I recommended that the customer contact a heating and air company to address the issue of the system not providing cool air.

I installed a new Ethernet cable, starting from the basement and extending to the exterior. The cable was routed approximately 35–40 feet up the side of the home into the attic. In the attic, I installed a network switch and distributed the connection to four Cat5 Ethernet cables. Each cable was carefully run through the walls to designated room locations. I terminated each connection and secured all wiring to ensure safety and stability. After installation, I tested all network cables to verify proper operation, ensuring a reliable and efficient network setup.

Upon arrival, I conducted a thorough diagnostic to address the reported Wi-Fi performance issues. After verifying that the modem/router and incoming fiber service were functioning correctly, I tested the Ethernet connections in various locations. Both the upstairs and main level connections performed normally. I also confirmed the PoE switch and structured cabling were operating correctly. However, when traffic passed through the Wi-Fi extenders, network performance degraded. The extenders showed signs of discoloration, suggesting electrical or surge damage. Given the simultaneous failure of both units, a previous surge event is likely. Additional equipment may also be at risk, though further inspection is needed.

I installed two exterior flood lights. For the first fixture, I extended the existing circuit from a receptacle in a designated room. This involved routing new wiring to the designated mounting location, which was securely affixed approximately 8–12 feet above ground. The installation was completed without needing access to the upper floor. For the second fixture, I replaced the existing flood light. The existing junction box was utilized, eliminating the need for a circuit extension. The old fixture was removed, and the new one was installed, ensuring all electrical connections were properly completed. Both flood lights were tested for proper operation upon completion.

I installed a new Ethernet cable from the basement to the exterior, ascending approximately 35–40 feet along the home's exterior and into the attic. The cable was routed carefully to avoid damage. In the attic, I installed a network switch to distribute the connection to four Cat5 Ethernet cables. Each cable was run from the attic down through the walls to designated rooms, ensuring a clean and reliable network setup. All cables were securely fastened, tested for proper operation, and terminated neatly. The work was completed with attention to detail, ensuring optimal performance and accessibility.

We conducted a thorough evaluation to address electrical issues with the master bathroom light and kitchen microwave. The inspection revealed the need to replace the existing electrical panel for enhanced safety and reliability. Additionally, the kitchen microwave requires a dedicated circuit, and the GFCI receptacle near the sink should be replaced due to its age and condition. The customer approved the work, which includes panel replacement, a new dedicated microwave circuit, GFCI receptacle replacement, and troubleshooting the bathroom light. All other components were found to be in good condition.

I successfully installed a new electrical outlet to accommodate the electric toilet. This involved assessing the area, ensuring the power was turned off for safety, and running the necessary wiring to the designated location. I then mounted the outlet securely and tested it to confirm proper functionality. The electric toilet is now ready for use, and the installation was completed efficiently and safely.