Electricians in Marietta, GA

I completed a comprehensive electrical service upgrade to enhance safety, reliability, and compliance with current codes. This involved removing and replacing the existing meter enclosure with a new, code-compliant meter socket and exterior emergency/service disconnect assembly. New service entrance conductors were installed from the meter to the interior electrical panel. The old load center was replaced with a new UL-listed unit, and all circuit breakers were updated to UL-listed models. Branch circuits were transferred, identified, and verified for proper terminations. AFCI protection was added to applicable 120-volt circuits, and a Type 2 whole-house surge protection device was installed. The grounding electrode system was upgraded, and all necessary grounding and bonding components were installed. All work included labor, materials, permit procurement, utility coordination, and final inspections.

SurePoint Electric completed the electrical scope for a residential kitchen remodel, adhering to electrical codes and standards. Tasks included installing new junction boxes, relocating branch circuit wiring, and adding dedicated receptacles for the dishwasher and garbage disposal. Three USB/USB-C combination receptacles were installed, along with a concealed power strip for kitchen island appliances. Wiring was adjusted for the Sub-Zero refrigerator and LED under-cabinet lighting, including a smart switch system. Two additional 20 amp circuits were added for the microwave and warming drawer. All installations were tested for proper operation and safety.

I installed a dedicated 30 amp 240 volt circuit for the dryer, ensuring it met all safety standards and specifications. Additionally, I set up a dedicated 20 amp 120 volt circuit for the washer, providing a reliable power source. The doorbell was relocated to the front door, including a new video doorbell transformer and chime kit for enhanced functionality. A receptacle in the foyer was moved to accommodate a bookshelf, and a dedicated 15 amp 120 volt circuit was installed for general use. A new dedicated circuit was added for the freezer receptacle in the basement mechanical room. The bathroom exhaust fan in the basement bath was replaced, ensuring optimal ventilation. Note that any necessary sheetrock removal for installation repairs was not included in the service.

I assisted with planning a comprehensive electrical upgrade. We reviewed the current circuit layout, identified areas needing improvement, and discussed potential enhancements. We explored options for rearranging circuits to optimize efficiency and safety. Budget considerations were also addressed to ensure a feasible project scope. This preliminary assessment aimed to provide a clear direction for the upcoming electrical project.

I completed a task involving the installation of 26 Halo T-24 wafer lights, ensuring proper illumination in the designated area. Additionally, I installed three 20 Amp AFCI/GFCI PON single pole Siemens breakers to enhance safety and electrical protection. To complete the job, I also added five single gang blank covers to secure and finish the electrical boxes. The partial materials required were sourced from the warehouse, ensuring all necessary components were available for a successful installation.

I installed two dedicated 20-amp 120-volt circuits specifically for kitchen receptacles. Each circuit was meticulously planned and executed to ensure optimal performance and safety. I installed new wiring, connected the circuits to the main electrical panel, and installed the appropriate outlets in the designated areas. Each circuit was thoroughly tested for proper voltage and amperage, and all outlets were checked for correct functionality. The work was completed to the highest standards, ensuring that all electrical connections were secure and compliant with local codes.

On March 5th, I arrived early for the scheduled job. The onsite contact was Jolene. The issue at hand involved breakers that were tripping without a clear reason. To address this, I conducted a thorough investigation to identify the root cause of the tripping. I gathered necessary data and obtained quotes for potential solutions. The breakers' frequent tripping was a significant concern, and I ensured that all work was completed before the company closed at 5 PM. My goal was to provide a comprehensive analysis and propose effective solutions to prevent future occurrences.

We installed a new 120/240-volt, 200-amp electrical service, including all necessary equipment and connections. A complete grounding electrode system with two ground rods was installed to meet code. A Type 1 whole-home surge protection device was added at the service equipment. A hardwired, interconnected smoke alarm system was installed in all required areas. Permits were obtained, and final inspections were coordinated. AFCI breakers and neutral/ground isolation corrections are not included unless required by inspection.

We recently completed a comprehensive remodel project for a residential client, focusing on enhancing the electrical infrastructure. Our team conducted a thorough assessment of the existing system, identifying areas for improvement and upgrades. We installed new circuit breakers, upgraded wiring to meet current safety standards, and added smart home technology for enhanced convenience. Additionally, we installed energy-efficient lighting and outlets throughout the property. The project was completed on time and within budget, ensuring the client's satisfaction with the improved functionality and aesthetics of their home.

I assessed the electrical panel, presenting the customer with various replacement options and pricing. I also detailed installation plans for a new ceiling fan and updated lighting fixtures. I compared repair and upgrade paths, considering the current system condition and desired improvements, to help the customer make an informed decision.

I replaced several faulty breakers for the customer, ensuring each new breaker was correctly installed. After installation, I meticulously verified the proper operation of each breaker. This involved testing the circuits to confirm that the breakers were functioning correctly and that all associated systems were operating as intended. I checked for any signs of malfunction or unusual behavior, ensuring the electrical system was safe and efficient. The customer was satisfied with the thoroughness and professionalism of the work completed.

Recently, I completed a project involving the installation of a new breaker in the basement panel. This included adding several dedicated outlets throughout the basement. The walls and ceiling were already open, which facilitated easier access and quicker completion. The work was performed efficiently, ensuring safety and adherence to electrical standards. The client was satisfied with the results, and the new breaker and outlets are now fully functional.

I engaged with the customer to explore various options for updating the outdated electrical panel, originally installed in 1967. We reviewed safety concerns, reliability improvements, and the need to meet modern electrical demands. I provided detailed recommendations for panel upgrades, ensuring enhanced safety and efficiency for the home's electrical system.

I completed a comprehensive redevice of the existing circuit in two bathrooms and the adjacent closet area. This involved removing and replacing all existing switches and receptacles with new, high-quality devices. In the hallway bathroom, I upgraded the receptacle to provide GFCI protection, ensuring enhanced safety. I meticulously inspected all wiring connections to confirm they met current electrical standards. Each device was secured properly to ensure durability and safety. Finally, I tested the entire circuit to verify safe and proper operation, ensuring the circuit functions as intended.

I successfully installed an owner-supplied irrigation control box by connecting it to the existing wiring. This involved careful assessment of the current setup, precise wiring connections, and thorough testing to ensure the system functions correctly. Additionally, I replaced a faulty ground fault receptacle in the garage, which required identifying the defective unit, safely disconnecting the old wiring, and installing a new receptacle to meet safety standards. Furthermore, I replaced an outdoor receptacle in the rear yard, including a new in-use bubble cover. This task involved removing the old receptacle, installing the new one, and attaching the protective cover to safeguard against moisture and debris.

Good morning. Following our recent email, I wanted to confirm your availability for an estimate on basement work. After a sewage flood, we're remodeling the space, including rearranging cabinets and moving rooms. This involves relocating some outlets higher on the walls and installing new ones in certain areas, all in an unfinished section. Additionally, we plan to install new lighting fixtures in the same area. Please let me know your availability, excluding this morning and Thursday morning.

Upon receiving the call, I began by assessing the reported power loss in the bedroom and bathroom. I started by checking the main electrical panel to ensure it was functioning correctly. After confirming the panel was in good condition, I proceeded to the affected areas to perform a thorough inspection. Using a multimeter, I tested the outlets and switches, identifying a loose neutral connection as the root cause. I carefully tightened and secured the connection, ensuring it met safety standards. Following this, I tested the circuits again to confirm the restoration of full power. The customer was satisfied with the resolution, and the bedroom and bathroom were fully operational once more.

I successfully completed the conversion of two gas lamps to electric ones for a client and her neighbor. The process began with a thorough assessment of the existing gas infrastructure and the selection of appropriate electric lamps. I carefully disassembled the gas lamps, ensuring all components were safely removed. Following this, I installed new electric lamps, ensuring they were securely mounted and connected to the electrical system. The wiring was meticulously checked for safety and efficiency. After the installations, I conducted tests to confirm that both lamps functioned correctly. The job concluded with a detailed explanation of the new electric lamps' operation and maintenance to the clients.

Upon arrival, I first inspected the non-functional outlets and the light fixture. I began by checking the circuit breaker to ensure it hadn't tripped. After confirming the breaker was fine, I tested the outlets with a multimeter to identify any issues. Two outlets were found to have loose connections, which I tightened. The light fixture, however, required more attention. I removed the fixture and discovered a faulty bulb. I replaced it with a new one and reassembled the fixture. Following these steps, I restored power to the outlets and the light, ensuring everything was working correctly. The customer was pleased with the quick and efficient resolution.

I installed a dedicated circuit for a Level 2 electric vehicle charging station, ensuring it met all safety and efficiency standards. The project involved replacing the existing 200 amp main breaker panel with a new one, complete with all new UL-listed circuit breakers. Each circuit was meticulously re-identified for clarity and safety. Additionally, I installed a whole home surge protection system to safeguard the entire electrical infrastructure from power surges. The work was performed with precision, ensuring all components were properly integrated and tested for optimal performance.

Upon arrival, I identified an issue with the refrigerator that was not functioning. After initial inspection, it was determined that the outlet in the garage was not providing power. I replaced the faulty outlet, ensuring all connections were secure and compliant with safety standards. Following the replacement, I tested the refrigerator by plugging it into the new outlet. The refrigerator started working immediately, indicating the issue was resolved. However, to ensure there were no underlying problems, I recommended that the customer plug the refrigerator into a different outlet as a precautionary measure. I will coordinate with Colton to revisit and confirm everything is functioning correctly.

I meticulously installed a series of switches to ensure optimal lighting throughout the construction site. Each switch was carefully positioned to provide maximum coverage and ease of access for workers. The installation process involved precise wiring and mounting, ensuring that all areas were well-lit. This setup not only enhanced safety but also improved efficiency by allowing workers to navigate the site with ease. The lighting was tailored to meet the specific needs of the construction tasks, ensuring that every corner was adequately illuminated.

Upon arrival, I inspected two non-functional outlets, one in the garage and the other on the side of the house. I began by checking the circuit breaker panel to ensure that no breakers had tripped. After confirming that the breakers were in the correct position, I tested the outlets with a multimeter to verify the presence of power. Both outlets showed no power, indicating a potential issue with the wiring or the outlets themselves. I then proceeded to replace the faulty outlets, ensuring all connections were secure and the wiring was intact. After the replacements, I tested both outlets to confirm they were functioning correctly.

I installed a new attic fan motor to enhance air circulation within the attic space. This involved assessing the existing ventilation system, selecting an appropriate motor, and ensuring it was securely mounted. The installation process included wiring the motor correctly, connecting it to the existing fan, and testing the system to confirm proper operation. This upgrade will help maintain optimal temperature and humidity levels in the attic.

Recently, I successfully completed a task involving the relocation of an electrical panel. The project required careful planning and execution to ensure the safety and efficiency of the electrical system. The panel was moved approximately 12 feet from its original position. This involved precise measurements, disconnection of existing wiring, and rerouting of electrical lines. After the relocation, I meticulously reconnected the wiring, ensuring all connections were secure and compliant with electrical codes. The job was completed efficiently, allowing for an early departure on the second to fifth of the month. The client was satisfied with the seamless transition and the professionalism demonstrated throughout the process.