60CM40 4A Nema23 60mm 4.0Nm Stepper motor kit with DM542 driver test

Stepper Motor video
January 06, 2026
Category Connection: Open-loop Stepper system
Brief: Curious about how this performs in practice? Join us for a hands-on look at the 60CM40 Stepper Motor Kit with DM542 Driver. In this video, we demonstrate the setup, wiring, and performance testing of this 4.0N.m torque motor system for CNC and automation applications. You'll see the DIP switch configuration, motor operation at various speeds, and learn how to optimize it for your projects.
Related Product Features:
  • The 60CM40 hybrid stepper motor delivers a holding torque of 2.0-4.0N.m with a 1.8° step angle for precise positioning.
  • DM542 digital driver supports DC18-50V input with 8 adjustable current gears up to 4.2A per phase for flexible power management.
  • Features 16 microstepping gears providing 200 to 25600 steps per revolution for smooth motion and high-resolution control.
  • Includes comprehensive protection with photoelectric isolation and overvoltage/undervoltage/overcurrent/short-circuit safeguards.
  • Offers multiple wiring options with 4/6/8 lead configurations and easy PUL/DIR signal connection to PLC or motion controllers.
  • Automatic half-current and offline functions reduce power consumption and heat generation during idle periods.
  • Compatible with NEMA24 mounting standards and features a 60mm flange with 8mm shaft diameter for easy integration.
  • Optimized for medium-torque automation applications with recommended DC36-48V operation for maximum performance.
FAQs:
  • What is the recommended power supply voltage for optimal performance?
    For optimal high-speed torque and response, we recommend using a DC36-48V power supply. While the DM542 driver accepts 18-50V DC input, the higher voltage range ensures better performance stability.
  • How do I set the correct current for the 60CM40 motor?
    Set the DM542 driver output current to 4.0A per phase to match the motor's rated current. This is configured using the DIP switches with SA5=ON, SA6=ON, SA7=OFF, SA8=OFF for proper current matching.
  • What microstepping settings are recommended for this motor kit?
    We recommend using 16-64 microsteps for balanced performance. For regular applications, set 16 microsteps (3200 steps/rev) with SA1=OFF, SA2=OFF, SA3=ON, SA4=OFF. For high precision, use 64 microsteps (12800 steps/rev) with SA1=ON, SA2=OFF, SA3=ON, SA4=OFF.
  • Can I reverse the motor rotation direction?
    Yes, you can reverse the motor rotation by swapping the two wires of either Group A (red and black) or Group B (blue and green) in the wiring configuration.