CHANGZHOU RATTM MOTOR CO.,LTD TB6560HQT4 v3

Manuals and User Guides for CHANGZHOU RATTM MOTOR CO.,LTD TB6560HQT4 v3. We found 2 manuals for free downloads User manual

Below you will find brief information for Stepper Motor Driver TB6560HQT4 v3. This 4-axis stepper motor driver is designed for CNC engraving machines and features a high-performance TB6560 chip for smooth operation. It can drive various stepper motors and provides features like adjustable current, microstepping, and current-decay modes. It also includes a spindle relay output, limit switch connections, and semi-flow control for precision control. The TB6560HQT4 v3 comes with a standard parallel port interface and supports MACH2, KCAM4, and MACH3 software for versatile operation.

Key Features

  • 4-axis stepper motor driver
  • High-performance TB6560 chip
  • Adjustable current
  • Microstepping and current-decay modes
  • Spindle relay output
  • Limit switch connections
  • Semi-flow control
  • Standard parallel port interface
  • Supports MACH2, KCAM4, and MACH3 software

Pages: 23 CHANGZHOU RATTM MOTOR CO.,LTD TB6560HQT4 v3 User manual

Brand: CHANGZHOU RATTM MOTOR CO.,LTD Category: Electrical equipment & supplies Size: 3 MB

Languages: English

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24 Pages

User manual

Languages: English

Frequently Answers and Questions

What is the role of current-decay in a stepper motor driver?
The stepper motor, essentially, relies on current subdivision to function. At high speeds, a fast decay mode is better, while a slow decay mode is preferable at low speeds. A slow decay at high speeds can lead to vibrations and noise, while a quick decay at low speeds can affect motor strength and position accuracy.
What is the purpose of the limit switch port connection?
The limit switch port connections are for safety and precision. They can be used to define the limits of movement for each axis, preventing the motor from exceeding its boundaries and potentially causing damage.
How does the driver board match with different stepper motors?
The driver board can handle two-phase or four-phase stepper motors. You can select the appropriate supply voltage and current based on your motor's specifications, ensuring optimal performance. For example, for a 4 or 6-wire motor in high-speed mode, the output current should be equal to or slightly less than the motor's rated current.

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