R331.32-080M38DM0.315

R331.32-080M38DM0.315

SV - Sandvik-Coromant
Артикул: 6448889
В наличии
0 ₽
В корзину
Характеристики
A1A (Cutting edge angle major Pos. A)
90 Degree
A1B (Cutting edge angle major Pos. B)
90 Degree
A2A (Clearance angle major Pos. A)
0 Degree
A2B (Clearance angle major Pos. B)
0 Degree
APMX (Depth of cut maximum)
8 mm
B2A (Insert width Pos. A)
9.5 mm
B2B (Insert width Pos. B)
9.5 mm
B3A (Inscribed circle diameter Pos. A)
9.5 mm
B3B (Inscribed circle diameter Pos. B)
9.5 mm
BI (Block index)
1
BLDA (Tool style code Position A)
4
BLDB (Tool style code Position B)
4
BMC (Body material code)
S - Solid steel
C1A (Insert thickness Pos. A)
4.45 mm
C1B (Insert thickness Pos. B)
4.45 mm
CCONMS (Connection count machine side)
2
CICT (Cutting item count)
6
CNSC (Coolant entry style code)
0 - Without coolant entry
CXSC (Coolant exit style code)
0 - Without coolant exit
CXSC (Coolant exit style code) / Тип подвода СОЖ
0 - Without coolant exit
DC (Cutting diameter)
80 mm
DCP (Data chip provision)
0 - Without data chip
Delivery state
NL - Discontinued
Delivery state valid from
12/1/2023
DIN
ZYL15001025
HAND (Cutting direction)
R - Right
Interface codes
J6 / J61
ISO
ZYL10S1500h$06
LOC-03 ISO
ZYL10S1500h$06
LOC-03 (CCFMS Connection code form)
10
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)
2 Inch
LOC-03 (CZCMS Connection size code)
1500
LOC-03 (DCONMS Diameter)
38.1 mm
LOC-03 (TCDCONCDMS Connection tolerance class coded)
h$06
LOC-03-Connection-codes
J6 / J61 - connection code machine end
LOC-03-DIN
ZYL15001025
LPR (Protruding length)
43 mm
MIID (Master insert identification)
N331.1A-05
MILTTY (Mill tool type ISO)
F - T-slot end mills
OAL (Overall length)
124 mm
RPMX (Rotational speed maximum)
15000 1/min
TCDCONMS (ISO-tolerance class shank diameter)
h6
Working process
FEC - Square shoulder milling,FPL - Face milling,FTR - Slot cutting
WT (Weight of item)
1.214 kg
ZEFF (Face effective cutting edge count)
3
ZEFP (Peripheral effective cutting edge count)
3
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