Electrical Engineering Stack Exchange is a question and answer site for electronics and electrical engineering professionals, students, and enthusiasts. It only takes a minute to sign up. I am relocating to a building that has service, and would like to use the above transformer in reverse, so that I can run my V equipment without other conversion. This transformer used in reverse to produce V delta output will not have a ground or common terminal on the output side. My question is: What then are the grounding requirements for the machinery that the transformer would be servicing, and, are there any other wiring requirements for the transformer itself? Based on that assumption, my answer is: There is a difference between grounding and bonding, and this is one of the most confused sections of the NEC.
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Wanted to know if I can connect low-voltage Mailbu landscape lights connected to seperate wires in my garden that lead back to one transformer What these answers are not telling you is that like water pressure, there are drops over distances In this case, voltage drops. You need to specify what gauge wire is being used and what the distance is from the transformer to the new run. Also make sure that the tap on the transformer can put out enough volts so that when you reach your desired location, there isn't a drop.
I would like to test some small appliances that require V AC. I was thinking of getting a transformer to convert V to V. It doesn't say in the spec sheet if this model can be used in the reverse: input to secondary, output from primary. So, do you think it would be safe to connect this transformer in the reverse, to make it a step UP transformer?