Selection of tool change command output position
Selection of tool change command output position INTEGREX e-H [11] 3rd zero point M5 M6 [6] [1] X-axis M5 X-axis [4] Machine [0] [5] 2nd zero point x [7] Dmax Zc z INTEGREX e-V I21/I22 X-axis M5 X-axis [8] [2] I21/I22 Z-axis [4] [9/10] User-specified fixed point 1/2 2nd [7] [0] z [5] Zc Dmax x
Specify tool change command output position from [0] through [11] below. I21/I22 Z-axis Zc : Stock material edge projection length Dmax : Stock material maximum outside Z-axis x : Tool turning clearance (X-axis) SU50 [3] + B-axis spindle edge offset value BA62 z : Tool turning clearance (Z-axis) SU51 zero point 1 Machine zero point Clearance position 2 Clearance position Machine zero point 3 Machine zero point Machine zero point 4 2nd zero point 2nd zero point 3rd zero point M6 X-axis Machine 7 Clearance position zero point [3] machining M5 point 1 point 1 Z-axis zero point [1] [6] 1. Do not set SU10 = 4 with machines equipped with an ATC mechanism. Since some models have an ATC position that is specified as the second zero point inside the ATC cover or the software limit range, this setting can cause a collision with the ATC cover or 2. Since x in the case of SU10 = 0, 2, or 5 includes spindle tool length, if the tool is too long (as in the case of a long boring bar), the tool change operation may be software-limited in the +X direction. 3. SU10 = 5 or 6, Z-axis tool change command output position is identical with the end point of previous machining. In the case below, however, this may not As shown here, if the longest tool comes into the hatched portion, the position will escape in Z-axis direction by the distance determined by SU51.
Mazak PARAMETER LIST / ALARM LIST / M-CODE LIST, manual HA64HA0035E, p. 46, 286, 287. Reference and explanation only — not a reproduction of the manual.