Product Center

KST-57D33-0005

KST-57D33-0005_Kaifull Technology

The KST-57D33-0005 stepper motor offers 1.8° step angle, 4.2A rated current, and 1.1N·m holding torque. Ideal for CNC machinery, robotics, and automation systems, it ensures high precision and reliability.

  • Technical Parameter
  • Product size
  • Instructions for use
  • Data download

Standard parameter



Step Angle



1.8°



Phase number



two-phase



Insulation resistance



100MΩmin.(500V DC)



Insulation class



Class B



Insulation withstand voltage



500V A.C 1 min



Rated current



4.2A



Phase resistance



0.4Ω±15%  AT25°



Phase inductance



1.4mH±20% AT 1KHz, 1Vrms



Holding torque



1.1N.m



Rotor inertia



280g.cm²



weight



600g


KST-57D33-0005_00.png

The KST-57D33-0005 is a robust 1.8° two-phase stepper motor engineered to provide high torque and precision for a variety of motion control applications. With a rated current of 4.2A and a holding torque of 1.1N·m, this motor is ideal for systems such as CNC machineryautomation equipment, and robotics.

This stepper motor is designed with a phase resistance of 0.4Ω ± 15% and phase inductance of 1.4mH ± 20% at 1KHz, ensuring smooth and efficient operation. It also features an insulation resistance of 100MΩ min. at 500V DC, with Class B insulation, allowing it to operate reliably even in higher temperature environments. The 500V AC withstand voltage ensures that the motor can endure harsh operating conditions.

The KST-57D33-0005 has a rotor inertia of 280g·cm² and a weight of 600g, making it suitable for applications requiring a balance between power and precision. This motor offers excellent performance in dynamic systems where reliability and low mechanical inertia are essential.


Product 2D Drawing

  • File name
  • File type
  • Size
  • Download
  • KST-57D33-0005.pdf
  • .pdf
  • 3073KB
  • Download

Product 3D Diagram

  • File name
  • File type
  • Size
  • Download
  • KST-57D33-0005.STEP
  • .STEP
  • 636KB
  • Download