 |
| Place of Origin: | Japan |
| Brand Name: | Tamagawa |
| Certification: | CE |
| Model Number: | TS2651N141E78 |
| Minimum Order Quantity: | 1pcs |
|---|---|
| Packaging Details: | carton |
| Delivery Time: | in stock |
| Payment Terms: | T/T, Western Union, MoneyGram |
| Supply Ability: | 100pcs/week |
| TAMAGAWA: | TAMAGAWA | TS2651N141E78: | TS2651N141E78 |
|---|---|---|---|
| Material: | Iron | Color: | Black |
| Japan: | Japan | Temperature: | 60mm |
| Dimension: | 60mm |
TS2651N141E78
| Local port (parameter local_tsap_id) is already present in another connection description. |
For a local TSAP length of 2 and a TSAP ID value of either E0 or E1 (hexadecimal) for the first byte, the second byte must be either 00 or 01. |
| ID in the connection description different from the ID specified as parameter When using the ISO on TCP (connection_type = B#16#12) to establish a passive | For a local TSAP length of 3 or greater and a TSAP ID value of either E0 or E1 (hexadecimal) for the first byte, t |
| connection, condition code 80B4 alerts you that the TSAP entered did not conform to one of the following address requirements: |
the second byte must be either 00 or 01 and all other bytes must be valid ASCII characters. |
Guang Zhou Lai Jie Electric Co.,LTD
Please contact with “Tommy” for the price
ROTALY
ENCODER
RP-886ZN,2500PPR
ROTALY
ENCODER
RP-5354D-CD-4096PPR
ROTALY
ENCODER
RP-132A-T1,600PPR
ROTALY
ENCODER
RP-132A,2000PPR
TS2025N471E69
TS2014N181E32
TS5208N111E78
TS5208N141E78
TS3684N1E3
TS3684N13E8
TS3617N1E3
TS3617N1E1
TS3617N1E2
TS3617N2E4
TS3630N11E1
TS3664N2E4
TS3653N13E7
TS3653N12E6
TS3653N2E5
TS3624N2E3
TS3653N13E9
TS3653N2E6
TS3653N3E7
TS3653N3E8
For a local TSAP length of 3 or greater and the first byte of the TSAP ID does not
have a value of either E0 or E1 (hexadecimal), then all bytes of the TSAP ID must
be valid ASCII characters.
Valid ASCII characters are byte values from 20 to 7E (hexadecimal).
1 80B7 Data type and/or length of the transmitted data does not fit in the area in the partner
CPU in which it is to be written.
1 80C3 All connection resources are in use.
1 80C4 Temporary communications error:
The connection cannot be established at this time
The interface is receiving new parameters
The configured connection is currently being removed by a TDISCON.
1 8722 CONNECT parameter: Source area invalid: area does not exist in DB.
1 873A CONNECT parameter: Access to connection description is not possible (for example,
DB not available)
1 877F CONNECT parameter: Internal error such as an invalid ANY reference
1 893A Parameter contains the number of a DB that is not loaded.
Connection Ethernet protocols
Every CPU has an integrated PROFINET port, which supports standard PROFINET
communications. The TSEND_C and TRCV_C and TSEND and TRCV instructions all
support the TCP and ISO on TCP Ethernet protocols.
Refer to "Device Configuration: Configuring the Local/Partner connection path (Page 127)"
for more information.
See also
Parameters for the PROFINET connectionTo help simplify the programming of PROFINET/Ethernet communication, the TSEND_C
instruction and the TRCV_C instruction combine the functionality of the TCON, TDISCON.
TSEND and TRCV instructions:
TSEND_C combines the TCON, TDISCON and TSEND instructions.
TRCV_C combines the TCON, TDISCON and TRCV instructions.
The following instructions control the communication process:
● TCON establishes the TCP/IP connection between the client and server (CPU) PC.
● TSEND and TRCV send and receive data.
● TDISCON breaks the connection.
The minimum size of data that you can transmit (TSEND) or receive (TRCV) is one byte; the
maximum size is 8192 bytes. TSEND does not support the transmission of data from
boolean locations, and TRCV will not receive data into boolean locations. For information
transferring data with these instructions, see the section on data consistency (Page 153).
TCON, TDISCON, TSEND, and TRCV operate asynchronously, which means that the job
processing extends over multiple instruction executions. For example, you start a job for
setting up and establishing a connection by executing an instruction TCON with parameter
REQ = 1. Then you use additional TCON executions to monitor the job progress and test for
job completion with parameter DONE.
The following table shows the relationships between BUSY, DONE, and ERROR. Use the
table to determine the current job status.
Table 10- 7 Interactions between the BUSY, DONE, and ERROR parameters
BUSY DONE ERROR Description
TRUE irrelevant irrelevant The job is being processed.
FALSE TRUE FALSE The job successfully completed.
FALSE FALSE TRUE The job was ended with an error. The cause of the error can be found in the
STATUS parameter.
FALSE FALSE FALSE A new job was not assigned. After you insert the TCON instruction, use the "Properties" of the instruction (Page 127) to
configure the communication parameters. As you enter the parameters for the
communication partners in the inspector window, STEP 7 enters the corresponding data in
the instance DB for the instruction.
If you want to use a multi-instance DB, you must manually configure the DB on both CPUs. Control parameter REQ starts the job by establishing the
connection specified by ID. The job starts at rising edge.
ID IN CONN_OUC (Word) Reference to the connection to be established (TCON) or
terminated (TDISCON) to the remote partner, or between
the user program and the communication layer of the
operating system. The ID must be identical to the
associated parameter ID in the local connection description.
Value range: W#16#0001 to W#16#0FFF
CONNECT
(TCON)
