ABB XIO-00, User Manual

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Configuration
Remote communication over a TCP/IP network requires that:
–
Valid IP addresses are available for both the laptop and the XIO.
–
Network equipment is available (with links that are active and reliable), or additional equipment
supports daisy-chain connections.
–
A DCHP server is available on the network or on the local switch/router equipment if you configure
the XIO for dynamic addressing.
Table 9-4 describes the configuration for the remote host, the XIO, and PCCU for communication over a
network.
IMPORTANT NOTE: When configured as one network (1-Network mode), Enterprise or
Industrial Ethernet port 1 and port 2, are physically separate but do not have separate
identification or IP addresses in the user interface. When you enable, disable, or configure
Ethernet, it enables, disables, or configures both ports. Both port sets are assigned a single
IP address regardless of the Ethernet port (1 or 2) used for the network connection.
Table 9-4: Configuration for remote communication with networked XIO (ports A1 or A2)
Item Remote host XIO PCCU connection
Ethernet
interfaces
Verify that the Ethernet
interface is enabled:
Verify the Local Area
Connection is enabled.
Verify the Ethernet link
is active.
In PCCU Entry mode, go to
Communications > Networking :
4 port switch option must be selected
(Enabled).
Ethernet interface:
Port: A1+A2+B1+B2
State: Enable
On the Setup tab:
For communications,
select TCP/IP .
For connection
parameters, type the
IP address assigned to
the XIO.
If the IP address is
assigned by DHCP,
obtain the address
from the Networking
tab after the XIO is
restarted.
Network (IP)
parameters
Valid public IP address
either through DHCP or
manually configured
Change factory default IP parameters for
valid public IP parameters and restart
the XIO.
In PCCU Entry mode, go to
Communications > Networking :
For dynamic addressing:
Set DHCP to
Yes (Enable DHCP).
For static addressing:
Obtain valid public IP parameters from
network administrator and configure
manually.
9.4.4 Device-to-device communication
Device-to-device communication includes the communication flow between Totalflow applications running
on the different devices installed in the field and connected through a network.
Using client-server-based communication, client applications on one device can request and establish a
TCP/IP connection to a server application on another device.
In the case of the XIO, its core functionality depends on secure and stable TCP/IP based connections with
a remote controller. These connections must have their end points correctly configured for communication
to establish and succeed.
Table 9-5 shows the connections required for successful implementation of XIOs. These connections
require that the end points (responsible for establishing and maintaining the connection), be on devices
connected to the same network. Each application end point must be configured with a unique IP address
valid for that network.
When configuring IP parameters consider the following: