Before creating a new or using an existing profile or performing any alignment adjustments, read/
review the entire
section in the
PredictPrint Media Manager
.
• Depending on your system configuration, the following fold adjustments are available:
–
Bi-Fold Single Sheet (available only with the PR Booklet Maker Finisher)
–
Bi-Fold Multiple Sheets (available only with the PR Booklet Maker Finisher)
–
Bi-Fold Multiple Sheets Stapled (available only with the PR Booklet Maker Finisher)
–
C-Fold (available with the optional C/Z Folder)
–
Z-Fold (available with the optional C/Z Folder)
–
Z-Fold Half-Sheet (available with the optional C/Z Folder)
Create a new or use an existing
Fold Adjustment Profile
. The following steps are required for creating
a new or using an existing procedure.
Note:
This option is accessed from
PredictPrint Media Manager > Profiles > Fold Adjustment
Profile
.
1. From the PredictPrint Media Manager main screen, select
Profiles
.
2. Select the
Fold Adjustment
tab.
3. Select
New
or
Edit
.
If you edit an existing fold adjustment, select the desired profile from the list and then select
Edit
.
4. Type in a new name or, if desired, edit the existing name.
5. To complete the procedure, refer to
. Select the desired fold
adjustment procedure and complete the procedure for creating a new or editing an existing
Fold
Adjustment Profile
.
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Problem
On the printed output, a smear occurs at 208 mm from the lead edge of the paper.
For more information, refer to the
.
Solutions
1. Confirm the media being used is compatible with the press, is within supported specifications, and
in good condition.
2. Change the
Adjustment of Paper Speed at Transfer
setting.
• Use this feature to adjust the paper speed in the transfer unit.
• The option can be found in
PredictPrint Media Manager > Stock Library > Stock Properties >
Advanced Setup > Adjustment of Paper Speed at Transfer
.
• Based on the output, decrease
Adjustment of Paper Speed at Transfer
in increments of
0.05%. After every increment adjustment run test prints and evaluate the output to
determine if additional adjustment is necessary.
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