TAMAGAWA TS2014N182E32 TS2014N182E32 TS2014N182E32 TS2014N182E32 TS2014N182E32

TS2014N182E32

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TS4244N10E24

TS4244N3E24

TS4502N1000E200

TS4502N1202E200

TS4502N2000E100

TS4503N1000E200

TS4503N1007E200

TS4503N1022E100

TS4503N1022E200

TS4503N1202E200

TS4503N1205E200

TS4503N1828E100

TS4503N2000E100

TS4503N2070E100

TS4503N2202E200

TS4503N2036E501

TS4506N1202E200

TS4507N1002E200

TS4507N1202E200

TS4507N1205E200

TS4507N1229E200

TS4507N2000E100

TS4507N2070E100

TS4507N2405E200

TS4507N6205E200

TS4507N8029E200

TS4509N1002E200

TS4509N1202E200

TS4509N1831E200

TS4509N2002E200

TS4509N2405E200

TS4509N7000E100

TS4514N1021E200

TS4514N1407E200

TS4514N1828E200

ADDR parameter: Invalid settings for port number (TUSEND)
1 80C3  A block with this ID is already being processed in a different priority class.
 Internal lack of resources
1 80C4 Temporary communications error:
 The connection between the user program and the communication level of the
operating system cannot be established at this time (TUSEND).
 The interface is receiving new parameters (TUSEND).
 The connection is currently being reinitiated (TURCV).
Connection Ethernet protocols
Every CPU has an integrated PROFINET port, which supports standard PROFINET
communications. The TUSEND and TURCV instructions support the UDP Ethernet protocol.
Refer to "Configuring the Local/Partner connection path" (Page 127)" in the "Device
configuration" chapter for more information. Both partners are passive in UDP communication. Typical parameter start values for the
"TCON_Param" data type are shown in the following table. Port numbers (LOCAL_TSAP_ID)
are written in a 2-byte format. All ports except for 161, 34962, 34963, and 34964 are
allowedThe TUSEND instruction sends data through UDP to the remote partner specified in the
"TADDR_Param" data type. The TURCV instruction receives data through UDP. After a
successful execution of the TURCV instruction, the "TADDR_Param" data type shows the
address of the remote partner (the sender). _CONFIG
The T_CONFIG instruction changes the IP configuration parameters of the PROFINET port
from the user program, allowing the permanent change or setting of the following features:
● Station name
● IP address Located in the CPU "Properties", "Ethernet address" page, the "Set IP address using a
different method" (Page 457) radio button allows you to change the IP address online or
by using the "T_CONFIG" instruction after the program is downloaded. This IP address
assignment method is for the CPU only.
Located in the CPU "Properties", "Ethernet address" page, the "Set PROFINET device
name using a different method" (Page 458) radio button allows you to change the
PROFINET device name online or by using the "T_CONFIG" instruction after the program
is downloaded. This PROFINET device name assignment method is for the CPU onlyAfter you use the T_CONFIG to change an IP configuration parameter, the CPU
restarts. The CPU will go to STOP mode, warm restart, and return to RUN mode.
Control devices can fail in an unsafe condition, resulting in unexpected operation of
controlled equipment. Such unexpected operations could result in death or serious injury
to personnel, and/or damage to equipment.
Ensure that your process will go to a safe state when the CPU restarts as a result of
T_CONFIG instruction execution. Use the T_CONFIG instruction to change the IP
configuration parameters from your user program.
T_CONFIG works asynchronously. The execution
extends over multiple calls. Starts the instruction on the rising edge.
INTERFACE Input HW_Interface ID of network interface
CONF_DATA Input Variant Reference to the structure of the configuration data;
CONF_DATA is defined by a System Data Type (SDT).
DONE Output Bool  0: Job has not yet started or is still running.
 1: Job was executed without error. 0: The job is complete.
 1: The job is not yet complete. A new job cannot be
triggered.