C7700 Series only Use <-> and <+> in <Front Side> in <Lead Edge (e) Alignment> to enter the value. | C5700 Series only Enter the value using <-> and <+> in <Front Side>. |
1 | Set the enlargement/reduction ratio (%) for <Zoom (f)> and <Zoom (d)> on <Adjust Image Position> screen press <OK>. <Zoom (f)> Enlarges or reduces the image in the direction that is parallel to the feeding direction according to the inputted ratio. <Zoom (d)> Enlarges or reduces the image in the direction that is perpendicular to the feeding direction according to the inputted ratio. As necessary, try printing out the test page paper again and then check the correction amount. |
1 | Measure the length of the <f> and <d> marks on the test page manually. The default values are <f> = 360.0 mm and <d> = 250.0 mm. If you print the test page using paper smaller than 10 5/8" x 15" (270 mm x 380 mm), you cannot measure the length of <f> and <d> as the entire image will not be printed on the paper. In this case, calculate the expanding/reducing percentage by comparing the measured length of 'f/2' and 'd/2' with the default values (f/2: 180 mm, d/2: 125 mm). By using the calculated percentage, adjust the zoom ratio. |
2 | Press <Adjust Using Test Page>. |
3 | Enter the length of the test page on both front and back sides press <OK>. For example, if the measured length of <f> is 360.4 mm, enter 360.4. The difference in length (0.4 mm in this case), is automatically reduced, so that the image is printed in the correct size. <f> Enter the measured length of <f> mark on the test page. <d> Enter the measured length of <d> mark on the test page. As necessary, try printing the test page again and then check the correction amount. |
Right side | |||
Feeding direction | Lead edge | Rear edge | |
Left side |
If the printed image is misaligned, make sure to specify the <Correct Image Misalignment> mode first. |
1 | Measure the length of <i> and <j> on the test page. <i> is printed on the front left edge of the feeding direction, while <j> is printed on the rear left edge. Example: <i> = 21.0 mm, and <j> = 20.5 mm Measure the length of the <i> and <j> marks correctly as shown below.
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2 | On the <Correct Image Misalignment> screen, enter the actual <i> and <j> values for the front and back sides <i> Enter the measured length of <i> mark on the test page. <j> Enter the measured length of <j> mark on the test page. Following the example, setting a length of 21.0 mm for <i> and 20.5 mm for <j> causes the skewed difference of 0.5 mm to be automatically corrected. | ||||
3 | Perform the test page again, and check the image position press <OK> |
1 | Check the image position on the output paper. In this example, the length of <h> is 360.0 mm, <i> is 21.0 mm, and <j> is 20.5 mm. |
2 | Measure and enter values of the following items press <OK>. Using the following three numerical values, a device automatically adjusts so that printing area and a paper may become parallel. <h> Enter the measured length of the left side on the printing area. <i> Enter the measured length from the left side lead edge of the printing area to the left side edge of the paper. <j> Enter the measured length from the left side tail end of the printing area to the left side edge of the paper. Following the example, setting a length of 360.0 mm for <h>, 21.0 mm for <i>, and 20.5 mm for <j> causes the alignment difference of 0.5 mm to be automatically corrected. |
3 | Output the print again, and check the image position press <OK>. Repeat the correction again, if necessary. |
To restore the accumulated value, press <Restore Initial Settings>. If register marks are printed on the output paper, the printed area is equal to the area inside the register marks. |
Right side | |||
Feeding direction | Lead edge | Rear edge | |
Left side |
Make sure to specify the <Correct Image Misalignment> mode and then the <Corr. Distortion (Trapezoid)> mode, before specifying the <Corr. Distortion (Parallelogram)> mode. |
1 | Measure the length of the <b> and <h> marks on the test page. The mark <b> is printed on the right side and the mark <h> is printed on the left side of the feeding direction. In this example, the length of <b> is 360.0 mm, and <h> is 355.5 mm. |
2 | On the <Corr. Distortion (Trapezoid)> screen, enter "250.0" for <c> for both the front and back sides. |
3 | Enter the <b> and <h> values for front and back sides. <b> Enter the measured length of <b> mark on the test page. <h> Enter the measured length of <h> mark on the test page. Following the example, setting a length of 360.0 mm for <b> and 355.5 mm for <h> causes the distortion difference of 0.5 mm to be automatically corrected |
4 | Perform the test page again, and check the image position press <OK>. Repeat the correction again, if necessary. |
1 | Check the image position on the output paper. In this example, the length of <c> is 250.0 mm, <b> is 360.0 mm, and <h> is 355.5 mm. |
2 | Measure and enter values of the following items press <OK>. Using the following three numerical values, a device automatically adjusts so that the distorted printing area may be corrected. <c> Enter the measured length of the lead edge of the printing area in relation to the feeding direction. <b> Enter the measured length from the right side lead edge of the printing area to the right side tail end of the printing area. <h> Enter the measured length from the left side lead edge of the printing area to the left side tail end of the printing area. Following the example, setting a length of 250.0 mm for <c>, 360.0 mm for <b>, and 355.5 mm for <h> causes the alignment difference of 0.5 mm to be automatically corrected. |
3 | Output the print again, and check the image position press <OK>. Repeat the correction again, if necessary. |
To restore the accumulated value, press <Restore Initial Settings>. If register marks are printed on the output paper, the printed area is equal to the area inside the register marks. |
Right side | |||
Feeding direction | Lead edge | Rear edge | |
Left side |
Make sure to specify the <Correct Image Misalignment> mode first, before specifying the <Corr. Distortion (Parallelogram)> mode. |
1 | Measure the length of the <g> and <a> marks on the test page. The mark <g> is printed on the left side lead edge, and the mark <a> is printed on the right side lead edge of the feeding direction. In this example, the length of <g> is 20.5 mm, and <a> is 21.0 mm. Measure the length of the <g> and <a> marks correctly as shown below. |
2 | On the <Corr. Distortion (Parallelogram)> screen, enter "250.0" for <c> for both the front and back sides. |
3 | Enter the <g> and <a> values for Front Side and Back Side press <OK>. <g> Enter the measured length of <g> mark on the test page. <a> Enter the measured length of <a> mark on the test page. Following the example, enter 20.5 for <g> and 21.0 for <a>. The difference between <g> and <a> (0.5 mm) is automatically corrected. |
1 | Check the image position on the output paper. In this example, the length of <c> is 250.0 mm, <g> is 20.5 mm, and <a> is 21.0 mm. |
2 | Measure and enter values of the following items press <OK>. Using the following three numerical values, a device automatically adjusts so that printing area and a paper may become parallel. <c> Enter the measured length of the lead edge of the printing area in relation to the feeding direction. <g> Enter the measured length from the left side lead edge of the printing area to the lead edge of the output paper. <a> Enter the measured length from the right side lead edge of the printing area to the lead edge of the output paper. Following the example, enter 250.0 for <c>, 20.5 for <g>, and 21.0 for <a>. The difference between <g> and <a> (0.5 mm) is automatically corrected. |
3 | Perform the test page again, and check the image position press <OK>. Repeat the correction again, if necessary. |
To restore the accumulated value, press <Restore Initial Settings> If register marks are printed on the output paper, the printed area is equal to the area inside the register marks. |