Installed a Square D Whole Home Surge Protection Device on the main service panel to protect sensitive electronics and appliances from voltage surges. Connected the unit to a dedicated breaker and secured proper grounding. Verified that the surge protector activated correctly during testing. This installation offers long-term protection against power fluctuations and lightning strikes, ensuring household safety.
Integrated smart home automation using the Ecobee Smart Thermostat and Philips Hue lighting system. Installed the thermostat and connected it to the existing HVAC wiring. Set up the smart lighting bridge, linking it to multiple rooms. Configured both systems to sync with the homeowner’s smart devices for remote control. Tested app connectivity and verified proper functioning. The new system provides greater convenience and energy efficiency for the homeowner.
Installed a hardwired Kidde carbon monoxide detector in the hallway outside the bedrooms. Connected it to the home’s existing electrical system with battery backup for added safety. Tested the unit to ensure proper functionality and compliance with safety standards.
Set up a Lutron Caséta Smart Lighting System throughout the house, including smart dimmer switches and a central hub. Installed the hub near the router, ensuring proper Wi-Fi connectivity. Configured the system to allow control via a smartphone app. Tested the lights for responsiveness and ensured all dimmer switches worked without issues. The homeowner now has full control of their lighting system remotely, enhancing convenience and energy savings.
Installed a Leviton 51120-1 surge protection device at the main electrical panel to safeguard the home’s appliances from voltage spikes. Connected the device to a dedicated 50-amp breaker and tested its operation. Verified that it was effectively protecting the circuits. This installation helps prevent potential damage from power surges and lightning strikes.
In Washington, DC, I installed surge protection for a client’s home. I mounted an Eaton whole-home surge protector at the electrical panel and connected it to the system. After securing all connections, I performed a thorough test by introducing a surge to confirm that the protector was operating as expected.
I mounted several TVs for a client in Washington, DC, today. After determining the best placement, I used a Sanus full-motion mount to secure the TVs to the walls. I routed the wires through the wall, connected the power sources, and ensured the TVs were level and functioning correctly.
In Washington, DC, I helped a client troubleshoot their breaker box by inspecting the panel and verifying the connections. I identified a tripped breaker, which I reset. I also checked for any loose wiring and replaced the faulty breaker using a Square D 15-amp circuit breaker to ensure safe operation.
I installed three Kidde carbon monoxide detectors in a home in Washington, DC. The devices were hardwired to the electrical system with battery backups. After installation, I tested each detector to ensure proper alert functionality, enhancing household safety.
In Washington, DC, I installed a Siemens Whole Home Surge Protector to safeguard appliances from power spikes. I connected the unit to the electrical panel with a dedicated 2-pole 50-amp breaker and ensured all connections were properly torqued. After testing the surge protector’s response to simulated power surges, I confirmed it was functioning correctly, providing comprehensive protection for the home’s electrical system.
I'm working in DC today. I installed interior lighting in an office using Philips Hue white ambiance bulbs for adjustable lighting control. The lights were wired to a Lutron smart switch that integrates with the customer’s smart home system for seamless voice and mobile control. All connections were tested for proper function.
Implemented comprehensive surge protection system for residential property. Installed Square D HEPD80 whole-house surge protective device at service entrance. Connected to main panel via 50A double-pole breaker. Ensured proper grounding with #6 AWG copper wire to ground rod. Voltage protection rating: 600V L-N, 700V L-G. Maximum surge current capacity: 80kA per phase. Incorporated cascaded protection with point-of-use SPDs for sensitive electronics. Verified correct operation using surge generator. System now provides three-stage protection: primary, secondary, and point-of-use, safeguarding against both external and internal surges.
Executed installation of recessed lighting fixtures in client's living area. Utilized IC-rated, airtight 6-inch LED downlights with 3000K color temperature. Cut precise 6.25-inch holes in drywall using a hole saw. Installed insulation contact-rated housing units. Wired fixtures with 14/2 Romex, connecting to existing 15-amp lighting circuit. Implemented a Lutron Maestro dimmer switch for variable illumination control. Verified proper grounding and secured connections in junction boxes. Conducted voltage drop test and ensured compliance with NEC Article 410 for luminaire installation. Final output: 800 lumens per fixture at 11 watts each.
Installed an EV charging station to support efficient vehicle charging. The project involved running dedicated 240-volt wiring from the main electrical panel to the charging location. Used 8-gauge copper conductors for optimal current flow and safety. Mounted the charging unit securely and configured it to deliver up to 40 amps of charging power. Tested the installation to ensure proper operation and compliance with all relevant electrical codes, providing a reliable and convenient charging solution for electric vehicles.
Installed an EV charging station in a residential garage. Ran a dedicated 240-volt circuit from the main electrical panel to the charging location. Installed a NEMA 14-50 outlet and mounted the charging station securely on the wall. Ensured proper grounding and verified the 50-amp circuit breaker for adequate protection. Tested the charging station for correct operation and ensured it met all safety standards, providing reliable and efficient charging for electric vehicles.