User`s guide

B-4 Paper Specifications
OG L
Paper Composition
Use paper made from 100% chemical wood pulp. Paper that contains mechanically-
pulped wood or cotton is not recommended due to natural impurities, such as CaCO
3
,
that can contaminate the surface of the photoconductor, thereby decreasing the life of
the photoconductor and/or the fuser.
Do not use coated paper containing material that will melt, vaporize, offset, discolor,
or release hazardous emissions when exposed to high temperatures.
Paper Cut
Paper cut is another significant factor affecting printer performance. The cut sheet is
produced by cutting a larger stack of paper. If a dull cutter is used, the paper will have
ragged edges, or what is called a “burr.” This burr can cause such problems as paper
jam, multiple feed, and large amounts of paper dust. Refer to “Paper Specifications” on
page B-2 for additional information.
Figure B-1. Paper Cut
Paper Smoothness
Paper smoothness affects print quality and paper handling. Paper should not have a
rough texture. A rough texture provides poor toner adhesion, particularly in “black fill”
areas. Neither should the paper be too smooth, as this can also affect toner adhesion.
Paper that is too smooth has inadequate friction and can cause paper handling
difficulties. Do not use paper with embossed or raised surfaces. Spotty printing and
misfeeding may occur. Refer to “Paper Specifications” on page B-2 for additional
information.
Paper Fusing
Paper used in the printer must withstand the effects of the fusing process. It should not
melt, discolor, vaporize, offset, or delaminate at the temperature of 210°C (410°F) and
pressure of about 250kPa (36.3k lbs/in
2
)
CAUTION!
Do not use paper that contains CaCO
3
as it can drastically reduce fuser
life.
Dull Cut Paper Sharp CutPaper
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