Arlington, VA Expert Electrician Services

I completed a comprehensive electrical safety inspection for a home in Arlington, VA. The inspection included checking all outlets for proper grounding, testing circuit breakers for load capacity, and verifying the condition of wiring in junction boxes. I identified a loose neutral in the main panel, which I tightened to prevent potential issues. I also tested GFCI and AFCI outlets to ensure proper functionality and compliance with safety codes. After addressing minor adjustments, I provided the homeowner with a detailed report, confirming their electrical system was safe and up to code.

I installed a Tesla Wall Connector in Arlington, VA, for efficient home charging. The project included running new 6-gauge copper wiring from the panel to a dedicated 240-volt circuit with a 60-amp breaker. I mounted the charger securely on a wall, connected it to the power supply, and performed a full diagnostic test to ensure proper charging speed and safety. The homeowner can now charge their vehicle at home with confidence.

I installed hardwired First Alert carbon monoxide detectors with battery backups in Arlington, VA. Each unit was connected to the home’s electrical system, and I tested them for proper functionality. The installation provided enhanced safety and peace of mind for the homeowner.

Installed whole-home surge protection today in Arlington using an Eaton CHSPT2ULTRA surge protection device at the main electrical panel. This device will protect all connected appliances and electronics from power surges. I connected it to a 20-amp breaker and verified the grounding before final testing.

I installed a commercial EV charger for a Tesla Model S at a business location in Arlington. The charger required running a dedicated line from the electrical panel, using 4 AWG wire and a 60-amp breaker. The installation was tested, and the charging station is now fully operational for customer use.

I installed home automation for lighting control, in Arlington today. Connecting the system to Lutron Caseta Wireless dimmer switches throughout the home. The integration with smart home hubs allows the customer to control lighting via a mobile app or voice assistants. Tested all circuits and ensured smooth functionality.

Today, in Arlington, I upgraded a residential electrical panel from 100 amps to 200 amps to support additional electrical needs. I replaced the old panel with a Square D QO 200 Amp Load Center and installed a new main breaker along with several new circuits. The new system provides room for future expansions.

I completed a new construction electrical install for a three-bedroom home. This included running all wiring, installing outlets, switches, and light fixtures, as well as wiring a Leviton 200-amp electrical panel. After finishing, I tested all circuits for proper operation, ensuring the home’s electrical system was ready for use.

I installed new outdoor outlets on the patio for a homeowner. I ran a new circuit from the panel, installed weatherproof Leviton 15-amp outlets, and mounted them in weatherproof boxes. After installation, I tested the outlets to ensure they were working properly and compliant with safety standards.

I upgraded an older electrical panel from 125 amps to 200 amps using a Siemens 200-amp main breaker panel. The existing panel was outdated, so I replaced it and reconnected all existing circuits. I also added new breakers for future capacity, ensuring everything was grounded and up to code.

I responded to a power outage affecting several rooms. After testing circuits with a multimeter, I identified a tripped breaker caused by a faulty outlet. Replaced the damaged outlet with a Leviton 15-amp model and reset the breaker. Verified the repair by restoring power and confirming that all affected circuits were functioning properly.

Installed a Level 2 EV charging station for a home. Mounted a Siemens VersiCharge on the garage wall and ran a dedicated 240V circuit from the panel using 6-gauge wire. Installed a 40-amp breaker to support the charging unit. Tested the installation by charging the homeowner’s vehicle, ensuring proper function and safe operation.

Installed a whole-home surge protector to protect sensitive electronics. Mounted an Eaton CHSPT2ULTRA device near the main electrical panel and connected it directly to a 20-amp double-pole breaker. Ensured all connections were secure and tested the surge protector to verify it was functioning correctly. The home is now protected against voltage spikes.

Conducted a comprehensive electrical safety inspection on a residential property. Checked all outlets for proper grounding and inspected the breaker panel for any signs of overheating or corrosion. Tightened loose connections and tested GFCI outlets using a circuit tester. Provided the homeowner with a detailed report of the inspection findings and recommended follow-up actions.

Installed a smart home automation system using a Lutron Caseta Wireless kit. Replaced standard switches with smart dimmers and installed a smart bridge to enable control via the homeowner’s smartphone. Configured the system to integrate with their existing Wi-Fi network. Tested the setup by programming scenes and verifying remote control functionality through the app.

Investigated flickering lights in a living room. Isolated the issue to a loose neutral wire in a junction box. Re-secured the wire using a Wago lever nut and inspected nearby connections for additional issues. After restoring power, confirmed that the lights were operating steadily without flickering.

Completed the installation of a Tesla Wall Connector in a homeowner’s garage. Ran conduit from the main electrical panel and installed a dedicated 60-amp breaker. Used 4-gauge wire to ensure the circuit could handle the load. Tested the Wall Connector by charging the vehicle, confirming that the unit was delivering the correct amperage.

Installed comprehensive whole home surge protection to safeguard electrical devices. Integrated a surge protective device (SPD) at the main service panel, rated at 200kA for robust defense against power surges. Connected the SPD using 10-gauge copper conductors to ensure efficient grounding and optimal surge suppression. Verified the system's compatibility with all branch circuits and tested the installation for proper operation, ensuring enhanced protection against voltage spikes and electrical surges throughout the entire home.

Replaced and upgraded an outdated electrical panel box to improve safety and efficiency. Removed the existing 100-amp panel and installed a new 200-amp panel to accommodate increased electrical demand. Utilized THHN wire for all connections, ensuring proper insulation and conductivity. Installed new circuit breakers, including AFCI and GFCI for enhanced protection. Labeled all circuits accurately for easy identification and future maintenance. This upgrade meets current NEC standards, providing a reliable power distribution system.

Addressed a malfunctioning circuit breaker in a residential panel. Conducted thorough diagnostics, revealing a faulty thermal-magnetic trip mechanism. Replaced the 20-amp single-pole breaker with a compatible Square D QO series unit. Ensured proper torque on connection terminals at 25 inch-pounds. Verified correct ampacity rating for the circuit's wire gauge. Tested voltage drop and insulation resistance post-installation. Confirmed restoration of power to affected outlets and fixtures. Advised homeowner on potential causes of frequent tripping, including overloaded circuits and short circuits.

Upgrading your home with a USB outlet is a smart move for convenience and efficiency. This installation involved replacing a standard outlet with a combination outlet featuring USB ports. Wired with 12-gauge copper conductors, this ensures safe and reliable power delivery. The USB ports provide 2.4 amps of current, ideal for fast charging multiple devices simultaneously.

Repaired an electrical outlet in the upstairs bathroom. Identified a loose connection and signs of wear. Turned off the power, removed the outlet, and replaced it with a new GFCI outlet for enhanced safety. Secured all wiring connections, restored power, and tested the outlet to ensure proper functionality and compliance with electrical safety standards.

Completed a full rewire of a residential property. Removed outdated aluminum wiring and replaced it with copper wiring to meet current electrical codes. Installed new 20-amp circuits for kitchen and bathroom outlets, and upgraded the main electrical panel to 200 amps. Ensured all connections were secure and tested each circuit for proper functionality and safety compliance.

I addressed a customer's complaint about frequent circuit breaker tripping. I identified the issue as an overloaded circuit. I replaced the existing breaker with a new Square D 20 Amp QO breaker. I also redistributed the load by adding an additional circuit using 12-gauge Romex wire and installed a new Siemens 15 Amp breaker for better load management. All circuits tested correctly, resolving the tripping issue.

Installed USB outlets in multiple locations throughout a two-story home. First, I shut off the main power supply and identified suitable locations for the new outlets. I then removed the existing outlets, replaced them with combination USB/electrical outlets, and ensured proper wiring connections. After securing the outlets in the wall, I restored the power and tested each outlet to confirm functionality and safety compliance.