Performed routine maintenance on a Tesla Wall Charger. Inspected the charging cable for wear, cleaned the connector, and tested the breaker to ensure proper current delivery. Confirmed that the unit was functioning correctly and ready for consistent daily use.
This afternoon in Bethesda, MD, I worked on a commercial electrical rewiring project. I replaced outdated wiring with new 12/3 Romex and upgraded the electrical panel to meet current codes. After ensuring all connections were secure, I tested the system to verify that all circuits were operating properly without any issues.
In Bethesda, MD, I completed a carbon monoxide inspection and installation. I tested the existing detectors and found one was not working, so I replaced it with a Kidde carbon monoxide detector. I also installed a new one near the furnace for optimal coverage, and tested the alarms to confirm they functioned properly.
Today, I installed a new Tesla EV home charger in Bethesda, MD. After ensuring the client’s electrical panel had the necessary capacity, I connected the charger to a 240V dedicated circuit. I mounted the charger on the wall, tested it, and verified that it was charging correctly before finishing the installation.
I diagnosed an issue with tripping circuit breakers in a home in Bethesda, MD. Using a clamp meter, I identified a ground fault caused by a damaged outlet. I replaced the outlet with a new tamper-resistant receptacle, reset the breaker, and tested the circuit to confirm safe and reliable operation.
In Bethesda, MD, I upgraded a 100-amp breaker panel to a 200-amp Square D breaker panel to accommodate higher electrical demand. The project involved disconnecting the old panel, running new service entry cables, and installing the upgraded panel. I transferred existing circuits to the new panel, labeled each breaker, and tested for proper voltage and load capacity. Additionally, I installed a surge protector within the panel for added protection. After final checks, the system was functioning reliably, providing the homeowner with increased electrical capacity for future needs.
Installed LED recessed lighting in a client’s living room and kitchen in Bethesda. I used Halo RL560WH-R recessed retrofit kits for energy efficiency and a sleek look. I connected the lighting to the existing dimmer switch, ensuring full compatibility and a smooth installation with minimal drywall disruption.
Another Tesla EV charger installation was completed today in Bethesda. I used a NEMA 14-50 outlet to provide the appropriate power supply in the garage. The 50-amp circuit breaker was added to the existing panel, and the charger was tested to deliver consistent charging for the vehicle.
I repaired a malfunctioning outlet in the living room. The issue was a loose connection causing intermittent power. I replaced the damaged outlet with a Leviton Decora 15-amp tamper-resistant outlet, reconnected the wiring, and secured it properly in the wall box. After testing, the outlet is now functioning correctly.
I installed four new GFCI outlets in the kitchen. The existing outlets were not up to code for safety. I replaced them with Leviton 20-amp GFCI outlets, ensuring they were wired correctly and tested each outlet for proper function and ground fault protection.
I upgraded a home’s electrical service by installing a new 200-amp electrical panel and relocating the meter. I used a Siemens 200-amp panel and installed new breakers for all circuits. After completing the work, I tested the system, which is now safely handling the home’s power needs.
Mounted TV sets in the upstairs master bedroom and downstairs kitchen. Secured wall brackets to studs for optimal support. Routed power cables and HDMI cables through the wall to ensure a clean, professional look. Verified that both TV sets were level and securely mounted. Connected all necessary components, including cable boxes and streaming devices, and tested each TV for proper operation. Ensured both installations complied with electrical safety standards.
Installed whole-home surge protection in a residential property. Mounted a Type 2 surge protection device (SPD) near the main electrical panel and connected it to a dedicated 20-amp breaker. Ensured all grounding connections were secure and compliant with NEC standards. Tested the SPD for correct operation, ensuring it effectively protects against transient voltage spikes. This setup safeguards all home electronics and appliances from electrical surges and potential damage.
Installed whole-home surge protection for a residential property. Mounted a surge protection device (SPD) adjacent to the main electrical panel and connected it to a dedicated 20-amp circuit breaker. Ensured proper grounding and secure connections to protect all household electronics from voltage spikes. Tested the SPD to verify it effectively diverts excess voltage away from the home’s electrical system. This installation provides comprehensive protection against power surges and lightning strikes.
Installed whole-house surge protection. Evaluated the electrical panel for compatibility and installed a surge protector at the main service panel. Connected the protector to the panel's neutral and ground bars, ensuring proper grounding. Tested the unit to confirm it was functioning correctly, providing comprehensive protection against voltage spikes for the entire home.