Product Details
Technical Parameter
Item
|
Specifications
|
Step Angle Accuracy
|
±5%
|
Resistance Accuracy
|
±10%
|
Inductance Accuracy
|
±20%
|
 Temperature Rise
|
80K Max.
|
Ambient Temperature
|
-20℃~+50℃
|
Insulation Resistance
|
100MΩMin.@ 500VDC
|
Dielectric strength
|
One minute@500VAC∙5mA Max.
|
Shaft Radial Play
|
0.06Max.@450g
|
Shaft Axial Play
|
0.08Max.@450g
|
Â
Technical Specification
Model No.
|
Polar
|
Rated
Voltage
|
Current/
Phase
|
Resistance/
Phase
|
Inductance/
Phase
|
Holding
Torque
|
# of
Leads
|
Rotor
inertia
|
Weight
|
Length
|
35H033HM-0406
|
Unipolar
|
V
|
A
|
Ω
|
mH
|
oz-in
|
kgf · cm
|
6
|
g∙ cm2
|
kg
|
mm
|
10
|
0.4
|
25
|
20
|
15.2
|
1.1
|
14
|
0.17
|
33
|
Â
Mechanical Dimension                                 Â
Â
Pull Out Torque Curve
FAQ
Q: Is there the products tested before shipping?
A: All of our motors will be 100%QC before shipping.
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Q: What are the common problems faced when using NEMA 14Â stepper motors?
A: Common problems include missed steps, resonance, overheating, inadequate torque, and electrical noise interference.
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Q: Can I run the NEMA 14 stepper motor at high speeds?
A: Running a stepper motor at high speeds can be challenging due to torque drop-off, rotor inertia, and other limitations. High-speed operation may require careful motor selection and optimized control parameters.
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Q: Are there any safety considerations when using NEMA 14 stepper motors?
A: Safety considerations include proper electrical wiring and grounding, heat dissipation, mechanical hazards, and adhering to the guidelines for safe operation.
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