Displacement of the first lamella

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Output variables
First, you need to count the number of slats and grooves. We derive the variable K, which indicates the ratio of lamellas to grooves. Let's assume that the first ones have exactly 48, and the second ones have 24. We divide 48 by 24, and get the value: K = 2. Then we need to know the direction of laying, turns, their discharge, pitch, and the first lamella.

Direction of laying
The direction of laying is easy to determine just by looking at it. By the way, do not look at the extreme simplicity of this advice: if you are rewinding an electric motor with your own hands for the first time, then you can completely forget about this little thing. Imagine your feelings if, after finishing the work, it turns out that you will have to redo it completely!

Winding pitch

The pitch is determined by looking at the first upper coil. We consider mexico telegram data that one of its sides lies in the first groove. We carefully count how many grooves separate it from the opposite side, including this first groove in the calculation. Let's say you count six. Thus, when laying on the right side, the pitch will be 1-6; when laying on the left side (if there are 12 grooves), it will be 1-8.

Having finished with this case, let's find out how much the first lamella is shifted relative to the first groove. Align the engine by drawing a mental line along it. Let's mark it with the letter Z. It is advisable not to rely on your memory, but to carefully write everything down and draw it, so that interesting situations do not arise in the future. We warn you right away that rewinding electric motors at home is not an easy task, be extremely careful!

Identify the first groove
To determine the first groove, you will need a special device, as well as 3V alternating current. We will tell you how to do this below.