17
6. Operation and function description
All values are written directly into the
EEPROM
of the unit and are valid after changing into
operating mode. In contrast, the communication parameters of the interface only become
effective after restarting the display.
To simplify the input, there is no need for "." (dots) and "," (commas).
In the basic setting, a message is not acknowledged, which enables the parallel programming of
several displays. To check the overall configuration, a checksum can be called up on the LED
display.
Successful programming is indicated by a "PROG“ in the LED display.
If you want to call up the content of a program number (e.g. 61), you can do so with the
command
"61
¥
"
The display sends the corresponding value back in ASCII format.
e.g. "5000
¥
"
Should a program number also contain subsidiary parameters – like the corresponding binary
value in case of a calibration point – it can be called up via the extension "B".
e.g.
"1B3433
¥
"
If the scaled value needs to be changed, the extension "=" is used.
e.g.
"1=12000
¥
"
Any entry that cannot be interpreted is acknowledged with an "
Err
" in the display.
If a non-existent program number or an unknown command is sent, the display will acknowledge
this with an "
?
" via the interface.
Under normal conditions, the display does not send an acknowledgement back. Only when the
value is called up or the acknowledgement mode is activated by the “>“ command, the display
sends a response from then on. This mode is exited after restarting the unit or 15 seconds after
receiving the last command.
Serial special commands
In addition to the program number control, special commands are also possible. In the following
table we have dispensed with giving the
¥
at the end of the command.
Command
Acknowledgement
Function
S
Restart the display
Q
Change in display mode
A1
Display value
Call up display value via the interface
A2
min-value
Call up min-value via interface
A3
max-value
Call up max-value via interface
A4
Hold-value
Call up Hold-value via interface
A5
Absolute value
Call up absolute value (without tare) via the interface
RH
max reset
Reset the max-value
RL
min reset
Reset the min-value
TAR
Taring
Trigger tare via the interface
B
Binary value
Call up binary value vie interface
KAL
Calibration
Perform autocalibration
KAL1
Calibration
Sensor calibration of the calibration point to PN1
KAL2
Calibration
Sensor calibration of the calibration point to PN2
U
Load default configuration
P
Call up test total
>>
Activate interface acknowledgement
