BIXOLON SMP6350, Руководство пользователя

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Rev. 2.03 - 12 -
SMP6350
h) When printing at high speed in an environment of low temperature or high humidity,
water drops might form on the printer mechanism due to steam generated by the
thermal paper and the thermal paper might be damaged. Do not apply power until the
water drops are completely dried out.
i) After turning off the power to the printer mechanism, do not connect or separate the
printer mechanism connection terminal (printer connection terminal).
j) Do not apply force to FPC while connecting or separating the connection terminal
(printer connection terminal). FPC might be damaged.
k) Provide warning instructions so that users do not change the thermal paper exit angle
or pull out the thermal paper during printing or cutting. It might cause a problem such
as printing defects, paper jam, or cutting failure.
l) Provide warning instructions to users to carry out printing and cutting after removing the
completely cut thermal paper. If the printing or cutting continues without removing the
cut paper, it might cause a problem such as a paper jam or to the cutting paper
depending on the mounting position.
m) When replacing the thermal paper due to damage to the thermal paper or printing
defects, provide warning instructions to users not to touch the thermal head or sensor.
n) Do not use a paper roll with the glued or folded tip. When using this type of paper,
replace with new paper before the tip of the paper roll appears.
o) Never unscrew the screws holding the corresponding parts of the printer mechanism.
Unscrewing them may degrade the performance of the printer mechanism and the
cutter.
p) The printer mechanism is not waterproof and is susceptible to water drops. Do not let it
touch the water and do not operate with wet hands. It might damage the printer
mechanism or cause a fire.
q) The printer mechanism is susceptible to dust. Do not use the printer mechanism in a
dusty place. It might damage the thermal head or paper drive system.
r) Black carbon residues can accumulate on the surface of the thermal head or be
discharged with paper during long-term use depending on the paper quality and
operating conditions. Clean the head surface periodically.