Applied Motion 0.9-Degree Step Motors
Applied Motion 0.9-Degree Step Motors
Applied Motion’s 0.9-degree step-motor range provides 400 mechanical full steps per revolution. The supplied selection includes NEMA 14, 17 and 23 motors. It is especially relevant to a system restricted to full-step or half-step commands, where the smaller mechanical step can improve the motion increment.
Review Summary
A sensible choice for preserving a simple drive architecture while increasing full-step resolution. It should be compared with a 1.8-degree motor using a suitable microstepping drive, because smaller mechanical steps alone do not guarantee better machine accuracy.
Mechanical full-step angle 0.9 degrees Full steps per revolution 400 Listed frame sizes NEMA 14, 17 and 23 Listed models 5014-897, HT17-221, HT17-222, HT23-559 and HT23-560 Comparison basis 1.8-degree motor: 200 full steps per revolution Applications and Industries
Incremental positioning with full-step or half-step drives, especially where a legacy command interface limits drive replacement.
Manufacturing and automation
Request a quote for the exact configuration,quantity and delivery schedule.
| Mechanical full-step angle | 0.9 degrees |
| Full steps per revolution | 400 |
| Listed frame sizes | NEMA 14, 17 and 23 |
| Listed models | 5014-897, HT17-221, HT17-222, HT23-559 and HT23-560 |
| Comparison basis | 1.8-degree motor: 200 full steps per revolution |
