Herramientas de Mecanizado VARGUS

7/14/2019 Herramientas de Mecanizado VARGUS

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Turning and Milling Tools

Main Catalog

Threading Grooving Boring

A d v a n c e d T h r e a d i n g S o l u t i o n s

INCH



NEW SOLID CARBIDE TOOLS

HELICOOL FAMILY

MILLIPRO FAMILY DEEP THREADING HE-LEX

NEW IN THIS CATALOG

MULTI+ INSERTS MINI-3 IC4.0 TMSD

V6 INSERTS

MiTM FAMILY

Helicool

Helical Flutes with Thru-Hole Coolant

Helicool-R (HCR)

Radial Coolant

Helicool-C (HCC)

Thread & Chamfer in One Tool

Thriller (HTC)

Drill, Thread & Chamfer

in One Tool

A Revolutionary

6 Cutting Corners System

Indexable Threading Insert

for Small Bores

Multi-Flute Indexable Thread Milling for Fast Machining

Thread Mills for Deep HolesImproved Design for Multi-Tooth Inserts

Miniature Thread Mills Long Reaching up to 3xDo Economical Tool for Thru-Holes

See 94

See Page 302See Page 305See Page 306

See Pages 17-95

See Pages 17-95

See Pages 17-95

See Pages 255-273

See Pages 275-289

M+ T+ Z+

A d v a n c e d T h r e a d i n g S o l u t i o n s



VARDEX CATALOG

VARDEX TURNING PAGE

Thread Turning 6-48

Grooving 49-7

Boring 73-94

VARDEX MILLING

Thread Milling Standard 95-54

MiTM - Multi-Flute Indexable Thread Mill Inserts 55-74

TMSD - Thread Milling for Deep Holes 75-90

TM Solid - Solid Carbide Thread Milling 9-3

Groove Milling 33-33

Visit our website at www.vargususa.com



N U M B E R O N E I N T H R E A D I N GVARGUS is a world leading developer, manufacturer and supplier of high-quality, precision cutting

and deburring tools. The company’s VARDEX product line is the number one source for threading

solutions worldwide and includes the largest range of thread turning and thread milling solutions

as well as an extensive range of solutions for micro-machining.

Established in 960, VARGUS is a member of the NEUMO Ehrenberg Group, a diversified multi-national

organization headquartered in Knittlingen, Germany. With a network of international distributors,

warehouses and certified ISO 900 manufacturing facilities, VARGUS serves customers in more than

00 countries around the globe, providing fast delivery and dedicated customer service.

Vargus is a customer-focused organization, committed to providing innovative products of the

highest quality, excellent value, top service and technical expertise.

These key values have helped Vargus remain the market leader in threading solutions and will

continue to guide our approach to business in the future.



V A R D E X S P E C I A L T O O L S

Tailo r Ma de

VARDEX engineers and toolmakers have the know-how and experience to design special cutting tools tailored

to customer requirements. Whether it’s a special, complex shape or a non-standard size, our Special Tools

service can quickly produce the tool you need using the latest techniques and technology.

For specific details, contact your nearest VARDEX sales representative.

VARDEX expertise Fast quotation Competitive delivery



Thread Turning System - External ...............................................................................................................................

Tooling Recommendation .............................................................................................................................................. Page 8

Threading

Threading Inserts .................................................................................................................................................................. Page 17

Threading Toolholders ....................................................................................................................................................... Page 97

Threading Technical Data ................................................................................................................................................Page 121

Grooving

Grooving Inserts .................................................................................................................................................................... Page 149

Grooving Toolholders .............. .............. .............. .............. .............. .............. .............. ............... .............. .............. ............ Page 165

Grooving Technical Data .............. .............. .............. .............. .............. .............. ............... .............. .............. .............. ..... Page 171

Boring

Boring Inserts........................................................................................................................................................................... Page 173

Boring Toolholders ............ ............... .............. .............. .............. .............. .............. ............... .............. .............. .............. ..... Page 183

Boring Technical Data ............. .............. .............. .............. .............. .............. .............. ............... .............. .............. ............ Page 191

TT Gen: Takes the guesswork out of threading!

TURNING

TT Gen

Thread Turning Tool Selection Software

VARGUS’ TT Gen sof tware guides you to the right thread turning

tool and the best cutting conditions for your applications

in seconds.

The latest version can be downloaded at

www.vargususa.com

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> Threading

> Grooving

> Boring

Turning



6

Thread Turning System - External

Standard

U Style

V Style

M+ Style

Z+ Style

T+ Style

Standard

Off-Set QualifiedSCB

StandardWith Clamp

DropHead-Qualified

StandardSquare Shank

MiniatureRound Shank

U Stylewith Clamp

Slim Throat

M+ Style

Z+ Style

T+ Style

V Style

U Style



7

Thread Turning System - Internal

Standard

U Style V Style

Z+ Style

Mini-3

M+ Style

T+ Style

Mini-L

Micro

SCB

Standard API

StandardWith Clamp Carbide Shank

MiniatureSquare Shank

MiniatureRound Shank

U Style with ClampU Style

M+ Style

T+ Style

Mini-3

Mini-L

Micro Double-Ended

Mini-L Adjustable

Mini-3 Adjustable

Z+ Style

V Style



8

American UNPitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

0 - /4 Micro 4.0 Special SMC..-4.0 -

48 0 - / Micro 4.0 Special SMC..-4.0 -

40 0 - 3/8 Micro 4.0 4.0SIR40UN SMC..-4.0 -

3 2 - 3/8 Micro 4.0 4.0SIR3UN SMC..-4.0 -

32

2 - /4 Micro 4.0 4.0SIR32UN SMC..-4.0 -

/ - 3/8 Micro .0 .0SIR32UN SMC..-.0 -

7/ - /2 IC .0 .0IR32UN NVR...-.0 -

9/ - / IC /4” 2IR32UN NVR037-2 -

3/4 - / IC 3/8”” 3IR32UN NVR00-3 -

7/8 - / IC 3/8” 3IR32UN NVR02-3 -

IC 3/8” 3IR32UN AVR07-3 YI3 - N

28

2 - /4 Micro 4.0 4.0SIR28UN SMC..-4.0 -

/ - 3/8 Micro .0 .0SIR28UN SMC..-.0 -

7/ - /2 IC .0 .0IR28UN NVR...-.0 -

/8 - / IC /4” 2IR28UN NVR037-2 -

3/4 - 3/ IC 3/8” 3IR28UN NVR00-3 -

7/8 - / IC 3/8” 3IR28UN NVR02-3 -

- /8 IC 3/8” 3IR28UN AVR07-3 YI3 - N

3/ IC 3/8” 3IR28UN AVR00-3 YI3 - N

27

/4 Micro 4.0 4.0SIR27UN SMC..-4.0 -

/ - 3/8 Micro .0 .0SIR27UN SMC..-.0 -

7/ - /2 IC .0 Special NVR...-.0 -

9/ - /8 IC /4” 2IR27UN NVR037-2 -

3/4 IC 3/8” 3IR27UN NVR00-3 -

7/8 IC 3/8” 3IR27UN NVR02-3 -

IC 3/8” 3IR27UN AVR07-3 YI3 - N

24

2 - /4 Micro 4.0 4.0SIR24UN SMC..-4.0 -

/ - 3/8 Micro .0 .0SIR24UN SMC..-.0 -

7/ IC .0 L LIR24UN NVR037-L -

/2 IC .0 .0IR24UN NVR...-.0 -

9/ - / IC /4” 2IR24UN NVR037-2 -

3/4 IC 3/8” 3IR24UN NVR00-3 -

7/8 IC 3/8” 3IR24UN NVR02-3 -

- /8 IC 3/8” 3IR24UN AVR07-3 YI3 - N

/4 - /2 IC 3/8” 3IR24UN AVR00-3 YI3 - N

/8 - 24 IC 3/8” 3IR24UN AVR2-3 YI3 - N

20

/ - 3/8 Micro .0 .0SIR20UN SMC..-.0 -7/ IC .0 L LIR20UN NVR037-L -

/2 - 9/ IC .0 .0IR20UN NVR...-.0 -

/8 - / IC /4” 2IR20UN NVR037-2 -

3/4 - 3/ IC 3/8” 3IR20UN NVR00-3 -

7/8 - / IC 3/8” 3IR20UN NVR02-3 -

- 3/ IC 3/8” 3IR20UN AVR07-3 YI3 - N

/4 - /2 IC 3/8” 3IR20UN AVR00-3 YI3 - N

9/ - 3/ IC 3/8” 3IR20UN AVR2-3 YI3 - N

7/8 - 2 /8 IC 3/8” 3IR20UN AVR0-3 YI3 - N

T T G e n S o f t w a

r e

a n d u p d a t e d v

e r s i o n s

c a n b e d o w n l o

a d e d f r o m

w w w. v a r g u s u s

a. c o m

Tooling recommendation

for a given Internal thread specification



9

American UN (con't)Pitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

8

/ - 3/8 Micro .0 .0SIR8UN SMC..-.0 -


/2 - 9/ IC .0 .0IR8UN NVR...-.0 -

/8 IC /4” 2IR8UN NVR037-2 -

3/4 IC 3/8” 3IR8UN NVR00-3 -

7/8 - IC 3/8” 3IR8UN NVR02-3 -

/ - 3/ IC 3/8” 3IR8UN AVR07-3 YI3 - N

/4 - /2 IC 3/8” 3IR8UN AVR00-3 YI3 - N

9/ - 3/4 IC 3/8” 3IR8UN AVR2-3 YI3 - N

7/8 - 2 IC 3/8” 3IR8UN AVR0-3 YI3 - N

3/8 Micro .0 .0SIRUN SMC..-.0 -

7/ IC .0 L LIRUN NVR037-L -

/2 - 9/ IC .0 .0IRUN NVR...-.0 -

/8 - / IC /4” 2IRUN NVR037-2 -

3/4 - 3/ IC 3/8” 3IRUN NVR00-3 -

7/8 - IC 3/8” 3IRUN NVR02-3 -

/ - /8 IC 3/8” 3IRUN AVR07-3 YI3

3/ IC 3/8” 3IRUN AVR07-3 YI3 - N

/4 - /2 IC 3/8” 3IRUN AVR00-3 YI3 - N

9/ - 3/ IC 3/8” 3IRUN AVR2-3 YI3 - N

7/8 - 2 /8 IC 3/8” 3IRUN AVR0-3 YI3 - N

4


/2 - 9/ IC .0 .0IR4UN NVR...-.0 -

/8 IC /4” 2IR4UN NVR037-2 -

3/4 IC 3/8” 3IR4UN NVR00-3 -

7/8 - IC 3/8” 3IR4UN NVR02-3 -

/8 IC 3/8” 3IR4UN AVR07-3 YI3

/4 IC 3/8” 3IR4UN AVR00-3 YI3

3/8 - /2 IC 3/8” 3IR4UN AVR00-3 YI3 - N

/8 - 3/4 IC 3/8” 3IR4UN AVR2-3 YI3 - N

7/8 - 2 IC 3/8” 3IR4UN AVR0-3 YI3 - N

3 /2 - 3 IC .0 .0I3UN...8/00 BNVR00S-.0 -

2

9/ - / IC /4” 2I2UN...8/002 NVRC040-2 7/00 -

3/4 - 7/8 IC 3/8” 3IR2UN NVR00-3 -

/ - IC 3/8” 3IR2UN NVR02-3 -

/ - 3/ IC 3/8” 3IR2UN AVR07-3 YI3

/4 - /2 IC 3/8” 3IR2UN AVR00-3 YI3 9/ - 3/ IC 3/8” 3IR2UN AVR2-3 YI3

7/8 - 2 /8 IC 3/8” 3IR2UN AVR0-3 YI3 - N

/8 - IC /4U” 2UIRUN...8/003 NVRC044-2U 7/002 -

0

7/8 IC 3/8” 3IR0UN NVR00-3 -

- 0 IC 3/8” 3IR0UN NVR02-3 -

/8 - 0 IC 3/8” 3IR0UN AVR07-3 YI3

/4 - /2 IC 3/8” 3IR0UN AVR00-3 YI3

/8 - 3/4 IC 3/8” 3IR0UN AVR2-3 YI3

7/8 - 2 IC 3/8” 3IR0UN AVR0-3 YI3


r e


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a d e d f r o m


a. c o m





0

American UN (con't)Pitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

9 7/8 - 9 IC 3/8” 3IR9UN NVR00-3 -

8

IC 3/8” 3IR8UN NVR02-3 -

/ - 3/ IC 3/8” 3IR8UN AVR07-3 YI3 - P

/4 IC 3/8” 3IR8UN AVR07-3 YI3

/ - /2 IC 3/8” 3IR8UN AVR00-3 YI3

9/ - 3/ IC 3/8” 3IR8UN AVR2-3 YI3

7/8 - 2 /8 IC 3/8” 3IR8UN AVR0-3 YI3

7 /8 - /4 IC /2” 4IR7UN NVR07-4 -

3/8 - 7/ IC /2” 4IRUN NVR07-4 -

/2 - /8 IC /2” 4IRUN AVR00-4 YI4 - P

/ IC /2” 4IRUN AVR00-4 YI4

3/4 - 2 IC /2” 4IRUN AVR2-4 YI4

2 /8 - IC /2” 4IRUN AVR0-4 YI4

3/4 - IC /2” 4IRUN AVR00-4 YI4 - P

4. 2 - 4 /2 IC /8” IR4.UN AVR2- YI - P


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ISO MetricPitch mm Thread Insert Size Ordering Code

Insert Holder Anvil

0.70 4 Micro 3.0 3.0SIR0.7ISO SMC..-3 -

0.7

Micro 4.0 4.0SIR0.7ISO SMC..-4 -

8 Micro .0 .0SIR0.7ISO SMC..- -

0 IC .0 L LIR0.7ISO NVR037-L -

0.80 Micro 3.0 3.0SIR0.8ISO SMC..-3 -

.00

M Micro 4.0 4.0SIR.0ISO SMC..-4 -

8 Micro .0 .0SIR.0ISO SMC..- -

0 IC .0 L LIR.0ISO NVR037-L -

2-4 IC .0 .0IR.0ISO NVR...-.0 -

-7 IC /4” 2IR.0ISO NVR037-2 -

8 IC /4” 2IR.0ISO NVR00-2 -

20-24 IC 3/8” 3IR.0ISO NVR00-3 -

.2

M8 Micro .0 .0SIR.2ISO SMC..-.0 -

0 IC .0 L LIR.2ISO NVR037-L -

2-4 IC .0 .0IR.2ISO NVR...-.0 -

.0

M0 IC .0 L LIR.ISO NVR037-L -

2-4 IC .0 .0IR.ISO NVR...-.0 -

-8 IC /4” 2IR.ISO NVR037-2 -

20-2 IC 3/8” 3IR.ISO NVR00-3 -

2-28 IC 3/8” 3IR.ISO AVR07-3 YI3

30-3 IC 3/8” 3IR.ISO AVR07-3 YI3-N

38-4 IC 3/8” 3IR.ISO AVR2-3 YI3-N

48-8 IC 3/8” 3IR.ISO AVR0-3 YI3-N

.7 M2 IC .0 .0IR.7ISO NVR...-.0 -

2.00

M4 IC .0 .0IR2.0ISO NVR...-.0 -

M-8 IC /4” 2IR2.0ISO NVR037-2 -

20-22 IC 3/8” 3IR2.0ISO NVR00-3 -

24 IC 3/8” 3IR2.0ISO NVR02-3 -

27-30 IC 3/8” 3IR2.0ISO AVR07-3 YI3

33-3 IC 3/8” 3IR2.0ISO AVR00-3 YI3

39-4 IC 3/8” 3IR2.0ISO AVR2-3 YI3-N

48-8 IC 3/8” 3IR2.0ISO AVR0-3 YI3-N

2.0M8 IC /4” 2IR2.ISO NVR037-2 -

M20-M22 IC 3/8” 3IR2.ISO NVR00-3 -

3.00

M24-M27 IC 3/8” 3IR3.0ISO NVR02-3 -

3-4 IC 3/8” 3IR3.0ISO AVR00-3 YI3

48-8 IC 3/8” 3IR3.0ISO AVR0-3 YI33.0 M30-M33 IC 3/8” 3IR3.ISO NVR02-3 -

4.00

M3 IC /2” 4IR4.0ISO NVR07-4 -

M39 IC /2” 4IR4.0ISO AVR00-4 YI4

-8 IC /2” 4IR4.0ISO AVR0-4 YI4

4.0M42 IC /2” 4IR4.ISO AVR00-4 YI4-P

M4 IC /2” 4IR4.ISO AVR2-4 YI4

.00M48 IC /2” 4IR.0ISO AVR2-4 YI4-P

M2 IC /2” 4IR.0ISO AVR2-4 YI4

.0 M-0 IC /8” IR.ISO AVR0- YI

.00 M4-8 IC /8” IR.0ISO AVR0- YI


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WhitworthPitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

2

/4 Micro 4.0 4.0SIR2W SMC..-4.0 -

/ - /2 Micro .0 .0SIR2W SMC..-.0 -

9/ - /8 IC /4” 2IR2W NVR037-2 -

/ IC /4” 2IR2W NVR00-2 -

3/4 - 3/ IC 3/8” 3IR2W NVR00-3 -

7/8 - / IC 3/8” 3IR2W NVR02-3 -

- 3/ IC 3/8” 3IR2W AVR07-3 YI3 - N

/4 - 7/ IC 3/8” 3IR2W AVR00-3 YI3 - N

/2 - 3/4 IC 3/8” 3IR2W AVR2-3 YI3 - N

7/8 - 2 IC 3/8” 3IR2W AVR0-3 YI3 - N

22 / Micro .0 .0SIR22W SMC..-.0 -

0

3/8 - 9/ Micro .0 .0SIR20W SMC..-.0 -

/8 - / IC /4” 2IR20W NVR037-2 -

3/4 - 3/ IC 3/8” 3IR20W NVR00-3 -

7/8 - IC 3/8” 3IR20W NVR02-3 -

/ - 3/ IC 3/8” 3IR20W AVR07-3 YI3 - N

/4 - 7/ IC 3/8” 3IR20W AVR00-3 YI3 - N

/2 - 3/4 IC 3/8” 3IR20W AVR2-3 YI3 - N

7/8 - 3 IC 3/8” 3IR20W AVR0-3 YI3 - N

/ IC /4” 2IRW NVR037-2 -

3/4 - / IC 3/8” 3IRW NVR00-3 -

7/8 - IC 3/8” 3IRW NVR02-3 -

/ - /8 IC 3/8” 3IRW AVR07-3 YI3

3/ IC 3/8” 3IRW AVR07-3 YI3 - N

/4 - 7/ IC 3/8” 3IRW AVR00-3 YI3 - N

/2 - 3/4 IC 3/8” 3IRW AVR2-3 YI3 - N

7/8 - 4 /8 IC 3/8” 3IRW AVR0-3 YI3 - N

4 3/4 - 7 IC 3/8” 3IRW AVR0-3 YI3 - .N

47/ IC .0 L LIR4W NVR037-L -

/8 - / IC /4” 2IR4W NVR037-2 -

2

3/ IC 3/8” 3IR2W NVR00-3 -

/ - IC 3/8” 3IR2W NVR02-3 -

/ - 3/ IC 3/8” 3IR2W AVR07-3 YI3

/4 - /2 IC 3/8” 3IR2W AVR00-3 YI3

. - 3/4 IC 3/8” 3IR2W AVR2-3 YI3 - N

7/8 - IC 3/8” 3IR2W AVR0-3 YI3 - N

/4 - 7 IC 3/8” 3IR2W AVR0-3 YI3 - .N 7/8 IC 3/8” 3IRW NVR00-3 -

0 IC 3/8” 3IR0W NVR02-3 -


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3

Whitworth (con't)Pitch tpi Thread Insert Size Ordering Code Anvil

Insert Holder

97/8 IC 3/8” 3IR9W NVR00-3 -

/8 - /4 IC 3/8” 3IR9W AVR07-3 YI3

8

IC 3/8” 3IR8W NVR02-3 -

3/ IC 3/8” 3IR8W AVR07-3 YI3 - P

/ - /2 IC 3/8” 3IR8W AVR00-3 YI3

. - 7/8 IC 3/8” 3IR8W AVR2-3 YI3

.9 - 2 /4 IC 3/8” 3IR8W AVR0-3 YI3

2.4 - 7 IC 3/8” 3IR8W AVR0-3 YI3 - N

7 /4 IC /2” 4IR7W NVR07-4 -

3/4 - 2 IC /2” 4IR7W AVR2-4 YI4

/ - 7/ IC /2” 4IRW NVR07-4 -

/2 - /8 IC /2” 4IRW AVR00-4 YI4 - P

7/8 - .9 IC /2” 4IRW AVR2-4 YI4

2. - 3. IC /2” 4IRW AVR0-4 YI4

3 /4 - 7 IC /2” 4IRW AVR0-4 YI4 - N

3/4 IC /2” 4IRW AVR00-4 YI4 - P

3 - 3 /4 IC /2” 4IRW AVR0-4 YI4

4.2 IC /8” IR4.W AVR2- YI - P

3 /2 - 4 IC /8” IR4.W AVR20- YI

4

2 /4 IC /8” IR4W AVR0- YI - P

2 /2 IC /8” IR4W AVR0- YI

4 /4 - 4 3/4 IC /8” IR4W AVR20- YI

4 7/8 - 7 IC /8” IR4W AVR20- YI - N

3.2 3/4 IC /8” U UEI3.W AVR0-U YIU - P

3 IC /8” U UEI3.W AVR200-U YIU

3.23 /4 IC /8” U UEI3.2W AVR200-U YIU

3 /2 IC /8” U UEI3.2W AVR20-U YIU

3 3 3/4 - 4 IC /8” U UEI3W AVR20-U YIU

2.7 IC /8” U UEI2.7W AVR20-U YIU

2. IC /8” V VIR2.W NVR20-V -


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4

NPT

Pitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil27 / Micro .0 .0SIR27NPT SMC..-.0 -

8/4 Micro .0 .0SIR8NPT SMC..-.0 -

3/8 Micro .0 .0SIR8NPT SMC..-.0 -

4/2 IC 3/8" 3IR4NPT NVR00-3 -

3/4 IC 3/8" 3IR4NPT NVR00-3 -

.

IC 3/8" 3IR.NPT AVR07-3 YI3

/4 IC 3/8" 3IR.NPT AVR2-3 YI3

/2 IC 3/8" 3IR.NPT AVR2-3 YI3 - N

2 IC 3/8" 3IR.NPT AVR0-3 YI3 - N

8

2 /2 IC 3/8" 3IR8NPT AVR0-3 YI3 - N

3 IC 3/8" 3IR8NPT AVR0-3 YI3 - N

3 /2 IC 3/8" 3IR8NPT AVR0-3 YI3 - N


IC 3/8" 3IR8NPT AVR0-3 YI3 - N

IC 3/8" 3IR8NPT AVR0-3 YI3 - N




NPTFPitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

27 /8 IC .0 L LIR27NPTF NVR...-L -

8/4 IC .0 .0IR8NPTF NVR...-.0 -

3/8 IC /4" 2IR8NPTF NVR037-2 -

4/2 IC 3/8" 3IR4NPTF NVR00-3 -

3/4 IC 3/8" 3IR4NPTF NVR02-3 -

.

IC 3/8" 3IR.NPTF AVR07-3 YI3

/4 IC 3/8" 3IR.NPTF AVR2-3 YI3

/2 IC 3/8" 3IR.NPTF AVR2-3 YI3 - N

2 IC 3/8" 3IR.NPTF AVR0-3 YI3 - N

82 /2 IC 3/8" 3IR8NPTF AVR0-3 YI3 - N

3 IC 3/8" 3IR8NPTF AVR0-3 YI3 - N

PGPitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

20 Pg 7 IC .0 .0IR20PG NVR....0 -

8

Pg 9 IC /4" 2IR8PG NVR037-2 -

Pg & Pg 3. IC 3/8" 3IR8PG NVR00-3 -

Pg IC 3/8" 3IR8PG NVR02-3 -

Pg 2 IC 3/8" 3IRPG AVR07-3 YI3

Pg 29 IC 3/8" 3IRPG AVR00-3 YI3 - N

Pg 3 & Pg 42 & Pg 48 IC 3/8" 3IRPG AVR0-3 YI3 - N


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5

BSP (55°)Pitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

G/ Micro .0 .0SIR28W SMC..-.0 -

G/8 IC .0 L LIR28W NVR037-L -

9G/4 IC .0 .0IR9W NVR ...-.0 -

G3/8 IC /4" 2IR9W NVR037-2 -

4G/2 & G/8 IC 3/8" 3IR4W NVR00-3 -

G3/4 & G7/8 IC 3/8" 3IR4W AVR07-3 YI3

G & G /8 & /4 IC 3/8" 3IRW AVR00-3 YI3

G /2 IC 3/8" 3IRW AVR0-3 YI3 - N

G 3/4 IC 3/8" 3IRW AVR0-3 YI3 - N

G2 IC 3/8" 3IRW AVR0-3 YI3 - N

G2 /4 IC 3/8" 3IRW AVR0-3 YI3 - N

G2 /2 IC 3/8" 3IRW AVR0-3 YI3 - N

G2 3/4 IC 3/8" 3IRW AVR0-3 YI3 - N


G3 /2 IC 3/8" 3IRW AVR0-3 YI3 - N


G4 /2 IC 3/8" 3IRW AVR0-3 YI3 - N

G IC 3/8" 3IRW AVR0-3 YI3 - N

G /2 IC 3/8" 3IRW AVR0-3 YI3 - N

G IC 3/8" 3IRW AVR0-3 YI3 - N

BSPTPitch tpi Thread Insert Size Ordering Code

Insert Holder Anvil

28 /8 IC .0 L LIR28BSPT NVR...-L -

9/4 IC .0 .0IR9BSPT NVR...-.0 -

3/8 IC /4" 2IR9BSPT NVR037-2 -

4/2 IC 3/8" 3IR4BSPT NVR00-3 -

3/4 IC 3/8" 3IR4BSPT AVR07-3 YI3

IC 3/8" 3IRBSPT AVR00-3 YI3

/4 IC 3/8" 3IRBSPT AVR2-3 YI3

/2 IC 3/8" 3IRBSPT AVR0-3 YI3 - N

2 IC 3/8" 3IRBSPT AVR0-3 YI3 - N

2 /2 IC 3/8" 3IRBSPT AVR0-3 YI3 - N



IC 3/8" 3IRBSPT AVR0-3 YI3 - N

IC 3/8" 3IRBSPT AVR0-3 YI3 - N


r e


e r s i o n s


a d e d f r o m


a. c o m





6



> Inserts

Thread Turning



8

THREAD TURNING INSERTS

VARDEX Ordering Code System.................................................................................................................................................. Page 19

Partial Proile 60°....................................................................................................................................................................................

Partial Proile 55°.................................................................................................................................................................................... Page 23

American UN........................................................................................................................................................................................... Page 26

ISO Metric.................................................................................................................................................................................................. Page 36

Whitworth or BSW, BSP................................................................................................................................................................... Page 45

BSPT .............................................................................................................................................................................................................. Page 53

NPT ................................................................................................................................................................................................................ Page 56

NPTF ............................................................................................................................................................................................................. Page 61

NPS................................................................................................................................................................................................................ Page 64

Round (DIN 405) ................................................................................................................................................................................... Page 65

Round (DIN 20400).............................................................................................................................................................................. Page 66

Trapez .......................................................................................................................................................................................................... Page 67

American ACME.................................................................................................................................................................................... Page 70

Stub ACME................................................................................................................................................................................................ Page 73

UNJ................................................................................................................................................................................................................ Page 76

MJ................................................................................................................................................................................................................... Page 81

American Buttress................................................................................................................................................................................ Page 83

British Buttress........................................................................................................................................................................................ Page 85

Metric Buttress (Sägengewinde) ................................................................................................................................................ Page 86

API ............................................................................................................................................................... Page 87

API Buttress Casing ............................................................................................................................... Page 88

API Round Casing & Tubing ........................................................................................................................................................... Page 89

VAM............................................................................................................................................................................................................... Page 91

EL-Extreme Line..................................................................................................................................................................................... Page 92

Hughes H-90........................................................................................................................................................................................... Page 93

Pg................................................................................................................................................................................................................... Page 94



9

- Insert Style

Vardex Ordering Code System

Threading Inserts (Not Including Micro Systems)

6 - Standard

60° - Partial Profile 60°

55° - Partial Profile °

ISO - ISO Metric

MJ - ISO

NPT - NPT

NPTF - NPTF

UN - American UN

W - Whitworth for BSW, BSP

7 - Carbide Grades

VMX

5 - Pitch

Full Profile - Pitch Range

mm tpi

0.0-. 40-6

Partial Profile - Pitch Range

mm tpi

A 0. - . A 4 - 6

F 0. - .0 F 4 - 4

4 - RH/LH Insert

R - Right Hand Insert

L - Left Hand Insert

3 - Type of Insert

I - Internal

- Insert Style

S - Micro Insert

- Insert Dia.

3.0 - .0 mm

4.0 - 4.0 mm

6.0 - 6.0 mm

8.0 - .0 mm

0.0 -0.0 mm

VMX

7

UN

6

3

5

R

4

I

3

S

3

Micro Threading Inserts - Double Ended

6 - Standard



ISO - ISO Metric

UN - American UN

W - Whitworth for BSW, BSP

BSPT - Britsh Standard Pipe ThreadNPT - NPT

NPTF - NPTF

NPS - NPS

RD - Round DIN 40

RD0400 - Round DIN 0400

TR - Tarpez DIN 0

ACME - ACME

STACME - Stub ACME

UNJ - UNJ

MJ - ISO

ABOUT - American Butterss

BBUT - British Buttress

SAGE - Metric Buttress DIN API - API

BUT - API Buttress Casing

APIRD - API Round Casing & Tubing

VAM - VAM

EL - Extreme Line Casing

H90 - H90

PG - Pg DIN 4040

5 - Pitch

Full Profile - Pitch Range

mm tpi

0.-.0 7-

Partial Profile - Pitch Range

mm tpi

A 0. - . 4 -6AG 0. - .0 4 -

G .7 - .0 4 -

N . - .0 7 -

U . - .0 4½ - ½

Q . - 6.0 4½ - 4

U 6. - 9.0 4 - ¾

V 6.0 - 0.0 4 - ½

8 - API Form

40

0

0

7

- Coarse Pitch Inserts

/...

- Carbide Grade

VKX, VTX, VCB, VM7, VK, VKP,

VKP, VHX, VBX

0 - Multi tooth Style

9 - No. of Teeth

(for multitooth Style)

, , , 6,

7 - No. of Cutting Corners

6C - V6 Cutting Corners

None - All Others

4 - RH/LH Insert



None - Right + Left Insert

3 - Type of Insert

E - External

I - Internal

EI - External +Internal

- Insert Size

5L - IC.0L mm

4.0K - IC4.0 mm

6.0 - IC6.0 mm

- IC/4”

3 - IC /”

4 - IC /”

5 - IC/”

VTX

0987

UN

6

5

R

4

E

3

3

IC

SCB

JL

UV

Z+

M+ T+



L

X

Y

IC

r LX

IC

T

Y

r

60°

X

L

IC

r

Y

IC

L

Y

X

r

Y

rX

L

IC

0

SCB

SCB

Sintered

ChipbreakerV6 V Style / Slim ThroatU StyleStandard

External

Internal

External

Partial Profile 60°

V StyleInsert Size Pitch Ordering Code Dimensions inch

IC L inch mm tpi RH LH r X Y T Toolholder

/8”V .0 .0 -0.0 4-2. VERV0... VELV0... 0.030 0.02 0.20 0.39 NL..-V-0 (LH)

Slim ThroatInsert Size Pitch Ordering Code Dimensions inch


/4”V 0.43 0.-. 48- 2VERA0... 2VELA0... 0.002 0.03 0.09 0.3 NL..-2V (LH)

3/8” V 0.3

0.-. 48 - 3VER A0... 3VEL A 0... 0.0 02 0.0 4 0. 0.4

NL..-3V (LH).7-3.0 4 -8 3VERG0... 3VELG0... 0.0 0.0 4 0.07 0.40.-3.0 48 -8 3VER AG 0... 3VEL AG0... 0.0 03 0.0 4 0.07 0.4

/2”V 0.87 3.-.0 7- 4VERN0... 4VELN0... 0.02 0.04 0.09 0.9 NL..-4V (LH)

U Style Insert Size Pitch Ordering Code Dimensions inch Anvil

IC L inch mm tpi RH+LH r X Y RH LH Toolholder

/2”U 0.87 .-8.0 4.-3.2 4UEIU0... 0.02 0.02 0.43 YE4U YI4U AL..-4U (LH)

/8”U .0 .-9.0 4-2.7 UEIU0... 0.0 0.04 0.4 YEU YIU AL..-U (LH)

StandardInsert Size Pitch Ordering Code Dimensions inch Anvil

IC L inch mm tpi RH LH r X Y RH LH Toolholder

/4" 0.43 0.-. 48- 2ERA0... 2ELA0... 0.002 0.03 0.04 - - NL..-2 (LH)

3/8” 0.3

0.-. 48- 3ERA0... 3ELA0... 0.002 0.03 0.04

YE3 YI3 AL..-3 (LH).7-3.0 4-8 3ERG0... 3ELG0... 0.0 0.0 0.07

0.-3.0 48-8 3ERAG0... 3ELAG0... 0.003 0.0 0.07

3/8”SCB

0.3

0.-. 48- 3JERA0... 0.002 0.02 0.03

YE3 - AL..-3.7-3.0 4-8 3JERG0... 0.0 0.04 0.0

0.-3.0 48-8 3JERAG0... 0.003 0.04 0.0

3/8” V 0.3 0.-2.0 48-3 3ERS0-C... 0.002 0.07 0.2 YE3-C - AL..-3

/2” 0.87 3.-.0 7- 4ERN0... 4ELN0... 0.02 0.07 0.0 YE4 YI4 AL..-4 (LH)

/8” .0 .-.0 4.-4 ERQ0... ELQ0... 0.02 0.08 0.2 YE YI AL..- (LH)



L

X

Y

IC

r LX

IC

Y

r T

60°

IC

L

Y

X

r

X

L

IC

r

Y

X

Y

L

r

IC

SCB

SCB

Sintered

ChipbreakerV6 V StyleU StyleStandard

External

Internal

Internal

Partial Profile 60° (con't)



/8”V .0 .0 -0.0 4-2. VIRV0... VILV0... 0.04 0.04 0.7 0.3 NVR..-V (LH)

U Style Insert Size Pitch Ordering Code Dimensions inch Anvil


/2”U 0.87 .-8.0 4.-3.2 4UEIU0... 0.02 0.02 0.43 YI4U YE4U AVR..-4U (LH)

/8”U .0 .-9.0 4-2.7 UEIU0... 0.0 0.04 0.4 YIU YEU AVR..-U (LH)



/4" 0.43 0.-. 48- 2IRA0... 2ILA0... 0.002 0.03 0.04 - - NVR..-2 (LH)

/4"SCB

0.43 0.-. 48- 2JIRA0... 0.002 0.03 0.03 - - NVR..-2

3/8” 0.3

0.-. 48- 3IRA0... 3ILA0... 0.002 0.03 0.04

YI3 YE3 AVR. .-3 (LH).7-3.0 4-8 3IRG0... 3ILG0... 0.00 0.0 0.07

0.-3.0 48-8 3IRAG0... 3ILAG0... 0.002 0.0 0.07

3/8”SCB

0.3

0.-. 48- 3JIRA0... 0.002 0.02 0.03

- AVR ..-3.7-3.0 4-8 3JIRG0... 0.00 0.04 0.0 YI3

0.-3.0 48-8 3JIRAG0... 0.002 0.04 0.0

3/8”V

0.3 0.-2.0 48-4 3IRS0-C... 0.00 0.0 0.0 YI3-C -AVR..-3NVRC..-3V

/2” 0.87 3.-.0 7- 4IRN0... 4ILN0... 0.02 0.07 0.0 YI4 YE4 AVR..-4 (LH)

/8” .0 .-.0 4.-4 IRQ0... ILQ0... 0.02 0.07 0. YI YE AVR..- (LH)



Y

L

r

IC

Yr

IC 5.0 L

60°

FF

FY

L1

L

rd

60°

RH-Double Ended

External

Internal

Internal

Mini-LMini-3

External

Internal

Internal


Micro - Double Ended

Insert dia. Pitch Ordering Code Dimensions inch Min. Bore dia.

d mm mm tpi RH/LH r L1 L F Y inch. Toolholder

3.0 0.-.0 48-24 3.0SIRF0... 0.002 0.3 .97 0.0 0.04 0.3 SMC..-3.0

4.0 0.-.0 48-24 4.0SIRF0... 0.002 0.3 .97 0.08 0.04 0.7 SMC..-4.0.0 0.-. 48- .0SIRA0... 0.002 0.3 .97 0.0 0.04 0.24 SMC..-.0

Left Handed Tool Supplied by Request. (Example: 6.0SILA60...)

Mini-LInsert Size Pitch Ordering Code Dimensions inch Min Bore dia.

IC mm tpi RH r Y F inch Toolholder

.0L 0.-. 48- LIRA0... 0.002 0.04 0.8 0.3 .NVR...-L

Mini-3Insert Size Pitch Ordering Code Dimensions inch Min. Bore dia.

IC L inch mm tpi RH r Y F inch Toolholder

4.0 0.-.2 48-20 4.0KIRA0... 0.002 0.02 0. 0.2 .NVR.020-4.0K

.0 0 0.-. 48- .0IRA0... 0.002 0.04 0.2 0.39 .NVR...-.0



IC

L

Y

X

r

55° L

X

Y

IC

r LX

IC

T

Y

r

Y

rX

L

IC

X

L

IC

r

Y

3

SCB

SCB

Sintered

ChipbreakerV6 V Style / Slim ThroatU StyleStandard

External

Internal

External




/8” V .0 .0-9.0 4-2.7 VERV... VELV... 0.028 0.04 0.7 0.3 NL..-V-8 (LH)



/4”V 0.43 0.-. 48- 2VERA... 2VELA... 0.002 0.03 0. 0.3 NL..-2V (LH)

3/8”V

0.30.-. 4 8- 3VER A... 3VEL A... 0.0 02 0.0 4 0. 0.4

NL..-3V (LH).7-3.0 4-8 3VERG... 3VELG... 0.008 0.04 0.07 0.40.-3.0 4 8-8 3VERAG... 3VEL AG... 0.0 03 0.0 4 0.07 0.4

/2”V 0.87 3.-.0 7- 4VERN... 4VELN... 0.07 0.04 0.09 0.9 NL..-4V (LH)

U Style

Insert Size Pitch Ordering Code Dimensions inch AnvilIC L inch mm tpi RH+LH r X Y RH LH Toolholder

/2”U 0.87 .-8.0 4.-3.2 4UEIU... 0.024 0.04 0.43 YE4U YI4U AL..-4U (LH)

/8”U .0 .-9.0 4-2.7 UEIU... 0.03 0.0 0.4 YEU YIU AL..-U (LH)



/4" 0.43 0.-. 48- 2ERA... 2ELA... 0.002 0.03 0.04 - - NL..-2 (LH)

3/8” 0.3

0.-. 48- 3ERA... 3ELA... 0.002 0.03 0.04

YE3 YI3 AL..-3 (LH).7-3.0 4-8 3ERG... 3ELG... 0.008 0.0 0.07

0.-3.0 48-8 3ERAG... 3ELAG... 0.003 0.0 0.07

3/8”SCB

0.3

0.-. 48- 3JERA... 0.002 0.02 0.03

YE3 - AL..-3.7-3.0 4-8 3JERG... 0.008 0.04 0.0

0.-3.0 48-8 3JERAG... 0.003 0.04 0.0

3/8”V 0.3 - 48-4 3ERS-C... 0.002 0.07 0. YE3-C - AL..-3

/2” 0.87 3.-.0 7- 4ERN... 4ELN... 0.07 0.07 0.0 YE4 YI4 AL..-4 (LH)

/8” .0 .-.0 4.-4 ERQ... ELQ... 0.024 0.08 0. YE YI AL..- (LH)



55° L

X

Y

IC

r L X

Y

r T

IC

IC

L

Y

X

r

X

Y

L

r

IC

X

L

IC

r

Y

4

SCB

SCB

Sintered

Chipbreaker

V6 V StyleU StyleStandard

External

Internal

Internal




/8”V .0 .0 -9.0 4-2.7 VIRV... VILV... 0.028 0.04 0.7 0.3 NVR..-V (LH)

U StyleInsert Size Pitch Ordering Code Dimensions inch Anvil


/2”U 0.87 .-8.0 4.-3.2 4UEIU... 0.024 0.04 0.43 YI4U YE4U AVR..-4U (LH)

/8”U .0 .-9.0 4-2.7 UEIU... 0.03 0.0 0.4 YIU YEU AVR..-U (LH)



/4" 0.43 0.-. 48- 2IRA... 2ILA... 0.002 0.03 0.04 - - NVR..-2 (LH)

/4”SCB

0.43 0.-. 48- 2JIRA... 0.002 0.02 0.03 - - NVR..-2

3/8” 0.3

0.-. 48- 3IRA... 3ILA... 0.002 0.03 0.04

YI3 YE3 AVR..-3 (LH).7-3.0 4-8 3IRG... 3ILG... 0.008 0.0 0.07

0.-3.0 48-8 3IRAG... 3ILAG... 0.003 0.0 0.07

3/8”SCB

0.3

0.-. 48- 3JIRA... 0.002 0.02 0.03

YI3 - AVR..-3.7-3.0 4-8 3JIRG... 0.008 0.04 0.0

0.-3.0 48-8 3JIRAG... 0.003 0.04 0.0

3/8”V

0.3 - 48- 3IRS-C... 0.002 0.0 0.0 YI3-C -AVR..-3NVRC..-3V

/2” 0.87 3.-.0 7- 4IRN... 4ILN... 0.07 0.07 0.0 YI4 YE4 AVR..-4 (LH)

/8” .0 .-.0 4.-4 IRQ... ILQ... 0.024 0.08 0. YI YE AVR..- (LH)



Y

L

r

IC

Yr

IC 5.0 L

55°

FF

55°

FY

L1

L

rd

5

RH-Double Ended

External

Internal

Internal


Mini-LMini-3

External

Internal

Internal




d mm mm tpi RH/LH r L1 L F Y inch Toolholder

3.0 0.-.0 48-24 3.0SIRF... 0.002 0.3 .97 0.0 0.04 0.3 SMC..-3.0

4.0 0.-.0 48-24 4.0SIRF... 0.002 0.3 .97 0.08 0.04 0.7 SMC..-4.0

.0 0.-. 48- .0SIRA... 0.002 0.3 .97 0.0 0.04 0.24 SMC..-.0

Left Handed Tool Supplied by Request. (Example: 6.0SILA...)

Mini-LInsert Size Pitch Ordering Code Dimensions inch Min. Bore dia.

IC mm tpi RH r Y F inch Toolholder

.0L 0.-. 48- LIRA... 0.002 0.04 0.8 0.3 .NVR...-L

Mini-3Insert Size Pitch O rdering Code Dimensions inch Min Bore dia.

IC L inch mm tpi RH r Y F inch Toolholder

4.0 0.24 0.-.2 48-20 4.0KIRA... 0.002 0.02 0. 0.2 .NVR. 020-4.0K

.0 0.39 0.-.0 48- .0IRA... 0.002 0.04 0.2 0.39 .NVR...-.0



L

X

Y

IC

1/4P

1/8P

h

60°

6

StandardDefined by: ANSI B.:74

Toler anc e c las s: A/ B

External

Internal

External

American UN - UNC, UNF, UNEF, UNS


IC L inch tpi RH LH h min X Y RH LH Toolholder

/4” 0.43

72 2ER72UN... 2EL72UN... 0.009 0.03 0.02

- - NL ..-2 (LH)

4 2ER4UN... 2EL4UN... 0.009 0.03 0.02

2ERUN... 2ELUN... 0.0 0.03 0.02

48 2ER48UN... 2EL48UN... 0.03 0.02 0.02

44 2ER44UN... 2EL44UN... 0.04 0.02 0.02

40 2ER40UN... 2EL40UN... 0.0 0.02 0.02

3 2ER3UN... 2EL3UN... 0.07 0.02 0.02

32 2ER32UN... 2EL32UN... 0.09 0.02 0.02

28 2ER28UN... 2EL28UN... 0.022 0.02 0.03

27 2ER27UN... 2EL27UN... 0.023 0.03 0.03

24 2ER24UN... 2EL24UN... 0.02 0.03 0.03

20 2ER20UN... 2EL20UN... 0.03 0.03 0.04

8 2ER8UN... 2EL8UN... 0.034 0.03 0.04

2ERUN... 2ELUN... 0.038 0.04 0.04

4 2ER4UN... 2EL4UN... 0.044 0.04 0.04

3/8” 0.3

80 3ER80UN... 3EL80UN... 0.007 0.03 0.0

YE3 YI3 AL..-3 (LH)

72 3ER72UN... 3EL72UN... 0.009 0.03 0.02

4 3ER4UN... 3EL4UN... 0.009 0.03 0.02

3ERUN... 3ELUN... 0.0 0.03 0.02

48 3ER48UN... 3EL48UN... 0.03 0.02 0.02

44 3ER44UN... 3EL44UN... 0.04 0.02 0.02

40 3ER40UN... 3EL40UN... 0.0 0.02 0.02

3 3ER3UN... 3EL3UN... 0.07 0.02 0.02

32 3ER32UN... 3EL32UN... 0.09 0.02 0.02

28 3ER28UN... 3EL28UN... 0.022 0.02 0.03

27 3ER27UN... 3EL27UN... 0.023 0.03 0.03

24 3ER24UN... 3EL24UN... 0.02 0.03 0.03

20 3ER20UN... 3EL20UN... 0.03 0.03 0.048 3ER8UN... 3EL8UN... 0.034 0.03 0.04

3ERUN... 3ELUN... 0.038 0.04 0.04

4 3ER4UN... 3EL4UN... 0.044 0.04 0.0

3 3ER3UN... 3EL3UN... 0.047 0.04 0.0

2 3ER2UN... 3EL2UN... 0.0 0.04 0.0

. 3ER.UN. .. 3EL.UN. .. 0 .03 0 .04 0.0

3ERUN... 3ELUN... 0.0 0.04 0.0

0 3ER0UN... 3EL0UN... 0.0 0.04 0.0

9 3ER9UN... 3EL9UN... 0.08 0.0 0.07

8 3ER8UN... 3EL8UN... 0.077 0.0 0.0

continued on next page



IC

L

Y

X

L

X

Y

IC

1/4P

1/8P

h

60°

Y

X

L

IC

X

L

IC

Y

7

SCB

SCB

Sintered

Chipbreaker

V6 U StyleStandardDefined by: ANSI B.:74


External

Internal

External

American UN - UNC, UNF, UNEF, UNS (con't)


IC L inch tpi RH+LH h min X Y RH LH Toolholder

/2”U 0.874. 4UE4.UN... 0.3 0.08 0.43

YE4U YI4U AL..-4U (LH)4 4UE4UN... 0.3 0.08 0.43

/8”U .0 3 UE3UN... 0.204 0.0 0.4 YEU YIU AL..-U (LH)

Standard (con’t)

Insert Size Pitch Ordering Code Dimensions inch Anvil


3/8”SCB

0.3

3 3JER3UN... 0.07 0.0 0.02

YE3 - AL..-3

32 3JER32UN... 0.09 0.0 0.02

28 3JER28UN... 0.022 0.03 0.03

24 3JER24UN... 0.02 0.03 0.03

20 3JER20UN... 0.03 0.03 0.03

8 3JER8UN... 0.034 0.03 0.03

3JERUN... 0.038 0.03 0.03

4 3JER4UN... 0.044 0.0 0.0

3 3JER3UN... 0.047 0.0 0.0

2 3JER2UN... 0.0 0.0 0.0

0 3JER0UN... 0.0 0.0 0.0

9 3JER9UN... 0.08 0.0 0.0

8 3JER8UN... 0.077 0.0 0.0

3/8”V

0.3

32 3ER32UN-C... 0.09 0.08 0.07

YE3-C - AL..-3

28 3ER28UN-C... 0.022 0.08 0.08

24 3ER24UN-C... 0.02 0.07 0.08

20 3ER20UN-C... 0.03 0.07 0.08

8 3ER8UN-C... 0.034 0.07 0.09

3ERUN-C... 0.038 0.07 0.09

4 3ER4UN-C... 0.044 0.07 0.

3 3ER3UN-C... 0.047 0.07 0.

2 3ER2UN-C... 0.0 0.07 0.09

/2” 0.87

7 4ER7UN... 4EL7UN... 0.087 0.0 0.09

YE4 YI4 AL..-4 (LH) 4ERUN... 4ELUN... 0.02 0.0 0.09

4ERUN... 4ELUN... 0.23 0.07 0.0

/8” .04. ER4.UN... EL4.UN... 0.3 0.07 0.

YE YI AL..- (LH)4 ER4UN... EL4UN... 0.3 0.08 0.2



1/4P

1/8P

h

60°

LX

IC

T

Y

8

Defined by: ANSI B.:74

Toler ance class : A/ B

External

Internal

External


V Style / Slim Throat


IC L inch tpi RH LH h min X Y T Toolholder

/8” V .0 4 VER4UN... VEL4UN... 0.3 0.04 0.3 0.24 NL..-V- (LH)

3 VER3UN... VEL3UN... 0.204 0.04 0.7 0.3 NL..-V-8 (LH)



/4”V 0.43

20 2VER20UN... 2VEL20UN... 0.03 0.03 0.09 0.3

NL..-2V (LH)

8 2VER8UN... 2VEL8UN... 0.034 0.03 0.09 0.3

2VERUN... 2VELUN... 0.038 0.03 0.09 0.3

4 2VER4UN... 2VEL4UN... 0.044 0.03 0.08 0.3

2 2VER2UN... 2VEL2UN... 0.0 0.03 0.07 0.3

3/8”V 0.3

32 3VER32UN... 3VEL32UN... 0.09 0.04 0.2 0.4

NL..-3V (LH)

28 3VER28UN... 3VEL28UN... 0.022 0.04 0.2 0.4

24 3VER24UN... 3VEL24UN... 0.02 0.04 0. 0.4

20 3VER20UN... 3VEL20UN... 0.03 0.04 0. 0.4

8 3VER8UN... 3VEL8UN... 0.034 0.04 0.0 0.4

3VERUN... 3VELUN... 0.038 0.04 0.0 0.4

4 3VER4UN... 3VEL4UN... 0.04 4 0.04 0.09 0.4

2 3VER2UN... 3VEL2UN... 0.0 0.04 0.09 0.4

0 3VER0UN... 3VEL0UN... 0.0 0.04 0.08 0.4

8 3VER8UN... 3VEL8UN... 0.077 0.04 0.08 0.4

/2”V 0.87 7 4VER7UN... 4VEL7UN... 0.087 0.04 0.0 0.9 NL..-4V (LH)



L

X

Y

IC

1/4P

1/8P

h

60°

9



External

Internal

External


M+ Style

M+ Style

Insert Size Pitch Teeth Ordering Code Dimensions inch Anvil

IC L inch tpi RH h min X Y RH Toolholder

3/8” 0.3

20 3 3ER20UN3M+... 0.03 0.09 0.3

YE3M AL..-3

8 2 3ER8UN2M+... 0.034 0.0 0.09

8 3 3ER8UN3M+... 0.034 0.09 0.4

2 3ERUN2M+... 0.038 0.07 0.0

4 2 3ER4UN2M+... 0.044 0.07 0.

2 2 3ER2UN2M+... 0.0 0.09 0.3

/2” 0.87

3 4ERUN3M+... 0.038 0.0 0.

YE4M AL..-4

4 2 4ER4UN2M+... 0.044 0.07 0.

2 2 4ER2UN2M+... 0.0 0.09 0.3

2 3 4ER2UN3M+... 0.0 0.3 0.2

2 4ERUN2M+... 0.0 0.09 0.4

0 2 4ER0UN2M+... 0.0 0.0 0.

/8” .0 8 2 ER8UN2M+... 0.077 0.2 0.9 YEM AL..-M



1/4P

1/8P

h

60°

L

X

Y

IC

X

L

IC

Y

30

SCB

SCB

Sintered

Chipbreaker

StandardDefined by: ANSI B.:74


External

Internal

Internal


Standard (con’t)



/4" 0.43

72 2IR72UN... 2IL72UN... 0.008 0.03 0.0

- - NVR..-2 (LH)

4 2IR4UN... 2IL4UN... 0.009 0.03 0.02

2IRUN... 2ILUN... 0.00 0.03 0.02

48 2IR48UN... 2IL48UN... 0.02 0.02 0.02

44 2IR44UN... 2IL44UN... 0.03 0.02 0.02

40 2IR40UN... 2IL40UN... 0.0 0.02 0.02

3 2IR3UN... 2IL3UN... 0.0 0.02 0.02

32 2IR32UN... 2IL32UN... 0.08 0.02 0.02

28 2IR28UN... 2IL28UN... 0.020 0.02 0.03

27 2IR27UN... 2IL27UN... 0.02 0.03 0.03

24 2IR24UN... 2IL24UN... 0.024 0.03 0.03

20 2IR20UN... 2IL20UN... 0.029 0.03 0.04

8 2IR8UN... 2IL8UN... 0.032 0.03 0.04

2IRUN... 2ILUN... 0.03 0.04 0.04

4 2IR4UN... 2IL4UN... 0.04 0.04 0.04

2 2IR2UN... 2IL2UN... 0.048 0.03 0.04

2IRUN... 2ILUN... 0.02 0.03 0.04

/4”SCB

0.43

3 2JIR3UN... 0.0 0.04 0.02

- - NVR..-2

32 2JIR32UN... 0.08 0.0 0.02

28 2JIR28UN... 0.020 0.02 0.03

24 2JIR24UN... 0.024 0.03 0.03

20 2JIR20UN... 0.029 0.02 0.03

8 2JIR8UN... 0.032 0.02 0.03

2JIRUN... 0.038 0.03 0.03

3/8” 0.3

72 3IR72UN... 3IL72UN... 0.008 0.03 0.0

YI3 YE3 AVR..-3 (LH)

4 3IR4UN... 3IL4UN... 0.009 0.03 0.02

3IRUN... 3ILUN... 0.00 0.03 0.02

48 3IR48UN... 3IL48UN... 0.02 0.02 0.0244 3IR44UN... 3IL44UN... 0.03 0.02 0.02

40 3IR40UN... 3IL40UN... 0.0 0.02 0.02

3 3IR3UN... 3IL3UN... 0.0 0.02 0.02

32 3IR32UN... 3IL32UN... 0.020 0.02 0.02

28 3IR28UN... 3IL28UN... 0.020 0.02 0.03

27 3IR27UN... 3IL27UN... 0.02 0.03 0.03




1/4P

1/8P

h

60°

L

X

Y

IC

X

Y

L

IC

X

L

IC

Y

3

SCB

SCB

Sintered

Chipbreaker

V6StandardDefined by: ANSI B.:74


External

Internal

Internal


Standard (con’t)



3/8” 0 .3

24 3IR24UN... 3IL24UN... 0.024 0.03 0.03


20 3IR20UN... 3IL20UN... 0.029 0.03 0.04

8 3IR8UN... 3IL8UN... 0.032 0.03 0.04

3IRUN... 3ILUN... 0.03 0.04 0.04

4 3IR4UN... 3IL4UN... 0.04 0.04 0.0

3 3IR3UN... 3IL3UN... 0.044 0.04 0.0

2 3IR2UN... 3IL2UN... 0.048 0.04 0.0

. 3IR.UN. .. 3IL.UN. .. 0 .00 0 .04 0.0

3IRUN... 3ILUN... 0.02 0.04 0.0

0 3IR0UN... 3IL0UN... 0.08 0.04 0.0

9 3IR9UN... 3IL9UN... 0.04 0.0 0.07

8 3IR8UN... 3IL8UN... 0.072 0.04 0.0

3/8”SCB

0.3

28 3JIR28UN... 0.020 0.02 0.03

YI3 - AVR..-3

24 3JIR24UN... 0.024 0.03 0.03

20 3JIR20UN... 0.029 0.02 0.03

8 3JIR8UN... 0.032 0.02 0.03

3JIRUN... 0.03 0.03 0.03

4 3JIR4UN... 0.04 0.04 0.0

3 3JIR3UN... 0.044 0.04 0.0

2 3JIR2UN... 0.048 0.04 0.0

0 3JIR0UN... 0.08 0.04 0.0

9 3JIR9UN... 0.04 0.04 0.0

8 3JIR8UN... 0.072 0.04 0.0

3/8”V 0.3

32 3IR32UN-C... 0.020 0.08 0.07

YI3-C - AVR..-3NVRC..-3V

28 3IR28UN-C... 0.020 0.07 0.07

24 3IR24UN-C... 0.024 0.07 0.07

20 3IR20UN-C... 0.029 0.07 0.08

8 3IR8UN-C... 0.032 0.07 0.08 3IRUN-C... 0.03 0.0 0.09

4 3IR4UN-C... 0.04 0.07 0.0

3 3IR3UN-C... 0.044 0.07 0.

2 3IR2UN-C... 0.048 0.0 0.0

/2” 0.87

7 4IR7UN... 4IL7UN... 0.082 0.0 0.09

YI4 YE4 AVR..-4 (LH) 4IRUN... 4ILUN... 0.09 0.0 0.09

4IRUN... 4ILUN... 0. 0.0 0.09

/8” .04. IR4.UN... IL4.UN... 0.28 0.07 0.09

YI YE AVR..- (LH)4 IR4UN... IL4UN... 0.44 0.07 0.



IC

L

Y

X1/4P

1/8P

h

60°

L

X

Y

IC

3



External

Internal

Internal

American UNC

U+ StyleStandard

Coarse Pitch

Thread Insert Size Ordering Code Dimensions inch Min. Bore dia.

IC L inch RH h min X Y Toolholder inch

/2 x 3UN .0 0.39 *.0IR3UN...8/00 0.04 4 0.03 0.04 BNVR037S-.0 0.42

9/ x 2UN /4”0.43

*2IR2UN. ..8/002 0.048 0.04 0.04 NVRC040-2 7/00 0.47

/8 x UN /4”U 2UIRUN...8/003 0.02 0.0 0.22 NVRC044-2U 7/002 0.3

3/4 x 0UN

3/8” 0.3

3IR0UN... 0.08 0.04 0.0 N VRC00-3 7/0 0.4

7/8 x 9UN 3IR9UN... 0.04 0.0 0.07 NVRC00-3 7/0 0.7

x 8UN 3IR8UN... 0.072 0.04 0.0 NVRC02-3 0.87

/8 x 7UN

/2” 0.87

4IR7UN... 0.082 0.0 0.09 NVRC07-4 0.97

/4 x 7UN 4IR7UN... 0.082 0.0 0.09 NVRC07-4 .09

3/8 x UN 4IRUN... 0.09 0.0 0.09 NVRC07-4 .9

Left Handed Tool Supplied by Request.* For LH order: 6.0ILUN.../06, ILUN.../07.



IC

L

Y

X

L

X

Y

IC

1/4P

1/8P

h

60°

L X

Y

T

IC

33

M+ StyleV StyleU StyleDefined by: ANSI B.:74


External

Internal

Internal

American UN - UNC, UNF, UNEF, UNS (con’t)

M+ Style Insert Size Pitch Teeth Ordering Code Dimensions inch Anvil


3/8” 0.3

2 2 3IR2UN2M+... 0.048 0.09 0.3

YI3M AVR..-34 2 3IR4UN2M+... 0.04 0.07 0.

2 3IRUN2M+... 0.03 0.07 0.0

/2” 0. 87

3 4IRUN3M+... 0.03 0.0 0.

YI4M AVR..-44 2 4IR4UN2M+... 0.04 0.07 0.

2 2 4IR2UN2M+... 0.048 0.09 0.3

2 3 4IR2UN3M+... 0.048 0.3 0.2

/8” .0 8 2 IR8UN2M+... 0.072 0.2 0.9 YIM AVR..-M



/8”V .04 VIR4UN... VIL4UN... 0.44 0.04 0.3 0.24

NVR..-V (LH)3 VIR3UN... VIL3UN... 0.93 0.04 0.7 0.3



/2”U 0.874. 4UI4.UN... 0.28 0.09 0.43

YI4U YE4U AVR..-4U (LH)4 4UI4UN... 0.44 0.09 0.43

/8”U .0 3 UI3UN... 0.93 0. 0.4 YIU YEU AVR..-U (LH)



Y

L

IC

1/4P

1/8P

h

60°

FF

Y

IC 5.0 L

34

Mini-LMini-3Defined by: ANSI B.:74


External

Internal

Internal


Left Handed Tool Supplied by Request. (Example: .0IL 4UN...)

Mini-L

Inser t Size Pitch Ordering Code Dimensions inch Min. Bore dia.IC mm tpi RH h min Y F inch Toolholder

.0L

32 LIR32UN... 0.08 0.02 0. 0.30

.NVR...-L

28 LIR28UN... 0.020 0.03 0. 0.30

24 LIR24UN... 0.024 0.03 0. 0.30

20 LIR20UN... 0.029 0.04 0.7 0.3

8 LIR8UN... 0.032 0.04 0.7 0.3

LIRUN... 0.03 0.04 0.7 0.3

4 LIR4UN... 0.04 0.04 0.8 0.3


IC L inch tpi RH h min Y F inch Toolholder

4.0 0.24

32 4.0KIR32UN... 0.08 0.02 0.4 0.24

.NVR.020-4.0K

28 4.0KIR28UN... 0.020 0.02 0.4 0.24

24 4.0KIR24UN... 0.024 0.02 0.4 0.2

20 4.0KIR20UN... 0.029 0.02 0. 0.2

8 4.0KIR8UN... 0.032 0.03 0. 0.2

.0 0.39

40 .0IR40UN... 0.0 0.02 0.8 0.37

.NVR...-.0

32 .0IR32UN... 0.08 0.02 0.8 0.37

28 .0IR28UN... 0.020 0.03 0.9 0.38

24 .0IR24UN... 0.024 0.03 0.9 0.38

20 .0IR20UN... 0.029 0.04 0.9 0.39

8 .0IR8UN... 0.032 0.04 0.20 0.39

.0IRUN... 0.03 0.04 0.20 0.39

4 .0IR4UN... 0.04 0.04 0.20 0.39



FY

L1

L

1/4P

1/8P

h

60°

d

35

RH-Double Ended



External

Internal

Internal




Thread d mm mm RH/LH L1 L F Y h min inch Toolholder

0-40UNS

3.0

40 3.0SIR40UN... 0.3 .97 0.0 0.02 0.0 0.3

SMC..-3.08-3UNF 3 3.0SIR3UN... 0.3 .97 0.0 0.02 0.0 0.3

8-32UNF 32 3.0SIR32UN... 0.3 .97 0.0 0.02 0.08 0.3

0-40UNS

4.0

40 4.0SIR40UN... 0.3 .97 0.0 0.02 0.0 0.

SMC..-4.0

0-3UNS 3 4.0SIR3UN... 0.3 .97 0.07 0.02 0.0 0.

2-32UNEF 32 4.0SIR32UN... 0.3 .97 0.07 0.02 0.08 0.

2-28UNF 28 4.0SIR28UN... 0.3 .97 0.07 0.03 0.020 0.7

/4”-27UNS 27 4.0SIR27UN... 0.3 .97 0.07 0.03 0.02 0.7

2-24UNC 24 4.0SIR24UN... 0.3 .97 0.08 0.03 0.024 0.7

/4”-20UNC 20 4.0SIR20UN... 0.3 .97 0.08 0.03 0.029 0.7

/4”-32UNEF

.0

32 .0SIR32UN... 0.3 .97 0.08 0.02 0.08 0.22

SMC..-.0

/”-28UN 28 .0SIR28UN... 0.3 .97 0.08 0.03 0.020 0.22

/”-27UNS 27 .0SIR27UN... 0.3 .97 0.08 0.03 0.02 0.22

/”-24UNF 24 .0SIR24UN... 0.3 .97 0.09 0.03 0.024 0.22

/”-20UN 20 .0SIR20UN... 0.3 .97 0.09 0.04 0.029 0.23

/”-8UNC 8 .0SIR8UN... 0.3 .97 0.09 0.04 0.032 0.23

3/8”-UNC .0SIRUN... 0.3 .97 0.0 0.04 0.03 0.24

Left Handed Tool Supplied by Request. (Example: 6.0SIL6UN...)



L

X

Y

IC

1/4P

1/8P

h

60°

36

Defined by: R6 (DIN 3)

Toler ance class : 6g/ 6H

Standard

Internal

External

ISO Metric


IC L inch mm RH LH h min X Y RH LH Toolholder

/4" 0.43

0 .2 2ER0.2ISO.. . 2EL0 .2ISO... 0.00 0.02 0.0

- - NL..-2 (LH)

0.3 2ER0.3ISO... 2EL0.3ISO... 0.007 0.03 0.0

0.3 2ER0.3ISO. .. 2EL0.3ISO. .. 0.008 0.03 0.02

0.4 2ER0.4ISO... 2EL0.4ISO... 0.00 0.03 0.02

0.4 2ER0.4ISO. .. 2EL0.4ISO. .. 0.0 0.03 0.02

0. 2ER0.ISO... 2EL0.ISO... 0.02 0.02 0.02

0. 2ER0.ISO... 2EL0.ISO... 0.0 0.02 0.02

0.7 2ER0.7ISO... 2EL0.7ISO... 0.07 0.02 0.02

0.7 2ER0.7ISO. .. 2EL0.7ISO.. . 0.08 0.02 0.02

0.8 2ER0.8ISO... 2EL0.8ISO... 0.09 0.02 0.02

.0 2ER.0ISO... 2EL.0ISO... 0.024 0.03 0.03

.2 2ER.2ISO.. . 2EL.2ISO.. . 0.030 0.03 0.04

. 2ER.ISO... 2EL.ISO... 0.03 0.03 0.04

.7 2ER.7ISO. .. 2EL.7ISO. .. 0.042 0.03 0.04

3/8” 0.3

0.2 3ER0.2ISO.. . 3EL0 .2ISO.. . 0 .00 0.02 0 .0

YE3 YI3 AL..-3 (LH)

0.3 3ER0.3ISO.. . 3EL0 .3ISO... 0 .008 0.03 0 .020.4 3ER0.4ISO... 3EL0.4ISO... 0.00 0.03 0.02

0.4 3ER0.4ISO.. . 3EL0 .4ISO. .. 0 .0 0.03 0 .02

0. 3ER0.ISO... 3EL0.ISO... 0.02 0.02 0.02

0. 3ER0.ISO... 3EL0.ISO... 0.0 0.02 0.02

0.7 3ER0.7ISO... 3EL0.7ISO... 0.07 0.02 0.02

0.7 3ER0.7ISO. .. 3EL0 .7ISO. .. 0 .08 0.02 0 .02

0.8 3ER0.8ISO... 3EL0.8ISO... 0.09 0.02 0.02

.0 3ER.0ISO... 3EL.0ISO... 0.024 0.03 0.03

.2 3ER.2ISO. .. 3EL.2ISO.. . 0 .030 0.03 0 .04

. 3ER.ISO... 3EL.ISO... 0.03 0.03 0.04

.7 3ER.7ISO.. . 3EL.7ISO. .. 0 .042 0.04 0 .0

2.0 3ER2.0ISO... 3EL2.0ISO... 0.048 0.04 0.02. 3ER2.ISO... 3EL2.ISO... 0.00 0.04 0.0

3.0 3ER3.0ISO... 3EL3.0ISO... 0.072 0.0 0.0

3. 3ER3.ISO... 3EL3.ISO... 0.08 0.0 0.07


External



IC

L

Y

X1/4P

1/8P

h

60°L

X

Y

IC

X

L

IC

Y Y

X

L

IC

37

SCB

SCB

Sintered

ChipbreakerDefined by: R6 (DIN 3)

Toler anc e c las s: 6g/ 6H

V6 U StyleStandard

External

Internal

External

ISO Metric (con't)


IC L inch mm RH+LH h min X Y RH LH Toolholder

/2”U 0.87

.0 4UE.0ISO... 0.2 0.09 0.43

YE4U YI4U AL..-4U (LH). 4UE.ISO... 0.33 0.09 0.43

.0 4UE.0ISO... 0.4 0.0 0.43

/8”U .0 8.0 UE8.0ISO... 0.93 0.09 0.4 YEU YIU AL..-U (LH)



3/8”SCB

0.3

0. 3JER0.ISO... 0.02 0.0 0.02

YE3 - AL..-3

0.7 3JER0.7ISO... 0.08 0.0 0.02

0.8 3JER0.8ISO... 0.09 0.0 0.02

.0 3JER.0ISO... 0.024 0.03 0.03

.2 3JER.2ISO... 0.030 0.03 0.03

. 3JER.ISO... 0.03 0.03 0.03

.7 3JER.7ISO... 0.042 0.0 0.0

2.0 3JER2.0ISO... 0.048 0.0 0.0

2. 3JER2.ISO... 0.00 0.0 0.0

3.0 3JER3.0ISO... 0.072 0.0 0.0

3. 3JER3.ISO... 0.08 0.0 0.0

3/8”

V0.3

0. 3ER0.ISO-C... 0.02 0.09 0.07

YE3-C - AL..-3

0.7 3ER0.7ISO-C... 0.08 0.08 0.07

0.8 3ER0.8ISO-C... 0.09 0.08 0.07

.0 3ER.0ISO-C... 0.024 0.07 0.08

.2 3ER.2ISO-C... 0.030 0.07 0.08. 3ER.ISO-C... 0.03 0.07 0.09

.7 3ER.7ISO-C... 0.042 0.07 0.0

2.0 3ER2.0ISO-C... 0.048 0.07 0.

/2” 0.87

3. 4ER3.ISO... 4EL3.ISO... 0.08 0.0 0.09

YE4 YI4 AL..-4 (LH)

4.0 4ER4.0ISO... 4EL4.0ISO... 0.09 0.0 0.09

4. 4ER4.ISO... 4EL4.ISO... 0.09 0.07 0.09

.0 4ER.0ISO... 4EL.0ISO... 0.2 0.07 0.0

.0 4ER.0ISO... 4EL.0ISO... 0.4 0.08 0.

/8” .0. ER.ISO... EL.ISO... 0.33 0.07 0.

YE YI AL..- (LH).0 ER.0ISO... EL.0ISO... 0.4 0.08 0.



1/4P

1/8P

h

60°

LX

IC

T

Y

38

V Style / Slim ThroatDefined by: R6 (DIN 3)


External

Internal

External

ISO Metric (con't)


IC L inch mm RH LH h min X Y T Toolholder

/8” V .0

. VER.ISO... VEL.ISO... 0.33 0.04 0.3 0.24NL..-V- (LH)

.0 VER.0ISO... VEL.0ISO... 0.4 0.04 0.3 0.24

8.0 VER8.0ISO... VEL8.0ISO... 0.93 0.04 0.7 0.3 NL..-V-8 (LH)

0.0 VER0.0 ISO... VEL0.0ISO... 0. 24 0.04 0. 20 0.39 NL..-V-0 (LH)



/4”V 0 .43

0.7 2VER 0.7ISO... 2VEL0.7ISO... 0.08 0.03 0.0 0.3

NL..-2V (LH)

.0 2VER.0ISO... 2VEL.0ISO... 0.024 0.03 0.0 0.3

. 2VER.ISO... 2VEL.ISO... 0.03 0.03 0.09 0.3

.7 2VER.7ISO... 2VEL.7ISO... 0.042 0.03 0.08 0.3

2.0 2VER2.0ISO... 2VEL2.0ISO... 0.048 0.03 0.07 0.3

3/8” V 0.3

0.3 3VER0.3ISO... 3VEL0.3ISO... 0.0 08 0.04 0.3 0.4

NL..-3V (LH)

0.4 3VER0.4ISO... 3VEL0.4ISO... 0.00 0.04 0.3 0.4

0. 3VER0.ISO... 3VEL0.ISO... 0.02 0.04 0.2 0.4

0.7 3VER0.7ISO... 3VEL0.7ISO... 0.08 0.0 4 0.2 0.4

0.8 3VER0.8ISO... 3VEL0.8ISO... 0.09 0.04 0.2 0.4

.0 3VER.0ISO... 3VEL.0ISO... 0.024 0.04 0. 0.4

.2 3VER. 2ISO... 3VEL.2ISO... 0.030 0.0 4 0. 0.4

. 3VER.ISO... 3VEL.ISO... 0.03 0.04 0.0 0.4

.7 3VER.7ISO... 3VEL.7ISO... 0.0 42 0.04 0.0 0.4

2.0 3VER2.0ISO... 3VEL2.0ISO... 0.048 0.04 0.09 0.4

2. 3VER2.ISO... 3VEL2.ISO... 0.00 0.04 0.08 0.43.0 3VER3.0ISO... 3VEL3.0ISO... 0.072 0.04 0.08 0.4



L

X

Y

IC

L

IC

X

Y

1/4P

1/8P

h

60°

39

T+ StyleM+ StyleDefined by: R6 (DIN 3)


External

Internal

External

ISO Metric (con't)

T+ StyleInsert Size Pitch Teeth Ordering Code Dimensions inch Anvil

IC L inch mm RH h min X Y RH Toolholder

/2"T 0. 87. 8 4ER.ISO8 T+... 0.03 0.0 0.49

Y4T AL..-4T 2.0 8 4ER2.0ISO8 T+... 0.048 0.0 0.9

M+ StyleInsert Size Pitch Teeth Ordering Code Dimensions inch Anvil


3/8” 0.3

.0 3 3ER.0ISO3M+... 0.024 0.07 0.0

YE3M AL..-3. 2 3ER.ISO2M+... 0.03 0.0 0.09

2.0 2 3ER2.0ISO2M+... 0.048 0.08 0.2

/2” 0.87

. 3 4ER.ISO3M+... 0.03 0.0 0.

YE4M AL..-42.0 2 4ER2.0ISO2M+... 0.048 0.08 0.2

2.0 3 4ER2.0ISO3M+... 0.048 0.3 0.20

2. 2 4ER2.ISO2M+... 0.00 0.0 0.

/8” .0 3.0 2 ER3.0ISO2M+... 0.072 0.2 0.9 YEM AL..-M



1/4P

1/8P

h

60°

L

X

Y

IC

X

L

IC

Y

40

SCB

SCB

Sintered

Chipbreaker

StandardDefined by: R6 (DIN 3)


External

Internal

Internal

ISO Metric (con't)



/4" 0.43

0.3 2IR0.3ISO.. . 2IL0 .3ISO.. . 0.008 0.03 0.0

- - NVR..-2 (LH)

0.4 2IR0.4ISO... 2IL0.4ISO... 0.009 0.03 0.02

0.4 2IR0.4ISO... 2IL0 .4ISO. .. 0.00 0.03 0.02

0. 2IR0.ISO... 2IL0.ISO... 0.0 0.02 0.02

0. 2IR0.ISO... 2IL0.ISO... 0.04 0.02 0.02

0.7 2IR0.7ISO... 2IL0.7ISO... 0.0 0.02 0.02

0.7 2IR0.7ISO. .. 2IL0.7ISO. .. 0 .07 0.02 0.02

0. 8 2IR0.8ISO... 2IL0.8ISO... 0.08 0.02 0.02

.0 2IR.0ISO... 2IL.0ISO... 0.023 0.02 0.03

.2 2IR.2ISO. .. 2IL.2ISO.. . 0.028 0.03 0.04

. 2IR.ISO... 2IL.ISO... 0.034 0.03 0.04

.7 2IR.7ISO.. . 2IL.7ISO. .. 0 .040 0.04 0.04

2.0 2IR 2.0ISO... 2IL2.0ISO... 0.0 4 0.0 4 0.04

2. 2IR 2.ISO... 2IL2.ISO... 0.07 0.03 0.04

/4”SCB

0.43

0. 2JIR0.ISO... 0.0 0.0 0.02

- - NVR..-2

0.7 2JIR0.7ISO... 0.07 0.0 0.02

0.8 2JIR0.8ISO... 0.08 0.0 0.02

.0 2JIR.0ISO... 0.023 0.03 0.03

.2 2JIR.2ISO... 0.028 0.03 0.03

. 2JIR.ISO... 0.034 0.03 0.03

3/8” 0.3

0 .3 3IR0.3ISO.. . 3IL0 .3ISO... 0 .008 0 .03 0.0


0.4 3IR0.4ISO... 3IL0.4ISO... 0.0 09 0.03 0.02

0 .4 3IR0.4ISO. .. 3IL0 .4ISO. .. 0.00 0 .03 0.02

0. 3IR0.ISO... 3IL0.ISO... 0.0 0.02 0.02

0. 3IR0.ISO... 3IL0.ISO... 0.04 0.02 0.02

0.7 3IR0.7ISO... 3IL0.7ISO... 0.0 0.02 0.02

0 .7 3IR0.7ISO. .. 3IL0 .7ISO. .. 0.07 0 .02 0.02

0.8 3IR0.8ISO... 3IL0.8ISO... 0.08 0.02 0.02.0 3IR.0ISO... 3IL.0ISO... 0.023 0.02 0.03

.2 3IR.2ISO. .. 3IL.2ISO.. . 0.028 0 .03 0.04

. 3IR.ISO... 3IL.ISO... 0.034 0.03 0.0 4

.7 3IR.7ISO... 3IL.7ISO. .. 0.040 0 .04 0.0

2.0 3IR 2.0ISO... 3IL2.0ISO... 0.0 4 0.0 4 0.0

2. 3IR 2.ISO... 3IL2.ISO... 0.07 0.0 4 0.0

3.0 3IR3.0ISO... 3IL3.0ISO... 0.0 8 0.0 4 0.0

3. 3IR3.ISO... 3IL3.ISO... 0.080 0.0 0.0




1/4P

1/8P

h

60°

IC

L

Y

X

L

X

Y

IC

X

Y

L

IC

X

L

IC

Y

4

SCB

SCB

Sintered

Chipbreaker

U StyleV6 StandardDefined by: R6 (DIN 3)


External

Internal

Internal

ISO Metric (con't)


IC L inch mm RH+LH h min. X Y RH LH Toolholder

/2”U 0.87. 4UI.ISO... 0.2 0.09 0.43

YI4U YE4U AVR..-4U (LH).0 4UI.0ISO... 0.3 0.08 0.43

/8”U .0 8.0 UI8.0ISO... 0.82 0.09 0.4 YIU YEU AVR..-U (LH)

Standard (con’t)



3/8”SCB

.0 3JIR.0ISO... 0.023 0.03 0.03

YI3 - AVR..-30.3

.2 3JIR.2ISO... 0.028 0.03 0.03

. 3JIR.ISO... 0.034 0.03 0.03

.7 3JIR.7ISO... 0.040 0.04 0.0

2.0 3JIR2.0ISO... 0.04 0.04 0.0

2. 3JIR2.ISO... 0.07 0.04 0.0

3.0 3JIR3.0ISO... 0.08 0.04 0.0

3. 3JIR3.ISO... 0.080 0.0 0.0

3/8”V

0.3

0. 3IR0.ISO-C... 0.0 0.08 0.07

YI3-C -AVR..-3NVRC..-3V

0.7 3IR0.7ISO-C... 0.07 0.08 0.07

0.8 3IR0.8ISO-C... 0.08 0.07 0.07

.0 3IR.0ISO-C... 0.023 0.07 0.0

.2 3IR.2ISO-C... 0.028 0.07 0.08

. 3IR.ISO-C... 0.034 0.0 0.08

.7 3IR.7ISO-C... 0.040 0.0 0.09

2.0 3IR2.0ISO-C... 0.04 0.07 0.0

/2”

3. 4IR3.ISO... 4IL3.ISO... 0.080 0 .0 0.09


4.0 4IR4.0ISO... 4IL4.0ISO... 0.09 0.0 0.09

0.87 4. 4IR4.ISO... 4IL4.ISO... 0.02 0.0 0.09

.0 4IR.0ISO... 4IL.0ISO... 0.4 0.0 0.09

.0 4IR.0ISO... 4IL.0ISO... 0.3 0.07 0.0

/8” .0

4. IR4.ISO... IL4.ISO... 0.02 0.0 0.09

YI YE AVR..- (LH).0 IR.0ISO... IL.0ISO... 0.4 0.0 0.09

. IR.ISO... IL.ISO... 0.2 0.0 0.09

.0 IR.0ISO... IL.0ISO... 0.3 0.07 0.0



L

X

Y

IC

1/4P

1/8P

h

60°

L

IC

X

YL X

Y

T

IC

4

T+ StyleM+ StyleV StyleDefined by: R6 (DIN 3)


External

Internal

Internal

ISO Metric (con't)

T+ Style



/2” 0.87. 8 4IR.ISO8 T+... 0.034 0.0 0.49

Y4T AVR..-4T 2.0 8 4IR2.0ISO8 T+... 0.04 0.0 0.9



/8”V .0

.0 VIR.0ISO... VIL.0ISO... 0.3 0.04 0.3 0.24

NVR..-V (LH)8.0 VIR8.0ISO... VIL8.0ISO... 0.82 0.04 0.7 0.3

0.0 VIR0.0ISO... VIL0.0ISO... 0.227 0.04 0.20 0.39

M+ Style



3/8” 0.3

.0 3 3IR.0ISO3M+... 0.023 0.07 0.0

YI3M AVR..-3. 2 3IR.ISO2M+... 0.034 0.0 0.09

2.0 2 3IR2.0ISO2M+... 0.04 0.08 0.2

/2” 0.87

. 3 4IR.ISO3M+... 0.034 0.0 0.

YI4M AVR..-42.0 2 4IR2.0ISO2M+... 0.04 0.08 0.2

2.0 3 4IR2.0ISO3M+... 0.04 0.3 0.20

/8” .0 3.0 2 IR3.0ISO2M+... 0.08 0.2 0.9 YIM AVR..-M



Y

L

IC

1/4P

1/8P

h

60°

Y

IC 5.0 L

FF

43

Mini-LMini-3Defined by: R6 (DIN 3)

Toler anc e c las s: 6g/6H

External

Internal

Internal

ISO Metric (con't)


IC mm mm RH h min Y F inch Toolholder

.0L

0.3 LIR0.3ISO... 0.008 0.0 0. 0.29

.NVR...-L

0. LIR0.ISO... 0.0 0.02 0. 0.29

0.7 LIR0.7ISO... 0.07 0.02 0. 0.30

.0 LIR.0ISO... 0.023 0.03 0. 0.30

.2 LIR.2ISO... 0.028 0.04 0.7 0.3

. LIR.ISO... 0.034 0.04 0.7 0.3

.7 LIR.7ISO... 0.040 0.04 0.8 0.3

2.0 LIR2.0ISO... 0.04 0.04 0.8 0.3


IC L inch mm RH h min Y F inch Toolholder

4.0 0.24

0.2 4.0KIR0.2ISO... 0.00 0.0 0.3 0.23

.NVR 020-4.0K

0. 4.0KIR0.ISO... 0.0 0.02 0.4 0.24

0.7 4.0KIR0.7ISO... 0.07 0.02 0.4 0.2

.0 4.0KIR.0ISO... 0.023 0.03 0.4 0.2

.2 4.0KIR.2ISO... 0.028 0.02 0. 0.2

.0 0.39

0. .0IR0.ISO... 0.0 0.02 0.7 0.37

.NVR..-.0

0.7 .0IR0.7ISO... 0.07 0.02 0.8 0.37

.0 .0IR.0ISO... 0.023 0.03 0.9 0.38

.2 .0IR.2ISO... 0.028 0.04 0.9 0.39

. .0IR.ISO... 0.034 0.04 0.20 0.39

.7 .0IR.7ISO... 0.040 0.04 0.20 0.39

2.0 .0IR2.0ISO... 0.04 0.04 0.2 0.39



1/4P

1/8P

h

60°

FY

L1

L

d

44

RH-Double Ended


Toler ance class : 6 g/6H

External

Internal

Internal

ISO Metric (con't)

Micro - Double EndedInsert dia. Pitch Ordering Code Dimensions inch Min. Bore dia.


M4 x 0.3

3.0

0.3 3.0SIR0.3ISO... 0.3 .97 0.0 0.0 0.007 0.3

SMC..-3.0

M4 x 0.4 0.4 3.0SIR0.4ISO... 0.3 .97 0.0 0.0 0.009 0.3

M4 x 0. 0. 3.0SIR0.ISO... 0.3 .97 0.0 0.02 0.0 0.3

M4 x 0. 0. 3.0SIR0.ISO... 0.3 .97 0.0 0.02 0.04 0.3

M4. x 0.7 0.7 3.0SIR0.7ISO... 0.3 .97 0.0 0.02 0.0 0.3

M4. x 0.7 0.7 3.0SIR0.7ISO... 0.3 .97 0.0 0.02 0.07 0.3

M x 0.8 0.8 3.0SIR0.8ISO... 0.3 .97 0.0 0.02 0.08 0.3

M x 0.4

4.0

0.4 4.0SIR0.4ISO... 0.3 .97 0.0 0.0 0.009 0.

SMC..-4.0

M x 0. 0. 4.0SIR0.ISO... 0.3 .97 0.0 0.02 0.0 0.

M x 0. 0. 4.0SIR0.ISO... 0.3 .97 0.07 0.02 0.04 0.

M x 0.7 0.7 4.0SIR0.7ISO... 0.3 .97 0.07 0.02 0.0 0.

M. x 0.7 0.7 4.0SIR0.7ISO... 0.3 .97 0.07 0.02 0.07 0.7

M. x 0.8 0.8 4.0SIR0.8ISO... 0.3 .97 0.07 0.02 0.08 0.7

M x .0 4.0SIR.0ISO... 0.3 .97 0.08 0.04 0.023 0.7

M x 0.

.0

0. .0SIR0.ISO... 0.3 .97 0.07 0.02 0.0 0.2

SMC..-.0

M. x 0.7 0.7 .0SIR0.7ISO... 0.3 .97 0.08 0.02 0.07 0.22

M7 x .0 .0SIR.0ISO... 0.3 .97 0.09 0.03 0.023 0.22

M8 x .2 .2 .0SIR.2ISO... 0.3 .97 0.09 0.04 0 .028 0.23

M0. x . . .0SIR.ISO... 0.3 .97 0.0 0.04 0.034 0.24

Left Handed Tool Supplied by Request. (Example: .0SIL0.ISO...)



L

X

Y

ICR0.137P

h

55°

R0.137P

45

StandardDefined by: B.S.84:956, DIN 59, ISO8/:98

Toler anc e c las s: Med ium c las s A

External

Internal

External

Whitworth - BSW, BSP, BSF, BSB



/4" 0.43

72 2ER72W... 2EL72W... 0.009 0.03 0.02

- - NL ..-2 (LH)

0 2ER0W... 2EL0W... 0.0 0.03 0.02

2ERW... 2ELW... 0.0 0.03 0.02

48 2ER48W... 2EL48W... 0.03 0.02 0.02

40 2ER40W... 2EL40W... 0.0 0.02 0.02

3 2ER3W... 2EL3W... 0.08 0.02 0.02

32 2ER32W... 2EL32W... 0.020 0.02 0.02

28 2ER28W... 2EL28W... 0.023 0.02 0.03

2 2ER2W... 2EL2W... 0.02 0.03 0.03

24 2ER24W... 2EL24W... 0.027 0.03 0.03

22 2ER22W... 2EL22W... 0.029 0.03 0.04

20 2ER20W... 2EL20W... 0.032 0.03 0.04

9 2ER9W... 2EL9W... 0.034 0.03 0.04

8 2ER8W... 2EL8W... 0.03 0.03 0.04

2ERW... 2ELW... 0.040 0.04 0 .04

4 2ER4W... 2EL4W... 0.04 0.04 0.0

3/8” 0.3

72 3ER72W... 3EL72W... 0.009 0.03 0.02

YE3 YI3 AL..-3 (LH)

0 3ER0W... 3EL0W... 0.0 0.03 0.02

3ERW... 3ELW... 0.0 0.03 0.02

48 3ER48W... 3EL48W... 0.03 0.02 0.02

40 3ER40W... 3EL40W... 0.0 0.02 0.02

3 3ER3W... 3EL3W... 0.08 0.02 0.02

32 3ER32W... 3EL32W... 0.020 0.02 0.02

30 3ER30W... 3EL30W... 0.022 0.02 0.03

28 3ER28W... 3EL28W... 0.023 0.02 0.03

2 3ER2W... 3EL2W... 0.02 0.03 0.03

24 3ER24W... 3EL24W... 0.027 0.03 0.03

22 3ER22W... 3EL22W... 0.029 0.03 0.0420 3ER20W... 3EL20W... 0.032 0.03 0.04

9 3ER9W... 3EL9W... 0.034 0.03 0.04

8 3ER8W... 3EL8W... 0.03 0.03 0.04

3ERW... 3ELW... 0.040 0.04 0 .04

4 3ER4W... 3EL4W... 0.04 0.04 0.0

2 3ER2W... 3EL2W... 0.04 0.04 0 .0

3ERW... 3ELW... 0.08 0.04 0 .0

0 3ER0W... 3EL0W... 0.04 0.04 0 .0

9 3ER9W... 3EL9W... 0.07 0.0 0.07

8 3ER8W... 3EL8W... 0.080 0.0 0.0




IC

L

Y

X

R 0.137P

h

55°R 0.137P

L

X

Y

IC

Y

X

L

IC

X

L

IC

Y

46

SCB

V6SCB

Sintered

Chipbreaker

U StyleStandardDefined by: B.S.84:956, DIN 59, ISO8/:98

Toler anc e c las s: Med ium cla ss A

External

Internal

External

Whitworth - BSW, BSP, BSF, BSB (con't)



/2”U 0.87

4. 4UEI4.W... 0.42 0.09 0.43

YE4U YI4U AL..- 4U (LH)4 4UEI4W... 0.0 0.07 0.43

3. 4UEI3.W... 0.83 0.08 0.43

3.2 4UEI3.2W... 0.97 0.08 0.43

/8”U .0

3. UEI3.W... 0.83 0.08 0.4

YEU YIU AL..-U (LH)3.2 UEI3.2W... 0.97 0.08 0.4

3 UEI3W... 0.23 0.09 0.4

2.7 UEI2.7W... 0.233 0.09 0.4

Standard (con’t)



3/8”SCB

0.3

3 3JER3W... 0.08 0.0 0.02

YE3 - AL..-3

32 3JER32W... 0.020 0.0 0.02

28 3JER28W... 0.023 0.03 0.03

24 3JER24W... 0.027 0.03 0.03

20 3JER20W... 0.032 0.03 0.03

9 3JER9W... 0.034 0.03 0.03

8 3JER8W... 0.03 0.03 0.03

3JERW... 0.040 0.03 0.03

4 3JER4W... 0.04 0.0 0.0

2 3JER2W... 0.04 0.0 0.0

3JERW... 0.08 0.0 0.0

0 3JER0W... 0.04 0.0 0.0

8 3JER8W... 0.080 0.0 0.0

3/8”

V0.3

9 3ER9W-C... 0.034 0.07 0.09

YE3-C - AL..-3 3ERW-C... 0.040 0.0 0.09

4 3ER4W-C... 0.04 0.07 0.2 3ER2W-C... 0.04 0.07 0.2

/2” 0.87

7 4ER7W... 4EL7W... 0.09 0.0 0.09

YE4 YI4 AL..-4 (LH) 4ERW... 4ELW... 0.07 0.0 0.09

4ERW... 4ELW... 0.28 0.07 0.09

/8” .04. ER4.W... EL4.W... 0.42 0.07 0.0

YE YI AL..- (LH)4 ER4W... EL4W... 0.0 0.08 0.



R 0.137P

h

55°

R 0.137P

L

X

Y

IC

LX

IC

T

Y

47

V Style / Slim Throat M+ StyleDefined by: B.S.84:956, DIN 59, ISO8/:98


External

Internal

External


M+ Style



3/8” 0.3

28 2 3ER28W2M+... 0.023 0.0 0.0

YE3M AL..-39 2 3ER9W2M+... 0.034 0.0 0.09

9 3 3ER9W3M+... 0.034 0.09 0.3

4 2 3ER4W2M+... 0.04 0.08 0.2

/2” 0. 874 3 4ER4W3M+... 0.04 0. 0.8

YE4M AL..-4

2 4ERW2M+... 0.08 0.09 0.4



/8” V .0

4 VER4W... VEL4W... 0.0 0.04 0.3 0.24 NL..-V- (LH)

3 VER3W... VEL3W... 0.23 0.04 0.7 0.3 NL..-V-8 (LH)2. VER2.W... VEL2.W... 0.2 0.04 0.20 0.39 NL..-V-0 (LH)



/4”V 0.43

9 2VER9W... 2VEL9W... 0.034 0.03 0.09 0.3

NL..-2V (LH)4 2VER4W... 2VEL4W... 0.04 0.03 0.08 0.3

2VERW... 2VELW... 0.08 0.03 0.07 0.3

3/8” V 0.3

9 3VER9W... 3VEL9W... 0.034 0.04 0. 0.4

NL..-3V (LH)

8 3VER8W... 3VEL8W... 0.03 0.04 0.0 0.4

3VERW... 3VELW... 0.040 0.04 0.0 0.4

4 3VER4W... 3VEL4W... 0.04 0.04 0.09 0.4

2 3VER2W... 3VEL2W... 0.04 0.04 0.09 0.4

3VERW... 3VELW... 0.08 0.04 0.08 0.4



R 0.137P

h

55°R 0.137P

L

X

Y

IC

X

L

IC

Y

48

Standard

SCB

Sintered

ChipbreakerDefined by: B.S.84:956, DIN 59, ISO8/:98


External

Internal

Internal


SCB



/4" 0.43

72 2IR72W... 2IL72W... 0.009 0.03 0.02

- - NVR..-2 (LH)

0 2IR0W... 2IL0W... 0.0 0.03 0.02

2IRW... 2ILW... 0.0 0.03 0.02

48 2IR48W... 2IL48W... 0.03 0.02 0.02

40 2IR40W... 2IL40W... 0.0 0.02 0.02

3 2IR3W... 2IL3W... 0.08 0.02 0.02

32 2IR32W... 2IL32W... 0.020 0.02 0.02

28 2IR28W... 2IL28W... 0.023 0.02 0.03

2 2IR2W... 2IL2W... 0.02 0.03 0.03

24 2IR24W... 2IL24W... 0.027 0.03 0.03

22 2IR22W... 2IL22W... 0.029 0.03 0.04

20 2IR20W... 2IL20W... 0.032 0.03 0.04

9 2IR9W... 2IL9W... 0.034 0.03 0.04

8 2IR8W... 2IL8W... 0.03 0.03 0.04

2IRW... 2ILW... 0.040 0.04 0.04

4 2IR4W... 2IL4W... 0.04 0.04 0.04

2 2IR2W... 2IL2W... 0.02 0.04 0.0

/4”SCB

0.43

3 2JIR3W... 0.08 0.0 0.02

- - NVR..-2

32 2JIR32W... 0.020 0.0 0.02

28 2JIR28W... 0.023 0.03 0.03

24 2JIR24W... 0.027 0.03 0.03

20 2JIR20W... 0.032 0.03 0.03

9 2JIR9W... 0.034 0.02 0.03

8 2JIR8W... 0.03 0.03 0.03

2JIRW... 0.040 0.03 0.03

4 2JIR4W... 0.04 0.03 0.04

3/8” 0.3

72 3IR72W... 3IL72W... 0.009 0 .03 0.02


0 3IR0W... 3IL0W... 0.0 0.03 0.02 3IRW... 3ILW... 0.0 0.03 0.02

48 3IR48W... 3IL48W... 0.03 0.02 0.02

40 3IR40W... 3IL40W... 0.0 0.02 0.02

3 3IR3W... 3IL3W... 0.08 0.02 0.02

32 3IR32W... 3IL32W... 0.020 0.02 0.02

30 3IR30W... 3IL30W... 0.022 0.02 0.03




R 0.137P

h

55°

R0.137P

L

X

Y

IC

X

Y

L

IC

X

L

IC

Y

49

V6Standard

SCB

Sintered

ChipbreakerDefined by: B.S.84:956, DIN 59, ISO8/:98


External

Internal

Internal


SCB

Standard (con’t)



3/8” 0.3

28 3IR28W... 3IL28W... 0.023 0.02 0.03

YI3 YE3 AVR ..-3 (LH)

2 3IR2W... 3IL2W... 0.02 0.03 0.03

24 3IR24W... 3IL24W... 0.027 0 .03 0.03

22 3IR22W... 3IL22W... 0.029 0.03 0.04

20 3IR20W... 3IL20W... 0.032 0.03 0.04

9 3IR9W... 3IL9W... 0.034 0.03 0.04

8 3IR8W... 3IL8W... 0.03 0.03 0.04

3IRW... 3ILW... 0.040 0.04 0.04

4 3IR4W... 3IL4W... 0.04 0.04 0.0

2 3IR2W... 3IL2W... 0.04 0.04 0.0

3IRW... 3ILW... 0.08 0.04 0.0

0 3IR0W... 3IL0W... 0.04 0.04 0.0

9 3IR9W... 3IL9W... 0.07 0.0 0.07

8 3IR8W... 3IL8W... 0.080 0.0 0.0

3/8”SCB

0.3

28 3JIR28W... 0.023 0.03 0.03

YI3 - AVR...-3

24 3JIR24W... 0.027 0.03 0.03

20 3JIR20W... 0.032 0.03 0.03

9 3JIR9W... 0.034 0.02 0.02

8 3JIR8W... 0.03 0.03 0.03

3JIRW... 0.040 0.03 0.03

4 3JIR4W... 0.04 0.0 0.0

2 3JIR2W... 0.04 0.0 0.0

3JIRW... 0.08 0.0 0.0

0 3JIR0W... 0.04 0.0 0.0

8 3JIR8W... 0.080 0.0 0.0

3/8”

V0.3

9 3IR9W-C... 0.034 0.07 0.09

YI3-C -AVR..-3

NVRC..-3V

3IRW-C... 0.040 0.0 0.0

4 3IR4W-C... 0.04 0.07 0.2 3IR2W-C... 0.04 0.07 0.0

/2” 0.87

7 4IR7W... 4IL7W... 0.09 0.0 0.09

YI4 YE4 AVR..-4 (LH) 4IRW... 4ILW... 0.07 0.0 0.09

4IRW... 4ILW... 0.28 0.07 0.09

/8” .04. IR4.W... IL4.W... 0.42 0.07 0.0

YI YE AVR..- (LH)4 IR4W... IL4W... 0.0 0.08 0.



IC

L

Y

X

L

X

Y

IC

R 0.137P

h

55°

R 0.137P

L X

Y

T

IC

50

M+ StyleV StyleU StyleDefined by: B.S.84:956, DIN 59, ISO8/:98


External

Internal

Internal




/2”U 0.87

4. 4UEI4.W... 0.42 0.09 0.43

YI4U YE4U AVR..- 4U (LH)4 4UEI4W... 0.0 0.07 0.43

3. 4UEI3.W... 0.83 0.08 0.43

3.2 4UEI3.2W... 0.97 0.08 0.43

/8”U .0

3. UEI3.W... 0.83 0.08 0.4

YIU YEU AVR ..-U (LH)3.2 UEI3.2W... 0.97 0.08 0.4

3 UEI3W... 0.23 0.09 0.4

2.7 UEI2.7W... 0.233 0.09 0.4

M+ Style

Inser t Size Pitch Teeth Ordering Code Dimensions inch Anvil


3/8” 0.3 4 2 3IR4W2M+... 0.04 0.08 0.2 YI3M AVR..-3/2” 0.87 2 4IRW2M+... 0.08 0.09 0.4 YI4M AVR..-4



/8”V .0

4 VIR4W... VIL4W... 0.0 0.04 0.3 0.24

NVR..-V (LH)3 VIR3W... VIL3W... 0.23 0.04 0.7 0.3

2. VIR2.W... VIL2.W... 0.2 0.04 0.20 0.39



Y

L

IC

Y

IC 5.0 L

R 0.137P

h

55°

R 0.137P

F F

5

Defined by: B.S.84:956, DIN 59, ISO8/:98


External

Internal

Internal


Mini-LMini-3


IC mm tpi RH h min Y F inch Toolholder

.0 L

28 LIR28W... 0.023 0.03 0. 0.30

.NVR... -L9 LIR9W... 0.034 0.04 0.7 0.3

4 LIR4W... 0.04 0.04 0.8 0.3



4.0 0.24

2 4.0KIR2W... 0.02 0.02 0.4 0.2

.NVR.020-4.0K

22 4.0KIR22W... 0.029 0.02 0. 0.2

20 4.0KIR20W... 0.032 0.03 0. 0.2

9 4.0KIR9W... 0.034 0.03 0. 0.2

8 4.0KIR8W... 0.03 0.03 0. 0.2

.0 0.39

28 .0IR28W... 0.023 0.03 0.9 0.38

.NVR...-.09 .0IR9W... 0.034 0.04 0.20 0.39

4 .0IR4W... 0.04 0.04 0.2 0.39



R 0.137P

h

55°

R 0.137P

FY

L1

L

d

5

RH-Double Ended

Defined by: B.S.84:956, DIN 59, ISO8/:98

Toler anc e c las s: Medium class A

External

Internal

Internal




Thread d mm tpi RH/LH L1 L F Y h min inch Toolholder

/”-28BSP

4.0

28 4.0SIR28W... 0.3 .97 0.07 0.03 0.023 0.7

SMC..-4.0/4”-2BSF 2 4.0SIR2W... 0.3 .97 0.08 0.03 0.02 0.7

/4”-24BSW 24 4.0SIR24W... 0.3 .97 0.08 0.03 0.027 0.7

/”-28BSP

.0

28 .0SIR28W... 0.3 .97 0.0 0.03 0.023 0.24

SMC..-.0

/”-28BSW 2 .0SIR2W... 0.3 .97 0.0 0.03 0.02 0.24

/”-24BSW 24 .0SIR24W... 0.3 .97 0.0 0.03 0.027 0.24

/”-22BSW 22 .0SIR22W... 0.3 .97 0.0 0.04 0.029 0.24

3/8”-20BSF 20 .0SIR20W... 0.3 .97 0.0 0.04 0.032 0.24

/4”-9BSP 9 .0SIR9W... 0.3 .97 0.0 0.04 0.034 0.24

Left Handed Tool Supplied by Request. (Example: 6.0SIL9W...)



L

X

Y

IC

LX

IC

T

Y

Y

X

L

IC

R0.137P

27.5° 27.5°

90° 1 47'° R0.137P

X

L

IC

Y

53

V6 Slim ThroatSCB

Sintered

Chipbreaker

StandardDefined by: B.S. :985

Toler ance class : Stand ard BSPT

External

Internal

External

BSPT

SCB



/4" 0.43

28 2ER28BSPT... 2EL28BSPT... 0.023 0.02 0.02

- - NL ..-2 (LH)9 2ER9BSPT... 2EL9BSPT... 0.034 0.03 0.0 4

4 2ER4BSPT... 2EL4BSPT... 0.0 4 0.0 4 0.04

3/8” 0.3

28 3ER28BSPT... 3EL28BSPT... 0.023 0.02 0.02

YE3 YI3 AL..-3 (LH)9 3ER9BSPT... 3EL9BSPT... 0.03 4 0.03 0.0 4

4 3ER4BSPT... 3EL4BSPT... 0.0 4 0.0 4 0.0

3ERBSPT... 3ELBSPT... 0.08 0.0 4 0.0

3/8”SCB

0.3

28 3JER28BSPT... 0.023 0.03 0.03

YE3 - AL..-39 3JER9BSPT... 0.034 0.03 0.03

4 3JER4BSPT... 0.04 0.0 0.0

3JERBSPT... 0.08 0.0 0.0

3/8”V

0.39 3ER9BSPT-C... 0.034 0.07 0.09

YE3-C - AL..-34 3ER4BSPT-C... 0.04 0.07 0.



3/8” V 0.3

28 3VER28BSPT... 3VEL28BSPT... 0.023 0.0 4 0.2 0.4

NL..-3V (LH)9 3VER9BSPT.. . 3VEL9BSPT... 0.034 0.04 0. 0 .4

4 3VER4BSPT... 3VEL4BSPT... 0.04 0.0 4 0.09 0.4

3VERBSPT. .. 3VELBSPT. .. 0 .08 0.04 0 .08 0.4



L

X

Y

IC

X

Y

L

IC

R0.137P

27.5° 27.5°

90° 1 47'° R0.137P

X

L

IC

Y

54

V6SCB

Sintered

Chipbreaker

StandardDefined by: B.S. :985

Toler anc e c las s: Stand ard BSPT

External

Internal

Internal

BSPT (con't)

SCB



/4" 0.43

28 2IR28BSPT... 2IL28BSPT... 0.023 0.02 0.02

- - NVR..-2 (LH)9 2IR9BSPT... 2IL9BSPT... 0.034 0.03 0.04

4 2IR4BSPT... 2IL4BSPT... 0.04 0.04 0.04

/4”SCB

0.4328 2JIR28BSPT... 0.023 0.03 0.03

- - NVR..-29 2JIR9BSPT... 0.034 0.03 0.03

3/8” 0.3

28 3IR28BSPT... 3IL28BSPT... 0.023 0.02 0.02

YI3 YE3 AVR..-3 (LH)9 3IR9BSPT... 3IL9BSPT... 0.034 0.03 0.04

4 3IR4BSPT... 3IL4BSPT... 0.04 0.04 0.0

3IRBSPT... 3ILBSPT... 0.08 0.0 4 0.0

3/8”SCB

0.3

28 3JIR28BSPT... 0.023 0.03 0.03

YI3 - AVR..-39 3JIR9BSPT... 0.034 0.03 0.03

4 3JIR4BSPT... 0.04 0.0 0.0

3JIRBSPT... 0.08 0.0 0.0

3/8”V

0.39 3IR9BSPT-C... 0.034 0.07 0.09

YI3-C -AVR..-3NVRC..-3V4 3IR4BSPT-C... 0.04 0.07 0.



Y

L

IC

Y

IC 5.0 L

F F

R0.137P

27.5° 27.5°

90° 1 47'° R0.137P

55

Mini-LMini-3

Defined by: B.S. :985


External

Internal

Internal

BSPT (con't)



4.0 0.24 28 4.0KIR28BSPT... 0.023 0.02 0.4 0.2 .NVR.020-4.0K

.0 0.39

28 .0IR28BSPT... 0.023 0.02 0.9 0.38

.NVR...-.09 .0IR9BSPT... 0.034 0.04 0.20 0.39

4 .0IR4BSPT... 0.04 0.0 0.2 0.39



.0L

28 LIR28BSPT... 0.023 0.02 0. 0.3

.NVR... -L9 LIR9BSPT... 0.034 0.04 0.7 0.3

4 LIR4BSPT... 0.04 0.0 0.8 0.3

Left Handed Tool Supplied by Request. (Example: 6.0IL 4BSPT...)



L

X

Y

IC

LX

IC

T

Y

30°

h

30°

90° 1°47’

Y

X

L

IC

X

L

IC

Y

56

SCB

Sintered

Chipbreaker

Slim ThroatV6StandardDefined by: USAS B.:968

Toler anc e c las s: Stand ard NPT

External

Internal

External

NPT

SCB



/4”V 0 .43

27 2VER27NPT... 2VEL27NPT... 0.02 0.03 0.08 0.3

NL..-2V (LH)8 2VER8NPT... 2VEL8NPT... 0.0 40 0.03 0.07 0.3

4 2VER4NPT... 2VEL4NPT... 0.02 0.03 0.07 0.3

. 2VER.NPT. .. 2VEL.NPT. .. 0 .0 0.03 0.08 0.3

3/8” V 0.3

27 3VER27NPT... 3VEL27NPT... 0.02 0.0 4 0. 0.4

NL..-3V (LH)8 3VER8NPT... 3VEL8NPT... 0.0 40 0.0 4 0.0 0.4

. 3VER.NPT. .. 3VEL. NPT. .. 0 .0 0.04 0.08 0.4



/4" 0.43

27 2ER27NPT... 2EL27NPT... 0.02 0.03 0.03

- - NL..-2 (LH)8 2ER8NPT... 2EL8NPT... 0.040 0.03 0.04

4 2ER4NPT... 2EL4NPT... 0.02 0.03 0.04

3/8” 0.3

27 3ER27NPT... 3EL27NPT... 0.02 0.03 0.03

YE3 YI3 AL..-3 (LH)

8 3ER8NPT... 3EL8NPT... 0.040 0.03 0.04

4 3ER4NPT... 3EL4NPT... 0.02 0.04 0.0

. 3ER.NPT. .. 3EL.NPT. .. 0 .0 0.04 0.0

8 3ER8NPT... 3EL8NPT... 0.09 0.0 0.07

3/8”SCB

0.3

27 3JER27NPT... 0.02 0.02 0.03

YE3 - AL..-3

8 3JER8NPT... 0.040 0.02 0.03

4 3JER4NPT... 0.02 0.04 0.0

. 3JER.NPT... 0.0 0.04 0.0

8 3JER8NPT... 0.09 0.04 0.0

3/8” V 0.3 4 3ER4NPT-C... 0.02 0.07 0.2 YE3-C - AL..-3



IC

L

Y

X

L

X

Y

IC

30°

h

30°

90° 1°47’

57

M+ Style Z+ StyleDefined by: USAS B.:968


External

Internal

External

NPT (con't)

Z+ Style



/2” 0.87. 2 4ER.NPT2Z+... 0.0 0. 0.39

YE4Z AL..-4Z8 2 4ER8NPT2Z+... 0.09 0.3 0.38

M+ Style



3/8” 0.3 4 2 3ER4NPT2M+... 0.02 0.08 0.2 YE3M AL..-3

/2” 0.87 . 2 4ER.NPT2M+... 0.0 0.09 0.3 YE4M AL..-4

/8” .0 . 3 ER.NPT3M+... 0.0 0.4 0.22 YEM AL..-M8 2 ER8NPT2M+... 0.09 0.2 0.9



L

X

Y

IC

L

X

Y

IC

L

IC

Y

X

30°

h

30°

90° 1°47’

X

Y

L

IC

X

L

IC

Y

58

SCB

Sintered

Chipbreaker

Z+ StyleM+ StyleV6StandardDefined by: USAS B.:968


External

Internal

Internal

NPT (con't)

SCB

Z+ Style



/2” 0.87. 2 4IR.NPT2Z+... 0.0 0. 0.39

YI4Z AVR..-4Z8 2 4IR8NPT2Z+... 0.09 0.3 0.38

M+ Style



3/8” 0.3 4 2 3IR4NPT2M+... 0.02 0.08 0.2 YI3M AVR..-3

/2” 0.87 . 2 4IR.NPT2M+... 0.0 0.09 0.3 YI4M AVR..-4

/8” .0 . 3 IR.NPT3M+... 0.0 0.4 0.22

YIM AVR..-M

8 2 IR8NPT2M+... 0.09 0.2 0.9



/4" 0.43

27 2IR27NPT... 2IL27NPT... 0.02 0.03 0.03

- - NVR..-2 (LH)8 2IR8NPT... 2IL8NPT... 0.040 0.03 0.04

4 2IR4NPT... 2IL4NPT... 0.02 0.03 0.04

/4"SCB

0.4327 2JIR27NPT... 0.02 0.02 0.03

- - NVR..-28 2JIR8NPT... 0.040 0.02 0.03

3/8” 0.3

27 3IR27NPT... 3IL27NPT... 0.02 0.03 0.03


8 3IR8NPT... 3IL8NPT... 0.040 0.03 0.04

4 3IR4NPT... 3IL4NPT... 0.02 0.04 0.0

. 3IR.NPT. .. 3IL.NPT. .. 0 .0 0 .04 0 .0

8 3IR8NPT... 3IL8NPT... 0.09 0.0 0.07

3/8”SCB

0.3

27 3JIR27NPT... 0.02 0.02 0.03

YI3 - AVR..-3

8 3JIR8NPT... 0.040 0.02 0.03

4 3JIR4NPT... 0.02 0.04 0.0

. 3JIR.NPT... 0.0 0.04 0.0

8 3JIR8NPT... 0.09 0.04 0.0

3/8”V

0.3 4 3IR4NPT-C... 0.02 0.07 0. YI3-C - AVR..-3NVRC..-3V



Y

L

IC

F F

Y

IC 5.0 L

30°

h

30°

90° 1°47’

59

Defined by: USAS B.:968

Toler ance class : Stand ard NPT

External

Internal

Internal

NPT (con't)

Mini-LMini-3

Mini-LInser t Size Pitch Ordering Code Dimensions inch Min. Bore dia.


.0L

27 LIR27NPT... 0.02 0.03 0.8

0.3 .NVR...-L8 LIR8NPT... 0.040 0.04 0.8

4 LIR4NPT... 0.02 0.04 0.8



4.0 0.24 27 4.0KIR27NPT... 0.02 0.02 0. 0.2 .NVR.020-4.0K

.0 0.39

27 .0IR27NPT... 0.02 0.03 0.2

0.39 .NVR..-.08 .0IR8NPT... 0.040 0.04 0.2

4 .0IR4NPT... 0.02 0.04 0.2

Left Handed Tool Supplied by Request. (Example: 4.0KIL 7NPT...)



FY

L1

L

d

30°

h

30°

90° 1°47’

60

RH-Double Ended



External

Internal

Internal

NPT




/”-27NPT .0

27 .0SIR27NPT... 0.3 .97 0.0 0.04 0.02 0.23SMC..-.0

/4”-8NPT 8 .0SIR8NPT... 0.3 .97 0.0 0.03 0.040 0.24

Left Handed Tool Supplied by Request. (Example: 6.0SILNPT...)



L

X

Y

IC

L

X

Y

IC

30°

h

30°

90° 1°47’

X

L

IC

Y

6

SCB

Sintered

ChipbreakerM+ StyleStandardDefined by: ANSI B.0.3-976

Toler ance class : Cla ss

External

Internal

External

NPTF

SCB

M+ Style



3/8” 0.3 4 2 3ER4NPTF2M+... 0.03 0.08 0.2 YE3M AL...-3



/4” 0.43

27 2ER27NPTF... 2EL27NPTF... 0.02 0.03 0.03

- - NL..-2 (LH)8 2ER8NPTF... 2EL8NPTF... 0.039 0.03 0.0 4

4 2ER4NPTF... 2EL4NPTF... 0.03 0.03 0.0 4

3/8” 0.3

27 3ER 27NPTF... 3EL27NPTF... 0.02 0.03 0.03

YE3 YI3 AL..-3 (LH)

8 3ER8NPTF... 3EL8NPTF... 0.039 0.03 0.0 4

4 3ER4NPTF... 3EL4NPTF... 0.03 0.0 4 0.0

. 3ER.NPTF. .. 3EL.NPTF. .. 0 .04 0.04 0.0

8 3ER8NPTF... 3EL8NPTF... 0.094 0.0 0.07

3/8”SCB

0.3

27 3JER27NPTF... 0.02 0.03 0.03

YE3 - AL..-3

8 3JER8NPTF... 0.039 0.02 0.03

4 3JER4NPTF... 0.03 0.04 0.0

. 3JER.NPTF... 0.04 0.04 0.0

8 3JER8NPTF 0.094 0.04 0.0



L

X

Y

IC

30°

h

30°

90° 1°47’

L

X

Y

IC

X

L

IC

Y

6

SCB

Sintered

Chipbreaker

M+ StyleStandardDefined by: ANSI B.0.3-976

Toler anc e c las s: Cla ss

External

Internal

Internal

NPTF (con't)

SCB

M+ Style



3/8” 0.3 4 2 3IR4NPTF2M+... 0.03 0.08 0.2 YI3M AVR..-3



/4” 0.43

27 2IR27NPTF... 2IL27NPTF... 0.02 0.03 0.03

- - NVR..-2 (LH)8 2IR8NPTF... 2IL8NPTF... 0.039 0.03 0.0 4

4 2IR4NPTF... 2IL4NPTF... 0.03 0.03 0.04

/4”SCB

0.4327 2JIR27NPTF... 0.02 0.03 0.03

- - NVR..-28 2JIR8NPTF... 0.039 0.02 0.03

3/8” 0.3

27 3IR27NPTF... 3IL27NPTF... 0.02 0.03 0.03


8 3IR8NPTF... 3IL8NPTF... 0.039 0.03 0.04

4 3IR4NPTF... 3IL4NPTF... 0.03 0.04 0.0

. 3IR.NPTF. .. 3IL.NPTF. .. 0 .04 0.04 0.0

8 3IR8NPTF... 3IL8NPTF... 0.094 0.0 0.07

3/8”SCB

0.3

27 3JIR27NPTF... 0.02 0.03 0.03

YI3 - AVR..-3

8 3JIR8NPTF... 0.039 0.02 0.03

4 3JIR4NPTF... 0.03 0.04 0.0

. 3JIR.NPTF... 0.04 0.04 0.0

8 3JIR8NPTF... 0.094 0.04 0.0



Y

L

IC

Y

IC 5.0 L

30°

h

30°

90°1°47’

F F

30°

h

30°

90°1°47’

FY

L1

L

d

63

RH-Double Ended

Defined by: ANSI B.0.3-976


External

Internal

Internal

NPTF

Mini-LMini-3Defined by: ANSI B.0.3-976


External

Internal

Internal

NPTF (con't)



Thread d mm tpi RH/LH L1 L F Y h min inch Toolholder

/”-27NPTF.0

27 .0SIR27NPTF... 0.3 .97 0.0 0.03 0.020.24 SMC..-.0

/4”-8NPTF 8 .0SIR8NPTF... 0.3 .97 0.0 0.04 0.039

Left Handed Tool Supplied by Request. (Example: 6.0SILNPTF...)



.0L

27 LIR27NPTF... 0.02 0.03 0.8

0.3 .NVR...-L8 LIR8NPTF... 0.039 0.04 0.8

4 LIR4NPTF... 0.03 0.04 0.8



4.0 0.24 27 4.0KIR27NPTF... 0.02 0.02 0.4 0.2 .NVR.020-4.0K

.0 0.39

27 .0IR27NPTF... 0.02 0.03 0.2

0.39 .NVR..-.08 .0IR8NPTF... 0.039 0.04 0.2

4 .0IR4NPTF... 0.03 0.04 0.2



30° 30°

L

X

Y

IC

L

X

Y

IC

h

64

Internal - StandardExternal - StandardDefined by: USA NBS H8 (957)

Toler anc e c las s: Stand ard NPS

External

Internal

External / Internal

NPS

Internal



3/8” 0.3

24 3IR24NPS... 3IL24NPS... 0.03 0.03 0.03


4 3IR4NPS... 3IL4NPS... 0.02 0.04 0.0

2 3IR2NPS... 3IL2NPS... 0.04 0.04 0.0

. 3IR.NPS. .. 3IL.NPS. .. 0 .07 0 .04 0 .0

9 3IR9NPS... 3IL9NPS... 0.087 0.0 0.0

/2” 0.87

8 4IR8NPS... 4IL8NPS... 0.097 0.0 0.07

YI4 YE4 AVR..-4 (LH)7 4IR7NPS... 4IL7NPS... 0. 0.0 0.09

4IRNPS... 4ILNPS... 0.30 0.0 0.09

/8” .0 IRNPS... ILNPS... 0.7 0.07 0. YI YE AVR..- (LH)

External



3/8” 0.3

24 3ER24NPS... 3EL24NPS... 0.03 0.03 0.03

YE3 YI3 AL..-3 (LH)

3ERNPS... 3ELNPS... 0.048 0.03 0.04

4 3ER4NPS... 3EL4NPS... 0.02 0.04 0.0

2 3ER2NPS... 3EL2NPS... 0.04 0.04 0.0

. 3ER.NPS.. . 3EL.NPS.. . 0 .07 0.04 0.0

9 3ER9NPS... 3EL9NPS... 0.087 0.0 0.0

/2” 0.87

8 4ER8NPS... 4EL8NPS... 0.097 0.0 0.07

YE4 YI4 AL..-4 (LH)7 4ER7NPS... 4EL7NPS... 0. 0.0 0.09

4ERNPS... 4ELNPS... 0.30 0.0 0.09

/8” .0 ERNPS... ELNPS... 0.7 0.07 0. YE YI AL..- (LH)



L

X

Y

ICR0.23851P

R0.22104P30°

h

h

L

X

Y

ICR0.23851P

R0.22104P30°

h

h

65

Defined by: DIN 405

Toler anc e c las s: 7h/ 7H

External

Internal

Internal

Standard

Defined by: DIN 405

Toler anc e c las s: 7h/ 7H

External

Internal

External

Round (DIN 405)

Standard



3/8” 0.3

0 3IR0RD... 3IL0RD... 0.00 0.04 0.0

YI3 YE3 AVR..-3 (LH)8 3IR8RD... 3IL8RD... 0.03 0.0 0.0 3IRRD... 3ILRD... 0.083 0.0 0.0

/2” 0.87 4IRRD... 4ILRD... 0.083 0.0 0.07

YI4 YE4 AVR..-4 (LH)4 4IR4RD... 4IL4RD... 0.2 0.09 0.09

/8” .0 4 IR4RD... IL4RD... 0.2 0.09 0.09 YI YE AVR..- (LH)



3/8” 0.3

0 3ER0RD... 3EL0RD... 0.00 0.04 0.0

YE3 YI3 AL..-3 (LH)8 3ER8RD... 3EL8RD... 0.03 0.0 0.0

3ERRD... 3ELRD... 0.083 0.0 0.07

/2” 0.87 4ERRD... 4ELRD... 0.083 0.0 0.07

YE4 YI4 AL..-4 (LH)4 4ER4RD... 4EL4RD... 0.2 0.09 0.09

/8” .0 4 ER4RD... EL4RD... 0.2 0.09 0.09 YE YI AL..- (LH)



L

X

Y

IC IC

L

Y

X

R0.23851P

R0.22104P

R0.22104P30°

h

h

L

X

Y

IC IC

L

Y

X

R0.23851P

R0.22104P

R0.22104P30°

h

h

66

U StyleStandardDefined by: DIN 0400

Toler anc e c las s: Stand ard

External

Internal

Internal

Round (DIN 20400)


Toler ance class : Stand ard

External

Internal

External

Round (DIN 20400)



/8”U .0 8.0 UEI8.0RD20400... 0.73 0. 0.3 YIU YEU AVR..-U (LH)



/2” 0.87

3.0 4IR3.0RD20400... 4IL3.0RD20400... 0.0 0.0 0.07

YI4 YE4 AVR..-4 (LH)4.0 4IR4.0RD20400... 4IL4.0RD20400... 0.087 0.0 0.09

.0 4IR.0RD20400... 4IL.0RD20400... 0.08 0.0 0.07

.0 4IR.0RD20400... 4IL.0RD20400... 0.30 0.07 0.08



/8”U .0 8.0 UEI8.0RD20400... 0.73 0. 0.3 YEU YIU AL..-U (LH)



/2” 0.87

3.0 4ER3.0RD20400...4EL3.0RD20400.. . 0.0 0.0 0.07

YE4 YI4 AL..-4 (LH)4.0 4ER4.0RD20400... 4EL4.0RD20400... 0.087 0.0 0.09

.0 4ER.0RD20400...4EL.0RD20400.. . 0.08 0.0 0.07

.0 4ER.0RD20400...4EL.0RD20400... 0.3 0.07 0.08



L X

IC

Y

T

L

X

Y

IC IC

L

Y

X

30°

h

67

V StyleU StyleStandardDefined by: DIN 03

Toler anc e c las s: 7e/ 7H

External

Internal

External

Trapez



/8”V .0

.0 VER.0TR... VEL.0TR... 0.38 0.04 0.3 0.24

NL..-V- (LH)7.0 VER7.0TR... VEL7.0TR... 0.7 0.04 0.3 0.24

8.0 VER8.0TR... VEL8.0TR... 0.77 0.04 0.3 0.24

9.0 VER9.0TR... VEL9.0TR... 0.97 0.04 0.7 0.3NL..-V-8 (LH)

0.0 VER0.0TR ... VEL0.0TR ... 0. 27 0.0 4 0.7 0.32.0 VER2.0TR ... VEL2.0T R... 0.2 0.0 4 0.20 0.39 NL..-V-0 (LH)



/2”U 0.87

.0 4UE.0TR... 0.38 0.08 0.43

YE4U Y I4U AL ..-4U (LH)7.0 4UE7.0TR... 0.7 0.09 0.43

8.0 4UE8.0TR... 0.77 0.0 0.43

/8”U .0 8.0 UE8.0TR... 0.77 0.0 0.4

YEU Y IU AL. .-U (LH)9.0 UE9.0TR... 0.97 0.2 0.4



/4” 0.43 . 2ER.TR... 2EL.TR... 0.03 0.03 0.04 - - NL..-2 (LH)

3/8” 0.3

. 3ER.TR... 3EL.TR... 0.03 0.04 0.04

YE3 YI3 AL..-3 (LH)

2.0 3ER2.0TR... 3EL2.0TR... 0.049 0.04 0.0

2. 3ER2.TR... 3EL2.TR... 0.0 0.0 0.0

3.0 3ER3.0TR... 3EL3.0TR... 0.09 0.0 0.0

/2” 0.87

4.0 4ER4.0TR... 4EL4.0TR... 0.089 0.07 0.07

YE4 YI4 AL..-4 (LH).0 4ER.0TR... 4EL.0TR... 0.08 0.08 0.0

.0 4ER.0TR... 4EL.0TR... 0.38 0.09 0.

/8” .0 .0 ER.0TR... EL.0TR... 0.38 0.09 0. YE YI AL..- (LH)



L

X

Y

IC

30°

h

IC

L

Y

X

68



External

Internal

Internal

Trapez (con't)

Coarse Pitch

Thread Insert Size Ordering Code Dimensions inch Min. Bore dia.

IC L inch RH h min X Y Toolholder inch

TR8x4 3/8”U 0.3 3UIR4.0TR ...8/03 0.089 0.08 0.3 NVRC04 4-3U 7/020 0.

TR20x4 3/8” 0.3 3IR4.0TR ...8/02 0.089 0.0 0.07 NVRC00-3 7/00 0.3

TR22x

3/8”U 0.3

3UIR.0TR. ..8/0 0.08 0.0 0.3 NVRC0-3U 7/08 0.7

TR24x 3UIR.0TR ...8/0 0.08 0.0 0.3 NVRC09-3U 7/09 0.7

TR2x 3UIR.0TR ...8/0 0.08 0.0 0.3 NVRC09-3U 7/09 0.83

TR28x /2” 0.87 4IR.0TR ... 0.08 0.09 0. NVRC07-4 7/008 0.9

TR30x /2”U 0.87 4UIR.0TR...8/007 0.38 0.08 0.43 NVRC07-4U 7/0 0.94

TR3x /8” .0 IR.0TR ... 0.38 0.09 0. NVRC00- 7/02 .8

TR38x7

/2”U 0.87

4UIR7.0TR. ..8/008 0.7 0.09 0.43 NVRC00-4U 7/03 .22

TR40x7 4UIR7.0TR...8/008 0.7 0.09 0.43 NVRC00-4U 7/03 .30

TR42x7 4UIR7.0TR...8/008 0.7 0.09 0.43 NVRC2-4U 7/04 .38

TR44x7 4UIR7.0TR...8/008 0.7 0.09 0.43 NVRC2-4U 7/04 .4

TR4x8

/8”U .0

UIR8.0TR. ..8/00 0.77 0.0 0.3 NVRC2-U 7/0 .0

TR48x8 UIR8.0TR ...8/00 0.77 0.0 0.3 NVRC2-U 7/0 .7

TR0x8 UIR8.0TR ...8/00 0.77 0.0 0.3 NVRC2-U 7/0 .

TR2x8 UIR8.0TR ...8/00 0.77 0.0 0.3 NVRC2-U 7/0 .73

Left Handed Tool Supplied by Request.

U Type Inserts Can be Used for LH Applications with LH toolholders.



/4” 0.43 . 2IR.TR... 2IL.TR... 0.03 0.03 0.04 - - NVR 8-2 (LH)

3/8” 0.3

. 3IR.TR... 3IL.TR... 0.03 0.04 0.04


2.0 3IR2.0TR... 3IL2.0TR... 0.049 0.04 0.0

2. 3IR2.TR... 3IL2.TR... 0.00 0.0 0.0

3.0 3IR3.0TR... 3IL3.0TR... 0.09 0.0 0.0

/2” 0.87

4.0 4IR4.0TR... 4IL4.0TR... 0.089 0.07 0.07

YI4 YE4 AVR..-4 (LH).0 4IR.0TR... 4IL.0TR... 0.08 0.08 0.0

.0 4IR.0TR... 4IL.0TR... 0.38 0.09 0.

/8” .0 .0 IR.0TR... IL.0TR... 0.38 0.09 0. YI YE AVR..- (LH)



IC

L

Y

X

LX

IC

Y

T

30°

h

Y

IC 5.0 L

Y

L

IC 6.0

30°

h

F F

69

Mini-LMini-3

U Style V Style

Defined by: DIN 03


Defined by: DIN 03


External

External

Internal

Internal

Internal

Internal

Trapez (con't)



.0L. LIR.TR... 0.033 0.03 0.8 0.3

.NVR... -L2.0 LIR2.0TR... 0.049 0.0 0.8 0.3

Left Handed Tool Supplied by Request. (Example: 6.0IL.0TR...)


IC L inch mm RH h min Y F inch Toolholder

.0 0.39. .0IR.TR... 0.033 0.03 0.2 0.39

.NVR...-.02.0 .0IR2.0TR... 0.049 0.0 0.2 0.39



/8”V .0

.0 VIR.0TR... VIL.0TR... 0.38 0.04 0.3 0.24

NVR..-V (LH)

7.0 VIR7.0TR... VIL7.0TR... 0.7 0.04 0.3 0.24

8.0 VIR8.0TR... VIL8.0TR... 0.77 0.04 0.3 0.24

9.0 VIR9.0TR... VIL9.0TR... 0.97 0.04 0.7 0.3

0.0 VIR0.0TR... VIL0.0TR... 0.27 0.04 0.7 0.3

2.0 VIR2.0TR... VIL2.0TR... 0.2 0.04 0.20 0.39



/2”U 0.87

.0 4UI.0TR... 0.38 0.08 0.43

YI4U YE4U AVR..- 4U (LH)7.0 4UI7.0TR... 0.7 0.09 0.43

8.0 4UI8.0TR... 0.77 0.0 0.43

/8”U .0 8.0 UI8.0TR... 0.77 0.0 0.4 YIU YEU AVR ..-U (LH)9.0 UI9.0TR... 0.97 0.2 0.4



IC

L

Y

X

L

X

Y

IC

L X

IC

Y

T

29°

h

70

V StyleU StyleStandardDefined by: ANSI B.5:988

Toler anc e c las s: 3G

External

Internal

External

American ACME



/8”V .0

4 VER4ACME... VEL4ACME... 0.3 0.04 0.3 0.24

NL..-V- (LH)3. VER3.ACME... VEL3.ACME... 0.2 0.0 4 0.3 0.24

3 VER3ACME... VEL3ACME... 0.77 0.04 0.3 0.242 VER2ACME... VEL2ACME... 0.2 0.04 0.20 0.39 NL..-V-0 (LH)

U Style

Insert Size Pitch Ordering Code Dimensions inch AnvilIC L inch tpi RH+LH h min X Y RH LH Toolholder

/2”U 0.873 4UE3ACME... 0.77 0.2 0.43

YE4U YI4U AL..-4U (LH)4 4UE4ACME... 0.3 0.09 0.43

/8”U .0 3 UE3ACME... 0.77 0.2 0.4 YEU YIU AL..-U (LH)



/4" 0.43 2ERACME... 2ELACME... 0.03 0.04 0.04 - - NL..-2 (LH)

3/8” 0.3

3ERACME... 3ELACME... 0.03 0.0 4 0.0 4

YE3 YI3AL..-3 (LH)

4 3ER4ACME... 3EL4ACME... 0.0 4 0.04 0.0

2 3ER2ACME... 3EL2ACME... 0.0 47 0.04 0.0

0 3ER0ACME... 3EL0ACME... 0.0 0 0.0 0.0

8 3ER8ACME... 3EL8ACME... 0.072 0.0 0.0

7 3ER7ACME... 3EL7ACME... 0.082 0.07 0.09

3ERACME... 3ELACME... 0.093 0.07 0.07 YE3AC YI3AC

/2” 0. 87

7 4ER7ACME... 4EL7ACME... 0.082 0.07 0.09

YE4 YI4 AL..-4 (LH) 4ERACME... 4ELACME... 0.093 0.07 0.08

4ERACME... 4ELACME... 0.0 0.08 0.09

/8” .0 4 ER4ACME... EL4ACME... 0.3 0.09 0. YE YI AL..- (LH)



IC

L

Y

X

L

X

Y

IC

29°

h

7

U StyleStandardDefined by: ANSI B.5:988


External

Internal

Internal

American ACME (con't)



/2”U 0.874 4UI4ACME... 0.3 0.09 0.43

YI4U YE4U AVR..-4U (LH)3 4UI3ACME... 0.77 0. 0.43

/8”U .0 3 UI3ACME... 0.77 0. 0.4 YIU YEU AVR..-U(LH)

Coarse Pitch

Thread Insert Size Ordering Code Dimensions inch Anvil Min. Bore dia.

tpi IC L inch RH h min X Y RH Toolholder inch

/2”x0 .0U 0 .0UIR0ACME. ..8/00 0.00 0.04 0.20 - NVRC 032-.0U 7/003 0.40

/8”x8 /4”U 2UIR8ACME...8/0 0 0.072 0.0 4 0.22 - NVRC 039 -2U 7/0 04 0.0

3/4”x3/8”

3IRACME... 0.093 0.07 0.07 - NVRC 044-3 7/00 0.8

7/8”x 3IRACME... 0.093 0.07 0.07 - NVRC 00-3 7/00 0.73

”x

/2” 22

4IRACME... 0.0 0.08 0.09 - NVRC 07-4 7/007 0.80

/8”x 4IRACME... 0.0 0.08 0.09 - NVRC 07-4 7/008 0.94

/4”x 4IRACME... 0.0 0.08 0.09 - NVRC 07-4 7/009 .07

/2”x4/8” 27

IR4ACME... 0.3 0.09 0.0 - NVRC 0- 7/00 .27

3/4”x4 IR4ACME... 0.3 0.09 0.0 YI-P AVRC 2- .3

Left Handed Tool Supplied by Request.



/4" 0.43 2IRACME... 2ILACME... 0.03 0.04 0.04 - - NVR..-2 (LH)

3/8” 0.3

3IRACME... 3ILACME... 0.03 0.0 4 0.0 4

YI3 YE3AVR..-3 (LH)

4 3IR4ACME... 3IL4ACME... 0.0 4 0.0 4 0.0

2 3IR2ACME... 3IL2ACME... 0.0 47 0.0 0.0

0 3IR0ACME... 3IL0ACME... 0.00 0.0 0.0

8 3IR8ACME... 3IL8ACME... 0.072 0.0 0.0

3IRACME... 3ILACME... 0.093 0.07 0.07 YI3AC YE3AC

/2” 0.87 4IRACME... 4ILACME... 0.093 0.07 0.08

YI4 YE4 AVR..-4 (LH) 4IRACME... 4ILACME... 0.0 0.08 0.09

/8” .0 4 IR4ACME... IL4ACME... 0.3 0.09 0.0 YI YE AVR..- (LH)



LX

IC

Y

T

29°

h

Y

IC 5.0 L

29°

h

Y

L

IC 6.0

F F

7

Mini-LMini-3Defined by: ANSI B.5:988


External

Internal

Internal

V StyleDefined by: ANSI B.5:988


External

Internal

Internal

American ACME (con't)

Mini-LInser t Size Pitch Ordering Code Dimensions inch Min. Bore dia.


.0L 2 LIR2ACME... 0.047 0.04 0.7 0.3 .NVR... -L

Left Handed Tool Supplied by Request. (Example: 6.0ILACME...)



.0 0.39 2 .0IR2ACME... 0.047 0.04 0.20 0.39 .NVR...-.0



/8”V .0

4 VIR4ACME... VIL4ACME... 0.3 0.04 0.3 0.24

NVR..-V (LH)3. VIR3.ACME... VIL3.ACME... 0.2 0.04 0.3 0.24

3 VIR3ACME... VIL3ACME... 0.77 0.04 0.3 0.24

2 VIR2ACME... VIL2ACME... 0.20 0.04 0.20 0.39



L

X

Y

IC IC

L

Y

X

L X

IC

Y

T

h

29°

73

Standard U Style V StyleDefined by: ANSI B.8:988

Toler anc e c las s: G

External

Internal

External

Stub ACME



/8”V .0

4 VER4STACME... VEL4STACME... 0.08 0 .04 0 .3 0.24NL..-V- (LH)

3 VER3STACME... VEL3STACME... 0.0 0 .04 0 .3 0.24

2 VER2STACME... VEL2STACME... 0.0 0 .04 0 .7 0.3 NL..-V-8 (LH)

U Style



/2” U 0.874 4UE4STACME... 0.08 2. .0

YE4U YI4U AL..-4U (LH)3 4UE3STACME... 0.0 3.4 .0



/4" 0.43 2ERSTACME... 2ELSTACME... 0.024 0.04 0.04 - - NL..-2 (LH)

3/8” 0.3

3ERSTACME.. . 3ELSTACME. .. 0 .024 0.04 0.04

YE3 YI3 AL..-3 (LH)

4 3ER4STACME... 3EL4STACME... 0.02 0.04 0.04

2 3ER2STACME... 3EL2STACME... 0.030 0.0 0.0

0 3ER0STACME.. . 3EL0STACME.. . 0 .040 0.0 0.0

8 3ER8STACME. .. 3EL8STACME. .. 0.048 0.0 0.0

3ERSTACME. .. 3ELSTACME... 0.00 0.07 0.07

/2” 0.87

4ERSTACME.. . 4ELSTACME.. . 0.00 0.07 0.07

YE4 YI4 AL..-4 (LH) 4ERSTACME. .. 4ELSTACME... 0.070 0.08 0.09

4 4ER4STACME.. . 4EL4STACME.. . 0 .08 0.09 0 .09

/8” .04 ER4STACME. .. EL4STACME... 0 .08 0.09 0 .09

YE YI AL..- (LH)3 ER3STACME.. . EL3STACME... 0 .0 0. 0 .



L

X

Y

IC IC

L

Y

X

LX

IC

Y

T

h

29°

74

Standard V StyleU StyleDefined by: ANSI B.8:988


External

Internal

Internal

Stub ACME (con't)



/8” V .0

4 VIR4STACME... VIL4STACME... 0.08 0.04 0.3 0.24

NVR..-V (LH)3 VIR3STACME... V IL3S TACME... 0.0 0.0 4 0.3 0.24

2 VIR2STACME... VIL2STACME... 0.0 0.04 0.7 0.3



/2”U 0. 874 4UI4STACME... 0.08 0.0 0.43

YI4U YE4U AVR..-4U (LH)3 4UI3STACME... 0.0 0.3 0.43



/4" 0.43 2IRSTACME... 2ILSTACME... 0.024 0.04 0.04 - - NVR..-2 (LH)

3/8” 0.3

3IRSTACME.. . 3ILSTACME.. . 0 .024 0.04 0.04


4 3IR4STACME.. . 3IL4STACME.. . 0 .02 0.04 0.04

2 3IR2STACME.. . 3IL2STACME.. . 0 .030 0.04 0.0

0 3IR0STACME.. . 3IL0STACME. .. 0 .040 0.0 0.0

8 3IR8STACME... 3IL8STACME... 0.04 8 0.0 0.0

3IRSTACME.. . 3ILSTACME. .. 0 .00 0.07 0 .07

/2” 0.87

4IRSTACME. .. 4 ILSTACME.. . 0 .00 0.07 0 .07

YI4 YE4 AVR..-4 (LH) 4IRSTACME... 4IL STACME... 0.070 0.08 0.09

4 4IR4S TACME... 4IL4S TACME... 0.08 0.09 0.09

/8” .04 IR4STACME. .. IL4STACME. .. 0 .08 0.09 0 .09

YI YE AVR..- (LH)3 IR3STACME.. . IL3STACME... 0 .0 0. 0 .



Y

IC 5.0 L

Y

L

IC 6.0

h

29°

F F

75

Mini-3 Mini-LDefined by: ANSI B.8:988


External

Internal

Internal

Stub ACME (con't)

Mini-LInsert Size Pitch Order ing Code Dimensions inch Min. Bore dia.


.0L 2 LIR2STACME... 0.03 0.0 0.7 0.3 .NVR... -L

Left Handed Tool Supplied by Request. (Example: 6.0ILSTACME...)



.0 0.39 2 .0IR2STACME... 0.03 0.0 0.20 0.39 .NVR..-.0



L

X

Y

IC

R

0.18042PR

0.15011P

5/16P

h

60°

max

min

76

StandardDefined by: MIL-S-8879C

Toler anc e c las s: 3A/ 3B

External

Internal

External

UNJ - UNJC, UNJF, UNJEF, UNJS



/4" 0.43

48 2ER48UNJ... 2EL48UNJ... 0.02 0.02 0.02

- - NL..-2 (LH)

4 4 2ER44UNJ... 2EL4 4UNJ... 0.03 0.02 0.02

40 2ER40UNJ... 2EL40UNJ... 0.0 0.02 0.02

3 2ER3UNJ... 2EL3UNJ... 0.0 0.02 0.02

32 2ER32UNJ... 2EL32UNJ... 0.08 0.02 0.03

28 2ER28UNJ... 2EL28UNJ... 0.020 0.03 0.03

24 2ER24UNJ... 2EL24UNJ... 0.024 0.03 0.03

20 2ER20UNJ... 2EL20UNJ... 0.029 0.03 0.04

8 2ER8UNJ... 2EL8UNJ... 0.032 0.03 0.04

2ERUNJ... 2ELUNJ... 0.03 0.04 0.04

4 2ER4UNJ... 2EL4UNJ... 0.04 0.04 0.0

3/8” 0.3

48 3ER48UNJ... 3EL48UNJ... 0.02 0.02 0.02

YE3 YI3 AL..-3 (LH)

4 4 3ER44UNJ... 3EL4 4UNJ... 0.03 0.02 0.02

40 3ER40UNJ... 3EL40UNJ... 0.0 0.02 0.02

3 3ER3UNJ... 3EL3UNJ... 0.0 0.02 0.02

32 3ER32UNJ... 3EL32UNJ... 0.08 0.02 0.03

28 3ER28UNJ... 3EL28UNJ... 0.020 0.03 0.03

24 3ER24UNJ... 3EL24UNJ... 0.024 0.03 0.03

20 3ER20UNJ... 3EL20UNJ... 0.029 0.03 0.04

8 3ER8UNJ... 3EL8UNJ... 0.032 0.03 0.04

3ERUNJ... 3ELUNJ... 0.03 0.04 0.04

4 3ER4UNJ... 3EL4UNJ... 0.04 0.04 0.0

3 3ER3UNJ... 3EL3UNJ... 0.04 4 0.04 0.0

2 3ER2UNJ... 3EL2UNJ... 0.048 0.04 0.0

3ERUNJ... 3ELUNJ... 0.02 0.0 0.0

0 3ER0UNJ... 3EL0UNJ... 0.08 0.0 0.0

9 3ER9UNJ... 3EL9UNJ... 0.04 0.0 0.07

8 3ER8UNJ... 3EL8UNJ... 0.072 0.0 0.0Continued on next page



IC

L

Y

X

L

X

Y

IC0.18042PR

R 0.15011P

5/16P

h

60°

max

min

X

L

IC

Y

77

Defined by: MIL-S-8879C

Toler ance class : 3A/ 3B

External

Internal

External

UNJ - UNJC, UNJF, UNJEF, UNJS (con't)

U Style

SCB

Sintered

Chipbreaker

Standard

SCB



/2” U 0.874. 4UE4.UNJ... 0.28 0.08 0.43

YE4U YI4U AL..-4U (LH)4 4UE4UNJ... 0.44 0.09 0.43

Standard (con’t)



3/8”SCB

0.3

3 3JER3UNJ... 0.0 0.0 0.02

YE3 - AL..-3

32 3JER32UNJ... 0.08 0.0 0.02

28 3JER28UNJ... 0.020 0.03 0.03

24 3JER24UNJ... 0.024 0.03 0.03

20 3JER20UNJ... 0.029 0.03 0.03

8 3JER8UNJ... 0.032 0.03 0.03

3JERUNJ... 0.03 0.03 0.03

4 3JER4UNJ... 0.04 0.0 0.0

2 3JER2UNJ... 0.048 0.0 0.0

0 3JER0UNJ... 0.08 0.0 0.0

8 3JER8UNJ... 0.072 0.0 0.0

/2” 0.87

7 4ER7UNJ... 4EL7UNJ... 0.082 0.07 0.09

YE4 YI4 AL..-4 (LH) 4ERUNJ... 4ELUNJ... 0.09 0.07 0.09

4ERUNJ... 4ELUNJ... 0. 0.07 0.0

/8” .0

4. ER4.UNJ... EL4.UNJ... 0.28 0.08 0.

YE YI AL..- (LH)4 ER4UNJ... EL4UNJ... 0.44 0.09 0.2



R

0.18042PR

0.15011P

5/16P

h

60°

max

min

L

X

Y

IC

X

L

IC

Y

78



External

Internal

Internal


SCB

Sintered

Chipbreaker

Standard

SCB



/4" 0.43

48 2IR48UNJ... 2IL48UNJ... 0.0 0.02 0.02

- - NVR..-2 (LH)

44 2IR44UNJ... 2IL44UNJ... 0.02 0.02 0.02

40 2IR40UNJ... 2IL40UNJ... 0.03 0.02 0.02

3 2IR3UNJ... 2IL3UNJ... 0.0 0.02 0.02

32 2IR32UNJ... 2IL32UNJ... 0.07 0.02 0.03

28 2IR28UNJ... 2IL28UNJ... 0.09 0.03 0.03

24 2IR24UNJ... 2IL24UNJ... 0.022 0.03 0.03

20 2IR20UNJ... 2IL20UNJ... 0.02 0.03 0.04

8 2IR8UNJ... 2IL8UNJ... 0.029 0.03 0.04

2IRUNJ... 2ILUNJ... 0.033 0.04 0.04

4 2IR4UNJ... 2IL4UNJ... 0.037 0.04 0.0

/4”

SCB 0.43

3 2JIR3UNJ... 0.0 0.04 0.02

- - NVR..-2

32 2JIR32UNJ... 0.07 0.0 0.02

28 2JIR28UNJ... 0.09 0.02 0.03

24 2JIR24UNJ... 0.022 0.02 0.03

20 2JIR20UNJ... 0.02 0.02 0.03

8 2JIR8UNJ... 0.029 0.02 0.03

2JIRUNJ... 0.033 0.02 0.03

4 2JIR4UNJ... 0.037 0.02 0.03

Continued on next page



R

0.18042PR

0.15011P

5/16P

h

60°

max

min

L

X

Y

IC

X

L

IC

Y

79



External

Internal

Internal


SCB

Sintered

Chipbreaker

Standard

SCB

Standard (con’t)



3/8” 0.3

48 3IR48UNJ... 3IL48UNJ... 0.0 0.02 0.02


44 3IR44UNJ... 3IL44UNJ... 0.02 0.02 0.02

40 3IR40UNJ... 3IL40UNJ... 0.03 0.02 0.02

3 3IR3UNJ... 3IL3UNJ... 0.0 0.02 0.02

32 3IR32UNJ... 3IL32UNJ... 0.07 0.02 0.03

28 3IR28UNJ... 3IL28UNJ... 0.09 0.03 0.03

24 3IR24UNJ... 3IL24UNJ... 0.022 0.03 0.03

20 3IR20UNJ... 3IL20UNJ... 0.02 0.03 0.04

8 3IR8UNJ... 3IL8UNJ... 0.029 0.03 0.04

3IRUNJ... 3ILUNJ... 0.033 0.04 0.04

4 3IR4UNJ... 3IL4UNJ... 0.037 0.04 0.0

3 3IR3UNJ... 3IL3UNJ... 0.040 0.04 0.0

2 3IR2UNJ... 3IL2UNJ... 0.044 0.04 0.0

3IRUNJ... 3ILUNJ... 0.048 0.0 0.0

0 3IR0UNJ... 3IL0UNJ... 0.02 0.0 0.0

9 3IR9UNJ... 3IL9UNJ... 0.08 0.0 0.07

8 3IR8UNJ... 3IL8UNJ... 0.0 0.0 0.0

28 3JIR28UNJ... 0.09 0.02 0.03

YI3 - AVR..-3

24 3JIR24UNJ... 0.022 0.02 0.03

20 3JIR20UNJ... 0.02 0.02 0.03

3/8”SCB

0.3

8 3JIR8UNJ... 0.029 0.02 0.03

3JIRUNJ... 0.033 0.02 0.03

4 3JIR4UNJ... 0.037 0.04 0.0

2 3JIR2UNJ... 0.044 0.04 0.0

0 3JIR0UNJ... 0.02 0.04 0.0

8 3JIR8UNJ... 0.0 0.04 0.0

/2” 0.87

7 4IR7UNJ... 4IL7UNJ... 0.07 0.07 0.09

YI4 YE4 AVR..- 4 (LH) 4IRUNJ... 4ILUNJ... 0.087 0.07 0.09 4IRUNJ... 4ILUNJ... 0.0 0.07 0.0

/8” .04. IR4.UNJ... IL4.UNJ... 0. 0.08 0.

YI YE AVR..- (LH)4 IR4UNJ... IL4UNJ... 0.3 0.09 0.09



IC

L

Y

X

R

0.18042PR

0.15011P

5/16P

h

60°

max

min

R

0.18042PR

0.15011P

5/16P

h

60°

max

minY

L

IC 6.0

Y

IC 5.0 L

F F

80

Mini-3 Mini-LDefined by: MIL-S-8879C


External

Internal

Internal




External

Internal

Internal


U Style



.0L

32 LIR32UNJ... 0.07 0.02 0. 0.30

.NVR... -L

28 LIR28UNJ... 0.09 0.02 0. 0.30

20 LIR20UNJ... 0.02 0.04 0.7 0.3

8 LIR8UNJ... 0.029 0.04 0.7 0.3

LIRUNJ... 0.033 0.04 0.7 0.3

4 LIR4UNJ... 0.037 0.04 0.8 0.3

Left Handed Tool Supplied by Request. (Example: 6.0IL0UNJ...)



.0 0.39 20 .0IR20UNJ... 0.02 0.04 0.9 0.39 .NVR...-.0



/2”U 0.874. 4UI4.UNJ... 0. 0.08 0.43

YI4U YE4U AVR ..- 4U (LH)4 4UI4UNJ... 0.3 0.09 0.43



L

X

Y

IC

1/4P

1/8P

h

60°

LX

IC

T

Y

8

Defined by: ISO 5855

Toler anc e c las s: 4h/ 6h- 4H/ 5H

External

Internal

External

MJ

Slim ThroatExternal - Standard



/4” V 0.43

0.7 2VER0.7MJ 2VEL0.7MJ 0.0 0.03 0.0 0.3

NL..-2V (LH)

0.8 2VER0.8MJ 2VEL0.8MJ 0.07 0.03 0.0 0.3

0.9 2VER0.9MJ 2VEL0.9MJ 0.02 0.03 0.0 0.3

.0 2VER.0MJ 2VEL.0MJ 0.023 0.03 0.0 0.3

.2 2VER.2MJ 2VEL.2MJ 0.028 0.03 0.09 0.3

. 2VER.MJ 2VEL.MJ 0.034 0.03 0.09 0.3



/4" 0.43

.0 2ER.0MJ... 2EL.0MJ... 0.023 0.03 0.03

- - NL..-2 (LH).2 2ER. 2M J... 2EL. 2MJ... 0.028 0.03 0.0 4

. 2ER.MJ... 2EL.MJ... 0.034 0.03 0.04

3/8” 0.3

0.7 3ER0.7MJ... 3EL0.7MJ... 0.0 0.02 0.02

YE3 YI3 AL..-3 (LH)

.0 3ER.0MJ... 3EL.0MJ... 0.023 0.03 0.03

.2 3ER.2MJ... 3EL. 2M J... 0.028 0.03 0.0 4

. 3ER.MJ... 3EL.MJ... 0.034 0.03 0.04

2.0 3ER2.0MJ... 3EL2.0MJ... 0.04 0.04 0.0

2. 3ER2.MJ... 3EL2.MJ... 0.09 0.04 0.0

3.0 3ER3.0MJ... 3EL3.0MJ... 0.08 0.0 0.0



L

X

Y

IC

1/4P

1/8P

h

60°

Y

IC 5.0 L

F

8


Toler anc e c las s: 4h/ 6h- 4H/ 5H

External

Internal

Internal

MJ

Mini-LInternal - Standard

Mini - LInser t Size Pitch Ordering Code Dimensions inch Min. Bore dia.


.0L

.0 LIR.0MJ... 0.09 0.03 0. 0.30

.NVR...-L.2 LIR.2MJ... 0.024 0.04 0.7 0.3

. LIR.0MJ... 0.029 0.04 0.7 0.3



/4" 0.43

.0 2IR.0MJ... 2IL.0MJ... 0.09 0.02 0.03

- - NVR..-2 (LH). 2 2IR.2MJ... 2IL.2MJ... 0.024 0.03 0.04

. 2IR.MJ... 2IL.MJ... 0.029 0.03 0.042.0 2IR2.0MJ... 2IL2.0MJ... 0.038 0.03 0.04

3/8” 0.3

0.7 3IR0.7M J... 3IL0.7MJ... 0.0 0.02 0.02


.0 3IR.0MJ... 3IL.0MJ... 0.09 0.02 0.03

.2 3IR.2MJ... 3IL.2MJ... 0.024 0.03 0.0 4

. 3IR.MJ... 3IL.MJ... 0.029 0.03 0.04

2.0 3IR2.0MJ... 3IL2.0MJ... 0.038 0.03 0.0

2. 3IR2.MJ... 3IL2.MJ... 0.048 0.04 0.0

3.0 3IR3.0MJ... 3IL3.0MJ... 0.07 0.0 0.0



L X

IC

Y

T IC

L

Y

X

L

X Y

IC

45°7°

0.16316P

h

0.16316P

83

Defined by: ANSI B.9.973

Toler anc e c las s: Class

External

Internal

External

American Buttress

V StyleU StyleStandard



/8”V .0

4 VER4ABUT... VEL4ABUT... 0. 0.02 0.07 0.24 NL..-V- (LH)

3 VER3ABUT... VEL3ABUT... 0.22 0.02 0.09 0.3 NL..-V-8 (LH)

2. VER2.ABUT... VEL2.ABUT.. . 0 .2 0 .02 0. 0.39 NL.. -V-0ABUT (LH)



/2”U 0.87 4 4UER4ABUT.. . 4UEL4ABUT.. . 0. 0 .09 0.39 YE4U-BUT4 Y I4U-BUT4 AL ..-4U (LH)

/8”U .0 3 UER3ABUT.. . UEL3ABUT.. . 0.22 0.2 0 .48 YEU-BUT3 Y IU-BUT3 AL ..-U (LH)



/4" 0.4320 2ER20ABUT... 2EL20ABUT... 0.033 0.0 4 0.0

- - NL..-2 (LH) 2ERABUT... 2ELABUT... 0.0 4 0.0 0.07

3/8” 0.3

20 3ER 20ABUT... 3EL20ABUT... 0.033 0.0 4 0.0

YE3 YI3 AL..-3 (LH) 3ERABUT... 3ELABUT... 0.0 4 0.0 0.07

2 3ER2ABUT... 3EL2ABUT... 0.0 0.0 0.08

0 3ER0ABUT... 3EL0ABUT... 0.0 0.0 0.09

/2” 0.878 4ER8ABUT... 4EL8ABUT... 0.083 0.08 0.3

YE4 YI4 AL..-4 (LH) 4ERABUT... 4ELABUT... 0.0 0.09 0.4



45°7°

0.16316P

h

0.16316P

L

X

Y

ICIC

L

Y

X

LX

IC

Y

T

84

Defined by: ANSI B.9.973

Toler anc e c las s: Cla ss

External

Internal

Internal

American Buttress (con't)

V StyleU StyleStandard



/8”V .0

4 VIR4ABUT... VIL4ABUT... 0. 0.02 0.07 0.24

NVR..-V (LH)3 VIR3ABUT... VIL3ABUT... 0.22 0.02 0.09 0.3

2. VIR2.ABUT... VIL2.ABUT... 0.2 0.02 0. 0.39



/2”U 0.87 4 4UIR4ABUT... 4UIL4ABUT... 0. 0.09 0.39 YI4U-4B YE4U-4B AVR..-4U (LH)

/8 ”U .0 3 UIR3ABUT... UIL3ABUT... 0.22 0.2 0.4 8 YIU-3B YEU-3B AVR ..-U (LH)



/4" 0.4320 2IR20ABUT... 2IL 20ABUT... 0.033 0.0 4 0.0

- - NVR..-2 (LH) 2IRABUT... 2ILABUT... 0.04 0.0 0.07

3/8” 0.3

20 3IR 20ABUT... 3IL20ABUT... 0.033 0.0 4 0.0

YI3 YE3 AVR..-3 (LH) 3IRABUT... 3ILABUT... 0.0 4 0.0 0.07

2 3IR2ABUT... 3IL2ABUT... 0.0 0.0 0.08

0 3IR0ABUT... 3IL0ABUT... 0.0 0.0 0.09

/2” 0.878 4IR8ABUT... 4IL8ABUT... 0.083 0.08 0.3

YI4 YE4 AVR..-4 (LH) 4IRABUT... 4ILABUT... 0.0 0.09 0.4



L

X Y

IC

45°7°

0.2754P

h

0.2754P

L

X

Y

IC

45°7°

0.2754P

h

0.2754P

85

Defined by: B.S. 657: 950

Toler anc e c las s: Med ium C las s

External

Internal

Internal

British Buttress

Standard

Defined by: B.S. 657: 950

Toler anc e c las s: Med ium Cla ss

External

Internal

External

British Buttress

Standard



3/8” 0.3

3IRBBUT... 3ILBBUT... 0.03 0.0 4 0.0

YI3 YE3 AVR..-3 (LH)2 3IR2BBUT... 3IL2BBUT... 0.0 42 0.0 0.08

0 3IR0BBUT... 3IL0BBUT... 0.00 0.0 0.09

8 3IR8BBUT... 3IL8BBUT... 0.03 0.0 0.0

/2” 0.87 8 4IR8BBUT... 4IL8BBUT... 0.03 0.0 0.0 YI4 YE4 AVR..-4 (LH)



3/8” 0.3

3ERBBUT... 3ELBBUT... 0.03 0.0 4 0.0

YE3 YI3 AL..-3 (LH)2 3ER2BBUT... 3EL2BBUT... 0.0 42 0.0 0.08

0 3ER0BBUT... 3EL0BBUT... 0.00 0.0 0.098 3ER8BBUT... 3EL8BBUT... 0.03 0.0 0.0

/2” 0.87 8 4ER8BBUT... 4EL8BBUT... 0.03 0.0 0.0 YE4 YI4 AL..-4 (LH)



L

X Y

IC

L

XY

IC

30°3°

0.26384P

h

0.26384P

IC

L

Y

X

IC

L

Y

X

86

Defined by: DIN 53

Toler anc e c las s: Medium C las s

External

Internal

External / Internal

Metric Buttress (Sägengewinde)

Internal

U StyleExternal

U Style

Internal

Standard

External

Standard

U Style - InternalInsert Size Pitch Ordering Code Dimensions inch Anvil


/2”U 0.87 4UIR.0SAGE... 4UIL.0SAGE.. . 0 .48 0.07 0.4 Y I4U-S YE4U-S

AVR..-4U (LH) 4UIR .0SAGE. .. 4UIL .0SAGE... 0 .79 0.07 0.40 Y I4U-S YE4U-S

Standard - InternalInsert Size Pitch Ordering Code Dimensions inch Anvil


3/8” 0.3 2.0 3IR2.0SAGE... 3IL2.0SAGE... 0.09 0.0 0.09 YI3 YE3 AVR..-3 (LH)

/2” 0.873.0 4 IR3.0SAGE. .. 4IL3.0SAGE.. . 0 .089 0 .07 0.

YI4 YE4 AVR..-4 (LH)4.0 4 IR4.0SAGE. .. 4IL4.0SAGE. .. 0 .22 0 .08 0.3

/8” .0 4.0 IR4.0SAGE.. . IL4.0SAGE. .. 0 .22 0.08 0.3 YI 082/039 YE 082/038 AVR. .- (LH)

U Style - ExternalInsert Size Pitch Ordering Code Dimensions inch Anvil


/2”U 0.87 4UER.0SAGE.. . 4UEL.0SAGE.. . 0.74 0.0 0.4 YE4U-SAGE YI4U-SAGE

AL..-4U (LH) 4UER.0SAGE.. . 4UEL.0SAGE.. . 0.208 0.0 0.40 YE4U-SAGE YI4U-SAGE

Standard - ExternalInsert Size Pitch Ordering Code Dimensions inch Anvil


3/8” 0.3 2.0 3ER2.0SAGE... 3EL2.0SAGE... 0 .09 0.0 0.08 YE3 YI3 AL..-3 (LH)

/2” 0.87

2.0 4ER2.0SAGE. .. 4EL2.0SAGE. .. 0 .09 0.0 0.08

YE4 YI4 AL..-4 (LH)3.0 4ER3.0SAGE. .. 4EL3.0SAGE.. . 0 .02 0.07 0.0

4.0 4ER4.0SAGE. .. 4EL4.0SAGE. .. 0 .40 0.07 0.2

/8” .0 4.0 ER4.0SAGE.. . EL4.0SAGE. .. 0 .40 0.07 0.3 YE 082/038 YI 082/039 AL. .- (LH)



L

X

Y

IC

L

X

Y

ICα

30° 30°

90°

h

h

= arctg (IPF/24)α

87

Defined by: API SPEC. 7:990

Toler anc e c las s: Stand ard API

External

Internal

External / Internal

API

Internal - StandardExternal - Standard

Standard - InternalInser t Size Pitch T hread Taper O rdering Code Size Dimensions inch Anvil

IC L inch tpi IPF RH h min X Y RH Toolholder

/2" 0.87

4 V-0.038R 2 4IR4API382... NC23-NC0 0.22 0.08 0.

YI4 AVR..-4 (LH)

4 V-0.038R 3 4IR4API383... NC-NC77 0.2 0.08 0.

4 V-0.00 2 4IR4API02... /8” REG 0.48 0.08 0.2

4 V-0.00 3 4IR4API03.. . /2”, 7 /8”, 8 /8” REG 0.47 0.08 0.

V- 0.040 3 4IRAPI403... 2 3/8”-4 /2” REG 0.8 0.07 0.0

V-0.0 . 4IRAPI... NC0-NC 0.0 0.0 0.08

/8” .0

4 V-0.038R 2 IR4API382... NC23-NC0 0.22 0.08 0.

YIOIL AVR..- OIL (LH)

4 V-0.038R 3 IR4API383... NC-NC77 0.2 0.08 0.

4 V-0.00 2 IR4API02... /8” REG 0.48 0.08 0.2

4 V-0.00 3 IR4API03. .. /2”, 7 /8”, 8 /8” REG 0.47 0.08 0.2

V-0.040 3 IRAPI403.. . 2 3/8”-4 /2” REG 0.8 0.07 0.

Standard - ExternalInser t Size Pitch Thread Taper Ordering Code Size Dimensions inch Anvil


/2" 0. 87

4 V-0.038R 2 4ER4API382... NC23-NC0 0.22 0.08 0.

YE4 AL. .-4 (LH)

4 V-0.038R 3 4ER4API383... NC-NC77 0.2 0.08 0.

4 V-0.00 2 4ER4API02... /8” REG 0.48 0.08 0.

4 V-0.00 3 4ER4API03.. . /2”, 7 /8”, 8 /8” REG 0.47 0.08 0.

V-0.04 0 3 4ERAPI403... 2 3/8 ”-4 /2” REG 0.8 0.07 0.0

V-0.0 . 4ERAPI... NC0-NC 0.0 0.0 0.08

/8” .0

4 V-0.038R 2 ER4API382... NC23-NC0 0.22 0.08 0.

YEOIL AL..- OIL (LH)

4 V-0.038R 3 ER4API383... NC-NC77 0.2 0.08 0.

4 V-0.00 2 ER4API02... /8” REG 0.48 0.08 0.2

4 V-0.00 3 ER4API03.. . /2”, 7 /8”, 8 /8” REG 0.47 0.08 0.2

V-0.040 3 ERAPI403.. . 2 3/8”-4 /2” REG 0.8 0.07 0.



L

X

Y

IC

I

α

90°

h

3°10°

= arctg (IPF/24)α

L

IC

X

Y

L

XY

IC

L

X

Y

IC

L

IC

X

Y

I

α

90°

h

3°10°

= arctg (IPF/24)α

L

X Y

IC

88

Defined by: STD.5B:979


External

Internal

Internal

API Buttress Casing

T+ StyleM+ StyleStandard

Defined by: STD.5B:979


External

Internal

External

API Buttress Casing

T+ StyleM+ StyleStandard

T+ StyleInser t Size Pitch Taper Teeth Ordering Code Size Dimensions inch Anvil


/2”T 0.87 0.7 3 4IRBUT73 T+... 4 /2”-3 3/8” 0.0 0.0 . Y4T AVR ..-4T

StandardInsert Size Pitch Taper Ordering Code Size Dimensions inch Anvil


/2” 0.87 0.7 4IRBUT7... 4 /2”-3 3/8” 0.0 0. 0.07

YI4 AVR..-4 4IRBUT... ”-20” 0.0 0. 0.07

StandardInsert Size Pitch Taper Ordering Code Size Dimensions inch Anvil


/2” 0.87 0.7 4ERBUT7... 4 /2”-3 3/8” 0.0 0.2 0.07

YE4 AL..-4 4ERBUT... ”-20” 0.0 0.2 0.07

M+ StyleInser t Size Pitch Taper Teeth Ordering Code Size Dimensions inch Anvil


/8” .0 0.7 2 ERBUT72M+.. . 4 /2”-3 3/8” 0 .0 0.9 0.27 YEM AL ..-M

T+ StyleInser t Size Pitch Taper Teeth Ordering Code Size Dimensions inch Anvil


/2”T 0.87 0.7 3 4ERBUT73 T+... 4 /2”-3 3/8” 0.0 0.0 0.3 Y4T AL..-4T

M+ Style

Inser t Size Pitch Tap er Teeth Ordering Code Size Dimensions inch Anvil


/8” .0 0.7 2 IRBUT72M+. .. 4 /2”-3 3/8” 0 .0 0.9 0.2 Y IM AVR. .-M



L

X

Y

IC

L

IC

X

Y

L

X

Y

IC

1°47'

30° 30°

90 °

h

X

L

IC

Y

89

Defined by: API STD. 5B:979

Toler anc e c las s: Stand ard API RD

External

Internal

External

API Roun d Casing & Tubing

T+ StyleSCB

Sintered

Chipbreaker

M+ StyleStandard

SCB



/2” T 0. 87

0 4ER0APIRD T+... 0.0 0.0 0.4

Y4T AL..-4T 8 3 4ER8APIRD3 T+... 0.07 0.0 0.

8 4ER8APIRD T+... 0.07 0.0 0.

M+ Style



/8” .00 3 ER0APIRD3M+... 0.0 0. 0.2

YEM AL..-M8 2 ER8APIRD2M+... 0.07 0. 0.8



3/8” 0.30 3ER0APIRD... 0.0 0.0 0.0

YE3 AL..-38 3ER8APIRD... 0.07 0.0 0.0

3/8”

SCB 0.3

0 3JER0APIRD... 0.0 0.0 0.0

YE3 AL..-38 3JER8APIRD... 0.07 0.0 0.0



L

X

Y

IC

L

IC

X

Y

L

Y

X

IC

L

X

Y

IC

1°47'

30° 30°

90°

h

X

L

IC

Y

90

Defined by: API STD. 5B:979

Toler anc e c las s: Stand ard API RD

External

Internal

Internal

API Round Casing & Tubing (con't)

Z+ Style T+ StyleSCB

Sintered

Chipbreaker

M+ StyleStandard

SCB



/2”T 0.870 4IR0APIRD T+... 0.0 0.0 0.

Y4T AVR..-4T 8 3 4IR8APIRD3 T+... 0.07 0.0 0.

8 4IR8APIRD T+... 0.07 0.0 0.

Z+ Style



/2” 0.87 8 2 4IR8APIRD2Z+... 0.07 0. 0.38 YI4Z AVR..-4Z



3/8” 0.30 3IR0APIRD... 0.0 0.0 0.0

YI3 AVR..-38 3IR8APIRD... 0.07 0.0 0.0

3/8”SCB 0.3

0 3JIR0APIRD... 0.0 0.0 0.0

YI3 AVR..-38 3JIR8APIRD... 0.07 0.0 0.0

M+ Style



/2” 0.870 2 4IR0APIRD2M+... 0.0 0.09 0.

YI4M AVR..-48 2 4IR8APIRD2M+... 0.07 0. 0.8

/8” .00 3 IR0APIRD3M+... 0.0 0. 0.2

YIM AVR..-M

8 2 IR8APIRD2M+... 0.07 0. 0.8



L

X

Y

IC

L

X

Y

IC

I

90°

h

3°10°

α

= arctg (IPF/24)α

9

Defined by: VAM

Toler anc e c las s: Stand ard VAM

External

Internal

External / Internal

VAM


Standard - InternalInsert Size Pitch Taper Ordering Code Size Dimensions inch Anvil


3/8” 0.3 8 0.7 3IR8VAM... 2 3/8”, 2 7/8” 0.038 0.07 0.07 YI3 AVR..-3

/2” 0.87 0.7 4IRVAM... 3 /2” 0.038 0.0 0.0

YI4 AVR..-4 0.7 4IRVAM... ”-9 /8” 0.0 0.09 0.0

Standard - ExternalInsert Size Pitch Taper Ordering Code Size Dimensions inch Anvil


3/8” 0.3 8 0.7 3ER8VAM... 2 3/8”, 2 7/8” 0.038 0.07 0.07 YE3 AL..-3

/2” 0.87 0.7 4ERVAM... 3 /2” 0.038 0.09 0.09

YE4 AL..-4 0.7 4ERVAM... ”-9 /8” 0.0 0.09 0.



L

X

Y

IC

L

X

Y

IC

6° 6°

h

α90°

h

α = arctg (IPF/24)

9

Defined by: API STD,5B:979


External

Internal

External / Internal

EL-Extreme Line


Standard - InternalInsert Size Pitch Taper Ordering Code Connection No. or Size Dimensions inch Anvil


/2" 0. 87 . 4IREL... ”-7 /8” 0.0 0.07 0.07

YI4 AVR. .-4 (LH) .2 4IREL2... 8 /8”-0 3/4” 0.07 0.09 0.09

Standard - ExternalInsert Size Pitch Taper Ordering Code Connection No. or Size Dimensions inch Anvil


/2" 0. 87 . 4EREL... ”-7 /8” 0.048 0 .07 0.07

YE4 AL..-4 (LH) .2 4EREL2... 8 /8”-0 3/4” 0.07 0.09 0.09



IC

L

Y

X45°

90°

45°

h

h

= arctg (IPF/24)α

93

Defined by: API STD,5B:979

Toler ance class : S tan dard

External

Internal

External / Internal

Hughes H-90

U Style

U Style - InternalInsert Size Pitch Taper Ordering Code Size Dimensions inch Anvil


/2” U 0.873. 2 4UIR3.H902... 3 /2”- /8” 0.098 0.7 0.43

YI4U-H90 AVR..-4U (LH)3. 3 4UIR3.H903... 7”-8 /8” 0.098 0.7 0.43

/8” U .0 3 . 2* UIR3H9 0SL... 2 3/8”-3 /2” 0.088 0. 22 0.4 YIU-H9 0 AVR ..-U (LH)

* H-90 Slimline

U Style - ExternalInsert Size Pitch Taper O rdering Code Size Dimensions inch Anvil


/2” U 0.873. 2 4UER3.H902... 3 /2”- /8” 0.098 0.7 0.43

YE4U-H90 AL..-4U (LH)3. 3 4UER3.H903... 7”-8 /8” 0.098 0.7 0.43

/8” U .0 3 .2* UER3H90SL... 2 3/8”-3 /2” 0.088 0. 22 0.4 YEU-H90 AL..-U (LH)

* H-90 Slimline



L

X

Y

IC

R0.107P

R0.107P

h

80°

L

X

Y

IC

94

Defined by: DIN 40430


External

Internal

External / Internal

Pg

Standard InternalStandard External

Standard - InternalInsert Size Pitch Thread Ordering Code Dimensions inch Anvil


/4" 0.43

20 Pg7 2IR20PG... 2IL20PG... 0.02 0.03 0.04

- - NVR..-2 (LH)8 Pg9//3 ./ 2IR8PG.. . 2IL8PG.. . 0 .02 0.03 0.04

Pg2/29/3/42/48 2IRPG.. . 2ILPG.. . 0 .030 0.04 0.04

3/8” 0 .320 Pg7 3IR20PG... 3IL20PG... 0.02 0.03 0.04

YI3 YE3 AVR..-3 (LH)8 Pg/3./ 3IR8PG... 3IL8PG... 0.02 0.03 0.0 4

Pg2/29/3/42/48 3IRPG.. . 3ILPG.. . 0 .030 0.03 0.04

Standard - ExternalInsert Size Pitch Thread Ordering Code Dimensions inch Anvil


/4" 0.43

20 Pg7 2ER20PG... 2EL20PG... 0.024 0.03 0.04

- - NL..-2 (LH)8 Pg9//3 ./ 2ER8PG.. . 2EL8PG... 0 .02 0.03 0.04

Pg2/29/3/42/48 2ERPG.. . 2ELPG.. . 0 .030 0.04 0.04

3/8” 0.3

20 Pg7 3ER20PG... 3EL20PG... 0.024 0.03 0.04

YE3 Y I3 AL ..-3 (LH)8 Pg9//3 ./ 3ER8PG... 3EL8PG.. . 0 .02 0.03 0.04

Pg2/29/3/42/48 3ERPG.. . 3ELPG.. . 0 .030 0.04 0.04



R0.107P

R0.107P

h

80°

Y

IC 5.0 L

Y

L

IC 6.0

F F

95

Mini-LMini-3Defined by: DIN 40430

Toler anc e c las s: Stand ard

External

Internal

Internal

Pg

Left Handed Tool Supplied by Request. (Example: .0SIL8PG...)

Mini-LInsert Size Pitch Thread Ordering Code Dimensions inch Min. Bore dia.

IC tpi RH h min Y F inch Toolholder

.0L20 Pg7 LIR20PG... 0.024 0.03 0.8

0.3 .NVR0..-L8 Pg9//3./ LIR8PG... 0.02 0.04 0.8

Mini-3Insert Size Pitch Thread Ordering Code Dimensions inch Min. Bore dia.


.0 0.3920 Pg7 .0IR20PG... 0.024 0.03 0.2

0.39 .NVR..-.08 Pg9//3./ .0IR8PG... 0.02 0.0 4 0. 2



96



97

Thread Turning

> Toolholders



98

THREAD TURNING TOOLHOLDERS

VARDEX Ordering Code System............................................................................................................................................... Page 99

External Toolholders

Standard ..................................................................................................................................................................................................

Standard with clamp ....................................................................................................................................................................... Page 101

API............................................................................................................................................................................................................... Page 101

U style....................................................................................................................................................................................................... Page 102

U style with clamp............................................................................................................................................................................ Page 102

Slim Throat ............................................................................................................................................................................................. Page 103

V style ....................................................................................................................................................................................................... Page 104

Z+ style.................................................................................................................................................................................................... Page 104

M+ style................................................................................................................................................................................................... Page 105

T+ style .................................................................................................................................................................................................... Page 105

O-Set Qualiied (FQ)...................................................................................................................................................................... Page 106

Drop Head - Qualiied (CQ) ......................................................................................................................................................... Page 106

Miniature Square Shank (External+Internal Toolholders) ......................................................................................... Page 107

Miniature Round Shank (External+Internal Toolholders) ......................................................................................... Page 107

Internal Toolholders

Standard .................................................................................................................................................................................................. Page 108

Standard or V6 ................................................................................................................................................................................... Page 109

Standard or Coarse Pitch............................................................................................................................................................. Page 110

U style or Coarse Pitch .................................................................................................................................................................. Page 110

Standard with clamp ....................................................................................................................................................................... Page 111

U style....................................................................................................................................................................................................... Page 111

U style with clamp .................................................................................................................................. Page 112

V style ....................................................................................................................................................... Page 112

Z+ style.................................................................................................................................................................................................... Page 113

M+ style................................................................................................................................................................................................... Page 113

T+ style .................................................................................................................................................................................................... Page 114

API............................................................................................................................................................................................................... Page 114

Standard with Carbide Shank .................................................................................................................................................... Page 115

Mini-3........................................................................................................................................................................................................ Page 116

Mini-3-Adjustable.............................................................................................................................................................................. Page 116

Mini-L........................................................................................................................................................................................................ Page 117

Mini-L-Adjustable .............................................................................................................................................................................. Page 117

Micro-Double Ended ...................................................................................................................................................................... Page 118

Spare Parts ........................................................................................................................................................................................... Page 119



99

T+ Z+ M+

U V


Micro & Adjustable Toolholders (Sleeves)



4 - Holder Dia.

050, 065, 075

3 - Cooling

C - Coolant Channel

5 - Holder Bore Size [mm]

Micro Size

, 4, 6, , 0

Adjustable Holders (for Mini)

6.

- Holder Shape

S - Sleeve

(Double Ended)

- Holder Type

V - Adjustable Holders for Mini

M - Micro (Double Ended)

3

5

-065

4

C

3

M

S

- Serial No.

57/... (Coarse Pitch Holder)

5 - Shank front Dia

07, 00, 06, 07, 00,

, 0, 00, 0

6. (Mini Adjust)

.0 (Mini Adjust)

- RH/LH Holder

None - Right Hand

LH - Left Hand

0 -Oil Field

OIL - For API Inserts

9 - Clamping

C - with Clamp

4 - Cooling

C - With Coolant Channel

3 - Tool Type

VR - Internal Round shank

6 - Holder Length

(Mini Holders)

U - Ultra Short

S - Short

M - Medium

L - Long

T - Adjustable

- Anvil

A - Anvil required

N - No Anvil required

O - Miniature holder

8- Insert style

U

V

T

M

Z

L

V6

7- Insert Size

4.0K - IC4.0 mm

5L - IC.0L mm

6.0 - IC6.0 mm

- IC/4"

3 - IC/"

4 - IC/"

5 - IC/"

- Shank Type

B - Anti Vibration System

C - Carbide Shank

S - Mini Holders

- 3

76

075

5

C

4 0

VR

3 9

A

8

C

4 - Insert Size

- IC/4"

3 - IC/"

4 - IC/"

5 - IC/"

9 - RH/LH Holder

None - Right Hand

LH - Left Hand

7 - Insert Width [mm]

(for IC5/8"V)

6, 8, 0

3 - Shank Square

03, 3/8, 050, 065, 075, 00,

5, 50, 00

8 - Tool Type

CQ - Drop Head

FQ - Off-Set

Oil - For API Inserts

6 - Clamping

C - with Clamping

- Holder Style

L - External

V - Miniature Square Shank

VR - Miniature Round Shank

5 - Insert Style

- Anvil

A - Anvil required

N - No Anvil required

O - Miniature holder

987

C

6

U

5

4

4

-5

3

L

A



00

BF

L2

L1

HH1


The AL. .- hol der s are sup pli ed with sta nda rd anv il (see spa re par ts tab le bel ow) .For V6, please use the V6 anvil YE-6C. For more info see page 7.

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample AL07- LH).

Standard Spare Parts

Insert S ize Ordering Code EDP No. Dimensions inch

IC RH H=H1=B F L1 L2 Insert Screw Anvil Screw Torx Key Anvil RH Anvil LH

/4” NL03-2 24 0.3 0.43 .37 0.9 SN2T - K2T - -

3/8”

NL00-3 220 0.0 0.3 3.27 0.87 SA3T - K3T - -

AL3/8-3 09 0.37 0.3 2.4 0.7

SA3T SY3T K3T YE3 YI3

AL00-3 000 0.0 0.3 3.27 0.87

AL02-3 00 0.3 0.3 .00 .02

AL07-3 007 0.7 0.7 .00 .02

AL00-3 0 .00 .00 .00 .20

AL2-3 03 .2 .2 7.00 .8

/2”

AL00-4 024 .00 .00 .00 .42

SA4T SY4T K4T YE4 YI4AL2-4 042 .2 .2 7.00 .42

AL0-4 0 .0 .0 8.00 .42

/8”

AL00- 034 .00 .2 .00 .7

SAT SYT KT YE YIAL2- 0 .2 .2 7.00 .7

AL0- 073 .0 .0 8.00 .7

AL200- 08 2.00 2.00 0.00 .7

The above to olholders have a .° hel ix angle. Fo r other heli x angles , see page 7. Toolholders with prefix “N” c annot be used with an anvil.



0

BF

L2

L1

HH1

BF

L2

L1

HH1



The AL. .- hol der s are sup pli ed wit h sta nda rd anv il (see spa re par ts tab le bel ow) .For V6, please use the V6 anvil YE-6C. For more info see page 7.

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample AL07-C LH).

The above to olholders have a .° hel ix angle. For other he lix angles , see page 7.

Standard for API Spare Parts

InsertSize

Ordering Code EDP No. Thread Form Connection no. or size Dimensions inch

IC RH H=H1=B=F L1 L2 Insert Screw Anvil Screw Torx Key Anvil RH Anvil LH

/8”AL2-OIL 08 V0.038R V0.00 NC23-NC77 all sizes .2 7.00 .0

SAT SYT KT YEOIL YIOILAL0-OIL 07 V0.038R V0.00 NC23-NC77 all sizes .0 8.00 .0

Standard with Clamp(Dual System, Screw or Clamp) Spare Parts

Insert Size Ordering Code EDP No. Dimensions inch

IC RH H=H1=B F L1 L2 Insert Screw Anvil Screw Clamp Torx Key Anvil RH Anvil LH

3/8”

AL07-3C 008 0.7 0.7 .00 .20

AL00-3C 07 .00 .00 .00 .20

AL2-3C 03 .2 .2 7.00 .20

/2”

AL00-4C 330 .00 .00 .00 .42

SA4T SY4T C4 K4T YE4 YI4AL2-4C 222 .2 .2 7.00 .42

AL0-4C 223 .0 .0 8.00 .42

/8”

AL00-C 327 .00 .2 .00 .7

SAT SYT C KT YE YIAL2-C 224 .2 .2 7.00 .7

AL0-C 22 .0 .0 8.00 .7

AL200-C 230 2.00 2.00 0.00 .7



0

BF

L2

L1

HH1

BF

L2

L1

HH1



The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample AL00-4U LH)

All U Style Toolholders have a .° helix angle. For other helix angles see page 7.

U Style with Clamp(Dual System, Screw or Clamp) Spare Parts

Inser t Size O rdering Code EDP No. Dimensions inch

IC RH H=H1=B F L1 L2 Insert Screw Anvil Screw Clamp Torx Key Anvil RH Anvil LH

/2”UAL2-4UC 20 .2 .2 7.00 .2

SA4T SY4T C4 K4T YE4U YI4UAL0-4UC 2 .0 .0 8.00 .2

/8”U

AL2-UC 22 .2 .2 7.00 .7

SAT SYT C KT YEU YIUAL0-UC 23 .0 .0 8.00 .7

AL200-UC 2 2.00 2.00 0.00 .7

U Style Spare Parts

Inser t Size Ordering Code EDP No. Dimensions inch


/2”UAL2-4U 048 .2 .2 7.00 .2

SA4T SY4T K4T YE4U YI4U

AL0-4U 247 .0 .0 8.00 .2

/8”U

AL2-U 09 .2 .2 7.00 .7

SAT SYT KT YEU YIUAL0-U 07 .0 .0 8.00 .7

AL200-U 249 2.00 2.00 0.00 .7



03

B

H1

L2

L1

H

F

1

C

rB1

A

C


The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample NL00-V LH)

Slim Throat Spare Parts


IC RH H=B=F H1 A B1 C C1 L1 L2 r Insert Screw Torx Key

/4”V

NL032-2V 27 0.27 0.32 0.2 0.2 0.0 0.4 2.0 0.0 0.04

SN2T K2T NL037-2V 722 0.37 0.37 0.27 0.2 0.0 0.4 2.7 0.0 0.04

NL00-2V 7232 0.0 0.0 0.27 0.37 0.7 0.4 3. 0.0 0.2

NL02-2V 7229 0.2 0.2 0.27 0.0 0.7 0.4 4.00 0.0 0.2

3/8”V

NL02-3V 720 0.2 0.2 0.27 0.47 0.7 0.4 4.00 .00 0.2

SN3TV K3T

NL07-3V 7203 0.7 0.7 0.27 0.0 0. 0.4 .00 .20 0.2

NL00-3V 720 .00 .00 0.27 0.8 0. 0.4 .00 .20 0.20

NL2-3V 28 .2 .2 0.27 .20 0. 0.4 7.00 .20 0.20

NL0-3V 29 .0 .0 0.28 .2 0. 0.4 8.00 .20 0.20

/2”V

NL00-4V 22 .00 .00 0.47 0.8 0. 0.4 .00 .20 0.20

SN4T K4T NL2-4V 23 .2 .2 0.47 .07 0. 0.4 7.00 .20 0.20

NL0-4V 2 .0 .0 0.47 .3 0. 0.4 8.00 .20 0.20

All Slim Throat toolholders have a .° helix angle.



04

H1

L2

L1

H

F BB1

HH1

BF

L2

L1



Z+ Style Spare Parts



/2”ZAL2-4Z 38 .2 .2 7.00 .2

SA4T SY4T K4T YE4Z YI4ZAL0-4Z 387 .0 .0 8.00 .2

/8”Z

AL2-Z 388 .2 .2 7.00 .7

SAT SYT KT YEZ YIZAL0-Z 389 .0 .0 8.00 .7

AL200-Z 390 2.00 2.00 0.00 .7

All Z Style toolholders have a .° helix angle.

V Style Spare Parts


IC RH H=H1=B B1 F L1 L2 Insert Screw Torx key

/8”V

NL2-V- 723 .2 .00 .2 7.00 .7

SNT KT

NL2-V-8 724 .2 .00 .33 7.00 .7NL2-V-0 722 .2 .00 .40 7.00 .7

NL2-V-0ABUT* 382 .2 .00 .40 7.00 .7

NL0-V- 383 .0 .24 .0 8.00 .7

NL0-V-8 384 .0 .24 .3 8.00 .7

NL0-V-0 72 .0 .24 . 8.00 .7

NL0-V-0ABUT* 38 .0 .24 . 8.00 .7

All V Style toolholders have a ° helix angle.

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample NL-V-6 LH)

* To be usded only with inserts VER.ABUT...



05

BF

L2

L1

HH1

BF

L2

L1

HH1



T+ Style Spare Parts

Inser t Size Ordering Code EDP No. Dimensions inch

IC RH H=H1=B F L1 L2 Insert Screw Anvil Screw Insert Torx Key Anvil Torx Key Anvil RH/LH

/2”T

AL00-4T 334 .00 .08 .00 .20

SA4T SY4K2 K4T K2 Y4T AL2-4T 394 .2 .33 7.00 .20

AL0-4T 39 .0 .8 8.00 .20

All T Style toolholders have a 0° helix angle.

M+ Style Spare Parts



/8”M

AL2-M 39 .2 .2 7.00 .7

SAT SYT KT YEM YIMAL0-M 392 .0 .0 8.00 .7AL200-M 393 2.00 2.00 0.00 .7

All M Style toolholders have a .° helix angle.



06

BF

L2

L1

HH1

BF

L2

H

L3

L1

H1





The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample AL07-FQ LH)

The above to olholders have a .° hel ix angle. Fo r other heli x angles see page 7.

Drop Head-Qualified (CQ) Spare Parts


IC RH H=B F L1 L2 L3 H1 Insert Screw Anvil Screw Torx Key Anvil RH Anvil LH

3/8”

AL07-3CQ 009 0 .7 .00 .00 0.88 .0 0 .9

SA3T SY3T K3T YE3 YI3AL00-3CQ 08 .00 .2 .00 0.88 .0 0 .87

AL2-3CQ 037 .2 .0 7.00 0.88 .0 0 .87

/2”AL00-4CQ 02 .00 .2 .00 .3 .0 0.87

SA4T SY4T K4T YE4 YI4AL2-4CQ 043 .2 .0 7.00 .3 .0 0.87

/8” AL2-CQ 02 .2 .0 7.00 .2 .9 .00 SAT SYT KT YE YI

Off-Set Qualified (FQ) Spare Parts



3/8”

AL07-3FQ 0 0.7 0.7 .00 .00

SA3T SY3T K3T YE3 YI3AL00-3FQ 020 .00 .2 .00 .00

AL2-3FQ 039 .2 .0 .00 .20

/2”AL00-4FQ 027 .00 .2 .00 .20

SA4T SY4T K4T YE4 YI4AL2-4FQ 04 .2 .0 .00 .20

/8” AL2-FQ 03 .2 .0 .00 .20 SAT SYT KT YE YI



07

L

FA

F

L1

L

D1

D

A

External + Internal Toolholders

External + Internal Toolholders

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample OV - LH)

* Miniature square and round toolholders are designed for use on automaticlathes for the optical and other precision industries. They can be used forboth external and internal threading, as follows:

Thread ER EL IR ILInsert ER EL IR ILHolder LH RH RH LH

Miniature Round Shank* Spare Parts

Insert Size Ordering Code EDP No. Dimensions inch Min. Bore dia.

IC RH/LH A L L1 D D1 F inch Inser t Screw Tor x Key

/4”

OVR 2-2 272 0.4 3.94 0.98 0.47 0.39 0.29 0.

SN2T K2T OVR -2 274 0. 3.94 .2 0.9 0. 0.3 0.3

OVR D-2 27 0. 3.94 .2 0.3 0. 0.3 0.3

Miniature toolholders have a 0.° helix angle.

Miniature Square Shank* Spare Parts

Inser t Size Ordering Code EDP N o. Dimensions inch Min. Bore dia.

IC RH/LH A L L1 F inch Insert Screw Torx Key

/4”OV 8-2 282 0.3 3.94 .00 0.47 .

SN2T K2T OV 0-2 280 0.39 3.94 .00 0. .42

Miniature toolholders have a 0.° helix angle.



08

A

D

D1

F

L

L1


The AVR. .- hol ders are sup pl ied with stand ard anv il (see spa re par ts table bel ow) .For V6, please use the V6 anvil YI-6C. For more info see page 7.

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample NVRC00D- LH)



IC RH A L L1 D D1 F inch Insert Screw Anvil Screw Torx Key Anvil RH Anvil LH

/4”NVRC037D-2 234 0 .7 7.00 .00 0.7 0 .37 0 .28 0 .0

NVRC00-2 23 0.7 7.00 .2 0.7 0.0 0.37 0. SN2T - K2T - -

3/8”

NVRC00 -3 238 0.7 7.0 0 .2 0 .7 0.2 0.4 0 0.7

SN3T - K3T - -N VRC02-3 24 0 0.7 7.0 0 .0 0.7 0.2 0.4 0.80

NVRC02D-3 242 0.8 .00 .2 0 .2 0.2 0.4 0.80

AVRC07 -3 098 0.7 7.00 .0 0 .7 0.7 0. 0.9 0

SA3T SY3T K3T YI3 YE3

AVRC00-3 00 .2 0.00 2 .0 .2 .00 0. .20

AVRC0 0D -3 0 4 0.89 8.0 0 .7 .0 0 .00 0. . 20

AVRC2-3 08 .2 0.00 2 .0 .2 .2 0 .77 .4

AVRC0-3 4 .34 2.00 2 .0 .0 .0 0 .90 .

/2”

NVRC07-4 244 0.7 7.00 2.00 0.7 0.7 0.9 .00 SN4T - K4T - -

AVRC00-4 02 .2 0.00 2 .0 .2 .00 0.7 .2

SA4T SY4T K4T YI4 YE4AVRC00D -4 0 0. 89 8.0 0 .7 .0 0 .0 0 0.7 .2

AVRC2-4 0 .2 0.00 2 .0 .2 .2 0.8 .0

AVRC0-4 .34 2.00 2 .0 .0 .0 0.98 .7

/8”

AVRC2- 2 .2 0.00 2.0 .2 .2 0.88 . SNT SYT KT YI YE

AVRC0- 8 .34 2.00 2 .0 .0 .0 .00 .80

SAT SYT KT YI YEAVRC20 0- 20 .80 4.00 3.0 0 2.00 2.0 0 .2 2.30

AVRC20 - 23 2. 2 .00 3.0 0 2.0 2.0 .0 2.80

The above to olholders have a .° hel ix angle. Fo r other heli x angles , see page 7. Toolholders with prefix “N“ c annot be used with an anv il.



09

Internal Toolholders for V6 (without anvil)*

Specially designed for V6 inserts

V6 Style Spare Parts


IC RH A L L1 D D1 F inch Insert Screw Torx Key

3/8”

V

NVRC00-3V 23 0.7 7.0 .2 0.7 0.0 040 0.7 SN3TM

K3T NVRC02-3V 232 0.7 7.0 .0 0.7 0.2 0.4 0.80SN3T NVRC02D-3V 233 0.8 .0 .2 0.2 0.2 0.4 0.80

The above toolholders have .° h elix angle.

* V6 inserts cannot be us ed on standard internal toolholders without anvil. For this purpose you must use one of these special V6 toolholders.



0

A

D

A

D

D1

F

L

L1

F

L

L1

D1


The above to olholders are for RH inser ts. For LH inser ts order L H toolholder’s .

U Style for Coarse Pitch Spare Parts

Inser t Size Ordering Code EDP No. Dimensions inch F to insert Holder Helix

IC RH A L L1 D D1 inch Deg. Insert Screw Torx Key

.0U NVRC032-.0U 7/003 299 0.7 7.00 0.94 0.7 0.3 0.23 4.0 SNMT KMT

/4”UNVRC039-2U 7/004 300 0.7 7.00 .2 0.7 0.39 0.29 4.0

SM2T8 K2T NVRC044-2U 7/002 298 0.7 7.00 .2 0.7 0.44 0.29 3.0

3/8”U

NVRC044-3U 7/020 420 0.7 7.00 .2 0.7 0.43 0.32 4.

SN3TM K3T NVRC-3U 7/08 39 0.7 7.00 .0 0.7 0.3 0.39 4.

NVRC9-3U 7/09 33 0.7 7.00 .0 0.7 0. 0.43 4.0

/2”U

NVRC07-4U 7/0 329 0.7 7.00 .7 0.7 0.7 0.4 4.0SN4T K4T

NVRC00-4U 7/03 30 .2 0.00 2.3 .2 0.98 0.9 3.

NVRC2-4U 7/04 3 .2 0.00 2.3 .2 .7 0.74 3.3 SA4T K4T

/8”U NVRC2-U 7/0 3 .2 0.00 2.3 .2 .24 0.83 3.2 SAT KT

Standard for Coarse Pitch Spare Parts

Inser t Size Ordering Code EDP No. Dimensions inch F to insert Holder Helix

IC RH A L L1 D D1 inch Deg. Inser t Screw Tor x Key

/4” NVRC040-2 7/00 297 0.7 7.00 0.98 0.7 0.40 0.2 3.0 SN2T K2T

3/8”

NVRC044-3 7/00 30 0.7 7.00 .00 0.7 0.44 0.33 4. SN3TM K3T

NVRC00-3 7/00 302 0.7 7.00 .2 0.7 0. 0.3 4.0SN3T K3T

NVRC00-3 7/0 322 0.7 7.00 .2 0.7 0.4 0.3 2.

/2”

NVRC07-4 7/007 303 0.7 7.00 .7 0.7 0. 0.4 4.0 SN4TM K4T

NVRC07-4 7/008 304 0.7 7.00 .97 0.7 0.77 0.49 3.SN4T K4T

NVRC07-4 7/009 30 0.7 7.00 .97 0.7 0.77 0.49 3.0

/8”NVRC00- 7/02 32 .2 0.00 2.3 .2 0.98 0. 3.3

SNTM KT NVRC0- 7/00 30 .2 0.00 .97 .2 .0 0.70 3.



A

D

D1

F

L

L1

A

D

D1

F

L

L1



The AVR. .- C hol der s are sup pli ed wit h sta nda rd anv il (see spa re par ts tab le bel ow) .For V6, please use the V6 anvil YE-6C. For more info see page 7.

The above toolholders have a .° helix angle. For other helix angles, see p age 7. Toolhold ers with pre fix “N” cannot beused with an anvil. Holders with coolant channel available as standard. (Example AVRC00-C).

The above toolholders are for RH inserts . For LH inserts, add LH to the to olholder’s ordering code. (Example AVR07-C LH)

U Style Spare Parts

Insert S ize Ordering Code EDP No. Dimensions inch Min. Bore dia.

IC RH A L L1 D D1 F inch Inser t Screw Anvil Screw Tor x Key Anvil RH Anvil LH

/2”UAVR2-4U 42 .2 0.0 0 2.0 . 2 .2 .0 .

SA4T SY4T K4T YI4U YE4UAVR0 -4U .34 2.0 0 2.0 .0 .0 .2 .9 0

/8”U

NVR2-U 24 .2 0.00 2.0 .2 .2 0.98 . SNT - KT - -

AVR0 -U 2 .34 2.00 2 .0 .0 .0 .3 .90

SAT SYT KT YIU YEUAVR 200 -U 79 . 80 4.0 0 3.0 0 2.0 0 2.0 0 .37 2.40

AVR20 -U 87 2. 2 .00 3 .0 0 2.0 2.0 .3 2.9 0

Standard with Clamp(Dual System, Screw or Clamp) Spare Parts

InsertSize

Ordering Code EDP No. Dimensions inch Min. Bore dia.

IC RH A L L1 D D1 F inch Insert Screw Anvil Screw Clamp Torx Key Anvil RH Anvil LH

3/8”

AVR07-3C 30 0.7 7.00 2 .00 0.7 0 .7 0 . 0.94

SA3T SY3T C3 K3CT YI3 YE3

AVR00-3C 397 .2 0.00 2.0 .2 .00 0 . .20

AVR00D-3C 32 0.90 8 .00 .7 .00 .00 0 . .20

AVR2-3C 398 .2 0.00 2.0 .2 .2 0.77 .4

AVR0-3C 399 .34 2.00 2.0 .0 .0 0 .90 .

/2”

AVR00-4C 400 .2 0.00 2.0 .2 .00 0 .7 .2

SA4T SY4T C4 K4T YI4 YE4AVR00D-4C 40 0 .90 8 .00 .7 .00 .00 0 .7 .2

AVR2-4C 402 .2 0.00 2.0 .2 .2 0 .8 .0

AVR0-4C 403 .34 2.00 2.0 .0 .0 0 .98 .7

/8”

AVR2-C 404 .2 0.00 2.0 .2 .2 0.88 . SNT SYT C KT YI YE

AVR0-C 40 .34 2.00 2.0 .0 .0 .00 .80

SAT SYT C KT YI YEAVR200-C 40 .80 4.00 3 .00 2 .00 2 .00 .2 2.30

AVR20-C 407 2.2 .00 3 .00 2 .0 2.0 .0 2.80



A

D

D1

L1

F

L

A

D

F

L

W


Interna l Toolholders

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample AVR-4UC LH)Holders with coolant channel available as standard. (Example AVRC-4UC)

Minimum Bore DiaPitch mm .0 ISO 8.0 ISO 0.0 ISO

Pitch tpi 4 UN 3 UN 2. W

NVR0-V .98 2.7 2.7 3.

NVR200-V 2.37 2.37 2.7 3.

NVR20-V 2.7 2.7 2.7 3.

V Style Spare Parts


IC RH A L D F W Insert Screw Torx Key

/8”V

NVR0-V 7220 .34 2.00 .0 .08 0.2

SNT KT NVR200-V 7222 .80 4.00 2.00 .33 0.2

NVR20-V 7223 2.2 .00 2.0 .8 0.2

The above to olholders have a .0° h elix angle.

U style with Clamp(Dual System, Screw or Clamp) Spare Parts

InsertSize

Ordering Code EDP No. Dimensions inch Min. Bore dia.

IC RH A L L1 D D1 F inch Insert Screw Anvil Screw Clamp Torx Key Anvil RH Anvil LH

/2”UAVR2-4UC 408 .2 0.00 2.0 .2 .2 .0 .

SA4T SY4T C4 K4T YI4U YE4UAVR0-4UC 409 .34 2.00 2.0 .0 .0 .2 .90

/8”U

AVR0-UC 40 .34 2.00 2.0 .0 .0 .3 .90

SAT SYT C KT YIU YEUAVR200-UC 4 .80 4.00 3.00 2.00 2.00 .37 2.40

AVR20-UC 42 2.2 .00 3.00 2.0 2.0 . 2.90

The above to olholders have a .° hel ix angle. Fo r other heli x angles , see page 7.



3

D1

A

D

F

LL1

A

D

D1

F

L

L1


Internal Toolholde rs

Holders with coolant channel available as standard. (Example AVRC-4Z)

M+ Style Spare Parts



/8”M

AVR2-M 27 .2 0.00 2.0 .2 .2 0.88 . SNT SYT KT YIM YEM

AVR0 -M .34 2.00 2 .0 .0 .0 .00 .80

SAT SYT KT YIM YEMAVR20 0-M 49 . 80 4.00 3 .0 0 2.0 0 2.0 0 . 2 2.30

AVR20 -M 422 2. 2 .00 3 .0 0 2.0 2.0 .0 2.80

All M style toolholders have a .° helix angle.

Z+ Style Spare Parts



/2”ZAVR2-4Z 43 .2 0.00 2.0 .2 .2 .0 .

SA4T SY4T K4T YI4Z YE4ZAVR0 -4Z 44 .34 2.00 2.0 .0 .0 .2 .90

/8”Z

NVR2-Z 4 .2 0.00 2.0 .2 .2 0.98 . SNT - KT - -

AVR0 -Z 4 .34 2.0 0 2.0 .0 .0 .3 .90

SAT SYT KT YIZ YEZAVR20 0-Z 47 . 80 4.00 3.0 0 2.00 2.0 0 .37 2.4 0

AVR20 -Z 48 2.2 .00 3.0 0 2.0 2.0 . 2.9 0

All Z sty le toolholders have a .° helix angle.



4

D

A

L1

F

L

AD

F

L4.5°

AD

F

L4.5°

Interna l Toolholders


API Spare Parts

Insert Size Ordering Code EDP No. Thread FormConnection no. or

sizeDimensions inch

IC RH A L D F Insert Screw Anvil Screw Torx Key Anvil RH Anvil LH

/8”

AVR20 0-OIL 42 V0.038R NC23-NC38 .80 2.0 2.00 0.90

SAT SYT KT YIOIL YEOILAVRC200-OIL 22 V0 .038R NC23-NC38

AVR30 0-OIL 88 V0.00R NC4 0-NC772.8 .0 3.00 .0

AVRC300-OIL 2 V0 .00R NC40-NC77

The above to olholders have a .° hel ix angle.

Toolholders ordered with an inte rnal coolant channel have an internal BSP /” thread for connec tion to the f lexible coolant pip e.

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample AVR0 0-OIL LH)

T+ Style Spare Parts


IC RH A L L1 D F inch Insert Screw Anvil Screw Torx Key Anvil Torx Key Anvil RH/LH

/2”T

AVR0-4T 423 .34 2.00 2.08 .0 0 .88 2 .40

SA4T SY4K2 K4T K2 Y4T AVR200-4T 424 .80 4.00 4.08 2.00 .3 2.7AVR20-4T 42 2.2 .00 .08 2.0 .38 3.2

All toolholders have a 0° helix angle.

Holders with coolant channel available as standard. (Example: AVRC0-4T)



5

L3 x D

Holding device

Minimum length

D

F

A

D

L

D1

L1


The CAVR C. .- hol ders are sup pl ied with stand ard anv il (se e s par e par ts table bel ow) .For V6, please use the V6 anvil YI-6C. For more info see page 7.

The above to olholders are for RH inser ts. For LH inser ts, add LH to the toolholder ’s orderin g code. (E xample CNVRC00- LH)

The overhang to bar diameter ratio should be as smallas possible to eliminate the chance o chatter (vibration).

The mi ni mum lengt h in sid e a holdi ng de viceshould be 3 times the diameter o the bar shank.

Carbide Shank toolholders should be usedwhen extra accuracy is required or when thebar length to bar diameter ratio exceeds 3:1.

Standard with Carbide Shank Spare Parts


IC RH A L L1 D D1 F inch Insert Screw Anvil Screw Torx Key Anvil RH Anvil LH

4.0 mm CNVRC020-4.0K 347 0.20 4.00 .02 0.2 0.20 0.7 0.24 SN4MT - KMT - -

/4” CNVRC037-2 9 0.3 .0 0 - 0.37 0.37 0. 28 0.0 SN2T - K2T - -CNVRC00 -2 97 0.4 8 7.00 - 0.0 0.0 0.3 0.0

3/8”

CNVRC00 -3 99 0.4 8 7.0 0 - 0.0 0.0 0.4 0 0.7

CNVRC02-3 200 0.0 8.00 - 0.2 0.2 0.4 0.80 SN3T - K3T - -

CAVRC07-3 94 0.73 0.00 - 0.7 0.7 0. 0.90 SA3T SY3T K3T YI3 YE3

/2” CNVRC07-4 202 0.73 0.00 - 0.7 0.7 0.9 .00 SN4T - K4T - -

The above toolholders have .° h elix angle. For other h elix angles see page 7.

Toolholders with p refix “CN” cannot be used with an anv il. The ab ove Toolholders have coolant channe l as stan dard.



6

D

A

L1

D1

L


The above to olholders have .˚ helix angle.Left Handed Tool Supplied by Request (Example: SNVR 00U-6.0 LH)

D

A

L1

D1

L


Mini-3 Adjustable Spare Parts

InsertSize

OrderingCode

EDP No.Ordering

CodeEDP No. Dimensions inch

IC mm Sleeve Holder A L L1 D D1 Insert Screw Torx Key for Insert Screw Holder Screw x3 Key for Holder Screw

.0 SV02-8.0 7344 BNVR8.0T-.0 732 .84 4 0.3-2.2 .2 .3 SNMT KMT S4.0 K2.0

Mini-3 Spare Parts

Insert Size Ordering Code EDP No. Dimensions inch Anti-Vibration System

IC mm RH A L L1 D D1 Insert Screw Torx Key

4.0 SNVR 020-4.0K 4227 0.4 4.00 0.47 0.0 0.20 No SN4MT KMT

.0

SNVR 37U-.0 7338 0.3 3.23 0.3 0.37 0.3 No

SNMT KMT

BNVR 37S- .0 7308 0.3 3.0 0.87 0.37 0.3 Carbide Implanted

BNVR 37M-.0 7304 0.3 3.8 .22 0.37 0.3 Carbide Implanted

BNVR 37L-.0 730 0.3 4.33 .9 0.37 0.3 Carbide Implanted

.0

SNVR 00U-.0 734 0.49 3.23 0.3 0.0 0.3 No

BNVR 00S-.0 737 0.49 3.0 0.87 0.0 0.3 Carbide Implanted

BNVR 00M-.0 733 0.49 3.8 .22 0.0 0.3 Carbide Implanted

BNVR 00L-.0 730 0.49 4.33 .9 0.0 0.3 Carbide Implanted



7

D

A

L1

D1

L

The above to olholders have .˚ helix angl e.Left Handed Tool Supplied by Request (Example: SNVR 07U-L LH)

D

A

L1

D1

L

Internal Toolholde rs


Mini-L Spare Parts

Insert Size Ordering Code EDP No. Dimensions inch Anti-Vibration System

IC RH A L L1 D D1 Insert Screw Torx Key

.0L

SNVR 037U-L 733 0.3 3.9 0.3 0.37 0.24 No

SNLT KLT

BNVR 037S-L 730 0.3 3.43 0.87 0.37 0.24 Carbide Implanted

BNVR 037M-L 7302 0.3 3.82 .22 0.37 0.24 Carbide Implanted

BNVR 037L-L 7300 0.3 4.29 .9 0.37 0.24 Carbide Implanted

.0L

SNVR 00U-L 7340 0.49 3.9 0.3 0.0 0.24 No




Mini-L-Adjustable Spare Parts

InsertSize

OrderingCode

EDP No.Ordering

CodeEDP No. Dimensions inch

IC mm Sleeve Holder A L L1 D D1 Insert Screw Torx Key for Insert Screw Holder Screw x3 Key for Holder Screw

.0L SV02-.2 7343 BNVR.2T-L 7324 .84 4 0.3-.73 .2 .244 SNLT KLT S4.0 K2.0



8

L

L1D

d

L0

M

Spare Parts


MicroInsert Dia.

Shank Dia.

Ordering Code EDP No. Dimensions inch Location Screw* Clamping Screw x 3

d [mm] D L L1 L0 Screw M Key Screw Key

3

0.0 SMC00-3.0 407 3.0.3- Short 3.0 4GISM8X28 .0

K4.0 M4X0.7X4.0 K2.0

0.3- Medium 3.78 4GISM8X2 0.83

0.3 SMC02-3.0 40203.74

0.3- Short 4.09 4GISM8X49 .93

0.7 SMC07-3.0 4080 0.3- Medium 4.37 4GISM8X42 .

4

0 .0 SMC00-4.0 4092 3.

0.3- Short 3.0 4GISM8X28 .0

0.3- Medium 3.78 4GISM8X2 0.83

0.83- Long 3.98 4GISM8X 0.3

0.3 SMC02-4.0 40223.74

0.3- Short 4.09 4GISM8X49 .93

0.3- Medium 4.37 4GISM8X42 .0.7 SMC07-4.0 408 0.83- Long 4.7 4GISM8X37 .4

0 .0 SMC00- .0 47 3.

0 .3- Short 3. 4GISM8X28 .0

0.3- Medium 3.78 4GISM8X2 0.830.83- Long 3.98 4GISM8X 0.3

0.3 SMC02-.0 40243.74

0.3- Short 4.09 4GISM8X49 .93

0.3- Medium 4.37 4GISM8X42 .

0.7 SMC07-.0 4082 0.83- Long 4.7 4GISM8X37 .4

* Every toolholder package contains the full range of location screws needed.

Location Screw

Double Ended




9

Spare Parts

External and Internal Toolholders (not including Micro)

Toolholder IC Designation Thread Designation Thread EX RH / IN LH IN RH / EX LH

Standard

/4” SN2T M2.x0.4x. - - K2T -

3/8”, 3/8”V* SA3T UNCx2.0 SY3T UNCx7.3 K3T YE3/YE3-C YI3/YI3-C

/2”** SA4T UNC8x.2 SY4T UNC8x9.3 K4T YE4 YI4

/8” SAT Mx0.8x22.0 SYT Mx0.8x9. KT YE YI

Standard with clamp

3/8” SA3T/C3 UNCx2.0/Mx0.8x22.0 SY3T UNCx7.3 K3CT YE3 YI3

/2” SA4T/C4 UNC8x.2/Mx.0x29. SY4T UNC8x9.3 K4T YE4 YI4

/8” SAT/C Mx0.8x22.0/M8x.2x28.0 SYT Mx0.8x9. KT YE YI

U Style/2”U SA4T UNC8x.2 SY4T UNC8x9.3 K4T YE4U YI4U

/8”U SAT Mx0.8x22.0 SYT Mx0.8x9. KT YEU YIU

U Style with clamp/2” SA4T/C4 UNC8x.2/Mx.0x29. SY4T UNC8x9.3 K4T YE4U YI4U

/8” SAT/C Mx0.8x22.0/M8x.2x28.0 SYT Mx0.8x9. KT YEU YIU

V Style

/4”V SN2T M2.x0.4x. - - K2T - -

3/8”V SN3TV UNCx7. - - K3T - -

/2”V SN4T UNC8x.2 - - K4T - -

/8”V SNT Mx.0x29. - - KT - -

Z+ Style/2”Z SA4T UNC8x.2 SY4T UNC8x9.3 K4T YE4Z YI4Z

/8”Z SAT Mx0.8x22.0 SYT Mx0.8x9. KT YEZ YIZ

M+ Style

3/8”M SA3T UNCx2.0 SY3T UNCx7.3 K3T YE3M YI3M

/2”M SA4T UNC8x.2 SY4T UNC8x9.3 K4T YE4M YI4M

/8”M SAT Mx0.8x22.0 SYT Mx0.8x9. KT YEM YIM

T+ Style /2”T SA4T UNC8x.2 SY4K2 UNC8x7.3 K4T/K2 Y4T Y4T

API /8” SAT/C Mx0.8x22.0/M8x.2x28.0 SYT Mx0.8x9. KT YEOIL YIOIL

Mini-L .0L SNLT M2x0.4x4. - - KLT - -

Mini-34.0mm SN4MT M2x0.4x4.0 - - KMT - -

.0mm SNMT M.8x0.3x4. - - KMT - -

Mini Adjustable Holder - S4.0 M4x0.7x4.0 - - K2.0 - -

* NVR06- requires insert screw SNT (UNCx9.) ** NVR07-4 requires insert screw SN4T (UNCx.0)

SNT (Mx0.x) for holders A/NVR-...

For Micro Toolholders see page 8.

AnvilKeyAnvil Screw & WasherInsert Screw / Clamp ScrewInsert Size



0



> Technical Data

Thread Turning



Thread Terminology ........................................................................................................................................................................ Page 123

Machining a Multi-Start Thread ................................................................................................................................................

Insert Proile Styles ........................................................................................................................................................................... Page 124

Thread Turning Methods.............................................................................................................................................................. Page 125

Thread Ineed Methods................................................................................................................................................................. Page 125

Calculating the Helix Angle and Choosing the Right Anvil.................................................................................... Page 126

Anvils and Anvil Kits......................................................................................................................................................................... Page 127

Grades and Their Applications.................................................................................................................................................. Page 128

Recommended Grades and Cutting Speeds - (not including Mini and Micro)......................................... Page 129

Recommended Grades and Cutting Speeds - (Mini and Micro) ......................................................................... Page 130

Number o Passes ............................................................................................................................................................................. Page 131

Cutting Conditions Depends On... ......................................................................................................................................... Page 131

Radial ineed per pass..................................................................................................................................................................... Page 132

Number o Passes and Depth o Cut per Pass or Multi+ Inserts ........................................................................ Page 138

Step by Step Thread Turning - Examples............................................................................................................................ Page 140

Material Comparison Table ......................................................................................................................................................... Page 144

Troubleshooting ................................................................................................................................................................................ Page 148

THREAD TURNING TECHNICAL DATA



3

A thread on the internal surface

of a cylinder or cone.

Internal Thread

Lead

The distance a threaded part moves axially, with respect

to a fixed mating part, in one complete revolution.

The lead is equal to the pitch multiplied by the number

of thread starts.

p x Pitch Diameter

Helix Angle Lead

A thread which, when viewed axially,

winds in a counterclockwise and

receding direction. All left-hand threads

are designated LH.

A thread which, when viewed axially,

winds in a clockwise and receding

direction. Threads are always right-

hand unless otherwise specified.

External Thread

A thread on the external

surface of a cylinder

screw or cone

Pitch

Root

Crest

ThreadAngle

HelixAngle

External ThreadMajor Diameter

The largest diameter of a screw thread.

Pitch Diameter

On a straight thread, the diameter of an imaginary

cylinder, the surface of which cuts the threadforms where the width of the thread and groove

are equal.

Minor Diameter

The smallest diameter of a screw thread.

Helix Angle

For a straight thread, where the lead of the thread

and the pitch diameter circle circumference form

a right angled triangle, the helix angle is the angle

opposite the lead.

Straight Thread

A thread formed on a cylinder

Taper Thread

A thread formed on a cone

Depth of Thread

The distance between crest and

root measured normal to the axis.

Pitch

The distance between corresponding

points on adjacent thread forms

measured parallel to the axis. This

distance can be defined in millimeters

or by the tpi (threads per inch), which

is the reciprocal of the pitch.

Major Ø

Pitch ØMinor Ø

Nominal Diameter

The diameter from which the diameter

limits are derived by the application of

deviation allowances and tolerances.

Left-hand thread Right-hand thread

Thread Terminology

The Helix Angle b



4

The V partial profile insert cuts without topping

the outer diameter of the thread. The same

insert can be used for a range of different thread

pitches which have a common thread angle.

First Start Machined Second Start Machined Third Start Machined

(Final, 3 Starts Thread)

Lead = 3 x Pitch

PitchPitch

PitchLead Lead

Full Profile

Semi Full

Partial Profile

Full Profile for Fine Pitches

The full profile for Fine Pitches will form a

complete thread.

The topping of the outer diameter is generated

by the second tooth.

The full profile insert will form a complete

thread profile including the crest. For every

thread pitch and standard, a separate insert

is required.

The Semi profile insert will form a complete

thread including crest radius but without

topping the outer diameter.

Mainly used for trapezoidal profiles.

Machining a Multi-Star t Thread

Insert Profile Styles

A thread in which the lead is an integral multiple, greater than one, of the pitch.

A multi-start thread permits a more rapid advance without a coarser (larger) thread form.



5

21

43

65

87

Thread Turning Methods

1-3°

Thread Inserts & Toolholder Rotation Feed Direction Helix Method Drawing No.

Right Hand ExternalEX RH Counterclockwise Towards chuck Regular

EX LH Clockwise From chuck Reversed 2

Right Hand InternalIN RH Counterclockwise Towards chuck Regular 3

IN LH Clockwise From chuck Reversed 4

Left Hand ExternalEX LH Clockwise Towards chuck Regular

EX RH Counterclockwise From chuck Reversed

Left Hand InternalIN LH Clockwise Towards chuck Regular 7

IN RH Counterclockwise From chuck Reversed 8

External RH Thread External LH Thread

Internal RH Thread

Radial Infeed

Radial infeed is the simplest and quickest

method.

The feed is perpendicular to the turning axis,

and both flanks of the insert perform the

cutting operation.

Radial infeed is recommended in cases:

When the pitch is smaller than 6 tpi

For material with short chips

For work with hardened material

Flank infeed is recommended in the

following cases:

When the thread pitch is greater than 6

tpi., using the radial method, the effective

cutting edge length is too large, resulting

in chatter.

For TRAPEZ and ACME. The radial method

result in three cutting edges, making chip

flow very difficult.

Use of the alternate flank method is

recommended especially in large pitches

and for materials with long chips.

This method divides the load equally on

both flanks, resulting in equal wear along

the cutting edges. Alternate flank infeed

requires more complicated programming,

and is not available on all lathes.

Flank Infeed (modified) Alternate Flank Infeed

Internal LH Thread

Thread Infeed Methods



6

α = arctan (tan Ø /2 x tanδ)

α

δ

φ

A

A

A - A

10°1°14'7°10'2°36'5°48'5°48'

60°, UN,

ISO

ACME BUTTRESS INSERT

2°36'

βp

D

The helix angle is calculated by the following formula:

β - Helix angle [ ° ]

P - Pitch [inch]

N - No. of starts

D - Pitch diameter [inch]

Lead = P x N

Flank Clearance Angle a (For External Inserts)

Calculating the Helix Angle b

The helix angle can also be found from the diagram below.

β= arctanPxN

πxD

Calculating the Helix Angle and ChoosingThe Right Anvil

Vardex toolholders are designed

to tilt the insert when seated in

the toolholder (0° for external,

° for internal tooling).

This results in the differing flank

clearance angles, based on the

geometry of the insert. To ensure that the side of the insert cutting edge will not rub on

the workpiece, it is most important that the insert helix angle be correct - especially in

profiles with small enclosed flank angles. This correction is provided by Vardex anvils.

Where: a - Flank clearance angle d - Tilt angle

Ø - Enclosed flank angle

5° 4° 3° =1°β=2°β

1

2

3

4

5

6

7

8

9

11

10

12

1

2

3

4

5

6

7

8

9

11

10

12

2” 4”

2.5

3

3.5

4

4.55

6

7

911141824

2.5

3

3.5

4

4.55

6

7911141824

=-1 °

=0°

β

β

β = -2 °

2.25

2.25

6” 8”

0

1.5 °H1

−β

1.5 °

β

H1

Helix Angle Diagram

The dimension H1 (cutting edge height)

remains constant with every insert/ anvil

combination.

AnvilangleStandard toolholder

pocket angle

Reversedhelix angle

Feed towardsthe tailstock

Anvilangle

Standardhelix angle

Feed towardsthe chuck

Standard toolholderpocket angle

F e e d d i r e c t i o n t o w a r d s t h e c h u c k

R H T

h r e a d / R H T

o o l i n

g

F e e d d i r e c t i o n t o w a r d s t h e t a i l s t o c k

L H T

h r e a d / L H T

o o l i n g

L H T

h r e a d / R H T

o o l i n

g

R H T

h r e a d / L H T

o o l i n g

Special Toolholders

Special Toolholders

*For Multi-start threads,use the lead value instead of the pitch

Pitch P*[mm]

Pitch P*[tpi]

Pitch diameter [inch]



7

Important!

Use a V6 anvil when using a V6 insert.

Anvils

Resultant Helix Angle 4.° 3.° 2.° .° 0.° 0° -0.° -.°

Insert Size Holder Ordering Code

IC L inch

3/8” 0.3ER / IL YE3-3P YE3-2P YE3-P YE3 YE3-N YE3-.N YE3-2N YE3-3N

EL / IR YI3-3P YI3-2P YI3-P YI3 YI3-N YI3-.N YI3-2N YI3-3N

3/8”

V 0.3

ER YE3-C-3P YE3-C-2P YE3-C-P YE3-C YE3-C-N YE3-C-.N YE3-C-2N YE3-C-3N

IR YI3-C-3P YI3-C-2P YI3-C-P YI3-C YI3-C-N YI3-C-.N YI3-C-2N YI3-C-3N

/2” 0.87ER / IL YE4-3P YE4-2P YE4-P YE4 YE4-N YE4-.N YE4-2N YE4-3N

EL / IR YI4-3P YI4-2P YI4-P YI4 YI4-N YI4-.N YI4-2N YI4-3N

/2”U 0.87ER / IL YE4U-3P YE4U-2P YE4U-P YE4U YE4U-N YE4U-.N YE4U-2N YE4U-3N

EL / IR YI4U-3P YI4U-2P YI4U-P YI4U YI4U-N YI4U-.N YI4U-2N YI4U-3N

/8” .0ER / IL YE-3P YE-2P YE-P YE YE-N YE-.N YE-2N YE-3N

EL / IR YI-3P YI-2P YI-P YI YI-N YI-.N YI-2N YI-3N

/8”U .0ER / IL YEU-3P YEU-2P YEU-P YEU YEU-N YEU-.N YEU-2N YEU-3N

EL / IR YIU-3P YIU-2P YIU-P YIU YIU-N YIU-.N YIU-2N YIU-3N

3/8”M 0.3ER / IL YE3M-P YE3M YE3M-N YE3M-.N YE3M-2N

EL / IR YI3M-P YI3M YI3M-N YI3M-.N

/2”M 0.87ER / IL YE4M-P YE4M YE4M-N YE4M-.N YE4M-2N

EL / IR YI4M-P YI4M YI4M-N YI4M-.N

/8”M .0ER / IL YEM YEM-N YEM-.N

EL / IR YIM YIM-N YIM-.N

/2”Z 0.87ER / IL YE4Z-P YE4Z YE4Z-N

EL / IR YI4Z-P YI4Z YI4Z-N

/8”Z .0ER / IL YEZ

EL / IR YIZ

/2”T 0.87 ER / IL EL / IR Y4T

Standard Anvil Anvil U Style Anvil M Style Anvil Z Style Anvil T Style Anvil

ER/IL EL/IR ER IR ER/IL EL/IR ER/IL EL/IR ER/IL EL/IR ER/IL EL/IRV6 is indicated on the backside Same anvil turned over

Anvil KitsAnvil Size Ordering Code Included Anvils:

IC L inch

3/8” 0.3 ABY3YE3-2P, P, N, 2N, 3N

YI3-2P, P, N, 2N, 3N

3/8”V

0.3 ABY3-CYE3-C-2P, P, N, 2N, 3N

YI3-C-2P, P, N, 2N, 3N

/2” 0.87 ABY4 YE4-2P, P, N, 2N, 3NYI4-2P, P, N, 2N, 3N

/2”U 0.87 ABY4UYE4U-2P, P, N, 2N, 3N

YI4U-2P, P, N, 2N, 3N

/8” .0ABYE YE-2P, P, N, 2N, 3N

ABYI YI-2P, P, N, 2N, 3N

/8”U .0ABYEU YEU-2P, P, N, 2N, 3N

ABYIU YIU-2P, P, N, 2N, 3N

To ensure that y ou always have on hand an assor tment of anv ils for a ny job,we recommend that anvil kits b e readily available.

For External RH

use YE3-6C anvil.

For Internal RH

use Yl3-6C anvil.



8

Grades and Their Applications

General Use

VKX VTX VCB

Superior general purpose grade,excellent in steels and stainless steels,recommended for rigid cuttingconditions, ground or sintered chipbreakerstyles. TiN coated.

General purpose grade with toughsubmicron substrate. Provides goodfracture toughness in non-rigid cuttingconditions. TiAlN coated.

Vardex sintered chipbreaker with groundprofile for machining materials with longchips. TiAlN coated.

Stainless Steel Non Ferrous, High Temperature Alloys and Titanium

VM7 VK2 VK2P

Specialty grade for threadingstainless steel. Multi-layer PVD coated.

Uncoated grade for non-ferrous,aluminium, high temperature andtitanium alloys.

Highly-polished version of the VKuncoated grade for high quality surfacefinish in aluminium.

Micro Mini “5L”& Mini IC 6.0 Mini IC 4.0

VMX VHX VTX

General purpose carbide grade for Microdouble-ended inserts. TiN coated.

HSS grade for Mini "L" and Mini 6.0inserts; for low cutting speeds, TiN coated.

Carbide grade for Mini 4.0.For machining stainless steel andgeneral use. TiAlN coated.

VKP VBX

General purpose carbide grade for Mini"L" and Mini 6.0 inserts, TiN coated.

Carbide grade for Mini 4.0.For machining steel and general use. TiCN coated.



9

Calculation of N [RPM]

Recommended Grades and Cutting Speeds Vc [ft/min]not Including MiniPro Line

Material Group

V a r d e x N o .

Material

HardnessBrinell

HB

Vc [t/min]

Coated Uncoated

VKX VCB VM7 VTX VK2 / VK2P

PSteel

Unalloyed steel

Low car bon (C= 0.-0. 2%) 2 377-23 377-23 377-23

2 Medium carbon (C=0.2-0.%) 0 328-74 328-4 328-74

3 High carbon (C=0.-0.8%) 70 29-4 29-08 29-4

4Low alloy steel(alloying elements≤%)

Non hardened 80 328-90 328-90 328-90

Hardened 27 24-49 24-49 24-49

Hardened 30 229-443 229-443 229-443

7 High alloy steel(alloying elements>%)

Annealed 200 22-393 22-393 22-393

8 Hardened 32 4-328 4-328 4-328

9Cast steel

Low alloy (alloying element s <%) 20 0 229 -42 229 -42 229 -42

0 High alloy (alloying elements >%) 22 97-393 97-393 97-393

MStainless

Steel

Stainless steelFeritic

Non hardened 200 229-42 229-42 229-492 229-42

2 Hardened 330 97-377 4-3 97-40 97-377

3 Stainless steelAustenitic

Austenitic 80 29-49 22-393 29-24 29-49

4 Super Austenitic 200 3-3 98-328 3-393 3-3

Stainless steelCast eritic

Non hardened 200 29-393 29-393 29-492 29-393 Hardened 330 23-3 23-3 23-393 23-3

7 Stainless steelCast austenitic

Austenitic 200 279-3 279-3 279-393 279-3

8 Hardened 330 97-328 97-328 97-3 97-328

KCast Iron

28 MalleableCast iron

Ferritic (shor t chips) 30 97-229 229 -393 97-229

29 Pearlitic (long chips) 230 97-47 229-393 97-47

30Grey Cast iron

Low tensile strength 80 229- 42 229- 42 229 -42

3 High tensile strength 20 97-377 97-328 97-377

32Nodular SG iron

Feritic 0 40-24 40-24 40-24

33 Pearlitic 20 29-393 29-393 29-393

N(K)Non-Ferrous

Metals

34 Aluminium alloysWrought

Non aging 0 328-9 328-89 328-9 328-89

3 Aged 00 22-72 22-90 22-72 22-24

3 Aluminium alloys Cast 7 -32 -32 -32 22-39337 Cast & aged 90 -98 -98 -98 229-328

38 Aluminium alloys Cast Si 3-22% 30 97-90 97- 492 97-90 4-393

39 Copper andcopper alloys

Brass 90 22-738 22-88 22-738 229-7

40 Bronze and non leaded copper 00 22-83 22-88 22-83 229-7

S(M)Heat Resistant

Material

9

High temperaturealloys

Annealed (Iron based) 200 48-97 48-97 48-97 98-4

20 Aged (Iron based) 280 98-4 98-4 984 82-3

2 Annealed (Nickel or Cobalt based) 20 -98 -98 -98 -98

22 Aged (Nickel or Cobalt based) 30 49-82 49-82 49-82 49-82

23 Titanium alloys

Pure 99. T i 40 0Rm 49 -7 49 -7 49 -7 97-328

24 a+b alloys 00Rm 4-229 4-229 4-229 3-97

H(K)

HardenedMaterial

2

Extra hard steel Hardened & tempered

4-0HRc 48-97 48-97 48-97

2 -HRc 3-4 3-4 3-4

N - Revolution Per Minute [RPM]

Vc - Cutting Speed [ft/min]

D - Workpiece Diameter [inch]

DN

V c

12 x V c

N x π x D

12

N =π x D

Vc =



30

Recommended Grades and Cutting SpeedsVc [ft/min] Mini, Micro

MaterialGroup V

a r d e x N o .

Material

HardnessBrinell

HB

Vc [t/min]

Coated

VMX(Micro)

VKP(Mini)

VTX(Mini)

VHX(Mini)

PSteel

Unalloyed steel

Low carbon (C=0.-0.2%) 2 4-393 49- 492- -4

2 Medium carbon (C=0.2-0.%) 0 3-328 393-90 42-90 49-3

3 High Carbon (C=0.-0.8%) 70 98-22 3-90 393-90 49-98


Non hardened 80 4-229 328-08 3-08 -48

Hardened 27 3-97 29-47 328-47 33-82

Hardened 30 98-4 22-443 29-443 33-82


Annealed 200 98-4 23-377 229-377

8 Hardened 32 82-3 4-328 97-328

9Cast steel

Low alloy (alloying elements <%) 200 98-4 98-4 98-4 82-3

0 High alloy (alloying elements >%) 22 82-3 82-3 98-3 82- 3

MStainless

Steel


Non hardened 200 97-328 22-393 29-393

2 Hardened 330 3-97 80-3 97-3


Austenitic 80 4-29 97-328 229 -3284 Super Austenitic 200 3-97 4-29 97-29

Stainless steelCast Feritic

Non hardened 200 3-97 97-22 229 -22

Hardened 330 98-4 48-23 4-23


Austenitic 200 3-97 4-229 97-229

8 Hardened 330 98-4 3-97 3-97

KCast Iron


Ferr itic (short chips) 30 4-229 97-22 229-22

29 Pearlitic (long chips) 230 4-229 97-22 229-22

30Grey cast iron

Low tensile s trength 80 4-229 97-22 229-22

3 High tensile strength 20 3-97 3-229 3-229

32Nodular SG iron

Feritic 0 4-229 97-22 229-22

33 Pearlitic 20 97-22 229-29 22-29

N(K)Non-Ferrous

Metals


Non aging 0 328-983 22-787 29-787 98-973 Aged 00 328-492 328-7 3-7 82-4

3Aluminium alloys

Cast 7 328-492 328-492 3-492 82-4

37 Cast & aged 90 97-328 97-328 229-328 -3

38 Aluminium alloys Cast Si 3-22% 30 328- 492 328-492 3-492 49 -98


Brass 90 97-328 22- 29- 49-

40 Bronze and non leaded copper 00 97-328 22- 29- 49-

S(M)Heat Resistant

Material

9


Annealed (Iron based ) 200 82-48 82-48 98-48

20 Aged (Iron based) 280 -98 -98 -98

2 Annealed (Nickel or Cobalt based) 20 49- 49- 49-

22 Aged (Nickel or Cobalt based) 30 33-49 33-49 49-

23 Titanium alloys

Pure 99. T i 4 00Rm 97-328 97-328 229 -328

24 α+β alloys 00Rm 3-4 3-4 3-4

H(K)HardenedMaterial

2


4-0HRc -3 -3 -3

2 -HRc -3 -3 -3



3

Overhang

P M K N S H

R

D

L

HRcHB

RPM N

Number of Passes

Pitch mm 0.0 0.7 .00 .2 .0 .7 2.00 2.0 3.00 3.0 4.00 4.0 .00 .0 .00 8.00

tpi 48 32 24 20 4 2 0 8 7 . 4. 4 3

No. o passes 4- 4-7 4-8 -9 -0 7-2 7-2 8-4 9- 0-8 -8 -9 2-20 2-20 2-20 -24

No. o passes (SCB) 3-4 3-4 3- 4- - -8 -8 8-0 9-2 0-4

No. o passes(Micro & Mini)

-9 - -2 8-4 9- -8 -8

Cutting Conditions Depends On:

Workpiece

Material Type

Material Dimension: Diameter and Length

Chipflow Character

Material Hardness

Thread

Application

External or Internal

Profile Shape

Surface Finish

Machine

Machine Stability

Max. RPM

Clamping System Stability

Coolant Coolant Type

Holders

Holder Cross Section Area

Holder Overhang

Through Coolant Option

Shank Type: Carbide, Alloy, Carbide Implant

Insert

Grade

Profile Shape: Pitch and Depth

Nose Radius

Chipbreaker Style



3

Radial infeed per pass

UN ExternalNumberof passes

Pitch/tpi

Lower Cutting Speed Higher

32 28 24 20 18 16 14 13 12 11 10 9 8 7 6 5 4.5 4

0.007 0.007 0 .007 0.008 0 .009 0 .009 0.009 0 .009 0 .00 0 .0 0 .0 0 .0 0.02 0 .04 0 .04 0 .07 0 .07 0.08

2 0 .00 0.00 0 .00 0 .007 0 .008 0 .008 0 .008 0.009 0 .00 0.009 0.00 0.00 0.0 0.03 0.03 0.0 0 .0 0 .07

3 0.004 0 .004 0 .00 0 .00 0.00 0 .00 0.00 0 .007 0.007 0.007 0.007 0.008 0 .008 0.00 0.00 0.02 0 .04 0.04

4 0 .002 0 .004 0 .004 0 .004 0 .00 0.00 0.00 0 .00 0 .00 0 .00 0.00 0 .007 0 .007 0 .008 0 .009 0.0 0.0 0.03 0.002 0 .002 0 .0 04 0.00 4 0.00 4 0.0 04 0.0 0 0.0 0 0.0 0 0.00 0.00 0.0 0 0 .0 07 0 .0 08 0.0 09 0.009 0 .02

0.002 0.002 0.004 0.004 0.00 0.00 0.00 0.00 0.00 0.00 0.007 0.007 0.009 0.009 0.00

7 0.002 0.004 0.004 0.00 0.00 0.00 0.00 0.00 0.00 0.007 0.008 0.008 0.009

8 0.002 0.002 0.002 0.004 0.00 0.00 0.00 0.00 0.00 0.007 0.008 0.009

9 0.002 0.004 0.00 0.00 0.00 0.00 0.007 0.007 0.009

0 0.002 0.004 0.00 0.00 0.00 0.007 0.007 0.008

0.00 0.007 0.00 0.007

2 0.004 0.00 0.00 0.007

3 0.002 0.00 0.00 0.00

4 0.002 0.00 0.00

0.00 0.00

0.002 0.002

UN InternalNumberof passes

Pitch/tpi

Lower Cutting Speed Higher32 28 24 20 18 16 14 13 12 11 10 9 8 7 6 5 4.5 4

0 .007 0 .00 0.007 0.007 0 .009 0 .009 0.009 0.009 0.00 0.00 0.0 0.0 0 .02 0 .03 0 .04 0.07 0 .07 0.08

2 0.00 0.00 0.00 0.00 0 .007 0.007 0.008 0.008 0 .009 0 .009 0 .00 0 .00 0 .0 0.03 0.03 0.0 0 .0 0.07

3 0.004 0 .004 0 .00 0.00 0.00 0 .00 0.00 0.00 0 .007 0.007 0.007 0 .007 0.008 0 .009 0 .00 0 .02 0 .03 0 .0

4 0.002 0.003 0.004 0.004 0.00 0 .00 0 .00 0.00 0 .00 0 .00 0.00 0.00 0 .007 0 .008 0.008 0.00 0.00 0.02

0.0 02 0 .0 02 0 .0 04 0 .0 04 0 .0 04 0 .00 4 0.0 0 0 .0 0 0 .00 0.0 0 0 .0 0 0 .0 0 0 .0 07 0 .0 07 0 .0 09 0 .0 09 0.0

0.002 0.002 0.004 0.004 0.004 0.004 0.00 0.00 0.00 0.00 0.00 0.00 0.008 0.008 0.009

7 0.002 0.004 0.004 0.004 0.00 0.004 0.00 0.00 0.00 0.00 0.007 0.007 0.009

8 0.002 0.002 0.002 0.004 0.004 0.004 0.004 0.00 0.00 0.007 0.007 0.008

9 0.004 0.004 0.004 0.004 0.00 0.00 0.00 0.007 0.0080 0.002 0.002 0.004 0.004 0.00 0.00 0.00 0.00 0.007

0.002 0.004 0.004 0.00 0.00 0.00 0.007

2 0.002 0.002 0.004 0.00 0.00 0.00

3 0.004 0.00 0.00 0.00

4 0.002 0.002 0.00 0.00

0.00 0.00

0.002 0.002



33


ISO ExternalNumberof passes


Pitch/mm 0.5 0.75 1 1.25 1.5 1.75 2 2.5 3 3.5 4 4.5 5 5.5 6

0.004 0.00 0.007 0.007 0.009 0.009 0.009 0.00 0.0 0.03 0.03 0.0 0.0 0.07 0.08

2 0.003 0.00 0.00 0.007 0.008 0.008 0.009 0.009 0.00 0.02 0.02 0.03 0.0 0.0 0.07

3 0.003 0.004 0.00 0.00 0.007 0.00 0.007 0.007 0.008 0.009 0.009 0.0 0.03 0.03 0.04

4 0.002 0.002 0.004 0.004 0.00 0.00 0.00 0.007 0.007 0.008 0.009 0.009 0.0 0.0 0.02 0.002 0.004 0.00 0.004 0.00 0.00 0.00 0.007 0.007 0.009 0.009 0.009 0.0

0.002 0.002 0.004 0.00 0.00 0.00 0.007 0.007 0.008 0.009 0.009 0.009

7 0.004 0.004 0.00 0.00 0.00 0.00 0.007 0.008 0.008 0.009

8 0.002 0.002 0.004 0.00 0.00 0.00 0.007 0.007 0.007 0.008

9 0.004 0.00 0.00 0.00 0.00 0.007 0.007 0.008

0 0.002 0.004 0.00 0.00 0.00 0.007 0.007 0.007

0.004 0.004 0.00 0.00 0.00 0.00 0.007

2 0.002 0.002 0.00 0.00 0.00 0.00 0.00

3 0.004 0.00 0.00 0.00 0.00

4 0.002 0.002 0.002 0.00 0.00

0.00 0.00

0.002 0.002

ISO InternalNumberof passes

Lower Cutting Speed HigherPitch/mm 0.5 0.75 1 1.25 1.5 1.75 2 2.5 3 3.5 4 4.5 5 5.5 6

0.004 0.00 0.007 0.007 0.009 0.009 0.00 0.0 0.0 0.03 0.03 0.04 0.07 0.07 0.08

2 0.003 0.00 0.00 0.00 0.008 0.008 0.009 0.00 0.00 0.02 0.02 0.03 0.0 0.0 0.07

3 0.003 0.004 0.004 0.00 0.00 0.00 0.007 0.007 0.008 0.009 0.009 0.0 0.02 0.03 0.04

4 0.002 0.002 0.004 0.004 0.00 0.00 0.00 0.00 0.00 0.007 0.008 0.009 0.00 0.00 0.0

0.002 0.004 0.004 0.004 0.004 0.00 0.00 0.007 0.007 0.008 0.009 0.009 0.000

0.002 0.002 0.003 0.004 0.00 0.00 0.00 0.00 0.007 0.008 0.008 0.009

7 0.003 0.004 0.004 0.00 0.00 0.00 0.00 0.007 0.007 0.008

8 0.002 0.002 0.004 0.004 0.00 0.00 0.00 0.00 0.007 0.007

9 0.004 0.004 0.00 0.00 0.00 0.00 0.00 0.007

0 0.002 0.004 0.004 0.00 0.00 0.00 0.00 0.00

0.003 0.004 0.004 0.00 0.00 0.00 0.00

2 0.002 0.002 0.004 0.00 0.00 0.00 0.00

3 0.004 0.004 0.00 0.00 0.00

4 0.002 0.002 0.002 0.00 0.00

0.00 0.00



34


UNJ External & InternalNumberof passes


Pitch/tpi 32 28 24 20 18 16 14 12 10 8

0.00 0.00 0.007 0.007 0.008 0.009 0.009 0.00 0.00 0.0

2 0.00 0.00 0.00 0.00 0.007 0.007 0.008 0.009 0.009 0.0

3 0.004 0.004 0.00 0.00 0.00 0.00 0.00 0.007 0.007 0.008

4 0.002 0.004 0.004 0.004 0.00 0.00 0.00 0.00 0.00 0.00 0.002 0.002 0.004 0.004 0.004 0.004 0.00 0.00 0.00

0.002 0.002 0.004 0.004 0.004 0.00 0.00

7 0.002 0.004 0.004 0.00 0.00

8 0.002 0.002 0.004 0.00

9 0.004 0.00

0 0.002 0.004

0.004

2 0.002

NPT External & InternalNumberof passes


Pitch/tpi 27 18 14 11.5 8

0.008 0.008 0.009 0.009 0.00

2 0.00 0.00 0.007 0.007 0.009

3 0.00 0.00 0.00 0.007 0.008

4 0.00 0.00 0.00 0.00 0.007

0.00 0.00 0.00 0.00 0.007

0.004 0.004 0.00 0.00 0.007

7 0.004 0.004 0.004 0.00 0.007

8 0.002 0.002 0.004 0.00 0.007

9 0.004 0.004 0.000 0.002 0.004 0.00

0.004 0.00

2 0.002 0.00

3 0.00

4 0.004

0.002



35


NPTF External & InternalNumberof passes


Pitch/tpi 27 18 14 11.5 8

0.00 0.008 0.009 0.009 0.009

2 0.00 0.007 0.009 0.009 0.009

3 0.004 0.00 0.00 0.007 0.009

4 0.004 0.00 0.00 0.00 0.007 0.003 0.004 0.00 0.00 0.007

0.002 0.004 0.004 0.004 0.00

7 0.004 0.004 0.004 0.00

8 0.002 0.004 0.004 0.00

9 0.004 0.004 0.00

0 0.002 0.004 0.00

0.004 0.00

2 0.00

3 0.004

4 0.004

0.004

ACME External & InternalNumberof passes


Pitch/tpi 16 14 12 10 8 6 5 4

0.009 0.009 0.00 0.00 0.0 0.03 0.04 0.0

2 0.008 0.007 0.009 0.009 0.00 0.0 0.03 0.04

3 0.007 0.007 0.007 0.008 0.008 0.009 0.00 0.02

4 0.00 0.00 0.00 0.007 0.007 0.008 0.009 0.0

0.00 0.00 0.00 0.00 0.00 0.007 0.009 0.00

0.002 0.004 0.00 0.00 0.00 0.007 0.008 0.009

7 0.002 0.004 0.004 0.00 0.00 0.007 0.008

8 0.002 0.004 0.00 0.00 0.007 0.008

9 0.002 0.00 0.008 0.007 0.0080 0.004 0.00 0.00 0.007

0.004 0.00 0.00 0.007

2 0.002 0.00 0.00 0.00

3 0.002 0.00 0.00

4 0.002 0.00

0.00



36


STUB ACME External & InternalNumberof passes


Pitch/tpi 16 14 12 10 8 6 5 4

0.007 0.009 0.009 0.009 0.00 0.02 0.03 0.04

2 0.00 0.00 0.00 0.007 0.007 0.009 0.00 0.0

3 0.004 0.00 0.00 0.00 0.007 0.007 0.008 0.009

4 0.002 0.004 0.004 0.00 0.00 0.007 0.007 0.008 0.002 0.004 0.00 0.00 0.00 0.007 0.008

0.002 0.004 0.00 0.00 0.00 0.007

7 0.002 0.004 0.00 0.00 0.00

8 0.002 0.00 0.00 0.00

9 0.002 0.00 0.00

0 0.002 0.00

0.004

2 0.002

W External & InternalNumberof passes


Pitch/tpi 28 26 20 19 18 16 14 12 11 10 9 8 7 6 5 4.5 4

0.007 0.0 07 0.0 08 0 .0 08 0 .008 0 .0 08 0 .0 09 0.00 0.00 0.0 0.0 0.02 0.03 0.04 0.07 0.07 0.08

2 0.0 0 0 .0 0 0.0 07 0.0 07 0.007 0.0 07 0.0 08 0.00 0.009 0.00 0.00 0.0 0.03 0.03 0.0 0.0 0.07

3 0.00 4 0.0 0 0 .0 0 0 .00 0.0 0 0 .0 0 0.0 07 0.0 08 0 .0 08 0 .0 08 0 .00 8 0.0 09 0.00 0.0 0.04 0.04 0.04

4 0.0 04 0 .00 4 0.0 0 0 .0 0 0 .0 0 0.00 0 .0 0 0 .00 0.0 07 0.0 07 0.007 0.0 07 0.0 09 0 .0 09 0.0 0.02 0.03

0.002 0.0 02 0 .0 04 0 .0 0 0 .0 0 0 .00 4 0.0 0 0 .0 0 0 .00 0.0 0 0 .0 0 0.0 07 0.0 08 0 .0 08 0.00 0.00 0.02

0.002 0.002 0.002 0.004 0.00 0.00 0.00 0.00 0.00 0.00 0.007 0.008 0.009 0.009 0.0

7 0.004 0.043 0.00 0.00 0.00 0.00 0.00 0.007 0.007 0.009 0.009 0.0

8 0.002 0.002 0.002 0.00 0.00 0.00 0.00 0.00 0.007 0.008 0.009 0.00

9 0.002 0.00 0.00 0.00 0.00 0.00 0.007 0.008 0.0090 0.002 0.00 0.00 0.00 0.00 0.007 0.007 0.009

0.002 0.00 0.00 0.00 0.007 0.007 0.008

2 0.002 0.002 0.00 0.00 0.00 0.007

3 0.00 0.00 0.00 0.007

4 0.002 0.002 0.00 0.00

0.00 0.00



37


BSPT External & InternalNumberof passes


Pitch/tpi 28 19 14 11

0.007 0.009 0.009 0.00

2 0.00 0.007 0.008 0.009

3 0.004 0.00 0.007 0.008

4 0.004 0.00 0.00 0.007 0.002 0.00 0.00 0.00

0.002 0.00 0.00

7 0.004 0.00

8 0.002 0.00

9 0.002

TRAPEZ External & InternalNumberof passes


Pitch/tpi 16 1.5 2 3 4 5 6 7

0.009 0.009 0.009 0.00 0.04 0.04 0.0 0.0

2 0.008 0.007 0.008 0.009 0.03 0.03 0.04 0.04

3 0.007 0.007 0.00 0.007 0.00 0.00 0.02 0.03

4 0.00 0.00 0.00 0.00 0.009 0.009 0.0 0.02

0.00 0.00 0.004 0.00 0.009 0.009 0.00 0.0

0.002 0.004 0.002 0.00 0.008 0.008 0.00 0.0

7 0.002 0.004 0.007 0.007 0.009 0.0

8 0.002 0.007 0.007 0.008 0.00

9 0.007 0.007 0.008 0.0090 0.00 0.00 0.007 0.009

0.00 0.00 0.007 0.009

2 0.00 0.00 0.00 0.008

3 0.002 0.00 0.00 0.008

4 0.002 0.00 0.007

0.00 0.007

0.002 0.002



38

Number of Passes and Depth of Cutper Pass for Multi+ Inserts

StandardInsert Type Insert Size Pitch Teeth Ordering Code Passes Depth of cut per pass

IC L inch RH 1 2 3 4

ISO External

M+

3/8" 0.3

.0 mm 3 3ER.0ISO3M+… 2 0.03 0.02

. mm 2 3ER.ISO2M+… 3 0.03 0 .02 0.0

2.0 mm 2 3ER2.0ISO2M+… 3 0.08 0.0 0.0

/2"0.87

. mm 3 4ER.ISO3M+… 2 0.09 0.082.0 mm 2 4ER2.0ISO2M+… 3 0.08 0.0 0.0

2.0 mm 3 4ER2.0ISO3M+… 2 0.02 0.023

2. mm 2 4ER2.ISO2M+… 4 0.08 0.07 0.0 0.04

/8" .0 3.0 mm 2 ER3.0ISO2M+… 4 0.02 0.09 0.08 0.0

T+ /2"T 0.87. mm 8 4ER.ISO8 T+… 0.037

2.0 mm 8 4ER2.0ISO8 T+… 0.048

ISO Internal

M+

3/8" 0.3

.0 mm 3 3IR.0ISO3M+… 2 0.02 0.0

. mm 2 3IR.ISO2M+… 3 0.02 0.0 0.0

2.0 mm 2 3IR2.0ISO2M+… 3 0.07 0.0 0 .04

/2" 0.87

. mm 3 4IR.ISO3M+… 2 0.08 0.0

2.0 mm 2 4IR2.0ISO2M+… 3 0.07 0.0 0.04

2.0 mm 3 4IR2.0ISO3M+… 2 0.023 0.022/8" .0 3.0 mm 2 IR3.0ISO2M+… 4 0.09 0.08 0.07 0.0

T+ /2" 0.87. mm 8 4IR.ISO8 T+… 0.034

2.0 mm 8 4IR2.0ISO8 T+… 0.04

UN External

M+

3/8" 0.3

20 tpi 3 3ER20UN3M+… 2 0.0 0.0

8 tpi 2 3ER8UN2M+… 3 0.03 0.0 0.0

8 tpi 3 3ER8UN3M+… 2 0.08 0.07

tpi 2 3ERUN2M+… 3 0.04 0.03 0.02

4 tpi 2 3ER4UN2M+… 3 0.07 0.0 0.0

2 tpi 2 3ER2UN2M+… 3 0.09 0.07 0.0

/2" 0.87

tpi 3 4ERUN3M+… 2 0.020 0.09

4 tpi 2 4ER4UN2M+… 3 0.07 0.0 0.0

2 tpi 2 4ER2UN2M+… 3 0.09 0.07 0.02 tpi 3 4ER2UN3M+… 2 0.02 0.02

tpi 2 4ERUN2M+… 4 0.07 0.0 0.04 0.03

0 tpi 2 4ER0UN2M+… 4 0.08 0.07 0.0 0.04

/8" .0 8 tpi 2 ER8UN2M+… 4 0.022 0.02 0.09 0.0

UN Internal

M+

3/8" 0.3

2 tpi 2 3IR2UN2M+… 3 0.08 0.0 0.0

4 tpi 2 3IR4UN2M+… 3 0.0 0.04 0.03

tpi 2 3IRUN2M+… 3 0.03 0.02 0.0

/2" 0.87

tpi 3 4IRUN3M+… 2 0.09 0.07

4 tpi 2 4IR4UN2M+… 3 0.0 0.04 0.03

2 tpi 2 4IR2UN2M+… 3 0.08 0.0 0.0

2 tpi 3 4IR2UN3M+… 2 0.02 0.023

/8" .0 8 tpi 2 IR8UN2M+… 4 0.020 0.09 0.07 0.0

BSW External

M+

3/8" 0.3

28 tpi 2 3ER28W2M+… 3 0.009 0.008 0.008

9 tpi 2 3ER9W2M+… 3 0.03 0.0 0.0

9 tpi 3 3ER9W3M+… 2 0.08 0.0

4 tpi 2 3ER4W2M+… 3 0.07 0.0 0.04

/2" 0.874 tpi 3 4ER4W3M+… 2 0.024 0.022

tpi 2 4ERW2M+… 4 0.07 0.0 0.04 0.02



39

Number of Passes and Depth of Cutper Pass for Multi+ Inserts

StandardInser t Type Inser t Size Pitch Teeth Ordering Code Passes Depth of cut per pass

IC L inch RH 1 2 3 4

BSW InternalM+

3/8" 0.3 4 tpi 2 3IR4W2M+… 3 0.07 0.0 0.04

/2" 0.87 tpi 2 4IRW2M+… 4 0.07 0.0 0.04 0.02

NPT External

M+

3/8" 0.3 4 tpi 2 3ER4NPT2M+… 3 0.020 0.08 0.07

/2" 0.87 . tpi 2 4ER.NPT2M+… 4 0.08 0.07 0.07 0.0

/8" .0. tpi 3 ER.NPT3M+… 4 0.09 0.07 0.07 0.0

8 tpi 2 ER8NPT2M+… 4 0.028 0.02 0.024 0.02

Z+ /2" 0.87. tpi 2 4ER.NPT2Z+… 4 0.08 0.07 0.07 0.0

8 tpi 2 4ER8NPT2Z+… 4 0.028 0 .02 0.024 0.02

NPT Internal

M+

3/8" 0.3 4 tpi 2 3IR4NPT2M+… 3 0.020 0.08 0.07

/2" 0.87 . tpi 2 4IR.NPT2M+… 4 0.08 0.07 0.07 0.0

/8" .0. tpi 2 IR.NPT3M+… 4 0.09 0.07 0.07 0.0

8 tpi 2 IR8NPT2M+… 4 0.028 0 .02 0.024 0.02

Z+ /2" 0.87. tpi 3 4IR.NPT2Z+… 4 0.08 0.07 0.07 0.0

8 tpi 2 4IR8NPT2Z+… 4 0.028 0.02 0.024 0.02

NPTF External M+ 3/8" 0.3 4 tpi 2 3ER4NPTF2M+… 3 0.020 0.07 0.07

NPTF Internal M+ 3/8" 0.3 4 tpi 2 3IR4NPTF2M+… 3 0.020 0.07 0.07

API BUT ExternalM+ /8" .0 tpi 2 ERBUT72M+… 4 0.08 0.0 0.0 0.03

T+ /2" 0.87 tpi 3 4ERBUT73 T+… 3 0.022 0.02 0.020

API BUT InternalM+ /8" .0 tpi 2 IRBUT72M+… 4 0.08 0.0 0.0 0.03

T+ /2" 0.87 tpi 3 4IRBUT73 T+… 3 0.022 0.020 0.020

API RD External

M+ /8" .00 tpi 3 ER0APIRD3M+… 2 0.029 0.027

8 tpi 2 ER8APIRD2M+… 3 0.02 0.024 0.023

T+ /2" 0.87

0 tpi 4ER0APIRD T+… 2 0.028 0.028

8 tpi 3 4ER8APIRD3 T+… 2 0.037 0.03

8 tpi 4ER8APIRD T+… 2 0.037 0.03

API RD Internal

M+

/2" 0.870 tpi 2 4IR0APIRD2M+… 3 0.020 0.08 0.08

8 tpi 2 4IR8APIRD2M+… 3 0.02 0.024 0.023

/8" .0 0 tpi 3 IR0APIRD3M+… 3 0.09 0.09 0.098 tpi 2 IR8APIRD2M+… 3 0.02 0.024 0.023

Z+ /2" 0.87 8 tpi 2 4IR8APIRD2Z+… 3 0.02 0.024 0.023

T+ /2" 0.87

0 tpi 4IR0APIRD T+… 2 0.028 0.028

8 tpi 3 4IR8APIRD3 T+… 2 0.037 0.03

8 tpi 4IR8APIRD T+… 2 0.037 0.03

M+ Style insert T+ Style insert Z+ Style insert



40

M 4 0 x 2 . 5

L

X

Y

IC

L

X

Y

IC

BF

L 2

L1

HH 1

Step by Step Thread Turning - Example 1

Choose the Thread Turning Method

Choose the Insert Size

Application:

Thread: External Right Hand

½ x 0UN

Material: 440 ( HRc)

Feed direction towards the chuck was chosen.

Therefore, an external right hand insert and an external right hand holder will be used.

From the table, using a pitch of 0 tpi

and a workpiece diameter of ½ ",

we find the helix angle to be .5°.

u

v

w

x

Chosen insert: 3ER10UN...

Insert Size Pitch Ordering Code Anvil Toolholder

IC L inch tpi RH RH

3/8” 0.3 0 3ER10UN... YE3 AL..-3(LH)

Choose the Toolholder

Chosen toolholder: AL 100-3

Inser t Size Ordering Code Dimensions inch

IC RH H=H1=B F L1 L2

3/8” AL 00-3 .00 .00 .0 .20

5° 4° 3° =1°β=2°β

D

1

2

3

4

5

6

7

8

9

11

10

12

2 4

2.5

3

3.5

4

4.55

6

7

911141824

=0°β

2.25

6 80

Special Toolholders

Pitch P*[mm] Pitch P*[tpi]




4

y

U

V

Choose the Correct Anvil

Anvil chosen: YE3 Resultant Hel ix Angle 3. 2. 1.5 0.

Insert Size Order ing Code Holder Order ing Code

IC L inch

3/8” 0.3 ER/IL YE3-2P YE3-P YE3 YE3-N

Choose the carbide grade and cutting speed

Carbide Grade chosen: VTX

Cutting Speed: 40 ft/min Material:HardnessBrinell HB

VTX VCB

PLow alloy steel(alloying elements ≤ %)

Non hardened 80 279-476 328-90

Hardened 27 24-49 24-49

Hardened 30 230-443 230-443

Determine the Number of PassessNumbers of passes: 0

UN External

Pitch mm .0 .7 2.00 2.0 3.00 3.0 4.00

tpi 4 2 10 8 7

No. o passes -0 7-2 7-2 8-14 9- 0 -8 -8

Summary

Thread Type 1½x10UN External Right Hand

u Feed Direction: Towards the chuck

v Insert and Grade: 3ER10UN VTX

w Toolholder: AL 100 - 3

x Helix Angle: 1.5°

y Anvil: YE3

U Cutting Speed: 420 ft/min

V Number of Passes: 10



4

5 - 6 A C M E - 3 G

L

X

Y

IC

Application:

Thread: Internal Right Hand

ACME

Pitch: 6 tpi

Bore dia: ”

Material: Stainless Steel Austemitic

To facilitate the removal of chips from the machined

area, we chose a feed direction away from the chuck.

Therefore, an internal left hand insert and an internal left

hand toolholder are to be used.

Step by Step Thread Turning - Example 2

Choose the Thread Turning Method

Choose the Insert size

Choose the Toolholder

Determine the Helix Angle

u

v

w

x

Chosen insert: 4IL6ACME

Insert Size Pitch Ordering Code Anvil Toolholder

IC L inch tpi LH LH

/2” 0.87 4ILACME... YE4 AVR..-4(LH)

Chosen toolholder: AVR 150-4LH

Insert Size Ordering Code Dimensions inch Min Bore

IC LH A L L D D F inch

/2” AVR 0 -4 LH .34 2.0 0 2.0 .0 .0 0.98 .7

D1

F

L

L1

A

D

In this case, a right hand thread is being turned

with a left hand toolholder. The reverse helix

method is used. From the lower part of the table,

using a pitch of 6 tpi and a bore diameter of ",

we obtain a helix angle of -0.65°.

D

1

2

3

4

5

6

7

8

9

11

10

12

2” 4”

2.5

3

3.5

4

4.55

6

7911141824

=-1°

=0°

β

β

β = -2 °

2.25

6” 8”0

Special Toolholders


Pitch [tpi]



43

Summary

Thread Type 5”x6 ACME Internal Right Hand

u Feed Direction: Away from the chuck

v Insert and Grade: 4IL6ACME VTX

w Toolholder: AVR 150-4LH

x Helix Angle: -0.65°

y Anvil: YE4-2N

U Cutting Speed: 420 ft/min

V Number of Passes: 18

y

U

V

Choose the Correct Anvil

Anvil chosen: YE4-N Resultant Helix Angle 1.5 0.5 0 -0.5 -1.5

Inser t Size Ordering Code

IC L inch

/2” 0.87 ER/IL YE4 YE4-N YE4-.N YE4-2N YE4-3N

Carbide grade chosen: VTX

Cutting speed: 40 ft/min Material:HardnessBrinell HB

VTX VCB

MStainless steelAustenitic

Austenitic 80 95-459 2-394

Super austenitic 200 3-3 98-328

Determine The Number Of PassessNumbers of passes: 8

ACME External & Internal

Pitch mm 3.00 3.0 4.00 4.0 .00 .0 .00

tpi 8 7 6 . 4. 4

No. o passes 9- 0-8 11-18 -9 2-20 2-20 2-20

Choose the carbide grade and cutting speed



44

Material Comparison TableMaterialGroup

VardexNo.

USAAISI/SAE

GermanyW.-Nr.

GermanyDIN

Great BritainBS

FranceAFNOR

ItalyUNI

PSteel

0 .0037 St37-2 Fe30B E24-2 Fe30 B FU 020 .0044 St44-2 Fe430B FN E28-2 Fe430B FN2 ASTM A70Gr.0 .000 St0-2 Fe490-2 FN A0-2 Fe4902 – .0070 St70-2 Fe90-2 FN A70-2 Fe90 0 .040 C 080M CC2 CC 020 .0402 C22 00A20 CC20 C20C22 03 .00 C3 00A3 CC3 C32 04 .003 C4 080M4 CC4 C42 0 .03 C 070M – C2 00 .00 C0 080A2 CC C0 23 .07 9SMn28 230M07 S20 CF9SMn28

2L3 .078 9SMnPb28 – S20Pb CF9SMnPb28

– .0722 0SPb20 – 0PbF2 CF0SPb202 40 .072 3S20 22M3 3MF4 –2 2 .073 9SMn3 240M07 S300 CF9SMn32 2L4 .0737 9SMnPb3 – S300Pb CF9SMnPb32 92 .0904 Si7 20A3 S7 Si82 922 .09 0SiCr7 – 0SC7 0SiCr8 0 .4 Ck 080M XC 2 C2 039 .7 40Mn4 0M3 3M –2 02 .8 Ck2 – – –2 33 .7 3Mn – 40M –2 330 .70 28Mn 0M28 20M C28Mn2 03 .83 Cf3 00A3 XC38TS C32 04 .9 Ck4 080M4 XC42 C42 0 .203 Ck 070M XC C03 00 .23 Cf3 00A2 XC48TS C33 00 .22 Ck0 080A2 XC0 C08 09 .274 Ck0 00A9 – –9 – .340 X20Mn2 Z20M2 Z20M2 XG20Mn28 200 .30 00Cr 34A99 00C 00Cr

8 ASTM A20Gr.A .4 Mo3 0-240 D3 Mo3KW8 420 .423 Mo 03-24-420 – Mo4 ASTMA30LF .22 4Ni – N 4Ni8 ASTM A33 .2 X8Ni9 0-09; 0 – X0Ni98 2 .80 2Ni9 – Z8N – 33 .70 3NiCr 40A3 3NC – 34 .732 4NiCr0 – 4NC NiCr 34; 330 .72 4NiCr4 M3; M2 2NC – 9840 . 3CrNiMo4 8M40 40NCD3 38NiCrMo4(KB) 820 .23 2NiCrMo2 80M20 20NCD2 20NiCrMo2 8740 .4 40NiCrMo22 3-Type7 – 40NiCrMo2(KB) 4340 .82 34CrNiMo 87M40 3NCD 3NiCrMo(KB) – .87 7CrNiMo 820A 8NCD – – .7 4NiCrMo34 832M3 – NiCrMo32 0 .70 Cr3 23M 2C3 – 32 .7033 34Cr4 30A32 32C4 34Cr4(KB) 40 .703 4Cr4 30M40 42C4 4Cr4 40 .704 42Cr4 – – – .73 MnCr (27M20) MC MnCr

.77 Cr3 27A0 C3 – 430 .728 2CrMo4 77CDS0 2CD4 2CrMo4(KB) 437; 43 .7220 34CrMo4 708A37 3CD4 3CrMo4 440; 442 .7223 4CrMo4 708M40 42CD4TS 4CrMo4 440 .722 42CrMo4 708M40 42CD4 42CrMo4 – .722 CrMo – 2CD4 – AS TM A82; F; F2 .733 3CrMo 4 4 0- 20Gr. 27 CD3. ; CD 4. 4CrM o4 – .73 32CrMo2 722M24 30CD2 32CrMo2 ASTM A82; F22 .7380 0CrMo9 0 0-22; Gr.3; 4 2CD9; 0 2CrMo9, 0 – .77 4MoV 3 03-0-440 – – 0 .89 0CrV4 73A0 0CV4 0CrV48 – .809 4CrAIMo7 90M39 40CAD, 2 4CrAIMo78 – .823 39CrMoV3 9 897M39 – 3CrMoV2 W.0 .4 C0W – Y0 C98KU; C00KU W.2 .3 C2W – Y220 C20KU8 L3 .207 00Cr BL3 Y00C –0 D3 .2080 X20Cr2 BD3 Z200Cr2 X20Cr3KU0 – – – – – X20Cr2KU0 – .23 40CrMnMo7 – – 3CrMo8KU0 – .232 40CrMnMoS8- – – –

0 H .2343 X38CrMoV- BH Z38CDV X37CrMoV KU0 H3 .2344 X40CrMoV- BH3 Z40CDV X3CrMoV0KU0 – – – – – X40CrMoVKU0 A2 .233 X00CrMoV- BA2 Z 00CDV X00CrMoVKU0 – .237 X38CrMoV-3 – Z38CDV-3 –0 D2 .2379 XCrVMo 2- BD2 Z0CDV2 XCrVMo2 KU0 – .249 0WCr – 0WC3 0WCr; 07WCrKU0 – .243 X20CrW2 – – X2CrW2KU0 S .242 4WCrV7 BS – 4WCrV8KU0 H2 .28 X30WCrV9 3 BH2 Z30WCV9 X30WCrV9 3KU0 – .20 XCrMoV2 – – XCrMoW2KU0 L .273 NiCrMoV – NCDV7 –0 – .2738 40CrMnNiMo8--4 – – –0 W20 .2833 00V BW2 Y0V; 00V2 –0 – .3243 S --2- – Z85WDKCV-06-05-05-04-02 HS --2-0 T4 .32 S 8--2- BT4 Z80WKCV-8-0-04-0 X78WCo80KU0 M2 .3343 S --2 BM2 Z8WDCV-0-0-04-02 X82WMo00KU0 M7 .3348 S 2-9-2 – Z00WCWV-09-04-02-02 HS 2-9-20 T .33 S 8-0- BT Z80WCV-8-04-0 X7W8KU



45

SwedenSS

JapanJIS

RussiaGOST

SpainUNE

VardexNo.

3 STKM 2A;C – Fe30B

P

42 SM400A;B;C St4ps;sp Fe430B FN 0 SS490 Stps;sp A490-2 2– – – A90-2 230 – – F. 40 – 20 C 22 ; F.2 0 – 30 F. 3 20 – 4 F.4 2 – F. 2– – 0(G) – 292 SUM22 – F.2-SMn28 94 SUM22L – F.22-SMnPb28

– – – F.222-0SPb20 97 – – F.20.G 2– – – F.23-2SMn3 292 – – F.24-2SMnPb3 2208 – S2 F.440-Si7 2– – – F.442-0SiCr8 2370 SC F.0-Ck ; F.-Ck – – 40G – 2– S2C 2 F.20-C2k 2220 SMn438(H) 3G2 ; 3GL F.203-3Mn ; F.822-3Mn 2– SCM 30G 28Mn 272 S3C 3 – 272 S4C 4 F.40-C4k ; F.42-C48k 2– SC F.0-Ck 274 S0C 0 – 378 S8C 0 ;0G ;0GA – 3870 SUP4 – – 8– SCMnH/ 0G3L F.82-AM-X20Mn2 9228 SUJ2 SchCh F.30-00Cr 8292 – – F.20-Mo3 8– – – F.202-Mo 8– – – F.24-Ni 4– – – F.24-X8Ni09 8– – – – 8– SNC23 – – – SNC4(H) – F.40-NiCr – SNC8 (H) – – – – 40ChN2MA ; 40ChGNM F.280-3NiCrMo4 20 SNCM220(H) 20ChGNM F.2-20NiCrMo2 ; F.34-20NiMo3 – SNCM240 38ChGNM F.204-40NiCrMo2 ; F.20-40NiCrMo2DF 24 – 38Ch2N2MA F.272-40NiCrMo7 ;34CrNiMo – – – F.0-4NiCrMo3 – – – F.0-4NiCrMo3 ;F.9-4NiCrMo3 – SCr4(H) Ch – 2– SCr430(H) 3Ch F.822-3Cr4 – SCr440(H) 40Ch F.2-4Cr4DF ; F.202-42Cr4 224 SCr440 40Ch F.202-42Cr4 2 – 8ChG F.-MnCr ; F.7-MnCr

– SUP9(A) 0ChGA F.43-Cr3 222 SCM420 20ChM ; 30ChM F.8372-AM26CrMo4;F.8330-AM25CrMo4;F.1256-30CrMo4-1 2234 SCM432; SCCRM3 AS38ChGM;3ChM;3ChML F.8331-AM34CrMo4;F.823134CrMo4;F.1250-35CrMo4;F.1254-35CrMo4DF 2244 SCM440 40ChFA F.8332-AM42CrMo4;F.8232-42CrMo4;F.22-40CrMo4 2244 SCM440(H) – F.8332-AM42CrMo4;F.8232-42CrMo4;F.22-40CrMo4 22 SCM4(H) – F.-2CrMo4 – – 2ChM ; ChM F.23-4CrMo4 2240 – – F.24.A 228 – 2Ch8 TU.H – – – F.22-3MoCrV 2230 SUP0 0ChGFA ; 0CHFA F.430-CrV4 2940 – 38ChMJuA F.740-4CrAlMo7 8– – – – 8880 – U0A-;2 F. – SK2 U3 F.23 ; C20 – – Ch F.230 ; 00Cr 8– SKD Ch2 F.22 ; X20 Cr2 0– – – – 0– – – – 0– – – – 0– SKD 4ChMFS F.37 ; X37 CrMoV 02242 SKD 4ChMFS F.38 ; X40CrMoC 0– – – – 0220 SKD2 – F.227 ; X00CrMoV 0– – – – 0230 SKD – F.20A 0240 SKS3;SKS2,SKS3 ChWG F.233 ; 0WCr 0232 SKD2 – F.23 ; X20CrW2 0270 – ChW2SF F.24 ; 4WCrSi8 0– SKD 3Ch2W8F F.323 ; X30WCrV9 0230 – – F.2 ; X0CrMoV2 0– SKT4 ChNM F.20S 0– – – – 0– SKS43 – – 02723 SKH 2723 RMK 0– SKH3 – F.30 ; 8--- 02722 SKH9 (RAM) ; RM F.03 ; --2 02782 – – F.07 ; 8-0- 0– SKH2 R8 F.20 ; 8-0- 0



46

Material Comparison Table (con't)

MaterialGroup

VardexNo.

USAAISI/SAE

GermanyW.-Nr.

GermanyDIN

Great BritainBS

FranceAFNOR

ItalyUNI

MStainless

Steel

2 403 .4000 XCr3 403S7 ZC3 XCr32 – .400 X7Cr4 – – –2 40 .400 X0Cr3 40S2 Z0C4 X2Cr32 430 .40 XCr7 430S Z8C7 X8Cr72 – .4027 G-X20Cr4 420C29 Z20C3M –2 – .4034 X4Cr3 420S4 Z40CM;Z38C3M X40Cr42 43 .407 X20CrNi72 43S29 ZCNi.02 XCrNi2 430 .404 X2CrMoS7 – Z0CF7 X0CrS7

2 434 .43 XCrMo7 434S7 Z8CD7.0 X8CrMo72 – .433 XCrNi34 42C Z4CND3.4M –2 – .4408 G-XCrNiMo8 0 3C – –2 HW3 .478 X4CrSi93 40S4 Z4CS 9 X4CrSi82 40 .4724 X0CrAI3 403S7 Z0C3 X0CrA2 – .4742 X0CrAI8 430S Z2CAS8 X8Cr72 HNV .4747 X80CrNiSi20 443S Z80CSN20.02 X80CrSiNi20 44 .472 X0CrAI24 – Z0CAS24 XCr23 304 .430 XCrNi8 0 304S ZCN8.09 XCrNi803 303 .430 X0CrNiS8 9 303S2 Z0CNF 8.09 X0CrNiS 8.093 304L .430 X2CrNi9 304S2; 304C2 Z 2CN8.0; Z3CN 9.0 X2CrNi8.3 CF8 .4308 G-XCrNi8 9 304C ZCN8.0M –3 30 .430 X2CrNi77 30S2 Z2CN 7.07 X 2CrNi 7073 304LN .43 X2CrNiN8 0 304S2 Z2CN8.0 –3 3 .440 XCrNiMo722 3S ZCND7. XCrNiMo7 23 3LN .4429 X2CrNiMoN733 – Z2CND7.3 –3 3L .443 X2CrNiMo843 3S2 Z2CND7.3 X2CrNiMo7 33 37L .4438 X2CrNiMo733 37S2 Z2CND9. X2CrNiMo8 3 329 .440 X8CrNiMo27 – – –

2 32 .44 XCrNiTi8 0 2337 ZCNT8.0 XCrNiTi8 2 347 .40 XCrNiNb8 0 347S7 ZCNNb8.0 XCrNiNb8 2 3Ti .47 XCrNiMoTi722 320S7 ZNDT 7.2 XCrNiMoTi7 22 – .48 G-XCrNiMoNb8 0 38C7 Z4CNDNb8 2M XG8CrNiMo8 2 38 .483 X0CrNiMoNb8 2 – ZCNDNb7 3B XCrNiMoNb7 33 309 .4828 XCrNiSi20 2 309S24 ZCNS20.2 –3 30S .484 X2CrNi2 2 30S24 Z2CN2 20 XCrNi2 203 330 .484 X2NiCr3 – Z2NCS3. –3 – .48 G-X40NiCrSi38 8 330C – XG0NiCr39 93 EV8 .487 X3CrMnNiN2 9 349S4;32S2 Z2CMN2.09 X3CrMnNiN293 32 .4878 X2CrNiTi8 9 32S320 ZCNT8.2B XCrNiTi8

KCast Iron

30 No 20 B 0.00 GG0 – Ft 0 D –30 No 2 B 0.0 GG Grade 0 Ft D –30 No 30 B 0.020 GG20 Grade 220 Ft 20 D –29 No 3 B; No 40 B 0.02 GG2 Grade 20 Ft 2 D –29 No 4 B 0.030 GG30 Grade 300 R 30 D –29 No 0 B 0.03 GG3 Grade 30 Ft 3 D –29 No B 0.040 GG40 Grade 400 Ft 40 D –29 ASTM – DIN494 348: 974 – –

29 A43-72 – GGL- A32-3029 Type 2 – NiCr20 2 L-NiCr 20 2 L-NC 20 2 –30 0-40-8 0.7040 GGG 40 SNG 420/2 FCS 400-2 GS 370-730 – 0.7043 GGG 40.3 SNG 370/7 FGS 370-7 –30 – 0.7033 GGG 3.3 – – –3 80--0 0.700 GGG 0 SNG 00/7 FGS 00-7 GS 003 – 0.700 GGG 0 SNG 00/3 FGS 00-3 –3 00-70-03 0.7070 GGG70 SNG 700/2 FGS 700-2 GS 700-23 – – DIN 94 – L-NM 3 7 –3 Type 2 – GGG NiMn 3 7 L-NiMn 3 7 L-NC 20 2 –3 – – GGG NiCr 20 2 L-NC 20 2 – –28 320 0.83 GTS-3 B 340/2 MN 3-0 –29 4000 0.84 GTS-4 P 440/7 – –29 000 0.8 GTS- P 0/4 MP0- –29 70003 0.8 GTS- P 70/3 MP 0-3 –29 80002 0.870 GTS-70 P90/2 MP 70-2 –

N(K)Non-Ferrous

Metals

3 – – G-AlSi2 LM20 – –3 – – GD-AlSi2 – – –3 – – GD-AlSi8Cu3 LM24 – –

3– – G-AlSi0Mg LM9 – –

3 – – G-AlSi2 LM – –

S(M)Heat

ResistantMaterial

9 330 .484 X2NiCrSi – Z2NCS3. –9 – .48 G-X40NiCrSi 330C – XG0NiCr9 390 A 2.403 – – NC22FeD –9 – 2.430 NiCr20Ti HR, 203-4 NC20T –9 2.48 NiCr22Mo9N – NC22FeDNB –9 37 C LW2.49 CoCr20W – KC20WN –9 47 2.437 NiCu30Al 3072-7 – –9 – 2.43 NiCr20TiAk Hr40,0 NC20TA –9 AMS 399 2.4973 NiCr9Co – NC9KDT –2 39 LW2.47 S-NiCr3A 34-3 NC2AD –2 0 LW2.4 NiCr9Fe9 HR8 NC9FeNb –2 383 LW2.4 NiCr9Fe9 – NC20K4 –2 – – CoCr22W4 – KC22WN –2 – LW2.47 NiCoCr0 – – –23 – – TiAl4Mo4Sn4Si0. – – –23 – – TiAlSn2. TA4/7 T-AE –23 – – TiAlV4 TA0-3/TA2 T-AV –23 – – TiAlV4ELI TA – –



47

SwedenSS

JapanJIS

RussiaGOST

SpainUNE

VardexNo.

230 SUS403 08Ch3 F.30-XCr3 ; F.840-AM-X2Cr3 2

M

– – 08Ch3 F.30-XCr3 ; F.840-AM-X2Cr3 22302 SUS40 2Ch3 ; Ch3L F.340-X0Cr3 22320 SUS430 2Ch7 F.33-XCr7 2– SCS2 20Ch3L – 22304 SUS420J2 40Ch3 F.340-X4Cr3 2232 SUS43 20Ch7N2 F.3427-X9CrNi72 22383 SUS430F – F.37-X0CrS7 ; F.343-X4CrMoS7 2

232 SUS434 – F.3-XCrMo7 2– SCS – – 2– SCS4 07Ch8N0G2S2M2L F.844-AM-X7CrNiMo200 2– SUH 40Ch9S2 F.3220-X4SCrSi09-03 2– SUS40 0Ch3SJu F.32-X0CrAl3 2– SUH2 Ch8SJu F.33-X0CrAl8 – SUH4 – F.3222-X80CrSiNi20-02 22322 SUH44 – F.34-X0CrAl24 2332 SUS304 08Ch8N0 F. 3-XCrNi8; F. 34-XCrNi80 ; F. 304-XCrNi90 3234 SUS303 – F.308-X0CrNiS8-09 3232 SCS9; SUS304L 03Ch8N F.303-X2CrNi80 32333 SCS3 07Ch8N9L – 3233 SUS30 – F.37-X2CrNi77 3237 SUS304LN – F.34-X2CrNiN80 32347 SUS3 – F.334-XCrNiMo722 3237 SUS3LN – F.343-X2CrNiMoN733 3233 SCS 03Ch7N4M3 F.333-X2CrNiMo732 3237 SUS37L – F.339-X2CrNiMo84 32324 SUS329L; – F.3309-X8CrNiMo27-0; F.32-X8CrNiMo2 3

8B SUS3206Ch18N10T; 08Ch18N10T09;Ch18N10T; 12Ch18N10T F.323-XCrNiTi80 2

2338 SUS347 08Ch8N2B F.324-XCrNiNb80 2230 – 0Ch7N3M2T F.33-XCrNiMoTi722 2– SCS22 – – 2– – – – 2– SUH309 20Ch20N4S2 F.332-XCrNiSi20-2 323 SUH30 20Ch23N8 – 3– SUH330 – F.333-X2CrNiSi3- 3– SCH – – 3– SUH3,SUH3;SU32 Ch20G9AN4 F.327-X3CrMnNiN2-09 3– – – – 3

K

0 0 – CЧ0 FG0 300 – CЧ FG 300 20 – CЧ20 FG20 300 2 – CЧ2 FG2 290 30 – CЧ30 FG30 290 3 – CЧ3 FG3 290 40 – CЧ40 – 29MB – – – 29

ISO-2 – – 2923 – – – 2907 7-02 – VC42-2 – 3007 7-2 – VC42-2 – 3007 7- – – – 3007 27-02 – VC0-2 – 307 32-03 – VC0-2 – 307 37-0 – VC70-2 – 307 72 – – – 307 7 – – – 3– – – – 308 – – – 2808 2 – – – 2908 4 – – – 2908 8 – – – 2908 2 – – – 29420 – – – 3

N4247 – – – 3420 – – – 3423 – – –

342 – – – 3– SUH 330 – F.333-X2CrNiSi3- 9

S

– SCH – – 9– – – – 9– – – – 9– – – – 9– – – – 9– – – – 9– – – – 9– – – – 9– – – – 2– – – – 2– – – – 2– – – – 2– – – – 2– – – – 23– – – – 23– – – – 23– – – – 23



48

Troubleshooting

Problem Possible Cause Solution

Increased

flank wear

Cutting speed too high ---------------------------➤

Depth of cut too low/ too many passes ---- ----➤

Unsuitable carbide grade -------------------------➤

Insufficient cooling --------------------------------➤

Reduce cutting speed/ use coated insert

Increase the depth of cut per pass

Use a coated carbide gradeIncrease coolant flow rate

Uneven

cutting

edge wear

Incorrect helix angle -------------------------------➤

Wrong infeed method ----------------------------➤

Choose the correct anvil

Use the alternating flank infeed method

Extreme

plastic

deformation

Depth of cut too large ---------- ---------- ---------➤


Cutting speed too high ---------------------------➤


Nose radius too small ------ --------- -------- -------➤

Decrease depth of cut/ increase number of passes

Increase coolant flow rate

Reduce cutting speed

Use a tougher carbide

Use an insert with a larger radius, if possible

Cutting

edge

breakage

Depth of cut too large -------------- ------ ---------➤

Extreme plastic deformation ---------------------➤



Instability ---------------------- ---------------------➤

Decrease depth of cut/ increase number of passes


Increase flow rate and/ or correct flow direction


Check stability of the system

Built-up

edge

Incorrect cutting speed ---------------------------➤


Change the cutting speed

Use a coated carbide

Thread

profile

is too

shallow

The tool is not at the workpiece axis height ---➤

Insert is not machining the thread crest -------➤

Worn insert ---------- -------------------------------➤

Change tool height

Measure the workpiece diameter

Change the cutting edge sooner

Poor

surface

quality

Cutting speed too low ----------------------------➤

Wrong anvil -----------------------------------------➤

Flank infeed method is not appropriat ---------➤

Increase cutting speed

Choose correct anvil

Use the alternate flank or radial infeed method



> Inserts

Grooving



50


External - DIN 471 Retaining Ring Grooves or Shats ................................................................................................

Internal - DIN 472 Retaining Ring Grooves or Bores .................................................................................................. Page 153

Internal - DIN 472 Retaining Ring Grooves or Bores-Micro ................................................................................... Page 154

External/Internal - CIRCLIP........................................................................................................................................................... Page 156

Internal - CIRCLIP - MICRO........................................................................................................................................................... Page 157

External/Internal - DIN 7993 Snap Ring Grooves .......................................................................................................... Page 159

External/Internal - DIN 7993 Snap Ring Grooves - Micro ......................................................................................... Page 160

External - DIN 76 Thread Undercuts ...................................................................................................................................... Page 161

Internal - DIN 76 Thread Undercuts ....................................................................................................................................... Page 162

Internal - DIN 3770 - Grooves - Micro ................................................................................................................................... Page 162

SNAP RING............................................................................................................................................................................................. Page 163

Internal - CIRCLIP - Face Grooves - Micro ........................................................................................................................... Page 164

GROOVING INSERTS



5

5

L

I

3

R

4

.

5

-

6

D47

7

-

6

.3

8

VKP

9

- Insert Size

5.0L - IC.0L

- IC/4”3 - IC/”

4 - IC/”

5 - IC/”

5 - Groove Std. Width

0.03 - 0.08 (inch)

- Insert Style

6 - Profile Style

C - Full Profile

3 - Type of Insert

E - External

I - Internal

7 - Groove Standard

DIN 47 Partial

DIN 47

DIN 47 Partial

DIN 47

DIN 7993 Partial

DIN 7993

DIN 76 ST, DIN 76 SH

DIN 3770

4 - RH / LH Insert



8 - Groove Depth

0.03 - 0.079 (inch)

9 - Carbide Grade

VTX

VKP (for Mini)

VHX (for Mini)

L

4.0

S

I

3

R

4

090

5

S

6

- D47

7

- .

8

VMX

9

- Insert Dia.

3.0 - .0 mm

4.0 - 4.0 mm

6.0 - 6.0 mm

8.0 - .0 mm

0.0 - 0.0 mm

- Insert Style

S - Micro Insert

6 - Insert Length

A - Axialy

S - Short

M - Medium

L - Long

3 - Type of Insert

I - Internal

4 - RH / LH Insert



5 -Groove std. Width

0.07 - 0.078 (inch)

0.90 - .5 (mm)

7 - Groove Standard

DIN 47

DIN 47

CIRCLIP

DIN 7993

DIN 76SH, DIN 76ST

DIN 3770S, DIN 3770D

SNAP RING

CIRCLIP - Face Grooving

8 - Groove Depth

0.0 - 0.06 (inch)

9 - Carbide Grade

VMX

I C


Grooving Insert

Grooving Micro Insert - Double Ended



5

Standard (Partial Profile)Insert Size Ordering Code Groove Std. Dimensions inch Anvil Holder

IC RH m (H13) W t

3/8”

3ER.0-D47-.30... 0.043 0.047 0.0

YE3M-.N AL..-33ER.30-D47-.0... 0.0 0.0 0.09

3ER.0-D47-.8... 0.03 0.07 0.07

3ER.8-D47-2.00... 0.073 0.07 0.079

Range of profiles also available on IC /4”, /” and /”, inserts on request.

Standard (Full Profile)Insert Size Ordering Code Groove Std. Dimensions inch Anvil Holder

IC RH m(H13) d1 W t1 t

3/8”

3ER.0C-D47-0.3... 0.0 43 0.9 0.0 47 0.03 0.04

YE3M-.N AL..-3

3ER.0C-D47-0.40.. . 0 .043 0.3-0.7 0.047 0.04 0.0

3ER.30C-D47-0.0.. . 0 .0 0.7-0.87 0.0 0.07 0.020

3ER.30C-D47-0... . 0 .0 0.94-.02 0.0 0.08 0.022

3ER.0C-D47-0.70 .. . 0.03 .-.8 0.07 0 .024 0 .028

3ER.0C-D47-0.8. .. 0 .03 .2-.34 0.07 0.030 0.033

3ER.0 C-D47-.0 0... 0.03 .38 0.07 0.033 0.039

3ER.8C-D47-.00.. . 0 .073 .42-.0 0.07 0.033 0.039

3ER.8C-D47-.2. .. 0 .073 .7-.89 0.07 0.043 0.049

3ER2.C-D47-.0.. . 0 .08 .97-2.48 0.088 0.03 0.09


m

d1

t

I C

W

t

t1

45°

W

I C

DIN 471 Retaining Ring Grooves for Shafts

External

Standard

(Partial Profile)

Standard

(Full Profile)



53

Standard (Partial Profile)Insert Size Ordering Code Groove Std. Dimensions inch Anvil Holder

IC m (H13) W t

3/8”

3IR.0-D472-.30... 0.043 0.047 0.0

YI3M-.N AVR..-33IR.30-D472-.0... 0.0 0.0 0.09

3IR.0-D472-.80... 0.03 0.07 0.07

3IR.8-D472-2.00... 0.073 0.07 0.079


For minimum bore diameters, refer to page 67.

Standard (Full Profile)Insert Size Ordering Code Groove Std. Dimensions inch Anvil Holder

IC m (H13) d1 W t1 t

3/8”

3IR.0C-D472-0.0.. . 0 .043 0.7 - 0.87 0.047 0.04 0.020

YI3M-.N AVR. .-3

3IR.30C-D472-0.0.. . 0 .0 0.94 - .02 0.0 0.07 0.024

3IR.30C-D472-0.70.. . 0 .0 .0 - .8 0.0 0.024 0.028

3IR.30C-D472-0.8.. . 0 .0 .22 - .34 0.0 0.030 0.033

3IR.0 C-D472-0.8... 0.03 .34 0.0 7 0.030 0.0333IR.0C-D472-.00.. . 0 .03 .38 - .0 0.07 0.033 0.039

3IR.8C-D472-.2.. . 0 .073 .7 - .89 0.07 0.043 0.049

3IR2.C-D472-.0.. . 0 .08 .97 - 2.48 0.088 0.03 0.09



Mini-L (Partial Profile)Insert Size Ordering Code Groove Std. Dimensions inch Min. Bore dia. (inch) Holder

IC m (H13) W t

.0LLIR0.9-D472-0.7... 0.03 0.039 0.028

0.3 .N VR ...-LLIR.-D472-.0... 0.043 0.047 0.039

LIR.3-D472-.... 0.0 0.0 0.0

I C

t

W

t

t1

45°

W

I C

IC 5.0

W

t

m

d1

DIN 472 Retaining Ring Grooves for Bores

Internal

Standard

(Partial Profile)

Standard

(Full Profile)

Mini-L

(Partial Profile)



54

Micro - Double EndedInsert dia. Ordering Code Groove Std. Dimensions inch Min. Bore dia.

Holderd (mm) RH m (H13) W L1 L B t F inch

3.0

3.0SIR0.90S-D472-0.... 0.03 0.039 0.3 .42

0.03 0.02 0.0 0.2 SMC..-3.03.0SIR0.90M-D472- 0.... 0.03 0.039 0. 4 .97

3.0SIR.0S-D472- 0.... 0.043 0.047 0.3 .42

3.0SIR.0M-D472- 0.... 0.043 0.047 0. 4 .97

4.0

4.0SIR0.90S-D472-.... 0.03 0.039 0.3 .42

0.0 0.0 43 0.07 0. SMC..-4.0

4.0SIR0.90M-D472-.... 0.03 0.039 0.4 .97

4.0SIR0.90L-D472-.... 0.03 0.039 0.84 2.3

4.0SIR.0S-D472-.... 0.043 0.047 0.3 .42

4.0SIR.0M-D472-.... 0.043 0.047 0.4 .97

4.0SIR.0L-D472-.... 0.043 0.047 0.84 2.3

4.0SIR.30S-D472-.... 0.0 0.0 0.3 .42

4.0SIR.30M-D472-.... 0.0 0.0 0.4 .97

4.0SIR.30L-D472-.... 0.0 0.0 0.84 2.3

4.0SIR.0S-D472-.... 0.03 0.07 0.3 .42

4.0SIR.0M-D472-.... 0.03 0.07 0.4 .97

4.0SIR.0L-D472-.... 0.03 0.07 0.84 2.3

.0

.0SIR0.90S-D472-.... 0.03 0.039 0.3 .42

0.07 0.09 0.4 0. 24 SMC..-.0

.0SIR0.90M-D472-.... 0.03 0.039 0.4 .97

.0SIR0.90L-D472-.... 0.03 0.039 0.84 2.3

.0SIR.0S-D472-.... 0.043 0.047 0.3 .42

.0SIR.0M-D472-.... 0.043 0.047 0.4 .97

.0SIR.0L-D472-.... 0.043 0.047 0.84 2.3

.0SIR.30S-D472-.... 0.0 0.0 0.3 .42

.0SIR.30M-D472-.... 0.0 0.0 0.4 .97

.0SIR.30L-D472-.... 0.0 0.0 0.84 2.3

.0SIR.0S-D472-.... 0.03 0.07 0.3 .42

.0SIR.0M-D472-.... 0.03 0.07 0.4 .97

.0SIR.0L-D472-.... 0.03 0.07 0.84 2.3.0SIR.8S-D472-.... 0.073 0.07 0.3 .42

.0SIR.8M-D472-.... 0.073 0.07 0.4 .97

.0SIR.8L-D472-.... 0.073 0.07 0.84 2.3

.0SIR2.S-D472-.... 0.08 0.088 0.3 .42

.0SIR2.M-D472-.... 0.08 0.088 0.4 .97

.0SIR2.L-D472-.... 0.08 0.088 0.84 2.3


m

L

tBF

WL1d

DIN 472 Retaining Ring Grooves for Bores

Internal

RH-Double Ended



55

Micro - Double Ended (con't)

Insert dia. Ordering Code Groove Std. Dimensions inch Min. Bore dia.Holder

d (mm) RH m (H13) W L1 L B t F inch

8.0

8.0SIR.0M -D472-2.0... 0.043 0.0 47 0.79 2.7 0.098 0.079

0.4 0.33 SMC..-8.0

8.0SIR.30M -D472-2.0... 0.0 0.0 0.79 2.7 0.098 0.079

8.0SIR.0M -D 472-2.... 0.03 0.07 0.79 2.7 0.8 0.098

8.0SIR. 8M -D472-2.... 0.073 0.07 0.79 2.7 0.8 0.098

8.0SIR 2.M-D472-3.0... 0.0 8 0.088 0.79 2.7 0.38 0.8

8.0SIR 2.M -D472-3.... 0.0 4 0.08 0 .79 2.7 0.7 0.38

8.0SIR3.M -D472-3.... 0.24 0.29 0 .79 2.7 0.7 0.38

0.0

0.0SIR.30M -D 472-3.... 0.0 0.0 0.98 3.

0.7 0.38 0.93 0.4 09 SMC..-0.0

0.0SIR.0M-D472-3.... 0.0 3 0.07 0.98 3.

0.0SIR.8M -D472-3.... 0.073 0.07 0.98 3.

0.0SIR2.M-D472-3.... 0.08 0.088 0.98 3.

0.0SIR2.M -D472-3.... 0.0 4 0.08 0.98 3.

0 .0SIR3.M-D472-3.. .. 0 .24 0.29 0 .98 3.

0.0SIR4.M -D472-3.... 0.3 0.9 0.98 3.

0.0SIR.M -D472-3.... 0.203 0.208 0.98 3.

m

L

tBF

W

L1d

DIN 472 Retaining Ring Grooves for Bores (con't)

Internal

RH-Double Ended



56

CIRCLIP Inch Standard

External

Standard

(Partial Profile)

Standard (Partial Profile)Insert Size Ordering Code Dimensions Inch Anvil Holder

IC W t

3/8”

3ER.03-CIRC-.0 0.03 0.0

YE3M-.N AL..-3

3ER.04-CIRC-.07 0.04 0.07

3ER.047-CIRC-.07 0.047 0.08

3ER.08-CIRC-.08 0.08 0.08

3ER.02-CIRC-.08 0.02 0.08

3ER.072-CIRC-.08 0.072 0.08

3ER.078-CIRC-.08 0.078 0.08



Internal

Standard (Partial Profile)Insert Size Ordering Code Dimensions Inch Anvil Holder

IC W t

3/8”

3IR.03-CIRC-.0 0.03 0.0

YI3M-.N AVR..-3*

3IR.04-CIRC-.07 0.04 0.07

3IR.047-CIRC-.07 0.047 0.07

3IR.08-CIRC-.08 0.08 0.08

3IR.02-CIRC-.08 0.02 0.08

3IR.072-CIRC-.08 0.072 0.08

3IR.078-CIRC-.08 0.078 0.08


* For minimum bore diameters, refer to page 6.

t

I C

W

I C

t

W

Standard

(Partial Profile)



57


Internal

Micro (Partial Profile)Insert dia. Dimensions Inch Min.

Bore dia.d mm RH-Double Ended W L1 L B t F Holder

3.0

3.0SIR.027S-CIRC-.02... 0.027 0.34 .42

0.030.023

0.0 SMC0...-3.0 0.2

3.0SIR.027M-CIRC-.02... 0.027 0.3 .97

3.0SIR.03S- CIRC-.02... 0.03 0.34 .42

3.0SIR.03M-CIRC-.02... 0.03 0.3 .97

3.0SIR.04S- CIRC-.02... 0.04 0.34 .42

3.0SIR.04M-CIRC-.02... 0.04 0.3 .97

3.0SIR.04S-CIRC-.04... 0.04 0.34 .420 .0 0.043

3.0SIR.04M-CIRC-.04... 0.04 0.3 .97

4.0

4.0SIR.027S-CIRC-.04... 0.027 0.34 .42

0 .0 0 .043

0.074 SMC0...-4.0 0.

4.0SIR.027M-CIRC-.04... 0.027 0.3 .97

4.0SIR.027L-CIRC-.04... 0.027 0.827 2.3

4.0SIR.03S- CIRC-.04... 0.03 0.34 .42

4.0SIR.03M-CIRC-.04... 0.03 0.3 .97

4.0SIR.03L-CIRC-.04... 0.03 0.827 2.3

4.0SIR.04S-CIRC-.04... 0.04 0.34 .42

4.0SIR.04M-CIRC-.04... 0.04 0.3 .974.0SIR.04L-CIRC-.04... 0.04 0.827 2.3

4.0SIR.047S-CIRC-.04... 0.04 0.34 .42

4.0SIR.047M-CIRC-.04... 0.04 0.3 .97

4.0SIR.047L-CIRC-.04... 0.04 0.827 2.3

4.0SIR.08S-CIRC-.04... 0.08 0.34 .42

4.0SIR.08M-CIRC-.04... 0.08 0.3 .97

4.0SIR.08L-CIRC-.04... 0.08 0.827 2.3

4.0SIR.02S-CIRC-.0... 0.02 0.34 .42

0 .07 0.09

4.0SIR.02M-CIRC-.0... 0.02 0.3 .97

4.0SIR.02L-CIRC-.0... 0.02 0.827 2.3

4.0SIR.078S-CIRC-.0... 0.078 0.34 .42

4.0SIR.078M-CIRC-.0... 0.078 0.3 .974.0SIR.078L-CIRC-.0... 0.078 0.827 2.3


L

t

BF

W

L1d

RH-Double Ended



58


Internal

Micro (Partial Profile) con’tInsert dia. Dimensions Inch Min.

Bore dia.d mm RH-Double Ended W L1 L B t F Holder

.0

.0SIR.04S-CIRC-.0... 0.04 0.34 .42

0 .07 0.09

0.4 SMC0...-.0 0.244

.0SIR.04M-CIRC-.0... 0.04 0.3 .97

.0SIR.04L-CIRC-.0... 0.04 0.827 2.3

.0SIR.08S-CIRC-.0... 0.08 0.34 .42

.0SIR.08M-CIRC-.0... 0.08 0.3 .97

.0SIR.08L-CIRC-.0... 0.08 0.827 2.3

.0SIR.02S-CIRC-.0... 0.02 0.34 .42

.0SIR.02M-CIRC-.0... 0.02 0.3 .97

.0SIR.02L-CIRC-.0... 0.02 0.827 2.3

.0SIR.072S-CIRC-.0... 0.072 0.34 .42

.0SIR.072M-CIRC-.0... 0.072 0.3 .97

.0SIR.072L-CIRC-.0... 0.072 0.827 2.3

.0SIR.078S-CIRC-.0... 0.078 0.34 .42

.0SIR.078M-CIRC-.0... 0.078 0.3 .97

.0SIR.078L-CIRC-.0... 0.078 0.827 2.3

.0SIR.088S-CIRC-.0... 0.088 0.34 .42.0SIR.088M-CIRC-.0... 0.088 0.3 .97

.0SIR.088L-CIRC-.0... 0.088 0.827 2.3

.0SIR.094S-CIRC-.07... 0.094 0.34 .42

.0SIR.094M-CIRC-.07... 0.094 0.3 .97

.0SIR.094L-CIRC-.07... 0.094 0.827 2.3

0.079 0.09

.0SIR.097S-CIRC-.07... 0.097 0.34 .42

.0SIR.097M-CIRC-.07... 0.097 0.3 .97

.0SIR.097L-CIRC-.07... 0.097 0.827 2.3

.0SIR.0S- CIRC-.07... 0.0 0.34 .42

.0SIR.0M-CIRC-.07... 0.0 0.3 .97

.0SIR.0L-CIRC-.07.. 0.0 0.827 2.3


L

t

BF

W

L1d

RH-Double Ended



59

Standard (Partial Profile for Shafts)Insert Size Ordering Code Dimensions inch Anvil Holder

IC RH R W t

3/8”

3ER0.40-D7993-0.0... 0.0 0.03 0.024

YE3M-.N AL..-33ER0.0-D7993-0.80... 0.023 0.047 0.03

3ER0.90-D7993-.0... 0.03 0.07 0.043

3ER.00-D7993-.20 .. . 0.039 0.079 0.047


Standard (Partial Profile for Bores)Insert Size Ordering Code Dimensions inch Anvil Holder

IC RH R W t

3/8”

3IR0.0-D7993-0.80... 0.023 0.047 0.03

YI3M-.N AVR. .-33IR0.90-D7993-.0... 0.03 0.07 0.043

3IR.00-D7993-.20... 0.039 0.079 0.047

Range of profiles also available on IC /4”, /” and /” inserts on request.


Mini-L (Partial Profile for Bores)Insert Size Ordering Code Dimensions inch Min. Bore dia. Holder

IC RH R W t inch

.0LLIR0.4-D7993-0.8... 0.0 0.03 0.03

0.3 .NVR...-LLIR0.-D7993-.0... 0.024 0.047 0.039

R

t

I C

RW

R

t

I C

RW

IC 5.0 L

W

t

R

DIN 7993 Snap Ring Grooves

External

Standard

(Partial Profile)

Internal

Standard

(Partial Profile)

Mini-L

(Partial Profile)



60

Micro (Partial Profile) - Double EndedInsert Dia. Ordering Code Groove Std. Dimensions inch Min. Bore dia.

Holderd (mm) RH R W L1 L B t F inch

3.03.0SIR0.4S-D7993-0.... 0.0 0.03 0.3 .42

0.03 0 .024 0.0 0.2 SMC..-3.03.0SIR0.4M -D7993-0.... 0.0 0.03 0. 4 .97

4.0

4.0SIR0.4S-D7993-0.... 0.0 0.03 0.3 .420.03 0.024

0.07 0. SMC..-4.0

4.0SIR0.4M -D7993-0.... 0.0 0.03 0. 4 .97

4.0SIR0.4L-D7993- 0.8... 0.0 0.03 0.84 2.3

0.043 0.034.0SIR0.S-D7993-0. 8... 0.024 0.0 47 0.3 .42

4.0SIR0.M-D7993-0.8 ... 0.024 0.0 47 0. 4 .97

4.0SIR0.L-D7993- 0.8... 0.024 0.047 0.84 2.3

4.0SIR0.9S-D7993-.... 0.03 0.07 0.3 .42

0.0 0.0434.0SIR0.9M -D7993-.... 0.03 0.07 0. 4 .97

4.0SIR0.9L-D7993-.... 0.03 0.07 0.8 4 2.3

.0

.0SIR0.9S-D7993-.... 0.03 0.07 0.3 .42

0.0 0.043

0.4 0.24 SMC..-.0

.0SIR0.9M -D7993-.... 0.03 0.07 0. 4 .97

.0SIR0.9L-D7993-.... 0.03 0.07 0.8 4 2.3

.0SIR.0S-D7993-.2... 0.039 0.079 0.3 .42

0.09 0.047.0SIR.0M -D7993-.2... 0.039 0.079 0. 4 .97

.0SIR.0L-D7993-.2... 0.039 0.079 0.8 4 2.3

.0SIR.S-D7993-.3... 0.0 43 0.087 0.3 .42

0.03 0.0.0SIR.M -D7993-.3... 0.0 43 0.087 0. 4 .97

.0SIR.L-D7993-.3... 0.0 43 0.087 0. 84 2.3

8.0

8.0SIR0.9M -D7993-2.0... 0.03 0.07 0.79 2.7

0.098 0 .079 0.4 0.33 SMC..-8.08.0SIR.M -D7993-2.0... 0.0 43 0.087 0.79 2.7

8.0SIR.4M -D7993-2.0... 0.0 0.0 0.79 2.7

0.00.0SIR.4M-D7993-2.9.. . 0 .0 0 .0 0 .99 3.

0.34 0.4 0.93 0.409 SMC..-0.00.0SIR.8M-D7993-2.9. .. 0 .07 0 .42 0.99 3.

R

R

L

tBF

W

L1d

DIN 7993 Snap Ring Grooves

Internal

RH-Double Ended



6

Standard (Normal - Type A)Insert Size Ordering Code Pitch Dimensions inch Anvil Holder

IC RH (mm) R g1 g2 t t1

3/8”

3ER0.0 -D7ST-0.4 0... 0.0 0.0 08 0 .0 43 0.09 0.0 0.098

YE3M-.N AL. .-3

3ER0.0 -D7ST-0.0... 0.0 0.0 0.0 0.07 0.020 0.094

3ER0.70 -D7ST-0.... 0.70 0.0 0.0 0.083 0 .022 0.0873ER0. 80 -D7ST-0.... 0. 80 0.0 0.09 0 .09 4 0.02 0.0 83

3ER.0 0-D7ST-0. 80... .00 0.023 0.087 0.8 0.03 0.07

/8”

ER. 2-D7S T-.0 0... .2 0.023 0.0 0.0 0.039 0.42

YEM-.N AL. .-ER.0 -D7ST-.... .0 0.03 0.32 0.77 0.0 4 0.30

ER.7 -D7ST-.30... .7 0.039 0.7 0.209 0.0 0.8

ER 2.0 0-D7ST-.0... 2.0 0 0.039 0.77 0.23 0.09 0.0

Standard (Short - Type B)Insert Size Ordering Code Pitch Dimensions inch Anvil Holder


3/8”

3ER.0 0-D7SH -0.80... .0 0 0.023 0.0 47 0.079 0.03 0.098

YE3M-.N AL. .-33ER.2-D7SH-.0 0... .2 0.023 0.09 0.098 0.039 0.09

3ER.0 -D7SH-.... .0 0.03 0.073 0.8 0.04 0.083

3ER.7-D7SH-.30... .7 0.039 0.0 87 0.38 0.0 0.07

/8”

ER2.0 0-D7SH -.0... 2.0 0 0.039 0.098 0.7 0.09 0.0

YEM-.N AL. .-ER2.0 -D7SH-.80... 2.0 0.0 47 0.2 0.97 0.07 0.38

ER3.00-D7SH-2.20 .. . 3.00 0 .03 0 .0 0 .23 0 .087 0 .22

Range of profiles also available on I C /4” and /” inserts on request.

30° min

R

R

g2

t

I C

g1 R t1R

45° 45° I C

g1 R t1R

DIN 76 Thread Undercuts

External

Normal - Type A Short - Type B

(For ISO Metric Threads in Accordance with DIN 3)



6

Standard (Normal - Type C)Insert Size Ordering Code Pitch Dimensions inch Anvil Holder


3/8”

3IR0.0 -D7S T-0.4 0... 0.0 0.0 08 0 .0 43 0 .09 0.0 0.098

Y3M-.N AL..-3

3IR0.0 -D7ST-0.0... 0.0 0.0 0.0 0.07 0.020 0 .09 4

3IR0.70 -D7ST-0.... 0.70 0.0 0.0 0 .083 0 .022 0 .087

3IR0.80 -D7ST-0.... 0.80 0.0 0.09 0 .094 0 .02 0 .083

3IR.0 0-D7ST-0.80... .0 0 0.023 0 .087 0.8 0.03 0.07

Range of profiles also available on IC /4”, /” and /” inserts on request.


Standard (Short - Type D)Insert Size Ordering Code Pitch Dimensions inch Anvil Holder


3/8”

3IR.00 -D7SH-0. 80... .0 0 0.023 0 .0 47 0.079 0.03 0 .098

Y3M-.N AL..-33IR.2-D7SH -.0 0... . 2 0.023 0.09 0.098 0 .039 0.09

3IR.0 -D7SH-.... .0 0.03 0.073 0.8 0.0 4 0 .083

3IR.7-D7SH-.30... .7 0.039 0.087 0.38 0.0 0.07

Range of profiles also available on IC /4”, /2” and /8” inserts on request.For minimum bore diameters, refer to page 7.

Micro - Double EndedInsert dia. Ordering Code Groove Std. Dimensions inch Min. Bore dia.

Holderd (mm) RH m (H13) W L1 L B t F inch

.0

.0SIR.S-D3770S-.... 0.03 0.078 0.3 .42

0.07 0.09 0.4

0.24 SMC..-.0

.0SIR.M-D3770S-.... 0.03 0.078 0. 4 .97

.0SIR.L-D3770S-.... 0.03 0.078 0. 84 2.3

.0SIR2.0S-D3770D -.8... 0.079 0.094 0.3 .42

0.079 0.07 0.4.0SIR2.0M-D3770D -. 8... 0.079 0.094 0. 4 .97

.0SIR2.0L-D3770D -. 8... 0.079 0.094 0. 84 2.3

g2

g1

30° min

t

R

R

45°

t1

I C

g1R R

45°I C

g1R

t1

R

m

L

tBF

W

L1d

DIN 76 Thread Undercuts(For ISO Metric Threads in Accordance with DIN 3)

Internal

Normal - Type C Short - TypeD

DIN 3770 - Grooves

Internal

RH-Double Ended



63

Snap Ring Grooves Inch Standard

Internal

Micro (Partial Profile)Insert Dia. Groove Std. Dimensions mm Min. Bore

dia.d mm RH-Double Ended R W L1 L B t F Holder

3.0 3.0SIR.0S-SNAP-.02... 0.0 0.03 0.34 .42 0.03 0.024 0.0 SMC0...-3.0 0.2

3.0SIR.0M-SNAP-.02... 0.0 0.03 0.3 .97

4.0

4.0SIR.0S-SNAP-.02... 0.0 0.03 0.34 .42

0.030.024

0.07 SMC0...-4.0 0.

4.0SIR.0M-SNAP-.02... 0.0 0.03 0.3 .97

4.0SIR.0L-SNAP-.02... 0.0 0.03 0.827 2.3

4.0SIR .023S-SNAP-.03... 0.023 0.0 47 0.34 .42

0.0 47 0.034.0SIR .023M-SNAP-.03... 0.023 0.0 47 0.3 .97

4.0SIR .023L-SNAP-.03... 0.023 0.0 47 0.827 2.3

4.0SIR .03S-SNAP-.0... 0.03 0.0 2 0.34 .42

0.090.047

4.0SIR .03M-SNAP-.0... 0.03 0.0 2 0.3 .97

4.0SIR .03L-SNAP-.0... 0.03 0.0 2 0.827 2.3

.0

.0SIR .03S-SNAP-.0... 0.03 0.0 2 0.34 .42

0.0 3 0.0

0.4 SMC0...-.0 0.24

.0SIR .03M -SNAP-.0... 0.03 0.02 0.3 .97

.0SIR .03L-SNAP-.0... 0.03 0.02 0. 827 2.3

.0SIR .03S-SNAP-.0... 0.03 0.072 0.34 .42

.0SIR .03M -SNAP-.0... 0.03 0.072 0.3 .97.0SIR .03L-SNAP-.0... 0.03 0.072 0.827 2.3

.0SIR .039S-SNAP-.0... 0.039 0.078 0.34 .42

.0SIR .039M-SNAP-.0... 0.039 0.078 0.3 .97

.0SIR .039L-SNAP-.0... 0.039 0.078 0.827 2.3

.0SIR .0 47S-SNAP-.0... 0.0 47 0.09 4 0 .34 .42

.0SIR .0 47M-SNAP-.0... 0.0 47 0.094 0.3 .97

.0SIR .0 47L-SNAP-.0... 0.0 47 0.094 0. 827 2.3

.0SIR .02S-SNAP-.07... 0.02 0.2 0.34 .42

0.079 0.07.0SIR .02M-SNAP-.07... 0.0 2 0.2 0.3 .97

.0SIR .02L-SNAP-.07... 0.0 2 0.2 0. 827 2.3

R

L

tBF

WL1

R

d

RH-Double Ended



64

Circlip - Face Grooves

Internal

Micro (Partial Profile)Insert Dia. Dimensions mm Inner Groove

ØOuter Groove

Ød mm RH-Double Ended W t L F Sleeve

4.0

4.0SIR .03A-CIRC-.0... 0.03 0.0 43

.99 0.07 SMC...-4.0

0.38 0.98

4.0SIR.04A-CIRC-.03... 0.04 0.0 0.30 0.22

4.0SIR.047A-CIRC-.07... 0.047 0.09 0.22 0.2

4.0SIR.08A-CIRC-.082... 0.08 0.07 0.0 0.22

4.0SIR.02A-CIRC-.08... 0.02 0.083 0.0 0.230

.0

.0SIR .03A-CIRC-.0... 0.03 0.0 43

.99 0.2 SMC...- .0

0.2 0.27

.0SIR.04A-CIRC-.03... 0.04 0.0 0.209 0.29

.0SIR.047A-CIRC-.07... 0.047 0.09 0.200 0.294

.0SIR.08A-CIRC-.082... 0.08 0.07 0.89 0.30

.0SIR.02A-CIRC-.08... 0.02 0.083 0.8 0.309

.0SIR.072A-CIRC-.094... 0.072 0.087 0.77 0.32

.0SIR.078A-CIRC-.088... 0.078 0.087 0.9 0.32

.0SIR.088A-CIRC-.0... 0.088 0.088 0. 0.337

L

F

W

t

I n n e r

g r v .

Ø

O u

t e r g r v .

Ø

d

RH-Double Ended



> Toolholders

Grooving



66


Insert Size Order ing Code EDP No. D imensions inch

IC RH H=H1=B F L1 L2 Inser t Screw Anvil Screw Tor x Key Anvil RH

/4” NL03-2 24 0.3 0.43 .37 0.9 SN2T - K2T -

3/8”

AL3/8-3 09 0.37 0.3 2.4 0.7

SA3T SY3T K3T YE3M-1.5N

AL00-3 000 0.0 0.3 3.27 0.87

AL02-3 00 0.3 0.3 .00 .02

AL07-3 007 0.7 0.7 .00 .02

AL00-3 0 .00 .00 .00 .20

AL2-3 03 .2 .2 7.00 .8

/2”

AL00-4 024 .00 .00 .00 .42

SA4T SY4T K4T YE4M-1.5NAL2-4 042 .2 .2 7.00 .42

AL0-4 0 .0 .0 8.00 .42

/8”

AL00- 034 .00 .2 .00 .7

SAT SYT KT YE5M-1.5NAL2- 0 .2 .2 7.00 .7AL0- 073 .0 .0 8.00 .7

AL200- 08 2.00 2.00 0.00 .7

* The toolholders are supplied with standard anvils. For Grooving, please use the anvils indicated in the table above.

BF

L2

L1

HH1

*


External Standard.............................................................................................................................................................................. Page 166

Internal Standard............................................................................................................................................................................... Page 167

Internal Mini-L.....................................................................................................................................................................................

Internal Mini-L - Adjustable........................................................................................................................................................ Page 168

Micro......................................................................................................................................................................................................... Page 169

GROOVING TOOLHOLDERS



67


Inser t Size Ordering Code EDP No. Dimensions inchMin.

Bore dia.

IC RH A L L1 D D1 F inch Insert Screw Anvil Screw Torx Key Anvil RH

/4”NVRC037-2 234 0.7 7.00 .00 0.7 0.37 0.28 0.0

SN2T - K2T -NVRC00-2 23 0.7 7.00 .2 0.7 0.0 0.37 0.

3/8”

NVRC00-3 238 0.7 7.00 .2 0.7 0.0 0.40 0.7

SN3T - K3T -NVRC02-3 240 0.7 7.00 .0 0.7 0.2 0.4 0.80

NVRC02D-3 242 0.8 .00 .2 0.2 0.2 0.4 0.80

AVRC07-3 098 0.7 7.00 .0 0.7 0.7 0. 0.90

SA3T SY3T K3T YI3M-1.5N

AVRC00-3 00 .2 0.00 2.0 .2 .00 0. .20

AVRC00D-3 04 0.90 8.00 .7 .00 .00 0. .20

AVRC2-3 08 .2 0.00 2.0 .2 .2 0.77 .4

AVRC0-3 4 .34 2.00 2.0 .0 .0 0.90 .

/2”

NVRC07-4 244 0.7 7.00 2.00 0.7 0.7 0.9 .00 SN4T - K4T -

AVRC00-4 02 .2 0.00 2.0 .2 .00 0.7 .2

SA4T SY4T K4T YI4M-1.5NAVRC00D-4 0 0.88 8.00 .7 .00 .00 0.7 .2

AVRC2-4 0 .2 0.00 2.0 .2 .2 0.8 .0

AVRC0 -4 .34 2.00 2.0 .0 .0 0.98 .7

/8”

AVRC2- 2 .2 0.00 2.0 .2 .2 0.88 . SNT SYT KT YI5M-1.5N

AVRC0 - 8 .34 2.00 2.0 .0 .0 .00 .80

SAT SYT KT YI5M-1.5NAVRC200- 20 .80 4.00 3.00 2.00 2.00 .2 2.30

AVRC20- 23 2.2 .00 3.00 2.0 2.0 .0 2.80

* The toolholders are supplied with standard anvils. For Grooving, please use the anvils indicated in the table above.

A

D

F

L

L1

D1

*




68

Mini-L Spare Parts

Insert Size Ordering Code EDP No. Dimensions inchAnti-Vibration

System

IC RH A L L1 D D1 Insert Screw Torx Key

.0L

SNVR 037U-L 733 0.3 3.9 0.3 0.37 0.24 No

SNLT KLT




.0L

SNVR 00U-L 7340 0.49 3.9 0.3 0.0 0.24 No




Mini-L - Adjustable Spare Parts

Insert SizeOrdering

CodeEDPNo.

EDPNo.

Dimensions inch

IC Sleeve Holder RH A L L1 D D1 Insert Screw Torx Key for Insert Screw Holder Screw x 3 Key for Holder Screw

.0L SV02-.2 7343 BNVR.2T-L 7324 .84 4 0.3-.73 .2 .244 SNLT KLT S4.0 K2.0

D

L1

D1

A

L

D

L1

D1

A

L




69

Spare Parts


MicroInsert Dia.

Shank Dia.



3

0.0 SMC00-3.0 407 3.0.3- Short 3.0 4GISM8X28 .0

K4.0 M4X0.7X4.0 K2.0

0.3- Medium 3.78 4 GISM8X2 0. 83

0.3 SMC02-3.0 40203.74

0.3- Short 4.09 4GISM8X49 .93

0.7 SMC07-3.0 4080 0.3- Medium 4.37 4GISM8X42 .

4

0.0 SMC00-4 .0 4092 3.

0.3- Short 3.0 4GISM8X28 .0

0.3- Medium 3.78 4 GISM8X2 0. 83

0.83- Long 3.98 4GISM8X 0.3

0.3 SMC02-4.0 40223.74

0.3- Short 4.09 4GISM8X49 .93

0.3- Medium 4.37 4 GISM8X42 .0.7 SMC07-4.0 408 0.83- Long 4.7 4GISM8X37 .4

0.0 SMC00- .0 47 3.

0.3- Short 3. 4GISM8X28 .0

0.3- Medium 3.78 4 GISM8X2 0. 830.83- Long 3.98 4GISM8X 0.3

0.3 SMC02-.0 40243.74

0.3- Short 4.09 4GISM8X49 .93

0.3- Medium 4.37 4 GISM8X42 .

0.7 SMC07-.0 4082 0.83- Long 4.7 4GISM8X37 .4


L

L1

d

L0D


Location Screw

Double Ended

M



70



> Technical Data

Grooving



7

MaterialGroup

V a r d e x N o .

MaterialHardnessBrinell HB

Vc [t/min]Feed [inch/rev]

Coated

VTX(Laydown)

VMX

(Micro)VKP (Mini) VHX (Mini)

Laydown& Mini

Micro

PSteel

Unalloyed steel

Low carbon (C=0.-0.2%) 2 49 - 4 - 393 49 - - 4 0.08 0.002

2 Medium carbon (C=0.2-0.%) 0 393 - 90 3 - 328 393 - 90 49 - 3 0.009 0.0008

3 High Carbon (C=0.-0.8%) 70 3 - 90 98 - 22 3 - 90 49 - 98 0.002 0.0004

4Low alloy steel(alloying elements ≤ 5%)

Non hardened 80 328 - 08 4 - 229 328 - 08 - 48 0.0098 0.0008

Hardened 27 29 - 47 3 - 97 29 - 47 33 - 82 0.0039 0.0004

Hardened 30 22 - 443 98 - 4 22 - 443 33 - 82 0.002 0.0004

7 High alloy steel(alloying elements >5%)

Anneale d 20 0 229 - 377 98 - 4 23 - 377 0.0 079 0.0 008

8 Hardened 32 4 - 328 82 - 3 4 - 328 0.002 0.0004

9Cast steel

Low alloy (alloying elements <%) 200 98 - 4 98 - 4 98 - 4 82 - 4 0 .0079 0 .0008

0 High alloy (alloying elements >%) 22 - 3 82 - 3 82 - 3 - 3 0.002 0 .0008

MStainless

Steel


Non hardened 200 229 - 393 97 - 328 22 - 393 0 .0079 0.0004

2 Hardened 330 97 - 3 3 - 97 80 - 3 0.002 0.0004


Austenit ic 80 229 - 328 4 - 29 97 - 328 0 .0079 0.0004

4 Super Austenitic 200 3 - 29 3 - 97 4 - 29 0.002 0.0004

Stainless steelCast eritic

Non hardened 200 22 - 3 3 - 97 97 - 22 0 .0079 0 .0008 Hardened 330 23 - 3 98 - 4 48 - 23 0.002 0.0004

7 Cast austenitic

Austenitic 200 279 - 328 3 - 97 4 - 229 0.0079 0.0008

8 Hardened 330 97 - 328 98 - 4 3 - 97 0.002 0.0004

KCast Iron

28Malleable Cast iron

Ferritic (short chips) 30 229 - 393 4 - 229 97 - 22 0.0079 0.0008

29 Pearlitic (long chips) 230 229 - 393 4 - 229 97 - 22 0.009 0.0004

30Grey cast iron

Low tensi le strength 80 229 - 393 4 - 229 97 - 22 0.0079 0.0008

3 High tensile strength 20 97 - 328 3 - 97 3 - 229 0.0039 0.009

32Nodular SG iron

Feritic 0 4 - 22 4 - 229 97 - 22 0.0 079 0.0 008

33 Pearlitic 20 97 - 29 97 - 22 229 - 29 0.0039 0.0004

N(K)Non-Ferrous

Metals


Non aging 0 328 - 787 328 - 983 22 - 787 98 - 97 0.07 0.002

3 Aged 00 22 - 7 328 - 492 328 - 7 82 - 4 0.0039 0.002

3 Aluminium alloys Cast 7 328 - 492 328 - 492 328 - 492 82 - 4 0.0098 0.00237 Cast & aged 90 22 - 393 97 - 328 97 - 328 - 3 0.009 0.002

38 Aluminium alloys Cast Si 3-22% 30 328 - 492 328 - 492 328 - 492 49 - 98 0.009 0.0008


Brass 90 22 - 97 - 328 22 - 49 - 0.0079 0.002

4 0 Bronze and non leaded copper 00 22 - 97 - 328 22 - 49 - 0.0 09 0.0 02

S(M)Heat

ResistantMaterial

9


Annealed (Iron based) 200 48 - 97 82 - 48 82 - 48 0.0079 0.0004

20 Aged (Iron based) 280 - 4 - 98 - 98 0.002 0.0004

2 Annealed (Nickel or Cobalt based) 20 - 98 49 - 49 - 0.002 0.0004

22 Aged (Nickel or Cobalt based) 30 49 - 82 33 - 49 33 - 49 0.002 0.0004

23 Titanium alloys

Pure 99. T i 400Rm 49 - 7 97 - 328 97 - 328 0 .0039 0 .0008

24 α+β alloys 00Rm 4 - 229 3 - 4 3 - 4 0.002 0.0008

H(K)

HardnedMaterial

2


4-0HRc 4 8 - 97 - 3 - 3 0.0 008 0.0 00 4

2 -HRc 3 - 4 - - 0.0008 0.0004

Grades and Their ApplicationGrade Application Type Sample Grade Application Type Sample

VTXGeneral use carbide grade. A tough sub-micronsubstrate with TiAlN coating. Provides good fracturetoughness and excellent wear resistance.

VKPGeneral use carbide grade for Mini inserts. TiN coated

VMXGeneral use carbide grade for Micro inserts. TiN coated

VHXGeneral use HSS grade for Mini inserts.For Machining at low cutting speed. TiN coated

Recommended Grades, Cutting Speeds Vc [ft/min] and Feed f [inch/rev]



> Inserts

Boring



74


CD0W Inserts .......................................................................................................................................................................................

TD0W Inserts........................................................................................................................................................................................ Page 176

WC0W Inserts ...................................................................................................................................................................................... Page 177

Boring - Micro...................................................................................................................................................................................... Page 178

Copy - Micro......................................................................................................................................................................................... Page 179

Chamer - Micro ................................................................................................................................................................................. Page 179

Long Nose - Micro ............................................................................................................................................................................ Page 180

Back Edge - Micro ............................................................................................................................................................................. Page 181

Boredrill - Micro.................................................................................................................................................................................. Page 181

BORING INSERTS



75

T

D

0

3

W

4

4

5

4

6

VTX

7

- Insert Shape

C - Diamond 0 deg.

T - TriangleW - Trigon 0 deg.

5 - Insert Dimension

40-IC 0.56” - Thickness-0.040"

4-IC 0.60” - Thickness-0.047"

4-IC 0.56” - Thickness-0.06"

50-IC 0.87” - Thickness-0.094"

- Clearance Angle

C - 7 deg.

D - deg.

6 - Corner Radius

- R 0.0

- R 0.007

3- R 0.008

4- R 0.05

3 - Tolerance Class

0 - Special Tolerance Class

7 - Carbide Grade

VTX

4 - Insert Type

W - Hole + Countersink

6.0

S

I

3

R

4

0.

5

M

6

- Bore

7

-

8

VMX

9

- Insert Dia. (mm)

3.0

4.0

6.0

8.0

0.0

- Tool Group

S - Solid Carbide

6 - Tool Length

U - Ultra Short

S - Short

M - Medium

L - Long

3 - Type of Insert

I - Internal

4 - RH or LH



5 - Corner Radius (mm)

0.

7 - Tool Application

Bore - Boring

Copy - Boring Copy

Chamfer - Boring Chamfer

Back - Back Edge

357, 3537, 3547 - Long Nose

BD - Bore Drill

8 - Front Relief

- With Relief

0 - Without Relief

9 - Carbide Grade

VMX


PowerBore Inserts

Micro Boring Inserts - Double Ended



76

CD0W Inserts for Series A ToolholdersInsert Size Ordering Code Dimensions [inch] Insert Screw

IC R T

.”

CD0W40... 0.002 0.040

VS0CD0W402... 0.007 0.040

CD0W404... 0.0 0.040

TD0W Inserts for Series B ToolholdersInsert Size Ordering Code Dimensions [inch]

Insert ScrewIC R T

.0”

TD0W4... 0.002 0.047

VS0, VS40 TD0W42... 0.007 0.047

TD0W44... 0.0 0.047

R

IC

T

15°

R

15°

IC

T

Boring

Internal

CD0W

Internal

TD0W



77

WC0W Inserts for Series E ToolholdersInsert Size Ordering Code Dimensions [inch]

Insert ScrewIC R T

.”WC0W423... 0.008 0.02

VS40WC0W424... 0.0 0.02

WC0W Inserts for Series F ToolholdersInsert Size Ordering Code Dimensions [inch]

Insert ScrewIC R T

.87”WC0W03... 0.008 0.094

VS4WC0W04... 0.0 0.094

7°R

IC

T

R

7°

IC T

Boring

Internal

WC0W 4213, 4214

Internal

TD0W



78

Micro - Double EndedInsert dia. Ordering Code Dimensions inch Min. Bore dia.

Holderd (mm) RH R L1 L S F inch

3.0

3.0SIR0.U-Bore-... 0.004 0.23 .47 0.0 0.0090.079

SMC..-3.03.0SIR0.S-Bore-... 0.004 0.3 .47 0.0 0.009

3.0SIR0.2S-Bore-... 0.008 0.3 .47 0.02 0.0

0.23.0SIR0.2M-Bore-... 0.008 0.4 .99 0.02 0.0

4.0

4.0SIR0.2S-Bore-... 0.008 0.3 .47 0.02 0.07

0. SMC..-4.04.0SIR0.2M-Bore-... 0.008 0.4 .99 0.02 0.07

4.0SIR0.2L-Bore-... 0.008 0.84 2.32 0.02 0.07

.0

.0SIR0.2S-Bore-... 0.008 0.3 .47 0.030 0.

0.244 SMC..-.0.0SIR0.2M-Bore-... 0.008 0.4 .99 0.030 0.

.0SIR0.2L-Bore-... 0.008 0.84 2.32 0.030 0.

8.0

8.0SIR0.2S-Bore-... 0.008 0.48 2.2 0.032 0.4

0.323 SMC..-8.08.0SIR0.2M-Bore-... 0.008 0.79 2.7 0.032 0.4

8.0SIR0.2L -Bore-... 0.008 .09 3.38 0.032 0.4

0.0

0.0SIR0.2S-Bore-... 0.008 0.8 2.32 0.039 0.94

0.402 SMC..-0.00.0SIR0.2M-Bore-... 0.008 0.99 3.0 0.039 0.94

0.0SIR0.2L-Bore-... 0.008 .37 3.937 0.039 0.94

d

L1

L

F

SR

Micro Boring - Boring

Internal

RH-Double Ended



79


Holderd (mm) RH R L1 L F S1 S inch

4.0

4.0SIR0.2S-Chamfer- 0... 0.008 0.3 .47 0.07 0.03 0.0

0. SMC...- 4.04.0SIR0.2M-Chamfer-0... 0.008 0.4 .99 0.07 0.03 0.0

4.0SIR0.2L-Chamfer-0... 0.008 0.84 2.32 0.07 0.03 0.0

.0

.0SIR0.2S-Chamfer-0... 0.008 0.3 .47 0. 0.039 0.028

0.24 4 SMC...- .0.0SIR0.2M-Chamfer-0... 0.008 0.4 .99 0. 0.039 0.028

.0SIR0.2L-Chamfer-0... 0.008 0.84 2.32 0. 0.039 0.028


Holderd (mm) RH R L1 L S F inch

4.0

4.0SIR0.2S-Copy-... 0.008 0.3 .47 0.039 0.07

0. SMC..-4.04.0SIR0.2M-Copy-... 0.008 0.4 .99 0.039 0.07

4.0SIR0.2L-Copy-... 0.008 0.84 2.32 0.039 0.07

.0

.0SIR0.2S-Copy-... 0.008 0.3 .47 0.0 0.

0.27 SMC..-.0.0SIR0.2M-Copy-... 0.008 0.4 .99 0.0 0.

.0SIR0.2L-Copy-... 0.008 0.84 2.32 0.0 0.

d

L1L

F

SR25°

d

L

F

90°

L1

R

S1

S

Micro Boring Copy

Internal

RH-Double Ended

Micro Boring Chamfer

Internal

RH-Double Ended



80


Holderd(mm) RH R L1 L F S inch

.0

.0SIR0.2S-327-... 0.008 0.3 .47 0.0 0.

0.272 SMC...-.0.0SIR0.2M-327-... 0.008 0.4 .99 0.0 0.

.0SIR0.2L-327-... 0.008 0.84 2.32 0.0 0.

8.0

8.0SIR0.2S-337-... 0.008 0.48 2.2 0.4 0.4

0.3 SMC...-8.08.0SIR0.2M-337-... 0.008 0.79 2.7 0.4 0.4

8.0SIR0.2L-337-... 0.008 .09 3.38 0.4 0.4

0.0

0.0SIR0.2S-347-... 0.008 0.8 2.32 0.8 0.94

0.42 SMC...-0.00.0SIR0.2M-347-... 0.008 0.99 3.0 0.8 0.94

0.0SIR0.2L-347-... 0.008 .37 3.937 0.8 0.94

L1d

L

F

S

35°

R

Micro Boring - Long Nose

Internal

RH-Double Ended



8


Holderd(mm) RH R L1 L A W W1 S S1 F inch

3.03.0SIR0.2S-Back-... 0.002 0.3 .47

0 .3 0.09 0.07 0 .03 0.024 0 .0 0.2 SMC...-3.03.0SIR0.2M-Back-. .. 0.002 0.4 .99

4.0

4.0SIR0.2S-Back-... 0.002 0.3 .47

0.7 0 .079 0 .092 0.0 0 .039 0.07 0 . SMC.. .-4.04.0SIR0.2M-Back-... 0.002 0.4 .99

4.0SIR0.2L-Back-... 0.0 02 0.8 4 2.32

.0

.0SIR0.2S-Back-. .. 0.002 0.3 .47

0. 24 0.079 0.097 0.07 0.03 0. 0.24 4 SMC...-.0 .0SIR0.2M-Back-. .. 0.002 0.4 .99

.0SIR0. 2L-B ack-... 0.0 02 0.8 4 2.32


Insert dia. Ordering Code Dimensions inch Min. Bore dia. Holderd(mm) RH L1 L A inch

4.0 4.0SIR0.2M-BD-... 0.4 .99 0.39 0.47 SMC...-4.0

.0.0SIR0.2M-BD-... 0.4 .99

0.20 0.228 SMC...-.0.0SIR0.2L-BD-... 0.84 2.32

8.0

8.0SIR0.2S-BD-... 0.48 2.2

0.272 0.307 SMC...-8.08.0SIR0.2M-BD-... 0.79 2.7

8.0SIR0.2L-BD-... .09 3.38

A

W1

L

d

SF

W L1

S17º

R

A

L1d

L D

R0.2

D H

o l e

Micro Boring - Back Edge

Internal

RH-Double Endedmin. width

Micro Boring - Boredrill

Internal

RH-Double Ended

(mm)



8



> Toolholders

Boring



84

C

06

- 3

3

C

4

40

5

5

6

- Shank Style

C - Carbide

S - Steel

- Shank Dia.

05 - /" - 0.6

06 - /6" - 0.7

08 - /4" - 0.0

0 - /6" - 0.

- /" - 0.7

6 - /" - 0.00

3 - Bar Dia. [D1]

- 0.6

3 - 0.0

4 - 0.7

6 - 0.0

3 - 0.0

40 - 0.

4 - Insert Shape 5 - Holder Length [L2]

3 - .

5 - .0

7 - .7

30 - .00

35 - .0

40 - 4.00

45 - 4.0

50 - .0060 - 6.00

S

M

C

3

065

4

- 3

5

- Holder Shape

S - Sleeve

(Double Ended)

- Holder Type

M - Micro (Double Ended)

3 - Cooling

C - Coolant Channel

4 - Holder Dia.

050 - /"065 - /"

075 - /4"

5 - Bore Size

Micro Size, 4, 6, , 0

6 - Front Relief Angle

0, 5, 7

C - Diamond 80 Deg.

T - Triangle

W- Trigon 80 Deg.


Series A - Boring Bars or CD0W Inserts............................................................................................................................... Page 185

Series B - Boring Bars or TD0W Inserts ................................................................................................................................

Series E -Boring Bars or WC0W Inserts (4213, 4214)................................................................................................... Page 187

Series F - Boring Bars or WC0W Inserts (5013, 5014).................................................................................................. Page 188

Toolholders - Micro Double Ended........................................................................................................................................ Page 189

BORING TOOLHOLDERS


PowerBore Toolholders

Micro



85

Alloy Steel Shanks - Standard Size Spare Parts

Shank Ordering Code EDP No.Dimensions inch

A D D M L2 L

angle shank dia. bar dia. min.bore overall length bar length Insert Type Screw Torx Key

3/”

S0-2C27 44 7º 0.87 0. 0.80 2.00 .00

CD0W VS0 VT

S0-23C2 447 º 0.87 0.80 0.208 2.00

S0-24C2 448 º 0.87 0.87 0.230 2.00

D=DS0-24C20 443 0º 0.87 0.87 0.244 2.00

/4”S08-32C30 40 º 0.20 0.20 0.290 3.000

S08-32C300 4 0º 0.20 0.20 0.300 3.000

Solid Carbide Shank with Alloy Steel Head - Standard Size Spare Parts

Shank Ordering Code EDP No.

Dimensions inch

A D D M L2 L


/32” C0-2C07 42 7º . . .80 .000.00

CD0W VS0 VT3/”

C0-23C40 43 º .87 .80 .208 4.000

C0-24C40 44 º .87 .87 .230 4.000

D=DC0-24C400 4 0º .87 .87 .244 4.000

/4”C08-32C40 4 º .20 .20 .290 4.000

C08-32C400 47 0º .20 .20 .300 4.000

Alloy Steel Shanks- Oversize Spare Parts


A D D M L2 L


3/8”

S2-23C23 48 º .37 .80 .208 2.20

.000

CD0W VS0 VT

S2-2C23 49 º .37 .203 .230 2.20

S2-2C230 40 0º .37 .203 .244 2.20

S2-32C2 4 º .37 .20 .290 2.00.20

S2-32C20 42 0º .37 .20 .300 2.00

D1

M

M

D1 A*

L2

L1

D

A*

L2L1

D

Series A - Boring Bars for CD0W Inserts

Alloy Steel or Carbide Shank

Alloy Steel Oversize Shank

* ° angle for facing and thru-hole boring

* 0° angle for thru-hole boring and boring to a shoulder



86

M

D1

A*

L2

L1

M

D1

D

A*

L2

D



A D=D M L2

angle bar dia. min.bore overall length Insert Type Screw Torx Key

3/” S0-24T3 43 º .87 .270 3.00

TD0W

VS0

VT

S0-24T30 44 0º .87 .270 3.00

/4”S08-32T40 4 º .20 .300 4.000

VS40S08-32T400 4 0º .20 .300 4.000

/”S0-40T40 47 º .32 .30 4.000

S0-40T400 48 0º .32 .30 4.000



A D=D M L2angle bar dia. min.bore overall length Insert Type Screw Torx Key

3/”C0-24T40 49 º .87 .270 4.000

TD0W

VS0

VT

C0-24T400 470 0º .87 .270 4.000

/4”C08-32T40 47 º .20 .300 4.000

VS40C08-32T400 472 0º .20 .300 4.000

/”C0-40T40 473 º .32 .30 4.000

C0-40T400 474 0º .32 .30 4.000

Alloy Steel Shanks - Oversize Spare Parts


A D D M L2 L


3/8”

S2-2T2 47 º .37 .203 .270 2.00.000

TD0W

VS0

VT

S2-2T20 47 0º .37 .203 .270 2.00

S2-32T27 477 º .37 .20 .300 2.70.20

VS40S2-32T270 478 0º .37 .20 .300 2.70

S2-40T30 479 º .37 .32 .30 3.000.00

S2-40T300 480 0º .37 .32 .30 3.000

Series B - Boring Bars for TD0W Inserts



* ° angle for facing and thru-hole boring* 0° angle for thru-hole boring and boring to a shoulder



87



A D=D M L

angle bar dia. min.bore bar Iength Insert Type Screw Torx Key

3/” S0-24W2 48 º .87 .230 2.00WC0W423WC0W424

VS40 VTS0-24W20 482 0º .87 .244 2.00

/4”S08-32W40 483 º .20 .300 4.000

S08-32W400 484 0º .20 .300 4.000

M

D1

D

A*

L2

L1

A*

L

D

M

D1



A D=D M Langle bar dia. min.bore bar Iength Insert Type Screw Torx Key

3/”C0-24W40 48 º .87 .230 4.000

WC0W423WC0W424

VS40 VTC0-24W400 48 0º .87 .244 4.000

/4”C08-32W40 487 º .20 .290 4.000

C08-32W400 488 0º .20 .300 4.000



A D D M L2 L


3/8”

S2-2W23 489 º .37 .203 .230 2.20.00

WC0W423WC0W424

VS40 VTS2-2W230 490 0º .37 .203 .244 2.20

S2-32W2 49 º .37 .20 .290 2.00.70

S2-32W20 492 0º .37 .20 .300 2.00

Se ries E - Boring Bars for WC0W Inserts (4213, 4214)



* ° angle for facing and thru-hole boring* 0° angle for thru-hole boring and boring to a shoulder



88

A*

L

D

M

D

D1

M

A*

L2

L1

D1



A D=D M L


/” S0-40W40 493 º .32 .30 4.000 WCOW03WCOW04

VS4 VTS0-40W400 494 0º .32 .30 4.000



A D=D M L


/” C0-40W40 497 º .32 .30 4.000 WC0W03WC0W04

VS4 VTC0-40W400 498 0º .32 .30 4.000



A D D M L2 L

angle shank dia bar dia. min.bore overall length bar length Insert Type Screw Torx Key

3/8”S2-40W30 499 º .37 .32 .30 3.000 .00 WC0W03

WC0W04VS4 VT

S2-40W300 400 0º .37 .32 .30 3.000 .00

Se ri es F - Boring Bars for WC0W Inserts (5013, 5014)



* ° angle for facing and thru-hole boring

* 0° angle for thru-hole boring and boring to a shoulder



89

L

L1

d

L0D


Location Screw

Double Ended

M

Spare Parts


MicroInsert Dia.

Shank Dia.



3

0.0 SMC00-3.0 407 3.0.3- Short 3.0 4GISM8X28 .0

K4.0

M4X0.7X4.0 K2.0

0.3- Medium 3.78 4GISM8X2 0.83

0.3 SMC02-3.0 40203.74

0.3- Short 4.09 4GISM8X49 .93

0.7 SMC07-3.0 4080 0.3- Medium 4.37 4GISM8X42 .

4

0.0 SMC00-4.0 4092 3.

0.3- Short 3.0 4GISM8X28 .0

0.3- Medium 3.78 4GISM8X2 0.83

0.83- Long 3.98 4GISM8X 0.3

0.3 SMC02-4.0 40223.74

0.3- Short 4.09 4GISM8X49 .93

0.3- Medium 4.37 4GISM8X42 .0.7 SMC07-4.0 408 0.83- Long 4.7 4GISM8X37 .4

0.0 SMC00-.0 47 3.

0.3- Short 3.0 4GISM8X28 .0

0.3- Medium 3.78 4GISM8X2 0.83

0.83- Long 3.98 4GISM8X 0.3

0.3 SMC02-.0 40243.74

0.3- Short 4.09 4GISM8X49 .93

0.3- Medium 4.37 4GISM8X42 .

0.7 SMC07-.0 4082 0.83- Long 4.7 4GISM8X37 .4

80.3 SMC02-8.0 40248

3.74

0.47 - Short

0.79 - Medium

.0 - Long

4.24.34.84

4GISM8X33 .30

MX.0X.0 K3.0

4GISM8X2 0.980.79 SMC07-8.0 4084 4GISM8X7 0.7

00.3 SMC02-0.0 4093

3.74

0.9 - Short

0.98 - Medium

.38 - Long

4.334.72.2

4GISM8X30 .8

4GISM8X20 0.790.79 SMC07-0.0 4083 4GISM8X0 0.39




90



> Technical Data

Boring



9

TechnicalData

Spare Parts PowerBoreInsert Boring Bar Insert Torx Screw Screw Description Torx key

A CD0W VS0 -72 Oval X 0.09LG.

VT

BTD0W Min. Bore 0.28

> Bore 0.28

VS0

VS40

-72 Oval X 0.09LG.

M2 X 0.4 X 0.2LG.

E WC0W423, WC0W424 VS40 M2 X 0.4 X 0.2LG.

F WC0W03, WC0W04 VS4 M2 X 0.4 X 0.93LG.

Spare Parts PowerBore ............................................................................................................................................................... Page 192

Recommended Cutting Data - PowerBore and Micro............................................................................................... Page 193


BORING TECHNICAL DATA



93 B i

MaterialGroup

V a r d e x N o .

MaterialHardness

BrinellHB

Vc [t/min] Feed [inch/rev]

Max Depth [inch]

Coated PowerBore

MicroVTX(PowerBore)

VMX (Micro)

PowerBore

Micro CD0W TD 0W WD0W

PSteel

Unalloyed steel

Low carbon (C=0.-0.2%) 2 377 - 23 4 - 393 0.0098 0.002 0.020 0.08 0.024 0.0

2 Medium car bon (C= 0. 2-0.%) 0 328 - 74 3 - 328 0.0079 0.0 0 0.020 0.08 0.024 0.0

3 High Carbon (C=0.- 0.8%) 70 29 - 4 98 - 22 0.009 0.002 0.020 0.08 0.024 0.0

4Low alloy steel

(alloying elements ≤%)

Non hardened 80 279 - 47 4 - 229 0.0079 0.00 0.0 0.04 0.020 0.02

Hardened 27 24 - 49 3 - 97 0.009 0.00 0.0 0.04 0.020 0.02

Hardened 30 229 - 443 98 - 4 0.0039 0.002 0.0 0.04 0.020 0.02

7 High alloy steel

(alloying elements>%)

Annealed 200 229 - 3 98 - 4 0.0039 0.00 0.008 0.007 0.0 0.00

8 Hardened 32 4 - 328 82 - 3 0.002 0.002 0.008 0.007 0.0 0.00

9Cast steel

Low alloy (alloying elements <%) 200 24 - 49 98 - 4 0.0098 0.00 0.008 0.007 0.0 0.00

0 High alloy (alloying elements >%) 22 97 - 393 82 - 3 0.0039 0.00 0.008 0.007 0.0 0.00

MStainless

Steel

Stainless steel

Feritic

Non hardened 200 229 - 42 97 - 328 0.0079 0.00 0.00 0.009 0.020 0.008

2 Hardened 330 97 - 377 3 - 97 0.003 0.002 0.008 0.007 0.0 0.00

3 Stainless steel

Austenitic

Austenitic 80 29 - 49 4 - 29 0.0079 0.00 0.00 0.009 0.020 0.008

4 Sup er Aus tenitic 20 0 3 - 3 3 - 97 0.003 0.0 0 0.008 0.0 07 0.0 0.0 0

Stainless steel

Cast eritic

Non hardened 200 29 - 393 3 - 97 0.0079 0.00 0.00 0.009 0.020 0.008

Hardened 330 23 - 3 98 - 4 0.003 0.002 0.008 0.007 0.0 0.00

7 Stainless steel

Cast austenitic

Austenitic 200 279 - 3 3 - 97 0.0079 0.00 0.00 0.009 0.020 0 .008

8 Hardened 330 97 - 328 98 - 4 0.003 0.002 0.008 0.007 0.0 0.00

KCast Iron

28 Malleable

Cast iron

Ferritic (short chips) 30 229 - 24 4 - 229 0.009 0.0008 0.02 0.02 0.0 0.00

29 Pearlitic (long chips) 230 97 - 47 4 - 229 0.0 039 0.0 004 0.02 0 .02 0 .0 0.00

30 Grey

Cast iron

Low tensile strength 80 229 - 42 4 - 229 0.009 0.0008 0.020 0.08 0.024 0.0

3 High tensile strength 20 97 - 377 3 - 97 0.0 039 0.0 004 0.020 0 .08 0 .024 0.0

32Nodular SG iron

Feritic 0 40 - 24 4 - 229 0.009 0.0008 0.020 0.08 0.024 0.0

33 Pearlitic 20 29 - 393 97 - 22 0.0039 0.0004 0.020 0.08 0.024 0.0

N(K)Non-

FerrousMetals

34 Wrought

Aluminium alloys

Non aging 0 328 - ,9328 - 983 0.08 0.002 0.030 0.02 0.039 0.020

3 Aged 00 22 - 72 328 - 492 0.0079 0.002 0.030 0.02 0.039 0.020

3Aluminium alloys

Cast 7 - ,3 328 - 492 0.08 0.002 0.030 0.02 0.039 0.020

37 Cast & aged 90 - 98 97 - 328 0.0079 0.002 0.030 0.02 0.039 0.020

38 Aluminium alloys Cast Si 3-22% 30 97 - 90 328 - 492 0.08 0.0008 0.030 0.02 0.039 0.020

39 Copper and

copper alloys

Brass 90 22 - 738 97 - 328 0.08 0.002 0.030 0.02 0.039 0.020

4 0 Bronze and non leade d copper 00 22 - 83 97 - 328 0.0079 0.0 02 0.030 0.02 0.039 0.020

S(M)Heat

ResistantMaterial

9

High temperature

alloys

Annealed (Iron based ) 200 48 - 97 82 - 48 0.0079 0.00 0.00 0.009 0.020 0.008

20 Aged (Iron based) 280 98 - 4 - 98 0.003 0.002 0.008 0.007 0.0 0.00

2 Annealed (Nickel or Cobalt based) 20 - 98 49 - 0.003 0.0004 0.008 0.007 0.0 0.00

22 Aged (Nickel or Cobalt based) 30 49 - 82 33 - 49 0.002 0.0004 0.008 0.007 0.0 0.00

23 Titanium alloys

Pure 99. Ti 400Rm 49 - 7 97 - 328 0.002 0.0008 0.008 0.007 0.0 0.00

24 α+β alloys 00Rm 4 - 229 3 - 4 0.002 0.0008 0.008 0.007 0.0 0.00


2

Extra hard steel Hardened & tempered45-50HRc

48 - 23 - 48 0.0008 0.0004 0.004 0.002 0.008 0.002

2

-HRc48 - 97 - 3 0.0004 0.0004 0.002 0.002 0.004 0.002

Recommended Grades, Cutting Speeds Vc [ft/min],

Feed f [inch/rev] and Max Depth [inch]


VTX VMX

General use carbide grade. TiAlN coated.

General use carbide gradefor Micro inserts. TiN coated



94

TechnicalData



> Thread Milling

StandardMiTM

TMSD

Solid Carbide

> Groove Milling

Milling



96

Software and updated versions

can be downloaded from

www.vargususa.com

Thread Milling Software

Using the VARDEX Thread Milling system is simple.Vargus has developed a multi-lingual software for

CNC programming. All the operator has to do is

enter the basic thread parameters and then follow

the computer instructions, which lead the operator

to the correct choice of tool for the job on hand. The

software will then generate the helical interpolation

for the CNC program. It couldn’t be simpler!

VARGUS TM Gen Software for CNC Programming

Threading

A Tool or Every Thread Milling Job........................................................................................................................................ Page 197

Thread Milling Method..................................................................................................................................................................

Tooling Recommendation or Given Thread Speciication..................................................................................... Page 199

Thread Milling Inserts ..................................................................................................................................................................... Page 209

Thread Milling Holders................................................................................................................................................................... Page 235

Thread Milling Technical Data................................................................................................................................................... Page 245

MiTM Inserts......................................................................................................................................................................................... Page 259

MiTM Toolholders and Tooling Recommendation....................................................................................................... Page 264

MiTM Technical Data....................................................................................................................................................................... Page 273

TMSD Inserts ........................................................................................................................................................................................ Page 279

TMSD Toolholders and Tooling Recommendation...................................................................................................... Page 282

TMSD Technical Data ...................................................................................................................................................................... Page 289

TM Solid Carbide............................................................................................................................................................................... Page 291

TM Solid Carbide Technical Data............................................................................................................................................ Page 320

Grooving

Grooving Milling Inserts................................................................................................................................................................ Page 325

Grooving Milling Holders............................................................................................................................................................. Page 328

Grooving Milling Technical Data.............................................................................................................................................. Page 330

MILLING



97

S m a l l T h r e a d D i a m e t e r s

A Tool for EVERY Thread Milling Job!

Helicool-C (HCC)

Helicool Helicool-R (HCR)

MITM

Up to 00mm (7.")

TMSD

Shell Mill

Extra Long Thread

Up to 44mm (.7")

TMSD TMLC

Up to 9.0mm (.6")

HTC

From M6x.0

He-Lex

From Mx0. (No.-6UNF)From M6x.0

From M6x.0From Mx0. (No.0-UNF)From M4.x0.7 (No.-6UNF)

Straight Flutes

From M6x, Max thread length 6mm (.6")

TM Solid Deep ThreadingMillipro HDMillipro

From M.0x0. (0-0UNF) Up to 6 HRcFrom M0x0.7 (7/6”xUN)

TMMC

Up to flutes

MiTM

Shell MillShell Mill

Up to 9 flutes flutes

TM

Up to flutes

TMOC

Effective length up to 0.mm (.0")

BTMC...-B

Up to .9mm (.")

TMVC

Up to ISO 6.0 (4UN)Up to ISO 6.0 (4UN)

BTMC...-BTMC

From pitch 0.mm (0 TPI )

TMSC

From Pitch 0.mm (0 TPI)

TMC/124...

From M0x0.7 (7/6”x0UNF)

TMNC

From /4”xNPT

TMC

From Mx.0 (9/6”xUN)

Drill, Thread and ChamferEconomical ToolHelicool+Chamfer

Radial CoolantHeavy DutyNormal Use

Long ThreadExtremely Small ThreadsIndexable Inserts

Large DiameterLarge DiameterMedium DiameterSmall & Medium

Diameter

Offset InsertsLong Inserts

Large - Single PointLarge - Multi ToothFine

Extra Long ThreadLong ThreadShort Thread

Coarse PitchConical ThreadStandard Thread

M u l t i - F

l u t e f o r

F a s t e r M

a c h i n i n g

F e w e r C y c l e s

S m a l l & L a r g e

P i t c h e s

S h o r t & L o n g

T h r e a d s

R e g u l a r T h r e a d s



98

Right Hand Thread -ConventionalMilling

Right Hand Thread -Climb Milling

Left Hand Thread -Climb Milling

Left Hand Thread -Climb Milling

Right Hand Thread -Climb Milling

Left Hand Thread -ConventionalMilling

Left Hand Thread -ConventionalMilling

Right Hand Thread -ConventionalMilling

InternalExternal

Thread Milling Methods



D2

L1

ISO - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread

Profile depthmm mm Overhang Cutting dia.*

0.70 TMMC00-.0 .0I0.7ISOTM...028/00 0.47 0.3

0.07 TMMC00-.0 .0I0.7ISOTM... 0.47 0.3

.0

2-4 TMMC00-.0 .0I.0ISOTM.. 0.47 0.3

0.023

-8 TMC00-2 2I.0ISOTM2... 0.47 0.4

20 TMC02-3 3I.0ISOTM2... 0.87 0.7

22 BTMC07-3B 3BI.0ISOTM2... .4 0.7

24 TMC07-3 3I.0ISOTM2... .9 0.79

2-28 TMLC00-3 3I.0ISOTM2... 0.98 0.87

30 TM2C00-3 3I.0ISOTM2... .9 .02

.22 TMMC00-.0 .0I.2ISOTM...028/002 0.47 0.3

0.0284 TMMC00-.0 .0I.2ISOTM... 0.47 0.3

.

4- TMMC00-.0 .0I.ISOTM... 0.47 0.3

0.034

-20 TMC00-2 2I.ISOTM2... 0.47 0.4

22 TMC02-3 3I.ISOTM2... 0.87 0.7

24 BTMC07-3B 3BI.ISOTM2... .4 0.7

2-2 TMC07-3 3I.ISOTM2... .9 0.79

27-30 TMLC00-3 3I.ISOTM2... 0.98 0.87

32-33 TM2C00-3 3I.ISOTM2... .9 .02

3-42 TMC00- I.ISOTM2... 2.0 .8

4 TMC2- I.ISOTM2... 2.28 .4

48- TM2C2- I.ISOTM2... .77 .

-8 TMSH-D200-07-3 3I.ISOTM2... .97

70-80 TMSH-D20-07- I.ISOTM2... 2.48

.7 2 TMMC07-.0 24/203 .0I.7ISOTM...028/003 0.9 0.3 0.04

2.0

4-20 TMC00-2 2I2.0ISOTM...028/004 0.47 0.4

0.04

22 TMNC02-3 3I2.0ISOTM2... 0.87 0.

24 TMC02-3 3I2.0ISOTM2... 0.87 0.7

2 BTMC07-3B 3BI2.0ISOTM2... .4 0.7

27 TMC07-3 3I2.0ISOTM2... .9 0.79

28-32 TMLC00-3 3I2.0ISOTM2... 0.98 0.87

33-3 TM2C00-3 3I2.0ISOTM2... .9 .02

39-42 TMC00- I2.0ISOTM2... 2.0 .8

4-48 TMC2- I2.0ISOTM2... 2.28 .4

0- TM2C2- I2.0ISOTM2... .77 .

8-8 TMSH-D200-07-3 3I2.0ISOTM2... .97

70-8 TMSH-D20-07- I2.0ISOTM2... 2.48

90-0 TMSH-D300-00- I2.0ISOTM2... 3.0-30 TMSH-D400-2- I2.0ISOTM2... 3.94

3-0 TMSH-D00-0- I2.0ISOTM2... 4.92

2.20 TMC02-3 24/20 3I2.ISOTM...028/00 0.8 0.

0.0722 TMC00-4 24/202 4I2.ISOTM...028/00 .8 0.7

99

* The recommended holder is the largest for the given thread specification.

Holder with smaller or equal cutting diameters (D) can also be used (Except inserts 08/...).

Tooling recommendation*(For MiTM tools see page )

(For TMSD tools see page 77)

(For TM Solid Carbide tools see page 9)

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D2

L1

00



Tooling recommendation (con’t)*

(For MiTM tools see page )



ISO - Internal (con't)

Pitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - ThreadProfile depthmm mm Overhang Cutting dia.*

3.0

24-33 TMC00-4 24/202 4I3.0ISOTM...028/007 .8 0.7

0.08

3-40 TMC00- I3.0ISOTM...028/009 2.0 .8

42-48 TMC00- I3.0ISOTM2... 2.0 .8

0-2 TMC2- I3.0ISOTM2... 2.28 .4

-72 TM2C2- I3.0ISOTM2... .77 .

7-90 TMSH-D20-07- I3.0ISOTM2... 2.48

9-0 TMSH-D300-00- I3.0ISOTM2... 3.

-3 TMSH-D400-2- I3.0ISOTM2... 3.94

40-20 TMSH-D00-0- I3.0ISOTM2... 4.92

3. 30-33 TMC00- 24/204 I3.ISOTM...028/008 .7 0.98 0.080

4.0

3-42 TMC00- I4.0ISOTM...028/00 2.0 .8

0.09

4-2 TMC00- I4.0ISOTM2... 2.0 .8

TMC2-B BI4.0ISOTM2... 2.7 .38

-8 TMC2- I4.0ISOTM2... 2.28 .4

0- TMC0-B BI4.0ISOTM2... 2. .8

8-7 TM2C0-B BI4.0ISOTM2... 2. 2.0

80-90 TMSH-D20-07-B BI4.0ISOTM2... 2.48

9-0 TMSH-D300-00-B BI4.0ISOTM2... 3.

-3 TMSH-D400-2-B BI4.0ISOTM2... 3.94

40-300 TMSH-D00-0-B BI4.0ISOTM2... 4.92

4. 42-4 TMC00- I4.ISOTM...028/0 2.0 .8 0.02

.048-2 TMC00- I.0ISOTM...028/07 2.0 .8

0.4 TMC2-B BI.0ISOTM2... 2.7 .38

. TMC2-B BI.ISOTM2... 2.7 .38

0.2

0 TMC0-B BI.ISOTM2... 2. .8

.0

4-8 TMC0-B BI.0ISOTM2... 2. .8

0.3

70-80 TM2C0-B BI.0ISOTM2... 2. 2.0

8-00 TMSH-D20-07-B BI.0ISOTM2... 2.48

0-20 TMSH-D300-00-B BI.0ISOTM2... 3.

2-4 TMSH-D400-2-B BI.0ISOTM2... 3.94

0-300 TMSH-D00-0-B BI.0ISOTM2... 4.92

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D2

L1

0







UN - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread

tpi Inch Overhang Cutting dia.* Profile depth

32

7/-/2 TMMC00-.0 .0I32UNTM... 0.47 0.3

0.08

9/-/ TMC00-2 2I32UNTM2... 0.47 0.4

3/4-3/ TMC02-3 3I32UNTM2... 0.87 0.7

7/8-/ TMC07-3 3I32UNTM2... .9 0.79

TMLC00-3 3I32UNTM2... 0.98 0.87

28

7/-/2 TMMC00-.0 .0I28UNTM... 0.47 0.3

0.020

9/-3/4 TMC00-2 2I28UNTM2... 0.47 0.4

3/-7/8 TMC02-3 3I28UNTM2... 0.87 0.7

/ TMC07-3 3I28UNTM2... .77 0.79

- /8 TMLC00-3 3I28UNTM2... 0.98 0.87

3/- /2 TM2C00-3 3I28UNTM2... .9 .02

24 9/-/ TMC00-2 2I24UNTM2... 0.47 0.4 0.024

20

7/ TMMC00-.0 .0I20UNTM...028/02 0.47 0.3

0.029

/2-9/ TMMC00-.0 .0I20UNTM... 0.47 0.3

/8-3/ TMC00-2 2I20UNTM2... 0.47 0.4

7/8 TMC02-3 3I20UNTM2... 0.87 0.7

/- TMC07-3 3I20UNTM2... .9 0.79

/- /8 TMLC00-3 3I20UNTM2... 0.98 0.87

3/- / TM2C00-3 3I20UNTM2... .9 .02

3/8- /8 TMC00- I20UNTM2... 2.0 .8

/- 3/ TMC2- I20UNTM2... 2.28 .4

7/8-2 /8 TM2C2- I20UNTM2... .77 .

2 /4-2 /8 TMSH-D200-07-3 3I20UNTM2... .97

2 3/4-3 TMSH-D20-07- I20UNTM2... 2.48

8

9/ TMC00-2 2I8UNTM...028/07 0.47 0.4

0.032

/8 TMC00-2 2I8UNTM2... 0.47 0.4

/- 3/ TMLC00-3 3I8UNTM2... 0.98 0.87

/4- 3/8 TM2C00-3 3I8UNTM2... .9 .02

7/- /8 TMC00- I8UNTM2... 2.0 .8

/ TMC2- I8UNTM2... 2.28 .4

7/-/8 TMMC00-.0 .0IUNTM...028/04 0.47 0.3

0.03

/-3/ TMC00-2 2IUNTM2... 0.47 0.4

7/8-/ TMC02-3 3IUNTM2... 0.87 0.7

TMC07-3 3IUNTM2... .9 0.79

/- 3/ TMLC00-3 3IUNTM2... 0.98 0.87

/4- 3/8 TM2C00-3 3IUNTM2... .9 .02

7/- /8 TMC00- IUNTM2... 2.0 .8 /- 7/8 TMC2- IUNTM2... 2.28 .4

/-2 3/ TM2C2- IUNTM2... .77 .

2 /4-2 /8 TMSH-D200-07-3 3IUNTM2... .97

2 3/4-3 3/8 TMSH-D20-07- IUN TM2... 2.48

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UN - Internal (con"t)

Pitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Threadtpi Inch Overhang Cutting dia.* Profile depth

3 /2-4 TMSH-D300-00- IUNTM2... 3. 0.03

47/ TMMC07-.0 24/203 .0I4UNTM...028/03 0.9 0.3

0.047/8 TMC00-2 2I4UNTM2... 0.47 0.4

3 /2 TMC07-2 24/20 2I3UNTM...028/0 0. 0.39 0.044

2

9/-/ TMC07-2 24/20 2I2UNTM...028/0 0. 0.39

0.048

3/4 TMNC02-3 3I2UNTM...028/020 0.87 0.

3/ TMC02-3 3I2UNTM...028/020 0.87 0.7

7/8 TMNC02-3 3I2UNTM2... 0.87 0.

/ TMC02-3 3I2UNTM2... 0.87 0.7

BTMC07-3B 3BI2UNTM2... .4 0.7

/ TMC07-3 3I2UNTM2... .9 0.79

/8- /4 TMLC00-3 3I2UNTM2... 0.98 0.87

/- 7/ TM2C00-3 3I2UNTM2... .9 .02 /2- / TMC00- I2UNTM2... 2.0 .8

3/4- / TMC2- I2UNTM2... 2.28 .4

2-2 /4 TM2C2- I2UNTM2... .77 .

2 3/8-2 3/4 TMSH-D200-07-3 3I2UNTM2... .97

2 7/8-3 3/8 TMSH-D20-07- I2UNTM2... 2.48

3 /2-4 TMSH-D300-00- I2UNTM2... 3.

/8 TMC07-2 24/20 2IUNTM...028/08 0. 0.47 0.02

0 3/4 TMC02-3 24/20 3I0UNTM...028/09 0.8 0. 0.08

9 7/8 TMC00-4 24/202 4I9UNTM...028/02 .8 0.7 0.04

8

- 3/ TMC00-4 24/207 4I8UNTM...028/022 .7 0.79

0.072

/4- 3/8 TMC00- 24/204 I8UNTM...028/024 .7 0.98

7/- /8 TMC00- I8UNTM...028/024 2.0 .8

/- / TMC00- I8UNTM2... 2.0 .8

2-2 /8 TMC2- I8UNTM2... 2.28 .4

2 /4-2 7/8 TM2C2- I8UNTM2... .77 .

3-3 /8 TMSH-D20-07- I8UNTM2... 2.48

3 3/4-4 TMSH-D300-00- I8UNTM2... 3.

7 /8- /4 TMC00-4 24/202 4I7UNTM...028/023 .8 0.7 0.082

3/8- 9/ TMC00- 24/204 IUNTM...028/02 .7 0.98

0.09

/8- / TMC00- IUNTM...028/02 2.0 .8

2-2 /8 TMC00- IUNTM2... 2.0 .8

2 /4 TMC2- IUNTM2... 2.28 .4

2 3/8-2 /2 TMC0-B BIUNTM2... 2. .8

2 /8-3 /8 TM2C0-B BIUNTM2... 2. 2.0

3 /4-3 3/4 TMSH-D20-07-B BIUNTM2... 2.48

3 7/8-4 TMSH-D300-00-B BIUNTM2... 3.

3/4 TMC00- IUNTM...028/077 2.0 .8 0.

4. 2-2 /4 TMC2-B BI4.UNTM2... 2.7 .38 0.28

4

2 /2 TMC0-B BI4UNTM2... 2. .8

0.442 3/4-3 TM2C0-B BI4UNTM2... 2. 2.0

3 /4-4 TMSH-D20-07-B BI4UNTM2... 2.48



D2

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03







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UNJ - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread

Profile depthtpi Inch Overhang Cutting dia.*

24 9/-/ TMC00-2 2I24UNJTM2... 0.47 0.4 0.022

20

/2 TMMC00-.0 .0I20UNJTM... 0.47 0.3

0.023/4-3/ TMC00-2 2I20UNJTM2... 0.47 0.4

7/8 TMC02-3 3I20UNJTM2... 0.87 0.7

/- TMC07-3 3I20UNJTM2... .9 0.79

8

/8 TMC00-2 2I8UNJTM2... 0.47 0.4

0.029 /- 3/ TMLC00-3 3I8UNJTM2... 0.98 0.87

/4- / TM2C00-3 3I8UNJTM2... .9 .02

/-3/ TMC00-2 2IUNJTM2... 0.47 0.4

0.033

7/8-/ TMC02-3 3IUNJTM2... 0.87 0.7

TMC07-3 3IUNJTM2... .9 0.79

/- 3/ TMLC00-3 3IUNJTM2... 0.98 0.87

/4- 3/8 TM2C00-3 3IUNJTM2... .9 .02

7/- /8 TMC00- IUNJTM2... 2.0 .8

/- 7/8 TMC2- IUNJTM2... 2.28 .4

/-2 /8 TM2C2- IUNJTM2... .77 .

2 /4-2 3/8 TMSH-D200-07-3 3IUNJTM2... .97

4 7/8 TMC00-2 2I4UNJTM2... 0.47 0.4 0.037

2

7/8 TMNC02-3 3I2UNJTM2... 0.87 0.

0.044

/- TMC02-3 3I2UNJTM2... 0.87 0.7

/ TMC07-3 3I2UNJTM2... .9 0.79

/8- /4 TMLC00-3 3I2UNJTM2... 0.98 0.87

/- 7/ TM2C00-3 3I2UNJTM2... .9 .02

/2- / TMC00- I2UNJTM2... 2.0 .8

3/4- / TMC2- I2UNJTM2... 2.28 .42-2 /4 TM2C2- I2UNJTM2... .77 .

2 3/8-2 3/4 TMSH-D200-07-3 3I2UNJTM2... .97

2 7/8-3 3/8 TMSH-D20-07- I2UNJTM2... 2.48

3 /2-4 /4 TMSH-D300-00- I2UNJTM2... 3.

4 3/8- /4 TMSH-D400-2- I2UNJTM2... 3.94

3/8- TMSH-D00-0- I2UNJTM2... 4.92



D2

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W - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread


2

7/ TMMC00-.0 .0I2WTM...028/03 0.47 0.3

0.02

/2-9/ TMMC00-.0 .0EI2WTM... 0.47 0.3

/8-3/4 TMC00-2 2EI2WTM2... 0.47 0.4

3/-7/8 TMC02-3 3EI2WTM2... 0.87 0.7

/- TMC07-3 3EI2WTM2... .9 0.79

/- /8 TMLC00-3 3EI2WTM2... 0.98 0.87

3/- /8 TM2C00-3 3EI2WTM2... .9 .02

3/4-2 TMSH-D0-00-2 2EI2WTM2... .

20

/2 TMMC00-.0 .0I20WTM...028/037 0.47 0.3

0.032

9/ TMMC00-.0 .0EI20WTM2... 0.47 0.3

/8-3/ TMC00-2 2EI20WTM2... 0.47 0.4

7/8-/ TMC02-3 3EI20WTM2... 0.87 0.7

TMC07-3 3EI20WTM2... .9 0.79

/- 3/ TMLC00-3 3EI20WTM2... 0.98 0.87

/4- /8 TM2C00-3 3EI20WTM2... .9 .02

3/4-2 /8 TMSH-D0-00-2 2EI20WTM2... .

2 /4-3 TMSH-D200-07-3 3EI20WTM2... .97

8 7/ TMMC00-.0 .0I8WTM...028/03 0.47 0.3 0.03

/2 TMC07-2 24/20 2IWTM...028/0 0. 0.39

0.040

9/-3/4 TMC00-2 2IWTM...028/038 0.47 0.4

3/ TMNC02-3 3EIWTM2... 0.87 0.

7/8-/ TMC02-3 3EIWTM2... 0.87 0.7

- / TMC07-3 3EIWTM2... .9 0.79

/8- /4 TMLC00-3 3EIWTM2... 0.98 0.87

/- 3/8 TM2C00-3 3EIWTM2... .9 .02.4- /8 TMC00- EIWTM2... 2.0 .8

3/4-.9 TMC2- EIWTM2... 2.28 .4

2 -2 /4 TM2C2- EIWTM2... .77 .

2 3/8-2 3/4 TMSH-D200-07-3 3EIWTM2... .97

2 7/8-3 3/8 TMSH-D20-07- EIWTM2... 2.48

3 /2-4 /8 TMSH-D300-00- EIWTM2... 3.

4 /4- /8 TMSH-D400-2- EIWTM2... 3.94

/4-7 TMSH-D00-0- EIWTM2... 4.92

4 /8-/ TMC07-2 24/20 2I4WTM..028/039 0. 0.47 0.04

2

3/4 TMC02-3 24/20 3I2WTM...028/040 0.8 0.

0.04

3/ TMC02-3 3I2WTM...028/04 0.87 0.7

/- / TMC07-3 3I2WTM...028/04 .9 0.79 3/8- 7/ TMC00- I2WTM...028/00 2.0 .8

/2- 3/4 TMC00- EI2WTM2... 2.0 .8

7/8 TMC2- EI2WTM2... 2.28 .4

2-2 /4 TM2C2- EI2WTM2... .77 .



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W - Internal (con't)

Pitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - ThreadProfile depthtpi Inch Overhang Cutting dia.*

2

2 3/8 -2 3/4 TMSH-D200-07-3 3EI2WTM2... .97

0.04

2 7/8-3 3/8 TMSH-D20-07- EI2WTM2... 2.48

3 /2-4 /8 TMSH-D300-00- EI2WTM2... 3.

4 /4- /8 TMSH-D400-2- EI2WTM2... 3.94

/4-7 TMSH-D00-0- EI2WTM2... 4.92

7/8 TMC00-4 24/202 4IWTM...028/043 .8 0.7 0.08

0 TMC00-4 24/202 4I0WTM...028/04 .8 0.7 0.04

9 7/8- /4 TMC00-4 24/202 4I9WTM...028/042 .8 0.7 0.07

8

TMC00-4 24/202 4I8WTM...028/044 .8 0.7

0.080

3/-.4 TMC00- 24/204 I8WTM...028/047 .7 0.98

7/- /8 TMC00- I8WTM...028/047 2.0 .8

7/8-.9 TMC00- EI8WTM2... 2.0 .8

2.-2 /8 TMC2- EI8WTM2... 2.28 .4

2 /4-3 TM2C2- EI8WTM2... .77 .

3 /8-3 /8 TMSH-D20-07- EI8WTM2... 2.48

3 3/4-4 3/8 TMSH-D300-00- EI8WTM2... 3.

4 /8- /2 TMSH-D400-2- EI8WTM2... 3.94

/8-7 TMSH-D00-0- EI8WTM2... 4.92

7

/8 TMC00- 24/208 I7WTM...028/04 .7 0.87

0.09 /4 TMC00- 24/204 I7WTM...028/048 .7 0.98

3/4 TMC00- I7WTM...028/048 2.0 .8

2 TMC00- EI7WTM2... 2.0 .8

/- /2 TMC00- 24/204 IWTM...028/049 .7 0.98

0.07

.- /8 TMC00- IWTM...028/049 2.0 .8

7/8-.9 TMC2- IWTM...028/049 2.28 .42.-2 /8 TMC00- EIWTM2... 2.0 .8

2 /4 TMC2-B BEIWTM2... 2.7 .38

2 3/8-2. TMC2- EIWTM2... 2.28 .4

2 /8-2 3/4 TMC0-B BEIWTM2... 2. .8

2 7/8-3 /4 TM2C0-B BEIWTM2... 2. 2.0

3 3/8-3 7/8 TMSH-D20-07-B BEIWTM2... 2.48

4-4 3/4 TMSH-D300-00-B BEIWTM2... 3.

4 7/8- 3/4 TMSH-D400-2-B BEIWTM2... 3.94

7/8-7 TMSH-D00-0-B BEIWTM2... 4.92

3 TMC0-B BEIWTM2... 2. .8

0.283 /4 TM2C0-B BEIWTM2... 2. 2.0

4. 3 /2 TMC0-B BEI4.WTM2... 2. .8 0.423 3/4-4 TM2C0-B BEI4.WTM2... 2. 2.0



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NPT - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread


8 /4-3/8 TMC07-2 24/209 2I8NPTTM...028/074 0. 0.39 0.040

4/2 TMNC02-3 3EI4NPTTM... 0.87 0.

0.023/4 TMNC07-3 3EI4NPTTM... 0.9 0.7

.

TMNC07-3 3EI.NPTTM... 0.9 0.7

0.0 /4 TMC00- EI.NPTTM... 2.0 .8

/2-2 TMNC2- EI.NPTTM... 2.28 .4

82 /2 TMNC2- EI8NPTTM... 2.28 .4

0.093-24 TMC0-B BEI8NPTTM... 2. .8

BSPT - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread


9 3/8 TMC07-2 2EI9BSPTTM... 0.79 0.4 0.034

4 /2-3/4 TMNC02-3 3EI4BSPTTM... 0.87 0. 0.04

- /4 TMNC07-3 3EIBSPTTM... 0.9 0.7

0.08 /2 TMC00- EIBSPTTM... 2.0 .8

2- TMNC2- EIBSPTTM... 2.28 .4

BSP - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread


9 /4 TMMC07-.0 .0EI9WTM... 0.7 0.3 0.0343/8 TMC07-2 2EI9WTM2... 0.79 0.4

4/2-/8 TMC07-2 2EI4WTM2... 0.79 0.4

0.043/4-7/8 TMC02-3 3EI4WTM2... 0.87 0.7

TMC00- 24/204 EIWTM2... .7 0.98

0.08

/4- /2 TMC00- EIWTM2... 2.0 .8

3/4 TMC2- EIWTM2... 2.28 .4

2-2 /4 TM2C2- EIWTM2... .77 .

2 /2-3 TMSH-D20-07- EIWTM2... 2.48

3 /2 TMSH-D300-00- EIWTM2... 3.

4 TMSH-D400-2- EIWTM2... 3.94

- TMSH-D00-0- EIWTM2... 4.92



D2

L1

07







T M G e n S o f t w

a r e

a n d u p d a t

e d v e r s i o n

s

c a n b e d o w

n l o a d e d f r o

m

w w w. v a r g

u s u s a. c o m

TR -InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread

Profile depthmm Inch Overhang Cutting dia.*

2.0TR TMC07-2 24/20 2I2.0TRTM...028/028 0. 0.47

0.049 TR8-TR20 TMC07-2 24/20 2I2.0TRTM...028/029 0. 0.47

3.0

TR24 TMC00-4 24/202 4I3.0TRTM.. .028/030 .8 0.7

0.09

TR2-TR30 TMC00-4 24/202 4I3.0TRTM.. .028/03 .8 0.7

TR32-TR3 TMC00-4 24/207 4I3.0TRTM.. .028/032 .7 0.79

TR38-TR42 TMC00- 24/204 I3.0TRTM...028/033 .7 0.98

TR44-TR48 TMC00- I3.0TRTM...028/033 2.0 .8

TR0-TR0 TMC2- I3.0TRTM...028/033 2.28 .4

4.0 TR-TR0 TMC2- I4.0TRTM...028/034 2.28 .4 0.089

PG - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread


20 PG7 TMMC00-.0 .0EI20PGTM... 0.47 0.3 0.024

8

PG9 TMC00-2 2EI8PGTM2... 0.47 0.4

0.02PG TMNC02-3 3EI8PGTM2... 0.87 0.

PG3. TMC02-3 3EI8PGTM2... 0.87 0.7

PG TMC07-3 3EI8PGTM2... .9 0.79

PG2 TMC00- 24/204 EIPGTM2... .7 0.98

0.030PG29 TMC00- EIPGTM2... 2.0 .8

PG3 TM2C2- EIPGTM2... .77 .

PG42-PG48 TMSH-D200-07-3 3EIPGTM2... .97

NPTF - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread


8 /4-3/8 TMC07-2 24/209 2I8NPTFTM...028/078 0. 0.39 0.039

4/2 TMNC02-3 3EI4NPTFTM.. 0.87 0.

0.033/4 TMNC07-3 3EI4NPTFTM... 0.9 0.7

.

TMNC07-3 3EI.NPTFTM... 0.9 0.7

0.04 /4 TMC00- 24/204 EI.NPTFTM... .7 0.98

/2 TMC00- EI.NPTFTM... 2.0 .8

2 TMNC2- EI.NPTFTM... 2.28 .4

82 /2 TMNC2- EI8NPTFTM... 2.28 .4

0.0943 TMC0-B BEI8NPTFTM... 2. .8



D2

L1

08







T M G e n S o f t w

a r e

a n d u p d a t

e d v e r s i o n

s

c a n b e d o w

n l o a d e d f r o

m

w w w. v a r g

u s u s a. c o m

ACME - InternalPitch Nominal Dia. Holder Insert L-Toolholder D2-Tool h min - Thread


/2 TMMC00-.0 .0IACMETM...028/02 0.47 0.3

0.03/8 TMC00-2 2IACMETM...028/03 0.47 0.4

3/4 TMC00-2 2IACMETM...028/0 0.47 0.4

4

/8 TMC07-2 24/20 2I4ACMETM...028/04 0. 0.39

0.043/4 TMC07-2 24/20 2I4ACMETM...028/083 0. 0.47

7/8 TMNC02-3 3I4ACMETM...028/07 0.87 0.

TMC02-3 3I4ACMETM...028/09 0.87 0.7

2

3/4 TMC07-2 24/20 2I2ACMETM...028/0 0. 0.47

0.047

7/8 TMC07-2 24/20 2I2ACMETM...028/08 0. 0.47

TMNC02-3 3I2ACMETM...028/00 0.87 0.

/8 TMC02-3 3I2ACMETM...028/00 0.87 0.7

/4 TMC07-3 3I2ACMETM...028/00 .9 0.79

0

TMC00-4 24/202 4I0ACMETM...028/0 .8 0.7

0.00

/8 TMC00-4 24/207 4I0ACMETM...028/084 .7 0.79

/4 TMC00- 24/204 I0ACMETM...028/04 .7 0.98

3/8 TMC00- 24/204 I0ACMETM...028/0 .7 0.98

/2 TMC00- I0ACMETM...028/08 2.0 .8

3/4 TMC2- I0ACMETM...028/04 2.28 .4

8

TMC00-4 24/202 4I8ACMETM...028/02 .8 0.7

0.072

/8- /4 TMC00-4 24/202 4I8ACMETM...028/03 .8 0.7

3/8 TMC00- 24/204 I8ACMETM...028/0 .7 0.98

/2 TMC00- 24/204 I8ACMETM...028/09 .7 0.98

3/4 TMC00- I8ACMETM...028/09 2.0 .8

2 TMC2- I8ACMETM...028/09 2.28 .4

3/8 TMC00- 24/208 IACMETM...028/07 .7 0.87

0.093

/2 TMC00- 24/204 IACMETM...028/070 .7 0.98

3/4 TMC00- IACMETM...028/070 2.0 .8

2 TMC00- IACMETM...028/072 2.0 .8

2 /4 TMC2- IACMETM...028/072 2.28 .4

3/4 TMC00- 24/204 IACMETM...028/07 .7 0.98

0.02 TMC00- IACMETM...028/07 2.0 .8

2 /4 TMC00- IACMETM...028/073 2.0 .8

2 /2 TMC2- IACMETM...028/073 2.28 .4



Thread Milling> Standard Inserts



0


Thread Milling Inserts

THREAD MILLING INSERTS

VARDEX Ordering Code System.............................................................................................................................................. Page 210

American UN Standard TM Inserts ........................................................................................................................................ Page 211

American UN (Internal) Coarse Pitch TM Inserts ........................................................................................................... Page 213

American UN Standard TM Inserts or TMO Toolholders ......................................................................................... Page 215

American UN Fine Pitch TM Inserts....................................................................................................................................... Page 217

UNJ Standard TM Insert................................................................................................................................................................ Page 218

ISO Metric Standard TM Inserts ............................................................................................................................................... Page 219

ISO Metric (Internal) Coarse Pitch TM Inserts .................................................................................................................. Page 221

ISO Metric Standard TM Inserts or TMO Toolholders................................................................................................ Page 222

ISO Metric Fine Pitch TM Inserts.............................................................................................................................................. Page 223

NPT Standard TM Inserts.............................................................................................................................................................. Page 224

NPT (Internal) Coarse Pitch TM Inserts ................................................................................................................................ Page 224

NPTF (Dry Seal) Standard TM Inserts.................................................................................................................................... Page 225

NPTF (Dry Seal-Internal) Coarse Pitch TM Inserts ......................................................................................................... Page 225

NPS Standard TM Inserts.............................................................................................................................................................. Page 226

BSPT Standard TM Inserts............................................................................................................................................................ Page 226

Pg Standard TM Inserts................................................................................................................................................................. Page 227

W or BSW, BSP Standard TM Inserts..................................................................................................................................... Page 228

W or BSW only Coarse Pitch TM Inserts ............................................................................................................................ Page 229

W or BSW, BSP Standard TM Inserts For TMO Toolholders .................................................................................... Page 231

ACME (Internal) Coarse Pitch TM Inserts............................................................................................................................ Page 232

TR (Internal) Coarse Pitch TM Inserts.................................................................................................................................... Page 233

8 - Carbide grade

VBX

VTX

VK

9 - Coarse Pitch Inserts

08/...

7 - Pitch Type

F = Fine Pitch

6 - System

TM

TM

5 - Standard

ISO- ISO Metric

UN- American UN

UNJ- UNJ

W- Whitworth for BSW, BSP

NPT - NPT

NPTF- NPTF

NPS- NPS

BSPT- British Standard Pipe Thread

PG- Pg DIN 4040

ACME- ACME

TR- Trapez DIN 0

4 - Pitch

80 - 4(tpi)

0.35 - 6.0 (mm)

3 - Type of Insert

E - External

I - Internal

EI - External + Internal

- Cutting Edge Length

B - TMB

- Insert Size

6.0 - 6.0 mm

- ¼”

3 - /8”

3B - /8”B

4 - ½”

5 - 5/8”

6B - ¾”B

08/...

9

VBX

8

F

7

TM

6

UN

5

4

I

3

B

3

IC



L

Le

IC

1/4P

60°

1/8P

Defined by: ANSI B..74

Toler anc e c las s: Cla ss A/ BStandard TM

External / Internal

American UN

External

Internal

Sample order: 3E24UNTM2 VBX All inserts have 2 cutting edges, except MiniTM (IC .0 mm), which has one cutting edge. For toolholder information, see page 23.

Standard TMInsert Size Pitch Ordering Code Le Teeth Toolholder

IC L inch tpi External Internal inch

TMMC..-.0

.0mm 0.4

32 .0I32UNTM... 0.38 2

28 .0I28UNTM... 0.3 0

24 .0I24UNTM... 0.38 9

20 .0I20UNTM... 0.3 7

8 .0I8UNTM... 0.33

.0IUNTM... 0.3

/4” 0.43

48 2I48UNTM2... 0.40 9

TMC..-2

TMSH..-2

40 2I40UNTM2... 0.40

32 2I32UNTM2... 0.4 3

28 2E28UNTM2... 2I28UNTM2... 0.39

27 2E27UNTM2... 2I27UNTM2... 0.4

24 2E24UNTM2... 2I24UNTM2... 0.38 9

20 2E20UNTM2... 2I20UNTM2... 0.40 8

8 2E8UNTM2... 2I8UNTM2... 0.39 7

2EUNTM2... 2IUNTM2... 0.38

4 2E4UNTM2... 2I4UNTM2... 0.3

3/8” 0.3

40 3I40UNTM2... 0.8 23

TMC..-3

TMSH..-3

32 3I32UNTM2... 0.9 9

28 3E28UNTM2... 3I28UNTM2... 0.7

27 3E27UNTM2... 3I27UNTM2... 0.

2 3E2UNTM2... 3I2UNTM2... 0.8

24 3E24UNTM2... 3I24UNTM2... 0.8 4

20 3E20UNTM2... 3I20UNTM2... 0.

8 3E8UNTM2... 3I8UNTM2... 0. 0

3EUNTM2... 3IUNTM2... 0. 9

4 3E4UNTM2... 3I4UNTM2... 0.7 8

3 3E3UNTM2... 3I3UNTM2... 0.4

2 3E2UNTM2... 3I2UNTM2... 0.8 7. 3E.UNTM2... 3I.UNTM2... 0.2

3/8”B 0.87

24 3BE24UNTM2... 3BI24UNTM2... 0.83 20

BTMC..-3B

TMSH..-3B

20 3BE20UNTM2... 3BI20UNTM2... 0.8 7

8 3BE8UNTM2... 3BI8UNTM2... 0.83

3BEUNTM2... 3BIUNTM2... 0.8 3

4 3BE4UNTM2... 3BI4UNTM2... 0.8 2

3 3BE3UNTM2... 3BI3UNTM2... 0.8

2 3BE2UNTM2... 3BI2UNTM2... 0.83 0



L

Le

IC

1/4P

60°

1/8P


Toler ance class : C las s A/ BStandard TM

External / Internal

American UN (con't)

External

Internal

Sample order: 5E4UNTM VBX

All inserts have cutting edges, except MiniTM (IC 6.0 mm), which has one cutting edge.

For toolholder information, see page 6.



TMC..-

TMSH..-/8” .0

24 E24UNTM2... I24UNTM2... .00 24

20 E20UNTM2... I20UNTM2... .00 20

8 E8UNTM2... I8UNTM2... .00 8

EUNTM2... IUNTM2... .00

4 E4UNTM2... I4UNTM2... .00 4

3 E3UNTM2... I3UNTM2... .00 3

2 E2UNTM2... I2UNTM2... .00 2

. E.UNTM2... I.UNTM2... 0.9

EUNTM2... IUNTM2... .00

0 E0UNTM2... 0.90 9

0 I0UNTM2... .00 0

9 E9UNTM2... I9UNTM2... 0.89 8

8 E8UNTM2... I8UNTM2... 0.88 7

7 E7UNTM2... 0.8

7 I7UNTM2... .00 7

EUNTM2... 0.83

IUNTM2... .00

3/4”B .2

BEUNTM2... BIUNTM2... .3 8

TMC..-B

TMSH..-B

BEUNTM2... BIUNTM2... .20

4. BE4.UNTM2... BI4.UNTM2... .33

4 BE4UNTM2... BI4UNTM2... .2



L

Le

IC

1/4P

60°

1/8P

3


Toler anc e c las s: Cla ss A/ BCoarse Pitch TM

Internal

American UN (con't)

External

Internal

Sample tool requirement for thread 9/6”- UNC

Ordering codes:

Insert: IUNTM VBX 08/06

Toolholder: TMC075- 4/05


Coarse Pitch TM Thread Insert Size Ordering Code Cutting Edge Le Teeth Toolholder Bore Dia. Range

IC L inch Internal inch inch

7/”-20UNF .0mm 0.4 .0I20UNTM...028/02 0.3 7 TMMC00-.0 0.38 - 0.4

7/”-20UNF .0mm 0.4 .0I20UNTM...028/02 0.3 7 TMMC07-.0 0.38 - 0.4

7/”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC00-.0 0.37 - 0.

7/”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC07-.0 0.37 - 0.

7/”-4UNC .0mm 0.4 .0I4UNTM...028/03 0.3 TMMC07-.0 24/203 0.3 - 0.39

/2”-3UNC /4" 0.43 2I3UNTM...028/0 0.38 TMC07-2 24/20 0.4 - 0.77

/2”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC00-.0 0.37 - 0.

/2”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC07-.0 0.37 - 0.

9/”-2UNC /4" 0.43 2I2UNTM...028/0 0.33 4 TMC07-2 24/20 0.47 - 0.

9/”-8UNF /4" 0.43 2I8UNTM...028/07 2 0.39 7 TMC00-2 0.0 - 0.7

9/”-8UNF /4" 0.43 2I8UNTM...028/07 2 0.39 7 TMC07-2 0.0 - 0.7

9/”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC00-.0 0.37 - 0.

9/”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC07-.0 0.37 - 0.

/8”-UNC /4" 0.43 2IUNTM...028/08 0.3 4 TMC07-2 24/20 0.2 - 0.73

/8”-2UN /4" 0.43 2I2UNTM...028/0 0.33 4 TMC07-2 24/20 0.47 - 0.

/8”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC00-.0 0.37 - 0.

/8”-UN .0mm 0.4 .0IUNTM...028/04 0.3 TMMC07-.0 0.37 - 0.

/”-2UN /4" 0.43 2I2UNTM...028/0 0.33 4 TMC07-2 24/20 0.47 - 0.

3/4”-0UNC 3/8" 0.3 3I0UNTM...028/09 0.0 TMC02-3 24/20 0.4 - .24

3/4”-2UN 3/8" 0.3 3I2UNTM...028/020 2 0.8 7 TMNC02-3 0. - 0.72

3/”-2UN 3/8" 0.3 3I2UNTM...028/020 2 0.8 7 TMC02-3 0.72 - 0.77

7/8”-9UNC /2" 0.87 4I9UNTM...028/02 0.7 TMC00-4 24/202 0.7 - .28




L

Le

IC

1/4P

60º

1/8P

4


Toler anc e c las s: Cla ss A/ BCoarse Pitch TM

Internal

American UN (con't)

External

Internal

Sample tool requirement for thread 9/6”-6 UN

Ordering codes:

Insert: 5I6UNTM VBX 08/05

Toolholder: TMC 00-5 4/04For toolholder information, see page 6.

Coarse Pitch TM (con't)

Thread Insert Size Ordering Code Cutting Edge Le Teeth Toolholder Bore Dia. Range


” - 8UNC /2" 0.87 4I8UNTM...028/022 0.7 TMC00 - 4 24/207 0.8 - .

/”-8UN /2" 0.87 4I8UNTM...028/022 0.7 TMC00-4 24/207 0.8 - .

/8”-7UNC /2" 0.87 4I7UNTM...028/023 0.7 TMC00-4 24/202 0.97 - .4

/8”-8UN /2" 0.87 4I8UNTM...028/022 0.7 TMC00-4 24/207 0.8 - .

3/”-8UN /2" 0.87 4I8UNTM...028/022 0.7 TMC00-4 24/207 0.8 - .

/4”-7UNC /2" 0.87 4I7UNTM...028/023 0.7 TMC00-4 24/202 0.97 - .4

/4”-8UN /8" .0 I8UNTM...028/024 2 0.88 7 TMC00- 24/204 . - .30

/”-8UN /8" .0 I8UNTM...028/024 2 0.88 7 TMC00- 24/204 . - .30

3/8”-UNC /8" .0 IUNTM...028/02 2 .00 TMC00- 24/204 .9 - .44

3/8”-8UN /8" .0 I8UNTM...028/024 2 0.88 7 TMC00- 24/204 . - .30

7/”-UN /8" .0 IUNTM...028/02 2 .00 TMC00- 24/204 .9 - .44

7/”-8UN /8" .0 I8UNTM...028/024 2 0.88 7 TMC00- .30 - .4

/2”-UNC /8" .0 IUNTM...028/02 2 .00 TMC00- 24/204 .9 - .44

/2”-8UN /8” .0 I8UNTM...028/024 2 0.88 7 TMC00- .30 - .4

9/” -UN /8" .0 IUNTM...028/02 2 .00 TMC00- 24/204 .9 - .44

9/”-8UN /8" .0 I8UNTM...028/024 2 0.88 7 TMC00- .30 - .4

/8”-UN /8" .0 IUNTM...028/02 2 .00 TMC00- .44 - .77

/8”-8UN /8" .0 I8UNTM...028/024 2 0.88 7 TMC00- .30 - .4

/”-UN /8" .0 IUNTM...028/02 2 .00 TMC00- .44 - .77

3/4”-UNC /8" .0 IUNTM...028/077 2 0.80 4 TMC00- .3 - ∞

3/4”-UN /8" .0 IUNTM...028/02 2 .00 TMC00- .44 - .77

3/”-UN /8" .0 IUNTM...028/02 2 .00 TMC00- .44 - .77

7/8”-UN /8" .0 IUNTM...028/02 2 .00 TMC00- .44 - .77

/”-UN /8" .0 IUNTM...028/02 2 .00 TMC00- .44 - .77



L

Le

IC

1/4P

60°

1/8P

ECL

5

ECL - The Effective Cutting Length


Toler anc e c las s: Cla ss A/ B

Standard TM

External / Internal

American UN (con't)

External

Internal

Sample order: E6UNTM VBX

For Le and number of teeth of the above inserts,

see the table for standard inserts on page -.

For toolholder intormation, see page 6.

Standard TM Inserts for TMO ToolholdersInsert Size Pitch Ordering Code Toolholder ECL

IC L inch tpi External Internal TMO inch

/4” 0.43

48 2I48UNTM2... TMOC07-2- 0.77

48 2I48UNTM2... TMOC07-2-2 0.73

48 2I48UNTM2... TMOC07-2-9 0.7

32 2I32UNTM2... TMOC07-2- 0.78

28 2E28UNTM2... 2I28UNTM2... TMOC07-2-3 0.8

24 2E24UNTM2... 2I24UNTM2... TMOC07-2-2 0.7

20 2E20UNTM2... 2I20UNTM2... TMOC07-2-4 0.7

8 2E8UNTM2... 2I8UNTM2... TMOC07-2-2 0.72

2EUNTM2... 2IUNTM2... TMOC07-2- 0.7

4 2E4UNTM2... 2I4UNTM2... TMOC07-2-3 0.4

3/8” 0.3

32 3I32UNTM2... TMOC07-3-3 .09

32 3I32UNTM2... TMOC07-3- .3

28 3E28UNTM2... 3I28UNTM2... TMOC07-3-3 .07

27 3E27UNTM2... 3I27UNTM2... TMOC07-3-4 .07

24 3E24UNTM2... 3I24UNTM2... TMOC07-3- .08

20 3E20UNTM2... 3I20UNTM2... TMOC07-3- .0

8 3E8UNTM2... 3I8UNTM2... TMOC07-3- .0

3EUNTM2... 3IUNTM2... TMOC07-3- .0

4 3E4UNTM2... 3I4UNTM2... TMOC07-3- .07

3 3E3UNTM2... 3I3UNTM2... TMOC07-3-2 .00

2 3E2UNTM2... 3I2UNTM2... TMOC07-3- .08

. 3E.UNTM2... 3I.UNTM2... TMOC07-3- 0.9




L

Le

IC

1/4P

60°

1/8P

ECL

6



Toler anc e c las s: Cla ss A/ B

Standard TM

External / Internal

American UN (con't)

External

Internal

Sample order: 5E6UNTM VBX


see table for standard inserts on page -.


Standard TM Inserts for TMO Toolholders (con't)

Insert Size Pitch Ordering Code Toolholder ECL

IC L inch tpi External Internal TMO inch

/8” .0

24 E24UNTM2.. I24UNTM2.. TMOC00-- 2.00

24 E24UNTM2... I24UNTM2... TMOC00--2 .83

20 E20UNTM2... I20UNTM2... TMOC00-- 2.00

8 E8UNTM2... I8UNTM2... TMOC00-- 2.00

8 E8UNTM2... I8UNTM2... TMOC00--2 .83

EUNTM2... IUNTM2... TMOC00--3 .88

4 E4UNTM2... I4UNTM2... TMOC00-- 2.00

4 E4UNTM2... I4UNTM2... TMOC00--4 .8

3 E3UNTM2... I3UNTM2... TMOC00-- 2.00

2 E2UNTM2... I2UNTM2... TMOC00--2 .83

2 E2UNTM2... TMOC00-- 2.00

. E.UNTM2... I.UNTM2... TMOC00-- .83

EUNTM2... IUNTM2... TMOC00-- .9

IUNTM2... TMOC00-- .82

0 E0UNTM2... TMOC00--7 .70

0 I0UNTM2... TMOC00--7 .80

9 E9UNTM2... I9UNTM2... TMOC00--8 .78

8 E8UNTM2... I8UNTM2... TMOC00--9 .7

7 E7UNTM2... TMOC00--0 .7

7 I7UNTM2... TMOC00--0 .8

EUNTM2... TMOC00--2 .7

IUNTM2... TMOC00--2 .83

IUNTM...028/077 TMOC00--7 .0



L

Le

IC

1/4P

60°

1/8P

7


Toler anc e c las s: Cla ss A/ BFine Pitch TM

External / Internal

American UN (con't)

External

Internal

NOTE: Two orbits are required to complete the thread. Fine Pitch TM Inserts produce partial profile thread.

Sample order: 6.0E80UNTMF VBX



Fine Pitch ThreadsFine pitch threads are threads with small pitches. It is difficult to produce multitooth inserts for small pitches because

of the small radius between the teeth. Vargus developed inserts where every second tooth was dropped to enlarge the

radius between the teeth.

Important!

• All the fine pitch inserts are partial profile type (as a result of the enlarged radius).

Fine Pitch TMInsert Size Pitch Ordering Code Le Teeth

IC L inch tpi External Internal inch Toolholder

.0mm 0.4

80 .0E80UNTMF... .0I80UNTMF... 0.39

TMMC..-.0

72 .0E72UNTMF... .0I72UNTMF... 0.38 4

4 .0E4UNTMF... .0I4UNTMF... 0.3 2

.0EUNTMF... .0IUNTMF... 0.38

48 .0E48UNTMF... 0.3 9

44 .0E44UNTMF... 0.34 8

40 .0E40UNTMF... 0.33 7

3 .0E3UNTMF... 0.3 7

32 .0E32UNTMF... 0.34

/4” 0.43

80 2E80UNTM2F... 2I80UNTM2F... 0.39

TMC..-2

TMSH..-2

72 2E72UNTM2F... 2I72UNTM2F... 0.40

4 2E4UNTM2F... 2I4UNTM2F... 0.39 3

2EUNTM2F... 2IUNTM2F... 0.38

48 2E48UNTM2F... 0.40 0

44 2E44UNTM2F... 0.39 9

40 2E40UNTM2F... 0.38 8

3 2E3UNTM2F... 0.3 7

32 2E32UNTM2F... 0.34

3/8” 0.3

80 3E80UNTM2F... 3I80UNTM2F... 0. 23

TMC..-3

TMSH..-3

72 3E72UNTM2F... 3I72UNTM2F... 0.7 2

4 3E4UNTM2F... 3I4UNTM2F... 0.8 9

3EUNTM2F... 3IUNTM2F... 0.

48 3E48UNTM2F... 0. 4

44 3E44UNTM2F... 0.7 3

40 3E40UNTM2F... 0.8 2

3 3E3UNTM2F... 0.8

32 3E32UNTM2F... 0.3 9



R

0.18042PR

0.15011P

5/16P

60°

max

min

L

Le

IC

8



Standard TM

External / Internal

UNJ

External

Internal

Insert ordering code: 3E6UNJTM VBX





TMMC..-.0.0mm 0.4

24 .0I24UNJTM... 0.38 9

20 .0I20UNJTM... 0 .3 7

8 .0I8UNJTM... 0.33

.0IUNJTM... 0.38

/4” 0.43

24 2E24UNJTM2... 2I24UNJTM2... 0.38 9

TMC..-2

TMSH..-2

20 2E20UNJTM2... 2I20UNJTM2... 0.40 8

8 2I8UNJTM2... 0.39 7

2EUNJTM2... 2IUNJTM2... 0.38

4 2E4UNJTM2... 2I4UNJTM2... 0.3

3/8” 0.3

24 3E24UNJTM2... 3I24UNJTM2... 0.8 4

TMC..-3

TMSH..-3

20 3E20UNJTM2... 3I20UNJTM2... 0.

8 3E8UNJTM2... 3I8UNJTM2... 0. 0

3EUNJTM2... 3IUNJTM2... 0. 9

4 3E4UNJTM2... 3I4UNJTM2... 0.7 8

3 3E3UNJTM2... 0.4 7

2 3E2UNJTM2... 3I2UNJTM2... 0.8 7

/8” .0

EUNJTM2... IUNJTM2... .00 TMC..-

TMSH..-2 E2UNJTM2... I2UNJTM2... .00 2

EUNJTM2... IUNJTM2... .00



L

Le

IC

1/4P

60º

1/8P

9



Standard TM

External / Internal

ISO Metric

External

Internal

Standard TMInsert Size Pitch Ordering Code Le Teeth

IC L inch mm External Internal inch Toolholder

.0mm 0.4

0. .0I0.ISOTM... 0.39 20

TMMC..-.0

0.7 .0I0.7ISOTM... 0.38 3

.0 .0I.0ISOTM... 0.3 9

.2 .0I.2ISOTM... 0 .34 7

. .0I.ISOTM... 0.3

/4” 0.43

0. 2I0.ISOTM2... 0.39 20

TMC..-2

TMSH..-2

0.7 2E0.7ISOTM2... 2I0.7ISOTM2... 0.4 4

.0 2E.0ISOTM2... 2I.0ISOTM2... 0.39 0

.2 2E.2ISOTM2... 0.39 8

.2 2I.2ISOTM2... 0.34 7

. 2E.ISOTM2... 0.3

. 2I.ISOTM2... 0.4 7

3/8” 0.3

0. 3I0.ISOTM2... 0.9 30

TMC..-3

TMSH..-3

0.7 3E0.7ISOTM2... 3I0.7ISOTM2... 0.9 20

0.8 3I0.8ISOTM2... 0.7 8

.0 3E.0ISOTM2... 0. 4

.0 3I.0ISOTM2... 0.9

.2 3E.2ISOTM2... 3I.2ISOTM2... 0.9 2

. 3E.ISOTM2... 3I.ISOTM2... 0.9 0

.7 3E.7ISOTM2... 3I.7ISOTM2... 0. 8

2.0 3E2.0ISOTM2... 3I2.0ISOTM2... 0. 7

3/8”B 0.87

.0 3BE.0ISOTM2... 3BI.0ISOTM2... 0.87 22

BTMC..-3B

TMSH..-3B

.2 3BE.2ISOTM2... 3BI.2ISOTM2... 0.84 7

. 3BE.ISOTM2... 3BI.ISOTM2... 0.83 4

.7 3BE.7ISOTM2... 3BI.7ISOTM2... 0.83 2

2.0 3BE2.0ISOTM2... 3BI2.0ISOTM2... 0.87

/8” .0

.0 E.0ISOTM2... I.0ISOTM2... .02 2

TMC..-

TMSH..-

.2 E.2ISOTM2... I.2ISOTM2... 0.98 20. E.ISOTM2... I.ISOTM2... .00 7

.7 E.7ISOTM2... I.7ISOTM2... 0.9 4

2.0 E2.0ISOTM2... I2.0ISOTM2... 0.94 2

2. E2.ISOTM2... I2.ISOTM2... 0.98 0

3.0 E3.0ISOTM2... I3.0ISOTM2... 0.94 8

3. E3.ISOTM2... I3.ISOTM2... 0.9 7

4.0 E4.0ISOTM2... I4.0ISOTM2... 0.94

4. E4.ISOTM2... I4.ISOTM2... 0.89




LLe

IC

1/4P

60º

1/8P

0


Toler anc e c las s: 6g/ 6HStandard TM

External / Internal

ISO Metric (con't)

External

Internal

Sample order: 5I.0ISOTM VBX

All inserts have cutting edges, except MiniTM (IC 6.0 mm) which has one cutting edge.


Standard TM (con't)

Insert Size Pitch Ordering Code Le Teeth

IC L inch mm External Internal inch Toolholder

3/4”B .2

. BE.ISOTM2... BI.ISOTM2... .42 24

TMC..-B

TMSH..-B

2.0 BE2.0ISOTM2... BI2.0ISOTM2... .42 8

2. BE2.ISOTM2... BI2.ISOTM2... .38 4

3.0 BE3.0ISOTM2... BI3.0ISOTM2... .42 2

4.0 BE4.0ISOTM2... BI4.0ISOTM2... .2 8

4. BE4.ISOTM2... BI4.ISOTM2... .24 7

.0 BE.0ISOTM2... BI.0ISOTM2... .8

. BE.ISOTM2... BI.ISOTM2... .30

.0 BE.0ISOTM2... BI.0ISOTM2... .8



L

Le

IC

1/4P

60º

1/8P


Toler ance class : 6g/ 6HCoarse Pitch TM

Internal

ISO Metric (con't)

External

Internal

Sample tool requirement for thread M4x.0.

Ordering code:

Insert: I.0ISOTMVBX08/004

Toolholder: TMC075-


Coarse Pitch TM Thread Insert Size Ordering Code Cutting Edge Le Teeth Toolholder Bore Dia . Range


M0 X 0.7 .0 mm 0.4 .0I0.7ISOTM...028/00 0.38 3 TMMC00-.0 0.3 - 0.39

M0 X 0.7 .0 mm 0.4 .0I0.7ISOTM...028/00 0.38 3 TMMC07-.0 0.3 - 0.39

M2 X .2 .0 mm 0.4 .0I.2ISOTM...028/002 0.34 7 TMMC00-.0 0.42 - 0.4

M2 X .2 .0 mm 0.4 .0I.2ISOTM...028/002 0.34 7 TMMC07-.0 0.42 - 0.4

M2 X .7 .0 mm 0.4 .0I.7ISOTM...028/003 0.34 TMMC07-.0 24/203 0.40 - 0.7

M4 X 2.0 /4" 0.43 2I2.0ISOTM...028/004 2 0.39 TMC00-2 0.4 - 0.77

M4 x 2.0 /4" 0.43 2I2.0ISOTM...028/004 2 0.39 TMC07-2 0.4 - 0.77

M X 2.0 /4" 0.43 2I2.0ISOTM...028/004 2 0.39 TMC00-2 0.4 - 0.77

M X 2.0 /4" 0.43 2I2.0ISOTM...028/004 2 0.39 TMC07-2 0.4 - 0.77

M20 X 2. 3/8" 0.3 3I2.ISOTM...028/00 0.49 TMC07-3 24/20 0.8 - 0.7

M22 X 2. /2'' 0.87 4I2.ISOTM...028/00 0.9 7 TMC00-4 24/202 0.7 - .24

M24 X 3.0 /2'' 0.87 4I3.0ISOTM...028/007 0.7 TMC00-4 24/202 0.8 - .29

M27 X 3.0 /2'' 0.87 4I3.0ISOTM...028/007 0.7 TMC00-4 24/202 0.8 - .29

M30 X 3. /8" .0 I3.ISOTM...028/008 2 0.9 7 TMC00- 24/204 .03 - .4

M33 X 3. /8" .0 I3.ISOTM...028/008 2 0.9 7 TMC00- 24/204 .03 - .4

M3 X 3.0 /8" .0 I3.0ISOTM...028/009 2 0.94 8 TMC00- .29 - .4

M3 X 4.0 /8" .0 I4.0ISOTM...028/00 2 0.94 TMC00- .24 - .2

M39 X 3.0 /8" .0 I3.0ISOTM...028/009 2 0.94 8 TMC00- .29 - .4

M39 X 4.0 /8" .0 I4.0ISOTM...028/00 2 0.94 TMC00- .24 - .2

M42 X 4. /8" .0 I4.ISOTM...028/0 2 0.89 TMC00- .4 - .89

M4 X 4. /8" .0 I4.ISOTM...028/0 2 0.89 TMC00- .4 - .89

M48 X .0 /8" .0 I.0ISOTM...028/07 2 0.79 4 TMC00- .3 - ∞

M2 X .0 /8" .0 I.0ISOTM...028/07 2 0.79 4 TMC00- .3 - ∞



L

Le

IC

1/4P

60º

1/8P

ECL



Toler ance cla ss : 6 g/6HStandard TM

External / Internal

ISO Metric (con't)

External

Internal

Sample order: E0.75ISOTM VBX


see the table for standard inserts on pages 9-0.

For toolholder information see page 6.

Standard TM Inserts for TMO ToolholdersInsert Size Pitch Ordering Code Toolholder ECL

IC L inch mm External Internal TMO inch

/4” 0.43

0. 2I0.ISOTM2... TMOC07-2-8 0.7

0.7 2E0.7ISOTM2... 2I0.7ISOTM2... TMOC07-2-9 0.77

.0 2E.0ISOTM2... 2I.0ISOTM2... TMOC07-2-8 0.7

.2 2E.2ISOTM2... TMOC07-2-0 0.74

.2 2I.2ISOTM2... TMOC07-2-0 0.4

. 2E.ISOTM2... TMOC07-2-8 0.7

. 2I.ISOTM2.. TMOC07-2-8 0.77

3/8” 0.3

0. 3I0.ISOTM2.... TMOC07-3- .2

0. 3I0.ISOTM2.... TMOC07-3-0 .4

0.7 3E0.7ISOTM2... 3I0.7ISOTM2... TMOC07-3- .2

.0 3E.0ISOTM2... TMOC07-3-0 .0

.0 3I.0ISOTM2... TMOC07-3-0 .4

.2 3E.2ISOTM2... 3I.2ISOTM2... TMOC07-3-7 .3

. 3E.ISOTM2... 3I.ISOTM2... TMOC07-3- .2

.7 3E.7ISOTM2... 3I.7ISOTM2... TMOC07-3-2 .03

2.0 3E2.0ISOTM2... 3I2.0ISOTM2... TMOC07-3-0 .0

/8” .0

.0 E.0ISOTM2... I.0ISOTM2... TMOC00--2 .8

.0 E.0ISOTM2... I.0ISOTM2... TMOC00-- .8

.2 E.2ISOTM2... I.2ISOTM2... TMOC00--3 .92

. E.ISOTM2... I.ISOTM2... TMOC00--4 .89

. E.ISOTM2... I.ISOTM2... TMOC00-- .83

.7 E.7ISOTM2... I.7ISOTM2... TMOC00-- .8

2.0 E2.0ISOTM2... I2.0ISOTM2... TMOC00--2 .73

2. E2.ISOTM2... I2.ISOTM2... TMOC00--2 .77

2. E2.ISOTM2... I2.ISOTM2... TMOC00--4 .87

3.0 E3.0ISOTM2... I3.0ISOTM2... TMOC00-- .77

3. E3.ISOTM2... I3.ISOTM2... TMOC00-- .79

4.0 E4.0ISOTM2... I4.0ISOTM2... TMOC00--2 .734. E4.ISOTM2... I4.ISOTM2... TMOC00--4 .77

.0 I.0ISOTM...028/07 TMOC00--2 .7



L

Le

IC

1/4P

60º

1/8P

3


Toler anc e c las s: 6g/ 6HFine Pitch TM

External / Internal

ISO Metric (con't)

External

Internal

NOTE: Two orbits are required to complete the thread. Fine Pitch TM Inserts produce partial profile thread.

Sample order: 6.0E0.35ISOTMF VBX



Fine Pitch ThreadsFine pitch threads are threads with small pitches. It is difficult to produce multitooth inserts for small pitches

because of the small radius between the teeth. Vargus developed inserts where every second tooth was

dropped to enlarge the radius between the teeth.

Important!

• All the fine pitch inserts are partial profile type (as a result of the enlarged radius).

Fine Pitch TMInsert Size Pitch Ordering Code Le Teeth Toolholder

IC L inch mm External Internal inch

.0mm 0.4

0.3 .0E0.3ISOTMF... .0I0.3ISOTMF... 0.37 4

TMMC..- .0

0.4 .0E0.4ISOTMF... .0I0.4ISOTMF... 0.3 2

0.4 .0E0.4ISOTMF... .0I0.4ISOTMF... 0.37

0. .0E0.ISOTMF... 0.37 0

0. .0E0.ISOTMF... 0.3 8

0.7 .0E0.7ISOTMF... 0.3 7

0.7 .0E0.7ISOTMF... 0.32

0.8 .0E0.8ISOTMF... 0.3

0.9 .0E0.9ISOTMF... 0.32

/4” 0.43

0.3 2E0.3ISOTM2F... 2I0.3ISOTM2F... 0.4

TMC..-2

TMSH..-2

0.4 2E0.4ISOTM2F... 2I0.4ISOTM2F... 0.39 3

0.4 2E0.4ISOTM2F... 2I0.4ISOTM2F... 0.37

0. 2E0.ISOTM2F... 0.37 0

0. 2E0.ISOTM2F... 0.40 9

0.7 2E0.7ISOTM2F... 0.3 7

0.8 2E0.8ISOTM2F... 0.3

0.9 2E0.9ISOTM2F... 0.39

3/8” 0.3

0.3 3E0.3ISOTM2F... 3I0.3ISOTM2F... 0. 2

TMC..-3

TMSH..-3

0.4 3E0.4ISOTM2F... 3I0.4ISOTM2F... 0.8 9

0.4 3E0.4ISOTM2F... 3I0.4ISOTM2F... 0.8 7

0. 3E0.ISOTM2F... 0.3 4

0. 3E0.ISOTM2F... 0.4 2

0.7 3E0.7ISOTM2F... 0.8

0.8 3E0.8ISOTM2F... 0.4 9

0.9 3E0.9ISOTM2F... 0.3 8



1°47’

L

Le

IC

30° 30°

1 47'°90°

1°47’

L

Le

IC

30° 30°

1 47'°90°

4

Defined by: USAS B.:968 Toler anc e c las s: Stand ard NPT Coarse Pitch TM

Internal

NPT

External

Internal


Toler anc e c las s: Sta nda rd NPTStandard TM

External / Internal

NPT

External

Internal

* Single sided insert - RH only

** For external thread only

Sample order: 3EI4NPTTM VBX

NOTE: To thread with insert cutting edge marked “L”, use LH toolholders.


Sample order: I8NPTTM VBX 08/074




IC L inch tpi External + Internal inch RH LH

3/8” 0.3

8 3E8NPTTM2... ** 0. 0

TMNC..-3 TMNC..-3LH4 3EI4NPTTM2... 0.7 8

. 3EI.NPTTM2... 0.2

3/8”B 0.874 3BEI4NPTTM2... 0.8 2

BTMNC.. -3B BTMNC.. -3BLH. 3BEI.NPTTM2... * 0.78 9

/8” .0. EI.NPTTM2... 0.9

TM.C..- TM.C..-LH8 EI8NPTTM2... 0.88 7

3/4”B .2. BEI.NPTTM2... .39

TMC..-B TMC..-BLH8 BEI8NPTTM2... .2 0

Coarse Pitch TM Thread Insert Size Ordering Code Cutting Edge Le Teeth Toolholder

Inch IC L inch Internal inch

/4"-8 /4" 0.43 2I8NPTTM...028/074 0.39 7 TMC07-2 24/209

3/8"-8 /4" 0.43 2I8NPTTM...028/074 0.39 7 TMC07-2 24/209



30° 30°

1 47'°90°

1°47’

L

Le

IC

1°47’

L

Le

IC

30° 30°

1 47'°90°

5

Defined by: ANSI .0.3-976 Toler anc e c las s: Sta nda rd NPTF Coarse Pitch TM

Internal

NPTF (Dry Seal)

External

Internal

Defined by: ANSI .0.3-976

Toler ance class : Stand ard NPT FStandard TM

External / Internal

NPTF (Dry Seal)

External

Internal

Sample order: 3EI4NPTFTM VBX



Sample tool requirement for thread /4” - NPTF

Ordering Codes Insert: I8NPTFTM VBX 08/078

Toolholders: TMC075- 4/09

Coarse Pitch TM Thread Insert Size Ordering Code Cutting Edge Le Teeth Toolholder

Inch IC L inch Internal inch

/4"-8 /4" 0.43 2I8NPTFTM...028/078 0.39 7 TMC07-2 24/209

3/8"-8 /4" 0.43 2I8NPTFTM...028/078 0.39 7 TMC07-2 24/209



3/8” 0.34 3EI4NPTFTM2... 0.7 8

TMNC..-3 TMNC..-3LH. 3EI.NPTFTM2... 0.2

3/8”B 0.87 4 3BEI4NPTFTM2... 0.8 2 BTMNC.. -3B BTMNC.. -3BLH. 3BEI.NPTFTM2... 0.78 9

/8” .0. EI.NPTFTM2... 0.9

TM.C..- TM.C..-LH8 EI8NPTFTM2... 0.88 7

3/4”B .2. BEI.NPTFTM2... .39

TMC..-B TMC..-BLH8 BEI8NPTFTM2... .2 0



30 ° 30°

L

Le

IC

1°47’

L

Le

IC

R0.137P

27.5° 27.5°

90° 1 47'° R0.137P

6


Toler anc e c las s: Stand ard BSPTStandard TM

External / Internal

BSPT

External

Internal

Defined by: USA NBS H8 (957)

Toler ance cla ss : S tan dard NPSStandard TM

External / Internal

NPS

External

Internal

Sample Order: 5EI.5NPSTMVBX

All inserts have cutting edges.


* One cutting edge.

Sample Order: 5EIBSPTTM VBX

NOTE: To thread with insert cutting edge marked “L”, use a LH toolholder.


Standard TMInsert Size Pitch Ordering Code Le Teeth Nominal Thread Size Toolholder

IC L inch tpi External + Internal inch

3/8” 0.3

4 3EI4NPSTM2... 0.7 8 /2” TMNC02-3

4 3EI4NPSTM2... 0.7 8 3/4” TMNC07-3

. 3EI.NPSTM2... 0.2 ”, /4” TMNC07-3

3/8”B 0.87 . 3BEI.NPSTM2...* 0.78 9 ”, /4” BTMNC07-3B

/8” .0. EI.NPSTM2... 0.9 /2”, 2” TMC00-

8 EI8NPSTM2... 0.88 7 2 /2” & larger TMC2-



/4” 0.43 9 2EI9BSPTTM2... 0.37 7 TMC..-2 TMC..-2LH

3/8” 0.34 3EI4BSPTTM2... 0.7 8

TMNC..-3 TMNC..-3LH 3EIBSPTTM2... 0.

/8” .0 EIBSPTTM2... 0.9 0 TMC..- TMC..-LH



L

Le

IC

R0.107P 80º

R0.107P

7

Defined by: DIN 40430

Toler anc e c las s: Stand ardStandard TM

External / Internal

Pg

External

Internal

Insert Ordering Code: 5EI6PGTMVBX

All inserts have cutting edges, except MiniTM (IC 6.0 mm) which has one edge.


Standard TMInsert Size Pitch Ordering Code Le Teeth Nominal Thread Size Toolholder

IC L inch tpi External + Internal inch

.0mm 0.4 20 .0EI20PGTM... 0.3 7 Pg7 TMMC..-.0

/4” 0.43

20 2EI20PGTM2... 0.40 8 Pg7 TMC..-2

TMSH..-2

8 2EI8PGTM2... 0.39 7 Pg9, Pg, Pg3., Pg

2EIPGTM2... 0.38 Pg2, Pg29, Pg3, Pg42, Pg48

3/8” 0.3

20 3EI20PGTM2... 0. Pg7 TMC..-3

TMSH..-38 3EI8PGTM2... 0. 0 Pg9, Pg, Pg3., Pg

3EIPGTM2... 0. 9 Pg2, Pg29, Pg3, Pg42, Pg48

/8” .0 EIPGTM2... .00 Pg2, Pg29, Pg3, Pg42, Pg48 TMC..-, TMSH..-



L

Le

IC

55°

R0.137P

R0.137P

8

BSW Defined by: B.S.84:956, DIN 59, ISO8/:98

BSP Defined by: B.S.779:956

Toler anc e c las s: BSW-Medi um cla ss A, BSP-Medi um cla ss

Standard TM

External / Internal

W for BSW, BSP

External

Internal

Insert ordering code: 3EI4WTM VBXAll inserts have cutting edges, except MiniTM (IC 6.0 mm) which has one cutting edge.For toolholder information, see page 6.

Standard TMInsert Size Pitch Ordering Code Le Teeth

IC L inch tpi External + Internal inch Toolholder

.0mm 0.4

28 .0EI28WTM... 0.3 0

TMMC..- .0

2 .0EI2WTM... 0.3 9

24 .0EI24WTM... 0.38 9

20 .0EI20WTM... 0.3 7

9 .0EI9WTM... 0.37 7

/4” 0.43

28 2EI28WTM2... 0.39

TMC..-2

TMSH..-2

2 2EI2WTM2... 0.38 0

24 2EI24WTM2... 0.38 9

20 2EI20WTM2... 0.40 8

9 2EI9WTM2... 0.37 7

4 2EI4WTM2... 0.3

3/8” 0.3

2 3EI2WTM2... 0.8

TMC..-3

TMSH..-3

24 3EI24WTM2... 0.8 4

20 3EI20WTM2... 0.

9 3EI9WTM2... 0.8

8 3EI8WTM2... 0. 0

3EIWTM2... 0. 9

4 3EI4WTM2... 0.7 8

2 3EI2WTM2... 0.8 7

3EIWTM2... 0.

3/8”B 0.87

24 3BEI24WTM2... 0.83 20

TMC..-3B

TMSH..-3B

20 3BEI20WTM2... 0.8 7

9 3BEI9WTM2... 0.84

8 3BEI8WTM2... 0.83

3BEIWTM2... 0.8 3

4 3BEI4WTM2... 0.8 2

2 3BEI2WTM2... 0.83 0

3BEIWTM2... 0.82 9

/8” .0

EIWTM2... .00

TMC..-

TMSH..-

4 EI4WTM2... .00 4

2 EI2WTM2... 0.92

EIWTM2... 0.9 0

0 EI0WTM2... .00 0

9 EI9WTM2... 0.89 8

8 EI8WTM2... 0.88 7

7 EI7WTM2... 0.8

EIWTM2... 0.83

3/4”B .2

BEIWTM2... .3

TMC..-B

TMSH..-B

BEIWTM2... .33 8

BEIWTM2... .20

4. BEI4.WTM2... .33



L

Le

ICExtern

Intern

55°

R0.137P

R0.137P

9

Defined by: B.S.84:956, DIN59, ISO8/:98

Toler anc e c las s: Medium class A

Coarse Pitch TM

External / Internal

W for BSW only (con’t)

External

Internal

Sample tool requirement for thread 7/6”- BSW

Ordering codes: Insert: 6.0I8WTM VBX 08/035 Toolholder: TMMC 075-6.0



Inch IC L inch Internal inch inch

7/”-8 .0mm 0.4 .0I8WTM...028/03 0.33 TMMC00-.0 0.37 - 0.

7/”-8 .0mm 0.4 .0I8WTM...028/03 0.33 TMMC07-.0 0.37 - 0.

7/”-2 .0mm 0.4 .0I2WTM... 028/03 0.3 9 TMMC00-.0 0.39 - 0.4

7/”-2 .0mm 0.4 .0I2WTM... 028/03 0.3 9 TMMC07-.0 0.39 - 0.4

/2”- /4” 0.43 2IWTM... 028/0 0.38 TMC07-2 24/20 0.42 - 0.48

/2”-20 .0mm 0.4 .0I20WTM...028/037 0.3 7 TMMC00-.0 0.43 - 0.4

/2”-20 .0mm 0.4 .0I20WTM...028/037 0.3 7 TMMC07-.0 0.43 - 0.4

9/”- /4” 0.43 2IWTM...028/038 2 0.38 TMC00-2 0.48 - 0.73

9/”- /4” 0.43 2IWTM...028/038 2 0.38 TMC07-2 0.48 - 0.73

/8”-4 /4” 0.43 2I4WTM...028/039 0.3 TMC07-2 24/20 0.3 - 0.7

/”-4 /4” 0.43 2I4WTM...028/039 0.3 TMC07-2 24/20 0.3 - 0.7

/”- /4” 0.43 2IWTM...028/038 2 0.38 TMC00-2 0.48 - 0.73

/”- /4” 0.43 2IWTM...028/038 2 0.38 TMC07-2 0.48 - 0.73

3/4”-2 3/8" 0.3 3I2WTM...028/040 0.8 7 TMC02-3 24/20 0.4 - 0.70

3/4”- /4” 0.43 2IWTM...028/038 2 0.38 TMC00-2 0.48 - 0.73

3/4”- /4” 0.43 2IWTM...028/038 2 0.38 TMC07-2 0.48 - 0.73

3/”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC02-3 0.70 - 0.830

7/8”-9 /2” 0.87 4I9WTM...028/042 0.7 TMC00-4 24/202 0.73 - .28

7/8”- /2” 0.87 4IWTM...028/043 0.73 8 TMC00-4 24/202 0.7 - 0.87

/”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC07-3 0.83 - .20

”-8 /2" 0.87 4I8WTM...028/044 0.3 TMC00-4 24/202 0.84 - .02

”-0 /2" 0.87 4I0WTM...028/04 0.70 7 TMC00-4 24/202 0 .87 - .24

”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC07-3 0.83 - .20

/”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC07-3 0.83 - .20

/8”-7 /8" .0 I7WTM...028/04 0.8 TMC00- 24/208 0.94 - .07

/8”-9 /2" 0.87 4I9WTM...028/042 0.7 TMC00-4 24/202 0.73 - .28

/8”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC07-3 0.83 - .20

3/”-8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00- 24/204 .02 - .28 3/”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC07-3 0.83 - .20

/4”-7 /8" .0 I7WTM...028/048 2 0.8 TMC00- 24/204 0.8 - .4

/4”-9 /2" 0.87 4I9WTM...028/042 0.7 TMC00-4 24/202 0.73 - .28

/4”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC07-3 0.83 - .20

/”- /8" .0 IWTM...028/049 2 0.83 TMC00- 24/204 .0 - .28

/”-8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00- 24/204 .02 - .28




L

Le

IC

55°

R0.137P

R0.137P

30

Defined by: B.S.84:956, DIN59, ISO8/:98

Toler anc e c las s: Med ium c las s ACoarse Pitch TM Inserts

Internal


External

Internal

Sample tool requirement for thread /6”- BSW

Ordering codes: Insert: 3IWTM VBX 08/04

Toolholder: TMC 075-3


Coarse Pitch TM Thread Insert Size Ordering Code Cutting Edge Le Teeth Tooolholder Bore Dia. Range


/”-2 3/8" 0.3 3I2WTM...028/04 2 0.8 7 TMC07-3 0.83 - .20

3/8”-8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00- 24/204 .02 - .28

3/8”- /8" .0 IWTM...028/049 2 0.83 TMC00- 24/204 .0 - .28

3/8”-2 /8" .0 I2WTM...028/00 2 0.92 TMC00- .27 - .3

.4- /8 " .0 IWTM...028/049 2 0.83 TMC00- 24/204 .0 - .28

.4-8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00-24/204 .02 - .28

.4-2 /8" .0 I2WTM...028/00 2 0.92 TMC00- .27 - .3

7/”- /8" .0 IWTM...028/049 2 0.83 TMC00- 24/204 .0 - .28

7/”-8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00- .28 - .4

7/”-2 /8" .0 I2WTM...028/00 2 0.92 TMC00- .27 - .3

/2”- /8" .0 IWTM...028/049 2 0.83 TMC00- 24/204 .0 - .29

/2” -8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00- .28 - .4

.- /8" .0 IWTM...028/049 2 0.83 TMC00- .28 - .2

.-8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00- .28 - .4

/8”-8 /8" .0 I8WTM...028/047 2 0.88 7 TMC00- .28 - .4

/8”- /8" .0 IWTM...028/049 2 0.83 TMC00- .28 - .2

3/4”-7 /8" .0 I7WTM...028/048 2 0.8 TMC00- .7 - .

7/8”- /8" .0 I WTM...028/049 2 0.83 TMC2- . - .77

.9- /8" .0 I WTM...028/049 2 0.83 TMC2- . - .77



L

Le

IC

55°

R0.137P

R0.137P

ECL

3


BSW Defined by: B.S.84:956, DIN 59, ISO8/:98BSP Defined by: B.S .779:956 Toler ance class : BSW -Me diu m c las s A

Standard TM

External / Internal


External

Internal

Sample order: 3EI9WTM VBX


see the table for standard inserts on page .

For toolholder information see page 6.

Standard TM Inserts for TMO ToolholdersInsert Size Pitch Ordering Code ECL

IC L inch tpi External + Internal TMO inch

/4” 0.43

28 2EI28WTM2... TMOC07-2-3 0.8

2 2EI2WTM2... TMOC07-2- 0.73

24 2EI24WTM2... TMOC07-2-2 0.7

20 2EI20WTM2... TMOC07-2- 0.7

9 2EI9WTM2... TMOC07-2-7 0.8

4 2EI4WTM2... TMOC07-2-3 0.4

3/8” 0.3

2 3EI2WTM2... TMOC07-3-2 .08

2 3EI2WTM2... TMOC07-3- .04

24 3EI24WTM2... TMOC07-3-7 .2

20 3EI20WTM2... TMOC07-3- .0

9 3EI9WTM2... TMOC07-3-8 .

8 3EI8WTM2... TMOC07-3- .0

3EIWTM2... TMOC07-3- .0

4 3EI4WTM2... TMOC07-3- .07

2 3EI2WTM2... TMOC07-3- .08

3EIWTM2... TMOC07-3-9 .09

/8” .0

EIWTM2... TMOC00--3 .88

4 EI4WTM2... TMOC00-- 2.00

4 EI4WTM2... TMOC00--4 .8

2 EI2WTM2... TMOC00--2 .7

EIWTM2... TMOC00-- .82

0 EI0WTM2... TMOC00--7 .80

9 EI9WTM2... TMOC00--8 .78

8 EI8WTM2... TMOC00--9 .7

7 EI7WTM2... TMOC00--4 .7

EIWTM2... TMOC00-- .7



L

Le

IC

29°

3

Defined by: ANSI B/5:988

Toler ance class : 3GCoarse Pitch TM

Internal

ACME

External

Internal

Sample tool requirement for thread ACME /4”-

Ordering Code: Insert: IACME VBX 0/07 Toolholder: TMC00- 4/04



Inch IC L inch Internal inch inch

/2”- .0mm 0.4 .0IACMETM...028/02 0.3 TMMC00-.0 0.44

/2”- .0mm 0.4 .0IACMETM...028/02 0.3 TMMC07-.0 0.44

/8”- /4" 0.43 2IACMETM...028/03 2 0.38 TMC00-2 0.

/8"- /4" 0.43 2IACMETM...028/03 2 0.38 TMC07-2 0./8"-4 /4" 0.43 2I4ACMETM...028/04 0.3 TMC07-2 24/20 0.

3/4”- /4" 0.43 2IACMETM...028/0 2 0.38 TMC00-2 0.9

3/4”- /4" 0.43 2IACMETM...028/0 2 0.38 TMC07-2 0.9

3/4”-4 /4" 0.43 2I4ACMETM...028/083 0.3 TMC07-2 24/20 0.8

3/4”-2 /4" 0.43 2I2ACMETM...028/0 0.33 4 TMC07-2 24/20 0.7

7/8”-4 3/8" 0.3 3I4ACMETM...028/07 2 0.7 8 TMNC02-3 0.80

7/8”-2 /4" 0.43 2I2ACMETM...028/08 0.33 4 TMC07-2 24/20 0.79

”-4 3/8" 0.3 3I4ACMETM...028/09 2 0.7 8 TMC02-3 0.93

”-2 3/8" 0.3 3I2ACMETM...028/00 2 0.8 7 TMNC02-3 0.9

”-0 /2" 0.87 4I0ACMETM...028/0 0.70 7 TMC00-4 24/202 0.90

”-8 /2" 0.87 4I8ACMETM...028/02 0.7 TMC00-4 24/202 0.87

/8”-2 3/8" 0.3 3I2ACMETM...028/00 2 0.8 7 TMC02-3 .04 /8”-0 /2" 0.87 4I0ACMETM...028/084 0.70 7 TMC00-4 24/207 .02

/8”-8 /2" 0.87 4I8ACMETM...028/03 0.7 TMC00-4 24/202 .00 - .2

/4”-2 3/8" 0.3 3I2ACMETM...028/00 2 0.8 7 TMC07-3 .7

/4”-0 /8" .0 I0ACMETM....028/04 2 0.90 9 TMC00- 24/204 .

/4”-8 /2" 0.87 4I8ACMETM...028/03 0.7 TMC00-4 24/202 .00 - .2

3/8”-0 /8" .0 I0ACMETM...028/0 2 0.90 9 TMC00- 24/204 .27

3/8”-8 /8" .0 I8ACMETM...028/0 2 0.88 7 TMC00- 24/204 .2

3/8”- /8" .0 IACMETM...028/07 0.83 TMC00- 24/208 .20

/2”-0 /8" .0 I0ACMETM...028/08 2 0.90 9 TMC00- .40

/2”-8 /8" .0 I8ACMETM...028/09 2 0.88 7 TMC00- 24/204 .37

/2”- /8" .0 IACMETM...028/070 2 0.83 TMC00- 24/204 .33

3/4”-0 /8" .0 I0ACMETM...028/04 2 0.90 9 TMC2- . 3/4”-8 /8" .0 I8ACMETM...028/09 2 0.88 7 TMC00- .2

3/4”- /8" .0 IACMETM...028/070 2 0.83 TMC00- .8

3/4”- /8" .0 IACMETM...028/07 2 0.80 4 TMC00- 24/204 .

2”-8 /8" .0 I8ACMETM...028/09 2 0.88 7 TMC2- .87

2”- /8" .0 IACMETM...028/072 2 0.83 TMC00- .83

2”- /8" .0 IACMETM...028/07 2 0.80 4 TMC00- .80

2 /4”- /8" .0 IACMETM...028/072 2 0.83 TMC2- 2.08

2 /4”- /8" .0 IACMETM...028/073 2 0.80 4 TMC00- 2.0

2 /2”- /8" .0 IACMETM...028/073 2 0.80 4 TMC2- 2.30



30°

L

Le

IC

33

Defined by: Trapez DIN 03

Toler anc e c las s: 7e/ 7HCoarse Pitch TM

Internal

TR

External

Internal

Sample tool requirement for thread TR x.0

Ordering Code: Insert: 5I3.0TRTM VBX 08/033 Toolholder: TMC00-5 4/04



mm IC L inch Internal inch inch

TR X2.0 /4" 0.43 2I2.0TRTM...028/028 0.39 TMC07-2 24/20 0.

TR 8X2.0 /4" 0.43 2I2.0TRTM...028/029 0.39 TMC07-2 24/20 0.3 - 0.7

TR 20X2.0 /4" 0.43 2I2.0TRTM...028/029 0.39 TMC07-2 24/20 0.3 - 0.7

TR 24X3.0 /2" 0.87 4I3.0TRTM. ..028/030 0.7 TMC00-4 24/202 0.83 TR 2X3.0 /2" 0.87 4I3.0TRTM. ..028/03 0.7 TMC00-4 24/202 0.9 - .0

TR 28X3.0 /2" 0.87 4I3.0TRTM. ..028/03 0.7 TMC00-4 24/202 0.9 - .0

TR 30X3.0 /2" 0.87 4I3.0TRTM. ..028/03 0.7 TMC00-4 24/202 0.9 - .0

TR 32X3.0 /2" 0.87 4I3.0TRTM. ..028/032 0.7 TMC00-4 24/207 .4 - .30

TR 34X3.0 /2" 0.87 4I3.0TRTM. ..028/032 0.7 TMC00-4 24/207 .4 - .30

TR 3X3.0 /2" 0.87 4I3.0TRTM. ..028/032 0.7 TMC00-4 24/207 .4 - .30

TR 38X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC00- 24/204 .38 - .4

TR 40X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC00- 24/204 .38 - .4

TR 42X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC00- 24/204 .38 - .4

TR 44X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC00- . - .77

TR 4X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC00- . - .77

TR 48X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC00- . - .77 TR 0X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC2- .8 - 2.24

TR 2X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC2- .8 - 2.24

TR X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC2- .8 - 2.24

TR 0X3.0 /8" .0 I3.0TRTM...028/033 2 0.94 8 TMC2- .8 - 2.24

TR X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7

TR 70X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7

TR 7X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7

TR 80X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7

TR 8X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40- 4.7

TR 90X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7

TR 9X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7

TR 00X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7 TR 0X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7

TR 0X4.0 /8" .0 I4.0TRTM. ..028/034 2 0.94 TMC2- 2.40 - 4.7



34



Thread Milling> Standard

Toolholders



36

Thread Milling Shell Mill


Thread Milling Toolholders

THREAD MILLING TOOLHOLDERS


Standard Toolholder TM................................................................................................................................................................ Page 237

Long Shank Toolholder TML.......................................................................................................................................................

Coarse Pitch Toolholder 124/... ................................................................................................................................................ Page 239

Taper Thread (NPT, NPTF, BSPT) Toolholder TMN........................................................................................................... Page 239

Twin Flute Toolholder TM2.......................................................................................................................................................... Page 240

Twin Flute Oset Toolholder TMO.......................................................................................................................................... Page 241

Standard Single Point TM Toolholder TMS......................................................................................................................... Page 242

Vertical Insert TM Toolholder TMV .......................................................................................................................................... Page 242

TM Shell Mill ......................................................................................................................................................................................... Page 243

Spare Parts For VARDEX TM and TMSH Toolholders............................................................................................. Page 244

5 - Cut. Edge Length

B - TMB

4 - Insert Size

- /4”

3 - /”

3B - /”B

5 - /”

6B - /4”B

3 - Drive Hole Dia.

/, 3/4, , /4, /

- Cutting Dia.

50, 00, 50, 300, 400, 500

- System

Thread Mill Shell Mill

B

5

3

4

-075

3

-D50

-TMSH

6 - Insert Size

6.0 - 6.0mm - /4”

3 - /”

3B - /”B

4 - /”

5 - /”

6B - /4”B

- Serial No.

(for Coarse Pitch holders)

4/...

8 - Serial No.

(for TMO Holders)

- 6

9 - Shank std.

None - Weldon

CW - Clarkson Weldon

0 - RH / LH Holder

None - Right Hand

LH - Left Hand

7 - Cut. Edge Length

B - TMB

5 - Shank Dia.

0375 - /"050 - /"

065 - /"

075 - /4"

00 - "

5 - /4"

4 - Cooling

C - Coolant Channel

3 - Holder Type

- Twin Flute

M - Mini

L - Long Tool

N - Tapered Holder

V - Vertical Holder

S - Single Point

O - Offset

W - Wide Cut. Dia.

- System

TM - Thread Milling

- Shank Type

B - Anti Vibration System

LH

0

CW

98

B

7

3

6

-0.75

5

C

4

N

3

TM

B



D2D

D1

L1

L

37

External and Internal Toolholders

Sample Order: TMC050-

TM Standard Spare Parts

InsertSize

Ordering Code EDP No. Dimensions inch

IC L L1 D D1 D2 Inser t Screw Tor x Key

.0mmTMMC00-.0 73 2.72 0.47 0.0 0.27 0.3

SN7T K7T

TMMC07-.0 73 3.0 0.7 0.7 0.27 0.3

/4”TMC00-2 72 2.7 0.47 0.0 0.3 0.4

SN2TM K2T TMC07-2 74 3.0 0.79 0.7 0.3 0.4

3/8”TMC02-3 73 3. 0.87 0.2 0.4 0.7

SN3TM K3T TMC07-3 7 3.7 .9 0.7 0. 0.79

3/8”B

BTMC02-3B 700 3. .4 0.2 0.3 0.7 SN3TM K3T

BTMC07-3B 70 3.27 .4 0.7 0. 0.7

SN3T K3T BTMC00-3B 702 3.8 .8 .00 0. 0.7

BTMWC00-3B 709 3.2 .8 .00 0.73 0.87

/8”

TMC00- 7 4.38 2.0 .00 0.94 .8

SNTM KT TMC00-LH 77 4.38 2.0 .00 0.94 .8

TMC2- 78 4.7 2.28 .2 .22 .4

3/4”B

TMC2-B 79 4.4 2. .2 .0 .38

SM7T K30T TMC0-B 7708 .2 2. .0 .0 .8



D

D1

L1

L

D2

38


TML Long Tools Spare Parts

InsertSize

Ordering Code EDP No.Dimensions

inch


/4” TMLC00-2 779 4.9 0.7 .00 0.3 0.4 SN2TM K2T

3/8” TMLC00-3 724 .00 0.98 .00 0.73 0.87 SN3T K3T BTMLC00-3 7737 4.9 2.0 .00 0.73 0.87

3/8”BBTMLC07-3B 703 3.8 .73 0.7 0. 0.7

SN3T K3T BTMLC00-3B 704 4.9 2.0 .00 0.73 0.87

/8”TMLC00- 72 .88 3.2 .00 0.94 .8

SNTM KT TMLC2- 728 .33 3.8 .2 .22 .4

3/4”B TMLC0-B 7720 . 3.74 .0 .0 .8 SM7T K30T

Sample Order: TMLC00-3



D

D1

L1

L

D2

D2D

D1

L1

L

A A

LH Tool RH Tool

L R

39



Sample Order: TMMC 075-6 4/03

Sample Order: TMNC075-3

NOTE: To use the cutting edge marked “L“, LH Cutter is required.

Add LH to the ordering code.

TMN - For Conical Threads (NPT, NPTF, BSPT) Spare Parts

InsertSize

Ordering Code EDPNo.

EDPNo.

Dimensions inch

IC RH LH L L1 D D1 D2 Insert Screw Torx Key

3/8”TMNC02-3 738 TMNC02-3 LH 739 3. 0.87 0.2 0.49 0.

SN3TM K3T TMNC07-3 740 TMNC07-3 LH 74 3.38 0.9 0.7 0.9 0.7

3/8”BBTMNC02-3B 70 BTMNC02-3B LH 70 3. .4 0.2 0.3 0.7

SN3TM K3T BTMNC07-3B 707 BTMNC07-3B LH 7730 3.27 .4 0.7 0. 0.7

/8” TMNC2- 744 TMNC2- LH 74 4.7 2.28 .2 .22 .4 SNTM KT

124/.. - For Coarse Pitch Threads Spare Parts

InsertSize



.0mm TMMC07- 24/203 7700 3.0 0.9 0.7 0.2 0.3 SN7T K7T

/4” TMC07-2 24/20 7702 3.2 0. 0.7 0.29 0.39

SN2TM K2T TMC07-2 24/20 7703 3.2 0. 0.7 0.3 0.47

TMC07-2 24/209 770 3.2 0. 0.7 0.29 0.39

3/8” TMC02-3 24/20 798 3.7 0.8 0.7 0.48 0. SN3TM K3T

/2”TMC00-4 24/202 799 3.8 .8 .00 0.3 0.7 SN4TM

K4T TMC00-4 24/207 7704 3.97 .7 .00 0.3 0.79 SA4TM

/8”TMC00- 24/204 770 3.98 .7 .00 0.7 0.98 SATM

KT TMC00- 24/208 770 3.98 .7 .00 0. 0.87 SNTM



D2D

D1

L1

L

40


Sample Order: TMC5-5

TM2 - Twin Flutes Spare Parts

InsertSize

Ordering Code EPD No. Dimensions inch

IC L L1 D D1 D2 Insert Screw Tor x Key

/4” TM2C07-2 78 3.42 0.79 0.7 0.7 0.7 SN2TM K2T

3/8” TM2C00-3 78 4.02 .9 .00 0.89 .02 SN3T K3T 3/8”B BTM2C00-3B 778 4.3 .8 .00 0.89 .02

/8” TM2C2- 787 4. .77 .2 .42 . SNTM KT

3/4”B TM2C0-B 788 .33 2. .0 .73 2.0 SM7T K30T



D2D

D1

L1

L

4


Sample Order: TMOC075-3-7

TMO - Twin Flute Offset Spare Parts

InsertSize

OrderingCode

EDP No. Applicable Threads Dimensions inch

IC External Internal External & Internal L L1 D D1 D2 Insert Screw Torx Key

/4”

TMOC07-2- 7 UN 48/32/UN

3.0 0.98 0.7 0.47 0.7 SN2TM K2T

TMOC07-2-2 77 24/8UN 48/24/8UN 24W TMOC07-2-3 78 28/4UN 28/4UN 28/4W

TMOC07-2-4 79 20UN 20UN

TMOC07-2- 793 2W

TMOC07-2- 7727 20W

TMOC07-2-7 70 9W

TMOC07-2-8 773 .0/.ISO 0./.0/.ISO

TMOC07-2-9 772 0.7ISO 48UN, 0 .7ISO

TMOC07-2-0 7 .2ISO .2ISO

3/8”

TMOC07-3- 7 .ISO 0./.ISO

3.7 .9 0.70. 0.79 SN3T K3T

TMOC07-3-2 773 3UN 3UN 2W

TMOC07-3-3 73 28UN 32/28UN

TMOC07-3-4 774 27UN 27UN

TMOC07-3- 74 .UN .NPS

TMOC07-3- 7 24/20/8//4/2UN 24/20/8//4/2UN 2/20/8//4/2W, 4NPS

TMOC07-3-7 774 .2ISO .2ISO 24W

TMOC07-3-8 77 9W

TMOC07-3-9 77 W

TMOC07-3-0 72 .0/2.0ISO 0./.0/2.0ISO

TMOC07-3- 77 0.7ISO 32UN, 0.7ISO

TMOC07-3-2 777 .7ISO .7ISO

/8”

TMOC00-- 7 24/20/8/4/3/2UN 24/20/8/4/3/UN 4W

4.38 2.0.000.94 .8 SNTM KT

TMOC00--2 77 24/8/2UN 24/8/2/UN 2W

TMOC00--3 78 UN UN W, 8NPS

TMOC00--4 79 4/7UN 4UN 4/7W

TMOC00-- 772 .UN .NPS

TMOC00-- 7707 UN UN W

TMOC00--7 770 0UN 0/UN 0W

TMOC00--8 774 9UN 9UN 9W

TMOC00--9 77 8UN 8UN 8W

TMOC00--0 778 7UN

TMOC00-- 778 UN W

TMOC00--2 772 .0/2.0/2./4.0ISO .0/2.0/2./4.0/.0ISO

TMOC00--3 779 .2ISO .2ISO

TMOC00--4 7770 ./2./4.ISO ./2./4./ISO

TMOC00-- 777 .7ISO .7ISO

TMOC00-- 770 .0/./3.0/3.ISO .0/./3.0/3.ISO



D2D

D1

L1

L

D

D1

L1

L

T

D2

4



Sample Order: TMSC0375-NOTE: Use Standard laydown thread turning inserts. See Thread Turning Inserts section - Page 7.

Use external LH inserts for external thread and internal RH inserts for internal thread.

Sample Order: TMVC5-5

NOTE: Requires IC /” vertical thread turning inserts (width T=6). Use external LH inserts for external threads and internal RH inserts for internal threads.

See Thread Turning Inserts section - Page 7.

TMV - Single Point (Vertical Insert) Spare Parts

InsertSize Ordering Code EDP No. Dimensions inch


/8”V TMVC2- 777 4. 2.3 .2 .40 .8 SNT KT

TMS - Single Point (Standard Inserts) Spare Parts

InsertSize



/4” TMSC037-2 773 2.0 0.98 0.37 0.37 0.49 SN2T8 K2T



H

D2

d ( H 7 )

TM Shell Mill Spare Parts

InsertSize

Ordering Code EDP No.No. of inserts

Dimensions inch

IC D2 d(H7) H Insert Screw Torx Key Holder Screw

/4” TMSH-D0-00-2 700 .0 /2 .8SN2T HK2T

/4 X 283/8 X 24

/4” TMSH-D200-07-2 70 8 .97 3/4 .83/8” TMSH-D200-07-3 702 .97 3/4 .8

SN3TM HK3T 3/8 X 243/8 X 243/8B” TMSH-D20-07-3B 703 2.48 3/4 .8

/8” TMSH-D20-07- 704 4 2.48 3/4 .77 SNTM HKT 3/8 X 24

3/4B” TMSH-D20-07-B 72 4 2.48 3/4 .97 SM7T HK7T 3/8 X 24

/8” TMSH-D300-00- 70 3. 2.00 SNTM HKT /2 X 20

3/4B” TMSH-D300-00-B 70 3. 2.00 SM7T HK7T /2 X 20

/8” TMSH-D400-2- 707 7 3.94 /4 2. SNTM HKT /8 X 8

3/4B” TMSH-D400-2-B 7772 3.94 /4 2. SM7T HK7T /8 X 8

/8” TMSH-D00-0- 709 9 4.92 /2 2.0 SNTM HKT 3/4 X

3/4B” TMSH-D00-0-B 70 8 4.92 /2 2.0 SM7T HK7T 3/4 X

43


Cutter Drive

ANSI B94.9 - 977



44

Spare Parts

For VARDEX TM and TMSH Toolholders

Insert IC Holder Holder Screw Insert Screw Torx Key

Designation Thread

.0mm TMMC..-.0 SN7T M2.2x0.4x.0 K7T /4” TM.C..-2 SN2TM M2.x0.4x.9 K2T

3/8” TM.C..-3, TMC..-3 24/... SN3T, SN3TM UNCx9., 8.0 K3T

3/8”B BTM.C..-3B SN3T UNCx.9. K3T

/2” TMC..-4 24/... SN4TM, SA4TM UNC8x0.7, . K4T

/8” TM.C..-, TMC..- 24/... SNTM, SATM Mx0.8x.0 KT

3/4”B TM.C..-B SM7T M7x.0x.0 K30T

/4” TMSH-D0-00-2 /4 - 28 X .2, 3/8 X 24 SN2T M2.x0.4x. HK2T

/4” TMSH-D200-07-2 3/8 - 24 X .2 SN2T M2.x0.4x. HK2T

3/8” TMSH-D200-07-3 3/8 - 24 X .2, 3/8 X 24 SN3TM UNCx8.0 HK3T

3/8”B TMSH-D20-07-3B 3/8 - 24 X .2 SN3TM UNCx8.0 HK3T

/8” TMSH-D20-07- 3/8 - 24 X .2 SNTM Mx0.8x.0 HKT

3/4”B TMSH-D20-07-B 3/8 - 24 X .2 SM7T M7x.0x.0 HK7T /8” TMSH-D300-00- /2 - 20 X . SNTM Mx0.8x.0 HKT

3/4”B TMSH-D300-00-B /2 - 20 X . SM7T M7x.0x.0 HK7T

/8” TMSH-D400-2- /8 - 8 X . SNTM Mx0.8x.0 HKT

3/4”B TMSH-D400-2-B /8 - 8 X . SM7T M7x.0x.0 HK7T

/8” TMSH-D00-0- 3/4 - X .7 SNTM Mx0.8x.0 HKT

3/4”B TMSH-D00-0-B 3/4 - X .7 SM7T M7x.0x.0 HK7T



Thread Milling

> Technical Data



46

Fo r mo re T

ec h n ica l D

a ta

see o u r TM

Ha nd boo

k

About Thread Milling...................................................................................................................................................................... Page 247

Tangential Arc Approach & Radial Approach..................................................................................................................

Preparing or the Thread Milling Operation ..................................................................................................................... Page 249

“G” Codes or CNC Program ........................................................................................................................................................ Page 250


Recommended Cutting Speeds.............................................................................................................................................. Page 251

Minimum Bore Diameters or Thread Milling .................................................................................................................. Page 252

Troubleshooting ................................................................................................................................................................................ Page 254

THREAD MILLING TECHNICAL DATA



AO

B

Z

X

Y

α

p

D

Fig. A Fig. B

α: helix angle

D: external diameter

p: pitch

47

u Tangential Arc Approach

v Radial Approach

w Tangential Line Approach

The thread milling operation (Fig. B) consists of circular rotation of the tool around its own axis together with an orbiting motion along thebore or workpiece circumference.

During one such orbit, the tool will shift vertically one pitch length. These movements combined with the insert geometry create the

required thread form.

There are three acceptable ways of approaching the workpiece with the tool to initiate production of the thread:

About Thread Milling

In order to perform a thread milling operation, a milling machine with three-axis control capable of helical interpolation is required. Helical

interpolation is a CNC function producing tool movement along a helical path. This helical motion combines circular movement in one

plane with a simultaneous linear motion in a plane perpendicular to the first. For example, the path from point A to point B (Fig. A) on the

envelope of the cylinder combines a circular movement in the xy plane with a linear displacement in the z direction.

On most CNC systems this function can be executed in two different ways:

GO: Helical interpolation in a clockwise direction

GO3: Helical interpolation in a counter-clockwise direction



D 2

2

5

3

4

1

6

2

1 3

6 4

5

D 1

D 1

D 2

1 2

4 3

2 1

3 4D

2

D 1

D 1

D 2

48

1-2: Radial entry

2-3: Helical movement during one full orbit (60°)

3-4: Radial exit

v Radial Approach

This is the simplest method. There are two characteristics worth noting about the radial approach:

A. A small vertical mark may be left at the entry (and exit) point. This is of no significance to the thread itself.

B. When using this method with very hard materials, there may be a tendency of the tool to vibrate as it approaches the full cutting depth.

Note: Radial feed during entry to the full profile depth should only be /3 of the subsequent circular feed !

1-2: Rapid approach2-3: Tool entry along tangential arc, with simultaneous feed along z-axis


4-5: Tool exit along tangential arc, with continuing feed along z-axis

5-6: Rapid return

u Tangential Arc Approach

With this method, the tool enters and exits the workpiece smoothly. No marks are left on the workpiece and there is no vibration, even

with harder materials.

Although it requires slightly more complex programming than the radial approach (see below), this is the method recommended for

machining the highest quality threads.

T h r e a d i n g T o o l


W o r k

p i e c e

W o r k

p i e c e

External ThreadInternal Thread



W o r k p i e c e

W o r k p i e c e

External ThreadInternal Thread



D 2

2

3

1

4

D 1

D 2

N

V c

ØD2

F2

F1ØDi

F2=F1 X (Di + D2)

Di

F1=F2 X Di

Di + D2

ØDo

ØD2

F2F1

F2=F1 X (Do - D2)

Do

F1=F2 X Do

Do - D2

49

On most CNC machines, the feed

rate required for programming is

that of the center-line of the tool.

When dealing with linear tool

movement, the feed rate at the

cutting edge and the center line

are identical, but with circular tool

movement, such is not the case.

The equations define the

relationship between feed rates at

the cutting edge and at the toolcenter line.

v Calculation of Feed Rates at the Tool Center Line

V = N x π x D2

π x D2N =

x V

F1 = N x z x f

N - Rotational Velocity [R.P.M.]

V - Cutting Speed [ft/min]

D2 - Toolholder Cutting Dia. [inch]

F1 - Tool Feed Rate at the Cutting Edge [inch/min]

z - No. of Cutting Edges

f - Feed per Tooth per Rotation [inch/rev]

Preparing for the Thread Milling Operation

u Calculation of Rotational Velocity and Feed at the Cutting Edge

1-2: Radial entry with simultaneous feed along z axis


3-4: Radial exit

w Tangential Line Approach

This method is very simple, and has all of the advantages of the tangential arc method. However, it is applicable only with external threads.

Thread

External Thread

Threading Tool

Threading Tool

Thread

Internal Thread


W o r k p i e c e

External Thread



50

List of “G” Codes (ISO) for CNC Program

Code Description Code Description

% Recognition code (ISO or EIA), +End of tape H Tool length compensation number

G00 Fast feed linear positioning D Tool radius compensation number

G0 Linear interpolation X X coordinate

G02 Circular/Helical interpolation CW Y Y coordinate

G03 Circular/Helical interpolation CCW Z Z coordinate

G40 Cutter radius compensation cancel R Radius of travelG4 Cutter radius compensation left I X coordinate to center of starting arc travel

G42 Cutter radius compensation right J Y coordinate to center of starting arc travel

G43 Tool length compensation + M3 Spindle forward rotation

G49 Tool length compensation cancel M Spindle stop

G7 Work coordinate system selection M30 Program end & rewind

G90 Absolute command re lat ive to work coordinate origin O Program number

G9 Incremental command relative to tool position N Blo ck numb er (can b e avoided)

F Feed mm/min ( Start of comment

S Spindle speed RPM ) End of comment


Grade Application Sample

VBXFirst choice or steel and cast iron

A tough sub-micron substrate with TiCN coating

Provides good fracture toughness and excellent wear resistance

VTXFirst choice or stainless steel

A tough sub-micron substrate with TiAlN coating

Provides good fracture toughness and excellent wear resistance

VK2 Uncoated grade for machining cast iron & nonferrous metals



2

1 3

6 4

5

5

Tool entry along tangential arcRecommendation:

At tool entry, set the Feed f [inch/tooth] to 70% lower than the threading Feed.

Example:

Threading Feed: 0.0[inch/tooth]

Tool entry Feed: 0.00[inc/tooth]

Recommended Grades, Cutting Speeds Vc [ft/min] and Feed f [inch/tooth]

MaterialGroup

V a r d e x N o .


Vc [t/min] Feedf[inch/tooth]Coated Uncoated

VBX VTX VK2Indexable

Inserts

PSteel

Unalloyed steel

Low carbon (C=0.- 0.2%) 2 328 - 88 29 - 90 0.002 - 0.02

2 Medium carbon (C=0.2-0.%) 0 328 - 90 29 - 7 0.002 - 0.00

3 High Carbon (C=0.-0.8%) 70 328 - 7 29 - 24 0.002 - 0.0084

Low alloy steel(alloying elements≤%)

Non hardened 80 29 - 24 29 - 08 0.002 - 0.00

Hardened 27 22 - 90 22 - 24 0.002 - 0.008

Hardened 30 229 - 49 229 - 492 0.002 - 0.00


Annealed 200 97 - 42 229 - 377 0.002 - 0.008

8 Hardened 32 229 - 3 97 - 328 0.002 - 0.004

9Cast steel

Low alloy (alloying elements <%) 200 328 - 7 328 - 7 328 - 492 0.002 - 0.00

0 High alloy (alloying elements >%) 22 229 - 393 229 - 42 97 - 42 0.002 - 0.004

MStainless

Steel


Non hardened 200 328 - 7 393 - 90 0.002 - 0.00

2 Hardened 330 328 - 7 393 - 90 0.002 - 0.004


Austenitic 80 229 - 49 328 - 49 0.002 - 0.00

4 Super Austenitic 200 229 - 49 328 - 49 0.002 - 0.004


Non hardened 200 229 - 49 328 - 49 0.002 - 0.00

Hardened 330 229 - 49 328 - 49 0.002 - 0.004


Austenitic 200 229 - 393 328 - 393 0.002 - 0.00

8 Hardened 330 229 - 393 328 - 393 0.002 - 0.004

KCast Iron


Ferritic (short chips) 30 97 - 42 328 - 393 0.00 - 0.03

29 Pearlitic (long chips) 230 97 - 393 22 - 328 0.00 - 0.002

30Grey cast iron

Low tensile strength 80 97 - 42 22 - 328 0.002 - 0.00

3 High tensile strength 20 97 - 328 22 - 328 0.002 - 0.004

32Nodular SG iron

Feritic 0 97 - 40 22 - 328 0.002 - 0.00

33 Pearlitic 20 4 - 29 97 - 29 0.002 - 0.004

N(K)Non-Ferrous

Metals


Non aging 0 328 - 820 - 983 0.004 - 0.0

3 Aged 00 328 - 90 97 - 3 0.004 - 0.02

3

Aluminium alloys

Cast 7 492 - ,3 97 - 393 0.004 - 0.02

37 Cast & aged 90 492 - 98 97 - 328 0.002 - 0.00

38 Aluminium alloys Cast Si 3-22% 30 22 - 492 - 4 0.004 - 0.02


Brass 90 393 - 88 328 - 4 - 229 0.004 - 0.02

40 Bronze and non leaded copper 00 393 - 88 328 - 4 - 229 0 .002 - 0.00

S(M)Heat

ResistantMaterial

9


Annealed (Iron based ) 200 - 48 - 3 - 98 0.002 - 0.004

20 Aged (Iron based) 280 - 98 - 98 49 - 82 0.00 - 0.002

2 Annealed (Nickel or Cobalt based) 20 - 4 49 - 49 - 0.00 - 0.002

22 Aged (Nickel or Cobalt based) 30 33 - 49 33 - 49 33 - 49 0.00 - 0.002

23 Titanium alloys

Pure 99. Ti 400Rm 229 - 49 229 - 393 3 - 97 0.00 - 0.002

24 α+β alloys 00Rm - 4 - 4 - 3 0.00 - 0.002

H(K)HardnedMaterial

2


4-0HRc - 48 - 48 0.00

2 -HRc - 48 - 48 0.00



5

Minimum Bore Diameters for Thread Milling

Pitch mm0. 0. 0.7 0.7

0.800.9 .0 .2 . .7 2.0 2. 3.0 3. 4.0 4. .0 . .0

Pitch tpi48 44 3 32 28 2

24209

8

4 32

.

0 98

7 4. 4

ToolholderOrdering Code

D2 Minimum Bore Diameter Di mm

TMMC 00- .0 0.3 0.37 0.38 0.39 0.39 0.4 0.42 0.4 0.47

TMMC 07-.0 0.3 0.37 0.38 0.39 0.39 0.4 0.42 0.4 0.47

TMMC 07-.0 24/203 0.3 0.37 0.38 0.39 0.39 0.4 0.42 0.4 0.47

TMC 00-2 0.4 0.47 0.48 0.49 0.49 0. 0.2 0. 0.7 0.9

TMC 07-2 0.4 0.47 0.48 0.49 0.49 0. 0.2 0. 0.7 0.9

TMLC 00-2 0.4 0.47 0.48 0.49 0.49 0. 0.2 0. 0.7 0.9

TMSC 037-2 0.49 0. 0.0 0.4 0.3 0. 0. 0.9 0. 0.3

TMOC 07-2 0.7 0.9 0.0 0. 0. 0.3 0. 0.7 0.70 0.73

TMNC 02-3 0. 0.3 0.4 0. 0. 0.7 0.8 0.70 0.73 0.7 0.77 0.79

TMC 07-3 24/20 0. 0.3 0.4 0. 0. 0.7 0.8 0.70 0.73 0.7 0.77 0.79

TMC 02-3 0.7 0.9 0.70 0.7 0.72 0.74 0.7 0.77 0.79 0.8 0.83 0.8

BTMC 02-3B 0.7 0.9 0.70 0.7 0.72 0.74 0.7 0.77 0.79 0.8 0.83 0.8

TM2C 07-2 0.7 0.9 0.70 0.7 0.72 0.74 0.7 0.77 0.79 0.8

BTMC 07-3B 0.7 0.78 0.79 0.80 0.80 0.82 0.83 0.8 0.87 0.89 0.9 0.93

TMNC 07-3 0.7 0.78 0.79 0.80 0.80 0.82 0.83 0.8 0.87 0.89 0.9 0.93

TMC 07-3 0.79 0.8 0.83 0.83 0.84 0.8 0.87 0.89 0.9 0.93 0.94 0.9

TMOC 07-3 0.79 0.8 0.83 0.83 0.84 0.8 0.87 0.89 0.9 0.93 0.94 0.9

BTMWC 00-3B 0.87 0.89 0.9 0.9 0.92 0.94 0.94 0.97 0.98 .00 .02 .04

BTMLC 00-3B 0.87 0.89 0.9 0.9 0.92 0.94 0.94 0.97 0.98 .00 .02 .04

TMLC 00-3 0.87 0.89 0.9 0.9 0.92 0.94 0.94 0.97 0.98 .00 .02 .04

TMC 00- 24/204 0.98 .0 .02 .03 .04 .0 .0 .09 . .3 . .7 .23 .33 .44 . .8

TM2C 00-3 .02 .0 .0 .07 .08 .09 .0 .3 . .7 .9 .2

BTM2C 00-3B .02 .0 .0 .07 .08 .09 .0 .3 . .7 .9 .2

TMC 00- .8 .2 .22 .23 .24 .2 .2 .29 .32 .34 .3 .40 .44 .4 . .77 .89

TMLC 00- .8 .2 .22 .23 .24 .2 .2 .29 .32 .34 .3 .40 .44 .4 . .77 .89

TMOC 00- .8 .2 .22 .23 .24 .2 .2 .29 .32 .34 .3 .40 .44 .4 . .77 .89

TMC 2-B .38 .2 .4 . .0 . .73 .8 .97 2.0 .7 .97 .7 2.2 2.23

TMC 2- .4 .0 .0 . .2 .4 . .9 . .3 . .9 .73 .83 .93 2.0 2.9

TMLC 2- .4 .0 .0 . .2 .4 . .9 . .3 . .9 .73 .83 .93 2.0 2.9

TMNC 2- .4 .0 .0 . .2 .4 . .7 . .3 . .9 .73 .83 .93 2.0 2.9

TMSH D0-00-2 .0 .2 .2 .3 .4 . .7 . . .9

TM2C 2- . .70 .7 .72 .72 .7 .77 .8 .83 .8 .87 .90 .93 2.0 2. 2.2 2.40

TMVC 2- .8 2.4

TMC 0-B .8 .9 .97 .99 2.03 2.09 2.7 2.7 2.9 2.7 2.07 2.3 2. 2.2 2.23

TMLC 0-B .8 .9 .97 .99 2.03 2.09 2.7 2.7 2.9 2.7 2.07 2.3 2. 2.2 2.23

TMSH D200-07-2 .97 .99 2.00 2.00 2.0 2.03 2.0 2.09 2.3 2.

TMSH D200-07-3 .97 .99 2.00 2.00 2.0 2.03 2.0 2.09 2.3 2. 2.7 2.9



53

Minimum Bore Diameters for Thread Milling (con't)

Pitch mm0. 0. 0.7 0.7

0.800.9 .0 .2 . .7 2.0 2. 3.0 3. 4.0 4. .0 . .0

Pitch tpi48 44 3 32 28 2

24209

8

4 32

.

0 98

7 4. 4

ToolholderOrdering Code

D2 Minimum Bore Diameter Di mm

TM2C 0-B 2.0 2.20 2.2 2.22 2.24 2.32 2.42 2.48 2.2 2.0 2.4 2. 2.72 2.7

TMSH D20-07-3B 2.48 2. 2. 2.2 2.2 2.4 2. 2. 2.4 2. 2.8 2.72

TMSH D20-07- 2.48 2. 2. 2.2 2.2 2.4 2. 2. 2.4 2. 2.8 2.72 2.7 2.83 2.87 2.9 2.9

TMSH D20-07-B 2.48 2.4 2. 2.8 2.72 2.7 2.83 2.87 2.9 2.9 3.03 3.07 3.09 3. 3.9

TMSH D300-00- 3. 3.7 3.8 3.9 3.9 3.2 3.23 3.27 3.3 3.33 3.3 3.39 3.43 3.0 3.4 3.8 3.2

TMSH D300-00-B 3. 3.3 3.33 3.3 3.39 3.43 3.0 3.4 3.8 3.2 3.70 3.74 3.7 3.82 3.8

TMSH D400-2- 3.94 3.9 3.9 3.97 3.98 4.00 4.02 4.0 4.09 4. 4.3 4.7 4.2 4.29 4.33 4.37 4.4

TMSH D400-2-B 3.94 4.09 4. 4.3 4.7 4.2 4.29 4.33 4.37 4.4 4.49 4.3 4. 4. 4.

TMSH D00-0- 4.92 4.94 4.9 4.9 4.9 4.98 .00 .04 .08 .0 .2 . .20 .28 .3 .3 .39

TMSH D00-0 -B 4.92 .08 .0 .2 . .20 .28 .3 .3 .39 .47 . .4 .9 .3

Coarse Pitch Tooling:

This table is not applicable to the Coarse Pitch system, which can thread mill bores smaller than those listed above.

See the Coarse Pitch section of the various thread standards.



54

Problem Possible Cause Solution

Increased

insert

flank wear

Cutting speed too high -------- ------➤

Chip is too thin -------------------------➤

Insufficient coolant --------------------➤

Reduce cutting speed/use coated insert

Increase feed rate

Increase coolant flow rate

Chipping of

cutting edge

Chip is too thick ----------------------➤

Vibration --------------------------------➤

Reduce feed rate

Use the tangential arc method

Increase RPM

Check stability

Material

build up

on thecutting edge

Incorrect cutting speed ----- ---------➤

Unsuitable carbide grade ------------➤

Change cutting speed

Use a coated carbide grade

Chatter /

Vibration

Feed rate is too high ------------------➤

Profile is too deep ---------------------➤

Thread length is too long ------ ------➤

Reduce the feed

Execute two passes, each with increased cutting depth

Execute two passes, each cutting only half the thread length

Execute two passes, each cutting only half the thread length

GO NOGO

Insufficient

thread

accuracy

Tool deflection -- ----- ----- ----- ----- --➤ Reduce feed rate

Execute a “zero” cut

Troubleshooting



> Inserts

> Toolholders

> Technical Data

Super Fast Thread Milling System



56

VARDEX Ordering Code System..............................................................................................................................................

Inserts

American UN....................................................................................................................................................................................... Page 259

ISO Metric.............................................................................................................................................................................................. Page 260

NPT ............................................................................................................................................................................................................ Page 261 NPTF ......................................................................................................................................................................................................... Page 261

Whitworth or BSF, BSP ................................................................................................................................................................. Page 262

BSPT .......................................................................................................................................................................................................... Page 263

Toolholders

Standard Toolholders (MiTM 24)............................................................................................................................................. Page 264

Conical Toolholders (MiTM 24) ................................................................................................................................................ Page 265


Conical Toolholders (MiTM 25) ................................................................................................................................................ Page 267

Shell Mill (MiTM 25)......................................................................................................................................................................... Page 268





Technical Data

Recommended Cutting Speeds and Feed ....................................................................................................................... Page 273

TM Gen Sotware and updatedversions can be downloadedrom www.vargususa.com

MiTM - MULTI-FLUTE INDEXABLE THREAD MILLING



57

MiTM 41 (B)For LargePitches

MiTM 40 (L)For Long Threads

MiTM 25 (S)For StandardApplications

MiTM 24 (M)For Small Bores

Shell MillConical

Shell MillConical

Shell Mill

Shell Mill

Shell MillConical

Conical

Standard

Standard

Standard

Standard

Comprehensive Family of Thread Milling Tools

The VARDEX Multi-flute Indexable Thread Mill (MiTM), reduces cycle time on

machining of threads with long inserts in a variety of holder styles.

No. of Flutes (Z) -2

Cutting Dia. (D2) .4-.3

Tool Overhang (L) .02-.42

No. of Flutes (Z) 3-4


Tool Overhang (L) .9-3.

No. of Flutes (Z) 2-



No. of Flutes (Z) 2-



No. of Flutes (Z)

Cutting Dia. (D2) .47

Tool Overhang (L) .02


Cutting Dia. (D2) .93-2.32

Tool Overhang (L) max. 7.87




No. of Flutes (Z) -

Cutting Dia. (D2) 2.09-2.48



Cutting Dia. (D2) .4-2.32


No. of Flutes (Z)



No. of Flutes (Z)





58

Ordering Code System

R

5

I

3

.00

4

ISO

5

TM

6

VBX

7

- Product Line

R- MiTM line

- Insert Style

4, , 40, 4

4 - Pitch

0.-6.0 mm-4 tpi

6 - System

TM

5 - Standard

ISO- ISO MetricUN-American UN

W- BSW, BSP

NPT-NPT

NPTF-NPTF

BSPT-BSPT

7 - Carbide Grade

VBXVTX

3 - Type of Insert

I - InternalE - External

EI-External+Internal

NC- Plug

R

R

TM

TM

C

3

C

3

00

4

D50

4

067

5

050

5

-

-

0

6

5S

6

S

7

5

7

8

- Product Line

R - MiTM line

BR - MiTM with anti

vibration system

- Product Line

R - MiTM line

6 - Insert Style

S

40L

4B

- Holder Type

TM - Standard holder

TMN - Conical holder

- Holder Type

TM - Standard holder

TMN - Conical holder

7 - No. of Flutes

- 9

4 - Shank Dia. [inch]

, .

4 - Cutting Dia. [inch]

.4-.4

7 - Insert Style

M - 4

S -

L - 40

B - 4

5 - Cutting Dia. [inch]

.4-.4

5 - Drive Hole Dia. [inch]

., .7,

8 - No. of Flutes

-

3 - Cooling

C- Coolant Channel

3 - Cooling

C- Coolant Channel

6 - Tool Overhang [inch]

.0-.

MiTM Holders (Standard and Conical)

MiTM Shell Mill

MiTM Inserts



59

1/4P

1/8P

60°

L

L

Le

Le

MiTM 4

MiTM

L

L

Le

Le

MiTM 4

MiTM 40

External

Internal

Standard MiTM

L Pi tch Order ing Code EDP NO. Order ing Code EDP NO.Cutting

EdgeTeeth Toolholder

inch tpi External VTX VBX Internal VTX VBX Le Zt

.94"(24 mm)

32 R24I32UNTM... 8079 80797 0.97 3

RTMC....M

28 R24I28UNTM... 80798 80799 0.9 27

24 R24I24UNTM... 80802 80803 0.9 23

20 R24I20UNTM... 80804 8080 0.9 9

8 R24I8UNTM... 8080 80807 0.94 7

R24IUNTM... 80808 80809 0.94

4 R24I4UNTM... 8080 808 0.93 3

2 R24I2UNTM... 8082 8083 0.92

0 R24I0UNTM... 8084 808 0.90 9

988”(2 mm)

20 R2E20UNTM... 8094 809 R2I20UNTM... 80492 80493 2 0.9 9

(B)RTMC....S

8 R2E8UNTM.. . 809 8097 R2I8UNTM.. . 80494 8049 2 0 .94 7

R2EUNTM... 8098 8099 R2IUNTM... 8049 80497 2 0 .94

4 R2E4UNTM... 8000 800 R2I4UNTM.. . 80498 80499 2 0.93 3

2 R2E2UNTM... 8002 8003 R2I2UNTM... 8000 800 2 0 .92

0 R2E0UN TM... 80 0 4 800 R2I0UN TM ... 8002 8003 2 0.90 99 *R 2E9UNTM ... 80 0 8007 *R2I9UNTM... 8004 800 2 0.89 8

* See note below8 *R 2E8UN TM ... 80 08 80 09 *R2I8UN TM... 800 8007 2 0.87 7

.7"(40 mm)

20 R40I20UNTM... 8072 8073 2 . 3

(B)RTMC....L

8 R40I8UNTM... 8074 807 2 . 28

R40IUNTM... 807 8077 2 . 2

4 R40I4UNTM... 8078 8079 2 .7 22

2 R40I2UNTM... 80720 8072 2 .0 8

0 R40I0UNTM... 80722 80723 2 .0

9 R40I9UNTM... 80724 8072 2 . 4

8 R40I8UNTM... 8072 80727 2 .0 2

.4"(4 mm)

8 R4E8UN TM... 8 08 8087 R4I8UNTM ... 80828 80829 2 .0 2

RTMC....B

7 R4E7UN TM ... 80 88 8089 R4I7UN TM ... 80830 8083 2 .7 R4EUNTM... 80820 8082 R4IUNTM... 80832 80833 2 .0 9

R4EUNTM... 80822 80823 R4IUNTM... 80834 8083 2 .40 7

4. R4E4.UNTM... 80824 8082 R4I4.UNTM.. . 8083 80837 2 . 7

4 R4E4UNTM... 8082 80827 R4I4UNTM... 80838 80839 2 .0

* Note: 8 UN & 9 UN inserts do not fit into toolholder RTMC0007....For external insert 8 UN use for CNC program (D2 + 0.02")

MiTM inserts 2, 40 and 4 are offered with 2 cutting edges. In case of chip flow diff iculty,

inserts with a single cutting edge can be ordered by request. E xample: R2I20UNTM(S)...



External / Internal

American UN



60

1/4P

1/8P

60°

External

Internal

Standard MiTM

L Pitch Order ing Code EDP No. Ordering Code EDP No. CuttingEdge Teeth Toolholder

inch tpi External VTX VBX Internal VTX VBX Le Zt

.94"(24 mm)

0.0 R24I0.0ISOTM... 8073 8074 0.9 49

RTMC....M

0.7 R24I0.7ISOTM... 807 807 0.97 33

.00 R24I.00ISOTM... 807 8077 0.94 24.2 R24I.2ISOTM... 8078 8079 0.98 20

.0 R24I.0ISOTM... 8070 807 0.94

.7 R24I.7ISOTM... 8072 8073 0.9 4

2.00 R24I2.00ISOTM... 8074 807 0.94 2

2.0 R24I2.0ISOTM... 807 8077 0.98 0

.988”(2 mm)

.00 R2E.00ISOTM... 8084808 R2I.00ISOTM... 80482 80483 2 0.94 24

(B)RTMC....S.0 R2E.0ISOTM... 8087808 R2I.0ISOTM... 80484 8048 2 0.94

2.00 R2E2.00ISOTM... 80888089 R2I2.00ISOTM... 8048 80487 2 0.94 2

2.0 R2E2.0ISOTM... 8090 809 R2I2.0ISOTM... 80488 80489 2 0.98 0

3.00 *R2E3.00ISOTM... 8092 8093 *R2I3.00ISOTM... 80490 8049 2 0.94 8 * See note below

.7"(40 mm)

.00 R40I.00ISOTM... 80702 80703 2 .4 39

(B)RTMC....L.0 R40I.0ISOTM... 80704 8070 2 .4 22.00 R40I2.00ISOTM... 8070 80707 2 .0 9

2.0 R40I2.0ISOTM... 80708 80709 2 .48

3.00 R40I3.00ISOTM... 8070 807 2 .4 3

.4"(4 mm)

3.00 R4E3.00ISOTM... 8078 8079 R4I3.00ISOTM... 80782 80783 2 .4 3

RTMC....B

3.0 R4E3.0ISOTM... 80770 8077 R4I3.0ISOTM... 80784 8078 2 .2

4.00 R4E4.00ISOTM.. . 80772 80773 R4I4.00ISOTM... 8078 80787 2 .7 0

4.0 R4E4.0ISOTM... 80774 8077 R4I4.0ISOTM... 80788 80789 2 .9 9

.00 R4E.00ISOTM... 8077 80777 R4I.00ISOTM... 80790 8079 2 .7 8

.0 R4E.0ISOTM... 80778 80779 R4I.0ISOTM... 80792 80793 2 .2 7

.00 R4E.00ISOTM... 80780 8078 R4I.00ISOTM... 80794 8079 2 .42

L

L

Le

Le

MiTM 4

MiTM

L

L

Le

Le

MiTM 4

MiTM 40

* Note: 3.00 ISO inserts do not fit into toolholder RTMC0007....

For external insert 3.0 ISO use for CNC program (D2 + 0.02")

MiTM inserts 2, 40 and 4 are offered with 2 cutting edges. In case of chip flow dif ficulty,

inserts with a single cutting edge can be ordered by request. E xample: R2I2.00ISOTM(S)...



External / Internal

ISO Metric



6

30°30°

90°1°47’

Extern

Intern30°30°

90° 1°47’

1˚47'

1˚47'

L

Le

L

L

Le

Le

˚47'

˚47'

MiTM

MiTM 4

L˚47'

Le

MiTM 4

MiTM 40

L

Le

L

L

Le

Le

˚47'

˚47'

MiTM

MiTM 4

L

˚47'

Le

MiTM 4

MiTM 40

External

Internal

External

Internal

Standard MiTM

L Pitch Ordering Code EDP No.Cutting


inch tpi External + Internal VTX VBX Le Zt

.94"(24 mm)

8 R24EI8NPTFTM... 8087 8087 0.94 7 RTMNC....M

.988”(2 mm)

4 R2EI4NPTFTM... 8020 802 0.93 3RTMNC....S

. R2EI.NPTFTM... 8 022 8023 0.9

8 R2EI8NPTFTM... 8082 8083 0.87 7 RTMNC-D0-00-2S

.7"(40 mm)

. R40EI.NPTFTM... 8074 8074 .48 7RTMNC-D90-07-40L7

8 R40EI8NPTFTM... 80730 8073 .0 2

.4"(4 mm)

8 R4EI8NPTFTM... 80842 80843 .0 2 RTMC....B

Standard MiTM




.94"(24 mm)

8 R24EI8NPTTM... 80873 80874 0.94 7 RTMNC....M

.988”(2 mm)

4 R2EI4NPTTM... 80 807 0.93 3 RTMNC....S. R2EI.NPTTM... 808 809 0.9

8 R2EI8NPTTM... 8080 808 0.87 7 RTMNC-D0-00-2S

.7"(40 mm)

. R40EI.NPTTM... 80743 80744 .48 7RTMNC-D90-07-40L7

8 R40EI8NPTTM... 80728 80729 .0 2

.4"(4 mm)

8 R4EI8NPTTM... 80840 8084 .0 2 RTMC....B

NPTF



External / Internal

Defined by: ANSI B.0.3-976

Toler anc e c las s: Stand ard NPTF

External / Internal

NPT



6

R 0.137P

55°R0.137P

External

Internal

Standard MiTM

L Pi tch Order ing Code EDP NO. Order ing Code EDP NO.Cutting


inch tpi External + Internal VTX VBX Internal VTX VBX Le Zt

.94"(24 mm)

9 R24EI9WTM... 80844 8084 0.9 8

RTMC....M4 R24EI4WTM... 8084 80847 0.93 3

2 R24EI2WTM... 80848 80849 0.92

.988”(2 mm)

R2EIWTM... 8008 8009 2 0.94

(B)RTMC....S4 R2EI4WTM... 800 80 2 0.93 3

2 R2EI2WTM... 802 803 2 0.92

R2EIWTM... 804 80 2 0.9 0

.7"(40 mm)

R40EIWTM... 800 80 2 . 2

(B)RTMC....L4 R40EI4WTM... 802 803 2 .7 22

2 R40EI2WTM... 804 80 2 .0 8

R40EIWTM... 80 807 2 . 7

.4"(4 mm)

8 R4I8WTM... 8080 808 2 .0 2

RTMC....B7 R4I7WTM... 8082 8083 2 .7

R4IWTM... 8084 808 2 .0 9

L

L

Le

Le

MiTM 4

MiTM L

L

Le

Le

MiTM 4

MiTM 40

MiTM inserts 2, 40 and 4 are offered with 2 cutting edges. In case of chip flow diff iculty,

inserts with a single cutting edge can be ordered by request. E xample: R2EIWTM(S)...

Defined by: B.S.84:956, DIN 59,

ISO8/:98

Toler anc e c las s: Medium Class A

External / Internal

Whitworth for BSF, BSP



63

R0.137P

27.5° 27.5°

90 ° 1 47'° R0.137P

* Fill unused toolholder pockets with Plug inserts (R..NC). This assures balance and prevents instability and chips from packing into empty pockets.

External

Internal

Plug Insert*L Ordering Code EDP No. Teeth Toolholder

inch External + Internal Zt

.94" (24 mm) R24NC 8088

No Teeth

RTMC....M

All Types.988” (2 mm) R2NC 8032 (B)RTMC....S

.7" (40 mm) R40NC 802 (B)RTMC....L

.4" (4 mm) R4NC 8089 RTMC....B

L

L

Le

Le

˚47'

˚47'

MiTM

MiTM 4

L

˚47'

Le

MiTM 40



External / Internal

BSPT

Standard MiTM




.94"(24 mm)

9 R24EI9BSPTTM... 8087 80872 0.9 8 RTMNC 070-02M

.988”(2 mm)

4 R2EI4BSPTTM... 8024 802 0.93 3 RTMNC....S R2EIBSPTTM... 802 8027 0.9 0

.7"(40 mm)

R40EIBSPTTM... 80732 80733 . 7 RTMNC-D90-07-40L7



64

D

D

D

L

L

D

Side with identification marks Side without identification marks

Always mount all inserts withidentification marks face up

To mount insert correctly, pushthe insert toward the pocket walls.

Coolant-Thru is recommended, especially when D > 0.7 x nominal thread diameter

Standard Thread Application by Toolholder

Toolholder Min. Thread Ø

D2

(inch)

ISO

(coarse)

ISO

(fne)UNC UN/UNF/UNEF/UNS BSF BSP(G)

RTMC 0703-02M 0.3 Mx2 M4.x0.; MX0.7; Mx;Mx.2; Mx.; Mx.7

- ⁄ 6-2UN; ⁄ -4UNS; ⁄ -UN; ⁄ -8UNF; ⁄ -20UN; ⁄ -24UNEF; ⁄ -28UN; ⁄ -32UN

⁄ 6-4; ⁄ 4-2

⁄ -9

RTMC 0709-8M 0.9 M8x2.Mx0.; M7X0.7; M7x;M7x.2; M7x.;M8x.7; M8x2

3 ⁄ 4-0 ⁄ 4-2UN; ⁄ 4-4UNS; ⁄ 6-UN; ⁄ 6-20UN; ⁄ 6-24UNEF; ⁄ 6-28UN; ⁄ 6-32UN

⁄ 4-2 -

RTMC 0703-0M2 0.3 M20x2.M7x0.; M7x0.7; M8x;M8x.2; M8x.;M8x.7; M9x2

⁄ 4-0 ⁄ 4-2UN; ⁄ 4-4UNS; ⁄ 4-UN; ⁄ 4-8UNS; ⁄ 4-20UNEF; ⁄ 6-24UNEF; ⁄ 6-28UN; ⁄ 6-32UN

⁄ 4-2 -

RTMC 0703-42M 0.3 M20x2.M7x0.; M7x0.7; M8x;M8x.2; M8x.;M8x.7; M9x2

⁄ 4-0 ⁄ 4-2UN; ⁄ 4-4UNS; ⁄ 4-UN; ⁄ 4-8UNS; ⁄ 4-20UNEF; ⁄ 6-24UNEF; ⁄ 6-28UN; ⁄ 6-32UN

⁄ 4-2 -

RTMC - for Standard Threads Spare Parts ( Ordering code & EDP No.)

Insert Style Ordering Code EDP No. Dimensions (inch) No. of Flutes

L L1 D D1 D2 ZLocationScrew x2

Torx+ Screwdriver

.94"(24 mm)

RTMC 0703-02M 8080 3.27 .02 0.7 0.42 0.3

SLD4IP8(M4x0.7)

(8033)

KIP8•Use the included Vardex Torx+ scre wdri ver only

•Recommended max.torque 0. lbfxin

(7023)

RTMC 0709-8M 808 3.39 .8 0.7 0.47 0.9

RTMC 0703-0M2 8072 3.3 .0 0.7 0.49 0.3 2

RTMC 0703-42M 8082 3.2 .42 0.7 0.49 0.3

Standard Toolholde rs (MiTM 24)



65

D

D

LL

°47'

D

To mount insert correctly, pushthe insert toward the pocket wallsSide without identification marks

On Conical inserts, theidentification mark must face up



Toolholder

D2

(inch)NPT NPTF BSPT

RTMNC 070-02M 0.

⁄ -83

⁄ 8-83

⁄ 8-9


Insert Style Ordering Code EDP No. Dimensions (inch) No. of Flutes

L L1 D D1 D2 ZLocationScrew x2

Torx+ Screwdriver

.94"(24 mm)

RTMNC 070-02M 8083 3.23 .02 0.7 0.4 0. SLD4IP8(M4x0.7)

(8033)

KIP8

•Use the included Vardex Torx+ scre wdri ver only


(7023)

Conical Toolholde rs (Mi TM 24)



66


Insert Style Order ing Code EDP No. Dimensions ( inch)No. of Flutes

L L1 D D1 D2 Z Location Screw x2 Torx+ Screwdriver

.988”(2 mm)

RTMC 0707-0S2 80748 3.29 .00.7

0. 0.7 2

SLD4IP8

(M4x0.7)

(8033)

KIP8•Use the included Vardex Torx+screwdriver only

•Recommended ma x. torque 0.lbfxin

(7023)

RTMC 0707-4S2 80747 3 . .4 0. 0 .7 2RTMC 0007-0S2 8047 3.0 .0

.00

0. 0.7 2

RTMC 0007-4S2 80472 3.8 .4 0. 0 .7 2

RTMC 0007-2S2 8033 3. .2 0.0 0 .7 2

RTMC 0 007-7S2 80 3 4 4. .7 0.0 0.7 2

RTMC 0 008-0S3 80 474 3.90 .0 0. 0.8 3

RTMC 0008-7S3 8047 4 . .7 0. 0 .8 3

RTMC 00087-70S3 8047 4.09 .70 0.7 0 .87 3

RTMC 00087-220S3 80478 4.0 2 .20 0.7 0.87 3

RTMC 008-220S 80479 4.3 2.20 .0 .8

BRTMC 0 08-3S4 80 48 . 3. .0 .8 4

Side with identication marks Side without identication marksAlways mount all inserts

on the same side!

To mount insert correctly,push the insert

toward the pocket walls.Side without identification marks

Always mount all inserts withidentification marks on the

same sideSide with identification marks

To mount inser t correctly, push

the insert toward the pocket walls.


D

D

D

LL

D

Standard Toolholde rs (MiTM 25)

Standard Thread Application by Toolholder Toolholder Min.Thread Ø

D2 (inch) ISO (coarse) ISO (fne) UNC UN/UNF/UNEF/UNS BSF BSP(G)

RTMC 0707-0S2

0.7 M20x2.M9x; M9x.;M20x2

-7 ⁄ 8-0UNS; 3 ⁄ -2UN; 7 ⁄ -4UNF;3 ⁄ 4-UNF; 3 ⁄ 4-8UNS; ⁄ 4-20UNEF

7 ⁄ -; 7 ⁄ -2;7 ⁄ -4; 7 ⁄ -

⁄ -4RTMC 0707-4S2

RTMC 0007-0S2

RTMC 0007-4S2

RTMC 0007-2S20.7

M22x2.M24x3

M2x; M2x.;M22x2

7 ⁄ 8-9;-8

7 ⁄ 8-20UNEF; 7 ⁄ -8UNS; 7 ⁄ -UN;7 ⁄ 8-4UNF; 7 ⁄ -2UN; 7 ⁄ -0UNS

7 ⁄ -; 7 ⁄ -4; ⁄ 6-2; ⁄ 6-

⁄ -4RTMC 0007-7S2

RTMC 0008-0S30.8 M24x3

M22x; M23x.;M23x2; M23.x2.

-8 ⁄ -9UN; -0UNS; ⁄ -2UN;-4UNS; ⁄ 6-UN; 7 ⁄ -8UNS; 7 ⁄ -20UNEF

-; -2;-4; -

⁄ -4RTMC 0008-7S3

RTMC 00087-70S30.87 M27x3

M24x; M24x.;M2x2; M2x2.

- ⁄ -8UN; -9UN; -0UNS; -2UNF;-4UNS; -UN; -8UN; ⁄ 6-20UNEF

-; -2;-4; -

⁄ 4-4RTMC 00087-220S3

RTMC 008-220S .8 - M32x; M32x.;M33x2; M33x2.; M34x3

- ⁄ -8UN; ⁄ -9UN; ⁄ -0UN; ⁄ 6-2UN;3 ⁄ 8-4UNS; ⁄ 6-UN; ⁄ 6-8UNEF; ⁄ 6-20UN

⁄ -; ⁄ -2; ⁄ -4; ⁄ -

-BRTMC 008-3S4



67

RTMNC - for Conical Threads Spare Parts ( Ordering code & EDP No.)

Insert Style Ordering Code EDP No. Dimensions (inch)No. of

Flutes

L L1 D D1 D2 Z Location Screw x2 Torx+ Screwdriver

.988”(2 mm)

RTMNC 0707-0S2 80749 3.29 .0 0.7 0. 0.7 2

SLD4IP8(M4x0.7)

(8033)

KIP8•Use the included Vardex Torx+ scre wdri ver only

•Recommended max. torque0. lbfxin

(7023)

RTMNC 0007-0S2 80473 3 .0 .0 .00 0. 0.7 2RTMNC 0 0087-70S3 80 477 4.09 .70 .00 0.7 0.87 3

RTMNC 000-70S4 80480 4.0 .70 .00 .0 .0 4


D

D

LL

°47'

D2

To mount insert correctly,push the insert toward thepocket wallsSide without identification marks

On Conical inserts, theidentification mark must face up

Conical Toolholde rs (Mi TM 25)

Conical Thread Application by Toolholder

Toolholder Thread Ø

D2 (inch) NPT NPTF BSPT

RTMNC 0707-0S2

0.7 ⁄ -4; ⁄ 4-4; -.; ⁄ 4-.; ⁄ -.; 2-.

⁄ -4; ⁄ 4-4; -.; ⁄ 4-.; ⁄ -.; 2-.

⁄ -4; ⁄ 4-4

RTMNC 0007-0S2

RTMNC 00087-70S3 0.87 ⁄ 4-4; -.; ⁄ 4-.; ⁄ -.; 2-.

⁄ 4-4; -.; ⁄ 4-.; ⁄ -.; 2-.

⁄ 4-4; -; ⁄ 4-; ⁄ -; 2-;2 ⁄ -; 3-; 4-; -; -

RTMNC 000-70S4 .0-.; ⁄ 4-.; ⁄ -.; 2-.

-.; ⁄ 4-.; ⁄ -.; 2-.

-; ⁄ 4-; ⁄ -; 2-;2 ⁄ -; 3-; 4-; -; -



68

Conical and Standard Shell Mills Spare Parts ( Ordering code & EDP No.)

InsertStyle

Ordering Code EDP No. Dimensions (inch)No. of Flutes

D1 D2 d(H7) H Z Location Screw x2 Torx+ Screwdriver Holder Screw

Standard .988”(2 mm)

RTMC-D0-00-2S 809 .38 .4 0.0 .2

SLD4IP8(M4x0.7)

(8033)

KIP8

•

Use the includedVardex Torx+screwdriver only


(7023)

/4"-28x.00 (7023)

RTMC-D90-07-2S7 8070 .77 .93 0.7 .8 7 3/8"-24x.2 (70223)

RTMC-D230-00-2S9 807 2.7 2.32 .00 .8 9 /2"-20x.2 (7022)

Conical RTMNC-D0-00-2S 8072 .38 .4* .0 .2 /4"-28x.00 (7023)

* For inserts 8NPT and 8NPTF use for CNC program (D2+0.024")


Side without identification marks

Always mount all inserts

on the same side!Side with identification marks

To mount insert correctly,

push the insert toward the

pocket walls.

H

Da

Adaptor not included

D≥Da

d(H7) DD2

Shell Mill (MiTM 25)

Conical Thread Applications by Toolholder

Toolholder Thread Ø


Conical RTMNC-D0-00-2S .4* ½ - .; 2 - . ½ - .; 2 - . ½- x

Standard Thread Applications by Toolholder


D2(inch) ISO (fne) UN/UNF/UNEF/UNS BSW BSP(G)

Standard

RTMC-D0-00-2S .4M42x ; M42 x.;M4x2 ; M4x3

⁄ 6-2UNF; ⁄ 4-4UNS; ⁄ -UN ⁄ -8UNEF; ⁄ -20UN;

¾ -¾ -2

½ -

RTMC-D90-07-2S7 .93M2x ; Mx.;Mx2 ; Mx3

2 ⁄ -2UN; 2 ⁄ 6-UN; 2 ⁄ -20UN; 2 ⁄ -8UN2¼-0UNS; 2¼-4UNS; 2¼-8UNS

2¼ -2¼ -2

¾ -

RTMC-D230-00-2S9 2.32M4x ; M4x.;M4x2 ; Mx3

2½-8UN; 2½-20UN; 2½-8UN2½-2UN; 2½-0UN; 2½-4UN; 2½-UN

2½ -2½ -2

2¼ -



69

ClampingScrew x2




Step Clamping System!


D

D2

D

L

L

D

Standard Toolholders (Mi TM 40)

LocationScrew



D2

(inch)

ISO

(coarse)

ISO

(fne)UNC UN/UNF/UNEF/UNS BSF BSP(G)

RTMC 00087-9L3 0.87 M27x3

M24x; M24x.

M2x2; M2x2. -

⁄ 6-8UN; -9UN; -0UNS; -2UNF;

-4UNS; -UN; -8UN; ⁄ 6-20UNEF

-; -2;

-4; -;

⁄ 4

-4

RTMC 00087-2L3 0.87 M27x3M24x; M24x.M2x2; M2x2.

- ⁄ 6-8UN; -9UN; -0UNS; -2UNF-4UNS; -UN; -8UN; ⁄ 6-20UNEF

-; -2;-4; -;

⁄ 4-4

RTMC 28-2L4 .8 -M32x; M32x.M33x2; M33x2.; M34x3

- ⁄ -8UN; ⁄ -9UN; ⁄ -0UN; ⁄ 6-2UN; ⁄ -4UNS; ⁄ 6-UN; ⁄ 6-8UNEF; ⁄ 6-20UN

⁄ -; ⁄ -2; ⁄ -4; ⁄ -

-

BRTMC 28-3L3 .8 -M32x; M32x.M33x2; M33x2.; M34x3

- ⁄ -8UN; ⁄ -9UN; ⁄ -0UN; ⁄ 6-2UN; ⁄ -4UNS; ⁄ 6-UN; ⁄ 6-8UNEF; ⁄ 6-20UN

⁄ -; ⁄ -2; ⁄ -4; ⁄ -

-


Insert Style Order ing Code EDP No. Dimensions (inch)No. of Flutes

L L1 D D1 D2 ZLocation

ScrewClamping Screw x2 Torx+ Screwdriver

.7"(40 mm)

RTMC 0 0087-9L 3 808 4.0 0 .9 .0 0 0.7 0.87 3

SLD4IP8A(M4x0.7)

(8033)

SCD4IP8(M4x0.7)

(8022)

KIP8

•Use the included Vardex Torx+ scre wdriv er only


(7023)

RTMC 00 087-2L3 80 9 4. 87 2. .0 0 0.7 0.87 3

RTMC 28-2L4 80 20 4. 2. .2 .02 .8 4

BRTMC 28-3L3 802 .3 3. .2 .02 .8 3



70

Conical and Standard Shell Mills Spare Parts ( Ordering code & EDP No.)

InsertStyle

Ordering Code EDP No. Dimensions (inch)No. of Flutes

D1 D2 d(H7) H ZLocation

ScrewClampingScrew x2

Torx+Screwdriver

HolderScrew

Standard .7"(40 mm)

RTMC D90-07-40L7 8023 .77 .93 0.7 .97 7

SLD4IP8A(M4x0.7)

(8033)

SCD4IP8(M4x0.7)

(8022)

KIP8

•Use the included Vardex Torx+ scre wdri ver only


(7023)

3/8"-24x.2 (70223)

RTMC D230-00-40L9 8024 2.7 2.32 .00 2.00 9 /2"-20x. (70224)

Conical RTMNC D90-07-40L7 802 .77 .93 0.7 .97 7 3/8"-24x.2 (70223)


Always mount all inserts on

the same side!Side without identification marksSide with identification marks


Da


D≥Da

H

d(H7) DD2


ClampingScrew x2

LocationScrew

Conical Thread Application by Toolholder



Conical RTMNC D90-07-40L7 .93 2-.; 2 ⁄ -8 (and up) 2-.; 2 ⁄ -8; 3-8 2-x

Standard Thread Application per Toolholder


D2 (inch) ISO (fne) UN/UNF/UNEF/UNS BSW BSP(G)

Standard

RTMC D90-07-40L7 .93 M2x; Mx.; Mx2; Mx37 ⁄ -2UN; ⁄ 6-UN; ⁄ 6-20UN; ⁄ 6-8UN; 7 ⁄ -0UNS; 7 ⁄ -4UNS

2¼ -2;2¼ -

¾ -

RTMC D230-00-40L9 2.32 M4x; M4x.; M4x2; Mx32 ⁄ 4-8UN; 2 ⁄ 4-0UN; 2 ⁄ 4-2UN;2 ⁄ 4-4UN; 2 ⁄ 4-UN; 2 ⁄ 4-8UN; 2 ⁄ 4-20UN

2½ -2;2½ -

2¼ -



7





D2

D

D

L

L

D

ClampingScrew

LocationScrew x2


Standard Toolholders (Mi TM 41)

* For external applications, inserts R4E... use for CNC program (D2+0.024")



D2*

(inch)

ISO

(coarse)

ISO

(fne)UNC UN/UNF/UNEF/UNS BSW/BSF NPT NPTF

RTMC 0009-9B2 0.97 M30x3.; M3x4 M28X3; M4x4 ⁄ -7; ⁄ - ⁄ -8UN; 7 ⁄ 6-UN ⁄ -8BSF; ⁄ 4-7BSW - -

RTMC 28-9B3 .8 M3x4; M42x4.M34X3; M34x3.;M4x4

⁄ - ⁄ -8UN; 7 ⁄ 6-UN ⁄ -8BSF; ⁄ 4-7BSF; ⁄ -BSW

- -

RTMC 28-2B3 .8 M3x4; M42x4.M34X3; M34x3.;M4x4

⁄ - ⁄ -8UN; 7 ⁄ 6-UN ⁄ -8BSF; ⁄ 4-7BSF; ⁄ -BSW

- -

RTMC 24-9B .42M42x4.; M48x;Mx.; M4x

M40x3; M40x3.;M42x4; M70x

⁄ 4-; 2-4.;2 ⁄ -4

⁄ -8UN; ⁄ -UN ⁄ -8BSF; ⁄ 4-7BSF;7 ⁄ -BSF

2 ⁄ -8 2 ⁄ -8

RTMC 24-2B4 .42M42x4.; M48x;Mx.; M4x

M40x3; M40x3.;M42x4; M70x

⁄ 4-; 2-4.;2 ⁄ -4

⁄ -8UN; ⁄ -UN ⁄ -8BSF; ⁄ 4-7BSF;7 ⁄ -BSF

2 ⁄ -8 2 ⁄ -8


Insert Style Order ing Code EDP No. Dimensions (inch)No. of Flutes

L L1 D D1 D2* ZLocationScrew x2

Clamping Screw Torx+ Screwdriver

.4"(4 mm)

RTMC 0009-9B2 8084 4.3 .9 .00 0 .7 0 .97 2

SLD4IP8A(M4x0.7)

(8033)

SCD4IP8(M4x0.7)

(8022)

KIP8

•Use the included Vardex Torx+ scre wdriv er only


(7023)

RTMC 28-9B3 808 4.3 .9 .2 0.9 .8 3RTMC 28-2B3 808 .00 2. .2 0.9 .8 3

RTMC 24-9B 8087 4.3 .9 .2 . .42

RTMC 24-2B4 8088 4.98 2 . .2 . .42 4



7

H

Da


D≥Da

Dd(H7)D2

Always mount all inserts on

the same side!Side without identification marksSide with identification marks

ClampingScrew

LocationScrew x2


* For external applications, inserts R4E... use for CNC program (D2+0.024")

Standard Shell Mill Spare Parts ( Ordering code & EDP No.)

Insert Style Ordering Code EPD No. Dimensions (inch)No. of Flutes

D1 D2* d(H7) H ZLocationScrew x2

Clamping Screw Torx+ ScrewdriverHolderScrew

.4"(4 mm)

RTMC D209-07-4B 8089 .77 2.09* 0.7 2.00 SLD4IP8A

(M4x0.7)

(8033)

SCD4IP8

(M4x0.7)

(8022)

KIP8

•Use the included Vardex

Torx+ scre wdriv er only•Recommended max.torque 0. lbfxin

(7023)

3/8"-24x. (7024)

RTMC D248-00-4B 80870 2.7 2.48* .00 2.00 /2"-20x. (70224)





D2*

(inch)

ISO

(coarse)

ISO

(fne)UNC UN/UNF/UNEF/UNS BSF NPT NPTF

RTMC D209-07-4B 2.09* M4XM8x4;

M70x

2 ⁄ -42 ⁄ -UN;

2

⁄

-8UN

2 ⁄ -8;

2½-

2 ⁄ -8 2 ⁄ -8

RTMC D248-00-4B 2.48* -M8x4;M70x

3-42¾-UN;2¾-8UN

2¾-8;2¾-

2 ⁄ -8 2 ⁄ -8



73

Grades

Grade Application Sample

VBXTiCN coated carbide grade.Excellent grade for steels and general use.

VTXTiAlN coated carbide grade.Ideal for Stainless Steels.


MaterialGroup

V a r d e x N o .

Material

HardnessBrinell

HB

Vc [t/min] Feed [inch/tooth]

VBX VTX f

PSteel

Unalloyed steel

Low carbon (C=0.- 0.2%) 2 328- 89 29-90 .0040-.038

2 Medium carbon (C=0.2-0.%) 0 328-90 29-8 .0040-.07

3 High Carbon (C=0.-0.8%) 70 328-8 29-24 .0040-.038

4 Low alloy steel(alloying elements≤%)

Non hardened 80 29-97 29-08 .0040-.07 Hardened 27 22-492 22-2 .0040-.038

Hardened 30 230-49 230-492 .0040-.08


Annealed 200 97-42 230-377 .0040-.038

8 Hardened 32 230-3 97-328 .0040-.0080

9Cast steel

Low alloy (alloying elements <%) 200 328-8 328-8 .0040 -.08

0 High alloy (alloying elements >%) 22 230-394 230-42 .0040-.0080

MStainless

Steel


Non hardened 200 328-8 394-90 .0040-.08

2 Hardened 330 328-8 394-90 .0040-.0080


Austenitic 80 230-40 328-49 .0040-.08

4 Super Austenitic 200 230-40 328-49 .0040-.0080


Non hardened 200 230-40 328-49 .0040-.08

Hardened 330 230-40 328-49 .0040-.0080


Austenitic 200 230-394 328-394 .0040-.08

8 Hardened 330 230-394 328-394 .0040-.0080

KCast Iron


Ferritic (short chips) 30 97-42 328-394 .0020-.003

29 Pearlitic (long chips) 230 97-394 22-328 .00-.0040

30Grey cast iron

Low tensile strength 80 97-42 22-328 .0040-.08

3 High tensile strength 20 97-328 22-328 .0040-.0080

32Nodular SG iron

Feritic 0 97-40 22-328 .0040-.08

33 Pearlitic 20 4-29 97-29 .0040-.0080

N(K)

Non-FerrousMetals


Non aging 0 328-820 .000-.02

3 Aged 00 328-90 .000-.097

3Aluminium alloys

Cast 7 492-32 .000-.097

37 Cast & aged 90 492-98 .0040-.07

38 Aluminium alloys Cast Si 3-22% 30 22-492 .000-.097


Brass 90 394-89 328- .000-.097

40 Bronze and non leaded copper 00 394-89 328- .0040-.07

S(M)Heat

Resistant

Material

9


Annealed (Iron based ) 200 -48 -3 .0040-.0080

20 Aged (Iron based) 280 -98 -98 .00-.0040

2 Annealed (Nickel or Cobalt based) 20 49- 49- .00-.0040

22 Aged (Nickel or Cobalt based) 30 33-49 33-49 .00-.0040

23 Titanium alloys

Pure 99. Ti 400Rm 230-49 230-394 .00-.0040

24 a+b alloys 00Rm -4 -4 .00-.0040

H(K)

HardenedMaterial

2


4-0HRc 49-48 49-48 .0024-.0047

2 -HRc 49-3 49-3 .00-.003



74



TMSDThread Mill for Deep Holes

> Inserts

> Toolholders

> Technical Data



76

TM Gen Software and updatedversions can be downloaded

from www.vargususa.com

A multi-flute, high-productivity, and economical

solution for milling threads in deep holes

Wide Range of Pitches Partial profile

Fast Machining Multi-flute, up to cutting edges (inserts)

Cost Effective Up to cutting edges per insert

Very high feed per tooth

Smooth Cut Reduced load on the cutting edges due to

single point insert design

Cooling Thru For improved chip evacuation and cooling

the cutting corner

Long Overhang Up to ." (7.7" in Shell Mill)

Tool Cutting Diameter As small as 0."

TMSD - THREAD MILL FOR DEEP HOLES

VARDEX Ordering Code System...............................................................................................................................................

Inserts

Partial Profle 60°................................................................................................................................................................................ Page 279

Partial Profle 55°................................................................................................................................................................................ Page 280

Trapez....................................................................................................................................................................................................... Page 281

Toolholders

Weldon Shank (Mini L-Style) ..................................................................................................................................................... Page 282

Carbide Cylindrical Shank (Mini L-Style) ........................................................................................................................... Page 283

Weldon Shank (U-Style) ............................................................................................................................................................... Page 284

Carbide Cylindrical Shank (U-Style) ...................................................................................................................................... Page 285

Steel Cylindrical Shank (U-Style) ............................................................................................................................................ Page 286

Shell Mill (U-Style) ............................................................................................................................................................................ Page 287

Steel Cylindrical Shank (A-Style)............................................................................................................................................. Page 288

Technical Data Recommended Cutting Speeds and Feed ...................................................................................................................... Page 289



77

A StyleFor Shorter L2

U StyleFor LargePitches

Mini LFor Small Boresand Short L2

Shell Mill

Steel

CylindricalShank

Steel

CylindricalShank

Carbide

CylindricalShank

Carbide

CylindricalShank

Weldon

Shank

WeldonShank

TMSD Thread Mill for Deep Holes

A multi-flute, high-productivity, and economical solution for milling threadsin deep holes

Tool Overhang (L) .4-.

Cutting Dia. (D2) .-.70No. of Flutes (Z) -3

Tool Overhang (L) .7-4.72Cutting Dia. (D2) .8-.



Cutting Dia. (D2) .-.70No. of Flutes (Z) -3

Tool Overhang (L) .98-3.Cutting Dia. (D2) .8-.8


Tool Overhang (L) .7-.2Cutting Dia. (D2) .9-.44


Tool Overhang (L) Max. 7.87Cutting Dia. (D2) .9-4.3




No. of Flutes (Z) 3



IC

78

TMSD Inserts


TMSD Toolholders

L -

A -

U -

3 - Type of Insert

I - Internal

7 - Carbide Grade

VBX, VTX

5 - Standard



TR - Trapez DIN 03

6 - System

TM

4 - Pitch

Full Proile - Pitch Range

mm tpi

2.0-.0 -

Partial Proile - Pitch Range

mm tpi

DA

DB

DC

DD

DE

DH

DK

DL

DM

DN

DP

DR

DT

0.-.

.-2.0

2.-4.0

2.0-2.

2.-3.

4.0-.0

.0-8.0

-

2.

.0-2.0

.-3.0

-

2.0-4.0

48-

-2

0-

9-2

0-7

-4

4-3

-7

0

24-

-8

2-4

2-

2 - Insert Style1- Insert Size

5L - IC.0L mm2 - IC/4”

3 - IC3/8”

4 - IC/2”

VBX

7

TM

6

60

5

DB

4

I

3

U

TM

C

TM

3

4

S

4

S

3

C

5

C

4

056

6

D69

5

C

7

- -

068

8

35

9

0

050

6

3

7

U

8

- - U

2- System

TM

1- Shank Style

None - SteelC - Carbide Shank

3 - No. of Flutes

- 4

5 - Cooling

C - Coolant

9 - Max. Tool Overhang

.79-.2

6 - Shank Dia.

.37-.0

7 - Shank Type

W - WeldonC - Cylindrical

8 - Cutting Dia.

.-.

10 - Insert Size

5L - IC.0L mm

2 - IC/4”

3 - IC3/8”

4 - IC/2”

11 - Insert Style

U

A

L

4 - Insert Type

S - Single Point

1- System

TM

2 - No. of Flutes

4-8

4 - Cooling

C - Coolant

5 - Cutting Dia.

.9-4.3

6 - Drive Hole Dia.

.0, .7, .0, .

7 - Insert Size

3 - IC3/8”

4 - IC/2”

8 - Insert Style

U

3 - Insert Type

S - Single Point

TMSD Shell Mill



L2

Pitch

L2

Pitch

L2

Pitch

79

U StyleInsert Size Pitch Ordering Code EDP No. Dimensions (inch)

IC L inch mm tpi Internal VTX VBX r * Toolholder

/4”U .43

0.-. 48- 2UIDA0 TM… 030 0299 .002 TM.SC...2UCTM. SC…2U.-2.0 -2 2UIDB0 TM… 008 0008 .002

2.0-2. 9-2 2UIDD0 TM… 03 032 .004 CTM2SC0C08-23-2U2. 0 2UIDM0 TM… 029 029 .004

2.-4.0 0- 2UIDC0 TM… 0033 002 .00TM.SC...2UCTM. SC…2U

3/8 ”U .3

.-2.0 -2 3UIDB0 TM… 0040 0034 .002

TM.SC...3U2.-3. 0-7 3UIDE0 TM… 0044 004 .00

4.0-.0 -4 3UIDH0 TM… 0048 004 .00

/2”U .87 .0-8.0 4-3 4UIDK0 TM… 002 0049 .02 TM.SC D...4U

TMSD - Partial Profile 60°

60°

External

Internal

2UIDB60 TM…

2UIDD60 TM…

L

r *

r *r *r *

LLL

ICICICIC

Mini L Style U Style A Style

Internal

2UIDB0 TM…2UIDD0 TM…

* The indicated radius (r) refers to the insert nose radius only

Mini-L Style

For Small Bores and Short L

A Style

For Shorter L

U Style

For Large Pitches

A StyleInsert Size Pitch Ordering Code EDP No. Dimensions (inch)


/4”A .43 .-3.0 -8 2AIDP0 TM… 029 0200 .002 TM.SC...2A

3/8”A .3 2.0-4.0 2- 3AIDT0 TM… 0227 022 .003 TM.SC...3A

Mini-LInsert Size Pitch Ordering Code EDP No. Dimensions (inch)


.0L -0.-. 48- LIDA0 TM… 024 023 .002 TM.SC…L

CTM. SC…L.0-2.0 24- LIDN0 TM… 027 02 .002



55°

L2

Pitch

L2

Pitch

80

External

Internal

L

r * r *

ICIC

Mini L Style U Style

Internal

TMSD - Partial Profile 55°

* The indicated radius (r) refers to the insert nose radius only

Mini-L Style

For Small Bores and Short L

U Style

For Large Pitches

Mini-LInsert Size Pitch Ordering Code EDP No. Dimensions (inch)

IC tpi Internal VTX VBX r* Toolholder

.0L 2-4 LIDR TM… 029 028 .004TM.SC…LCTM. SC…L

U StyleInsert Size Pitch Ordering Code EDP No. Dimensions (inch)

IC L inch tpi Internal VTX VBX r* Toolholder

/4”U .43

48- 2UIDA TM… 037 0309 .004 TM.SC...2UCTM. SC…2U

-2 2UIDB TM… 00 003 .003

-7 2UIDL TM… 00 00 .00

3/8”U .3

-2 3UIDB TM… 007 002 .003

TM.SC...3U-7 3UIDL TM… 009 008 .009

-4 3UIDH TM… 048 0233 .0

/2”U .87 4-3 4UIDK TM… 090 089 .020 TM.SC...4U



h

30°

8

External

Internal

L

ICICDefined by: DIN 03


Mini L Style U Style

U StyleInsert Size Pitch Ordering Code EDP No. Application

IC L inch mm Internal VTX VBX Internal Toolholder

/4”U .43

3.02UI3TR- TM… 0383 0372 ( TR22-TR30)x3

See pages284-28

2UI3TR-2 TM… 0389 038 ( TR32-TR0)x3

4.02UI4TR- TM… 039 0394 ( TR20 -TR28)x4

2UI4TR-2 TM… 04 0399 ( TR-TR0)x4

.02UITR- TM… 0428 047 TR22x; TR28x

2UITR-2 TM… 0438 043 TR24x; TR2x

Internal

TMSD - Trapez

Mini-LInsert Size Pitch Ordering Code EDP No. Application

IC mm Internal VTX VBX Internal Toolholder

.0L 2.0LI2 .0TR- TM… 039 0207 TRx2, TR20x2

See pages 282-283LI2.0TR-2 TM… 037 03 TR8x2



8

Coolant-Thru is recommended, especially when D>0.7 x nominal thread diameter

DD

L

LD

L

TMSD Standard Toolholder - Weldon Shank (Mini L-Style)

Thread Applications for Mini-L Style Toolholders (Weldon Shank)


D2 ISO Coarse ISO Fine UN/UNF/UNEF/UNS BSP (G) Partial 55° Trapez

TMSC 02W0-4-L 0. Mx2M4x0.; M4x0.7;

M4.x.0; Mx.; M7x2.0

9 ⁄ 6-32UN; 9 ⁄ 6-28UN; 9 ⁄ 6-27UNS;9 ⁄ 6-24UNEF; ⁄ -20UN; ⁄ -8UNF; ⁄ -UN; ⁄ -4UNS; ⁄ -2UN

⁄ -9 ⁄ -4TRX2; TR8X2

TM2SC 02W04-30-L 0.3 Mx2Mx0.; Mx0.7; Mx.0;

Mx.; M7x2.0

⁄ -32UN; ⁄ -28UN; ⁄ -27UNS; ⁄ -24UNEF; ⁄ -20UN; ⁄ -8UNF; ⁄ -UN; ⁄ -4UNS; ⁄ 6-2UN

⁄ -9 ⁄ 6-4TRX2;

TR8X2

TM3SC 07W09--L 0.70 -M9x0.; M9x0.7; M9x.0;

M20x.; M20x2.0

⁄ 4-32UN; ⁄ 4-28UN; 7 ⁄ -27UNS; ⁄ 4-24UNS; ⁄ 6-20UNEF; 7 ⁄ -8UNS; ⁄ 6-UN; 7 ⁄ -4UNF; ⁄ 6-2UN

⁄ -4 - TR20X2

Weldon Shank for Mini-L Style Inserts Spare Parts ( Ordering code & EDP No.)

Insert Size Ordering Code EPD No. Dimensions (inch) No. of Flutes

IC (mm) L L1 L2 D D1 D2 Z Insert Screw Torx Key

.0L

TMSC 02W0-4-L 7 3.20 .4

0.04

0.2 0 .38 0. SNLTR

(72007)

K7T

(7002)

TM2SC 02W04-30-L 74 3.40 .30 0.2 0.4 0.3 2

TM3SC 07W09--L 7 3.80 . 0.70 0. 0.70 3



83

DD

L

LL (max)

L (min)


TMSD Standard Toolholder - Carbide Cylindrical Shank (Mini L-Style)

Thread Applications for Mini-L Style Toolholders (Carbide Cylindrical Shank)


D2 ISO Coarse ISO Fine UN/UNF/UNEF/UNS BSP (G) Partial 55° Trapez

CTMSC 037C0-9-L 0. Mx2M4x0.; M4x0.7;

M4.x.0; Mx.; M7x2.0

9 ⁄ 6-32UN; 9 ⁄ 6-28UN; 9 ⁄ 6-27UNS;9 ⁄ 6-24UNEF; ⁄ -20UN; ⁄ -8UNF; ⁄ -UN; ⁄ -4UNS; ⁄ -2UN

⁄ -9 ⁄ -4TRX2; TR8X2

CTM2SC 037C3-97-L 0.3 Mx2

Mx0.; Mx0.7; Mx.0;

Mx.; M7x2.0

⁄ -32UN; ⁄ -28UN; ⁄ -27UNS;

⁄

-24UNEF;

⁄

-20UN;

⁄

-8UNF; ⁄ -UN; ⁄ -4UNS; ⁄ 6-2UN

⁄

-9

⁄ 6

-4

TRX2;

TR8X2

CTM3SC 0C09-2-L 0.70 -M9x0.; M9x0.7; M9x.0;

M20x.; M20x2.0

⁄ 4-32UN; ⁄ 4-28UN; 7 ⁄ -27UNS; ⁄ 4-24UNS; ⁄ 6-20UNEF; 7 ⁄ -8UNS; ⁄ 6-UN; 7 ⁄ -4UNF; ⁄ 6-2UN

⁄ -4 - TR20X2

Carbide Cylindrical Shank for Mini-L Style Inserts Spare Parts ( Ordering code & EDP No.)

Insert Size Ordering Code EDP No. Dimensions (inch) No. of Flutes

IC (mm) L L1 (max) L2 L3 (min) D D2 Z Insert Screw Torx Key

.0L

CTMSC 037C0-9-L 78 4.30 .9

0.04

0.79 0.37 0. SNLTR

(72007)

K7T

(7002)CTM2SC 037C3-97-L 79 4.0 .97 0.87 0.37 0.3 2

CTM3SC 0C09-2-L 720 .20 2. .8 0.2 0.70 3



84


DD

L

L D

L

TMSD Standard Toolholder - Weldon Shan k (U-Style)

* For TR inserts use for the CNC program (D+0.00")

Thread Application for U-Style Toolholders (Weldon Shank)


D2 ISO Coarse ISO Fine UNC UN/UNF/UNEF/UNS BSP (G) Partial 55° Trapez

TMSC 02W09-7-2U 0.8*M8x2.,M24x3.0

Mx0., Mx0.7,

Mx.0, M7x.2,M7x., M7x2.0

⁄ 4-0

⁄ -32UN, ⁄ -28UN, ⁄ -27UNS,

⁄ 6-24UN,

⁄ 6-20UN,

⁄ 6-UN, ⁄ 4-4UNS, ⁄ 4-2UN

⁄ -9,

⁄ -4,-

⁄ 6-4; ⁄ 4-2;7

⁄ -;

⁄ 4-0;7 ⁄ -9; -8; ⁄ -7 TR22x3, TR24x3

TM2SC 00W082-23-2U 0.8*M24x3.0,M30x3.

M22x0., M22x0.7,M22x.0, M23x.2,M23x., M23x2.0

-8, ⁄ -7, ⁄ -

7 ⁄ -32UN, 7 ⁄ -28UN, 7 ⁄ -27UNS,7 ⁄ -24UNS, 7 ⁄ -20UNEF, -8UNS, ⁄ 6-UN, -4UNS, ⁄ 6-2UN,-0UNS

⁄ 4-4,-

-2, -20, -,-2, -0, ⁄ -9,-8, ⁄ -7

(TR2-TR0x3)

TM2SC 00W90-27-2U 0.9M27x3.0,M30x3.,M3x4.0

M24x0., M24x0.7,M2x.0, M2x.2,M2x., M2x2.0,M27x2.

⁄ -7

-32UN, -28UN, -27UNS,-24UNS, -20UNEF, -8UNS,-UN, -4UNS, -2UNF, ⁄ -0UNS, ⁄ -8UN

⁄ 4-4,-

-2, -20, -, ⁄ 6-2, ⁄ -9, ⁄ -7

-

TM3SC 00W02-3-2U .02M30x3.,

M3x4.0

M27x0., M27x0.7,M28x.0, M28x.2,M28x., M29x2.0,M30x2., M30x3.0

⁄ 4-7, ⁄ -

⁄ -28UN, ⁄ -24UNS, ⁄ -20UN, ⁄ -8UNEF, ⁄ -UN, ⁄ -4UNS, ⁄ -2UNF, ⁄ 4-0UNS, ⁄ 6-8UN

7 ⁄ -4,-

⁄ -2, ⁄ -20,

⁄ -, ⁄ -2,

⁄ 6-8, ⁄ 4-7

-

TM4SC 2W22-374-2U .22 M3X4.0

M32x0., M32x0.7,M33x.0, M33x.2,M33x., M34x2.0,M34x2., M3x3.0,M3x3.

⁄ -

⁄ 6-28UN, ⁄ -24UNS, ⁄ 6-20UN, ⁄ 6-8UNEF, ⁄ 6-UN, ⁄ -4UNS, ⁄ -2UNF, ⁄ -0UNS, ⁄ -8UN

⁄ -

⁄ -2, ⁄ -20,

⁄ -, ⁄ -2,

7 ⁄ 6-8

-

TM3SC 2W43-374-3U .44M42x4., M48x.0,Mx., M4x.0

M39x., M39x2.0,M40x2., M4x3.0,M42x3., M42x4.0

⁄ 4-,2-4.,2 ⁄ -4

9 ⁄ 6-UN, ⁄ -4UNS,9 ⁄ 6-2UN, ⁄ -0UNS, ⁄ -8UN, ⁄ -UN

⁄ 4-

⁄ -, ⁄ -2,

⁄ -8, 2 ⁄ 4-,

⁄ 4-

-

TM4SC 0W-472-3U .M48x.0,Mx.,

M4x.0

M4x., M4x2.0,M4x2., M48x3.0,M48x3., M48x4.0

2-4.,2 / -4

⁄ 4-UN, ⁄ 4-4UNS, ⁄ 6-2UN, ⁄ 6-8UN ⁄ 6-UN

⁄ -7 ⁄ -, 7 ⁄ -2,7 ⁄ -8, 7 ⁄ -,

2-4.-

Weldon Shank for U-Style Inserts Spare Parts ( Ordering code & EDP No.)


IC L L1 L2 D D1 D2 Z Insert Screw Torx Key

/4”U

TMSC 02W09-7-2U 7 3.7 .7

0.2

0.2 0.43 0.8*

SN2T (7003)

HK2T (70227)

TM2SC 00W082-23-2U 77 4.92 2.3 .00 0.3 0.8* 2

TM2SC 00W90 -27-2U 7722 .38 2.7 .00 0.70 0.9 2

TM3SC 00W02-3-2U 7724 .79 3. .00 0.80 .02 3

TM4SC 2W22-374-2U 772 .37 3.74 .2 .0 .22 4

3/8”UTM3SC 2W43-374-3U 7742 .4 3.74

0.32.2 .4 .44 3 SA3T (70028) HK3T

(70228) TM4SC 0W-472-3U 7743 7.82 4.72 .0 .3 . 4 SN3T (70038)



85

DD

L

L

L (max)

L (min)


TMSD Standard Toolholder - Carbide Cylindrical Shank (U-Style)

* For TR inserts use for CNC program (D+0.00")* * To be used only with inserts UIDD60TM... or UIDM60TM...

For insert UIDD60 TM... use for CNC program (D+0.0")

Thread Applications for U-Style Toolholder (Carbide Cylindrical Shank)


D2 ISO Coarse ISO Fine UNC UN/UNF/UNEF/UNS BSP (G) Partial 55° Trapez

CTMSC 03C09-7-2U 0.8*

M8x2.,M24x3.0,M30x3.,M3x4.0

Mx0., Mx0.7,Mx.0, M7x.2,M7x., M7x2.0

⁄ 4-0,7 ⁄ -9, -8, ⁄ -7, ⁄ -

⁄ -32UN, ⁄ -28UN, ⁄ -27UNS, ⁄ 6-24UNEF, ⁄ 6-20UN, ⁄ 6-UN, ⁄ 4-4UNS, ⁄ 6-2UN

⁄ -4,-

⁄ 6-2, ⁄ 6-20, ⁄ 6-, ⁄ 6-4, ⁄ 4-2, 7 ⁄ -, ⁄ 4-0, 7 ⁄ -9, -8, ⁄ -7

TR22x3, TR24x3, TR20x4, TR22x, TR24x, TR2x, TR28x

CTMSC 043C0-23-2U 0.0*M8x2.,M24x3.0

Mx0., Mx0.7,Mx.0, M7x.2,M7x., M7x2.0

⁄ 4-0,7 ⁄ -9,-8

⁄ -32UN, ⁄ -28UN, ⁄ -27UNS, ⁄ 6-24UNEF, ⁄ 6-20UN, ⁄ 6-UN, ⁄ 4-4UNS, ⁄ 6-2UN

⁄ -4,-

⁄ 6-2, ⁄ 6-20, ⁄ 6-, ⁄ 6-4, ⁄ 4-2, 7 ⁄ -, ⁄ 4-0, 7 ⁄ -9

TR22x3, TR24x3

CTM2SC 0C08-23-2U 0.8**M20x2.,M22x2.

M2x2.0 7 ⁄ -9 7 ⁄ -0UNS, ⁄ 6-2UN - - -

CTM2SC 0C082-2-2U 0.8*M24x3.0,M30x3.,M3x4.0

M22x0., M22x0.7,M22x.0, M23x.2,M23x., M23x2.0

-8, ⁄ -7, ⁄ -


⁄ 4-4,-

-2, -20, -,-2, -0, ⁄ -9,-8, ⁄ -7

(TR2-TR0)x3, TR28x4,(TR-TR0)x4, TR28x

CTM2SC 02C082-3-2U 0.8*M24x3.0,M30x3.

M22x0., M22x0.7,M22x.0, M23x.2,M23x., M23x2.0

-8, ⁄ -7, ⁄ -


⁄ 4-4,-

-2, -20, -,-2, -0, ⁄ -9,-8, ⁄ -7

(TR2-TR0)x3

Carbide Cylindrical Shank for U-Style Inserts Spare Parts ( Ordering code & EDP No.)


IC L L1 (max) L2 L3 (min) D D2 Z Insert Screw Torx Key

/4”U

CTMSC 03C09-7-2U 72 4.30 .7 0.2 0. 0.32 0.8*

SN2T (7003)

HK2T (70227)

CTMSC 043C0-23-2U 723 4.72 2.3 0.2 0.98 0.437 0.8*

C TM2SC 0C0 8 -23-2U* * 72 .3 2. 0.3 . 0.2 0.8* * 2

CTM2SC 0C082-2-2U 722 .38 2. 0.2 . 0.2 0.8* 2

C TM2SC 02C082-3-2U 724 .30 3. 0.2 .28 0.20 0.8* 2



Length of cylindrical shank toolholders can be modified to reduce chatter (vibration).

Note: Length of shank inside the clamping device should be minimum L3.

86

TMSD Standard Toolholder - Steel Cylindrical Shank (U-Style)

Thread Application for U-Style Toolholders (Steel Cylindrical Shank)


D2 ISO Coarse ISO Fine UNC UN/UNF/UNEF/UNS BSP (G) Partial 55°

TM2SC 02C090-300-2U 0.9M27x3.0, M30x3.,M3x4.0

M24x0., M2x0.7, M2x.0,M2x.2, M2x., M2x2.0,M27x2.

⁄ -7

-32UN, -28UN, -27UN,-24UNS, -20UNEF,-8UNS, -UN,-4UNS, ⁄ 6-2UN, ⁄ -0UNS, ⁄ -8UN

⁄ 4-4,-

-2, -20, ⁄ -, ⁄ -2, ⁄ -9, ⁄ -7

TM3SC 07C02-4-2U .02 M30x3., M3x4.0

M27x0., M27x0.7,M28x.0, M28x.2,M28x., M29x2.0,M30x2., M30x3.0

⁄ 4-7, ⁄ -

⁄ -28UN, ⁄ -24UNS, ⁄ -20UN, ⁄ 8UNEF, ⁄ -UN, ⁄ -4UNS, ⁄ -2UNF, ⁄ -0UNS,7 ⁄ 6-8UN

7 ⁄ -4,-

⁄ -2, ⁄ -20, ⁄ 6-, ⁄ 6-2, ⁄ 6-8, ⁄ 4-7

TM4SC 00C22-42-2U .22 M3x4.0

M32x0., M32x0.7,M33x.0, M33x.2,M33x., M34x2.0, M34x2.,M3x3.0, M3x3.

⁄ -

⁄ 6-28UN, ⁄ -24UNS, ⁄ -20UN, ⁄ 8UNEF, ⁄ -UN, ⁄ -4UNS, ⁄ -2UNF, ⁄ -0UNS,7 ⁄ 6-8UN

⁄ - ⁄ 6-2, ⁄ 6-20, ⁄ -, ⁄ -2,7 ⁄ 6-8

TM3SC 00C43-2-3U .44M42.x4.,M48x.0, Mx.,M4x.0

M39x., M40x2., M4x3.0,M42x3., M42x4.0

⁄ 4-,2-4.,2 ⁄ -4

9 ⁄ 6-UN, ⁄ -4UNS,9 ⁄ 6-2UN, ⁄ -0UNS, ⁄ -8UN, ⁄ -UN

⁄ 4- ⁄ -, ⁄ -2, ⁄ -8, 2 ⁄ 4-, ⁄ 4-

Steel Cylindrical Shank for U-Style Inserts Spare Parts ( Ordering code & EDP No.)

Insert Size Ordering Code EDP No. Dimensions (inch)No. of Flutes

IC L L1 (max) L2 L3 (min) L4 D D1 D2 Z Insert Screw Torx Key

/4”U

TM2SC 02C090 -300-2U 7744 .0 3.00 0.2 .3 2. 0.2 0.70 0.9 2SN2T

(7003)

HK2T

(70227) TM3SC 07C02-4-2U 774 7.20 4. 0.2 .7 - 0.7 0.7 .02 3

TM4SC 00C22-42-2U 774 7.70 4.2 0.2 .80 - .00 .00 .22 4

3/8”U TM3SC 00C43-2-3U 7747 8 .3 .2 0.3 .80 3 .08 .00 .4 .44 3 SA3T (70028) HK3T (70228)

L4

D2D

L1 (max)

L

L2 L3 (min)

D1




87

D≥Da

d (H7) D

H

D

L


Da


TMSD - Shell Mill (U-Style)

Thread Application U-Style Shell Mill


D2 ISO Coarse ISO Fine UNC UN/UNF/UNEF/UNS BSP (G) Partial 55°

TM4SC D9-00-3U .9 Mx.,M4x.0,

M4x., M48x2.0,M48x3.0, M48x4.0

2-4.,2 ⁄ - 4

⁄ 6-UN, 7 ⁄ -4UNS, ⁄ 62UN,7 ⁄ -0UNS, 7 ⁄ -8UN, 5/16-UN

⁄ - 7 ⁄ -, 7 ⁄ -2, 7 ⁄ -8,2 ⁄ -, 2-4., 2 ⁄ 4-4

TMSC D208-07-3U 2.09 M4x.0Mx., Mx2.0,M8x3.0,M8x4.0

2 ⁄ - 42 ⁄ 4-UN, 2 ⁄ 4-4UNS, 2 ⁄ 4-2UN,2 ⁄ 4-0UNS, 2 ⁄ 4-8UN, 2 ⁄ -UN

2 - 2 ⁄ 4-, 2 ⁄ 4-2, 2 ⁄ -8,2 ⁄ -, 3-, 3 ⁄ -4.

TMSC D34-00-4U 3.47 - M9x.0, M2x8 3 ⁄ 4 - 4 - 3 ⁄ - 4 ⁄ 4-4, 4-3

TM7SC D43-0-4U 4.3 - M20x.0, M2x8 - 4 ⁄ 4-4UN - -

Shell Mill for U-style Inserts Spare Parts ( Ordering code & EDP No.)

Inser t Size Ordering Code EDP No. Dimensions (inch)No. of Flutes

IC D1 D2 d(H7) H L2 ZInsert

Screw Torx Key Holder Screw

3/8”U TM4SC D9-00-3U 770 .38 .9 0.0 .8 0.3 4 SN3T (70038) HK3T (70228) /4-28x.2 (70222) TMSC D208-07-3U 77 .77 2.09 0.7 .8 0.3 3/8-24x.2 (70223)

/2”UTMSC D34-00-4U 772 2.99 3.47 .00 2.00 0.39 SA4T

(70032)HK4T

(7024)

/2-20x.0 (70224)

TM7SC D43-0-4U 77 3.83 3.8 .0 2.7 0.39 8 3/4-x.7 (7022)



Length of cylindrical shank toolholders can be modified to reduce chatter (vibration).

Note: Length of shank inside the clamping device should be minimum L3.

88

TMSD Standard Toolholder - Steel Cylindrical Shank (A-Style)

Thread Application for A-Style Toolholders (Steel Cylindrical Shank)


D2 ISO Coarse ISO Fine UNC UN/UNF/UNEF/UNS BSP (G)

TM3SC 07C02-4-2A .02 -M28x., M29x2.0,M30x2., M30x3.0

- ⁄ -UN, ⁄ -4UNS, ⁄ 6-2UN, ⁄ 4-0UNS, ⁄ 6-8UN

-

TM3SC 00C38-2-3A .39 - M38x2.0, M39x2.,M39x3.0, M40x4.0

- 9 ⁄ 6-2UN, ⁄ -0UNS, ⁄ -8UN, ⁄ -UN

-

Steel Cylindrical Shank for A-Style Inserts Spare Parts ( Ordering code & EDP No.)

Insert Size Ordering Code EDP No. Dimensions (inch)No. of Flutes

IC L L1 (max) L2 L3 (min) L4 D D1 D2 Z Insert Screw Torx Key

/4”A TM3SC 07C02-4-2A 774 8 7.20 4. 0.2 .7 - 0.7 0.7 .02 3 SN2T (70 03) HK 2T (70227)

3/8”A TM3SC 00C38-2-3A 7749 8 .3 .2 0 . .80 3.08 .00 . .39 3 SA3T (70028) HK3T (70228)


L3 (min)L1 (max)L2

L

D D2

L4

D1



89

Grade Application

VBXTiCN coated carbide grade.Excellent grade for steels and general use.

VTXTiAlN coated carbide grade.Ideal for Stainless Steels.

Mini-L StyleA Style

* When using a Shell Mill holder, Feed can be increased by 0%

U StyleGrades


Material

Group V a r d e x N o .

Material

Hardness

Brinell HB

Vc [t/min]Feed* [inch/tooth] by

Cutting Dia. (D2)

VBX VTX 0.51-0.91 0.94-1.65 Shell Mill

PSteel

Unalloyed steel

Low carbon (C=0.-0.2%) 2 328 - 89 29 - 90 0.0079 - 0.02 0.08 - 0.097 0.08 - 0.029

2 Medium carbon (C=0.2-0.%) 0 328 - 90 29 - 8 0.0079 - 0.02 0.08 - 0.097 0.08 - 0.029

3 High Carbon (C=0.-0.8%) 70 328 - 8 29 - 2 0.009 - 0.009 0.0098 - 0.038 0.0098 - 0.020


Non hardened 80 97 - 29 29 - 08 0.007 - 0.0 0.0 - 0.077 0.0 - 0.024

Hardened 27 22 - 492 22 - 2 0.009 - 0.0 0.0098 - 0.077 0.0098 - 0.024

Hardened 30 230 - 49 230 - 492 0.009 - 0.0098 0.0098 - 0.07 0.0098 - 0.023


Annealed 200 97 - 42 230 - 377 0.009 - 0.0087 0.0079 - 0.08 0.0079 - 0.077

8 Hardened 32 230 - 3 97 - 328 0.00 - 0.0083 0.007 - 0.08 0.007 - 0.077

9Cast steel

Low alloy (alloying elements<5%) 200 328 - 8 328 - 8 0.009 - 0.0087 0.0079 - 0.08 0.0079 - 0.077

0 High alloy (alloying elements >5%) 22 230 - 394 230 - 42 0.0047 - 0.0087 0.007 - 0.08 0.007 - 0.077

MStainless

Steel


Non hardened 200 328 - 8 394 - 90 0.009 - 0.0087 0.0087 - 0.034 0.0087 - 0.097

2 Hardened 330 328 - 8 394 - 90 0.003 - 0.009 0.0083 - 0.02 0.0083 - 0.089


Austenitic 80 230 - 49 328 - 49 0.009 - 0.0098 0.0098 - 0.07 0.0098 - 0.023

4 Super Austenitic 200 230 - 49 328 - 49 0.0047 - 0.0079 0.007 - 0.002 0.007 - 0.04


Non hardened 200 230 - 49 328 - 49 0.003 - 0.0094 0.0098 - 0.04 0.0098 - 0.027

Hardened 330 230 - 49 328 - 49 0.0047 - 0.0079 0.007 - 0.002 0.007 - 0.04


Austenitic 200 230 - 394 328 - 394 0.009 - 0.0087 0.0079 - 0.08 0.0079 - 0.077

8 Hardened 330 230 - 394 328 - 394 0.0047 - 0.0079 0.007 - 0.002 0.007 - 0.04

KCast Iron


Ferritic (short chips) 30 97 - 42 328 - 394 0.003 - 0.0094 0.0098 - 0.04 0.0098 - 0.027

29 Pearlitic (long chips) 230 97 - 394 22 - 328 0.009 - 0.0087 0.0079 - 0.08 0.0079 - 0.077

30Grey cast iron

Low tensile strength 80 97 - 42 22 - 328 0.009 - 0.0087 0.0087 - 0.034 0.0087 - 0.097

3 High tensile strength 20 97 - 328 22 - 328 0.009 - 0.0087 0.0079 - 0.08 0.0079 - 0.077

32Nodular SG iron

Feritic 0 97 - 40 22 - 328 0.0039 - 0.0079 0.009 - 0.0098 0.009 - 0.04

33 Pearlitic 20 4 - 29 97 - 29 0.009 - 0.0087 0.0079 - 0.08 0.0079 - 0.077

N(K)Non-Ferrous

Metals


Non aging 0 328 - 820 0.08 - 0.097 0.023 - 0.0394 0.023 - 0.09

3 Aged 00 328 - 90 0.0 - 0.097 0.097 - 0.034 0.097 - 0.0472

3 Aluminium alloys Cast 7 492 - ,32 0.0 - 0.097 0.097 - 0.034 0.097 - 0.047237 Cast & aged 90 492 - 98 0.0098 - 0.07 0.07 - 0.023 0.07 - 0.034

38 Aluminium alloys Cast Si 3-22% 30 22 - 492 0.0 - 0.097 0.097 - 0.034 0.097 - 0.0472

39 Copper andCopper alloys

Brass 90 394 - 89 328 - 0.08 - 0.097 0.023 - 0.0394 0.023 - 0.09

40 Bronze and non leaded copper 00 394 - 89 328 - 0.0 - 0.097 0.097 - 0.034 0.097 - 0.0472

S(M)Heat

ResistantMaterial

9


Annealed ( Iron based ) 200 - 48 - 3 0.003 - 0.009 0.0047 - 0.0087 0.0047 - 0.03

20 Aged (Iron based) 280 - 98 - 98 0.0028 - 0.00 0.0039 - 0.0079 0.0039 - 0.08

2 Annealed (Nickel or Cobalt based) 20 49 - 49 - 0.003 - 0.009 0.003 - 0.0079 0.003 - 0.08

22 Aged (Nickel or Cobalt based) 30 33 - 49 33 - 49 0.003 - 0.009 0.003 - 0.0079 0.003 - 0.08

23 Titanium alloys

Pure 99. Ti 400Rm 230 - 49 230 - 394 0.0028 - 0.00 0.0039 - 0.0079 0.0039 - 0.08

24 α+β alloys 00Rm - 4 - 4 0.0028 - 0.00 0.0039 - 0.0079 0.0039 - 0.08


2


4-0HRc 49 - 48 49 - 48 0.002 - 0.0047 0.002 - 0.007 0.002 - 0.00

2 -HRc 49 - 3 49 - 3 0.002 - 0.0047 0.002 - 0.007 0.002 - 0.00



90



TM SolidSolid Carbide Thread Milling Tools

> Tools

> Technical Data



9

TM Solid Carbide

Helicool - He-Lex Flute with Axial Coolant Thru...............................................................................................................

Helicool R (HCR) - He-Lex Flute with Radial Coolant Thru......................................................................................... Page 299

Helicool C (HCC) - He-Lex Flute with Axial Coolant Thru and Chamer............................................................. Page 300

HTC (Thriller) - Drill, Chamer and Thread with Coolant Thru .................................................................................. Page 301

He-Lex - He-Lex Flute without Coolant Thru...................................................................................................................... Page 302

Deep Threading - Straight Flutes or Deep Holes ........................................................................................................... Page 305

MilliPro - Miniature Thread Mills ................................................................................................................................................. Page 306

MilliPro Dental - Miniature Thread Mills or Dental Implants................................................................................... Page 310

MilliPro EL - Miniature Thread Mills, Extra Long Tools ................................................................................................... Page 311

MilliPro HD - Miniature Thread Mills or Hard Materials............................................................................................... Page 312

Straight - Straight Flute.................................................................................................................................................................... Page 314

Grades and Their Applications .................................................................................................................................................. Page 319

Cutting Speeds and Feeds............................................................................................................................................................ Page 320

TM SOLID CARBIDE

HC

HTC

M6

9

3

.0

3

4

4

D

4

L03

5

VTN

5

- I

6

4

7

UNC

8

TM

9 0

VTH

- Line

HC - Helicool

HCR - Helicool R

HCC - Helicool C

H - He-Lex

S - Straight Flutes

D - Deep Threading

or MilliPro

- No. of Teeth

T - Tooth

3T - Teeth

(MilliPro)

L - Teeth LH

(MilliPro HD)

3 - Shank Dia.

/” -

/6” - 9

/4” -

/6” -

/” - 7

/” - 0

/” - 6

/4” - 7

8 - Standard

ISO - ISO Metric

UN - American UN

UNC - UN Coarse

UNF - UN Fine

UNEF - UN Extra Fine

UNJ - UNJ

MJ - MJ

BSW - Whit. Coarse

BSP - BSP

BSF - Whit. Fine

BSPT - BSPT NPT - NPT

NPTF - NPTF

PG - PG

4 - Cutting Dia.

0.0 - 0.746

- Line

HTC - Thriller

3 - Pitch

- .7mm

4 - Thread Length

D

.D

5 - Carbide Grade

VTN

VTS

- Thread Diameter

M6 - M

9 - System

TM

TML - Extra Long

6 - Type of Tool

E - External

I - Internal

EI - External + Internal

- Carbide Grade

VTS

VTH

5 - Tool Cutting Length

Up to Do

0 - No. of Flutes

3 - Flutes

5 - Flutes

Straight Flute, when

two options are

available

7 - Pitch

Full Proile - Pitch Range

mm tpi

0.2-.0 0 - 4.

Partial Proile - Pitch Range

mm tpi

TA

TB

TC

TD

TF

0.-0.8

0.-.0

.0-.0

.0-.7

0.-.2

32-

24-

-24

4-24

20-48

HTC - Thriller



93

Up to 6 HRc

From M6x.0From Mx0. (No.0-UNF)

From No.0-UNFFrom No.0-UNF

From M4.x0.7 (No.-6UNF)From Mx0. (No.0-UNF)

From M.0x0. (0-0UNF)

From M.6x0. (-7UNF)

MilliPro HD

Full Profile

Partial Profile

MilliPro &MilliPro EL

He-Lex HTC

Helicool-C (HCC)

Helicool

Deep Threading

Helicool-R (HCR)

Straight Flutes

MilliPro

MilliPro Dental

A Tool for EVERY Thread Milling Job!

Long Thread

Drill, Thread and Chamfer

Helicool and Chamfer

Heavy Duty

Economical Tool

Radial Coolant

Normal Use

Miniature Threads

Up to XDo



L

L1

D

D2

Le

Le

L1

D2

1/4P

1/8P

60º

94

External

Internal


Toler anc e c las s: B

Internal

HelicoolAmerican UN

Maximum thread length = L - Pitch4

*Bore Diameter applies to smallest thread Dia.

Helical Flutes with Thru-Hole Coolant 2 x Do (L1 ≤ 2 x Thread Diameter)

Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia.*

UNC UNF UNEF tpi Internal VTH D D2 L Le L1 Z Zt inch

No.0-32 No.2-3/8”x32 32 HC90L03-I32UNF TM... 8029 3/ .0 .772 .37 .39 3 2 .7

No.2-3/8”x32 32 HC273L04-I32UNEF TM... 80292 /4 .73 2.244 .438 .43 3 4 .8

No.2; /4”x28 7/"; /2"x28 28 HC29L04-I28UNF TM... 80293 /4 .9 2.244 .429 .44 3 2 .8

/4"x28 7/"; /2"x28 28 HC2203L0-I28UNF TM. .. 80294 /4 .203 2.244 .00 .8 3 4 .2

7/"; /2"x28 28 HC3737L08-I28UNEF TM... 8029 3/8 .37 2.874 .87 .87 3 24 .40

No.0-24 /"; 3/8"x24 9/"-/"x24 24 HC94L04-I24UNC TM... 8029 3/ .4 .772 .37 .39 3 9 .0

No.2-24 /"; 3/8"x24 9/"-/"x24 24 HC23L04-I24UNC TM... 80297 /4 .3 2.244 .47 .437 3 0 .77

/"; 3/8"x24 9/"-/"x24 24 HC323L0-I24UNF TM... 80298 / .23 2.402 .2 .4 3 .272

3/8"x24 9/"-/"x24 24 HC37323L07-I24UNF TM... 80299 3/8 .323 2.874 .70 .77 3 8 .33

9/"-/"x24 24 HC049L-I24UNEF TM... 80300 /2 .49 3.0 .2 .4 4 27 .20

/4"x20 7/"; /2"x20 3/4"-"x20 20 HC292L0-I20UNC TM... 8030 /4 .92 2.244 .00 .2 3 0 .20

7/"; /2"x20 3/4"-"x20 20 HC3732L08-I20UNF TM... 80302 3/8 .32 2.874 .80 .87 3 7 .390

/2"x20 3/4"-"x20 20 HC0437L0-I20UNF TM... 80303 /2 .437 3.0 .000 .02 4 20 .43

3/4"-"x20 20 HC78L-I20UNEF TM. .. 80304 3/4 .8 4.0 .00 .2 4 30 .70

/"x8 9/"; /8"x8 /"- /"x8 8 HC3242L0-I8UNC TM... 8030 / .242 2.402 . .39 3 .20

9/"; /8"x8 /"- /"x8 8 HC0492L-I8UNF TM... 8030 /2 .492 3.0 . .39 4 20 .2

/8"x8 /"- /"x8 8 HC3L2-I8UNF TM... 80307 /8 . 3.22 .222 .20 4 22 .7

3/8"x 3/4"x HC330L07-IUNC TM... 80308 / .30 2.402 .70 .78 3 2 .3

3/4"x HC79L-IUNF TM... 80309 3/4 .9 4.0 .00 .28 4 24 .89

7/"x4 7/8"x4 4 HC3734L08-I4UNC TM... 8030 3/8 .34 2.874 .87 .893 3 2 .370

7/8"x4 4 HC774L7-I4UNF TM... 803 3/4 .74 4.0 .74 .70 4 24 .807

/2"x3 3 HC0407L0-I3UNC TM... 8032 /2 .407 3.0 .000 .039 4 3 .430

9/"x2 "- /2"x2 2 HC0 4L- I2UNC TM... 8033 /2 .4 3.0 .084 .2 4 3 .484

"- /2"x2 2 H C774L20 -I2UNF TM... 8 034 3/4 .74 4.0 2.000 2.042 4 24 .92

/8"x HC3L3-IUNC TM... 803 /8 . 3.22 .273 .38 4 4 .39

3/4"x0 0 HC322L-I0UNC TM... 803 /8 .22 3.22 .00 .0 4 .7

7/8"x9 9 HC774L8-I9UNC TM... 8037 3/4 .74 4.0 .778 .833 4 .78

"x8 8 HC774L20-I8UNC TM... 8038 3/4 .74 4.0 2.000 2.03 4 .8

Helical Flutes with Thru-Hole Coolant 1.5 x Do (L1 ≤ 1.5 x Thread Diameter)



No.0-24 /”, 3/8”x24 9/”-/”x24 24 HC94L03-I24UNC TM... 8030 3/ .4 .772 .292 .32 3 7 .0

No.2-24 /”, 3/8”x24 9/”-/”x24 24 HC23L03-I24UNC TM... 803 /4 .3 2.244 .333 .34 3 8 .77

/4”x20 7/”, /2”x20 3/4”-”x20 20 HC292L03-I20UNC TM... 8032 /4 .92 2.244 .30 .37 3 7 .20

/”x8 9/”, /8”x8 /”- /” x8 8 HC3242L04-I8UNC TM... 8033 / .242 2.402 .444 .472 3 8 .203/8”x 3/4”x HC330L0-IUNC TM... 8034 / .30 2.402 .3 .94 3 9 .3

7/”x4 7/8”x4 4 HC3734L0 -I4UNC TM... 803 3/8 .34 2.874 .43 .78 3 9 .370

/2”x3 3 HC0407L08-I3UNC TM... 803 /2 .407 3.0 .79 .808 4 0 .429

9/”x2 ”- /2”x2 2 HC0 4L08 -I2UNC TM ... 8037 /2 .4 3.0 . 833 .87 4 0 .484



1/4P

60º

1/8P

L

L1

D

D2

Le

Le

L1

D2

95

External

Internal


Toler anc e c las s: 6H

Internal

HelicoolISO Metric




Thread Pitch Ordering Code EPD No. Dimensions inch No. of Flutes Teeth Bore Dia.*

M Coarse M Fine mm Internal VTH D D2 L Le L1 Z Zt inch

M3x0. M3.-Mx0. 0. HC9094L02-I0.0ISO TM. .. 8033 3/ .094 .772 .23 .24 3 2 .098

M4x0. 0. HC92L03- I0.0ISO TM... 80338 3/ .2 .772 .3 .32 3 .38Mx0. 0. HC2L04-I0.0ISO TM... 80339 /4 . 2.24 4 .394 .404 3 20 .77

M4x0.7 0.7 HC924L03-I0.70ISO TM... 80284 3/ .24 .772 .33 .344 3 2 .29

Mx0.7 0.7 HC297L0 4- I0.7ISO TM ... 8034 0 /4 .97 2.24 4 .472 .487 3 .209

Mx0.8 0.8 HC99L04-I0.80ISO TM... 8034 3/ .9 2.244 .409 .42 3 3 .

Mx.0 M8-M40x.0 .0 HC289L04- I.00 ISO TM... 80342 /4 .89 2.244 .472 .492 3 2 .97

M8x.0 .0 HC 32 4L0 - I.00 ISO TM ... 8034 4 / .2 4 2.4 02 .30 .0 3 .27

M0x.0 .0 HC37343L08- I.0 0ISO TM... 8028 3/8 .343 2.874 .787 .807 3 20 .34

M2 x.0 .0 HC0 42L09 -I.00 ISO TM ... 8028 /2 .42 2.874 .94 .9 4 24 .433

M8x.2 .2 HC32L0-I.2ISO TM... 80287 / .2 2 .402 .40 .4 3 3 .28

M0x.2 .2 HC3733L08- I.2ISO TM.. . 8034 3/8 .33 2.874 .787 .82 3 .34

M0x. M2-M48x. . HC37323L07-I.0ISO TM. .. 80288 3/8 .323 2.874 .78 .797 3 3 .33

M2 x. . HC37370L09 -I.0ISO TM... 80347 3/8 .370 2. 874 .9 4 .974 4 .43M4x. . HC 04 9L- I.0ISO TM ... 8 0348 /2 .4 9 3.0 .22 .2 4 9 .492

Mx. . HC347L2- I.0 ISO TM ... 80349 /8 .47 3.0 . 240 .270 4 2 .7

M2x.7 .7 HC37370L09-I.7ISO TM... 8030 3/8 .370 2.874 .9 .999 4 4 .40

M4x2.0 M7-M80x2.0 2.0 HC047L-I2.00ISO TM. .. 80289 /2 .47 3.0 .02 .42 4 4 .472

Mx2.0 M7-M80x2.0 2.0 HC33L2-I2.00ISO TM. .. 8032 /8 .3 3.22 .20 .299 4 .

M8x2. 2. HC383L4-I2.0ISO TM... 8034 /8 .83 3.22 .378 .427 4 4 .98

M20x2. 2. HC773L-I2.0ISO TM... 80290 3/4 .73 4 .0 .7 .24 4 .87

M24x3.0 3.0 HC774L9-I3.00ISO TM... 8039 3/4 .74 4.0 .890 .949 4 .827



M Coarse M Fine mm Internal VTH D D2 L Le L1 Z Zt inch

M3x0. M3.-Mx0. 0. HC9094L0- I0 .0 ISO TM.. . 80337 3/ .094 .772 .77 .87 3 9 .098

M4x0.7 0.7 HC924L02-I0.70ISO TM... 803 3/ .24 .772 .248 .22 3 9 .29

Mx0.8 0.8 HC99L02-I0.80ISO TM... 803 3/ .9 2.244 .283 .299 3 9 .

MX.0 M8-M40x.0 .0 HC289L03-I.00ISO TM... 80343 /4 .89 2.244 .34 .374 3 9 .97M8x.2 .2 HC32L0-I.2ISO TM... 8037 / .2 2.402 .492 .24 3 0 .28

M0x. M2-M48x. . HC37323L0- I.0 ISO TM... 8034 3/8 .323 2.874 .9 .20 3 0 .33

M2x.7 .7 HC37370L07-I.7ISO TM... 8038 3/8 .370 2 .874 .89 .724 4 0 .40

M4x2.0 M7-M80x2.0 2 .0 HC047L08- I2 .00ISO TM... 803 /2 .47 2.874 .787 .827 4 0 .472

Mx2.0 M7-M80x2.0 2 .0 HC33L09- I2 .00ISO TM... 8033 /8 .3 3.22 .94 .984 4 2 .



R0.137P

47' R0.137P

D2

D2

Le

L1

D2

D

LL1

Le

27.5º 27.5º

90º 1º

55º

R0.137P

R0.137P

L

L1

D

D2

Le

Le

L1

D2

96

Defined by: B.S.:985 Toler anc e c las s: Stand ard BSP T

External / Internal

Internal

External

Defined by: B.S.84:956,

DIN 59, ISO8/:98


External / Internal

External

Internal

Helicool

BSPT

Withworth




Thread Pitch Ordering Code EDP No. Dimensions inchNo. of Flutes

Teeth Bore Dia.*

BSW BSF tpi External / Internal VTH D D2 L Le L1 Z Zt inch

/4”x2 2 HC297L0-EI2BSF TM... 8038 /4 .97 2.244 .00 .9 3 3 .209

/”x22 22 HC320L0 -EI22BSF TM... 8039 / .20 2.402 .3 .9 3 4 .24

/4”x20 3/8”x20 20 HC27L0-EI20BSW TM... 80370 /4 .7 2.24 4 .00 .2 3 0 .97

3/8”x20 20 HC330L07-EI20BSF TM... 8037 / .30 2.402 .70 .77 3 .323

/”x8 7/”x8 8 HC2230L0 -EI8BSW TM... 80372 /4 .230 2.24 4 . .39 3 .2

7/”x8 8 HC3732L09-EI8BSF TM... 80373 3/8 .32 2.874 .889 .97 3 .382

3/8”x /2”, 9/”x HC3283L07-EIBSW TM... 80374 / .283 2 .402 .70 .78 3 2 .3

/2”, 9/”x HC043L0-EIBSF TM... 8037 /2 .43 2 .874 .000 .03 4 .437

9/”x HC0 478L-EIBSF TM... 8037 /2 .478 3.0 .2 . 4 8 .49

7/”x4 /8”, /”x4 4 HC3733L08-EI4BSW TM. .. 80377 3/8 .33 2.874 .87 .893 3 2 .32

/8”, /”x4 4 HC328L2-EI4BSF TM. .. 80378 /8 .28 3.0 .24 .20 4 7 .

/”x4 4 HC39L3-EI4BSF TM... 80379 /8 .9 3.22 .37 .393 4 9 .4

/2”x2 3/4”x2 2 HC3732L0 -EI2BSW TM... 80380 3/8 .32 2.874 .000 .042 3 2 .43

9/”x2 3/4”x2 2 HC0 44 4L-EI2BSW TM... 8038 /2 .4 44 3.0 .083 .2 4 3 .47

3/4”x2 2 HC322L-EI2BSF TM... 80382 /8 .22 3.22 .00 .42 4 8 .

/8”x 7/8”x HC049L3-EIBSW TM... 80383 /2 .49 3.0 .273 .38 4 4 .28/”x HC39L4-EIBSW TM... 80384 /8 .9 3.22 .34 .409 4 .9

Helical Flutes with Thru-Hole Coolant


Standard tpi External / Internal VTH D D2 L Le L1 Z Zt inch

/"x28 28 HC2232L03-EI28BSPT TM... 80394 /4 .232 2.402 .393 .40 3 .24

/8"x28 28 HC330L03-EI28BSPT TM... 80320 / .30 2.402 .393 .40 3 .342

/4"x9 9 HC0400L0-EI9BSPT TM... 8039 /2 .400 2.874 .79 .0 3 .44

3/8"x9 9 HC0439L0-EI9BSPT TM... 8039 /2 .439 2.874 .79 .0 4 .98

/2, 3/4"x4 4 HC3L08-EI4BSPT TM... 80397 /8 . 3.0 .87 .893 4 2 .748

", /2", 2", 2 /2"x HC774L0-EIBSPT TM. .. 80398 3/4 .74 4.0 .09 .3 4 2 .209



L

L1

D

D2

Le

Le

L1

D2

R0.137P

R 0.137P

55º

97

Defined by: B.S.779:956

Toler anc e c las s: Med ium c las s

External / Internal

External

Internal

HelicoolBSP (G)





Teeth Bore Dia.*


/", /8"x28 28 HC322L0-EI28BSP TM.. . 8038 / .22 2.402 .07 .2 3 7 .24

/8"x28 28 HC37323L07-EI28BSP TM.. . 80387 3/8 .323 2.874 .70 .78 3 2 .324

/4", 3/8"x9 9 HC0433L0-EI9BSP TM. .. 8039 /2 .433 3.0 .03 .079 4 20 .4

3/8"x9 9 HC37L3-EI9BSP TM... 80390 /8 .7 3.22 .3 .342 4 2 .02

/2"-7/8"x4 4 HC770L-EI4BSP TM... 80392 3/4 .70 4.0 .43 .78 4 23 .72



Teeth Bore Dia.*


/", /8"x28 28 HC322L04-EI28BSP TM.. . 8038 / .22 2.402 .44 .480 3 3 .24

/8"x28 28 HC37323L0-EI28BSP TM... 80388 3/8 .323 2.874 .7 .9 3 .324

/4", 3/8"x9 9 HC0433L08-EI9BSP TM.. . 80389 /2 .433 2.874 .789 .8 4 .4

3/8"x9 9 HC37L0-EI9BSP TM... 8039 /8 .7 3.22 .000 .028 4 9 .02

"-4"x HC774L-EIBSP TM... 80393 3/4 .74 4.0 .3 .8 4 8 .208



1º47’

D2

D2

Le

L1

D2

D

L

L1

Le30º 30º

90º

1°47’

D2

D2

Le

L1

D2

D

LL1

Le

30° 30°

90°

98



External / Internal

Internal

External



External / Internal

Internal

External

NPT

Helicool

Helicool

NPTF



Helical Flutes with Thru-Hole Coolanthread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia.*


/”x27 27 HC2232L03-EI27NPTF TM... 80328 /4 .232 2.244 .370 .389 3 0 .240

/8”x27 27 HC330L03-EI27NPTF TM... 80329 / .30 2.402 .370 .389 3 0 .330

/4”x8 8 HC37370L0-EI8NPTF TM... 80330 3/8 .370 2.874 . .83 3 0 .437

3/8”x8 8 H C0439L0-EI8NPTF TM... 8033 /2 .439 2.874 . .83 4 0 .2

/2”, 3/4”x4 4 HC3L07-EI4NPTF TM... 80332 /8 . 3.0 .74 .70 4 0 .704, .90

”, /4”, /2”, 2”x. . HC774L09-EI.NPTF TM... 80333 3/4 .74 4.0 .870 .93 4 0 1.411, 1.484, 1.720, 2.188

2 /2”x8; 3”x8 8 HC774 L3-EI8NPTF TM... 80334 3/4 .74 4.0 .20 .33 4 0 2.0, 3.232

Helical Flutes with Thru-Hole Coolant Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia.*


/”x27 27 HC2232L03-EI27NPT TM... 8032 /4 . 232 2.24 4 .370 .389 3 0 .244

/8”x27 27 HC330L03-EI27NPT TM... 80322 / .30 2.402 .370 .389 3 0 .330

/4”x8 8 HC37370L0-EI8NPT TM... 80323 3/8 .370 2.874 . .83 3 0 .437

3/8”x8 8 HC0439L0-EI8NPT TM... 80324 /2 .439 2.874 . .83 4 0 .2/2”, 3/4”x4 4 HC3L07-EI4NPT TM.. . 8032 /8 . 3.0 .74 .70 4 0 .704, .90

”, /4”, /2”, 2”x. . HC774L09-EI.NPT TM... 8032 3/4 .74 4.0 .870 .93 4 0 1.411, 1.484, 1.732, 2.204

2 /2”, 3”x8 8 HC774 L3-EI8NPT TM ... 80327 3 /4 .74 4.0 . 20 .33 4 0 2.2, 3.232



1/4P

1/8P

D2L1

Le

L

D2

L1

Le

D60°

99



Internal

External / Internal

Internal

External

Helicool-R (HCR)American UN



HeliCool-R (HCR)Helical Flutes with Radial Cooling 2 x Do (L1 ≤ 2 x Thread Diameter)


Teeth Bore Dia.*


No.0-32 No.2-3/8”x32 32 HCR90L03-I32UNF TM... 8048 3/ .0 .772 .37 .39 3 2 .7

/4"x28 7/”, /2"x28 28 HCR2203L0-I28UNF TM. .. 8049 /4 .203 2.244 .00 .8 3 4 .2No.0-24 /”, 3/8"x24 9/”-/”x24 24 HCR94L04-I24UNC TM... 8040 3/ .4 .772 .37 .39 3 9 .0

No.2-24 /”, 3/8"x24 9/”-/”x24 24 HCR93L04-I24UNC TM... 804 3/ .3 .772 .47 .437 3 0 .77

/”, 3/8"x24 9/”-/”x24 24 HCR323L0-I24UNF TM... 8042 / .23 2.402 .2 .4 3 .272

3/8"x24 9/”-/”x24 24 HCR37323L07-I24UNF TM... 8043 3/8 .323 2.874 .70 .77 3 8 .33

/4"x20 7/”, /2"x20 3/4”-"x20 20 HCR292L0-I20UNC TM... 8044 /4 .92 2.244 .00 .2 3 0 .20

/2"x20 3/4”-”x20 20 HCR0437L0-I20UNF TM.. . 804 /2 .437 3.0 .000 .02 4 20 .43

/"x8 9/”, /8”x8 /"- /”x8 8 HCR3242L-I8UNC TM... 804 / .242 2.402 . .39 3 .20

3/8"x 3/4”x HCR330L07-IUNC TM... 8047 / .30 2.402 .70 .78 3 2 .3

7/"x4 7/8”x4 4 HCR3734L08-I4UNC TM... 8048 3/8 .34 2.874 .87 .893 3 2 .370

/2"x3 3 HCR0407L0-I3UNC TM... 8049 /2 .407 3.0 .000 .039 4 3 .430

9/"x2 ”- /2”x2 2 HCR0 4L- I2UNC TM... 80470 /2 .4 3.0 .08 4 .2 4 3 .484

HeliCool-R (HCR)Helical Flutes with Radial Cooling


Teeth Bore Dia.*


/”x27 27 HCR2232L03-EI27NPT TM.. . 8073 /4 .232 2.244 .370 .389 3 0 .244

/8”x27 27 HCR330L03-EI27NPT TM... 8074 / .30 2.402 .370 .389 3 0 .330

/4”x8 8 HCR37370L0-EI8NPT TM.. . 807 3/8 .370 2.874 . .83 3 0 .437

3/8”x8 8 HCR0439L0-EI8NPT TM.. . 807 /2 .439 2.874 . .83 4 0 .2

/2”, 3/4”x4 4 HCR3L07-EI4NPT TM... 8077 /8 . 3.0 .74 .70 4 0 .704, .90

”, /4”, /2” , 2”x. . HCR774L09-EI.NPT TM... 8078 3/4 .74 4.0 .870 .93 4 0 .4, .484, .732, 2.204

2 /2”, 3”x8 8 HCR774L3-EI8NPT TM... 8079 3/4 .74 4.0 .20 .33 4 0 2.2, 3.232

Helicool-R for Improved Chip Evacuation for Thru-Holes

Defined by: USAS B.:968 Tolerance class: Standard NPT

NPTD2

L1

Le

L

D2

L1

Le

D60O

Helicool-R for Improved Chip Evacuation for Thru-Holes

Internal

External



1 32 3

1/4P

1/8P

60°

D2L1

Le

L

Lc

L1

D2

Dc

4 5 º

D

300



Internal

Internal

External

Helicool-C (HCC)American UN

Dc = Minimum recommended chamfer diameter

Helicool-C Operating Cycle

Thread MillingChamferingPositioning



HeliCool-R (HCR)Helical Flutes with Axial Coolant - Thru & Chamfer 2 x Do (L1 ≤ 2 x Thread Diameter)


TeethBoreDia.*

UNC UNF UNEF tpi Internal VTH D D2 Dc L Le L1 Le Z Zt inch

No.0-32 No.2-3/8”x32 32 HCC20L03-I32UNF TM... 80449 /4 .0 .202 2.244 .37 .39 .47 3 2 .7

/4"x28 7/”, /2"x28 28 HCC3203L0-I28UNF TM... 8040 / .203 .22 2.402 .00 .8 .49 3 4 .2No.0-24 /”, 3/8”x24 9/”-/”x24 24 HCC24L04-I24UNC TM... 804 /4 .4 .202 2.244 .37 .39 .42 3 9 .0

No.2-24 /”, 3/8”x24 9/”-/”x24 24 HCC23L04-I24UNC TM... 8042 /4 .3 .228 2.244 .47 .437 .48 3 0 .77

/”, 3/8”x24 9/”-/”x24 24 HCC3723L0-I24UNF TM... 8043 3/8 .23 .324 2.874 .2 .4 .78 3 .272

3/8"x24 9/”-/”x24 24 HCC0323L07-I24UNF TM... 8044 /2 .323 .387 3.0 .70 .77 .804 3 8 .33

/4"x20 7/", /2”x20 3/4”-"x20 20 HCC392L0-I20UNC TM... 804 / .92 .22 2.402 .00 .2 .8 3 0 .20

/2”x20 3/4”-”x20 20 HCC3437L0-I20UNF TM... 804 /8 .437 .2 3.22 .000 .02 .0 3 20 .43

/"x8 9/", /8”x8 /"- /”x8 8 HCC37242L-I8UNC TM... 8047 3/8 .242 .324 2.874 . .39 .7 3 .20

3/8"x 3/4”x HCC030L07- IUNC TM ... 8028 /2 .30 .387 3.0 .70 .78 .84 3 2 .3

7/"x4 7/8”x4 4 HCC034L08- I4UNC TM... 8029 /2 .34 .449 3.0 .87 .893 .937 3 2 .370

/2"x3 3 HCC3407L0-I3UNC TM... 8030 /8 .407 .2 3.22 .000 .039 .087 4 3 .430

9/"x2 ”- /2”x2 2 HCC34L-I2UNC TM. .. 803 /8 .4 .74 3.22 .084 .2 .78 4 3 .484



1/4P

1/8P

60°

W

L2

L4

D3140°

D2Dc D1

L3

L

D

4 5 °

Le

1 2 3 4 5 6 7

1 / 3 P 1 / 2 P 1P

1 / 2 P

30



Internal

Internal

External

HTC (Thriller)ISO Metric

RetractionExit Arc Thread Mill ingEntrance ArcFor Thread Milling

Backing Off Drill & ChamferStart

HTC - Thriller Operating Cycle

HTC (Thriller)Drill, Chamfer & Thread with Coolant-Thru

Thread Ordering Code EDP No. Pitch DimensionsNo. of Flutes

Teeth

ISO 2xDo Coarse Internal VTS VTN mm L L4 L2 L3 W Le D3 D[mm] D1 Dc D2 Z Zt

Mx.0 HTC Mx.0x2D... 8087 8 080 .00 2.4 4 .7 .39 .47 .039 .00 .97 8 .20 .248 .9 2

M8x. 2 HTC M8x. 2x2D... 80 88 8 08 .2 2.93 .77 .73 .7 .0 .22 . 28 0 .34 .327 .24 2 M0x. HTC M0 x.x2D... 80 89 80 82 .0 3.0 .92 .870 .772 .09 .8 .33 2 .433 .40 .38 2 2

M2x.7 HTC M2x.7x2D.. . 8090 8083 .7 3.04 .07 .004 .772 .09 .94 .40 4 .3 .484 .383 2 2

ISO 2.xDo Coarse

Mx.0 HTC Mx.0x2.D... 809 80 8 4 .00 2.4 4 .0 .8 .47 .039 .79 .97 8 .20 .24 8 .9 2 3

M8x.2 HTC M8x.2x2.D... 8092 80 8 . 2 2.93 .93 . 870 .7 .0 . 89 .28 0 .34 .327 .24 2

M0x. HTC M0x.x2.D. .. 8093 808 .0 3 .0 .098 .047 .772 .09 .988 .33 2 .433 .40 .38 2



1/4P

1/8P

60°

Le

L

D

D2

30



External / Internal

Internal

External

He-LexAmerican UN


He-Lex Flutes - Internal 2 x Do (L1 ≤ 2 x Thread Diameter)


UNC UNF tpi Internal VTH D D2 L Le Z Zt inch

No.0 -32 32 HX/8".2”-I32UNF TM... 8034 /8 .2 2.0 .32 3 0 .7

No.0 -28 28 HX/8".2”-I28UNF TM... 803 /8 .2 2.0 .32 3 9 .

N o.2-28 28 HX3/".0”- I28UNF TM... 803 3/ .0 2. .44 3 3 .8

/4"x28 28 HX3/".8”-I28UNF TM... 8037 3/ .8 2. .00 3 4 .27No.0 -24 24 HX/8".20”- I24UNC TM... 8038 /8 .20 2.0 .333 3 8 .0

No.2-24 24 HX3/".38”- I24UNC TM... 8039 3/ .38 2 . .48 3 .77

/"x24 24 HX/4".232”-I24UNF TM... 8040 /4 .232 2. .2 3 .28

3/8"x24 24 HX/".29”-I24UNF TM... 804 / .29 3.0 .70 4 8 .33

/4"x20 20 HX3/".8”- I20UNC TM.. . 8042 3/ .8 2. .00 3 0 .20

/2"x20 20 HX3/8".37”-I20UNF TM... 8043 3/8 .37 3. .000 4 20 .43

7/"x20 20 HX3/8".33”-I20UNF TM... 804 4 3/8 .33 3. .900 4 8 .38

/"x8 8 HX/4".232”- I8UNC TM ... 804 /4 .232 2 . .7 3 2 .2

9/"x8 8 HX3/8".37”-I8UNF TM... 804 3/8 .37 3. .889 4 .04

/8"x8 8 HX/2".49”-I8UNF TM... 8047 /2 .49 3. .278 4 23 .7

3/8"x HX/".28”- IUNC TM... 804 8 / . 28 3.0 .70 4 2 .3

3/4"x HX/2".49”-IUNF TM... 8049 /2 .49 3. .20 4 20 .897/"x4 4 HX/".30”- I4UNC TM... 800 / .30 3.0 .78 4 .3

/2"x3 3 HX3/8".30”-I3UNC TM... 80 3/8 .30 3. .923 4 2 .42

9/"x2 2 HX3/8".37”- I2UNC TM... 802 3/8 .37 3. .97 4 .484

/8"x HX/2".4 9”- IUNC TM... 803 /2 .4 9 3. .273 4 4 .3

3/4"x0 0 HX/2".49”-I0UNC TM... 804 /2 .49 3 . .300 4 3 .0

7/8"x9 9 HX/8".2”-I9UNC TM... 80 /8 .2 4.0 .444 4 3 .78

"x8 8 HX/8".2”-I8UNC TM... 80 /8 .2 4.0 .37 4 .878



Le

L

D

D2

1/8P

1/4P

60°

303



External / Internal

Internal

External

He-LexISO Metric


He-Lex Flutes - Internal 2 x Do (L1 ≤ 2 x Thread Diameter)


M Coarse M Fine mm Internal VTH D[mm] D2 L Le Z Zt inch

M3x0. M3.-Mx0. 0. H04022L0-I0.ISO TM... 80897 4 .087 .772 .23 3 2 .098

M4x0. 0. H04030L08-I0.ISO TM... 80898 4 .8 .772 .3 3 .38

Mx0. 0. H04039L0-I0.ISO TM... 80899 4 .4 .772 .394 3 20 .77

M4x0.7 0.7 H04028L08-I0.7ISO TM... 80900 4 .0 .772 .33 3 2 .30

Mx0.7 0.7 H04039L2-I0.7ISO TM... 8090 4 .4 .772 .472 3 .209Mx0.8 0.8 H0403L0-I0.8ISO TM... 80902 4 .38 .772 .409 3 3 .

Mx.0 M8-M40x.0 .0 H04039L2-I.0ISO TM... 80903 4 .4 .772 .472 3 2 .97

M8x.0 .0 H009L-I.0ISO TM... 80904 .232 2.244 .30 3 .27

M0x.0 .0 H08079L20-I.0ISO TM... 8090 8 .3 2.480 .787 3 20 .34

M2x.0 .0 H0099L24-I.0ISO TM... 8080 0 .390 2.874 .94 4 24 .433

M8x.2 .2 H008L-I.2ISO TM... 80907 .228 2.244 .40 3 3 .28

M0x.2 .2 H08077L20 -I.2ISO TM... 80908 8 .303 2.480 .787 3 .34

M0x. M2-M48x. . H08077L2-I.ISO TM... 80909 8 .303 2.480 .827 3 4 .33

M2x. . H0094L24-I.ISO TM... 8090 0 .370 2.874 .94 4 .43

M4x. . H22L28-I.ISO TM... 809 2 .44 3.28 .22 4 9 .492

Mx. . H29L33-I.ISO TM... 8092 2 .49 3.28 .299 4 22 .7

M2x.7 .7 H0087L24-I.7ISO TM... 8093 0 .343 2.874 .9 4 4 .402M4x2.0 M7-M80x2.0 2.0 H0099L28-I2.0ISO TM... 8094 0 .390 2.874 .02 4 4 .472

Mx2.0 M7-M80x2.0 2.0 H29L32-I2.0ISO TM... 809 2 .49 3.28 .20 4 .

M8-M22x2. 2. H39L40-I2.ISO TM... 809 .47 3.22 .7 .0

M24x3.0 3.0 H9L42-I3.0ISO TM... 8097 .2 3.22 .4 4 4 .827

He-Lex Flutes - External 2 x Do (L1 ≤ 2 x Thread Diameter)

Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth

M Coarse mm External VTH D[mm] D2 L Le Z Zt

M3x0. 0. H04039L0-E0.ISO TM... 8089 4 .4 .772 .23 3 2

M4.x0.7 0.7 H04039L09-E0.7ISO TM... 80892 4 .4 .772 .34 3 2

Mx.0 .0 H04039L2-E.0ISO TM... 80893 4 .4 .772 .472 3 2

M8x.2 .2 H009L-E.2ISO TM... 80894 .232 2.244 .40 3 3M0x. . H08079L2-E.ISO TM... 8089 8 .3 2.480 .827 3 4

M4x2.0 2.0 H0099L28-E2.0ISO TM... 8089 0 .390 2.874 .02 4 4



30°30°

90° 1°47’

Le

L

D

D2

Le

L

D

D2

30°30°

90° 1°47’

304



External / Internal

Internal

External


Toler ance cla ss : S tan dard NPT

External / Internal

Internal

External

He-Lex

He-Lex

NPTF

NPT


He-Lex Flutes Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia.*

Standard tpi External / Internal VTH D D2 L Le Z Zt inch

/"x27, /8"x27 27 HX/4".209”-EI27NPT TM ... 802 /4 . 209 2. .407 3 .248, .33

/4"x8, 3/8"x8 8 HX/".30”-EI8NPT TM... 803 / .30 3.0 . 4 .437, .7

/2"x4, 3/4"x4 4 HX/2".49”-EI4NPT TM... 804 /2 .49 3. .929 4 3 .97, .90

"-2"x. . HX/8".2”-EI.NPT TM... 80 /8 .2 4.0 .30 4 3 .42-2.202 /2"-"x8 8 HX3/4".74”-EI8NPT TM... 80 3/4 .74 .0 .00 4 2 from 2.8

He-Lex Flutes Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia.*

Standard tpi External / Internal VTH D D2** L Le Z Zt inch

/"x27, /8"x27 27 HX/4".209”-EI27NPTF TM ... 8 07 /4 . 209 2. .407 3 .248, .33

/4"x8 , 3/8"x8 8 HX/".30”-EI8NPTF TM... 808 / .30 3 .0 . 4 .437, .79/2"x4, 3/4"x4 4 HX/2".49”-EI4NPT F TM... 809 /2 .49 3. .929 4 3 .70, .92

"-2"x. . HX/8".2”-EI.NPTF TM... 800 /8 .2 4.0 .30 4 3 .8-2.23

2 /2"-"x8 8 HX3/4".74”-EI8NPTF TM... 80 3/4 .74 .0 .00 4 2 from 2.38



L1

D2L

D

I l

l

L1

D2L

D

60°

1/4P

60º

1/8P

305

Internal

External

Internal

External

Deep Threading - Long Tools for Deep Holes

Min. Thread Pitch Ordering Code EDP No. Dimensions inch

M coarse M ine UN, UNS, UNF, UNEF mm tpi Internal VTH D D2 L L1 Z Zt

Mx0.8Mx0.,

MX0.7

No.0-UNS, No.0-48UNS, No.0-40UNS,

No.0-3UNS, No.0-32UNF0.-0.8 32- DT94L03-ITA0 TM... 8044 3/ 0.4 .70 0.3 4

Mx.0 Mx0.,MX0.7

No.2-UNS, No.2-48UNS, ⁄ 4-40UNS, ⁄ 4-3UNS, ⁄ 4-32UNEF, ⁄ 4-28UNF, ⁄ 4-27UNS, ⁄ 4-24UNS

0.-.0 24- DT29L079-ITB0 TM... 804 /4 0.9 2.000 0.79

M8x.2M7x0.,M7x0.7,M7.x.0

⁄ 6-48UNS, ⁄ 6-40UNS, ⁄ 6-3UNS, ⁄ 6-32UNEF, ⁄ 6-28UN, ⁄ 6-27UNS, ⁄ 6-24UNS, ⁄ 6-20UN

0.-.2 20-48 DT2232L00-ITF0 TM... 804 /4 0.232 2.00 .00

-M0.x0.,Mx0.7,Mx.0

7 ⁄ 6-32UN, 7 ⁄ 6-28UNEF, 7 ⁄ 6-27UNS,7 ⁄ 6-24UNS

0.-.0 24- DT37370L38-ITB0 TM... 8047 3/8 0.39 3.000 .38

M0x. M0x.0,M0X.2

⁄ -24UNF, ⁄ -20UN, 7 ⁄ 6-8UNS,7 ⁄ 6-UN

.0-.0 -24 DT3307L2-ITC0 TM... 80423 / 0.3 2.00 .2

M2x.7M2x.0,M2X.2,M2x.

⁄ -24UNS, ⁄ -20UNS, ⁄ -8UNS, ⁄ -UNS, ⁄ -4UNS

.0-.7 4-24 DT37370L0-ITD0 TM... 80424 3/8 0.39 3.000 .0

-M3.x.0,M4x.2,

M4x.

9 ⁄ 6-24UNEF .0-.7 4-24 DT049L77-ITD0 TM... 8042 /2 0.49 3.20 .77

Defined by: ANSI B..74 Tolerance class: B

Internal

American UN

Internal

Deep Threading

Deep ThreadingPartial Profile 60°

Deep Threading - Long Tools for Deep Holes 3 x Do (L1 ≤ 3 x Thread Diameter)

Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia.

UNC UNF tpi Internal VTH D D2 L L1 Z Zt inch

/4"x20 20 DT/”.7”-I20UNC TM... 80220 / .7 2.480 .787 3 .20/4"x28 28 DT/”.8”- I28UNF TM.. . 8027 / .8 2.480 .787 3 .27

/"x8 8 DT3/8”.20”-I8UNC TM... 8022 3/8 .20 2.874 .984 3 .2/"x24 24 DT3/8”.224”- I24UNF TM... 80272 3/8 . 224 2. 874 .984 3 .28

3/8"x DT3/8”.24”-IUNC TM... 80222 3/8 .24 2.874 .8 3 .33/8"x24 24 DT3/8”.29”- I24UNF TM... 80273 3/8 .29 2.874 .8 3 .33

7/"x4 4 DT/2”.299”-I4UNC TM... 80274 /2 .299 3.28 .378 4 .37/"x20 20 DT/2”.33”- I20UNF TM... 8 027 /2 .33 3.28 .378 4 .38

/2"x3 3 DT/2”.30”-I3UNC TM... 80223 /2 .30 3 .28 .7 4 .42/2"x20 20 DT/2”.398”- I20UNF TM... 8027 /2 .398 3.28 .7 4 .43

9/"x2 2 DT/8”.40”-I2UNC TM... 80224 /8 .40 3.780 .772 4 .4849/"x8 8 DT/8”.44”-I8UNF TM... 80277 /8 .44 3.780 .772 4 .04

/8"x DT/8”.433”-IUNC TM... 8022 /8 .433 3.97 .99 4 .3/8"x8 8 DT/8”.0 4”- I8UNF TM ... 80278 /8 .0 4 3.97 .99 4 .7

3/4"x0 0 DT/8”.3”-I0UNC TM... 8022 /8 .3 4.370 2.32 .03/4"x DT/8”.0”- IUNF TM ... 80227 /8 .0 4.370 2.32 .89



1/4P

1/8P

60°

L

L1

D2

D

3 Flutes

Le = Pitch x 3

306

Recommended Overhang

Internal

External


Toler ance cla ss : B

Internal

American UN MilliPro


MilliProMiniature Thread Mills 3 x Do (L1 ≤ 3 x Thread Diameter)



No.-72 72 D3T207L22-I72UN TM... 80443 /4 .07 2.244 .22 3 3 .09

No.4,No.-40 No.- 40 40 D3T2083L34-I40UN TM... 8023 /4 .083 2.244 .34 3 3 .09

No.-40 No.-40 40 D3T209L394-I40UN TM... 80249 /4 .09 2.244 .394 3 3 .02

No.,No. 8-32 No.0 -32 32 D3T20 0L433- I32UN TM ... 802 4 /4 .0 0 2.24 4 .433 3 3 .0

No.8-32 No.0-32 32 D3T22L2-I32UN TM... 8020 /4 .2 2.244 .2 3 3 .34

/4”x28 28 D3T2207L772-I28UN TM... 802 /4 .207 2.244 .772 3 3 .2

/”x24 24 D3T323L9-I24UN TM... 8022 / .23 2.480 .9 3 3 .272

/4”x20 7/”x20 20 D3T292L780-I20UN TM... 8023 /4 .92 2.244 .780 3 3 .20


Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia .*


N o.-72 72 D3T207L4 -I72UN TM... 802 /4 .07 2. 24 4 .4 3 3 .09

No.-4 No.2-4 4 D3T20L-I4UN TM... 8024 /4 .0 2.244 . 3 3 .09

No.2- No.3- D3T20L97-IUN TM... 802 /4 .0 2.244 .97 3 3 .07No.3-48 No.4-48 48 D3T207L23-I48UN TM... 8027 /4 .07 2.244 .23 3 3 .079

No.4, No.-40 No.-40 40 D3T2083L23- I40UN TM... 8028 /4 .083 2.244 .23 3 3 .090

No.-40 No. -40 4 0 D3T209L283- I4 0UN TM ... 8029 /4 .09 2. 24 4 .283 3 3 .02

No. 8-3 3 D3T230L343- I3UN TM... 80240 /4 .30 2.24 4 .343 3 3 .38

No., No.8-32 No.0-32 32 D3T200L292-I32UN TM. .. 8024 /4 .00 2.244 .292 3 3 .0

No.8-32 No.0-32 32 D3T22L394- I32UN TM.. . 80242 /4 .2 2.244 .394 3 3 .34

/4”x28 28 D3T2207L20 -I28UN TM ... 80243 /4 . 207 2.24 4 .20 3 3 .2

No.0-24 /”x24 24 D3T24L402- I24UN TM.. . 80244 /4 .4 2.244 .402 3 3 .0

/”x24 24 D3T323L0-I24UN TM... 8024 / .23 2 .480 .0 3 3 .272

/4”x20 7/”x20 20 D3T292L28-I20UN TM... 8 024 /4 .92 2.244 .28 3 3 .20

7/”x20 20 D3T3737L90 - I20UN TM ... 80247 3/8 .37 2.874 .90 3 3 .390

3/8”x D3T324L72-IUN TM... 80279 / .24 2.480 .72 3 3 .37/”x4 4 D3T3734L97-I4UN TM... 80248 3/8 .34 2.874 .97 3 3 .370



L

L1

D2

DR

0.18042PR

0.15011P

5/16P

60°

max

min

3 FlutesLe = Pitch x 3

L

L1

D2

D

3 Flutes

Le = Pitch x 3

1/4P

1/8P

60°

307

Internal

External


Toler ance class : 4h/ 6h- 4H/ 5H

Internal


Internal

External



Internal


MJ

UNJ

MilliPro

MilliPro

MilliPro - Miniature Thread Mills 3 x Do (L1 ≤ 3 x Thread Diameter)

Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth Bore Dia.Standard mm Internal VTH D D2 L L1 Z Zt inch

MJ3x0. 0. D3T2094L03-I0.MJ TM... 80882 /4 .094 2.244 0.32 3 3 .02

MJ3.x0. 0. D3T22L043-I0.MJ TM... 80883 /4 .2 2.244 0.433 3 3 .8

MJ4x0.7 0.7 D3T224L048-I0.7MJ TM... 80884 /4 .24 2.244 0.484 3 3 .34

MJx0.8 0.8 D3T29L00-I0.8MJ TM... 8088 /4 .9 2.244 0.0 3 3 .9

MJx.0 .0 D3T289L072-I.0MJ TM... 8088 /4 .89 2.244 0.728 3 3 .20

MJ8x.2 .2 D3T32L09-I.2MJ TM... 80887 / .2 2.480 0.99 3 3 .272

MJ0x. .0 D3T37323L2-I.0MJ TM... 80888 3/8 .323 2.874 .23 3 3 .343

MJ2x.7 .7 D3T3737L4-I.7MJ TM... 80889 3/8 .37 2.874 .47 3 3 .409

MJ4x2 2.0 D3T049L7-I2.0MJ TM... 80890 /2 .49 3.28 .73 3 3 .482


MilliPro - Miniature Thread Mills 3 x Do (L1 ≤ 3 x Thread Diameter)


UNJC UNJF tpi Internal VTH D D2 L L1 Z Zt inch

0.38”(#) 0.9 0”(#0) 32 D3T20 L0 43- I32UNJ TM... 80 43 /4 .0 2.24 4 .433 3 3 .0

0.20”(/4” ) 28 D3T223L07-I28UNJ TM... 80437 /4 .23 2.244 .78 3 3 .220

0.90”(#0) 24 D3T24L08-I24UNJ TM... 80438 /4 .4 2.244 .87 3 3 .7

0.32”(/”) 24 D3T324L094-I24UNJ TM. .. 80439 / .24 2.480 .949 3 3 .270.20”(/4”) 20 D3T297L07-I20UNJ TM... 8044 /4 .97 2.244 .78 3 3 .209

0.437”(7/”) 20 D3T3737L3-I20UNJ TM. .. 8044 3/8 .37 2.874 .39 3 3 .394

0.32”(/”) 0.2”(9/”) 8 D3T322L094-I8UNJ TM. .. 809 / .22 2.480 .949 3 3 .2

0.37”(3/8”) 0 .70”(3/4” ) D3T3303L4-IUNJ TM... 80879 / .303 2.480 .42 3 3 .39

0.437”(7/”) 0.87”(7/8”) 4 D3T3732L3-I4UNJ TM. .. 80880 3/8 .32 2.874 .39 3 3 .374

0.00”(/2”) 3 D3T3737L-I3UNJ TM... 8088 3/8 .37 2.874 . 3 3 .433



60°

1/8P

1/4P

L

3 Flutes

L1

Le = Pitch x 3

D2

D

308

Internal

Internal


Toler anc e c las s: 6HRecommended Overhang

External


ISO Metric MilliPro



M Coarse M Fine mm Internal D D2 L L1 Z Zt inch

M.X0.3 0.3 D3T2047L97-I0.3ISO TM... 8072 /8 .047 .8 .97 3 3 .049

M2X0.4 0.4 D3T20L244-I0.4ISO TM... 8073 /4 .0 2.244 .244 3 3 .03

M2.x0.4 0.4 D3T2077L27-I0.4ISO TM... 8074 /4 .077 2.244 .27 3 3 .08

M3x0. M3.-Mx0. 0. D3T209 4L32- I0.ISO TM... 80 7 /4 .094 2. 24 4 .32 3 3 .098

M4x0.7 0.7 D3T224L484-I0.7ISO TM... 807 /4 .24 2.244 .484 3 3 .30

Mx0.8 0.8 D3T29L0-I0.8ISO TM... 8077 /4 .9 2.244 .0 3 3 .

Mx.0 M8 -M4 0x.0 .0 0 D3T289L728- I.0ISO TM ... 8078 /4 .89 2. 24 4 .728 3 3 .97

M8x.2 .2 D3T32L99-I.2ISO TM... 8079 / .2 2.480 .99 3 3 .28



M Coarse M Fine mm Internal D D2 L L1 Z Zt inch

M.x0.3 0.3 D3T2047L34-I0.3ISO TM... 800 /8 .047 .8 .34 3 3 .049

M2x0.4 0.4 D3T20L-I0.4ISO TM... 80 /4 .0 2.244 . 3 3 .03M2.2x0.4 0.4 D3T20L8-I0.4ISO TM... 802 /4 .0 2.244 .8 3 3 .09

M2.x0.4 0.4 D3T2077L20-I0.4ISO TM... 803 /4 .077 2.244 .20 3 3 .08

M3x0. M3.-Mx0. 0. D3T2094L24 4- I0.ISO TM ... 80 4 /4 .09 4 2.24 4 .244 3 3 .098

M3.x0. 0. D3T208L287-I0.ISO TM... 80 /4 .08 2.244 .287 3 3 .4

M4x0.7 0.7 D3T224L327-I0.7ISO TM... 80 /4 .24 2.244 .327 3 3 .30

Mx0.8 0.8 D3T29L409-I0.8ISO TM... 807 /4 .9 2.244 .409 3 3 .

Mx.0 M8 -M40 x.0 .0 D3T289L492- I.0ISO TM ... 808 /4 .89 2.24 4 .492 3 3 .97

M8x.2 .2 D3T32L4-I.2ISO TM... 809 / .2 2.480 .4 3 3 .28

M0x. M2-M48x.0 .0 D3T37323L89-I.0 ISO TM.. . 8070 3/8 .323 2 .874 .89 3 3 .33

M2x.7 .7 D3T3737L984-I.7ISO TM... 807 3/8 .37 2.874 .984 3 3 .40



60°

1/8P

1/4P

L

3 Flutes

L1

Le = Pitch x 3

D2

D

MilliPro (D-mm shank)Miniature Thread Mills 3 x Do (L1 ≤ 3 x Thread Diameter)


M Coarse M Fine mm Internal D (mm) D2 L L1 Z Zt inch

M.X0.3 0.3 D3T0302L00 -I0.3ISO TM... 8042 3 .20 .8 0.2 3 3 0.0

M2x0.4 0.4 D3T030L02-I0.4IS0 TM... 809 3 . .8 0.24 3 3 0.0

M2X0.4 0.4 D3T00L02-I0.4ISO TM... 80422 . 2. 24 0.24 3 3 0.0

M2.x0.4 0.4 D3T0309L077-I0.4ISO TM... 8094 3 .9 .8 0.30 3 3 0.08

M2.x0.4 0.4 D3T009L077-I0.4ISO TM... 802 .9 2. 24 0.30 3 3 0.08

M3X0. M3.-Mx0. 0. D3T03024L092-I0.ISO TM. .. 809 3 2.40 .8 0.3 3 3 0.0

M3x0. M3.-Mx0. 0. D3T0024L092-I0.ISO TM. .. 802 2.4 0 2.24 0.3 3 3 0.0

M4x0.7 0.7 D3T003L23-I0.7ISO TM... 8027 3. 2.24 0.48 3 3 0.3

Mx0.8 0.8 D3T0040L4-I0.8ISO TM... 8028 4.0 2.24 0. 3 3 0.7

Mx.0 M8-M40x.0 .00 D3T0048L8-I.0ISO TM. .. 8029 4.80 2.24 0.73 3 3 0.20

M8x.2 .2 D3T080L24-I.2ISO TM... 80270 8 .0 2.48 0.97 3 3 0.27

MilliProISO Metric

External




Internal

Internal

309*Bore Diameter applies to smallest thread Dia.

MilliPro (D-mm shank)Miniature Thread Mills 2 x Do (L1 ≤ 2 x Thread Diameter)


M Coarse M Fine mm Internal D (mm) D2 L L1 Z Zt inch

M.x0.3 0.3 D3T0302L034-I0.3ISO TM... 80420 3 0.0 .8 0.3 3 3 0.0

M2x0.4 0.4 D3T00L042-I0.4ISO TM... 8024 0.0 2.24 0.7 3 3 0.0M2.2x0.4 0.4 D3T00L04-I0.4ISO TM... 802 0.0 2.24 0.8 3 3 0.07

M2.x0.4 0.4 D3T009L02-I0.4ISO TM... 802 0.08 2.24 0.20 3 3 0.08

M3x0. M3.-Mx0. 0. D3T0024L02-I0.ISO TM. .. 8027 0.09 2.24 0.24 3 3 0.0

M3.x0. 0. D3T0027L073-I0.ISO TM... 8028 0. 2. 24 0.29 3 3 0.

M4x0.7 0.7 D3T003L083-I0.7ISO TM... 8029 0.2 2. 24 0.33 3 3 0.3

Mx0.8 0.8 D3T0040L04-I0.8ISO TM... 8020 0. 2.24 0.4 3 3 0.7

Mx.0 M8-M40x.0 .0 D3T0048L2- I.0ISO TM.. . 802 0.9 2.24 0.49 3 3 0.20

M8x.2 .2 D3T080L-I.2ISO TM... 8022 8 0.2 2.48 0. 3 3 0.27

M0x. M2-M48x.0 .0 D3T0082L208-I.0ISO TM... 8048 0 0.32 2.87 0.82 3 3 0.33

M2x.7 .7 D3T0099L20-I.7ISO TM... 8049 0 0.39 2.87 0.98 3 3 0.4

Mx2.0 2.0 D3T29L330-I2.0ISO TM... 8093 2 0.47 3.27 .30 3 3 0.

M20x2. 2.0 D3T9L43-I2.ISO TM... 8092 0.3 3.2 .3 3 3 0.9



1/4P

1/8P

60°

1/4P

60º

1/8P

L

D

D

3 Flutes

2

L1

L

D

D

3 Flutes

2

L1

30

Internal

External



Internal

External

Internal

MilliPro Dental

MilliPro Dental

American UN

MilliPro DentalMiniature Thread Mills for Dental Implants 3xDo (L1≤3 x Thread Diameter)


Teeth Bore Dia.

UNF tpi Internal VTH D[mm] D2 L L1 Z Zt inch

0-80 80 DT030L04-I80UN TM... 80283 3 .04 .220 .8 3 .0

-72 72 DT0304L0-I72UN TM... 8043 3 .07 .220 .2 3 .03

MilliPro DentalMiniature Thread Mills for Dental Implants 3xDo (L1≤3 x Thread Diameter)


Te eth Bore Dia.

M Coarse M Fine mm Internal VTH D[mm] D2 L L1 Z Zt inch

M.0x0.2 M.4x0.2 0 .2 DT03007L03- I0 .2ISO TM... 8020 3 .028 .220 .22 3 .030

M.2x0.2 M.4x0.2 0 .2 DT03009L038-I0.2ISO TM... 802 3 .03 .220 .0 3 .037M.4x0.3 - 0.30 DT030L044-I0.30ISO TM... 8022 3 .04 .220 .73 3 .04

M.x0.3 - 0.3 DT0302L00-I0.3ISO TM... 8023 3 .047 .220 .97 3 .0

M.8x0.3 M2.0x0 .3 0 .3 DT0304L0- I0.3ISO TM.. . 80280 3 .0 .220 .220 3 .09

M2.0x0.4 - 0.40 DT030L02-I0.40ISO TM... 8028 3 .09 .220 .244 3 .0

M2.x0.4 - 0.4 DT0309L077-I0.4ISO TM... 80282 3 .077 .220 .303 3 .083

Defined by: ANSI B.:74 Tolerance class: B

Defined by: R6 (DIN 3) Tolerance class: 6H

Internal

ISO Metric

The MilliPro Dental lin e was specially des igned for machining T itanium an d Stainless Steel in high RPM.

MilliPro Dental DT tools are also suitable for general use applications



60°

1/8P

1/4P

L

L1

D2

D

3 Flutes

Le = Pitch x 3

L

L1

D2

D

1/4P

1/8P

60°

3 Flutes

Le = Pitch x 3

3


Internal

External


Internal

Internal

External



Internal

MilliPro EL

MilliPro EL

American UN

ISO Metric


MilliPro ELMiniature Thread Mills, Extra Long Tools 2 x Do (L1 ≤ 2 x Thread Diameter)


M Coarse M Fine mm Internal VTH D D2 L L1 Z Zt Inch

M2x0.4 0.4 D3T20L-I0.4ISO TML... 8042 /4 .0 3.937 . 3 3 .03

M2.x0.4 0.4 D3T2077L20-I0.4ISO TML.. . 80428 /4 .077 3.937 .20 3 3 .08

M3x0. M3.-Mx0. 0. D3T2094L244- I0.ISO TML... 80 429 /4 .09 4 3.937 .244 3 3 .098

MilliPro ELMiniature Thread Mills, Extra Long Tools 2 x Do (L1 ≤ 2 x Thread Diameter)



No.2- No.3- D3T20L97-IUN TML... 80430 /4 .0 3.937 .97 3 3 .07

No.4, No.- 40 No.- 40 40 D3T2083L23-I40UN TML... 8043 /4 .083 3.937 .23 3 3 .09

No., No.8 -32 No.0 -32 32 D3T20 0L29- I32UN TML... 80432 /4 .00 3.937 .29 3 3 .0

No.8-32 No.0-32 32 D3T22L394-I32UN TML... 80433 /4 .2 3.937 .394 3 3 .34



1/4P

1/8P

60°L

L1

D

D2

4-6 Flute

L

L1

D

D2

4-6 Flute

3


Internal

External


Internal

Left Hand Tool

MilliPro HDAmerican UN

Finish (Full Profile)Roughing (Partial Profile)

MilliPro HD Tools are left handed.For CNC use M04 code.

The work direction should be fromthe top to the bottom (Climb Milling).

Pitch

Two cutting teeth: Partial Profi lefor leading tooth followed by FullProfile for finishing.


MilliPro HDMiniature Thread Mills for Hard Materials Up to 62HRc 3 x Do (L1 ≤ 3 x Thread Diameter)



No.4-40, No.-40 No.-40 40 S2L2083L34- I40UN TM... 8092 /4" .083 3 .00 .380 4 2 .093

No.-40 No. -4 0 4 0 S2L209L394 -I40UN TM... 8093 /4" . 09 3.0 0 .40 4 2 .04

No.-32, No.8-32 No.0-32 32 S2L200L433-I32UN TM. .. 8094 /4" .00 3.00 .40 4 2 .

No.8-32 No.0-32 32 S2L22L2- I32UN TM.. . 809 /4" .2 3 .00 .40 4 2 .3

/4”x28 28 S2L2207L772- I28UN TM... 809 /4" .207 3.0 0 .80 2 .29

/”x24 24 S2L323L9-I24UN TM... 8097 /" .23 3 . .00 2 .272/4”x20 7/”x20 20 S2L292L780- I20UN TM.. . 8098 /4" .92 3 .00 .830 2 .204

7/”x4 4 S2L3734L3-I4UN TM. .. 8099 3/8" .34 4.00 .390 2 .37




No.2- No.3- S2L20L97-IUN TM... 8093 /4" .0 3.00 .20 4 2 .07

No.3-48 No.4-48 48 S2L207L23-I48UN TM... 80937 /4" .07 3.00 .20 4 2 .083

No.4 -4 0, No.-40 No. -40 4 0 S2L2083L 23 -I4 0UN TM ... 80938 /4" .083 3.0 0 .20 4 2 .093

No.-40 No.-40 40 S2L209L283-I40UN TM... 80939 /4" .09 3.00 .30 4 2 .04

No.8 -3 3 S2L230L343- I3UN TM ... 809 40 /4" .30 3.00 .370 4 2 .40

No.-32, No.8-32 No.0-32 32 S2L200L292- I32UN TM.. . 8094 /4" .00 3 .00 .320 4 2 .2

No.8-32 No.0-32 32 S2L22L394-I32UN TM... 80942 /4" .2 3.00 .420 4 2 .38

No.0 -32 32 S2L24 L39 4- I32UN TM... 80943 /4" .4 3.0 0 .430 4 2 .4

/4”x28 28 S2L2207L20 -I28UN TM... 8094 4 /4" .207 3.00 .0 2 .29

No.0 -24 /”x24 24 S2L24L402-I24UN TM... 8094 /4" .4 3.00 .440 4 2 .4

/”x24 24 S2L323L0-I24UN TM.. . 8094 /" .23 3. .90 2 .27

/4”-20 7/”x20 20 S2L292L28-I20UN TM... 80947 /4" .92 3.00 .80 2 .20

7/”x20 20 S2L37372L90 - I20UN TM... 8094 8 3/8" .372 4.0 0 .90 2 .390

3/8”x S2L330L77-IUN TM... 80949 /" .30 3. .840 2 .3

7/”x4 4 S2L3734L97-I4UN TM... 8090 3/8" .34 4.00 .990 2 .374/2”x3 3 S2L37390L0-I3UN TM... 809 3/8" .390 4.00 .080 2 .429



1/4P

1/8P

60°L

L1

D

D2

4-6 Flute

33


Internal

External


Internal

Left Hand Tool

MilliPro HDISO Metric

F i n i s h

( F u l l P

r o f i l

e )

R o u g h i

n g ( P a r t i a

l P r o f i l

e )

MilliPro HD Tools are left handed.For CNC use M04 code.

The work direction should be fromthe top to the bottom (Climb Milling).

Pitch

Two cutting teeth: Partial Profi lefor leading tooth followed by FullProfile for finishing.


MilliPro HD

Miniature Thread Mills for Hard Materials Up to 62HRc 3 x Do (L1 ≤ 3 x Thread Diameter)


M Coarse M Fine mm Internal VTH D D2 L L1 Z Zt inch

M2x0.4 0.4 S2L20L244-I0.4ISO TM... 80929 /4 .0 2.99 .2 4 2 .03

M2.x0.4 0.4 S2L2077L303-I0.4ISO TM... 80930 /4 .077 2.99 .32 4 2 .08

M3x0. M3.-Mx0. 0. S2L2094L32- I0.ISO TM ... 8093 /4 .094 2.99 .38 4 2 .0

M4x0.7 0.7 S2L224L484-I0.7ISO TM... 80932 /4 .24 2.99 . 4 2 .32

Mx0.8 0.8 S2L29L0-I0.8ISO TM... 80933 /4 .9 2.99 .4 4 2 .9

Mx.0 M8-M40 x.0 .0 S2L289L728 -I.0ISO TM... 8 0934 /4 .89 2.99 .77 2 .20

M8x.2 .2 S2L32L98-I.2ISO TM... 8093 / .2 3. .02 2 .28



Teeth Bore Dia.*

M Coarse M Fine mm Internal VTH D D2 L L1 Z Zt Inch

M2x0.4 0.4 S2L20L-I0.4ISO TM... 8098 /4 .0 2.99 .8 4 2 .03

M2.2x0.4 0.4 S2L20L8-I0.4ISO TM... 8099 /4 .0 2.99 .20 4 2 .07M2.x0.4 0.4 S2L2077L204-I0.4ISO TM... 80920 /4 .077 2.99 .22 4 2 .08

M3x0. M3.-Mx0. 0. S2L2094L 24 4- I0.ISO TM ... 8092 /4 .09 4 2.99 .27 4 2 .0

M3.x0. 0. S2L208L287-I0.ISO TM... 80922 /4 .08 2.99 .3 4 2 .

M4x0.7 0.7 S2L224L32-I0.7ISO TM... 80923 /4 .24 2.99 .3 4 2 .32

Mx0.8 0.8 S2L29L409-I0.8ISO TM... 80924 /4 .9 2.99 .44 4 2 .9

Mx.0 M8 -M4 0x.0 .0 S2L289L492- I.0ISO TM... 8092 /4 .89 2.99 .3 2 .20

M8x.2 .2 S2L32L3-I.2ISO TM... 8092 / . 2 3. .70 2 .28

M0x. M2-M48x.0 .0 S2L3308L88-I.0ISO TM. .. 80927 / .308 3. .88 2 .339

M2x.7 .7 S2L3737L984-I.7ISO TM... 80928 3/8 .37 3.98 .0 2 .409



1/4P

1/8P

h

D2Le

L

D

60°

34

Internal

External

Defined by: ANSI B.:74 Tolerance class: A/B

External / Internal

StraightAmerican UN

Straight Flutes - Internal Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth

Min. Dia. tpi Internal VTS D D2 L Le Z Zt h inch

No.8 3 S/8”.20”-I3UN TM... 80034 /8 .20 .4 .20 3 9 .0

No.8 32 S/8”.20”-I32UN TM... 8003 /8 .20 .4 .20 3 8 .08

/” 32 S/4”.240”-I32UN TM... 8003 /4 .240 2.244 .2 3 8 .08No.2 28 S3/”.4”-I28UN TM... 80037 3/ .4 .4 .32 3 9 .02

7/” 28 S/”.30”-I28UN TM3... 80038 / .30 2.480 .78 3 22 .02

7/” 28 S/”.30”-I28UN TM... 8044 / .30 2.480 .78 22 .02

No.2 24 S3/”.0”-I24UN TM... 80039 3/ .0 2.244 .333 3 8 .024

/4” 20 S3/”.0”-I20UN TM... 80040 3/ .0 2.244 .400 3 8 .029

9/” 20 S3/8”.370”-I20UN TM... 8004 3/8 .370 2.83 .900 8 .029

/” 8 S/4”.200”-I8UN TM... 80440 /4 .200 2.244 .00 3 9 .033

9/” 8 S3/8”.370”-I8UN TM... 80043 3/8 .370 2.83 .944 7 .033

3/8” S/4”.240”-IUN TM... 80044 /4 .240 2.244 .2 3 9 .037

3/” S/2”.470”-IUN TM... 8004 /2 .470 3.28 .2 8 .037

7/” 4 S/”.30”-I4UN TM3... 8004 / .30 2.480 .74 3 0 .042

7/” 4 S/”.30”-I4UN TM... 80238 / .30 2.480 .74 0 .042

/2” 3 S/”.30”-I3UN TM3... 80047 / .30 2.480 .79 3 0 .04

/2” 3 S/”.30”-I3UN TM... 80237 / .30 2.480 .79 0 .04

9/” 2 S3/8”.370”-I2UN TM... 80048 3/8 .370 2.83 .97 .049

” 2 S/2”.470”-I2UN TM... 80049 /2 .470 3.28 .7 4 .049

/8” S3/8”.370”-IUN TM... 8000 3/8 .370 2.83 .909 0 .03

3/4” 0 S/2”.470”-I0UN TM... 800 /2 .470 3.28 .00 .09

7/8” 9 S/8”.20”-I9UN TM... 80442 /8 .20 3.22 .333 2 .0

” 8 S/8”.20”-I8UN TM... 8003 /8 .20 3.22 .00 2 .073

/8” 7 S/8”.20”-I7UN TM... 8004 /8 .20 3.22 .429 0 .084

3/8” S3/4”.74”-IUN TM... 800 3/4 .74 4.09 .00 9 .098

3/4” S3/4”.74”-IUN TM... 8007 3/4 .74 4.09 .00 8 .7

2” 4. S3/4”.74”-I4.UN TM... 8008 3/4 .74 4.09 . 7 .30

Straight Flutes - External Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth

Min. Dia. tpi External VTS D D2 L Le Z Zt h inch

No. 32 S/4”.240”-E32UN TM... 8002 /4 .240 2.244 .2 3 8 .09

No.2 28 S/”.30”-E28UN TM3... 80027 / .30 2.480 .78 3 22 .022

No.2 28 S/”.30”-E28UN TM... 80408 / .30 2.480 .78 22 .022

/4” 20 S3/8”.370”-E20UN TM... 80028 3/8 .370 2.83 .900 8 .03

/” 8 S3/8”.370”-E8UN TM... 80029 3/8 .370 2.83 .944 7 .034

3/8” S/2”.470”-EUN TM... 80030 /2 .470 3.28 .2 8 .038

9/” 2 S/2”.470”-E2UN TM... 8003 /2 .470 3.28 .7 4 .0

” 8 S/8”.20”-E8UN TM... 80032 /8 .20 3.22 .00 2 .077

3/8” S/8”.20”-EUN TM... 80033 /8 .20 3.22 .00 9 .02



1/4P

1/8P

h

D2Le

L

D60°

35

Internal

External

Defined by: R6 (DIN 3) Tolerance class: 6g/6H

External / Internal

ISO Metric Straight

Straight Flutes - Internal Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth

Min. Dia. mm Internal VTS D D2 L Le Z Zt h inch

M4. 0.7 S/8”.20”-I0.7ISO TM... 80008 /8 .20 .49 .270 3 9 .07

M8 0.7 S/4”.240”-I0.7ISO TM... 80009 /4 .240 2.244 .9 3 20 .07M 0.80 S3/”.4”-I0.8ISO TM... 8000 3/ .4 .4 .3 3 0 .08

M .00 S3/”.0”-I.0ISO TM... 800 3/ .0 .4 .34 3 9 .023

M2 .00 S/”.30”-I.0ISO TM3... 8002 / .30 2.480 .787 3 20 .023

M2 .00 S/”.30”-I.0ISO TM... 80239 / .30 2.480 .787 20 .023

M8 .2 S/4”.200”-I.2ISO TM... 8003 /4 .200 2.244 .492 3 0 .029

M0 .0 S/4".240"-I.ISO TM... 8004 /4 .240 2.244 .9 3 0 .03

M4 .0 S3/8”.370”-I.ISO TM... 800 3/8 .370 2.83 .94 .03

M8 .0 S/2”.470”-I.ISO TM... 800 /2 .470 3.28 .8 20 .03

M2 .7 S/”.30”-I.7ISO TM3... 8007 / .30 2.480 .78 3 .040

M2 .7 S/”.30”-I.7ISO TM... 8023 / .30 2.480 .78 .040

M 2.00 S3/8”.370”-I2.0ISO TM... 8008 3/8 .370 2.83 .944 2 .04

M8 2.00 S/2”.470”-I2.0ISO TM... 8009 /2 .470 3.28 .8 .04

M20 2.0 S/2”.470”-I2.ISO TM... 80020 /2 .470 3.28 .8 2 .08

M24 3.00 S/8”.20”-I3.0ISO TM... 8002 /8 .20 3.22 .47 2 .09

M30 3.0 S/8”.20”-I3.ISO TM... 80022 /8 .20 3.22 . .08

M3 4.00 S/8”.20”-I4.0ISO TM... 80023 /8 .20 3.22 .7 0 .092

M48 .00 S3/4”.74”-I.0ISO TM... 80024 3/4 .74 4.09 .7 8 .

M4 .00 S3/4”.74”-I.0ISO TM... 8002 3/4 .74 4.09 .47 .39

Straight Flutes - External Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth

Min. Dia. mm External VTS D D2 L Le Z Zt h inch

M3 0.0 S/4”.240”-E0.ISO TM... 80000 /4 .240 2.244 .9 3 30 .02

M4. 0.7 S/”.30”-E0.7ISO TM3... 8000 / .30 2.480 .0 3 2 .09

M4. 0.7 S/”.30”-E0.7ISO TM... 8044 4 / .30 2.480 .0 2 .09

M .00 S3/8”.370”-E.0ISO TM... 80002 3/8 .370 2.83 .94 24 .02

M0 .0 S/2”.470”-E.ISO TM... 80003 /2 .470 3.28 .8 20 .037

M4 2.00 S/2”.470”-E2.0ISO TM... 80004 /2 .470 3.28 .8 .00

M24 3.00 S/8”.20”-E3.0ISO TM... 8000 /8 .20 3.22 .47 2 07

M3 4.00 S/8”.20”-E4.0ISO TM... 8000 /8 .20 3.22 .7 0 .00

M4 .00 S3/4”.74”-E.0ISO TM... 80007 3/4 .74 4.09 .47 .49



R0.137P

h

R0.137P

55°D2

Le

L

D

R 0.137P

h

R 0.137PD2

Le

L

D

55°

36

Defined by: B.S.779:956

Tolerance class: Medium class

Internal

External

External / Internal

Internal

External

Defined by: B.S.84:956, DIN 59, ISO8/:98 Tolerance class: Medium class A

External / Internal

BSP

BSW

Straight

Straight

Straight Flutes Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teeth

Min. Dia. tpi External / Internal VTS D D2 L Le Z Zt h inch

/” 28 S/4”.240”-EI28BSP TM... 8007 /4 .240 2.244 .7 3 .023

/4” 9 S/”.30”-EI9BSP TM3... 80073 / .30 2.480 .737 3 4 .034

/4” 9 S/”.30”-EI9BSP TM... 80234 / .30 2.480 .737 4 .034

/2” 4 S/2”.470”-EI4BSP TM... 80074 /2 .470 3.28 .43 .04

” S/8”.20”-EIBSP TM... 8007 /8 .20 3.22 .34 .08



/4” 20 S3/”.0”-EI20BSW TM... 8009 3/ .0 .4 .400 3 8 .032

/” 8 S/4”.200”-EI8BSW TM... 8000 /4 .200 2.244 .444 3 8 .03

3/8” S/4”.240”-EIBSW TM... 800 /4 .240 2.244 .2 3 9 .040

7/” 4 S/”.30”-EI4BSW TM3... 8 002 / .30 2.480 .74 3 0 .04

7/” 4 S/”.30”-EI4BSW TM... 8 0232 / .30 2.480 .74 0 .04

/2” 2 S/”.30”-EI2BSW TM3... 8003 / .30 2.480 .70 3 9 .03

/2” 2 S/”.30”-EI2BSW TM... 80447 / .30 2.480 .70 9 .03

/8” S3/8”.370”-EIBSW TM... 8004 3/8 .370 2.83 .909 0 .08

3/4” 0 S/2”.470”-EI0BSW TM... 800 /2 .470 3.28 .00 .04

7/8” 9 S/2”.470”-EI9BSW TM... 800 /2 .470 3.28 . 0 .07

” 8 S/8”.20”-EI8BSW TM... 8007 /8 .20 3.22 .00 2 .080

/8” 7 S/8”.20”-EI7BSW TM... 8008 /8 .20 3.22 .429 0 .09

3/8” S/8”.20”-EIBSW TM... 8009 /8 .20 3.22 .00 9 .07

/8” S3/4”.74”-EIBSW TM... 80070 3/4 .74 4.09 .00 8 .28

7/8” 4. S3/4”.74”-EI4.BSW TM... 8007 3/4 .74 4.09 . 7 .42



D2Le

L

D

h

R0.137P

R0.137P

27.5° 27.5°

1°47’90°

h

D2

90°

30° 30°

1°47’

Le

L

D

37

Defined by: USAS B.:968 Tolerance class: Standard NPT

Internal

External

External / Internal

Defined by: B.S.:985 Tolerance class: Standard BSPT

Internal

External

External / Internal

Straight

Straight

NPT

BSPT



/” 27 S/4”.240”-EI27NPT TM... 80080 /4 .240 2.244 .370 3 0 .030

/4” 8 S/”.30”-EI8NPT TM3... 8008 / .30 2.480 . 3 0 .044

/4” 8 S/”.30”-EI8NPT TM... 8090 / .30 2.480 . 0 .044

/2” 4 S/2”.470”-EI4NPT TM... 80082 /2 .470 3.28 .78 .07

” . S/8”.20”-EI.NPT TM... 80083 /8 .20 3.22 .043 2 .070

2 /2” 8 S/8”.20”-EI8NPT TM... 80084 /8 .20 3.22 .00 2 .00



/” 28 S/4”.240”-EI28BSPT TM... 80072 /4 .240 2.244 .393 3 .023

/4” 9 S/”.30”-EI9BSPT TM3... 80077 / .30 2.480 .79 3 .034

/4” 9 S/”.30”-EI9BSPT TM... 8023 / .30 2.480 .79 .034

/2” 4 S/2”.470”-EI4BSPT TM... 80078 /2 .470 3.28 .78 .04

” S/8”.20”-EIBSPT TM... 80079 /8 .20 3.22 .4 7 .08



h

D2Le

L

D

90°

3 0° 30 °

1°47’

R0.107P

R0.107P

h

D2Le

L

D

80°

38

Defined by: DIN 40430 Tolerance class: Standard

Internal

External

External / Internal

Defined by: ANSI .0.3-976 Tolerance class: Standard NPTF

Internal

External

External / Internal

Pg

NPTF

Straight

Straight

Straight Flutes

Thread Pitch Ordering Code EDP No. Dimensions inch No. of Flutes Teethtpi External / Internal VTS D D2 L Le Z Zt h inch

Pg7 20 S/".30"-EI20PG TM3... 80090 / .30 2.480 .70 3 0.024

Pg7 20 S/".30"-EI20PG TM... 80448 / .30 2.480 .70 0.024

Pg9, , 3., 8 S3/8".370"-EI8PG TM... 8009 3/8 .370 2.83 .944 7 0.02

Pg2, 29, 3, 42, 48 S/2".470"-EIPG TM ... 80 092 /2 .470 3. 28 .2 8 0.030



/” 27 S/4”.240”-EI27NPTF TM... 8008 /4 .240 2.244 .370 3 0 .030

/4” 8 S/”.30”-EI8NPTF TM3... 8008 / .30 2.480 . 3 0 .044

/4” 8 S/”.30”-EI8NPTF TM... 80233 / .30 2.480 . 0 .044

/2” 4 S/2”.470”-EI4NPTF TM... 80087 /2 .470 3.28 .78 .07

” . S/8”.20”-EI.NPTF TM... 80088 /8 .20 3.22 .043 2 .070

2 /2” 8 S/8”.20”-EI8NPTF TM... 80089 /8 .20 3.22 .00 2 .00



39

• A general-purpose, heavy duty thread milling grade

• TiCN coated for high resistance to wear

He-LexMilliPro EL Deep Threading

MilliPro HDMilliPro MilliPro Dental

HCCHCRHelicool


TM Gen Software and

updated versions can

be downloaded from

www.vargususa.com

• TiAIN coated grade

• First choice for Cast iron and general use

VTS

HTC (Thriller)

• Uncoated grade

• First choice for Aluminium and general use

VTN

HTC (Thriller)

• A general-purpose grade, specially

designed for TM Solid Straight Flute cutters

• TiAlN coated for high resistance to wear

VTS

Straight

VTH



2

1 3

6 4

5

30

Tool entry along tangential arc

* Recommendation:

At tool entry, set the Feed f [inch/tooth] to 70% lower

than the threading Feed.

Example:

Threading Feed: 0.0[inch/tooth]

Tool entry Feed: 0.00[inch/tooth]

Cutting Speeds Vc [ft/min] and Feed f [inch/tooth] (Not Including HTC & MilliPro HD)

MaterialGroup

V a r d e x N o .

Material

Hardness

Brinell

HB

Vc [t/min] Feed [inch/tooth]

Helicool, HCR, HCC,

He-Lex, Sraight,

Deep Threading

MilliProHe-Lex Straight

Deep

Threading

Helicool

HCC

HCR

MilliPro

VTH VTS VTH

PSteel

Unalloyed steel

Low carbon (C=0.-0.2%) 2 22-820 4-90 97-394 .002-.009 .0004-.0039 .0039-.038 .00-.08 .0008-.003

2 Medium carbon (C=0.2-0.%) 0 22-74 4-49 97-394 .002-.0039 .0004-.003 .003-.08 .0008-.002 .0008-.003

3 High Carbon (C=0.-0.8%) 70 22- 4-394 97-29 .002-.003 .0004-.0024 .003-.08 .0008-.009 .0008-.003

4Low alloy steel

(alloying elements ≤5%)

Non hardened 80 97-90 97-8 97-29 .002-.0039 .002-.0028 .003-.08 .0008-.0087 .000-.003

Hardened 27 97-8 97-2 4-22 .002-.0028 .002-.0028 .003-.08 .0004-.009 .000-.0028

Hardened 30 97-2 97-492 4-22 .0004-.002 .0002-.0004 .002-.009 .0004-.0039 .000-.002

7 High alloy steel

(alloying elements>5%)

Annealed 200 3-328 3-29 4-22 .002-.002 .0004-.002 .0039-.0094 .0004-.00 .000-.003

8 Hardened 32 98-22 98-230 4-22 .0004-.002 .0002-.0004 .002-.009 .0004-.0047 .000-.002

9Cast steel

Low alloy (alloying elements <5%) 200 22-820 230- 230-29 .002-.0039 .0004-.002 .003-.08 .0004-.009 .000-.003

0 High alloy (alloying elements >5%) 22 97-8 97-492 97-22 .0004-.002 .0002-.0004 .002-.009 .0004-.0039 .000-.002

MStainlessSteel

Stainless steel

Feritic

Non hardened 200 97-492 4-49 97-29 .00-.0039 .0004-.002 .0043-.038 .0004-.00 .000-.003

2 Hardened 330 97-394 4-3 4-22 .0004-.002 .0002-.0004 .002-.0094 .0004-.0047 .000-.002

3 Stainless steel

Austenitic

Austenitic 80 97-49 97-42 97-29 .00-.0039 .0003-.0008 .0043-.038 .0004-.0047 .000-.003

4 Super Austenitic 200 97-42 4-394 4-22 .00-.0039 .0003-.0008 .0043-.038 .0004-.0039 .000-.003


Non hardened 200 97-2 4-492 97-29 .00-.0039 .0004-.002 .0043-.038 .0004-.009 .000-.003 Hardened 330 97-3 4-328 4-22 .002-.002 .0002-.0004 .0039-.0094 .0004-.0039 .000-.002

7 Stainless steel

Cast austenitic

Austenitic 200 97-492 4-49 97-29 .00-.0039 .0004-.002 .0043-.038 .0004-.0047 .000-.003

8 Hardened 330 97-328 4-29 4-22 .002-.002 .0002-.0004 .0039-.0094 .0004-.0039 .000-.002

KCast Iron

28 Malleable

Cast iron

Ferritic (short chips) 30 97-230 97-492 4-22 .0004-.002 .0003-.0008 .002-.009 .0004-.009 .000-.002

29 Pearlitic (long chips) 230 97-492 22-328 97-29 .002-.002 .0002-.0004 .0039-.0094 .0004-.0047 .0008-.0047

30Grey cast iron

Low tensile strength 80 230-2 4-49 230-328 .0008-.0039 .0003-.0008 .003-.0098 .0004-.00 .0008-.003

3 High tensile strength 20 3-394 3-3 97-29 .002-.002 .0002-.0004 .0039-.0094 .0004-.0047 .0008-.0047

32Nodular SG iron

Feritic 0 3-3 3-328 230-328 .002-.0039 .0003-.0008 .003-.0098 .0004-.00 .0008-.003

33 Pearlitic 20 3-328 3-29 97-29 .002-.002 .0002-.0004 .0039-.0094 .0004-.0047 .0008-.0047

N(K)Non-

FerrousMetals

34 Aluminium alloys

Wrought

Non aging 0 -984 49-820 97-820 .0039-.0098 .002-.009 .0047-.07 .00-.07 .00-.009

3 Aged 00 49-820 33-722 97-492 .0039-.0079 .002-.0039 .0039-.02 .002-.042 .00-.003

3 Aluminium alloys Cast7 33- 22-492 97-820 .0039-.0079 .002-.009 .0039-.02 .002-.042 .00-.003

37 Cast & aged 90 39-722 29-2 97-492 .0039-.009 .002-.0039 .0039-.08 .0039-.08 .000-.003

38 Aluminium alloys Cast Si 3-22% 30 -984 49-820 820 .0039-.0079 .002-.009 .0039-.02 .002-.042 .002-.009

39 Copper and

copper alloys

Brass 90 -984 49-820 97-820 .0039-.0098 .002-.009 .0047-.07 .00-.09

40 Bronze and non leaded copper 00 49-820 33-722 97-492 .0039-.0079 .002-.0039 .0039-.02 .002-.042 .002-.009

S(M)Heat

ResistantMaterial

9

High temperature

alloys

Annealed (Iron based ) 200 98-97 98-4 97 .00-.0039 .0003-.0008 .0043-.038 .0003-.003 .000-.003

20 Aged (Iron based) 280 -4 -3 4 .0004-.002 .0002-.0004 .002-.009 .0002-.0028 .000-.002

2 Annealed (Nickel or Cobalt based) 20 49- 49-98 .0004-.002 .0002-.0004 .002-.009 .0002-.0024 .000-.002

22 Aged (Nickel or Cobalt based) 30 49-98 49-82 98 .0004-.002 .0002-.0004 .002-.009 .0002-.0024 .000-.002

23 Titanium all oys

Pure 99. Ti 400Rm 3-22 98-230 98-4 .002-.002 .0003-.0008 .0039-.0094 .0002-.0028 .000-.0028

24 α+β alloys 00Rm -4 -48 82- .002-.002 .0003-.0008 .0039-.0094 .0002-.0028 .000-.0028


2


4-0HRc 49-48 49- 48 .0002-.0004 .000-.0002 .00-.0024 .0002-.00 .0004-.00

2 -HRc 49-3 49-98 98 .0002-.0004 .000-.0002 .00-.0024 .0002-.00 -



3

Vc - Cutting Speed [ft/min]

fb (Drilling) - Feed per Revolution [inch/rev]

fz (Threading) - Feed per Tooth [inch/tooth]

HTC Recommended Grades, Cutting Speed and Feed

MaterialGroup

Material

Hardness

BrinellHB

Strength(N-mm2)

Vc[t/min] b[inch/rev] z[inch/tooth]

VTN VTS ≤.24 inch ≤.47 inch ≤.24 inch ≤47 inch

KCast Iron

Cast Iron

Grey cast iron ≤0 ≤00 -20 20-390 .004-.00 .00-.009 .00-.002 .002-.004

Grey cast iron, heat treated 0-300 00-000 -20 20-390 .004-.00 .00-.009 0.02-0.0 .002-.004

Spher. graph. Cast Iron ≤200 ≤700 -20 20-390 .004-.00 .00-.009 0.02-0.0 .002-.004

Copper Short Chips, Brass, Bronze, Red Brass ≤200 ≤700 330-980 — .004-.02 .002-.004 .00- .002 .002- .004

N(K)Non-

FerrousMetals

Aluminium/Magnesium

Aluminium, Magnesium non-alloy ≤00 ≤30 330-30 330-30 .004-.00 .00-.02 .00-.002 .002-.004

Aluminium, Wrought Alloy, Breaking Strain (A) < 4% ≤80 ≤00 330-30 330-30 .004-.00 .00-.02 .00-.002 .002-.004

Aluminium, Wrought Alloy, Breaking Strain (A) ≥ 4% ≤80 ≤00 330-30 330-30 .00-.002 .002-.00 .00-.002 .002-.004

Aluminium, Cast Alloy, Si<0% ≤80 ≤00 330-980 330-30 .004-.00 .00-.02 .00-.002 .002-.004

Aluminium, Cast Alloy, Si≥0% ≤80 ≤00 — 330-980 .004- .00 .00-.02 .00- .002 .002-.004

Plastic

Thermoplastics — — 9-390 9-390 .004- .00 .00-.02 .00- .002 .002-.004

Thermosetting Plastic — — 9-330 9-330 .004-.00 .00-.02 .00- .002 .002-.004

Fibre Reinforce Plastic — — 30-9 9-20 .004- .00 .00- .009 .00- .002 .002-.004

MilliPro HDCutting Speeds Vc [ft/min] and Feed f [inch/tooth]

MaterialGroup

V a r d e x N o .


Vc [t/min] Feed [inch/tooth] by Cutting Dia.=D2

VTH .06-.10 .10-.20 .20-.30 .30-.35 .35-.45

PSteel

Low alloy steel(alloying elements≤%) Hardened 30 82-2

.00 .0020 .0024 .0028 .003

8High alloy steel(alloying elements>%)

Hardened 32 82-90

MStainless

Steel

2 Stainless steel Feritic Hardened 330 82-394

.00 .0020 .0024 .0028 .003


Hardened 330 82-3

8Stainless steelCast Austenitic

Hardened 330 82-328

KCast Iron

28Malleable cast iron

Ferritic (short chips) 30 82-2 .0020 .0024 .0028 .003 .0039

29 Pearlitic (long chips) 230 82-492 .00 .0020 .0024 .0028 .003

30Grey cast iron

Low tensile strength 80 82-42 .0020 .0024 .0028 .003 .0039

3 High tensile strength 20 82-328 .00 .0020 .0024 .0028 .003

32Nodular SG iron

Feritic 0 82-40 .00 .0020 .0024 .0028 .003

33 Pearlitic 20 82-29 .002 .00 .0020 .0024 .0028

S(M)Heat

ResistantMaterial

2 High temperaturealloys

Annealed (Nickel or Cobalt based) 20 49-

.002 .00 .0020 .0024 .002822 Aged (Nickel or Cobalt based) 30 49-98

23 Titanium alloys

Pure 99. Ti 400Rm 82-230

24 α+β alloys 00Rm 82-4


2


4-0HRc 82-230 .00 .0020 .0024 .0028 .003

2 -HRc 82-97 .002 .00 .0020 .0024 .0028

27 -2HRc 82-4 .0008 .002 .00 .0020 .0024



3



> Inserts

> Toolholders

> Technical Data

Groove Milling



34


Groove Milling Inserts

GROOVE MILLING INSERTS

VARDEX Ordering Code................................................................................................................................................................. Page 324

Circlip Non Standard ...................................................................................................................................................................... Page 325

Circlip DIN 471/472..........................................................................................................................................................................

O Ring DIN 3770 ................................................................................................................................................................................ Page 326

O Ring BS 1806, DIN 3601, DIN 3771..................................................................................................................................... Page 327

O Ring BS 4518 ................................................................................................................................................................................... Page 327

Groove Milling Holders.................................................................................................................................................................. Page 328

Groove Milling Technical Data .................................................................................................................................................. Page 330

4 - Insert Size

4 - IC/”

3 - Drive Hole Dia.

0.7, 00

- Cutting Dia.

.9, .4, .

- System

SGM - Shell Groove Milling

4

4

-00

3

-D89

-SGM

Groove Milling Shell Mill

9 - Carbide Grade

VKX

8 - Groove Depth

0.0 - 0.50

4 - Groove Std. Width

0.043 - 0.4

7 - Groove Type

D - Dynamic

S - Static

DP- Dynamic pneumatic

DH- Dynamic hydraulic

3 - System

GM - Groove Milling

6 - Groove Standard

CIRC - Circlip

DIN47/47

DIN3770D

DIN3770S

BS806

BS458

- Insert Style

W -Vertical Wide Inserts

5 - Profile Shape

C - With Chamfer

- Insert Size

4 - IC/”

VKX

9

.38

8

-S

7

D3770

6

-C

5

.6

4

GM

3

W

4



35

Vertical SGMInsert Size Ordering Code Dimensions inch α

IC L inch W R t1 Toolholder

/2” 0.87

4WGM.03C- CIRC-.0... 0.3 0.00 0.00

4° SGM-D..-..-4

4WGM.0 47C-CIRC-.083 ... 0.47 0.00 0.07

4WGM.08C-CIRC-.083 ... 0.8 0.00 0.07

4WGM.02C-CIRC-.02... 0.2 0.00 0.094

4WGM .072C-CIRC-.02... 0.72 0.00 0.094

4WGM .078C-CIRC-.02... 0.78 0.00 0.094

4WGM .088C-CIRC-.02... 0.88 0.00 0.094

4WGM .094 C-CIRC-.7... 0.94 0.00 0.0

4WGM .097C-CIRC-.7... 0.97 0.00 0.0

4WGM.0C-CIRC-.7 ... 0 .0 0 .00 0.0

4WGM.0C-CIRC-.7 .. . 0 .0 0 .00 0.0

4WGM.22C-CIRC-.7 ... 0 .22 0 .00 0.0

4WGM.2C-CIRC- .7 .. . 0 .2 0 .00 0.0

4WGM.42C-CIRC- .7 ... 0 .42 0 .0 0.0

4WGM.C-CIRC-.7 ... 0 . 0 .00 0.0

Vertical SGM

View A

Enlarged view A

External / Internal

Circlip Non Standard

W

I.C.

R

α

t1



36

St. = Static Dy. = Dynamic

* Standard groove width in mm.

Vertical SGMInsert Size Ordering Code Groove Std. α

IC L inch St.Dy *m(H13) W t R1 R2 Toolholder

/2” 0.87

St.

4WGM.C-D3770S-.38.. . .0 0.078 0.04 0.00 0.004

7° SGM-D. .-..-4

4WGM2.0C-D3770S-.72.. . 2 .00 0.093 0.08 0.00 0.004

4WGM2.C-D3770S-2... . 2.0 0.9 0.08 0.00 0.004

4WGM3.C-D3770S-2.70... 3. 0.48 0.0 0.024 0.008

Dy.4WGM.C-D3770D-.47... .0 0.078 0.08 0.00 0.004

4WGM2.0C-D3770D-.83.. . 2.00 0.093 0.072 0.00 0.004


IC L inch *m(H13) W t1 Toolholder

/2” 0.87

4WGM.C-D47/472-0.3.. . .0 0.047 0.02

4° SGM-D..-..-4

4WGM.C-D47/472-0.40. .. .0 0 .047 0.0

4WGM.3C-D47/472-0.0 ... .30 0 .0 0.0

4WGM.3C-D47/472-0.. .. .30 0 .0 0 .02

4WGM.C-D47/472-0.70 .. . .0 0 .07 0 .024

4WGM.C-D47/472-0.8... .0 0.07 0 .03

4WGM.C-D47/472-.00 .. . .0 0.07 0 .03

4WGM.8C-D47/472-.2.. . .8 0.07 0.043

4WGM.8C-D47/472-.00.. . .8 0.07 0.03

4WGM2.C-D47/472-.0.. . 2 . 0.088 0.0

4WGM2.C-D47/472-.0.. . 2 . 0.08 0.0

4WGM2.C-D47/472-.7.. . 2 . 0.08 0.03

4WGM3.C-D47/472-.7. .. 3 . 0.28 0.03


t1α

I.C.

W

mm

t1α

I.C.

W

mm

R1 R2

Vertical SGM

View A

Enlarged view A

External / Internal

Circlip DIN 471/472

Vertical SGM

View A

Enlarged view A

External / Internal

O Ring DIN 3770



37


St. = Static

Dy. = Dynamic



/2” 0. 87

St.4WGM.80C-BS80S-.3. .. .80 0.093 0.0 0.008 0.024

7° SGM-D. .-. .-44WGM2.C-BS80S-2.0.. . 2. 0.4 0.079 0.008 0.024

Dy.

4WGM.80C-BS80D-.7... .80 0.093 0.0 0.008 0.024

4WGM2.C-BS80D-2.38... 2. 0.4 0.09 0.008 0.024


St. = Static

DyP = Dynamic pneumatic

DyH = Dynamic hydraulic



/2” 0. 87

St.

4WGM.C-BS48S-.2.. . .0 0.093 0.049 0.020 0.008

7° SGM-D. .- .. -4

4WGM2.4C-BS48S-.9.. . 2.40 0.2 0.077 0.020 0.0084WGM3.0C-BS48S-2.... 3.00 0.48 0.099 0.039 0.008

DyP4WGM2.4C-BS48DP-2.20... 2.40 0.29 0.087 0.020 0.008

4WGM3.0C-BS48DP-2.77... 3.00 0.0 0.09 0.039 0.008

DyH4WGM2.4C-BS48DH-2.09... 2.40 0.29 0.082 0.020 0.008

4WGM3.0C-BS48DH-2.0... 3.00 0.0 0.02 0.039 0.008

I.C.

R1 R2

t

α

W

mm

I.C.

R1 R2

t

α

W

m m

Vertical SGM

View A

Enlarged view A

External / Internal

O Ring BS 1806, DIN3601, DIN 3771

Vertical SGM

View A

Enlarged view A

External / Internal

BS 4518



38

Multi Insert Holders (5) Spare Parts

InsertSize

Ordering CodeEDPNo.

Dimensions inch

IC D2 t max d(H7) D1 H Inser t Screw Tor x Key Holder Screw/2” SGM-D20-0.7-4 772 2.48 0.37 3/4 2.342 .4 SN4T-90 HK4T 3/8 - 24

Toolholders

Toolholders


InsertSize

Ordering CodeEDPNo.

Dimensions inch

IC D2 t max L L1 d(H7) D1 Insert Screw Torx Key

/2” SGM-D89-00-4 777 .89 0.37 .0 0.874 .0 .74 SN4T-90 HK4T

D2t max.

D1

L

d

L1

D2 t max.H

D1 d(H7)



39

Toolholders


InsertSize

Ordering CodeEPDNo.

Dimensions inch

IC D2 t max d(H7) D1 H Inser t Screw Tor x Key Holder Screw

/2” SGM-D300-00-4 7729 3. 0.37 .0 2.834 .98 SN4T-90 HK4T /2 - 20

D2

t max H

D1d(H7)



330

Grades and Their Application

Vc =

N x π x D

π x D

x VcN =

* Peripheral feed

N - Rotational Velocity [R.P.M.]

V - Cutting Speed [ft/min]

D - Toolholder Cutting Dia. [inch]

F - Tool Feed Rate at the Cutting Egde [inch/min]

z - No. of Cutting Edges

f - Feed per Tooth per Rotation [inch/rev]

Grade Application Type Sample

VKXExcellent for general use TiN coated

Recommended Grades, Cutting Speeds Vc [ft/min], Feed f [inch/ tooth].

MaterialGroup

V a r d e x N o .

MaterialHardness

BrinellHB

Vc [ft/min] Feed f[inch/tooth]

VKX

PSteel

Unalloyed steel

Low carbon (C=0.-0.2%) 2 327 - 79 0.002 - 0.0039

2 Medium carbon (C=0.2-0.%) 0 327 - 0.002 - 0.0028

3 High Carbon (C=0.-0.8%) 70 327 - 23 0.0008 - 0.002


Non hardened 80 22 - 49 0.002 - 0.003

Hardened 27 229 - 48 0.002 - 0.0028

Hardened 30 229 - 42 0.0008 - 0.002


Annealed 200 229 - 392 0.002 - 0.0028

8 Hardened 32 229 - 327 0.002 - 0.002

9Cast steel

Low alloy (alloying elements <%) 200 229 - 30 0.002 - 0.002

0 High alloy (alloying elements >%) 22 4 - 22 0.0008 - 0.002

MStainless

Steel


Non hardened 200 22 - 49 0.002 - 0.0028

2 Hardened 330 22 - 49 0.002 - 0.002


Austenitic 80 9 - 392 0.002 - 0.0028

4 Super Austenitic 200 9 - 392 0.002 - 0.002

Stainless steel

Cast Feritic

Non hardened 200 9 - 392 0.0008 - 0.002

Hardened 330 9 - 392 0.0004 - 0.002


Austenitic 200 4 - 327 0.002 - 0.002

8 Hardened 330 4 - 327 0.0004 - 0.002

KCast Iron


Ferritic (short chips) 30 9 - 30 0.0008 - 0.002

29 Pearlitic (long chips) 230 4 - 327 0.0004 - 0.002

30Grey cast iron

Low tensile strength 80 9 - 30 0.002 - 0.0028

3 High tensile strength 20 4 - 22 0.002 - 0.002

32Nodular SG iron

Feritic 0 4 - 327 0.002 - 0.002

33 Pearlitic 20 3 - 229 0.002 - 0.002

N(K)Non-FerrousMetals


Non aging 0 327 - 4 0.0028 - 0.009

3 Aged 00 327 - 49 0.002 - 0.002

3Aluminium alloys

Cast 7 327 - 89 0.0028 - 0.009

37 Cast & aged 90 9 - 392 0.002 - 0.003938 Aluminium alloys Cast Si 3-22% 30 327 - 49 0.002 - 0.0039


Brass 90 9 - 392 0.002 - 0.0039

40 Bronze and non leaded copper 00 4 - 327 0.08 - 0.003

S(M)Heat Resistant

Material

9


Annealed (Iron based ) 200 - 47 0.0004 - 0.002

20 Aged (Iron based) 280 - 98 0.0004 - 0.002

2 Annealed (Nickel or Cobalt based) 20 33 - 0.0004 - 0.002

22 Aged (Nickel or Cobalt based) 30 33 - 49 0.0004 - 0.002

23 Titanium alloys

Pure 99. Ti 400Rm 9 - 392 0.0008 - 0.002

24 α+β alloys 00Rm - 4 0.0004 - 0.002

H(K)HardnedMaterial

2


4-0HRc 49 - 47 0.002 - 0.0039

2 -HRc 49 - 3 0.002 - 0.0039

D2

N

Vc



33

Notes



V A R D E X W O R L D W I D E

ChinaVargus China

Neumo-Vargus (Shanghai) Trading Co. Ltd. +86 215239 5005/6/9 [email protected]

Denmark Vargus Denmark

Damstahl Tooling A/S

+45 8794 4100 [email protected]

France Vargus France +33 1 4601 7060 [email protected]

Germany Vargus Germany +49 7043 36 161 [email protected]

India Vargus India +91 98990 73393 [email protected]

IsraelVargus Israel

Neumo-Vargus Marketing Ltd

+972 3 537 3275 [email protected]

PolandVargus Poland

Neumo-Polska Sp. Z.O.O.

+48 46 834 9904

+48 603 888 [email protected]

SwitzerlandVargus Switzerland

Werkzeugtechnik (Snel AG) +41 41784 2121 [email protected]

United Kingdom Vargus Tooling UK Ltd. +1 44 1952 583 222 [email protected]

USAVargus USA

Vardex USA

+1 800 828 8765

+608 756 4930

[email protected]

Vargus Ltd. Headquarters +972 4 9855101 [email protected]

Herramientas de Mecanizado VARGUS

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