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8070 All internal instance memory in use, too many concurrent instructions in progress
8080 Port number is illegal.
8081 Timeout, module error, or other internal error
8082 Parameterization failed because parameterization is in progress in background.
8083 Buffer overflow:
The CM or CB returned a received message with a length greater than the length parameter
allowed.
8090 Internal error: Wrong message length, wrong sub-module, or illegal message
Contact customer support.
8091 Internal error: Wrong version in parameterization message
Contact customer support.
8092 Internal error: Wrong record length in parameterization message
Contact customer supportUsed to define common port configuration errors
Transmit configuration 80Bx Used to define common transmit configuration errors
Receive configuration 80Cx Used to define common receive configuration errors
Transmission runtime 80Dx Used to define common transmission runtime errors
Reception runtime 80Ex Used to define common reception runtime errors
Signal handling 80Fx Used to define common errors associated with all signal
handling PORT_CFG allows you to change port parameters
such as baud rate from your program.
You can set up the initial static configuration of the
port in the device configuration properties, or just use
the default values. You can execute the PORT_CFG
instruction in your program to change the
configuration.The PORT_CFG configuration changes are not permanently stored in the CPU. The
parameters configured in the device configuration are restored when the CPU transitions
from RUN to STOP mode and after a power cycle. See Configuring the communication ports
(Page 583) and Managing flow control (Page 585) for more information. Activate the configuration change on rising edge of this input. (Default value:
False)
PORT IN PORT After you install and configure a CM or CB communication device, the port
identifier appears in the parameter helper drop-list available at the PORT
box connection. The assigned CM or CB port value is the device
configuration property "hardware identifier". The port symbolic name is
assigned in the "System constants" tab of the PLC tag table. (Default value:
0)
PROTOCOL IN UInt 0 - Point-to-Point communication protocol (Default value)
1..n - future definition for specific protocols
BAUD IN UInt Port baud rate (Default value: 0):
1 = 300 baud, 2 = 600 baud, 3 = 1200 baud, 4 = 2400 baud, 5 = 4800 baud,
6 = 9600 baud, 7 = 00 baud, 8 = 38400 baud, 9 = 57600 baud,
10 = 76800 baud, 11 = 115200 baud
PARITY IN UInt Port parity (Default value: 0):
1 = No parity, 2 = Even parity, 3 = Odd parity, 4 = Mark parity,
5 = Space parity
DATABITS IN UInt Bits per character (Default value:):
1 = 8 data bits, 2 = 7 data bits
STOPBITS IN UInt Stop bits (Default value: 0):
1 = 1 stop bit, 2 = 2 stop bits low control (Default value: 0):
1 = No flow control, 2 = XON/XOFF, 3 = Hardware RTS always ON,
4 = Hardware RTS switched
XONCHAR IN Char Specifies the character that is used as the XON character. This is typically a
DC1 character (11H). This parameter is only evaluated if flow control is
enabled. (Default value: 0)
XOFFCHAR IN Char Specifies the character that is used as the XOFF character. This is typically
a DC3 character (13H). This parameter is only evaluated if flow control is
enabled. (Default value: 0)
XWAITIME IN UInt Specifies how long to wait for a XON character after receiving a XOFF
character, or how long to wait for the CTS signal after enabling RTS (0 to
65535 ms). This parameter is only evaluated if flow control is enabled.
(Default value: 2000)
DONE OUT Bool TRUE for one execution after the last request was completed with no error
ERROR OUT Bool TRUE for one execution after the last request was completed with an error
STATUS OUT Word Execution condition code (Default value: 0)Specific protocol does not exist.
80A1 Specific baud rate does not exist.
80A2 Specific parity option does not exist.
80A3 Specific number of data bits does not exist.
80A4 Specific number of stop bits does not exist.
80A5 Specific type of flow control does not exist.
80A6 Wait time is 0 and flow control enabled
80A7 XON and XOFF are illegal values (for example, the same value) SEND_CFG allows the dynamic configuration of serial
transmission parameters for a PtP communication port.
Any queued messages within a CM or CB are
discarded when SEND_CFG is executed.
You can set up the initial static configuration of the port in the device configuration
properties, or just use the default values. You can execute the SEND_CFG instruction in
your program to change the configuration.
The SEND_CFG configuration changes are not permanently stored in the CPU. The
parameters configured in the device configuration are restored when the CPU transitions
from RUN to STOP mode and after a power cycle. See Configuring transmit (send)
parameters (Page 586). Activate the configuration change on the rising edge of this input.. (Default
value: False)
PORT IN PORT After you install and configure a CM or CB communication device, the port
identifier appears in the parameter helper drop-list available at the PORT
box connection. The assigned CM or CB port value is the device
configuration property "hardware identifier". The port symbolic name is
assigned in the "System constants" tab of the PLC tag table. (Default value:
0)
RTSONDLY IN UInt Number of milliseconds to wait after enabling RTS before any Tx data
transmission occurs. This parameter is only valid when hardware flow
control is enabled. The valid range is 0 - 65535 ms. A value of 0 disables
the feature. (Default value: 0)