GE Mark VIeS - Mark Vie UCSCH1 B Ethernet Ports; Mark Vies UCSCS2 A Ethernet Ports

Mark VIe UCSCH1B Ethernet Ports
Ethernet Port
Description
IONet Ethernet Interface
(3 Ports)
UCSCH1B:
T/SL3 is <T> network for TMR (using all three ports).
S/SL2 is <S> network for Dual redundancy (used with R/SL1).
R/SL1 is <R> network for Simplex redundancy.
Twisted pair 10Base-TX/100Base-TX, RJ-45 connector is used.
TCP/IP protocols is used to communicate between controllers and I/O modules.
For TMR and Dual configurations, IONet redundancy is equal to controller redundancy.
For Simplex configurations, both Simplex and TMR IONet redundancy are supported.
ENET 1 Primary Ethernet
Interface to LAN
UDH
Twisted pair 10Base-T/100Base-TX, RJ-45 connector is used.
TCP/IP protocol is used for communication between controller and ToolboxST application.
TCP/IP protocol is used for alarm communication to HMIs.
Modbus TCP Slave and/or OPC UA
EGD protocol is used for application variable communication to HMIs.
ENET 2 UCSCH1B:
Secondary plant network
Twisted pair 10Base-T/100Base-TX, RJ-45 connector is used.
Modbus TCP Slave, OPC UA, and/or EGD
Mark VIeS UCSCS2A Ethernet Ports
Ethernet Port
Description
IONet Ethernet Interface
(3 Ports)
T/SL3 is <T> network for TMR (using all three ports).
S/SL2 is <S> network for Dual redundancy (used with R/SL1).
R/SL1 is <R> network for Simplex redundancy.
Twisted pair 10Base-TX/100Base-TX, RJ-45 connector is used.
TCP/IP protocols is used to communicate between controllers and I/O modules.
For TMR and Dual configurations, IONet redundancy is equal to controller redundancy.
For Simplex configurations, both Simplex and TMR IONet redundancy are supported.
ENET 1 Primary Ethernet
Interface to LAN
UDH
Twisted pair 10Base-T/100Base-TX, RJ-45 connector is used.
TCP/IP protocol is used for communication between controller and the ToolboxST application.
TCP/IP protocol is used for alarm communication to HMIs.
Modbus TCP Slave
EGD protocol is used for application variable communication to HMIs.
ENET 2
Not supported
28 GEH-6855_Vol_II GEH-6855_Vol_II Mark VIeS Functional Safety Systems Volume II
Public Information