1/2 Inch Splice Connector for Rope Light – Quick and Secure Repair or Extension Solution

Easily repair or extend your rope light installations with the 1/2 Splice Connector for Rope Light, designed to provide a strong, stable connection between two sections of 1/2 inch, 2-wire rope lights. Whether you're fixing a damaged section or customizing a longer run, this splice connector ensures safe, uninterrupted power flow with a clean, professional finish.

Built with durable, weather-resistant materials, it's ideal for indoor and outdoor use and can withstand exposure to moisture, dirt, and temperature changes. The tool-free design makes installation fast and simple, making it a must-have for holiday decor, commercial lighting, or event setups.

PRODUCT FEATURES:

Dimensions:

Outside Dimensions: 7/16” wide x ⅝” tall x 1⅝” long
Inside Dimensions: 9/32” wide x 5/16” tall

Durability:

Material: PVC
IP Rating: IP40 (indoor only)
Use our ½” Invisible Shrink Tube (206SB/STUBE) for a weatherproof and tug-resistant splice

Other:

For use with our 206SMDNEON/110 rope light

Key Features:

Designed for 1/2" 2 Wire Rope Lights: Compatible with most LED and incandescent models.
Secure Splice Connection: Maintains electrical continuity with a tight fit.
Weather-Resistant Materials: Built to perform in all environmental conditions.
Easy to Install: Tool-free assembly for quick repairs or extensions.
Durable & Long-Lasting: Offers reliable performance season after season.
Versatile Use: Great for holiday displays, signage, patios, and pathways.

Applications:

Holiday Light Repairs: Restore broken sections without replacing the whole strand.
Extended Light Runs: Join rope lights to span larger areas.
Outdoor Lighting: Ideal for decks, fences, and walkways.
Retail & Commercial Displays: Keep light installations bright and continuous.
DIY Projects: A practical solution for custom lighting layouts.

Ensure your lighting stays bright and connected with the 1/2 Inch Splice Connector for Rope Light—durable, simple, and built for lasting performance.