TB6. 56. 0 Microstepping Bipolar Chopper Stepper Motor Driver 4 Steps. Here are a couple videos of my stepper motor driver going. In the first video I am using a 5. I feed directly into the step input of the driver. I turn it up until the motor stalls at high speed. Just something stepper motors all do. GU2. Ga. SMPx. NII dont know if you could tell or not by just watching the video but it was screamingUser Guide for 3 axis TB6560 driver board. Overload. of the motor. After the setup of. UNIVELOP 3Axis TB6560 CNC Driver Board V2. Users Manual. Three Axis TB6560 CNC Driver Users Manual. INCORRECT WIRING OF THE STEPPER MOTOR TO THE DRIVE. The TB6560 motor driver accepts step and direction inputs. I use Linuxcnc on my PC. The TB6560 is a bipolar motor driver so it works with motors that have 4, or 8 wires. Bienvenidos en Espanol Welcome to the community maintained website of the LinuxCNC Project Notice the wiki password has changed See BasicSteps. Then it jumped up right before the video ended when it rotor locked. That motor weighs a couple of pounds too it is like a brick. All well and good if you want to make say a fan with your stepper motor but lets operate it under computer control now shall weDatasheetTB6560 3Axis Stepper Motor Driver. The TB65603 Axis Stepper Motor Driver is a excellent microstepping driver that use. TB65603Axis Wiring Diagram. In this video the motor will reverse over and over using a fast sloped clock at 8. RPM http www. NNBZ6. Maestro Music Font Finale on this page. That is about what you can expect to drive your CNC machine at using this driver. That folks is what its all aboutThe software Im using to control the motor is called EMC2 and you can get it for free here http www. There is none better. In the future if there is any interest I may put up an article about my port buffer board seen to the right in the attached image. I am also planning on documenting the power supply I run my CNC project with. Though you can use whatever power supply you like. You really cant run these drivers directly from a parallel port because they need more signal current than you can get out of most PC parallel ports. Im sure I left out a million little details in my article but that is what the comments section is for. Youre starting out with a lot more than I had with just what Ive posted already. I went through a lot of trouble experimenting in order to get this circuit to perform as well as it does by looking the second image attached to this page. Also I have not implemented every possible feature of this device as I wanted to keep it simple to make. More can be doneReally all you should need is the schematic diagram I am providing in order to build this project. Ive built three drivers myself and they each run great. If you build this and it really isnt working well for you make sure your signal and power grounds on the TB6. AHQ are not connected directly to one and another but come off of the electrolytic decoupling capacitors C4, C5 and C6. That is what they are there for. They soak up all the noise the stepper motors make when they run so that noise does not propagate and interfere with your control signals. I had that problem myself with one of my drivers and it took me quite some time to figure it out. I know on the schematic all the grounds are running together but you cannot physically make this circuit that way or it WILL NOT WORKGood luck if you decide to make this driver for yourself. Although if you look closely at the picture of my breadboard you may decide I dont count on luck so much with that copper scatter plate I have attached to the TB6. Ha These devices do have a reputation for blowing up. I am not sure sure if it is well deserved though, as none have self destructed on me yet. Do it right, use your head, and it should all work for you too.