Double-ended Stepper Motors (rotary)

This 1.8 ° size 23 hybrid DC stepping motor is built with an extra-sturdy casing for when you need small, powerful torque with a little more durability. The motor is totally enclosed with permanently lubricated ball bearings. The bi-directional size 23 has a step angle accuracy of ±3%. [See More]

• Shaft Orientation: In-line; Single-ended; Double-ended
• DC Voltage Range: 34.0

• Stepper Construction: Permanent Magnet
• Current per Phase: 4

With so many Brushless (BLDC) Motor, Brushed (PMDC) Motor, Motor Controller, Gearmotor (PMDC), Gearhead, Actuator, Hybrid Stepper Motor, and AGV /AMR Gearmotor (BLDC) options available it can be tricky when selecting the best product or group of products for a specific application. To save you time... [See More]

• Shaft Orientation: Double-ended
• Step Angle: 1.80

• Current per Phase: 1.78
• Shaft Size: 0.250

This 1.8 ° size 34 hybrid DC stepping motor is built with an extra-sturdy casing for when you need medium-sized, powerful torque with a little more durability. The motor is totally enclosed with permanently lubricated ball bearings. The bi-directional size 34 has a step angle accuracy of... [See More]

• Shaft Orientation: In-line; Single-ended; Double-ended
• DC Voltage Range: 34.0

• Stepper Construction: Permanent Magnet
• Current per Phase: 7.1

The T Series is a set of custom T2 Series stepper motors that are factory-integrated with Kollmorgen Electric Cylinders, Rodless Actuators, and Precision Stages. These motors were selected to provide a range of compatibility with Kollmorgen ’s P7000 Series stepper drives. Features. T22: NEMA... [See More]

• Shaft Orientation: In-line; Double-ended
• Current per Phase: 0.7700 to 1.5

• Stepper Construction: Hybrid
• Holding Torque: 280 to 1250

SONCEBOZ slimline stepper motors are flat actuators for instrument clusters. They present motion smoothness, low noise, robustness and cost efficiency. Sonceboz stepper motors have become a worldwide standard in this industry for instrument clusters. [See More]

• Shaft Orientation: Double-ended; Offset / Parallel
• Standard DC Voltage: 6V

• Stepper Construction: Permanent Magnet
• DC Voltage Range: 4.5 to 7.5

High step accuracy & resolution, low vibration & noise, can be customized [See More]

• Shaft Orientation: In-line; Double-ended
• Number of Leads: 4

• Stepper Construction: Hybrid
• Step Angle: 1.80

JingJiang Nair Motion Technologies Co., Ltd.. have design, manufacturing and logistics facilities in China. They manufacture a wide range of DC gear motors, brushless DC motors and stepper motors which can be engineered to meet your exact requirements. They focus all of their product, application... [See More]

• Shaft Orientation: In-line; Double-ended
• Standard DC Voltage: 24V

• Stepper Construction: Hybrid
• DC Voltage Range: 24.0

5-phase stepping motor, 39mm square, 0.36 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• DC Voltage Range: 24.0

• Standard DC Voltage: 24V
• Current per Phase: 0.7500

Kollmorgen T2 Series stepper motors provide high torque in a NEMA 23 frame size (60 mm). With holding torques to 421 oz-in (3.0 N-m), these steppers deliver the most torque of any Size 23 motor. They are available with open leads or a terminal box, and offer an excellent alternative to pneumatic,... [See More]

• Shaft Orientation: In-line; Double-ended
• Current per Phase: 0.4000 to 6.6

• Stepper Construction: Hybrid
• Holding Torque: 421

5-phase stepping motor, 60mm circular, 0.45 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• Holding Torque: 129

• Current per Phase: 0.7500
• Step Angle: 0.45

POWERMAX II ® motors are the most powerful steppers available, providing the highest torque per motor size and speed range These NEMA 23 (60 mm) motors are available in half-, single-, and two-stack configurations with holding torques from 42 to 253 oz-in. The M Series includes SIGMAX ®... [See More]

• Shaft Orientation: In-line; Double-ended
• Current per Phase: 1.3 to 6.5

• Stepper Construction: Hybrid
• Holding Torque: 42 to 253

5-phase stepping motor, 28mm square, 0.72 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• DC Voltage Range: 24.0

• Standard DC Voltage: 24V
• Current per Phase: 0.7500

5-phase stepping motor, 42mm square, 0.72 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• DC Voltage Range: 24.0

• Standard DC Voltage: 24V
• Current per Phase: 0.7500

5-phase stepping motor, 50mm square, 0.72 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• DC Voltage Range: 24.0

• Standard DC Voltage: 24V
• Current per Phase: 0.7500

5-phase stepping motor, 60mm circular, 0.72 °/step. CE marked. [See More]

• Shaft Orientation: In-line; Double-ended
• DC Voltage Range: 24.0

• Standard DC Voltage: 24V
• Current per Phase: 0.7500

5-phase stepping motor, 60mm circular, 0.72 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• DC Voltage Range: 24.0

• Standard DC Voltage: 24V
• Current per Phase: 0.7500

5-phase stepping motor, 60mm square, 0.72 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• Holding Torque: 92

• Current per Phase: 0.7500
• Step Angle: 0.72

5-phase stepping motor, 86mm circular, 0.72 °/step. CE marked. [See More]

• Shaft Orientation: In-line; Double-ended
• Holding Torque: 292

• Current per Phase: 0.7500
• Step Angle: 0.72

5-phase stepping motor, 86mm circular, 0.72 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• Holding Torque: 292

• Current per Phase: 0.7500
• Step Angle: 0.72

5-phase stepping motor, 106mm circular, 0.72 °/step. CE marked. [See More]

• Shaft Orientation: In-line; Double-ended
• Holding Torque: 1529

• Current per Phase: 0.7500
• Step Angle: 0.72

5-phase stepping motor, 106mm circular, 0.72 °/step. [See More]

• Shaft Orientation: In-line; Double-ended
• Holding Torque: 1529

• Current per Phase: 0.7500
• Step Angle: 0.72