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Curtiss-Wright | Tritex II DC Rev. J PN49220 2/8/2016
52
Shielded or Unshielded Cables
The Tritex can be used with either shielded or un-shielded Ethernet
cables.
If a shielded cable is used it is important that the shield is
not connected at the Tritex M12 end of the cable. Off the shelf
shielded Ethernet cables with M12 connectors usually connect the
shield through the M12 connector coupling nut, be sure the shield
is not connected to the Tritex end of the coupling nut.
The Tritex
M12 connector is in direct contact with the enclosure which is connected
directly to PE. Typically the shield should be connected to PE at the
switch or hub end only. Connecting the shield at both ends can cause
ground loop noise on the shield which can degrade communication
performance.
For more details on the installation of an Industrial Ethernet network
download the EtherNet/IP Media Planning and Installation Manual, found
in the EtherNetIP library at www.ODVA.org
EMC Considerations
Tritex actuators are designed not to create or be affected by
electromagnetic interference in most applications. Under extreme
conditions there may be unwanted electromagnetic interaction between
the Tritex actuator and other equipment. It is the responsibility of the
installer to ensure that the complete system meets all relevant EMC
(electromagnetic compatibility) emission and immunity requirements.
Tritex Embedded drives are designed to be IEC/EN 61800-3:2004-08
compliant when using shielded cables. Some installations may require
an external filter. See section on TDCESF1 accessory.
General EMC guidelines that should be followed when installing and
designing a system include:
House all components in conductive enclosures
Connect components using shielded cables grounded to the
component enclosures (see figure on next page)
Ground components using the single point grounding scheme
described in the
Grounding
section of this manual
When necessary, remove paint from mating surfaces that may
prevent a good ground connection from being made
Make ground connections as short as possible and use flat
braided cable when available to create low impedance ground
connections
Keep cable runs as short as possible and power and signal
cables as far apart as possible, only crossing them at right
angles, as described in the
Cable Routing
section of this manual
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