50
Electrical installation
Operation Manual ServoOne CM-L and ServoOne CM-A
ID no.: 1800.208B.1-00 Date: 03/2020
Electrical installation
4.12.2 Specification, EtherCAT® (X5.1 and X5.2)
The EtherCAT® field bus interface X5.1 is typically used for the connection of the
MotionOne CM controller or another EtherCAT®-compliant controller with EtherCAT
master.
It can also be used as a service and diagnostics interface. However, it is then only
suitable for the connection of a PC for commissioning, service and diagnostics using the
software DriveManager 5 (if you have any questions on this topic, please contact us).
Note:
EtherCAT® is defined in IEC 61158 and IEC 61784. You will find general
information on EtherCAT® at www.ethercat.org
EtherCAT® is a registered trade mark and patented technology licensed by
Beckhoff Automation GmbH, Germany.
Technical specification:
y
Transfer rate 10/100 Mbits/s BASE-T
y
Transmission profile IEEE 802.3-compliant
Des.
Abbreviation
Specification
Details
X5.1 /X5.2
ECAT IN
Connection via RJ45 connector
See
Operation Manual SO CM
ID. no. 1800.200B.x-xx
ECAT OUT
LEDs Ethernet ports
L/A
Green
Port0 Link / Activity
RUN
Green
Device / EtherCAT RUN
L/A
Green
Port1 Link / Activity
ERR
Red
Device / EtherCAT ERROR
Table 4.19
EtherCAT ports
4.12.1 Specification, cross-communication (X3 and X4)
Des.
Abbreviation
Specification
Details
X3/X4
XC IN
Cross-communication input (RJ10
connector), internal RS485 network for
communication with axis controllers
See
Operation Manual SO CM
ID. no. 1800.200B.x-xx
XC OUT
Cross-communication output (RJ10
connector), internal RS485 network for
communication with axis controllers
Table 4.18
Cross-communication connections
Note:
Connections X3 and X4 are used only for internal communication between the
charging module, supply unit and axis controllers. The connections must be
made before commissioning, otherwise there is an error message.
1
2
3
4
(1) SO MC controller
(2) ServoOne CM-L charging module
(3) ServoOne CM-A active supply unit
(4) ServoOne CM-C capacitance module
Figure 4.25
Connection for the cross-communication