Make sure that the wires are not touching each other to avoid a short circuit. Use electrical tape to secure the two remaining wires to the exposed wire of the 4-pin connector. Once the wire is inserted, tighten the screws to secure it in place. You may need to use a small screwdriver or other tools to loosen the screws on the data port to insert the wire. To do this, connect the data wire to the data port on the led strip. This will allow you to control the lights on the strip using your controller. Now that your led strip, power supply, and controller are set up, it’s time to connect the data wire to the data port on the led strip. Connect the Data Wire to the Data Port on the Led Strip. If the connection is still loose, sandpaper can be used to rough up the surfaces so that they make better contact. To do this, use a wire brush to remove any dirt or corrosion. Start by cleaning the connection between the battery and the headlight bulb. Once you’ve determined that a loose connection is causing your headlights to flicker, it’s time to clean all connections. Connect the Positive Wire to the Positive Terminal of the Power Source. If you’re using an AC adapter, the ground wire or the “-” sign would be the ground wire. If you’re using a battery, this would be the negative end. This wire needs to be connected to the negative terminal of the power source. Connect the Ground Wire to the Negative Terminal of the Power Source. Solderless connectors are great for making temporary connections or for connecting wires that are difficult to solder. Once the wires are inserted, squeeze the connector to secure the connection. You’ll need to strip the ends of your wires and insert them into the connector. If you don’t want to solder your wires, you can use a 4-pin solderless connector. Standard 4-pin connectors typically have two black wires, red and green wires. This type of connector can be found at any hardware store. The standard 4-pin connector is the most common way to connect a 4-pin led strip.
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