Rotary Axis Connection
Posted: Fri Aug 10, 2012 7:21 pm
Hi Guys
I have just completed retrofitting a 3 axis mill successfully, but now I wish to add 2 more axes - A & B (tilting rotary table). I am using the Centroid software and the MPU11 & GPIO4 boards, I also have an Optic board for these additional axis, but my question is......On start up of the machine I would like to be able to choose which (if any) of the rotary axis are fitted to the machine and require homing. IE. Start machine, press Aux key 4 and this indicates that only A axis is fitted and required homing and initialising, press cycle start to home all 4 axis. OR Start machine, press Aux key 4 and Aux key 5 this will indicate that both A & B axis are fitted and all 5 axis require homing & initialising. If neither aux key 4 or aux key 5 are pressed it only requires the 3 axis to be homed and ititialised.
My first question is, is this possible? if so how?
Or is there a smarter way of doing what I want to achieve (not having to home axis 4 and 5 if they are not fitted to the table)?
Regards
Andrew
I have just completed retrofitting a 3 axis mill successfully, but now I wish to add 2 more axes - A & B (tilting rotary table). I am using the Centroid software and the MPU11 & GPIO4 boards, I also have an Optic board for these additional axis, but my question is......On start up of the machine I would like to be able to choose which (if any) of the rotary axis are fitted to the machine and require homing. IE. Start machine, press Aux key 4 and this indicates that only A axis is fitted and required homing and initialising, press cycle start to home all 4 axis. OR Start machine, press Aux key 4 and Aux key 5 this will indicate that both A & B axis are fitted and all 5 axis require homing & initialising. If neither aux key 4 or aux key 5 are pressed it only requires the 3 axis to be homed and ititialised.
My first question is, is this possible? if so how?
Or is there a smarter way of doing what I want to achieve (not having to home axis 4 and 5 if they are not fitted to the table)?
Regards
Andrew