Through Shaft 5V Voltage Diameter 36mm 15 Degree Step Angle Linear
Stepper Motor
The SM36 series permanent magnet linear stepper motor moves the
guide screw forward or backward when the rotor runs continuously.
There are three types of motor structures: fixed shaft type,
through shaft type, and external drive type.
The SM36 series permanent magnet linear stepper motor has a
stepping angle of 7.5 degrees and 15 degrees. When the step angle
is 7.5 degrees, the Step Travel can be 0.0127mm, 0.0254mm, and
0.0508mm.
When the step angle is 15 degrees, the Step Travel can be 0.0254mm,
0.0508mm, and 0.1016mm.
The length of the screw can be customized according to customer
requirements.
This product is our company's product. It converts the rotation of
the motor into linear motion through the relative motion between
the internal rotor and screw. Mainly used in valve control,
automatic buttons, medical equipment, textile machinery, robots and
other related fields.
At the same time, the external wiring part can be connected using
methods such as connecting wires according to customer
requirements.
Mechanical Dimension:MM
Technical Features
This product is a patented product of the company. It converts the
rotation of the motor into a linear motion through the relative
movement of the internal rotor and the screw. It is mainly used in
valve control, automatic buttons, medical equipment, textile
machines, robots and other related fields.
At the same time, the external wiring part can use four terminal
posts (light pins) or connecting wires, or FPC FFC PCB, etc.
according to customer requirements.
The output part is linear.
Typical Applications
Specifications
Motor diameter | 36mm |
Rated voltage | 12V |
No. of phases | 2 phases |
Phase Current | 230mA |
Phase Inductance | 52Ω±10%Ohm/20C |
Step angle | 15° |
| Stear Travel | 0.0508mm |
Screw Lead | 1.2192mm |
Competitive Advantage
High quality and the best price.
Fast deliver,storage company and rich inventory
Near Shanghai port, the traffic is very convenient.
Product Detail Presentation
