Lexmark 26C0000 User Manual - Page 52

Paper capacities, Using recycled paper and other office papers, Output capacity

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Paper capacities Input capacities Paper type Standard 250-sheet tray (Tray 1) Optional 550-sheet tray (Tray 2) Paper 250 sheets1 550 sheets1 Labels 1002 2002 Transparencies 50 X Envelopes X X Other X X 1 Based on 75 g/m2 (20 lb) paper 2Capacity varies depending on label material and construction. 3Capacity varies depending on the weight and type of media. Optional multipurpose tray 100 sheets1 502 50 10 Various quantities3 Output capacity Paper type Standard 100-sheet output bin 2 Paper 100 sheets1 1 Based on 75 g/m2 (20 lb) paper 2 Capacity may vary depending on media specifications and the printer operating environment. Using recycled paper and other office papers As an environmentally conscious company, Lexmark supports the use of recycled office paper produced specifically for use in laser (electrophotographic) printers. In 1998, Lexmark presented to the US government a study demonstrating that recycled paper produced by major mills in the US fed as well as non-recycled paper. However, no blanket statement can be made that all recycled paper will feed well. Lexmark consistently tests its printers with recycled paper (20-100% post-consumer waste) and a variety of test paper from around the world, using chamber tests for different temperature and humidity conditions. Lexmark has found no reason to discourage the use of today's recycled office papers, but generally the following property guidelines apply to recycled paper. • Low moisture content (4-5%) • Suitable smoothness (100-200 Sheffield units, or 140-350 Bendtsen units, European) Note: Some much smoother papers (such as premium 24 lb laser papers, 50-90 Sheffield units) and much rougher papers (such as premium cotton papers, 200-300 Sheffield units) have been engineered to work very well in laser printers, despite surface texture. Before using these types of paper, consult your paper supplier. • Suitable sheet-to-sheet coefficient of friction (0.4-0.6) • Sufficient bending resistance in the direction of feed Paper and specialty media guide 52

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Paper capacities
Input capacities
Paper type
Standard 250-sheet tray
(Tray 1)
Optional 550-sheet tray
(Tray 2)
Optional multipurpose tray
Paper
250 sheets
1
550 sheets
1
100 sheets
1
Labels
100
2
200
2
50
2
Transparencies
50
X
50
Envelopes
X
X
10
Other
X
X
Various quantities
3
1
Based on 75 g/m
2
(20 lb) paper
2
Capacity varies depending on label material and construction.
3
Capacity varies depending on the weight and type of media.
Output capacity
Paper type
Standard 100-sheet output bin
2
Paper
100 sheets
1
1
Based on 75 g/m
2
(20 lb) paper
2
Capacity may vary depending on media specifications and the printer operating environment.
Using recycled paper and other office papers
As an environmentally conscious company, Lexmark supports the use of recycled office paper produced specifically
for use in laser (electrophotographic) printers. In 1998, Lexmark presented to the US government a study
demonstrating that recycled paper produced by major mills in the US fed as well as non-recycled paper. However,
no blanket statement can be made that
all
recycled paper will feed well.
Lexmark consistently tests its printers with recycled paper (20–100% post-consumer waste) and a variety of test paper
from around the world, using chamber tests for different temperature and humidity conditions. Lexmark has found
no reason to discourage the use of today's recycled office papers, but generally the following property guidelines
apply to recycled paper.
•
Low moisture content (4–5%)
•
Suitable smoothness (100–200 Sheffield units, or 140–350 Bendtsen units, European)
Note:
Some much smoother papers (such as premium 24 lb laser papers, 50–90 Sheffield units) and much rougher
papers (such as premium cotton papers, 200–300 Sheffield units) have been engineered to work very well in
laser printers, despite surface texture. Before using these types of paper, consult your paper supplier.
•
Suitable sheet-to-sheet coefficient of friction (0.4–0.6)
•
Sufficient bending resistance in the direction of feed
Paper and specialty media guide
52