Introduction to bridging
Bridging Example
At a glance
The following pages present an example of PLC configurations bridging and its transparent PLC adresses.
Bridging Example
The following example consists of the following PLC configurations:
Configuration 3: this Modicon M340 configuration consists of the following communication modules:
An Ethernet-Modbus processor with IP address 139.160.235.34 and Modbus Master. The processor is in slot 0 of the configuration so that the topological address of this processor’s
Ethernet channel is 0.0.3 and the topological address of this processor’s Modbus channel is
0.0.0.
An Ethernet module BMX NOE 0100 with IP address 118.159.35.2. The Ethernet module is in slot 5 of the configuration so that the topological address of this Ethernet module’s channel is 0.5.0.
Configuration 1: this configuration consists of a remote PLC linked to processor’s Ethernet channel of the configuration 3. The IP address of this remote PLC is 139.160.235.16.
Configuration 2: this configuration consists of a remote PLC linked to Ethernet module’s channel of the configuration 3. The IP address of this remote PLC is 118.159.35.45.
Configuration 4: this configuration consists of a remote PLC linked to processor’s Modbus channel of the configuration 3. The Modbus slave address of this remote PLC is 66.
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This diagram presents the bridging example:
Introduction to bridging
The transparent PLC addresses are as follows:
Bridging configuration Transparent PLC address
(1) USB connection to remote PLC, which is linked to an Ethernet module SYS\\0.5.0{118.159.35.45}
139.160.235.34\\0.5.0{118.159.35.45} (2) processor’s Ethernet channel to remote PLC, which is linked to an
Ethernet module
(3) processor’s Modbus channel to remote PLC linked, which is linked to an Ethernet module
5\\0.5.0{118.159.35.45}
SYS\\0.0.0.66
(4) USB connection to remote PLC, which is linked to processor’s Modbus channel
(5) Ethernet module connection to remote PLC, which is linked to processor’s Modbus channel
(6) Ethernet module connection to remote PLC, which is linked to processor’s Ethernet channel
118.159.35.2\\0.0.0.66
118.159.35.2\\0.0.3{139.160.235.16}
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Communication Services and Architectures
Operating Modes
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Operating Modes
Part III
Operating Modes
Subject of this Part
This part describes the operating modes associated with expert communication.
What Is in This Part?
This part contains the following chapters:
Chapter
12
13
14
15
16
Chapter Name
Network Configuration
Bus Configuration
Configuration of X-Way Routing Premium Stations
Debugging
Communication Function Programming and Entry Help
Page
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127
141
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Operating Modes
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Communication Services and Architectures
Network Configuration
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Network Configuration
Chapter 12
Network Configuration
Subject of this Chapter
This chapter presents the tools for configuring a network at the global level and at the station level.
What Is in This Chapter?
This chapter contains the following topics:
Topic
Network Configuration Principle Using Control Expert
Creating a Logic Network
Configuring a Logic Network
Associating a Logic Network with Network Hardware
Page
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113
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