12
ØD
k
min
k
max
a
b
M
∅40
∅15
2.5
∅47
54
□80
⌀50
□80
10
66
⌀19
30
[mm]
8 40 D40/D15
⌀ D
6-24
a
10
b
64
k
min
31.7
k
max
40
The Proximity-Switch Cams are used to mark the electric terminal position
limit and the reference point of the moving unit and Timing Belt.
Push them into the Timing belt from the smooth side, locating them at the
desired point along the length of the belt and centrally in the width of the belt.
Positioning Proximity-Switch Cams
Hexagon Socket Head Cap Screws DIN 912 M6x60 are supplied with the
Drive Set for this purpose and are screwed through the housing of the Drive
Unit and into the Coupling Housing of the Drive Set.
Tightening torque: T = 14 Nm
Machine the drive casing or Adapter Plate according to the requirements of
the motor or gearbox you are using and then screw it to the motor or gearbox.
Take the coupling half that is to be connected to the drive shaft and drill a hole
in it to match the drive shaft then connect the coupling half and the shaft.
The torques transferred by the clamp connection factor in the maximum
mating play for shaft fits: Shaft k6 / hole H7.
Force is transferred from the Coupling to the drive shaft by means of frictional
resistance. The Shaft and the hole in the coupling hub must be degreased and
cleaned to ensure the frictional resistance is effective. Hexagon Socket Head
Cap Screws must be secured against working loose.
Coupling half that accommodates the drive shaft
Coupling Housing with hole (that can be sealed) to allow an Allen key through
to generate the necessary clamping force on the drive shaft.
Connecting Drive Set KGT D40/D15 - 0.0.667.76
Drive Set 8 40 D40/D15 is used to connect any drive to Linear Unit LRE 8
D14 ZU 40 R25.
The prepared coupling fits the drive shaft and transmits drive torque without
backlash.
Adapter plate
Connecting Drive Set 8 40 D40/D15 – 0.0.668.02
