R216-50C5-125

R216-50C5-125

SV - Sandvik-Coromant
Артикул: 5743813
В наличии
0 ₽
В корзину
Характеристики
A1A (Cutting edge angle major Pos. A)
85 Degree
A1B (Cutting edge angle major Pos. B)
85 Degree
A2A (Clearance angle major Pos. A)
11 Degree
A2B (Clearance angle major Pos. B)
11 Degree
APMX (Depth of cut maximum)
44.6 mm
B2A (Insert width Pos. A)
9.52 mm
B2B (Insert width Pos. B)
9.52 mm
BD (Body diameter)
46.4 mm
BI (Block index)
1
BMC (Body material code)
S - Solid steel
C1A (Insert thickness Pos. A)
4.762 mm
C1B (Insert thickness Pos. B)
4.762 mm
CCONMS (Connection count machine side)
2
CNSC (Coolant entry style code)
3 - With Coolant entry, axial concentric and radial
CXSC (Coolant exit style code)
3 - With Coolant exit, axial and radial
CXSC (Coolant exit style code) / Тип подвода СОЖ
3 - With Coolant exit, axial and radial
DC (Cutting diameter)
50 mm
DCP (Data chip provision)
0 - Without data chip
DCX (Cutting diameter maximum)
50 mm
Delivery state
LH - Stocked
Delivery state valid from
12/1/2023
DIN
CCS05000195
HAND (Cutting direction)
R - Right
Interface codes
J6 / J61
ISO
CCS01C0500$$$$
KAPR (Tool cutting edge angle)
90 Degree
LF (Functional length)
125 mm
LOC-03 ISO
CCS01C0500$$$$
LOC-03 (CCFMS Connection code form)
01
LOC-03 (CCSMS Connection code style)
5 Shaft in machine direction or hole in workpiece direction
LOC-03 (CCTMS Connection code type)
CCS Coromant Capto System SANDVIK
LOC-03 (CCUMS Connection code unit base)
9 non-dimensional size with coolant
LOC-03 (CZCMS Connection size code)
0500
LOC-03-Connection-codes
J6 / J61 - connection code machine end
LOC-03-DIN
CCS05000195
LPR (Protruding length)
125 mm
MIID (Master insert identification)
APMT160408-M
MILTTY (Mill tool type ISO)
L - Face and side end mill with ball nose (more then one indexable insert pro cutting edge) 90°
OAL (Overall length)
155 mm
PRFRAD (Profile radius)
25 mm
RPMX (Rotational speed maximum)
7000 1/min
Working process
FEC - Square shoulder milling,FFO - Die milling,FPR - Profile milling
WT (Weight of item)
1.65 kg
ZEFF (Face effective cutting edge count)
2
ZEFP (Peripheral effective cutting edge count)
2
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