Nema 17 Hybrid Stepper Motor 42mm 2 Phase Hybrid Stepper Motor 1.8 Degree
Mode No | PST42H231-4P06 | PST42H231-4P12
| PST42H235-4P06 | PST42H235-4P12 |
Holding Torque | 0.16N.m | 0.16N.m | 0.25N.m | 0.25N.m |
Related Current | 0.6A/Phase | 1.2A/Phase | 0.6A/Phase | 1.2A/Phase |
Resistance | 6.6 Ω/Phase | 1.8Ω /Phase | 8Ω/Phase | 2.1Ω/Phase |
Inductance | 9.5MH/Phase | 2.4MH/Phase | 15.2MH/Phase | 3.9MH/Phase |
Inertia | 23g.cm2 | 23g.cm2 | 35g.cm2 | 35g.cm2 |
Weight | 0.2kgs | 0.2kgs | 0.24kgs | 0.24kgs |
Length | 31mm | 31mm | 35mm | 35mm |
Connection | P | P | P | P |
Mode No | PST42H241-4P12 | PST42H241-4P20
| PST42H249-4P12 | PST42H249-4P20 |
Holding Torque | 0.4N.m | 0.4N.m | 0.48N.m | 0.48N.m |
Related Current | 1.2A/Phase | 2A/Phase | 1.2A/Phase | 2A/Phase |
Resistance | 2.5 Ω/Phase | 1.05Ω /Phase | 3.1Ω/Phase | 1.35Ω/Phase |
Inductance | 5.5MH/Phase | 2MH/Phase | 8MH/Phase | 2.9MH/Phase |
Inertia | 54g.cm2 | 54g.cm2 | 77g.cm2 | 77g.cm2 |
Weight | 0.3kgs | 0.3kgs | 0.36kgs | 0.36kgs |
Length | 41mm | 41mm | 49mm | 49mm |
Connection | P | P | P | P |
Mode No | PST42H261-4P12 | PST42H261-4P20 | ||
Holding Torque | 0.72N.m | 0.72N.m | ||
Related Current | 1.2A/Phase | 2A/Phase | ||
Resistance | 2.5 Ω/Phase | 1.75Ω /Phase | ||
Inductance | 11MH/Phase | 4MH/Phase | ||
Inertia | 110g.cm2 | 110g.cm2 | ||
Weight | 0.5kgs | 0.5kgs | ||
Length | 61mm | 61mm | ||
Connection | P | P |
Lower Heat
The design of prostepper' motor Improved manufacturing processes
selected with new materials gets a lower enable all components of
resistance value when compared with prostepper' stepper motors to
motors of the same thickness and the achieve better matching precision
same torque, this makes a greater degree and more stable internal
of improvement for the thermal structures. This reduces vibration
conductivity performance of the motor, and noise effectively when the
thus greatly reduces the temperature motor operates, which makes
rise of the motor. prostepper' stepper motors stand
out by providing quieter and
smoother operation.
3. Electromagnetic furnace optimization design, lift torque, reduce temperature rise, so that the motor running smoothly
4. Accurate position Control
The angular displacement of the stepping motor can be precise controlled by the number of electrical pulses.Angle accuracy can be controlled within ±0.09°without any feedback devices.