Driver Controller Integrated Stepper Motor Single Axis Pulse Generator KT08 Distance Travel/Angle/Direction

Driver Controller Integrated Stepper Motor Single Axis Pulse Generator KT08 Distance Travel/Angle/Direction Description

KTO8-DM is a digital stepping motor driver+controller integrated machine, which adopts the latest 32-bit DSP digital processing technology, and the driver control algorithm adopts advanced variable current technology and advanced frequency conversion technology. The driver has less heat, less motor vibration and stable operation. Users can set any subdivision within 200-51200 and any current value within the rated current, which can meet the application needs of most occasions.
Because of the built-in micro-segmentation technology, even under the condition of low segmentation, the effect of high segmentation can be achieved, and the low, medium and high-speed operation is very stable and the noise is ultra-small. The function of automatic parameter setting is integrated in the driver, which can automatically generate the optimal operating parameters for different motors and maximize the performance of the motors.
The controller can control the machine and synchronously output and control the stepping motor and the servo motor. The motor speed is 0-4,000 rpm, the pulse is 50% square wave, and the frequency can reach 500KHz. External start/stop and direction can be controlled externally. It has the functions of speed regulation, timing and fixed length.

Features:
New 32-bit DSP technology
Ultra low vibration noise
Built-in high subdivision
Parameter power- automatically matches motor function.
Variable current control greatly reduces the heating of motor.
At rest, the current is automatically halved
Can drive 4, 6 and 8 wires two-phase stepping motor.
The voltage range is 24-700Vdc/ /20-50Vac AC, which is universal for AC and .
The current setting is convenient, and it can be arbitrarily selected between 2.1 and 5.6a.
The subdivision setting range is 200-51200, and the higher subdivision can be