TURNING. Stellram Cutting Tool Products

Transcription

1 TURNING Stellram Cutting Tool Products ATIstellram.com ATImetals.com

2 Turning Machining Solutions for Mission Critical Metallics Increase productivity and reduce tooling costs in today s most challenging applications with machining solutions from ATI Stellram Cutting Tool Systems. ATI is a leading producer of specialty metals including titanium and titanium alloys, nickel-based alloys and superalloys, stainless steel and specialty alloys, powder metals and tungsten and tungsten alloys as well as a manufacturer of precision components and fabrications. ATI Stellram, an operating unit within the Allegheny Technologies Incorporated (ATI) group of companies, is a metalcutting and metal nishing technology leader. Featured products include Stellram Cutting Tool Systems, Garryson Abrasives, Burrs and Routers and Landis Threading Systems. ATI Stellram draws on the advanced R&D capabilities throughout ATI enabling us to provide Best in Class machining solutions for the aerospace, defense, power generation, oil and gas, medical, transportation and construction and mining industries. We, as Stellram employees, are responsible for achieving customer satisfaction by continually improving processes, products, deliveries and services to ensure they meet or exceed customer requirements. We strive for zero defects in everything we do while promoting a safe work environment for all employees at work and at home. All Stellram s products are supported by a confident and technical sales team backed by an extensive customer care policy.

3 Turning Solutions This product catalog highlights a broad range of tooling solutions ideal for turning, boring, threading, grooving and cutoff applications and features: A complete range of P D and C D First Choice grades that includes the advanced NL range of coatings, fine-tuned to specific materials and applications for optimum results. Geometries that also offer a First Choice range from finishing to roughing to meet the increasing demands of higher feed rates for greater chip control. Comprehensive threading programs available in a wide range of standard and customer licensed thread forms. A full line of toolholders and boring bars to support and compliment our elite grade and geometry programs. Application and customer service support from our technical sales engineers ready to address your on-site needs and backed by an experienced customer service team. Rely on ATI Stellram to achieve Best in Class machining solutions for your high performance applications. Please contact us for additional information on any of the products illustrated in this catalog or any other part of Stellram s comprehensive tooling program. TOLL FREE CUSTOMER SERVICE UNITED KINGDOM Tel: Fax: SUISSE ROMANDE Tel: Fax: DEUTSCHE SCHWEIZ Tel: Fax: SVIZZERA ITALIANA Tel: Fax: ATIstellram.com ATImetals.com

4 Contents Page Turning Introduction 4 Tool Selection 5 Materials Guide 6-13 First Choice Guide 14 Geometry User Guide Definitions of Geometries 26 Grade Selection Grade Descriptions Grade Geometry Cutting Speed 36 ISO Grade Classification 37 Turning Inserts ISO Insert Designations Toolholder Designations Insert Styles Spares Technical Information 2

5 Contents Page Threading Threading Technical Landis Landis Technical Grooving Mini Cut Part-Off Materials Cross Reference Alphanumeric Index 3

6 Tool Selection The following Material Guide pages enable you to select the appropriate geometry and grade along with a suggested start point for speeds and feeds. Simply select the material to be machined and type of machining operation st Choice Select your material. Select your machining operation from finishing to roughing. Recommended geometry for the operation. Material Group Negative Inserts Unalloyed Steel ap (mm) 0,75-3,0 1 5 Unalloyed Steel ap (mm) 1,2-5, Maximum and minimum depth of cut for this geometry. Maximum and minimum feed for this geometry. Choose the machining condition as below: Interrupted cut 6 D.O.C. ap (mm) fn (mm/rev) 0,1-0,3 NL250 Vc (m/min) B SP0819 Vc (m/min) ap (mm) 0,5-2,0 NL250 Vc (m/min) FINISHING fn (mm/rev) 0,15-0,45 NL920 Vc (m/min) N NL250 Vc (m/min) NL300 Vc (m/min) MEDIUM fn (mm/rev) 0,25-0,5 NL920 Vc (m/min) T NL300 Vc (m/min) NL400 Vc (m/min) ROUGHING 3 00 Feed f n (mm/rev) Varying depth of cut 7 2 Good condition 7 Recommended grade and cutting speeds for this condition. 4

7 Machining Materials Guide Unalloyed Steels Alloyed Steels P Stainless Steels PH Stainless M Cast Irons K Aluminum & Alloys N High Temperature Alloys S Hard Materials (52-56 HRC) H Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 5

8 Negative/Positive First Choice Unalloyed Steel Negative Inserts Unalloyed Steel Metric ap (mm) 1,2-5,5 ap (mm) 0,75-3,0 ap (mm) 0,5-2,0 fn (mm/rev) 0,25-0,5 D.O.C. ap (mm) fn (mm/rev) 0,1-0,3 NL250 Vc (m/min) B SP0819 Vc (m/min) NL250 Vc (m/min) FINISHING fn (mm/rev) 0,15-0,45 NL920 Vc (m/min) N NL250 Vc (m/min) NL300 Vc (m/min) MEDIUM * NL920 Vc (m/min) T NL300 Vc (m/min) NL400 Vc (m/min) ROUGHING 0,0 Feed fn f n (mm/rev) *Note: For Heavy applications see 5R geometry, page 19. Positive Inserts Unalloyed Steel Metric ap (mm) 0,4-5,0 ap (mm) 0,25-3,0 D.O.C. ap (mm) fn (mm/rev) 0,025-0,25 SP4019 Vc (m/min) SP4019 Vc (m/min) fn (mm/rev) 0,07-0,5 NL920 Vc (m/min) NL250 Vc (m/min) NL300 Vc (m/min) SP4019 Vc (m/min) FINISHING MEDIUM- ROUGHING 0.0 Feed fn f n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 6

9 Negative/Positive First Choice Alloyed Steel Negative Inserts Alloyed Steel Metric ap (mm) 1,2-5,5 ap (mm) 0,75-3,0 ap (mm) 0,5-2,0 fn (mm/rev) 0,25-0,5 D.O.C. ap (mm) fn (mm/rev) 0,1-0,3 NL250 Vc (m/min) B SP0819 Vc (m/min) NL250 Vc (m/min) FINISHING fn (mm/rev) 0,15-0,45 NL920 Vc (m/min) N NL250 Vc (m/min) NL300 Vc (m/min) MEDIUM * NL920 Vc (m/min) T NL300 Vc (m/min) NL400 Vc (m/min) ROUGHING 0,0 Feed ffn n (mm/rev) *Note: For Heavy applications see 5R geometry, page 19. Positive Inserts Alloyed Steel Metric ap (mm) 0,4-5,0 ap (mm) 0,25-3,0 D.O.C. ap (mm) fn (mm/rev) 0,025-0,25 SP4019 Vc (m/min) SP4019 Vc (m/min) fn (mm/rev) 0,07-0,5 NL920 Vc (m/min) NL250 Vc (m/min) NL300 Vc (m/min) SP4019 Vc (m/min) FINISHING MEDIUM- ROUGHING 0,0 Feed ffn n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 7

10 Negative/Positive First Choice Stainless Steel Negative Inserts Stainless Steel Metric ap (mm) 2,5-5,0 ap (mm) 0,75-3,5 ap (mm) 0,25-2,5 fn (mm/rev) 0,35-0,55 D.O.C. ap (mm) fn (mm/rev) 0,15-0,4 1B SP0819 Vc (m/min) SP0819 Vc (m/min) FINISHING fn (mm/rev) 0,20-0,45 NL400 Vc (m/min) E SP0819 Vc (m/min) SP0819 Vc (m/min) MEDIUM * NL920 Vc (m/min) T NL250 Vc (m/min) NL400 Vc (m/min) ROUGHING 0,0 Feed fn f n (mm/rev) *Note: For Heavy applications see 5R geometry, page 19. Positive Inserts Stainless Steel Metric ap (mm) 0,4-5,0 ap (mm) 0,75-3,0 D.O.C. ap (mm) fn (mm/rev) 0,025-0,25 SP4019 Vc (m/min) SP4019 Vc (m/min) fn (mm/rev) 0,07-0,5 NL920 Vc (m/min) NL250 Vc (m/min) NL300 Vc (m/min) SP4019 Vc (m/min) FINISHING MEDIUM- ROUGHING 0,0 Feed fn f n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 8

11 Negative/Positive First Choice Stainless Steel PH Negative Inserts Stainless Steel PH Metric ap (mm) 2,5-5,0 ap (mm) 0,75-3,5 ap (mm) 0,25-2,5 fn (mm/rev) 0,35-0,55 D.O.C. ap (mm) fn (mm/rev) 0,15-0,4 1B SP0819 Vc (m/min) SP0819 Vc (m/min) FINISHING fn (mm/rev) 0,20-0,45 NL400 Vc (m/min) E SP0819 Vc (m/min) SP0819 Vc (m/min) MEDIUM * NL920 Vc (m/min) T NL250 Vc (m/min) NL400 Vc (m/min) ROUGHING 0,0 Feed ffn n (mm/rev) *Note: For Heavy applications see 5R geometry, page 19. Positive Inserts Stainless Steel PH Metric ap (mm) 0,4-5,0 ap (mm) 0,75-3,0 D.O.C. ap (mm) fn (mm/rev) 0,025-0,25 SP4019 Vc (m/min) SP4019 Vc (m/min) fn (mm/rev) 0,07-0,5 NL920 Vc (m/min) NL250 Vc (m/min) NL300 Vc (m/min) SP4019 Vc (m/min) FINISHING MEDIUM- ROUGHING 0,0 Feed ffn n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 9

12 Negative/Positive First Choice Cast Iron Negative Inserts Cast Iron Metric ap (mm) 0,5-9,0 ap (mm) 0,5-4,0 ap (mm) 0,5-4,0 fn (mm/rev) 0,2-0,6 D.O.C. ap (mm) fn (mm/rev) 0,1-0,55 NL200 Vc (m/min) U NL200 Vc (m/min) NL200 Vc (m/min) FINISHING fn (mm/rev) 0,1-0,55 NL200 Vc (m/min) U NL200 Vc (m/min) NL200 Vc (m/min) MEDIUM NL250 Vc (m/min) Flat Flat 4U NL250 Vc (m/min) NL200 Vc (m/min) U Flat ROUGHING 0,0 Feed fn f n (mm/rev) Positive Inserts Cast Iron Metric ap (mm) 0,5-5,0 ap (mm) 0,25-3,0 D.O.C. ap (mm) fn (mm/rev) 0,025-0,25 62 SP4019 Vc (m/min) fn (mm/rev) 0,07-0,5 73 NL300 Vc (m/min) NL300 Vc (m/min) SP4019 Vc (m/min) FINISHING MEDIUM- ROUGHING 0,0 Feed fn f n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 10

13 Negative/Positive First Choice Aluminum & Alloys Negative Inserts Aluminum & Alloys Metric ap (mm) 1,0-3,0 D.O.C. ap (mm) fn (mm/rev) 0,2-0,35 3F SP0819 Vc (m/min) SP0819 Vc (m/min) MEDIUM 0,0 Feed ffn n (mm/rev) Positive Inserts Aluminum & Alloys Metric ap (mm) 2,0-6,0 ap (mm) 0,8-2,0 D.O.C. ap (mm) fn (mm/rev) 0,05-0,2 -X GH1 Vc (m/min) fn (mm/rev) 0,35-0,6 GH1 Vc (m/min) GH1 Vc (m/min) GH1 Vc (m/min) GH1 Vc (m/min) FINISHING MEDIUM- ROUGHING 0.0 Feed ffn n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 11

14 Negative/Positive First Choice High Temperature Alloys Negative Inserts High Temperature Alloys Metric ap (mm) 2,5-5,0 ap (mm) 0,75-3,5 ap (mm) 0,5-2,5 fn (mm/rev) 0,3-0,5 D.O.C. ap (mm) fn (mm/rev) 0,1-0,35 1B SP0819 Vc (m/min) SP0819 Vc (m/min) FINISHING fn (mm/rev) 0,20-0,45 NL400 Vc (m/min) E SP0819 Vc (m/min) SP0819 Vc (m/min) MEDIUM * NL920 Vc (m/min) T 4T Flat NL400 Vc (m/min) SA6609 Vc (m/min) Flat 4T ROUGHING 0,0 Feed fn f n (mm/rev) *Note: For Heavy applications see 5R geometry, page 19. Positive Inserts High Temperature Alloys Metric ap (mm) 0,25-3,0 ap (mm) 0,25-3,0 D.O.C. ap (mm) fn (mm/rev) 0,025-0,25 SP4019 Vc (m/min) SP4019 Vc (m/min) fn (mm/rev) 0,07-0,5 73 SP4019 Vc (m/min) NL920 Vc (m/min) SP4019 Vc (m/min) FINISHING MEDIUM- ROUGHING 0,0 Feed fn f n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 12

15 Negative/Positive First Choice Hard Materials Negative Inserts Hard Materials Metric ap (mm) 0,5-2,0 ap (mm) 0,5-1,0 ap (mm) 0,5-1,0 fn (mm/rev) 0,1-0,25 D.O.C. ap (mm) fn (mm/rev) 0,1-0,25 1B SP0819 Vc (m/min) SP0819 Vc (m/min) FINISHING fn (mm/rev) 0,1-0,25 1B SP0819 Vc (m/min) SP0819 Vc (m/min) MEDIUM NL200 Vc (m/min) U NL200 Vc (m/min) NL200 Vc (m/min) ROUGHING 0,0 Feed ffn n (mm/rev) Positive Inserts Hard Materials Metric ap (mm) 0,25-1,0 D.O.C. ap (mm) fn (mm/rev) 0,025-0,15 62 SP4019 Vc (m/min) SP4019 Vc (m/min) ,0 FINISHING Feed ffn n (mm/rev) Please note the above recommended cutting speeds, geometries and grades are for guidance only. For more detailed information, see pages (geometry technical information & grade technical information). ey Interrupted cut arying depth of cut Good condition 13

16 Geometry User Guide 1st Choice Diamond will indicate the recommended insert for each material. Stellram s Material Guide enables you to find the right insert for your machining requirements Application information Material Guide information diamond indicates the recommended materials related to the geometry. Detailed outline of geometry profile. 4 5 Identifies depth of cut (D.O.C) and feed rate range applicable to the geometry. Cutting condition applicable to geometry. 2N Inserts 1 2 2N Geometry Technical Information Light to : Positive rake angle provides a positive cutting action reducing cutting pressure, this makes 2N a good first choice geometry for a wide range of applications and materials. Available in Grades: NL250, NL300 & NL920 Materials Application SP0819 P M K N S H NL250 P M K N S H Cutting Condition Profile 5 Alloyed Steel: N/mm 2 HBN a p (depth of cut) mm 4,00 3,00 2,50 2,00 1,50 1,00 CNMG120408E-2N 2N NL250 0,50 P M K N S H mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,

17 Negative Insert Geometries 1B Inserts 1B Geometry Technical Information Finishing: The 1B Geometry is ideal for the finish machining of Steels, Stainless Steels, and High Temperature Alloys. The precisely controlled cutting edge and nose profile removes material cleanly and efficiently, leaving a superior surface finish. Available in Grades: SP0819 & NL250 Alloyed Steel: 4140 (41CrMo4) mm 3,00 CNMG120408E-1B Materials Application 2,50 SP0819 P M K N S H NL250 P M K N S H Cutting Condition Profile a p (depth of cut) 2,00 1,50 1,00 1B 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 2N Inserts 2N Geometry Technical Information Light to : The 2N Geometry s positive rake angle, provides a positive cutting action with reduced cutting pressure, making it an excellent first choice for a wide range of applications and materials. Available in Grades: NL250, NL300 & NL920 Materials Application NL250 P M K N S H NL300 P M K N S H Cutting Condition Profile Alloyed Steel: N/mm 2 HBN a p (depth of cut) mm 4,00 3,00 2,50 2,00 1,50 1,00 CNMG120408E-2N 2N NL920 P M K N S H 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 15

18 Negative Insert Geometries 3F Inserts 3F Geometry Technical Information Finishing to Light : The 3F Geometry has a precision ground periphery to ensure a precise cutting edge profile, with accurate indexability. The micro edge conditioning reduces the cutting pressure, built-up edge and improves the surface finish in difficult to machine materials. Available in Grade: SP0819 Materials Application Stainless Steel: ATI 316 mm CNGG120408E-3F 3,00 2,5 SP0819 P M K N S H Cutting Condition Profile a p (depth of cut) 2,00 1,50 1,00 3F 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 3J Inserts 3 Geometry Technical Information to Light : The 3 Geometry has a smooth cutting action which reduces cutting forces, improves surface finishes and increases the tool life, making it ideal for the machining of Stainless Steels. Available in Grade: SP4019 Stainless Steel: ATI 316 mm CNMG120408E-3J 3,00 Materials Application 2,50 SP4019 P M K N S H Cutting Condition Profile Light a p (depth of cut) 2,00 1,50 1,00 3J 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 16

19 Negative Insert Geometries 4E Inserts 4E Geometry Technical Information Semi-Finishing to Light : The 4E Geometry was designed specifically for the machining of High Nickel, High Cobalt, and Titanium based alloys. It s reinforced chip-breaker and precision edge condition enhances the performance of this geometry. Available in Grades: SP0819 & NL400 Materials Application SP0819 P M K N S H NL400 P M K N S H Cutting Condition Profile Light Titanium Alloy: ATI 6-4 a p (depth of cut) mm 4,00 3,00 2,50 2,00 1,50 1,00 CNMG120408E-4E 4E 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 4T Inserts 4T Geometry Technical Information General Purpose : The 4T Geometry is the first choice for general purpose machining of all Steels, Stainless Steels and Cast Irons. Available in Grades: NL250, NL300, NL400 & NL920 Materials Application NL250 P M K N S H Cutting Condition Alloyed Steel: N/mm 2 HBN mm 5,50 4,50 4,00 3,50 CNMG120408E-4T NL300 P M K N S H Profile a p (depth of cut) 3,00 2,50 2,00 4T NL400 1,50 P M K N S H 1,00 NL920 P M K N S H mm 0,50 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 17

20 Negative Insert Geometries 4U Inserts 4U Geometry Technical Information to : The 4U Geometry was designed specifically for roughing applications in Grey, Ductile and Malleable Irons. The geometry design produces low cutting pressure with excellent chip control, enhancing the tool life. Available in Grade: NL200 Ductile Iron: HBN 170 mm 5,50 4,50 CNMG120408E-4U Materials Application NL200 Cutting Condition 4,00 P M K N S H Profile Light a p (depth of cut) 3,50 3,00 2,50 4U 2,00 1,50 1,00 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 18

21 Negative Insert Geometries 5R Inserts 5R Geometry Technical Information Single Sided Heavy : The 5R Geometry was designed specifically for the heavy, rough machining of Steels, Stainless Steels, High Nickel, High Cobalt and Titanium based alloys. It is the first choice when stability, high feed rates and strong edge conditions are required. Available in Grades: NL300, NL400 & NL920 Stainless Steel: ATI 316 mm 10,00 9,50 CNMM190616E-5R Materials Application 9,00 NL300 P M K N S H NL400 P M K N S H Cutting Condition Profile a p (depth of cut) 8,50 8,00 7,50 7,00 6,50 NL920 P M K N S H 6,00 5,50 5R 4,50 4,00 3,50 3,00 2,50 2,00 1,50 1,00 0,50 mm 0,10 0,20 0,30 0,40 0,50 0,60 f n (feed/rev) 0,70 0,80 0,90 1,00 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 19

22 Positive Insert Geometries -15 Inserts -15 Geometry Technical Information to Finishing: The -15 Geometry is ideally suited to applications which require light depths of cut and feeds, and where vibration could be an issue. This geometry is ground and has a sharp edge condition. Available in Grades: SP4019 & GH1 Materials Application SP4019 P M K N S H GH1 P M K N S H Cutting Condition Profile Aluminium: <16% Si HBN 116 a p (depth of cut) mm 3,00 2,50 2,00 1,50 1,00 EPEX040204F ,50 mm 0,05 0,10 0,15 0,20 0,25 f n (feed/rev) 0,30-61 Inserts -61 Geometry Technical Information Finishing: The -61 Geometry has 6 cutting edges and is one of the most economical inserts for small part machining. The chip-breaker provides good chip control and surface finish. Available in Grade: SP4019 Unalloyed Steel: N/mm 2 HBN mm WPMT050304E-61 3,00 Materials Application 2,50 SP4019 P M K N S H Cutting Condition 2,00 Profile a p (depth of cut) 1,50 1, ,50 mm 0,05 0,10 0,15 0,20 0,25 f n (feed/rev) 0,30 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 20

23 Positive Insert Geometries -62 Inserts -62 Geometry Technical Information Finishing: The -62 Geometry is one of the most versatile geometries for the machining of Steels, Stainless Steels, High Nickel, High Cobalt and Titanium based alloys. This positive geometry was designed for a wide variety of finishing applications. Available in Grade: SP4019 Unalloyed Steel: N/mm 2 HBN mm 3,00 2,50 EPGT060204E-62 Materials Application SP4019 Cutting Condition 2,00 P M K N S H Profile a p (depth of cut) 1,50 1,00 0,50-62 mm 0,00 0,05 0,10 0,15 0,20 0,25 0,30 f n (feed/rev) -64 Inserts -64 Geometry Technical Information to : The -64 Geometry is a very positive geometry, with polished top rake and ground periphery. Specifically designed for the machining of Aluminum, Plastics and Soft Alloys. Available in Grade: GH1 Aluminium: <16% Si HBN 116 mm 4,50 4,00 DCGT11T308F-64 Materials Application 3,50 GH1 P M K N S H Cutting Condition Profile a p (depth of cut) 3,00 2,50 2,00 1, ,00 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 21

24 Positive Insert Geometries -66 Inserts -66 Geometry Technical Information to Finishing: The -66 Geometry has a precision ground periphery and pressed in chip-breaker, with a sharp edge condition, ideally suited for fine chip control when machining medical and small precision components. Available in Grade: GH1 Materials Application GH1 P M K N S H Cutting Condition Stainless Steel: N/mm 2 HBN mm 3,00 2,50 2,00 VCGT130304E-66 Profile a p (depth of cut) 1,50 1,00 0,50-66 mm 0,00 0,05 0,10 0,15 0,20 0,25 0,30 f n (feed/rev) -73 Inserts -73 Geometry Technical Information to : The -73 Geometry is an as pressed geometry, covering a wide range of applications and materials, making it the ideal first choice for most medium to roughing, machining applications. Available in Grades: SP4019, NL300 & NL920 Alloyed Steel: N/mm 2 HBN mm 6,50 6,00 CCMT120408E-73 Materials Application 5,50 SP4019 P M K N S H NL300 Cutting Condition a p (depth of cut) 4,50 4,00 3,50 3,00 P M K N S H Profile 2,50 NL920 P M K N S H 2,00 1, ,00 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 22

25 Positive Insert Geometries -M Inserts -M Geometry Technical Information to Finishing: The -M Geometry has a small, well defined chip-breaker for a soft cutting action, resulting in very little stress being produced, when machining small diameter components. Available in Grades: SP4019 & GH1 Materials Application SP4019 P M K N S H GH1 P M K N S H Cutting Condition Profile Unalloyed Steel: N/mm 2 HBN a p (depth of cut) mm 3,50 3,00 2,50 2,00 1,50 1,00 VCMT160408E-M -M 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 23

26 Positive Insert Geometries -T Inserts -T Geometry Technical Information to : The -T Geometry is a utility geometry giving a stable cutting action in a wide vareity of demanding applications. Available in Grades: SP4019, NL250, NL300, NL400 & NL920 Unalloyed Steel: N/mm 2 HBN mm TCMT16T308E 6,50 Materials Application SP4019 Cutting Condition 6,00 P M K N S H NL250 P M K N S H Profile a p (depth of cut) 5,50 4,50 4,00 NL300 P M K N S H 3,50 NL400 P M K N S H 3,00 2,50 -T NL920 P M K N S H 2,00 1,50 1,00 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 24

27 Positive Insert Geometries -X Inserts - Geometry Technical Information to : The - Geometry has a precision ground parallel chip groove, available with a fully ground periphery or as pressed, both with a sharp edge condition. Ideal for the machining of components which have vibration sensitive applications. Available in Grades: SP4019 & GH1 Materials Application SP4019 P M K N S H GH1 P M K N S H Cutting Condition Profile Aluminium: <16% Si HBN 116 a p (depth of cut) mm ECMX12T308EL 6,50 6,00 5,50 4,50 4,00 3,50 3,00 2,50 2,00 -X 1,50 1,00 0,50 mm 0,10 0,20 0,30 0,40 0,50 f n (feed/rev) 0,60 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 25

28 Grade Selection Cutting Material Groups ATI Stellram s range of carbide and ceramic grades offer solutions to suit all material groups. Uncoated Grade WEAR RESISTANCE GH1 TOUGHNESS Stellram s uncoated GH1 grade is a micro-gain carbide offering excellent wear resistance at high cutting speeds, in various materials and applications. NL = CVD Coated Grades WEAR RESISTANCE TOUGHNESS NL200 NL250 NL300 NL400 NL920 The NL range of CVD coated grades with enhanced surface layering have been speci cally developed and engineered to machine at elevated cutting conditions, in a broad range of materials. SP = PVD Coated Grades WEAR RESISTANCE TOUGHNESS SP0819 SP4019 These PVD coated grades can be applied to varying applications and materials, but primarily designed to machine stainless steels, and high temperature alloys. SA = Ceramic Grade WEAR RESISTANCE TOUGHNESS SA6609 SA6609 is an advanced silicon-carbide whisker reinforced ceramic grade, which makes it very resistant to edge facture and notch wear, especially when machining high nickel, and high cobalt based alloys. 26

29 Grade Descriptions NL200 & NL250 NL200 Coating Type: CVD First choice to machine Cast Iron, this grade has a very good resistance to wear and deformation, suitable for medium and nishing applications on gray and malleable cast irons.. Available in the following geometries: : 4U Cutting speed Application Range NL200 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable NL250 Coating Type: CVD Wear resistant grade for semi- nishing and nishing applications. Suitable for stable conditions with limited interrupted machining. Available in the following geometries: Finishing: 1B Light- : 2N : 4T Flat Top: Cutting speed Application Range NL250 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable 27

30 Grade Descriptions NL300 & NL400 NL300 Coating Type: CVD A tough but wear resistant grade for medium and rough machining with light scale but, no interruption. General purpose for Steels and Cast Iron materials. Available in the following geometries: roughing: -73 Light- : 2N : 4T Single Sided Heavy : 5R :-T Cutting speed Application Range NL300 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable NL400 Coating Type: CVD A very tough grade for medium and rough machining, primarily on Stainless Steel and Exotic Alloys. Good resistance to thermal diffusion, and accepts light interruption. Available in the following geometries: Light Semi-Finishing: 4E : 4T Single Sided Heavy : 5R Cutting speed Application Range NL400 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable 28

31 Grade Descriptions NL920 & SP0819 NL920 Coating Type: CVD A ne grain but tough grade, with a high degree of edge security on Steels and Stainless Steels. Performs well on rough and heavy machining applications, including interrupted applications. Available in the following geometries: Light-: 2N : 4T Sing Sided Heavy : 5R : -73 : -T Cutting speed Application Range NL920 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable SP0819 Coating Type: PVD A very wear resistant micro grain substrate with a new generation of TiAlN coating. First choice to machine dif cult to machine materials, including PH Stainless Steel. Requires higher cutting speeds in nishing and medium operations, with stable conditions and clean material. Available in the following geometries: Finishing: 1B Finishing-Light : 3F Semi Finishing Light : 4E Cutting speed Application Range SP0819 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable 29

32 Grade Descriptions SP4019 & GH1 SP4019 Coating Type: PVD A tough micro-grain substrate with new generation TiAlN coating, renders this PVD grade extremely hard for unmatched performance in all materials. Available in the following geometries: Finishing: -62 (positive) : -X Finishing Light : 3J Finishing: -61 -: -73 (positive) - : -T Finishing: -15 Cutting speed Application Range SP4019 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable GH1 Coating Type: Uncoated A very wear resistant uncoated micrograin for Cast Irons, Hardened Steel to 58 HRC and non ferrous alloys. Produces a low cutting pressure at high speed due to sharp cutting edge de nition. Available in the following positive geometries: : X Finishing: -64 Finishing: -66 Finishing: M Cutting speed Application Range GH1 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable 30

33 Grade Descriptions SA6609 SA6609 Coating Type: Uncoated A whisker ceramic grade for roughing and medium machining applications, on High Temperature Alloys. Excellent wear resistance with elevated cutting surface speeds. Available in two edge preparation: Finishing to medium: E010 to roughing: E030 Cutting speed Application Range SA6609 m/min MAX DRY Vc min Vc max P M K N S H Recommended Acceptable Edge Condition W Hone mm mm mm W E E Hone 31

34 Grade Geometry Negative Turning Geometry Negative Turning: Geometry, Grade and Material Selection Grade SP0819 SP4019 NL200 NL250 P M K N S H P M K N S H P M K N S H P M K N S H 1B 2N 3F 3J 4E 4T 4U Flat-Top 5R Geometry Negative Turning: Geometry, Grade and Material Selection Grade NL300 NL400 NL920 P M K N S H P M K N S H P M K N S H 1B 2N 3F 3J 4E 4T 4U Flat-Top 5R Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 32

35 Grade Geometry Positive Turning Positive Turning: Geometry, Grade and Material Selection Geometry Grade SP4019 NL250 NL300 P M K N S H P M K N S H P M K N S H 15 X M T Positive Turning: Geometry, Grade and Material Selection Geometry Grade NL400 NL920 GH1 P M K N S H P M K N S H P M K N S H 15 X M T Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 33

36 Cutting Speed (Vc) m/min Cutting Speed (v c ) m/min CVD Coated ISO Materials Rm and Hardness NL200 NL250 NL300 NL400 NL920 min. - max. min. - max. min. - max. min. - max. min. - max. Unalloyed Steel <600 N/mm 2 <180 HBN <950 N/mm 2 <280 HBN P M K N Alloyed Steel Stainless Steel PH Stainless Cast Iron Aluminium & Alloys N/mm HBN N/mm HBN N/mm HBN Austenitic + Ferritic 300 series Martensitic 400 series Refractory P.H. Grey GG-Ft Spheroidal-Ductile GGG-FGS Malleable GTS - MN/MP Aluminium & Alloys < 16% 116 HB Aluminium + Silicon > 16% 92 HB Iron Based S High Temperature Alloys Cobalt Based Nickel Based Titanium Based H Hard Materials Hard Steel >1400 N/mm 2 >415 HBN Chilled Cast Iron >1400 N/mm 2 >400 HBN Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 34

37 Cutting Speed (Vc) m/min Cutting Speed (v c ) m/min PVD Uncoated Ceramic ISO Materials Rm and Hardness SP0819 SP4019 SP4030 (Grooving) SP4066 (Threading) GH1 Micrograin SA6609 Unalloyed Steel <600 N/mm 2 <180 HBN <950 N/mm 2 <280 HBN P M K N Alloyed Steel Stainless Steel PH Stainless Cast Iron Aluminium & Alloys N/mm HBN N/mm HBN N/mm HBN Austenitic + Ferritic 300 series Martensitic 400 series Refractory P.H. Grey GG-Ft Spheroidal-Ductile GGG-FGS Malleable GTS - MN/MP Aluminium & Alloys < 16% 116 HB Aluminium + Silicon > 16% 92 HB Iron Based S High Temperature Alloys Cobalt Based Nickel Based Titanium Based H Hard Materials Hard Steel >1400 N/mm 2 >415 HBN Chilled Cast Iron >1400 N/mm 2 >400 HBN Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 35

38 ISO Turning Grade Optimum Grade Performance Groups Materials Code P M K N S H Unalloyed and Alloyed Steels Stainless Steels Cast Irons Aluminum & Alloys High Temperature Alloys Hard Materials P01 P05 P10 P15 P20 P25 P30 P35 P40 P45 P50 M01 M05 M10 M15 M20 M25 M30 M35 M40 K01 K05 K10 K15 K20 K25 K30 K35 K40 N01 N05 N10 N15 N20 N25 N30 S01 S05 S10 S15 S20 S25 S30 H01 H05 H10 H15 H20 H25 H30 CVD Grades PVD Grades Uncoated Grade Whisker Ceramic NL200 NL250 NL300 NL400 NL920 SP0819 SP4019 GH1 SA6609 Increasing - wear resistance - Increasing cutting speed Increasing - shock resistance - Increasing - feed Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 36

39 Turning Inserts 37

40 ISO Insert Designation S N M G Shape 2 Clearance A B C D E A B C D H K L M O E F G N P 108 R 360 S 90 T 60 V 35 W 80 P 11 Other normal clearances requiring SPECIAL specification Symbol O. 3 Tolerance d Class m d m d m d m d m s A mm ±0,025 ±0,005 ±0,025 C mm ±0,025 ±0,013 ±0,025 E mm ±0,025 ±0,025 ±0,025 F mm ±0,013 ±0,005 ±0,025 G mm ±0,025 ±0,025 ±0,13 H mm ±0,013 ±0,013 ±0,025 J mm * ±0,005 ±0,025 K mm * ±0,013 ±0,025 L mm * ±0,025 ±0,025 M mm * * ±0,127 U mm * * ±0,127 N mm * * ±0,025 s Valid for shapes: C, E, H, M, O, P, S, T, R, W IC d m J, K, L, M, N U M, N U 4,76 ±0,05 ±0,08 ±0,08 ±0,13 5,56 ±0,05 ±0,08 ±0,08 ±0,13 6 ±0,05 ±0,08 ±0,08 ±0,13 6,35 ±0,05 ±0,08 ±0,08 ±0,13 7,94 ±0,05 ±0,08 ±0,08 ±0,13 8 ±0,05 ±0,08 ±0,08 ±0,13 9,525 ±0,05 ±0,08 ±0,08 ±0,13 10 ±0,05 ±0,08 ±0,08 ±0,13 12 ±0,08 ±0,13 ±0,13 ±0,2 12,7 ±0,08 ±0,13 ±0,13 ±0,2 15,875 ±0,1 ±0,18 ±0,15 ±0,27 16 ±0,1 ±0,18 ±0,15 ±0,27 19,05 ±0,1 ±0,18 ±0,15 ±0,27 20 ±0,1 ±0,18 ±0,15 ±0,27 25 ±0,13 ±0,25 ±0,18 ±0,38 25,4 ±0,13 ±0,25 ±0,18 ±0,38 31,75 ±0,15 ±0,25 ±0,2 ±0,38 32 ±0,15 ±0,25 ±0,2 ±0,38 * See tables below. 4 Type Valid for shape D only (M & N Tolerance) IC d m 5,56 ±0,05 ±0,11 6,35 ±0,05 ±0,11 7,94 ±0,05 ±0,11 9,525 ±0,05 ±0,11 12,7 ±0,08 ±0,15 15,875 ±0,10 ±0,18 19,05 ±0,10 ±0,18 A H R B C F G J M N Q T U W X Special feature requiring additional specification 38

41 ISO Insert Designation E 8 C, D, E, M, V L 5 Size I S A, B, C, N, O, W. H, M, R, T. F, G, J, U. I I O A = 45 D = 60 E = 75 F = 85 G = 87 P = 90 Z = Integers to be preceded by a 0 (zero). Disregard any decimals. e.g = 09 6 Thickness s s s s H I T I I P I A, B, K W Integers to be preceded by a 0 (zero) or the letter T. Disregard any decimals. 7 Corner Cutting edge Angle ( r ) ANY OTHER Examples: R 01 = 1,588 T1 = 1, = 2, = 3,175 T3 = 3, = 4, = 5, = 6, = 7, = 9, = 11, = 12, = 14, = 15,875 Inserts with wiper edges Wiper edge normal 1st letter: Clearance 2nd letter: ( n) I A = 3 B = 5 C = 7 D = 15 E = 20 F = 25 G = 30 N = 0 P = 11 Z = I I ANY OTHER 7 Corner continued Inserts with rounded corners. The corner radius is indicated in 0.1mm. Integers to be preceded by a 0 (zero). If the corner is not rounded, use the symbol of designation 00 (zero zero). 00 = 01 = 0,1 02 = 0,2 04 = 0,4 08 = 0,8 12 = 1,2 16 = 1,6 20 = 2,0 = SHARP CORNER r Chamfered corner Wiper edge Minor cutting edge 8 Edge Condition Sharp Honed (Rounded) Chamfered (Negative Land) Chamfered + Honed Major cutting edge Examples: 24 = 2,4 28 = 2,8 32 = 3,2 40 = 4,0 48 = 4,8 56 = 5,6 64 = 6,4 X = r ANY OTHER Symbol F E T S 39

42 External Toolholders ISO Designation (ISO 5608) P 1 D 2 J 3 N 4 R 5 1 Assembly 2 Insert Shape A B C D E M Clamp Lock S Posicut 85 H 82 K 80 L 55 M 75 O P Lever Lock 120 P R 55 S 90 T 86 V 135 W Tool Style 4 Clearance A 90 G METRIC 90 P A B C D E F G N B 75 H R C 90 J 93 S 45 P Other normal clearances requiring SPECIAL specification Symbol O. 11 D 45 K 75 T U Hand E F L M V W R Right Hand N Neutral N 63 Y 85 L Left Hand 40

43 External Toolholders ISO Designation (ISO 5608) K Tool Height 7 Tool Width h 06 = 6 08 = 8 10 = = = = = = = = = 50 b 06 = 6 08 = 8 10 = = = = = = = = = 50 8 Tool Length 9 Insert Size Integers to be preceded by a 0 (zero). Disregard any decimals. e.g. 9,525 = 09 l 1 A = 32 B = 40 C = 50 D = 60 E = 70 F = 80 G = 90 H = 100 J = 110 K = 125 L = 140 M = 150 N = 160 P = 170 Q = 180 R = 200 S = 250 T = 300 U = 350 V = 400 W = 450 Y = 500 X = SPECIAL C, D, E, M, V L R I I I S 10 Optional Qualified tools. B 0,08 0,08 0,08 11 Optional I H O F 0,08 I I T 0,08 I A, B, K Q P W 0,08 I I I 0,08 Supplementary optional symbol (numbers or letters) added by the manufacturer. Must be separated from the standardised designation by a dash (-). 41

44 Internal Boring Bars Clamp Lock Designation A R 3 - P 4 C 5 1 Bar Type 2 Bar Ø A B C D E Steel shank and coolant hole. Steel shank and antivibration device. Cemented carbide shank with steel head. Steel shank, anti-vibration device and coolant hole. Cemented carbide shank with steel head and coolant hole. F G H J S Cemented carbide shank with steel head and anti-vibration device. Cemented carbide shank with steel head, coolant hole and anti-vibration device. Heavy metal shank. Heavy metal shank and coolant hole. Steel shank. d METRIC 06 = 6 08 = 8 10 = = = = = = = = 50 3 Bar Length 4 Assembly l 1 METRIC M Clamp Lock S Posicut F = 80 H = 100 K = 125 M = 150 P = 170 Q = 180 R = 200 S = 250 T = 300 U = 350 V = 400 W = 450 Y = 500 P Lever Lock 5 Insert Shape A 85 H 120 P R B 82 K 55 S C 80 L 90 T D 55 M 86 V E 75 O W X = SPECIAL

45 Internal Boring Bars Clamp Lock Designation L 6 N 7 R Tool Style 8 Hand F 90 s 45 R Right Hand L Left Hand K 75 u 93 9 Insert Size Integers to be preceded by a 0 (zero). Disregard any decimals. e.g. 9,525 = 09 L 95 w 60 C, D, E, M, V I H I A, B, K I L O P P y 85 R I S I T W I I I I I q Optional Supplementary optional symbol (numbers or letters) added by the manufacturer. Must be separated from the standardised designation by a dash (-). 7 Clearance A B C D E F G N P 11 Other normal clearances requiring SPECIAL specification Symbol O. 43

46 C Style Turning Inserts CCGT -62 Geometry d r m m 1 80 I 7 s h ISO Description Grade d I s r h Material Application CCGT060200E-62 SP4019 6,35 6,45 2,38 0,00 2, CCGT060201E-62 SP4019 6,35 6,45 2,38 0,10 2, CCGT060202E-62 SP4019 6,35 6,45 2,38 0,20 2, CCGT060204E-62 SP4019 6,35 6,45 2,38 0,40 2,80 Finishing Finishing Finishing Finishing CCGT09T300E-62 SP4019 9,52 9,57 3,97 0,00 4, CCGT09T301E-62 SP4019 9,52 9,57 3,97 0,10 4, CCGT09T302E-62 SP4019 9,52 9,57 3,97 0,20 4, CCGT09T304E-62 SP4019 9,52 9,57 3,97 0,40 4, CCGT09T308E-62 SP4019 9,52 9,57 3,97 0,80 4,40 Finishing Finishing Finishing Finishing Finishing For Toolholders External: see page 46 Internal: see page 47 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 44

47 C Style Turning Inserts CCMT -73 Geometry d r m m 1 80 I 7 s h ISO Description Grade d I s r h Material Application CCMT060202E-73 SP4019 6,35 6,45 2,38 0,20 2, CCMT060204E-73 SP4019 6,35 6,45 2,38 0,40 2, CCMT060204E-73 NL300 6,35 6,45 2,38 0,40 2, CCMT060208E-73 SP4019 6,35 6,45 2,38 0,80 2, CCMT060208E-73 NL300 6,35 6,45 2,38 0,80 2, CCMT09T304E-73 SP4019 9,52 9,57 3,97 0,40 4, CCMT09T304E-73 NL300 9,52 9,57 3,97 0,40 4, CCMT09T304E-73 NL920 9,52 9,57 3,97 0,40 4, CCMT09T308E-73 SP4019 9,52 9,57 3,97 0,80 4, CCMT09T308E-73 NL300 9,52 9,57 3,97 0,80 4, CCMT09T308E-73 NL920 9,52 9,57 3,97 0,80 4, CCMT120404E-73 SP ,70 12,90 2,38 0,40 5, CCMT120404E-73 NL300 12,70 12,90 2,38 0,40 5, CCMT120404E-73 NL920 12,70 12,90 2,38 0,40 5, CCMT120408E-73 SP ,70 12,90 4,76 0,80 5, CCMT120408E-73 NL300 12,70 12,90 4,76 0,80 5, CCMT120408E-73 NL920 12,70 12,90 4,76 0,80 5, CCMT120412E-73 SP ,70 12,90 4,76 1,20 5, CCMT120412E-73 NL300 12,70 12,90 4,76 1,20 5, CCMT120412E-73 NL920 12,70 12,90 4,76 1,20 5,16 For Toolholders External: see page 46 Internal: see page 47 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 45

48 C Style External Toolholders SCLC 95 h h1 f b L2 L1 SCLC LH & RH External Square Shank Toolholders ISO Description Hand Insert Sizes b f L1 L SCLCL 1010 E06 LH CC_ SCLCR 1010 E06 RH CC_ SCLCL 1212 F09 LH CC_09T SCLCL 1616 H09 LH CC_09T SCLCL 2020 K09 LH CC_09T SCLCR 1212 F09 RH CC_09T SCLCR 1616 H09 RH CC_09T SCLCR 2020 K09 RH CC_09T SCLCL 2525 M12 LH CC_ SCLCR 2525 M12 RH CC_ β S Style External Toolholder for Positive Inserts: CC_06, CC_09, and CC_12 Application: Face and Turn O/D Approach 95 Axial 0 Radial 0 RH Holder Shown Item Description Insert Screw SCLCL/R Spare Parts Insert Key SCLCL/R 1010 E F2507T T SCLCL/R 1212 F09 SCLCL/R 1616 H09 SCLCL/R 2020 K09 SCLCL/R 2525 M D4010T T15 K SA SAS1760 Anvil Anvil Screw 46

49 C Style Internal Boring Bars A.. SCLC 95 D A f L2 L1 A.. SCLC LH & RH Internal Boring Bars ISO Description Hand Insert Sizes Min Bore Ø A ØD f L1 L A08F SCLCL 06 LH CC_ A10H SCLCL 06 LH CC_ A12K SCLCL 06 LH CC_ A08F SCLCR 06 RH CC_ A10H SCLCR 06 RH CC_ A12K SCLCR 06 RH CC_ A16M SCLCL 09 LH CC_09T A20Q SCLCL 09 LH CC_09T A25R SCLCL 09 LH CC_09T A16M SCLCR 09 RH CC_09T A20Q SCLCR 09 RH CC_09T A25R SCLCR 09 RH CC_09T A32S SCLCL 12 LH CC_ A32S SCLCR 12 RH CC_ Through Coolant S Style Internal Boring Bar for Positive Inserts: CC_06, CC_09, and CC_1204 Application: I/D Boring Approach 95 Axial 0 Radial -6 RH Bar shown A.. SCLCL/R Spare Parts Item Description Insert Screw Insert Key A08F SCLCL/R 06 A10H SCLCL/R 06 A12K SCLCL/R 06 A16M SCLCL/R T A20Q SCLCL/R 09 A25R SCLCL/R 09 A32S SCLCL/R T15 K SA SAS1760 Anvil Anvil Screw 47

50 C Style Turning Inserts CNGG 3F Geometry m 80 d I r m 1 s h ISO Description Grade d I s r h Material Application CNGG120402F-3F SP ,70 12,90 4,76 0,80 5, CNGG120404F-3F SP ,70 12,90 4,76 0,80 5, CNGG120408F-3F SP ,70 12,90 4,76 0,80 5, CNGG120412F-3F SP ,70 12,90 4,76 0,80 5,16 For Toolholders External: see pages Internal: see pages 66 CNGN Ceramics m 80 d I r m 1 s h ISO Description Grade d I s r h Material Application CNGN E010 SA ,70 12,90 4,76 0,40 5, CNGN E010 SA ,70 12,90 4,76 0,80 5, CNGN E030 SA ,70 12,90 4,76 0,80 5, CNGN E010 SA ,70 12,90 4,76 1,20 5, CNGN E030 SA ,70 12,90 4,76 1,20 5, CNGN E030 SA ,70 12,90 4,76 1,60 5, CNGN E010 SA ,70 12,90 7,94 0,80 5, CNGN E010 SA ,70 12,90 7,94 1,20 5, CNGN E030 SA ,70 12,90 7,94 1,60 5, CNGN E010 SA ,88 16,10 6,35 1,20 6,35 Note: For edge condition refer to Grade page 31 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 48

51 C Style Turning Inserts CNMA Flat Top m 80 d I r m 1 s h ISO Description Grade d I s r h Material Application CNMA120404E NL250 12,70 12,90 4,76 0,40 5, CNMA120408E NL250 12,70 12,90 4,76 0,80 5, CNMA120412E NL250 12,70 12,90 4,76 1,20 5, CNMA120416E NL250 12,70 12,90 4,76 1,60 5,16 Heavy Heavy Heavy Heavy CNMA160612E NL250 15,88 16,10 6,35 1,20 6, CNMA160616E NL250 15,88 16,10 6,35 1,60 6, CNMA160632E NL250 15,88 16,10 6,35 3,20 6,35 Heavy Heavy Heavy CNMA190612E NL250 19,05 19,40 6,35 1,20 7, CNMA190616E NL250 19,05 19,40 6,35 1,60 7, CNMA190632E NL250 19,05 19,40 6,35 3,20 7,92 Heavy Heavy Heavy For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 49

52 C Style Turning Inserts CNMG 1B Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG120404E-1B NL250 12,70 12,90 4,76 0,40 5, CNMG120404E-1B SP ,70 12,90 4,76 0,40 5, CNMG120408E-1B SP ,70 12,90 4,76 0,80 5, CNMG120408E-1B NL250 12,70 12,90 4,76 0,80 5, CNMG120412E-1B NL250 12,70 12,90 4,76 1,20 5, CNMG120412E-1B SP ,70 12,90 4,76 1,20 5,16 Finishing Finishing Finishing Finishing Finishing Finishing For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 50

53 C Style Turning Inserts CNMG 2N Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG120404E-2N NL250 12,70 12,90 4,76 0,40 5, CNMG120404E-2N NL300 12,70 12,90 4,76 0,40 5, CNMG120404E-2N NL920 12,70 12,90 4,76 0,40 5, CNMG120408E-2N NL250 12,70 12,90 4,76 0,80 5, CNMG120408E-2N NL300 12,70 12,90 4,76 0,80 5, CNMG120408E-2N NL920 12,70 12,90 4,76 0,80 5, CNMG120412E-2N NL250 12,70 12,90 4,76 1,20 5, CNMG120412E-2N NL300 12,70 12,90 4,76 1,20 5, CNMG120412E-2N NL920 12,70 12,90 4,76 1,20 5, CNMG120416E-2N NL250 12,70 12,90 4,76 1,60 5, CNMG120416E-2N NL300 12,70 12,90 4,76 1,60 5, CNMG120416E-2N NL920 12,70 12,90 4,76 1,60 5,16 For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 51

54 C Style Turning Inserts CNMG 2N Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG160608E-2N NL250 15,88 16,10 6,35 0,80 6, CNMG160608E-2N NL300 15,88 16,10 6,35 0,80 6, CNMG160608E-2N NL920 15,88 16,10 6,35 0,80 6, CNMG160612E-2N NL250 15,88 16,10 6,35 1,20 6, CNMG160612E-2N NL300 15,88 16,10 6,35 1,20 6, CNMG160612E-2N NL920 15,88 16,10 6,35 1,20 6, CNMG160616E-2N NL250 15,88 16,10 6,35 1,60 6, CNMG160616E-2N NL300 15,88 16,10 6,35 1,60 6, CNMG160616E-2N NL920 15,88 16,10 6,35 1,60 6, CNMG190612E-2N NL300 19,05 19,40 6,35 1,20 7, CNMG190612E-2N NL920 19,05 19,40 6,35 1,20 7, CNMG190616E-2N NL300 19,05 19,40 6,35 1,60 7, CNMG190616E-2N NL920 19,05 19,40 6,35 1,60 7,92 For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 52

55 C Style Turning Inserts CNMG 3J Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG120404E-3J SP ,70 12,90 4,76 0,40 5, CNMG120408E-3J SP ,70 12,90 4,76 0,80 5, CNMG120412E-3J SP ,70 12,90 4,76 1,20 5, CNMG120416E-3J SP ,70 12,90 4,76 1,60 5, CNMG160612E-3J SP ,88 16,10 6,35 1,20 6, CNMG160616E-3J SP ,88 16,10 6,35 1,60 6, CNMG190612E-3J SP ,05 19,40 6,35 1,20 7, CNMG190616E-3J SP ,05 19,40 6,35 1,60 7,92 For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 53

56 C Style Turning Inserts CNMG 4E Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG120404E-4E SP ,70 12,90 4,76 0,40 5, CNMG120404E-4E NL400 12,70 12,90 4,76 0,40 5, CNMG120408E-4E SP ,70 12,90 4,76 0,80 5, CNMG120408E-4E NL400 12,70 12,90 4,76 0,80 5, CNMG120408E-4E SP ,70 12,90 4,76 0,80 5, CNMG120412E-4E NL400 12,70 12,90 4,76 1,20 5, CNMG120412E-4E SP ,70 12,90 4,76 1,20 5, CNMG160608E-4E NL400 15,88 16,10 6,35 0,80 6, CNMG160608E-4E SP ,88 16,10 6,35 0,80 6, CNMG160612E-4E SP ,88 16,10 6,35 1,20 6, CNMG160612E-4E NL400 15,88 16,10 6,35 1,20 6, CNMG160616E-4E NL400 15,88 16,10 6,35 1,60 6, CNMG160616E-4E SP ,88 16,10 6,35 1,60 6, For Toolholders External: see pages Internal: see pages 66 CNMG1906 See page 55 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 54

57 C Style Turning Inserts CNMG 4E Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG190608E-4E NL400 19,05 19,40 6,35 0,80 7, CNMG190608E-4E SP ,05 19,40 6,35 0,80 7, CNMG190612E-4E SP ,05 19,40 6,35 1,20 7, CNMG190612E-4E NL400 19,05 19,40 6,35 1,20 7,92 CNMG190616E-4E NL400 19,05 19,40 6,35 1,60 7, CNMG190616E-4E SP ,05 19,40 6,35 1,60 7, CNMG190624E-4E NL400 19,05 19,40 6,35 2,40 7, CNMG190624E-4E SP ,05 19,40 6,35 2,40 7, For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 55

58 C Style Turning Inserts CNMG 4T Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG120404E-4T NL250 12,70 12,90 4,76 0,40 5, CNMG120404E-4T NL300 12,70 12,90 4,76 0,40 5, CNMG120404E-4T NL400 12,70 12,90 4,76 0,40 5, CNMG120404E-4T NL920 12,70 12,90 4,76 0,40 5, CNMG120408E-4T NL250 12,70 12,90 4,76 0,80 5, CNMG120408E-4T NL300 12,70 12,90 4,76 0,80 5, CNMG120408E-4T NL400 12,70 12,90 4,76 0,80 5, CNMG120408E-4T NL920 12,70 12,90 4,76 0,80 5, CNMG120412E-4T NL250 12,70 12,90 4,76 1,20 5, CNMG120412E-4T NL300 12,70 12,90 4,76 1,20 5, CNMG120412E-4T NL400 12,70 12,90 4,76 1,20 5, CNMG120412E-4T NL920 12,70 12,90 4,76 1,20 5, CNMG120416E-4T NL250 12,70 12,90 4,76 1,60 5, CNMG120416E-4T NL300 12,70 12,90 4,76 1,60 5, CNMG120416E-4T NL400 12,70 12,90 4,76 1,60 5, CNMG120416E-4T NL920 12,70 12,90 4,76 1,60 5,16 For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 56

59 C Style Turning Inserts CNMG 4T Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG160608E-4T NL250 15,88 16,10 6,35 0,80 6, CNMG160608E-4T NL300 15,88 16,10 6,35 0,80 6, CNMG160608E-4T NL400 15,88 16,10 6,35 0,80 6, CNMG160608E-4T NL920 15,88 16,10 6,35 0,80 6, CNMG160612E-4T NL250 15,88 16,10 6,35 1,20 6, CNMG160612E-4T NL300 15,88 16,10 6,35 1,20 6, CNMG160612E-4T NL400 15,88 16,10 6,35 1,20 6, CNMG160612E-4T NL920 15,88 16,10 6,35 1,20 6, CNMG160616E-4T NL250 15,88 16,10 6,35 1,60 6, CNMG160616E-4T NL300 15,88 16,10 6,35 1,60 6, CNMG160616E-4T NL400 15,88 16,10 6,35 1,60 6, CNMG160616E-4T NL920 15,88 16,10 6,35 1,60 6,35 For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 57

60 C Style Turning Inserts CNMG 4T Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG190608E-4T NL250 19,05 19,40 6,35 0,80 7, CNMG190608E-4T NL300 19,05 19,40 6,35 0,80 7, CNMG190608E-4T NL400 19,05 19,40 6,35 0,80 7, CNMG190608E-4T NL920 19,05 19,40 6,35 0,80 7, CNMG190612E-4T NL250 19,05 19,40 6,35 1,20 7, CNMG190612E-4T NL300 19,05 19,40 6,35 1,20 7, CNMG190612E-4T NL400 19,05 19,40 6,35 1,20 7, CNMG190612E-4T NL920 19,05 19,40 6,35 1,20 7, CNMG190616E-4T NL250 19,05 19,40 6,35 1,60 7, CNMG190616E-4T NL300 19,05 19,40 6,35 1,60 7,92 CNMG190616E-4T NL400 19,05 19,40 6,35 1,60 7, CNMG190616E-4T NL920 19,05 19,40 6,35 1,60 7, CNMG250924E-4T NL300 25,40 25,79 9,53 2,40 9, CNMG250924E-4T NL400 25,40 25,79 9,53 2,40 9, CNMG250924E-4T NL920 25,40 25,79 9,53 2,40 9,12 For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 58

61 C Style Turning Inserts CNMG 4U Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMG120404E-4U NL200 12,70 12,90 4,76 0,40 5, CNMG120408E-4U NL200 12,70 12,90 4,76 0,80 5, CNMG120412E-4U NL200 12,70 12,90 4,76 1,20 5, CNMG120416E-4U NL200 12,70 12,90 4,76 1,60 5, CNMG160608E-4U NL200 15,88 16,10 6,35 0,80 6, CNMG160612E-4U NL200 15,88 16,10 6,35 1,20 6, CNMG160616E-4U NL200 15,88 16,10 6,35 1,60 6, CNMG190612E-4U NL200 19,05 19,40 6,35 1,20 7, CNMG190616E-4U NL200 19,05 19,40 6,35 1,60 7, CNMG190624E-4U NL200 19,05 19,40 6,35 2,40 7,92 For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 59

62 C Style Turning Inserts CNMM 5R Geometry m d r m 1 s h 80 I ISO Description Grade d I s r h Material Application CNMM160612E-5R NL300 15,88 16,10 6,35 1,20 6, CNMM160612E-5R NL400 15,88 16,10 6,35 1,20 6, CNMM160616E-5R NL300 15,88 16,10 6,35 1,60 6, CNMM160616E-5R NL400 15,88 16,10 6,35 1,60 6, CNMM160624E-5R NL300 15,88 16,10 6,35 2,40 6, CNMM160624E-5R NL400 15,88 16,10 6,35 2,40 6,35 Heavy Heavy Heavy Heavy Heavy Heavy CNMM190612E-5R NL300 19,05 19,40 6,35 1,20 7, CNMM190612E-5R NL400 19,05 19,40 6,35 1,20 7, CNMM190616E-5R NL300 19,05 19,40 6,35 1,60 7, CNMM190616E-5R NL400 19,05 19,40 6,35 1,60 7, CNMM190624E-5R NL300 19,05 19,40 6,35 2,40 7, CNMM190624E-5R NL400 19,05 19,40 6,35 2,40 7,92 Heavy Heavy Heavy Heavy Heavy Heavy CNMM250924E-5R NL300 25,40 25,78 9,53 2,40 9, CNMM250924E-5R NL920 25,40 25,78 9,53 2,40 9,12 Heavy Heavy For Toolholders External: see pages Internal: see pages 66 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 60

63 C Style External Toolholders DCLN 95 h h1 f b L2 L1 DCLN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L DCLNL 2020 K12 LH CN_ DCLNL 2525 M12 LH CN_ DCLNL 3232 P12 LH CN_ DCLNR 2020 K12 RH CN_ DCLNR 2525 M12 RH CN_ DCLNR 3232 P12 RH CN_ DCLNL 2525 M16 LH CN_ DCLNL 3232 P16 LH CN_ DCLNR 2525 M16 RH CN_ DCLNR 3232 P16 RH CN_ DCLNL 3232 P19 LH CN_ DCLNL 4040 S19 LH CN_ DCLNR 3232 P19 RH CN_ DCLNR 4040 S19 RH CN_ β D style External Toolholder for Negative Inserts: CN_1204, CN_1606 & CN_1906 Application: Face and Turn O/D Approach 95 Axial -6 Radial -6 RH Holder Shown DCLNL/R Spare Parts Item Description Clamp Screw Clamp Clamp Spring Anvil Anvil Screw Clamp & Anvil Screw Key DCLNL/R 2020 K12 DCLNL/R 2525 M12 DCLNL/R 3232 P12 DCLNL/R 2525 M16 DCLNL/R 3232 P16 DCLNL/R 3232 P19 DCLNL/R 4040 S DC ICSN DC ICSN DC ICSN KH

64 C Style External Toolholders PCLN 95 h h1 f b L2 L1 PCLN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L *PCLNL 4040 S25 LH CN_ *PCLNL 5050 T25 LH CN_ *PCLNR 4040 S25 RH CN_ *PCLNR 5050 T25 RH CN_ β * Non Stock Items, subject to extended delivery time P Style External Toolholder for Negative Inserts: CN_2509 Application: Face and Turn O/D Approach 95 Axial -6 Radial -6 RH Holder Shown PCLNL/R Spare Parts Item Description PCLNL/R 4040 S25 PCLNL/R 5050 T25 Lever Lever Screw Anvil Anvil Clip Clip Punch PL PLS PA PC PCP KH5005 Key 62

65 C Style External Toolholders PCBN 75 h h1 f b L2 L1 PCBN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L PCBNL 2020 K12 LH CN_ PCBNL 2525 M12 LH CN_ PCBNR 2020 K12 RH CN_ PCBNR 2525 M12 RH CN_ PCBNL 3232 P16 LH CN_ PCBNR 3232 P16 RH CN_ P Style External Toolholder for Negative Inserts: CN_1204 & CN_1606 Application: Turn O/D Approach 75 Axial -7,25 Radial -4,25 RH Holder Shown PCBNL/R Spare Parts Item Description Lever Lever Screw PCBNL/R 2020 K12 PCBNL/R 2525 M PL PLS PA PC PCP0012 PCBNL/R 3232 P PL PLS PA PC PCP0015 Anvil Anvil Clip Clip Punch Key KH

66 C Style External Toolholders PCKN 75 h h1 f b L2 L1 PCKN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L PCKNL 2020 K 12 LH CN_ PCKNL 2525 M 12 LH CN_ PCKNL 3232 P 12 LH CN_ PCKNR 2020 K 12 RH CN_ PCKNR 2525 M 12 RH CN_ PCKNR 3232 P 12 RH CN_ P Style External Toolholder for Negative Inserts: CN_1204 Application: Facing Approach 75 Axial -6,5 Radial -5,5 RH Holder Shown PCKNL/R Spare Parts Item Description PCKNL/R 2020 K12 PCKNL/R 2525 M12 PCKNL/R 3225 P12 Lever Lever Screw Anvil Anvil Clip Clip Punch PL PLS PA PC PCP KH5003 Key 64

67 C Style PSC Toolholders DCLN 95 D 1 D 2 S f1 l1 DCLN LH & RH External PSC Toolholders Item Description Hand Insert Sizes S D1 D2 f1 l C5-50-DCLNL LH CN_ C5-50-DCLNR RH CN_ C6-63-DCLNL LH CN_ C6-63-DCLNR RH CN_ C8-80-DCLNL LH CN_ C8-80-DCLNR RH CN_ D Style External Toolholder for Negative Inserts: CN_1204 & CN_1906 Application: External Face, Turn O/D Approch 95 Axial -5 Radial -6 RH Holder Shown Item Description Clamp Clamp Screw DCLNL/R Spare Parts C5-50-DCLNL/R C6-63-DCLNL/R ICSN C8-80-DCLNL/R ICSN Anvil Anvil Screw Clamp Spring Screw Key KH

68 C Style Internal Boring Bars S..DCLN 95 h D A f L S25T DCLNL 12 LH CN_ S32U DCLNL 12 LH CN_ S40V DCLNL 12 LH CN_ S25T DCLNR 12 RH CN_ S32U DCLNR 12 RH CN_ S40V DCLNR 12 RH CN_ *S40V DCLNL 16 LH CN_ *S50W DCLNL 16 LH CN_ *S40V DCLNR 16 RH CN_ *S50W DCLNR 16 RH CN_ * Non Stock Items, subject to extended delivery time S..DCLN LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h Through Coolant β D Style Internal Boring Bar for Negative Inserts: CN_1204 & CN_1606 Application:- I/D Face and Bore Axial Approach 95 Axial -5 Radial -13,5 RH Bar Shown β S..DCLNL/R Spare Parts Item Description Clamp Screw Clamp Clamp Spring S25T DCLNL/R S32U DCLNL/R DC ICCN432 S40V DCLNL/R *S40V DCLNL/R DC ICSN *S50W DCLNL/R 16 Anvil Anvil Screw Clamp & Anvil Screw Key KH

69 C Style Turning Inserts CPMT -73 Geometry m 80 d I r m 1 11 s h ISO Description Grade d I s r h Material Application CPMT060204E-73 SP4019 6,35 6,45 2,38 0,40 2, CPMT080302E-73 SP4019 9,52 7,94 3,18 0,20 3, CPMT080304E -73 SP4019 9,52 7,94 3,18 0,40 3, CPMT080308E-73 SP4019 9,52 7,94 3,18 0,80 3,05 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 67

70 D Style Turning Inserts DCGT & DCGX -62 Geometry ISO Description Grade d I s r h Material Application DCGX E-62 SP4019 6,35 7,70 2,38 0,05 2, DCGT070201E-62 SP4019 6,35 7,70 2,38 0,10 2, DCGT070202E-62 SP4019 6,35 7,70 2,38 0,20 2, DCGT070204E-62 SP4019 6,35 7,70 2,38 0,40 2,79 Finishing Finishing Finishing Finishing DCGX11T3005E-62 SP4019 9,52 11,60 3,97 0,05 4, DCGT11T301E-62 SP4019 9,52 11,60 3,97 0,10 4, DCGT11T302E-62 SP4019 9,52 11,60 3,97 0,20 4, DCGT11T304E-62 SP4019 9,52 11,60 3,97 0,40 4, DCGT11T308E-62 SP4019 9,52 11,60 3,97 0,80 4,39 Finishing Finishing Finishing Finishing Finishing For Toolholders External: see pages Internal: see pages DCGT -64 Geometry ISO Description Grade d I s r h Material Application DCGT11T302F-64 GH1 9,52 11,60 3,97 0,20 4, DCGT11T304F-64 GH1 9,52 11,60 3,97 0,40 4, DCGT11T308F-64 GH1 9,52 11,60 3,97 0,80 4,39 Finishing Finishing Finishing For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 68

71 D Style Turning Inserts DCMT -73 Geometry ISO Description Grade d I s r h Material Application DCMT070202E-73 SP4019 6,35 7,70 2,38 0,20 2, DCMT070202E-73 NL300 6,35 7,70 2,38 0,20 2, DCMT070204E-73 SP4019 6,35 7,70 2,38 0,40 2, DCMT070204E-73 NL300 6,35 7,70 2,38 0,40 2, DCMT11T304E-73 SP4019 9,52 11,60 3,97 0,40 4, DCMT11T304E-73 NL300 9,52 11,60 3,97 0,40 4, DCMT11T304E-73 NL920 9,52 11,60 3,97 0,40 4, DCMT11T308E-73 SP4019 9,52 11,60 3,97 0,80 4, DCMT11T308E-73 NL300 9,52 11,60 3,97 0,80 4, DCMT11T308E-73 NL920 9,52 11,60 3,97 0,80 4,39 For Toolholders External: see pages Internal: see pages DCMT M Geometry ISO Description Grade d I s r h Material Application DCMT150404E-M SP ,70 15,50 4,76 0,40 5, DCMT150404E-M NL300 12,70 15,50 4,76 0,40 5, DCMT150408E-M SP ,70 15,50 4,76 0,80 5, DCMT150408E-M NL300 12,70 15,50 4,76 0,80 5, DCMT150408E-M NL920 12,70 15,50 4,76 0,80 5,16 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 69

72 D Style External Toolholders SDAC 90 f b L 2 L1 h h 1 SDAC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes h = h1 b f L1 L SDACL 1010 M07 LH DC_ SDACL 1212 M07 LH DC_ SDACR 1010 M07 RH DC_ SDACR 1212 M07 RH DC_ SDACL 1212 M11 LH DC_11T SDACL 1616 M11 LH DC_11T SDACL 2020 K11 LH DC_11T SDACR 1212 M11 RH DC_11T SDACR 1616 M11 RH DC_11T SDACR 2020 K11 RH DC_11T β S Style External Toolholder for Positive Inserts: DC_0702 and DC_11T3 Approach 90 Axial 0 Radial 0 RH Holder Shown SDACL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SDACL/R 1010 M07 SDACL/R 1212 M07 SDACL/R 1212 M11 SDACL/R 1616 M11 SDACL/R 2020 K F25007T T D4010T T

73 D Style External Toolholders SDJC 93 h h1 f b L2 L1 SDJC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes h = h1 b f L1 L SDJCL 1010 E07 LH DC_ SDJCL 1212 F07 LH DC_ SDJCR 1010 E07 RH DC_ SDJCR 1212 F07 RH DC_ SDJCL 1212 F11 LH DC_11T SDJCL 1616 H11 LH DC_11T SDJCL 2020 K11 LH DC_11T SDJCL 2525 M11 LH DC_11T SDJCR 1212 F11 RH DC_11T SDJCR 1616 H11 RH DC_11T SDJCR 2020 K11 RH DC_11T SDJCR 2525 M11 RH DC_11T β S Style External Toolholder for Positive Inserts: DC_0702 and DC_11T3 Approach 93 Axial 0 Radial 0 RH Holder Shown Item Description Insert Screw SDJCL/R Spare Parts Insert Key SDJCL/R 1010 E07 SDJCL/R 1212 F F2507T T SDJCL/R 1212 F D4010T T SDJCL/R 1616 H11 SDJCL/R 2020 K11 SDJCL/R 2525 M K SA SAS1750 Anvil Anvil Screw 71

74 D Style External Toolholders SDNC 62,5 h h1 f b L2 L1 SDNC Neutral External Square Shank Toolholders Item Description Hand Insert Sizes h = h1 b f L1 L SDNC N 1010 E07 Neutral DC_ SDNC N 1212 F07 Neutral DC_ SDNC N 1616 H11 Neutral DC_11T SDNC N 2020 K11 Neutral DC_11T SDNC N 2525 M11 Neutral DC_11T , β β S Style External Toolholder for Positive Inserts: DC_0702, and DC_11T3 Approach 62,5 Axial 0 Radial 0 Neutral Holder Shown SDNC Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SDNC N 1010 E07 SDNC N 1212 F07 SDNC N 1010 E07 SDNC N 1212 F07 SDJCL/R 2525 M F2507T T K SA SAS

75 D Style Internal Boring Bars A.. SDUC 93 D A f L2 L1 A.. SDUC LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L A12K SDUCL 07 LH DC_ A16M SDUCL 07 LH DC_ A12K SDUCR 07 RH DC_ A16M SDUCR 07 RH DC_ A20Q SDUCL 11 LH DC_11T A25R SDUCL 11 LH DC_11T A32S SDUCL 11 LH DC_11T A20Q SDUCR 11 RH DC_11T A25R SDUCR 11 RH DC_11T A32S SDUCR 11 RH DC_11T Through Coolant β S Style Boring Bar for Positive Inserts: DC_0702, and DC_11T3 Aproach 93 Axial 0 Radial -6 RH Bar Shown A.. SDUCL/R Spare Parts Item Description Insert Screw Insert Key A12K SDUCL/R 07 A16M SDUCL/R F2507T T A20Q SDUCL/R 11 A25R SDUCL/R D4010T T A32S SDUCL/R K SA SAS1750 Anvil Anvil Screw 73

76 D Style Internal Boring Bars A.. SDUC 93 -EX D A f L2 L1 A.. SDUC -EX LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L A12K SDUCL 07-EX LH DC_ A16M SDUCL 07-EX LH DC_ A12K SDUCR 07-EX RH DC_ A16M SDUCR 07-EX RH DC_ A20Q SDUCL 11-EX LH DC_11T A25R SDUCL 11-EX LH DC_11T A20Q SDUCR 11-EX RH DC_11T A25R SDUCR 11-EX RH DC_11T Through Coolant β S Style Boring Bar for Positive Inserts: DC_0702, and DC_11T3 Approach 93 Axial 0 Radial -6 RH Bar Shown A.. SDUCL/R -EX Spare Parts Item Description Insert Screw Insert Key A12K SDUCL/R F2507T T A16M SDUCL/R 07 A20Q SDUCL/R T A25R SDUCL/R D4010T Anvil Anvil Screw 74

77 D Style Internal Boring Bars A.. SDQC 107,5 D A f L2 L1 A.. SDQC LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L A12K SDQCL 07 LH DC_ A16M SDQCL 07 LH DC_ A12K SDQCR 07 RH DC_ A16M SDQCR 07 RH DC_ A20Q SDQCL 11 LH DC_11T A25R SDQCL 11 LH DC_11T A20Q SDQCR 11 RH DC_11T A25R SDQCR 11 RH DC_11T Through Coolant S Style Boring Bar for Positive Inserts: DC_0702, and DC_11T3 Approach 107,5 Axial: 0 Radial -6 RH Bar Shown β A.. SDQCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw A12K SDQCL/R 07 A16M SDQCL/R 07 A20Q SDQCL/R 11 A25R SDQCL/R F2507T T D4010T T

78 D Style Turning Inserts DNGG 3F Geometry m d r s h 55 I ISO Description Grade d I s r h Material Application DNGG150402F-3F SP ,70 15,50 4,76 0,20 5, DNGG150404F-3F SP ,70 15,50 4,76 0,40 5, DNGG150408F-3F SP ,70 15,50 4,76 0,80 5, DNGG150412F-3F SP ,70 15,50 4,76 1,20 5, DNGG150602F-3F SP ,70 15,50 6,35 0,20 5, DNGG150604F-3F SP ,70 15,50 6,35 0,40 5, DNGG150608F-3F SP ,70 15,50 6,35 0,80 5, DNGG150612F-3F SP ,70 15,50 6,35 1,20 5,16 For Toolholders External: see pages Internal: see pages DNMA Flat Top 55 m d I r s h ISO Description Grade d I s r h Material Application DNMA150408E NL250 12,70 15,50 4,76 0,80 5, DNMA150412E NL250 12,70 15,50 4,76 1,20 5, DNMA150608E NL250 12,70 15,50 6,35 0,80 5, DNMA150612E NL250 12,70 15,50 6,35 1,20 5,16 Heavy- Heavy- Heavy- Heavy- For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 76

79 D Style Turning Inserts DNMG 1B Geometry m d r s h 55 I ISO Description Grade d I s r h Material Application DNMG110404E-1B NL250 9,52 11,00 4,76 0,40 4, DNMG110404E-1B SP0819 9,52 11,00 4,76 0,40 4, DNMG110408E-1B NL250 9,52 11,00 4,76 0,80 4, DNMG110408E-1B SP0819 9,52 11,00 4,76 0,80 4,39 Finishing Finishing Finishing Finishing DNMG150404E-1B NL250 12,70 15,50 4,76 0,40 5, DNMG150404E-1B SP ,70 15,50 4,76 0,40 5, DNMG150408E-1B NL250 12,70 15,50 4,76 0,80 5, DNMG150408E-1B SP ,70 15,50 4,76 0,80 5, DNMG150412E-1B SP ,70 15,50 4,76 1,20 5, DNMG150412E-1B NL250 12,70 15,50 4,76 1,20 5, DNMG150604E-1B SP ,70 15,50 6,35 0,40 5, DNMG150604E-1B NL250 12,70 15,50 6,35 0,40 5, DNMG150608E-1B NL250 12,70 15,50 6,35 0,80 5, DNMG150608E-1B SP ,70 15,50 6,35 0,80 5,16 DNMG150612E-1B SP ,70 15,50 6,35 1,20 5, DNMG150612E-1B NL250 12,70 15,50 6,35 1,20 5,16 Finishing Finishing Finishing Finishing Finishing Finishing Finishing Finishing Finishing Finishing Finishing Finishing For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 77

80 D Style Turning Inserts DNMG 2N Geometry m d r s h 55 I ISO Description Grade d I s r h Material Application DNMG110404E-2N NL250 9,52 11,00 4,76 0,40 4, DNMG110404E-2N NL300 9,52 11,00 4,76 0,40 4, DNMG110404E-2N NL920 9,52 11,00 4,76 0,40 4, DNMG110408E-2N NL250 9,52 11,00 4,76 0,80 4, DNMG110408E-2N NL300 9,52 11,00 4,76 0,80 4, DNMG110408E-2N NL920 9,52 11,00 4,76 0,80 4,39 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 78

81 D Style Turning Inserts DNMG 2N Geometry m d r s h 55 I ISO Description Grade d I s r h Material Application DNMG150404E-2N NL250 12,70 15,50 4,76 0,40 5, DNMG150404E-2N NL300 12,70 15,50 4,76 0,40 5, DNMG150404E-2N NL920 12,70 15,50 4,76 0,40 5, DNMG150408E-2N NL250 12,70 15,50 4,76 0,80 5, DNMG150408E-2N NL300 12,70 15,50 4,76 0,80 5, DNMG150408E-2N NL920 12,70 15,50 4,76 0,80 5, DNMG150412E-2N NL250 12,70 15,50 4,76 1,20 5, DNMG150412E-2N NL300 12,70 15,50 4,76 1,20 5, DNMG433A-2N NL250 12,70 15,50 4,76 1,20 5, DNMG150604E-2N NL250 12,70 15,50 6,35 0,40 5, DNMG150604E-2N NL300 12,70 15,50 6,35 0,40 5, DNMG150604E-2N NL920 12,70 15,50 6,35 0,40 5, DNMG150608E-2N NL250 12,70 15,50 6,35 0,80 5, DNMG150608E-2N NL300 12,70 15,50 6,35 0,80 5, DNMG150608E-2N NL920 12,70 15,50 6,35 0,80 5, DNMG150612E-2N NL250 12,70 15,50 6,35 1,20 5, DNMG150612E-2N NL300 12,70 15,50 6,35 1,20 5, DNMG150612E-2N NL920 12,70 15,50 6,35 1,20 5,16 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 79

82 D Style Turning Inserts DNMG 3J Geometry m d r s h 55 I ISO Description Grade d I s r h Material Application DNMG110404E-3J SP4019 9,52 11,00 4,76 0,40 4, DNMG110408E-3J SP4019 9,52 11,00 4,76 0,80 4, DNMG150404E-3J SP ,70 15,50 4,76 0,40 5, DNMG150408E-3J SP ,70 15,50 4,76 0,80 5, DNMG150412E-3J SP ,70 15,50 4,76 1,20 5, DNMG150604E-3J SP ,70 15,50 6,35 0,40 5, DNMG150608E-3J SP ,70 15,50 6,35 0,80 5, DNMG150612E-3J SP ,70 15,50 6,35 1,20 5,16 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 80

83 D Style Turning Inserts DNMG 4E Geometry m d r s h 55 I ISO Description Grade d I s r h Material Application DNMG150404E-4E SP ,70 15,50 4,76 0,40 5, DNMG150408E-4E SP ,70 15,50 4,76 0,80 5, DNMG E NL400 12,70 15,50 4,76 0,80 5, DNMG150412E-4E SP ,70 15,50 4,76 1,20 5, DNMG150412E-4E NL400 12,70 15,50 4,76 1,20 5, DNMG150604E-4E SP ,70 15,50 6,35 0,40 5, DNMG150608E-4E SP ,70 15,50 6,35 0,80 5, DNMG150608E-4E NL400 12,70 15,50 6,35 0,80 5, DNMG150612E-4E SP ,70 15,50 6,35 1,20 5, DNMG150612E-4E NL400 12,70 15,50 6,35 1,20 5, For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 81

84 D Style Turning Inserts DNMG 4T Geometry 55 m d I r s h ISO Description Grade d I s r h Material Application DNMG150404E-4T NL250 12,70 15,50 4,76 0,40 5, DNMG150404E-4T NL300 12,70 15,50 4,76 0,40 5, DNMG150404E-4T NL400 12,70 15,50 4,76 0,40 5, DNMG150404E-4T NL920 12,70 15,50 4,76 0,40 5, DNMG150408E-4T NL250 12,70 15,50 4,76 0,80 5, DNMG150408E-4T NL300 12,70 15,50 4,76 0,80 5, DNMG150408E-4T NL400 12,70 15,50 4,76 0,80 5, DNMG150408E-4T NL920 12,70 15,50 4,76 0,80 5, DNMG150412E-4T NL250 12,70 15,50 4,76 1,20 5, DNMG150412E-4T NL300 12,70 15,50 4,76 1,20 5, DNMG150412E-4T NL400 12,70 15,50 4,76 1,20 5, DNMG150412E-4T NL920 12,70 15,50 4,76 1,20 5, DNMG150604E-4T NL250 12,70 15,50 6,35 0,40 5, DNMG150604E-4T NL300 12,70 15,50 6,35 0,40 5, DNMG150604E-4T NL400 12,70 15,50 6,35 0,40 5, DNMG150604E-4T NL920 12,70 15,50 6,35 0,40 5, DNMG150608E-4T NL250 12,70 15,50 6,35 0,80 5, DNMG150608E-4T NL300 12,70 15,50 6,35 0,80 5, DNMG150608E-4T NL400 12,70 15,50 6,35 0,80 5, DNMG150608E-4T NL920 12,70 15,50 6,35 0,80 5,16 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 82

85 D Style Turning Inserts DNMG 4T Geometry 55 m d I r s h ISO Description Grade d I s r h Material Application DNMG150612E-4T NL250 12,70 15,50 6,35 1,20 5, DNMG150612E-4T NL300 12,70 15,50 6,35 1,20 5, DNMG150612E-4T NL400 12,70 15,50 6,35 1,20 5, DNMG150612E-4T NL920 12,70 15,50 6,35 1,20 5, DNMG190608E-4T NL250 15,88 19,40 6,35 0,80 6, DNMG190608E-4T NL300 15,88 19,40 6,35 0,80 6, DNMG190608E-4T NL400 15,88 19,40 6,35 0,80 6, DNMG190608E-4T NL920 15,88 19,40 6,35 0,80 6, DNMG190612E-4T NL250 15,88 19,40 6,35 1,20 6, DNMG190612E-4T NL300 15,88 19,40 6,35 1,20 6, DNMG190612E-4T NL400 15,88 19,40 6,35 1,20 6, DNMG190612E-4T NL920 15,88 19,40 6,35 1,20 6,35 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 83

86 D Style Turning Inserts DNMG 4U Geometry 55 m d I r s h ISO Description Grade d I s r h Material Application DNMG150408E-4U NL200 12,70 15,50 4,76 0,80 5, DNMG150412E-4U NL200 12,70 15,50 4,76 1,20 5, DNMG150608E-4U NL200 12,70 15,50 6,35 0,80 5, DNMG150612E-4U NL200 12,70 15,50 6,35 1,20 5,16 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 84

87 D Style External Toolholders DDJN 93 h h1 f b L2 L1 DDJN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L DDJNL 2020 K 11 LH DN_ DDJNL 2525 M11 LH DN_ DDJNR 2020 K11 RH DN_ DDJNR 2525 M11 RH DN_ DDJNL 2020 K 15 LH DN_ DDJNL 2525 M15 LH DN_ DDJNL 3232 P15 LH DN_ DDJNR 2020 K15 RH DN_ DDJNR 2525 M15 RH DN_ DDJNR 3232 P15 RH DN_ β D Style External Toolholder for Negative Inserts: DN_1104 & DN_1506 Axial Approach 93 Axial -6,25 Radial -6,75 RH Holder Shown DDJNL/R Spare Parts Item Description DDJNL/R 2020 K11 DDJNL/R 2525 M11 DDJNL/R 2020 K15 DDJNL/R 2525 M15 DDJNL/R 3232 P15 Clamp Screw Clamp Clamp Spring Anvil Anvil Screw Clamp Anvil & Anvil Screw Key DC IDSN KH DC IDSN KH

88 D Style External Toolholders PDNN 63 h h1 f b L2 L1 PDNN External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L PDNNN 2020 K15 Neutral DN_ PDNNN 2525 M15 Neutral DN_ , PDNNN 3232 P15 Neutral DN_ β β P Style External Toolholder for Negative Inserts: DN_1506 Axial Approach 63 Axial -8 Radial -2,5 Neutral Holder Shown PDNN Spare Parts Item Description PDNN R/L/N 2020 K15 PDNN R/L/N 2525 M15 PDNN R/L/N 3232 P15 Lever Lever Screw Anvil Anvil Clip Clip Punch PL PLS PA PC PCP KH5003 Key 86

89 D Style PSC Toolholders DDJN 93 D 1 D 2 S f1 l1 DDJN LH & RH External PSC Toolholders Item Description Hand Insert Sizes S D1 D2 f1 l C5-50-DDJNL LH DN_ C5-50-DDJNR RH DN_ C6-63-DDJNL LH DN_ C6-63-DDJNR RH DN_ β D Style External Toolholder for Negative Inserts: DN_1506 Approach 93 Axial -6 Radial -7 RH Holder Shown DDJNL/R Spare Parts Item Description Clamp Clamp Screw Anvil Anvil Screw Clamp Spring Screw Key C5-50-DDJNL/R C6-63-DDJNL/R IDSN KH

90 D Style Internal Boring Bars A..PDUN 93 h D A f L 1 A..PDUN LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h A25R PDUNL 11 LH DN_ A25R PDUNR 11 RH DN_ A32S PDUNL 15 LH DN_ A40T PDUNL 15 LH DN_ A32S PDUNR 15 RH DN_ A40T PDUNR 15 RH DN_ Through Coolant P Style Boring Bar for Negative Inserts: DN_1104 & DN_1506 Axial Approach 93 Axial -6 Radial -14 RH Bar Shown β A..PDUNL/R Spare Parts Item Description Lever Lever Screw Anvil A25R PDUNL/R PL PLS PA PC PCP KH5025 A32S PDUNL/R 15 A40T PDUNL/R PL PLS PA PC PCP KH5003 Anvil Clip Clip Punch Key 88

91 D Style Internal Boring Bars S..PDUN 93 -EX h1 h D A f L1 S..PDUN LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h h S32U PDUNL 15-EX LH DN_ S40V PDUNL 15-EX LH DN_ , S32U PDUNR 15-EX RH DN_ S40V PDUNR 15-EX RH DN_ ,5 Through Coolant β P Style Internal Boring Bar Negative Inserts: DN_1506 Axial Approach 93 RH Bar Shown S..PDUNL/R -EX Spare Parts Item Description Lever Lever Screw S32U PDUNL/R 15-EX PLS PL8415 S40V PDUNL/R 15-EX PLS PA PC PCP0012 Anvil Anvil Clip Clip Punch Key KH

92 E Style Turning Inserts ATI Stellram s Posicut range of positive inserts and holders, along with the Poismatic range for small part machining for medical and watchmaker components. The E Style Program, developed exclusively by ATI Stellram: With the 75 inclusive cutting angle this gives the E inserts an advantage over the C style inserts, allowing for greater radial clearance between the work piece and insert for pro ling and chip evacuation. Also improves insert location with a more secure pocket design whilst not compromising insert edge strength ATI Stellram Posicut TM E Style Inserts in combination with the Stellram Boring Bar s give greater radial clearance, and with the improved design of Insert and Boring Bar, allows for greater pro ling capability and chip evacuation. 90

93 E Style Turning Inserts ECMT -73 Geometry m d r m 1 s h 75 I 7 ISO Description Grade d I s r h Material Application ECMT09T304E-73 NL300 9,52 9,85 3,97 0,40 4, ECMT09T308E-73 NL300 9,52 9,85 3,97 0,80 4,40 ECMT12T304E-73 SP ,00 12,40 3,97 0,40 5, ECMT12T304E-73 NL300 12,00 12,40 3,97 0,40 5, ECMT12T304E-73 NL920 12,00 12,40 3,97 0,40 5, ECMT12T308E-73 SP ,00 12,40 3,97 0,80 5, ECMT12T308E-73 NL300 12,00 12,40 3,97 0,80 5, ECMT12T308E-73 NL920 12,00 12,40 3,97 0,80 5, ECMT12T312E-73 NL300 12,00 12,40 3,97 1,20 5, ECMT12T312E-73 NL920 12,00 12,40 3,97 1,20 5, ECMT16M608E-73 NL300 15,88 16,40 6,00 0,80 6, ECMT16M608E-73 NL920 15,88 16,40 6,00 0,80 6, ECMT16M612E-73 NL300 15,88 16,40 6,00 1,20 6, ECMT16M612E-73 NL920 15,88 16,40 6,00 1,20 6,40 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 91

94 E Style Turning Inserts EPEX -15 Geometry m d r m 1 s h 75 I 11 ISO Description Grade d I s r h Material Application EPEX040202F-15 GH1 4,76 4,93 2,38 0,20 2, EPEX040202F-15 SP4019 4,76 4,93 2,38 0,20 2,30 Finishing Finishing EPEX060202F-15 GH1 6,35 6,54 2,38 0,20 2, EPEX060202F-15 SP4019 6,35 6,54 2,38 0,20 2,80 Finishing Finishing For Toolholders External: see pages Internal: see pages EPEX m d r m 1 s h 75 I 11 ISO Description Grade d I s r h Material Application EPEX060202FL SP4019 6,35 6,54 2,38 0,20 2, EPEX060202FR SP4019 6,35 6,54 2,38 0,20 2, EPEX060202FL GH1 6,35 6,54 2,38 0,20 2, EPEX060202FR GH1 6,35 6,54 2,38 0,20 2, EPEX060204FL SP4019 6,35 6,54 2,38 0,40 2, EPEX060204FR SP4019 6,35 6,54 2,38 0,40 2, EPEX060204FL GH1 6,35 6,54 2,38 0,40 2, EPEX060204FR GH1 6,35 6,54 2,38 0,40 2,80 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 92

95 E Style Turning Inserts EPEX d r s m m 1 h 75 I 11 ISO Description Grade d I s r h Material Application EPEX08M3005FL SP EPEX08M3005FR SP EPEX08M3005FL GH EPEX08M3005FR GH EPEX08M301FL SP EPEX08M301FR SP EPEX08M301FL GH EPEX08M301FR GH EPEX08M302FL SP EPEX08M302FR SP EPEX08M302FL GH EPEX08M302FR GH EPEX08M304FL SP EPEX08M304FR SP For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 93

96 E Style Turning Inserts EPGT -62 Geometry m d r m 1 s h 75 I 11 ISO Description Grade d I s r h Material Application EPGT040201E-62 SP4019 4,76 4,93 2,38 0,10 2, EPGT040202E-62 SP4019 4,76 4,93 2,38 0,20 2, EPGT040204E-62 SP4019 4,76 4,93 2,38 0,40 2,30 Finishing Finishing Finishing EPGT060202E-62 SP4019 6,35 6,54 2,38 0,20 2, EPGT060204E-62 SP4019 6,35 6,54 2,38 0,40 2,80 Finishing Finishing EPGT08M301E-62 SP4019 8,00 8,20 3,00 0,10 4, EPGT08M302E-62 SP4019 8,00 8,20 3,00 0,20 4, EPGT08M304E-62 SP4019 8,00 8,20 3,00 0,40 4, EPGT08M308E-62 SP4019 8,00 8,20 3,00 0,80 4, EPGX08M3005E-62 SP4019 8,00 8,20 3,00 0,05 4,20 Finishing Finishing Finishing Finishing Finishing For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 94

97 E Style Turning Inserts EPMT m d r m 1 s h 75 I 11 ISO Description Grade d I s r h Material Application EPMT060202E SP4019 6,35 6,54 2,38 0,20 2, EPMT060202E NL300 6,35 6,54 2,38 0,20 2, EPMT060204E GH1 6,35 6,54 2,38 0,40 2, EPMT060204E SP4019 6,35 6,54 2,38 0,40 2, EPMT060204E NL300 6,35 6,54 2,38 0,40 2, EPMT060204E NL920 6,35 6,54 2,38 0,40 2, EPMT08M302E GH1 8,00 8,20 3,00 0,20 4, EPMT08M302E SP4019 8,00 8,20 3,00 0,20 4, EPMT08M302E NL300 8,00 8,20 3,00 0,20 4, EPMT08M304E GH1 8,00 8,20 3,00 0,40 4, EPMT08M304E SP4019 8,00 8,20 3,00 0,40 4, EPMT08M304E NL300 8,00 8,20 3,00 0,40 4,20 EPMT08M304E NL920 8,00 8,20 3,00 0,40 4, EPMT08M308E GH1 8,00 8,20 3,00 0,80 4, EPMT08M308E SP4019 8,00 8,20 3,00 0,80 4, EPMT08M308E NL300 8,00 8,20 3,00 0,80 4, EPMT08M308E NL920 8,00 8,20 3,00 0,80 4,20 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 95

98 E Style Turning Inserts EPMT -73 Geometry m d r m 1 s h 75 I 11 ISO Description Grade d I s r h Material Application EPMT08M302E-73 SP4019 8,00 8,20 3,00 0,20 4, EPMT08M302E-73 NL300 8,00 8,20 3,00 0,20 4, EPMT08M304E-73 SP4019 8,00 8,20 3,00 0,40 4, EPMT08M304E-73 NL300 8,00 8,20 3,00 0,40 4, EPMT08M304E-73 NL920 8,00 8,20 3,00 0,40 4, EPMT08M308E-73 SP4019 8,00 8,20 3,00 0,80 4, EPMT08M308E-73 NL300 8,00 8,20 3,00 0,80 4, EPMT08M308E-73 NL920 8,00 8,20 3,00 0,80 4,20 For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 96

99 E Style External Toolholders SEAP 90 f 0 b 90 L 2 L 1 h 1 h Inserts - EPGT08M3 & EPMT08M3 SEAP LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SEAPL 1010 M08 LH EP_08M SEAPL 1212 M08 LH EP_08M SEAPL 1616 M08 LH EP_08M SEAPL 2020 K08 LH EP_08M SEAPR 1010 M08 RH EP_08M SEAPR 1212 M08 RH EP_08M SEAPR 1616 M08 RH EP_08M SEAPR 2020 K08 RH EP_08M β S Style External Toolholder for Positive Inserts: EP_08M3 Approach 90 Axial: 0 Radial 0 RH Holder Shown SEAPL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SEAPL/R 1010 E06 SEAPL/R 1212 F09 SEAPL/R 1616 H09 SEAPL/R 2020 K A3006T T

100 E Style External Toolholders SEGP 90 f 0 b 90 L 2 L 1 h 1 h Inserts - EPGT08M3 & EPMT08M3 SEGP LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SEGPL 0808 F08 LH EP_08M SEGPL 1010 F08 LH EP_08M SEGPL 1212 F08 LH EP_08M SEGPR 0808 F08 RH EP_08M SEGPR 1010 F08 RH EP_08M SEGPR 1212 F08 RH EP_08M β S Style External Toolholder for Positive Inserts: EP_08M3 Approach 90 Axial: 0 Radial 0 RH Holder Shown SEGPL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SEGPL/R 0808 F08 SEGPL/R 1010 F08 SEGPL/R 1212 F A3006T T

101 E Style External Toolholders SEJC 93 f b 3 93 L 2 L 1 h 1 h Inserts - EPMT16M6 SEJC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SEJCL 2525 M16 LH EC_16M SEJCR 2525 M16 RH EC_16M β S Style External Toolholder for Positive Inserts: EC_16M6 Approach 93 Axial: 0 Radial 0 RH Holder Shown SEJCL/R Spare Parts (mm) Item Description Insert Screw Insert Key Anvil Anvil Screw SEJCL/R 2525 M A5025T T

102 E Style External Toolholders SELC 97,5 f 97 30' 7 30' b L 2 L 1 h 1 h Inserts - ECMT12T3 SELC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SELCL 2020 K12 LH EC_12T SELCL 2525 M12 LH EC_12T β SELCR 2020 K12 RH EC_12T SELCR 2525 M12 RH EC_12T S Style External Toolholder for Positive Inserts: EC_12T3 Approach 97,5 Axial: 0 Radial 0 RH Holder Shown SELCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SELCL/R 2020 K12 SELCL/R 2525 M K SA SAS

103 E Style External Toolholders SELP 97,5 7 30' f 97 30' b L 2 L 1 h 1 h Inserts - EPGT08M3 & EPMT08M3 SELP LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SELPL 1010 F08 LH EP_08M SELPL 1212 F08 LH EP_08M SELPL 1616 H08 LH EP_08M SELPL 2020 K08 LH EP_08M SELPL 2525 M08 LH EP_08M SELPR 1010 F08 RH EP_08M SELPR 1212 F08 RH EP_08M SELPR 1616 H08 RH EP_08M SELPR 2020 K08 RH EP_08M SELPR 2525 M08 RH EP_08M β S Style External Toolholder for Positive Inserts: EP_08M3 Approach 97,5 Axial: 0 Radial 0 RH Holder Shown SELPL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SELPL/R 1010 F08 SELPL/R 1212 F08 SELPL/R 1616 H08 SELPL/R 2020 K08 SELPL/R 2525 M A3006T T

104 E Style External Toolholders SESP 45 f f 1 b 45 L 2 L 1 h 1 h Inserts - EPGT08M3 & EPMT8M3 SESP LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SESPL 1010 F08 LH EP_08M , SESPL 1212 F08 LH EP_08M SESPR 1010 F08 RH EP_08M , SESPR 1212 F08 RH EP_08M β S Style External Toolholder Positive Inserts: EP_08M3 Approach 45 Axial: 0 Radial 0 RH Holder Shown SESPL/R Spare Parts Item Description SESPL/R 1010 F08 SESPL/R 1212 F08 Insert Screw Insert Key A3006T T Anvil Anvil Screw 102

105 E Style Internal Boring Bars A.. SELP 97,5 D h1 A f L1 Inserts - EPEX0402, EPGT0402, EPEX0602, EPGT0602, EPMT0602, EPEX08M3, EPGT08M3 and EPMT8M3 A.. SELP LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h S06F SELPL 04 LH EP_ , A08H SELPL 04 LH EP_ S06F SELPR 04 RH EP_ , A08H SELPR 04 RH EP_ A08H SELPL 06 LH EP_ A10K SELPL 06 LH EP_ A08H SELPR 06 RH EP_ A10K SELPR 06 RH EP_ A10K SELPL 08 LH EP_08M A12K SELPL 08 LH EP_08M A16M SELPL 08 LH EP_08M A20Q SELPL 08 LH EP_08M A25R SELPL 08 LH EP_08M , A10K SELPR 08 RH EP_08M A12K SELPR 08 RH EP_08M A16M SELPR 08 RH EP_08M A20Q SELPR 08 RH EP_08M A25R SELPR 08 RH EP_08M ,5 Through Coolant β S Style Boring Bar for Positive Inserts: EP_0402, EP_0602, and EP_08M3 Approach 97,5 Axial 5 Radial 3-5 RH Bar Shown A.. SELPL/R Spare Part Item Description Insert Screw Insert Key Anvil Anvil Screw S06F SELPL/R 04 A08H SELPL/R 04 A/D08H SELPL/R 06 A10K SELPL/R 06 A/D10K SELPL/R 08 A/D12K SELPL/R 08 A/D16M SELPL/R 08 A/D20Q SELPL/R 08 A/D25R SELPL/R F2004T T F2505T T A3006T T

106 E Style Internal Boring Bars D.. SELP 97,5 Anti-Vibration Bars A f 95 5 D L 1 k h 1 z D.. SELP LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h D08H SELPR 06 RH EP_ D10K SELPR 08 RH EP_08M D12K SELPR 08 RH EP_08M D16M SELPR 08 RH EP_08M D20Q SELPR 08 RH EP_08M Through Coolant β S Style Boring Bar for Positive Inserts: EP_0402, EP_0602, and EP_08M3 Approach 97,5 Axial 5 Radial 3-5 RH Bar Shown A.. SELPL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw S06F SELPL/R 04 A08H SELPL/R 04 A/D08H SELPL/R 06 A10K SELPL/R 06 A/D10K SELPL/R 08 A/D12K SELPL/R 08 A/D16M SELPL/R 08 A/D20Q SELPL/R 08 A/D25R SELPL/R F2004T T F2505T T A3006T T

107 E Style Internal Boring Bars A.. SEUP 93 A f 93 3 D L 1 k h 1 z Inserts - EPEX0402, EPGT0402, EPEX0602, EPGT0602, EPMT0602, EPEX08M3, EPGT08M3 and EPMT8M3 A.. SEUP LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h S06F SEUPL 04 LH EP_ , S06F SEUPR 04 RH EP_ , A08H SEUPL 06 LH EP_ A08H SEUPR 06 RH EP_ A10K SEUPL 08 LH EP_08M A12K SEUPL 08 LH EP_08M A10K SEUPR 08 RH EP_08M A12K SEUPR 08 RH EP_08M Through Coolant S Style Boring Bar for Positive Inserts: EP_0402, EP_0602, and EP_08M3 Approach 93 Axial 0-3 Radial 5-10 RH Bar Shown β A.. SEUPL/R Spare Parts Item Description Insert Screw Insert Key S06F SEUPL/R F2004T T A08H SEUPL/R F2505T T A10K SEUPL/R 08 A12K SEUPL/R A3006T T Anvil Anvil Screw 105

108 R Style Turning Inserts RCGX Ceramics d s 7 ISO Description Grade d I s r h Material Application RCGX E010 SA6609 6,35-4,76 0, RCGX E010 SA6609 9,52-7,94 0, RCGX E010 SA ,70-7,94 0,00 - Note: For edge condition refer to Grade page 31 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 106

109 R Style Turning Inserts RCMT 2N Geometry d s h 7 ISO Description Grade d I s r h Material Application RCMT190600E-2N NL920 19,05-6,35-6,50 For Toolholders External: see pages RCMT d s h 7 ISO Description Grade d I s r h Material Application RCMT0602M0E NL250 6,00-2,38-2, RCMT0602M0E NL920 6,00-2,38-2, RCMT10T3M0E NL250 10,00-3,97-4, RCMT10T3M0E NL400 10,00-3,97-4, RCMT10T3M0E NL920 10,00-3,97-4, RCMT1204M0E NL250 12,00-4,76-5, RCMT1204M0E NL400 12,00-4,76-5, RCMT1204M0E NL920 12,00-4,76-5, RCMT1606M0E NL300 15,88-6,35-5, RCMT1606M0E NL400 15,88-6,35-5, RCMT1606M0E NL920 15,88-6,35-5,51 For Toolholders External: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 107

110 R Style Turning Inserts RCMT d s h 7 ISO Description Grade d I s r h Material Application RCMT2006M0E NL300 20,00-6,35-6, RCMT2006M0E NL400 20,00-6,35-6, RCMT2006M0E NL920 20,00-6,35-6, RCMT2507M0S NL300 25,00-7,94-7, RCMT2507M0S NL400 25,00-7,94-7, RCMT2507M0S NL920 25,00-7,94-7, RCMT3209M0S NL400 32,00-9,53-7, RCMT3209M0S NL300 32,00-9,53-7,95 For Toolholders External: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 108

111 R Style External Toolholders SRDC h h1 f b L2 L1 Inserts - RCMT0602, 10T3, and 1204 SRDC Neutral External Square Shank Toolholders Item Description Hand Insert Sizes h = h1 b f L1 L SRDC N 1616 H06 Neutral RCMT_ SRDC N 2020 K06 Neutral RCMT_ SRDC N 2020 K10 Neutral RCMT_10T SRDC N 2525 M10 Neutral RCMT_10T , SRDC N 2020 K12 Neutral RCMT_ SRDC N 2525 M12 Neutral RCMT_ , S Style External Toolholder for Positive Inserts: RCMT06, 10, and 12 Approach Angle 0 Axial 0 Radial 0 Neutral Holder Shown SRDC N Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SRDC N 1616 H06 SRDC N 2020 K06 SRDC N 2020 K10 SRDC N 2525 M10 SRDC N 2020 K12 SRDC N 2525 M F2507T T SA K SAS SA

112 R Style External Toolholders PRSC h h1 f b L2 L1 Inserts - RCMT10T3, 1204, 1606, 2006, & 2507 PRSC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes h = h1 b f L1 L PRSCL 2020 K10 LH RCMT_10T PRSCL 2525 M10 LH RCMT_10T PRSCR 2020 K10 RH RCMT_10T PRSCR 2525 M10 RH RCMT_10T PRSCL 2020 K12 LH RCMT_ PRSCL 2525 M12 LH RCMT_ PRSCR 2020 K12 RH RCMT_ PRSCR 2525 M12 RH RCMT_ PRSCL 2525 M16 LH RCMT_ PRSCL 3225 P16 LH RCMT_ PRSCR 2525 M16 RH RCMT_ PRSCR 3225 P16 RH RCMT_ PRSCL 3232 P20 LH RCMT_ PRSCR 3232 P20 RH RCMT_ *PRSCL 4040 S25 LH RCMT_ *PRSCR 4040 S25 RH RCMT_ * Non Stock Items, subject to extended delivery time P Style External Toolholder for Positive Inserts: RCMT10, 12, 16, 20 and 25 Approach Angle 0 Axial 0 Radial 0 RH Holder Shown Item Description Lever Lever Screw PRSCL/R Spare Parts Anvil PRSCL/R 2020 K PL PLS PA KH5002 PRSCL/R 2525 M PC PCP0009 PRSCL/R 2020 K PL PLS PA3812 PRSCL/R 2525 M KH5025 PRSCL/R 2525 M PL PLS PA PC PCP0012 PRSCL/R 3232 P16 PRSCL/R 3232 P PL PLS PA PC PCP KH5003 *PRSCL/R 4040 S PL PLS PA PC PCP KH5004 Anvil Clip Clip Punch Key 110

113 R Style Turning Inserts RNGN Ceramics d s h ISO Description Grade d I s r h Material Application RNGN E010 SA6609 9,52-3, RNGN E010 SA6609 9,52-4, RNGN E010 SA ,70-4, RNGN E010 SA ,70-7, RNGN E030 SA ,70-7, RNGN E010 SA ,88-7, RNGN E010 SA ,05-7, Note: For edge condition refer to Grade page 31 RNMG 4T Geometry d s h ISO Description Grade d I s r h Material Application RNMG250900E-4T NL300 25,00-9,53 0,80 5, RNMG250900E-4T NL920 25,00-9,53 0,80 5,16 For Toolholders External: see page 113 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 111

114 R Style Turning Inserts RPGN Ceramics d s 11 ISO Description Grade d I s r h Material Application RPGN E010 SA6609 9,52-3, RPGN E010 SA ,70-4, Note: For edge condition refer to Grade page 31 RPGX Ceramics d s 11 ISO Description Grade d I s r h Material Application RPGX E010 SA6609 6,35-4, RPGX E010 SA6609 9,52-7, RPGX E010 SA ,70-7, Note: For edge condition refer to Grade page 31 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 112

115 R Style External Toolholders PRSN h h1 f b L2 L1 PRSN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes h = h1 b f L1 L PRSNL 4040 S25 LH RN_ PRSNR 4040 S25 RH RN_ β P Style External Toolholder for Negative Inserts: RN_2509 Axial Approach 0 Axial -6 Radial -6 RH Holder Shown Item Description Lever Lever Screw PRSNL/R Spare Parts Anvil PRSNL/R 4040 S PL PLS PA PC PCP KH5005 Anvil Clip Clip Punch Key 113

116 S Style Turning Inserts SCMT -73 Geometry r d m 90 I 7 s h ISO Description Grade d I s r h Material Application SCMT09T304E-73 SP4019 9,53 9,53 3,97 0,40 4, SCMT09T304E-73 NL300 9,53 9,53 3,97 0,40 4, SCMT09T304E-73 NL920 9,53 9,53 3,97 0,40 4, SCMT09T308E-73 SP4019 9,53 9,53 3,97 0,80 4, SCMT09T308E-73 NL300 9,53 9,53 3,97 0,80 4, SCMT09T308E-73 NL920 9,53 9,53 3,97 0,80 4, SCMT12M504E-73 SP ,70 12,70 5,00 0,40 5, SCMT12M504E-73 NL300 12,70 12,70 5,00 0,40 5, SCMT12M504E-73 NL920 12,70 12,70 5,00 0,40 5, SCMT12M508E-73 SP ,70 12,70 5,00 0,80 5, SCMT12M508E-73 NL300 12,70 12,70 5,00 0,80 5, SCMT12M508E-73 NL920 12,70 12,70 5,00 0,80 5,50 For Toolholders External: see page 115 Internal: see page 116 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 114

117 S Style External Toolholders SSSC 45 h h1 f b L2 L1 Inserts - SCMT09T3 & 12M5 SSSC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SSSCL 1212 F09 LH SCMT09T SSSCL 1616 H09 LH SCMT09T SSSCR 1212 F09 RH SCMT09T SSSCR 1616 H09 RH SCMT09T SSSCL 2020 K12 LH SCMT12M SSSCL 2525 M12 LH SCMT12M SSSCR 2020 K12 RH SCMT12M SSSCR 2525 M12 RH SCMT12M β S Style External Toolholder for Positive Inserts SCMT09T3 & SCMT12M5 Approach Angle 45 Axial 0 Radial 0 RH Holder Shown SSSCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SSSCL/R 1212 F09 SSSCL/R 1616 H09 SSSCL/R 2020 K12 SSSCL/R 2525 M D4010T T K SA SAS

118 S Style Internal Boring Bars SSKC 75 D A f L2 L1 S.. SSKC LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L S16R SSKCL 09 LH SC_09T S20S SSKCL 09 LH SC_09T S25T SSKCL 09 LH SC_09T S16R SSKCR 09 RH SC_09T S20S SSKCR 09 RH SC_09T S25T SSKCR 09 RH SC_09T S32U SSKCL 12 LH SC_12M *S40V SSKCL 12 LH SC_12M *S50W SSKCL 12 LH SC_12M S32U SSKCR 12 RH SC_12M *S40V SSKCR 12 RH SC_12M *S50W SSKCR 12 RH SC_12M * Note these items are on an extended delivery time Through Coolant S Style Internal Boring Bar for Positive Inserts: SCMT09T3 & SCMT12M5 Application: I/D Boring Axial Approach: 75 Axial 0 Radial -8 RH Bar Shown S.. SSKCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw S16R SSKCL/R S20S SSKCL/R T D4010T S25T SSKCL/R 09 S32U SSKCL/R 12 *S40V SSKCL/R 12 *S50W SSKCL/R K SA SAS1760 * Note these items are on an extended delivery time 116

119 S Style Turning Inserts SNGN Ceramics m 90 d I r s ISO Description Grade d I s r h Material Application SNGN E010 SA ,70 12,70 4,76 0, SNGN E010 SA ,70 12,70 4,76 1, SNGN E010 SA ,70 12,70 7,94 0, SNGN E010 SA ,70 12,70 7,94 1, SNGN E010 SA ,05 19,05 6,35 1,60 - Note: For edge condition refer to Grade page 31 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 117

120 S Style Turning Inserts SNMA Flat Top m 90 d I r s h ISO Description Grade d I s r h SNMA120408E NL250 12,70 12,70 4,76 0,80 5, SNMA120412E NL250 12,70 12,70 4,76 1,20 5, SNMA120416E NL250 12,70 12,70 4,76 1,60 5,16 Material Application Heavy Heavy Heavy SNMA150612E NL250 15,88 15,88 6,35 1,20 6,35 Heavy SNMA190616E NL250 19,05 19,05 6,35 1,60 7, SNMA190632E NL250 19,05 19,05 6,35 3,20 7,94 For Toolholders External: see pages Internal: see page 130 Heavy Heavy SNMG 1B Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMG120408E-1B SP ,70 12,70 4,76 0,80 5, SNMG120408E-1B NL250 12,70 12,70 4,76 0,80 5,16 Finishing Finishing For Toolholders External: see pages Internal: see page 130 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 118

121 S Style Turning Inserts SNMG 2N Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMG120408E-2N NL250 12,70 12,70 4,76 0,80 5, SNMG120408E-2N NL300 12,70 12,70 4,76 0,80 5, SNMG120408E-2N NL920 12,70 12,70 4,76 0,80 5, SNMG120412E-2N NL250 12,70 12,70 4,76 1,20 5, SNMG120412E-2N NL300 12,70 12,70 4,76 1,20 5, SNMG120412E-2N NL920 12,70 12,70 4,76 1,20 5, SNMG120416E-2N NL250 12,70 12,70 4,76 1,60 5, SNMG120416E-2N NL300 12,70 12,70 4,76 1,60 5, SNMG120416E-2N NL920 12,70 12,70 4,76 1,60 5, SNMG150608E-2N NL250 15,88 15,88 6,35 0,80 6, SNMG150608E-2N NL300 15,88 15,88 6,35 0,80 6, SNMG150608E-2N NL920 15,88 15,88 6,35 0,80 6, SNMG150612E-2N NL250 15,88 15,88 6,35 1,20 6, SNMG150612E-2N NL300 15,88 15,88 6,35 1,20 6, SNMG150612E-2N NL920 15,88 15,88 6,35 1,20 6, SNMG150616E-2N NL250 15,88 15,88 6,35 1,60 6, SNMG150616E-2N NL300 15,88 15,88 6,35 1,60 6, SNMG190612E-2N NL920 19,05 19,05 6,35 1,20 7, SNMG190616E-2N NL300 19,05 19,05 6,35 1,60 7, SNMG190616E-2N NL920 19,05 19,05 6,35 1,60 7,94 For Toolholders External: see pages Internal: see page 130 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 119

122 S Style Turning Inserts SNMG 3J Geometry m 90 d I r s h ISO Description Grade d I s r h SNMG120408E-3J SP ,70 12,70 4,76 0,80 5, SNMG120412E-3J SP ,70 12,70 4,76 1,20 5, SNMG120416E-3J SP ,70 12,70 4,76 1,60 5,16 For Toolholders External: see pages Internal: see page 130 Material Application SNMG 4E Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMG120408E-4E SP ,70 12,70 4,76 0,80 5, SNMG120408E-4E NL400 12,70 12,70 4,76 0,80 5, SNMG120412E-4E SP ,70 12,70 4,76 1,20 5, SNMG120412E-4E NL400 12,70 12,70 4,76 1,20 5, SNMG120416E-4E SP ,70 12,70 4,76 1,60 5, SNMG120416E-4E NL400 12,70 12,70 4,76 1,60 5,16 For Toolholders External: see pages Internal: see page 130 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 120

123 S Style Turning Inserts SNMG 4E Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMG150608E-4E SP ,88 15,88 6,35 0,80 6, SNMG150608E-4E NL400 15,88 15,88 6,35 0,80 6, SNMG150612E-4E SP ,88 15,88 6,35 1,20 6, SNMG150612E-4E NL400 15,88 15,88 6,35 1,20 6, SNMG150616E-4E SP ,88 15,88 6,35 1,60 6, SNMG150616E-4E NL400 15,88 15,88 6,35 1,60 6, SNMG190608E-4E SP ,05 19,05 6,35 0,80 7, SNMG190608E-4E NL400 19,05 19,05 6,35 0,80 7, SNMG190612E-4E SP ,05 19,05 6,35 1,20 7, SNMG190612E-4E NL400 19,05 19,05 6,35 1,20 7, SNMG190616E-4E NL400 19,05 19,05 6,35 1,60 7, SNMG190616E-4E SP ,05 19,05 6,35 1,60 7, SNMG190624E-4E SP ,05 19,05 6,35 2,40 7, SNMG190624E-4E NL400 19,05 19,05 6,35 2,40 7, For Toolholders External: see pages Internal: see page 130 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 121

124 S Style Turning Inserts SNMG 4T Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMG120404E-4T NL250 12,70 12,70 4,76 0,40 5, SNMG120404E-4T NL300 12,70 12,70 4,76 0,40 5, SNMG120404E-4T NL400 12,70 12,70 4,76 0,40 5, SNMG120404E-4T NL920 12,70 12,70 4,76 0,40 5, SNMG120408E-4T NL250 12,70 12,70 4,76 0,80 5, SNMG120408E-4T NL300 12,70 12,70 4,76 0,80 5, SNMG120408E-4T NL400 12,70 12,70 4,76 0,80 5, SNMG120408E-4T NL920 12,70 12,70 4,76 0,80 5, SNMG120412E-4T NL250 12,70 12,70 4,76 1,20 5, SNMG120412E-4T NL300 12,70 12,70 4,76 1,20 5, SNMG120412E-4T NL400 12,70 12,70 4,76 1,20 5, SNMG120412E-4T NL920 12,70 12,70 4,76 1,20 5, SNMG120416E-4T NL250 12,70 12,70 4,76 1,60 5, SNMG120416E-4T NL300 12,70 12,70 4,76 1,60 5, SNMG120416E-4T NL400 12,70 12,70 4,76 1,60 5, SNMG120416E-4T NL920 12,70 12,70 4,76 1,60 5,16 For Toolholders External: see pages Internal: see page 130 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 122

125 S Style Turning Inserts SNMG 4T Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMG150608E-4T NL250 15,88 15,88 6,35 0,80 6, SNMG150608E-4T NL300 15,88 15,88 6,35 0,80 6, SNMG150608E-4T NL400 15,88 15,88 6,35 0,80 6, SNMG150608E-4T NL920 15,88 15,88 6,35 0,80 6, SNMG150612E-4T NL250 15,88 15,88 6,35 1,20 6, SNMG150612E-4T NL300 15,88 15,88 6,35 1,20 6, SNMG150612E-4T NL400 15,88 15,88 6,35 1,20 6, SNMG150612E-4T NL920 15,88 15,88 6,35 1,20 6, SNMG150616E-4T NL250 15,88 15,88 6,35 1,60 6, SNMG150616E-4T NL300 15,88 15,88 6,35 1,60 6, SNMG150616E-4T NL400 15,88 15,88 6,35 1,60 6, SNMG150616E-4T NL920 15,88 15,88 6,35 1,60 6,35 For Toolholders External: see pages Internal: see page 130 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 123

126 S Style Turning Inserts SNMG 4T Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMG190612E-4T NL250 19,05 19,05 6,35 1,20 7, SNMG190612E-4T NL300 19,05 19,05 6,35 1,20 7, SNMG190612E-4T NL400 19,05 19,05 6,35 1,20 7, SNMG190612E-4T NL920 19,05 19,05 6,35 1,20 7, SNMG190616E-4T NL250 19,05 19,05 6,35 1,60 7, SNMG190616E-4T NL300 19,05 19,05 6,35 1,60 7, SNMG190616E-4T NL400 19,05 19,05 6,35 1,60 7, SNMG190616E-4T NL920 19,05 19,05 6,35 1,60 7, SNMG250924E-4T NL300 25,40 25,40 9,53 2,40 9, SNMG250924E-4T NL400 25,40 25,40 9,53 2,40 9, SNMG250924E-4T NL920 25,40 25,40 9,53 2,40 9,12 For Toolholders External: see pages Internal: see page 130 SNMG 4U Geometry m 90 d I r s h ISO Description Grade d I s r h SNMG120408E-4U NL200 12,70 12,70 4,76 0,80 5, SNMG120412E-4U NL200 12,70 12,70 4,76 1,20 5,16 For Toolholders External: see pages Internal: see page 130 Material Application Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 124

127 S Style Turning Inserts SNMM 5R Geometry m 90 d I r s h ISO Description Grade d I s r h Material Application SNMM150612E 5R NL300 15,88 15,88 6,35 1,20 6, SNMM150612E-5R NL400 15,88 15,88 6,35 1,20 6, SNMM150616E-5R NL300 15,88 15,88 6,35 1,60 6, SNMM150616E 5R NL400 15,88 15,88 6,35 1,60 6, SNMM150624E-5R NL300 15,88 15,88 6,35 2,40 6, SNMM150624E-5R NL400 15,88 15,88 6,35 2,40 6,35 Heavy Heavy Heavy Heavy Heavy Heavy SNMM190612E-5R NL300 19,05 19,05 6,35 1,20 7, SNMM190612E-5R NL400 19,05 19,05 6,35 1,20 7, SNMM190616E-5R NL300 19,05 19,05 6,35 1,60 7, SNMM190616E-5R NL400 19,05 19,05 6,35 1,60 7, SNMM190624E-5R NL300 19,05 19,05 6,35 2,40 7, SNMM190624E-5R NL400 19,05 19,05 6,35 2,40 7,94 Heavy Heavy Heavy Heavy Heavy Heavy SNMM250924E-5R NL300 25,40 25,40 9,53 2,40 9, SNMM250924E-5R NL400 25,40 25,40 9,53 2,40 9, SNMM250924E-5R NL920 25,40 25,40 9,53 2,40 9,12 Heavy Heavy Heavy For Toolholders External: see pages Internal: see page 130 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 125

128 S Style External Toolholders PSKN 75 h h1 f b L2 L1 PSKN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L PSKNL 2020 K 12 LH SN_ PSKNL 2525 M12 LH SN_ PSKNL 3225 P12 LH SN_ PSKNR 2020 K 12 RH SN_ PSKNR 2525 M12 RH SN_ PSKNR 3225 P12 RH SN_ PSKNL 2525 M15 LH SN_ PSKNL 3232 P15 LH SN_ PSKNR 2525 M15 RH SN_ PSKNR 3232 P15 RH SN_ *PSKNL 4040 S19 LH SN_ *PSKNR 4040 S19 RH SN_ *PSKNL 5050 T25 LH SN_ *PSKNR 5050 T25 RH SN_ * Non Stock Items, subject to extended delivery time β P Style External Toolholder for Negative Inserts: SN_1204, SN_1506, SN_1906 & SN_2507 Application: Facing Axial Approach 75 Axial -4,25 Radial -7,25 RH Holder Shown Item Description Lever Lever Screw PSKNL/R Spare Parts Anvil PSKNL/R 2020 K 12 PSKNL/R 2525 M PA PC PCP0012 PSKNL/R 3225 P KH5003 PSKNL/R 2525 M15 PSKNL/R 3232 P PA PC PCP0015 *PSKNL/R 4040 S PA PC PCP KH5004 *PSKNL/R 5050 T PA PC PCP KH5005 * Non Stock Items, subject to extended delivery time Anvil Clip Clip Punch Key 126

129 S Style External Toolholders PSBN 75 h h1 f b L2 L1 PSBN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L PSBNL 2020 K 12 LH SN_ PSBNL 2525 M12 LH SN_ PSBNL 3225 P12 LH SN_ PSBNR 2020 K 12 RH SN_ PSBNR 2525 M12 RH SN_ PSBNR 3225 P12 RH SN_ PSBNL 2525 M15 LH SN_ PSBNL 3232 P15 LH SN_ PSBNR 2525 M15 RH SN_ PSBNR 3232 P15 RH SN_ *PSBNL 4040 S19 LH SN_ *PSBNR 4040 S19 RH SN_ *PSBNL 5050 T25 LH SN_ *PSBNR 5050 T25 RH SN_ * Non Stock Items, subject to extended delivery time β P Style External Toolholder for Negative Inserts: SN_1204, SN_1506, SN_1906 & SN_2507 Application: Turn O/D Axial Approach 75 Axial -7,25 Radial -4,25 RH Holder Shown Item Description Lever Lever Screw PSBNL/R Spare Parts Anvil PSBNL/R 2020 K 12 PSBNL/R 2525 M PL PLS PA PC PCP0012 PSBNL/R 3225 P KH5003 PSBNL/R 2525 M15 PSBNL/R 3232 P PL PLS PA PC PCP0015 PSBNL/R 4040 S PL PLS PA PC PCP KH5004 *PSBNL/R 5050 T PL PLS PA PC PCP KH5005 * Non Stock Items, subject to extended delivery time Anvil Clip Clip Punch Key 127

130 S Style External Toolholders DSSN 45 h h1 f b L2 L1 DSSN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L DSSNL 2020 K12 LH SN_ DSSNL 2525 M12 LH SN_ DSSNL 3225 P12 LH SN_ DSSNR 2020 K12 RH SN_ DSSNR 2525 M12 RH SN_ DSSNR 3225 P12 RH SN_ DSSNL 2525 M15 LH SN_ DSSNL 3232 P15 LH SN_ DSSNR 2525 M15 RH SN_ DSSNR 3232 P15 RH SN_ DSSNL 3232 P19 LH SN_ *DSSNL 4040 S19 LH SN_ DSSNR 3232 P19 RH SN_ *DSSNR 4040 S19 RH SN_ * Non Stock Items, subject to extended delivery time β D Style External Toolholder for Negative Inserts: SN_1204, SN_1506 & SN_1906 Axial Approach 45 Axial -5,75 Radial -5,75 RH Holder Shown β DSSNL/R Spare Parts Item Description DSSNL/R 2020 K12 DSSNL/R 2525 M12 DSSNL/R 3225 P12 DSSNL/R 2525 M15 DSSNL/R 3232 P15 DSSNL/R 3232 P19 DSSNL/R 4040 S19 Clamp Screw Clamp DC2712 Clamp Spring Anvil Anvil Screw ISSN DC ISSN DC ISSN Clamp & Anvil Screw Key KH

131 S Style PSC Toolholders DSRN 75 D 2 S f1 l1 DSRN LH & RH External PSC Toolholders Item Description Hand Insert Sizes S D1 D2 f1 l C6-63-DSRNL LH SN_ C6-63-DSRNR RH SN_ β D Style External Toolholder for Negative Inserts: SN_1204 Application: External Face and Turn O/D Approach Angle 75 Axial -6 Radial -6 RH Holder Shown C.. DSRNL/R Spare Parts Item Description Clamp Clamp Screw Anvil Anvil Screw Clamp Spring Screw Key C6-63-DSRNL/R ISSN KH

132 S Style Internal Boring Bars A..PSKN 75 h1 h D A f L1 A..PSKN LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h h A25R PSKNL 12 LH SN_ , A32S PSKNL 12 LH SN_ , A40T PSKNL 12 LH SN_ , A25R PSKNR 12 RH SN_ , A32S PSKNR 12 RH SN_ , A40T PSKNR 12 RH SN_ ,5 Through Coolant β P Style Internal Boring Bar for Negative Inserts: SN_1204 Application: Boring Axial Approach 75 Axial -3 Radial -11 RH Bar Shown A..PSKNL/R Spare Parts Item Description Lever Lever Screw Anvil A25R PSKNL/R PL PLS KH5025 A32S PSKNlL/R PL PLS PA PC PCP KH5003 A40T PSKNL/R PL PLA1608 Anvil Clip Clip Punch Key 130

133 T Style Turning Inserts TCMT -73 Geometry r d m s h 60 I 7 ISO Description Grade d I s r h Material Application TCMT110202E-73 SP4019 6,35 11,00 2,38 0,20 2, TCMT110202E-73 NL300 6,35 11,00 2,38 0,20 2, TCMT110204E-73 SP4019 6,35 11,00 2,38 0,40 2, TCMT110204E-73 NL300 6,35 11,00 2,38 0,40 2, TCMT110204E-73 NL920 6,35 11,00 2,38 0,40 2, TCMT16T304E-73 SP4019 9,53 16,50 3,97 0,40 4, TCMT16T304E-73 NL300 9,53 16,50 3,97 0,40 4, TCMT16T304E-73 NL920 9,53 16,50 3,97 0,40 4, TCMT16T308E-73 SP4019 9,53 16,50 3,97 0,80 4, TCMT16T308E-73 NL300 9,53 16,50 3,97 0,80 4, TCMT16T308E-73 NL920 9,53 16,50 3,97 0,80 4, TCMT22M508E-73 NL920 12,70 22,00 5,00 0,80 5,50 For Toolholders External: see page 132 Internal: see page 133 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 131

134 T Style External Toolholders STJC 93 h h1 f b L2 L1 STJC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L STJCL 1212 F11 LH TCMT STJCL 1616 H11 LH TCMT STJCR 1212 F11 RH TCMT STJCR 1616 H11 RH TCMT STJCL 1616 H16 LH TCMT16T STJCL 2020 K16 LH TCMT16T STJCL 2525 M16 LH TCMT16T STJCR 1616 H16 RH TCMT16T STJCR 2020 K16 RH TCMT16T STJCR 2525 M16 RH TCMT16T S Style External Toolholder for Positive Inserts: TCMT1102 and TCMT16T3 Application: O/D Turning Approach Angle 93 Axial 0 Radial 0 RH Holder Shown STJCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw STJCL/R 1212 F11 STJCL/R 1616 H11 STJCL/R 1616 H16 STJCL/R 2020 K16 STJCL/R 2525 M F2507T T K SA SA

135 T Style Internal Boring Bars A..STFC 90 f L2 L D A A.. STFC LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L A12K STFCL 11 LH TCMT A16M STFCL 11 LH TCMT A20Q STFCL 11 LH TCMT A12K STFCR 11 RH TCMT A16M STFCR 11 RH TCMT A20Q STFCR 11 RH TCMT16T A25R STFCL 16 LH TCMT16T A32S STFCL 16 LH TCMT16T A25R STFCR 16 RH TCMT16T A32S STFCR 16 RH TCMT16T Through Coolant S Style Internal Boring Bar for Positive Inserts: TCMT1102 and TCMT16T3 Application: I/D Boring Axial Approach: 90 Axial 0 Radial -6 RH Bar Shown A.. STFCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw A12K STFCL/R 11 A16M STFCL/R 11 A20Q STFCL/R 11 A25R STFCL/R F2507T D4010T T7 T A32S STFCL/R K SA SAS

136 T Style Turning Inserts TNMA Flat Top r d m s h 60 I ISO Description Grade d I s r h Material Application TNMA160408E NL250 9,53 16,50 4,76 0,80 3, TNMA160412E NL250 9,53 16,50 4,76 1,20 3,81 Heavy Heavy TNMA220408E NL250 12,70 22,00 4,76 0,80 5, TNMA220412E NL250 12,70 22,00 4,76 1,20 5, TNMA220416E NL250 12,70 22,00 4,76 1,60 5,16 Heavy Heavy Heavy TNMA270616E NL250 15,88 27,50 6,35 1,60 6,35 Heavy For Toolholders External: see pages Internal: see page 143 r s TNMG 1B Geometry 60 I d m h ISO Description Grade d I s r h Material Application TNMG160404E-1B NL250 9,53 16,50 4,76 0,40 3, TNMG160404E-1B SP0819 9,53 16,50 4,76 0,40 3, TNMG160408E-1B NL250 9,53 16,50 4,76 0,80 3, TNMG160408E-1B SP0819 9,53 16,50 4,76 0,80 3, TNMG160412E-1B SP0819 9,53 16,50 4,76 1,20 3, TNMG160412E-1B NL250 9,53 16,50 4,76 1,20 3,81 Finishing Finishing Finishing Finishing Finishing Finishing For Toolholders External: see pages Internal: see page 143 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 134

137 T Style Turning Inserts TNMG 2N Geometry r d m s h 60 I ISO Description Grade d I s r h Material Application TNMG160404E-2N NL250 9,53 16,50 4,76 0,40 3, TNMG160404E-2N NL300 9,53 16,50 4,76 0,40 3, TNMG160404E-2N NL920 9,53 16,50 4,76 0,40 3, TNMG160408E-2N NL250 9,53 16,50 4,76 0,80 3, TNMG160408E-2N NL300 9,53 16,50 4,76 0,80 3, TNMG160408E-2N NL920 9,53 16,50 4,76 0,80 3, TNMG160412E-2N NL250 9,53 16,50 4,76 1,20 3, TNMG160412E-2N NL300 9,53 16,50 4,76 1,20 3, TNMG160412E-2N NL920 9,53 16,50 4,76 1,20 3, TNMG220404E-2N NL250 12,70 22,00 4,76 0,40 5, TNMG220404E-2N NL300 12,70 22,00 4,76 0,40 5, TNMG220404E-2N NL920 12,70 22,00 4,76 0,40 5, TNMG220408E-2N NL250 12,70 22,00 4,76 0,80 5, TNMG220408E-2N NL300 12,70 22,00 4,76 0,80 5, TNMG220408E-2N NL920 12,70 22,00 4,76 0,80 5, TNMG220412E-2N NL250 12,70 22,00 4,76 1,20 5, TNMG220412E-2N NL300 12,70 22,00 4,76 1,20 5, TNMG220412E-2N NL920 12,70 22,00 4,76 1,20 5, TNMG270616E-2N NL920 15,88 27,50 6,35 1,60 6,35 For Toolholders External: see pages Internal: see page 143 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 135

138 T Style Turning Inserts TNMG 3J Geometry r d m s h 60 I ISO Description Grade d I s r h Material Application TNMG160404E-3J SP4019 9,53 16,50 4,76 0,40 3, TNMG160408E-3J SP4019 9,53 16,50 4,76 0,80 3, TNMG160412E-3J SP4019 9,53 16,50 4,76 1,20 3, TNMG220408E-3J SP ,70 22,00 4,76 0,80 5, TNMG220412E-3J SP ,70 22,00 4,76 1,20 5, TNMG220416E-3J SP ,70 22,00 4,76 1,60 5,16 For Toolholders External: see pages Internal: see page 143 TNMG 4E Geometry r d m s h 60 I ISO Description Grade d I s r h Material Application TNMG160404E-4E SP0819 9,53 16,50 4,76 0,40 3, TNMG160404E-4E NL400 9,53 16,50 4,76 0,40 3, TNMG160408E-4E SP0819 9,53 16,50 4,76 0,80 3, TNMG160408E-4E NL400 9,53 16,50 4,76 0,80 3, TNMG160412E-4E SP0819 9,53 16,50 4,76 1,20 3, TNMG160412E-4E NL400 9,53 16,50 4,76 1,20 3, For Toolholders External: see pages Internal: see page 143 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 136

139 T Style Turning Inserts TNMG 4T Geometry r d m s h 60 I ISO Description Grade d I s r h Material Application TNMG160304E-4T NL300 9,53 16,50 3,18 0,40 3, TNMG160304E-4T NL400 9,53 16,50 3,18 0,40 3, TNMG160304E-4T NL920 9,53 16,50 3,18 0,40 3, TNMG160308E-4T NL300 9,53 16,50 3,18 0,80 3, TNMG160308E-4T NL400 9,53 16,50 3,18 0,80 3, TNMG160308E-4T NL920 9,53 16,50 3,18 0,80 3, TNMG160404E-4T NL250 9,53 16,50 4,76 0,40 3, TNMG160404E-4T NL300 9,53 16,50 4,76 0,40 3, TNMG160404E-4T NL400 9,53 16,50 4,76 0,40 3, TNMG160404E-4T NL920 9,53 16,50 4,76 0,40 3, TNMG160408E-4T NL250 9,53 16,50 4,76 0,80 3, TNMG160408E-4T NL300 9,53 16,50 4,76 0,80 3, TNMG160408E-4T NL400 9,53 16,50 4,76 0,80 3, TNMG160408E-4T NL920 9,53 16,50 4,76 0,80 3, TNMG160412E-4T NL250 9,53 16,50 4,76 1,20 3, TNMG160412E-4T NL300 9,53 16,50 4,76 1,20 3, TNMG160412E-4T NL400 9,53 16,50 4,76 1,20 3, TNMG160412E-4T NL920 9,53 16,50 4,76 1,20 3,81 For Toolholders External: see pages Internal: see page 143 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 137

140 T Style Turning Inserts TNMG 4T Geometry r d m s h 60 I ISO Description Grade d I s r h Material Application TNMG220404E-4T NL250 12,70 22,00 4,76 0,40 5, TNMG220404E-4T NL300 12,70 22,00 4,76 0,40 5, TNMG220404E-4T NL400 12,70 22,00 4,76 0,40 5, TNMG220404E-4T NL920 12,70 22,00 4,76 0,40 5, TNMG220408E-4T NL250 12,70 22,00 4,76 0,80 5, TNMG220408E-4T NL300 12,70 22,00 4,76 0,80 5, TNMG220408E-4T NL400 12,70 22,00 4,76 0,80 5, TNMG220408E-4T NL920 12,70 22,00 4,76 0,80 5, TNMG220412E-4T NL250 12,70 22,00 4,76 1,20 5, TNMG220412E-4T NL300 12,70 22,00 4,76 1,20 5, TNMG220412E-4T NL400 12,70 22,00 4,76 1,20 5, TNMG220412E-4T NL920 12,70 22,00 4,76 1,20 5, TNMG220416E-4T NL250 12,70 22,00 4,76 1,60 5, TNMG220416E-4T NL300 12,70 22,00 4,76 1,60 5, TNMG220416E-4T NL400 12,70 22,00 4,76 1,60 5, TNMG220416E-4T NL920 12,70 22,00 4,76 1,60 5, TNMG220432E-4T NL300 12,70 22,00 4,76 3,20 5,16 For Toolholders External: see pages Internal: see page 143 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 138

141 T Style Turning Inserts TNMG 4T Geometry r d m s h 60 I ISO Description Grade d I s r h Material Application TNMG270608E-4T NL250 15,88 27,50 6,35 0,80 6, TNMG270608E-4T NL300 15,88 27,50 6,35 0,80 6, TNMG270608E-4T NL400 15,88 27,50 6,35 0,80 6, TNMG270608E-4T NL920 15,88 27,50 6,35 0,80 6, TNMG270612E-4T NL250 15,88 27,50 6,35 1,20 6, TNMG270612E-4T NL300 15,88 27,50 6,35 1,20 6, TNMG270612E-4T NL400 15,88 27,50 6,35 1,20 6, TNMG270612E-4T NL920 15,88 27,50 6,35 1,20 6, TNMG270616E-4T NL250 15,88 27,50 6,35 1,60 6, TNMG270616E-4T NL300 15,88 27,50 6,35 1,60 6, TNMG270616E-4T NL400 15,88 27,50 6,35 1,60 6, TNMG270616E-4T NL920 15,88 27,50 6,35 1,60 6, TNMG270632E-4T NL300 15,88 27,50 6,35 3,20 6, TNMG330924E-4T NL300 19,05 33,50 9,53 2,40 7, TNMG330924E-4T NL400 19,05 33,50 9,53 2,40 7, TNMG330924E-4T NL920 19,05 33,50 9,53 2,40 7,92 For Toolholders External: see pages Internal: see page 143 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 139

142 T Style Turning Inserts TNMG 4U Geometry r d m s h 60 I ISO Description Grade d I s r h Material Application TNMG160408E-4U NL200 9,53 16,50 4,76 0,80 3, TNMG160412E-4U NL200 9,53 16,50 4,76 1,20 3, TNMG220408E-4U NL200 12,70 22,00 4,76 0,80 5, TNMG220412E-4U NL200 12,70 22,00 4,76 1,20 5, TNMG220416E-4U NL200 12,70 22,00 4,76 1,60 5,16 For Toolholders External: see pages Internal: see page 143 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 140

143 T Style External Toolholders MTJN 93 f b L 2 L 1 h 1 h MTJN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L MTJNL 2020 K 16-S LH TN_ MTJNL 2525 M16-S LH TN_ MTJNR 2020 K16-S RH TN_ MTJNR 2525 M16-S RH TN_ β MTJNL 2525 M22 -S LH TN_ MTJNL 3232 P22-S LH TN_ MTJNR 2525 M22-S RH TN_ MTJNR 3232 P22 -S RH TN_ M Style External Toolholder Negative Inserts: TN_1604, & TN_2204 Application:- Turn O/D Axial Approach 93 Axial -6 Radial -6 RH Holder Shown Item Description MTJNL/R 2020 K16-S MTJNL/R 2525 M16-S MTJNL/R 2525 M22-S MTJNL/R 3232 P22-S Clamp Screw Clamp MTJNL/R Spare Parts Clamp Key Lock Pin CL KH Lock Pin Key Anvil KH ITSN KH ITSN

144 T Style PSC Toolholders DTGN 90 D 1 D 2 S f1 l1 DTGN LH & RH External PSC Toolholders Item Description Hand Insert Sizes S D1 D2 f1 l C5-50-DTGNL LH TN_ C5-50-DTGNR RH TN_ C6-63-DTGNL LH TN_ C6-63-DTGNR RH TN_ D Style External Toolholder for Negative Inserts: TN_1604 Application: External Turn O/D Approach 90 Axial -6 Radial -6 RH Holder Shown C, DTGNL/R Spare Parts Item Description C5-50-DTGNL/R C6-63-DTGNL/R Clamp Clamp Screw Anvil Anvil Screw Clamp Spring Screw Key ITSN KH

145 T Style Internal Boring Bar A..PTFN 90 h D A f L2 L1 A..PTFN LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L2 h A25R PTFNL 16 LH TN_ A32S PTFNL 16 LH TN_ A25R PTFNR 16 RH TN_ A32S PTFNR 16 RH TN_ A40T PTFNL 22 LH TN_ A40T PTFNR 22 RH TN_ Through Coolant P Style Internal Boring Bar for Negative Inserts: TN_1604 & TN_2204 Application: I/D Boring Axial -6 Radial -11 RH Bar Shown A..PTFNL/R Spare Parts Item Description Lever Lever Screw Anvil A25R PTFNL/R PL PLS KH5002 A32S PTFNL/R PL PLS PA PC PCP KH5025 A40T PTFNL/R PL PLS PA PC PCP KH5003 Anvil Clip Clip Punch Key 143

146 V Style Turning Inserts VBGT -62 Geometry 35 m I d r 5 s h ISO Description Grade d I s r h Material Application VBGT160402E-62 SP4019 9,53 16,60 6,35 0,20 4, VBGT160404E-62 SP4019 9,53 16,60 6,35 0,40 4, VBGT160408E-62 SP4019 9,53 16,60 6,35 0,80 4,40 Finishing Finishing Finishing For Toolholders External: see pages Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 144

147 V Style Turning Inserts VCGT M Geometry 35 m d r s h I 7 ISO Description Grade d I s r h Material Application VCGT130301F-M GH1 7,94 13,80 3,97 0,10 3, VCGT130301E-M SP4019 7,94 13,80 3,97 0,10 3, VCGT130302F-M GH1 7,94 13,80 3,97 0,20 3, VCGT130302E-M SP4019 7,94 13,80 3,97 0,20 3, VCGT130304F-M GH1 7,94 13,80 3,97 0,40 3, VCGT130304E-M SP4019 7,94 13,80 3,97 0,40 3,40 For Toolholders External: see pages 148, Internal: see pages VCGT & VCGX -62 Geometry 35 m d r s h I 7 ISO Description Grade d I s r h Material Application VCGX E-62 SP4019 6,35 10,07 3,18 0,05 2, VCGT110301E-62 SP4019 6,35 10,07 3,18 0,10 2, VCGT110302E-62 SP4019 6,35 10,07 3,18 0,20 2, VCGT110304E-62 SP4019 6,35 10,07 3,18 0,40 2,80 Finishing Finishing Finishing Finishing VCGT130301E-62 SP4019 7,94 13,80 3,18 0,10 3, VCGT130302E-62 SP4019 7,94 13,80 3,18 0,20 3, VCGT130304E-62 SP4019 7,94 13,80 3,18 0,40 3,40 Finishing Finishing Finishing For Toolholders External: see pages 148, Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 145

148 V Style Turning Inserts VCGT -64 Geometry 35 m d r s h I 7 ISO Description Grade d I s r h Material Application VCGT160408F-64 GH1 9,53 16,60 4,76 0,80 4,40 Finishing For Toolholders External: see pages 148, Internal: see pages VCGT -66 Geometry 35 m d r s h I 7 ISO Description Grade d I s r h Material Application VCGT130302F-66 GH1 7,94 13,80 3,18 0,20 3, VCGT130304F-66 GH1 7,94 13,80 3,18 0,40 3, VCGT130308F-66 GH1 7,94 13,80 3,18 0,80 3,40 Finishing Finishing Finishing For Toolholders External: see pages 148, Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 146

149 V Style Turning Inserts VCMT M Geometry 35 m I d r 7 s h ISO Description Grade d I s r h Material Application VCMT160404E-M GH1 9,53 16,60 4,76 0,40 4, VCMT160404E-M SP4019 9,53 16,60 4,76 0,40 4, VCMT160408E-M GH1 9,53 16,60 4,76 0,80 4, VCMT160408E-M SP4019 9,53 16,60 4,76 0,80 4,40 For Toolholders External: see pages 148, Internal: see pages Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 147

150 V Style External Toolholders SVAC 90 f 0 b 90 L 2 L 1 h 1 h SVAC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SVACL 1010 M11 LH VC_ SVACL 1212 M11 LH VC_ SVACL 1616 M11 LH VC_ SVACR 1010 M11 RH VC_ SVACR 1212 M11 RH VC_ SVACR 1616 M11 RH VC_ SVACL 1010 M13 LH VC_ SVACL 1212 M13 LH VC_ SVACL 1616 M13 LH VC_ SVACL 2020 K13 LH VC_ SVACR 1010 M13 RH VC_ SVACR 1212 M13 RH VC_ SVACR 1616 M13 RH VC_ SVACR 2020 K13 RH VC_ β S Style External Toolholder Positive Inserts VC_1103, and VC_1303 Approach 90 Axial 0 Radial 0 RH Holder Shown SVACL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SVACL/R 1010 M11 SVACL/R 1212 M11 SVACL/R 1616 M11 SVACL/R 1010 M13 SVACL/R 1212 M13 SVACL/R 1616 M13 SVACL/R 2020 K F2507T T F3008T T

151 V Style External Toolholders SVJB 93 h h1 f b L2 L1 SVJB LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SVJBL 2020 K16 LH VB_ SVJBL 2525 M16 LH VB_ SVJBR 2020 K16 RH VB_ SVJBR 2525 M16 RH VB_ β S Style External Toolholder for Positive Inserts: VB_1604 Approach 93 Axial 0 Radial 0 RH Holder Shown SVJBL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SVJBL/R 2020 K16 SVJBL/R 2525 M K SA SAS

152 V Style External Toolholders SVVB 72,5 h h1 f b L2 L1 SVVB Neutral External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L2 SVVBN 2020 K16 Neutral VB_ SVVBN 2525 M16 Neutral VB_ , S Style External Toolholder for Positive Inserts: VB_1604 Approach 72,5 Axial 0 Radial 0 Neutral Holder Shown SVVBL N Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SVVBN 2020 K16 SVVBN 2525 M K SA SAS

153 V Style External Toolholders SVHC 107,5 h h1 f b L 1 SVHC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SVHCL 2020 K16 LH VC_ SVHCL 2525 M16 LH VC_ SVHCL 3225 P16 LH VC_ SVHCR 2020 K16 RH VC_ SVHCR 2525 M16 RH VC_ SVHCR 3225 P16 RH VC_ β S Style External Toolholder for Positive Inserts: VC_1604 Approach 107,5 Axial 0 Radial 0 RH Holder Shown SVHCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw ` SVHCL/R 2020 K16 SVHCL/R 2525 M16 SVHCL/R 3232 P K SA SAS

154 V Style External Toolholders SVJC 93 h h1 f b L2 L1 SVJC LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SVJCL 1010 M11 LH VC_ SVJCL 1212 M11 LH VC_ SVJCL 1616 M11 LH VC_ SVJCL 2020 K11 LH VC_ SVJCR 1010 M11 RH VC_ SVJCR 1212 M11 RH VC_ SVJCR 1616 M11 RH VC_ SVJCR 2020 K11 RH VC_ SVJCL 1212 F13 LH VC_ SVJCL 1616 H13 LH VC_ SVJCL 2020 K13 LH VC_ SVJCR 1212 F13 RH VC_ SVJCR 1616 H13 RH VC_ SVJCR 2020 K13 RH VC_ SVJCL 2020 K16 LH VC_ SVJCL 2525 M16 LH VC_ β S Style External Toolholder for Positive Inserts: VC_1103, VC_1303, and VC_1604 Approach 93 Axial 0 Radial 0 RH Holder Shown SVJCR 2020 K16 RH VC_ SVJCR 2525 M16 RH VC_ SVJCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SVJCL/R 1010 M11 SVJCL/R 1212 M11 SVJCL/R 1616 M11 SVJCL/R 2020 K11 SVJCL/R 1212 F13 SVJCL/R 1616 H13 SVJCL/R 2020 K13 SVJCL/R 2020 K16 SVJCL/R 2525 M F2507T T F3008T T K SA SAS

155 V Style External Toolholders SVVC 72,5 h h1 f b L2 L1 SVVC Neutral External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SVVCN 1212 M11 Neutral VC_ SVVCN 1616 M11 Neutral VC_ SVVCN 2020 K11 Neutral VC_ SVVCN 1212 F13 Neutral VC_ SVVCN 1616 H13 Neutral VC_ SVVCN 2020 K13 Neutral VC_ SVVCN 2020 K16 Neutral VC_ SVVCN 2525 M16 Neutral VC_ , β S Style External Toolholder for Positive Inserts: VC_1103, VC_1303 and VC_1604 Approach 72,5 Axial 0 Radial 0 Neutral Holder Shown SVVC N Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw SVVCN 1212 M11 SVVCN 1616 M11 SVVCN 2020 K11 SVVCN 1212 F13 SVVCN 1616 H13 SVVCN 2020 K13 SVVCN 2020 K16 SVVCN 2525 M F2507T T F3008T T K SA SAS

156 V Style Internal Boring Bars SVUB 93 D A f L2 L1 S.. SVUB LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L S25R SVUBL 16 LH VB_ S32S SVUBL 16 LH VB_ S25R SVUBR 16 RH VB_ S32S SVUBR 16 RH VB_ Through Coolant β S Style Boring Bar for Positive Inserts: VB_1604 Aproach 93 Axial 0 Radial -6 RH Bar Shown S.. SVUBL/R Spare Parts Item Description Insert Screw Insert Key S25R SVUBL/R D4010T T S32S SVUBL/R K SA SAS1750 Anvil Anvil Screw 154

157 V Style Internal Boring Bars SVUC 93 f L2 L1 D A A.. SVUC LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L A16M SVUCL 11 LH VC_ A20Q SVUCL 11 LH VC_ A16M SVUCR 11 RH VC_ A20Q SVUCR 11 RH VC_ A20Q SVUCL 13 LH VC_ A25S SVUCL 13 LH VC_ A20Q SVUCR 13 RH VC_ A25S SVUCR 13 RH VC_ A25R SVUCL 16 LH VC_ A32S SVUCL 16 LH VC_ A25R SVUCR 16 RH VC_ A32S SVUCR 16 RH VC_ Through Coolant β S Style Boring Bar for Positive Inserts: VC_1103, VC_1303, and VC_1604 Aproach 93 Axial 0 Radial -6 RH Bar Shown A.. SVUCL/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw A16M SVUCL/R 11 A20Q SVUCL/R 11 A20Q SVUCL/R 13 A25S SVUCL/R 13 A25R SVUCL/R 16 A32S SVUCL/R F2507T T F3008T T K SA SAS

158 V Style Internal Boring Bars SVQC 107,5 f L2 L 1 D A S.. SVQC LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L S16R SVQCL 11 LH VC_ S20S SVQCL 11 LH VC_ S16R SVQCR 11 RH VC_ S20S SVQCR 11 RH VC_ S16R SVQCL 13 LH VC_ S20S SVQCL 13 LH VC_ S16R SVQCR 13 RH VC_ S20S SVQCR 13 RH VC_ S25T SVQCL 16 LH VC_ S25T SVQCR 16 RH VC_ Through Coolant β S Style Boring Bar for Positive Inserts: VC_1103, VC_1303 and VC_1604 Aproach 107,5 Axial 0 Radial -6 RH Bar Shown S.. SVQCL/R Spare Parts Item Description Insert Screw Insert Key S16R SVQCL/R 11 S20S SVQCL/R F2507T T S16R SVQCL/R 13 S20S SVQCL/R F3008T T S25T SVQCL/R K SA SAS1750 Anvil Anvil Screw 156

159 V Style Turning Inserts VNGG 3F Geometry 35 m I d r s h ISO Description Grade d I s r h Material Application VNGG160402F-3F SP0819 9,53 16,60 4,76 0,20 3, VNGG160404F-3F SP0819 9,53 16,60 4,76 0,40 3, VNGG160408F-3F SP0819 9,53 16,60 4,76 0,80 3,81 For Toolholders External: see pages Internal: see page 163 VNMG 1B Geometry 35 m I d r s h ISO Description Grade d I s r h Material Application VNMG160404E-1B SP0819 9,53 16,60 4,76 0,40 3, VNMG160404E-1B NL250 9,53 16,60 4,76 0,40 3, VNMG160408E-1B NL250 9,53 16,60 4,76 0,80 3, VNMG160408E-1B SP0819 9,53 16,60 4,76 0,80 3,81 Finishing Finishing Finishing Finishing For Toolholders External: see pages Internal: see page 163 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 157

160 V Style Turning Inserts VNMG 2N Geometry 35 m I d r s h ISO Description Grade d I s r h Material Application VNMG160404E-2N NL250 9,53 16,60 4,76 0,40 3, VNMG160404E-2N NL300 9,53 16,60 4,76 0,40 3, VNMG160404E-2N NL920 9,53 16,60 4,76 0,40 3, VNMG160408E-2N NL250 9,53 16,60 4,76 0,80 3, VNMG160408E-2N NL300 9,53 16,60 4,76 0,80 3, VNMG160408E-2N NL920 9,53 16,60 4,76 0,80 3,81 For Toolholders External: see pages Internal: see page 163 VNMG 3J Geometry 35 m d r s h I ISO Description Grade d I s r h Material Application VNMG160404E-3J SP4019 9,53 16,60 4,76 0,40 3, VNMG160408E-3J SP4019 9,53 16,60 4,76 0,80 3,81 For Toolholders External: see pages Internal: see page 163 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 158

161 V Style Turning Inserts VNGG 4E Geometry 35 m I d r s h ISO Description Grade d I s r h Material Application VNMG160404E-4E SP0819 9,53 16,60 4,76 0,40 3, VNMG160408E-4E SP0819 9,53 16,60 4,76 0,80 3, For Toolholders External: see pages Internal: see page 163 VNMG 4U Geometry 35 m I d r s h ISO Description Grade d I s r h Material Application VNMG160404E-4U NL200 9,53 16,60 4,76 0,40 3, VNMG160408E-4U NL200 9,53 16,60 4,76 0,80 3,81 For Toolholders External: see pages Internal: see page 163 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 159

162 V Style External Toolholders DVJN 93 f b L 2 L 1 h 1 h DVJN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L DVJNL 2020 K16 LH VN_ DVJNL 2525 M16 LH VN_ *DVJNL 3225 P16 LH VN_ DVJNR 2020 K16 RH VN_ DVJNR 2525 M16 RH VN_ *DVJNR 3225 P16 RH VN_ * Non Stock Items, subject to extended delivery time β D Style External Toolholder for Negative Inserts: VN_1604 Axial Approach 93 Axial -6 Radial -6 RH Holder Shown DVJNL/R Spare Parts Item Description Clamp Screw Clamp Clamp Spring Anvil Anvil Screw Clamp & Anvil Screw Key DVJNL/R 2020 K16 DVJNL/R 2525 M16 *DVJNL/R 3225 P DC / IVSN KH5003 * Non Stock Items, subject to extended delivery time 160

163 V Style External Toolholders MVQN 117,5 h h1 f b L2 L1 MVQN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L MVQNL 2020 K16 LH VN_ MVQNL 2525 M16 LH VN_ *MVQNL 3225 P16 LH VN_ MVQNR 2020 K16 RH VN_ MVQNR 2525 M16 RH VN_ *MVQNR 3225 P16 RH VN_ * Non Stock Items, subject to extended delivery time β M Style External Toolholder for Negative Inserts: VN_1604 Axial Approach 117,5 Axial -8 Radial -10 RH Holder Shown MVQNL/R Spare Parts Item Description MVQNL/R 2020 K16 MVQNL/R 2525 M16 *MVQNL/R 3225 Q16 Clamp Screw Clamp Clamp Key Lock Pin Lock Pin Key CL KH KH IVSN322 Anvil * Non Stock Items, subject to extended delivery time 161

164 V Style External Toolholders MVVNN 72,5 h h1 f b L2 L1 MVVNN Neutral External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L MVVNN 2020 K16 Neutral VN_ MVVNN 2525 M16 Neutral VN_ , β β M Style External Toolholder for Negative Inserts: VN_1604 Axial Approach 72,5 Axial -6 Radial 0 Neutral Holder Shown MVVNNL/R Spare Parts Item Description MVVNN 2020 K16 MVVNN 2525 M16 Clamp Screw Clamp Clamp Key Lock Pin Lock Pin Key CL KH KH IVSN322 Anvil 162

165 V Style Internal Boring Bars S..MVUN 93 h D A f L2 L1 S..MVUN LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L2 h S25T MVUNL 16 LH VN_ S32U MVUNL 16 LH VN_ S40V MVUNL 16 LH VN_ S25T MVUNR 16 RH VN_ S32U MVUNR 16 RH VN_ S40V MVUNR 16 RH VN_ Through Coolant β M Style External Toolholder for Negative Inserts: VN_1604 Axial Approach 93 Axial -5 Radial -15 RH Bar Shown S.. MVUNL/R Spare Parts Item Description Clamp Screw S25T MVUNL/R S32U MVUNL/R 16 S40V MVUNL/R Clamp Clamp Key Lock Pin Lock Pin Key Anvil CL KH KH IVSN

166 W Style Turning Inserts WNGG 3F Geometry r m d s h 80 I 10 ISO Description Grade d I s r h Material Application WNGG080402F-3F SP ,70 8,69 4,76 0,20 5, WNGG080404F-3F SP ,70 8,69 4,76 0,40 5, WNGG080408F-3F SP ,70 8,69 4,76 0,80 5,16 For Toolholders External: see page 170 Internal: see page 171 WNMA Flat Top 80 I r 10 m d s h ISO Description Grade d I s r h Material Application WNMA080408E NL250 12,70 8,69 4,76 0,80 5, WNMA080412E NL250 12,70 8,69 4,76 1,20 5,16 Heavy Heavy For Toolholders External: see page 170 Internal: see page 171 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 164

167 W Style Turning Inserts WNMG 1B Geometry 80 I r 10 m d s h ISO Description Grade d I s r h Material Application WNMG060404E-1B SP0819 9,53 6,52 4,76 0,40 3, WNMG060408E-1B NL250 9,53 6,52 4,76 0,80 3, WNMG060408E-1B SP0819 9,53 6,52 4,76 0,80 3,81 Finishing Finishing Finishing WNMG080404E-1B NL250 12,70 8,69 4,76 0,40 5, WNMG080404E-1B SP ,70 8,69 4,76 0,40 5, WNMG080408E-1B NL250 12,70 8,69 4,76 0,80 5, WNMG080408E-1B SP ,70 8,69 4,76 0,80 5, WNMG080412E-1B NL250 12,70 8,69 4,76 1,20 5, WNMG080412E-1B SP ,70 8,69 4,76 1,20 5,16 Finishing Finishing Finishing Finishing Finishing Finishing For Toolholders External: see page 170 Internal: see page 171 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 165

168 W Style Turning Inserts WNMG 2N Geometry r m d s h 80 I 10 ISO Description Grade d I s r h Material Application WNMG060404E-2N NL250 9,53 6,52 4,76 0,40 3, WNMG060408E-2N NL300 9,53 6,52 4,76 0,80 3, WNMG060408E-2N NL920 9,53 6,52 4,76 0,80 3, WNMG080404E-2N NL250 12,70 8,69 4,76 0,40 5, WNMG080404E-2N NL300 12,70 8,69 4,76 0,40 5, WNMG080404E-2N NL920 12,70 8,69 4,76 0,40 5, WNMG080408E-2N NL250 12,70 8,69 4,76 0,80 5, WNMG080408E-2N NL300 12,70 8,69 4,76 0,80 5, WNMG080408E-2N NL920 12,70 8,69 4,76 0,80 5, WNMG080412E-2N NL250 12,70 8,69 4,76 1,20 5, WNMG080412E-2N NL300 12,70 8,69 4,76 1,20 5, WNMG080412E-2N NL920 12,70 8,69 4,76 1,20 5, WNMG080416E-2N NL250 12,70 8,69 4,76 1,60 5, WNMG080416E-2N NL300 12,70 8,69 4,76 1,60 5, WNMG080416E-2N NL920 12,70 8,69 4,76 1,60 5,16 For Toolholders External: see page 170 Internal: see page 171 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 166

169 W Style Turning Inserts WNMG 3J Geometry r m d s h 80 I 10 ISO Description Grade d I s r h Material Application WNMG060404E-3J SP4019 9,53 6,52 4,76 0,40 3, WNMG060408E-3J SP4019 9,53 6,52 4,76 0,80 3, WNMG080404E-3J SP ,70 8,69 4,76 0,40 5, WNMG080408E-3J SP ,70 8,69 4,76 0,80 5, WNMG080412E-3J SP ,70 8,69 4,76 1,20 5,16 For Toolholders External: see page 170 Internal: see page 171 WNMG 4E Geometry r m d s h 80 I 10 ISO Description Grade d I s r h Material Application WNMG060404E-4E SP0819 9,53 6,52 4,76 0,40 3, WNMG060408E-4E SP0819 9,53 6,52 4,76 0,80 3, WNMG060412E-4E SP0819 9,53 6,52 4,76 1,20 3, WNMG080404E-4E SP ,70 8,69 4,76 0,40 5, WNMG080404E-4E NL400 12,70 8,69 4,76 0,40 5, WNMG080408E-4E SP ,70 8,69 4,76 0,80 5, WNMG080408E-4E NL400 12,70 8,69 4,76 0,80 5, WNMG080412E-4E NL400 12,70 8,69 4,76 1,20 5, WNMG080412E-4E SP ,70 8,69 4,76 1,20 5, For Toolholders External: see page 170 Internal: see page 171 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 167

170 W Style Turning Inserts WNMG 4T Geometry 80 I r 10 m d s h ISO Description Grade d I s r h Material Application WNMG060408E-4T NL300 9,53 6,52 4,76 0,80 3, WNMG060408E-4T NL920 9,53 6,52 4,76 0,80 3, WNMG060412E-4T NL300 9,53 6,52 4,76 1,20 3, WNMG060412E-4T NL920 9,53 6,52 4,76 1,20 3, WNMG080408E-4T NL250 12,70 8,69 4,76 0,80 5, WNMG080408E-4T NL300 12,70 8,69 4,76 0,80 5, WNMG080408E-4T NL400 12,70 8,69 4,76 0,80 5, WNMG080408E-4T NL920 12,70 8,69 4,76 0,80 5, WNMG080412E-4T NL250 12,70 8,69 4,76 1,20 5, WNMG080412E-4T NL300 12,70 8,69 4,76 1,20 5, WNMG080412E-4T NL400 12,70 8,69 4,76 1,20 5, WNMG080412E-4T NL920 12,70 8,69 4,76 1,20 5, WNMG080416E-4T NL300 12,70 8,69 4,76 1,60 5, WNMG080416E-4T NL400 12,70 8,69 4,76 1,60 5, WNMG080416E-4T NL920 12,70 8,69 4,76 1,60 5,16 For Toolholders External: see page 170 Internal: see page 171 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 168

171 W Style Turning Inserts WNMG 4U Geometry r m d s h 80 I 10 ISO Description Grade d I s r h Material Application WNMG080408E-4U NL200 12,70 8,69 4,76 0,80 5, WNMG080412E-4U NL200 12,70 8,69 4,76 1,20 5,16 For Toolholders External: see page 170 Internal: see page 171 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 169

172 W Style External Toolholders DWLN 95 h h1 f b L2 L1 DWLN LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L DWLNL 2020 K06 LH WN_ DWLNL 2525 M06 LH WN_ DWLNR 2020 K06 RH WN_ DWLNR 2525 M06 RH WN_ DWLNL 2020 K08 LH WN_ DWLNL 2525 M08 LH WN_ DWLNL 3232 P08 LH WN_ DWLNR 2020 K08 RH WN_ DWLNR 2525 M08 RH WN_ DWLNR 3232 P08 RH WN_ β D Style External Toolholder for Negative Inserts: WN_0604, & WN_0804 Application: O/D Face and Turn Axial Approach 95 Axial -6 Radial -6 RH Holder Shown DWLNL/R Spare Parts Item Description Clamp Screw Clamp Clamp Spring Anvil Anvil Screw Clamp & Anvil Screw Key DWLNL/R 2020 K06 DWLNL/R 2525 M06 DWLNL/R 2020 K08 DWLNL/R 2525 M08 DWLNL/R 3232 P DC IWSN KH DC IWSN KH

173 W Style Internal Boring Bars S..PWLN 95 h D A f L1 S.. PWLN LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 h S16R PWLNL 06 LH WN_ S20S PWLNL 06 LH WN_ S25T PWLNL 06 LH WN_ S16R PWLNR 06 RH WN_ S20S PWLNR 06 RH WN_ S25T PWLNR 06 RH WN_ S25T PWLNL 08 LH WN_ S32U PWLNL 08 LH WN_ *S40V PWLNL 08 LH WN_ S25T PWLNR 08 RH WN_ S32U PWLNR 08 RH WN_ *S40V PWLNR 08 RH WN_ * Non Stock Items, subject to extended delivery time Through Coolant P Style External Toolholder for Negative Inserts: WN_0604 & WN_0804 Application:- O/D Face and Turn Axial Approach 95 Axial -6 Raial -13,5 RH Bar Shown S.. PWLNL/R Spare Parts Item Description Lever Lever Screw S16R PWLNL/R 06 S20S PWLNL/R PL PLS KH5002 S25T PWLNL/R PL PLS PA PC PCP KH5025 S25T PWLNL/R PL PLS S32U PWLNL/R KH PL PLS PA PC PCP0012 *S40V PWLNL/R 08 * Non Stock Items, subject to extended delivery time Anvil Anvil Clip Clip Punch Key 171

174 W Style Turning Inserts WPMT 61 Geometry r m d s h 80 I ISO Description Grade d I s r h Material Application WPMT020102E-61 SP4019 3,97 2,92 1,59 0,20 1,95 Finishing WPMT050304E-61 SP4019 7,94 5,43 3,18 0,40 3,40 Finishing For Toolholders External: see page 173 Internal: see page 174 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 172

175 W Style External Toolholders SWAP 90 f b 90 L 1 h 1 h SWAP LH & RH External Square Shank Toolholders Item Description Hand Insert Sizes 1 b f L1 L SWAPL 1212 M08 LH WP_ , SWAPR 1212 M08 RH WP_ , β S Style External Toolholder for Positive Inserts: WPMT_0503 Application: Face & Turn O/D Approach Angle 90 Axial 0 Radial 0 RH Holder Shown Item Description Insert Screw SWAPL/R Spare Parts Insert Key SEAPL/R 1212 F A3006T T Anvil Anvil Screw 173

176 W Style Internal Boring Bars SWLP 95 f 95 5 D Min. Bore Dia. A L 1 z k A.. SWLP LH & RH Internal Boring Bars Item Description Hand Insert Sizes Min Bore Ø A ØD f L1 L S06F SWLPL 02 LH WP_0201 7,50 6,00 3,20 80, A08H SWLPL 02 LH WP_ ,00 8,00 6,00 100, A10H SWLPL 02 LH WP_ ,00 10,00 7,00 100, S06F SWLPR 02 RH WP_0201 7,50 6,00 3,20 80, A08H SWLPR 02 RH WP_ ,00 8,00 6,00 100, A10H SWLPR 02 RH WP_ ,00 10,00 7,00 100, A12K SWLPL 05 LH WP_ ,00 12,00 9,00 125, A12K SWLPR 05 RH WP_ ,00 12,00 9,00 125,00 - Through Coolant S Style Boring Bar for Positive Inserts: WP0503 & WP0201 Approach Angle 95 Axial 0 Radial 5 RH Boring Bar Shown SWLPL/R Spare Parts Item Description Insert Screw Insert Key S06F SWLPL/R 02 A08H SWLPL/R 02 A10H SWLPL/R 02 A12K SWLPL/R F1803T A3006T T6 T Anvil Anvil Screw 174

177 Spare Parts Lever Lock P - Lever Lock (Negative Inserts) This system has a pivoted lever which tilts when the clamping screw is adjusted pulling the insert back against the pocket walls, for a strong location for the insert, with no obstruction to the chip flow. Also only one key is needed to facilitate the installation and removal of the insert. A B C Item Description Lever Lock A B C PL ,2 3, PL ,1 13,5 4, PL ,1 16,5 5, PL ,8 20,4 7, PL ,2 25,7 8, PL , PL ,3 13 4, PL ,6 6, PL ,7 20,4 6, PL , PL ,1 13,4 4, PL8216 9,5 10,1 3, PL ,2 13,5 4, PL ,7 16,2 5,1 175

178 Spare Parts Lever Lock B C A D Item Description Lever Screws A B C D PLS M5x0,8 6,10 M5x0, PLS ,7 M6x1 8,65 M6x PLS ,7 M8x1 8,75 M8x PLS M12x1 17,30 M12x PLS ,5 M8X1 11,25 M8X PLS ,1 M8X1 10,35 M8X PLS M8X1 9,1 M8X PLS ,2 M10x1 13,35 M10x PLS ,4 M6x1 8 M6x PLS M5x0,8 8,1 M5x0, PLS ,7 M6x1 12,65 M6x PLS ,5 M8X1 11,25 M8X PLS ,4 M10x1 16,35 M10x1 176

179 Spare Parts Lever Lock A B D Item Description Anvils C-Style A B C D PA ,16 11,68 3,18 6, PA ,9 10,94 4,76 9, PA ,9 6,6 12,8 C A B D Item Description Anvils D-Style A B C D PA ,5 2,7 4, PA ,4 11,6 3,18 6,4 C C Item Description Anvils S-Style A B C PA ,66 3,18 6, PA ,5 4,76 7, PA ,1 4,76 7, PA ,6 6,4 13 A B 177

180 Spare Parts Lever Lock A D Item Description Anvils T-Style A B C D ,98 13,52 2,76 4, ,6 18,92 3,18 6,4 B C A D Item Description Anvils W-Style A B C D ,85 11,3 3,18 6, ,2 15,88 3,18 6,4 B C A B C Item Description Anvils R-Style A B C PA3810 8,34 3,18 4, PA3812 9,9 3,18 4, PA ,55 4,76 6, PA ,25 4,76 8, PA ,9 6,35 9, PA ,8 6,35 12, IRSN84 25,15 6,35 14,5 178

181 Spare Parts Lever Lock Clips Item Description A B C D E A PC4109 4,6 5,76 5,2 4,9 4, PC4110 6,1 5,6 6,8 4,9 3,8 B D E PC4112 5,2 7 5,8 6,6 5, PC4115 7,7 9 8,7 8,2 7 C PC4116 8,5 6,82 9,1 6,5 5, PC4119 9,8 10, ,7 8, PC4125 9,7 14,7 11,8 13,2 10,5 Clip Fixing Pin A Item Description A B B PCP PCP , PCP , PCP PCP ,5 Keys Item Description mm KH KH KH KH KH5025 2,5 179

182 Spare Parts M Clamp M - Clamp Lock (Negative Inserts) The combination of lock pin and top clamp makes this one of the most secure clamping systems available. The lock pin locates the insert against the pocket wall while the top clamp secures the insert down. A B C D Item Description M Style Clamps A B C D CL6 10,90 3,99 7,62 14, CL12 16,6 5,99 10,77 22, CL ,31 9,35 18, CL22 13,36 5,99 9,35 21, CL30 16,84 5,84 10,74 24, CL ,5-9,5 18, CL ,5-9,5 21, CL ,5-9,

183 Spare Parts M Clamp A B C B D Item Description Clamp Screws A B C D XNS36-6,99 19, XNS47-6,78 20, XNS48-4,6 25, XNS510-5,31 31, M6x1 (LH) 11,4 29,4 M6x1 (RH) M6x1 (LH) 7,11 20,50 M6x1 (RH) A B E C D Item Description NL Pins A B C D E mm mm mm mm Thread Form NL33L 5,00 14,71 5,21 6, UNC NL34L 3,66 13,13 5 2, L NL ,2 5,4 3,2 1/4-28 UNC NL ,2 5,4 3,2 1/4-28 UNC NL58 6, ,9 5,3 5/16-24 UNC NL68 6, ,9 4,8 3/ NL ,69 9,8 5,58 7/ , ,3 M5X0,8 181

184 Spare Parts M Clamp B D Item Description Anvils C-Style A B C D ICSN432 18,39 12,45 4,75 7, ICSN533 22,94 15,62 4,75 9,78 A C A Item Description Anvils D-Style A B C D IDSN433 25,07 12,57 4,76 7,47 B D C A B C Item Description Anvils S-Style A B C ISSN433 12,45 4,75 7, ISSN533 15,65 4,75 9, ISSN633 18,72 4,75 11,38 D A C Item Description Anvils V-Style A B C D IVSN322 28,70 9,19 3,18 5,99 B 182

185 Spare Parts M Clamp A D Item Description Anvils T-Style A B C D ITSN323 12,9 14,6 3,18 5, ITSN433 17,3 19,7 4,76 7,4 B C D Item Description Anvils R-Style A B C IRSN84 25,15 6,35 14,5 A B A D Anvils W-Style Item Description A B C D IWSN433 15,34 16,00 4,76 7,416 B C Keys Item Description mm KH KH KH5025 2,5 183

186 Spare Parts D Clamp D - Dimple Lock (Negative Inserts) This system combines a pull back pin and top clamp in one, using a wedge action to locate the insert into the pocket, with the clamp screw pulling down on the insert. This clamping method provides a strong and rigid set-up, with the added benefit of only one key for replacement of inserts. The D clamping system ensures zero insert movement during high feed or heavy interrupted machining, due to its accurate positioning that holds the insert securely clamped. A Item Description D Style Clamps A B C DC ,90 14,00 12, DC ,90 10,90 9, DC ,00 12,50 10, DC ,80 13,00 10, DC ,20 13,50 10,50 B C 184

187 Spare Parts D Clamp Clamp Screws E Item Description A B C D E ,4-20 M5x0,8 23,5 A B C D ,8-25 M6x ,7 10,6 14 M7X0,75 27,5 A Item Description Clamp Spring A B C D ,20 5 6, , ,50 C D B 185

188 Spare Parts D Clamp Anvils C-Style Item Description A B C D PA ,17 11,68 3,18 6,81 B D ICSN432 18,39 12,45 4,75 7, ICSN442 18,39 12,45 6,35 7,44 A C ICSN533 22,94 15,62 4,75 9, ICSN633 25,527 18,8 4,76 11,3 Anvils D-Style Item Description A B C D A B D IDSN ,72 9,40 3,18 6, IDSN ,66 12,57 4,76 7,40 C Anvils S-Style Item Description A B C C ISSN433 12,45 4,75 7, ISSN442 12,45 6,35 7,49 A B ISSN533 15,65 4,76 9, ISSN633 18,72 4,76 11,38 A D Item Description Anvils T-Style A B C D ITSN342 12,93 14,63 3,18 5,99 B C 186

189 Spare Parts D Clamp Anvils W-Style Item Description A B C D A D IWSN323 11,32 11,82 3,18 5, IWSN433 15,35 15,95 4,76 7,4 B C Anvil Screw B Item Description A B C D A D ,5 9,5 M6x ,5 6,5 M6x1 C ,20 9,00 7,60 M5x0, , M6x0, ,8 13,0 10,6 1/ ,5 15,5 13,3 M8x ,90 15,00 12,80 3/8-24 Keys Item Description mm KH KH5025 2, KH

190 Spare Parts S Clamp S - Screw Lock (Positive Inserts) This innovated system was first introduced into the marketplace by Stellram as Posicut S - Style. Its benefits are secure clamping, repeatability, minimal number of spare parts and no obstruction of the chip flow. Which make this ideal for internal boring bars and places were accessibility is limited. Insert Screws Item Description A B C L D A3006T 48 4,4 4 6 M3x0,5 L A5025T 43 6,6 6,9 25 M5x0,8 A B C D F2004T ,50 4,50 M2x0, F2505T 43 3,8 3,5 5 M2,5x0, F2507T 43 3,8 4 7 M2,5x0, D4010T 43 5,1 5,1 10 M4x0, ,30 10,20 15 M3,5x0, ,30 3 5,50 M2,5x0, , M4x0, ,80 7,90 14,10 M4x0, F3008T 48 4,4 5 8 M3x0, F1803T 55 2,75 1,60 3,30 M1,8x0,2 188

191 Spare Parts S Clamp B D Item Description Anvils C-Style A B C D SA ,40 11,40 39,50 6,50 A C A Item Description Anvils D-Style A B C D SA ,48 8,50 3,18 6,60 B D C Item Description Anvils E-Style A B C D SA ,9 11,0 3,18 6,5 B D A C 189

192 Spare Parts S Clamp C Item Description Anvils S-Style A B C SA ,40 3,96 8,10 A B C Item Description Anvils R-Style A B C SA3811 8,80 3,18 6, SA ,60 3,18 6,60 A B A D Item Description Anvils T-Style A B C D SA ,95 13,55 3,18 6,60 B C 190

193 Spare Parts S Clamp A Anvils V-Style Item Description A B C D SA ,4 8,4 3,18 5,5 B D C Anvil Screw A L C D Item Description A B L C D SAS1750 6,25 5 8,5 M3,5x0,6 M5x0, SAS1760 7,60 5,5 10 M4x0,5 M6x0,75 B , M4x0,5 M6x0,75 Torx Driver Item Description Torx Number T6 T T7 T T9 T T15 T K5516 T K5517 T T20 T20 191

194 Turning All Stellram s products are supported by a confident and technical sales team backed by an extensive customer care policy. ATIstellram.com ATImetals.com 192

195 Turning Technical Information All Stellram s products are supported by a con dent technical sales team backed by an extensive customer care policy. Please contact us for additional information on any of the products illustrated in this catalog or any other part of Stellram s comprehensive tooling program. TOLL FREE CUSTOMER SERVICE & TECHNICAL HELPLINE UNITED KINGDOM TEL: FAX: SUISSE ROMANDE TEL: FAX: DEUTSCHE SCHWEIZ TEL: FAX: SVIZZERA ITALIANA TEL: FAX:

196 Turning Technical Failure Analysis Cause Correction Failure Intermittent heating of the cutting edge. High Vc and high volume metal removal. A Use a heat resistant grade increased TaC. B Use positive rake tools. C Increase nose radius. D Reduce in the following order: surface speed, feed or depth of cut. E Avoid use of coolant. Thermal Cracking Cutting tool excessively brittle. Tool too hard for application conditions. Grade not hard enough for application. High surface speed. Notching occurs at depth of cut line. Usually due to work hardened surface, scale or abrasion. A Use a tougher grade. B Use negative rake angle inserts. C Increase nose radius. D Use increased edge land. E Increase cutting speed. A Use a harder, more wear resistant grade. B Decrease surface speed. C Increase feed. D Use coolant. A Increase approach angle to maximum. B Increase nose radius for shallow cuts. C Reduce Vc surface speed and feed. D Vary the depth of cut. Chipping Excessive Flank Wear Notching N Failure type 1 Flank wear 2 Chipping 3 Partial fracture 4 Crater wear 5 Deformation 6 Thermal Crack 7 Built up edge Chemical Physical Surface speed too low for material being machined. A Increase surface speed. B Use inserts that reduce friction. i.e. TiALN PVD Coated C Use high lubricity coolant Built-Up-Edge Heavy feed or high surface speed. A Reduce surface speed. B Reduce feed. C Use a harder grade. D Use a more heat resistant grade. Deformation Excessive heat and pressure causing chip to weld to rake angle. A Use a harder grade. B Reduce surface speed. C Reduce feed. D Increase the rake angle. Crater Wear 194

197 Turning Technical Metric Formulas & Terminology Formula Terminology V c = n = P c = D m x x n 1000 V c x 1000 Dm x V c x a p x f n x k c 60 x 1000 x Cutting speed (m/min) Spindle speed (rev/min) Power demand (kw) Q z = V c x f n x a p Metal removal (cm 3 /min) T c = l m f n x n Period of engagement (min) D m = Machined diameter mm V c = Cutting speed m/min n = Spindle speed rev/min T c = Period of engagement min Q z = Metal removal cm 3 /min l m = Machined length mm P c = Power demand kw K c = Specific cutting force N/mm 2 f n = Feed per revolution mm/rev k r = Cutting edge angle degree R max = Profile depth μm r = Insert nose radius mm a p = Depth of cut mm = Efficiency Trigonometrical Equivalents Dimension Part to be Found Given A B a b c a & c sin A = a c cos B = a c b = c 2 - a 2 a & b tan A = a b cos B = a b c = a 2 + b 2 c & b cos A = b c sin B = b c a = c 2 - b 2 A & a B = 90º - A b = a x cot A c = a sin A A & b B = 90º - A a = b x tan A c = b cos A A & c B = 90º - A a = c x sin A b= c x cos A Trigonometrical Equivalents Dimension Parts to Given be Found Formula a b c A cos A = b 2 +c 2 -a 2 2bc a b A B sin B = b x sin A a a b A C C = (A + B) a A B b b = a x sin B sin A a A B c c = (a x sin C sin A) x (a x sin (180 - A - B) sin A) a b C B B = (A + C) 195

198 Turning Technical Cutting Data & Parameters Cutting Data In the turning operation we can distinguish three important elements: Work piece s rotation at a determined speed of the spindle, n linear movement of the tool at a determined feed, f Cut depth, ap f n a p Diam. Terminology Vc - Indicated in meters/min. It refers to the speed at the insert edge removing the material at the periphery of the work piece. The cutting speed is related to the diameter of the work piece. F - De ned in mm/rev and it is the distance covered by the tool during every rotation of the work piece. f - refers to the distance covered by the tool in a one minute, that is the feed vf (mm/min) -ap - Depth of Cut Cutting Parameters The spindle speed n is the number of rotations the work piece rotates in one minute and it is indicated in revolutions/minute. The Surface Speed can be calculated with the following formula: D=Diameter n=spindle speed =Constant n V c Formula Volume Q : Metal Removal Rate This value takes into consideration Vc, Ap and feed to calculate the amount of material removed. Q in3/min = Vc x fp x ar Q in3/min = 12 x ar x f x vc = 1 Q in3/min = n x IPR X Doc = 4248 (3) Metric V c = D x x n 1000 (m/min) D D=(mm) n=(revs/min) =

199 Turning Technical Calculations of Cutting Forces & Power Calculations of Cutting Forces Terminology The main force F can be split into 3 different forces: Direction of of feed feed F p F f Ft(N)= Tangential force, downward and usually the largest Ff (N)= Axial force or feed force, toward the longitudinal axis of the workpiece Cutting Force in Turning F t F Fp (N)= Radial force on the perpendicular of the centre line of the workpiece Formula * The speci c cutting force (kc) is constant for each material. It is unique for each material and it refers to the material machinability. See catalog page 198. Calculations of Power The availability for the power calculation for the material removal is particularly important for roughing, so it is necessary to verify if the machine s power is enough for the application. Values Ff and Fp are affected by the approach angle, the cutting depth and the nose radius of the tool. The following formula can be used for the tangential cutting force: Fc = Kc x ar x f in which: Kc = Speci c cutting force(n/mm2)* ar = Cutting depth (mm) f = Feed (mm/rev) The parameters for the power calculation are vc and Fc. The machine ef ciency, is also a factor to be considered referring to the energy loss because of the drive and the motor ef ciency. This value is between 0,7-0,9 depending on the machine. Formula The formula for the net cutting power calculation is: P = Vc x Fc E x 60 x 1000 (KW) Where Fc = ap x f x Kc then P = Vc x ap x f x Kc (KW) E x 60 x 1000 KW to HP conversion: 1 KW = hp 197

200 Turning Technical Speed vc (feet/min) ISO Materials Rm Kc:N/mm 2 Unalloyed Steel N/mm HBN N/mm HBN P Alloyed Steel N/mm HBN N/mm HBN N/mm HBN 3172 Tool Steel N/mm HBN 3895 M Stainless Steel Austenitic + Ferritic 300 series Martensitic 400 series PH Stainless Refractory P.H Grey GG-Ft 1200 K Cast Iron Spheroidal-Ductile GGG-FGS Nodular GGGNi - L- N Malleable GTS - MN/MP 1050 N Aluminium & Alloys Aluminium & Alloys < 16% 116 HBN Aluminium + Silicon > 16% 92 HBN Iron Based 2999 S High Temperature Alloys Cobalt Based Nickel Based Titanium Based HBN

201 Turning Technical Top Rake & Effective Cutting Angle Top Rake Positive: Produces low shearing stress and may eliminate vibration during nish machining, machining of long workpieces, or poor workholding Negative: Produces larger shearing stress which causes a high chip strain. It is much stronger in comparison to the positive rake and requires good workpiece and tool stability. Effective Cutting Angle The position of the insert seat determines the cutting rake: This can be negative or 0. The effective cutting angle is also determined by the insert geometry located on the seat, as this could be at face or a chip breaker and it could change the effective cutting angle. The effective cutting angle is the sum of the angle in the insert seat and the geometry of the seated inserts. < 0 > 0 > 0 ß ß ß 199

202 Turning Technical Stainless Steel PH The approach angle or attack angle is very important because it in uences the tool life. In the rst picture we can see how it affects the chip thickness. h is the same as the feed f when the entering angle is 90 or equal to the sin of the approach angle * f A 45 approach angle will produce a lower chip thickness with a higher feed < > In the second picture we can see the effect on cutting the force distribution. r = 95 r = 45 In the rst case the rst contact is between the workpiece and the insert point, and it is focused on the radius making the situation dif cult On the second case, the approach angle on the workpiece is softer and the cutting forces, are distributed in a more uniform way, and not directly on the insert point. 200

203 Turning Technical Maximum Depth of Cut & Chip Thickness When deciding on the maximum depth of cut (a p ) for a given insert, the angle of the principal edge plays a significant role in the type of the chip formed. For an angle close to 90, the thickness of the chip will be equal to the feed. In the other cases, it will be necessary to calculate it. h = f n h = f n sin [ r ] h = 2f n [(a p /2R). (1-a p /2R)] r = 90 r < 90 r = cos-1. [1-a p /R] The type of insert used plays a significant role in the rigidity of the cutting edge. A cutting edge angle of kr 75 or 45 allows for difficult machining operations, i.e. interrupted and heavy roughing, but reduces the capacity to machine profiles. The most robust insert shape is round and the most fragile standard insert is the 35 diamond (V). The size and type of insert determines the maximum depth of cut. In general, it is advisable to select a cutting edge length in relation to the maximum depth of cut to be machined. Cutting Edge Length for a given depth of cut (a p ) and angle r A low depth of cut can still generate a large edge engagement r/a p 1,00 2,00 3,00 4,00 5,00 6,00 7,00 8,00 9,00 10, ,00 2,00 3,00 4,00 5,00 6,00 7,00 8,00 9,00 10, ,04 2,06 3,10 4,14 5,18 6,20 7,24 8,28 9,32 10, ,14 2,31 3,45 4,62 5,77 6,93 8,08 9,25 10,39 11, ,42 2,82 4,24 5,66 7,06 8,48 9,91 11,30 12,73 14, ,00 4,00 6,00 8,00 10,00 12,00 14,00 16,00 18,00 20,00 201

204 Turning Technical Radius Value / Surface Finish Radius Value / Surface Finish The radius of the insert has a significant role to play in the quality of the surface finish, which is directly in relation to the feed rate (fn). With a larger radius, better surface finishes can be maintained at higher feeds. The use of a larger radius gives a larger surface contact area and causes an increase in power and cutting force. For roughing operations, it is preferable to choose a large radius to ensure corner strength of the insert. However, for some materials it is preferable to use a smaller radius to maintain a softer cut. The insert is more fragile but can qualify for operations that are sensitive to vibration. Generally an insert is used with a maximum feed equal to half its radius. The minimum feed is related to edge preparation or to the start of its chip control. An increase in cutting speed can also contribute to surface quality. Formula The formula to calculate the feed rate: f n = R max = R max x 8 r 10 6 f n x x r The mean value Ra, can be calculated with following formula: R a = f n 2x 50 r Average value of feed for each radius Radius (mm) 0,4 0,8 1,2 1,6 2,4 f (mm/turn) 0,12-0,25 0,25-0,5 0,36-0,7 0,5-1 0,7-1,6 In finishing operations the insert radius and the feed effect the superficial roughness and the dimensional accuracy. Surface finishing Radius of insert Ra Rt 0,4 0,8 1,2 1,6 2,4 μm μm f mm/r 0,60 2 0,07 0,10 0,12 0,14 0,17 1,60 4 0,11 0,15 0,19 0,22 0,26 3, ,17 0,24 0,29 0,34 0,42 6, ,22 0,30 0,37 0,43 0,53 8, ,27 0,38 0,47 0,54 0,66 Surface finishing Diameter of round inserts Ra Rt μm μm f mm/r 0,60 2 0,25 0,28 0,32 0,36 0,40 1,60 4 0,40 0,44 0,51 0,57 0,63 3, ,63 0,69 0,80 0,89 1,00 6, ,80 0,83 1,01 1,13 1,26 8, ,00 1,10 1,26 1,42 1,51 Rmax = profile depth r = nose radius f n = feed Summary: Value of Ra & Rt based on the radius value and feed. 202

205 Turning Technical Conversion Chart / Workpiece Hardness Conversion Value Chart for Surface Finishing R max R a = CLA = AA RMS Operation μm μm μinch μm μinch 1,6 0, , ,8 0, , ,0 0, , ,2 0, , ,4 0, , ,6 0, , ,8 0, , ,0 0, , ,5 0, , ,0 0, , ,5 0, , ,0 0, , ,0 1, , ,0 1, , ,0 1, , ,0 1, , ,0 2, , ,0 3, , ,0 4, , ,0 5, , ,0 6, , ,0 7, , ,0 8, , ,0 10, , ,0 12, , ,0 14, , ROUGHING MEDIUM FINE FINISHING Difference of hardness (HBN): When the hardness of a workpiece is different from the value shown in the grade speed charts, multiply the cutting speed you have obtained by the factor below to calculate a new cutting speed. Workpiece Hardness and Cutting Speeds Soft (Hardness of workpiece) Hard ISO/ANSI 120HBN 140HBN 160HBN 180HBN 200HBN 220HBN 240HBN 260HBN 280HBN 300HBN 320HBN 340HBN P 1,42 1,25 1,13 1,0 0,93 0,86 0,75 0,71 0, M 1,40 1,22 1,10 1,0 0,93 0,86 0,80 0,70 0, ,40 1,34 1,30 1,25 1,20 1,10 1,05 1,0 0,94 0,90 0,85 0,82 203

206 Turning Technical Wear Trends / Tool Life Types of Wear Trend of Crater and Flank Wear Based on Cutting Time Crater wear KT Flank wear VB VB Curve of of Flank Wear P= Point where sudden wear starts and the limit of normal and safe use P T T Curve of of Flank Crater Wear Wear Cutting Time T (min.) Crater wear is more progressive and does not have a sudden breakdown Tool life depends on many factors, including the type of clamp, type of coolant, (percentage of mix) and type of machine tool. Following, you will see how the life of the insert. The higher the Vc, the lower the acceptable time life is where V1>V2>V3>V4 you can see respectively that T4>T3>T2>T1. Chart A Tool Life Criteria We change the insert when edge line is too high, causing premature failure face is excessive, causing premature failure increases suddenly during the cut Cutting Speeds (sfm) V 1 V 2 V 3 V 4 V c f Chart B A p T 1 T 2 T 3 T 4 Lifetime (min.) Wear Higher V c Feed and A p 204

207 Turning Technical Hardness Comparison Chart Tensile Vickers Brinell Rockwell strength N/mm 2 HV HBN HRC HRB , ,7-41, ,5-48, ,2-52, ,0-56, , , , , , , , , , , , , , , , , ,3 98, ,2 99, , ,0 (101) , ,6 (102) , ,5 (105) , , ,0 - Tensile Vickers Brinell Rockwell strength N/mm 2 HV HBN HRC , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,8 HV = Vickers hardness HRC = Rockwell hardness, C scale HBN = Brinell hardness HRB = Rockwell hardness, B scale 205

208 Notes: 206

209 Threading All Stellram s products are supported by a confident and technical sales team backed by an extensive customer care policy. ATIstellram.com ATImetals.com 207

210 Threading Stellram s comprehensive threading program is available in a wide range of thread forms. Partial and full pro le inserts are offered for thread turning. Stellram offers high performance grades suitable for all machining applications, in a wide range of materials, for maximum productivity. Stellram offers both external toolholders and internal bars with through coolant. Internal holders to a minimum bore of 6,0mm. Anti vibration holders are also available for dif cult applications. 208

211 Threading Threading Grade Descriptions Threading Grade Descriptions Optimum Grade Performance SP4066 has the perfect balance between wear resistance and toughness enabling multiple applications to be covered by one insert. This new grade also allows for longer tool life and is ideal for machining a variety of materials at elevated cutting speeds. ISO P M K S peed Cutting vc (feet/min) Speed v c Materials Unalloyed Steel Alloyed Steel Stainless Steel PH Stainless Cast Iron High Temperature Alloys Rm and Hardness <600 N/mm 2 <180 HBN <950 N/mm 2 <280 HBN N/mm HBN N/mm HBN N/mm HBN Austenitic + Ferritic 300 series Martensitic 400 series Refractory P.H. Grey GG-Ft Spheroidal-Ductile GGG-FGS Malleable GTS - MN/MP Iron Based Cobalt Based Nickel Based SP4066 m/min min. - max P M K N S H Materials Code PVD Coated SP4066 Unalloyed and Alloyed Steels Stainless Steels Cast Irons Aluminum & Alloys High Temperature Alloys Hard Materials P01 P05 P10 P15 P20 P25 P30 P35 P40 P45 P50 M01 M05 M10 M15 M20 M25 M30 M35 M40 K01 K05 K10 K15 K20 K25 K30 K35 K40 N01 N05 N10 N15 N20 N25 N30 S01 S05 S10 S15 S20 S25 S30 H01 H05 H10 H15 H20 H25 H30 Increasing - wear resistance - Increasing cutting speed Increasing - shock resistance - Increasing - feed Titanium Based

212 Thread Form Index Partial Profile 55 Partial Profile 60 ISO Metric American Unified Nut Nut P 0,1082 P P 0,1082 P Screw 55 Screw 60 0,8660 P Nut Screw 0,1443 P 60 0,125 P 0,0722 P 0,1443 P 0,6134 P 0,8660 P Nut Screw 0,1443 P 60 0,125 P 0,0722 P 0,1443 P 0,6134 P W, BSPT ISO, UN ISO UN PAGES 214 PAGES PAGES PAGES Unified J Form Metric J Form British Standard Whitworth British Standard Pipe Taper Thread 0,8660 P Nut Screw 0,1804 P P 0,2706P 60 0,125 P 0,0902 P 0,1804 P 0,5774 P 0,1082 P 0,8660 P Nut Screw 0,1804 P P 0,2706P 60 0,125 P 0,0902 P 0,1804 P 0,5774 P 0,1082 P 0,1373 P Nut 0,9605 P Screw 0,1373 P P 55 0,1601 P 0,6403 P 0,1601 P Nut 0,9602 P 0,1373 P Axis of screw P Taper 1:16 0,1600 P 0,6403 P 0,1600 P UNJ MJ W BSPT PAGE 225 PAGE 226 PAGES PAGE 229 National Taper Pipe Thread ACME STUB ACME Trapezoidal (DIN 103) Nut 0,8657 P Axis of screw P Taper 1:16 NPT 0,0328 P 0,08 P 0,0328 P 1,9334 P 1/2 d 1 Play Nut Screw P b a 29 c ACME 1/2 d 1 Play 1/2 d 1 Play 0,7167 P 0,5 P 0,7167 P 1,9334 P 1/2 d 1 Play P Nut b Screw 1/2 d 1 Play a 29 c STUBACME 1/2 d 1 Play 0,3 P 0,8167 P 0,8167 P Nut 1,8660 P Screw P 30 TR a a 0,5 P 0,6830 P 0,6830 P PAGE 230 PAGE 231 PAGE 232 PAGE

213 Thread Form Index Panzer Gewinde (DIN 40431) American Buttress 45/7 API Casing & Tubing Round API V0.038 Nut P 80 0,107 P Screw 0,107 P 0,050 P 0,107 P Nut 0,8906 P 1/2 d 1 Play 0,3 P 1/2 d1 Play 7 Screw P 0,1632 P 45 0,3 P 0,1632 P 1/2 d 1 Play 0,0627 P 0,3 P PG ABUTT API RD API 38 PAGE 234 PAGES PAGE 237 PAGES Nut 0,8657 P Axis of screw 90 P 60 0,127 mm 0,178 mm 0,051 mm 0,1198 P 0,6260 P 0,1198 P Nut 0,152 P Axis of screw P 1,651 P ,06 P 0,4873 P 0,1520 P API V0.040 API V ,075 P P Nut 1,1016 P Axis of screw 60 0,8615 P 0,5892 P 0,1723 P Nut 0,06 P 0,8640 P P 1,27 P 60 0,1728 P 0,5912 P 0,1 P 90 0,1 P 0,1 P Axis of screw 90 0,1 P API 40 API 50 PAGES PAGES NOTE: Other thread forms available by quotation. 211

214 Threading Insert Designation 16 1 E 2 R Size 3 Design IC L R L L IC Left Hand Right Hand mm Inch 06 5/ /16 4 Thread Pitch or TPI 11 1/4 16 3/8 22 1/2 P Partial Profile 60 or 55 22U 1/2U 27 5/8 mm Thread Pitch TPI 27U 5/8U A 0,5-1, G 1, AG 0, Utilisation E I U N 3, Q 5, /2-4 U (22) 5, /2-3 1/4 U (27) 6, /4-4 External Internal Neutral P Full Profile 0,35 to 8,0 mm (72-3 TPI) Pitch sizes stated on all thread form part numbers 212

215 Threading Insert Designation UN 5-6 GRADE 7 5 Thread Form 6 Other Partial Profile Full Profile 60 MJ SC M T Z NPT Full Profile 60 NPTF Swarf control style Multi-tooth style and number of teeth 45 /7 ABUTT 60 PAC 29 ACME 80 PG 7 Type of Grade For grade descriptions, refer to page: API RD 30 RD 60 API 3 /30 SAGE 47,5 BA 29 STACME 45 /7 BBUTT 30 TR 55 BSPT 60 UN 3 /10 BUTT 60 UNJ 12 ELC 3 /10 VAM 60 ISO 55 W 213

216 External Partial Profile 55 Form For British Standard Whitworth & British Standard Parallel Pipe x y ic 55 l External Pitch Range TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm ERA55 SP4066 0,5-1, ,07 0,80 0, ERAG55 SP4066 0,5-3, ,07 1,20 1, ERG55 SP4066 1,75-3, ,25 1,20 1,70 Internal Partial Profile 55 Form For British Standard Whitworth & British Standard Parallel Pipe x l y ic Internal Pitch Range TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm IRA55 SP4066 0,5-1, ,07 0,60 0, IRA55 SP4066 0,5-1, ,07 0,80 0, IRAG55 SP4066 0,5-3, ,07 1,20 1, IRG55 SP4066 1,75-3, ,13 1,20 1,70 214

217 External Partial Profile 60 Form For Unified & ISO metric thread forms x y ic 60 l External Pitch Range TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm ERA60 SP4066 0,5-1, ,09 1,20 1, ERAG60 SP4066 0,5-3, ,10 1,20 1, ERG60 SP4066 1,75-3, ,15 1,20 1, ERN60 SP4066 3,5-5, ,48 1,70 2,50 External Pitch Range TPI Nose Radius X Y Left Hand Range L (mm) Description Grade mm mm mm mm ELAG60 SP4066 0,5-3, ,10 1,20 1,70 215

218 Internal Partial Profile 60 Form For Unified & ISO metric thread forms l 60 x y ic Internal Pitch Range TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm RA60 SP4066 0,5-1, ,70 0,60 0, IRA60 SP4066 0,5-1, ,09 0,60 0, IRA60 SP4066 0,5-1, ,15 0,80 0, IRA60 SP4066 0,5-1, ,10 1,20 1, IRAG60 SP4066 0,5-3, ,10 1,20 1, IRG60 SP4066 1,75-3, ,15 1,20 1, IRN60 SP4066 3,5-5, ,32 1,70 2,50 Internal Pitch Range TPI Nose Radius X Y Left Hand Range L (mm) Description Grade mm mm mm mm ILA60 SP4066 0,5-1, ,15 0,80 0,90 216

219 ISO Metric External ISO Metric Standard reference: ISO 262 (DIN 13) Tolerance class: 6g / 6H 60 x y ic l External ISO Metric Pitch TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm ER0.35ISO SP4066 0,35-0,06 0,80 0, ER0.4ISO SP4066 0,40-0,07 0,70 0, ER0.45ISO SP4066 0,45-0,08 0,70 0, ER0.5ISO SP4066 0,50-0,08 0,60 0, ER0.6ISO SP4066 0,60-0,09 0,60 0, ER0.7ISO SP4066 0,70-0,10 0,60 0, ER0.75ISO SP4066 0,75-0,10 0,60 0, ER0.8ISO SP4066 0,80-0,13 0,60 0, ER1.0ISO SP4066 1,00-0,14 0,70 0, ER1.25ISO SP4066 1,25-0,18 0,80 0, ER1.5ISO SP4066 1,50-0,22 0,80 1, ER1.75ISO SP4066 1,75-0,25 0,90 1, ER2.0ISO SP4066 2,00-0,29 1,00 1, ER2.5ISO SP4066 2,50-0,36 1,10 1, ER3.0ISO SP4066 3,00-0,46 1,20 1, ER3.5ISO SP4066 3,50-0,53 1,60 2,30 217

220 ISO Metric External ISO Metric Standard reference: ISO 262 (DIN 13) Tolerance class: 6g / 6H 60 x y ic l External ISO Metric Pitch TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm ER3.5ISO SP4066 3,50-0,53 1,60 2, ER4.0ISO SP4066 4,00-0,61 1,60 2, ER4.5ISO SP4066 4,50-0,68 1,70 2, ER5.0ISO SP4066 5,00-0,76 1,70 2, ER6.0ISO SP4066 6,00-0,89 1,80 2,70 External ISO Metric Pitch TPI Nose Radius X Y Left Hand Range L (mm) Description Grade mm mm mm mm EL1.0ISO SP4066 1,00-0,14 0,70 0, EL1.5ISO SP4066 1,50-0,22 0,80 1, EL2.5ISO SP4066 2,50-0,36 1,10 1,50 218

221 ISO Metric Internal ISO Metric Standard reference: ISO 262 (DIN 13) Tolerance class: 6g / 6H 60 x l y ic Internal ISO Metric Pitch TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm IR0.5ISO SP4066 0,50-0,04 0,60 0, IR0.75ISO SP4066 0,75-0,06 0,60 0, IR1.0ISO SP4066 1,00-0,80 0,60 0, IR1.25ISO SP4066 1,25-0,10 0,60 0, IR0.5ISO SP4066 0,50-0,04 0,60 0, IR0.75ISO SP4066 0,75-0,06 0,60 0, IR1.0ISO SP4066 1,00-0,11 0,60 0, IR1.25ISO SP4066 1,25-0,10 0,60 0, IR1.5ISO SP4066 1,50-0,11 0,60 1, IR1.75ISO SP4066 1,75-0,13 0,60 1, IR0.4ISO SP4066 0,40-0,04 0,80 0, IR0.5ISO SP4066 0,50-0,04 0,60 0, IR0.75ISO SP4066 0,75-0,06 0,60 0, IR1.0ISO SP4066 1,00-0,08 0,60 0, IR1.5ISO SP4066 1,50-0,11 0,80 1, IR1.75ISO SP4066 1,75-0,13 0,80 1, IR2.0ISO SP4066 2,00-0,14 0,80 1, IR2.5ISO SP4066 2,50-0,18 0,80 1,30 219

222 ISO Metric Internal ISO Metric Standard reference: ISO 262 (DIN 13) Tolerance class: 6g / 6H 60 x l y ic Internal ISO Metric Pitch TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm IR0.5ISO SP4066 0,50-0,04 0,60 0, IR0.6ISO SP4066 0,60-0,05 0,60 0, IR0.7ISO SP4066 0,70-0,06 0,60 0, IR0.75ISO SP4066 0,75-0,06 0,60 0, IR0.8ISO SP4066 0,80-0,06 0,60 0, IR1.0ISO SP4066 1,00-0,08 0,60 0, IR1.25ISO SP4066 1,25-0,10 0,80 0, IR1.5ISO SP4066 1,50-0,11 0,80 1, IR1.75ISO SP4066 1,75-0,13 0,90 1, IR2.0ISO SP4066 2,00-0,14 1,00 1, IR2.5ISO SP4066 2,50-0,18 1,10 1, IR3.0ISO SP4066 3,00-0,23 1,10 1, IR3.5ISO SP4066 3,50-0,25 1,20 1,80 220

223 ISO Metric Internal ISO Metric Standard reference: ISO 262 (DIN 13) Tolerance class: 6g / 6H 60 x l y ic Internal ISO Metric Pitch TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm IR3.5ISO SP4066 3,50-0,25 1,60 2, IR4.0ISO SP4066 4,00-0,33 1,60 2, IR4.5ISO SP4066 4,50-0,36 1,60 2, IR5.0ISO SP4066 5,00-0,39 1,60 2,60 Internal ISO Metric Pitch TPI Nose Radius X Y Left Hand Range L (mm) Description Grade mm mm mm mm IL1.0ISO SP4066 1,00-0,11 0,60 0, IL1.5ISO SP4066 1,50-0,11 0,80 1,00 221

224 External American Unified (UN) Standard reference: ANSI B1.1:74 Tolerance class: 2A / 2B P x y ic 60 l External Pitch TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm ER8UN SP4066 3,18 8 0,48 1,20 1, ER9UN SP4066 2,82 9 0,38 1,20 1, ER10UN SP4066 2, ,38 1,10 1, ER11UN SP4066 2, ,33 1,10 1, ER12UN SP4066 2, ,29 1,10 1, ER13UN SP4066 1, ,28 1,00 1, ER14UN SP4066 1, ,25 1,00 1, ER16UN SP4066 1, ,22 0,90 1, ER18UN SP4066 1, ,20 0,80 1, ER20UN SP4066 1, ,18 0,80 0, ER24UN SP4066 1, ,17 0,70 0, ER27UN SP4066 0, ,15 0,70 0, ER28UN SP4066 0, ,14 0,60 0, ER32UN SP4066 0, ,13 0,60 0, ER36UN SP4066 0, ,11 0,60 0, ER40UN SP4066 0, ,09 0,60 0, ER5UN SP4066 5,08 5 0,76 1,70 2, ER6UN SP4066 4,23 6 0,64 1,60 2, ER7UN SP4066 3,63 7 0,53 1,60 2,30 222

225 Internal American Unified (UN) Standard reference: ANSI B1.1:74 Tolerance class: 2A / 2B P 60 x l y ic Internal Pitch TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm IR14UN SP4066 1, ,15 0,60 0, IR16UN SP4066 1, ,11 0,60 0, IR18UN SP4066 1, ,11 0,60 0, IR20UN SP4066 1, ,11 0,60 0, IR24UN SP4066 1, ,09 0,60 0, IR28UN SP4066 0, ,09 0,60 0, IR32UN SP4066 0, ,09 0,60 0, IR28UN SP4066 0, ,09 0,60 0, IR27UN SP4066 0, ,09 0,70 0, IR24UN SP4066 1, ,09 0,70 0, IR20UN SP4066 1, ,10 0,80 0, IR18UN SP4066 1, ,11 0,80 1, IR16UN SP4066 1, ,11 0,09 1, IR12UN SP4066 2, ,18 0,90 1,10 223

226 Internal American Unified (UN) Standard reference: ANSI B1.1:74 Tolerance class: 2A / 2B P 60 x l y ic External Pitch Range TPI Nose Radius X Y Right Hand Range L (mm) Description Grade mm mm mm mm IR8UN SP4066 3,18 8 0,24 1,10 1, IR9UN SP4066 2,82 9 0,20 1,20 1, IR10UN SP4066 2, ,20 1,10 1, IR11UN SP4066 2, ,18 1,10 1, IR12UN SP4066 2, ,18 1,10 1, IR13UN SP4066 1, ,17 1,00 1, IR14UN SP4066 1, ,15 0,90 1, IR16UN SP4066 1, ,11 0,90 1, IR18UN SP4066 1, ,11 0,80 1, IR20UN SP4066 1, ,10 0,80 0, IR24UN SP4066 1, ,09 0,70 0, IR28UN SP4066 0, ,09 0,60 0, IR32UN SP4066 0, ,06 0,60 0, IR36UN SP4066 0, ,05 0,60 0, IR40UN SP4066 0, ,05 0,60 0, IR5UN SP4066 5,08 5 0,37 1,60 2, IR6UN SP4066 4,23 6 0,33 1,60 2, IR7UN SP4066 3,63 7 0,29 1,60 2,30 224

227 External Unified J Form (UNJ) Standard reference: MIL-S8879C Tolerance class: 3A / 3B P x y ic 60 l External Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER32UNJ SP4066 0, ,60 0, ER28UNJ SP4066 0, ,60 0, ER24UNJ SP4066 1, ,70 0, ER20UNJ SP4066 1, ,80 0, ER18UNJ SP4066 1, ,80 1, ER16UNJ SP4066 1, ,80 1, ER14UNJ SP4066 1, ,00 1, ER12UNJ SP4066 2, ,10 1,40 225

228 External Unified J Form (UNJ) Standard reference: ISO 5855 Tolerance class: 4h/6h - 4H/5H P x y ic 60 l External Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER0.8MJ SP4066 0,80-0,60 0, ER1.0MJ SP4066 1,00-0,60 0, ER1.25MJ SP4066 1,25-0,70 0, ER1.5MJ SP4066 1,50-0,80 1, ER2.0MJ SP4066 2,00-1,00 1, ER2.5MJ SP4066 2,50-1,10 1, ER3.0MJ SP4066 3,00-1,20 1,60 226

229 External British Standard Whitworth (W) Standard reference: ISO 228/1: 1982, B.S. 84:1956, DIN 259 Tolerance class: Class A P 55 x y l ic External Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER8W SP4066 3,18 8 1,20 1, ER9W SP4066 2,82 9 1,20 1, ER10W SP4066 2, ,10 1, ER11W SP4066 2, ,10 1, ER12W SP4066 2, ,10 1, ER14W SP4066 1, ,00 1, ER16W SP4066 1, ,90 1, ER18W SP4066 1, ,80 1, ER19W SP4066 1, ,80 1, ER20W SP4066 1, ,80 0, ER22W SP4066 1, ,80 0, ER24W SP4066 1, ,70 0, ER26W SP4066 0, ,70 0, ER28W SP4066 0, ,60 0, ER32W SP4066 0, ,60 0, ER36W SP4066 0, ,60 0, ER40W SP4066 0, ,60 0,60 227

230 Internal British Standard Whitworth (W) Standard reference: ISO 228/1: 1982, B.S. 84:1956, DIN 259 Tolerance class: Class A P 55 x y l ic Internal Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm IR16W SP4066 1, ,60 0, IR18W SP4066 1, ,60 0, IR19W SP4066 1, ,60 0, IR20W SP4066 1, ,60 0, IR24W SP4066 1, ,60 0, IR26W SP4066 0, ,60 0, IR28W SP4066 0, ,60 0, IR28W SP4066 0, ,60 0, IR26W SP4066 0, ,70 0, IR19W SP4066 1, ,80 1, IR14W SP4066 1, ,90 1, IR11W SP4066 2, ,90 1, IR28W SP4066 0, ,60 0, IR19W SP4066 1, ,80 1, IR14W SP4066 1, ,00 1, IR11W SP4066 2, ,10 1,50 228

231 External British Standard Pipe Taper Thread (BSPT) Standard reference: B.S 21: 1985 Tolerance class: Standard BSPT P 55 x y ic l External Right Hand British Standard Pipe Pitch X Y TPI L (mm) Description Grade mm mm mm ER28BSPT SP4066 0, ,70 0, ER19BSPT SP4066 1, ,80 1, ER14BSPT SP4066 1, ,90 1, ER11BSPT SP4066 2, ,10 1,50 Internal British Standard Pipe Taper Thread (BSPT) Standard reference: B.S 21: 1985 Tolerance class: Standard BSPT x y l ic Internal Right Hand British Standard Pipe Pitch X Y TPI L (mm) Description Grade mm mm mm IR19BSPT SP4066 1, ,80 1, IR14BSPT SP4066 1, ,80 1, IR28BSPT SP4066 0, ,70 0, IR19BSPT SP4066 1, ,80 1, IR14BSPT SP4066 1, ,90 1, IR11BSPT SP4066 2, ,10 1,50 229

232 External National Taper Thread (NPT) Standard reference: USAS B2:1: 1968 Tolerance class: Standard NPT P 60 x y ic l Internal Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER18NPT SP4066 1, ,80 1, ER14NPT SP4066 1, ,90 1, ER11,5NPT SP4066 2,21 11,5 1,10 1, ER8NPT SP4066 3,18 8 1,30 1,80 Internal National Taper Thread (NPT) Standard reference: USAS B2:1: 1968 Tolerance class: Standard NPT x y l ic Internal Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm IR27NPT SP4066 0, ,60 0, IR18NPT SP4066 1, ,60 0, IR18NPT SP4066 1, ,80 1, IR14NPT SP4066 1, ,80 1, IR18NPT SP4066 1, ,80 1, IR14NPT SP4066 1, ,90 1, IR11.5NPT SP4066 2,21 11,5 1,10 1, IR8NPT SP4066 3,18 8 1,30 1,80 230

233 ACME External ACME Standard reference: ANSI B 1.5: 1988 Tolerance class: 3G 29 x y ic l External ACME Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER12ACME SP4066 2, ,10 1, ER10ACME SP4066 2, ,30 1, ER8ACME SP4066 3,18 8 1,50 1, ER6ACME SP4066 4,23 6 1,80 2, ER5ACME SP4066 5,08 5 2,00 2, ER4ACME SP4066 6,35 4 2,30 2,70 Internal ACME Standard reference: ANSI B 1.5: 1988 Tolerance class: 3G x l y ic Internal ACME Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm IR12ACME SP4066 2, ,10 1, IR10ACME SP4066 2, ,30 1, IR8ACME SP4066 3,18 8 1,50 1, IR6ACME SP4066 4,23 6 1,80 2, IR5ACME SP4066 5,08 5 2,00 2, IR4ACME SP4066 6,35 4 2,30 2,70 231

234 External Stub ACME (STACME) Standard reference: ANSI B1.8:1988 Tolerance class: 2G 29 P x y ic l External Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER12STACME SP4066 2, ,20 1, ER10STACME SP4066 2, ,30 1, ER8STACME SP4066 3,18 8 1,50 1, ER6STACME SP4066 4,23 6 1,50 1, ER6STACME SP4066 4,23 6 1,80 1, ER5STACME SP4066 5,08 5 2,00 2, ER4STACME SP4066 6,35 4 2,30 2,40 Internal Stub ACME (STACME) Standard reference: ANSI B1.8:1988 Tolerance class: 2G x l y ic Internal ACME Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm IR12STACME SP4066 2, ,20 1, IR10STACME SP4066 2, ,30 1, IR8STACME SP4066 3,18 8 1,50 1, IR6STACME SP4066 4,23 6 1,50 1, IR6STACME SP4066 4,23 6 1,80 1, IR5STACME SP4066 5,08 5 2,00 2, IR4STACME SP4066 6,35 4 2,30 2,40 232

235 External Trapezoidal (TR) Standard reference: DIN 103 Tolerance class: 7e/7H P x y ic 30 l External Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER4 TR SP4066 4,00-1,80 1, ER5 TR SP4066 5,00-2,00 2, ER6 TR SP4066 6,00-2,10 2,70 Internal Trapezoidal (TR) Standard reference: DIN 103 Tolerance class: 7e/7H x l y ic Internal Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm IR4 TR SP4066 4,00-1,80 1, IR5 TR SP4066 5,00-2,00 2, IR6 TR SP4066 6,00-2,10 2,70 233

236 External Panzer Gerwinde (PG) Standard reference: DIN Tolerance class: Standard P 80 x y ic l External Pitch Nose Radius X Y Right Hand TPI L (mm) Description Grade mm mm mm mm ER16PG SP4066 1,59 16 Pg ,80 1, ER18PG SP4066 1,41 18 Pg ,80 0, ER20PG SP4066 1,27 20 Pg 7 0,70 0,80 External Pitch Nose Radius X Y Left Hand TPI L (mm) Description Grade mm mm mm mm EL16PG SP4066 1,59 16 Pg ,80 1,00 Internal Panzer Gerwinde (PG) Standard reference: DIN Tolerance class: Standard x l y ic Internal Pitch Nose Radius X Y Right Hand TPI L (mm) Description Grade mm mm mm mm IR18PG SP4066 1,41 18 Pg ,80 0, IR16PG SP4066 1,59 16 Pg ,80 1, IR18PG SP4066 1,41 18 Pg ,80 0, IR20PG SP4066 1,27 20 Pg 7 0,70 0,80 234

237 American Buttress External American Buttress Standard reference: ANSI B1.9 :1973 Tolerance class: Class 2 P x y ic 7 45 l External American Buttress Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER10ABUTT SP4066 2, ,50 2, ER12ABUTT SP4066 2, ,40 2, ER16ABUTT SP4066 1, ,00 1, ER20ABUTT SP4066 1, ,00 1, ER8ABUTT SP4066 3,18 8 2,10 3, ER12ABUTT SP4066 2, ,60 2,10 235

238 American Buttress Internal American Buttress Standard reference: ANSI B1.9 :1973 Tolerance class: Class 2 7 P 45 x l y ic Internal American Buttress Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm IR10ABUTT SP4066 2, ,50 2, IR12ABUTT SP4066 2, ,40 2, IR16ABUTT SP4066 1, ,00 1, IR20ABUTT SP4066 1, ,00 1, IR8ABUTT SP4066 3,18 8 2,10 3, IR12ABUTT SP4066 2, ,60 2,10 236

239 External API Round (APIRD) Standard reference: API Standard 5B :1979 Tolerance class: Standard API Round P x y ic 60 l External Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm ER8APIRD SP4066 3,18 8 1,30 1, ER10APIRD SP4066 2, ,20 1, ER8APIRD SP4066 3,18 8 1,60 2,10 Internal API Round (APIRD) Standard reference: API Standard 5B :1979 Tolerance class: Standard API Round x l y ic Internal Pitch X Y Right Hand TPI L (mm) Description Grade mm mm mm IR8APIRD SP4066 3,18 8 1,30 1, IR10APIRD SP4066 2, ,20 1, IR8APIRD SP4066 3,18 8 1,60 2,10 237

240 External API (Oilfield) Standard reference: API Specification 7: 1990 Tolerance class: Standard API P x y ic 60 l External Pitch Range TPI Taper X Y Right Hand L (mm) Description Grade mm IPF Angle mm mm ER5API403 SP4066 5, ' 1,80 2, ER4API383 SP4066 6, ' 2,10 2, ER4API382 SP4066 6, ' 2,10 2, ER4API502 SP4066 6, ' 2,00 3, ER4API503 SP4066 6, ' 2,00 3, ER4API382 SP4066 6, ' 2,10 2, ER4API383 SP4066 6, ' 2,10 2, ER4API502 SP4066 6, ' 2,00 3, ER4API503 SP4066 6, ' 2,00 2,00 238

241 Internal API (Oilfield) Standard reference: API Specification 7: 1990 Tolerance class: Standard API P 60 x l y ic Internal Pitch Range TPI Taper X Y Right Hand L (mm) Description Grade mm IPF Angle mm mm IR5API403 SP4066 5, ' 1,80 2, IR4API383 SP4066 6, ' 2,10 2, IR4API382 SP4066 6, ' 2,10 2, IR4API502 SP4066 6, ' 2,00 3, IR4API503 SP4066 6, ' 2,00 3, IR4API382 SP4066 6, ' 2,10 2, IR4API383 SP4066 6, ' 2,10 2, IR4API502 SP4066 6, ' 2,00 3, IR4API503 SP4066 6, ' 2,00 2,00 OILFIELD CONNECTORS Reference to Part Number TPI Taper IPF Connector No. or size API V 0.038R 4 2 API V 0.038R 4 3 API V API V API V API V API V NC23, NC28, NC31, NC35, NC38, NC40, NC44, NC46 NC50, 4 FH, 2 3/8" IF, 3 1/2" IF, 4 1/2" IF, 5 1/2" IF NC56, NC61, NC70, NC77 2 3/8" REG, 2 7/8" REG, 3 1/2" REG, 4 1/2" REG 3 1/2" FH, 4 1/2" FH 5 1/2 REG, 7 5/8 REG, 8 5/8 REG 6 5/8 REG, 5 1/2 FH, 6 5/8 FH NC10, NC12, NC13, NC16 Superceded by API V 0.038R 239

242 API Rotary Connections API Rotary Connections API Connections TPI TPF API Code Stellram Part Number Catalog Page Number API Number NC10 - NC V API NC23 - NC V-0.038R 4API NC56 -NC V-0.038R 4API API Regular 2 3/8 REG - 4 1/2 REG 5 1/2 REG - 7 5/8 REG, 8 5/8 REG 6 5/8 REG Internal Flush V API V API V API /8 IF - 6 5/8 IF V-0.038R 4API Full Hole 3 1/2 FH, 4 1/2 FH V API FH V-0.038R 4API /2 FH, 6 5/8 FH V API Hughes External Flush 2 3/8, 2 7/ Drawing On Request - 3 1/2, 4 1/ V-0.038R 4API Hughes Xtra Hole 2 7/ V-0.038R 4API Hughes Slim Hole 2 3/8-4 1/ V-0.038R 4API Hughes Double Streamline 3 1/2-5 1/ V-0.038R 4API Hughes H90 3 1/2-6 5/ Drawing On Request / Drawing On Request - Hughes Slimline H90 2 3/8-3 1/ Drawing On Request - PAC 2 3/8 PAC - 2 7/8 PAC PAC - 240

243 Threading Toolholder Designation External Internal E 1 R K I R N M Utilisation 5 Minimum Bore Size (Internal) E I Internal: e.g. 18 = D 1 Ø, 8mm External Internal d D1 Min. Bore 2 Hand L R 6 Tool Length Left Hand Right Hand D = 60 F = 80 H = 100 K = 125 L = 140 M = 150 P = 170 Q = 180 R = 200 S = 250 T = 300 U = 350 V = 400 L 3 Option N = No Anvil 4 Shank Size or Tool Diameter 4. Internal Shank Diameter e.g. 16 = d 16 mm 4 & 5. External Square Shank e.g = 20 x 20mm 7 Insert Size L IC mm Inch 06 5/ /16 08U 3/ /4 16 3/8 22 1/2 22U 1/2U 27 5/8 27U 5/8U IC L D1 8 Option U d Neutral 241

244 Threading External Toolholders ER/EL 90 b f L 1 L 2 h 1 h LH & RH External Square Shank Tool Holder Item Description Hand Anvil Type Insert Sizes & Types Anvil h = h1 b f L1 L2 Anvil Hand ERNM1010H11 RH ER ERN1010M16 RH ER EL1212F16 LH EL EL1616H16 LH EL EL2020K16 LH EL YI3 LH EL2525M16 LH EL EL3232Q16 LH EL ER1212F16 RH ER ER1616H16 RH ER ER2020K16 RH ER YE3 RH ER2525M16 RH ER ER3232Q16 RH ER EL2525M22 LH EL EL3232Q22 LH EL YI4 LH EL4040R22 LH EL ER2525M22 RH ER ER3232Q22 RH ER YE4 RH ER4040R22 RH ER EL3232Q27 LH EL EL4040R27 LH EL YI5 LH ER3232Q27 RH ER ER4040R27 RH ER YE5 RH Right Hand Toolholders and Inserts, Specify R = RH Left Hand Toolholders and Inserts, Specify L = LH 242

245 Threading Spares ER/EL 90 L/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw ERNM1010H SN2T T8F ERN1010M SA3T T10F EL 1212F16 EL 1616H16 EL 2020K16 EL 2525M16 EL 3232Q16 ER 1212F SA3T T10F YI SY3T ER 1616H16 ER 2020K16 ER 2525M16 ER 3232Q16 EL2525M SA3T T10F YE SY3T EL3232Q22 EL4040R22 ER2525M SA4T T20F YI SY4T ER3232Q22 ER4040R22 EL3232Q27 EL4040R SA4T SA5T T20F T25F YE4 YI SY4T SY5T ER3232Q27 ER4040R SA5T T25F YE SY5T 243

246 Threading Internal Threading Bars IR 90 d 1 f D L 1 L Item Description Hand IR LH & RH Internal Boring Bars Insert Sizes & Types Min Bore Thread Ø A ØD d 1 f L L 1 Through Coolant IRN1206H06 IR 06IR ,80 4, IRN1608K08 IR 08IR ,30 5, IRN1610K08 IR 08IR , IRN1013K11 IR 11IR ,50 7, IRN2013M11 IR 11IR , IRN1616M11 IR 11IR ,50 8, IRN1618M16 IR 16IR , IRN2021Q16 IR 16IR ,80 12, IR2024Q16 IR 16IR , IR2529R16 IR 16IR IR3236S16 IR 16IR ,50 19, IR4044T16 IR 16IR , IRN2027Q22 IR 221R , IR2532R22 IR 221R ,50 17, IR3239S22 IR 221R , IR4047T22 IR 221R , IR3240S27 IR 27IR , IR4048T27 IR 27IR , IL = Left Hand Tooling is available on request 244

247 Threading Spares IR 90 L/R Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw IR1206H S6T T IRN1608K08 IRN1610K S8T T IRN1013K11 IRN2013M11 IRN1616M11 IRN1618M16 IRN2021Q SN2T SA3T T8F T10F IR2024Q16 IR2529R16 IR3236S16 IR4044T16 IRN2027Q SA3T T10F YI SY3T IR2532R22 IR3239S22 IR4047T22 IR3240S27 IR4048T SA4T SA5T T20F T25F YI4 YI SY4T SY5T 245

248 Threading Internal Threading Bars IR 90 CF Anti Vibration d 1 f D L 1 L Item Description Hand IR LH & RH Internal Boring Bars Insert Sizes & Types Min Bore Thread Ø A Dimensions (imm) ØD d 1 f L L 1 Through Coolant IRN1206H06CF IR 06IR IRN1608H08CF IR 08IR IRN1610H08CF IR 08IR IRN1013H11CF IR 11IR IRN1616M11CF IR 11IR IRN1618M16CF IR 16IR IRN2021M16CF IR 16IR IR2024R16CF IR 16IR IL = Left Hand Tooling is available on request CF = Chatter Free IR 90 CF Spare Parts Item Description Insert Screw Insert Key Anvil Anvil Screw IRN1206H06CF S6T T IRN1608H08CF IRN1610H08CF S8T T IRN1013H11CF IRN1616M11CF SN2T T8F IRN1618M16CF IRN2021M16CF SA3T T10F IR2024R16CF SA3T T10F YI SY3T 246

249 Threading Anvil Selection With the Stellram threading system, a wide range of thread helix angles can be obtained without changing or modifying toolholders. This is obtained by simply changing the carbide anvil. 1.5 Standard Most toolholders are produced with 1.5 helix machined into the body. These tools are supplied with this angle as standard. Interchangeable anvils allow helix variations between +4.5 and -1.5 with the insert cutting edge remaining constant. 1.5 Standard Negative helix angles are used for producing right hand threads with left hand holders or left hand threads with right hand holders. Negative Helix ß Helix Angle Insert size Toolholder mm Inch Anvil Part Numbers 16 3/8" EX RH / IN LH YE33P YE32P YE31P YE3 YE31N YE31.5N YE32N YE33N EX LH / IN RH YI33P YI32P YI31P YI3 YI31N YI31.5N YI32N YI33N 22 1/2" 22U 1/2" 27 5/8" 27U 5/8" EX RH / IN LH YE43P YE42P YE41P YE4 YE41N YE41.5N YE42N YE43N EX LH / IN RH YI43P YI42P YI41P YI4 YI41N YI41.5N YI42N YI43N EX RH / IN LH YE4U3P YE4U2P YE4U1P YE4U YE4U1N YE4U1.5N YE4U2N YE4U3N EX LH / IN RH YI4U3P YI4U2P YI4U1P YI4U YI4U1N YI4U1.5N YI4U2N YI4U3N EX RH / IN LH YE53P YE52P YE51P YE5 YE51N YE51.5N YE52N YE53N EX LH / IN RH YI53P YI52P YI51P YI5 YI51N YI51.5N YI52N YI53N EX RH / IN LH YE5U3P YE5U2P YE5U1P YE5U YE5U1N YE5U1.5N YE5U2N YE5U3N EX LH / IN RH YI5U3P YI5U2P YI5U1P YI5U YI5U1N YI5U1.5N YI5U2N YI5U3N Note: Standard toolholders are supplied with 1.5 helix angle as standard. Calculation of thread helix angle for a given thread Helix angle - Tan -1 = Lead of the Thread 247

250 Threading Anvil Selection Flank Clearance Angle Selection ω ω INTERNAL EXTERNAL ω = 10 1,24 ω = φ 15 φ 10 α = 45 α = 7 ω ω ω = AMERICAN BUTTRESS ω = α = 60 ω ω ω = ω = ISO UN PARTIAL 60 NPT α = 30 α = 3 ω ω SAGE (DIN 513) ω = ω = 4 4 2α = 30 2α = 29 TRAPEZOIDAL ACME STUB ACME 248

251 Threading Technical Information 249

252 Threading Technical Naming Nomenclature Depth of Thread External Thread Major Ø Pitch Ø Minor Ø Internal Thread Depth of Thread Pitch Root Thread Angle Helix Angle Crest Depth of Thread The distance between the Crest and Root. Pitch The distance between two thread form peaks, defined as TPI (thread per inch) in millimeters or as an inch decimal. Pitch or Effective Diameter Is where the theoretical cylinder diameter cuts the thread form, when the thread form width and groove depth are equal, applies to parallel/straight threads forms only. Helix Angle: (Parallel/Straight Thread Forms) Where the lead of the thread and the pitch diameter cylinder form a right angle triangle. The helix angle is the angle opposite the lead. Major Diameter The largest diameter of the thread form. Minor or Root Diameter The smallest diameter of the thread form. Thread Angle The included angle between the individual flanks. Root The inner most surface of the thread, connecting the flanks. Crest The outer most surface of the thread, connecting the flanks. Helix Angle π x D φ φ x Pitch Diameter P D = Pitch/Effected Diameter P = Pitch or Lead = Helix Angle D 250

253 Threading Technical Pitch & Lead with Multi Start Thread Pitch Pitch Pitch = Axial distance from one thread point to the corresponding point on the next form Lead Lead = Pitch x Number of starts Or the distance travelled in one rotation of the work-piece Example for two start thread The partial pro le insert does not crest or top the outer diameter of the thread pro le but, can be used on multi thread pitches with the same thread angle. The full form insert controls the complete thread pro le by cresting/topping the form. A different insert is required for each pitch. 251

254 Threading Technical Cutting Direction Direction of cut using LH & RH Tooling Right Hand Thread / Right Hand Tooling Right Hand Thread / Left Hand Tooling Feed Direction Towards the Chuck Left Hand Thread / Left Hand Tooling Feed Direction Towards the Tailstock Left Hand Thread / Right Hand Tooling 252

255 Threading Technical Radial In-Feed RADIAL IN-FEED Most commonly used method on manual lathes. Equal wear on leading and trailing edge. Good surface finish on trailing edge. Use on work hardening materials. Use on short chipping materials. For pitches of less than 1,5mm or 16 T.P.I. Modified Flank In-Feed MODIFIED FLANK IN-FEED For threads greater than 1,5mm or 16 T.P.I. Reduced cutting pressure on larger pitches. Reduced chatter. Directs chip away from the cutting edge. Displaced in-feed angle improves surface finish. First choice for internal threading. Alternating Flank In-Feed ALTERNATING FLANK IN-FEED Recommended for large pitches, square ACME and trapezoidal forms. Recommended for long chipping materials. Method divides the work between both flanks. Results in equal wear. Less cutting pressure. Not available on all lathes. 253

256 Threading Technical Helix Angle Calculation (mm) Diameter mm Pitch 1 1,25 1,5 1, ' 4-33' 5-27' ' 3-48' 4-33' 5-18' 6-33' ' 2-51' 3-25' 3-59' 4-33' 6-49' ' 2-16' 2-44' 3-11' 3-39' 5-27' ' 1-54' 2-17' 2-39' 3-2' 4-33' ' 1-38' 1-57' 2-17' 2-36' 3-54' ' 1-42' 1-42' 2-0' 2-17' 3-25' ' 1-16' 1-31' 1-46' 2-2' 3-2' 4-3' ' 1-22' 1-36' 1-49' 2-44' 3-39' ' 1-16' 1-28' 2-11' 2-55' ' 1-13' 1-49' 2-26' 3-2' 3-39' ' 1-33' 2-5' 2-36' 3-8' ' 2-17' 2-44' ' 1-37' 2-2' 2-26' ' 1-28' 1-49' 2-11' ' 1-31' 1-49' ' 1-18' 1-34' ' 1-22' ' 1-13' ' Calculation of thread helix angle for a given Thread Helix angle - Tan -1 = Lead of the Thread Pitch / Effective Diameter x 254

257 Threading Technical Threading The table below provides recommendations for depths of cut for the different passes. These recommendations are intended as starting values for machining in steel and include stock 0,020mm - 0,075mm above crest. The suitable number of passes must be determined by optimom trials. 60 I.S.O Metric (ISO) 60, External (mm) Number of 0,5 0,75 0,8 1,0 1,25 1,5 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5,0 5,5 6,0 1 0,102 0,178 0,178 0,178 0,178 0,229 0,229 0,254 0,279 0,279 0,330 0,330 0,381 0,406 0,432 0, ,102 0,152 0,152 0,178 0,178 0,203 0,203 0,229 0,254 0,254 0,305 0,330 0,330 0,381 0,406 0, ,076 0,102 0,127 0,127 0,152 0,178 0,152 0,178 0,203 0,203 0,254 0,254 0,279 0,330 0,330 0, ,076 0,076 0,076 0,102 0,127 0,152 0,152 0,152 0,178 0,178 0,203 0,229 0,229 0,279 0,279 0, ,356 0,508 0,533 0,076 0,102 0,127 0,127 0,152 0,152 0,152 0,178 0,178 0,229 0,229 0,229 0, ,660 0,076 0,076 0,102 0,127 0,127 0,152 0,178 0,178 0,203 0,229 0,229 0, ,813 0,965 0,102 0,102 0,127 0,127 0,152 0,152 0,178 0,203 0,203 0, ,076 0,076 0,102 0,127 0,152 0,152 0,178 0,178 0,178 0, ,143 1,270 0,102 0,127 0,152 0,152 0,152 0,178 0,178 0, ,076 0,102 0,127 0,127 0,152 0,178 0,178 0, ,600 0,102 0,102 0,127 0,152 0,152 0,152 0, ,076 0,076 0,127 0,127 0,152 0,152 0, ,880 2,210 0,102 0,127 0,127 0,127 0, ,076 0,102 0,102 0,127 0, ,515 2,819 3,124 0,127 0, ,102 0,102 3,429 3,734 Last pass equals total depth of thread. 60 I.S.O Metric (ISO) 60, Internal (mm) Number of 0,5 0,75 1,0 1,25 1,5 1,75 2,0 2,5 3,0 3,5 4,0 4,5 5,0 5,5 6,0 1 0,102 0,178 0,178 0,203 0,254 0,229 0,254 0,279 0,279 0,305 0,330 0,356 0,381 0,381 0, ,102 0,127 0,152 0,178 0,203 0,203 0,229 0,229 0,229 0,279 0,305 0,330 0,356 0,356 0, ,076 0,102 0,102 0,127 0,152 0,152 0,178 0,178 0,203 0,229 0,229 0,279 0,305 0,305 0, ,076 0,076 0,102 0,102 0,102 0,127 0,152 0,152 0,152 0,203 0,203 0,229 0,254 0,254 0, ,356 0,483 0,076 0,102 0,102 0,102 0,127 0,152 0,152 0,178 0,178 0,203 0,229 0,229 0, ,610 0,076 0,076 0,102 0,102 0,127 0,152 0,152 0,152 0,178 0,203 0,203 0, ,787 0,889 0,102 0,102 0,102 0,127 0,152 0,152 0,152 0,178 0,178 0, ,076 0,076 0,102 0,102 0,152 0,152 0,152 0,152 0,178 0, ,092 1,219 0,102 0,102 0,127 0,127 0,152 0,152 0,152 0, ,076 0,102 0,102 0,127 0,152 0,152 0,152 0, ,499 0,102 0,102 0,102 0,127 0,152 0,152 0, ,076 0,076 0,102 0,127 0,152 0,152 0, ,778 2,057 0,102 0,102 0,127 0,152 0, ,076 0,102 0,102 0,127 0, ,337 2,642 2,896 0,127 0, ,102 0,102 3,200 3,454 Last pass equals total depth of thread. 255

258 Threading Technical P 60 UNIFIED (UN) 60, External (mm) Number of T.P.I ,178 0,178 0,178 0,203 0,229 0,229 0,229 0,254 0,279 0,279 0,279 0,279 0,305 0,356 0,356 0,432 0,406 0, ,152 0,152 0,178 0,178 0,203 0,203 0,229 0,229 0,229 0,254 0,229 0,229 0,254 0,330 0,330 0,406 0,381 0, ,127 0,127 0,152 0,152 0,152 0,152 0,178 0,178 0,203 0,203 0,203 0,203 0,229 0,254 0,254 0,330 0,330 0, ,076 0,102 0,127 0,127 0,152 0,152 0,152 0,152 0,152 0,178 0,178 0,178 0,178 0,229 0,229 0,279 0,279 0, ,533 0,076 0,076 0,102 0,127 0,127 0,127 0,152 0,152 0,152 0,152 0,152 0,178 0,178 0,203 0,229 0,254 0, ,635 0,711 0,076 0,076 0,102 0,102 0,127 0,152 0,152 0,152 0,152 0,152 0,178 0,178 0,229 0,229 0, ,838 0,940 0,076 0,102 0,102 0,127 0,127 0,152 0,152 0,152 0,152 0,178 0,203 0,203 0, ,041 0,076 0,076 0,076 0,102 0,127 0,127 0,152 0,152 0,152 0,178 0,203 0, ,194 1,270 1,372 0,076 0,102 0,127 0,127 0,152 0,152 0,178 0,178 0, ,499 0,076 0,102 0,127 0,127 0,152 0,178 0,178 0, ,651 0,076 0,102 0,102 0,152 0,178 0,152 0, ,778 0,076 0,076 0,127 0,152 0,152 0, ,032 2,286 0,102 0,127 0,152 0, ,102 0,102 0,152 0, ,667 3,200 0,152 0, ,127 0,102 3,531 3,937 Last pass equals total depth of thread. P 60 UNIFIED (UN) 60, Internal (mm) Number of T.P.I ,178 0,178 0,178 0,203 0,229 0,229 0,229 0,254 0,279 0,279 0,279 0,279 0,305 0,330 0,356 0,406 0,406 0, ,152 0,152 0,152 0,178 0,178 0,178 0,203 0,229 0,229 0,229 0,229 0,229 0,279 0,305 0,330 0,356 0,406 0, ,102 0,102 0,152 0,127 0,152 0,152 0,152 0,152 0,178 0,178 0,152 0,178 0,203 0,229 0,229 0,305 0,330 0, ,076 0,102 0,102 0,102 0,127 0,127 0,152 0,152 0,152 0,152 0,152 0,152 0,178 0,203 0,203 0,254 0,254 0, ,508 0,076 0,076 0,102 0,102 0,102 0,102 0,127 0,127 0,152 0,152 0,152 0,152 0,178 0,178 0,229 0,229 0, ,610 0,660 0,076 0,076 0,102 0,102 0,102 0,102 0,127 0,127 0,152 0,152 0,152 0,152 0,203 0,203 0, ,787 0,864 0,076 0,102 0,102 0,102 0,102 0,102 0,127 0,127 0,152 0,152 0,178 0,178 0, ,940 0,076 0,076 0,076 0,102 0,102 0,102 0,102 0,152 0,152 0,178 0,178 0, ,118 1,194 1,245 0,076 0,102 0,102 0,102 0,127 0,152 0,152 0,178 0, ,397 0,076 0,102 0,102 0,127 0,127 0,152 0,152 0, ,499 0,076 0,102 0,102 0,127 0,152 0,152 0, ,651 0,076 0,076 0,102 0,152 0,152 0, ,880 2,134 0,102 0,127 0,152 0, ,102 0,102 0,127 0, ,464 2,946 0,127 0, ,102 0,102 3,277 3,658 Last pass equals total depth of thread. 256

259 Threading Technical P 55 Whitworth (mm) Number of T.P.I ,203 0,203 0,203 0,229 0,229 0,203 0,254 0,279 0,279 0,305 0,279 0,305 0,356 0,356 0,381 0,406 0, ,178 0,152 0,203 0,203 0,203 0,203 0,229 0,254 0,254 0,254 0,229 0,279 0,305 0,305 0,381 0,406 0, ,127 0,152 0,152 0,152 0,178 0,152 0,178 0,203 0,203 0,203 0,229 0,229 0,279 0,279 0,356 0,356 0, ,102 0,102 0,127 0,127 0,152 0,152 0,152 0,178 0,178 0,178 0,203 0,203 0,229 0,254 0,305 0,305 0, ,076 0,076 0,102 0,127 0,127 0,127 0,127 0,152 0,152 0,152 0,178 0,178 0,203 0,203 0,279 0,279 0, ,635 0,686 0,076 0,076 0,102 0,127 0,127 0,152 0,152 0,127 0,152 0,152 0,203 0,203 0,254 0,254 0, ,864 0,914 0,076 0,102 0,102 0,127 0,127 0,127 0,152 0,152 0,178 0,203 0,229 0,229 0, ,067 0,076 0,076 0,076 0,127 0,127 0,127 0,152 0,152 0,178 0,203 0,229 0, ,143 1,245 1,422 0,076 0,127 0,127 0,127 0,152 0,152 0,203 0,203 0, ,549 0,076 0,127 0,127 0,152 0,152 0,203 0,178 0, ,676 0,076 0,127 0,127 0,152 0,178 0,178 0, ,880 0,076 0,076 0,152 0,152 0,152 0, ,108 2,413 0,127 0,127 0,152 0, ,102 0,102 0,152 0, ,819 3,353 0,147 0, ,102 0,102 3,708 4,166 Last pass equals total depth of thread. 257

260 Threading Technical P 60 UNIFIED J for Aircraft (UNJ), External (mm) Number of T.P.I ,178 0,178 0,178 0,203 0,229 0,229 0,229 0,279 0,279 0, ,152 0,152 0,152 0,178 0,203 0,203 0,203 0,229 0,229 0, ,127 0,102 0,152 0,152 0,152 0,152 0,152 0,203 0,203 0, ,076 0,102 0,102 0,102 0,127 0,127 0,127 0,152 0,152 0, ,533 0,076 0,076 0,102 0,102 0,102 0,127 0,152 0,152 0, ,610 0,660 0,076 0,076 0,102 0,102 0,102 0,127 0, ,813 0,889 0,076 0,102 0,102 0,127 0, ,991 0,076 0,076 0,102 0, ,118 1,295 0,102 0, ,076 0, ,549 0, ,076 1,930 Last pass equals total depth of thread. P 60 Metric J for Aircraft (MJ), External (mm) Number of 1,0 1,5 1,75 2,0 1 0,2286 0, ,2032 0, ,1524 0, ,1524 0, ,127 0, ,0762 0, ,9398 0, ,0762 1,2446 Last pass equals total depth of thread. 258

261 Threading Technical P 60 Number of T.P.I ,178 0,229 0,254 0,254 0, ,152 0,203 0,229 0,254 0, ,127 0,152 0,152 0,203 0, ,102 0,127 0,152 0,152 0, ,102 0,102 0,127 0,152 0, ,076 0,102 0,127 0,127 0, ,737 0,102 0,102 0,102 0, ,076 0,102 0,102 0, ,092 0,102 0,102 0, ,076 0,102 0, ,422 0,102 0, ,076 0, ,727 0, , , ,102 2,464 Last pass equals total depth of thread. P 60 National Pipe Taper ( NPT ) External & Internal (mm) Number of T.P.I ,203 0,229 0,229 0,229 0, ,152 0,178 0,203 0,203 0, ,127 0,152 0,178 0,178 0, ,102 0,152 0,152 0,152 0, ,102 0,127 0,152 0,152 0, ,076 0,127 0,127 0,152 0, ,762 0,102 0,127 0,152 0, ,076 0,102 0,127 0, ,143 0,102 0,127 0, ,076 0,102 0, ,448 0,102 0, ,076 0, ,753 0, , ,076 2,489 Last pass equals total depth of thread. 259

262 Threading Technical P 55 British Standard Pipe Taper ( BSPT ) External & Internal (mm) Number of T.P.I ,178 0,229 0,254 0,254 0, ,152 0,203 0,203 0,229 0, ,127 0,152 0,178 0,203 0, ,102 0,127 0,152 0,178 0, ,076 0,127 0,127 0,152 0, ,660 0,076 0,127 0,152 0, ,914 0,102 0,127 0, ,076 0,127 0, ,219 0,076 0, ,499 0, , ,076 2,083 Last pass equals total depth of thread. P 30 Round DIN 405, External & Internal (mm) Number of T.P.I ,229 0,229 0,279 0, ,229 0,229 0,254 0, ,203 0,203 0,229 0, ,203 0,203 0,229 0, ,152 0,178 0,203 0, ,127 0,152 0,203 0, ,102 0,152 0,178 0, ,076 0,127 0,152 0, ,321 0,102 0,152 0, ,076 0,127 0, ,651 0,102 0, ,076 0, ,184 0, ,102 3,200 Last pass equals total depth of thread. 260

263 Threading Technical P 30 Trapezoidal DIN 103 (mm) Number of 1, ,229 0,254 0,279 0,279 0,305 0,356 0,356 0, ,203 0,229 0,229 0,229 0,305 0,330 0,330 0, ,152 0,178 0,203 0,229 0,254 0,305 0,305 0, ,127 0,152 0,152 0,203 0,229 0,279 0,279 0, ,102 0,127 0,152 0,178 0,203 0,254 0,254 0, ,076 0,127 0,127 0,178 0,203 0,254 0,254 0, ,889 0,102 0,127 0,152 0,203 0,203 0,254 0, ,076 0,102 0,152 0,203 0,203 0,229 0, ,245 0,102 0,152 0,178 0,203 0,203 0, ,102 0,152 0,152 0,203 0,203 0, ,102 0,127 0,152 0,178 0,203 0, ,076 0,127 0,127 0,152 0,203 0, ,753 0,102 0,127 0,152 0,178 0, ,261 0,102 0,152 0,178 0, ,743 0,152 0,178 0, ,127 0,127 0, ,505 3,734 0, , ,127 4,496 Last pass equals total depth of thread. 29 ACME (mm) Number of T.P.I ,229 0,229 0,254 0,254 0,279 0,330 0,356 0,356 0, ,203 0,203 0,203 0,229 0,254 0,279 0,330 0,330 0, ,178 0,178 0,178 0,203 0,203 0,229 0,254 0,305 0, ,152 0,152 0,152 0,178 0,178 0,203 0,229 0,279 0, ,127 0,127 0,127 0,152 0,152 0,178 0,229 0,254 0, ,076 0,102 0,127 0,127 0,127 0,178 0,203 0,254 0, ,965 0,076 0,102 0,127 0,127 0,152 0,203 0,203 0, ,067 0,102 0,102 0,127 0,152 0,203 0,203 0, ,245 0,102 0,127 0,152 0,178 0,203 0, ,102 0,102 0,152 0,152 0,178 0, ,575 0,102 0,152 0,152 0,178 0, ,102 0,127 0,152 0,152 0, ,880 0,102 0,127 0,152 0, ,515 0,102 0,152 0, ,845 0,152 0, ,127 0, ,480 0, , ,127 4,521 Last pass equals total depth of thread. 261

264 Threading Technical P 29 STUB-ACME (mm) Number of T.P.I ,203 0,229 0,229 0,229 0,254 0,279 0,279 0,305 0, ,152 0,178 0,178 0,203 0,203 0,203 0,254 0,279 0, ,127 0,152 0,152 0,178 0,203 0,203 0,203 0,254 0, ,102 0,127 0,127 0,152 0,178 0,178 0,203 0,203 0, ,102 0,102 0,102 0,152 0,152 0,152 0,178 0,203 0, ,686 0,787 0,102 0,127 0,152 0,152 0,152 0,178 0, ,889 0,102 0,127 0,152 0,152 0,152 0, ,143 0,102 0,127 0,152 0,152 0, ,372 0,102 0,127 0,127 0, ,549 0,102 0,127 0, ,803 0,102 0, ,102 0, ,184 0, , ,102 3,099 Last pass equals total depth of thread. P 60 API Thread Forms (mm) API Rd 16ER10APIRD 16IR10APIRD 16ER8APIRD 16IR8APIRD API-V-0.038R 22ER4API382 22IR4API382 22ER4API383 22IR4API383 API-V ER4API502 27IR4API502 27ER4API503 27IR4API503 API-V ER5API403 22IR5API403 Total In-Feed ,448 0,279 0,203 0,152 0,152 0,127 0,127 0,127 0,102 0,102 0, ,854 0,279 0,229 0,203 0,152 0,152 0,152 0,127 0,127 0,127 0,127 0,102 0, ,175 0,457 0,381 0,381 0,330 0,305 0,305 0,254 0,254 0,203 0,127 0,102 0, ,175 0,457 0,381 0,381 0,330 0,305 0,305 0,254 0,254 0,203 0,127 0,102 0, ,861 0,457 0,381 0,356 0,330 0,305 0,305 0,279 0,254 0,254 0,229 0,203 0,203 0,127 0,102 0,076 3,835 0,457 0,381 0,356 0,330 0,305 0,279 0,279 0,254 0,254 0,229 0,203 0,203 0,127 0,102 0,076 3,073 0,432 0,381 0,381 0,330 0,279 0,279 0,254 0,254 0,178 0,127 0,102 0,

265 Threading Technical Multi-Tooth Inserts (mm) External T.P.I T.P.I NPT T.P.I 1,0 1,5 2,0 2,5 3, ,356 0,356 0,483 0,457 0,559 0,432 0,483 0,381 0,432 0,533 0,483 0,483 0,457 0, ,330 0,330 0,483 0,432 0,533 0,381 0,432 0,356 0,406 0,483 0,432 0,432 0,432 0, ,686 0,279 0,330 0,406 0,483 0,813 0,914 0,279 0,330 0,356 0,914 0,330 0,381 0, ,965 1,295 0,279 0,330 1,016 1,168 1,372 1,245 0,279 0,254 1,575 1,905 1,549 1,676 Internal T.P.I T.P.I 1,0 1,5 2,0 2,5 3, ,330 0,330 0,457 0,356 0,483 0,356 0,483 0,457 0, ,305 0,305 0,432 0,330 0,432 0,305 0,432 0,432 0, ,635 0,254 0,330 0,254 0,330 0,254 0,330 0,381 0, ,889 1,219 0,940 1,245 0,914 1,245 0,279 0,254 1,549 1,676 Last pass equals total depth of thread. NPT T.P.I 263

266 Threading Technical 1 What s the Application A) Internal or External B) Type of thread form C) Material being machined 3 Select Tooling F) External G) Internal Thread Angle Helix Angle f b I 2 I 1 External Thread Major Ø Pitch Ø Minor Ø Internal Thread f d 1 d I 2 Depth of Thread Pitch Root Crest I 1 See pages Machine Set-Up D) LH or RH thread form E) Machine Set-Up Right Hand Thread / Right Hand Tooling 4 Check Helix Angle Note: The 1.5 Calculation of thread helix angle for a given thread Helix angle - Tan -1 = Lead of the Thread Pitch/Effective Diameter x Helix Angle Calculation (mm) See page 252 Diameter mm 1 1,25 1,5 1, ' 4-33' 5-27' ' 3-48' 4-33' 5-18' ' 2-51' 3-25' 3-59' ' 2-16' 2-44' 3-11' ' 1-54' 2-17' 2-39' ' 1-38' 1-57' 2-17' ' 1-42' 1-42' 2-0' See page

267 Threading Technical 5 Select Anvil Note: The 1.5 angle is Standard with all toolholders 16 3 / 8 " 22 1 /2" 22U 1 / 2 " 1.5 Standard ß Helix Angle Insert size mm Inch Toolholder Anvil Part Numbers 1.5 Standard Negative Helix EX RH / IN LH YE33P YE32P YE31P YE3 Y EX LH / IN RH YI33P YI32P YI31P YI3 Y EX RH / IN LH YE43P YE42P YE41P YE4 Y EX LH / IN RH YI43P YI42P YI41P YI4 Y EX RH / IN LH YE4U3P YE4U2P YE4U1P YE4U Y EX LH / IN RH YI4U3P YI4U2P YI4U1P YI4U Y 6 Select Cutting Speed Speed vc (feet/min) ISO Materials Rm K P M Unalloyed Steel Alloyed Steel Tool Steel Stainless Steel PH Stainless N/mm HBN N/mm HBN N/mm HBN N/mm HBN N/mm HBN N/mm HBN Austenitic + Ferritic 300 series Martensitic 400 series Refractory P.H /8" EX RH / IN LH YE53P YE52P YE51P YE5 Y EX LH / IN RH YI53P YI52P YI51P YI5 Y See page U 5 /8" EX RH / IN LH YE5U3P YE5U2P YE5U1P YE5U Y EX LH / IN RH YI5U3P YI5U2P YI5U1P YI5U Y Note: Standard toolholders are supplied with 1.5 helix angle as standard. See page Select number and depth of passes I.S.O Metric (ISO) 60, External (mm) Number of 0,5 0,75 0,8 1,0 1,25 1,5 1,75 1 0,102 0,178 0,178 0,178 0,178 0,229 0, ,102 0,152 0,152 0,178 0,178 0,203 0, ,076 0,102 0,127 0,127 0,152 0,178 0, ,076 0,076 0,076 0,102 0,127 0,152 0, ,356 0,508 0,533 0,076 0,102 0,127 0, ,660 0,076 0,076 0, ,813 0,965 0, , , See pages

268 Threading All Stellram s products are supported by a confident and technical sales team backed by an extensive customer care policy. ATIstellram.com ATImetals.com 266 Landis Threading Systems

269 Landis CNC EZ Roller Thread Rolling Tools ATI Stellram Landis Threading Systems offers a line of thread rolling tools designed especially for CNC style machines. The Landis CNC EZ Roller thread rolling tools offer a low cost, small tool envelope, alternative to the conventional opening style rolling heads. When married to CNC machines that run a Rigid or Synchronous tapping cycle to roll-on/roll-off, savings can be achieved by eliminating the extraneous moves necessary to reset the rolling head. Six sizes of CNC EZ Roller tools cover a standard thread range of M1,6 through M30 diameters. They can be furnished with plain cylindrical shanks in both inch and metric diameters, or other mountings available include CAT, BT, VDI, Morse Taper and Tap drive. Thread rolls are available in several die materials and thread leads to suit the application. 267 Landis Threading Systems

270 Threading Landis #1.5 CNC EZ Roller Die Holder Die Body D F G H C K E J I* B A #1.5 Tooling Dimensions Dimensions mm A 20,61 B see thread size chart C 2,38 D 10,32 E 6,50 F 16,50 G 22,50 H 50,00 I* 20,00 J 6,00 K 26,00 Front View Side View Components Part # Description Quantity L0C Die Holder - Metric 1 L0E Thread Roll Shaft 3 L0E Thread Roll Shaft - "A", "AA", "B" 3 L0E Adjusting Screw 1 LFA Set Screw 4 LGD mm Hex Wrench 1 Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll #0-80 UNF LSB L0B A - 4º-35' 3,2 L0C #1-64 UNC LSB L0B AA - 4º-25' 4 L0C #1-72 UNF LSB L0B AA - 4º-25' 4 L0C #2-56 UNC LSB L0B B - 4º-25' 5,2 L0C #2-64 UNF LSB L0B BF - 3º-45' 5,2 L0C #3-48 UNC LSB L0C B - 4º-25' 5,2 L0C #3-56 UNF LSB L0B BF - 3º-45' 5,2 L0C Landis Threading Systems

271 Threading Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll #4-40 UNC LSB L0B C - 4º-45' 6,7 L0C #4-48 UNF LSB L0B CF - 4º-0' 6,7 L0C #5-40 UNC LSB L0B C - 4º-45' 6,7 L0C #5-44 UNF LSB L0B CF - 4º-0' 6,7 L0C #6-32 UNC LSB L0B C - 4º-45' 6,7 L0C #6-40 UNF LSB L0B CF - 4º-0' 6,7 L0C #8-32 UNC LSB L0B D - 4º-45' 8 L0C #8-36 UNF LSB L0B DF - 3º-30' 8 L0C #10-24 UNC LSB L0B D - 4º-45' 8 L0C #10-32 UNF LSB L0B DF - 3º-30' 8 L0C #12-24 UNC LSB L0B D - 4º-45' 8 L0C #12-28 UNF LSB L0B DF - 3º-30' 8 L0C M1,6 X,35 ISO LSB L0B A - 4º-35' 3,2 L0C M1,8 X,35 ISO LSB L0B AA - 4º-25' 4 L0C M2 X,4 ISO LSB L0B B - 4º-25' 5,2 L0C M2,2 X,45 ISO LSB L0B B - 4º-25' 5,2 L0C M2,5 X,45 ISO LSB L0B BF - 3º-45' 5,2 L0C M3 X,5 ISO LSB L0B CX - 3º-30' 6,7 L0C M3,5 X,6 ISO LSB L0B CX - 3º-30' 6,7 L0C M4 X,7 ISO LSB L0B CX - 3º-30' 6,7 L0C M4,5 X,75 ISO LSB L0B DF - 3º-30' 8 L0C M5 X,8 ISO LSB L0B DF - 3º-30' 8 L0C Landis Threading Systems

272 Threading Landis #3 CNC EZ Roller Die Holder Die Body D F G H C K E J I* B A #3 Tooling Dimensions Dimensions inches mm mm A 33,30 B C see thread size chart 3,17 D 14,28 E 13,50 F 24,00 G 29,00 H 63,50 I* 25,00 J 10,50 K 42,00 Front View Side View Components Part # Description Quantity L0C Die Holder - Metric 1 L0E Thread Roll Shaft 3 LFA Set Screw 5 LGD ,5mm Hex Wrench 1 Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension Thread Roll #8-32 UNC LSB L0B FX - 4º-0' 12 L0B #10-24 UNC LSB L0B F - 4º-45' 12 L0C #10-32 UNF LSB L0B FX - 3º-30' 12 L0B #12-24 UNC LSB L0B FX - 4º-0' 12 L0B #12-28 UNF LSB L0B FX - 3º-30' 12 L0B /4-20 UNC LSB L0B F - 4º-45' 12 L0B /4-28 UNF LSB L0B FF - 3º-0' 12 L0B mm 270 Landis Threading Systems

273 Threading Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 5/16-18 UNC LSB L0B G - 3º-45' 14 L0B /16-24 UNF LSB L0B GF - 2º-45' 14 L0B /8-16 UNC LSB L0B G - 3º-45' 14 L0B /8-24 UNF LSB L0B GF - 2º-45' 14 L0B M5 x 0,8 LSB L0B FX - 3º-30' 12 L0B M6 x 1,0 LSB L0B FX - 3º-30' 12 L0B M7 x 1,0 LSB L0B FF - 3º-0' 12 L0B M8 x 1,0 LSB L0B GF - 2º-45' 14 L0B M8 x 1,25 LSB L0B GX - 3º-15' 14 L0B M10 x 1,25 LSB L0B GF - 2º-45' 14 L0B M10 x 1,5 LSB L0B GX - 3º-15' 14 L0B Landis Threading Systems

274 Threading Landis #3.5 CNC EZ Roller Die Holder Die Body D F G H C K E J I* B A #3.5 Tooling Dimensions Dimensions inches mm mm A 68,26 B C see thread size chart 4,76 D 28,58 E -- F G Thru Bore 35,00 H 63,50 I* 25,00 J 13,50 K 83,00 Front View Side View Components Part # Description Quantity L0B Die Holder - Metric 1 L0D Thread Roll Shaft 3 LFA Adjusting & Retaining Screws 5 LGD mm Hex Wrench 1 Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 1/4-20 UNC LSB L0B T - 4º-15' 15,1 L0B /4-28 UNF LSB L0B TF - 2º-40' 15,1 L0B /16-18 UNC LSB L0B U - 3º-20' 22,6 L0B /16-24 UNF LSB L0B UF - 2º-40' 22,6 L0B /8-16 UNC LSB L0B V - 3º-10' 22,6 L0B /8-24 UNF LSB L0B VF - 2º-0' 22,6 L0B Landis Threading Systems

275 Threading Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 7/16-14 UNC LSB L0B V - 3º-10' 22,6 L0B /16-20 UNF LSB L0B VF - 2º-0' 22,6 L0B /2-13 UNC LSB L0B V - 3º-10' 22,6 L0B /2-20 UNF LSB L0B VF - 2º-0' 22,6 L0B M6 x 1,0 LSB L0B TX - 3º-20' 15,1 L0B M6 X 0,75 LSB L0B TF - 2º-40' 15,1 L0B M7 x 1,0 LSB L0B U - 3º-20' 22,6 L0B M8 x 1,0 LSB L0B UF - 2º-40' 22,6 L0B M8 x 1,25 LSB L0B U - 3º-20' 22,6 L0B M10 x 1,0 LSB L0B VF - 2º-0' 22,6 L0B M10 x 1,5 LSB L0B V - 3º-10' 22,6 L0B M12 X 1,0 LSB L0B VF - 2º-0' 22,6 L0B M12 x 1,75 LSB L0B V - 3º-10' 22,6 L0B Landis Threading Systems

276 Threading Landis #5 CNC EZ Roller Die Holder Die Body D F G H C K E J I* B A #5 Tooling Dimensions Dimensions inches mm mm A 85,73 B C see thread size chart 4,76 D 28,58 E - F G Thru Bore 35,00 H 63,50 I* 25,00 J 17,50 K 99,00 Front View Side View Components Part # Description Quantity L0B Die Holder - Metric 1 L0D Thread Roll Shaft 3 LFA Set Screw 1 LFA Socket Head Cap Screw 1 LFA Retaining Screw 3 LGD mm Hex Wrench 1 LGD mm Hex Wrench 1 Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 5/16-18 UNC LSB L0B141738M H - 3º-20' 22,6 L0B /16-24 UNF LSB L0B141740M HF - 2º-30' 22,6 L0B /8-16 UNC LSB L0B141738M H - 3º-20' 22,6 L0B /8-24 UNF LSB L0B141740M HF - 2º-30' 22,6 L0B /16-14 UNC LSB L0B141738M H - 3º-20' 22,6 L0B /16-20 UNF LSB L0B141740M HF - 2º-30' 22,6 L0B Landis Threading Systems

277 Threading Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 1/2-13 UNC LSB L0B141739M I - 2º-45' 22,6 L0B /2-20 UNF LSB L0B141741M IF - 1º-50' 22,6 L0B /16-12 UNC LSB L0B141739M I - 2º-45' 22,6 L0B /16-18 UNF LSB L0B141741M IF - 1º-50' 22,6 L0B /8-11 UNC LSB L0B141739M I - 2º-45' 22,6 L0B /8-18 UNF LSB L0B141741M IF - 1º-50' 22,6 L0B M8 x,75 LSB L0B141744M HMF - 1º-45' 22,6 L0B M8 x 1,0 LSB L0B141740M HF - 2º-30' 22,6 L0B M8 x 1,25 LSB L0B141738M H - 3º-20' 22,6 L0B M10 x,75 LSB L0B141744M HMF - 1º-45' 22,6 L0B M10 x 1,0 LSB L0B141744M HMF - 1º-45' 22,6 L0B M10 x 1,5 LSB L0B141738M H - 3º-20' 22,6 L0B M12 x 1,25 LSB L0B141744M HMF - 1º-45' 22,6 L0B M12 x 1,5 LSB L0B141740M HF - 2º-30' 22,6 L0B M12 x 1,75 LSB L0B141739M I - 2º-45' 22,6 L0B M14 x 2,0 LSB L0B141739M I - 2º-45' 22,6 L0B M16 x 1,5 LSB L0B141741M IF - 1º-50' 22,6 L0B M16 x 2,0 LSB L0B141739M I - 2º-45' 22,6 L0B Landis Threading Systems

278 Threading Landis #7 CNC EZ Roller Die Holder Die Body D F G H C K E J I* B A #7 Tooling Dimensions Dimensions inches mm mm A 98,43 B C see thread size chart 9,53 D 44,45 E -- F G Thru Bore 54,00 H 63,50 I* 38,00 J 27,00 K 115,00 Front View Side View Components Part # Description Quantity L0B Die Holder - Metric 1 L0D Thread Roll Shaft 3 LFA Set Screw - Size Adjustment 1 LFA Socket Head Cap Screw 1 LFA Retaining Screw - Oval Point 3 LGD mm Hex Wrench 1 LGD mm Hex Wrench 1 Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension Thread Roll 7/16-14 UNC LSB L0B142216M J - 3º-20' 33,4 L0B /16-20 UNF LSB L0B142218M JF - 2º-15' 33,4 L0B /2-13 UNC LSB L0B142216M J - 3º-20' 33,4 L0B /2-20 UNF LSB L0B142218M JF - 2º-15' 33,4 L0B /16-12 UNC LSB L0B142216M J - 3º-20' 33,4 L0B /16-18 UNF LSB L0B142218M JF - 2º-15' 33,4 L0B mm 276 Landis Threading Systems

279 Threading Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 5/8-11 UNC LSB L0B142217M K - 2º-45' 33,4 L0B /8-18 UNF LSB L0B142219M KF - 1º-40' 33,4 L0B /4-10 UNC LSB L0B142217M K - 2º-45' 33,4 L0B /4-16 UNF LSB L0B142219M KF - 1º-40' 33,4 L0B /8-9 UNC LSB L0B142217M K - 2º-45' 33,4 L0B /8-14 UNF LSB L0B142219M KF - 1º-40' 33,4 L0B UNC LSB L0B142220M L - 2º-30' 33,4 L0B UNF LSB L0B142221M LF - 1º-30' 33,4 L0B UN LSB L0B142221M LF - 1º-30' 33,4 L0B M12 x 1,75 LSB L0B142216M J - 3º-20' 33,4 L0B M12 x 1,25 LSB L0B142218M JF - 2º-15' 33,4 L0B M14 x 2,0 LSB L0B142216M J - 3º-20' 33,4 L0B M14 x 1,5 LSB L0B142218M JF - 2º-15' 33,4 L0B M16 x 2,0 LSB L0B142217M K - 2º-45' 33,4 L0B M16 x 1,5 LSB L0B142219M KF - 1º-40' 33,4 L0B M20 x 2,5 LSB L0B142217M K - 2º-45' 33,4 L0B M20 x 1,5 LSB L0B142219M KF - 1º-40' 33,4 L0B M22 x 2,5 LSB L0B142217M K - 2º-45' 33,4 L0B M22 x 1,5 LSB L0B142219M KF - 1º-40' 33,4 L0B M24 x 3,0 LSB L0B142220M L - 2º-30' 33,4 L0B M24 x 1,5 LSB L0B142221M LF - 1º-30' 33,4 L0B Landis Threading Systems

280 Threading Landis #10 CNC EZ Roller Die Holder Die Body D F G H C K E J I* B A #10 Tooling Dimensions Dimensions inches mm mm A 174,62 B C see thread size chart 9,53 D 50,80 E -- F G see thread size chart 67,00 H 83,00 I* 50,00 J 34,00 K 197,00 Front View Side View Components Part # Description Quantity L0A Die Holder - Metric 1 L0D Thread Roll Shaft 3 LFA Set Screw - Size Adjustment 1 LFA Socket Head Cap Screw 1 LFA Retaining Screw - Oval Point 3 LGD mm Hex Wrench 1 Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 5/8-11 UNC LSB L0B142192M Q - 2º-45' 59,5 L0B /8-18 UNF LSB L0B142194M QF - 1º-40' 59,5 L0B /4-10 UNC LSB L0B142192M Q - 2º-45' 59,5 L0B /4-16 UNF LSB L0B142194M QF - 1º-40' 59,5 L0B /8-9 UNC LSB L0B142192M Q - 2º-45' 59,5 L0B /8-14 UNF LSB L0B142194M QF - 1º-40' 59,5 L0B Landis Threading Systems

281 Threading Thread Size Sub- Assembly Shank mm Die Body Die Body Size B - Dimension mm Thread Roll 1-8 UNC LSB L0B142193M R - 2º-25' 59,5 L0B UNF LSB L0B142195M RF - 1º-20' 59,5 L0B /8 7 UNC LSB L0B142193M R - 2º-25' 59,5 L0B /8-12 UNF LSB L0B142195M RF - 1º-20' 59,5 L0B /4-7 UNC LSB L0B142193M R - 2º-25' 59,5 L0B /4-12 UNF LSB L0B142195M RF - 1º-20' 59,5 L0B M16 x 2,0 LSB L0B142192M Q - 2º-45' 59,5 L0B M20 x 2,5 LSB L0B142192M Q - 2º-45' 59,5 L0B M24 x 3,0 LSB L0B142192M Q - 2º-45' 59,5 L0B M24 x 2,0 LSB L0B142194M QF - 1º-40' 59,5 L0B M30 x 3,5 LSB L0B142193M R - 2º-25' 59,5 L0B M30 x 2,0 LSB L0B142195M RF - 1º-20' 59,5 L0B Oil and Gas Industry Threads Sucker Rod Size Sucker Rod Thread Sub-Assembly Standard Shank Thread Rolls* Die Bodies Die Body Size B-Dimension mm 5/8 15/16-10 API LOB LOA SR - 2º-0 59,5 3/4 1-1/16-10 API LSB LOB LOA SR - 1º-40 59,5 7/8 1-3/16-10 API LSB LOB LOA SR - 1º-40 59, /8-10 API LSB LOB LOA SR - 1º-40 59,5 1-1/8 1-9/16-10 API LSB LOB LOA SR - 1º-40 59,5 * Sucker Rod Thread Rolls have Truncated Progressive Long Throats 279 Landis Threading Systems

282 Landis CNC EZ Roller Thread Rolling Tools Using the Landis EZ Roller thread rolling tool begins with the application to the machine on which threads are to be rolled. They are ideally suited for use on CNC style machines that have a Rigid or Synchronous Tapping Cycle as part of their program selection. This cycle, normally used for tapping an internal thread, is a thread-on/thread-off operation that retracts the tap back out of the hole. It synchronizes the feed pitch to the spindle rotation, so that when the tool reaches its end-point, the feed matches the spindle speed as the spindle slows down to a stop and then reverses. This feature eliminates the old-style oating holder. So, applying an EZ Roller thread rolling tool to the same Rigid tapping cycle permits an external thread to be rolled in a similar manner. By utilizing this cycle, it allows for a simpli ed rolling tool design with no moving parts or mechanisms. Cycle times can be reduced by the elimination of extra turret movements in order to reset opening style thread cutting and rolling heads. All EZ Roller thread rolling tools can be furnished with inch or metric shanks for use in standard tool holders, which allows the tool to be applied to CNC machines with automatic tool changers. Another feature of the EZ Roller thread rolling tool is its capacity to be pre-set for a thread size off the machine. Spare or extra Die Bodies and Thread Rolls can be used for the same or additional sizes and then exchanged with the used one. With the #1.5, #3 and the #3.5, the unit cost is low enough to possibly justify exchanging the entire pre-set tool. Conversely, on the #5, #7 and #10 where the Die Body and Rolls are independent of the Die Holder, a Die Body unit can be exchanged without removing the Die Holder from the machine, in just a matter of minutes. Presetting the EZ Roller thread rolling tools on the bench can be accomplished by using either a thread set-gage or a master part, if one is available. Or, on the smaller sizes, a plug gage equal to the thread minor diameter can be used by inserting it in between the Thread Rolls. In using either method of pre-setting, the tool is sized to just nger-tight on the gage. All 6 sizes of EZ Roller thread rolling tools are designed with enough size adjustment capacity to permit adjustment thru the Pitch Diameter tolerance ranges of all UN and Metric threads. While considerable time can be saved in the overall cycle when threading a part with an EZ Roller thread rolling tool, it may not be practical to do so if the length of the thread is excessively long. At some point, the cycle time to thread-on and thread-off will be longer than that time required to move and reset an opening style rolling head. This determination will need to be made as part of the overall part run. Landis typically suggests that the thread length be limited to 2 to 3 times the thread diameter, however, longer length threads can be run under certain conditions. 280 Landis Threading Systems

283 Landis Specialized EZ Roller Thread Rolling Tools The Landis EZ ROLLER thread rolling tool is one of the most versatile thread rolling tools for CNC threading operations being made today. The re ned design, that has eliminated all moving components, combined with a standardization of manufacturing processes, offers the exibility to tailor the EZ Roller thread rolling tool to meet the customers workpiece requirements and still t within the machines tooling envelope. For this purpose, Landis has developed the T version of the EZ Roller thread rolling tool. Landis can design a tool to t your product and machine requirements. To illustrate the concept of the T version, we outlined two examples of tools that were designed and built for speci c purposes. The #7T EZ Roller thread rolling tool, designed to thread roll a M33 x 3,0 thread on an automotive axle housing. The application was to a special-built CNC machine. This #7T utilizes 5 Thread Rolls per set. The Thread Roll is based on the smaller #5 EZ Roller thread rolling tool, in order to help keep the overall tool size to a minimum, yet still provide suf cient roll diameter for long life. The 5-roll design minimizes arch-length which helps insure stability during the rolling cycle. APPLICATIONS OF EZ ROLLER THREAD ROLLING TOOLS Being round, the majority of threading operations are naturally done on lathes. However, in some instances, parts that are not round may also have a thread on them. Eliminate the secondary threading operation by installing a Landis EZ Roller on your machining center using a direct-mount V- ange shank. With the EZ Roller, there is no resetting operation needed, so the machine cycle can index the tool into the spindle, roll the thread, and then index out. Landis can supply any size CAT or BT style shank on our full range of EZ Rollers. The Landis CNC EZ roller can be supplied with specialized tool adaption systems such as the VDI system as well as those with through coolant. The #3T EZ Roller thread rolling tool was designed to thread roll a M20 X 1,5 ISO thread on a hex tting. In this case, the tool envelop of the CNC machine dictated the size of the tool. The thread was to be rolled close to the hex shoulder, so thread rolls from a #3CNC were used in a tailor-made Die Body that would clear the hex. The Holder was then sized to t within that required tooling envelope. 281 Landis Threading Systems

284 Recommended Blank Diameters Thread Rolling Tools Preparing and Controlling Blank Diameters The process of maintaining a properly sized blank diameter within speci c limits is critical to forming a functionally correct thread Compressing excess material between thread rolls increases pressure on the roll thread form (over rolling). Causing roll breakage and/or oversized threads. Compressing little material causes thread to be incorrectly formed. To help eliminate these issues, Landis provides recommended starting blank diameter for both inch and metric threads Depending on the material and metallurgical makeup the nal blank diameter must be established by actual rolling. Preparing the blank Rolled Threads have a seam which results from material owing from the root area up to and folded in at the crest. Seams will be more visible on some threads than others. Starting with the minimum acceptable blank diameter will increase roll life and result in a larger seam Seams have no bearing on thread strength but sometimes they are aesthetically objectionable. If this is the case, they can be rolled tighter if the decreased roll life is acceptable, or the thread can be rolled with an oversized addendum that can be ground away to remove the seam. Starting at minimum blank diameter also allows for blank growth due to tool wear and longer run times before the maximum allowable blank diameter is reached. Finished Thread Chamfer Approximately 45 Minor Dia. Minus 0, Chamfer on Blank 282 Landis Threading Systems

285 Thread Rolling Blank Diameters - Metric Threads Blank Diameters for Parallel Rolled Metric Threads Steels Aluminum Alloys Size C Soft C Soft C or Alloy RC C or Alloy RC Stainless Chrome Nickel 300 Series Stainless Chrome 400 Series Brass & Bronze Soft Hard Size Pitch Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. 3 0,35 2,743-2,756 2,751-2,764 2,756-2,769 2,758-2,771 2,766-2,779 2,758-2,771 2,751-2,764 2,756-2,769 2,751-2, ,5 2,639-2,652 2,647-2,659 2,652-2,664 2,654-2,667 2,662-2,675 2,654-2,667 2,647-2,659 2,652-2,664 2,647-2,659 3,5 0,35 3,244-3,256 3,249-3,261 3,254-3,266 3,256-3,269 3,264-3,277 3,256-3,269 3,249-3,261 3,254-3,266 3,249-3,261 3,5 6 3,071-3,084 3,081-3,094 3,084-3,0960 3,089-3,101 3,096-3,109 3,089-3,101 3,081-3,094 3,084-3,096 3,081-3, ,5 3,64-3,653 3,647-3,660 3,65-3,663 3,655-3,668 3,663-3,675 3,655-3,668 3,647-3,660 3,650-3,663 3,647-3, ,7 3,505-3,52 3,513-3,528 3,518-3,533 3,523-3,538 3,533-3,548 3,523-3,538 3,513-3,5280 3,518-3,533 3,513-3,5280 4,5 0,5 4,14-4,153 4,648-4,161 4,15-4,663 4,155-4,168 4,163-4,176 4,155-4,168 4,148-4,161 4,15-4,163 4,148-4, ,5 4,638-4,651 4,148-4,661 4,651-4,1630 4,653-4,666 4,663-4,676 4,653-4,666 4,648-4,661 4,6510-4,663 4,648-4, ,8 4,437-4,455 4,448-4,463 4,453-4,4680 4,458-4,473 4,465-4,483 4,463-4,473 4,468-4,448 4,4630-4,453 4,447-4, ,75 5,469-5,484 5,479-5,494 5,484-5,499 5,489-5,504 5,496-5,512 5,489-5,504 5,479-5,494 5,484-5,499 5,479-5, ,293-5,314 5,306-5,326 5,314-5,334 5,319-5,339 5,331-5,352 5,319-5,339 5,306-5,326 5,314-5,334 5,306-5, ,75 6,469-6,485 6,48-6,495 6,485-6,5000 6,49-6,505 6,497-6,513 6,49-6,505 6,48-6,495 6,4890-6,5000 6,4800-6, ,294-6,314 6,307-6,3270 6,314-6,335 6,32-6,340 6,332-6,353 6,32-6,340 6,307-6,327 6,314-6,335 6,307-6, ,295-7,3150 7,308-7,328 7,315-7,336 7,32-7,341 7,333-7,353 7,320-7,341 7,308-7,328 7,315-7,336 7,308-7, ,25 7,13-7,150 7,142-7,1630 7,148-7,168 7,155-7,1790 7,168-7,1880 7,155-7,176 7,142-7,163 7,1480-7,168 7,142-7, ,293-8,313 8,306-8,326 8,313-8,334 8,319-8,339 8,331-8,352 8,319-8,339 8,306-8,326 8,1310-8,334 8,306-8, ,25 8,131-8,151 8,143-8,164 8,148-8,169 8,156-8,176 8,169-8,189 8,156-8,176 8,143-8,164 8,148-8,169 8,143-8, ,294-9,314 9,307-9,327 9,314-9,335 9,319-9,340 9,332-9,352 9,319-9,34 9,307-9,327 9,314-9,335 9,307-9, ,5 8,956-8,9840 8,971-8,999 8,979-9,007 8,989-9,014 9,004-9,030 8,989-9,014 8,971-8,999 8,979-9,007 8,971-8, Landis Threading Systems

286 Thread Rolling Blank Diameters - Metric Threads Blank Diameters for Parallel Rolled Metric Threads Steels Aluminum Alloys Size C Soft C Soft C or Alloy RC C or Alloy RC Stainless Chrome Nickel 300 Series Stainless Chrome 400 Series Brass & Bronze Soft Hard Size Pitch Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. 11 1,5 9,954-9,982 9,97-9,997 9,977-10,005 9,987-10,012 10,003-10,027 9,987-10,012 9,97-9,997 9,977-10,005 9,97-9, ,5 10,955-10,983 10,97-10,998 10,978-11,006 10,988-11,013 11,003-11,029 10,988-11,013 10,97-10,998 10,978-11,006 10,97-10, ,75 10,785-10,818 10,803-10,836 10,81-10,843 10,82-10,853 10,838-10,871 10,82-10,853 10,803-10,836 10,81-10,843 10,803 10, ,5 1, ,982 12,969-12,997 12,977-13,005 12,987-13,012 13,002-13,028 12,987-13,012 12,969-12,997 12,977-13,005 12,969-12, ,614-12,647 12,631-12,664 12,642-12,675 12,652-12,685 12,672-12,705 12,652-12,685 12,631-12,664 12,642-12,657 12,631-12, ,5 14,956-14,983 14,971-14,999 14,987-15,006 14,989-15,014 15,004-15,029 14,989-15,014 14,971-14,999 14,978-15,006 14,971-14, ,615-14,648 14,633-14,666 14,643-14,676 14,653-14,686 14,674-14,707 14,653-14,686 14,633-14,666 14,643-14,676 14,633-14, ,5 16,955-16,982 16,97-16,998 16,977-17,005 16,988-17,013 17,003-17,028 16,988-17,013 16,97-16,998 16,977-17,005 16,97-16, ,5 16,274-16,312 16,297-16,335 16,307-16,345 16,32-16,358 16,342-16,380 16,320-16,358 16,297-16,335 16,307-16,345 16,297-16, ,5 18,956-18,984 18,971-18,999 18,979-19,007 18,989-19,014 19,004-19,030 18,989-19,014 18,971-18,999 18,979-19,007 18,971-18, ,5 18,275-18,313 18,298-18,336 18,308-18,346 18,321-18,359 18,344-18,382 18,321-18,359 18,298-18,336 18,308-18,346 18,298-18, ,5 20,955-20,983 20,97-20,998 20,978-21,006 20,988-21,013 21,003-21,029 20,988-21,013 20,97-20,998 20,978-21,006 20,970-20, ,5 20,274-20,312 20,297-20,335 20,307-20,345 20,32-20,358 20,343-20,381 20,320-20,358 20,297-20,335 20,307-20,345 20,297-20, ,614-22,647 22,631-22,664 22,642-22,675 22,652-22,685 22,672-22,705 22,652-22,685 22,631-22,664 22,642-22,675 22,631-22, ,930-21,979 21,958-22,004 21,971-22,017 21,984-22,029 22,007-22,055 21,984-22,029 21,958-22,004 21,971-22,017 21,958-22, ,613-25,646 15,631-25,664 25,641-25,674 25,651-25,684 25,672-25,705 25,651-25,684 25,631-25,664 25,641-25,674 25,631-25, ,933-24,981 24,961-25,006 24,973-25,019 24,986-25,032 25,011-25,060 24,986-25,032 24,961-25,006 24,973-25,109 24,961-25, Landis Threading Systems

287 Thread Rolling Blank Diameters - Metric Threads Blank Diameters for Parallel Rolled Metric Threads Steels Aluminum Alloys Size C Soft C Soft C or Alloy RC C or Alloy RC Stainless Chrome Nickel 300 Series Stainless Chrome 400 Series Brass & Bronze Soft Hard Size Pitch Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. - Max. Min. -. Max ,613-28,646 28,631-28,664 28,641-28,679 28,651-28,684 28,672-28,705 28,651-28,684 28,631-28,664 28,641-28,674 28,631-28, ,5 27,595-27,643 27,623-27,763 27,638-27,689 27,653-27,704 27,683-27,732 27,653-27,704 27,623-27,673 27,638-27,689 27,623-27, ,615-31,648 31,633-31,666 31,643-31,676 31,653-31,687 31,674-31,707 31,653-31,687 31,633-31,666 31,643-31,676 31,633-31, ,5 30,594-30,643 30,622-30,673 30,637-30,688 30,653-30,704 30,683-30,731 30,653-30,704 30,622-30,673 30,637-30,688 30,622-30, ,925-33,973 33,953-34,001 33,967-34,016 33,981-34,029 34,009-34,057 33,981-34,029 33,953-34,001 33,967-34,015 33,953-34, ,265-33,316 33,295-33,346 33,311-33,361 33,326-33,377 33,356-33,407 33,326-33,377 33,295-33,346 33,311-33, ,295-33, ,925-36,973 36,953-37,001 36,967-37,015 36,981-37,029 37,009-37,057 36,981-37,029 36,953-37,001 36,967-37,015 36,953-37, ,265-36,316 36,295-36,346 36,311-36,361 36,326-36,377 36,356-36,407 36,326-36,377 36,295-36,346 36,311-36,361 36,295-36, ,923-39,971 39,951-39,999 39,966-40,014 39,98-40,028 40,008-40,056 39,980-40,028 39,951-39,999 39,966-40,014 39,951-39, ,5 38,928-38,987 38, ,02 38,978-9,036 38,994-39,053 39,027-39,086 38,994-39,053 38,961-39,020 38,978-39,036 38,961-39, ,923-42,971 42,951-42,999 42,966-43,014 42,98-43,028 43,008-43,056 42,980-43,028 42,951-42,999 42,966-43,014 42,951-42, ,5 41,928-41,987 41,961-42,020 41,978-42,036 41,994-42,053 42,027-42,086 41,994-42,053 41,961-42,02 41,978-42,036 41,961-42, ,921-45,971 45,950-46,000 45,964-46,015 45,979-46,029 46,008-46,058 45,979-46,029 45,950-46,000 45,964-46,015 45,950-46, ,592-44,655 44,628-44,691 44,645-44,709 44,663-44,727 44,699-44,762 44,663-44,727 44,628-44,691 44,645-44,709 44,628-44, ,918-49,969 49,948-49,999 49,963-50,013 49,977-50,028 50,007-50,058 49,977-50,028 49,948-49,999 49,963-50,013 49,948-49, ,592-48,643 48,628-48,678 48,645-48,696 48,663-48,714 48,699-48,749 48,663-48,714 48,628-48,678 48,645-48,696 48,628-48, Landis Threading Systems

288 Grooving All Stellram s products are supported by a confident and technical sales team backed by an extensive customer care policy. ATIstellram.com ATImetals.com 286

289 Grooving 287

290 Grooving Grade Descriptions Grooving Grades Optimum Grade Performance ISO P M K N S SP4030 and SP0436 are PVD coated grades with a micrograin substrate for machining at higher speeds with lower feed. Ideal for Stainless Steels and Ductile materials. Cutting Speed v c Materials Unalloyed Steel Alloyed Steel Stainless Steel PH Stainless Cast Iron Aluminium & Alloys High Temperature Alloys Rm and Hardness <600 N/mm 2 <180 HBN <950 N/mm 2 <280 HBN N/mm HBN N/mm HBN N/mm HBN Austenitic + Ferritic 300 series Martensitic 400 series Refractory P.H. Grey GG-Ft Spheroidal-Ductile GGG-FGS Malleable GTS - MN/MP Aluminium & Alloys < 16% 116 HB Aluminium + Silicon > 16% 92 HB Iron Based Cobalt Based Nickel Based Titanium Based SP4030 m/min min. - max. SP4036 m/min min. - max P M K N S Materials Unalloyed and Alloyed Steels Stainless Steels Cast Irons Aluminum & Alloys High Temperature Alloys Code P01 P05 P10 P15 P20 P25 P30 P35 P40 P45 P50 M01 M05 M10 M15 M20 M25 M30 M35 M40 K01 K05 K10 K15 K20 K25 K30 K35 K40 N01 N05 N10 N15 N20 N25 N30 S01 S05 S10 S15 S20 S25 S30 PVD Coated SP4030 SP4036 Increasing - wear resistance - Increasing cutting speed Increasing - shock resistance - Increasing - feed 288

291 Grooving Ultra-Mini Grooving & Boring Inserts Min. Bore Dia. 8 Ø a f t rad. I 1 I Description Grade b f a l l 1 t D min Ø Toolholder R , , R , , R , , R ,6 3, ,2 2, R ,6 3, ,2 2, R ,6 3, ,2 2, R ,5 3, , R ,5 3, , R ,5 3, , R ,9 4, , R SP4030-1,9 4, , R ,9 4, , R ,9 4, , R ,9 4, , R ,3 5, , R ,3 5, , R ,3 5, , R ,3 5, , R ,7 6, ,6 6, R ,7 6, ,6 6, R ,7 6, ,6 6,8 7 For Toolholders See page Min. Bore Dia. b Ø a f 60 t I 1 I Description Grade b f a l l 1 t D min Ø Toolholder R ,9 4, SP4030 0, , R ,8 6,3 6, For Toolholders See page

292 Grooving Ultra-Mini Grooving & Boring Inserts Min. Bore Dia. 2 2 Ø a f b t I 1 I Type Grooving Internal Boring Operation Description Grade b f a l l 1 t D min Ø Toolholder R R SP ,5 3, , R For Toolholders See page Min. Bore Dia. 2 2 Ø a f b t I 1 I Type Grooving Internal Boring Operation Description Grade b f a l l 1 t D min Ø Toolholder R R R R R , R SP4030 1,5 1,9 4, R R R R R For Toolholders See page

293 Grooving Ultra-Mini Grooving & Boring Inserts Min. Bore Dia. 2 2 Ø a f b t I 1 I Description Grade b f a l l 1 t D min Ø Toolholder R R R R R , R SP4030 1,5 2,3 5, , R , R , R R R For Toolholders See page 293 Type Grooving Internal Boring Operation Min. Bore Dia. 2 2 Ø a f b t I 1 I Type Grooving Internal Boring Operation Description Grade b f a l l 1 t D min Ø Toolholder R R R R , R , R SP4030 1,5 2,7 6, ,5 6, R , R R R R For Toolholders See page

294 Grooving Ultra-Mini Threading Inserts 004 / 5 / 6 / 7... Min. Bore Dia. b Ø a f 60 t I 1 I Description Grade Pitch e f a l l 1 t D min Ø Toolholder R R SP R R R R SP R For Toolholders See page

295 Grooving Ultra-Mini Grooving & Boring Toolholders e I 1 d D h 1 h 2 b Description D b d e l 1 h 1 h D 12 10, D D D D For Inserts See pages Spare Parts Description Screw D to D

296 a 1 a 1 Grooving Standard Grooving Inserts G217 s 1 1 Description Grade s 1 a 1 Grooving Width G , G , G , G ,87 1 0, G , G , G , G SP4036 1, G , G , G , G , G , G , G ,29 4 For Toolholders See page G217 Full Radius R4 w 3 3 r 1 a 1 a 1 G217 Full Radius Inserts Description Grade w r 1 a 1 t max Toolholder Width G , G SP ,50 0,2 3 or 4* G ,00 4 * In combination with toolholder, 3mm for internal operation and 4mm for external operation 294

297 Grooving External Grooving Toolholders GR240 f b I 1 t h 1 h Version Description b h h 1 l 1 f t Grooving Width Left hand GL M Right hand GR M ,50 4 0,50-1, Left hand GL M Right hand GR M ,50 4 1,74-2, Left hand GL M Right hand GR M ,50 4 0,50-1, Left hand GL M Right hand GR M ,50 4 1,74-2, Left hand GL M Right hand GR M ,50 4 2,74-3, Left hand GL K Right hand GR K ,50 4 0,50-1, Left hand GL K Right hand GR K ,50 4 1,74-2, Left hand GL K Right hand GR K ,50 4 2,74-3, Left hand GL K Right hand GR K ,50 4 3,74-5,29 For Inserts See page 294 Spare Parts for External GR240 Toolholder Description Screw Clamp Insert Type G_ M0.. To G_ M SG SN135 G217 G_ M SG

298 Grooving Internal Grooving Toolholders GR233 / GR253 L 2 f t w R L 1 D Description D L 2 L 1 f t max Grooving Width W GR ,30 3,00 0,50-1, GR ,30 3,00 1,74-2, GR ,30 3,00 2,74-3, GR ,50 4,70 0,50-1, GR ,50 4,70 1,74-2, GR ,50 4,70 2,74-3, GR ,50 4,70 3,74-5, GR ,00 4,70 1,74-2, GR ,00 4,70 2,74-3, GR ,00 4,70 3,74-5,29 For Inserts See page 294 Spare parts for Internal GR233/GR253 Toolholder Description Screw Clamp Insert Type GR SG24083 GR SN135 G217 GR SG

299 Grooving External Grooving Inserts G312 Ø 13 I/C r 1 3 a 1 a 1 w G312 Inserts Full Radius Description Grade w r 1 a 1 t max* Toolholder Type G ,00 0,3 6* G G SP ,50 0,3 6* G G ,00 0,3 6* G * In combination with toolholder See page 298 Ø 13 I/C w 3 a 1 a 1 Description Grade Nominal Width of Groove w a 1 t max* Toolholder Type G ,50 0,57 0,06 4* G ,60 0,67 0,06 4* G ,70 0,77 0,08 4* G ,80 0,87 0,08 4* G ,90 0,97 0,08 4* G G ,00 1,07 0,09 4* G ,10 1,24 0,20 4* SP G ,30 1,44 0,22 4* G ,60 1,74 0,22 4* G ,85 1,99 0,22 6* G ,15 2,30 0,22 6* G G ,65 2,80 0,22 6* G ,15 3,29 0,22 6* G G ,15 4,30 0,22 6* G * In combination with toolholder See page

300 Grooving External Grooving Toolholders GR / L360 w f 1 R b I 1 h 1 22 t 5 h h Description GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR GL GR For Inserts See page 297 b h h 1 l 1 f 1 t Grooving Width W ,50 4 0,5-1, ,50 6 1,74-2, ,50 6 2,74-3, ,50 4 0,5-1, ,50 6 1,74-2, ,50 6 2,74-3, ,50 6 3,74-5, ,50 4 0,5-1, ,50 6 1,74-2, ,50 6 2,74-3, ,50 6 3,74-5, ,50 4 0,5-1, ,50 6 1,74-2, ,50 6 2,74-3, ,80 6 3,74-5,29 Description Screw Clamp Insert Type G_ /02/03 G_ /02/ G113 G_ G G312 G_ /02/03/04 G_ /02/03/ G

301 Mini Cut Internal Grooving 2 r 0.2 b f 15 2 s p r 0.2 t max. toolholder face D min. Description Grade Dimensions b f s d t max D min. Type of Holder LS ,50 4,80 3,30 6,00 1,00 8,00 8, LS SP4036 1,50 6,70 4,20 8,00 2,30 11,00 8, LS ,00 9,00 5,30 9,00 4,00 14,00 11, RS ,50 4,80 3,30 6,00 1,00 8, RS SP4036 1,50 6,70 4,20 8,00 2,30 11, RS ,00 9,00 5,30 9,00 4,00 14,

302 Mini Cut Internal Threading b 60 s 15 pe f t toolholder face D min. Description Grade Dimensions Pitch t b f s d E D min. Type of Holder LS ,5-1,75 0,95 0,18 4,80 3,50 6,00 2,50 8, LS ,08 2,25 6,70 4,30 8,00 3,00 11, LS ,08 0,25 9,00 5,40 9,00 4,20 14, LS ,5 1,35 0,31 9,00 5,40 9,00 4,70 14, LS ,5-0,75 0,43 0,06 4,80 3,50 6,00 2,70 8, SP LS ,0-1,25 0,55 0,12 4,80 3,50 6,00 2,70 8, LS ,0-1,25 0,55 0,12 6,70 4,30 8,00 3,50 11, LS ,5-1,75 0,81 0,18 6,70 4,30 8,00 3,50 11, LS ,0-1,25 0,55 0,12 9,00 5,40 9,00 4,70 14, LS ,5-1,75 0,81 0,18 9,00 5,40 9,00 4,50 14,

303 Mini Cut Internal Threading b 60 s 15 pe f t toolholder face D min. Description Grade Dimensions Pitch t b f s d E D min. Type of Holder RS ,5-1,75 0,95 0,18 4,80 3,50 6,00 2,50 8, RS ,08 2,25 6,70 4,30 8,00 3,00 11, RS ,08 0,25 9,00 5,40 9,00 4,20 14, RS ,5 1,35 0,31 9,00 5,40 9,00 4,70 14, RS ,5-0,75 0,43 0,06 4,80 3,50 6,00 2,70 8, SP RS ,0-1,25 0,55 0,12 4,80 3,50 6,00 2,70 8, RS ,0-1,25 0,55 0,12 6,70 4,30 8,00 3,50 11, RS ,5-1,75 0,81 0,18 6,70 4,30 8,00 3,50 11, RS ,0-1,25 0,55 0,12 9,00 5,40 9,00 4,70 14, RS ,5-1,75 0,81 0,18 9,00 5,40 9,00 4,50 14,

304 Mini Cut Internal Grooving Toolholders I 2 I 1 h 5 Through coolant t max. ø d 1 60 a f ø dg6 Description GHM Dimensions Ø dg6 d1 l1 l2 f a h Insert Type t max Min Bore 6,00 90,00 30,00 4,80 7,80 11,00 R/L S08 1,00 8, GHM ,00 6,00 115,00 50,00 4,80 7,80 11,00 R/L S08 1,00 8, GHM ,00 120,00 56,00 6,70 10,70 10,50 R/L S11 2,30 11, GHM , ,00 45,00 * * 14,50 R/L S14 4,0-6, , GHM , ,00 75,00 * * 15,00 R/L S14 4,0-6, For Inserts See pages * dimension as per insert 302

305 Part-Off 303

306 Part-Off Grade Descriptions MP91M CVD Coated grade offering good wear, and shock resistance. Ideal for Steels and Cast Irons ISO P K H Cutting Speed v c Unalloyed Steel Alloyed Steel Cast Iron Hard Materials Rm and <600 N/mm 2 <180 HBN <950 N/mm 2 <280 HBN N/mm HBN N/mm HBN N/mm HBN Grey GG-Ft Spheroidal-Ductile GGG-FGS Malleable GTS - MN/MP Hard Steel >1400 N/mm 2 >415 HBN Chilled Cast Iron N/mm HBN CVD MP91M m/min min. - max P K H Optimum Grade Performance Materials Code CVD Coated MP91M Unalloyed and Alloyed Steels Cast Irons Hard Materials P01 P05 P10 P15 P20 P25 P30 P35 P40 P45 P50 K01 K05 K10 K15 K20 K25 K30 K35 K40 H01 H05 H10 H15 H20 H25 H30 Increasing - wear resistance Increasing - shock resistance 304

307 Part-Off Inserts s 8 s TGTN TGTR/L Description Grade Dimensions s (mm) TGTN2 MP91M 2, TGTN2,4 MP91M 2, TGTN3 MP91M 3, TGTN4 MP91M 4, TGTN4,8 MP91M 4, TGTN5 MP91M 5, TGTN6 MP91M 6, TGTR38 MP91M 3, TGTL38 MP91M 3,1 305

308 Part-Off Blades 7 I 1 h Description h l 1 Ø Max Inserts SGIH26.2PSHD TGT 2/2, SGIH26.3PSHD TGT SGIH26.4PSHD TGT SGIH26.5PSHD TGT 4,8/ SGIH32.3PSHD TGT SGIH32.4PSHD TGT SGIH32.5PSHD TGT 4,8/ SGIH32.6PSHD TGT 6 Spare Part Extracting Key Description SGIH26.2PSHD - SGIH32.6PSHD E219EXTKEY

309 Part-Off Blocks h h 1 b e Description Spare Parts h1 b h Screw Key SGTB SGTB SGTB K SGTB SGTB

310 Materials Cross Reference Chart Unalloyed Steels Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang Unalloyed Steels UNS Number UK: BS,EN Suède: SS USA: AISI/SAE 1006 / Fd St36 Fd / XC M Ck10 XC10 C10 F / CC M C15 CC12 C15C16 F / CC20 050A C22 CC20 C20C21 F / 20M M GS.20Mn5 20M5 G22Mn3 F / Ck25 S25C 1035 / CC A C35 CC35 C35 F / XC38TS A Ck35 XC38TS C36 S35C 1039 / 35M M Mn4 35M / 1C40 080M C40 1C40/AF60C40 C40/1C40 F.114.A 1043 / CC CC / CC M C45 CC45 C45 F / XC M Ck45 XC42 C45 C45K S45C 1049 / XC42H1 080M Cm45 3C45/XC42H1/XC48H1 F.1145.C45k- 1/F S50C C48k / XC48H1 080M / Ck50 2C50/XC48H / XC48TS A Cf53 XC48TS C53 S50C 1055 / XC M Ck55 XC55 C50 C55K S55C 105WC13 BO O WCr6 105WC13 10WCr6-107WCr5KU 105WCr5 SKS31-SKS2-SKS / CC A C60 CC55 C / XC A Ck67 XC68 C70 F / XC A Ck75 XC75 F / XC Ck85 XC90 C / XC A Ck101 XC100 F.5117 SUP4 10PbF SPb20 10PbF2 CF10SPb20 10SPb / 10F1 (210M15) 1108/ S20 10F1 CF10S20 F S / 35MF4 212M S20 35MF4 F210G 1151 / 45MF M S20 45MF4 120WV10 BF WV4 120WV10 110W4KU 1213 / S M SMn28 S250 CF9SMn28 11SMn28 SUM / S M SMn36 S300 CF9SMn36 12SMn35 12L13 / S250Pb L SMnPb28 S250Pb CF9SMnPb28 11SMnPb28 SUM22L 12L14 / S300Pb L SMnPb36 S300Pb CF9SMnPb36 12SMnP35 18NCD6 820A CrNiMo6 18NCD6 14NiCrMo13 20MC MnSCr5 20MC5 20MnCr5 F.150.D SMnC420H 2515 / Z18N Ni19 Z18N5 30CD12 722M CrMo12 30CD12 32CrMo12 F.124.A 3115 / 16NC CrNi6 16NC / 12NC15 655M13-655A NiCr14 12NC15 SNC815(H) 38C Cr2 38C2/38Cr2 38Cr2/41Cr2KB F Cr3 40CrMnNiMo CrMnNiMo / 25CD4 1717CDS CrMo4 25CD4 25CrMo4(KB) 55Cr3AM- 26CrMo4 SCM420-SCM430 Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 308

311 Materials Cross Reference Chart Unalloyed Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Unalloyed Steels Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 309

312 Materials Cross Reference Chart Unalloyed Steels Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang Unalloyed Steels UNS Number UK: BS,EN Suède: SS USA: AISI/SAE / 35CD4 708A CrMo4 35CD4 35CrMo4 34CrMo4 SCM432;SCCRM / 42CD4 708M CrMo4 42CD4 42CrMo4 42CrMo4 SCM440(H) 4140 / 42CD4(HT) 708M CrMo4 42CD4 42CrMo4 42CrMo4 SCM440(H) / 42CD4TS 708M CrMo4 42CD4TS 41CrMo4 42CrMo4 SCM / 50CrMo4 708A CrMo4 50CrMo4 SCM445(H) 4340 / 35NCD6 817M CrNiMo6 35NCD6 35NiCrMo6(KB) F / Mo4 G20Mo5/G22Mo5 SCPH / 12C3 523M Cr3 12C3 SCr415(H) 5045 / 45Cr Cr2 42C2/46Cr2 45Cr / 530A Cr / 32C4 530A Cr4 32C4 34Cr4(KB) 35Cr4 SCr430(H) Germany: Wnr Germany: DIN 5135 / 37Cr4 530A36/530H Cr4 37Cr4/38C4 36CrMn4/36CrM n5/38cr4kb/38cr Mn4KB F Cr4DF/ F Cr / 42C4 530M Cr4 42C4 41Cr4 42Cr4 SCr440(H) 5155 / 55C3 524A Cr3 55C3 SUP9(A) 55NCDV NiCrMoV6 55NCDV6 57NiCrMoV NiCrMoV / 50CV4 735A CrV4 50CV4 50CrV4 51CrV4 SUP10 6F3 / 55NCDV7 6F NiCrMoV7 55NCDV7 6F5 / 55NC10 6F NiCr10 55NC10 75CrMoNiW CrMoNiW / 20NCD2 805M NiCrMo2 20NCD2 20NiCrMo2 20NiCrMo2 SNCM220(H) 90MCV8 BO MnCrV8 90MCV8 90MnCr8KU 9310 / 16NCD13 832H13/832M13/S NiCrMo134 16NCD13 15NiCrMo13 F NiCrMo13/F NiCrMo131 A105 / A48CP K03501 A105 C22-8 A48CP A106GB / TUE250B P235GH TUE250B A182 / 12CD ASTMA182F CrMo910 12CD CrMo910 TU.H A182 / 15CD Gr27 ASTMA182F11-F CrMo44 15CD3.5-15CD4.5 14CrMo45 14CrMo45 A204Gr.A / 15D ASTMA204Gr.A Mo3 15D3 16Mo3KW 16Mo3 A234WPB / AE250B AE250B A234WPL6 / 42BT K BT A / E23.45M A A GS.45 E23.45M F.221 A33 Fe310-0/144915HR,HS Fe310.0 (St33) A33 Fe320 A310-0/FE310-0 A333G6 / TU42BT P265GH TU42BT A Ust34-2 A34-2 Fe330Fe/330BFU SS330 A34-2NE /20HR,HS,CR,CS RSt34-2 A34-2NE Fe330BFN A350LF2 / A48FP K03504 A48FP A36 / E28 A36 E28 A / A37CP A H I A37CP F.1110 A516 / A48CP A516Gr Mn4/ A515Gr.70/ A414Gr.F A48CP A516G60 / E24-2 P265GH E24-2 A516G70 / E36-4 P295GH E36-4 France: AFNOR Italy: UNI Spain: UNF SCr435H Japan: JIS Fe510-1KG;KT;KW/ Fe510-2KG;KT;KW A47RCI/RAII SG365/SGV410/ SGV450/SGV480 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 310

313 Materials Cross Reference Chart Unalloyed Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Unalloyed Steels HB HB Nb min Nb HB min Nb min min HB Nb Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 311

314 Materials Cross Reference Chart Unalloyed Steels / Alloyed Steels A537 / A52CP 2101/2102 A537Cl.1/ SGV410/SGV450/ Mn6 A52CP A52RCI/RAII A414Gr.G/A612 SGV480 A570 / A50-2 Fe490-2FN/ B 1550/2172 A570Gr.50/ A572Gr Fe490-2 (St50-2) A50-2 Fe490 A490-2/Fe490-2FN SS490 A570 / E24-2 Fe360B/ B 1311/1312 A570Gr.33, Fe360B (Ust37-2) E24-2 Fe360BFU AE235B/Fe360B A570 / E28-2 Fe430BFN/144943/25HR, HS/ B 1411/1412 A570Gr Fe430B (St44-2) E28-2 FE430B/Fe430BFN AE275B/Fe430BFN SM400A;B;C A / E24.2Ne C 1311 A RSt37.2 E24.2Ne A572 / A60-2 Fe590-2FN/ E;55C 1650 A572Gr Fe590-2 (St60-2) A60-2 Fe60-2/Fe590 A590-2/Fe590-2FN SM570 A / E36 E36 A573 / E38-3 Fe430D1FF/ C;43D 1411/1412/1414 A573Gr.70/ A611Gr.D Fe430D1 (St44-3) E28-3/E28-4 Fe430B/Fe430C(FN)/ Fe430D(FF) AE275D/ Fe430D1FF SM400A;B;C A / E24.U 1312 A St37.3 E24.U Fe37.3 A CR A619(1008) RRSt3 E FeP02 A633 / FeE355KGN A588 A633Gr.C StE355 FeE355KGN/ E335R/FP FeE355KG;KW AE355KG;DD SM490A;B;C;YA;YB A70-2 Fe690-2FN Fe690-2 (St70-2) A70-2 Fe70-2/Fe690 A690-2/Fe690-2FN A738 / A52FP Fe510D2FF/1501Gr /1501Gr A Fe510D2 (Ast52) A52FP A52RBII C25 070M26 (M) C25 C25/1C25 C25/1C25 E24-2 Fe360B/144937/23HR Fe360B (St37-2) E24-2 Fe360B;C;D AE235B/Fe360B STKM12A;C E36-3 Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang Unalloyed Steels UNS Number UK: BS,EN Fe510D1FF/144950/35HR, HS/ D Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN 2132/2133/ Fe510D1 (St52-3) E36-3/E36-4 Fe510CFN/ Fe510510B;C;D/ Fe510BFN AE355D/ Fe510D1FF L6 / 55NCDV07 L L NiCrMoV6 55NCDV7 F.520.S SKT4 P2 / 20MC5 P MnCr5 20MC5 SCR420H P20 / 40CMD8 P20 P CrMnMo7 40CMD8 P20+S / 40CMD8+S P20+S P20+S CrMnMoS86 40CMD8+S S1 / 55WC20 S1 BS S WCrV7 55WC20 45WCrV8KU 45WCrSi8 S4 S MnSiCr4 W110 / Y1105 Y1105 W112 / Y2120 W C125W Y2120 C120KU C120 SK2 W210 / Y1105V BW2 W V1 Y1105V 102V2KUSKS43 Alloyed Steels SM490A;B;C;YA;YB 12CD A CrMo5 12CD4 12CrMo910 12CrMo4 SCM415(H) 1330 / 20M5 150M Mn6 20M5 C28Mn SCMn / 40M Mn5 40M5 36Mn5 SMn438(H) 20AP 22CMSD4 22CMS / 35NC6 640A NiCr6 35NC6 SNC / 14NC NiCr10 14NC11 16NiCr11 15NiCr11 SNC415(H) 35NCD14 35NCD14 40CMD8 40CMD8 420 / Z40C X42Cr13 Z40C14 SUS420J / 35NCD NCD6 440C / Z100CD17 440C X105CrMo17 Z100CD France: AFNOR Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 312

315 Materials Cross Reference Chart Unalloyed Steels / Alloyed Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Unalloyed Steels Alloyed Steels Pb HB Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 313

316 Materials Cross Reference Chart Alloyed Steels Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang Alloyed Steels UNS Number UK: BS,EN Suède: SS USA: AISI/SAE 45NCD17 / 6F7 EN30B 6F X45NiCrMo4 45NCD17 KV 5115 / 16MC5 527M MnCr5 16MC5 16MnCr5 16MnCr / 20MC5 150M St MC5 Fe52BFN/Fe52CFN F / 42C4 (HT) 530M Cr4 42C4 41Cr4 42Cr4 SCr440(H) / 100C6 534A Cr6 100C6 100Cr6 F.131 SUJ2 55MnSi4-4 55MS4-4 55W1 XC / 40NiCrMo22 311Type NiCrMo22 40NiCrMo2(KB) 40NiCrMo2 SNCM / 55S7 250A Si7 55S7 55Si8 F / 60SC SiCr7 60SC7 60SiCr8 60SiCr / 40NCD3 816M CrNiMo4 40NCD3 38NiCrMo4(KB) 35NiCrMo4 A / Z120M12 BW A GX120Mn12 Z120M12 XG120Mn12 X120Mn12 A2 / Z100CDV5 A2 BA A X100CrMoV51 Z100CDV5 X100CrMoV51KU X100CrMoV5F5227 SKD12 A350LF5 / 16N6 ASTMA350LF Ni6 16N6 14Ni6 15Ni6 A355A / 40CAD06.12 A335A 40CAD0612 A6 A6 A6 A7 A7 A7 Aermet 100 UNSK92580 Aermet 310 Aermet 340 D2 / Z160CDV12 D2 BD D X165CrMoV12 Z160CDV12 X165CrMoW12KU X160CrMoV12 D2 / Z210CW12 BD2 D X155CrVMo12.1 Z210CW12 D3 / Z200Cr12 BD3 D X210Cr12 Z200Cr12 X210Cr13KU / X250Cr12KU X210Cr12 SKD1 D4(D6) / Z200CD12 BD D4(D6) X210CrW12 Z200CD12 X215CrW121KU X210CrW12 SKD2 FV535 ATIFV535 H10 / 30CDV12-28 BH10 H X32CrMoV33 30CDV CrMoV1227KU F.5313 H10A / 30CKDV28 BH10A H10A X32CrMoCoV CKDV28 H11 / Z38CDV5 BH11 H X38CrMoV51 Z38CDV5 X37CrMoV51KU F.5137 SKD6 H13 / Z40CDV5 H13 BH H X40CrMoV51 Z40CDV5 X35CrMoV05KU / X40CrMoV511KU X40CrMoV5 SKD61 H21 / Z30WCV9-3 BH21 H X30WCrV93 Z30WCV9-3 X30WCrV93KU F.5323 SKD5 Hardox400 HardoxHiTuf HW3 / Z45CS9 401S45 HW X45GrSi93 Z45CS9 X45GrSi8 F.322 SUH1 L1 L1 L3 / Y100C6 L3 BL3 L Cr6 Y100C6 100Cr6 M2 / Z85WDCV M2 M2 Z85WDCV M3 M3 M3 M35 / Z85WDKCV 2723 M S6/5/2/5 Z85WDKCV HS F.5613 SKH55 M7 / Z100WCV Z100WCV O1 O1 O1 P21 P X19NiCrMo4 P4 P X6CrMo4 S7 S7 S7 T1 / Z80WCV BT1 T S Z80WCV X75W18KU HS SKH2 Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 314

317 Materials Cross Reference Chart Alloyed Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Alloyed Steels HB HB HRC HRC HRC HRC HBW HBW Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 315

318 Materials Cross Reference Chart Alloyed Steels / Stainless Steels Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang Alloyed Steels T4 / Z80WKCV BT4 T S Z80WKCV X78WCo1805KU HS SKH3 Z2NKDT X3NiCoMoTi Z2NKDT Z38CDV X40CrMoV53 Z38CDV5-3 Z155CVD12-1 Stainless Steels UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr 50 ATI 50 UNS S S X3CrMnNiN Z8CMN ATI X12CrNi17-7 Z12CN17.07 X12CrNi17 07 F.3517 SUS ATI S X12CrNi18-9 Z10CN18.09 X10CrNi18 09 F ATI S21, 58M X8CrNiS18-9 Z10CNF18.09 X10CrNiS F.3508 SUS ATI S31, 58E 2332/ X5CrNi18-9 Z6CN18.09 X5CrNi18 10 F.3551;F.3541;F.3504 SUS ATI S X8CrNi18-12 X8CrNi1910 F ATI S33, 58J X5CrNiMo Z6CND X5CrNiMo1713 F.3543 SUS AL 317L 317S X5CrNiMo X10CrNiMoNb18-12 Z6CNDNb17.13B X6CrNiMoNb ATI 321 UNS S S12, 58B X10CrNiTi18-9 Z6CNT18.10 X6CrNiTi18 11 F.3553;F.3523 SUS X8CrNiMo27-5 Z5CND27.05AZ SUS329L ATI ATI X8CrNiAlTi ATI 347 UNS S S17, 58F X10CrNiNb18-9 Z6CNNb18.10 X6CrNiNb18 11 F.3552;F.3524 SUS ATI 348 UNS S X5CrNiNb18-10 Z10CrNiNb ATI S X7Cr13 Z6C13 X6Cr13 F.3110 SUS S X6CrTi12 Z6CT12 X6CrTi ATI S21, 56A X10Cr13 Z10C14 X12Cr13 F.3401 SUS ATI S X12CrS13 Z11CF13 X12CrS13 F.3411 SUS ATI S X20Cr13 Z20C13 X20Cr13 F ATI S15, X8Cr17 Z8C17 X8Cr17 F.3113 SUS S29, X22CrNi17 Z15CNi16.02 X16CrNi16 F.3427 SUS ATI AL S X6CrMo17 Z8CD17.01 X8CrMo17 SUS ATI 444 UNS S Z3CDT ATI 455 UNS S45500 Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 316

319 Materials Cross Reference Chart Alloyed Steels / Stainless Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Alloyed Steels Stainless Steels / / / / / / / / / / / / / / / / / / / / Cu min 17.0/ / / / / C/ / / C/ / / / / / / / / / / / / / / / Ta / / Cu 3.00/ / C/ Cu / / / HRB Nb / / / HRB / / HRC / / / /2.5 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 317

320 Materials Cross Reference Chart Stainless Steels 610 ATI ATI 611 0Cr19Ni9 1Cr12Ni3Mo2VN-5 201LN ATI 201LN -MIL 304 L ATI 304L 304 LN 316 L ATI 316L 316 LN ATI 316LN 316 LXN AL 316LXN 316 Ti ATI 316Ti 316L (S+Cu) 316L Decolletage 317 L ATI 317L 321 H 403Cb 403Cb+ 409 Cb ATI 409Cb 409 HP ATI 409HP 410 S ATI 410S 420 F 430 F 431 (HT) 436 S ATI 436S 439 HP ATI 439 HP 440 A ATI 440A 440 C ATI 440C 441 HP ATI 441 HP 904 L ATI 904L A286 A286 Altemp AL 29-4C AL 29-4C AL-6XN AL-6XN AL-6XN Plus AL-6XN Plus AM 350 AM 350 Bioline 4C27A CF-8 CF-8M Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang Stainless Steels Custom 465 Datalloy 2 ATI Datalloy 2 Duplex 2003 ATI 2003 Duplex 2102 ATI 2102 UNS Number UNS S30600 UNS S30601 UNS S S L Z2CN1810 X2CrNi S LN X2CrNiN18-10 Z2CN18.10 X2CrNiN1811 SUS304LN UNS S S13 & S L X2CrNiMo18-12 Z2CND17.12 X2CrNiMo17 12 SCS16;SUS316L 316S LN X2CrNiMoN18-13 Z2CND17.13 SUS316LN X2CrNiMoN Z2CND17 13 X2CrNiMoN S31 316Ti X8CrNiMoTi X6CrNiTi18 11 F.3535 X2CrNiMo S+Cu X2CrNiMo improved UNS S S L X2CrNiMo18-16 Z2CND19.15 X2CrNiMo18 16 SUS317L X8CrNiTi Cb X19CrMoVNb11-1 Z20CDNbV11 SUH600 UNS S40930 UNS S41008 UNS S S F X30Cr13 Z29CF13 / Z40C14 X40Cr14 UNS S43035 F.3404 / X40Cr13 SUS420J F X12CrMoS17 Z10CF17 X10CrS17 F.3117 SUS430F X17CrNi X70CrMo15 440C X105CrMo17 Z100CD17 X102CrMo17KU SUS 440C UNS N X1CrNiMoCu UNS S66286 HR5152 ASTM 638 X5NiCrTi26-15 Z06NCT25 UNS S44735 UNS N08367 UNS N08367 UNS S32003 UNS S80211 UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR 420F 304C CF X6CrNi18-9 Z6CN18.10M SCS13 316C6 ANC4B 2343 CF-8M X6CrNiMo18-10 X2CrNiMoN17-12 Italy: UNI Spain: UNF F.8414-AM- X7CrNi- Mo20-10 SCS14 Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 318

321 Materials Cross Reference Chart Stainless Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Stainless Steels HRB / / / / HRB /60 17/18 17/ / / HB Nitrogene HB / / / / / /0.10 5C/ Nb V 0.3 Nb HRB Nb HRB HRB HB / /56HRc / / / HRC / HRB Nb Cu HRB Nb HB N HB N HV < / /12 0.8/ / HB N HRC HB Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 319

322 Materials Cross Reference Chart Stainless Steels Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Stainless Steels Duplex 2205 ATI 2205 UNS S31803 & S32205 ASTM A240 Duplex 2304 Duplex 255 Duplex F51 Duplex F55 Duplex LDX2101 E-Brite Alloy ATI 2304 ATI 255 ATI E-BRITE UNS S32304 UNS S S F X2CrNiMoN Z2CND ASTM B625 FV607 ATI FV607 H46 ATI H-46 Jethete M152 ATI Jethete M152 UNS S X12CrNiMoV12-3 Z12CND12 Jethete M448 Jethete X19 Jethete X20 Nitronic 50 Nitronic 60 REX 734 ATI REX 734 UNS S31675 ASTM F1586 X19CrMoNbVN X21CrMoV12-1 Z21CDV12 S240 ATI S240 Staballoy AG17 ATI Staballoy AG17 Staybrite 4435NCu Super duplex 2507 Super Duplex 4565 ATI 4565 Super Duplex Zeron 100 Zeron 100 Uranus 35N Uranus 45N+ Uranus 45N22CrMo Uranus 47N+ Uranus 52N+ Uranus 65 Uranus B25 6Mo Uranus B26 6Mo Uranus B28 Uranus B6 ATI 904L Uranus B66 Uranus S1 4%Si X12CrNiMoS18-11 X12CrNiWTi16-3 X17CrNi16-02 X20CrNi17-2 X20CrNiMo X20CrNiMoS13-1 X22CrMoV12.1 X2CrNiMo X30Cr13 X30CrMoN15-1 X3CrNiCuTiNb12-9 ATI FV448 UNS S34565 UNS S32304 ASTM X2CrNi X2CrNiMoCuN X2CrNiN23-4 UNS S X2CrNiMoN Z3CND2205Az X2CrNiMoN X2CrNiMoN X2CrNiMoCuN X1CrNi25-21 X1NiCrMoCuN UNS N08926 X1NiCrMoCuN UNS N08028 X1NiCrMoCu UNS N X1NiCrMoCuN X1NiCrMoCu UNS S30600 X1CrNiSi X12CrNiMoS18-11 Z3CNDF17.13 X12CrNiWTi X17CrNi16-02 X20CrNi17-2 X20CrNiMo X20CrNiMoS13-1 ASTM A Grade B4B X22CrMoV12-1 = ST12T X2CrNiMo X30Cr13 420S X30CrMoN15-1 Z33C13 X3CrNiCuTiNb12-9 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 320

323 Materials Cross Reference Chart Stainless Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Stainless Steels HRC / / / / / HB / / / HB / / / / N 2.5/ HB HV HB > Nb HB HB HRC HRC N N HB / / / / HB W HB / / / Cu 0.10/ HB HB HRC HRC HB HV HV HB HB HB HB HRc Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 321

324 Materials Cross Reference Chart Stainless Steels / Refractory PH Steels Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang Stainless Steels UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr X40CrMoVN S25 ASTM F X40CrMoVN16-2 Z40CDV16.02 X46CrS13 X46CrS13 X4CrNiMo X4CrNiMo Z8CND17.04 X8CrCoNiMo10-6 ATI FV535 X8CrMnMoN X8CrMnMoN X8CrNiSCu18-9 X8CrNiSCu18-9 X90CrMoV18 X90CrMoV18 XM19 ATI XM-19 UNS S20910 ASTM F1314 Stainless Steel Refractory PH 13-8PH ATI 13-8Mo UNS S PH ATI 15-5 UNS S X4CrNiCuNb16.4 Z6CNU PH ATI X7CrNiMoAl15.7 Z8CNDA PH ATI 17-4 UNS S X5CrNiCuNb17-4 = 0Cr17Ni4Cu4Nb Z6CNU PH ATI S PH / X7CrNiAl17.7 Z8CNA17.07 X2CrNiMo ATI S X15CrNiSi20-12 Z15CNS20.12 SUH S 309S S X7CrNi23-14 Z20CN24-13 X6CrNi23-14 SUS309S 310 S ATI 310S 310S S X12CrNi25-20 Z12CN25.20 X6CrNi25 20 F.331 SUH X15CrNiSi NA X12NiCrSi36-16 Z12NCS35.16 SUH AL S X10CrAl13 Z10C13 X6CrAl112 F.311 SUS X10CrAl24 Z10CAS24 X16Cr26 SUH446 B163 NA15(H) B X10NiCrAlTi32-20 Z10NC32.21 F.3314-X10Ni- CrAlTi32-20 NCF800(TP) EV8 349S54 EV X53CrMnNiN21-9 Z52CMN21.09 X53CrMnNiN21-9 F.3217-X53CrMn- NiN21-09 SUH35 / SUH36 HK 310C40 / 310C45 HK X40CrNiSi25-20 GX40CrNi26-20 F.8452-AM- X40CrNi2520 SCH21 / SCH22 HNV3 401S45 HNV X45CrSi9-3 Z45CS9 X45CrSi8 F.3220-X4SCrSi09-03 SUH1 X10CrAl X10CrAl18 Z10CAS18 X8Cr17 F.3153-X10CrAl18 SUH21 X40CrSiMo X40CrSiMo10-2 Z40CSD10 F.3221-X40CrSi- Mo10-02 SUH3 X40NiCrSi C11 / 330C40 / 331C X40NiCrSi38-18 GX50NiCr39-19 SCH15 / SCH16 X45CrNiW X45CrNiW18-9 Z35CNWS14.14 X45CrNiW18-9 F X45CrNiSiW18-09 SUH31 Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 322

325 Materials Cross Reference Chart Stainless Steels / Refractory PH Steels Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Stainless Steels 58HRc 55HRc HRC HRC 90HRB Stainless Steel Refractory PH < < < < / / / Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 323

326 Materials Cross Reference Chart Cast Irons Commercial Name Gray Iron ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number UK: BS,EN Suède: SS USA: AISI/SAE GG-30 / EN-GJL-300 Grade A48-45B GG-30 Ft30D G30 FG30 FC30 GG-35 / EN-GJL-350 Grade A48-50B GG-35 Ft35D G35 FG35 FC35 GG-40 / EN-GJL-400 Grade A48-55B GG-40 Ft40D GG10 / EN-GJL-100 Grade A48-20B GG10 Ft10D G10 FG10 FC10 GG15 / EN-GJL-150 Grade A48-25B GG15 Ft15D G15 FG15 Fc15 GG20 / EN-GJL-200 Grade A48-30B GG20 Ft20D G20 FG20 FC20 GG25 / EN-GJL-250 Grade A48-35B GG25 Ft25D G25 FG25 FC25 Spheroidal-Ductile Iron GGG--40Mo / GGG-50 FGS GS 500/7 FGE 50-7 FCD 50 GGG--SiMo3.08 GGG--SiMo4.10 GGG--SiMo5.10 GGG-35.3 / EN-GJS GGG-35.3 GGG-40 / EN-GJS / GGG-40 FGS GS FGE FCD 40 GGG-50 / EN-GJS500-7 GGG-60 / EN-GJS / GGG-60 FGS GS 600/3 FCD 60 GGG-70 / EN-GJS / GGG-70 FGS GS FGS 70-2 FCD 70 GGG-80 / EN-GJS / GGG-80 FGS GS GGG-Ni22 / EN-GJSAXNi22 S-Ni 22 A 439 Type D-2C GGG-Ni22 S-N 22 GGG-Ni35 / EN-GJSAXNi35 S-Ni 35 A 439 Type D GGG-Ni35 S-N 35 GGG-NiCr20.3 S-NiCr 20 3 A 439 Type D-2B GGG-NiCr20.3 S-NC 20 3 GGG-NiCr202 / EN-GJSAXNiCr20-2 S-NiCr 20 2 A 439 Type D GGG-NiCr20.2 S-NC 20 2 GGG-NiCr30.1 S-NiCr 30 1 A 439 Type D-3A GGG-NiCr30.1 S-NC 30 1 GGG-NiCr303 / EN-GJSAXNiCr30-3 S-NiCr 30 3 A 439 Type D GGG-NiCr30.3 S-NC 30 3 GGG-NiCr353 / EN-GJSAXNiCr35-3 S-NiCr 35 3 A 439 Type D-5B GGG-NiCr35.3 S-NC 35 3 GGG-NiCrNb GGG-NiCrNb20.2 GGG-NiMn13.7 S-NiMn GGG-NiMn13.7 S-NM 13 7 GGG-NiMn234 / EN-GJSAXNiMn23-4 S-NiMn 23 4 A 571 Type D-2M GGG-NiMn23.4 S-NM 23 4 GGG-NiSi3055 / EN-GJSAXNiSi- Cr S-NiSiCr A 439 Type D GGG-NiSiCr S-NSC GGG-NiSiCr S-NiSiCr GGG-NiSiCr S-NSC GGG-NiSiCr GGG-NiSiCr GGG-NiSiCr GGG-NiSiCr Malleable Iron Germany: Wnr Germany: DIN France: AFNOR GTS / MN35-10 B 340/ GTS MN GTS / MN450-6 GTS MN450-6 GTS / MP50-5 MP50-5 GTS / MN650-3 P 570/ GTS MN650-3 GTS / MN700-2 P 690/2 862 A GTS MN700-2 GMN 70 GTW GTW GTW GTW GTW GTW Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 324

327 Materials Cross Reference Chart Cast Irons Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Gray Iron 230HB HB HB HB HB HB HB 730 Spheroidal-Ductile Iron HB HB HB HB HB HB HB HB HB HB HB HB HB HB HB HB HB Malleable Iron 150HB HB HB HB HB Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 325

328 Materials Cross Reference Chart Aluminum & Alloys Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Aluminum & Alloys <16% Si min rem rem Si+Fe1.0max min ~ rem ~60. Pb,Bi 0.2~ ~ ~1.2 rem ~ ~ ~ ~1.0 rem ~ ~ ~0.9 rem ~ ~ rem ~ rem - 1.2~ ~ ~0.9 rem ~ ~ ~1.5 rem ~ rem rem rem 0.1+Zr rem rem ~ rem - 2.2~ ~ ~0.20 rem - 4.5~ ~ ~1.0 rem ~ ~ ~0.7 rem ~ rem rem rem rem rem ~ ~ rem ~ ~ ~ rem ~ ~ ~1.0 rem ~ ~ ~ ~ rem ~ ~ ~ rem ~ ~0.40 Pb, Bi 0.40~ ~ ~0.8 rem ~ ~ rem ~ ~ rem ~ ~ ~ rem ~ ~ Zr0.05~ rem Zr rem rem ~ ~ ~2.6 Zr0.08~ ~ rem ~ ~ ~ rem ~ rem ~ ~ ~ ~ rem ~ ~ ~1.9-50/90HB 250 Aluminum & Alloys >16% Si ~ ~ rem - 0.8~ ~1.3 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 326

329 Materials Cross Reference Chart Aluminum & Alloys B Al99,5 A Al99, A Al99,8 A FC AlCuBiPb A-U5PbBi H AlCuSiMn A-U4SG AlCuMg1 A-U4G L AlCuMg2 A-U4G AlCuMgNi AlMnCu A-M AlMn1Mg1 A-M1G AlMn1Mg0.5 A-MG N AlMn N AlMg1 A-G0, L AlMg2,5 A-G2,5C N AlMg5 A-G N ASlMg4,5Mn A-G4,5MC AlMg4Mn 5154 N AlMg3,5 A-G N AlMg2Mo3 A-G2M N AlMg2,5Mn A-G2,5MC AlMg0,8Si 5754 N AlMg3 A-G3M H20 A-GSUC H AlMgSi0,5 A-GS H AlMgSi1 A-SGM0, E EAlMgSi0, H AlZn4,5Mg1 A-Z5G AlZnMgCu0, DTD AlZnMgCu1,5 A-Z5GU AS5U AS7G AlSi7Mg 4032 Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number Aluminum & Alloys <16% Si Aluminum & Alloys >16% Si UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 327

330 Materials Cross Reference Chart Aluminum & Alloys / High Temp. Alloys Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Aluminum Lithium HTA Iron Based Alloys 20CB-3 AL AL 40 AL 4750 AL 4750 Armco 18 Armco RA 330 Crucible A-286 ATI A286 Discaloy 16/25/6 Discaloy 24 Greek Ascoloy AL 418 Haynes 556 Incoloy 800 ATI 800 Incoloy 801 Incoloy 802 Incoloy 803 Incoloy DS Invar 36 ATI 36 ASTM B463 ASTM A666 ASTM B , 5716 UNS S66286 HR 5152 ASTM X5NiCrTi2515 Z06 NCT Z3NCT25 ASTM A638 Z3NCT X12CrCoNi2120 Z12CKND- WNb UNS N ASME SB409 X10NiCrAlTi3220 Z10NC3221 UNS N G.X50CrNi3030 Z5NCT3220 Z4NC3221 UNS K93600 K X12NiCrSi3616 ASTM F1684 Invar 42 AL 42 ASTM F30 Maraging C200 ATI VascoMax C-200 Maraging C250 ATI VascoMax C-250 Maraging C300 ATI VascoMax C-300 Maraging C350 ATI VascoMax C-350 Maraging T200 ATI VascoMax T-200 UNS K92810 UNS K , 6512, 6520 Z2NKD18.8 UNS K Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 328

331 Materials Cross Reference Chart Aluminum & Alloys / High Temp. Alloys Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others Aluminum & Alloys >16% Si rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem Zr rem rem Zr rem Zr rem Zr rem Zr HTA Iron Based Alloys 95HRB Cu HRB No HRB Cu Nb Cu HB HB Nb HB HB HB Nb + Ta 184HB Cu HB HB HB HRB HRB HRC HRC HRC HRC HRC Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 329

332 Materials Cross Reference Chart High Temp. Alloys Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS HTA Iron Based Alloys Maraging T250 ATI VascoMax T , 6519, 6591 Maraging T300 ATI VascoMax T-300 Marval 18 Marval X12 Multimet N-155 Multimet N-156 S 590 Sanicro 30 Super Invar 32-5 Udimet B-250 Udimet B-300 W Z12CNKDW X40CoCrNi2020 Z42CKNDW X2NiCrAlTi3220 AlSl:665 Z8NCTDA2613 HTA Cobalt Based Alloys F 1537 ATI TJA-1537 Fe50Co50 HS 21 HS 25 HS 30 HS 31 HS 36 Jetalloy 209 K13C20N126 L 251 L 605 ATI L-605 M 203 M 204 M 205 MAR-M 247 MAR-M 302 MAR-M 322 MAR-M 509 MAR-M 905 MAR-M 918 MP159 MP35N ATI 35N S 816 ALTEMP S 816 Stellite 1 Stellite 100 Stellite 12 Stellite 151 Stellite 188 ATI 188 Stellite 19 Stellite 20 Stellite 21 Stellite 23 UNS R31537 & R31538 ASTM F1537 CoCr28Mo 3531 ASTM F-75 CoCr28Mo KC27D5NFe AlSl 670 CoCr20W15Ni KC20WN 5380 CoCr26Ni14Mo 3146 ASTM A567 CoCr25NiW KC25NW CoCr19W14NiB UNS R3003 & R3008 ASTM F1058 K13C20N126Fe15D7 K13C20N126Fe15D7 UNS R CoCr20W15Ni KC20WN UNS R30159 UNS R30035 CoCrW10TaZrB KC21W10Ta9 CoCr22W9TaZrNb KC21W9Ta CoCr24Ni10WTaZrB KC23N10W7Ta KC20N20Ta7 CoCr20Ni20Ta KC20N20Ta CoCr20Ni20W KC33W13 KC28W8 KC22N22W14Fe Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 330

333 Materials Cross Reference Chart High Temp. Alloys Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others HTA Iron Based Alloys 49-52HRC HRC HRC HRC HB HB HB HB Cu HB HB HB HTA Cobalt Based Alloys 41HRC N HV /230HB /700HV HRB Ta Ta Ta 4.5, Zr Ta 3.5, Zr Ta 7.5, Zr Ta 7.5, Zr Zr HRC HB HRC Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 331

334 Materials Cross Reference Chart High Temp. Alloys Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS HTA Cobalt Based Alloys Stellite 25 (L605) Stellite 3 Stellite 30 Stellite 31 (X40) Stellite 4 Stellite 45 Stellite 6 Stellite 7 Stellite 8 (F75) V-36 WI-52 X 40 X 45 X 50 X CoCr20W15Ni KC20WN ASTM A567 CoCr25NiW KC25N10W7Fe KC26NW CoCr25Ni20MoWNb KC25N20DFeWNb CoCr21Mo11W KC21W11ANbT ASTM A567 CoCr25NiW KC25N10W7Fe KC25N10W7Fe HTA Nickel Based Alloys 200 ATI ATI Plus ATI 718 Plus Allcorr Allcorr Astroloy ATI Astroloy Duraloy 22H Duraloy Super 22H GMR 235 GMR 235-D Hastelloy B ATI HB Hastelloy B-2 ATI HB-2 Hastelloy C Hastelloy C-22 Hastelloy C-276 Hastelloy C-4 Hastelloy G Hastelloy G-3 Hastelloy N ATI HN Hastelloy R235 Hastelloy S Hastelloy W ATI HW Hastelloy X ATI HX Haynes 188 ATI 188 Haynes 25 Haynes 263 ATI C-263 Haynes 600 ATI 600 Haynes 601 ATI 601 Haynes 625 ATI 625 Haynes 690 ATI 690 Haynes 75 Haynes X-750 X-750 Nickelvac UNS N02200 UNS N02201 UNS N13017 NK17C15D5AT AlSl 686 NC15Fe10D5AT NiCr16MoAl NC15D5FeAT 5396A 2.48 S.NiMo30 ND27FeV UNS N10665 UNS N C NiCr17Mo17FeW NC17DWY UNS N G-NiMo30 NC15D14KFe UNS N06455 UNS N06007 NC22Fe19D6KTa UNS N UNS N10003 UNS N06635 NC15D14KFe UNS N10004 UNS N06002 HR6, NiCr22FeMo NC22FeD UNS R KC22N22W14Fe UNS R LW KC20WN UNS N07263 NC20K20D6T UNS N NiCr15Fe UNS N UNS N06625 ASME SB NiCr22Mo9Nb NC22FeDNB UNS N NiCr29Fe NC30Fe UNS N NC15TNbA Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 332

335 Materials Cross Reference Chart High Temp. Alloys Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others HTA Cobalt Based Alloys 350HB HB HRC HB Nb Nb Nb B HTA Nickel Based Alloys 45HRB HRB HRC HRB Nb HRC HRB V HRB HB HRB HV HRB HRA HRB HRB bal HRB HRB HRB HRB Cu Cu Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 333

336 Materials Cross Reference Chart High Temp. Alloys Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS HTA Nickel Based Alloys IN100 Incoloy 020 Incoloy 804 Incoloy 825 Incoloy 901 Incoloy 903 Incoloy 925 Inconel alloy 050 Inconel alloy 182 Inconel alloy 22 Inconel alloy 230 Inconel alloy 600 Inconel alloy 600SP Inconel alloy 601 Inconel alloy 601GC Inconel alloy 603XL Inconel alloy 604 Inconel alloy 606 Inconel alloy 613 Inconel alloy 617 Inconel alloy 62 Inconel alloy 622 Inconel alloy 625 Inconel alloy 625LCF Inconel alloy 657 Inconel alloy 671 Inconel alloy 672 Inconel alloy 686 Inconel alloy 690 Inconel alloy 691 Inconel alloy 693 Inconel alloy 702 Inconel alloy 706 Inconel alloy 718 Inconel alloy 718 DA Inconel alloy 718 OP Inconel alloy 720 Inconel alloy 721 Inconel alloy 722 Inconel alloy 725 Inconel alloy 725HS Inconel alloy 738 Inconel alloy 740 Inconel alloy 783 Inconel alloy 800 Inconel alloy 800H UNS N NiCo15Cr10MoAlTi NK15CAT ASTM B CB-3 NC29Fe25 ATI 825 UNS N ASME SB NiCr21Mo NC21FeDU ATI 901 UNS N NiFe35Cr14MoTi Z8NCDT42 UNS N19903 NiFe42K15Nb Z3NK28 ATI 925 UNS N09925 ASME SB575 NiMo16Cr15 ATI 600 UNS N NiCr15Fe NC15Fe ATI 601 UNS N NC23Fe14A ATI 617 UNS N NiCr23Co12Mo NC22K12D9A ATI 625 UNS N06625 ASME SB NiCr22Mo9Nb NC22FeDNB UNS N06626 ATI 690 UNS N NC30Fe 5550 NC15A ATI 706 UNS N09706 AMS 5702 NFe10C16NbT ATI 718 UNS N07718 HR NiCr19Fe19NbMo NC19FeNb ATI 718-DA ATI 718-OP UNS N07718 ATI 720 NC16Fe8TM ATI W-722 UNS N NiCr16FeTi NC16FeTi AL 800 ATI 800H UNS R30783 UNS N08810 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 334

337 Materials Cross Reference Chart High Temp. Alloys Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others HTA Nickel Based Alloys V Nb 0.6 Cu Cu HRB Cu HB HB Nb HRC Cu HRC HRB HRB HRB Cu HRB HB HRB HRB Cb HRB HRB HRC Cb HRC Cb HRC 1560 bal Cb+Ta HRC Cb HRC Cu HRC HRC Nb Nb 0.9 Ta 1.8 Zr HRC Nb HRB HRB Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 335

338 Materials Cross Reference Chart High Temp. Alloys Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang UNS Number UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS HTA Nickel Based Alloys Inconel alloy 82 Inconel alloy 939 Inconel alloy C-276 Inconel alloy G Inconel alloy G-3 Inconel alloy HX Inconel alloy MA 6000 Inconel alloy MA754 Inconel alloy MA758 Inconel alloy X-750 Inconel alloy X-751 Jessop G81 M-252 Monel 400 Monel K500 Monel R405 Nimocast 713 Nimocast 80 Nimocast 90 Nimocast PD16 Nimocast PE10 Nimocast PK24 Nimonic 101 Nimonic 105 Nimonic 115 Nimonic 75 Nimonic 80A Nimonic 86 Nimonic 90 Nimonic 901 Nimonic 91 Nimonic 95 Nimonic C22 Nimonic C263 Nimonic C276 Nimonic PE13 Nimonic PE16 Nimonic PK25 Nimonic PK31 Nimonic PK33 R-235 Refractaloy 26 René 100 René 104 René 125 ATI C-276 René 41 ATI Rene 41 René 63 UNS N10276 ATI HX UNS N06002 NiCr22Fe18Mo NC22FeD UNS N07754 ATI X-750 UNS N NiCr16FeTi NC15FeTNb UNS N07751 NiCr20Co18Ti ATI M-252 UNS N G-NiCr19Co ATI 400 UNS N NiCu30Fe NU30 ATI K-500 UNS N NiCu30Al UNS N HC A G.NiCr13Al16MoNb NC13AD 3146 HC202 NiFe33Cr17Mo NC20N13 HR NiCo20Cr15MoAlTi NCKD20ATV HR401, NiCo15Cr15MoAlTi NCVK15ATD UNS N06075 HR5, NiCr20Ti NC20T ATI 80 A UNS N07080 HR401, NiCr20TiAl NC20TA ATI N-90 UNS N07090 HR2, NiCr20Co18Ti Nc20ATV ATI 901 UNS N , NiCr15MoTi Z8NCDT42 NC19K18Fe5TA ATI 22 UNS N06022 ASME SB575 ATI 263 UNS N07263 HR NiCr20CoMoTi NCK20D ATI 276 UNS N10276 ASME SB NiMo16Cr15 HR6, E NiCr22Fe18Mo NC22FeD HR207 NiFe33Cr17Mo NW11AC 5751A NiCr18CoMo NKCD20ATU 5057 NiCr20Co16MoTi NC19KDUN AISI 686 AlSl 690 Z6NKCDT NiCo15Cr10MoAlTi NK15C10A5T NK10C8W7ATaTD UNS N , NiCr19Co11MoTi NC19KDT NK15C14D6AWT Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 336

339 Materials Cross Reference Chart High Temp. Alloys Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others HTA Nickel Based Alloys HRB HRB HRC HV HRC HRC Cb 1.1 Cu HRC HRB HRC HB Cu Nb 1 320HB HB HB HB Ce HRC HRC B HRB V HRC HRB HB B Nb HB V Nb 0.9 Ta 2.4 B Hf 1.05 Ta HRC B Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 337

340 Materials Cross Reference Chart High Temp. Alloys René 77 René 80 René 95 Stelloy HS27 TRW VIA Udimet 500 Udimet 520 Udimet 630 Udimet 700 Udimet 710 Udimet 718 Udimet 720 Waspaloy Commercial Name ATI Allvac ATI Allegheny Ludlum ATI WahChang HTA Nickel Based Alloys ATI 520 ATI Waspaloy HTA Titanium Based Alloys UNS Number NC15K15ADT NC14K9T5DWA NC14K8 NiCo32Cr26Mo KC20WN NiTa9Co8W6CrAl NTa9K7C6W5A5DT UNS N07500 AlSl NiCr18CoMoAlTi NCK19DAT NiCr19NbMo NC18Fe18Nb6DWT AlSl NiCo15Cr15MoAlTi NCKD20AT NCK18TDA HR NiCr19Fe19NbMo NC19FeNb NC18K15TDA UNS N NiCr20Co14MoTi NC20K14 Ti ATI Ti-11.5Mo-6Zr-4.5Sn Ti-12Mo-6Zr-2Fe (TMZF) Ti-13Nb-13Zr Ti-13V-11Cr-3Al TiV13Cr11Al3 Ti ATI UNS R58153 Ti-15Mo (Alpha + Beta) ATI 15Mo (Alpha + Beta) Ti-15Mo (Beta) ATI 15Mo (Beta) Ti-15Mo-3Nb-3Al-0.2Si ASTM Grade 21 Ti-3Al-2.5V ATI MIL UNS R , 4944 Ti-3Al-8V-6Cr-4Mo-4Zr ATI UNS R58640 Ti-425 ATI 425 Ti-425 MIL ATI 425 -MIL Ti-45Nb ATI 45Nb Ti-48Al-2Cr-2Nb Ti-4Al-4Mo-2Sn-0.5Si ATI TiAl4Mo4Sn2Si0.5 T-A4DE Ti-4Al-4Mo-4Sn-0.5Si 5203 TiAl4Mo4Sn4Si0.5 Ti-5Al-2.5Fe (Tikrutan) Ti-5Al-2.5Sn ATI Grade 6 UNS R54520 TA 14,17 ASTM B TiAl5Sn2 T-A5E Ti-5Al-2Sn-2Zr-4Cr-4Mo ATI 17 UNS R Ti5Al2Sn2Zr4Cr4Mo Ti-5Al-5Mo-5V-1Cr-1Fe Ti-5Al-5V-5Mo-3Cr ATI PM Ti ATI UNS R Ti-6-7 ATI 6-7 UNS R56700 Ti-6Al-2Sn-2Zr-2Mn-2Cr-0.2Si ATI Ti-6Al-4V ATI 6-4 UNS R56400 TA10 TA11 TA12 TA13 TA28 TA , 4920, 4928, 4965, 4967 Ti-6Al-4V ELI ATI 6-4 ELI UNS R , 4930, 4931 Ti-6Al-4V MIL ATI 6-4-MIL UNS R56400 TA10 TA11 TA , 4920, 4928, TA13 TA28 TA , 4967 Ti-6Al-4V MIL (HT) ATI 6-4-MIL UNS R56400 UK: BS,EN TA10 TA11 TA12 TA13 TA28 TA56 Suède: SS USA: AISI/SAE 4906, 4920, 4928, 4965, 4967 Germany: Wnr TiAl6V4 T.A6V;AIR:9183 TC4 TiAl6V4 TiAl6V4 Germany: DIN France: AFNOR T.A6V;AIR:9183 T.A6V;AIR:9183 Italy: UNI Spain: UNF Japan: JIS TC18 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 338

341 Materials Cross Reference Chart High Temp. Alloys Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others HTA Nickel Based Alloys HRC HRC HRC Zr 0.07 HTA Titanium Based Alloys HRC Nb13.18 Zr13.49 HRC HRC V 15.0 HRC HRC < /80.8 Nb 3.0 HRC V 2.5 HRC V 8.5 Zr 4.5 HRC V 2.5 O 0.25 HRC / V 2.5 O Nb 45 HRC Nb 2 HRC HRC HRC / / /5.5 Sn 1.5/2.5 Zr 1.5/2.5 HRC HRC HRC HRC Nb Sn 2 Zr 2 HRC /6.75 V 4 HRC /6.75 V 3.5/4.5 O 0.13 HRC /6.75 V 3.5/4.5 O 0.2 HRC /6.75 V 3.5/4.5 O 0.2 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 339

342 Materials Cross Reference Chart High Temp. Alloys / Hard Materials Commercial Name Ti-6Al-4Zr-2Mo-2Sn ATI PM UNS R54620 Ti-6Al-4Zr-2Mo-2Sn-0.2Si ATI Si PM UNS R , 4975, 4976 TiAl6Zr4Mo2Sn2 Ti-6Al-5Zr-0.5Mo-0.25Si TiA6Zr5Mo0.5Si0.25 T.AGZ.50 Ti-6Al-5Zr-4Mo-Cu-0.2Si M201 TiAl6Zr5Mo4CuSi0.2 Ti-6Al-6V-2Sn ATI UNS R TiAl16V6Sn2 Ti-6Al-7Nb TiAl7Nb Ti-7Al-4Mo ASTM B381 TiAl7Mo4 Ti-8Al-1Mo-1V ATI UNS R , 4933, 4972 TiAl8Mo1V1 Ti-8Mo-8V-2Fe-3Al Ti-99.5 ATI CP Grade 4 UNS R50700 ASTM Grade 1 B381F4 Ti-99.5 AlR:9182T60 Ti-99.6 ATI CP Grade 3 UNS R50550 TA2, TA3, TA4, TA5 ASTM Grade 2 B381F3 Ti-99.6 AIR:9182T50 Ti-99.7 ATI CP Grade 2 UNS R50400 TA2.5 ASTM Grade 3 B381F2 Ti-99.7 AIR:9182T40 Ti-99.8 ATI CP Grade 1 UNS R50250 TA6, TA7, TA8, TA9 ASTM Grade 4 B381F1 Ti-99.8 AIR:9182T35 GGG120B / EN-GJS GGG140B / EN-GJS GGG80B / EN-GJS GGG90B / EN-GJS ATI Allvac ATI Allegheny Ludlum ATI WahChang ATI 500-MIL ATI 521 ATI 600-MIL A2 BA A X100CrMoV5 1 Z100CDV5 X100CrMoV51KU X100CrMoV5 F5227 SKD12 X2NiCoMoTi Z2NKD ATI K12 -MIL ATI K12 -MIL UNS Number HTA Titanium Based Alloys Hard Steel >1400Mpa SPb20 70SPb20 A100 A2 / Z100CDV5 (HT) Durimphy Ferrium S53 H10 H11 H12 H19 H21 / Z30WCV9 Hardox 450 Hardox 500 Hardox 550 Hardox 600 K12 K12 (HT) L6 / 55NCDV07 (HT) Mh97+Pb Z38CDV5 Chilled Cast Iron 1400Mpa UK: BS,EN Suède: SS USA: AISI/SAE Germany: Wnr Germany: DIN France: AFNOR Italy: UNI Spain: UNF Japan: JIS Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 340

343 Materials Cross Reference Chart High Temp. Alloys / Hard Materials Hardness HRB HRC HB Rm N/mm 2 Fe Ni Cr Co Mo W Si Mn C Al Ti Li P S Mg Zn Cu Others HTA Titanium Based Alloys HRC HRC Zr 4.0 HRC V 5.5 Sn 2 O /88.0 Nb 7.0 HRC V 1 O 0.12 HRB O 0.4 HRB O 0.35 HRB O 0.25 HRB O 0.18 Hard Steel >1400Mpa HB HB HB > /61HRc 63/65HRc 64/67HRc 55/64HRc HRC V HBW HBW HBW HBW > HRC HRC /66HRC Chilled Cast Iron 1400Mpa HB HB HB HB 1150 Material Guide Key to Recommended Inserts Material Designation P Unalloyed Steels P Alloyed Steels M Stainless Steels M PH Stainless K Cast Irons N Aluminum & Alloys S High Temp. Alloys H Hard Materials 341

344 Alphanumeric Index 1 1 Description Grade Page Description Grade Page Description Grade Page Description Grade Page RA60 SP IR0.5ISO SP IR0.75ISO SP IR1.0ISO SP IR1.25ISO SP IL1.0ISO SP IR0.5ISO SP IR0.75ISO SP IR1.0ISO SP IR1.25ISO SP IR1.5ISO SP IR1.75ISO SP IR14UN SP IR16UN SP IR16W SP IR18NPT SP IR18UN SP IR18W SP IR19W SP IR20UN SP IR20W SP IR24UN SP IR24W SP IR26W SP IR27NPT SP IR28UN SP IR28W SP IRA55 SP IRA60 SP ILA60 SP IR0.4ISO SP IR0.5ISO SP IR0.75ISO SP IR1.0ISO SP IR1.5ISO SP IR1.75ISO SP IR11W SP IR12UN SP IR14BSPT SP IR14NPT SP IR14W SP IR16UN SP IR18NPT SP IR18PG SP IR18UN SP IR19BSPT SP IR19W SP IR2.0ISO SP IR2.5ISO SP IR20UN SP IR24UN SP IR26W SP IR27UN SP IR28UN SP IR28W SP IR32UN SP IRA55 SP IRA60 SP EL1.0ISO SP EL1.5ISO SP EL16PG SP EL2.5ISO SP ELAG60 SP ER0.35ISO SP ER0.45ISO SP ER0.4ISO SP ER0.5ISO SP ER0.6ISO SP ER0.75ISO SP ER0.7ISO SP ER0.8ISO SP ER0.8MJ SP ER1.0ISO SP ER1.0MJ SP ER1.25ISO SP ER1.25MJ SP ER1.5ISO SP ER1.5MJ SP ER1.75ISO SP ER10ABUTT SP ER10ACME SP ER10APIRD SP ER10STACME SP ER10UN SP ER10W SP ER11.5NPT SP ER11BSPT SP ER11UN SP ER11W SP ER12ABUTT SP ER12ACME SP ER12STACME SP ER12UN SP ER12UNJ SP ER12W SP ER13UN SP ER14BSPT SP ER14NPT SP ER14UN SP ER14UNJ SP ER14W SP ER16ABUTT SP ER16PG SP ER16UN SP ER16UNJ SP ER16W SP ER18NPT SP ER18PG SP ER18UN SP ER18UNJ SP ER18W SP ER19BSPT SP ER19W SP ER2.0ISO SP ER2.0MJ SP ER2.5ISO SP ER2.5MJ SP ER20ABUTT SP ER20PG SP ER20UN SP ER20UNJ SP ER20W SP ER22W SP ER24UN SP ER24UNJ SP

345 Alphanumeric Index Description Grade Page Description Grade Page Description Grade Page ER24W SP ER26W SP ER27UN SP ER28BSPT SP ER28UN SP ER28UNJ SP ER28W SP ER3.0ISO SP ER3.0MJ SP ER3.5ISO SP ER32UN SP ER32UNJ SP ER32W SP ER36UN SP ER36W SP ER40UN SP ER40W SP ER6STACME SP ER8ACME SP ER8APIRD SP ER8NPT SP ER8STACME SP ER8UN SP ER8W SP ER9UN SP ER9W SP ERA55 SP ERA60 SP ERAG55 SP ERAG60 SP ERG55 SP ERG60 SP IL1.5ISO SP IR0.5ISO SP IR0.6ISO SP IR0.75ISO SP IR0.7ISO SP IR0.8ISO SP IR1.0ISO SP IR1.25ISO SP IR1.5ISO SP IR1.75ISO SP IR10ABUTT SP IR10ACME SP IR10APIRD SP IR10STACME SP IR10UN SP IR11.5NPT SP IR11BSPT SP IR11UN SP IR11W SP IR12ABUTT SP IR12ACME SP IR12STACME SP IR12UN SP IR13UN SP IR14BSPT SP IR14NPT SP IR14UN SP IR14W SP IR16ABUTT SP IR16PG SP IR16UN SP IR18NPT SP IR18PG SP IR18UN SP IR19BSPT SP IR19W SP IR2.0ISO SP IR2.5ISO SP IR20ABUTT SP IR20PG SP IR20UN SP IR24UN SP IR28BSPT SP IR28UN SP IR28W SP IR3.0IRISO SP IR3.5ISO SP IR32UN SP IR36UN SP IR40UN SP IR6STACME SP IR8ACME SP IR8APIRD SP IR8NPT SP IR8STACME SP IR8UN SP IR9UN SP IRA60 SP IRAG55 SP IRAG60 SP IRG55 SP IRG60 SP LGD mm HEX WRENCH ER12ABUTT SP ER3.5ISO SP ER4.0ISO SP ER4.5ISO SP ER4API382 SP ER4API383 SP ER4API502 SP ER4API503 SP ER4 TR SP ER5.0ISO SP ER5ACME SP ER5API403 SP ER5STACME SP ER5 TR SP ER5UN SP ER6.0ISO SP ER6ACME SP ER6STACME SP ER6 TR SP ER6UN SP ER7UN SP ER8ABUTT SP ER8APIRD SP ERN60 SP IR12ABUTT SP IR3.5ISO SP IR4.0ISO SP IR4.5ISO SP IR4API382 SP IR4API383 SP IR4API502 SP IR4API503 SP IR4 TR SP IR5.0ISO SP IR5ACME SP IR5API403 SP IR5STACME SP IR5 TR SP IR5UN SP IR6ACME SP IR6STACME SP IR6 TR SP IR6UN SP IR7UN SP IR8ABUTT SP IR8APIRD SP IRN60 SP

346 Alphanumeric Index 2 A A Description Grade Page Description Grade Page Description Grade Page ER4ACME SP ER4API382 SP ER4API383 SP ER4API502 SP ER4API503 SP ER4STACME SP IR4ACME SP IR4API382 SP IR4API383 SP IR4API502 SP IR4API503 SP IR4STACME SP LGD mm HEX WRENCH Description Grade Page LGD mm HEX WRENCH LGD mm HEX WRENCH F1803T 188 LGD mm HEX WRENCH D D D D D 293 A Description Grade Page A08F SCLCL A08F SCLCR A08H SELPL A08H SELPL A08H SELPR A08H SELPR A08H SEUPL A08H SEUPR A08H SWLPL A08H SWLPR A10H SCLCL A10H SCLCR A10H SWLPL A10H SWLPR A10K SELPL A10K SELPL A10K SELPR A10K SELPR A10K SEUPL A10K SEUPR A12K SCLCL A12K SCLCR A12K SDQCL A12K SDQCR A12K SDUCL A12K SDUCL 07-EX A12K SDUCR A12K SDUCR 07-EX A12K SELPL A12K SELPR A12K SEUPL A12K SEUPR A12K STFCL A12K STFCR A12K SWLPL A12K SWLPR A16M SCLCL A16M SCLCR A16M SDQCL A16M SDQCR A16M SDUCL A16M SDUCL 07-EX A16M SDUCR A16M SDUCR 07-EX A16M SELPL A16M SELPR A16M STFCL A16M STFCR A16M SVUCL A16M SVUCR A20Q SCLCL A20Q SCLCR A20Q SDQCL A20Q SDQCR A20Q SDUCL A20Q SDUCL 11-EX A20Q SDUCR A20Q SDUCR 11-EX A20Q SELPL A20Q SELPR A20Q STFCL A20Q STFCR A20Q SVUCL A20Q SVUCL A20Q SVUCR A20Q SVUCR A25R PDUNL A25R PDUNR A25R PSKNL A25R PSKNR A25R PTFNL A25R PTFNR A25R SCLCL A25R SCLCR A25R SDQCL A25R SDQCR A25R SDUCL A25R SDUCL 11-EX A25R SDUCR A25R SDUCR 11-EX A25R SELPL A25R SELPR A25R STFCL A25R STFCR A25R SVUCL A25R SVUCR A25S SVUCL A25S SVUCR A3006T A32S PDUNL A32S PDUNR A32S PSKNL A32S PSKNR A32S PTFNL A32S PTFNR A32S SCLCL A32S SCLCR A32S SDUCL A32S SDUCR A32S STFCL A32S STFCR A32S SVUCL A32S SVUCR A40T PDUNL A40T PDUNR A40T PSKNL A40T PSKNR A40T PTFNL A40T PTFNR A5025T 188 LFA ADJUSTING & RETAINING SCREWS 270 L0E ADJUSTING SCREW

347 Alphanumeric Index C C C Description Grade Page Description Grade Page Description Grade Page C5-50-DCLNL C5-50-DCLNR C5-50-DDJNL C5-50-DDJNR C5-50-DTGNL C5-50-DTGNR C6-63-DCLNL C6-63-DCLNR C6-63-DDJNL C6-63-DDJNR C6-63-DSRNL C6-63-DSRNR C6-63-DTGNL C6-63-DTGNR C8-80-DCLNL C8-80-DCLNR CCGT060200E-62 SP CCGT060201E-62 SP CCGT060202E-62 SP CCGT060204E-62 SP CCGT09T300E-62 SP CCGT09T301E-62 SP CCGT09T302E-62 SP CCGT09T304E-62 SP CCGT09T308E-62 SP CCMT060202E-73 SP CCMT060204E-73 SP CCMT060204E-73 NL CCMT060208E-73 SP CCMT060208E-73 NL CCMT09T304E-73 SP CCMT09T304E-73 NL CCMT09T304E-73 NL CCMT09T308E-73 SP CCMT09T308E-73 NL CCMT09T308E-73 NL CCMT120404E-73 SP CCMT120404E-73 NL CCMT120404E-73 NL CCMT120408E-73 SP CCMT120408E-73 NL CCMT120408E-73 NL CCMT120412E-73 SP CCMT120412E-73 NL CCMT120412E-73 NL CL CL CL CL CL CL CL CL CNGG120402F-3F SP CNGG120404F-3F SP CNGG120408F-3F SP CNGG120412F-3F SP CNGN E010 SA CNGN E010 SA CNGN E030 SA CNGN E010 SA CNGN E030 SA CNGN E030 SA CNGN E010 SA CNGN E010 SA CNGN E030 SA CNGN E010 SA CNMA120404E NL CNMA120408E NL CNMA120412E NL CNMA120416E NL CNMA160612E NL CNMA160616E NL CNMA160632E NL CNMA190612E NL CNMA190616E NL CNMA190632E NL CNMG120404E-1B NL CNMG120404E-1B SP CNMG120404E-2N NL CNMG120404E-2N NL CNMG120404E-2N NL CNMG120404E-3J SP CNMG120404E-4E SP CNMG120404E-4E NL CNMG120404E-4T NL CNMG120404E-4T NL CNMG120404E-4T NL CNMG120404E-4T NL CNMG120404E-4U NL CNMG120408E-1B SP CNMG120408E-1B NL CNMG120408E-2N NL CNMG120408E-2N NL CNMG120408E-2N NL CNMG120408E-3J SP CNMG120408E-4E SP CNMG120408E-4E NL CNMG120408E-4T NL CNMG120408E-4T NL CNMG120408E-4T NL CNMG120408E-4T NL CNMG120408E-4U NL CNMG120412E-1B NL CNMG120412E-1B SP CNMG120412E-2N NL CNMG120412E-2N NL CNMG120412E-2N NL CNMG120412E-3J SP CNMG120412E-4E NL CNMG120412E-4E SP CNMG120412E-4T NL CNMG120412E-4T NL CNMG120412E-4T NL CNMG120412E-4T NL CNMG120412E-4U NL CNMG120416E-2N NL CNMG120416E-2N NL CNMG120416E-2N NL CNMG120416E-3J SP CNMG120416E-4T NL CNMG120416E-4T NL CNMG120416E-4T NL CNMG120416E-4T NL CNMG120416E-4U NL CNMG160608E-2N NL CNMG160608E-2N NL CNMG160608E-2N NL CNMG160608E-4E NL CNMG160608E-4E SP CNMG160608E-4T NL CNMG160608E-4T NL CNMG160608E-4T NL CNMG160608E-4T NL CNMG160608E-4U NL CNMG160612E-2N NL CNMG160612E-2N NL CNMG160612E-2N NL CNMG160612E-3J SP CNMG160612E-4E SP CNMG160612E-4E NL CNMG160612E-4T NL CNMG160612E-4T NL CNMG160612E-4T NL CNMG160612E-4T NL CNMG160612E-4U NL CNMG160616E-2N NL

348 Alphanumeric Index C C D Description Grade Page Description Grade Page Description Grade Page CNMG160616E-2N NL CNMG160616E-2N NL CNMG160616E-3J SP CNMG160616E-4E NL CNMG160616E-4E SP CNMG160616E-4T NL CNMG160616E-4T NL CNMG160616E-4T NL CNMG160616E-4T NL CNMG160616E-4U NL CNMG190608E-4E NL CNMG190608E-4E SP CNMG190608E-4T NL CNMG190608E-4T NL CNMG190608E-4T NL CNMG190608E-4T NL CNMG190612E-2N NL CNMG190612E-2N NL CNMG190612E-3J SP CNMG190612E-4E SP CNMG190612E-4E NL CNMG190612E-4T NL CNMG190612E-4T NL CNMG190612E-4T NL CNMG190612E-4T NL CNMG190612E-4U NL CNMG190616E-2N NL CNMG190616E-2N NL CNMG190616E-3J SP CNMG190616E-4E NL CNMG190616E-4E SP CNMG190616E-4T NL CNMG190616E-4T NL CNMG190616E-4T NL CNMG190616E-4T NL CNMG190616E-4U NL CNMG190624E-4E NL CNMG190624E-4E SP CNMG190624E-4U NL CNMG250924E-4T NL CNMG250924E-4T NL CNMG250924E-4T NL CNMM160612E-5R NL CNMM160612E-5R NL CNMM160616E-5R NL CNMM160616E-5R NL CNMM160624E-5R NL CNMM160624E-5R NL CNMM190612E-5R NL CNMM190612E-5R NL CNMM190616E-5R NL CNMM190616E-5R NL CNMM190624E-5R NL CNMM190624E-5R NL CNMM250924E-5R NL CNMM250924E-5R NL CPMT060204E-73 SP CPMT080302E-73 SP CPMT080304E -73 SP CPMT080308E-73 SP D Description Grade Page D08H SELPR D10K SELPR D12K SELPR D16M SELPR D20Q SELPR D4010T DC DC DC DC DC DCGT070201E-62 SP DCGT070202E-62 SP DCGT070204E-62 SP DCGT11T301E-62 SP DCGT11T302E-62 SP DCGT11T302F-64 GH DCGT11T304E-62 SP DCGT11T304F-64 GH DCGT11T308E-62 SP DCGT11T308F-64 GH DCGX E-62 SP DCGX11T3005E-62 SP DCLNL 2020 K DCLNL 2525 M DCLNL 2525 M DCLNL 3232 P DCLNL 3232 P DCLNL 3232 P DCLNL 4040 S DCLNR 2020 K DCLNR 2525 M DCLNR 2525 M DCLNR 3232 P DCLNR 3232 P DCLNR 3232 P DCLNR 4040 S DCMT070202E-73 SP DCMT070202E-73 NL DCMT070204E-73 SP DCMT070204E-73 NL DCMT11T304E-73 SP DCMT11T304E-73 NL DCMT11T304E-73 NL DCMT11T308E-73 SP DCMT11T308E-73 NL DCMT11T308E-73 NL DCMT150404E-M SP DCMT150404E-M NL DCMT150408E-M SP DCMT150408E-M NL DCMT150408E-M NL DDJNL 2020 K DDJNL 2020 K DDJNL 2525 M DDJNL 2525 M DDJNL 3232 P DDJNR 2020 K DDJNR 2020 K DDJNR 2525 M DDJNR 2525 M DDJNR 3232 P15 85 L0B Die Body 278 L0B Die Body 278 L0B Die Body 279 L0B Die Body 279 L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0C Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body # L0B Die body #

349 Alphanumeric Index D D D Description Grade Page Description Grade Page Description Grade Page L0B Die Body #5 274 L0B Die Body #5 274 L0B Die Body #5 275 L0B Die Body #5 275 L0B Die Body #5 275 L0B Die Body #7 276 L0B Die Body #7 276 L0B Die Body #7 277 L0B Die Body #7 277 L0B Die Body #7 277 L0B Die Body #7 277 L0C DIE HOLDER - INCH 270 L0B DIE HOLDER - INCH 270 L0B DIE HOLDER - INCH 274 L0A DIE HOLDER - INCH 278 L0B DIE HOLDER - METRIC 270 L0B DIE HOLDER - METRIC 274 L0B DIE HOLDER - METRIC 276 L0A DIE HOLDER - METRIC 278 L0C DIE HOLDER - METRIC 270 DIE HOLDER - L0C METRIC # L0B DIE HOLDER -INCH DNGG150402F-3F SP DNGG150404F-3F SP DNGG150408F-3F SP DNGG150412F-3F SP DNGG150602F-3F SP DNGG150604F-3F SP DNGG150608F-3F SP DNGG150612F-3F SP DNMA150408E NL DNMA150412E NL DNMA150608E NL DNMA150612E NL DNMG110404E-1B NL DNMG110404E-1B SP DNMG110404E-2N NL DNMG110404E-2N NL DNMG110404E-2N NL DNMG110404E-3J SP DNMG110408E-1B NL DNMG110408E-1B SP DNMG110408E-2N NL DNMG110408E-2N NL DNMG110408E-2N NL DNMG110408E-3J SP DNMG150404E-1B NL DNMG150404E-1B SP DNMG150404E-2N NL DNMG150404E-2N NL DNMG150404E-2N NL DNMG150404E-3J SP DNMG150404E-4E SP DNMG150404E-4T NL DNMG150404E-4T NL DNMG150404E-4T NL DNMG150404E-4T NL DNMG E NL DNMG150408E-1B NL DNMG150408E-1B SP DNMG150408E-2N NL DNMG150408E-2N NL DNMG150408E-2N NL DNMG150408E-3J SP DNMG150408E-4E SP DNMG150408E-4T NL DNMG150408E-4T NL DNMG150408E-4T NL DNMG150408E-4T NL DNMG150408E-4U NL DNMG150412E-1B SP DNMG150412E-1B NL DNMG150412E-2N NL DNMG150412E-2N NL DNMG150412E-3J SP DNMG150412E-4E SP DNMG150412E-4E NL DNMG150412E-4T NL DNMG150412E-4T NL DNMG150412E-4T NL DNMG150412E-4T NL DNMG150412E-4U NL DNMG150604E-1B SP DNMG150604E-1B NL DNMG150604E-2N NL DNMG150604E-2N NL DNMG150604E-2N NL DNMG150604E-3J SP DNMG150604E-4E SP DNMG150604E-4T NL DNMG150604E-4T NL DNMG150604E-4T NL DNMG150604E-4T NL DNMG150608E-1B NL DNMG150608E-1B SP DNMG150608E-2N NL DNMG150608E-2N NL DNMG150608E-2N NL DNMG150608E-3J SP DNMG150608E-4E SP DNMG150608E-4E NL DNMG150608E-4T NL DNMG150608E-4T NL DNMG150608E-4T NL DNMG150608E-4T NL DNMG150608E-4U NL DNMG150612E-1B SP DNMG150612E-1B NL DNMG150612E-2N NL DNMG150612E-2N NL DNMG150612E-2N NL DNMG150612E-3J SP DNMG150612E-4E SP DNMG150612E-4E NL DNMG150612E-4T NL DNMG150612E-4T NL DNMG150612E-4T NL DNMG150612E-4T NL DNMG150612E-4U NL DNMG190608E-4T NL DNMG190608E-4T NL DNMG190608E-4T NL DNMG190608E-4T NL DNMG190612E-4T NL DNMG190612E-4T NL DNMG190612E-4T NL DNMG190612E-4T NL DSSNL 2020 K DSSNL 2525 M DSSNL 2525 M DSSNL 3225 P DSSNL 3232 P DSSNL 3232 P DSSNL 4040 S DSSNR 2020 K DSSNR 2525 M DSSNR 2525 M DSSNR 3225 P DSSNR 3232 P DSSNR 3232 P DSSNR 4040 S DVJNL 2020 K DVJNL 2525 M DVJNL 3225 P DVJNR 2020 K DVJNR 2525 M

350 Alphanumeric Index D E E Description Grade Page Description Grade Page Description Grade Page DVJNR 3225 P EPEX060204FL GH EPMT08M308E-73 SP DWLNL 2020 K EPEX060204FR SP EPMT08M308E-73 NL DWLNL 2020 K EPEX060204FR GH ER1212F DWLNL 2525 M EPEX08M3005FL GH ER1616H DWLNL 2525 M EPEX08M3005FL SP ER2020K DWLNL 3232 P EPEX08M3005FR SP ER2525M DWLNR 2020 K EPEX08M3005FR GH ER2525M DWLNR 2020 K EPEX08M301FL SP ER3232Q DWLNR 2525 M EPEX08M301FL GH ER3232Q DWLNR 2525 M EPEX08M301FR SP ER3232Q DWLNR 3232 P EPEX08M301FR GH ER4040R EPEX08M302FL SP ER4040R E Description Grade Page E219EXTKEY ECMT09T304E-73 NL ECMT09T308E-73 NL ECMT12T304E-73 SP ECMT12T304E-73 NL ECMT12T304E-73 NL ECMT12T308E-73 SP ECMT12T308E-73 NL ECMT12T308E-73 NL ECMT12T312E-73 NL ECMT12T312E-73 NL ECMT16M608E-73 NL ECMT16M608E-73 NL ECMT16M612E-73 NL ECMT16M612E-73 NL EL1212F EL1616H EL2020K EL2525M EL2525M EL3232Q EL3232Q EL3232Q EL4040R EL4040R EPEX040202F-15 GH EPEX040202F-15 SP EPEX060202F-15 GH EPEX060202F-15 SP EPEX060202FL SP EPEX060202FL GH EPEX060202FR SP EPEX060202FR GH EPEX060204FL SP EPEX08M302FL GH EPEX08M302FR SP EPEX08M302FR GH EPEX08M304FL SP EPEX08M304FR SP EPGT040201E-62 SP EPGT040202E-62 SP EPGT040204E-62 SP EPGT060202E-62 SP EPGT060204E-62 SP EPGT08M301E-62 SP EPGT08M302E-62 SP EPGT08M304E-62 SP EPGT08M308E-62 SP EPGX08M3005E-62 SP EPMT060202E SP EPMT060202E NL EPMT060204E GH EPMT060204E SP EPMT060204E NL EPMT060204E NL EPMT08M302E GH EPMT08M302E SP EPMT08M302E NL EPMT08M302E-73 SP EPMT08M302E-73 NL EPMT08M304E GH EPMT08M304E SP EPMT08M304E NL EPMT08M304E NL EPMT08M304E-73 SP EPMT08M304E-73 NL EPMT08M NL EPMT08M308E GH EPMT08M308E SP EPMT08M308E NL EPMT08M308E NL ERN1010M ERNM1010H F Description Grade Page F2004T F2505T F2507T F3008T 188 G Description Grade Page G G G G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP

351 Alphanumeric Index G G I Description Grade Page Description Grade Page Description Grade Page G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP G SP GHM SP GHM SP GHM SP GHM SP GHM SP GL M GL M GL M GL M GL K GL K GL K GL K GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GL SP GR GR GR GR M GR M GR M GR M GR M GR K GR K GR K GR K GR GR GR GR GR GR GR GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP GR SP I Description Grade Page ICSN ICSN ICSN ICSN IDSN IDSN IR2024Q IR2024R16CF IR2529R IR2532R IR3236S IR3239S IR3240S IR4044T IR4047T IR4048T IRN1013H11CF IRN1013K IRN1206H IRN1206H06CF IRN1608H08CF IRN1608K IRN1610H08CF IRN1610K IRN1616M IRN1616M11CF IRN1618M IRN1618M16CF IRN2013M IRN2021M16CF IRN2021Q IRN2027Q IRSN IRSN ISSN ISSN ISSN ISSN ITSN ITSN ITSN IVSN IWSN IWSN K Description Grade Page K K KH KH KH KH KH L Description Grade Page LS SP LS SP LS SP LS SP LS SP

352 Alphanumeric Index L P P Description Grade Page Description Grade Page Description Grade Page LS SP LS SP LS SP LS SP LS SP LS SP LS SP LS SP M Description Grade Page MTJNL 2020 K 16-S MTJNL 2525 M16-S MTJNL 2525 M22 -S MTJNL 3232 P22-S MTJNR 2020 K16-S MTJNR 2525 M16-S MTJNR 2525 M22-S MTJNR 3232 P22 -S MVQNL 2020 K MVQNL 2525 M MVQNL 3225 P MVQNR 2020 K MVQNR 2525 M MVQNR 3225 P MVVNN 2020 K MVVNN 2525 M N Description Grade Page NL33L NL34L NL NL NL NL NL P Description Grade Page PA PA PA PA PA PA PA PA PA PA PA PA PA PA PA PA PA PA PA PC PC PC PC PC PC PC PCBNL 2020 K PCBNL 2525 M PCBNL 3232 P PCBNR 2020 K PCBNR 2525 M PCBNR 3232 P PCKNL 2020 K PCKNL 2525 M PCKNL 3232 P PCKNR 2020 K PCKNR 2525 M PCKNR 3232 P PCLNL 4040 S PCLNL 5050 T PCLNR 4040 S PCLNR 5050 T PCP PCP PCP PCP PCP PDNNN 2020 K PDNNN 2525 M PDNNN 3232 P PL PL PL PL PL PL PL PL PL PL PL PL PL PL PLS PLS PLS PLS PLS PLS PLS PLS PLS PLS PLS PLS PLS PRSCL 2020 K PRSCL 2020 K PRSCL 2525 M PRSCL 2525 M PRSCL 2525 M PRSCL 3225 P PRSCL 3232 P PRSCL 4040 S PRSCR 2020 K PRSCR 2020 K PRSCR 2525 M PRSCR 2525 M PRSCR 2525 M PRSCR 3225 P PRSCR 3232 P PRSCR 4040 S PRSNL 4040 S PRSNR 4040 S PSBNL 2020 K PSBNL 2525 M PSBNL 2525 M PSBNL 3225 P PSBNL 3232 P PSBNL 4040 S PSBNL 5050 T PSBNR 2020 K

353 Alphanumeric Index P R R Description Grade Page Description Grade Page Description Grade Page PSBNR 2525 M PSBNR 2525 M PSBNR 3225 P PSBNR 3232 P PSBNR 4040 S PSBNR 5050 T PSKNL 2020 K PSKNL 2525 M PSKNL 2525 M PSKNL 3225 P PSKNL 3232 P PSKNL 4040 S PSKNL 5050 T PSKNR 2020 K PSKNR 2525 M PSKNR 2525 M PSKNR 3225 P PSKNR 3232 P PSKNR 4040 S PSKNR 5050 T R Description Grade Page R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP R SP RCGX E010 SA RCGX E010 SA RCGX E010 SA RCMT0602M0E NL RCMT0602M0E NL RCMT10T3M0E NL RCMT10T3M0E NL RCMT10T3M0E NL RCMT1204M0E NL RCMT1204M0E NL RCMT1204M0E NL RCMT1606M0E NL RCMT1606M0E NL RCMT1606M0E NL RCMT190600E-2N NL RCMT2006M0E NL RCMT2006M0E NL RCMT2006M0E NL RCMT2507M0S NL RCMT2507M0S NL RCMT2507M0S NL RCMT3209M0S NL RCMT3209M0S NL LFA RETAINING SCREW RNGN E010 SA RNGN E010 SA RNGN E010 SA RNGN E010 SA RNGN E030 SA RNGN E010 SA RNGN E010 SA RNMG250900E-4T NL RNMG250900E-4T NL RPGN E010 SA RPGN E010 SA RPGX E010 SA RPGX E010 SA RPGX E010 SA RS SP RS SP RS SP RS SP RS SP RS SP RS SP RS SP RS SP RS SP RS SP RS SP RS SP

354 Alphanumeric Index S S S Description Grade Page Description Grade Page Description Grade Page S06F SELPL S06F SELPR S06F SEUPL S06F SEUPR S06F SWLPL S06F SWLPR S16R PWLNL S16R PWLNR S16R SSKCL S16R SSKCR S16R SVQCL S16R SVQCL S16R SVQCR S16R SVQCR S20S PWLNL S20S PWLNR S20S SSKCL S20S SSKCR S20S SVQCL S20S SVQCL S20S SVQCR S20S SVQCR S25R SVUBL S25R SVUBR S25T DCLNL S25T DCLNR S25T MVUNL S25T MVUNR S25T PWLNL S25T PWLNL S25T PWLNR S25T PWLNR S25T SSKCL S25T SSKCR S25T SVQCL S25T SVQCR S32S SVUBL S32S SVUBR S32U DCLNL S32U DCLNR S32U MVUNL S32U MVUNR S32U PDUNL 15-EX S32U PDUNR 15-EX S32U PWLNL S32U PWLNR S32U SSKCL S32U SSKCR S40V DCLNL S40V DCLNL S40V DCLNR S40V DCLNR S40V MVUNL S40V MVUNR S40V PDUNL 15-EX S40V PDUNR 15-EX S40V PWLNL S40V PWLNR S40V SSKCL S40V SSKCR S50W DCLNL S50W DCLNR S50W SSKCL S50W SSKCR S6T S8T SA SA SA SA SA SA SA SA SA3T SA4T SA5T SAS SAS SCLCL 1010 E SCLCL 1212 F SCLCL 1616 H SCLCL 2020 K SCLCL 2525 M SCLCR 1010 E SCLCR 1212 F SCLCR 1616 H SCLCR 2020 K SCLCR 2525 M SCMT09T304E-73 SP SCMT09T304E-73 NL SCMT09T304E-73 NL SCMT09T308E-73 SP SCMT09T308E-73 NL SCMT09T308E-73 NL SCMT12M504E-73 SP SCMT12M504E-73 NL SCMT12M504E-73 NL SCMT12M508E-73 SP SCMT12M508E-73 NL SCMT12M508E-73 NL SDACL 1010 M SDACL 1212 M SDACL 1212 M SDACL 1616 M SDACL 2020 K SDACR 1010 M SDACR 1212 M SDACR 1212 M SDACR 1616 M SDACR 2020 K SDJCL 1010 E SDJCL 1212 F SDJCL 1212 F SDJCL 1616 H SDJCL 2020 K SDJCL 2525 M SDJCR 1010 E SDJCR 1212 F SDJCR 1212 F SDJCR 1616 H SDJCR 2020 K SDJCR 2525 M SDNC N 1010 E SDNC N 1212 F SDNC N 1616 H SDNC N 2020 K SDNC N 2525 M SEAPL 1010 M SEAPL 1212 M SEAPL 1616 M SEAPL 2020 K SEAPR 1010 M SEAPR 1212 M SEAPR 1616 M SEAPR 2020 K SEGPL 0808 F SEGPL 1010 F SEGPL 1212 F SEGPR 0808 F SEGPR 1010 F SEGPR 1212 F SEJCL 2525 M SEJCR 2525 M SELCL 2020 K SELCL 2525 M SELCR 2020 K

355 Alphanumeric Index S S S Description Grade Page Description Grade Page Description Grade Page SELCR 2525 M SELPL 1010 F SELPL 1212 F SELPL 1616 H SELPL 2020 K SELPL 2525 M SELPR 1010 F SELPR 1212 F SELPR 1616 H SELPR 2020 K SELPR 2525 M SESPL 1010 F SESPL 1212 F SESPR 1010 F SESPR 1212 F LFA SET SCREW 268 LFA SET SCREW 270 LFA SET SCREW 274 SET SCREW - LFA SIZE ADJUSTMENT SGIH26.2PSHD SGIH26.3PSHD SGIH26.4PSHD SGIH26.5PSHD SGIH32.3PSHD SGIH32.4PSHD SGIH32.5PSHD SGIH32.6PSHD SGTB SGTB SGTB SGTB SGTB SN2T SNGN E010 SA SNGN E010 SA SNGN E010 SA SNGN E010 SA SNGN E010 SA SNMA120408E NL SNMA120412E NL SNMA120416E NL SNMA150612E NL SNMA190616E NL SNMA190632E NL SNMG120404E-4T NL SNMG120404E-4T NL SNMG120404E-4T NL SNMG120404E-4T NL SNMG120408E-1B SP SNMG120408E-1B NL SNMG120408E-2N NL SNMG120408E-2N NL SNMG120408E-2N NL SNMG120408E-3J SP SNMG120408E-4E SP SNMG120408E-4E NL SNMG120408E-4T NL SNMG120408E-4T NL SNMG120408E-4T NL SNMG120408E-4T NL SNMG120408E-4U NL SNMG120412E-2N NL SNMG120412E-2N NL SNMG120412E-2N NL SNMG120412E-3J SP SNMG120412E-4E SP SNMG120412E-4E NL SNMG120412E-4T NL SNMG120412E-4T NL SNMG120412E-4T NL SNMG120412E-4T NL SNMG120412E-4U NL SNMG120416E-2N NL SNMG120416E-2N NL SNMG120416E-2N NL SNMG120416E-3J SP SNMG120416E-4E SP SNMG120416E-4E NL SNMG120416E-4T NL SNMG120416E-4T NL SNMG120416E-4T NL SNMG120416E-4T NL SNMG150608E-2N NL SNMG150608E-2N NL SNMG150608E-2N NL SNMG150608E-4E SP SNMG150608E-4E NL SNMG150608E-4T NL SNMG150608E-4T NL SNMG150608E-4T NL SNMG150608E-4T NL SNMG150612E-2N NL SNMG150612E-2N NL SNMG150612E-2N NL SNMG150612E-4E SP SNMG150612E-4E NL SNMG150612E-4T NL SNMG150612E-4T NL SNMG150612E-4T NL SNMG150612E-4T NL SNMG150616E-2N NL SNMG150616E-2N NL SNMG150616E-4E SP SNMG150616E-4E NL SNMG150616E-4T NL SNMG150616E-4T NL SNMG150616E-4T NL SNMG150616E-4T NL SNMG190608E-4E SP SNMG190608E-4E NL SNMG190612E-2N NL SNMG190612E-4E SP SNMG190612E-4E NL SNMG190612E-4T NL SNMG190612E-4T NL SNMG190612E-4T NL SNMG190612E-4T NL SNMG190616E-2N NL SNMG190616E-2N NL SNMG190616E-4E NL SNMG190616E-4E SP SNMG190616E-4T NL SNMG190616E-4T NL SNMG190616E-4T NL SNMG190616E-4T NL SNMG190624E-4E SP SNMG190624E-4E NL SNMG250924E-4T NL SNMG250924E-4T NL SNMG250924E-4T NL SNMM150612E 5R NL SNMM150612E-5R NL SNMM150616E 5R NL SNMM150616E-5R NL SNMM150624E-5R NL SNMM150624E-5R NL SNMM190612E-5R NL SNMM190612E-5R NL SNMM190616E-5R NL SNMM190616E-5R NL SNMM190624E-5R NL SNMM190624E-5R NL SNMM250924E-5R NL SNMM250924E-5R NL SNMM250924E-5R NL

356 Alphanumeric Index S S S Description Grade Page Description Grade Page Description Grade Page SOCKET HEAD LSB Sub AssemblyShank # SVHCR 2525 M LFA CAP SCREW LSB Sub AssemblyShank # SVHCR 3225 P SOCKET HEAD LFA LSB Sub AssemblyShank # SVJBL 2020 K CAP SCREW LSB Sub AssemblyShank # SVJBL 2525 M SRDC N 1616 H SRDC N 2020 K LSB Sub AssemblyShank # SVJBR 2020 K SRDC N 2020 K LSB Sub AssemblyShank # SVJBR 2525 M SRDC N 2020 K LSB Sub AssemblyShank # SVJCL 1010 M SRDC N 2525 M LSB sub assymbly shank # SVJCL 1212 F SRDC N 2525 M LSB sub assymbly shank # SVJCL 1212 M SSSCL 1212 F LSB sub assymbly shank # SVJCL 1616 H SSSCL 1616 H LSB sub assymbly shank # SVJCL 1616 M SSSCL 2020 K LSB sub assymbly shank # SVJCL 2020 K SSSCL 2525 M LSB sub assymbly shank # SVJCL 2020 K SSSCR 1212 F LSB sub assymbly shank # SVJCL 2020 K SSSCR 1616 H LSB sub assymbly shank # SVJCL 2525 M SSSCR 2020 K LSB sub assymbly shank # SVJCR 1010 M SSSCR 2525 M LSB sub assymbly shank # SVJCR 1212 F STJCL 1212 F LSB sub assymbly shank # SVJCR 1212 M STJCL 1616 H LSB sub assymbly shank # SVJCR 1616 H STJCL 1616 H LSB sub assymbly shank # SVJCR 1616 M STJCL 2020 K LSB sub assymbly shank # SVJCR 2020 K STJCL 2525 M LSB Sub Assymbly shank # SVJCR 2020 K STJCR 1212 F LSB Sub Assymbly shank # SVJCR 2020 K STJCR 1616 H LSB Sub Assymbly shank # SVJCR 2525 M STJCR 1616 H LSB Sub Assymbly shank # SVVBN 2020 K STJCR 2020 K LSB Sub Assymbly shank # SVVBN 2525 M STJCR 2525 M LSB Sub Assymbly shank # SVVCN 1212 F LSB Sub Assembly Shank # LSB Sub Assymbly shank # SVVCN 1212 M LSB Sub Assembly Shank # LSB Sub Assymbly shank # SVVCN 1616 H LSB Sub Assembly shank # LSB Sub Assymbly shank # SVVCN 1616 M LSB Sub Assembly shank # LSB Sub Assymbly shank # SVVCN 2020 K LSB Sub Assembly shank # SVACL 1010 M SVVCN 2020 K LSB Sub Assembly shank # SVACL 1010 M SVVCN 2020 K LSB Sub Assembly shank # SVACL 1212 M SVVCN 2525 M LSB Sub Assembly shank # SVACL 1212 M SWAPL 1212 M LSB Sub Assembly shank # SVACL 1616 M SWAPR 1212 M LSB Sub Assembly shank # SVACL 1616 M SY3T 243 LSB Sub Assembly shank # SVACL 2020 K SY4T 243 LSB Sub Assembly shank # SVACR 1010 M SY5T 243 LSB Sub Assembly shank # SVACR 1212 M LSB Sub Assembly shank # SVACR 1212 M LSB Sub Assembly shank # SVACR 1212 M T LSB Sub Assembly shank # SVACR 1616 M Description Grade Page LSB Sub Assembly shank # SVACR 1616 M T LSB Sub Assembly shank # SVACR 2020 K T LSB Sub Assembly shank # SVHCL 2020 K T6 191 LSB Sub Assembly shank # SVHCL 2525 M T7 191 LSB Sub Assembly shank # SVHCL 3225 P T9 191 LSB Sub Assembly shank # SVHCR 2020 K TCMT110202E-73 SP

357 Alphanumeric Index T T T Description Grade Page Description Grade Page Description Grade Page TCMT110202E-73 NL TCMT110204E-73 SP TCMT110204E-73 NL TCMT110204E-73 NL TCMT16T304E-73 SP TCMT16T304E-73 NL TCMT16T304E-73 NL TCMT16T308E-73 SP TCMT16T308E-73 NL TCMT16T308E-73 NL TCMT22M508E-73 NL TGTL TGTN TGTN TGTN TGTN TGTN TGTN TGTN TGTR L0C Thread Roll 268 L0C Thread Roll 268 L0C Thread Roll 268 L0C Thread Roll 268 L0C Thread Roll 268 L0C Thread Roll 268 L0C Thread Roll 268 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0C Thread Roll 269 L0B Thread Roll 272 L0B Thread Roll 272 L0B Thread Roll 272 L0B Thread Roll 272 L0B Thread Roll 272 L0B Thread Roll 272 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 273 L0B Thread Roll 276 L0B Thread Roll 276 L0B Thread Roll 276 L0B Thread Roll 276 L0B Thread Roll 276 L0B Thread Roll 276 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 277 L0B Thread Roll 274 L0B Thread Roll 274 L0B Thread Roll 274 L0B Thread Roll 274 L0B Thread Roll 274 L0B Thread Roll 274 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll 275 L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0B Thread Roll # L0E THREAD ROLL SHAFT 270 L0D THREAD ROLL SHAFT 270 L0D THREAD ROLL SHAFT 274 L0D THREAD ROLL SHAFT 276 L0D THREAD ROLL SHAFT 278 L0E THREAD ROLL SHAFT 268 THREAD ROLL SHAFT - L0E "A", "AA", "B" TNMA160408E NL TNMA160412E NL

358 Alphanumeric Index T T V Description Grade Page Description Grade Page Description Grade Page TNMA220408E NL TNMA220412E NL TNMA220416E NL TNMA270616E NL TNMG160304E-4T NL TNMG160304E-4T NL TNMG160304E-4T NL TNMG160308E-4T NL TNMG160308E-4T NL TNMG160308E-4T NL TNMG160404E-1B NL TNMG160404E-1B SP TNMG160404E-2N NL TNMG160404E-2N NL TNMG160404E-2N NL TNMG160404E-3J SP TNMG160404E-4E SP TNMG160404E-4E NL TNMG160404E-4T NL TNMG160404E-4T NL TNMG160404E-4T NL TNMG160404E-4T NL TNMG160408E-1B NL TNMG160408E-1B SP TNMG160408E-2N NL TNMG160408E-2N NL TNMG160408E-2N NL TNMG160408E-3J SP TNMG160408E-4E SP TNMG160408E-4E NL TNMG160408E-4T NL TNMG160408E-4T NL TNMG160408E-4T NL TNMG160408E-4T NL TNMG160408E-4U NL TNMG160412E-1B SP TNMG160412E-1B NL TNMG160412E-2N NL TNMG160412E-2N NL TNMG160412E-2N NL TNMG160412E-3J SP TNMG160412E-4E SP TNMG160412E-4E NL TNMG160412E-4T NL TNMG160412E-4T NL TNMG160412E-4T NL TNMG160412E-4T NL TNMG160412E-4U NL TNMG220404E-2N NL TNMG220404E-2N NL TNMG220404E-2N NL TNMG220404E-4T NL TNMG220404E-4T NL TNMG220404E-4T NL TNMG220404E-4T NL TNMG220408E-2N NL TNMG220408E-2N NL TNMG220408E-2N NL TNMG220408E-3J SP TNMG220408E-4T NL TNMG220408E-4T NL TNMG220408E-4T NL TNMG220408E-4T NL TNMG220408E-4U NL TNMG220412E-2N NL TNMG220412E-2N NL TNMG220412E-2N NL TNMG220412E-3J SP TNMG220412E-4T NL TNMG220412E-4T NL TNMG220412E-4T NL TNMG220412E-4T NL TNMG220412E-4U NL TNMG220416E-3J SP TNMG220416E-4T NL TNMG220416E-4T NL TNMG220416E-4T NL TNMG220416E-4T NL TNMG220416E-4U NL TNMG220432E-4T NL TNMG270608E-4T NL TNMG270608E-4T NL TNMG270608E-4T NL TNMG270608E-4T NL TNMG270612E-4T NL TNMG270612E-4T NL TNMG270612E-4T NL TNMG270612E-4T NL TNMG270616E-2N NL TNMG270616E-4T NL TNMG270616E-4T NL TNMG270616E-4T NL TNMG270616E-4T NL TNMG270632E-4T NL TNMG330924E-4T NL TNMG330924E-4T NL TNMG330924E-4T NL VBGT160402E-62 SP VBGT160404E-62 SP VBGT160408E-62 SP VCGT110301E-62 SP VCGT110302E-62 SP VCGT110304E-62 SP VCGT130301E-62 SP VCGT130301E-M SP VCGT130301F-M GH VCGT130302E-62 SP VCGT130302E-M SP VCGT130302F-66 GH VCGT130302F-M GH VCGT130304E-62 SP VCGT130304E-M SP VCGT130304F-66 GH VCGT130304F-M GH VCGT130308F-66 GH VCGT160408F-64 GH VCGX E-62 SP VCMT160404E-M GH VCMT160404E-M SP VCMT160408E-M GH VCMT160408E-M SP VNGG160402F-3F SP VNGG160404F-3F SP VNGG160408F-3F SP VNMG160404E-1B SP VNMG160404E-1B NL VNMG160404E-2N NL VNMG160404E-2N NL VNMG160404E-2N NL VNMG160404E-3J SP VNMG160404E-4E SP VNMG160404E-4U NL VNMG160408E-1B NL VNMG160408E-1B SP VNMG160408E-2N NL VNMG160408E-2N NL VNMG160408E-2N NL VNMG160408E-3J SP VNMG160408E-4E SP VNMG160408E-4U NL

359 Alphanumeric Index W W W Description Grade Page Description Grade Page Description Grade Page WNGG080402F-3F SP WNGG080404F-3F SP WNGG080408F-3F SP WNMA080408E NL WNMA080412E NL WNMG060404E-1B SP WNMG060404E-2N NL WNMG060404E-3J SP WNMG060404E-4E SP WNMG060408E-1B NL WNMG060408E-1B SP WNMG060408E-2N NL WNMG060408E-2N NL WNMG060408E-3J SP WNMG060408E-4E SP WNMG060408E-4T NL WNMG060408E-4T NL WNMG060412E-4E SP WNMG060412E-4T NL WNMG060412E-4T NL WNMG080404E-1B NL WNMG080404E-1B SP WNMG080404E-2N NL WNMG080404E-2N NL WNMG080404E-2N NL WNMG080404E-3J SP WNMG080404E-4E SP WNMG080404E-4E NL WNMG080408E-1B NL WNMG080408E-1B SP WNMG080408E-2N NL WNMG080408E-2N NL WNMG080408E-2N NL WNMG080408E-3J SP WNMG080408E-4E SP WNMG080408E-4E NL WNMG080408E-4T NL WNMG080408E-4T NL WNMG080408E-4T NL WNMG080408E-4T NL WNMG080408E-4U NL WNMG080412E-1B NL WNMG080412E-1B SP WNMG080412E-2N NL WNMG080412E-2N NL WNMG080412E-2N NL WNMG080412E-3J SP WNMG080412E-4E NL WNMG080412E-4E SP WNMG080412E-4T NL WNMG080412E-4T NL WNMG080412E-4T NL WNMG080412E-4T NL WNMG080412E-4U NL WNMG080416E-2N NL WNMG080416E-2N NL WNMG080416E-2N NL WNMG080416E-4T NL WNMG080416E-4T NL WNMG080416E-4T NL WPMT020102E-61 SP WPMT050304E-61 SP X Description Grade Page XNS XNS XNS XNS Y Description Grade Page YE YE YE YI YI YI

360 All Stellram s products are supported by a confident and technical sales team backed by an extensive customer care policy. ATIstellram.com ATImetals.com 358

361 Notes: 359

362 Notes: 360

363 Answering Your Tooling Needs Milling Drilling Stellram s comprehensive tooling program is supported by a wealth of technical knowledge and development across all products. Threading TOLL FREE CUSTOMER SERVICE UNITED KINGDOM Tel: Fax: SUISSE ROMANDE Tel: Fax: DEUTSCHE SCHWEIZ Tel: Fax: SVIZZERA ITALIANA Tel: Fax: ATIstellram.com ATImetals.com Grooving Turning Part-Off

364 Global Affiliates Canada ATI STELLRAM Tel: Fax: Mexico ATI STELLRAM Tel: Fax: China France Germany Great Britain Italy ATI STELLRAM Room 21E, Huadu Mansion No. 838 Zhangyang Road Pudong, Shanghai Tel: Fax: ATI STELLRAM SAS 6, Rue du Parc, Blue Business Building Annemasse Tel: Fax: ATI STELLRAM GmbH Seligenstädter Grund 11, D Heusenstamm Tel: (06104) , -133, -142 Fax: (06104) ATI STELLRAM LTD Hercules Way, Bowerhill Industrial Estate, GB-Melksham, Wilts. SN12 6TS Tel: (0800) Fax: (0800) ATI STELLRAM GA LTD GARRYSON Products Spring Rd. Ibstock, Leicestershire LE67 6LR Tel: 44 (0) Fax: 44 (0) ATI STELLRAM Srl Strada Nazionale 71, Cambiano (TO) Tel: Fax: Spain Switzerland Taiwan USA ATI STELLRAM IBERICA S.A. Arbea Campus Empresarial Edificio 2, 2 Planta Local 2 Ctra. Fuencarral a Alcobendas, km 3.8 ES Alcobendas - Madrid Tel: Fax: ATI STELLRAM SA Avenue du Mont-Blanc 24, Case Postale 339 CH-1196 Gland Suisse Romande Tel: Fax: Deutsche Schweiz Tel: Fax: Svizzera Italiana Tel: Fax: ALLEGHENY TECHNOLOGIES TIAWAN INC Room 901, 9th Floor, No. 54, Sec. 4, Mingshen East Road Taipei 105 Tel: (2) Fax: (2) ATI STELLRAM U.S.A. One Teledyne Place, LaVergne, Tennessee STELLRAM Products Tel: (800) Fax: (800) GARRYSON Products Tel: (800) Fax: (800) LANDIS THREADING Products 360 South Church Street Waynesboro, PA Tel: (717) Fax: (800) ATI Stellram, a metalcutting and metal finishing technology leader, is an operating unit within the Allegheny Technologies Incorporated (ATI) group of companies. Allegheny Technologies Incorporated is one of the largest and most diversified specialty metals producers in the world. ATI employees world-wide use innovative technologies to offer growing global markets a wide range of specialty metals solutions. ATI major markets are aerospace and defense, chemical process industry/oil and gas, electrical energy, medical, automotive, food equipment and appliance, machine and cutting tools, construction and mining. ATI products include titanium and titanium alloys, nickel-based alloys and superalloys, grain-oriented electrical steel, stainless and specialty steels, zirconium, hafnium, niobium, tungsten materials, forgings, castings and fabrication and machine capabilities. ATI Allegheny Ludlum - Shanghai STAL. ATI Allvac - Allvac Ltd. ATI Powder Metals. ATI Engineered Products - ATI Alldyne, ATI Casting Service, ATI Firth Sterling, ATI Portland forge, ATI Portland Forge, ATI Precision Finishing, ATI Stellram. ATI Ladish. ATI Wah Chang. LITERATURE RE-ORDER NUMBER 359CATUK.V3 PRINTED IN THE ITALY 2013 All rights reserved. Starburst, Mission Critical Metallics, Stellram, Garryson, and Landis are registered trademarks of ATI affiliated companies. TM-trademark of ATI affiliated companies.