Reliable Electricians in Dallas, GA

Upon receiving a report of non-functional outlets and a closet light in a bedroom, while the ceiling fan and its light remained operational, I conducted a thorough electrical troubleshooting process. Using a circuit tracer, I inspected the wiring behind multiple outlets. The investigation revealed a failed GFCI receptacle in a separate room, which was interrupting power to the bedroom circuit. I replaced the faulty GFCI receptacle, restoring power to the affected area. Post-repair, I verified that all bedroom outlets, switches, and closet lighting were functioning correctly, ensuring the customer's satisfaction.

We installed surge protection at the A/C disconnect following NEC 440.6 and Article 242, and replaced existing outlets with tamper-resistant receptacles as per NEC 406.12 and 406.4D5 for enhanced safety and compliance. We also installed a new color-selectable 6-inch recessed light, connecting it to existing wiring and adding up to 10ft of wiring as needed. Additionally, we installed a customer-supplied light fixture in the master bedroom and a ceiling fan on the patio, both connected to existing 120-volt switched circuits.

I successfully installed a 240-volt wall-mounted thermostat designed to control baseboard heating systems. This involved assessing the existing electrical setup to ensure compatibility and safety. I then mounted the thermostat securely on the wall, ensuring it was level and positioned for optimal user access. Following this, I connected the thermostat to the baseboard heating unit, ensuring all wiring was correctly and securely attached. The thermostat was programmed to match the user's heating preferences, and I conducted thorough testing to confirm proper functionality. The installation was completed efficiently, enhancing the user's control over their heating system.

I completed a series of electrical tasks, starting with the replacement of a Ground Fault Circuit Interrupter (GFCI) receptacle in the kitchen to ensure safety and compliance with electrical codes. Next, I installed a wireless smart switch at the kitchen entry, enabling convenient control of the overhead recessed lighting. Additionally, I relocated a Ring floodlight from the driveway to the porch area and installed a driveway sconce for enhanced security and lighting. I also installed a dedicated 20-amp, 240-volt circuit for an electric heater, including the setup of the owner-supplied heater to ensure proper functionality and efficiency.

I provided a comprehensive quote for installing a whole house generator, ensuring seamless power backup. The quote included a detailed assessment of energy needs, generator selection, installation process, and necessary permits. I also discussed maintenance plans and potential customization options to suit specific requirements, ensuring reliability and efficiency.

I completed the installation of a new electrical panel, replacing the existing one entirely. This involved installing new breakers and integrating whole-home surge protection to safeguard the entire system. Each existing circuit was meticulously terminated, labeled, and tested to ensure safe and reliable operation. Additionally, I performed a comprehensive re-device of the entire home, replacing all existing receptacles and switches with new, high-quality devices. Every connection was inspected and properly terminated to enhance the safety and reliability of the home’s electrical system. This thorough upgrade ensures that the home meets current electrical standards and provides peace of mind for the residents.

We recently completed a comprehensive service addressing multiple issues in her residence. Our team began by inspecting the plumbing system, where we identified and resolved a minor leak in the kitchen sink. Next, we attended to electrical concerns, replacing faulty outlets and ensuring all circuits were functioning safely. Additionally, we performed a thorough cleaning of the air conditioning unit, enhancing its efficiency and air quality. Finally, we conducted a detailed inspection of the home’s structural integrity, making necessary repairs to ensure long-term stability. The customer was very pleased with the thoroughness and professionalism of our service.

I installed a new 20-amp, 120-volt single-pole circuit breaker, ensuring it was securely connected to the existing branch circuit wiring and panel busbar. I inspected the electrical panel and existing breakers, verified proper wire sizing, and checked grounded and ungrounded conductor terminations. The old receptacle was removed and replaced with a new 20-amp receptacle. All connections were properly terminated, secured, and tested to ensure safe and reliable operation.

I assessed the site to determine the requirements for a generator inlet connection with an interlock kit. I meticulously gathered all necessary information, including the dimensions of the area where the generator would be installed. I took precise measurements of the space, ensuring that the generator would fit perfectly and safely. I reviewed the existing electrical infrastructure to understand the compatibility with the interlock kit. I compiled all the data and created a detailed estimate, outlining the materials needed and the steps involved in the installation process. This comprehensive estimate ensures that the installation will be efficient and meet all safety standards.

Upon receiving a request for a new home electrical wiring check and activation, I conducted a thorough inspection of the electrical system. This included assessing the wiring integrity, ensuring compliance with safety standards, and identifying any potential issues. The customer expressed interest in pricing before scheduling the service. A sub panel might be necessary to accommodate the electrical load. I will contact the customer to provide a detailed quote and discuss scheduling options.

I installed four Ground-Fault Circuit Interrupter (GFCI) devices to ensure ground-fault protection for kitchen receptacle circuits. Each GFCI device was configured to safeguard applicable downstream receptacles where permitted and applicable. After installation, I tested all affected receptacles to confirm proper operation and effective GFCI protection. This work adhered to the 2026 National Electrical Code (NEC) requirements and local electrical codes. The scope of this project assumed existing wiring and electrical boxes were in serviceable condition. Any additional wiring deficiencies or code violations discovered during installation would be discussed with the customer before proceeding with further work.

I conducted a comprehensive Level 1 residential circuit diagnostic and troubleshooting service for a 15-amp Eaton breaker that had previously tripped, affecting the garage and living room. After resetting the breaker, I monitored it closely to ensure it remained stable. I checked voltage at all accessible outlets and inspected/tested GFCI receptacles on the circuit. Despite thorough examination, no faults or issues were detected. The circuit remained energized and operational throughout the diagnostic period. Due to the intermittent nature of the problem, the exact cause of the breaker tripping could not be identified. No repairs were necessary, and no warranty is provided on diagnostic/troubleshooting services.

I installed a new exhaust fan in the bathroom, which previously lacked one. The process began with cutting a precise opening in the ceiling for the fan housing. I then installed the housing securely, ensuring it was level and properly aligned. Next, I ran the necessary wiring through the ceiling and walls, making sure all connections were safe and compliant with electrical codes. I added a new wall switch to provide independent control of the fan, which I connected to the fan's wiring. After completing the installation, I thoroughly tested the fan to ensure it operated safely and effectively. All electrical connections were double-checked for security and functionality.

I meticulously removed all outdated smoke and carbon monoxide detectors. Four new smoke detectors and one combination smoke/carbon monoxide detector were installed, all hardwired and interconnected. Each device was securely mounted and connected to the existing electrical system. I ensured all new detectors operated correctly and were interconnected, so they activate simultaneously, enhancing home safety.

I completed the installation of a new temporary power pole designed for construction use. This involved setting up the pole to ensure stability and safety. I then connected an underground service lateral to the pole, which was crucial for providing power to the mini trailer. The lateral was carefully buried to protect it from potential damage. The mini trailer was then connected to the power source, ensuring it had a reliable electricity supply for its intended use. This setup was completed efficiently, adhering to all safety and construction standards.

I installed a new dedicated 220-volt circuit for the mini-split system, starting from the electrical panel. I connected it to a 20-amp double-pole breaker, ensuring compliance with safety standards. The circuit was run using liquid-tight flexible conduit, specifically Seal-Tite, to protect against environmental factors. An outdoor non-fusible disconnect was installed, providing a safe means to isolate the circuit. From the disconnect, I installed a liquid-tight whip to the mini-split unit, completing all necessary electrical terminations. I secured all wiring and conduit to prevent any movement or damage. Finally, I tested the circuit to verify proper operation, ensuring everything functioned as intended.

I installed a new ceiling fan rated junction box in the living room, ensuring it met all safety standards. In the bedroom, I installed a new SurePoint light fixture, including the removal and replacement of the existing ceiling fan. Additionally, I replaced the exterior wall sconce on the front porch with a new SurePoint fixture, ensuring it was securely mounted and functional. Each installation was completed with precision, enhancing the overall aesthetics and functionality of the space.

We addressed flickering lights and electrical panel concerns. Worn socket contacts caused the flickering, and replacing the fixtures was recommended. The panel inspection revealed unauthorized modifications and an arcing air conditioning breaker, posing fire and shock hazards. We replaced the panel with a 40-space load center, installed a surge protector, and a new grounding electrode system. Final testing confirmed safe operation, and the customer enrolled in our Annual Electrical Safety Inspection program.

Upon arrival, I identified that three to six breakers were frequently tripping. I conducted a thorough inspection of the electrical panel and traced the issue to an overloaded circuit. After redistributing the electrical load and ensuring all connections were secure, I tested the breakers to confirm stability. The problem was resolved, and the system is now functioning safely and efficiently.

I assessed the exterior lighting setup and provided a detailed estimate for the removal of three Ring floodlight cameras and the installation of three existing exterior wall sconces. The homeowner supplied the sconces, which were to be reinstalled to restore the original aesthetic before moving. I carefully removed the floodlight cameras, ensuring no damage to the wall, and installed the sconces securely, completing the task efficiently and to the homeowner’s satisfaction.

Upon inspection, it was determined that the Challenger fuse, installed approximately 9 to 12 years ago, required replacement due to wear and tear. The old fuse was carefully removed and replaced with a new one, ensuring the electrical system's safety and efficiency. Additionally, two outlets were identified as ungrounded, posing a potential safety hazard. These outlets were grounded by connecting them to the appropriate grounding wires, enhancing the overall safety of the electrical system. The work was completed with precision and adherence to safety standards.

I completed the installation of an 8-10 label panel for Colton. This involved carefully measuring and marking the designated area, ensuring precise alignment. I then securely mounted the panel, making sure it was level and stable. After installation, I double-checked all connections and verified that the panel was functioning correctly. The final step included cleaning up the workspace and ensuring that all tools and materials were properly stored. The job was completed efficiently, meeting all specified requirements.

During the inspection, I identified an issue with the garage distribution panel where the wire gauge did not match the amperage of the circuit breakers. Specifically, the 30 and 50 amp breakers were connected to wiring that appeared undersized, posing a potential fire hazard. The 50 amp breaker was linked to a 220V outlet used for an air compressor. I evaluated the wire gauge and confirmed the mismatch. The 30 amp circuit required 10 AWG wire, while the 50 amp circuit needed 6 AWG wire. I replaced the undersized wires with appropriately gauged ones and adjusted the breakers to match the new wire sizes. Documentation of the findings and work performed has been provided.

I successfully installed a new low voltage switch, ensuring it was properly integrated into the existing low voltage system. This involved precise terminations to maintain optimal performance and reliability. Additionally, I installed a new code-compliant junction box to house the switch, ensuring all connections were secure and compliant with safety standards. The junction box was carefully positioned and mounted to protect the switch and wiring from potential damage. Throughout the process, I adhered to all relevant electrical codes and best practices to guarantee a safe and efficient installation. The new switch now functions seamlessly within the system, providing reliable control over the connected devices.

I successfully installed low voltage ethernet cables to support Power over Ethernet (PoE) camera systems, ensuring seamless connectivity and optimal performance. Additionally, I wired doorbell systems, integrating them with the existing network infrastructure. This involved precise cable management, secure connections, and thorough testing to guarantee reliable operation. The installations were completed efficiently, meeting the client's specifications and enhancing their security and convenience.