Incremental motion and positioning
Stepper motors
Compare stepper motor frame size, holding torque, phase current and the intended driver. Your load and acceleration profile matter as much as the headline torque.
Filter product specificationsPublished product series
12 series
Stepper motors
M56GXR-57BYG stepper gearmotor
Jiangsu Mabuqi Electric Manufacturing Co., Ltd.- Product Type
- M56GXR-57BYG stepper gearmotor
- Stepper Angle
- 1.8°
Stepper motors
Industrial stepper motor range
Hangzhou Mige Elec.&Mach. Co., Ltd.- Product Type
- Industrial stepper motor range
- Catalogue Scope
- Product family / configuration confirmed on inquiry
Stepper motors
86BYG hybrid stepper motor series
SANMEN TAILI MOTOR CO., LTD.- Phases
- Two-phase / three-phase options
- Insulation
- Class B
Stepper motors
57BYG hybrid stepper motor series
SANMEN TAILI MOTOR CO., LTD.- Phases
- Two-phase / three-phase options
- Insulation
- Class B
Stepper motors
Stepper motor range
Huzhou Taiping Micro & Special Motor Co., Ltd.- Motor Group
- Stepper
- Product Type
- Stepper motor range
Stepper motors
ISS57 integrated closed-loop stepper
Beijing Senchuang Motion Control (SYN-TRON)- Voltage
- 24–60 V DC
- Interfaces
- Modbus RTU / CANopen variants
Stepper motors
ISS42 integrated closed-loop stepper
Beijing Senchuang Motion Control (SYN-TRON)- Voltage
- 24 V DC
- Interfaces
- Modbus RTU / CANopen variants
Stepper motors
86S closed-loop stepper motor series
Beijing Senchuang Motion Control (SYN-TRON)- Control
- Closed-loop; compatible driver required
- Insulation
- Class B
Stepper motors
56S closed-loop stepper motor series
Beijing Senchuang Motion Control (SYN-TRON)- Control
- Closed-loop; compatible driver required
- Insulation
- Class B
Stepper motors
Three-phase hybrid stepper motor series
Beijing Senchuang Motion Control (SYN-TRON)- Phases
- Three
- Step Angle
- 1.2°
Stepper motors
Two-phase hybrid stepper motor series
Beijing Senchuang Motion Control (SYN-TRON)- Step Angle
- 1.8°
- Example Model
- 42BYG250BK-0151
What to specify
Holding torque is measured at standstill. Request a torque-speed curve at the actual supply voltage before choosing a motor for moving loads.
Build a complete technical inquiry →- Holding torque and step angle
- Operating speed and load inertia
- Phase current and winding
- Driver and supply voltage
- Open-loop or closed-loop feedback
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