Here is something i found: (If you can find the movement model number you may be able to get some more accurate instructions.) Clocks that require actual winding will have anywhere from one to three winding holes on the body of the clock, often in the back facing. Generally speaking, if the clock has a single hole, that hole controls the main time spring. If there are two holes, one is for the time spring and one is for the hourly chime. Some clocks also have a third hole, which governs the quarter-hour chime tones. Winding Up Your Wall and Mantel Clocks To wind up your wall or mantel clock, first locate the time spring hole. If you have more than one keyhole in your clock, this is usually the one located farthest to the right as you're looking at the clock's surface. However, models can vary, so you may need to experiment a bit with this.
Insert your winding key into the appropriate hole. You'll want to test with the key to find out whether to turn clockwise or counterclockwise. Whichever direction the key turns freely is the right one. If the key won't move easily in either direction, this indicates the clock doesn't need to be wound. Otherwise, turn the key until you meet resistance. Don't force the key further.
In clocks with more than one keyhole, the left-most hole usually controls the hourly chime, and in clocks with three keyholes, the center keyhole is typically for the quarter-hour chime, although again this can vary from model to model.
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Today's Featured Article - The Nuts and Bolts of Fasteners - Part 2 - by Curtis Von Fange. In our previous article we discussed capscrews, bolts, and nuts along with their relative hardness and thread sizes. In this segment we will finish up on our fasteners and then work with ways to keep them from loosening up in the field. Capscrews, bolts and nuts are not the only means of holding two parts together. When dealing with thinner metals like sheet tin, a long bolt and
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