Stock Drive Products & Sterling Instrument - SDP/SI Datasheets for Stepper Motors (rotary)

Stepper motors use a magnetic field to move a rotor in small angular steps or fractions of steps. They provide precise positioning and ease of use, especially in low acceleration or static load applications.
Stepper Motors (rotary): Learn more

Product Name Notes
100 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-D30
1125 oz-in Min.Holding torque, NEMA size 42 Frame Hybrid Stepper Motor -- S9142M-D51
1125 oz-in Min.Holding torque, NEMA size 42 Frame Hybrid Stepper Motor -- S9142M-D51A
1125 oz-in Min.Holding torque, NEMA size 42 Frame Hybrid Stepper Motor -- S9142M-S51
141 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-S30
15 oz-in Min.Holding torque, NEMA size 11 Frame Hybrid Stepper Motor -- S9111M-D19
15 oz-in Min.Holding torque, NEMA size 11 Frame Hybrid Stepper Motor -- S9111M-S19
1591 oz-in Min.Holding torque, NEMA size 42 Frame Hybrid Stepper Motor -- S9142M-S51A
177 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-D21HT
177 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-S21HT
187 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-D30HT
187 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-D30HTA
187 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-S30HTA
212 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-D40
212 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-S40
212 oz-in Min.Holding torque, NEMA size 34 Frame Hybrid Stepper Motor -- S9134M-D25
212 oz-in Min.Holding torque, NEMA size 34 Frame Hybrid Stepper Motor -- S9134M-S25
264 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-S30HT
31.4 oz-in Min.Holding torque, NEMA size 17 Frame Hybrid Stepper Motor -- S9117M-D13HT
31.4 oz-in Min.Holding torque, NEMA size 17 Frame Hybrid Stepper Motor -- S9117M-S13HT
424 oz-in Min.Holding torque, NEMA size 34 Frame Hybrid Stepper Motor -- S9134M-D37
424 oz-in Min.Holding torque, NEMA size 34 Frame Hybrid Stepper Motor -- S9134M-S37
51 oz-in Min.Holding torque, NEMA size 17 Frame Hybrid Stepper Motor -- S9117M-D15HT
51 oz-in Min.Holding torque, NEMA size 17 Frame Hybrid Stepper Motor -- S9117M-S15HT
54.2 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-S15HT
62.8 oz-in Min.Holding torque, NEMA size 17 Frame Hybrid Stepper Motor -- S9117M-D18HT
62.8 oz-in Min.Holding torque, NEMA size 17 Frame Hybrid Stepper Motor -- S9117M-S18HT
636 oz-in Min.Holding torque, NEMA size 34 Frame Hybrid Stepper Motor -- S9134M-D51
636 oz-in Min.Holding torque, NEMA size 34 Frame Hybrid Stepper Motor -- S9134M-S51
7 oz-in Min.Holding torque, NEMA size 11 Frame Hybrid Stepper Motor -- S9111M-D13
7 oz-in Min.Holding torque, NEMA size 11 Frame Hybrid Stepper Motor -- S9111M-S13
74.9 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-D20
74.9 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-S20
76.6 oz-in Min.Holding torque, NEMA size 23 Frame Hybrid Stepper Motor -- S9123M-D15HT
Stepper Gearmotor: 3.65" Overall Length, Nema Size 17, With a Holding Torque of 222 oz-in -- S9117C-S18GM005
Stepper Gearmotor: 3.65" Overall Length, Nema Size 17, With a Holding Torque of 444 oz-in -- S9117C-S18GM010
Stepper Gearmotor: 3.65" Overall Length, Nema Size 17, With a Holding Torque of 799 oz-in -- S9117C-S18GM018
Stepper Gearmotor: 5.96" Overall Length, Nema Size 23, With a Holding Torque of 1000 oz-in -- S9123C-S18GM010
Stepper Gearmotor: 5.96" Overall Length, Nema Size 23, With a Holding Torque of 1800 oz-in -- S9123C-S18GM018
Stepper Gearmotor: 5.96" Overall Length, Nema Size 23, With a Holding Torque of 500 oz-in -- S9123C-S18GM005
With so many Brushless (BLDC) Motor, Brushed (PMDC) Motor, Motor Controller, Gearmotor (PMDC), Gearhead, Actuator, Hybrid Stepper Motor, and AGV /AMR Gearmotor (BLDC) options available it can be tricky when...