Product Details
Place of Origin: China
Brand Name: V-motor
Certification: RoHS
Model Number: SM25-through going shaft
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: US$10~30
Packaging Details: Out box is paper， for mass production, can use pallet for easy shipping
Delivery Time: 15 days
Payment Terms: L/C, T/T
Supply Ability: 100000/month
Motor Type: |
Non Captive Lead Screw Stepper Motor |
Step Angle: |
7.5 Degree / 15degree |
Step Length: |
0.0127~0.1016 |
Resistance Per Phase: |
13.5Ω 70Ω |
Thrus Force: |
30~80N |
Driving Voltage: |
5~12VDC |
Motor Type: |
Non Captive Lead Screw Stepper Motor |
Step Angle: |
7.5 Degree / 15degree |
Step Length: |
0.0127~0.1016 |
Resistance Per Phase: |
13.5Ω 70Ω |
Thrus Force: |
30~80N |
Driving Voltage: |
5~12VDC |
SM25-Linear stepping motor with lead screw, when the rotor is running CW or CCW, the lead screw will move forward or backward. At the same time the lead will rotate.
The motor step angle is 7.5 degrees and 15 degrees.
Each step of the stepping motor rotates, the lead moves 0.0127mm (or 0.0254mm, 0.0508mm, 0.1016mm. There are different lead pitches and step angles for selection.
This product is the company's patented product. Through the relative motion of the inner rotor and the screw, the rotation of the motor is converted into linear motion. Mainly used in valve control, automatic buttons, medical equipment, textile machinery, robots and other related fields.
In addition, the external wiring part can use four binding posts (light pins) or connecting wires, or FPC FFC PCB according to customer requirements.
The output section is linear.
Stepper motor parameter data sheet
| Product name |
25mm Linear stepper motor |
| Model | SM25--Non-captive |
| Resistance | 13Ω±10% |
| Pull in frequency | 600PPS |
| The typical thrust | 60N |
| inductance | 4.5REF (mH) |
| Mounting aperture | φ3.7mm (Through hole) |
| Axial height | 76 mm (customizable) |
| Insalution class | class E |
| Lead wrie | UL 1061 AWG26 |
| OEM & ODM Service | AVAILABLE |
Motor thrust force curve:
Motor out drawing:
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