Nema 14 High Precision 230mN.m 0.75A Hybrid Stepper Motor
The Casun Nema 14 High Precision Stepper Motor delivers 230 mN.m torque at 0.75A and is designed for medical machines requiring accurate motion control. Its hybrid stepper technology ensures smooth operation, high reliability, and precise positioning, making it ideal for sensitive medical applications. Compact, efficient, and built for performance.
Key Features
Bipolar or unipolar versions available
Hybrid stepper construction
Available in single or double shaft versions
CE and RoHS approved
Customizations on request
Dimensions
Motor Specifications
| Step Angle |
1.8° |
| Frame Size |
34 mm |
| Number of Phase |
2 Phase |
| Rated Current |
0.75 Amp |
| Holding Torque |
230 mN.m |
| Resistance |
6.4 ohm |
| Inductance |
8.9 mH |
| Rotor Inertia |
14 g.cm² |
| Motor Weight |
0.2 kg |
| Connection |
Bipolar |
Operating Specifications
Motor
| Step Angle |
1.8° |
| Maximum Temperature |
80°C maximum |
| Ambient Temperature |
-20°C to 50°C |
| Storage Temperature |
-20°C to 100°C |
| Humidity Range |
85% or less, non-condensing |
| Magnet Wire Insulation |
Class B 130°C |
| Insulation Resistance |
100M Ohm at 500 VDC |
| Dielectric Strength |
500 VDC for 1 min |
Encoder
| Voltage |
5V |
| Output |
A + A - B + B - Z + Z - |
Submodels
| Model |
Holding Torque |
Step Angle |
Length |
Type of Shaft |
Rated Current |
| 35SHD0307 |
80 mN.m |
1.8° |
20 mm |
D Shaft-20mm |
0.4 A |
| 35SHD0001 |
100 mN.m |
1.8° |
26 mm |
D Shaft-20mm |
0.4 A |
| 35SHD0102 |
150 mN.m |
1.8° |
34 mm |
D Shaft-20mm |
0.75 A |
| 35SHD0801 |
230 mN.m |
1.8° |
40 mm |
D Shaft-24mm |
0.5 A |
Custom Motor Solutions
If our standard motor cannot meet your needs, we can customize the motor according to your requirements. Customized content includes but is not limited to special shafts, winding parameters, installation dimensions, lead wires with special requirements, connectors, and more.
Available Options
Encoder
Brake
Gearbox
Shaft
Please click the "Get a quote" button below to tell us your requirements.