COST
EFFICIENTSHANKDESIGN
Face play Effective clamping forces No moving components at the tool shank means no wearing
parts.
Fig. 3
s)NSENSITIVETOFOREIGNMATTER
The uninterrupted design of the ring-shaped axial plane
clamping simplifies the cleaning of the coupling. During
automatic tool change compressed air provides ideal cleaning
in the interface.
Prestressing and frictional forces of hollow taper shank at the interface.D
d
s(IGHTOOLCHANGEACCURACYANDREPEATABILITY
Toolholders
The circular form engagement of the clamping claws within s#ODINGANDIDENTIFICATION
the hollow tool shank provides a totally tight connection
between the shank and spindle or holder respectively (fig. To allow for the attachment of common identification systems,
3 and 4). a hole of 10 mm dia. and 4.5 mm depth is provided for the
data media (coding chips) in the vicinity of the collar.
YY
s3TANDARDIZINGOFINTERFACE
ZX
L GM 300 corresponds to ISO 12164-1/DIN 69893 (fig. 5).
HSK-size d L X Y Z s#OOLANTFEED
D The tools for automatic clamping, HSK-A and E, are designed
for a central coolant feed by means of a duct. Tools with
mm mm mm mm mm manual change behind the GM 300 interface also operate
with a central coolant feed. The clamping elements are
32 24 50 0,002 0,002 0,002 entirely sealed against the entry of coolant so that fouling is
prevented.
40 30 60 0,002 0,002 0,002
s)NSTALLATIONOFTHECOOLANTSUPPLYSET
50 38 75 0,002 0,002 0,002
63 48 100 0,002 0,002 0,002
100 75 150 0,002 0,002 0,002
Fig. 4
Radial and axial repeatability of interface for manual and automatic clamping
Coolant supply sets are to be ordered separately for all GM
300 modules. The installation of the coolant duct must be
carried out by the user as shown on page 141.
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