Microplex SOLID F44 - Paper Specification

8-1
8 Paper Specification
8.1 Basic Theory of Operation
The experiment described in this document printer SOLID F44 elec
tro-
photographically works with a laser diode. In the write process writes the laser diode
by light to print the contents of electro statically to the rotating photoconductor drum
in the print cartridge. In the print cartridge is also the developer unit, which transfers
the toner onto the exposed surfaces of the photoconductor drum. The transfer unit
takes due to voltage differences in the toner to the media as soon as the exposed
areas pass of the photoconductor drum on the transfer unit. Then to the fuser, the
toner by heat and pressure (hot fix) merged with the medium.
During the printing process is the paper to be printed (the media) with mechanical
and electrostatic forces, as well as heat in contact. Electrical surface resistance, Test
Circuit and the bending stiffness can affect print quality and paper handling of the
laser printer
8.2 Storing Media
Follow these guidelines when stacking and storing fanfold paper:
– Do not store cartons with fanfold paper directly on the floor. Place cartons on a
pallet or on shelves.
– The carton itself must have a relative humidity of 33 up to 47 % at a temperature
of 19° to 23° C (68° to 73° F). Otherwise the humidity penetrates from the carton
into the fanfold paper.
– Do not store the fanfold paper near heating elements, water pipes, open windows,
clammy walls, or in direct sunlight.
– The fanfold paper in the carton and plastic wrap should be stored at a room
temperature of 18° to 24° C (65° to 75° F) and of a relative humidity of 40 to 60%.