Using The Enter Command; Storing Parameter Data In A 3G3Mv Using The Enter Command; Enabling Parameter Data In A 3G3Rv/3G3Pv/3G3Fv Using The Enter Command - Omron 3G3MV-PDRT2 User Manual

Message Communications

Using the ENTER Command

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Storing Parameter Data in a 3G3MV Using the ENTER Command

To store the parameter data received in EEPROM, send an ENTER command as shown in the fol-
lowing table. To store a series of data for more than one parameter, send an ENTER command after
completing all the settings.
Data type
ENTER command Write 0000 as the data used
to write to by the function (i.e., the
EEPROM ENTER command). Use the
following codes:
Class: 100 decimal (64 hex)
Instance: 255 decimal
(FF hex)
Attribute: 253 hex (FD hex)
Not writing to ENTER command not sent. Previously received param-
EEPROM
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Enabling Parameter Data in a 3G3RV/3G3PV/3G3FV Using the ENTER Command

To enable parameter data that has been received, send an ENTER command as shown in the follow-
ing table to either store or not store the parameters in EEPROM. To enable a series of data for more
than one transmission, send only one ENTER command after sending all of the data.
Data type
ENTER command Write 0000 as the data used
that writes param- by the function (i.e., the
eters to EEPROM ENTER command). Use the
following codes:
Class: 100 decimal (64 hex)
Instance: 255 decimal (FF
hex)
Attribute: 253 hex (FD hex)
ENTER command Write 0000 as the data used
that does not write by the function (i.e., the
parameters to ENTER command). Use the
EEPROM following codes:
Class: 100 decimal (64 hex)
Instance: 255 decimal (FF
hex)
Attribute: 221 hex (DD hex)
Transmission
Previously received param-
eter setting data is stored in
EEPROM.
Note: The maximum num-
eter setting data is already
validated as operating data.
Send ENTER command
only if storing to EEPROM.
Transmission
Previously received param-
eter setting data is stored in
EEPROM.
Note: The maximum num-
Previously received param-
eter setting data is enabled
as operating data without
storing it to EEPROM.
Inverter Operation
ber of write opera-
tions that can be
performed to
EEPROM is 100,000.
Inverter Operation
ber of write opera-
tions that can be
performed to
EEPROM is 100,000.
Chapter 6
Remarks
Used to store data even
after a power interruption.
If there is frequent rewriting
of data, do not send ENTER
commands each time
because of the limit to the
number of times EEPROM
can be written. Be sure to
send an ENTER command
once before the power sup-
ply is interrupted.
Remarks
Used to store data even
after a power interruption.
If there is frequent rewriting
of data, do not send ENTER
commands each time
because of the limit to the
number of times EEPROM
can be written. Be sure to
send an ENTER command
that writes data to EEPROM
once before the power sup-
ply is interrupted.
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