Hybrid Stepper Motors (rotary) Datasheets

Hybrid Stepper Motor -- 110SH150-6504A
from Changzhou Fulling Motor Co., Ltd

Stepper motors are motion systems allowing to have a high positioning precision. With their high power already at low speed, their stall torque and the possibility to divide the steps in microsteps, stepper motors can provide direct and precise motions in a small volume. Permanent magnet and hybrid... [See More]

  • Stepper Construction: Hybrid
  • Current per Phase: 6.5
  • DC Voltage: 5.2
  • Holding Torque: 3115
Drylin® E Spindle Motor
from igusĀ® inc.

stepper motor installation sizes with 0.1 to 2 Nm holding torque. 7 lead screw types with pitches from 0.8 mm to 50 mm. Maximum precision by centering the lead screw with a H7/h7 motor/lead screw fit. Matching lead screw nuts in the drylin ® product range. Lead screw assembly possible on both... [See More]

  • Stepper Construction: Hybrid
  • Holding Torque: 16.99 to 283
  • DC Voltage: 24.0 to 60.0
  • Shaft Orientation: In-line
Brush DC Stepper Motor, Avionics
from Moog Inc. (formerly Moog Components Group)

Stepper motors offer a compact and lightweight solution to many applications. Their high resolution and high torque-to-size ratio are a key advantage. Moog stepper motors operate at half or full step (200 or 400 per revolution). [See More]

  • Stepper Construction: Permanent Magnet; Hybrid
  • Current per Phase: 0.1 to 2.0
  • DC Voltage: 2.8 to 20.0
  • Holding Torque: 0.7200 to 34.5
from RS Components, Ltd.

Stepper Motors with 6- or 8-lead configuration. The windings can be connected in series or parallel for different drive requirements (8-lead version). A number of the motors are supplied with 0.1in. connector fitted to the flying lead or supplied with leads. Recommended suitable header is stock no. [See More]

  • Stepper Construction: Hybrid
  • Holding Torque: 14.16
  • DC Voltage: 12.0
  • Step Angle: 1.80
08Y Series High Torque Stepper Motor -- 08Y102-LW4
from Anaheim Automation, Inc.

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

  • Stepper Construction: Hybrid
  • Step Angle: 1.80
  • Rotor Inertia: 2.80E-5
  • Number of Leads: 4
Stepping Motors
from Nidec Corporation

Stepping motors use intermittent step operations in response to pulsed input power. Precise angular control of the motor axis is possible using just the pulse power, providing accurate positioning control with a simple circuit configuration. These are used in a wide range of equipment from... [See More]

  • Stepper Construction: Permanent Magnet; Variable Reluctance; Hybrid
  • Gearing: Motor Only (No Gearhead)
  • Shaft Orientation: In-line
  • Units: Metric
SY Series Stepper Motors -- SY107
from Parker Hannifin / Automation / Electromechanical Division - Europe

SY Series - 1.8 Degree - 2 Phase Hybrid Stepper Motors. Nema 23 , Nema 34 & Nema 42 Frame Sizes. with 1-, 2- and 3-stack motor lengths. Rated at IP55 as standard. Option for: IP68 on Terminal Box Version. Option for: 200 or 500 Line Encoder. Option for: Vacuum Preperation to 10-6 Torr. Holding... [See More]

  • Stepper Construction: Hybrid
  • Holding Torque: 1274 to 1841
  • Current per Phase: 8.0 to 10.0
  • Rotor Inertia: 1.13 to 1.7
110BF Stepper Motor -- 110BF003
from Sinotech

Ambient Temperature ------------ -25 to +40 deg C. Dielectric Strength -------- 950V AC 50Hz 1 minute. Temperature Rise --------------------------------- 85K. Insulation Resistance ------500VDC 100Mohm Min. Insulation Class --------------------------------------- B [See More]

  • Stepper Construction: Hybrid
  • Holding Torque: 1110
  • DC Voltage: 80.0
  • Step Angle: 0.75 to 1.50
Hybrid Stepper Motor -- 6540-13
from SONCEBOZ Corporation

The hybrid stepper motor comes into its own where torque at low speed, positioning and accuracy are determining factors. Hybrid stepper motors with integrated control electronics coupled with high-precision, zero 'float' mechanical properties feature the following particularly desirable... [See More]

  • Stepper Construction: Hybrid
  • Output Power: 0.0067
  • Holding Torque: 12.74 to 18.41
  • Rotor Inertia: 2.55E-4