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The TSEND instruction in CPU_1 links to the TRCV instruction in CPU_2 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_1.
The TRCV instruction in CPU_2 links to the TSEND instruction in CPU_1 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_2.
● The TSEND instruction in CPU_2 links to the TRCV instruction in CPU_1 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_2.
The TRCV instruction in CPU_1 links to the TSEND instruction in CPU_2 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_1

The following example shows the communication between two CPUs that utilize 1
connection for both sending and receiving the data.

Each CPU uses a TCON instruction to configure the connection between the two CPUs.
● The TSEND instruction in CPU_1 links to the TRCV instruction in CPU_2 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_1.
The TRCV instruction in CPU_2 links to the TSEND instruction in CPU_1 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_2.
● The TSEND instruction in CPU_2 links to the TRCV instruction in CPU_1 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_2.
The TRCV instruction in CPU_1 links to the TSEND instruction in CPU_2 by using the
connection ID ("connection ID 1") that was configured by the TCON instruction in CPU_1. TCON on CPU_1 creates a
connection and assigns a connection
ID for that connection on CPU_1
(ID=1).
② TCON on CPU_2 creates a
connection and assigns a connection
ID for that connection on CPU_2
(ID=1).

7&21
76(1'
7&21
75&9
75&9 76(1'
③ TSEND and TRCV on CPU_1 use the
connection ID created by the TCON
on CPU_1 (ID=1).
TSEND and TRCV on CPU_2 use the
connection ID created by the TCON
on CPU_2 (ID=1).
As shown in the following example, you can also use individual TSEND and TRCV
instruction to communication over a connection created by a TSEND_C or TRCV_C
instruction. The TSEND and TRCV instructions do not themselves create a new connection,
so must use the DB and connection ID that was created by a TSEND_C, TRCV_C or TCON
instruction. TSEND and TRCV on CPU_1 use the
connection ID created by the
TSEND_C on CPU_1 (ID=1).
TSEND and TRCV on CPU_2 use the
connection ID created by the TRCV_C
on CPU_2 (ID=1). The integrated PROFINET port of the CPU supports multiple communications standards
over an Ethernet network:
● Transport Control Protocol (TCP)
● ISO on TCP (RFC 1006)
● User Datagram Protocol (UDP)
Table 10- 1 Protocols and communication instructions for each CPU-to-CPU
communication
Transport of frames Data reception with
specified length
TSEND_C, TRCV_C,
TCON, TDISCON,
TSEND, and TRCV
Assigns port numbers to
the Local (active) and
Partner (passive)
devices CPU-to-CPU
communication
Message
fragmentation and reassembly

Protocol-controlled TSEND_C, TRCV_C,
TCON, TDISCON,
TSEND, and TRCV
Assigns TSAPs to the
Local (active) and
Partner (passive)
devices
UDP CPU-to-CPU
communication
User program
communications