伊斯卡车刀片 车刀配件 切槽刀 螺纹车刀 数控刀具
PICCO R 020.0500-20
PICCO R 020.0500-25
PICCO R 020.0500-30
PICCO R 020.0500-35
PICCO R 020.0500-40
• All inserts have two coolant holes which may be used with coolant pressure up to 100 bars
PICCO-015
Inserts for Deep Face Grooving
PICCO R 015.2515-20
PICCO R/L 015.3015-20
PICCO R 015.3015-30
• Only right-hand inserts are available as standard, left-hand inserts on request • All inserts are with sharp corners • For detailed cutting data, see pages 574-575
542
(mm/rev) FACE GROOVING
KIT PICCO Face
Contains One Toolholder
and a Set of Solid Carbide
Miniature Face Turning and
Grooving Boring Bars
KIT PICCO SET-4R
Minimum axial grooving diameter
Face Grooving PICCO Mini-Bar Tool Set - 4R
PICCO 16.D6
PICCO R/L 010.1008-10
PICCO R/L 010.1508-10
PICCO R/L 010.2008-10
PICCO R/L 010.2508-20
PICCO R/L 010.3008-20
Mini Bore
Dia.
Min Bore
Available grade: IC228
MGCH-C (face)
Face Machining Tools Carrying
GFQR Inserts for DAXN 12 DAXX 19 mm Penetration Range
MGCH 09C
(MG PCO-16-9)
The same tool applies for right-and left-machining
83.50
SR 76-2145
For inserts, see pages: GFQR (543)
Holder Bar for Adjustable Shank
Face Grooving Inserts
DAXN-DAXX
.
GFQR 12-1.00-0.05
GFQR 12-1.50-0.20
GFQR 12-2.00-0.20
GFQR 12-2.50-0.20
DAXX(4)
12.4
(3) Minimum penetration diameter
(4) Maximum penetration diameter
543 FACE GROOVING
MFHR-JHP
Square Shank Tools for MIFR
10 Face Grooving Inserts
MFHR 12C-10-JHP
MFHR 16C-10-JHP
MFHR 20C-10-JHP
MI.R 10 SR 34-506
• For D1max, refer to insert data • For user guide and accessories, see pages 572-584
For inserts, see pages: MIFR (545)
5-9
IHSR-MIFR
Trepanning Cartridges Carrying
MINCUT Inserts Mounted on the
BHR MB32-32X63 Boring Head
IHSR 8-21 MIFR8
IHSR 19-34 MIFR10
Maximum axial grooving diameter
17.8
T-9/5 MIFR 10
MIFR 8
Screw-Clamped Inserts
for Internal Face Grooving
MIFR 8-1.50-0.20
MIFR 8-1.60-0.80
MIFR 8-2.00-0.20
MIFR 8-2.20-0.20
MIFR 10-2.00-0.20
MIFR 10-2.00-1.00
MIFR 10-2.50-0.20
MIFR 10-2.50-1.25
MIFR 10-3.00-0.20
MIFR 10-3.00-1.50
MIFR 15-2.50-0.20
MIFR 15-2.50-1.25
MIFR 15-3.00-0.20
MIFR 15-3.00-1.50
MIFR 15-3.50-0.20
5.85
DAXN(3) DAXX(4) CDX
0.03-0.04
MIFR 15
• Recommended cutting speeds and feeds can increased by 20-30% for aluminum, and reduced by 20-30% for titanium and Inconel
• For cutting speed recommendations, see pages 574-575
(4) Maximum axial grooving diameter
For tools, see pages: IHSR-MIFR (544) • MFHR-JHP (544) • MIFHR (374)
MEFL
Screw-Clamped Inserts for
External Face Grooving and
Turning Next to Shafts
INSL DAXN(3) DAXX(4)
MEFL 8-1.50-0.20
MEFL 8-1.60-0.80
MEFL 8-2.00-0.20
MEFL 8-2.00-1.00
MEFL 8-2.20-0.20
545 FACE GROOVING
Cat. No. 2801523
KIT MINCUT
Contains One Toolholder and
a Set of 6 Different Inserts
and Turning Applications
Cat. No. 6404045
Cat. No. 6404049
Cat. No. 6405194
MIGR 8-1.60-0.80 MIUR 8-1.00-0 .50 MITR 8-MT1-0.05
Cat. No. 6404029
Cat. No. 6405188
Cat. No. 6405165
HFFH
Face Grooving Blades
HFFH 38R/L-2
HFFH 45R/L-2
HFFH 60R/L-2
HFFH 80R/L-2
HFFH 100R/L-2
130.0
• B1 dimension links blades and blocks
(1) Minimum penetration diameter
(2) Maximum penetration diameter
For inserts, see pages: HFPN (557)
For holders, see pages: C#-TBK-R/L (591) • HSK A-WH-TBK-R/L (598) • SGTBF (587) • SGTBK (587) • SGTBU/SGTBN (586) • UBHCR/L (587)
HFFA
Reinforced Face Grooving Blades
HFFA 27R/L-2
HFFA 29L-2
HFFA 33R/L-2
HFFA 38L-2
HFFA 46R/L-2
HFFA 60R/L-2
HFFA 80R/L-2
• For user guide, see pages 572-584
EDG 33B* HGHR/L-3
Integral Holders for
Face Grooving and
Turning, DAXN. 12 mm
HGHR/L 1010-12-3T6
HGHR 1010-16-3T6
HGHR/L 1212-12-3T6
HGHR 1212-16-3T6
HGHR/L 1616-12-3T6
HGHR/L 1616-16-3T6
HGHR/L 2020-12-3T6
HGHR/L 2020-16-3T6
HGHR/L 2525-12-3T6
HGHR/L 2525-16-3T6
DAXN(1) DAXX(2)
13.70
• HGN & GRIP inserts can be used only with right-hand toolholders, HGPL inserts only with left-hand toolholders • For user guide, see pages 572-584
For inserts, see pages: GRIP (254) • GRIP (full radius) (255) • HGN-C (445) • HGN-J (446) • HGN-UT (446) • HGPL (560)
No limitation for widening groove toward or away from center, except for the following tools:
HGHR/L .-12-3T6
Limitation of widening toward center
depends on the major diameter (D)
as per chart.
HFHR/L-3T
Facing, DAXN. 25 mm
HFHR/L --3T12
HFHR/L 20-25-3T12
HFHR/L 20-30-3T12
HFHR/L 20-38-3T12
HFHR/L 20-48-3T12
HFHR/L 20-60-3T22 (1)
HFHR/L 20-75-3T25 (1)
HFHR/L 25-25-3T12
HFHR/L 25-30-3T12
HFHR/L 25-38-3T12
HFHR/L 25-48-3T22 (1)
HFHR/L 25-60-3T22 (1)
HFHR/L 25-75-3T25 (1)
DAXN(2) DAXX(3)
(1) For deep face grooving only.
(2) Minimum penetration diameter
(3) Maximum penetration diameter
No limitation for widening groove
toward or away from center, except for the following tools:
HFHR/L-:-25-3T12
≥27
HFHR/L-:-25-4T12
≥26
HFHR/L-:-29-4T12
≥46
Limitation of
widening toward
center (d) depends
on the major
diameter (D) as per
chart.
547 FACE GROOVING
HFHR/L-4T
HFHR/L 20-25-4T12
HFHR/L 20-29-4T12
HFHR/L 20-34-4T20
HFHR/L 20-40-4T25
HFHR/L 20-48-4T25
HFHR/L 20-60-4T25
HFHR/L 20-75-4T25
HFHR/L 25-100-4T25
HFHR/L 25-140-4T25
HFHR/L 25-240-4T25
HFHR/L 25-25-4T12
HFHR/L 25-29-4T12
HFHR/L 25-34-4T20
HFHR/L 25-40-4T25
HFHR/L 25-48-4T25
HFHR/L 25-60-4T25
HFHR/L 25-75-4T25
HFHR/L --4T12
25.60
WF2 DAXN(1) DAXX(2)
240.0
800.0
• DGN & GRIP 4 mm inserts can be used only with right-hand tools, HGPL 4 mm with left-hand tools • For user guide, see pages 572-584
Penetration Range
Limitation of widening
toward center (d depends
on the major diameter (D)
as per chart
HFHR/L-5T
HFHR/L 20-25-5T10
HFHR/L 20-28-5T15
HFHR/L 20-31-5T15
HFHR/L 20-35-5T20
HFHR/L 20-40-5T20
HFHR/L 20-45-5T25
HFHR/L 20-55-5T25
HFHR/L 20-70-5T28
HFHR/L 25-110-5T14
HFHR/L 25-130-5T32
HFHR/L 25-180-5T32
HFHR/L 25-200-5T20
HFHR/L 25-25-5T10
HFHR/L 25-28-5T15
HFHR/L 25-31-5T15
HFHR/L 25-35-5T20
HFHR/L 25-40-5T20
HFHR/L 25-45-5T25
HFHR/L 25-52-5T14
HFHR/L 25-55-5T25
HFHR/L 25-70-5T32
HFHR/L 25-75-5T14
HFHR/L 25-95-5T32
HFHR/L --5T10
7.1
WF DAXN(1) DAXX(2)
110.0
• DGN & GRIP 5 inserts can be used only with right-hand tools, HGPL 5 inserts with left-hand tools • For user guide, see pages 572-584
HFHR/L--31-5T15 HFHR/L--30-6T10 HFHR/L--25-5T10 HFHR/L--28-5T15
≥36
548
≥33
center (d)
depends on the
major diameter
(D) as per chart
HW 5.0 HFHR/L-6T
Facing, DAXN. 26 mm
HFHR/L --6T10
HFHL 20-26-6T10
HFHR/L 20-30-6T15
HFHR/L 20-38-6T20
HFHR/L 20-50-6T25
HFHR/L 25-100-6T20
HFHR/L 25-100-6T32
HFHR/L 25-180-6T32
HFHR/L 25-200-6T20
HFHR/L 25-30-6T15
HFHR/L 25-38-6T20
HFHR/L 25-400-6T32
HFHR/L 25-50-6T20
HFHR/L 25-50-6T25
HFHR/L 25-65-6T20
HFHR/L 25-70-6T32
26.40
400.0
3000.0
• DGN & GRIP 6 inserts can be used only with right-hand tools, HGPL 6 inserts with left-hand tools • For user guide, see pages 572-584
No limitation for widening groove toward or away
from center, except for the following tools:
HFHR/L--30-6T10
toward center (d) depends on
the major diameter (D)
HFPAD-3
Adapters for Face Machining
HFPAD 3R/L-25-T10
HFPAD 3R/L-30-T10
HFPAD 3R/L-40-T10
HFPAD 3R/L-65-T18
HFPAD 3R/L-115-T18
115.0
• WF(assembly)=WF(shank) + WF(adapter) • HGN & GRIP 3 inserts can be used only with right-hand adapters, HGPL 3 inserts with left-hand adapters
HFPAD-4
HFPAD 4R/L-25-T10
HFPAD 4R/L-31-T10
HFPAD 4R/L-44-T14
HFPAD 4R/L-58-T14
HFPAD 4R/L-88-T14
HFPAD 4R/L-175-T20
88.0
175.0
• WF(assembly)=WF(shank) + WF(adapter) • DGN & GRIP 4 inserts can be used only with right-hand adapters, HGPL 4 inserts with left-hand adapters
549 FACE GROOVING
HFPAD-5
HFPAD 5R/L-40-T14
HFPAD 5R/L-50-T14
HFPAD 5R/L-75-T14
HFPAD 5R/L-110-T14
HFPAD 5R/L-200-T20
• WF(assembly)=WF(shank) + WF(adapter) • DGN & GRIP 5 inserts can be used only with right-hand adapters, HGPL 5 inserts with left-hand adapters
HFPAD-6
HFPAD 6R/L-60-T14
HFPAD 6R/L-100-T20
HFPAD 6R/L-200-T20
• WF(assembly)=WF(shank) + WF(adapter) • DGN & GRIP 6 inserts can be used only with right-hand adapters, HGPL 6 inserts with left-hand adapters
HFFR/L-T
Blades for Face Machining
HFFR/L 48-4T25 (1)
HFFR/L 60-4T25
HFFR/L 75-4T30
HFFR/L 140-4T30
HFFR/L 70-5T32
HFFR/L 95-5T35
HFFR/L 130-5T38
HFFR/L 180-5T38
HFFR/L 90-6T32
HFFR/L 180-6T38
DAXN(2)
DAXX(3)
1500.0
• After initial groove, no limitation to widening groove outward or toward center. • DGN & GRIP inserts can be used only with right-hand adapters, HGPL inserts with left-hand
blades • For user guide, see pages 572-584
(1) HGPL 4 .Y with LH blade.
550
ISCAR HAR/L
Face Machining Adapter Holders
HFAEL
HF Adapter
HAR/L 25C
HAR/L 32C
46.00
• Holders for adapters HFAER/L & HGAER/L, HFAIR/L & HGAIR/L
Coolant Outlet
HAPR/L
HF HFAEL
Face Machining Perpendicular
Holders for Adapters
HAPR/L 25C
HAPR/L 32C
124.00
139.00
• Holders for adapters HFAER/L & HGAER/L, HFAIR/L & HGAIR/L.
HGAER/L-3
Adapters for External
Facing Along Shafts
HGAER/L 12-3M
HGAER/L 12-3T6
HGAER/L 14-3T7
HGAER/L 17-3T8
HGAER/L 21-3T9
500.0
10.2
• GRIP 3 . inserts can be used with right-hand adapters only, HGPL 3 with left-hand adapters • For user guide, see pages 572-584
HFAER/L-4
HFAER/L 40-4T20
HFAER/L 48-4T20
HFAER/L 60-4T25
HFAER/L 75-4T25
68.50
• DGN & GRIP inserts can be used only with right-hand adapters, HGPL inserts with left-hand blades • For user guide, see pages 572-584
For inserts, see pages: DGN-MF (442) • HFPR/L (558) • HFPR/L (full radius) (558) • GRIP (254) • GRIP (full radius) (255) • DGN/DGNC/DGNM-C (438) • DGN/DGNM-J/JS/
JT (440) • HGPL (560)
For holders, see pages: C#-HAD (595) • C#-HAPR/L (595) • HAPR/L (551) • HAR/L (551) • IM-HAD (600) • IM-HAPR/L (600)
551 FACE GROOVING
HFAER/L-5T, 6T
HFAER/L 70C-5T25
HFAER/L 95C-5T25
HFAER/L 70C-6T28
HFAER/L 100C-6T32
HFAER/L 180C-6T32
• After initial groove, no limitation to widening groove outward from or toward center • Adapters can be mounted on standard HAR/L, HAPR/L, HAI holders for external
machining • DGN & GRIP inserts can be used only with right-hand adapters, HGPL inserts with left-hand blades • For user guide, see pages 572-584
For inserts, see pages: HFPR/L (558) • HFPR/L (full radius) (558) • GRIP (254) • GRIP (full radius) (255) • DGN/DGNC/DGNM-C (438) • DGN/DGNM-J/JS/JT (440) •
DGN-W (439) • HGPL (560)
HFHR/L-M
Toolholders for Shallow
HFHR/L 20M
HFHR/L 25M
DAXN(3) DAXX(4)
• DGN & GRIP 4 - 6 inserts can be used only with right-hand tools, HGPL 4 - 6 inserts with left-hand tools
or toward center • For user guide, see pages 572-584
HFHR/L-M & HFHPR/L-M
Integral Toolholders
Insert initial face grooving range
CWN=3 mm
20.8
73.7
HF OAH
for Shallow Face Grooving
30.30
2000.0
HFHPR/L-M
552
• After initial groove, no limitation to widening groove outward
CWX=6 mm
For shallow machining up to max. 5 mm depth of groove.
One toolholder can be mounted with inserts in
3-6 mm widths.
The initial major diameter groove is limited by
the insert geometry in each size.
After initial groove, face recessing outward or toward
center is not limited by insert geometry.
HFHPR/L 20M
HFHPR/L 25M
• After initial groove, no limitation to widening groove outward Boring Bars for Adapters
HGAIR/L & HFAIR/L Adapters
and HAI Holders
Adapter clamped on HAI round shank holders can
machine deep internal boring and grooving applications.
The tool can bore down to the bottom, and is supplied
with internal coolant for better performance.
HFAIR/L & HGAIR/L
HAI Holders
Exchangeable adapters, see pages 554-555
for adapters, see page 554
HFAIR/L HGAIR/L
-
T-
HELIFACE
Min. initial
Max. depth
Internal adapters right or left
groove diameter
width
of groove
HAI Holder System Assembly
HFAIL & HGAIL
Left-hand Adapters
HFAIR & HGAIR
Right-hand Adapters
The same HAI boring bar can be used with right- and
left-hand adapters in a wide range of face machining
applications. The two screws and the central guiding
slot on the adapter correspond to the key and
holes on the holder ensuring strong, safe, and
accurate clamping.
Coolant System
Connector
Seal
HAI
HGAIR/L
HFAIR/L
Connector for coolant inlet BSP 1/8 thread. For PL-20, use M6 thread.
Connector not supplied with tools.
553 FACE GROOVING
HGAIR/L-3
Adapters for Internal Face
HGAIR/L 12-3M
HGAIR/L 12-3T6
HGAIR/L 14-3T7
HGAIR/L 17-3T8
HGAIR/L 21-3T9
HGAIR/L 25-3T9
HGAIR/L 35-3T10
HGAIR/L 45-3T10
HGAIR/L 115-3T18
HGAIR/L 65-3T18
11.3
• HGN & GRIP 3 inserts can be used only with right-hand adapters, HGPL 3 inserts with left-hand adapters • For user guide, see pages 572-584
For holders, see pages: C#-HAD (595) • C#-HAPR/L (595) • HAI-C (554) • HAPR/L (551) • HAR/L (551) • IM-HAD (600) • IM-HAPR/L (600)
HFAIR/L-4
HFAIR/L 34-4T18
HFAIR/L 40-4T20
HFAIR/L 48-4T20
HFAIR/L 60-4T25
CDX(a)
HAI-C
Boring Bars with Coolant
HAI 20
HAI 25C
HAI 32C
HAI 40C
• The HAI boring bars can be used with right and left-hand adapters • (a) CDX - see corresponding adapters
(1) Holder
For tools, see pages: HFAIR/L-4 (554) • HFAIR/L-DG (555) • HGAIR/L-3 (554)
554
WF (assembly)=WF (adapter)+WF (holder)
PL 40 Adapters for Internal Face
HFAIR/L 140C-4T30DG
HFAIR/L 75C-4T30DG
HFAIR/L 130C-5T38DG
HFAIR/L 180C-5T38DG
HFAIR/L 55C-5T25DG
HFAIR/L 70C-5T25DG
HFAIR/L 95C-5T35DG
HFAIR/L 100C-6T32DG
HFAIR/L 180C-6T38DG
HFAIR/L 70C-6T28DG
10.9
11.9
42.5
73.50
HFAIR/L-DG
• After initial groove, no limitation to widening groove outward or toward center • DGN inserts can be used on right- and left-hand tools, GRIP inserts only on right-hand tools,
HFPR/L right-hand inserts on right-hand tools (same for left-hand), and HGPL inserts only on left-hand tools.
JT (440) • DGN-W (439) • HGPL (560)
Adapters can be used for internal machining along bore. Adapters can be mounted on standard HAI boring bars for
internal machining and on HAR/L, HAPR/L holders for external machining
Boring, Face Grooving & Face Recessing Capacity
Boring
Face Recessing
B Min. =WF (assembly)+G+DCONMS/2
D Min. =2WF (assembly)-B+2G+DCONMS
P Min. =2WF (assembly)-B-2CW+2G+DCONMS
Bmin.
G(1)
Dmin.
Pmin.
The minimum recommended value for clearance (G) is 0.5 mm
* WF (assembly)=WF(adapter)+WF(holder)
C#-HFIR/L-MC
and Turning with CAMFIX
C4 HFIR/L-MC
C5 HFIR/L-MC
• DGN & GRIP 4 - 6 inserts can be used only with right-hand tools, HGPL 4 - 6 inserts with left-hand tools • After initial groove, no limitation to widening groove outward
For holders, see pages: HSK-C# (676)
555 FACE GROOVING
IM-HFIR-MC
Tools for Internal Grooving
and Turning with ISO 266221(*) Tapered Shank
IM40 HFIR-MC
IM50 HFIR-MC
• (*) Tools with orientation holes in the flange groove can be supplied on request • DGN & GRIP 4 - 6 inserts can be used only with right-hand tools, HGPL 4 - 6 inserts
with left-hand tools • After initial groove, no limitation to widening groove outward or toward center • For user guide, see pages 572-584
JT (440) • DGN-W (439)
HFIR/L-MC
HFIR/L 16MC
HFIR/L 20MC
HFIR/L 25MC
HFIR/L 32MC
HFIR/L 40MC
CW/2
Internal Face Grooving
Internal Face Recessing
HFIR/L-: MC Integral Boring bars
For shallow, internal face machining to max. 5 mm
depth of groove. One boring bar can be
mounted with inserts in 4-6 mm widths.
B Min. =WF(holder)+
D Min. =2WF (holder)+
DCONMS/2+CW/2+2G
DCONMS+CW-B+2G
The initial major diameter groove is limited
by the insert’s geometry in each size.
After the initial groove, face recessing outward or
toward center is not limited by the insert’s geometry.
P Min. =2WF (holder)+
DCONMS-W-B+2G
Insert Initial
Face Grooving Range
5max
556
∞ Cartridges for Face
CR HFIR-16M
CR HFIR-20M
• Used for shallow internal face machining to max. 5 mm depth of groove • Inserts in 3-6 mm widths can be mounted on the cartridges • Only DGN & GRIP 4 - 6 inserts
can be used with the right-hand tools
CR HFIR-M
CR-HFIR/L-M
Assembly Dimensions
L1
CR HFIR/L-16M
CR HFIR/L-20M
M8
Assembly
L1(1)
F(2)
Rmax.
Assembly Screw(3)
M8X30
L adjustment ± 1
+0.3
F adjustment
-0
Assembly screws ISO 7380 are recommended
SR M4X10 DIN916
Utility Double-Ended Face
Machining Inserts
HFPN 2010
HFPN 2002
• For cutting speed recommendations and user guide, see pages 572-584
For tools, see pages: HFFA (546) • HFFH (546)
557 Utility Double-Ended Face
19 Ref.
HFPR/L 3003
HFPR/L 4004
HFPR/L 5004
HFPR/L 6004
(3) Minimum axial grooving diameter-applies to type M tools only. For other tools, apply the diameter limitations that are recorded on each tool.
(4) Maximum axial grooving diameter-applies to type M tools only. For other tools, apply the diameter limitations that are recorded on each tool.
For tools, see pages: C#-HFIR/L-MC (555) • CR HFIR-M (557) • HFAER/L-4 (551) • HFAER/L-5T, 6T (552) • HFAIR/L-4 (554) • HFAIR/L-DG (555) • HFFR/L-T (550) •
HFHPR/L-M (552) • HFHR/L-3T (547) • HFHR/L-4T (548) • HFHR/L-5T (548) • HFHR/L-6T (549) • HFHR/L-M (552) • HFIR/L-MC (556) • HFPAD-4 (549) • HFPAD-5 (550)
• HFPAD-6 (550) • IM-HFIR-MC (556)
HFPR/L (full radius)
Face Machining Inserts
No depth penetration limit.
HFPR/L 3015
HFPR/L 4020
HFPR/L 5025
HFPR/L 6030
RE CWTOL(1) RETOL(2) INSL
f faceturn
559 INSL
HGPL 3002Y
HGPL 3003Y
HGPL 3015Y
HGPL 4002Y
HGPL 4004Y
HGPL 4020Y
HGPL 5005Y
HGPL 5025Y
HGPL 6005Y
HGPL 6030Y
0.24-1.80
0.36-1.80
0.24-2.40
0.48-2.40
0.12-0.23
0.16-0.30
0.24-0.45
• No depth penetration limit • For cutting speed recommendations and user guide, see pages 572-584
For tools, see pages: C#-HFIR/L-MC (555) • HFAER/L-4 (551) • HFAER/L-5T, 6T (552) • HFAIR/L-4 (554) • HFAIR/L-DG (555) • HFFR/L-T (550) • HFHR/L-4T (548) •
HFHR/L-5T (548) • HFHR/L-6T (549) • HFIR/L-MC (556) • HFPAD-3 (549) • HFPAD-4 (549) • HFPAD-5 (550) • HFPAD-6 (550) • HGAER/L-3 (551) • HGAIR/L-3 (554) •
HGHR/L-3 (547)
ISCAR DAXN-DAXX HF
Holders for Face Grooving
and Turning Along Shafts
GHFG-25-50R-8
GHFG 25-50R/L-8
GHFG 25-63R/L-8
GHFG 32-63R-8
GHFG-R/L-8
GHFGR/L-8
GHFGR/L 25-80-8
GHFGR/L 32-80-8
GHFGR/L 25-105-8
GHFGR/L 25-155-8
GHFGR/L 32-105-8
GHFGR/L 32-155-8
510.0
• No limitation to widening the groove either way after initial grooving • Tmax depends on the penetration diameter and the insert • For user guide, see pages 572-584
CDX for GHFGR/L (25/32)-80-8
GIF 8…
GIFG 8…
GDMY 8…
140-160
210-510
GIPA 8…
GIDA 8…
GIA 8…
GDMM 8CC…
CDX for GHFGR/L (25/32)-105-8
CDX for GHFGR/L (25/32)-155-8
561 FACE GROOVING
GHAR/L-8
SR M6X25 DIN912 HW 5.0
For tools, see pages: GADR/L-8 (269) • GAFG-R/L-8 (562) • PCADR/L 34N-RE (301)
GAFG-R/L-8
GAFG- .L8
For face grooving
GAFG 105R/L-8
GAFG 155R/L-8
GAFG 80R/L-8
63.50
• No limitation for widening the groove either way after initial grooving • For user guide, see pages 572-584
(3) For GIFG-8 & GDMY-8 CDX=25 mm for DAX range
(long pocket) (282) • GIF (long pocket) (281) • GIF-E (W=8,10 full radius) (277) • GIF-E (W=8,10) (276) • GIFG-E (W=8) (563) • GIPA/GIDA 8 (full radius) (286)
562
Carrying 8 mm Inserts
CGFG 51-180R/L-P8
CGFG 51-240R/L-P8
CGFG 51-320R/L-P8
CGFG 51-440R/L-P8
CGFG 51-700R/L-P8
320.0
440.0
700.0
230.00
SR M4-2052
CGFG 51-P8
GIFG-E (W=8)
Inserts for Deep Face
GIFG 8.00E-0.80
GIFG 8.00E-1.20
• For cutting speed recommendations, see pages 572-573
For tools, see pages: GAFG-R/L-8 (562) • GHFG-R/L-8 (561) • GHFGR/L-8 (561)
• DMIN for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 572-584
563 Flat Top Precision DoubleEnded Inserts with T-Land
• Can cut arcs to 250° • DMIN for internal machining = 65 mm • For cutting speed recommendations and user guide, see pages 572-584
564
• DMIN for internal applications = 65 mm • For cutting speed recommendations and user guide, see pages 572-584
Single-Ended Utility Insert with a
Frontal Chip Splitter for External
Rough Grooving and Side Turning
For tools, see pages: Anti-Vibration Blades (268) • CGFG 51-P8 (563) • CGHN-P8 (267) • CGHR/L-P8DG (267) • CGPAD (265) • GHDR/L (short pocket) (259) •
GHDR/L-JHP (short pocket) (260) • GHDR/L-JHP-MC (short pocket) (261) • GHGR/L (262)
29.95 Ref.
GDMM 7CC
GDMM 8CC
Single-Ended Utility Insert
for External Rough Grooving
and Side Turning with a
Frontal Chip Splitter
GDMM-CC
For tools, see pages: C#-GHDR/L (259) • GADR/L-8 (269) • GADR/L-JHP (270) • GAFG-R/L-8 (562) • GHDR/L (long pocket) (268) • GHDR/L-JHP (long pocket) (268) •
GHFG-R/L-8 (561) • GHFGR/L-8 (561) • GHIR/L (W=7.0-8.3) (339)
565 FACE GROOVING
TNFFH-IQ
TNFFH 120R/L-3IQ
TNFFH 65R/L-3IQ
TNFFH 90R/L-3IQ
TNFFH 150R/L-4IQ
TNFFH 80R/L-4IQ
TNFFH 150R/L-5IQ
TNFFH 80R/L-5IQ
TNFFH 150R/L-6IQ
TNFFH 80R/L-6IQ
TNF 3 .
TNF 4 .
TNF 5 .
TNF 6 .
ETF 3-6*
• H dimension links blades and blocks
For inserts, see pages: TNF-M-IQ (567) • TNF-P-IQ (567)
ETF 3-6 extractor (to be ordered separately).
TNFFA-IQ
TNFFA 30R/L-3IQ
TNFFA 35L-3IQ
TNFFA 40R/L-3IQ
TNFFA 46L-3IQ
TNFFA 54R/L-3IQ
TNFFA 65R/L-3IQ
TNFFA 80R/L-3IQ
TNFFA 35R/L-4IQ
TNFFA 45R/L-4IQ
TNFFA 60R/L-4IQ
TNFFA 80R/L-4IQ
TNFFA 100R/L-5IQ
TNFFA 40R/L-5IQ
TNFFA 50R/L-5IQ
TNFFA 70R/L-5IQ
TNFFA 110R/L-6IQ
TNFFA 45R/L-6IQ
TNFFA 60R/L-6IQ
TNFFA 80R/L-6IQ
300.0
16.7
18.1
14.8
ETF 3-6* RE
Face Grooving Single-Ended
Inserts for Machining Steel
TNF 3P-IQ
TNF 4P-IQ
TNF 5P-IQ
TNF 6P-IQ
TNF-P-IQ
For tools, see pages: TNFFA-IQ (566) • TNFFH-IQ (566)
TNF-M-IQ
Face Grooving SingleEnded Inserts for Machining
Stainless Steel and High
TNF 3M-IQ
TNF 4M-IQ
TNF 5M-IQ
TNF 6M-IQ
0.08-0.10
567 FACE GROOVING
SGFFR/L
Face Grooving Integral
Shank Tools
DAXN-DAXX HF
SGFFR/L 20-25-2
SGFFR/L 20-30-2
SGFFR/L 20-35-2
SGFFR/L 20-45-2
SGFFR/L 20-60-2
SGFFR/L 25-35-2
SGFFR/L 25-45-2
SGFFR/L 25-60-2
SGFFR 25-25-2
SGFFR 25-30-2
SGFFR/L 20-30-3
SGFFR/L 20-35-3
SGFFR/L 20-46-3
SGFFR/L 25-35-3
SGFFR/L 25-40-3
SGFFR/L 25-55-3
SGFFR 20-40-3
SGFFR 20-55-3
SGFFR 20-65-3
SGFFR 20-80-3
SGFFR 25-30-3
SGFFR 25-46-3
SGFFR 25-65-3
SGFFR 25-80-3
SGFFR/L 20-35-4
SGFFR/L 20-45-4
SGFFR/L 25-45-4
SGFFR/L 25-60-4
SGFFR/L 25-80-4
SGFFR 20-60-4
SGFFR 20-80-4
SGFFR 25-35-4
SGFFR/L 20-50-5
SGFFR/L 25-100-5
SGFFR/L 25-50-5
SGFFR 20-75-5
SGFFR 25-40-5
SGFFR 25-70-5
SGFFR/L 25-100-6
SGFFR/L 25-60-6
SGFFR/L 25-75-6
SGFFR 20-60-6
34.4
40.6
71.0
GFF 2R/L
GFF 2N
GFF 3R/L
GFF 3N
GFF 4N
GFF 5N
GFF 6N
• Important: Apply R.H. insert on R.H. tool and L.H. insert on L.H. tool. Neutral insert only as indicated
ESG 0.5
ESG 0.5 H
for Standard Tool Blocks
DAXN-DAXX CW
SGFFA 25-R/L-2
SGFFA 30-R/L-2
SGFFA 35-R/L-2
SGFFA 45-R/L-2
SGFFA 60-R/L-2
SGFFA 80-R/L-2
SGFFA 30-R/L-3
SGFFA 35-R/L-3
SGFFA 40-R/L-3
SGFFA 46-R/L-3
SGFFA 55-R/L-3
SGFFA 65-R/L-3
SGFFA 80-R/L-3
SGFFA 35-R/L-4
SGFFA 45-R/L-4
SGFFA 60-R/L-4
SGFFA 80-R/L-4
SGFFA 40-R/L-5
SGFFA 50-R/L-5
SGFFA 70-R/L-5
SGFFA 100-R/L-5
SGFFA 45-R/L-6
SGFFA 60-R/L-6
SGFFA 75-R/L-6
SGFFA 100-R/L-6
SGFFA 150-R/L-6
149.0
250.0
SGFFA
• Important: Apply R.H. insert on R.H. tool and L.H. insert on L.H. tool. Neutral insert only as indicated • B1 dimension links blades and blocks
For inserts, see pages: GFF-N (570) • GFF-R/L (570)
SGFFH
SGFFH L-6
SGFFH 35-R/L-2
SGFFH 45-R/L-2
SGFFH 60-R/L-2
SGFFH 80-R/L-2
SGFFH 100-R/L-2
SGFFH 75-R/L-3
SGFFH 90-R/L-3
SGFFH 120-R/L-3
SGFFH 80-R/L-4
SGFFH 150-R/L-4
SGFFH 80-R/L-5
SGFFH 150-R/L-5
SGFFH 90-R/L-6
SGFFH 150-R/L-6
SGFFH R-6
101.0
148.0
132.0
122.0
162.0
• Important: Apply R.H. insert on R.H. tool and L.H. insert on L.H. tool. Neutral insert only as indicated • H dimension links blades and blocks
For inserts, see pages: GFF-N (570)
569 CDX
GFF 2R
GFF-R/L
0.03-0.13
For tools, see pages: SGFFA (569) • SGFFR/L (568)
GFF-N
• Grooving depth is limited only by the tool being used
For tools, see pages: SGFFA (569) • SGFFH (569) • SGFFR/L (568)
PENTA 34F-R/L
Pentagonal Inserts for Face
PENTA 34F239-0.15-22R/L
PENTA 34F247-0.20-22R/L
PENTA 34F300-0.40-22R/L
PENTA 34F400-0.40-22R/L
(2) Minimum axial grooving diameter
(mm/rev) PCHPR/L
PENTA 34F-RS/LS
Grooving and Recessing Along
Shafts up to 5 mm Depth of Cut
at a Minimum of 22 mm Diameter
PENTA 34F239-0.15-22R/LS
PENTA 34F247-0.20-22R/LS
PENTA 34F300-0.40-22R/LS
PENTA 34F400-0.40-22R/LS
For tools, see pages: PCHPRS/LS (571)
PCHPRS/LS
Perpendicular Shank
Inserts for Machining Next
to Long Central Shafts
33.8
PCHPR/LS 20-34
PCHPR/LS 25-34
14.04
SR 16-212-01397RS
(3) Insert limit
For inserts, see pages: PENTA 34F-RS/LS (571)
571 FACE GROOVING
Machining Data for Face Machining
41 Material No.
IC228/528
120 - 180
180 - 270
80 - 115
110 - 155
115 - 165
165 - 230
60 - 85
65 - 95
70 - 100
90 - 130
125 - 185
75 - 115
140 - 215
50 - 75
105 - 165
80 - 145
45 - 85
60 - 115
40 - 75
135 - 255
55 - 80
130 - 215
110 - 175
25 - 45
10 - 15
85 - 145
573 FACE GROOVING
574
41 Cutting
(m/min
MIFR/MEFL 8
MIFR 10
80-180
0.015-0.05
0.015-0.04
0.015-0.08
0.015-0.03
0.015-0.07
150-320
0.015-005
80-230
70-200
50-180
0.015-0.7
20-40
15-30
20-50
575 FACE GROOVING
P20-P40
S15-S30 K20-K40
K10-K15
576
ISCAR Facing Grades Chart
TiCN PVD coated grade on tough substrate used for general facing applications
on wide range of carbon and alloy steels at medium speeds.
First choice for machining of high temperature alloys.
Suitable also for Titanium alloys, at medium to relatively high cutting speeds.
Suitable for machining high temperature alloys, austenitic stainless steel and hard steels at medium cutting speeds.
A tough submicron substrate with TiAlN + TiN PVD coating and a special SUMO TEC surface treatment.
Recommended for face machining on large variety of materials as well as high temperature alloys,
stainless steel and hard steels at low to medium cutting speeds.
for machining of steel and stainless steel at low to medium speeds and medium to high feeds.
A tough submicron substrate with TiAlN PVD coating.
Recommended for general use in facing operations on large variety of materials as steels, high temperature alloys,
Used for machining grey and nodular cast iron at medium to high cutting speeds.
Can be used for interrupted cuts and heavy machining.
A Tic + Al2O3 multilayer CVD coated grade. Used for machining grey and nodular cast iron at
medium to high cutting speeds. Can be used for interrupted cuts and heavy machining.
Tic + Al2O3 multilayer CVD coated grade. Used for machining grey and nodular cast iron at medium to high cutting speeds.
A hard substrate with a cobalt enriched layer, MTCVD TiCN and a thick Al2O3 CVD coating.
Recommended for high speed machining of steels at stable conditions.
An uncoated carbide grade. Used for machining of Aluminum and other nonferrous materials at medium to high
cutting speeds. Suitable also for high temperature and Titanium alloys machining at low cutting speeds.
577 FACE GROOVING
Clamping the Insert
Clamping an insert correctly into the holder
is necessary for stable machining.
• Be sure that the seat is clean of dirt and swarf.
• At the first stage of clamping, ease the insert gently into
Face Machining Guide
Tool Selection - Follow these recommendations
to choose the right tool for high peformance
• Screw Clamping Torque
6/8
CGFG 51 .
Nxm
Choose the widest possible insert and tool, according
to the cutting width and geometry to be machined.
Choose the shortest tool blade overhang,
according to the maximum depth required.
Dmin
The unique chipformer is designed for deep
grooving and face turning both toward and away
from center, with excellent chip formation.
Minor
Major
Choose the tool range with the largest
diameter, depending on the initial grooving
diameter required in the application.
Remark: On integral shank tools the given
range refers to the holder capacity.
578
HFPR/L & HGPL Type
For general use in
turning & grooving on
all types of materials.
Use for deep grooving
in low-to-medium feeds
0.04-0.15 mm/rev.
Min grooving dia. 12 mm.
GRIP .Y Type
The “all in one” insert
for parting, external
grooving and turning,
internal grooving and
turning, face grooving
and turning.
DGN .C Type
For grooving operations
only. Strong cutting
edge for hard materials
and tough applications in
feeds 0.1-0.2 mm/rev.
DGN .J Type
only. Positive rake,
for soft materials in
low-to-medium feeds
0.05-0.15 mm/rev.
Tool Adjustment - Prior to machining, check
and adjust the following tool positions.
Check the cutting edge height at center line, machine
in light turning down to center and check for burr.
// 0.015 4 mm
Check parallelism of the cutting edge and machined
surface. Correct position can guarantee good surface
quality when face turning in both directions. Face Machining Guide
Recommended machining sequence in roughing operation using multifunction HELIFACE tools
Groove at the initial diameter up to the depth
of cut selected for next step in face turning.
After rapid positioning back into initial groove,
continue with face turning to center.
Continue with face turning away from center.
Note: When face grooving, reduce the speed by
40% in relation to that used in face turning.
Optimizing the Machining Sequence
Recommended machining sequence using multifunction tools
Groove at the initial diameter to the final depth
of groove and continue face turning away from
center to the tangential point on the radius.
Position the tool in rapid movement
in the initial groove, continue face
turning to center, without touching the
machined roughing steps on the wall.
Finish major diameter toward the
bottom and generate the radius.
Finish boring the minor diameter to
the bottom, up to final depth.
Note: When face grooving, reduce the speed by 40% in relation to that used in face turning.
579 FACE GROOVING
The Multifunction Advantage
The HELIFACE internal boring bar HFIR/L
MC type with internal coolant can replace
the three different ISO tools and shorten
machining time by 20%.
A single multifunction tool machines the whole
part: grooving, face turning and chamfering,
replacing three ISO tools and reducing
machining time by 40%.
A single integral HELIFACE tool HFHPL-M
replaces three ISO tools and reduces
machining time by 50%.
This workpiece was machined using three different conventional tools.
An indexable drill for bottom drilling.
A standard internal boring bar with trigon
insert for bottom machining.
This operation requires a small diameter shank
and long overhang.
The HELIFACE Solution
The HELIFACE internal boring bar HFIR/L MC type
with internal coolant can replace the three different
ISO tools and shorten machining time by 20%.
580
insert for roughing and finishing. The Multifunction Advantage
This part was machined using three different conventional tools.
A standad ISO tool for external turning.
A boring bar for face turning and chamfering.
A face grooving tool for grooving,
recessing and chamfering.
A single integral HELIFACE tool HFHPL-M replaces
three ISO tools and reduces machining time by 50%.
Insert Replacement
EDG 33B
Indexing
Place the EDG extractor in the holes
1. Hold the extractor against the tool.
2. Rotate the eccentric handle to lift the upper jaw.
Eccentric Extractor
Two extractor pins are placed in the
two holes in the holder blades.
581 Machining Conditions in Face Grooving
Chip shapes for grooving, according to width of
insert and feed, using HFHR/L toolholders.
Recommended feed range for grooving
with HFPR/L inserts in various widths.
f=0.05
Width of Inserts (W)
Recommended depth of cut and feed range
for face turning using HFHR/L toolholders
carrying HFPR/L inserts in various widths.
Note: In face grooving, narrowed and deformed chips are preferred.
Curled and long chips can flow out more easily from deep grooves.
Chip shapes in face turning with inserts HFPR/L-5004
& HFPR/L 6004 and HFHR/L toolholders.
f=0.10
f=0.20
f=0.25
f=0.30
ap=1mm
ap=2mm
0.3 mm/rev
GRIP/HGPL 300Y
GRIP/HGPL 400Y
GRIP/HGPL 500Y
GRIP/HGPL 600Y
ap=3mm
ap=4mm
Depth of Cut
f=0.15
W=5, 6 mm
582
f=0.08
W=3, 4 mm
Note: In roughing, increase feed at small depth of cut and reduce feed
at large depth of cut. Face Grooving and Turning Recommendations
Using Adapters for 3 mm Inserts
Recommended feed range for grooving with Grip 3 .
and HGPL 3 . inserts and HGAIR/L and HGAER/L
adapters. Feed range changes according to
adapter type.
Recommended depth of cut and feed range for turning
with HGPL 3 . inserts with HGAIR/L and HGAER/L
40-80
40-80 m/min
0.04 0.05 0.06 0.07 0.08 0.09 0.1 0.11 0.12 mm/rev
25-3T9
HGAER/L
21-3T9
Note: In roughing, increase feed at small depth of cut, and reduce feed
at large depth of cut.
Face Grooving and Turning Recommendations
Using Adapters for 4-6 mm Inserts
Recommended feed range in grooving with HFPR/L
inserts and HFAIR/L & HFAER/L adapters.
Recommended depth of cut and feed range in turning
with HFPR/L inserts and HFAIR/L & HFAER/L
HFAIR/L- .4
HFAER/L- .4
0.25 mm/rev
HFAIR/L- .5
HFAER/L- .5
HFAIR/L- .6
HFAER/L- .6
Note: In roughing, reduce feed when depth of cut is increased,
ad increase feed at small depth of cut.
583 FACE GROOVING
Specially Tailored
Semi-Standard Face Grooving
and Undercutting Tools
The following drawings show typical
semi-standard face grooving tools that can be
ordered. Please specify all relevant dimensions and
attach workpiece material geometric details.
IM
Grade Selection for Facing Applications
FACING
(FerriticMartensitic
Austenitic)
Steel & Cast Iron
584
ISCAR TOOL BLOCKS
TOOL BLOCKS
585 TOOL BLOCKS
SGTBU- --G
SGTBU/SGTBN
Blocks for Various Parting
SGTBU- C-
SGTBN
SGTBN 16-2
SGTBU 16-5G
SGTBU 20-5G
SGTBU 20-6G
SGTBU 25-5G
SGTBU 25-6G
SGTBU 25-8M
SGTBU 25C-6 (1)
SGTBU 32-25-6G
SGTBU 32-6G
SGTBU 32-8M
SGTBU 32C-14 (1)
SGTBU 40-6G
SGTBU 40-9
SGTBU 40C-14 (1)
SGTBU 50-9
SGTBU 50C-14 (1)
SGTBU 100-9-12
SGTBU 150-9-12
62.90
108.00
99.8
81.0
209.0
41.7
73.5
127.5
12.65
306.00
• Choose blade by HTPRM dimension
(1) Elbow-style connector unit supplied with each JET-CUT tool block
For tools, see pages: Anti-Vibration Blades (268) • CGFG 51-P8 (563) • CGHN-8-10D (270) • CGHN-D (266) • CGHN-DG (267) • CGHN-P8 (267) • CGHR/L-12-14D
(319) • CGHR/L-P8DG (267) • DGFH (252) • DGFHR/L (426) • DGFHR/L-B-D (R/L) (428) • HFFA (546) • HFFH (546) • HFFR/L-T (550) • HGFH (251) • PCHBR/L (302) •
SGFFA (569) • SGFFH (569) • TGFH/R/L (318) • TGFHL-TR (462) • TGFHR/L (452) • TGHN-D (256) • TNFFA-IQ (566) • TNFFH-IQ (566)
SGTBU 100/150-9-12
SGTBU 25C-6
SGTBU 32C-14
SGTBU 40C-14
SGTBU 50C-14
BKU 32-14
SR M10X30 DIN912
SR M10X25 DIN912
586
SR M6X30 DIN912
HW 8.0
SGCU 344
OR 34X2.5N
CGM 343* Blocks for Heavy Duty Parting
SGTBK 32-9
SGTBK 38-9
SGTBK 40-9
SGTBK 50-9
BK 32-9 WEDG
BK 40-9
SGTBK
For tools, see pages: Anti-Vibration Blades (268) • CGFG 51-P8 (563) • CGHN-8-10D (270) • CGHN-P8 (267) • CGHR/L-12-14D (319) • CGHR/L-P8DG (267) • DGFH
(252) • HFFH (546) • PCHBR/L (302) • SGFFH (569) • TGFH/R/L (318) • TGFHR/L (452) • TNFFH-IQ (566)
SGTBR/L
Blocks for Parting and Grooving
Blades for Conventional Lathes
SGTBR 19-2
SGTBR/L 25-6
For tools, see pages: DGFH (252) • DGFHR/L (426) • DGFHR/L-B-D (R/L) (428) • HGFH (251) • PCHBR/L (302) • TGFH/R/L (318) • TGFHL-TR (462) • TGFHR/L (452)
UBHCR/L
Holders for Grooving, Turning
and Parting Blades
UBHCR/L 20-26
UBHCR/L 25-32
UBHCR/L 32-32
BKU 176 307 SR M6X16 DIN912
SPRING PLUNGER M6X14X3.5
For tools, see pages: CGHN-D (266) • CGHN-DG (267) • CGHN-S (266) • CGHR/L-P8DG (267) • DGFH (252) • DGFHR/L (426) • DGFHR/L-B-D (R/L) (428) • HFFA (546)
• HFFH (546) • HFFR/L-T (550) • HGFH (251) • SGFFA (569) • SGFFH (569) • TGFH/R/L (318) • TGFHL-TR (462) • TGFHR/L (452) • TGHN-D (256) • TGHN-S (257) •
TNFFA-IQ (566) • TNFFH-IQ (566)
h2 Ref.(a)
SGTBF
Perpendicular Blocks for
SGTBF 25-A
SGTBF 32-A
SR M6X40 DIN912
• (a) h2 Ref. as defined for SELF-GRIP face grooving blades • Choose blade by HTPRM dimension• Choose blade by HTPRM dimension
For tools, see pages: DGFH (252) • DGFHR/L (426) • DGFHR/L-B-D (R/L) (428) • HFFH (546) • HFFR/L-T (550) • HGFH (251) • SGFFA (569) • SGFFH (569) • TGFH/R/L
(318) • TGFHR/L (452) • TNFFA-IQ (566) • TNFFH-IQ (566)
587 TOOL BLOCKS
JETCUT Assembly
The coolant supply tube can be attached directly to
the DGTR .C integral tool, DGFH-C blades used on
the regular blocks or to the SGTBU-C blocks which
have coolant passages and connecting ports.
C Insert GF
D Blade SGFHK-
E Cap SGC 340 supplied with blade;
to be used with Option 1 only.
F Tool block SGTBUC-
G Elbow-style connector unit supplied
with each tool block; SGCU-344
H 3/16” copper Tube 343 (length 250 mm)
I Choice of connector sets:
CGM-343 (G 1/8 external thread)
CGF-343 (G 1/8 internal thread)
CF-343 (NPT 1/8 internal thread)
J Standard current tool block
SGTBN, SGTBU, SGTBF
K Coolant connection unit; SGCU-341
M Integral shank holder
SGTFR/LK-
The Right Connection for Your Application
Option 1:
Coolant supplied directly to the blade.
Coolant supplied through the tool block.
Coolant connection unit
Connectors:
CGM 343 (G1/8 external thread)
CGF 343 (G1/8 internal thread)
CF 343 (NPT1/8 internal thread)
Option 2:
Elbow connector
TUBE 343
3/16” copper tube (length 250 mm)
(G1/8 external thread) (G1/8 internal thread) (NPT1/8
external thread) (NPT1/8 internal thread)
Option 3:
Coolant supplied directly to the tool.
Coolant supplied directly to the integral shank tool.
588
CF 343 (NPT1/8 internal thread) EXCHANGEABLE HEADS
EXCHANGEABLE HEADS
589 EXCHANGEABLE HEADS
CAMFIX (ISO 26623-1)
HSK-T (ISO 12164-3 T Type and ICTM Standard) .
IM (ISO 26622-1 and Mazak XMZ Standard) .
590
596
598
ISCAR offers a wide range of tools for
three types of Quick-Change systems:
1. CAMFIX (ISO 26623-1)
2. HSK-T (ISO 12164-3 T Type and ICTM Standards)
3. IM (ISO 26622-1 and Mazak XMZ Standards)
CAMFIX (ISO 266231)
HSK-T (ISO 1264-3 T Type and ICTM Standard)
Quick Change tools are expensive compared to
standard shank tools. ISCAR offers economical
solutions by using adapters, blades or regular tools
and boring bars on the Quick Change adaptations.
CAMFIX ISO 26623-1
Toolholder Standard
l7
l8
2e
d4
d5
l11
C3
C8
C8X
C10
Dm
d1
d2
b2
l6
l3
C-C
d1 ±0.1
d5 ±0.1
e
l2 ±0.1
l3 min
l6 ±0.15
l7 ±0.15
l8 min
l11 ±0.1
28,3
35,3
44,4
55,8
71,1
88,7
88,3
M12x1.5
M14x1.5
M16x1.5
M20x2
M24x2
3,6
4,6
6,1
8,1
9,1
0,7
0,9
1,12
1,4
2,8
2,5
11,5
15,5
26,5 Features
• Symmetrical design: Due to the symmetrical design,
the torque load is distributed on the polygon, providing
a self-centering effect.
Alignment point of the
toolholder with extensions
(for modular systems)
technologic hole
• Rigidity: The CAMFIX clamping mechanism
is extremely rigid against bending forces.
V-groove for ATC
(Automatic Tool Change) arm
Magazine
and spindle
positioning groove
• Accuracy: The taper and face contact ensure
high repeatability within 2 microns when operated
with an automatic tool changer.
C#-TBK-R/L
Blocks with CAMFIX
Exchangeable Shanks for
CAMFIX - ISO 26623-1 Standard Quick Change Shanks
Right-hand shown • OHX = See specific blade dimensions
C6 TBK-32R/L
C8 TBK-32R
C8 TBK-52R
138.00
147.00
161.00
BK 32-9 WEDG SR M6X16 DIN912
For tools, see pages: CGHN-DG (267) • CGHR/L-P8DG (267) • DGFH (252) • DGFHR/L (426) • DGFHR/L-B-D (R/L) (428) • HFFH (546) • HGFH (251) • PCHBR/L (302)
• TGFH/R/L (318) • TGFHR/L (452) • TNFFH-IQ (566)
C#-TBU
for Parting and Grooving Blades
C4 TBU-32R/L
C5 TBU-32R/L
Right-hand shown • OHX= See specific blade dimensions
BKU 176 307 SR M6X25 DIN912
SR M6X8 DIN916
EZP 5
For tools, see pages: CGHN-S (266) • TGHN-S (257)
C#-MAHDR-45
Holders with CAMFIX
Parting, Grooving, Turning
and Facing Adapters
C6 MAHDR-45
C8 MAHDR-45
45°LF
Right-hand shown • CDX = See specific adapter dimensions
91.9
105.78
89.0
• For mill-turn machines
(c)
SR 14-519(a)
SR M6X20DIN7984
SR M6X20-XT(b)
SR M6X6DIN551 14H/22H(c)
SR M5X4 DIN913
For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
Used to prevent chips from entering the upper locking screw hole
591 EXCHANGEABLE HEADS
C#-MAHDOR
C6 MAHDOR
C8 MAHDOR
(a) For DGAD, HGAD and PCADR/L adapters; supplied in the attached plastic bag
(b) For CGPAD, HGPAD, TGPAD and HFPAD adapters; supplied with the tools
(c) Used to prevent chips from entering the upper locking screw hole
For tools, see pages: DGAD-B-D (436) • DGAD/HGAD (436) • HFPAD-3 (549) • HFPAD-4 (549) • HFPAD-5 (550) • HFPAD-6 (550) • HGPAD (251) • SCLCR-PAD (50) •
SDJCR-PAD (54) • SVJCR-PAD (60) • SWAPR-PAD (66) • TTADR/L-JHP (651)
C#-MAHUR/L
Holders with CAMFIX Shanks
for 10° Mounting on Mill-Turn
Machines for Parting, Grooving,
Turning and Facing Adapters
C6 MAHUR/L-10
113.1
49.4
C#-MAHD
C3 MAHD
C4 MAHD
C5 MAHD
C6 MAHD
C8 MAHD
46.50
592
EZA 125
SR 76-1022 C#-MAHD-JHP
Exchangeable Shanks and High
Pressure Coolant Channels for
C3 MAHD-JHP
C4 MAHD-JHP
C5 MAHD-JHP
C6 MAHD-JHP
• CDX = See specific adapter dimensions • WF=WF(shank)+WF(adapter)
SR M4X8ISO14580 BLACK
For tools, see pages: CGPAD (265) • CGPAD-JHP (265) • DGAD-B-D (436) • DGAD/HGAD (436) • DGPAD-JHP (437) • HFPAD-3 (549) • HFPAD-4 (549) • HFPAD-5 (550)
• HFPAD-6 (550) • HGPAD (251) • HGPAD-JHP (251) • PCADR/L (300) • PCADR/L-JHP (301) • SCLCR-PAD (50) • SDJCR-PAD (54) • SVJCR-PAD (60) • SWAPR-PAD
(66) • TAGPAD-JHP (456) • TGAD (455) • TGPAD (256) • TGPAD-JHP (256) • TTADR/L-JHP (651)
SR M4X8ISO14580 (Key: T-20/5)
SR M6X12DIN6912 (Key: HW 5.0)
SR M5-04451(Key: T-20/5)
C#-MAHPD
Perpendicular Holders with
Carrying Adapters for Parting,
Grooving, Turning and Facing
C4 MAHPD
C5 MAHPD
C6 MAHPD
C8 MAHPD
CDX = See specific adapter dimensions
EZA-21414
C#-MAHPD-JHP
for Parting, Grooving, Turning
C3 MAHPD-JHP
C4 MAHPD-JHP
C5 MAHPD-JHP
C6 MAHPD-JHP
CDX= See specific adapter dimensions
SR M4X8 ISO14580
BLACK
593 EXCHANGEABLE HEADS
C#-GHAD-8
and Facing Adapters with
C5 GHAD-8
C6 GHAD-8
CDX - See specific adapter dimensions
C#-GHAD-JHP
Coolant Channels and CAMFIX
C5 GHAD-8-JHP
C6 GHAD-8-JHP
C8 GHAD-8-JHP
SR M6x25DIN912
Key: (HW5.0)
SR M4x8ISO14580
Key: (T-20/5)
OR DX1N
Key: (t20/5)
SR M6x12DIN912
C#-GHAPR/L-8
594
Perpendicular Holders for
Adapters with CAMFIX
C5 GHAPR/L-8
C6 GHAPR/L-8
Right-hand shown • CDX - See specific adapter dimensions
EZ 125 C#-HAD
for Internal Facing Adapters
C4 HAD
C5 HAD
C6 HAD
SR M4X6DIN912
For tools, see pages: HFAER/L-4 (551) • HFAER/L-5T, 6T (552) • HFAIR/L-4 (554) • HFAIR/L-DG (555) • HGAER/L-3 (551) • HGAIR/L-3 (554)
C#-HAPR/L
C4 HAPR/L
C6 HAPR/L
CRKS
EX C# (CAMFIX extension)
CAMFIX Extension Adapters
0.003 A 58-60 HRc
C3 EX C3X060
C3 EX C3X080
C4 EX C4X060
C4 EX C4X080
C5 EX C5X080
C5 EX C5X100
C6 EX C6X100
C6 EX C6X140
C8 EX C8X100
C8 EX C8X125
kg
M12
M14
M16
M20
1.13
2.23
3.13
3.65
SR M12X50 C3
SR M14X58 C4
SR M16X70 C5
SR M20X87 C6/8
HW 7.0*
HW 8.0*
HW 10.0*
HW 14.0*
MT RING M18X15XC3
MT RING M22X17XC4
MT RING M25X20XC5
MT RING M30X24XC6/8
COOLING TUBE C4*
COOLING TUBE C5*
COOLING TUBE C6*
COOLING TUBE C8*
WRENCH COOL TUBE C3*
WRENCH COOL TUBE C4*
WRENCH COOL TUBE C5*
WRENCH COOL TUBE C6*
WRENCH COOL TUBE C8*
WRENCH C3 DRW NUT*
WRENCH C4 DRW NUT*
WRENCH C5 DRW NUT*
WRENCH C6-8 DRW NUT*
595 EXCHANGEABLE HEADS
RE-C#
CAMFIX Reduction Adapters
C4 RE C3X070
C6 RE C3X070
C6 RE C4X080
C6 RE C5X080
C8 RE C3X060
C8 RE C4X070
C8 RE C5X080
C8 RE C6X080
C8 RE C6X120
51.50
29.30
49.30
HSK-T (ISO 12164-3 T Type and ICTM Standards)
l5
b5
d9 max. d1
d 2 d4 d 3
b1
d15
HSK-A WH
d1 h10
d3 H10
d4 H11
d9 max
l1-0.2
l5 Js10
b1±0.04
b5±0.035
f1 -0.1
f2 min
f3 ±0.1
M18X1
M24X1.5
18.13
28.56
12.54
20.02
12.425
19.91
DIN 69893
Standard
Tolerance
(ISO
12164-3 T
Type and
ICTM
Standards
ISCAR Holders with HSK Tapered Shanks
for MODULAR-GRIP, Parting,
Grooving and Facing Adapters
HSK A63WH MAHDR 45
CDX = See specific adapter dimensions • Right-handshown
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • Complies with ICTM standard (ISO 12164-3)
HSK A63WH-MAHDR-45
SR M6X6DIN551 14H/22H(b)
SATZ-M8X1-M3
(b) Used to prevent chips from entering the upper locking screw hole when it is not used for the adaptation; supplied in the attached plastic bag
HSK A63WH-MAHDOR
Holders with HSK Exchangeable
Shanks for Parting, Grooving,
HSK A63WH MAHDOR
T= See specific adapter dimensions • Right-hand shown
SR 14-519(a) SR M6X20-XT(b)
(c) Used to prevent chips from entering the upper locking screw hole when it is not used for the adaptation; supplied in the attached plastic bag
597 EXCHANGEABLE HEADS
HSK A63WH-MAHUR/L
Holders with HSK-T Shanks
HSK A63WH MAHUR/L 10
HSK A-WH-TBK-R/L
Blocks with HSK Exchangeable
Tapered Shanks for Parting
HSK A63WH TBK 32R/L
HSK A100WH-TBK-32L
H(1)
OHX = See specific blade dimensions • Right-hand shown
• Complies with ICTM standard (ISO 12164-3) • Not suitable for ATC for some Multi-Tasking Machines models, please consult your MTB • A cooling tube must be used
with all coolant through HSK spindles (should be ordered separately)
(1) Blade size H has to fit this dimension
• SGFH-N () • TGFH/R/L (318) • TGFHR/L (452) • TNFFH-IQ (566)
IM (ISO 26622-1 and Mazak XMZ Standards)
IM ISO 26622-1 Standard
l24
l4
d1 d2 d8
d6 b1
5°44’59”±0°1’30”
4xd15
Section view K-K
IM UT
d1 -0.1
d2 ±0.0075
d6
d8
d15 H11
23.9975
29.9975
39.9975
49.9975
63.9975
17.65 +0.1
21 +0.1
28.2 +0.15
35.2 +0.15
48 +0.15
Section view P-P
-0.1
min
13.6
8.95
9.95
10.95
8.9
IM-TBU
Blocks with an ISO 26622-1(*)
Tapered Shank for Parting and
Grooving Blades
IM40 TBU-32R
IM50 TBU-32R/L
IM63 TBU-32L
• (*) Tools with orientation holes in the flange groove can be supplied on request
OHX - See specific blade dimensions
SR M6X6 DIN913
• Right-hand shown
EZ 125 IM-MAHD
Holders with an ISO 26622-1(*)
Tapered Shank for Parting,
Adapters
IM40 MAHD
IM50 MAHD
IM63 MAHD
IM-MAHD
IM-MAHPD
an ISO 26622-1(*) Tapered
Shank for Parting, Grooving,
IM40 MAHPD
IM50 MAHPD
IM63 MAHPD
CDX = See specific adapter dimensions • Right-hand shown
IM-GHAD-8
Tapered Shank for Grooving,
IM50 GHAD-8
IM63 GHAD-8
599 EXCHANGEABLE HEADS
IM-GHAPR/L-8
Shank for Grooving, Turning
IM50 GHAPR/L-8
IM63 GHAPL-8
IM-HAD
Tapered Shank for Internal
Facing Adapters
IM40 HAD
IM50 HAD
IM-HAPR/L
Perpendicular Holders with an
ISO 26622-1(*) Tapered Shank
IM40 HAPR/L
IM50 HAPR/L
T-20/3 THREADING TOOLS & INSERTS
START
THREADING
Complete Machining Solutions THREADING
602
Threading Inserts
601
604
Insert Identification System .
605
55° Partial Profile
606
60° Partial Profile
610
ISO Metric Full Profile .
615
American UN Full Profile .
621
Whitworth Full Profile
626
NPT/NPTF Full Profile .
629
BSPT
632
STUB ACME
634
Round DIN 405
644
ACME .
635
UNJ
636
MJ ISO 5855
637
Trapeze DIN 103 .
638
SAGE DIN 513 .
640
American Buttress
API Oil Threads
641
Threading Tools .
648
Toolholder Identification System
649
External Holders .
651
Threading Bars .
655
660
ISCAR THREADING
THREADING INSERTS
603 THREADING
THREADING SYSTEMS
Main Types of Laydown Inserts
B/M-TYPE
U-TYPE
REGULAR TYPE
MULTI-TOOTH
Additional Threading Systems
Partial Profile (TIP)
Full Profile (TIP)
Mini-Bar
Minimum bore dia. 2.4 mm
UMGR - Partial Profile 55º/60º
Minimum bore dia. 4 mm
GIQR/L - Partial Profile 55º/60º
Minimum bore dia. 8.0 mm
GEPI-Partial Profile
Minimum bore dia. 12.5 mm
TIPI-Partial Profile
Minimum bore dia. 20 mm 1. Insert Size
3. Hand of Tool
2. Application
I (mm) d
5/32"
3/16"
1/4"
3/8"
1/2"
5/8"
RL
— External
— Internal
UE — U-type, External
UI — U-type, Internal
UEI — U-type, External
and Internal
— Right-hand
— Left-hand
— Right- and
INSERTIDENTICICATION
IDENTIFICATION SYSTEM
SYSTEM
INSERT
U-type
Regular Type
— Peripherally ground
& chipformer
— Press to size
with a chipformer
— No indication
regular type
2M
5. Pitch
Full Profile
(value by number)
0.35-9.0
72-2
Partial Profile
(Range by letter)
A 0.5-1.5
48-16
AG 0.5-3.0
48-8
G 1.75-3.0
14-8
N 3.5-5.0
7-5
Q 5.5-6.0
4.5-4
U 5.5-9.0
4.5-2.75
6. Thread Standard
BSPT
RND
TR
ACME
STACME
ABUT
UNJ
NPT
API RD
BUT
API
H90
EL
MJ
Partial Profile 60º
Partial Profile 55º
ISO Metric
American UN
Whitworth
British BSPT
Round DIN 405
Trapeze DIN 103
Stub ACME
American Buttress
API Round
API Buttress Casing
H-90
Extreme Line Casing
ISO 5855
7. No. of Teeth
(Optional)
3M
2 teeth
3 teeth
8. Grade
605 External Inserts with
10 Threading Corners and
a 55° Partial Profile for
General Industry
TTG-16E-A55
• For detailed cutting data, see pages 660-670
For tools, see pages: SER/L-TT-JHP (651) • SER/L-TT-JHP-MC (651) • TTADR/L-JHP (651)
ER/L-55°
External Laydown Threading
Inserts with a 55 ° Partial
Profile for General Industry
TPIN(5)
5.500
6.500
8.000
6.000
9.000
16.49
• For insert identification system, see pages 605 • For threading between walls use GRIP-type inserts TIP-WT, GEPI-WT, TIPI-WT
(1) With pressed chipformer
(5) Threads per inch minimum
For tools, see pages: C#-SER/L (653) • SER-D (654) • SER/L (652)
SCREW
11ER A 55
16ER/L A 55
16ER/L AG 55
16ERB AG 55 (1)
16ERM AG 55 (1)
16ER/L G 55
16ERB G 55 (1)
16ERM G 55 (1)
22ER/L N 55
22UEIRL U 55
27ER Q 55
27UEIRL U 55
NUT
External right-hand shown
• IR/L-55°
Internal Laydown Threading
6.88
8.24
TPIX(4) TPIN(5)
06IR/L A 55
08IR/L A 55
08UIRL U 55
11IR/L A 55
16IR A 55
16IR/L AG 55
16IRB AG 55 (1)
16IRM AG 55 (1)
16IR/L G 55
16IRB G 55 (1)
16IRM G 55 (1)
22IR N 55
27IR Q 55
Internal left-hand shown
U-Type
• For insert identification system, see pages 605 • For threading between walls use GRIP-type inserts TIP-WT, GEPI-WT, TIPI-WT.
For tools, see pages: MGSIR/L (104) • SIR/L (655)
607 PENTA 24-WT
with a Whitworth 55°
PENTA 24A-WT-0.15
PENTA 24-WT-0.05 *
TIP-WT
TPX(5)
2.120
3.630
4.230
(5) Thread pitch maximum (mm)
2.540
For tools, see pages: E-GEHIR / E-GHIR (326) • GEAIR/L (325) • GEHIMR/L (323) • GEHIMR/L-SC (323) • GEHIR/L (324) • GEHIR/L-SC (324) • GEHSR (356)
• GEHSR/L-SL (356)
608
for 11.5 mm Bore Diameter 5
3.180
5.100
• All mini-bars have sharp corners • For detailed cutting data, see pages 660-670
609 GIQR/L-WT
• For cutting speed recommendations, see pages 660-670
TTG-16E-A60
External Inserts with 10 Threading
Corners and 60° Partial
ER/L-60°
Inserts with a 60° Partial
Profile for General Industries
0.63
• For Insert Identification System, see page 605 • For threading between walls use GRIP-type inserts SCIR/L B/F -MTR/L, TIP-MT, GEPI-MT, TIPI-MT.
• For technical information and detailed cutting data, see pages 660-670
(1) With pressed chipformer.
Designation SCREW
11ER/L A 60
16ER/L A 60
16ERB A 60 (1)
16ERM A 60 (1)
16ER/L AG 60
16ERB AG 60 (1)
16ERM AG 60 (1)
16ER/L G 60
16ERB G 60 (1)
16ERM G 60 (1)
22ER/L N 60
22ERM N 60 (1)
22UEIRL U 60
27ER/L Q 60
27UEIRL U 60
• PDX
IR/L-60°
06IR/L A 60
06IRM A 60 (1)
08IR/L A 60
08IRM A 60 (1)
08UIRL U 60
11IR/L A 60
11IRM A 60 (1)
16IR/L A 60
16IRB A 60 (1)
16IRM A 60 (1)
16IR/L AG 60
16IRB AG 60 (1)
16IRM AG 60 (1)
16IR/L G 60
16IRB G 60 (1)
16IRM G 60 (1)
22IR/L N 60
22IRM N 60 (1)
27IR/L Q 60
• For Insert Identification System, see page 605. • For technical information and detailed cutting data, see pages 660-670
(1) With a pressed chipformer
611 PENTA 24-MT
612
ISCAR TIP _A-MT
TPX(6)
(6) Thread pitch maximum (mm)
613 5
MITR 8-MT
614
ISCAR GIQR/L-MT
• Can be used for thread milling by circular interpolation • Pitch max 0.19xD • D-diameter of thread • For detailed cutting data, see pages 660-670
TP(1)
TTG-16E-ISO
External ISO Metric (DIN13
12-1986 class: 6G) Threading
Inserts with 10 Threading
Corners for General Industry
TTG-16E-0.50-ISO
TTG-16E-0.75-ISO
TTG-16E-1.00-ISO
TTG-16E-1.25-ISO
TTG-16E-1.50-ISO
615 INSL
11ER/L 0.35 ISO
11ER 0.40 ISO
11ER 0.45 ISO
11ER/L 0.50 ISO
11ER 0.60 ISO
11ER 0.70 ISO
11ER/L 0.75 ISO
11ER 0.80 ISO
11ER/L 1.00 ISO
11ER 1.25 ISO
11ER/L 1.50 ISO
11ER 1.75 ISO
16ER/L 0.35 ISO
16ER/L 0.40 ISO
16ER 0.45 ISO
16ER/L 0.50 ISO
16ER 0.60 ISO
16ER/L 0.70 ISO
16ER/L 0.75 ISO
16ER 0.75 ISO 3M (1)
16ERM 0.75 ISO (2)
16ER/L 0.80 ISO
16ERB 0.80 ISO (2)
16ER/L 1.00 ISO
16ER 1.00 ISO 3M (1)
16ERB 1.00 ISO (2)
16ERM 1.00 ISO (2)
16ER/L 1.25 ISO
16ERB 1.25 ISO (2)
16ERM 1.25 ISO (2)
16ER/L 1.50 ISO
16ER 1.50 ISO 2M (1)
16ERB 1.50 ISO (2)
16ERM 1.50 ISO (2)
16ER/L 1.75 ISO
16ERB 1.75 ISO (2)
16ERM 1.75 ISO (2)
16ER/L 2.00 ISO
16ER 2.00 ISO 2M (1)
16ERB 2.00 ISO (2)
16ERM 2.00 ISO (2)
16ER/L 2.50 ISO
16ERB 2.50 ISO
16ERM 2.50 ISO (2)
16ER/L 3.00 ISO
16ERB 3.00 ISO (2)
16ERM 3.00 ISO (2)
22ER 1.50 ISO 3M (1)
22ER 2.00 ISO 2M (1)
22ER 2.00 ISO 3M (1)
22ER/L 3.50 ISO
22ERM 3.50 ISO (2)
22ER/L 4.00 ISO
22ERM 4.00 ISO (2)
TP(3)
CICT(4)
0.350
0.600
0.38
0.46
0.52
• For Insert Identification System, see page 605 • For threading between walls use GRIP-type inserts TIP-ISO class: 6G
• For technical information and detailed cutting data, see pages 660-670 • For recommended number of passes for multi-tooth inserts see page 664
(1) Multi-tooth
(2) With pressed chipformer
(3) Thread pitch
(4) Number of teeth per corner
For tools, see pages: C#-SER/L (643) • SER-D (644) • SER/L (642) • SER/L-JHP (643) • SER/L-JHP-MC (644)
616
1/8 TP
1/4 TP
External ISO Metric
(DIN13 12-1986 class: 6G)
Laydown Threading Inserts
for General Industry
ER/L-ISO
• INSL
4.500
0.66
1.08
22ER 4.50 ISO
22ER/L 5.00 ISO
22UERL 5.50 ISO
22ER/L 6.00 ISO
22UERL 6.00 ISO
27ER 3.00 ISO 2M (1)
27ER 5.50 ISO
27ER/L 6.00 ISO
27UERL 8.00 ISO
ER/L-ISO (continued)
617 IR/L-ISO
Internal ISO Metric
(DIN13 12-1986 class 6H)
CICT(3)
• For Insert Identification System, see page 605. • Tolerance: Class 6H. • For technical information and detailed cutting data, see pages 660-670
• For threading between walls use GRIP-type inserts TIP-ISO class: 6G • For recommended number of passes for multi-tooth inserts see page 664
(2) Multi-tooth
618
06IR/L 0.50 ISO
06IR/L 0.75 ISO
06IR/L 1.00 ISO
06IR/L 1.25 ISO
08IR/L 0.50 ISO
08IR 0.75 ISO
08IR/L 1.00 ISO
08IR/L 1.25 ISO
08IR/L 1.50 ISO
08IR/L 1.75 ISO
08UIRL 2.00 ISO
11IR/L 0.35 ISO
11IR 0.40 ISO
11IR/L 0.50 ISO
11IRB 0.50 ISO
11IR 0.70 ISO
11IR/L 0.75 ISO
11IRB 0.75 ISO
11IR 0.80 ISO
11IRB 0.80 ISO
11IR/L 1.00 ISO
11IRB 1.00 ISO
11IRM 1.00 ISO (1)
11IR/L 1.25 ISO
11IRB 1.25 ISO
11IR/L 1.50 ISO
11IRB 1.50 ISO
11IRM 1.50 ISO (1)
11IR/L 1.75 ISO
11IRB 1.75 ISO
11IR/L 2.00 ISO
16IR 0.35 ISO
16IR/L 0.40 ISO
16IL 0.45 ISO
16IR/L 0.50 ISO
16IR 0.60 ISO
16IR 0.70 ISO
16IR/L 0.75 ISO
16IR/L 0.80 ISO
16IR/L 1.00 ISO
16IR 1.00 ISO 3M (2)
16IRB 1.00 ISO (1)
16IRM 1.00 ISO (1)
16IR/L 1.25 ISO
16IRB 1.25 ISO (1)
16IRM 1.25 ISO (1)
16IR/L 1.50 ISO
16IR 1.50 ISO 2M (2)
16IRB 1.50 ISO (1)
16IRM 1.50 ISO (1)
16IR/L 1.75 ISO
16IRB 1.75 ISO (1)
16IRM 1.75 ISO (1)
• Internal ISO Metric
0.39
• For Insert Identification System, see page 605 • Tolerance: Class 6H. • For technical information and detailed cutting data, see pages 660-670
• For recommended number of passes for multi-tooth inserts see page 664 • For threading between walls use GRIP-type inserts TIP-ISO class: 6G
16IR/L 2.00 ISO
16IR 2.00 ISO 2M (2)
16IRB 2.00 ISO (1)
16IRM 2.00 ISO (1)
16IR/L 2.50 ISO
16IRB 2.50 ISO
16IRM 2.50 ISO (1)
16IR/L 3.00 ISO
16IRB 3.00 ISO (1)
16IRM 3.00 ISO (1)
22IR 1.50 ISO 3M (2)
22IR 2.00 ISO 2M (2)
22IR 2.00 ISO 3M (2)
22IL 3.00 ISO
22IR/L 3.50 ISO
22IR/L 4.00 ISO
22IR/L 4.50 ISO
22IR/L 5.00 ISO
22IR 6.00 ISO
22UIRL 5.50 ISO
22UIRL 6.00 ISO
27IR 3.00 ISO 2M (2)
27IR 5.50 ISO
27IR 6.00 ISO
IR/L-ISO (continued)
PICCO ISO Full Profile
619 PICCO ISO Full Profile
Fine
PENTA 24-ISO
620
ISCAR 17.7 Ref.(a)
TIP-P-ISO
TTG-16E-UN
External American UN Full Profile
(UN, UNC, UNF, UNEF) Threading
TTG-16E-32-UN
TTG-16E-28-UN
TTG-16E-24-UN
TTG-16E-20-UN
TTG-16E-18-UN
TTG-16E-16-UN
TPI(1)
(1) Threads per inch
621 THREADING
ER/L-UN
External American UN Full
Profile (UN, UNC, UNF,
UNEF) Laydown Threading
Inserts for General Industry
4.9
0.29
0.56
TPI(3)
11ER 44 UN
11ER 36 UN
11ER 32 UN
11ER 28 UN
11ER 24 UN
11ER/L 20 UN
11ER 18 UN
11ER 16 UN
16ER 72 UN
16ER 56 UN
16ER 48 UN
16ER 40 UN
16ER/L 36 UN
16ER/L 32 UN
16ER/L 28 UN
16ER 27 UN
16ER/L 24 UN
16ERB 24 UN (1)
16ERM 24 UN (1)
16ER/L 20 UN
16ERB 20 UN (1)
16ERM 20 UN (1)
16ER/L 18 UN
16ERB 18 UN (1)
16ERM 18 UN (1)
16ER/L 16 UN
16ER 16 UN 2M (2)
16ERB 16 UN (1)
16ERM 16 UN (1)
16ER/L 14 UN
16ER 14 UN 2M (2)
16ERB 14 UN (1)
16ERM 14 UN (1)
16ER/L 13 UN
16ERB 13 UN (1)
16ERM 13 UN (1)
16ER/L 12 UN
16ER 12 UN 2M (2)
16ERB 12 UN (1)
16ERM 12 UN (1)
16ER 11.5 UN
16ER/L 11 UN
16ERB 11 UN (1)
16ER/L 10 UN
16ERB 10 UN (1)
16ER 9 UN
16ERB 9 UN (1)
16ER/L 8 UN
16ERB 8 UN (1)
16ERM 8 UN (1)
22ER 12 UN 2M (2)
22ER 12 UN 3M (2)
22ER 7 UN
22ER 6 UN
22ER 5 UN
27ER 8 UN 2M (2)
27ER 4.5 UN
27ER 4 UN
• For Insert Identification System, see page 605 • Tolerance: Class 2A • For threading between walls use GRIP-type insert TIP-UN • For technical information and detailed
cutting data, see pages 660-670 • For recommended number of passes for multi-tooth inserts see page 664
(3) Threads per inch
For tools, see pages: C#-SER/L (653) • SER-D (654) • SER/L (652) • SER/L-JHP (653) • SER/L-JHP-MC (654)
622
ISCAR IR/L-UN
Internal American UN Full
06IR 32 UN
06IL 28 UN
06IR/L 24 UN
06IR 20 UN
06IR/L 18 UN
08IR 32 UN
08IR/L 28 UN
08IR/L 24 UN
08IR/L 20 UN
08IR 18 UN
08IR 16 UN
08IR 14 UN
08UIRL 13 UN
08UIRL 12 UN
08UIRL 11 UN
11IR 64 UN
11IR 36 UN
11IR/L 32 UN
11IRB 32 UN
11IR/L 28 UN
11IRB 28 UN
11IR/L 24 UN
11IRB 24 UN
11IR/L 20 UN
11IRB 20 UN
11IR/L 18 UN
11IRB 18 UN
11IR/L 16 UN
11IRB 16 UN
11IR/L 14 UN
11IRB 14 UN
11IR 12 UN
11IRB 12 UN
11IR 11 UN
16IR 32 UN
16IR/L 28 UN
16IR 27 UN
16IR 24 UN
16IRB 24 UN (1)
16IR/L 20 UN
16IRB 20 UN (1)
16IRM 20 UN (1)
16IR/L 18 UN
16IRB 18 UN (1)
16IRM 18 UN (1)
16IR/L 16 UN
16IR 16 UN-2M (2)
16IRB 16 UN (1)
16IRM 16 UN (1)
16IR/L 14 UN
16IRB 14 UN (1)
16IRM 14 UN (1)
• For Insert Identification System, see page 605 • Tolerance: class 2B,ANSI B1, 3M-1986.
• Tolerance: Class 2A
• For threading between walls use GRIP-type insert TIP-UN
• For recommended number of passes for multi-tooth inserts see page 664
623 Internal American UN Full
0.26
• For Insert Identification System, see page 605 • Tolerance: class 2B,ANSI B1, 3M-1986. • For technical information and detailed cutting data, see pages 660-670
• For recommended number of passes for multi-tooth inserts see page 664 • Tolerance: Class 2A • For threading between walls use GRIP-type insert TIP-UN
624
16IR/L 13 UN
16IR/L 12 UN
16IRB 12 UN (1)
16IRM 12 UN (1)
16IR 11.5 UN
16IR 11 UN
16IR/L 10 UN
16IRB 10 UN (1)
16IR 9 UN
16IR/L 8 UN
16IRB 8 UN (1)
16IRM 8 UN (1)
22IR 16 UN 3M (2)
22IR 12 UN 2M (2)
22IR 12 UN 3M (2)
22IR/L 7 UN
22IR 6 UN
22IR 5 UN
22UIRL 4 UN
27IR 8 UN 2M (2)
27IR 4.5 UN
27IR 4 UN
IR/L-UN (continued)
• THREADING
625 IC
11ER 36 W
11ER 20 W
11ER/L 19 W
11ER 18 W
11ER 16 W
11ER 14 W
16ER 40 W
16ER 32 W
16ER 28 W
16ER 26 W
16ER 24 W
16ER/L 22 W
16ER 20 W
16ER/L 19 W
16ERB 19 W (1)
16ERM 19 W (1)
16ER/L 18 W
16ER 16 W
16ERB 16 W (1)
16ERM 16 W (1)
16ER/L 14 W
16ER 14 W 2M (2)
16ERB 14 W (1)
16ERM 14 W (1)
16ER/L 12 W
16ER/L 11 W
16ERB 11 W (1)
16ERM 11 W (1)
16ER 10 W
16ERB 10 W (1)
16ER 9 W
16ER/L 8 W
22ER 14 W 3M (2)
22ER 11 W 2M (2)
22ER 7 W
22ER 6 W
22ER 5 W
22UEIRL 4.5 W
22UEIRL 4 W
27ER 4.5 W
27ER 4 W
27UEIRL 3.5 W
27UEIRL 3 W
0.73
0.87
1.12
0.137TP
External Whitworth (BSW,
BSF, BSP) B.S.84-1956 DIN
259 Medium Class Full Profile
ER/L-W
• For Insert Identification System, see page 605 • For threading between walls use GRIP-type insert TIP-BSW • Tolerance: medium class • For technical information and
detailed cutting data, see pages 660-670 • For recommended number of passes for multi-tooth inserts see page 664
• IR/L-W
Internal Whitworth (BSW,
0.82
06IR 26 W
08IR 28 W
08IR 24 W
08IR 19 W
08IR 18 W
08IR 16 W
08UIRL 12 W
11IR 36 W
11IR 28 W
11IRB 28 W
11IR 26 W
11IR/L 24 W
11IRB 24 W
11IR 20 W
11IRB 20 W
11IR 19 W
11IRB 19 W
11IR/L 18 W
11IRB 18 W
11IR 16 W
11IRB 16 W
11IR/L 14 W
11IRB 14 W
11IL 12 W
16IR 40 W
16IR/L 32 W
16IR 28 W
16IR 26 W
16IR 24 W
16IR 22 W
16IR/L 20 W
16IRM 20 W (1)
16IR/L 19 W
16IRB 19 W (1)
16IRM 19 W (1)
16IR/L 18 W
16IR 16 W
16IRB 16 W (1)
16IRM 16 W (1)
16IR/L 14 W
16IR 14 W 2M (2)
16IRB 14 W (1)
16IRM 14 W (1)
16IR 12 W
16IR/L 11 W
16IRB 11 W (1)
16IRM 11 W (1)
16IR 10 W
16IRB 10 W (1)
16IR 9 W
16IR/L 8 W
22IR 14 W 3M (2)
22IR 11 W 2M (2)
22IR 7 W
22IR 6 W
22IR/L 5 W
27IR 4.5 W
27IR 4 W
• For Insert Identification System, see page 605. • Tolerance: medium class. • For technical information and detailed cutting data, see pages 660-670
• For threading between walls use GRIP-type insert TIP-BSW • Tolerance: medium class
627 PENTA 24-W
TIP-P-BSW
Double-Ended Full Profile Threading
628
• External NPT (National Pipe
Threads) Full Profile Laydown
Threading Inserts for Steam,
Gas and Water Pipes
1°47'
16ER 27 NPT
16ER 18 NPT
16ERB 18 NPT (1)
16ERM 18 NPT (1)
16ER/L 14 NPT
16ERB 14 NPT (1)
16ERM 14 NPT (1)
16ER/L 11.5 NPT
16ERB 11.5 NPT (1)
16ERM 11.5 NPT (1)
16ER 8 NPT
16ERB 8 NPT (1)
16ERM 8 NPT (1)
22ER 11.5 NPT 2M (2)
27ER 11.5 NPT 3M (2)
27ER 8 NPT 2M (2)
ER/L-NPT
• For Insert Identification System, see page 605. • For threading between walls use GRIP-type insert TIP-NPT. • National Pipe Threads ANSI/ASME B1.20.1-1983 • For
technical information and detailed cutting data, see pages 660-670 • For recommended number of passes for multi-tooth inserts see page 664
(4) Number of teeth per corner.
629 PDY
Internal NPT (National Pipe
06IR 27 NPT
08IR 18 NPT
11IR 27 NPT
11IR/L 18 NPT
11IRB 18 NPT
11IR/L 14 NPT
16IR 27 NPT
16IR 18 NPT
16IRM 14 NPT (1)
16IRB 14 NPT (1)
16IR/L 14 NPT
16IRM 11.5 NPT (1)
16IRB 11.5 NPT (1)
16IR/L 11.5 NPT
16IRM 8 NPT (1)
16IRB 8 NPT (1)
16IR/L 8 NPT
22IR 11.5 NPT 2M (2)
27IR 11.5 NPT 3M (2)
27IR 8 NPT 2M (2)
IR/L-NPT
• For Insert Identification System, see page 605 • National Pipe Threads ANSI/ASME B1.20.1-1983.
PENTA 24-NPT
PENTA 24-18-NPT
PENTA 24-14-NPT
Threads per inch
630
ISCAR TIP-P-NPT
ER-NPTF
External NPTF (National Pipe
11ER 18 NPTF
11ER 14 NPTF
16ER 27 NPTF
16ER 18 NPTF
16ER 14 NPTF
16ER 11.5 NPTF
• For Insert Identification System, see page 605 • (National Pipe Threads-Dry Seal) ANSI/ASME B1.20.1-1976 full profile • For technical information and detailed cutting
data, see pages 660-670
631 IR/L-NPTF
Internal NPTF (National Pipe
06IR 27 NPTF
08IR 27 NPTF
08IR 18 NPTF
11IR 18 NPTF
11IRB 18 NPTF
11IR 14 NPTF
16IR 18 NPTF
16IR/L 14 NPTF
16IR 11.5 NPTF
• For Insert Identification System, see page 605 • (National Pipe Threads-Dry seal) ANSI/ASME B1.20.1-1976
ER/L-BSPT
External BSPT (British Standard
Pipe) B.S.21-1957 Full Profile
1°47' SCREW
16ER 28 BSPT
16ER/L 19 BSPT
16ER/L 14 BSPT
16ERB 14 BSPT (1)
16ERM 14 BSPT (1)
16ER/L 11 BSPT
16ERB 11 BSPT (1)
16ERM 11 BSPT (1)
27.5°
• For Insert Identification System, see page 605 • For threading between walls use insert TIP-BSPT • For technical information and detailed cutting data, see pages 660-670
• (National Pipe Threads-Dry seal) ANSI/ASME B1.20.1-1976
ISCAR IR/L-BSPT
Internal BSPT (British Standard
06IR 28 BSPT
08IR 28 BSPT
08IR 19 BSPT
11IR 19 BSPT
11IRB 19 BSPT
11IR/L 14 BSPT
16IR 28 BSPT
16IR 19 BSPT
16IRB 14 BSPT (1)
16IRM 14 BSPT (1)
16IR/L 14 BSPT
16IRM 11 BSPT (1)
16IRB 11 BSPT (1)
16IR/L 11 BSPT
• For Insert Identification System, see page 605 • For technical information and detailed cutting data, see pages 660-670
633 TIP-P-BSPT
ER/L-STACME
External STUB ACME Laydown
Threading Inserts with a Shallow
ACME Profile for Control Valves
16ER/L 16 STACME
16EL 14 STACME
16ER/L 12 STACME
16ER/L 10 STACME
16ER/L 8 STACME
16ER/L 6 STACME
22EL 6 STACME
22ER/L 5 STACME
27ER/L 4 STACME
27EL 3 STACME
• For Insert Identification System, see page 605 • STUB ACME ASME/ANSI B1.8-1988 Class 2G • For technical information and detailed cutting data, see pages 660-670
• PDY
16IR/L 16 STACME
16IR/L 14 STACME
16IR 12 STACME
16IR 10 STACME
16IR 8 STACME
16IR 6 STACME
22IR/L 5 STACME
22UIR 3 STACME
27IR/L 4 STACME
27IR/L 3 STACME
Internal STUB ACME Laydown
IR/L-STACME
• For Insert Identification System, see page 605 • Tolerance: Class 2G. • For technical information and detailed cutting data, see pages 660-670
For tools, see pages: SIR/L (655)
ER/L-ACME
11ER 16 ACME
16ER 16 ACME
16ER 12 ACME
16ER 10 ACME
16ER/L 8 ACME
22ER/L 6 ACME
22ER/L 5 ACME
22ER/L 4 ACME
22UERL 4 ACME
27ER/L 4 ACME
27UERL 3 ACME
External ACME Profile Laydown
Threading Inserts for Feed Screws
• For Insert Identification System, see page 605 • ACME ASME/ANSI B1.5-1988 Class 3G • For technical information and detailed cutting data, see pages 660-670
635 PDY
16IR/L 16 ACME
16IR/L 14 ACME
16IR/L 12 ACME
16IR/L 10 ACME
16IR/L 8 ACME
22IR/L 6 ACME
22IR/L 5 ACME
22IR 4 ACME
22UIRL 4 ACME
27IR/L 4 ACME
27UIRL 3 ACME
Internal ACME Profile
Laydown Threading
Inserts for Feed Screws
IR/L-ACME
ER/L-UNJ
External UNJ Profile Laydown
Threading Inserts for the Aviation
and Aerospace Industry
• UNJ MIL-S-8879C 9-1992 Class 3A • Only right-hand inserts are available in grade IC806 • For Insert Identification System, see page 605 • For technical information
and detailed cutting data, see pages 660-670
11ER 28 UNJ
11ER 24 UNJ
11ER/L 20 UNJ
11EL 18 UNJ
16ER 48 UNJ
16ER 44 UNJ
16ER 40 UNJ
16ER 32 UNJ
16ER/L 28 UNJ
16ER/L 24 UNJ
16ER/L 20 UNJ
16ER/L 18 UNJ
16ER/L 16 UNJ
16ER/L 14 UNJ
16ER 13 UNJ
16ER/L 12 UNJ
16ER 11 UNJ
16ER 10 UNJ
16ER/L 8 UNJ
REmax 0.18042TP
REmin 0.15011TP SCREW
5/16 TP
• IR/L-UNJ
Internal UNJ Profile Laydown
08IR 20 UNJ
08IR 18 UNJ
11IR 32 UNJ
11IRB 32 UNJ
11IR 28 UNJ
11IRB 28 UNJ
11IR 24 UNJ
11IRB 24 UNJ
11IR 20 UNJ
11IRB 20 UNJ
11IR 18 UNJ
11IRB 18 UNJ
11IR 16 UNJ
11IRB 16 UNJ
11IRB 14 UNJ
16IR 24 UNJ
16IR 20 UNJ
16IR 18 UNJ
16IR/L 16 UNJ
16IR 14 UNJ
16IR/L 12 UNJ
16IR/L 8 UNJ
IR-MJ
Internal MJ ISO 5855 Metric
Full Profile Laydown Threading
Inserts for the Aviation and
Aerospace Industry
11IR 1.00 MJ
11IRB 1.00 MJ
11IR 1.25 MJ
11IR 1.50 MJ
11IRB 1.50 MJ
11IR 2.00 MJ
16IR 1.00 MJ
16IR 1.25 MJ
16IR 1.50 MJ
637 RE
External MJ ISO 5855 Metric
16ER 1.00 MJ
16ER 1.25 MJ
16ER 1.50 MJ
16ER 2.00 MJ
ER-MJ
16ER/L 1.5 TR
16ER/L 2 TR
16ER/L 3 TR
16ER 4 TR
22ER/L 4 TR
22ER/L 5 TR
22ER/L 6 TR
22UERL 6 TR
22UERL 7 TR
22UERL 8 TR
27ER/L 6 TR
27ER/L 7 TR
27UERL 8 TR
27UERL 9 TR
27UERL 10 TR (1)
7.000
10.000
External Trapeze Shaped
DIN 103 Laydown Threading
ER/L-TR
• For Insert Identification System, see page 605 • DIN 103 04/1977,1502901/1977 Class 7e • For technical information and detailed cutting data, see pages 660-670
(1) One cutting edge only
ISCAR lNSL
08IR 1.5 TR (1)
08UIRL 2 TR
16IR 1.5 TR
16IR/L 2 TR
16IR/L 3 TR
22IR/L 4 TR
22IR/L 5 TR
22IR/L 6 TR
22UIRL 6 TR
22UIRL 7 TR
27IR/L 6 TR
27IR 7 TR
27UIRL 8 TR
27UIRL 9 TR
27UIRL 10 TR (1)
Internal Trapeze Shaped DIN
103 Laydown Threading
IR/L-TR
• For Insert Identification System, see page 605 • Tolerance: Class 7H • For technical information and detailed cutting data, see pages 660-670
(1) A single threading corner
ER-PG
for the Electrical Industry
16ER 16 PG
16ER 18 PG
16ER 20 PG
16.000
18.000
20.000
IR/L-PG
Internal Thread Profile Inserts
11IR 18 PG
16IR 18 PG
16IR 16 PG
639 PDY
External Buttress Thread
(DIN 513) for High Force in
One Direction Applications
3° 30°
16ER/L 2 SAGE
22ER 3 SAGE
22ER/L 4 SAGE
22UER 5 SAGE (1)
22UER/L 6 SAGE (1)
ER/L-SAGE
(1) Requires special anvil
IR/L-SAGE
Internal Sagengenwinde (DIN
513) Thread Application for
High Force in One Direction
16IR/L 2 SAGE
22IR 3 SAGE
22IR 4 SAGE
22UIR 5 SAGE
22UIR 6 SAGE (1)
ER/L-ABUT
External American Buttress
for High Force Transmission
in One Direction
• For Insert Identification System, see page 605. • ANSI B1.9-1973 Class 2 • For technical information and detailed cutting data, see pages 660-670
11ER 20 ABUT
11ER 16 ABUT
16ER 20 ABUT
16ER/L 16 ABUT
16ER/L 12 ABUT
16ER/L 10 ABUT
22ER 8 ABUT
22ER 6 ABUT
22UER 4 ABUT
27UER/L 3 ABUT
27UER 3 ABUT
• Internal American Buttress
IR/L-ABUT
11IR 20 ABUT
11IR/L 16 ABUT
16IR 20 ABUT
16IR/L 16 ABUT
16IR/L 12 ABUT
16IR/L 10 ABUT
22IR 8 ABUT
22IR 6 ABUT
22UIR 4 ABUT
27UIR/L 3 ABUT
• For Insert Identification System, see page 605 • ANSI B1.9-1973 Class 2 • For technical information and detailed cutting data, see pages 660-670
ER/L-API RD
External API - Oil Thread Round
Profile Laydown Threading Inserts
IPF
16ER 10 API RD
16ER/L 8 API RD
22ER 10 API RD 2M (1)
27ER 8 API RD 2M (1)
TAPER 1:16
• For Insert Identification System, see page 605 • API Spec 5B8-1996. • For technical information and detailed cutting data, see pages 660-670
• For recommended number of passes for multi-tooth inserts, see page 664
(3) Number of teeth per corner
641 THREADING
IR/L-API RD
Internal API - Oil Thread Round
16IR/L 10 API RD
16IR/L 8 API RD
22IR 10 API RD 2M (1)
27IR 8 API RD 2M (1)
• For Insert Identification System, see page 605 • API Spec 5B8-1996 • For technical information and detailed cutting data, see pages 660-670
ER/L-API
External API - Oil Thread Profile
22ER 5 API 403 (1)
27ER 4 API 382 (2)
27ER 4 API 383 (2)
27ER/L 4 API 502 (3)
27ER 4 API 503 (3)
TPI(4)
Size(5)
0.49
0.96
2.375"-4.5"REG
NC23-NC50
NC56-NC77
6-5/8" REG
5-1/2,7-5/8,8-5/8REG
(1) V-0.040
(2) V-0.038R
(3) V-0.050
(4) Threads per inch
(5) Connection no. or size
642
• IR/L-API
Internal API - Oil Thread Profile
22IR 5 API 403 (1)
27IR 4 API 382 (2)
27IR 4 API 383 (2)
27IR/L 4 API 502 (3)
27IR/L 4 API 503 (3)
0.51
• For Insert Identification System, see page 605 • 0.050, API Spec 74-1994 • For technical information and detailed cutting data, see pages 660-670
ER-BUT
External BUT - Oil Thread
Profile Laydown Threading
Inserts for Buttress Casing
Size(2)
22ER 5 BUT 0.75
22ER 5 BUT-1.00
4-1/2" - 13-3/8"
16" - 20"
• For Insert Identification System, see page 605 • ANSI B1.9.1973 Class 2 • For technical information and detailed cutting data, see pages 660-670
(2) Connection no. or size
IR-BUT
Internal BUT - Oil Thread
THFT
22IR 5 BUT 0.75
22IR 5 BUT 1.00
643 External EL - Extreme Line
Oil Thread Profile Laydown
Threading Inserts
6° 6°
22ER 6 EL 1.5
22ER 5 EL 1.25
TAPER- IPF
ER-EL
5" - 7-5/8"
8-5/8" - 10-3/4"
• For Insert Identification System, see page 605 • ANSI B1.9.1973 Class 2
IR-EL
Internal EL - Extreme Line
22IR 6 EL 1.5
22IR 5 EL 1.25
ER/L-RND
External DIN 405 Round
for Fire Fighting and Food
Industry Pipe Couplings
0.22105TP
0.25597TP
0.61
0.76
1.01
1.51
16ER/L 10 RND
16ER/L 8 RND
16ERM 8 RND (1)
16ER/L 6 RND
16ERM 6 RND (1)
22ER 6 RND
22ER/L 4 RND
27ER 4 RND
0.23851TP
• Internal DIN 405 Round
IR/L-RND
16IR 10 RND
16IR/L 8 RND
16IR/L 6 RND
16IRM 6 RND (1)
22IR 6 RND
22IR 4 RND
27IR 4 RND
0.94
645 THREADING
P15-P35
M20-M40
646
ISCAR Threading Grades Chart
TiAlN USER GUIDE
TiCN+TiN PVD coated grade on very tough substrate.
The grade is recommended for threading of steels and stainless steels at low to medium cutting speeds.
TiCN+TiN PVD coated grade on tough substrate. Used for threading of steels and alloy steels at low to medium cutting speeds.
Suitable for threading of high temperature and titanium alloys at low to medium cutting speeds.
Recommended for threading of large variety of materials as well as steels, austenitic stainless steels and high
temperature alloys at low to medium cutting speeds. Good choice also for nonferrous materials and cast iron.
A tough submicron substrate with TiAlN PVD coating. Recommended for threading of large variety of materials
as well as steels, austenitic stainless steels and high temperature alloys at low to medium cutting speeds.
Good choice also for nonferrous materials and cast iron.
A hard submicron grain size substrate with TiAlN + TiN PVD coating. Features high plastic deformation resistance.
Suitable for threading of steels, stainless steel and hard steels with moderate to high cutting speeds at stable conditions.
Good choice also for nonferrous materials.
647 THREADING
THREADING TOOLS
ISCAR Toolholder Identification System
1. Clamping System
S—
5. Tool Length
6. Insert Size
D — 60
F — 80
H — 100
K — 125
L — 140
M — 150 l
P — 170
R — 200
S — 250
T — 300
U — 350
V — 400
l (mm) d
08U 3/16"
22U 1/2"
27U 5/8"
Screw Clamping
E—
I —
2020
7. Optional
Specifications
R—
L —
Shank: hxb
2020 - 20x20 mm
Internal Toolholders
Shank: diameter d
SER
0025 - Diameter 25mm
U B C O D G SP -
For U-type inserts
Bore for coolant
Carbide shank
Offset style
Drop head
Gang tool
* Optional Prefix
SEL
]
HSK Exchangeable Adaptation System
KM
649 THREADING
Tool Types
C#-SER/L
HSK-SEL
ISCAR GROOVE-TURN TOOLS
DECAIQTHREAD Carrying Insert
with 10 Threading Corners
PENTACUT Carrying Inserts with 5 Threading Corners
For tool information, refer to the Groove-Turn chapter
Boring Bars
E-SIR-HEAD
GROOVE-TURN Boring Bars
CHAMGROOVE Holder
and Carbide Bar
CHAMGROOVE Integral
PICCOCUT Holders
and Carbide Bars
ISCAR External Threading Tools
Carrying Inserts with 10
Threading Corners
SER/L 1212 F16TT-JHP
SER/L 1616 H16TT-JHP
SER/L 2020 K16TT-JHP
SER/L 2525 M16TT-JHP
WF WF_2
25.20
SR M4X0.7-L10 IP10X2
IP-10/5
12 & 16 mm shank sizes
SER/L-TT-JHP
• IMPORTANT: Applying coolant through the tool is mandatory
For inserts, see pages: TTG-16E-A55 (606) • TTG-16E-A60 (610) • TTG-16E-ISO (615) • TTG-16E-UN (621)
SER/L-TT-JHP-MC
External Threading Tools
with Bottom Inlet Coolant
Channels, Carrying Inserts
SER/L 2020X16TT-JHP-MC
SER/L 2525X16TT-JHP-MC
20.25
25.25
TTG-16E
TTADR/L-JHP
Adapters with Coolant
Channels for High Pressure,
TTADR/L 16-JHP
WB(1)
14.1
7.35
Thread pitch
651 THREADING
SER/L
External Threading Toolholders
SER 0808 H11 (1)
SER/L 1010 H11 (1)
SER/L 1212 F16
SER 1212 X16
SER/L 1616 H16
SER 1616 K16G
SER/L 2020-16-AD
SER/L 2020 K16
SER/L 2525 M16
SER/L 3232 P16
SER/L 2525 M22
SER/L 3232 P22
SER/L 2525 M22U
SER/L 3232 P22U
SER/L 4040 R22U
SER 4040 R22U
SER/L 2525 M27
SER/L 3232 P27
SER/L 2525 M27U
SER/L 3232 P27U
SER/L 4040 R27U
SER 4040 R27U
Insert(2)
21.70
11 ER
11 ER/L
16 ER/L
16 ER
22 ER/L
22 UER/L
27 ER/L
27 UER/L
• All tools are made for 1.5 helix angle • For multi-tooth inserts use anvils AE16M / AI16M; AE22M / AI22M; AE27M / AI27M • For GTGA inserts, use anvil AE 16-0
(1) Toolholder without anvil
(2) Right-hand inserts (ER) for right-hand tools (SER)
SER 0808 H11
SER/L 1010 H11
SEL 1212 F16
SER 1212 F16
SEL 1616 H16
SER 1616 H16
SEL 2020-16-AD
SER 2020-16-AD
SEL 2020 K16
SER 2020 K16
SEL 2525 M16
SER 2525 M16
SEL 3232 P16
SER 3232 P16
SEL 2525 M22
SER 2525 M22
SEL 3232 P22
SER 3232 P22
SER 4040 R22
SEL 2525 M22U
SER 2525 M22U
SEL 3232 P22U
SER 3232 P22U
SEL 4040 R22U
SEL 2525 M27
SER 2525 M27
SEL 3232 P27
SER 3232 P27
SER 4040 R27
SEL 2525 M27U
SER 2525 M27U
SEL 3232 P27U
SER 3232 P27U
SEL 4040 R27U
652
SR M2.6-L6.7-S11
SR 5-40-L12.2-S16
SR 8-32-L15-S22
SR 5-40-L6.8-A16
SR 8-32-L5.8-A22
AI16
AE16
AI22
AE22
AI22U
AE22U
T-25/3
SR M5-L22-S40
SR M5-L5.8-A27
AI27
AE27
AI27U
AE27U
K40
T-25/3 Bar Max
SER/L-JHP
with Coolant Channels
SER/L 2020 K16-JHP
SER/L 2525 M16-JHP
SER/L 3232 P16-JHP
(1) Right-hand inserts (ER) for right-hand tools (SER)
For inserts, see pages: ER-MJ (638) • ER-NPTF (631) • ER-PG (639) • ER/L-55° (606) • ER/L-60° (610) • ER/L-ABUT (640) • ER/L-ACME (635) • ER/L-API RD (641) •
ER/L-BSPT (632) • ER/L-ISO (616) • ER/L-NPT (629) • ER/L-RND (644) • ER/L-SAGE (640) • ER/L-STACME (634) • ER/L-TR (638) • ER/L-UN (622) • ER/L-UNJ (636) •
ER/L-W (626) • GTGA (311) • GTMA (312)
SEL 2020 K16-JHP
SER 2020 K16-JHP
SEL 2525 M16-JHP
SER 2525 M16-JHP
SEL 3232 P16-JHP
SER 3232 P16-JHP
External Threading Tools with
C4 SER/L-27050-16
C5 SER/L-35060-16
C6 SER/L-45065-16
C4 SER/L-27050-22
C5 SER/L-35060-22
C6 SER/L-45065-22
C8 SER/L-55080-22
16ER/L .
22ER/L .
Right-hand inserts for right-hand tools and vice versa
For inserts, see pages: ER-BUT (643) • ER-EL (644) • ER-MJ (638) • ER-NPTF (631) • ER-PG (639) • ER/L-55° (606) • ER/L-60° (610) • ER/L-ABUT (640) • ER/L-ACME
(635) • ER/L-API (642) • ER/L-API RD (641) • ER/L-BSPT (632) • ER/L-ISO (616) • ER/L-NPT (629) • ER/L-RND (644) • ER/L-SAGE (640) • ER/L-STACME (634) •
ER/L-TR (638) • ER/L-UN (622) • ER/L-UNJ (636) • ER/L-W (626) • GTGA (311) • GTMA (312)
C4 SEL-27050-16
C4 SER-27050-16
C5 SEL-35060-16
C5 SER-35060-16
C6 SEL-45065-16
C6 SER-45065-16
C4 SEL-27050-22
C4 SER-27050-22
C5 SEL-35060-22
C5 SER-35060-22
C6 SEL-45065-22
C6 SER-45065-22
C8 SEL-55080-22
C8 SER-55080-22
653 THREADING
SER/L-JHP-MC
SER/L 2020X16 JHP-MC
SER/L 2525X16 JHP-MC
36.2
SEL 2020X16 JHP-MC
SER 2020X16 JHP-MC
SEL 2525X16 JHP-MC
SER 2525X16 JHP-MC
SER-D
External Threading
Drophead Toolholders
SER 2525 M16D
SER 2525 M22D
22 ER
• All toolholders are made for 1.5 helix angle. • For GTGA inserts, use anvil AE 16-0
654
SR 8-32-L5.8-A22 Internal Threading Bars
SIR/L 0005 H06CB (1)
SIR/L 0005 H06 (2)
SIR 0005 H06-W (3)
SIR/L 0007 K08CB (1)
SIR/L 0007 K08 (2)
SIR 0008 K08UCB (1)
SIR/L 0008 K08U (2)
SIR/L 0010 H11 (2)
SIR/L 0010 M11CB (1)
SIR 0010 H11B (2)
SIR/L 0010 K11 (2)
SIR/L 0010 K11B (2)
SIR/L 0012 P11CB (1)
SIR/L 0013 L11 (2)
SIR/L 0013 M16 (2)
SIR/L 0013 M16B (2)
SIR 0016 R16CB (1)
SIR/L 0016 P16 (2)
SIR/L 0016 P16B (2)
SIR/L 0020 P16
SIR/L 0020 P16B
SIR/L 0020 P22 (2)
SIR/L 0020-16-AD
SIR 0020 S16CB
SIR 0025 S16CB
SIR/L 0025 R16
SIR/L 0025 R16B
SIR/L 0025 R22
SIR/L 0025 R22B
SIR/L 0025-16-AD
SIR/L 0032 S16
SIR/L 0032 S22
SIR/L 0032 S22U
SIR/L 0032 S27
SIR/L 0032 S27U (4)
SIR/L 0040 T16
SIR/L 0040 T22
SIR 0040 T22U
SIR/L 0040 T27
SIR 0040 T27U (4)
SIR/L 0050 U16
SIR/L 0050 U22
SIR/L 0050 U27
SIR/L 0050 U27U (4)
SIR/L 0060 V27
SIR/L 0060 V27U (4)
Shank m.(6)
Insert(7)
7.30
17.20
18.10
24.70
25.80
26.60
28.70
31.60
34.30
39.30
06 IR/IL
08 IR/IL
08 UIRL
11 IR/IL
16 IR/L
16 IR/IL
22 IR/L
22 UIRL
27 IR/L
27 UIRL
27 IR/L
SIR/L
• B-steel shank with coolant hole, C-carbide shank without coolant hole, CB-carbide shank with coolant hole • All toolholders are made for 1.5 helix angle • For GTGA
inserts, use anvil AL 16-0
(1) Carbide shank without anvil
(2) Toolholder without anvil
(3) For ACME, STUB ACME, TRAPEZ (DIN 103) and ROUND (DIN 405) thread profiles check in user guide for anvil information
(5) C-carbide,S-steel
(6) Right-hand inserts (IR) for right-hand tools (SIR)
(7) Right-hand inserts (IR) for right-hand tools (SIR)
655 THREADING
656
SIR/L 0005 H06CB
SIR/L 0005 H06
SIR 0005 H06-W
SIR/L 0007 K08CB
SIR/L 0007 K08
SIR 0008 K08UCB
SIR/L 0008 K08U
SIR/L 0010 H11
SIR/L 0010 M11CB
SIR 0010 H11B
SIR/L 0010 K11
SIR/L 0010 K11B
SIR/L 0012 P11CB
SIR/L 0013 L11
SIR/L 0013 M16
SIR/L 0013 M16B
SIR 0016 R16CB
SIR/L 0016 P16
SIR/L 0016 P16B
SIL 0020 P16
SIL 0020 P16B
SIR/L 0020 P22
SIL 0020-16-AD
SIR 0020 P16
SIR 0020 P16B
SIR 0020-16-AD
SIL 0025 R16
SIL 0025 R16B
SIL 0025 R22
SIL 0025 R22B
SIL 0025-16-AD
SIR 0025 R16
SIR 0025 R16B
SIR 0025 R22
SIR 0025 R22B
SIR 0025-16-AD
SIL 0032 S16
SIR 0032 S16
SIL 0032 S22
SIL 0032 S22U
SIR 0032 S22
SIR 0032 S22U
SIL 0032 S27
SIL 0032 S27U
SIR 0032 S27
SIR 0032 S27U
SIL 0040 T16
SIR 0040 T16
SIL 0040 T22
SIR 0040 T22
SIL 0040 T27
SIR 0040 T27
SIR 0040 T27U
SIL 0050 U16
SIR 0050 U16
SIL 0050 U22
SIR 0050 U22
SIL 0050 U27
SIL 0050 U27U
SIR 0050 U27
SIR 0050 U27U
SIL 0060 V27
SIL 0060 V27U
SIR 0060 V27
SIR 0060 V27U
SR 14-558
SR 5-40-L9.7-S16S
SR 8-32-L12-S22S
PL 25 C#-SIR/L
Minimum
Bore
Internal Threading Bars with
C4 SIR/L-12060-16
C4 SIR/L-14060-16
C4 SIR-15065-22
C4 SIR/L-17070-16
C4 SIR/L-19070-22
C4 SIR/L-22090-16
C4 SIR/L-22090-22
C4 SIR/L-27080-16
C4 SIR/L-27080-22
C5 SIR/L-12060-16
C5 SIR/L-14060-16
C5 SIR/L-15065-22
C5 SIR/L-17070-16
C5 SIR/L-19070-22
C5 SIR/L-22090-16
C5 SIR/L-22090-22
C5 SIR/L-27105-16
C5 SIR/L-27105-22
C6 SIR/L-14070-16
C6 SIR/L-17075-16
C6 SIR/L-19075-22
C6 SIR/L-22090-16
C6 SIR/L-22090-22
C6 SIR/L-27105-16
C6 SIR/L-27105-22
For inserts, see pages: IR-BUT (522) • IR-EL (523) • IR-MJ (517) • IR/L-55° (491) • IR/L-60° (494) • IR/L-ABUT (520) • IR/L-ACME (515) • IR/L-API (522) • IR/L-API RD
(521) • IR/L-BSPT (513) • IR/L-ISO (499) • IR/L-NPT (510) • IR/L-NPTF (512) • IR/L-PG (519) • IR/L-RND (524) • IR/L-SAGE (520) • IR/L-STACME (514) • IR/L-TR (518) •
IR/L-UN (504) • IR/L-UNJ (516) • IR/L-W (508) • GTGA (278) • GTMA (278)
C4 SIL-12060-16
C4 SIR-12060-16
C4 SIL-14060-16
C4 SIR-14060-16
C4 SIL-17070-16
C4 SIL-19070-22
C4 SIR-17070-16
C4 SIR-19070-22
C4 SIL-22090-16
C4 SIR-22090-16
C4 SIL-22090-22
C4 SIR-22090-22
C4 SIL-27080-16
C4 SIR-27080-16
C4 SIL-27080-22
C4 SIR-27080-22
C5 SIL-12060-16
C5 SIR-12060-16
C5 SIL-14060-16
C5 SIL-15065-22
C5 SIR-14060-16
C5 SIR-15065-22
C5 SIL-17070-16
C5 SIL-19070-22
C5 SIR-17070-16
C5 SIR-19070-22
C5 SIL-22090-16
C5 SIR-22090-16
C5 SIL-22090-22
C5 SIR-22090-22
C5 SIL-27105-16
657 THREADING
C#-SIR/L (continued)
C5 SIR-27105-16
C5 SIL-27105-22
C5 SIR-27105-22
C6 SIL-14070-16
C6 SIR-14070-16
C6 SIL-17075-16
C6 SIL-19075-22
C6 SIR-17075-16
C6 SIR-19075-22
C6 SIL-22090-16
C6 SIR-22090-16
C6 SIL-22090-22
C6 SIR-22090-22
C6 SIL-27105-16
C6 SIR-27105-16
C6 SIL-27105-22
C6 SIR-27105-22
For inserts, see pages: IR/L-55° (607) • IR/L-60° (611) • IR/L-BSPT (633) • IR/L-ISO (618) • IR/L-NPT (630) • IR/L-NPTF (632) • IR/L-UN (623) • IR/L-W (627)
658
T-6/5 PICCO/MG PCO (holder)
DRVS(2)
(2) Key flat size
659 THREADING
Machining Data for Threading
41 IC228
Coated
115-190
135-230
60-95
130-220
50-90
100-175
105 - 185
120-210
45-85
90-165
50-95
100-180
120-215
40-75
75-140
35-70
70-135
85-160
95-145
25-50
55 - 105
85-155
85-110
90 - 120
100-130
45-75
95 - 150
65-85
125-160
135 - 170
150-190
95 - 130
110-145
60-115
70-140
60-70
65 - 75
70-85
30-75
60-145
65 - 155
70-175
50-195
100-365
105 - 390
120-440
40-115
80-220
85 - 235
95-265
105-215
215 - 430
240-480
105-150
200-280
215 - 300
240-335
40-135
80-255
85 - 275
95-305
40-130
80-250
85 - 265
95-300
55-70
35-50
10-15
18-30
75-90
140-170
150 - 180
170-205
50-70
55 - 75
60-85
661 THREADING
User Guide and Cutting Data
Types and Profiles of Threading Inserts
• Performs complete thread profile
• Root corner radius is only
suitable for the relevant pitch
• Recommended for
mass production
• Suitable for one profile only
• Performs different thread standards and
is suitable for a wide range of pitches that
have a common angle (60º or 55º)
• Inserts with a small root-corner radius
suitable for the smallest pitch of the range
• Additional operations to complete the
outer/internal diameter are necessary
• Not recommended for mass production
• Eliminates the need for different inserts
Thread Turning Methods
External Thread
Internal Thread
Change anvil
to negative(1)
Change anvil to negative(1)
Right-Hand Thread
Left-Hand Thread
662
See pages 663-664
Left-Hand Thread Thread Helix Angle and Anvil Selection
Helix Angle λ Evaluation
4γ
3γ
(1)=4.5˚
(1)=3.5˚
(1)=2.5˚
(1)=1.5˚
(1)=0.5˚
2γ
1γ
λ
β
Pitch-TPI
Pitch mm
Pitch
TPI mm
tg l =
75 Diameter
3.14 · D
Diameter-D (mm)
β - Effective inclination angle
λº ≈
20 · P
PD
λ-
Pitch in mm
Effective diameter
of thread in mm
Angle of inclination
Anvil Selection According to Thread Helix Angle λ
l (d)
Thread Helix Angle λ
Inclination Angle β
(3/8)
(1/2)
(5/8)
22U
(1/2U)
27U
(5/8U)
EX RH OR IN LH
EX LH OR IN RH
+λ°
>4º
4.5º
3º-4º
3.5º
AE16+4.5
AI16+4.5
AE22+4.5
AI22+4.5
AE27+4.5
AI27+4.5
AE22U+4.5
AI22U+4.5
AE27U+4.5
AI27U+4.5
AE16+3.5
AI16+3.5
AE22+3.5
AI22+3.5
AE27+3.5
AI27+3.5
AE22U+3.5
AI22U+3.5
AE27U+3.5
AI27U+3.5
+β°
1.5°
const.
Anvils for positive inclination angle
applicable when turning RH thread with
RH holders or LH thread with LH toolholders.
2º-3º
2.5º
AE16+2.5
AI16+2.5
AE22+2.5
AI22+2.5
AE27+2.5
AI27+2.5
AE22U+2.5
AI22U+2.5
AE27U+2.5
AI27U+2.5
1º-2º
1.5º
Anvil Designation
0º-1º
0.5º
AE16+0.5
AI16+0.5
AE22+0.5
AI22+0.5
AE27+0.5
AI27+0.5
AE22U+0.5
AI22U+0.5
AE27U+0.5
AI27U+0.5
−λ°
Negative Anvils
-0.5º
-1.5º
AE16-0.5
AI16-0.5
AE22-0.5
AI22-0.5
AE27-0.5
AI27-0.5
AE22U-0.5
AI22U-0.5
AE27U-0.5
AI27U-0.5
AE16-1.5
AI16-1.5
AE22-1.5
AI22-1.5
AE27-1.5
AI27-1.5
AE22U-1.5
AI22U-1.5
AE27U-1.5
AI27U-1.5
−β°
Anvils for negative inclination used
when turning RH thread with LH holder
or LH thread with RH toolholder.
663 THREADING
Thread Helix Angle and Anvil Selection
2.5 10
Special Holder Required
Use AE Anvils for EX-RH
and IN-LH Toolholders.
Use Al Anvils for IN-RH
and EX-LH Toolholders.
ACME STUB ACME
trapez (din 103)
round (din 405)
AE or Al+4.5º
AE or Al+3.5º
AE or Al+2.5º
λ°
Standard Anvil (supplied with toolholder)
AE or Al+0.5º
80 mm
Partial Profiles 60º
Partial Profiles 55º ISO,
UN, WHIT., NPT, BSPT
Replacing the
α°=3.74 standard anvil
with a negative
angle anvil will
γ=1.5°
eliminate side
rubbing
Change to Negative Anvil AE or Al-1.5º
664
Sagengewinde (DIN-513)
Diameter Mini-Tool Features
øD M8; 5/16”-UN; 1/16”-NPT
4H÷8H/1B÷3B
Smallest possible thread
All tolerances
(3) Minimum runout
(4) High surface quality
Flank Clearance and Effective Inclination Angle
Inclination angle β of the cutting edges corresponds
to a specific thread helix angle l and ensures an
equal clearance angle on both sides of the insert.
αl =αr
Incorrect
αl <αr
β=0
αL
αλβ
αR
Flank clearance angle
Helix angle
Effective inclination angle is achieved by
selecting the suitable anvil
H - Depth of thread profile (on ø)
D - Depth of pass (on ø)
U - Depth of finishing pass (on ø)
Infeed Methods for Threading Operations
Flank Infeed
Radial Infeed
Alternating Flanks Infeed
Flank Equal
Flank Diminishing
Equal depth of cut for each pass
Diminished depth of cut for each pass
D1/2
D2/2
D3/2
Dn/2
D/2
U/2
D3
Dn
Modified Flank Infeed
1-3°
Dn+1/2
D n+1
>
665 THREADING
Number of Cutting Passes for Regular Type Inserts
TPI Pitch mm
Number of Passes
7-15
8-17
11-22
For mini-tools (06IR or 08IR) add 1-3 passes. Increase for hard materials.
Maximum Depth of First Cut for CNC Control
External Threading - M-Type Inserts
Metric
American
British
BSW
Round
Partial
Profile 60º
Profile 55º
666
1.75-3.00
3.50-5.00
16 ER/L 1.00 ISO
16 ER/L 1.25 ISO
16 ER/L 1.50 ISO
16 ER/L 1.75 ISO
16 ER/L 2.00 ISO
16 ER/L 2.50 ISO
16 ER/L 3.00 ISO
16 ER/L 24 UN
16 ER/L 20 UN
16 ER/L 18 UN
16 ER/L 16 UN
16 ER/L 14 UN
16 ER/L 12 UN
16 ER/L 8 UN
16 ER/L 19 W
16 ER/L 16 W
16 ER/L 14 W
16 ER/L 11 W
16 ER/L 18 NPT
16 ER/L 14 NPT
16 ER/L 11.5 NPT
16 ER/L 8 NPT
16 ER/L 6 Rnd
16 ER/L A60
16 ER/L G60
16 ER/L AG60
22 ER/L N60
16 ER/L G55
16 ER/L AG55
Per the number of passes for the relevant pitch
Equal depth of cut method
Diminished depth of cut for each pass method
No. of
Passes
Max. Depth for First Pass (D1) mm
Low Carbon Steel High Carbon Steel
Max. Eq.(2) Dim.(3)
Eq.(2)
Dim.(3)
0.57
0.69
0.62
0.72
0.53
0.84
0.44
0.59
0.37
Eq.(2) Dim.(3)
Aluminium
0.88
0.97
0.74
1.18
0.99
0.92
0.46 Cutting Data
Internal Threading - M-Type Inserts
11 IRM 1.50 ISO
16 IRM 1.00 ISO
16 IRM 1.25 ISO
16 IRM 1.50 ISO
16 IRM 1.75 ISO
16 IRM 2.00 ISO
16 IRM 2.50 ISO
16 IRM 3.00 ISO
16 IRM 20UN
16 IRM 18UN
16 IRM 16 UN
16 IRM 14 UN
16 IRM 12 UN
16 IRM 8 UN
16 IRM 19 W
16 IRM 16 W
16 IRM 14 W
16 IRM 11 W
16 IRM 14 NPT
16 IRM 11.5 NPT
16 IRM 8 NPT
16 IRM 6 RND
06 IRM A60
08 IRM A60
11 IRM A60
16 IRM A60
16 IRM G60
16 IRM AG60
22 IRM N60
16 IRM G55
16 IRM AG55
v0.27
Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3) Eq.(2) Dim.(3)
0.50-1.25
667 THREADING
Recommended Number of Passes for Multi-Tooth Insert
ISO - (Metric)
Insert Description
16 ER 1.0 ISO 3M
16 ER 1.5 ISO 2M
22 ER 1.5 ISO 3M
22 ER 2.0 ISO 2M
22 ER 2.0 ISO 3M
27 ER 3.0 ISO 2M
No. of Passes
1st Pass
2nd Pass
3rd Pass
4th Pass
045
0.98
16 IR 1.0 ISO 3M
16 IR 1.5 ISO 2M
22 IR 1.5 ISO 3M
22 IR 2.0 ISO 2M
22 IR 2.0 ISO 3M
27 IR 3.0 ISO 2M
16 ER 16 UN 2M
22 ER 16 UN 3M
22 ER 12 UN 2M
22 ER 12 UN 3M
27 ER 8 UN 2M
16 IR 16 UN 2M
22 IR 16 UN 3M
22 IR 12 UN 2M
22 IR 12 UN 3M
27 IR 8 UN 2M
22 ER 11.5 NPT 2M
27 ER 11.5 NPT 3M
27 ER 8 NPT 2M
22 IR 11.5 NPT 2M
27 IR 11.5 NPT 3M
27 IR 8 NPT 2M
WHITWORTH
16 ER 14 W 2M
22 ER 14 W 3M
22 ER 11 W 2M
16 IR 14 W 2M
22 IR 14 W 3M
22 IR 11 W 2M
API-ROUND
22 ER 10 API RD 2M
27 ER 10 API RD 3M
27 ER 8 API RD 2M
22 IR 10 API RD 2M
27 IR 10 API RD 3M
27 IR 8 API RD 2M
668
ISCAR Cutting Data
Steel (N/mm Tensile Strength)
400-500
500-700
700-850
850-1150
>1150
Vc m/min.
Pitch (p) mm
20-19
For internal threading of small diameters, the PVD coated grade IC228 is recommended.
THREADING Tougher
Steel & Cast
IC250 (IC950)
669 THREADING
Troubleshooting
Cause
Problem
Solution
• Cutting speed too high
Premature Wear
Infeed depth too small
Highly abrasive material
Inadequate coolant supply
Wrong inclination anvil
Wrong turned dia. prior to threading •
Insert is above center line
• Depth of cut large
• Wrong grade
Chipped Edge
Built-Up Edge
• Poor chip control
• Inadequate coolant supply
• Center height incorrect
• Reduce RPM
• Reduce depth of cut
• Check turned dia.
• Use coated grade
• Use harder grade
• Apply coolant
• Cutting edge too cold
• Increase RPM
• Increase depth of cut
Poor Surface Finish
Reduce RPM
Reduce depth of cut
Use coated grade
Use tougher grade
Modify flank infeed
Apply coolant
Adjust center height
• Excessive heat in cutting zone
Broken Nose During 1st Pass
Increase depth of cut
Reselect anvil
Check turned dia.
Check center height
• Wrong cutting speed
Depth of cut too large
Wrong grade
Corner height incorrect
Infeed depth too shallow
Tool overhang too long
Excessive heat in cutting zone
Poor chip control
Center height incorrect
Poor Chip Control
Increase number of infeed passes
Re-select anvil
Reduce tool overhang
Increase RPM
Change depth of cut
Use M-type insert
• Wrong turned dia. prior to threading • Check turned dia.
670
ISCAR Complete Machining Solutions
NON-ROTATING TOOL HOLDERS
START TURNING TOOL HOLDERS
Tool Holders for Square and Round Shank Tools .
CAMFIX Shanks
HSK Shanks
672
676
Tool Blocks for Parting Blades .
585
Exchangeable Heads for Grooving and Parting
Blades and Adapters
589
Modular Grip Adaptations .
CAMFIX (ISO 26623-1)
26,5
WSC
C#-ASHR/L
LSCWS
External Square-Shank Tools
C4 ASHR/L 16-1
C5 ASHR/L 20-1
C6 ASHR/L 20-1
C6 ASHR/L 25-1
C8 ASHR/L 32-1
78.0
87.0
SR M8X16 DIN915
SR M10X25 DIN915
SR M12X30 DIN915
HW 5.0*
HW 6.0*
WRENCH NOZZLE HP M10*
WRENCH NOZZLE HP M12*
WRENCH COOL TUBE C8* C#-ASHA
CAMFIX Shanks for External
Square-Shank Tools
C5 ASHA 20
C6 ASHA 20
C6 ASHA 25
C8 ASHA 32
86.6
Stopper Screw
L2
C#-ADE
DCONMS LSCWS
h2
C3 ADE 16R/L
C4 ADE-20R/L
C5 ADE-20R/L
TURNING TOOL HOLDERS
Coolant Nozzle
55.20
28.10
29.10
35.10
• Use the tools with AD suffix • Regular tools should be shortened
For tools, see pages: BGTR/L-B-JHP (448) • DCLNR/L-JHP-MC (22) • DDJNR/L-JHP-MC (27) • DWLNR/L-JHP-MC (8) • PCHR/L-27-JHP (321) • PCLXR/L (48) •
PCLXR/L-JHP (48)
SR M10X20 DIN915
SR M10X16 DIN912
SR M10X16
HW 3.0*
SR M6X8 DIN916(a)
SR M8X10 DIN913(a)
SR M8X10 DIN916(a)
COOLING TUBE C3*
(a) Stopper screw
C#-ASHR/L-45
Square Shank Tools for 45°
C5 ASHR/L 20-45
C6 ASHR/L 20-45
C6 ASHR/L 25-45
C8 ASHR/L 32-45
A left-hand tool in a right-hand adapter are shown
96.30
98.30
41.6
67.50
79.60
673 TURNING TOOL HOLDERS
C#-ADES
16.6
DCONMS 74
C4 ADES-20
C5 ADES-20
• Use the tools with AD suffix. Regular tools should be shortened.
For tools, see pages: SER/L-JHP (653)
SR M8X6 DIN913
C#-ADI
for Boring Bars
DCONMS BD
TDZ
C3 ADI 10
C3 ADI 12
C3 ADI 16
C4 ADI 10
C4 ADI 12
C4 ADI 16
C4 ADI 20
C4 ADI 25
C5 ADI 10
C5 ADI 12
C5 ADI 16
C5 ADI 20
C5 ADI 25
C5 ADI 32
C6 ADI 12
C6 ADI 16
C6 ADI 20
C6 ADI 25
C6 ADI 32
C6 ADI 40
C6 ADI 50
C8 ADI 12
C8 ADI 16
C8 ADI 20
C8 ADI 25
C8 ADI 32
C8 ADI 40
C8 ADI 50
29.5
M10
2.15
1.07
2.44
4.47
2.43
3.44
5.81
5.36
• Use the tools with "AD" suffix • Regular tools should be shortened
For tools, see pages: A-PCLXR/L (82)
674
SR M6X10 DIN1835B
SR M8X10 DIN1835-B
SR M10X12 DIN1835-B
SR M12X16 DIN1835-B
HW 4.0*
WRENCH COOL TUBE C8* Bar Max
Exchangeable Shanks for Boring
Bars with Reduction Sleeves
C4 ABB 25-60
C5 ABB-25-60
C6 ABB-25-60
C6 ABB-40-70
C8 ABB 25-60
C8 ABB 40-72
• For SC reduction sleeves, see page 678
SR M10X12 DIN1835-B(a)
SR M12X16 DIN1835-B(a)
SR M10X20 DIN915(b)
SR M12X30 DIN915(b)
SR M10X6DIN913(c)
M12 (typ.4)
C#-ABB
(a) Used on A-type sleeves
(b) Used on B-type sleeves
(c) Rear stopper screw
Exchangeable Shanks for External
Square-Shank Tools with High
Pressure Multi Connection
α
C6 ASHR/L 25-1 HPMC
HPMC Coolant access
C#-ASHR/L-HPMC
COOLING TUBE C6* HW 6.0* WRENCH COOL TUBE C6* WRENCH NOZZLE HP M12* SATZ-M12X1-M6 SR M12X30 DIN915 SR M8X6 DIN913 SR M6X6 DIN913
SC
Carrying Square Shank Tools
for 45° Mounting on TurnMill Machines with HPMC
C6 ASHR/L 25-45 HPMC
C#-ASHR/L-45-HPMC
101.30
C#-ASHR/L-45-HPMC COOLING TUBE C6* HW 6.0* WRENCH COOL TUBE C6* WRENCH NOZZLE HP M10* SATZ-M10X1-M5 SR M12X30 DIN915 SR M8X6 DIN913 SR M6X6 DIN913
C#-ASHA-HPMC
C6 ASHA 25 HPMC
86.5
C6 ASHA 25 HPMC COOLING TUBE C6* HW 6.0* WRENCH COOL TUBE C6* WRENCH NOZZLE HP M12* SATZ-M12X1-M6 SR M12X30 DIN915 SR M8X6 DIN913 SR M8X10 DIN913 SR M6X6 DIN913
675 TURNING TOOL HOLDERS
HSK-C#
Holders with HSK DIN 69893
Form A Tapered Shanks
C4 AD HSK A63WHX080
C5 AD HSK A63WHX90
C5 AD HSK A100WHX100
C6 AD HSK A100WHX110
C8 AD HSK A100WHX120
C8 AD HSK A125WHX130
91.00
101.00
1.44
3.61
4.79
WRENCH COOL TUBE HSK63*
WRENCH COOL TUBE HSK100*
WRENCH COOL TUBE HSK125*
• Note: To enable clamping the part to be attached, first remove the cooling tube
COOLING TUBE HSK A63 C5
COOLING TUBE HSK A100C6/8
COOLING TUBE HSK A125C8
HSK A WH Complies
with ICTM Standards
(ISO 12164-3)
HSK A vs. HSK A .WH Tolerance
STANDARD
key
tolerance
HSK-A63
Max. gap 0.33
key slot
Max. gap 0.015
HSK-A63WH
Drive key slot range
Max. gap 0.075
HSK A63WH-ASHN-45
Square Shank Tool Adapters
with HSK Exchangeable
Shanks for 45° Mounting
on Turn-Mill Machines
Rigth-hand shown
HSK A63WH ASHN 25 45
SR M8X20 DIN916 SATZ-M12X1-M6
• A cooling tube must be used with all coolant through HSK spindles (should be ordered separately) • For using left-hand toolholder, the position of the clamping spacer must
be changed • Complies with ICTM standard (ISO 12164-3)
ISCAR LPR
with HSK-T Exchangeable
HSK A63WH ASHR/L 25 45
HSK A-WH-ASHR/L-1
with HSK Exchangeable Shanks
for Turn-Mill Machines
HSK A63WH-ASHR/L-45
HSK A63WH ASHR/L 25 1
HSK A100WH ASHR/L 32 1
145.00
HSK A63WH-ASHR/L-2
Twin Square Shank Tool Adapters
HSK A63WH ASHR/L 25 2
77.4
HSK A63WH-ASHR/L-3
Triple Square Shank Tool
Adapters with HSK Exchangeable
Shanks for Mounting on
Turn-Mill Machines
HSK A63WH ASHR/L 25 3 (1)
SR M12X30 DIN915 SATZ-M8X1-M3
(1) Not suitable for ATC (automatic tool changer) on some multi-tasking machine models, please consult your MTB
For tools, see pages: SVVNN-JHP (416) • SER/L-JHP (653)
677 TURNING TOOL HOLDERS
M12 Typ 2
HSK A-WH ABB
Shanks for Boring Bars
with Reduction Sleeves
HSK A63WH ABB 40
HSK A100WH ABB 40
HSK A100WH ABB 50
SC-T (sleeves)
Reduction Sleeves for Holders
with Exchangeable Adaptation
SC 25T10A
SC 25T12A
SC 25T16B
SC 25T20B
SC 25T6A
SC 25T8A
SC 40T10A
SC 40T12A
SC 40T16B
SC 40T20B
SC 40T25B
SC 40T32B
SC 40T6A
SC 40T8A
SC 50T10A
SC 50T12A
SC 50T16B
SC 50T20B
SC 50T25B
SC 50T32B
SC 50T6A
SC 50T8A
THID
SR M6X6 DIN916
SR M8X6 DIN916
RADWOF
RHCDU
RHCDL
15˚
73.0
• Form B1 radial R.H. short, form B4 radial overhead L.H. short.
Radially Oriented, Short, RightHand Holders with VDI DIN69880
Shanks for Square Shank Tools
VDI16 B1A-161234-JHPMC
VDI16 B4A-161234-JHPMC
VDI20 B1A-201640-JHPMC
VDI20 B4A-201640-JHPMC
VDI25 B1A-252040-JHPMC
VDI30 B1B4A-302040-JHPMC
VDI40 B1B4A-402544-JHPMC
VDI50 B1B4A-502544-JHPMC
VDI-B1/B4A-JHPMC
678
Used on A-type sleeves
(b) Used on B type sleeves
(a) 80
Radially Oriented, Short, RightHand, Wedge Clamping Holders
with VDI DIN69880 Shanks
VDI30 B1B4AK-302040-JHPMC
VDI40 B1B4AK-402544-JHPMC
VDI50 B1B4AK-502544-JHPMC
VDI-B2/B3A-JHPMC
Radially Oriented, Short, LeftHand Holders with VDI DIN69880
VDI-B1/B4AK-JHPMC
VDI16 B2A-161234-JHPMC
VDI16 B3A-161234-JHPMC
VDI20 B2A-201640-JHPMC
VDI20 B3A-201640-JHPMC
VDI25 B2A-252040-JHPMC
VDI30 B2B3A-302040-JHPMC
VDI40 B2B3A-402544-JHPMC
VDI50 B2B3A-502544-JHPMC
• Form B2 radial L.H. short, form B3 radial overhead R.H. short.
VDI-B2/B3AK-JHPMC
Radially Oriented, Short, LeftHand, Wedge Clamping Holders
VDI30 B2B3AK-302040-JHPMC
VDI40 B2B3AK-402544-JHPMC
VDI50 B2B3AK-502544-JHPMC
VDI-C1/C4A-JHPMC
Axially Oriented, Short, RightHand Holders with VDI DIN69880
VDI16 C1C4A-161244-JHPMC
VDI20 C1C4A-201655-JHPMC
VDI25 C1C4A-252055-JHPMC
VDI30 C1C4A-302070-JHPMC
VDI40 C1C4A-402585-JHPMC
VDI50 C1C4A-502585-JHPMC
• Form C1 axial R.H., form C4 axial overhead L.H. short.
679 TURNING TOOL HOLDERS
VDI-C1/C4AK-JHPMC
VDI30 C1C4AK-302070-JHPMC
VDI40 C1C4AK-402585-JHPMC
VDI50 C1C4AK-502585-JHPMC
VDI-C2/C3A-JHPMC
Axially Oriented, Short, Left-Hand
Holders with VDI DIN69880
VDI16 C2C3A-161244-JHPMC
VDI20 C2C3A-201655-JHPMC
VDI25 C2C3A-252055-JHPMC
VDI30 C2C3A-302070-JHPMC
VDI40 C2C3A-402585-JHPMC
VDI50 C2C3A-502585-JHPMC
52.50
VDI-C2/C3AK-JHPMC
Axially Oriented, Short, LeftHand, Wedge Clamping Holders
VDI30 C2C3AK-302070-JHPMC
VDI40 C2C3AK-402585-JHPMC
VDI50 C2C3AK-502585-JHPMC
• Form C2 axial L.H., form C3 axial overhead R.H. short.
ADJRGA
DIN69880-HYDRO
Hydraulic Chucks
with VDI Shanks
58-60 HRc
DIN69880 30 HYDRO 20X89
DIN69880 30 HYDRO 25X100
DIN69880 40 HYDRO 20X95
DIN69880 40 HYDRO 25X95
DIN69880 40 HYDRO 32X95
BTED BD
BTED
1.24
2.14
• Chucking forces will be reduced by 25% if reduction sleeves are used • Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (ordered separately)
Clamping wrench (wrench HYDRO HEX 4) and test bar should be ordered separately
0.005 A
HYDRO CLAMP SCREW M8X14
WRENCH HYDRO HEX 4*
TEST BAR HYDRO 20*
TEST BAR HYDRO 25*
TEST BAR HYDRO 32*
• ST-ER
DIN 6499 ER Collet Chucks
with Straight Shanks
ST 16X 50 ER11 F
ST 20X 50 ER11 F
ST 20X100 ER11
ST 20X150 ER11
ST 20X 50 ER16 F
ST 20X100 ER16
ST 20X100 ER16 F
ST 20X150 ER16
ST 20X 50 ER20 F
ST 25X100 ER20
ST 25X150 ER20
ST 20X 50 ER25 F
ST 20X100 ER25
ST 20X100 ER25 F
ST 25X 50 ER25 F
ST 25X100 ER25
ST 20X 50 ER32 F
ST 20X100 ER32
ST 25X 50 ER32 F
ST 30X 50 ER32 F
ST 32X 50 ER32 F
ST 32X150 ER32
ST 40X 75 ER32 F
ST 25X 50 ER40 F
ST 30X 50 ER40 F
ST 32X 50 ER40 F
ST 40X 75 ER40 F
ST 50X 80 ER40 F
ST 50X 80 ER50 F
ER11
ER16
ER20
ER25
ER32
ER40
ER50
DCONNWS(1) DCONXWS
0.005 A 58-60 HRc
DCONNWS
DRVS(3)
32.30
77.00
M16X2
M18X1.5
M22X1.5
M28X1.5
M36X1.5
1.32
Minimum overhang
(3) Key flat size
NUT ER11 UM
NUT ER16 TOP
NUT ER20 TOP
NUT ER25 TOP
NUT ER32 TOP
NUT ER40 TOP
NUT ER50 UM
WRENCH ER11*
WRENCH ER16*
WRENCH ER20*
WRENCH ER25*
WRENCH ER32*
WRENCH ER40*
WRENCH ER50*
PRESET ER-JET 8X1.25*
PRESET ER-JET 10X1.5*
PRESET ER-JET 12X1.75*
PRESET ER-JET 16X2*
PRESET ER-JET 18X1.5*
PRESET ER-JET 22X1.5*
PRESET ER-JET 28X1.5*
PRESET ER-JET 12X1.75L*
PRESET ER-JET 16X2L*
PRESET ER-JET 18X1.5L*
PRESET ER-JET 22X1.5L*
681 TURNING TOOL HOLDERS
SETS
KIT ST-ER
0.005 A 46-48 HRc
Contains 1 ER Collet Chuck with
a Cylindrical Shank and a Set of
Collets in Various Bore Sizes
KIT ST16X50
7 ER11 F
KIT ST20X100 7 ER11
KIT ST20X150 7 ER11
KIT ST20X50 10 ER16 F
KIT ST20X100 10 ER16
KIT ST20X150 10 ER16
KIT ST20X50 12 ER20 F
KIT ST25X100 12 ER20
KIT ST25X150
DCONNWS(1)
• Each kit contains one collet chuck, a full set of ER collets and a wrench • F suffix indicates a flat on the shank
(1) Minimum diameter
DIN 6499 ER Mini Collet
Chucks with Cylindrical
Shanks and a Clamping Flat
for Swiss-Type CNC Lathes
ST 16X 38 ER11 MF (1)
ST 16X 50 ER11 MF
ST 16X140 ER11 MF
ST 16X 35 ER16 MF (1)
ST 20X 50 ER16 MF (2)
ST 20X 70 ER16 MF (2)
ST 20X120 ER16 MF (2)
ST 20X140 ER16 MF (2)
ST 22X 38 ER16 MF (1)
ST 22X 70 ER16 MF (1)
ST 22X100 ER16 MF (1)
ST 22X 80 ER20 MF (1)
ST 22X 70 ER25 MF (1)
ST 25X 65 ER16 MF
ST 25X100 ER20 MF (3)
ST 25X154 ER20 MF (3)
ST 25X 75 ER25 MF (4)
ST 25X145 ER25 MF (3)
ST 32X 70 ER25 MF (5)
ST-ER-MF (mini flat)
DCONNWS(6)
OHN(7)
DRVS(8)
M8X1
M12X1
M14X1
For Star machines
For Citizen machines
(3) For Tornos-Bechler machines
(4) For Manurhin machines
(5) For Schutte machines
(6) Minimum diameter
(7) Minimum overhang
(8) Key flat size
ST 16X 38 ER11 MF
ST 16X 35 ER16 MF
ST 20X 50 ER16 MF
ST 20X 70 ER16 MF
ST 20X120 ER16 MF
ST 20X140 ER16 MF
ST 22X 38 ER16 MF
ST 22X 70 ER16 MF
ST 22X100 ER16 MF
ST 22X 80 ER20 MF
ST 22X 70 ER25 MF
ST 25X100 ER20 MF
ST 25X154 ER20 MF
ST 25X 75 ER25 MF
ST 25X145 ER25 MF
ST 32X 70 ER25 MF
682
NUT ER11 MINI
NUT ER16 MINI
NUT ER20 MINI
NUT ER25 MINI
WRENCH ER11 MINI*
WRENCH ER16 MINI*
WRENCH ER20 MINI*
WRENCH ER25 MINI*
PRESET ER-JET 8X1*
PRESET ER-JET 12X1*
PRESET ER-JET 14X1*
PRESET ER-JET 18X1* DCONMS BD
Double-Ended Mini Collets
with Cylindrical Shanks
and a Clamping Flat
ST 16X 50 ER11 MF D
ST 20X 30 ER11 MF D (1)
ST 20X 50 ER11 MF D (1)
ST 20X 55 ER16 MF D (1)
ST 22X 55 ER16 MF D (2)
ST 22X 75 ER16 MF D (2)
ST 25X 62 ER16 MF D
ST 32X 55 ER20 MF D (2)
ST 32X 75 ER20 MF D (2)
DCONNWS(3)
DRVS(5)
(3) Minimum diameter
(5) Key flat size
ST-ER-MF-D
(double-ended)
ST 20X 30 ER11 MF D
ST 20X 50 ER11 MF D
ST 20X 55 ER16 MF D
ST 22X 55 ER16 MF D
ST 22X 75 ER16 MF D
ST 32X 55 ER20 MF D
ST 32X 75 ER20 MF D