Beckhoff CX8110, Manual, Page: 71 / 73

List of figures
CX8110 71 Version: 1.4
List of figures
Fig. 1 Sample configuration of a CX8110 Embedded PC...................................................................... 13
Fig. 2 CX8110 name plate. .................................................................................................................... 14
Fig. 3 Ethernet interface X001, X101, X102. ......................................................................................... 15
Fig. 4 Dimensions of the CX81xx Embedded PC. ................................................................................ 19
Fig. 5 Embedded PC CX8110, horizontal installation position. ............................................................. 20
Fig. 6 Embedded PC CX8110, vertical installation position................................................................... 21
Fig. 7 Embedded PC CX8110, horizontal installation position. ............................................................. 21
Fig. 8 DIP switch S101, switches 1 to 10............................................................................................... 30
Fig. 9 Ethernet interface with Windows Embedded Compact 7............................................................. 31
Fig. 10 Example setup of a master/slave configuration with distributed clocks (DC). ............................. 44
Fig. 11 Behavior of systems in the event of a power failure without and with a 1-second UPS. ............. 49
Fig. 12 Loading a backup of the persistent data. Settings in TwinCAT 3. ............................................... 51
Fig. 13 Structure of the Ethernet protocol................................................................................................ 56
Fig. 14 Protocols running on top of TCP/IP and UDP/IP. ........................................................................ 57
Fig. 15 Topology example, CX8110 connected with other CX8110 via EtherCAT.................................. 58
Fig. 16 The ADS protocol as a transport layer within TwinCAT............................................................... 58
Fig. 17 Structure of the ADS communication........................................................................................... 59
Fig. 18 Status variable for error handling and diagnostics under TwinCAT............................................. 62