3dm580s
Leadshine microstep driver 3dm580s
- Brand
- Leadshine Drivers
- English Name
- Leadshine microstep driver 3dm580s
- Availability
- In Stock / Made to Order
The Leadshine 3DM580S is a digital 3-phase stepper drive designed for a wide range of 3-phase and 6-lead stepper motors. It features advanced digital PID control and anti-resonance technology, delivering smooth motion with minimal vibration and motor heating across the entire speed range . The drive accepts 20–50 VDC input and provides adjustable output current from 0.5 to 8.0 A, with 8 microstep resolutions selectable via DIP switches (up to 51,200 via software) . Its optically isolated differential signal inputs support both PUL/DIR and CW/CCW control modes, ensuring reliable integration with CNC controllers . The 3DM580S also features automatic idle-current reduction, self-test diagnosis, and comprehensive protection against over-voltage, over-current, and short circuits, making it a dependable choice for engraving machines, laser cutters, and precision X-Y tables .
Product Details
Below are the detailed photos and specifications for this item. Contact us on WhatsApp for pricing, stock and matching accessories.
The Leadshine 3DM580S is a digital 3-phase stepper drive designed for a wide range of 3-phase and 6-lead stepper motors. It features advanced digital PID control and anti-resonance technology, delivering smooth motion with minimal vibration and motor heating across the entire speed range . The drive accepts 20–50 VDC input and provides adjustable output current from 0.5 to 8.0 A, with 8 microstep resolutions selectable via DIP switches (up to 51,200 via software) . Its optically isolated differential signal inputs support both PUL/DIR and CW/CCW control modes, ensuring reliable integration with CNC controllers . The 3DM580S also features automatic idle-current reduction, self-test diagnosis, and comprehensive protection against over-voltage, over-current, and short circuits, making it a dependable choice for engraving machines, laser cutters, and precision X-Y tables .




