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TB6560 3A stepper motor driver stepper motor driver board single axis controller 10 level current
TB6560 3A stepper motor driver stepper motor driver board
Product Brief Introduction
The TB6560 stepper motor driver is an economical stepper motor driver with high stability, reliability, and anti-interference performance, suitable for various industrial control environments. This driver is mainly used to drive 35, 39, 42, 57 type 4, 6, and 8-wire two-phase hybrid stepper motors. There are 4 types of subdivisions, with a maximum of 16 subdivisions; Its driving current range is 0.3A-3A, with a total of 14 output current levels and a current resolution of approximately 0.2A; It has automatic half current, low voltage shutdown, overcurrent protection, and overheat shutdown functions.
Product Parameter
The working voltage is DC 10V-35V. Suggest using a switch mode power supply DC24V for power supply
Using 6N137 high-speed optocoupler to ensure no loss of speed at high speeds
3. Adopting TB6560AHQ chip, it has low-voltage shutdown, overheating shutdown, and overcurrent protection circuits to ensure optimal performance.
The rated maximum output is ± 3A, with a peak value of 3.5A.
Suitable for two-phase/four phase/four wire/six wire stepper motors with 42 and 57 steps within 3A, not suitable for stepper motors exceeding 3A.
Automatic semi flow function.
Subdivision: whole step, half step, 1/8 step, 1/16 step, maximum 16 subdivisions.
Product Application
Suitable for various large and medium-sized automation equipment, such as carving machines, cutting machines, packaging machinery, electronic processing equipment, automatic assembly equipment, etc.
Product Use
Power interface: Powered by DC power supply, with a voltage range of 8VDC-35VDC. It is recommended to use 24VDC power supply. It is recommended to use a 24V/5A switching power supply for power supply.
Instructions for use: First, upload the program in the information to the Arduino UN0 board. Then, connect the 4-wire stepper motor, driver board, and Arduino microcontroller according to the following diagram. Set the dip switch of the driver board based on the motor. After powering on, you can see that the stepper motor starts to rotate.
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