ITEM 0.0.605.02, Руководство пользователя

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16
62
62
2
36
75
60
□75
⌀54
18
⌀47
⌀47
Next, use the longer Hexagon Socket Head Cap Screws DIN 912 from Drive Set
KLE to replace the fastening screws and inserted nuts for the two halves of the
Drive Unit.
Adapter Plate to be machined, for connecting a gearbox or motor
Coupling Half to be machined, for connecting a drive shaft
KLE 6 60x60: ⌀ 6 mm - 24 mm
KLE 8 80x80: ⌀ 8 mm - 28 mm
Coupling Housing to be machined, for connecting a gearbox or motor
To assemble the Drive Set, first carefully position the Centring Piece KLE on the
motor side of Drive Unit KLE using a rubber hammer.
If the drive shaft requires a rigid connection to the Coupling Half, this must
be machined in accordance with the specifications of the motor or gearbox
manufacturer.
Hexagon Socket Head Cap Screws must be secured against working loose.
Permissible operating load of
drive unit at v
medium
= 1.5 m/s
KLE 6 60x60 KLE 8 80x80
F
x max
[N] 500 1,500
Table 9 Drive torques
Clamping connection between motor
shaft and coupling
KLE 6 60x60 KLE 8 80x80
Clamping screw M6 M6
Tightening torque [Nm] 10.5 10.5
Hole diameter D[mm] for motor shaft D6-D20 D8-D28
Transmissible drive torque T
D max
[Nm] 12 30
Rigid connection of motor shaft to Cou-
pling (e.g. with key)
KLE 6 60x60 KLE 8 80x80
Transmissible drive torque
T
D max
[Nm]
12 50
If force is transferred from the coupling to the drive shaft using frictional resist-
ance, the Coupling Half to be connected to the drive shaft must be provided
with a hole the size of the shaft and then connected with the latter.
The Shaft and the hole in the coupling hub must be degreased and cleaned to
ensure the frictional resistance is effective.

The torques transferred by the clamp connection factor in the maximum
mating play for the shaft fits: Shaft k6 / hole H7 (Table 9).