turning code keys external (od) internal (id) · 2019-10-18 · turning code keys external (od)...
TRANSCRIPT
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TURNINGCODE KEYS
EXTERNAL (OD)INTERNAL (ID)
INTERNAL TOOLHOLDERS
1. TOOLHOLDER TYPE 2. SHANK DIAMETER
A = Steel with coolant passage
C = Carbide
E = Solid carbide with brazed* cutting head and coolant passage
H = Heavy metal
J = Heavy metal with coolant hole
S = Solid steel
*Brazed or equivalent
Indicates bar diameter in
sixteenths of an inch.
Stepped bar shows smallest
diameter first.
3. TOOL LENGTH
F = 3”
G = 3.5”
H = 4”
J = 4.5”
K = 5”
L = 5.5”
M = 6”
N = 6.5”
P = 6.75”
Q = 7”
R = 8”
S = 10”
T = 12”
U = 14”
V = 16”
W = 18”
Y = 20”
X = Special Length
4. INSERT CLAMPING SYSTEM
P M S C
Pin lock assembly
(NL/PL toolholders)
Multiple lock assembly
(Pin and clamp lock)
(M-Type toolholders)
Screw lock Clamp lock assembly
(PC toolholders)
5. INSERT SHAPE
C D R S T V W
6. TOOL TYPE 7. (SEE EXTERNAL TOOLHOLDERS 4.)
U = Offset shank with negative 3° (93°) end or side cutting edge angle
F = Offset shank with 0° (90°) end cutting edge angle
G = Offset shank side/end cutting (round insert)
K = Offset shank with 15° (75°) end cutting edge angle
L = Offset shank with negative 5° (95°) end or side cutting edge angle
Q = Offset shank with negative 17.5° (107.5°) cutting edge angle
P = Offset shank with 27.5° side and end cutting edge angle
8. CUTTING DIRECTION (HAND OF BAR) 9. INSERT SIZE I.C.
L R Number of eights of I.C.
9. CUTTING DIRECTION (NOT MANDATORY INFORMATION)
L N R
10. INTERNAL DESIGNATION (NOT MANDATORY INFORMATION) 11. MANUFACTURERS OPTION (NOT MANDATORY INFORMATION)
e.g. chipbreaker designation
F = Finishing
M = Medium
R = Roughing
e.g. edge designation
e.g. 01020 = 0.1 mm x 20°
Tip sizes:
L0
L1
L2
LF = full-face insert (sintered layer)
12. INTERNAL DESIGNATION (NOT MANDATORY INFORMATION) 13. NUMBER OF TIPS (NOT MANDATORY INFORMATION)
TURNING
e.g. chipbreaker designation
F = Finishing
M = Medium
R = Roughing
WZ = Wiper (PCBN)
B = 2
C = 3
D = 4
U = 4 (double sided)
V = 6 (double sided)
EXTERNAL TOOLHOLDERS
1. INSERT CLAMPING SYSTEM
D P M S C T
Top clamp using
center hole
Pin lock assembly
(NL/PL toolholders)
Multiple lock assembly
(Pin and clamp lock)
(M-Type toolholders)
Screw lock Clamp lock assembly Tapered stem
(Tee-lock)
2. INSERT SHAPE
C D R S T V W
3. TOOL TYPE
A = Straight shank with 0° side cutting edge angle
B = Straight shank with 15° side cutting edge angle
C = Shank with 0° end cutting edge angle
D = Straight shank with 45° side cutting edge angle
E = Straight shank with 30° side cutting edge angle
F = Offset shank with 0° end cutting edge angle
G = Offset shank with 0° side cutting edge angle
J = Offset shank with –3° side cutting edge angle
K = Offset with 15° end cutting edge angle
L = Offset shank with –5° end or side cutting edge
M = Straight shank with 50° side cutting edge angle
O* = Offset shank with centrally located round insert
P = Straight shank with 27.5° side cutting edge angle
Q = Offset shank with –17.5° cutting edge angle
R = Offset shank with 15° side cutting edge angle
S = Offset shank with 45° side cutting edge angle
T* = Offset shank with –30° side or end cutting edge angle
V = Straight shank with 17.5° side cutting edge angle
W = Offset shank with 10° side cutting edge angle
* = Seco standard
4. INSERT SIDE CLEARANCE ANGLES
A B C D E
F G N P O = Special
5. CUTTING DIRECTION (HAND OF TOOL)
L N R
6. POCKET STYLE 7. TOOLHOLDER SHANK SIZE
S = Single wall pocket construction.
Full pocket construction when letter
position is vacant.
For square shanks, the number represents the number of sixteenths of width and height. For rectangular
shanks, the first digit represents the number of eighths of width and the second digit represents the number of quarters of height.
8. INSERT SIZE I.C. 9. QUALIFIED SURFACE & LENGTH
Number of eights of I.C. A = Qualified back and end. 4” longB = Qualified back and end. 4.5” longC = Qualified back and end. 5” longD = Qualified back and end. 6” longE = Qualified back and end. 7” longF = Qualified back and end. 8” longJ = Qualified back and end. 3.5” long
M = Qualified front and end. 4” longN = Qualified front and end. 4.5” longP = Qualified front and end. 5” longR = Qualified front and end. 6” longS = Qualified front and end. 7” longT = Qualified front and end. 8” long
10. INTERNAL DESIGNATION
JET = Jetstream Tooling®
JETL = Jetstream Tooling® with P-lever clamp
JETB = Jetstream Tooling® with inlet on backend of shank
JETLB = Jetstream Tooling® with P-lever clamp and inlet on back end of shank
JETI = Jetstream Integrated
-PL = Plunging
1.800.TEC.TEAM SECOTOOLS.COM
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TURNINGCODE KEYS
ANSI INSERTIDENTIFICATIONSYSTEM
1.800.TEC.TEAM SECOTOOLS.COM
INSERT/METRIC SERIES, EXTRACT FROM ISO 1832-2004
EDP 4414902649609
CCMW09T308S-L1-B CBN200
CCMW32.52S-L1-B CBN200
4289092 001 / 847 QTY 2
3. TOLERANCES *Not ISO
TOLERANCE
CLASS
TOLERANCE +/- MM FOR D, DIMENSION MM
3.17
5*
3.96
9
4.06
4
4.76
0
6.35
0
9.52
5
12.7
00
15.8
75
19.0
50
25.4
00
31.7
50
38.1
00
s d
A 0.025 0.025 • • • • • • • • • •
C 0.025 0.025 • • • • • • • • • • • •
E 0.025 0.025 • • • • • • • • • •
F 0.025 0.013 • • • • • • • • • •
G 0.130 0.025 • • • • • • • • • •
H 0.025 0.013 • • • • • • • • • •
J
0.025 0.050 • • • •
0.025 0.080 •
0.025 0.100 • •
0.025 0.130 •
0.025 0.150 • •
K
0.025 0.050 • • • •
0.025 0.080 •
0.025 0.100 • •
0.025 0.130 •
0.025 0.150 • •
M
0.130 0.050 • • • •
0.130 0.080 •
0.130 0.100 • •
0.130 0.130 •
0.130 0.150 • •
U
0.130 0.080 • • • •
0.130 0.130 •
0.130 0.180 • •
0.130 0.250 • • •
4. HOLE CONFIGURATION AND/OR CHIPBREAKER
A B G M N R
T U W X
= Special
5. CUTTING EDGE LENGTH
A, B, K C, D, E, M, V H, O, P L R S T W
6. THICKNESS
01 = 1.59 mmT1 = 1.98 mm02 = 2.38 mm03 = 3.18 mm
T3 = 3.97 mm04 = 4.76 mm05 = 5.56 mm06 = 6.35 mm
07 = 7.94 mm08 = 8.00 mm09 = 9.52 mm
7. CORNER CONFIGURATION
1ST LETTER A = 45°D = 60°E = 75°F = 85°P = 90°Z = Special
2ND LETTER A = 45°B = 5°C = 7°D = 15°E = 20°F = 25°G = 30°N = 0°P = 11° = Special
Nose Radius M0 = round inserts (metric version)
005 = 0.05 mm01 = 0.1 mm02 = 0.2 mm04 = 0.4 mm08 = 0.8 mm12 = 1.2 mmetc.
8. CUTTING EDGE CONDITION (NOT MANDATORY INFORMATION)
F E T S W
= High feed inserts
1. INSERT SHAPE
A B C D E H K L
M O P R S T V W
DU
RAT
OM
IC
EDP 15761
02960087
®
WNMG060408-M3, TP0501
WNMG 332-M3
1111111 001/015
3. TOLERANCES *Tolerance is determined by size of insert (I.C) 4. INSERT TYPE *Non ANSI Standard
Insert I.C. ThicknessA = With hole, no chipbreaker
B = With hole and one counter sink
E = Smaller than 1/4” I.C. without hole
G = With hole and chipbreaker on both faces
H = With hole, counter sink and chipgroove
M = With hole and chipbreaker on one face only
P* = 10° positive-land with hole and chipbreaker
R = Without hole, chipbreaker on one face only
T = C-Lock hole with chipbreaker on one face only
U = Negative insert with hole and chip-breaker on both
faces for toolholders with pin lock only
W = C-Lock hole, no chipbreaker
A
C
E
G
M
U
=
=
=
=
=
=
=
=
± 0.001
± 0.001
± 0.001
± 0.001
± 0.002*
± 0.004*
± 0.003*
± 0.010*
± 0.001
± 0.001
± 0.001
± 0.005
± 0.005
± 0.005
± 0.005
± 0.005
5. SIZE For equal sided inserts I.C. in 1/8ths of an inch 6. THICKNESS
Number of 1/32nds on inserts less than 1/4” I.C.
Number of 1/16ths on inserts 1/4” I.C.
and over.
1/8
5/32
3/16
7/32
1/4
5/16
3/8
=
=
=
=
=
=
=
1
1.2
1.5
1.8
2
2.5
3
1/2
5/8
3/4
7/8
1
1 1/4
=
=
=
=
=
=
4
5
6
7
8
10
2. INSERT SIDE CLEARANCE ANGLES
A B C D E
F G N P O = Special
Rectangle and parallelogram inserts require two digits:
1st Digit - Number of 1/8ths in width
2nd Digit - Number of 1/4ths in length
7. NOSE RADIUS 8. CUTTING EDGE CONDITION 9. MANUFACTURER’S OPTION
0.0
0
0.5
1
2
3
4
6
8
=
=
=
=
=
=
=
=
=
Sharp to 1/512
Sharp to 1/256
1/128
1/64
1/32
3/64
1/16
3/32
1/8
F = Sharp cutting edges
E = Honed cutting edges
T = Chamfered cutting edges
S = Chamfered and honed cutting edges
K = Double chamfered cutting edges
P = Double chamfered and rounded cutting edges.
e.g. chipbreaker designation
F = Finishing
M = Medium
R = Roughing
1 = For low feed rates and easy conditions
9 = For high feed rates and rough conditions
P-1810-200 GT18-525
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Printed in USA. All rights reserved.