Novexx Solutions XLP 514, Руководство пользователя

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User Manual XLP 514/516
• Temperature required for ink transfer
Abrasiveness
If the material is very rough (= strong sanding effect), the printhead will wear down more quickly than
with smooth material. This is an important aspect of thermal printing. With thermal transfer printing,
this does not pose much of a problem because you can select a ribbon that is wider than the material.
Print head temperature
Similarly, excessively high printhead temperatures can also cause problems. The material and the rib-
bon require more time to cool down, the printing quality becomes more critical and the printhead will
wear down more quickly.
Related reference
Label Material on page 12
(XLP 516) PRINT WIDTH LIMITATIONS
If the max. values given in the following tables are exceeded, malfunction of the power supply will be
most probably the consequence, followed by a restart of the printer.
Print speed Limitation
mm/s Inch/s
51/76 2/3 Max. admissible print contrast: 120%
102 4 Max. admissible print contrast at print width > 100 mm: 105%
Max. admissible print width at print contrast > 105%: 100 mm
127 5 Max. admissible print contrast at print width > 75 mm: 88%
Max. admissible print width at print contrast > 88%: 75 mm
152 6 Max. admissible print contrast at print width > 65 mm: 74%
Max. admissible print width at print contrast > 74%: 65 mm
Table 21: XLP 516: Print width limitations for 300 dpi print heads.
Edition 1 - 8/2021 112 Appendix
(XLP 516) Print width limitations