TAMAGAWA TS2013N191E26 TS2013N191E26 TS2013N191E26 TS2013N191E26 TS2013N191E26

TS3103N156

TS2013N191E26

ENCODER

RP-132A,2000PPR

TS2025N471E69

TS2014N181E32

TS5208N111E78

TS5208N141E78

TS3684N1E3

TS3684N13E8

TS3617N1E3

TS3617N1E1

TS3617N1E2

TS3617N2E4

TS3630N11E1

TS3664N2E4

TS3653N13E7

TS3653N12E6

TS3653N2E5

TS3624N2E3

TS3653N13E9

TS3653N2E6

TS3653N3E7

TS3653N3E8

the devices in your project. After creating the network connection, use the "Properties" tab of
the inspector window to configure the parameters of the network.
Table 5- 3 Creating a network connection The inspector window displays the properties of the connection whenever you have selected
any part of the instruction. Specify the communication parameters in the "Configuration" tab
of the "Properties" for the communication instruction. For the TCP, ISO-on-TCP, and UDP Ethernet
protocols, use the "Properties" of the instruction
(TSEND_C, TRCV_C, or TCON) to configure the
"Local/Partner" connections.
The illustration shows the "Connection
properties" of the "Configuration tab" for an ISOon-TCP
connectioWhen you configure the connection properties for one CPU, STEP 7 allows you either to
select a specific connection DB in the partner CPU (if one exists), or to create the connection
DB for the partner CPU. The partner CPU must already have been created for the project
and cannot be an "unspecified" CPU.
You must still insert a TSEND_C, TRCV_C or TCON instruction into the user program of the
partner CPU. When you insert the instruction, select the connection DB that was created by
the configuration. For S7 communication, use the "Devices &
networks" editor of the network to configure the
Local/Partner connections. You can click the
"Highlighted: Connection" button to access the
"Properties".
The "General" tab provides several properties:
 "General" (shown)
 "Local ID"
 "Special connection properties"
 "Address details" (shown) Refer to "Protocols" (Page 430) in the "PROFINET" section or to "Creating an S7
connection" (Page 493) in the "S7 communication" section for more information and a list of
available communication instructions.End point Name assigned to the partner (receiving) CPU
Interface Name assigned to the interfaces
Subnet Name assigned to the subnets
Interface type S7 communication only: Type of interface
Connection type Type of Ethernet protocol
Connection ID ID number
Connection data Local and Partner CPU data storage location
General
Establish active
connection
Radio button to select Local or Partner CPU as the active connection
End point S7 communication only: Name assigned to the partner (receiving) CPU
Rack/slot S7 communication only: Rack and slot location
Connection resource S7 communication only: Component of the TSAP used when configuring an
S7 connection with an S7-300 or S7-400 CPU
Address
details
Port (decimal): TCP and UPD: Partner CPU port in decimal formatTSAP 1 and Subnet ID: ISO on TCP (RFC 1006) and S7 communication: Local and partner CPU
TSAPs in ASCII and hexadecimal formats
1 When configuring a connection with an CPU for ISO-on-TCP, use only ASCII characters in the TSAP extension

for the passive communication partners.
Using TSAPs, ISO on TCP protocol and S7 communication allows multiple connections to a
single IP address (up to 64K connections). TSAPs uniquely identify these communication
end point connections to an IP address.
In the "Address Details" section of the Connection Parameters dialog, you define the TSAPs
to be used. The TSAP of a connection in the CPU is entered in the "Local TSAP" field. The
TSAP assigned for the connection in your partner CPU is entered under the "Partner TSAP"
field.
Port Numbers
With TCP and UDP protocols, the connection parameter configuration of the Local (active)