If you want to make the TB6600 as well as the newest nema 23 stepper driver as an accurate stepping driver, you have to more understand the TB6600's features and sides. The TB6600 stepper motor driver has a wide range power input, power supply is acceptable. It's rated for up to 4A per coil, so it can drive a big stepper motor or two and before you start using the TB6600 motor driver, please take your time to read the datasheet and be sure to cross check everything with the pinout. The TB6600 motor driver has its own control pins such as EN, DIR, and CLK for you to control the movement of the stepper motor.
Connecting the TB6600 as well the stepper motor driver to Your Stepper Motor Assuming you’ve remembered to do these things, you’re now ready to connect your TB6600 motor driver to your stepper motor. Then wire the power supply to the VMOT and GND pins. Be sure to set the current DIP switches on the driver to match your motors rated current and if you do have problems with your TB6600 motor driver for example motors won’t move or they move in very strange ways and There are a few steps you can take to check and fix the problem. I'd first check the wiring connections for correct and tight. Check that the power supply can supply the correct voltage and current to the driver.
If at this point the motor is still not moving the way it should you should also make sure the current settings on the TB6600 driver like the dc motor driver are properly adjusted. You will have to experiment to find the current that works best for you. Also look if there are any overheating problems to find out if this could be a problem with the current settings.
Useful tips to get more power out of the TB6600 driver as well as the stepper driver for nema 23 and control a two phase NEMA23 stepper motor Cooling If you need to get more power, shine a fan directly over the heat sink to have a better cooling. Cooling fans can have to reduce overheating caused by the driver pounding the car round a track.
One more possibility to optimize the performance it to tune the existing TB6600 motor driver and stepper motor driver for nema 23 settings is by accurately setting the current level to match your motor’s requirement you can achieve higher precision of the rotation and even further optimize the performance and life-time of your motor.
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