MS-S3 Promotional Yako 2 Phase Servo Stepper Drive

MS-S3 Promotional Yako 2 Phase Servo Stepper Drive

Using the latest special motor control dual-core DSP chip and the application type vector closed-loop control algorithm, thus overcoming the lose step problems of the open-loop stepper motor, at the same time, it can obviously improve motor high speed performance, reduce the degree of fever and the high school low speed vibration of motor, so as to improve the processing speed of the machine and precision and reduce the energy consumption of the machine. In addition, when the motor is continuously overloaded, the driver will output an alarm signal, with the same reliability as the AC servo system.

Features:

• Adopt 32-bit motor control dedicated DSP chip
• Advanced lead angle and vector control algorithm
• Intelligently adjust current according to load
• Optocoupler isolated differential signal input
• The maximum pulse response frequency is up to 200KHz
• Microstep can be set as any number between 400~60000
• Over-current, overvoltage and undervoltage etc. protection
• With six-digit digital tube display, conveniently set the control parameters and monitor the running state of the motor
• Small size, volume 157*135*57 (mm³)
• Suitable for 86mm(NEMA34) 2 phase close-loop stepper motors

Application: 

Application: suitable for a variety of automation equipment and instruments with great torque requirements, such as robots, industrial mechanical arms, engraving machines, stripping machines, marking machines, cutting machines, plotters, CNC machine tools, automatic assembly equipment, flower prototypes, etc.

Dimensions

MS-S3 Electrical Index

• Power and Motor Input Terminals

• 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-M3 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.