2-14
Maximum cutting area
The maximum cutting area (the area in which cutting (plotting) is permitted) varies depending on the
location of pinch rollers and that of the origin. The white portion of the illustration shown below represents
the maximum cutting area. ( P. 3.65)
An area where cutting is not permitted is called a “non-plotting area”.
Sheet detection
The width and length of the sheet are detected by pressing
or
key depending
on the sheet loaded. (
P.2-15)
• We recommend you to make the front end dead space wider than 20mm. (Set EXPAND
function to “OFF.”
P.3-40)
If the front end dead space is not wide enough, it causes the sheet to be lifted, which may
influence plotting quality.
• In expand mode, the area defined with the outer edges of the pinch rollers is detected.
In normal mode, the area defined with the inner edges of the pinch rollers is detected.
(
P.3-40)
The origin is set at the lower
right corner of the area.
The origin is set at the
center of the area.
Maximum cutting area
0.6m X 51m
0.6m X 3m
• Once the sheet length has been detected, if the received data is larger than the sheet, the
portion of data that exceeds the sheet cannot be used for cutting.
If the sheet length is not detected, the plotter will terminate cutting operation when data goes
beyond the sheet.
• If the sheet sensor function is set to [OFF], a press of a jog key
will make
the plotter perform the same sheet detection as the case
key is pressed. (Only the
sheet width is detected.)
• The maximum length that can be detected at the
front and rear ends of the sheet of media is 3 m.
5mm
5mm
or
or
more
more
5mm
or
more
Cutting width Origin
Cutting width
Expands : OFF
Expands : ON
Origin
Cutting
length
Cutting length
Non-plotting area along
the leading edge : 20mm
* Non-plotting area:
area where cutting is
not permitted.
Pinch roller
Rear non-plotting
area 30mm
Non-plotting area along
the leading edge : 10mm
5mm
5mm
or
or
more
more
5mm
or
more
END
END
Origin after
detection
3 m maximum
When the tail end of
the sheet is detected
Summary of Contents for CG-60SR
Page 1: ...D201611 16 MIMAKI ENGINEERING CO LTD URL http www mimaki co jp...
Page 5: ...iv...
Page 14: ...xiii...
Page 141: ...Function Flowchart 5 15 5 Appendix FORM TYPE1 4 40 SPEED 1 0 cm s TYPE1 TYPE2...
Page 142: ...5 16...
Page 143: ...D201611 16 30112011...