MKS SERVO Closed Loop Stepper Motor Driver 28D

MKS SERVO Closed Loop Stepper Motor Driver 28D Description

Easy Installation: Designed for straightforward setup with host-gnd and motor-gnd connections
FOC Technology: Utilizes FOC (Field Oriented Control) for efficient motor control
NEMA11/NEMA14 Compatibility: Versatile for both NEMA11 and NEMA14 stepper motors
Mks Servo 28d, High Temperature Resistance: Withstands up to 105, ideal for high-performance 3D printing
Low Noise Operation: Operates at 3 decibels, ensuring a quiet CNC experience

1. Support 6 working modes: pulse interface (open loop, closed loop, FOC mode), serial interface (open loop, closed loop, FOC mode)
2. Support MODBUS-RTU communication protocol (RS485 version)
3. High-performance FOC vector control algorithm, torque, speed, and position three-loop control
4. Support curve acceleration and deceleration, motor start and stop are smoother
5. Support single-turn unlimited function
6. Support multi-turn limit and left and right limit functions;
7. Support direct setting of zero point function
8. Support relative position and absolute position control modes;
9. Support 1-256 arbitrary subdivision steps
10. Built-in 256-step subdivision interpolation algorithm, the motor runs super quiet and ultra-low vibration
11. Maximum input pulse frequency 160KHz, maximum speed 3000RPM+
12. Real-time update of motor angle information (motor enabled or disabled)
13. Onboard industrial-grade high-precision 16384-line magnetic encoder
14. Onboard 4 high-power MOSFETs, 40V/20A
15. Built-in -485 interface, 256 slave addresses, support group address (RS485 version)
16. Maximum operating current 3.0A, MOSFET continuous operating current 20A (25)
Type:28D
Color:As Shown
Material:Metal

Package Contents:
1 * Closed Loop Stepper Motor

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.