Hi everyone- I'm trying to re-setup an electomagnetic Kundo, the type that has a shaft (with magnet inside), that swings back and forth within an electomagnetic coil (powered by a 1.5 battery), which creates the beat of the clock and power. I do basic clock repairs but am not at all knowledgeable with any type of small or large electonic item.
So when I got the clock, I had to take off the coil to get to the wires coming out, so I could extend them. Having it apart, I decided to test the electromagnet by putting 1.5 Volts through it via a D cell, and see what it did. First, however, I tested my D cell on a 1.5v tester, and then decided to see where the needle on the tester went if the electromagnet was hooked up too. (I have no volt-meter and am not an "electronics guy", like I said). So the battery tester needle goes way up over "good" when just the battery is "in the loop". However, put the electromagnet "in the loop" with the battery and the needle goes, perhaps 1//4 the way to "good". Furthermore, putting a paper clip withing the electromagnetic coil has no effect on the clip, and the clip does not stick to the outside of the coil when powered up. Just a small run-of-the-mill magnet attracts and holds the paper clip.
So to conclude, I got the whole thing at very little cost. If it's not going to work, then it's not going to work. Does any of the above description indicate anything?
Thanks very much, Tom
So when I got the clock, I had to take off the coil to get to the wires coming out, so I could extend them. Having it apart, I decided to test the electromagnet by putting 1.5 Volts through it via a D cell, and see what it did. First, however, I tested my D cell on a 1.5v tester, and then decided to see where the needle on the tester went if the electromagnet was hooked up too. (I have no volt-meter and am not an "electronics guy", like I said). So the battery tester needle goes way up over "good" when just the battery is "in the loop". However, put the electromagnet "in the loop" with the battery and the needle goes, perhaps 1//4 the way to "good". Furthermore, putting a paper clip withing the electromagnetic coil has no effect on the clip, and the clip does not stick to the outside of the coil when powered up. Just a small run-of-the-mill magnet attracts and holds the paper clip.
So to conclude, I got the whole thing at very little cost. If it's not going to work, then it's not going to work. Does any of the above description indicate anything?
Thanks very much, Tom