View
12
Download
0
Category
Preview:
Citation preview
TURNING CHIPBREAKER GUIDE
5
FF F M R HR
M
HR2OR
HRNRMFM
NFNM SI
NR
923NR2
NMR
SM
SF
ISO Material Group Subgroup
DORMER AMG
Subgroup definition
P
P1 1.1, 1.2 Steel and cast steel with very good (enhanced) machinability; automaticsteel and low–carbon steel
P2 1.3Non–alloy and low–alloy cast steel and steel with a medium carbon content (.0098< C < .0217); rigidity of up to 900 MPa and hardness of 160 – 255 HB
P3 1.4Less machinable non–alloy and low–alloy cast steel and steel with a medium carbon content; rigidity of up to 1000 MPa and hardness of up to 300 HB
P4 1.5Medium – to high-alloy cast steel and steel (usually with a carbon content of .0217 < C); rigidity of up to 1270 MPa and hardness of up to 375 HB (resp. 40 HRC)
MM1 2.1 Ferritic corrosion–resistant steel
M2 (2.1, 2.4) Martensitic corrosion–resistant steel
M3 2.2 Austenitic corrosion–resistant steel
M4 2.3, 2.4 Ferritic–austenitic (duplex) and super–austenitic corrosion–resistant steel
KK1 3.1, 3.2 Grey cast iron
K2 3.1, 3.2 Tempered cast iron
K3 3.3 Ductile cast iron ferritic and ferrite–pearlite
K4 3.4 Ductile cast iron pearlite–ferritic, pearlite–sorbitic and pearlite
NN1 7.1 Aluminium and its soft alloys (with a low Si content), particularly formed
and cast (non–hardened); hardness of up to 100 HB
N2 7.2, 7.3, 7.4 Hard Al alloys, particularly cast and hardened (with a high Si content)
N3 6.1, 6.2, 6.3 Soft Cu alloys, automatic brass and other types of soft brass and bronze
N4 6.4 Less machinable and hard Cu alloys
SS1 4.1, 4.2, 4.3 Technically pure Ti, alloys a, a + b and b, refined and aged alloys
S2 (9.1) Fe–based alloys
S3 5.1, 5.2, 5.3 Ni–based alloys
S4 (9.1) Co–based alloys
HH1 1.6 Highly rigid and hard tool steel and hardened and refined steel with
a hardness of 40 – 50 HRC
H2 − Hardened and white cast iron 350 – 600 HV
H3 1.7 Hardened and refined steel with hardness in the 50 – 55 HRC range
H4 1.8 Hardened and refined (mostly tool) steel with hardness of more than 55 HRC
1
Very unstable working conditions
Unstable working conditions
Stable working conditions
Thin-walled and slim workpieces
Main application
Secondary application
- Notrecommended
f ap
FF F .0020 –.0079 inch/rev .0020 – .0787 inch
M .0079 – .0157 inch/rev .0787 – .1575 inch
R .0157 – .0394 inch/rev .1575 – .3937 inch
HR > .0394 inch/rev > .3937 inch
M Medium
FF RFine finish Roughing
F HRFine Heavy roughing
Cutting conditions Material recommendations
Application type
Cutting parameters by application type
NEGATIVE INSERTSP, D and M - CLAMPING STYLE
3
FFF
MR
HR
P
SF
FMM NM
FFSIR
HR92
3N
R2
NF
SMRM
OR
HR2
4
FFF
MR
HR
M
HR2
OR
HRN
RMFM N
FN
MSI
NR
923
NR2
NM
R
SM
SF
5
FFF
MR
HR
K
HR2
OR
KR
M.N
MA
SF
923
HR
R
SM
NR2
6
FFF
MR
HR
N
NFSF
SM
NM
SI
7
FFF
MR
HR
S
HR NR2
NRM
NM
NF
SM
SF
8
FFF
MR
HR
H
.NM
A
SF
R
SM
9
&
S C W T D V
FF 0.0024 ü ü ü ü ü 11
SF 0.0031 ü ü ü ü ü ü 12
…A 0.0039 ü ü ü ü ü 13
NF 0.0039 ü ü ü ü ü ü 14
FM 0.0059 ü ü ü ü ü ü 15
NM 0.0059 ü ü ü ü ü 16
SM 0.0059 ü ü ü ü ü ü 17
M 0.0067 ü ü ü ü ü ü 18
NMR 0.0071 ü ü ü ü ü ü 19
KR 0.0079 ü ü ü ü 20
L/R-SI 0.0079 ü ü ü ü 21
NRM 0.0091 ü ü ü ü 22
R 0.0118 ü ü ü ü ü 23
RM 0.0118 ü ü ü ü ü 24
P D MCh
ip b
reak
er
≥ f m
in
(inch
/rev
)
10
&
S C W T D V
NR 0.0098 ü ü ü ü ü 25NR2 0.0098 ü ü ü ü ü 26OR 0.0098 ü ü ü ü ü 27DR 0.0118 ü ü ü ü 28
NRM 0.0126 ü ü 29OR1 0.0146 ü ü 30923 0.0177 ü ü 31HR 0.0197 ü ü ü 32
HR2 0.0197 ü ü 33SR 0.0276 ü 34
W-F 0.0059 ü ü 38W-NM 0.0059 ü ü ü 39W-M 0.0067 ü ü 40
W-MR 0.0079 ü ü ü 41
P D M
W
≥ f m
in
(Inch
/rev
)
Chip
bre
aker
11
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
ap
CNMG 432-FF
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1 N2N3N4
S
S1S2S3S4
H
H1H2H3H4
CNMG WNMG TNMG DNMG VNMG
FF
CNMG 432-FF
12
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
ap
DNMG 432-SF
CNGG 430.5-SF
CNMG 432-SF
TNMG 332-SF
HARDENED STEEL
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMGCNGG WNMG TNMG DNMG VNMG
SF
CNMG 432-SF
13
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMA CNMA WNMA TNMA DNMA
...A
CNMA 643
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
HARDENED STEEL
CNMA 643
CNMA 433
CAST IRON
14
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
ap
CNMG 432-NF
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1 N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG DNMG VNMG
NF
CNMG 432-NF
15
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG DNMG VNMG
FM
CNMG 432FM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
DNMG 432-FM
CNMG 432-FM
TNMG 332-FM
16
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG DNMG VNMG
NM
CNMG 432-NM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 432-NM
CNMG 643-NM
DNMG 442-NM
17
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG DNMG VNMG
SM
CNMG 432-SM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 432-SMSNMG 644-SM
DNMG 442-SM
18
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG DNMG VNMG
M
CNMG 432-M
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
SNMG 432-M
SNMG 644-M
CNMG 432-M
19
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG DNMG VNMG
NMR
CNMG 432-NMR
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 432-NMR
CNMG 644-NMR
DNMG 442-NMR
20
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG
KR
CNMG 432-KR
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 432-KR
21
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
CNMG WNMG TNMG DNMG
L/R-SI
15°-18°
CNMG 432R-SI
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 432L-SI
CNMG 432R-SI
22
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG DNMG
NRM
CNMG 433E-NRM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 433E-NRM
CNMG 866E-NRM
SNMG 433E-NRM
23
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SNMG CNMG WNMG TNMG DNMG
R
CNMG 644-R
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
SNMG 432-R
CNMG 644-R
CNMG 432-R
24
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
RM
CNMG 432-RM
SNMG CNMG WNMG TNMG DNMG
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 433-RM
CNMG 866-RM
SNMG 433-RM
25
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
NR
CNMM 432-NR
SNMM CNMM WNMM DNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 432-NR
26
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
NR2
CNMM 866-NR2
SNMM CNMM WNMM TNMM DNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 866-NR2
CNMM 433-NR2
SNMM 433-NR2
27
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
OR
CNMM 866-OR
SNMM CNMM WNMM TNMM DNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 866-OR
CNMM 433-OR
SNMM 433-OR
28
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
DR
CNMM 644-DR
SNMM CNMM WNMM TNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 644-DR
29
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
NRM
CNMM 866-NRM
SNMM CNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 866-NRM
30
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
OR1
CNMM 644-OR1
SNMM CNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 644-OR1
31
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
923
SNMM 866-923
SNMM CNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
SNMM 644-923
SNMM 866-923
32
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
HR
CNMM 866-HR
SNMM CNMM TNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 866-HR
33
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
HR2
CNMM 866-HR2
SNMM CNMM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMM 866-HR2
34
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SR
SNMM 856-SR
SNMM
SNMM 856-SR
35
FFF
MR
HR
P
W-F
W-M
W-N
MW
-MR
W
36
FFF
MR
HR
M
W-M
R
W-N
M
W
37
FFF
MR
HR
K
W-F
W-M
W-M
R
W
38
ap
P
P1P2P3P4
M
M1 -M2 ○M3 -M4 -
K
K1K2K3K4
N
N1 -N2 -N3 -N4 -
S
S1 -S2 -S3 -S4 -
H
H1 ○H2 -H3 -H4 -
CNMG WNMG
W-F
CNMG 432W-F
W
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 432W-F
39
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
CNMG WNMG DNMX
W-NM
CNMG 432W-NM
W
CNMG 432W-NM
40
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
CNMG WNMG
W-M
CNMG 432W-M
W
CNMG 432W-M
41
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
CNMG WNMG DNMG
W-MR
CNMG 432W-MR
W
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CNMG 432W-MR
POSITIVE INSERTSS - CLAMPING STYLE
43
FFF
MR
HR
P
SR OR
DR4
RF
RM3
FM2
SISF
3
RMFM
UR
FF2
FF
44
FFF
MR
HR
M
SF2
SR OR
DR4
RM3
FM2
SISF
3
RMFM
NF2
NF1
45
FFF
MR
HR
K
SR OR
DR4
RM3
SF3
.CM
W
RFRM
46
FFF
MR
HR
N
NF1 FM
ALSF3
47
FFF
MR
HR
S
SR OR
DR4
FM NF2
NF1
SF3
SF2
48
FFF
MR
HR
H
SF3
.CM
WNF
1
RM3
49
&
R S C W E T D V
FF2 0.0008 ü ü ü ü ü ü 51SF2 0.0008 ü ü 52SF3 0.0008 ü ü ü ü ü ü 53FM2 0.0016 ü ü ü ü ü ü 54NF1 0.0016 ü ü ü ü 55AL 0.0020 ü ü ü ü ü ü ü 56FF 0.0020 ü ü 57
NF2 0.0020 ü ü ü ü ü ü 58FM 0.0031 ü ü ü ü ü ü 59
L/F-SI 0.0031 ü ü 60...W 0.0039 ü ü ü ü ü ü 61RF 0.0039 ü ü ü ü 62RM 0.0039 ü ü ü ü ü 63UR 0.0039 ü ü ü ü ü ü ü 64
RM3 0.0059 ü ü ü ü 65OR 0.0236 ü 66SR 0.0236 ü 67
DR4 0.0276 ü 68
S≥
f min
(inch
/rev
)
Chip
bre
aker
50
&
R S C W E T D V
W-UR 0.0031 ü 72W-FM 0.0039 ü ü 73
S
W
≥ f m
in
(inch
/rev
)
Chip
bre
aker
51
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SCMT CCMTCCGT WCGT TCMT
TCGTDCMTDCGT
VBMTVCGTVCGX
FF2
CCMT 32.51-FF2
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 32.51-FF2
52
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ECMT VCGT
SF2
ECGT 2.521-SF2
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
ECGT 2.521-SF2
53
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SCGT CCGT ECGT TCGT DCGT VCGT
SF3
CCGT 32.51-SF3
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCGT 32.51-SF3
54
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
SCMT CCMT ECMT TCMT DCMT VBMTVCGT
FM2
CCMT 32.51-FM2
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 32.51-FM2
55
ap
SCGT CCGT TCGT DCGT
NF1
CCGT 32.51-NF1
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCGT 32.51-NF1
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
56
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
25°
ap
RCGT SCGT CCGT WCGT TCGT DCGT VCGT
AL
CCGT 432F-AL
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCGT 432F-AL
CCGT 21.50.5F-AL
57
ap
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
CCMT DCMT
FF
CCMT 32.51-FF
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 32.51-FF
58
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
17°
ap
RCMT SCMT CCMT TCMT VCGT
NF2
CCMT 32.51-NF2
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 32.51-NF2
59
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
15°
ap
RCMT SCMT CCMT WCMT TCMT DCMT VBMTVCMT
FM
CCMT 432-FM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 432-FM
CCMT 21.50.5-FM
60
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
20°
ap
CCGT DCGT TCGT
L/R-SI
CCGT 432R-SI
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCGT 432R-SI
61
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
RCMW SCMW CCMW TCMW DCMW VCMW ECMT
...W
CCMW 432
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMW 431
CCMW 431
CAST IRON
HARDENED STEEL
62
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
SCMT CCMT WCMT TCMT DCMT
RF
CCMT 32.51-RF
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 32.51-RF
63
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
SCMT CCMT TCMT DCMT VBMT
RM
CCMT 432-RM
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 432-RM
64
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
RCMT SCMT CCMT WCMT TCMT DCMT VBMTVCMT
UR
CCMT 432-UR
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT 432-UR
65
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
RCMT SCMT CCMT TCMT
RM3
CCMT 432-RM3
CCMT 432-RM3
66
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
SCMT
OR
SCMT 866-OR
SCMT 866-OR
SCMT 1268-OR
67
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
SCMT
SR
SCMT 866-SR
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
SCMT 866-SR
SCMT 1268-SR
68
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
SCMT
DR4
SCMT 1268-DR4
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
SCMT 1268-DR4
69
FFF
MR
HR
P
W-U
RW-F
M
W
70
FFF
MR
HR
M
W-U
RW-F
M
W
71
FFF
MR
HR
KW
W-U
RW-F
M
72
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
17°
ap
CCGT
W-UR
CCMT 32.52W-UR
CCMT 32.52W-UR
W
W-FMW-FM
P
P1P2P3P4
M
M1M2M3M4
K
K1K2K3K4
N
N1N2N3N4
S
S1S2S3S4
H
H1H2H3H4
ap
CCGT DCMX
CCMT 32.51W-FM
W
0.9843“
0.6299“
0.3937“
0.2480“
0.1575“
0.0984“
0.0630“
0.0394“
0.0248“
0.0157“
0
.0039
.0063
.0098
.0157
.0248
.0394
.0630
.0984
CCMT32.51W-FM
73
www.dormerpramet.com youtube.com/dormerpramet facebook.com/dormerprametsocial linkedin.com/company/dormer-pramet twitter.com/dormerpramet
ARGENTINAT: 54 (11) 6777-6777F: 54 (11) 4441-4467info.ar@dormerpramet.com
AUSTRIAT: +31 10 2080 240info.at@dormerpramet.com
BELGIUM & LUXEMBOURGT: +32 3 440 59 01info.be@dormerpramet.com
BRAZILT: +55 11 5660 3000F: +55 11 5667 5883info.br@dormerpramet.com
CANADAT: (888) 336 7637En Français: (888) 368 8457F: (905) 542 7000cs.canada@dormerpramet.com
CHINAT: +86 21 2416 0508info.cn@dormerpramet.com
CROATIAT: +385 98 407 489info.hr@dormerpramet.com
CZECH REPUBLIC T: +420 583 381 111F: +420 583 215 401info.cz@dormerpramet.com
DENMARKT: 808 82106F: +46 35 16 52 90info.se@dormerpramet.com
FINLANDT: 0205 44 7003F: 0205 44 7004info.fi@dormerpramet.com
FRANCET: +33 (0)2 47 62 57 01F: +33 (0)2 47 62 52 00info.fr@dormerpramet.com
GERMANY T: +49 9131 933 08 70F: +49 9131 933 08 742info.de@dormerpramet.com HUNGARY T: +36-96 / 522-846F: +36-96 / 522-847info.hu@dormerpramet.com
INDIAT: +91 11 4601 5686info.in@dormerpramet.com
ITALY T: +39 02 38 04 51F: +39 02 38 04 52 43info.it@dormerpramet.com
KAZAKHSTAN T: +7 771 305 11 45info.kz@dormerpramet.com
MEXICOT: +52 (555) 7293981F: +52 (555) 7293981cs.mexico@dormerpramet.com
NETHERLANDST: +31 10 2080 240info.nl@dormerpramet.com
NORWAY T: 800 10 113F: +46 35 16 52 90info.se@dormerpramet.com
POLAND T: +48 32 78-15-890F: +48 32 78-60-406info.pl@dormerpramet.com
PORTUGALT: +351 21 424 54 21F: +351 21 424 54 25info.pt@dormerpramet.com
ROMANIAT: +4(0)730 015 885info.ro@dormerpramet.com
RUSSIAТ:+7(495)7751028Ф:+7(499)7633890info.ru@dormerpramet.com
SLOVAKIAT: +421 (41) 764 54 60F: +421 (41) 763 74 49info.sk@dormerpramet.com
SLOVENIAT: +385 98 407 489info.si@dormerpramet.com
SPAIN T: +34 935717722F: +34 935717765info.es@dormerpramet.com
SWEDENresponsible for IcelandT: +46 35 16 52 96F: +46 35 16 52 90info.se@dormerpramet.com
SWITZERLANDT: +31 10 2080 240info.ch@dormerpramet.com
TURKEYT: +90 533 212 45 47info.tr@dormerpramet.com
UKRAINET: +38 056 736 30 21F: +38 067 220 97 48info.ua@dormerpramet.com
UNITED KINGDOMresponsible for IrelandT: 0870 850 4466F: 0870 850 8866info.uk@dormerpramet.com
UNITED STATES OF AMERICAT: (800) 877-3745 F: (847) 783-5760cs@dormerpramet.com
OTHER COUNTRIES
South AmericaT: +55 11 5660 3000F: +55 11 5667 5883info.br@dormerpramet.com
Central and Eastern EuropeT: +420 583 381 526F: +420 583 381 401 info.rcee@dormerpramet.com
Rest of the WorldDormerPrametInternationalUKT: +44 1246 571338F: +44 1246 571339 info.int@dormerpramet.com
DormerPrametInternationalCZT: +420 583 381 520F: +420 583 215 401info.int.cz@dormerpramet.com
As a professional you can judge the quality of work by just looking at the chip. Our chip is a clean and uncomplicated shape that in itself tells a story. It is a clear and consistent signal and that’s why we use it as a symbol for being Simply Reliable.
Recommended