RMPX X(inch) DCX INDEXABLE MILLING MAXIMUM CAPACITIES BY MODE y Ramping y Helical Milling L a How to derive a locus of the center of the tool. ødc = øDH - DCX Locus of Desired Hole Cutting Diameter the Center of Diameter Maximum the Tool ødc øDH ( inch) Ramping Helical Milling Helical Milling(Blind Hole, Flat Bottom)(Through Hole) Tool Holder Type DCX DC APMX L (inch) Required Distance for X inch Depth DH DH AZ RMPX x = .039 x = .079 Min. Max. Min. WJX14UR2.000 2.000 1.338 .079 4.3 .524 1.048 3.285 3.901 2.919 .082 WJX14UR2.500 2.500 1.887 .079 3° .752 1.503 4.283 4.901 3.912 .082 WJX14UR3.000 3.000 2.387 .079 2.2° 1.025 2.050 5.283 5.901 4.909 .082 WJX14UR4.000 4.000 3.386 .079 1.5° 1.504 3.007 7.282 7.901 6.906 .082 WJX14UR5.000 5.000 4.386 .079 1.1° 2.051 4.101 9.281 9.901 8.904 .082 WJX14UR6.000 6.000 5.386 .079 0.9° 2.507 5.013 11.281 11.901 10.903 .082 WJX14R50 1.969 1.358 .079 4.4° .512 1.024 3.228 3.819 2.874 .082 WJX14-050 1.969 1.358 .079 4.4 .512 1.024 3.228 3.819 2.874 .082 WJX14R050 1.969 1.358 .079 4.4 .512 1.024 3.228 3.819 2.874 .082 WJX14-052 2.047 1.437 .079 4.1 .551 1.102 3.386 3.976 3.031 .082 WJX14-063 2.480 1.870 .079 3° .752 1.504 4.252 4.843 3.898 .082 WJX14R063 2.480 1.870 .079 3° .752 1.504 4.252 4.843 3.898 .082 WJX14-066 2.598 1.984 .079 2.8° .807 1.610 4.488 5.079 4.134 .082 WJX14-080 3.150 2.535 .079 2.1° 1.075 2.150 5.591 6.181 5.236 .082 WJX14R080 3.150 2.535 .079 2.1° 1.075 2.150 5.591 6.181 5.236 .082 WJX14-100 3.937 3.323 .079 1.5° 1.504 3.008 7.165 7.756 6.811 .082 WJX14R100 3.937 3.323 .079 1.5° 1.504 3.008 7.165 7.756 6.811 .082 WJX14-125 4.921 4.307 .079 1.2° 1.882 3.760 9.134 9.724 8.780 .082 WJX14R125 4.921 4.307 .079 1.2° 1.882 3.760 9.134 9.724 8.780 .082 WJX14-160 6.299 5.685 .079 0.8° 2.823 5.642 11.890 12.480 11.535 .082 WJX14R160 6.299 5.685 .079 0.8° 2.823 5.642 11.890 12.480 11.535 .082 DCX = Cutting Dia. Max. DC = Cutting Dia. DH = Desired Hole Dia. APMX = Depth of Cut Max. RMPX = Ramping Angle Max. AZ = Plunge Depth Max. L Note 1) When ramping and helical milling, it is recommended to reduce the feed per tooth. Note 2) When ramping, helical milling and drilling, long continuous chips may be scattered so please be careful. To obtain a flat bottom surface when helical milling, it requires to remove “the uncut part” in the center of the work material at a final pass. When helical milling, make sure that the depth of cut per helical pass doesn’t exceed the maximum depth of cut (APMX). When drilling, set the axial feed per revolution at .008 IPR or less. L235