Regardless of bends, twists, or turns, Example of a cut line on LED strip lights

2. You will now have two LED strip lights. Carefully peel back the end portion of the paper strip covering the strip’s adhesive backing, and then remove the 3M VHB adhesive from the solder pads on the bottom side of one of the strips. The strip with its adhesive peeled back will be the top strip when soldered.

5. Align the non-tinned strip segment (strip with adhesive removed) directly over the newly tinned pads, and apply heat. Hold the soldering iron in place until the solder remelts and begins to flow. To strengthen the bond and improve visual appeal, a small portion of solder can be added to the top pad.

The LED strip lights are now connected, and power should flow through the entire length of the strip.

The following steps demonstrate how to split and solder a run of non-weatherproof two-conductor or connecting wires. Peel away the blue wire so that only the positive (red), negative (black), and control (green) wires are left.

*No wires should be peeled away if you’re joining single-color or standard RGB light strips.

3. Properly heat your soldering iron. For best results, clean and tin the tip of the iron immediately before soldering. To tin the iron, touch solder to both sides of the iron’s tip.

4. Next you will need to tin the solder pads on both ends of the split strip light. When soldering, always apply heat to the target area on the strip and not directly to the solder. Once sufficient heat has been applied to the area, start introducing solder.

The LED strip lights are now connected, and power should flow through the entire length of the strip.

The following steps demonstrate how to split, solder, and reseal a

3. Follow steps two through five located at the top of this post for soldering a standard RGB strip light.

4. To reseal the strip light, apply

The LED strip lights are now connected, and power should flow through the entire length of the weatherproof strip.

If you’re ever a contestant on Jeopardy and you’re asked what a GFCI is, you can respond by saying, “What is a ground fault circuit interrupter.” But knowing what GFCI stands for doesn’t mean you understand what it is. You’re not alone—the average homeowner is unaware of what a ground fault circuit interrupter does, but when your house’s ground fault is compromised, it can put the entire property, and your family, in danger.

A ground fault is an electrical path between a power source and a grounded surface. While all electrical devices and appliances are “grounded” to ensure they can be safely operated, devices can still lose their grounding and divert electrical currents to the nearest channel that provides a path to the ground: you. That’s why you need ground fault circuit interrupters in your home.

You’ve probably seen GFCI and never given them a second thought. They’re a common safety feature found on your electrical outlets that can be identified as two small buttons located in between the two sockets, the GFCI’s function is to constantly monitor the power current flowing through a circuit. At the first sign of a discrepancy between the current flowing into the outlet and the return current, it intervenes by shutting off the power to the outlet.