![]() Is there a more accurate LightKeeper Pro scanning method other than using the wires of the Light set to find a problem? ![]() Blown fuses are typically a result of too many light sets being plugged into one another end-to-end or some greater issue. Use the Fuse Tester at the top of the LightKeeper Pro to test both fuses. If the problem was not the first or last bulb or either socket, another possibility could mean one blown fuse within the male plug of the light set. If the problem is at the first or last bulb, there is no point of comparison to detect a change in the beeping. Additionally, be sure to visually inspect the socket for a loose contact or socket issue. If no change is noticed, check the first and last bulb with the Bulb Tester. The Voltage Detector searches for the point where the voltage changes between a good bulb (current flowing) and a problem area (minimal current). If you now find there is no beeping throughout this same unlit section, it may be the first or last bulb of the unlit section causing the problem. If you scan the entire length of the unlit section and find continuous beeping throughout, try changing the polarity (reverse the plug 180 degrees at the power source) of the light set. What do I do if, after setting a scanning distance for the Voltage Detector on my LightKeeper, I can’t identify where the interruption of current is occurring? If the first section is unlit and you hold the tip of the LightKeeper too close to the wires, you may detect the current traveling to the next lit section. A 100 light set consists of two 50 Light sections. Refer to the instructions to establish a scanning distance of approx. You are probably holding the tip of the LightKeeper Pro too close to the wires. ![]() I’m trying to fix my lights, but why do I hear the beeping from the Voltage Detector along the entire string of lights when I am scanning? That coating is why we have to put pressure and sometimes gently rock the bulb back and forth while testing to get the bulb tester to function properly. There’s a necessary oxide coating on the copper wires of incandescent light bulbs. Why is a bulb that I saw working in a light set not illuminating in the bulb tester when I test it? If improperly aligned, the batteries will not function. The positive sign (+) engraved on the batteries that identifies the positive side (+) should match the positive sign (+) molded on the Battery Compartment Holder. All 3 batteries should face the same way inside the Battery holder.
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