Фрезы Mitsubishi со сменными режущими пластинами INDEXABLE MILLING

Фрезы Mitsubishi со сменными режущими пластинами INDEXABLE MILLING

Фрезы Mitsubishi со сменными режущими пластинами INDEXABLE MILLING _ ARP MAXIMUM CAPACITIES BY EACH CUTTING Cutting Edge Maximum hole diameter Обозначение Order Number Install Type Recommendation (mm) Ramping Helical Drilling Drilling Depth Plunging APMX DCX ap ae RMPX(deg) Smallest hole DH min.(mm) Largest hole DH max.(mm) Maximum AZ(mm) AE1(mm) ARP5PR2502AM1235 Screw-in Standard <2.5 <1 .OODCX 1.8° 40 48 0.40 25 ARP5PR2503AM1235 Screw-in Fine Pitch <1.5 <1 .OODCX 1.8° 40 48 0.40 ARP5PR2503SA25M Shank Standard <1.5 <1 .OODCX 1.8° 40 48 0.40 1.0 ARP5PR2502SA25L Shank Long <1.5 <1 .OODCX 1.8° 40 48 0.40 1.0 ARP5PR3203AM1640 Screw-in Standard <2.5 <1 .OODCX 1.9° 54 62 0.65 1.0 32 ARP5PR3204AM1640 Screw-in Fine Pitch <2.5 <1 .OODCX 1.9° 54 62 0.65 1.0 5 ARP5PR3204SA32M Shank Standard <2.5 <1 .OODCX 1.9° 54 62 0.65 1.0 ARP5PR3203SA32L Shank Long <2.5 <1 .OODCX 1.9° 54 62 0.65 1.0 40 ARP5P-040A05AR Arbor Fine Pitch <2.5 <1 .OODCX 2.8° 70 78 1.30 2.0 50 ARP5P-050A06AR Arbor Fine Pitch <2.5 <1 .OODCX 2.9° 90 98 1.85 2.0 ARP5P-050A07AR Arbor Extra Fine Pitch <1.5 <1 .OODCX 2.9° 90 98 1.85 2.0 63 ARP5P-063A07AR Arbor Fine Pitch 2.5 0.75DCX 3.0° 116 124 2.50 2.5 ARP5P-063A08AR Arbor Extra Fine Pitch <1.5 <0.75DCX 3.0° 116 124 2.50 2.5 ARP6PR3202AM1640 Screw-in Standard <3.5 <1 .OODCX 2.0° 52 62 0.60 1.0 32 ARP6PR3203AM1640 Screw-in Fine Pitch <3.5 <1 .OODCX 2.0° 52 62 0.60 1.0 ARP6PR3203SA32M Shank Standard <3.5 <1 .OODCX 2.0° 52 62 0.60 1.0 ARP6PR3202SA32L Shank Long <3.5 <1 .OODCX 2.0° 52 62 0.60 1.0 ARP6PR4003AM1640 Screw-in Standard <3.5 <1 .OODCX 2.7° 68 78 1.15 2.5 ARP6PR4004AM1640 Screw-in Fine Pitch <3.5 <1 .OODCX 2.7° 68 78 1.15 2.5 40 ARP6PR4004SA32M Shank Standard <3.5 <1 .OODCX 2.7° 68 78 1.15 2.5 ARP6PR4003SA32L Shank Long <3.5 <1 .OODCX 2.7° 68 78 1.15 2.5 6 ARP6P-040A04AR Arbor Fine Pitch <3.5 <1 .OODCX 2.7° 68 78 1.15 2.0 ARP6PR5005SA42M Shank Standard <3.5 <1 .OODCX 2.9° 88 98 1.70 2.5 50 ARP6PR5004SA42L Shank Long <3.5 <1 .OODCX 2.9° 88 98 1.70 2.5 ARP6P-050A05AR Arbor Fine Pitch <3.5 <1 .OODCX 2.9° 88 98 1.70 2.0 ARP6P-050A06AR Arbor Extra Fine Pitch <2.5 <1 .OODCX 2.9° 88 98 1.70 2.0 63 ARP6P-063A06AR Arbor Fine Pitch <3.5 <0.75DCX 3.1° 114 124 2.50 2.5 ARP6P-063A07AR Arbor Extra Fine Pitch <2.5 <0.75DCX 3.1° 114 124 2.50 2.5 80 ARP6PR08008CA Arbor Fine Pitch <3.5 <0.60DCX 2.3° 148 158 2.50 2.5 ARP6PR08009CA Arbor Extra Fine Pitch 2.5 0.60DCX 2.3° 148 158 2.50 2.5 100 ARP6PR10009DA Arbor Fine Pitch <3.5 <0.50DCX 1.7° 188 198 2.50 2.5 ARP6PR10011DA Arbor Extra Fine Pitch <2.5 <0.50DCX 1.7° 188 198 2.50 2.5 When drilling, be careful of long scattered cutting chips When cutting helical holes, do not exceed the largest APMX cutting depth per one rotation. Calculate using the following formula for center tool tracks and 0dc when cutting helical holes: Center tool tracks dc=desired hole diameter 0DH tool diameter tfDCX For preventing trouble with cutting chip biting, especially when grooving, ramping, helical cutting, and drilling, thoroughly eliminate cutting chips with an air blower or the like. Cutting chip pockets are small for extra-multiple cutting and small diameter cutters. Use with caution the ae and ap feed due to the possibility of cutting blockage. When cutting large ae with large diameter cutter, blockage from long cuttings is possible. Regulate ap and feed. Correction level F feed amount for 1 blade, based on axial cutting ap fluctuation Holder ap=0.5mm ap=1mm ap=1.5mm ap=2mm ap=2.5mm ap=3mm ap=3.5mm ap=4mm ap=5mm ap=6mm ARP5 2.3 1.5 1.2 1.1 1.0 0.9 0.8 0.8 0.8 - ARPE 2.5 1.7 1.3 1.1 1.0 1.0 0.9 0.9 0.8 0.8 Tool body durability may weaken, when the amount of axial cutting exceeds ARP5=5mm and ARP6=6mm. Mitsubishi Materials 1513 INDEXABLE MILLING