Stepper Motor Driver/Drive for Three Motors 3-Asix Step Motor Driver Independently Control Stepping Step Driver NEMA 23 Hybrid High Speed Current Convenient DC

Advantages

• High integration: Integrates multiple functions into one unit, reducing external components, shrinking the volume, making the structure compact, facilitating installation and wiring, and reducing costs while saving space.
• Flexible operation: It can drive three stepper motors simultaneously and allows for independent parameter setting of each motor. It can adapt to different motor specifications and motion requirements, enhancing the flexibility and versatility of the system.
• Superior performance: Adopts advanced algorithms and technologies to stably output current, reducing motor vibration and noise, improving operation precision and efficiency, and extending the service life of both the motor and the driver.
• Complete protection: Equipped with multiple protection mechanisms such as overcurrent, overvoltage, and overheating. It can monitor the working status in real time and quickly take protective measures in case of abnormalities, improving the reliability and stability of the system.
• Convenient communication: enabling remote control and monitoring, and being easily integrated into automated systems.

• Power supply	24 - 48 VDC
  Output current	tuning software setting, maximum 5.6 amp (peak)
  Current control	PID current algorithm
  Subdivision setting	Debugging software settings,200~65535
  Speed range	Match with suitable stepper motor,can reach to 3000rpm
  Resonance suppression	Automatically calculate resonance point and suppress medium frequency vibration
  Parameter Adaptive	Drive initialization automatic detection of motor parameters and optimization of control performance
  Pulse mode	Direction & Pulse
  Pulse filter	2MHz Digital Signal Filter
  Idle Current	Automatically halve the current after the motor stops running

Applications

• Industrial automation: Applied in production lines to control robotic arms, material handling equipment, etc., to collaboratively complete complex production processes and improve efficiency and quality.
• 3D printing: Controls the motors of each axis of a 3D printer to achieve precise movement of the print head, ensuring printing accuracy and stability.
• CNC machine tools: Controls the moving parts of machine tools to achieve precise cutting of tools and process high-precision parts.
• Medical devices: Used in medical robots and testing equipment to precisely control robotic arms and testing probes, ensuring the accuracy of medical operations and tests.
• Smart warehousing: Controls goods-to-person shuttles, stacker cranes, etc., to achieve efficient storage and retrieval of goods and improve the automation level of warehousing.