C10KSDUCL07

C10KSDUCL07

Mitsubishi Materials
Артикул: C10KSDUCL07
В наличии
В корзину
Характеристики
A2A Clearance angle major Pos. A
7 Degree
B3A Inscribed circle diameter Pos. A
6.35 mm
BLDA Tool style code Position A
3
C1A Insert thickness Pos. A
2.38 mm
CEATC Tool cutting edge angle type code
E - Front lead angle
CEDC Cutting edge count
1
CNSC Coolant entry style code
0 - Without coolant entry
COMPC Company code
MI - Mitsubishi Materials
CXSC Coolant exit style code
0 - Without coolant exit
D1A Corner radius Pos. A
0.4 mm
DCC Design configuration style code
C - Hard metal shank with steel head, no construction features
DCP Data chip provision
0 - Without data chip
Delivery state valid from
4/1/2022
DIN
ZYL01002205
DIN CSW1
DC0702 3N
DMIN Minimum bore diameter
13 mm
EPSR Insert included angle
55 Degree
FamilyProducts
TOOL-HOLDER, INTERNAL
GAMF Rake angle radial
-13 Degree
GAMP Rake angle axial
0 Degree
HAND Cutting direction
L - Left
HF Functional height
3.5 mm
Interface codes
J6 /
Interface codes CSW1
J41 /
ISYC Subclass
309-01 - Tool holder for longitudinal and transversal turning
KAPR Tool cutting edge angle
93 Degree
L Cutting edge length
7.751 mm
LF Functional length
125 mm
LH Head length
16 mm
LOC-03 CCFMS Connection code form
22
LOC-03 CCSMS Connection code style
5 Shaft in machine direction or hole in workpiece direction
LOC-03 CCTMS Connection code type
ZYL cylindrical shank
LOC-03 CCUMS Connection code unit base
0 Metric
LOC-03 CZCMS Connection size code
0100
LOC-03 DCONMS Diameter
10 mm
LOC-03 H Shank height
9 mm
LOC-03-Connection-codes
J6 / J61 - connection code machine end
LOC-03-DIN
ZYL01002205
MIID Master insert identification
DCMT070204
MTP Clamping type code
S - Screwed across bore with, counter bore
Name Identifying order number
C10KSDUCL07
OAL Overall length
125 mm
STDDES Standard designation
C10K-SDUCL07
SX Shank cross section shape code
34 - F3 > F1 and F3 > F2 Round shank
THSC Tool holder shape code
G - straight shank design
WF Functional width
7 mm
Working process
DDI - Internal turning,DFI - Internal form turning
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