threading grooving boring >

Helicool Helicool-R (HCR) Helicool-C (HCC) Thriller (HTC) Helical Flutes with Thru-hole coolant Radial Coolant Thread & Chamfer in one tool Drill, Thread & Chamferin one tool > Miniature Thread Mills Long Reaching up to 3xDo Economical Tool for Thru-holes > MilliPro MilliPro EL MilliPro HD Improved Design for Multi-Tooth Inserts > Indexable Threading Insertfor Small Bores Thread Mills for Deep Holes > A revolutionary 6 Cutting Corners system > New Advanced Clamping System for Micro Single Ended Tools > Multi-Flute Indexable Thread Milling for Fast Machining >

Thread TurningInserts 1 - Insert Size 2 - Insert Style 3 - Type of Insert 4 - RH/LH Insert 5L -IC5.0L mm U E - External R - Right Hand Insert 4.0K -IC4.0 mm I - Internal L - Left Hand Insert 6.0 -IC6.0 mm El - External+Internal None- Right+Left Hand Insert 2 -IC1/4 L JV 3 -IC 3/8Ԕ 4 -IC 1/2 5 -IC5/8Ԕ > SCB 8 - API Form 23 15 75 125 5 - Pitch 6 - Standard 7 - No. of Cutting Corners Full Profile - Pitch Range 60 - Partial profile 60 а STACME - Stub ACME 6C - V6 6 Cutting Corners mm0.35-12.0tpi72-2 55 - Partial profile 55 а UNJ - UNJ None - All Others ISO - ISO Metric MJ - ISO 5855 Partial Profile...

Thread TurningInserts Y YX 30 Ұ 30 L h LX IC IC 90 а 147ڒ ExternalInternal Defined by: USAS B2.1:1968Tolerance class: Standard NPT M+ Style Z+ Style > Insert SizePitchDimensions mmOrdering Code Teeth Anvil mm tpiICL h > min X Y RH ToolholderRH 1/2Ŕ 2211.58 22 Z+ 4ER8NPT2 1.642.42 2.73.4 10.09.6 YE4Z AL..-4Z4ER11.5NPT2 Z+ Ņ >

Thread TurningInserts L L FY 30 30 а d L1 d F h Y L 1 90 1к47 ExternalInternal Defined by: USAS B2.1:1968Tolerance class: Standard NPT RH-Single Ended RH-Double Ended > Insert dia.PitchDimensions mmMin. Bore dia.Ordering Code Thread mm mmd L1 L F Y h > min mmToolholderRH/LH 6.0 2718 1616 5050 2.502.50 1.000.80 0.661.01 SMC..-6.06.0SIR27NPT...6.0SIR18NPT...6.06.0 > Left Handed Tool Supplied by Request. (Example: 6.0SI L 18NPT...) > Insert dia.PitchDimensions mmMin. Bore dia.Ordering Code Thread mm mmd L1 L F Y h > min mmToolholderRH/LH 1/16Ҕ-27NPT1/4-18NPT 6.0 2718 1616 4242 2.702.70 0.751.00...

Thread TurningInserts IC 6.0 IC 5.0 L 29 Ұ InternalExternal h L F F Y Y Defined by: ANSI B1.8:1988Tolerance class: 2G Mini-3Mini-L > Insert SizePitchDimensions mmOrdering Code Min. Bore dia. mm tpiICL h > min Y F mm ToolholderRH 6.0 1012.NVR1..-6.06.0IR12STACME... 0.76 1.2 5.1 10.0 > Insert SizePitchDimensions mmOrdering Code Min. Bore dia. mm tpiIC h > min Y F mm ToolholderRH 5.0L 12.NVR 10. -5L5LIR12STACME... 0.76 1.2 4.42 8.0 > Left Handed Tool Supplied by Request. (Example: 6.0I L 12TACME...) >

Thread TurningInserts InternalExternal IC 6.0 IC 5.0 L R0.107PR0.107Ph 80 L F F Y Y Defined by: DIN 40430Tolerance class: Standard Mini-3Mini-L > Insert SizePitchDimensions mmOrdering Code Thread Min. Bore dia. mm tpiICL h > min Y F mm ToolholderRH 6.0 102018.NVR1..-6.06.0IR20PG...6.0IR18PG... 0.610.67 0.80.9 5.35.3 10.0Pg7Pg9/11/13.5/16 > Insert SizePitchDimensions mmOrdering Code Thread Min. Bore dia. tpiICToolholderRH h > min Y F mm 5.0L 2018.NVR10..-5L5LIR20PG...5LIR18PG... 0.610.67 0.80.9 4.654.65 8.0Pg7Pg9/11/13.5/16 > Left Handed Tool Supplied by Request. (Example: 6.0SI L 18PG...) >

1 - Anvil 2 - Holder Style 3 - Shank Square[mm] 4 - Insert Size A - Anvil required External 8, 10, 12, 16, 20, 25, 32,40, 50, 606, 8, 10 L - 2 - IC1/4 N - No Anvil required V - Miniature Square Shank 3 - IC3/8Ԕ O - Miniature holder VR - Miniature Round Shank 4- IC1/2 > Thread TurningToolholders 5- IC5/8Ԕ 5 - Insert Style 6 - Clamping 7 - Insert Width C - with Clamping (for IC5/8V) T+Z+ M+ UV 8 - Tool Type 9 - RH / LH Holder CQ - Drop Head None - Right Hand FQ - Off-Set LH - Left Hand Oil - For API Inserts > 1 - Shank Type 2 - Anvil 3 - Tool Type 5 - Shank Front Dia 6 - Holder Length B - Anti...

4040 40 Spare Parts H=H1=B L1 > Insert SizeDimensions mmOrdering Code 3240 50SA5TSY5TK5TYE5MYI5M 176.6206.6 256.6 IC F > Anvil LHInsert ScrewAnvil ScrewTorx KeyAnvil RH AL32-5MAL40-5M AL50-5M 3240 50 5/8M > All M Style toolholders have a 1.5Ժ helix angle. 3030 30 Spare Parts H=H1=B L1 > Insert SizeDimensions mmOrdering Code 2532 40SA4TSY4K2K2Y4T 150170 200 IC F > Insert Torx Key Anvil RH/LHInsert ScrewAnvil ScrewAnvil Torx Key AL25-4TAL32-4T AL40-4T 2734 42 1/2T K4T > All T Style toolholders have a 0Ժ helix angle.

Holding device Minimum length L 3 x D >

Thread TurningTechnical Data Insert SizePitch Ordering Code Anvil Toolholder IC IC L > mm SpecialToolholders mm RH RH 3/8 16AL..-3(LH)YE32.53ER2.5ISO ... > F B Insert Size Ordering Code Dimensions mm L 2 IC RH H=H > 1 =BFL > 1 L > 2 L 1 2525 153.6303/8ԔAL 25-3 > Pitch P*[mm]Pitch P*[tpi] Pitch diameter [mm] 5 4 а 3 =2 а =1 2.25 1.5 а . From the table, using a pitch of2.5 mm (10 tpi) and a workpiece diameter of 40 mm (1.57), we find the helix angle to be > D12 3456789111012 50100 2.533.544.5567911141824 =0 ԰ 1502000

Resultant Helix Angle 3.52.5 > 0.5L > Insert Size Holder Ordering Code IC mm 16 3/8ER/ILYE3-2P > Low alloy steel Non hardenedHardened Hardened 180275 350100-18075-140 70-135 (alloying elements 5%) > Thread TurningTecnical Data

Thread TurningTechnical Data Insert Size Pitch Ordering Code Anvil Toolholder Insert Size Ordering Code Dimensions mmMin Bore AD IC RH L > 1 D > 1 F mmALD 1/2AVR 40-436.060300 4040.0 25.847 > Pitch diameter [mm] Pitch [mm] 50100 2.533.544.5567911141824 150200 D =0 ԰ 123456789111012 -0.65 . In this case, a right hand thread is being turned witha left hand toolholder. The reverse helix method is used. From the lower part of the table, using a pitch of 6 tpi and a bore diameter of 127mm, we obtain a helix angle of > SpecialToolholders 2.25 = -2 а =-1

Resultant Helix Angle 0.50 > -1.51.5 > Insert Size Ordering Code IC L mm22 1/2 ER/ILYE4 YE4-1N YE4-1.5NYE4-3N > Stainless steelAustenitic AusteniticSuper austenitic 180 20080-12030-100 > Thread TurningTecnical Data