Stepper Motors 60 Series
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MISUMI
- Stepping Motors 60 Series from MISUMI.
- Pulse signal voltage range: 5-24V, eliminating the need to prepare 5V switching power supplies or connect current limiting resistors in series.
- AC/DC universal, allowing for connection with straight or reversed polarity.
- Can be order Motor individually or order as set product (Motor + Driver).
- The step angle is 1.8°.
- Driver Output Current(A): 1.0-4.3 A
- Driver Power Voltage(v): VDC24-80 or VAC20-60
- The stepping motor needs to be used with the stepping driver and cannot be directly connected to the power supply.
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- Pulse signal voltage range: 5-24V, eliminating the need to prepare 5V switching power supplies or connect current limiting resistors in series.
- AC/DC universal, allowing for connection with straight or reversed polarity.
- Can be order Motor individually or order as set product (Motor + Driver).
- The step angle is 1.8°.
- Driver Output Current(A): 1.0-4.3 A
- Driver Power Voltage(v): VDC24-80 or VAC20-60
- The stepping motor needs to be used with the stepping driver and cannot be directly connected to the power supply.
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Economy Stepper Motors 60 Series
High Torque Durable Heavy Duty
- Achieve high torque with options for demanding applications.
- Operates on a versatile voltage range for flexible power integration.
- Enjoy precise movements with high subdivision capabilities.
- Built with high moment of inertia for reliable performance in tough conditions.
- Available as motor-only or complete sets with drivers for tailored setups.
MISUMI Standard
Cheaper Price
Product Variety
3D CAD Support
Product Overview of Stepping Motors
MISUMI Stepping Motors 60 Series
Product Features of Stepping Motors
Dimensional Drawing of Stepping Motors
* The values of Stepping Motors in ( ) are reference values.
Example Use of Stepping Motors
Applications of the Stepping Motors in the medical industry
Precautions of Stepping Motors
Note
1. The maximum current set by the driver shall not exceed the maximum current of the motor.
2. The subdivision can only adjust the smoothness of rotation, rather than increase the precision.
3. The Stepping Motors needs to be used with the stepper driver, and cannot be directly connected to the power supply.
4. It is normal if the surface temperature of the Stepping Motors is between 80~90℃.
1. The maximum current set by the driver shall not exceed the maximum current of the motor.
2. The subdivision can only adjust the smoothness of rotation, rather than increase the precision.
3. The Stepping Motors needs to be used with the stepper driver, and cannot be directly connected to the power supply.
4. It is normal if the surface temperature of the Stepping Motors is between 80~90℃.
Dimensional Drawing
* The values in ( ) are reference values.
Specification Table
| Part Number | Step Angle (°) | Body Length (mm) | Number of Leads (pcs) | Current/Phase (A) | Holding Torque (N.m) | Moment of Inertia g.cm² | Applicable Driver | Driver Output Current (A) | Driver Power Voltage (V) | Subdivision |
| C-60STM01+DR57A | 1.8 | 47 | 4 | 2.8 | 1.1 | 275 | C-DR57A | 1.0-4.3 | VDC: 24-80 VAC: 20-60 | 200-25600 |
| C-60STM02+DR57A | 56 | 1.65 | 300 | |||||||
| C-60STM03+DR57A | 67 | 2.1 | 570 | |||||||
| C-60STM04+DR57A | 88 | 3.1 | 840 |
■ Torque-Frequency Curve
