SICK DBS60 Core Betriebsanleitung Seite 22

OPERATING INSTRUCTIONS
3.7 Mounting of face mount flange / servo flange via flange-side threaded holes
3.8 Mounting of face mount flange via the mounting spigot
22 O P E R A T I N G I N S T R U C T I O N S | DBS60 Core
DBS60 Inox
• Block customer's drive shaft to prevent rotation.
• Mount the coupling (1) on the encoder
• Ensure that this does not touch the encoder flange.
•
Slide the encoder together with the mounted coupling (1) onto the drive shaft and
the centering fixture /mounting spigot (2).
•
Align the encoder such that the hole pattern in the application corresponds to the
relevant hole pattern of the encoder.
• Fasten the encoder with 3 x M3 or M4 screws (3).
• Mount the coupling (1) on the drive shaft.
• The coupling must not be subjected to mechanical stress.
• Establish electrical connections while the voltage is switched off.
• Switch on the voltage and check that the encoder is functioning.
3
Figure 9: Mounting servo flange via flange-side threaded holes
DANGER
Since the mounting spigot is also a centering fixture, the clamping device must be
designed such that there is no impermissible angle or shaft offset occurs during clamp‐
ing.
• Block customer's drive shaft to prevent rotation.
• Mount coupling (1)
• Ensure that this does not touch the encoder flange.
• Slide the encoder together with the mounted coupling (1) onto the drive shaft and
mounting spigot in a clamping direction (2).
• Clamp the encoder with a screw (3).
•
Mount the coupling (1) on the drive shaft.
• The coupling must not be subjected to mechanical stress.
•
Establish electrical connections while the voltage is switched off.
• Switch on the voltage and check that the encoder is functioning.
1
2
3 x M3 at 42 mm
(1.65)
Depth <7 mm
(0.28)
3 x M4 at 42 mm
(1.65)
Depth <7 mm
(0.28)
8017140/1EF5/2021-12-10 | SICK
Subject to change without notice