![]() ![]() If none of the above steps solves the issue consult with CarveWright Service.Replace the motor pack if these readings do not match up. Move it back and forth several times checking to see that the values at each side do not change. The total Y travel should read between 15.5” and 16”. The Snapmaker 2.0 comes with an ER11 collet, an MDF wasteboard, and dust-resistant Linear Modules. Snapmaker 2.0: How to Use the CNC Function. Here are several tutorial videos on using Snapmaker CNC Modules and software, namely the Snapmaker Luban and Fusion 360. Record the encoder readings for the far left and right positions as you move the Y truck. Now, let's proceed to turn models into solid parts. Use the up/down arrows to find menu items titled Y Position. Navigate to, or select key “7”, Sensor Check. Turn the machine ON and navigate to the Configurations Menu from the CarveWright Main Menu by using the up/down arrows or pressing the “0” (Options) key on the keypad. Check the Y encoder readings in the sensor check menu. Next check and see if there is dust in the Y encoder that is causing it to lose track of position. ![]() Also make sure that there is a star shaped lock washer under the head of the screw to lock the tension bracket in place. Loosen the Y-belt tension bracket screw, re-tension the belt, and re-tighten the screw. A loose belt can lead to skipping which may cause this error, especially on the Y axis. ![]() The situation can be revealed or made worse by high force operations like vector cuts with large bits. This issue occurs when the edge or boundary of a carving starts to gradually (or even radically) shift in the side-to-side direction unexpectedly.Ĭauses include: a loose Y belt tensioner, dust in the Y encoder, a Y belt missing teeth, or a loose encoder wheel on the Y encoder. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |