Riso ComColor Series User Manual page 106

2 Copy
■ Original orientation
[Top side up]
Select this when loading originals in an orientation
from which they can be read normally.
[Top side left]
Select this when loading originals so that the top of
the original is aligned with the left edge.
■ Binding side
Select the binding side of the paper.
[Left], [Right], [Upper]
■ Staple
Select the position for stapling.
[OFF], [1 pos.] (or [Left 1], [Right 1]), [2 pos.]
[Left 1] and [Right 1] are displayed only when
[Binding side] is set to [Upper].
1
Press [Functions] on the copy
mode screen.
2
Press [Staple/Punch].
The [Staple/Punch] screen is displayed.
[Output image] displays an output image that
reflects the [Staple/Punch] settings.
3
Select the original orientation.
4
Select the binding side.
5
Configure the staple setting.
2-44
6
Press [OK].
The settings are confirmed and the previous
screen is displayed.
●
Configuring the Punch Setting
Punch holes in the paper.
The number of holes that can be punched varies
depending on the connected multifunction finisher.
<Types of paper that can be punched>
• Paper size
2 holes:A3, B4, A4, A4-R, B5-R, Ledger, Legal,
Letter, Letter-R
3 holes: A3, B4, A4-R, B5-R, Ledger, Letter-R
4 holes: A3, A4-R, Ledger, Letter-R
2
• Paper weight: 52 g/m
(53-lb bond)
■ Original orientation
[Top side up]
Select this option when loading originals in an
orientation from which they can be read normally.
[Top side left]
Select this option when loading originals so that the
top of the original is aligned with the left edge.
■ Binding side
Select the binding side of the paper.
[Left], [Right], [Upper]
■ Punch
Specify the number of holes to be punched.
[OFF], [2 holes], [3 holes], [4 holes]
1
Display the [Staple/Punch] screen.
Follow Steps 1 and 2 in "Configuring the Staple Setting".
2
Select the original orientation.
3
Select the binding side.
4
Configure the punch setting.
5
Press [OK].
The settings are confirmed and the previous
screen is displayed.
ComColor Series User's Guide 01
2
(14-lb bond) to 200 g/m