Enhance the performance of your automation projects with the DM556D Step Motor Driver, featuring advanced 32-bit Digital Signal Processing technology. This cutting-edge driver significantly reduces motor noise and vibration, ensuring smooth and precise operation with low temperature rise. Designed for two-phase stepping motors with currents up to 5.6A, the DM556D supports a wide input voltage range from DC 24V to 50V, making it a versatile solution for various medium and small automation equipment. Key Features: · Advanced 32-Bit Digital Signal Processing: Minimizes motor noise and vibration for quiet, smooth, and efficient motion control. · Wide Voltage Compatibility: Supports DC 24V-50V input, suitable for two-phase stepping motors with current ratings below 5.6A. · Comprehensive Protection Functions: Includes automatic semi-current adjustment, self-checking capabilities, overpressure, undervoltage, and overcurrent protection to ensure reliable and safe operation. · Adjustable Peak Operating Current: Operates within a peak current range of 2.1A to 5.6A with 8-step current output settings to optimize motor performance. · Broad Application Range: Ideal for use in a variety of automation equipment such as labeling machines, cutting machines, packaging machines, plotters, engraving machines, CNC machine tools, and more. · Compact and Lightweight Design: Measuring 12 x 8.8 cm and weighing just 270g, it provides an easy-to-install and space-saving solution for your automation needs. Specifications: · Model: DM556D · Power: 1 KW · Rated Voltage: 48V · Speed Response Frequency: 20 KHz · Applicable Motor: Two-phase stepping motor with current less than 5.6A · Size: 12 x 8.8 cm (4.72 x 3.46 in) · Weight: 270g Package Includes: · 1 x Step Motor Driver The DM556D Step Motor Driver combines advanced processing technology with multiple safety features to deliver reliable, low-noise motor control ideal for precision automation. Upgrade your equipment’s efficiency and performance with this high-quality driver designed for versatility and durability.