HEIDENHAIN TNC 360 User Manual - Manual (Page 218)

TNC 360 12-8
12 Tables, Overviews, Diagrams
12.1 General User Parameters
Behavior of machining cycles
This general user parameter affects pocket milling.
Entry value: 0 to 15 (sum of the individual values in the “value” column)
MP 7420
Function Cases Value
• Milling direction for a Clockwise for pockets, counterclockwise for islands .................. +1
channel around the contour Counterclockwise for pockets, clockwise for islands .................. +0
• Sequence of roughing out and First mill contour channel, then rough out .................................... +0
channel milling First rough out, then mill contour channel .................................... +2
• Merge contours Merge compensated contours ..................................................... +0
Merge uncompensated contours ................................................. +4
• Milling in depth At each pecking depth, mill channel and rough out
before going to next depth ........................................................... +8
Mill contour channel to full pocket depth, then
rough out to full pocket depth ...................................................... +0
Overlapping with pocket milling
Overlap factor with pocket milling:
product of MP7430 and the tool radius
MP 7430
Function Value
• Overlap factor for pockets ............................................................................................................. 0.1 to 1.414
Effect of M functions
The M functions M6 and M89 are influenced by MP 7440:
Entry range: 0 to 7
(Sum of the individual values in the “value” column)
MP 7440
Function Cases Value
• Programmable stop with M06 Program stop with M06 ............................................................... +0
No program stop .......................................................................... +1
• Modal cycle call with M89 Modal cycle call with M89 ........................................................... +2
M89 vacant M function ................................................................ +0
• Axes are stopped when M Axis stop with M functions .......................................................... +4
function carried out No axis stop .................................................................................. +0