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Zebra ZXP 9 Series User Manual

Zebra ZXP 9 Series
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P1086708-001 ZXP Series 9 Card Printer Service Manual 151
Setting Custom Card Specications
Adjustments
Transfer Temperature
Transfer temperature is controlled by increasing or decreasing the value in one degree increments.
However, changing values in less than ve degree increments will take signicantly more time in
establishing the correct card specication. Values are entered for both single- and double-sided
printer congurations, and for the front and back of the card independently (in the case of double-
sided printing).
Transfer Input and Output Speed
Transfer input speed controls the speed in which the card enters the transfer station in inches per
second (IPS), to an accuracy of one one-hundredth (0.01) of an inch. However, changing values in
less that ve one-hundredth (0.05) of an inch increments will take signicantly longer in establishing
the correct card specication. Values are entered for both single- and double-sided printer
congurations, and for the input and output speeds independently.
Additional considerations and information
The thermal conductivity of the card—or from what and how the card is made—fundamentally
inuences re-transfer performance. Card characteristics affecting re-transfer include:
y Single- vs. multi-layer construction: for single-layer cards, warp is often lowest when
equal energy is put into each side of the card, while such is not usually true for multi-layer
cards made of a mix of metals and plastics due to the widely different thermal properties of
the materials;
y Surface nish: glossy vs. matte;
y Magnetic stripe: more prone to warp, especially low-coercivity (LoCo) cards identiable by a
brown stripe instead of the common high-coercivity black stripe;
y Smart card: often containing asymmetrically-distributed, thermally conductive, dissimilar
components which can make warp reduction more challenging.
Even cards sold as typical PVC may not all be similar in terms of re-transfer behavior, given their
exact binders, llers, pigmentations, and other materials ratios. While many competitive re-transfer
printers tend to discourage the use of PVC because it can be difcult to use in their re-transfer
printers, a prime ZXP Series 9 advantage is the ability to successfully re-transfer to economical PVC
cards.

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Zebra ZXP 9 Series Specifications

General IconGeneral
Resolution300 dpi
Card Capacity Output100 cards
Memory64 MB
InterfaceUSB, Ethernet
Operating Humidity20% to 80% non-condensing
Print TechnologyDye Sublimation
Print Speed YMCKUp to 190 cards/hour
Card Capacity Input100 cards
Card SizesCR-80 ISO 7810
ConnectivityUSB, Ethernet
Operating SystemWindows, Linux
OptionsMagnetic stripe encoding
Power Requirements100-240V AC, 50/60Hz
Operating Temperature15°C to 35°C
Card Thickness10-40 mil

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