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7.1.3. Column layout on fanfold paper
When fanfold paper of from 4” to 10” in width is supplied with the MX-80 F/T,
the graduations on the scale can be used as the indexes of print column posi-
tions (1~80). Alignment of the print start position on fanfold paper with the
1st column position at the extreme left of the scale will facilitate column
layout. Accordingly. center the paper by adjusting it to these indexes of the
scale.
7.1.4. Top of form position setting
The term “Top of Form position” is defined as the position in which the first
print line lies on the form, and this position is determined when the power
switch is turned on. Namely, adjust the paper position by the manual paper
feed knob so that the required line position (i.e., the point at which the first line
of the form is desired to be printed) is at the print head level. If, at this point,
power is applied to the Printer, this line position automatically becomes the
Top of Form position.
When printing forms, the matchmarks located on both the sprockets facilitate
the setting of the Top of Form position on the fanfold paper. To set the Top of
Form position, first enter (or preprint) a mark at a position on the edge of the
paper 77 mm above the first print line position of the paper, then align this
mark with the matchmarks on the sprockets by turning the manual paper feed
knob. At this point, turn the Power Switch on and the Printer will recognize this
position as the Top of Form position. Now, the printing can be started from the
Top of Form position. (See Fig. 16.)
In case of feeding one page of fanfold paper by operating the MX-80 F/T by the
input of FF code, the abovementioned adjustment is effective.
Matchmark
77 mm
Fig. 16 Top of Form Position Setting
Содержание MX-80F/T
Страница 1: ...M X 8 0 F T EPSON DOT MATRIX PRINTER Operation Manual r 3 EPSON P8093033 1 ...
Страница 25: ...Head Adjusting Le Backward _ Fotward 4th step Head Adjusting Lever 7th step Fig 27 Gap Adjustment 1 9 ...
Страница 31: ...HI 0 m Hz 0 I H 0 D H 0 1 s 0 H 0 D H 0 m He 0 D H9 O 9 X 2SD986 Fig 30 Driver Circuit Diagram 2 5 ...