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57CM23 Nema23 Stepper Motor Kit with DM542 Driver 2.3Nm Holding Torque 4.2A Peak Current and 25600 Steps Subdivision for CNC Machines

57CM23 Nema23 Stepper Motor Kit with DM542 Driver 2.3Nm Holding Torque 4.2A Peak Current and 25600 Steps Subdivision for CNC Machines

2.3Nm Holding Torque Stepper Motor Driver

1.0-4.2A Adjustable Current Nema23 Stepper Motor Kit

20-50VDC Power Supply DM542 Stepper Driver

Place of Origin:

China

Brand Name:

ZEROONE-Control

Certification:

CE ROHS

Model Number:

DM542 driver with 57CM23

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Request A Quote
Product Details
Motor Type:
Stepper Motor,DC Motor,Hybrid
Weight:
1kg
Name:
Stepper Motor Dirver
Application:
Stepper Motor,Nema23 Two Phase Stepper Motors,all Kinds Of CNC Machine
Voltage:
DC(20-50V)
Color:
Black
Certification:
CE,ROHS,ISO9001
Control Mode:
Pulse + Direction
Current:
1.0-4.2A
Matching Motor:
Nema23 Motor, 57mm Flange Stepper Motor
Advantage:
Speed Stability And Control Convenient,no Need Computer Or Pulse Generator To Drive Stepper Motor
Currenting Setting:
16 Channel
Upmost Microstep:
51200ppr
Highlight:

2.3Nm Holding Torque Stepper Motor Driver

,

1.0-4.2A Adjustable Current Nema23 Stepper Motor Kit

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20-50VDC Power Supply DM542 Stepper Driver

Payment & Shipping Terms
Minimum Order Quantity
1pcs
Price
US$18/pcs
Packaging Details
1pcs/box, 20boxes/carton
Delivery Time
2-8 days
Payment Terms
MoneyGram,Western Union,T/T,D/P,D/A,L/C
Supply Ability
1000pcs/day
Product Description
57CM23 57mm 2.3Nm 4A 5A Nema23 Stepper Motor with DM542 Driver Kit
The 57CM23-5A Stepper Motor and DM542 Driver combination is a widely-used open-loop precision motion assembly designed for industrial automation applications requiring high-precision positioning with small to medium loads.
Core Components Overview
57CM23-5A Stepper Motor Specifications:
Parameter Specification
Model 57CM23-5A
Specification NEMA23 (57mm), two-phase hybrid type
Motor Length 76mm
Shaft Diameter 8mm
Holding Torque 2.3N*m
Rated Current 5.0A per phase
Step Angle 1.8° (200 steps per revolution without subdivision)
Lead Wires 4 wires (Bipolar)
DM542 Stepper Driver Specifications:
Parameter Specification
Power Supply DC 18-50V (24-48V recommended)
Output Current 1.0-4.2A (8 adjustable gears, peak current 4.2A)
Subdivision 15 gears (maximum 25600 steps per revolution)
Control Interface PUL/DIR/EN (opto-isolated, pulse response 200kHz)
Protection Functions Overvoltage/undervoltage/overcurrent/inter-phase short-circuit protection
Dimensions 118×75.5×34mm
Key Integration Features
  • Current Matching: Motor rated at 5.0A, DM542 peak output 4.2A - set DIP switch to 4.2A for safe operation
  • Power Supply: DC 36-48V recommended for optimal high-speed torque and heat management
  • Subdivision Setting: 16-64 subdivision recommended for improved smoothness and reduced vibration
  • Wiring Configuration: Connect 4 motor wires to driver A+, A-, B+, B- terminals
  • Heat Management: Ensure proper ventilation and enable automatic half-current mode for extended low-speed operation
Performance & Applications
Key Advantages:
  • Simple open-loop control with cost-effective operation
  • High positioning precision with subdivision driving (±0.01mm level)
  • Stable low-speed operation with excellent high-speed torque
  • Comprehensive protection functions for enhanced reliability
Ideal Applications:
  • 3D printers and laser cutting machines
  • Small CNC machines and automated sliding tables
  • Dispensing machines and automated assembly lines
  • Testing equipment and precision positioning systems
Important Note: Load torque should not exceed 2.0N*m (85% derating) to prevent step loss. For higher load requirements, consider stepper motors with greater torque or closed-loop solutions.
Installation & Setup Procedure
  1. Power Supply: Connect DC 24-48V to driver V+ and V- terminals with protective ground
  2. Motor Connection: Connect A+ and A- to motor winding A; B+ and B- to motor winding B
  3. Control Interface: Connect PUL to pulse signal, DIR to direction signal, EN to enable signal (can be left floating)
  4. DIP Switch Configuration: Set current to 4.2A, subdivision to 16/32/64, enable half-current mode
  5. System Testing: Begin with low-speed operation to verify rotation direction and smoothness; gradually increase speed while monitoring for step loss, overheating, or abnormal noise
Troubleshooting Guide
  • Motor Step Loss: Check for overload conditions; increase power supply voltage; enhance subdivision settings; reduce acceleration rates
  • Excessive Noise/Vibration: Increase subdivision above 16; optimize mechanical installation with buffers and secure fastening; verify wiring phase sequence
  • Driver Alarm Activation: Verify power supply voltage; confirm current settings; check for motor winding short circuits or open circuits
Product Images
57CM23 Nema23 Stepper Motor Kit with DM542 Driver 2.3Nm Holding Torque 4.2A Peak Current and 25600 Steps Subdivision for CNC Machines 0 57CM23 Nema23 Stepper Motor Kit with DM542 Driver 2.3Nm Holding Torque 4.2A Peak Current and 25600 Steps Subdivision for CNC Machines 1 57CM23 Nema23 Stepper Motor Kit with DM542 Driver 2.3Nm Holding Torque 4.2A Peak Current and 25600 Steps Subdivision for CNC Machines 2 57CM23 Nema23 Stepper Motor Kit with DM542 Driver 2.3Nm Holding Torque 4.2A Peak Current and 25600 Steps Subdivision for CNC Machines 3 57CM23 Nema23 Stepper Motor Kit with DM542 Driver 2.3Nm Holding Torque 4.2A Peak Current and 25600 Steps Subdivision for CNC Machines 4

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