Общий каталог Sumitomo 2018 - 2019 - страница 266

Wave Radius Mill New RSX(F)10000/12000/16000/20000RS Various Machining Use Various types of processing, such as mould engraving, slant milling and helical processing. Helical Milling Ramping Recommended Values for Helical and Ramping Helical Milling Use at α° or lower Helical Taper ø Insert Cat. No. Cutter Work Diameter Ramping Angle ØDc Min. Optimal Ø Max. α°(max) 25 33,0 40 49 10°30‘ 32 46,0 54 63 6°45‘ RDET10... 40 62,0 70 79 4°30‘ 50 82,0 90 99 3°15‘ ≤ Work Diameter 52 86,0 94 103 3°10‘ ø 32 41,5 52 63 12°30‘ 40 57,5 68 79 8°00‘ Center uncut portion cannot 50 77,5 88 99 5°30‘ 52 81,5 92 103 5°15‘ be removed by traverse cut- RDET12... 63 103,5 114 125 4°00‘ ting with the same cutter. 66 109,5 120 131 3°45‘ 80 137,5 148 159 2°50‘ 100 177,5 188 199 2°10‘ ≥ Work Diameter 63 96,0 110 125 6°00‘ ø 80 130,0 144 159 4°10‘ RDET16... 100 170,0 184 199 3°00‘ Center uncut portion can be 125 220,0 234 249 2°20‘ removed by traverse cutting New 80 122,0 140 159 4°15‘ with the same cutter. 100 162,0 180 199 3°00‘ RDET20... 125 212,0 230 249 2°00‘ 160 282,0 300 319 1°15‘ Inserts Application Grade High Speed/Light Cut Ød±0,025 General Purpose P M M K P Roughing New New Ød±0,025 s±0,025 Milling Cutters Dimens. ACM100 ACM200 ACM300 ACP200 ACK300 Applicable Cat. No. Ød S Cutters (IC) RDET 10T3M0EN G l l l l l 10 3,97 Cutting Edge Cross Section RSX(F) 10000RS 10T3M0EN H l l l l l 10 3,97 RDET 1204M0EN G l l l l l 12 4,76 RSX(F) 12000RS 1204M0EN H l l l l l 12 4,76 RDET 1606M0EN G l l l l l 16 6,5 G - Type H - Type RSX(F) 16000RS 1606M0EN H l l l l l 16 6,5 RDET 2006M0EN G l l l l l 20 6,5 M0: IC is metric RSX(F) 20000RS New 2006M0EN H l l l l l 20 6,5 Spare Parts Wrench Screw Applicable Cutters RSX(F) 10000RS BFTX03584IP 3,0 TRDR15IP RSX(F) 12000RS BFTX0409IP 3,0 RSX(F) 16000RS TRDR20IP BFTX0511IP 5,0 RSX(F) 20000RS TRDR25IP BFTX0615IP 5,0 Recommended Cutting Conditions Min.-Optimum-Max. Cutting Speed Feed Rate ISO Work Material Hardness Grade vc (m/min) ft (mm/t) Carbon Steel 180-280HB 100-160-200 0,20-0,40-0,60 ACP200 P Alloy Steel 180-280HB 100-140-180 0,20-0,30-0,40 ACP200 Cr Ferritic 200HB 150-180-200 0,15-0,25-0,35 ACM300 Stain- Based Martensitic 200-330HB 80-120-180 0,15-0,25-0,35 ACM300 M less Cr-Ni Austenitic 200HB 150-180-200 0,15-0,25-0,35 ACM300 Steel Austenitic, ferritic 230-270HB 80-120-180 0,15-0,25-0,35 ACM200 Based Precipitation hardening 330HB 60-100-160 0,15-0,25-0,35 ACM200 K Cast Iron 250HB 80-120-160 0,10-0,30-0,40 ACK300 Heat resistant alloy Ni based material 250-350HB 20- 30- 40 0,10-0,20-0,30 ACM100 S Titanium Pure Titanium (Rm400) 60- 80-100 0,10-0,20-0,30 ACM200 α + β alloy system (Rm1050) 40- 50- 60 0,10-0,20-0,30 G23