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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 105
5
Theory of Operation
Card Movement During Printing
Step 1. The card is fed from the input hopper into the printer.
Step 2. As the card is moved into the printer, it is cleaned via the cleaning cartridge; this
cleans dust and dirt particles from the card surfaces.
Step 3. If the printer includes an optional smart card encoder (either contact-style or
contactless), the card is moved to the encoder and is encoded. As the card is
encoded, it is checked to verify that it was encoded properly. If encoding fails, the
card is moved to the reject bin. This is done to avoid wasting time, ribbon panels, and
transfer lm on a defective card. If encoding is successful, the card is moved to the
next step.
If the printer includes an optional magnetic stripe encoder, the card is moved to the
encoder; and the magnetic stripe is encoded. The card is then backed up and run
through the magnetic stripe encoder again; on this pass the card is read to verify
that the magnetic stripe was properly encoded. If encoding fails, the card is moved to
the reject bin. As with failed smart card encoding, this is done to avoid wasting time,
ribbon panels, and transfer lm on a defective card. If encoding is successful, the
card is moved to the next step.
Step 4. The card is positioned at the X-Y card transport and waits for the image(s) to be
printed on the transfer lm. Retransfer printing uses the dye sublimation and thermal
transfer processes to print the image(s) in reverse onto the transfer lm.
Step 5. When printing is completed, the card is moved to the transfer station. As the card is
moved, it is cleaned via the cleaning roller.
Step 6. The card is fed into the transfer station, and the printed transfer lm is applied to both
sides of a card at the same time. The card and lm pass between the heated transfer
rollers, where heat and pressure bond the image onto both surfaces of the card.
Step 7. As the card exits the transfer station, the blower removes any ash (transfer lm
residue) from both sides of the card; and the card is cleaned via the cleaning roller.

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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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