E CUTTING CONDITIONs depends on | | NUMBER OF CUTTING PASSES | E

Condições de corte dependem de | Las condiciones de corte dependen de Número de passos de corte | Número de pasos de corte

Material TypePitch MM 0.50 0.75 1.00 1.25 1.50 1.752.00 2.503.00 3.50 4.004.50 5.00 5.506.00 8.00
WorkpieceMaterial Dimension: Diameter and LengthTPI 48 32 24 20 16 14 No. of Passes 4 - 6 4 - 7 4 - 8 5 - 9 6 - 10 7 - 1212 10 7 - 12 8 - 148 7 6 9 - 16 10 - 18 11 - 185.5 5 4.5 11 - 19 12 - 20 12 - 20 14 3 2 - 20 15 - 2
Chipflow Character
Material HardenessCALCULATe the N(RPM)Calcular o N (rpm)Calcular el N (rpm)
External or Internal
Thread ApplicationProfile ShapeπN- Revolution Per Min Vc- Cutting Speed [m/ute [RPM] min]
Surface FinishπD- Workpiece Diameter [mm]
Machine Stability
MachineMax. RPMANVILSColchõesColchones
Clamping System StabilityInsert Size Holder TypeResultant Helix Angle 1.5
CoolantCoolant TypeIC L (mm) 4.5 3.5 ” ER/IL EA16 3P EA16 2P2.5 EA16 1Pstandard 0.5 EA16 EA16 1N0 -0.5 EA16 1,5N EA16 2N-1.5 EA16 3N
3,8 16 EL/IR IA16 3P IA16 2PIA16 1PIA16 IA16 1NIA16 1,5N IA16 2NIA16 3N
” ER/IL EA22 3P EA22 2PEA22 1PEA22 EA22 1NEA22 1,5N EA22 2NEA22 3N
Holder Cross Section Area1/2 22 EL/IR IA22 3P IA22 2PIA22 1PIA22 IA22 1NIA22 1,5N IA22 2NIA22 3N
” ER/IL EA27 3P EA27 2PEA27 1PEA27 EA27 1NEA27 1,5N EA27 2NEA27 3N
Holder Overhang5/8 27 EL/IR IA27 3P IA27 2PIA27 1PIA27 IA27 1NIA27 1,5N IA27 2NIA27 3N
Holders
Through Coolant Option
Shank Type: Carbide, Alloy, Carbide ImplantFLANK CLEARANCE ANGLE - = tg -1[tg x tg ]
GradePMK N S H= 10º for external =15º for internal
Profile Shape: Pitch and Depth
Partial Profile
Nose Radius
Chipbreaker Style
Pith MM0.500.751.001.251.501.752.002.503.003.504.004.505.005.506.008.00
c TPI48322420161412108765.554.543
No. of Passes4 - 64 - 74 - 85 - 96 - 107 - 127 - 128 - 149 - 1610 - 1811 - 1811 - 1912 - 2012 - 2012 - 2015 - 24