Общий каталог Mitsubishi 2020 - 2021 - страница 1368

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RECOMMENDED CUTTING CONDITIONS y VFX6 (inch) Chip Removal Estimated Expected Tool Life DC Number of Chip vc n fz vf Rate Cutting Power Torque Ratio Work Material (SFM) (min -1) apmax ae (IPT) (IPM) Q PC (inch) Flutes Breaker (inch3/min) (HP) (lbf-ft) (%) S 4 LS 130 199 2.362 2.500 .004 3.128 18 17.8 472 40 4 MS 165 252 2.362 1.500 .004 3.970 14 12.7 266 60 &2.5 4 MS 195 298 2.362 1.000 .004 4.692 11 9.6 170 80 4 HS 195 298 2.362 .500 .005 5.630 7 6.2 110 100 5 LS 130 166 2.953 3.000 .004 3.258 29 27.7 879 40 Titanium Alloy 5 MS 165 210 2.953 1.800 .004 4.136 22 19.8 495 60 &3.0 (Ti6Al4V) 5 MS 195 248 2.953 1.200 .004 4.887 17 14.9 316 80 5 HS 195 248 2.953 .600 .005 5.865 10 9.7 205 100 6 LS 130 124 3.543 4.000 .004 2.932 42 39.3 1663 40 6 MS 165 158 3.543 2.400 .004 3.722 32 28.1 937 60 &4.0 6 MS 195 186 3.543 1.600 .004 4.399 25 21.2 599 80 6 HS 195 186 3.543 .800 .005 5.278 15 13.8 388 100 4 LS 80 122 2.362 2.500 .003 1.540 9 9.1 392 30 4 MS 80 122 2.362 1.500 .003 1.540 5 5.2 225 50 &2.5 4 MS 100 153 2.362 1.000 .004 2.406 6 5.2 179 70 4 HS 100 153 2.362 .500 .004 2.406 3 2.9 99 80 5 LS 80 102 2.953 3.000 .003 1.604 14 14.1 730 30 Titanium Alloy 5 MS 80 102 2.953 1.800 .003 1.604 9 8.1 419 50 &3.0 (Ti-5553) 5 MS 100 127 2.953 1.200 .004 2.506 9 8.1 334 70 5 HS 100 127 2.953 .600 .004 2.506 4 4.5 185 80 6 LS 80 76 3.543 4.000 .003 1.444 20 20.1 1380 30 6 MS 80 76 3.543 2.400 .003 1.444 12 11.5 794 50 &4.0 6 MS 100 95 3.543 1.600 .004 2.256 13 11.5 632 70 6 HS 100 95 3.543 .800 .004 2.256 6 6.3 349 80 y VFX6 (Metric Standard) (inch) Chip Removal Estimated Expected Tool Life DC Number of Chip vc n fz vf Rate Cutting Power Torque Ratio Work Material (SFM) (min -1) apmax ae (IPT) (IPM) Q PC (mm) Flutes Breaker (inch3/min) (HP) (lbf-ft) (%) S 4 LS 130 200 2.362 2.480 .004 3.153 18 17.8 468 40 4 MS 165 254 2.362 1.488 .004 4.002 14 12.7 263 60 &63 4 MS 195 300 2.362 .992 .004 4.729 11 9.6 168 80 4 HS 195 300 2.362 .496 .005 5.675 7 6.2 109 100 5 LS 130 158 2.953 3.150 .004 3.104 29 27.7 923 40 Titanium Alloy 5 MS 165 200 2.953 1.890 .004 3.939 22 19.8 520 60 &80 (Ti6Al4V) 5 MS 195 236 2.953 1.260 .004 4.655 17 14.9 332 80 5 HS 195 236 2.953 .630 .005 5.586 10 9.7 215 100 6 LS 130 126 3.543 3.937 .004 2.979 42 39.3 1637 40 6 MS 165 160 3.543 2.362 .004 3.782 32 28.1 923 60 &100 6 MS 195 189 3.543 1.575 .004 4.469 25 21.2 590 80 6 HS 195 189 3.543 .787 .005 5.363 15 13.8 382 100 L 4 LS 80 123 2.362 2.480 .003 1.552 9 9.1 389 30 4 MS 80 123 2.362 1.488 .003 1.552 5 5.2 223 50 &63 INDEXABLE MILLING 4 MS 100 154 2.362 .992 .004 2.425 6 5.2 178 70 4 HS 100 154 2.362 .496 .004 2.425 3 2.9 98 80 5 LS 80 97 2.953 3.150 .003 1.528 14 14.1 766 30 Titanium Alloy 5 MS 80 97 2.953 1.890 .003 1.528 9 8.1 440 50 &80 (Ti-5553) 5 MS 100 121 2.953 1.260 .004 2.387 9 8.1 350 70 5 HS 100 121 2.953 .630 .004 2.387 4 4.5 194 80 6 LS 80 78 3.543 3.937 .003 1.467 20 20.1 1358 30 6 MS 80 78 3.543 2.362 .003 1.467 12 11.5 781 50 &100 6 MS 100 97 3.543 1.575 .004 2.292 13 11.5 622 70 6 HS 100 97 3.543 .787 .004 2.292 6 6.3 344 80 Note 1) Please note that machining performance varies depending to the conditions such as machine rigidity, work clamping rigidity, coolant supply system, pressure and flow volume etc. Note 2) Internal coolant is recommended. Please use an FMH type arbor for through coolant. Using external coolant in combination with through coolant is even more effective. Note 3) The tool life ratio shows the standard when ae = tool diameter × 20% is assumed to be 100 when shoulder cutting. Note 4) The maximum depth of cut (apmax) varies according to the machine rigidity and power. L193