![]() So what would my option be? You know, besides tearing the wall down to look? I recently bought an AC/DC Clamp Meter, Own a Multi-Meter, a Kill-O-Watts and a Socket Tester, along with non contact Voltage Testers obviously, but the Clamp Meter just confuses me and the instructions are terrible. Is there a proper method from inside my unit to check if someone else is running off my outlet? I'm too green to want to touch the fuse panel. I have bought multiple tools to try and check but I'm am no electrician and I am wasting way too much funding trying to figure out this one outlet since its where my PC runs and literally the only one I care about much in the entire house. It has to be the last outlet in the chain (if one exists) as it now only has two wires connected (which i've checked, even replaced the Receptacle with a brand new one when all else failed), wire size is correct, etc. I'm wondering if its daisy chained in another unit above or below me. ![]() If I use a three prong to two prong adapter between my charger(s) (yes, i've tried many, as well as phones) that never happens, as if interrupting whatever signal its getting.Ĭonsidering it's on it's own 15 amp breaker (I have shut off all the rest with no issue) and powers nothing else, not so much as a light switch. Second, and this one is completely weird.sometimes when I plug my phone in with a standard USB adapter it asks to connect to my PC?!? I have ran up and down checking all the breakers, removed one receptacle that was daisy chained off my outlet, but I had to use the already twisted together (with a wire nut) ground from the old receptacle simply as a pigtail since the ground in that outlet wouldn't reach (idk if this is relevant, so I thought it worth mentioning), the outlet itself has no power once it was removed.įirst and foremost is a random voltage flux even through my UPS (double conversion) with voltage ranging from 123 to 114 at times. ![]() In SELV (Safety Extra Low Voltage) applications, the WAGO connectors can be used with Gelboxes without an additional junction box.I just moved recently into an older house, I have literally two grounded outlets accessible to me besides kitchen ones, only one in a bedroom. ![]() This is the only way to ensure double cable insulation to protect against electric shock, since only the conductors are encapsulated in the WAGO Gelbox. For example, in low-voltage applications (e.g., 230 V), the Gelboxes are used in junction boxes together with splicing connectors. However, the way it is used does differ somewhat in the individual voltage ranges. The WAGO Gelbox can be used in a wide range of low and extra-low voltage applications. However, this requires new connectors and Gelboxes – this is the only way WAGO can guarantee the high degree of protection. The wires that connected in the old installation can be reused for the new one. If a circuit needs to be expanded, the boxes can be easily re-opened and quickly and reliably re-wired – a real advantage over standard electronics encapsulation. Thanks to different housing styles, several connectors can be accommodated in one WAGO Gelbox to create additional space in the distribution box. Thanks to a compact design, WAGO Gelboxes can be easily accommodated in every junction box. The gel completely wraps itself around the installation. In more detail: Open the WAGO Gelbox, place the wired splicing connectors in the box and close the box with slight pressure. Installation is easy: Open the box, insert the connectors, close the box. It is ready for immediate use in a wide range of low- and extra-low voltage applications. But now reliable moisture protection for splicing connectors can be achieved even more quickly and easily with the WAGO Gelbox. Condensation, heavy precipitation, powerful water jets: When moisture meets electricity, a short circuit can happen quickly.
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