84
<Example>
Specified number of labels = 5, A ribbon end is detected while the 3rd label is printed. Unfinished label
length is less than 30 mm
Printing: 1
st
label … Finished (*)
Printing: 2
nd
label ... Finished (*)
Printing: 3
rd
label … After an error is detected, printing is completed. Finished (*)
Stop with error … “NO RIBBON” is displayed on the LCD.
Initial feed … Restart
Printing: 4
th
label … Finished (*)
Printing: 5
th
label … Finished (*)
(*) Completely printed labels: 1
st
to 5
th
labels
9.5.12 CALIBRATE
・ OFF: Auto calibration is not performed.
・ ON TRANSMISSIVE: Auto calibration is performed with transmissive sensor.
・ ON REFLECTIVE Auto calibration is performed with reflective sensor.
・ ON ALL: Auto calibration is performed with both sensors.
・ ON TRANS+BackFeed: Auto calibration is performed with transmissive sensor, then the media is fed
backward.
・ ON REFL+BackFeed: Auto calibration is performed with reflective sensor, then the media is fed
backward.
・ ON ALL+BackFeed: Auto calibration is performed with both sensors, then the media is fed backward.
Notes:
1. When this parameter is enabled, an automatic calibration starts at an open/close of the print head and when
power is on.
2. When this parameter is enabled, the media length, effective print length, sensor type and whether the ribbon is
used or not, will be specified with commands, as handled as follows.
Printer behavior after automatic calibration is performed
Whether the ribbon is
used or not
The values obtained through the calibration will take effect until next calibration is
performed or the printer power is turned off. (Settings specified by commands are
ignored.)
The values obtained through the calibration will take effect after the calibration is
completed. Afterward, the sensor specified by a command is ignored.
After the automatic calibration is performed, the values obtained through the
calibration will take effect until next calibration is performed or the printer power is
turned off. (Settings specified by commands are ignored.)
3. When the auto calibration with reflective sensor is selected, the lowest voltage detected by the reflective sensor
is considered as a black mark level. And, the sum of this voltage and the threshold fine adjustment value will
be stored as a threshold.
4. When the auto calibration with transmissive sensor is selected, the highest voltage detected by the
transmissive sensor is considered as a gap level. After subtracting the threshold fine adjustment value from
this voltage, the result will be stored as a threshold.
5. When “ON ALL” is selected, the highest voltage detected by transmissive sensor or the lowest voltage detected
by the refrective sensor is considered as a gap level. After subtracting the threshold fine adjustment value for
each sensor from this voltage, the result will be stored as a threshold.
To Next Page
Loading...
Need help?
General
