7
Important: the scope of delivery of each
COOLCAP
®
cooling arbor includes one cap each. When ordering, please
always state whether you want a cap for air/MMS or a cap for emulsion/cooling water. Additional caps can be orde-
red separately. Always tighten and loosen caps only with an application tool or a box wrench!
HSK 100 Form A
for shrinking | CoolCap®
for shrinking |
CoolCap®
Catalogue no.
Form/DIN
Accessories
Features
d
1
l
3
A d
3
d
4
d
2
l
2
l
1
d
2
l
3
d
3
d
1
d
4
A
for diam. 6
100 06 A100 SR1 diam.
6
100 129 16.5 32.3 HSK
100
form A -
-
A, B, C, H,
M, N
for diam. 8
100 08 A100 SR1 diam.
8
100 129 20.5 36.3 HSK
100
form A -
-
A, B, D, I,
M, N
for diam. 10
100 10 A100 SR1 diam.
10
100 129 22.5 38.3 HSK
100
form A -
-
A, B, E, J,
M, N
for diam. 12
100 12 A100 SR1 diam.
12
100 129 26.5 42.3 HSK
100
form A -
-
A, B, F, K,
M, N
for diam. 16
100 16 A100 SR1 diam.
16
100 129 31.5 47.3 HSK
100
form A -
-
A, B, G, L,
M, N
Accessories
KMR-100A
coolant supply tube for
HSK-tooling
A > Page 12
SCHLUESSELHSK100
spanner for coolant tube
B > Page 12
SR1 S06 SW17
COOLCAP®-Screw-On
Cap for shrinking Ø 6
C > Page 12
SR1 S08 SW21
COOLCAP®-Screw-On
Cap for shrinking Ø 8
D > Page 12
SR1 S10 SW22
COOLCAP®-Screw-
On Cap for shrinking
Ø 10, E > Page 12
SR1 S12 SW27
COOLCAP®-Screw-On
Cap for shrinking Ø 12
F > Page 12
SR1 S16 SW32
COOLCAP®-Screw-On
Cap for shrinking Ø 16
G > Page 12
SR1 A06 SW17
COOLCAP®-Screw-On
Cap for shrinking Ø 6
H > Page 12
SR1 A08 SW21
COOLCAP®-Screw-On
Cap for shrinking Ø 8
I > Page 12
SR1 A10 SW22
COOLCAP®-Screw-
On Cap for shrinking
Ø 10, J > Page 12
SR1 A12 SW27
COOLCAP®-Screw-On
Cap for shrinking Ø 12
K > Page 12
SR1 A16 SW32
COOLCAP®-Screw-On
Cap for shrinking Ø 16
L > Page 12
SR1 ZSW 001
COOLCAP®-applying
tool
M > Page 13
DMS 3/8 8-60 NM
torque wrench 3/8“
N > Page 13
• Hollow taper shank arbors according to DIN69893 form A, maximum precision
• fine balanced to G 6.3 gmm at 12,000 rpm
• with internal coolant supply and bore hole for the coolant supply tube
• effective direct cooling for solid carbide end mills because of a ring-shaped
cooling jet
• increased process reliability when using milling cutter bodies with indexable
inserts in connection with extensions by removing the chips from the cutting area
