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1.3.2
Motors on Xemo P Controllers
On DriveSets with Xemo P Controllers, hybrid stepping motors are de-
ployed. These are connected to the linear axes directly by couplers or by
way of cogged V-belts or other gearboxes.
The stepping motors are distinguished by:
torque
revolutions per minute
operating voltage (70 V to 325 V)
mechanical dimensions
1.4
Wiring
1.4.1
Wiring on Xemo Compact Controllers
The wiring of the motors and switches of an axis is done via adapter plugs
and special hybrid cables which meet EMF requirements. The cables are
cropped to specific lengths. At the opposite ends of the cables, 10-pole
bolt and nut clamps are attached for direct connection to the Xemo con-
trollers. These cables may be cropped by qualified technical personal,
provided that the EMF regulations are met.
1.4.2
Wiring on Xemo P Controllers
The wiring of the motors and switches of an axis is done via special hybrid
cables which meet EMF requirements. The cables are cropped to specific
lengths. The cables are attached to the motors by means of plug connect-
ors. On the switching cabinet end, the attachment varies according to
model. In most cases, the motor cables are LED directly to the power
electronics. In individual cases, an adapter plug system can be used. As
a rule, the cables of the end and reference switches are LED to terminal
blocks. From there, the internal wiring proceeds further to the digital in-
puts of the power electronics. These cables may be cropped by qualified
technical personal, provided that the EMF regulations are met.
1.5
Xemo controllers
A distinction is made between the Xemo R/S Compact Controllers and
the Xemo P Controllers which are built into a switch cabinet (comfort
version) or onto a control board (eco version).
1.5.1
Xemo R/S Compact Controllers
The Xemo controllers contain the complete electronics and operational
software for running the linear axes. They are fitted with the appropriate
drive components for the specific axis and motor types. Depending on
the Xemo S Controller model, the user must additionally provide 24 or
48 VDC.