Estimate Breakdown

Add all required items to calculate the estimated cost for the completed work.

material

$0.00

GFCI Outlet (material)

$30.00 × 1 EA

$ × 1 EA

$0.00

Electrical Installation Supplies

$30.00 × 1 EA

$ × 1 EA

$0.00

labor

$0.00

Labor to Install GFCI Outlet

$30.00 × 1 HRS

$ × 1 HRS

$0.00

Demolition of Existing Outlet

$30.00 × 1 HRS

$ × 1 HRS

$0.00

Costs: $0

Markup (20%): $0

Finish Level

Project Size

Contractor Markup:

Avg. cost in Little Rock, AR $ 2,700.00

Avg. cost per EA: $225.05

Contractor Markup: $450.00

The cost of installing a GFCI outlet in Little Rock, AR, including materials and labor, ranges between $196.00/EA and $336.00/EA. The price depends on the type of GFCI outlet, the complexity of the installation, and whether any additional electrical work is required. Factors such as the condition of the existing wiring and the accessibility of the installation site can also impact the overall estimate.

Estimate Assumptions The costs associated with installing a GFCI outlet are influenced by various factors, including the type of GFCI outlet selected, the complexity of the installation, and any additional electrical work that may be required. The condition of existing wiring and the accessibility of the installation site also play significant roles in determining overall costs.

Project Timeline The timeline for installing a GFCI outlet generally includes several key phases: preparation, installation, and cleanup. Preparation involves assessing the existing electrical setup and gathering necessary materials. The installation phase includes the actual work of replacing or installing the outlet, while cleanup ensures that the work area is safe and tidy after the project is completed.

GFCI Outlet: Comprehensive Guide for Residential Contractors Installing a GFCI outlet is crucial for enhancing electrical safety, particularly in areas prone to moisture, such as kitchens and bathrooms. These outlets are designed to protect against electrical shock by quickly shutting off power when a ground fault is detected. The project involves not only the installation of the GFCI outlet itself but also the use of various materials and labor to ensure a safe and functional electrical system.

Best Practices To ensure a successful GFCI outlet installation, it is essential to follow best practices such as turning off the power before beginning work, using high-quality materials, and adhering to local electrical codes. Additionally, testing the outlet after installation is critical to confirm that it functions correctly and provides the necessary protection against electrical hazards.

Conclusion The installation of a GFCI outlet is a vital step in safeguarding residential electrical systems, particularly in high-risk areas. By understanding the importance of this project and adhering to best practices, contractors can provide valuable services that enhance safety and compliance in homes.