Общий каталог Mitsubishi 2020 - 2021 - страница 1364

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RECOMMENDED CUTTING CONDITIONS y VFX5 (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 3 LS 130 248 1.496 2.000 .004 2.932 9 8.6 182 40 4 MS 165 315 1.969 1.200 .004 4.963 12 10.7 178 60 &2.0 4 MS 195 372 1.969 .800 .004 5.865 9 8.0 113 80 4 HS 195 372 1.969 .400 .005 7.038 6 5.2 74 100 5 LS 130 199 2.362 2.500 .004 3.910 23 22.3 590 40 Titanium Alloy 5 MS 165 252 2.362 1.500 .004 4.963 18 15.9 332 60 &2.5 (Ti6Al4V) 5 MS 195 298 2.362 1.000 .004 5.865 14 12.0 212 80 5 HS 195 298 2.362 .500 .005 7.038 8 7.8 137 100 6 LS 130 166 2.953 3.000 .004 3.910 35 33.2 1055 40 6 MS 165 210 2.953 1.800 .004 4.963 26 23.8 594 60 &3.0 6 MS 195 248 2.953 1.200 .004 5.865 21 17.9 379 80 6 HS 195 248 2.953 .600 .005 7.038 12 11.6 246 100 3 LS 80 153 2.953 2.000 .003 1.444 9 8.5 292 30 4 MS 80 153 2.953 1.200 .003 1.925 7 6.5 224 50 &2.0 4 MS 100 191 2.953 .800 .004 3.008 7 6.5 178 70 4 HS 100 191 2.953 .400 .004 3.008 4 3.6 98 80 5 LS 80 122 2.953 2.500 .003 1.925 14 14.1 608 30 Titanium Alloy 5 MS 80 122 2.953 1.500 .003 1.925 9 8.1 350 50 &2.5 (Ti-5553) 5 MS 100 153 2.953 1.000 .004 3.008 9 8.1 278 70 5 HS 100 153 2.953 .500 .004 3.008 4 4.5 154 80 6 LS 80 102 3.543 3.000 .003 1.925 20 20.1 1035 30 6 MS 80 102 3.543 1.800 .003 1.925 12 11.5 595 50 &3.0 6 MS 100 127 3.543 1.200 .004 3.008 13 11.5 474 70 6 HS 100 127 3.543 .600 .004 3.008 6 6.3 262 80 y VFX5 (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 (inch) Flutes Breaker (inch3/min) (HP) (lbf-ft) (%) S 3 LS 130 315 1.496 1.575 .004 3.724 9 8.6 143 40 3 MS 165 400 1.496 .945 .004 4.727 7 6.1 80 60 &40 3 MS 195 473 1.496 .630 .004 5.586 5 4.6 51 80 3 HS 195 473 1.496 .315 .005 6.704 3 3.0 33 100 3 LS 130 252 1.496 1.969 .004 2.979 9 8.6 179 40 4 MS 165 320 1.969 1.181 .004 5.042 12 10.7 175 60 &50 4 MS 195 378 1.969 .787 .004 5.959 9 8.0 112 80 Titanium Alloy 4 HS 195 378 1.969 .394 .005 7.151 6 5.2 72 100 (Ti6Al4V) 5 LS 130 200 2.362 2.480 .004 3.941 23 22.3 585 40 5 MS 165 254 2.362 1.488 .004 5.002 18 15.9 329 60 &63 5 MS 195 300 2.362 .992 .004 5.911 14 12.0 210 80 5 HS 195 300 2.362 .496 .005 7.094 8 7.8 136 100 6 LS 130 158 2.953 3.150 .004 3.724 35 33.2 1107 40 6 MS 165 200 2.953 1.890 .004 4.727 26 23.8 624 60 &80 6 MS 195 236 2.953 1.260 .004 5.586 21 17.9 398 80 6 HS 195 236 2.953 .630 .005 6.704 12 11.6 258 100 L 3 LS 80 194 2.362 1.575 .003 1.833 7 6.8 185 30 3 MS 80 194 2.362 .945 .003 1.833 4 3.9 106 50 INDEXABLE MILLING &40 3 MS 100 243 2.362 .630 .004 2.865 4 3.9 85 70 3 HS 100 243 2.362 .315 .004 2.865 2 2.2 47 80 3 LS 80 155 2.953 1.969 .003 1.467 9 8.5 287 30 4 MS 80 155 2.953 1.181 .003 1.956 7 6.5 220 50 &50 4 MS 100 194 2.953 .787 .004 3.056 7 6.5 175 70 Titanium Alloy 4 HS 100 194 2.953 .394 .004 3.056 4 3.6 97 80 (Ti-5553) 5 LS 80 123 2.953 2.480 .003 1.940 14 14.1 603 30 5 MS 80 123 2.953 1.488 .003 1.940 9 8.1 347 50 &63 5 MS 100 154 2.953 .992 .004 3.032 9 8.1 276 70 5 HS 100 154 2.953 .496 .004 3.032 4 4.5 153 80 6 LS 80 97 3.543 3.150 .003 1.833 20 20.1 1086 30 6 MS 80 97 3.543 1.890 .003 1.833 12 11.5 625 50 &80 6 MS 100 121 3.543 1.260 .004 2.865 13 11.5 498 70 6 HS 100 121 3.543 .630 .004 2.865 6 6.3 275 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. L189