The design space
What a winding can move.
The envelope comes first: diameter and length put a hard ceiling on continuous torque before any winding decision. Voltage comes second; it decides the Kv the winding has to hit. Everything after that is a trade the brief lets us make for you.
Continuous torque is a thermal number, not a magnetic one: a motor holding 1.1 Nm all day gives three times that for seconds, so a machine that moves in bursts can run a smaller frame.
| Winding | Kv, phase resistance, continuous current |
|---|---|
| Stack length | Torque, without touching diameter |
| Pole count | Torque ripple against iron loss |
| Shaft and flange | The mechanical interface, to your drawing |
| Feedback | Hall, encoder or sensorless, matched to the drive |
| Frame diameter | The expensive change; it alters tooling |
01Read
An engineer reads the brief exactly as sent. Open questions are normal, not a problem.
02Questioned
Anything unclear comes back as a question, never as an assumption baked into the design.
03Answered
You get a winding proposal and its drawing, built on your numbers.