
MILLING INSERTS LNKX 1506PN-N PL S W1 Tangentially Clamped Inserts with a Positive Land for Alloyed Steel, L Stainless Steel and Cast Iron APMX RE Recommended Dimensions Tough 1 Hard Machining Data DT7150 ap fz IC328 IC928 IC908 IC910 Designation W1 L S RE APMX(1) (mm) (mm/t) LNKX 1506PN-N PL 6.00 15.00 13.88 0.80 7.00 • • • • • 2.00-7.00 0.10-0.15 • Positive land (PL), leaves sharp edges without chipping on cast iron components • High shear rake for steel and stainless steel • For cutting speed recommendations, see pages 616-620 (1) D.O.C. when the insert is on the cutter. For tools, see pages: F90LN-N15 (245) • FDN-CALN15 (400) • SDN-CALN15 (409) • SSB-LN15-R/L (410) S W1 CHW1.5 LNKX 1506 1.5X45 PN-N Tangentially Clamped Chamfered Insert for 90° Cutters L APMX RE 45° Recommended Dimensions Tough 1 Hard Machining Data ap fz IC328 IC928 IC908 IC910 Designation W1 L S RE APMX (mm) (mm/t) LNKX 1506 1.5X45PN-N 6.00 15.00 13.88 0.80 7.00 • • • • 1.50-5.00 0.15-0.20 • A chamfered insert, used only on 90° cutters for smooth engagement • Chatter reduction and elimination of chipping on material edge during exit • 4 R.H. and 4 L.H. cutting edges when used on F90LN.. cutters • For cutting speed recommendations, see pages 616-620 For tools, see pages: F90LN-N15 (245) • SSB-LN15-R/L (410) S W1 LNMT/LNHT 1506PN-R HT LNMT Tangentially Clamped 10° Ref. Inserts with 4 Straight Right- APMX L Hand Cutting Edges RE The radius is not tangent to the cutting edge on the LNMT insert. Recommended Dimensions Tough 1 Hard Machining Data DT7150 ap fz IC4100 IC928 IC908 IC910 Designation W1 L S RE APMX(1) (mm) (mm/t) LNHT 1506PN-R HT 6.00 15.00 13.94 0.80 12.00 • • • 3.00-12.00 0.15-0.25 LNMT 1506PN-R HT 6.00 15.00 13.93 0.80 12.00 • • • • 3.00-12.00 0.15-0.20 • A right-hand insert, with 4 cutting edges, for high 90° shoulders • LNMT-utility inserts, LNHT-precision inserts • For cutting speed recommendations, see pages 616-620 (1) APMX=9 mm for steel and 12 mm for cast iron For tools, see pages: F90LN-N15 (245) • SSB-LN15-R/L (410) Mismatch as a Function ∆W of Tool Diameter LNMT 15.. Δh=8 Cutting Dia. ∆W 63 0.07 8 80 0.04 100 0.01 125 0.015 554 ISCAR