MS-Mini3 Yako 2 Phase Servo Stepper Drive 110V

MS-Mini3 Yako 2 Phase Servo Stepper Drive

Yako 2 phase hybrid stepper servo drive system integrated servo control technology into the digitalstep driver. It adopts typical tricyclic control method which include current loop,speed loop and position loop.This product has the advantage of both step and servo system, and it’s a highly cost-effective motion control products.

Features:

• 32-bit motor control dedicated DSP chip
• Microstep can be set as any number between 400~60000
• The highest pulse response frequency is 200KHz
• Low torque attenuation, speed up to 3000rpm
• Built-in in position and alarm output for easy monitoring and control
• Current intelligent adjustment, reduce vibration, noise and heat, and increase efficiency by 35%
• With single and double pulse selection function, default setting: pulse + direction control
• Excellent high-speed performance and rigidity, perfect combination of servo and stepper advantages
• LED display, easy to set control parameters and monitor motor running status
• Pulse, direction, enable compatible 5~24V signal input
• Voltage range: DC24-50V
• Small size, volume 120*90*40 (mm³), weight 0.65kg
• Suitable for 42-60mm(NEMA17-24) 2 phase close-loop stepper motors.
  
  

Application: 

Mainly used in engraving machines, special industrial sewing machines, wire stripping machines,
marking machines, cutting machines, laser phototypesetting, plotters, CNC machine tools and other automation
equipment and instruments.equipment and instruments.

Dimensions

Electrical Index

• Encoder Feedback Port

The encoder cable is included, please connect the encoder extension cable directly to the motor encoder and drive, no customer wiring is required.

• Control Signal Terminal Definition
  

• Status Indication

 MS-Mini3 has a six-digit digital tube to display the status. When the drive fails, it will stop and prompt the corresponding fault code; when multiple faults occur at the same time, these fault codes are alternately displayed. The drive will save the latest faults in the EEPROM of the drive in the form of a queue, and the drive will save up to 10 recent historical faults.