Brief: Looking for a straightforward way to configure a high-performance stepper motor driver? This video provides a detailed walkthrough of the DM556 stepper motor driver, demonstrating its setup, key features, and practical applications in automation equipment like CNC machines and 3D printers.
Related Product Features:
High-performance two-phase digital stepper driver with DSP control, compatible with NEMA17-34 stepper motors.
Wide input voltage range of 20-80VDC with peak output current up to 5.6A and pulse input frequency up to 200kHz.
Adjustable micro-stepping resolution from 400 to 25600 steps/revolution for smooth operation.
Features motor self-detection and automatic parameter tuning for optimal performance with different motors.
Includes anti-resonance technology and automatic idle current reduction to minimize heat and instability.
TTL-compatible optically isolated input design with strong anti-interference and multiple protection functions.
Simple configuration via DIP switches for current and microstepping, supporting PUL/DIR and CW/CCW control modes.
Suitable for laser cutting machines, engraving machines, 3D printers, CNC machine tools, and robotic arms.
Faqs:
What types of stepper motors is the DM556 driver compatible with?
The DM556 is compatible with 2-phase and 4-phase stepper motors, including various models such as NEMA17, NEMA23, and up to NEMA34.
How is the output current and microstepping configured on the DM556 driver?
Current and microstepping parameters can be easily configured using the DIP switches on the driver, with options to set output peak current up to 5.6A and microstepping resolution from 400 to 25600 steps/revolution.
What protection features does the DM556 stepper driver offer?
The DM556 includes multiple protection functions such as overvoltage, overcurrent, and phase reversal protection, along with TTL-compatible optically isolated inputs for strong anti-interference capabilities.
In what applications is the DM556 stepper driver commonly used?
Due to its low noise and good low-speed stability, the DM556 is widely used in automated equipment including laser cutting machines, engraving machines, 3D printers, CNC machine tools, high-precision XY tables, and robotic arms.