86 Каталог HOFFMANN GROUP 2016 Станочный режущий и вспомогательный инструмент Вер. 47 Стр.86

Каталог HOFFMANN GROUP 2016 Режущий инструмент и оснастка Стр. 86 0086 ENG Lab2u

Hoffmann Group 47 Solid carbide DIN 6537 K S3 4xD h7 f145‘ wl DIN 6535 HAHBHE HPC 25 bar 4asat M MasterSteel FEED solid carbide drill 3-flute drill, specially developed for use at very high feed rates. Outstandingly suitable for machines with high installed power and stable operating conditions. Special cutter geometry with stable cutting edges and large clearance at the centre enables very high feed rates. The patented tip is optimised for chip flow and generates low cutting pressure with good chip breakage. With 145° tip angle for low burr formation when drilling through holes. They sector-leading technology of the cross edge guarantees optimum self-centring behaviour and permits spot drilling on irregular surfaces. 3 guidance lands guarantee a stable exit from the hole and an exact roundness of the hole. Note: Form HB and HE supplied at the same price as HA. r rl) Form HB: order with No. 122436. P" Form HE: order with No. 122435 + 129100HE. Plain shank DIN 6535 HA 122435 Weldon shank DIN 6535 HB 122436 Whistle-Notch shank DIN6535 HE 122435 +1291OOHE Suitable for/ v, m/min Alu Alu j " piastres cast nSTFj- > lOWSi < 500 N X < 750 N X < 900 N XXX < 1100 N < 1400 N <55 HRC XXX < SO HRC <65 HRC <67 HRC 3 INOX INOX <70HRC <90011 >900N GG GGG Uni a 6 ISO code N N N P H K K 1 122435 160 140 130 110 90 60 60 50 130 10 0h7 122435 MasterSteel solid carbide drill, plain shank m X \ <1100 N lid Id f 0h7 122435 MasterSteel solid carbide drill, plain shank 0h7 122435 MasterSteel solid carbide drill, plain shank DIN 6535 HA DIN 6535 HA DIN 6535 HA mm TiAIN mm mm/rev mm TiAIN mm mm/rev mm TiAIN mm mm/rev EB 67.52 24 66 6 0.28 El 88.31 41 79 8 0.37 DO 144.94 55 102 12 0.5 67.52 24 66 6 0.28 WEM 88.31 41 79 8 0.37 nw 144.94 55 102 12 0.5 WJtM 67.52 24 66 6 0.28 88.31 41 79 8 0.37 HH 144.94 55 102 12 0.5 ESI 67.52 24 66 6 0.28 eh 107.12 47 89 10 0.44 rm 144.94 55 102 12 0.5 BB 67.52 24 66 6 0.28 ra 107.12 47 89 10 0.44 144.94 55 102 12 0.5 n 67.52 24 66 6 0.28 EH 107.12 47 89 10 0.44 191.57 60 107 14 0.56 67.52 24 66 6 0.28 m 107.12 47 89 10 0.44 HU 191.57 60 107 14 0.56 E3 67.52 24 66 6 0.28 eg 107.12 47 89 10 0.44 Iff 191.57 60 107 14 0.56 EE1 67.52 28 66 6 0.28 EM 107.12 47 89 10 0.44 191.57 60 107 14 0.56 m 67.52 28 66 6 0.28 E3 107.12 47 89 10 0.44 191.57 60 107 14 0.56 M 67.52 28 66 6 0.28 Ed 107.12 47 89 10 0.44 im 191.57 60 107 14 0.56 67.52 28 66 6 0.32 107.12 47 89 10 0.44 191.57 60 107 14 0.56 EJ 67.52 28 66 6 0.32 107.12 47 89 10 0.44 191.57 60 107 14 0.56 EJ 67.52 28 66 6 0.32 107.12 47 89 10 0.44 235.13 65 115 16 0.61 El 67.52 28 66 6 0.32 EE1 107.12 47 89 10 0.44 Iffl 235.13 65 115 16 0.61 E3 67.52 28 66 6 0.32 PI 107.12 47 89 10 0.44 m 235.13 65 115 16 0.61 Eg 67.52 28 66 6 0.32 PI 107.12 47 89 10 0.44 235.13 65 115 16 0.61 iM 67.52 28 66 6 0.32 tjii 107.12 47 89 10 0.44 ii.fl 235.13 65 115 16 0.61 El 67.52 28 66 6 0.32 EE1 107.12 47 89 10 0.44 im 235.13 65 115 16 0.61 EM 67.52 28 66 6 0.32 EEl 107.12 47 89 10 0.44 ran 235.13 65 115 16 0.61 MM 67.52 28 66 6 0.32 Ed 107.12 47 89 10 0.44 Tl 235.13 65 115 16 0.61 88.31 34 79 8 0.37 PI 107.12 47 89 10 0.44 345.51 73 123 18 0.66 88.31 34 79 8 0.37 IM 107.12 47 89 10 0.44 r.n.i 345.51 73 123 18 0.66 pi 88.31 34 79 8 0.37 im 144.94 55 102 12 0.5 im 345.51 73 123 18 0.66 Etl 88.31 34 79 8 0.37 im 144.94 55 102 12 0.5 345.51 73 123 18 0.66 E3 88.31 34 79 8 0.37 ITTEl 144.94 55 102 12 0.5 345.51 73 123 18 0.66 EH 88.31 34 79 8 0.37 im 144.94 55 102 12 0.5 im 345.51 73 123 18 0.66 E3 88.31 34 79 8 0.37 im 144.94 55 102 12 0.5 nil 345.51 73 123 18 0.66 m 88.31 34 79 8 0.37 iii.i 144.94 55 102 12 0.5 345.51 73 123 18 0.66 PI 88.31 34 79 8 0.37 m 144.94 55 102 12 0.5 im 411.74 79 131 20 0.69 88.31 34 79 8 0.37 im 144.94 55 102 12 0.5 inn 411.74 79 131 20 0.69 88.31 41 79 8 0.37 mci 144.94 55 102 12 0.5 im 411.74 79 131 20 0.69 El 88.31 41 79 8 0.37 if 144.94 55 102 12 0.5 411.74 79 131 20 0.69 88.31 41 79 8 0.37 144.94 55 102 12 0.5 411.74 79 131 20 0.69 i/j 88.31 41 79 8 0.37 144.94 55 102 12 0.5 IH1 411.74 79 131 20 0.69 PI 88.31 41 79 8 0.37 m 144.94 55 102 12 0.5 im 411.74 79 131 20 0.69 iza 88.31 41 79 8 0.37 im 144.94 55 102 12 0.5 w 411.74 79 131 20 0.69 Esa 88.31 41 79 8 0.37 ira 144.94 55 102 12 0.5 86