Zebra P330i tech manual DRAFT Sept 06

Transcription

Zebra® P330i
Card Printer
Service Manual
980569-001 Rev. A Draft 2 Rev. A
Foreword
This manual contains service information for the Zebra P330i Card Printers manufactured by
Zebra Technologies Corporation, Camarillo, California.
Return Materials Authorization
Before returning any equipment to Zebra Technologies Corporation for in-warranty or out-ofwarranty repair, contact Repair Administration for a Return Materials Authorization (RMA)
number. Repack the equipment in the original packing material and mark the RMA number
clearly on the outside. Ship the equipment, freight prepaid, to the address listed below:
•
For USA, Latin America, and Asia / Pacific:
Zebra Technologies Corporation
Zebra Card Printer Solutions
1001 Flynn Road
Camarillo, CA. 93012-8706.USA
Phone: +1 (805) 578-5001
FAX: +1 (805) 579-1808
•
For Europe and Middle East:
Zebra Technologies Corporation
Zebra Card Printer Solutions
Pittman Way, Fulwood
Preston, PR2 9ZD
Lancashire, U.K.
Phone: +44 - 1 - 772 - 797555
FAX: +44 - 1 - 772 - 693000
980569-001 Rev. A Draft 2
P330i Card Printer Service Manual
i
Foreword
Copyright Notice
© 2004, 2005 ZIH Corp.
This document contains information proprietary to Zebra Technologies Corporation. This
document and the information contained within is Copyrighted by Zebra Technologies
Corporation and may not be duplicated in full or in part by any person without written
approval from Zebra. While every effort has been made to keep the information contained
within current and accurate as of the date of publication, no guarantee is given that the
document is error-free or that it is accurate with regard to any specification. Zebra reserves the
right to make changes, for the purpose of product improvement, at any time.
Trademarks
P330i is a trademark and Zebra is a registered trademark of Zebra Technologies Corporation.
Windows and MS.DOS are registered trademarks of Microsoft Corp. All other trademarks or
registered trademarks are marks of their respective holders.
Product Disposal
Product Disposal Information • Do not dispose of this product in unsorted municipal
waste. This product is recyclable, and should be recycled according to your local
standards. For more information, please see our web site at:
http://www.zebra.com/environment
Declarations of Conformity
89/336/EEC
modified by
EMC Directive
EMC Directive
EN 55022 (1998)
EN 301489-3 V1.4.1
92/31/EEC and
RF Emissions control
RF Emissions and Immunity for radio
equipment
Immunity to Electro-Magnetic
Disturbances
93/68/EEC
EMC Directive
EN55024 (2001)
73/23/EEC modified
by 93/68/EEC
Low voltage
Directive
EN 60950-1 (2001)
Product safety
1999/5/CE
R&TTE Directive
EN300330-2 V1.1.1
Radio Frequency Interferences
For a formal certificate, please contact the Compliance Office at Zebra’s Camarillo facility.
ii
980569-001 Rev. A Draft 2
Foreword
EUROPE: Norway Only: This product is also designed for IT power system with phase to phase
voltage 230V. Earth grounding is via the polarized, 3-wire power cord.
FI: “Laite on liitettävä suojamaadoitus koskettimilla varustettuun pistorasiaan”
SE: “Apparaten skall anslutas till jordat uttag”
NO: “Apparatet må tilkoples jordet stikkontakt”
Model P330i conforms to the following specification: FCC Part 15, Subpart A, Section
15.107(a) and Section 15.109(a) Class B digital device.
Supplemental Information:
This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant to part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference in a residential installation. This
equipment generates, uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not occur in a
particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the
user is encouraged to try to correct the interference by one or more of the following
measures:
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and the receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver
is connected.
Consult the dealer or an experienced radio/TV technician for help.
The user may find the following booklet, prepared by the Federal Communications
Commission, helpful:
How to identify and resolve Radio/TV Interference Problems. This booklet is available
from the U.S. Government printing Office, Washington, D.C. 20402, Stock No. 004-00000345-4. Use of a shielded cable is required to comply within Class B limits of Part 15 of
FCC Rules. Pursuant to Part 15.21 of the FCC Rules, any changes or modifications to this
equipment not expressly approved by Zebra may cause, harmful interference and void the
FCC authorization to operate this equipment.
Industry Canada Notice
This device complies with Industry Canada ICES-003 class B requirements.
980569-001 Rev. A Draft 2
iii
Foreword
P330i Printer Model
The Zebra Product Number tells a story:
Here is a quick review of the Zebra Card Printer Series numbering and lettering system to help
you.
Model numbers include identifiers that specify options using the following lettering
conventions:
Part Number
Description
P330i-_____-___
Base Printer
P330i Color Card Printer
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
__
__
__
__
__
__
__
-
0
B
C
D
E
F
H
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
_
-
_
_
_
_
_
_
_
__
__
__
__
__
__
__
Smart Card Options
None
Contact Encoder
Contact encoder & HID iCLASS contactless
Contact encoder & MIFARE contactless
Contact station
HID iCLASS contactless
MIFARE contactless
_____-_0___-___
_____-_M___-___
Magnetic Encoder
None
Yes (select defaults below)
_____-__0__-___
_ _ _ _ _ - _ _ 1_ _ _ - _ _ _
_____-__3__-___
Magnetic Encoder Defaults
None
Stripe Down, HiCo
Stripe Up, HiCo
_____-___0_-___
Memory Expansion
None
_____-____A-___
_____-____C-___
Interface
USB Only
USB and Ethernet
_____-_____-I__
_____-_____-U__
Power Cords
U. S. and Europe
U. K. and Australia
Windows Drivers and User Documentation / Training CD
_____-_____-_D0
iv
Windows Drivers and User Documentation / Training
included on one CD (Software & Documentation Package)
which contains Multi-language documentation.
980569-001 Rev. A Draft 2
Foreword
Icons
Throughout this manual, different icons highlight important information, as follows:
Note • Indicates information that emphasizes or supplements important points of the main
text.
Important • Advises you of information that is essential to complete a task, or points out the
importance of specific information in the text.
Provides an example or scenario to demonstrate or clarify a section of text.
Electrostatic Discharge Caution • Warns you of the potential for electrostatic discharge.
Electric Shock Caution • Warns you of a potential electric shock situation.
Hot Surface • Warns you of a situation where excessive heat could cause a burn.
Caution • Advises you that failure to take or avoid a specific action could result in
physical harm to you, or could result in physical damage to the hardware.
980569-001 Rev. A Draft 2
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Foreword
vi
980569-001 Rev. A Draft 2
Contents
Foreword. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . i
1 • General Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
1.1 Printer Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
1.2 Controls, Connectors, and Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
2 • Installation and Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
2.1 General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
2.2 Unpacking the Printer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
2.3 Installing the Print Driver Software and Setting Driver Options . . . . . . . . . . . . . 15
2.4 Loading a Ribbon . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
2.5 Installing the Card Cleaning Cartridge . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
2.6 Setting the Card Thickness Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
2.7 Loading Cards. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.8 Card Output Hopper . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
2.9 Connecting the Printer to your Computer. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
2.10 Connecting Power. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
2.11 Printing a Test Card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
2.12 Packing the P330i Printer for Shipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
2.13 Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
3 • Theory of Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
3.1 Color Fundamentals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
3.2 Card Path Elements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44
3.3 Card Movement During Printing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
3.4 CPU PCBA Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47
980569-001 Rev. A Draft 2
Service Manual
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4 • Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49
4.1 Power-Up Failures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50
4.2 LCD Panel Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50
4.3 Printing a Test Card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52
4.4 Card Feed or Transport Failures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
4.5 Print Anomalies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
4.6 Troubleshooting the Ethernet Connection and Adapter . . . . . . . . . . . . . . . . . . . . 58
5 • Replacement Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
5.1 Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
5.2 Required Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
5.3 Removal Sequence . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
5.4 Removing the Top Cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
5.5 Removing the Print Engine from the Lower Cover . . . . . . . . . . . . . . . . . . . . . . . 69
5.6 Removing the Connector Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70
5.7 Removing the Power Supply Cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73
5.8 Removing the Power Supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75
5.9 Removing the Rear Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77
5.10 Removing the Cam Lever . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80
5.11 Removing the Platen Inertia Roller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81
5.12 Removing the Printhead Pressure Spring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82
5.13 Removing the Film/Bracket Sensor PCBA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83
5.14 Removing the Pressure Spring Plate. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84
5.15 Removing the Cam Arm Follower Assembly. . . . . . . . . . . . . . . . . . . . . . . . . . . . 85
5.16 Removing the Clutch Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86
5.17 Removing the Print Head / Carriage Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . 90
5.18 Removing the Print Head Lift Cam . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94
5.19 Replacing the Print Head Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96
5.20 Replacing the LCD PCBA and/or LCD Cable Assembly . . . . . . . . . . . . . . . . . 113
5.21 Replacing the Encoder Shroud and Exit Pressure Roller . . . . . . . . . . . . . . . . . . 115
5.22 Replacing the Exit Pressure Roller Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . 118
5.23 Removing the Balls Retainer Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127
5.24 Card Feeder Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129
5.25 Power / Filter Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 143
5.26 Removing the CPU PCBA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144
5.27 Removing the I/O Daughterboard. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147
5.28 Removing the RFID Cable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 149
5.29 Replacing the Ribbon O-Ring Drive Belt. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151
5.30 Replacing the Ribbon Pulley Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153
5.31 Removing the Ribbon Motor Pulley and the Ribbon Motor . . . . . . . . . . . . . . . 156
5.32 Replacing the Stepper Motor Drive Belt . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158
5.33 Removing the Stepper Motor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159
5.34 Removing the RFID PCBA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 162
5.35 Replacing the Ribbon Color Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164
5.36 Replacing the Card Sensor Cable Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . 168
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Service Manual
980569-001 Rev. A Draft 2
5.37
5.38
5.39
5.40
5.41
5.42
Removing the Print Head Cable Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . 173
Removing the Print Head Lift Motor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 182
Separating the Front Frame from the Center Frame . . . . . . . . . . . . . . . . . . . . . . 183
Magnetic Stripe Encoder Option . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188
Smart Card Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190
Solenoid Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190
6 • Preventive Maintenance. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 193
Appendix A • Software. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 201
Appendix B • Worldwide Service & Support . . . . . . . . . . . . . . . . . . . . . . . . . . . 207
980569-001 Rev. A Draft 2
Service Manual
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x
Service Manual
980569-001 Rev. A Draft 2
1
General Description
1.1 Printer Description
The Zebra P330i Card Printer is a photo ID card printer. It can print at 300 dpi resolution on
10-60 mil (0.25 - 1.5 mm) ISO CR-80 plastic cards. When equipped with a YMCK (Yellow,
Magenta, Cyan, Black) ribbon, it can print full-color images. A wide range of other ribbons,
including monochrome ribbons and ribbons that will additionally apply a protective
transparant overprint, are also available.
The P330i Printer has a USB interface as standard. In addition to the USB port, it can
optionally be ordered with a 10/100T Ethernet port.
If equipped with the optional Magnetic Encoder, the printer will encode a magnetic stripe on
the card. Other options allow encoding of “smart cards,” which have embedded logic and/or
memory circuitry.
The following shows the main functional features found on your P330i Printer.
980569-001 Rev. A Draft 2
1
General Description
Print
Head
Main Cover
(shown open)
Print Head Carriage
(shown in open
position)
Print Head
Carriage Latch
(Optional)
Magnetic
Encoding
Station
Card
Feeder
Cover
(shown
open)
Card
Thickness
Control
Card
Cleaning
Cartridge
Panel
Button
Output
Hopper
(shown in
open
position)
2
Ribbon
Take-Up
Spindle
Ribbon
Supply
Spindle
(Optional)
Smart Card
Contact Station
LCD Display Panel
980569-001 Rev. A Draft 2
General Description
1.2 Controls, Connectors, and Indicators
The P330i Printer has an LCD Display Panel and a Panel Button on the front and a power
connector, power switch, and interface connector(s) on the rear panel. These are shown in the
following figures.
Panel Button
LCD Display
Panel
10/100base-T
Connector *
Ethernet Switch *
Ethernet
Adapter
Status
LED *
Network
Status /
Activity
LED *
Power
Switch
Power
Connector
USB Connector
980569-001 Rev. A Draft 2
Optional DB-9
Connector location
for Smart Card
Contact Station
* These
are on the
optional
Ethernet
Adapter.
3
General Description
1.2.1
LCD Panel
The LCD Panel can display the following messages:
Message
Mode
Operational
INITIALIZING
Scrolling
READY
Fixed
DOWNLOADING DATA
Fixed
PRINTING MONO
Fixed
MAG ENCODING
Fixed
CONTACT ENCODING
Fixed
PRINTING CYAN
Fixed
PRINTING YELLOW
Fixed
PRINTING MAGENTA
Fixed
PRINTING BLACK
Fixed
PRINTING OVERLAY
Fixed
DOWNLOADING FW
Fixed
CLEANING PRINTER
Fixed
Warnings
CLEAN PRINTER
Scrolling
REMOVE RIBBON THEN CLOSE HEAD
Scrolling
EMPTY FEEDER & PRESS BUTTON
Scrolling
LOAD CLEANING CARD IN FEEDER
Scrolling
PRESS BUTTON TO CONTINUE
Scrolling
FEED LONG CLEANING CARD IN EXIT
Scrolling
CLEANING PRINTER
Scrolling
ENCODING ERROR (printing stops)
Blinking
INVALID MAGNETIC DATA
(encoding stops)
Scrolling
REMOVE RIBBON
Fixed
Errors (Printer will not operate)
4
OUT OF RIBBON
Blinking
MECHANICAL ERROR
Blinking
OUT OF CARDS
Blinking
PRINT HEAD OPEN
Blinking
980569-001 Rev. A Draft 2
General Description
1.2.2
Panel Button
During normal printer operation, if the Panel Button is pressed briefly nothing happens.
If the Panel Button is held down for more than three seconds, the printer will start a cleaning
cycle and the LCD Panel will prompt the operator to load a cleaning card in the feeder. (If a
print operation was in process when the Panel Button was pressed and held down, the print
operation will be completed before the printer starts a cleaning cycle.)
If the Panel Button is pressed and held down while power is turned on to the printer, the printer
will print a test card. This provides a quick check of printer operation completely
independently of a computer or network connection.
In response to LCD Panel prompting messages, press the Panel Button to continue various
operations.
980569-001 Rev. A Draft 2
5
General Description
1.2.3
Card Thickness Control
The Card Thickness Control is used to set the P330i printer for use with cards of different
thicknesses. Use of the Card Thickness Control is described in Chapter 2.
Card Thickness
Control
6
980569-001 Rev. A Draft 2
General Description
1.2.4
(Optional) Ethernet Adapter
P330i Printers equipped with the optional Ethernet Adapter have the following additional
controls and indicators:
(Recessed)
Ethernet
Reset Switch
10/100Base
RJ45
Ethernet
Connector
Ethernet
Adapter
Status
Indicator
Network
Status /
Activity
Indicator
Ethernet Reset Switch
If the Ethernet Reset Switch is pressed and held while turning the printer power on, and then
released when the Ethernet Adapter Status Indicator turns green, the Ethernet Adapter will be
reset to the factory default configuration parameters.
While power is on, if the Ethernet Reset Switch is press and held, a configuration card
showing the Ethernet Adapter’s current confuguration settings will be printed.
Ethernet Adapter Status Indicator
The Ethernet Adapter Status Indicator is a bi-color (red - green) LED, that shows the
operational status of the Ethernet Adapter.
Network Status/Activity Indicator
The Network Status/Activity Indicator is a bi-color (orange - green) LED, that indicates
network speed, establishment of a link, and network activity.
Note • Detailed information on the use of these indicators is presented in Chapter 4,
Troubleshooting.
980569-001 Rev. A Draft 2
7
General Description
8
980569-001 Rev. A Draft 2
2
Installation and Setup
2.1 General Information
This section will guide you through the installation and setup of your P330i Card Printer. This
consists of the following procedures, which should be performed in the order presented.
•
Unpacking the Printer
•
Installing the Print Driver Software and Setting Driver Options
•
Loading a Ribbon
•
Installing the Card Cleaning Cartridge
•
Setting the Card Thickness Control
•
Loading Cards
•
Connecting the Printer to your Computer
•
Connecting Power
•
Printing a Test Card to verify printer operation
The procedure to be followed for Packing the Printer for Shipment is given at the end of this
section.
The printer should be placed in a location that allows easy access to all sides. The printer
should never be operated while resting on its side or upside down.
980569-001 Rev. A Draft 2
9
Electric Shock Caution • Limit AC power supplied to the P330i Printer to 110 ~ 230
volts, 60 ~ 50 Hertz. Limit excess current draw to 16 amps or less, using an associated
circuit breaker or other such device. Never operate the printer in a location where
operator, computer, or printer can get wet. Personal injury could result. The printer must
be connected to an earthed electrical power source and properly protected against
electrical surges and grounding faults; the electrical reliability of the printer is based on
the reliability of the mains power source and with the earth connection.
The printer’s power supply is an internal unit that can only be serviced or replaced by
trained and authorized personnel.
2.2 Unpacking the Printer
Your P330i Card Printer ships in a carton and protective anti-static bag. Keep all packaging
material in case you need to move or re-ship the printer.
Step 1. Inspect the shipping container to ensure that no damage has occurred during
shipment. If any damage is apparent, file a claim with the shipper.
Step 2. Unlatch and remove the handles on either end of the shipping container, as shown in
the figure below.
UP
Step 3. (See the figure on the next page as you perform the following steps.) Lift the upper
part of the shipping container off of the lower part (which will still hold the printer
and its packing material).
Step 4. Remove the packing material around the top of the printer.
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Step 5. Lift the printer out of the carton by holding it with both hands.
Step 6. Please ensure that you have a clean and nearly dust free environment for proper
operation and storage of the printer.
Step 7. Make sure the following items are included with your P330i printer:
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11
Card Cleaning Cartridge
CD-ROM with Driver Wizard
and User’s Manual
Power Cables (2)
USB Cable
Cleaning Kit
If any items are missing, please contact your dealer. To reorder, please refer to Appendix D of
this manual.
Step 8. Remove packing tape securing the printer’s Main Cover and Card Feeder Cover.
Step 9. Your P330i Printer ships with warning tape where the Card Cleaning Cartridge will
be installed, and a pad that protects the print head from possible damage in shipment.
To remove the tape and pad, follow the following steps:
a.
12
Open the printer’s main cover by lifting at its lower front lip.
980569-001 Rev. A Draft 2
b.
Locate the Print Head protection pad and the Card Cleaning Cartridge location tape
(see below).
Remove me
I
Print Head
Protection Pad
c.
980569-001 Rev. A Draft 2
L
A
NST L
Location Tape
Release the Print Head Carriage by pushing the Print Head Carriage Latch to the left,
and raise the Print Head Carriage. It will remain open at about a 45° angle.
13
Print Head
Carriage
Latch
d.
14
Remove the print head protection pad. Keep the pad, as well as the other packing
material and the shipping carton, in case the printer is shipped or moved. If the
original material is lost, a replacement Shipping Kit can be ordered from Zebra;
please refer to the Media List on the Windows Drivers and User Documentation CD
supplied with this printer.
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2.3 Installing the Print Driver Software and Setting Driver
Options
Printing with the P330i Printer requires the Windows Printer Driver and your card design/
issuing software or printer command level programming through the printer interface.
The P330i Card Printer can be used with any Windows 2000 or Windows XP computer, using
the drivers provided on CD with the printer.
This section contains information on the printing of a sample card in color (using the 5-panel
color ribbon YMCKO and the Windows Printer Driver).
Note • If updating the printer driver from a previous version, before installing the updated
printer driver version, always delete the existing version from your computer.
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15
2.3.1
Installing the P330i Print Driver
To install the P330i Printer Driver automatically on all Operating Systems, use the Zebra
Install Wizard.
Note • Ensure that you have administrative privileges to perform this installation, or contact
your IT department.
The Install Wizard will walk you through the appropriate installation steps. The Wizard will:
•
Automatically launch when the driver CD is inserted.
•
From the main menu of your documentation CD, select your desired language and then
select “DRIVERS” from the subsequent menu. The Install Wizard will walk you through
the appropriate steps.
•
Delete previous versions of the driver and clean up any necessary Registry entries. You
must select “Remove” from the install options to remove any previous driver versions.
2.4 Loading a Ribbon
i Series Printers require the use of i Series ribbons for full color printing. The Resin Thermal
Transfer and Dye Sublimination ribbons for P330i are specifically designed for your P330i
Printer.
Step 10. Place the printer power switch in the OFF (0) position.
Step 11. If the printer’s Main Cover is closed:
a.
16
Open the printer’s Main Cover; lift it by the lip at the bottom front as shown in the
figure below left.
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Electrostatic Discharge Caution • DO NOT TOUCH the Print Head or the electronic
components on the Print Head Carriage. Discharges of electro-static energy that
accumulate on the human body or other surfaces can damage the Print Head or other
electronic components used in the printer.
Note • Avoid any direct contact with the print head to prevent transfer of oils or
contamination. Outside of normal operation, only the Zebra-approved cleaning materials
should come in contact with the print head.
b.
Raise the Print Head Carriage by pressing the release latch to the left (toward the
output hopper) and lifting as shown below to about a 45° angle. The Print Head
Carriage will stay in that position, as shown at the right below.
Ribbon Take-up
Spindle
980569-001 Rev. A Draft 2
Ribbon Supply
Spindle
17
Step 12. Locate the Ribbon Supply Spindle and the Ribbon Take-up Spindle (see above).
Load ribbon onto the supply spindle (under the print head carriage) flange side in,
and load the empty core (with tape attached) onto the take-up spindle. Make sure the
ribbon comes off the top of the supply spindle and feeds to the top of the take-up
spindle.
Take-up
Spool
Flange
Supply Spool
Hot Surface • Do not touch the print head if the printer has been in service within the
last 10 minutes. It could be very hot and cause a burn.
Electrostatic Discharge Caution • A static discharge is possible if you touch any
exposed metal parts. Use of an anti-static wrist strap or comparable anti-static protection
is required.
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Step 13. Gently press the print head carriage down until it is fully lowered, as shown below.
Very little force is neccessary to perform this step.
Note • During normal operation (with power connected and turned on), the ribbon would
automatically synchronize when the Print Head is restored to its fully-down position. The
ribbon would be identified and the corresponding parameters sent to the driver.
Since power is not connected at this point in the Installation and Setup Procedure, nothing
will happen when the Print Head Carriage is closed. The ribbon will synchronize when power
is turned on.
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2.5 Installing the Card Cleaning Cartridge
The Card Cleaning Cartridge cleans the cards entering the printer. The Card Cleaning
Cartridge consists of a Cartridge Frame and an Adhesive Roller, which are packed together.
Step 1. Remove the Cartridge Frame and the Adhesive Roller from their packaging. Insert
the Adhesive Roller into the Cartridge Frame, as shown below. To avoid
contamination, always hold the frame and the roller by the ends.
.
Step 2. Peel the protective wrapper from the Adhesive Roller.
Step 3. If the printer’s main cover is closed, open it. Locate the area where the Card Cleaning
Cartridge will be installed (initially, this area was covered by a warning tape).
Card Cleaning
Cartridge Mounting
Location
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Step 4. Locate the slot at the rear of the Card Cleaning Cartridge mounting location; see
below.
Card Cleaning
Cartridge
Positioning Slot
Step 5. Hold the Card Cleaning Cartridge by the extended “handle” (so the large arrow on
the top is pointing away from you). With the cartridge at about a 30° angle (pointing
downward), insert the lip of the cartridge into the slot, until the cartridge seats against
the back wall. Then press the front of the cartridge down until it seats all the way
down and latches with an audible “click”. See below.
Slot
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21
Card Cleaning Cartridge in final position
Step 6. Close the printer’s Main Cover.
2.6 Setting the Card Thickness Control
The Card Thickness Control is set by the user to adjust the gap as cards enter the printer, to
prevent double-feeds (which could cause a jam) or mis-feeds.
Note • Set the Card Thickness Control before loading cards.
Step 1. Open the Card Feeder cover. The cover is hinged; lift it by the lip at the right front
corner.
Note • To reduce contamination and ensure better print quality, minimize the time the Card
Feeder cover is open.
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Step 2. The Card Thickness Control Lever is at the front of the left-side opening of the Card
Feeder area.
Card Thickness
Control
Step 3. There are four detents to set the position of the Card Thickness Control. Slide the
Card Thickness Control to the position corresponding to the following:
Detent Position
Card Thickness
Highest
50 mil (1.27 mm) to 60 mil (1.52 mm)
3rd position
30 mil (0.76 mm) to 50 mil (1.27 mm)
2nd position
20 mil (0.51 mm) to 40 mil (1.02 mm)
Lowest
10 mil (0.25 mm) to 20 mil (0.51 mm)
Note • The overlap in settings above accomodates variations in environmental conditions
(especially humidity) and cards from different manufacturers. In general, start at the lowest
position and move the lever up until cards feed reliably.
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23
Note • “60 mil” (“1.524 mm”) cards may have a significant variation (over 10%) in the actual
thickness of the cards; do not use these cards unless each card has been measured to have a
thickness less than 66 mil (1.676 mm).
2.7 Loading Cards
This section shows how to load plastic cards into the P330i Printer. The P330i can use cards
with a range of thickness from 10 mil (0.25 mm) to 60 mil (1.5 mm).
Note • Do not mix cards of different thicknesses!
The P330i Printer can also load and print cards fed individually. Information on this is given in
the next chapter.
Note • DO NOT bend cards or touch print surfaces as this can reduce print quality. The
surface of the cards must remain clean and dust free. Always store cards in an enclosed
container. Ideally, use cards as soon as possible.
Note • For cards with magnetic stripe, refer to Appendix A for loading instructions.
The plastic cards generally come in decks of 100 cards; the Card Feeder can hold a full deck of
100 30-mil cards. Cards sometimes will stick together; this can cause mis-feeding or doublefeeding. To avoid this, separate the cards before loading, as described in steps 2 through 4
below.
Step 1. If the Card Feeder cover is closed, open it. The cover is hinged; lift it by the lip at the
right front corner.
Note • To reduce contamination and ensure better print quality, minimize the time the Card
Feeder cover is open.
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980569-001 Rev. A Draft 2
Caution • Do not touch print surfaces of the cards; this can reduce print quality
Step 2. Remove all wrapping from the card deck.
Step 3. Holding the card deck by the sides, hold it vertically against a flat surface such as a
desktop. If the deck is too thick for your hand to hold it comfortably, use about half a
deck at a time.
Step 4. Push the stack back and forth to an angle of about 45° from vertical, so as to separate
all of the cards.
Note • Static charges and edge burrs from the card die-cutting process can render individual
cards stuck together with significant adhesion force. These cards must be physically separated
from each other before inserting into the feeder; if not separated, feeding or printing problems
may occur.
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25
Step 5. Restore the card stack to its original squared-off condition, and place the cards in the
input hopper.
Step 6. Note that there will be a “gap” in the card stack, with several cards lying flat and the
cards above angled upward, as shown in the exaggerated drawing below. This is
normal and ensures proper feeding.
Note • Do not try to eliminate the gap by pressing down on the card stack in the input hopper;
this can cause misfeeds.
2.8 Card Output Hopper
The card output hopper is normally extended to receive the printed cards. The printer may be
operated with the card output hopper in its closed position; in this case the cards will not be
collected in the output hopper.
Step 1. Pull the card output hopper out to place it in its functional position.
Note • The output hopper is a very snug fit to prevent it from moving during shipping or
operation; firm force is required to change its position.
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Step 2. When not using the printer, slide the card output hopper back into its closed position
to protect the printer from dust and protect the output hopper from damage.
Step 3. The output hopper can be completely removed from the printer if necessary by
inserting a thin, blunt object (such as a pencil) up through the hole in the bottom of
the printer enclosure and pressing (up) to release the hopper while simultaneously
pulling the hopper out. To re-install the output hopper, simply slide the output hopper
in until it locks in place.
2.9 Connecting the Printer to your Computer
The P330i Printer includes a standard USB interface.
As an option, the printer can be ordered with a 10/100base-T Ethernet Adapter (in addition to
the USB interface). The Ethernet Adapter can also be ordered as an add-on option and
installed in the field by a Zebra factory certified technician.
Step 1. If using the USB interface, use the supplied USB cable to connect between the USB
connector on the printer and a USB port on the computer, as shown below. (Note that
the figure below shows the optional Ethernet Adapter directly above the USB
Connector; this may not be present on your printer.)
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27
Power
Switch
(Optional)
Ethernet
Connector
Power
Connector
USB Connector
Step 2. If your printer includes the optional Ethernet Adapter as well as the standard USB
connection, use either the supplied USB cable or a standard Ethernet cable to
connect the printer to a corresponding port on the computer or network.
Important • Do not use both USB and Ethernet connections at the same time!
Important • Intermittent or unpredictable operation may occur from unsecured connectors. If
damaged, the power cable must be replaced by an exact equivalent.
2.10 Connecting Power
The P330i Printer includes an internal AC power supply that accepts nominal input voltage in
the range from 110 to 230 volts at 50 to 60 Hertz. The power source must be grounded.
Depending on specific model number, your P330i Printer will include one or two power cords;
use the one that is appropriate for the AC power source connection at your location. If neither
has an appropriate connector, AC power cords may be purchased locally; make sure it is a
three-wire (grounded) cord.
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980569-001 Rev. A Draft 2
Power
Switch
Power
Connector
Step 1. Place the Printer’s power switch in the OFF ( O ) position.
Step 2. Depending on your local AC voltage, plug the appropriate power cord into the
printer’s power connector and a grounded AC power source connection.
Caution • If the power cord appears damaged in any way, or if the power cord will not
securely plug into the Printer’s power connector or the AC power source connection,
STOP! Use of a damaged or incorrect power cord could cause equipment damage, result
in an electrical fire, or possibly cause injury.
Step 3. To turn the Printer on, set the Printer’s power switch to the ON ( | ) position.
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29
2.11 Printing a Test Card
With ribbon and cards loaded, your P330i Printer is ready to print. To check the operation of
the printer, you should print a test card. (Printing a test card does not require that the printer be
connected to your computer or network, but power must be applied.)
Step 1. Set the printer’s power switch (on the back of the printer) to the OFF ( O ) position.
Step 2. While pressing the Printer’s front panel button (next to the LCD display panel),
switch the printer ON ( | ).
Step 3. Hold the panel button until the LCD display panel reads “SELF TEST”.
Step 4. Release the panel button, and the test card will print.
This is an example of the test card:
PLASTIC CARD PRINTER
PRINTER: P330iM
Serial N°: XXXXX
Firmware: XXXXXXX
300 dpi
TEST CARD
Head resistance: XXXX
Offset: XXXX-XXXX
EC:XX
Printing counter: XXXXX
2.12 Packing the P330i Printer for Shipment
If the P330i Printer is to be shipped, it is important to use the original packing and shipping
material to prevent damage to the Printer. If the original material is lost, a replacement
Shipping Kit can be ordered from Zebra; please refer to the Media List on the Windows
Drivers and User Documentation CD supplied with this printer.
Note • The specifics of the shipment and the printer’s condition may influence which of the
following steps are followed; common sense should prevail.
Step 1. Remove cards in the card feeder:
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980569-001 Rev. A Draft 2
a.
While the printer still has power applied and is turned on, and is still connected to the
host computer, remove cards from the card feeder. The last card may be difficult to
remove. If so, use the Eject Card command available through the driver on the host
computer to eject the last card that is staged in the feeder.
Caution • Do not physically pull the last card out of the feeder staging area. This could
damage the printer and void the warranty, as well as damage the card.
Close the Card Feeder Cover.
Step 2. If the printer still has power applied and is turned on, and is still connected to the host
computer, set the printer’s power switch (on the back of the printer) to the OFF ( O )
position, and disconnect the interface and power cables to the printer.
b.
Step 3. Open the Main Cover. Open the Print Head Carriage and remove the Ribbon. (If you
wish to save the ribbon for future use, you may want to put it in a plastic bag for
storage.)
Step 4. Insert the print head protection pad, and close the Print Head Carriage. Remove the
Card Cleaning Cartridge and place it in the upper foam insert. Close the Main Cover.
Step 5. Slide the Output Hopper in all the way against the Printer.
Step 6. Place the Printer in its protective plastic bag.
Step 7. Place the lower foam insert in the lower part of the shipping carton.
Step 8. Use both hands to carefully place the Printer into the recess in the lower foam insert.
Step 9. Place the upper foam insert onto the Printer and gently press it down so it makes a
snug fit on the Printer; the top of the upper foam insert should be even with the upper
edge of the lower part of the shipping carton.
Step 10. Slide the upper part of the shipping carton down over the lower part.
Step 11. Insert and close the handles/latches.
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31
2.13 Operation
Printing with the P330i Card Printer is similar to printing with any other printer in a Windows
environment.
• The Printer Driver Software is installed on your computer (see Chapter 2).
32
•
The P330i Printer is connected to the power source and the computer (see Chapter 2).
•
The P330i Printer is selected by either the Operating System or the appropriate application
software program.
•
Printer Properties are set (the factory default values will be appropriate for many
applications).
•
Card printing is directed by the appropriate application software program.
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2.13.1
Setting Printer Properties
Printer Properties can be set either at the Operating System level or within the application
software program used for printing cards.
Note • In the following description of setting Printer Properties, only those properties and
options that are suitable for being set by the User are described. The User should not make
selections or set parameters unless they are specifically described in this section
Preferences settings can configure the P330i Card Printer for Landscape (wide) or Portrait
(tall) printing orientation, and allow the user to verify that the desired ribbon is installed in the
printer. (Monochrome ribbons are selected via the drop-down menu.) Detailed instructions on
setting printer parameters is presented in Appendix XXX..
If the P330i Printer includes the optional magnetic card stripe encoder, encoding parameters
and coercivity can be set.
Printer cleaning can be initiated from the Tools window (printer cleaning can also be initiated
at the printer; see Chapter 4).
Also from the Tools window, the Test Card can be selected from several pre-loaded styles.
“Single Feed Options” allows Disabling or Enabling Single Feed Support.
•
If “Disable Single Feed Support” is selected, when the P330i Card Printer runs out of
cards in the feeder, the LCD display will read OUT OF CARDS. To continue, press the
panel button.
•
If “Enable Single Feed Support” is selected, when the P330i Card Printer runs out of cards
in the feeder it will wait until a card is inserted in the single-card slot or cards are loaded in
the feeder, and then will automatically continue.
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33
2.13.2
Printing a Sample Card
Sample card designs are installed with the printer driver. Sample cards require Microsoft Word
or Microsoft Paint application software. The cards are accessed via the Start menu. Select
Start, select Programs, select Zebra Card Printers, and select a sample card, or follow the
directions below to design a card.
Follow these steps to design and print your first card:
Step 1. Launch Microsoft Word Software. Depending on your computer configuration this
may be done by double-clicking an icon on your desktop, or by clicking the
Windows Start icon, selecting Programs, and navigating to Microsoft Word
Step 2. Go to the File menu and choose Page Setup.
Step 3. Select the Paper Size tab, choose Card. Under orientation, select Landscape.
Step 4. Select the Margins tab, and set the Top, Bottom, Left, and Right margins to 0 (zero).
Step 5. Click OK to close the Page Setup window.
Step 6. The card appears on the screen.
Step 7. Design a card with both black and colored text and with colored pictures (see
example below).
us!
http://www.zebracard.com
Note • For cards thinner than 20 mils (0.51 mm), the card design must be limited to (1) no
more than two 30 mm x 30 mm areas of full color, (2) black information (text and barcode,
for example) must cover no more than 50% of the card area, and (3) there must be at least a
5mm unprinted border along all edges.
For cards thicker than 40 mils (1.02 mm), the card design must have at least a 5mm unprinted
border along all edges.
For cards with thickness between 20 mils (0.51 mm) and 40 mils (1.02 mm), these
restrictions do not apply; full color printing is permitted edge to edge in both directions.
Step 8. Once you are ready to print, go to the File menu and select Print.
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980569-001 Rev. A Draft 2
Step 9. If the printer was not selected as the default printer, go to the File menu, select Print
Setup and choose Zebra P330i Card Printer from the printer names list. Then
Close the Print Setup dialog box.
Step 10. The printer will feed in a card and start printing (the data download time will vary
depending on the complexity of the card design and the processing speed of your
computer).
Step 11. Once the printing job is complete, the card is ejected from the printer.
2.13.3
Feeding One Card at a Time
A Manual Feed Slot is available below the Card Input Hopper for feeding single cards. The
Card Input Hopper must be empty for single-card feeding to work properly.
Step 1. Open the Card Feeder cover. Verify that there are no cards in the feeder, then close
the Card Feeder cover.
Step 2. Insert a single card into the slot below the Card Feeder. Do not feed more than one
card at a time.
Note • If single-card feeding will be the normal mode of operation, you may select that mode
through the driver software. In single-card feed mode, the card will not be printed until the
print job has been sent to the printer and the card to be printed has been inserted into the
single-card feed slot.
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35
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3
Theory of Operation
This chapter includes four major topics:
•
Color Fundamentals
•
Card Path Elements
•
Card Movement During Printing
•
CPU PCBA Description
3.1 Color Fundamentals
The following offers readers a perspective on how imaging occurs in various systems, with a
particular emphasis on card printers, their interaction with other system elements, and a
comparison of techniques.
Color refers to the hues people see. This refers to the visual spectrum. People can see the
whole spectrum when they look at a rainbow or at the dispersal of white light through a prism.
The extremes of this spectrum are red (the longest wavelength perceivable) and violet (the
shortest wavelength perceivable). The remaining orange, yellow, green, etc., shades lie
between the red and violet extremes. Ultra Violet and Infrared spectrums exist above and
below the visual.
A light source, such as the sun, generates the full range of color frequencies, which combine to
produce white. Black results when light fails to reflect off of an object due to an absence of the
object color in the source illumination or when a printed color prevents reflected light. Object
colors converge toward black as source illumination decreases.
Saturated colors are colors in their purest state. This means they contain no white (as in
pastels) or black (contrast reduction) components. A so-called trained observer can discern
about 450 fully saturated shades. When these colors are diluted by black, the number of
discernable shades diminishes. However, white dilutions increase the number of colors
discernible.
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37
Theory of Operation
In Card Printers, images result from two types of ribbon coatings—dye and resin. Dye
coatings allow color gradations from a light application to a dense application using Dye
Sublimation imaging. P-Series printers can apply dye in 32 steps (from zero to 31). This
allows the mixing of dye colors to produce a non ribbon panel color and determines how much
of the white card color shows through. Resin, however, is applied at full saturation, meaning
no card or other underlying colors show through. A saturated color absorbs all non-reflected
spectrum elements. In contrast, a non-saturated dye color acts as a filter that absorbs a
percentage of the elements returned to a viewer and all of the non-reflected spectrum elements.
In any printer imaging system, memory capacity becomes a concern. One typically reads about
systems offering say 24-bit color. This refers to an RGB system that uses eight bits to describe
each of the primary colors red, green, and blue. Such a system can quantify each primary color
in a range of steps of from zero to 256. Twenty-four bit color yields a 16,777,216 shade
pallette for each pixel in the desired image. Fifteen-bit color yields 32,768 shades and requires
15-bits for each pixel in the desired image. Thirty-two bit color adds an eight-bit transparency
component to 24-bit color, which along with other non-color data, becomes an Alpha Channel
component.
Data compression is also a factor. Note that the memory required for images expands
substantially with the number of shades. Compression attempts to reduce the memory
requirements. Some compression schemes only attempt to identify repeating colors. Others,
such as JPEG, can treat various amounts of change as the same repeating colors. Carried to an
extreme, JPEG compression would produce a posterized result, meaning color changes would
step unnaturally. This would become noticeable in blends and in photographic images.
Color matching also depends on the colors available within Color Palettes. Systems typically
offer palette selections that range from 256 to several million colors. Some applications also
offer choices that support file size reductions. Others are file format determined. An
application that creates 24-bit RGB color images needs to have a way to send data to a printer
capable of say 15-bit color. An application typically creates a palette based on the colors used
in its image file. For printing, a Printer Driver must map source file colors to nearby colors in
the palette used by the printer. A similar process can occur during exports to some file formats.
In color printing processes, particular shades of color derive by mixing quantities of the basic
colors cyan, magenta, yellow, and sometimes black (usually referred to as CMY or CMYK—
where K designates black). When users choose some other color definition from their
application—e.g., hue saturation intensity (HSI) or red green blue (RGB)—a conversion to
CMY/CMYK must take place to support a printer. Color mixing occurs at the level of each
pixel. Pixels serve as the basic elements of images. Pixels can comprise either one dot (the
smallest printable element) or a small matrix of dots, depending on the methodology used to
form the images.
Offset printing and Dye Sublimation can produce a substantial range of colors within just one
dot. Color Monitors produce their range of colors using a red, green, and blue (RGB) three-dot
matrix. Scanners and digital cameras employ charge-coupled devices (CCDs) that capture and
deliver RGB components.
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Theory of Operation
Thermal Transfer and most Ink Jet printers produce their range of colors using larger dot
matrixes—typically up to four-by-four or equivalent dots—where each dot color can be a
fundamental (CMY) or the combination of fundamentals (which adds RGB and black).
Therefore, these particular devices limit their dot colors to cyan, magenta, yellow, red, green,
blue, black, and the media color (usually white). Since these colors remain unmixed, color
perception beyond the eight relies on a person's natural tendency to mix dot color components
where associated dots appear too small for individual perception.
With eight dot colors possible, a four-by-four dot pixel matrix can produce in excess of four
billion combinations ((4 x 4)8). However, as long as the color components remain the same,
the dots in a matrix can be shuffled into any pattern without changing the color perceived. For
example, a matrix containing all-white dots except for one red dot produces the same shade of
pink no matter where in the matrix the red dot lies. Therefore, a matrix containing n dots can
produce each color in n different ways. This makes a four-by-four matrix capable of producing
more than 268 million different shades ((4 x 4)8/16 + white). For monochrome printing, which
is the only matrix-based printing that users might want to apply to a P-Series printer, this same
matrix can produce 16 different gray (or other thermal transfer ribbon shades) levels plus
white ((4 x 4)2/16 + white).
Mixing of dot colors in Offset Printing and Dye Sublimation occurs by controlling the amount
of each dye or ink that gets applied to each dot. Mixing in color monitors occurs from control
of RGB intensities. For CRTs (cathode ray tubes) three beams act on the respective phosphors.
For Active Matrix Displays, liquid crystals emit the RGB levels.
Of all the methods, Dye Sublimation produces the best quality printouts, because as is the case
for all P-Series Printers, each dot can have the full range of 15-bit color (32 shades per dye
color) at a full 300 dpi resolution. In fact, even with resolutions equal, Dye Sublimation still
holds an advantage over offset printing. Dye Sublimation creates a dot color by applying
varying densities of the CMY dyes. Offset printing creates a dot color by varying the diameter
of the CMYK ink dots, which can make individual dots more observable and subject to moire
pattern generation. Since without magnification no one can see individual dots at 300 dpi and
since each dot results from percentages of YMC ribbon colors, Dye Sublimation offers card
printer users essentially the continuous-tone quality of photographs.
Moire (typically herringbone) patterns can become a factor when users generate either print
files or hard copy separations for offset printing. Users creating related print files typically ask
the people that do their offset printing which separation angles best reduce these patterns
before risking a distorted result. Many applications offer Print Dialog options for these
settings.
All the non Dye Sublimation print methods work because we naturally mix dot colors that
appear too small for individual perception. To see individual dot intensities or colors, view the
monitor or printed page using a loupe or other such magnifier.
Not all images require high dot densities. The need for high dot density decreases as the
viewing distance increases. For example, a large roadside sign may require separations
screened at only four lines per inch. Such a sign would appear like a mosaic of CMYK dots if
viewed from too close a distance. Note that press men use lines per inch instead of dots per
inch, because they image color separations through screens to generate dot-based images from
continuous-tone images. However, both refer to picture resolution.
980569-001 Rev. A Draft 2
39
Theory of Operation
Pixelization, or the ability to see individual pixels, typically becomes a factor when a digital
image undergoes magnification. At 300 dpi, a dot measures 0.00333... inches (0.081666...
mm). Individual pixels in such an image remain unobserved to the naked eye. Observable
pixels do not show up until a magnification reduces the resolution well below 200 dpi.
Notably, monitors display images at 72 dpi.
An original at 72 dpi is at a threshold. Any magnification of pixels of a 72 dpi original for a
screen image occurs by repeating pixels taken from the original. Higher resolution originals
can sustain greater magnifications before the need for repeats begins. In other words, an
original bitmap can only be magnified so much before the need for duplicated pixels occurs
and pixelation begins to become an issue.
In raster systems, where line scans take data from a video memory, graphic objects comprised
of lines typically undergo antialiasing. Without this, lines created at other than zero, 45, 90
degrees and their complements would have a jagged appearance. Line Generators can only put
data in available dot positions in a video memory. In effect, each line-dot generated lands on
the closest dot position available. A jagged appearance occurs as one axis element has
intervals that stay the same while the other axis element marches along step-by-step.
Antialiasing compensates for a lack of ideal dot positions by averaging the line-dot intensities
with those of near-by dots. An illusion of straight lines results.
Office Printers offer resolutions typically from 300 to 600 dpi. A degree of resolution
reduction (down sampling) can be tolerated in order to reduce the amount of data required.
When a file size needs to be kept in check by not exceeding a viewer's needs, the printed image
should typically tolerate a resolution reduction to about 180 dpi. Typically, the down-sampling
process occurs by averaging pixel groups, with group size a function of the desired change
from one pixel density to another.
Because a monitor and a printer produce color through different methods, users can expect
somewhat different results. A monitor uses an additive process, meaning a particular color
derives from intensity control. For example, a color moves toward the green by intensifying
excitation of green CRT phosphors. Printed images, on the other hand, use a subtractive
process. These images display their color through reflected light. To generate a particular
printed color, the process must subtract (that is, filter out and not reflect) parts of the source
illumination, which then lets other parts dominate. For example, a reduction in cyan (greater
cyan filtering) would allow yellow and magenta components to become more dominate.
The light reflected off of the surface of a white card passes through any colored dyes deposited
on the surface of the card, both going and coming. The dyes used to form printed images serve
as filters of light that would otherwise reflect off of what is typically a white print media. In
printed images, complete filtration (or what serves as the maximum subtraction capability)
results in black. Conversly, the absence of filtration results in the color of the print media. In
monitors, maximum intensities (maximum additions) result in white, and minimum intensities
produce black. Because light reflected from print media depends on ambient lighting, users
may get darker images from a printer than they see on their monitor, where a brightness setting
exists.
40
980569-001 Rev. A Draft 2
Theory of Operation
Print illumination (generally from room or outdoor lighting) affects color for all printed
images. When a light source emits less in certain parts of the visual spectrum, a print
illuminated by such a source by necessity reflects less of the associated colors. This occurs
even though the corresponding light reflecting capability remains inherent in the print.
Imagine, for example, the effect of placing a color filter in front of a light source. Only the
visual spectrum parts passed by this filter can reach the print. Viewers can sometimes see
subtle effects of this by observing the same print under sunlight, incandescent lights, and
fluorescent lights.
Sunlight radiates fairly evenly over the entire visual spectrum, rising only slightly higher at the
center. Incandescent lights radiate far more on the red side than on the blue side of the visual
spectrum. Fluorescent lights radiate differently depending on their phosphor blends. Such
classifications as “Cool Light” and “Warm Light” refer to blue-rich and red-rich
enhancements, respectively.
In scientific terms, the question “How white is my source?” is resolved by a side-by-side
comparison between a source in question and a heated black body radiator. The term “black
body” refers to a material that produces no color other than that which results from heating.
Imagine such a material first appearing reddish and then gradually becoming white hot
followed by bluish white as its temperature is pushed higher. These are the whites to which
comparisons are made. In the Graphic Arts industry, the following standards for white exist:
Region
Black Body Temperature
U.S.
5000°K
Europe
6500°K
The NTSC standard for white is 6500°K. However, only a properly adjusted television or
monitor can produce a standard white.
When close concern for color is important in displaying prints, users should find similar
ambient conditions for a color check. If a color is closely related to identifying a printed
feature, users may find themselves dealing with this level of concern, with skin tones typically
offering the greatest challenge. However, most applications tend to require a less critical
evaluation. Usually, what looks good in one setting tends also to look good in another, despite
any subtle differences in ambient lighting.
Color is very much a function of the device either sensing or producing the color. A computer
monitor that uses a CRT, for example, can produce very bright images, typically brighter than
those produced by a television set. A television set typically can produce a broader range of
colors than can a CRT monitor. Television manufactures emphasize color range over
brightness; monitor manufacturers emphasize brightness over color range. While the forgoing
compromises generally hold true, each device manufacturer, in fact, takes a different
perspective when deciding which formulations to use in the red, green, and blue CRT
phosphors. Moreover, devices with a brightness control allow a wide range of image
intensities. Active Matrix Displays generate images from a back-lighted grid that activates red,
green, and blue LCD pixel elements. For paper, and other print media, gloss affects brightness,
and Black Body Temperature affects hue.
980569-001 Rev. A Draft 2
41
Theory of Operation
More issues arise with the addition of a color scanner to a system. These devices also differ
between manufacturers. WYSIWYG (what you see is what you get) from scanned picture to
monitor to printer gets complicated because of different device color ranges (Gamuts) and by
the different color systems used. A printed color outside the range of a scanner cannot make it
to a monitor; only a nearby color can. Users that attempt to use a computer application to edit
the image received from a scanner may add colors beyond the range of their printer. Notably,
some applications issue gamut warnings. Both monitors and scanners use the RGB system,
while color printers use the CMY/CMYK system. Additive systems produce a better range of
colors using RGB, while subtractive systems do better with CMY/CMYK.
An important concern then becomes "how does a device handle color data beyond its range?"
If a device just substituted the best color available, objects filled with blends, starting from
inside the gamut and ending at some point beyond the gamut, would lose their desired
appearance. For example, an object blending from say an orange to a red beyond its red range
would abruptly stop blending at the point the device could no longer produce a deeper red. The
remaining blend would then continue with the same color. Some devices avoid this effect by
compressing (via re-mapping) the gamut. While compression can maintain the desired effect,
similar to JPEG data, too much compression produces posterized images.
Even in nature, different conditions produce different colors. Painters of seascapes point out
how the ocean reflects the color of the sky. The bright, sunny day colors differ from the
cloudy day colors. Women have more color sensitivity than men. Different colors provoke
different emotional responses, which do not necessarily remain the same from one country to
the next. All-in-all, there is much to consider, but most decisions rely on subjectivity before
they become final.
42
980569-001 Rev. A Draft 2
Theory of Operation
3.1.1
Printing
Color imaging requires three passes of Card media underneath the Print Head. Card media
shuttles back and forth across the print head during this process. The ribbon feeds between the
image head and the card media and during printing advances from its supply to its take-up
reels in step with an advancing Card.
Heat, when generated at an image head element, transfers ribbon dye in a measured quantity
onto the print media. In color printing, the ribbon advances from one color panel to the next
between each imaging pass. A card either exits a Printer following the last pass or transitions
to the Card Flip in preparation for printing on the opposite side. Monochrome printing for
black resin images requires an additional pass, as does the application of a clear overlay
varnish.
Printers employ an image head with a single row of 672 print head elements, 300 to the inch
(11.8 per millimeter). Notably, the capability for card coverage exceeds the needs of a standard
card size by 0.115 inches (2.9mm), or about 34 dots. This excess supports both programmable
centering and full bleed imaging. Each element can generate 32 different heat levels for color
and a single heat level for resin monochrome.
980569-001 Rev. A Draft 2
43
Theory of Operation
3.2 Card Path Elements
The figure below shows the rollers that transport Cards as they make their way through the
P330i printer. The rollers keep the card on a horizontal path, reducing the chance of a card
edge catching on anything.
Cleaning
Roller
Card
Path
Transport and
Platen Rollers
Card Feed
Roller
The figure below shows the sensors that track card and ribbon position and movement.
Ribbon
Sync.
Sensor
Head
Open
Sensor
Smart Card
Sensor (if
equipped)
Single
Card Feed
Sensor (on
enclosure)
Magnetic Encoder
Sensor (if equipped)
44
Ribbon
Color
Sensor
Cam
Sensor
(PCBA)
Card
Entry
Sensor
Feeder
Sensor
980569-001 Rev. A Draft 2
Theory of Operation
3.3 Card Movement During Printing
The P330i printer moves a card through a specific sequence of movements as it encodes and
prints the card.
(Optional)
Magnetic Stripe
Encoding Station
Cleaning
Cartridge
Card
Input
Hopper
Card
Exit
Output
Hopper
Print
Head
(Optional)
Smart Card
Encoding Station
Single
Card
Feed
Slot
•
The card is fed from the bottom of the stack in the Card Input Hopper, or in through the
Single Card Feed Slot.
•
The card moved along in contact with the exposed sticky area of the Cleaning Cartridge;
this cleans dust or dirt particles from the (upper) card surface.
•
If the printer includes an optional Smart Card Encoder (either contact-style or contactless),
the smart card is encoded.
•
If encoding fails, the card is moved directly to the card exit, without printing. This is
done to avoid wasting time and ribbon panels on a defective card.
If the printer includes an optional Magnetic Stripe Encoder, the card is moved past the
print head to the magnetic encoder, and the stripe is encoded.
Note that the card goes past the print station without being printed at this time. After
magnetic encoding, the card is moved back to just before the print head.
As with smart-card encoding, if magnetic encoding fails, the card is moved directly to
the card exit, without printing.
980569-001 Rev. A Draft 2
45
Theory of Operation
•
•
•
46
The leading edge of the card is moved under the Print Head, and the print head is lowered.
When the printer was turned on, the ribbon was automatically “synchronized,” bringing
the leading edge of the yellow ribbon panel under the print head.
Lowering the print head reduces space between the print head, the ribbon, and the card,
reducing spread of the printed spot and giving sharper images.
As the card and ribbon move along, each element of the print head is energized to one of
32 levels (from completely off to maximum heat), which melts a corresponding amount of
yellow dye onto that particular spot on the card.
If using a resin ribbon (used when printing a bar code on a card), the head elements
are energized to either on or off. The on level actually transfers the spot of resin under
the print head element to the card. This results in the sharpest possible images; for bar
codes you want the sharpest edges and highest contrast between dark and unprinted
areas.
After this yellow pass is completed, the print head is raised, the card is moved back, and
printing continues with the Magenta ribbon panel, then the Cyan panel, then the Black
(“K”) panel if present, then an Overlay panel.
When using a monochrome ribbon, the card makes a single pass under the print head.
When printing is completed, the card is moved (past the magnetic encoder, if present) to
the Card Exit, where it falls into the Output Hopper.
980569-001 Rev. A Draft 2
Theory of Operation
3.4 CPU PCBA Description
Most of the circuitry in the P330i is on the CPU PCBA. Since the CPU PCBA is not a
serviceable unit, circuit analysis to the component level is pointless; but a basic understanding
of the CPU PCBA helps to better understand the P330i printer.
The figure below shows the connectors on the P330i CPU PCBA.
J11
(Ribbon RFID)
J7
(Smart Card)
J1
(Mag Encoder Head)
J8
(Auxiliary RS-232;
factory use only)
J6
(USB Port)
J2
(Mates with Ethernet
Extension Board)
J13
(Motors and Sensors Connects to
I/O Daughterboard)
J10
(LCD Panel)
J12
(+24 VDC
Input from
Power Supply)
J4
(Not Used)
980569-001 Rev. A Draft 2
J3
(Out of Cards Sensor)
J9
(Print Head,
Head Lock,
Head Temp. Sensor)
47
Theory of Operation
Below is a block diagram of the functional circuits on the P330i CPU PCBA; the block
diagram also shows how signals are passed to and from the CPU PCBA to the rest of the
printer.
P330i CPU PCBA
Motor
Drivers
(Ethernet Option Components)
Ethernet
Port
Ethernet
Connection
Circuitry
Ethernet
Extension
Board
Ethernet
Printserver
Board
A/D Circuitry
for Optical
Sensors
Memory
for CPU
USB
Circuitry
USB Port
I/O
Daughterboard
Ribbon and
Card Transport
Motors
Optical
Sensors
Sensor
Calibration
Circuitry
CPU
RFID Tag in
Ribbon Core
Printhead
Circuitry
Ribbon RFID
Circuitry
RFID
Transponder
LCD Display
and Panel
Button
Circuitry
Clock
Printhead
LCD Display
Panel
Panel
Button
(Mag Encoder Option Components)
AC Voltage
Power
Supply
24 VDC
Power
Control
Magnetic Encoder
Circuitry
Magnetic
Encoder
(Smart Card Option Components)
Smart Card
Encoder
Circuitry
48
Contact or
Contactless
Smart Card
Encoder
980569-001 Rev. A Draft 2
4
Troubleshooting
The objective of troubleshooting is to relate a problem to an associated assembly or system
function, in order to most efficiently isolate and repair the problem. Typically this involves
determining the failure symptom and then checking one or more possible causes of the failure.
Only a symptom-related list of possibilities appears. In general, for a given failure symptom
one or more possible causes are listed, with suggested corrective action to take. These causes
should be checked and corrective actions taken in the order given; they are listed in order of
likelihood and complexity.
When the suggestions presented fail to lead to a repair, a CPU Board replacement, if not
prescribed, should nevertheless be tried. A check for broken or disconnected cables and any
loss of power should also take place along with checks for obvious mechanical damage.
The Test Software described in Appendix A includes selections to exercise most printer
functions. Beyond this, Zebra Card Printer Solutions offers Technical Support and factory
repair as options.
980569-001 Rev. A Draft 2
49
Troubleshooting
4.1 Power-Up Failures
Some problems are evident as soon as power is applied to the printer. The following table will
help in diagnosing these problems.
Symptom
Possible Cause
Corrective Action
When power is turned on,
nothing at all happens (no sound,
LCD panel stays dark).
1. No power to printer.
1. Check AC power source,
verify power cord is plugged
into printer, try a different
power cord.
2. Defective EMI filtering
components.
2. Check EMI filtering
components.
3. Check Fuse in Power Supply.
3. If Fuse in Power Supply is
blown, replace it. If
replacement fuse blows,
replace Power Supply.
4. Defective Power Supply.
4. Replace Power Supply.
1. Cable from CPU PCBA to
LCD Panel unplugged at either
end.
1. Verify cable from CPU PCBA
to LCD Panel securely
plugged in at both ends.
2. Defective LCD Panel.
2. Replace LCD Panel.
3. Defective CPU PCBA.
3. Replace CPU PCBA.
1. Defective CPU PCBA.
sounds are heard inside printer
and ribbon advances, but LCD
Panel stays dark.
sounds are heard inside printer,
LCD Panel lights up and
INITIALIZING message scrolls,
but LCD Panel message does not
change to a steady READY
message within about 30
seconds.
4.2 LCD Panel Messages
The LCD Panel on the front of the printer continuously displays messages as to what operation
the printer is performing as well as certain fault messages. The following table lists possible
causes and solutions to the fault messages.
50
980569-001 Rev. A Draft 2
Troubleshooting
980569-001 Rev. A Draft 2
Problem / Description
Cause / Solution
The LCD Panel displays OUT
OF CARDS message.
1. Check for cards in the card
feeder. If no cards present,
load cards.
2. Check that Card Thickness
Control lever is properly
adjusted (see Loading Cards in
Chapter 2).
3. Press the Panel Button for 1
second. The printing job will
restart.
The LCD Panel displays OUT
OF RIBBON message.
1. Check ribbon. Replace if
defective or entirely used.
Ribbon will automatically
synchronize and printing will
restart with a new card.
The LCD Panel displays PRINT
HEAD OPEN message.
1. Check that Print Head
Carriage is closed and latched.
If not, close and latch it.
The LCD Panel displays
MECHANICAL ERROR
message.
1. Check that you are using the
correct card type (see
Technical Specifications).
2. Check that Card Thickness
Control lever is properly
adjusted (see Loading Cards in
Chapter 2).
3. If two cards are fed into the
printer at the same time: Open
cover and remove Card
Cleaning Cartridge, empty the
Card Feeder, and pull the
jammed cards out. Replace the
Card Cleaning Cartridge.
Separate the cards as shown in
Loading Cards in Chapter 2,
and replace.
4. Check that ribbon is loaded
correctly.
ENCODING ERROR message.
1. Check that you are using the
correct magnetic card type (for
low or high coercivity
encoding).
2. Verify command syntax.
3. Contact Zebra technical
support.
CLEAN PRINTER message.
1. Clean the printer (see Chapter
4).
51
Troubleshooting
4.3 Printing a Test Card
Printing a Test Card is an efficient way to determine if there is a card transport problem or a
printing problem.
Print a Test Card
(See Section 2.11)
Test Card
Emerges
from Printer?
No
Check Problems
Associated With
Card Transport.
See Section 4.4.
Yes
P75i
Test Card
OK?
No
Check Problems
Associated With
Print Anomalies.
See Section 4.5.
Yes
No Problem
With Basic
Printing.
52
980569-001 Rev. A Draft 2
Troubleshooting
4.4 Card Feed or Transport Failures
Troubleshooting of card feed or transport failures generally involves seeing where the failure
occurs or what type of failure it is. That determination leads to checking certain assemblies or
components.
Symptom
Possible Cause
Corrective Actions
Cards don’t feed at all.
1. Card Thickness Control is
improperly adjusted.
1. Set Card Thickness Control
correctly (see section 2.6).
2. Defective Feeder Sensor.
2. Replace Feeder Sensor.
3. Dirty or torn/missing Card
Feeder Belt.
3. Clean or replace Card Feeder
Belt.
4. Defective Card Feed Roller.
4. Replace Card Feed Roller.
5. Broken Card Feed Drive Belt.
5. Replace Card Feed Drive Belt.
6. Defective Card Feed Motor.
6. Replace Card Feed Motor.
2. Cards are sticking together.
2. Be sure to separate the cards
when loading them into the
Card Feeder, as described in
section 2.7.
Partial Card Feed.
Card stalls near Cleaning
Cartridge.
1. Dirty or defective Clean Drive
Roller.
1. Clean or replace Clean Drive
Roller.
2. Defective 63T x 4mm Stepper
Motor Belt.
2. Replace 63T x 4mm Stepper
Motor Belt.
3. Defective Stepper Motor.
3. Replace Stepper Motor.
Multiple card jam.
980569-001 Rev. A Draft 2
53
Troubleshooting
Symptom
Possible Cause
Corrective Actions
Card stalls at Platen (i.e., under
the Print Head).
1. Dirty or defective Print Head
Platen Roller.
1. Clean or replace Print Head
Platen Roller.
2. Defective 56T x 1/8 Timing
Belt.
2. Replace 56T x 1/8 Timing
Belt.
1. Defective 104T x 1/8 Timing
Belt.
1. Replace 104T x 1/8 Timing
Belt.
2. Dirty or defective Exit
Pressure Roller.
2. Clean Exit Pressure Roller or
replace Exit Pressure Roller
Assembly.
3. Dirty or defective Exit Card
Drive Roller.
3. Clean or replace Exit Card
Drive Roller.
Card doesn’t exit printer
4.5 Print Anomalies
A careful examination of the cards that are printed will lead to efficient troubleshooting of
printing problems.
Keep in mind that cleanliness and the card stock are two factors that strongly affect print
quality.
Note • For optimum print quality, always keep the Main Cover and the Card Feeder Cover of
the printer closed,
54
980569-001 Rev. A Draft 2
Troubleshooting
Symptom
Possible Cause
Corrective Action
No Image.
1. Ribbon is not an i-Series
Ribbon.
1. Always use i-Series Ribbons
in the P330i printer.
2. Ribbon incorrectly installed.
2. Check that ribbon is installed
3. Cards may not meet
specifications.
3. Use a different supply of cards.
4. Print Head elements may be
scratched or burnt.
4. Replace Print Head.
5. Print Head not being
positioned correctly.
Replace Print Head Up/Down
Motor.
Check Print Head Position
Sensors, replace if defective.
Faint Image.
1. Dirty Print Head.
1. Clean Print Head.
2. Low Print Head Voltage.
Artifacts.
1. Particles on Feed or Transport
Rollers.
Horizontal Lines.
1. Dirty or damaged Print Head
element.
1. Clean the Print Head (see
Chapter 4). If horizontal lines
are still present, replace the
Printhead Assembly.
Multiple Evenly-Spaced
Horizontal Lines.
1. Print Head Registers on CPU
PCBA
Wavy horizontal lines (these will
be especially noticeable in solid
blocks of color).
1. Printhead Assembly out of
alignment.
1. Align Printhead Assembly (see
Printhead Replacement
Procedure).
Replace Printhead Assembly.
Vertical Lines.
Sticking Ribbon.
1. Peel Bar on Print Head
Assembly out of adjustment.
1. Adjust Peel Bar or replace
Print Head Assembly.
Washout.
1. Peel Bar on Print Head
Assembly out of adjustment.
1. Adjust Peel Bar or replace
Print Head Assembly.
Sheared Ribbon
1. X-Offset value incorrect.
1. Adjust X-Offset value.
980569-001 Rev. A Draft 2
55
Troubleshooting
Symptom
Image Off-Center
1. Excessive border at trailing
edge of card.
2. Excessive border at leading
edge of card.
3. Excessive border at card
edge nearer front of printer.
4. Excessive border at card
edge nearer back of printer.
Possible Cause
Corrective Action
1. X-Offset value too low.
1. Increase X-Offset value.
2. X-Offset value too high.
2. Decrease X-Offset value.
3. Y-Offset value too low.
3. Increase Y-Offset value.
4. Y-Offset value too high.
4. Decrease Y-Offset value.
1. Contamination on the card
surface.
1. Check that cards are stored in a
dust free environment.
2. Dust inside the printer and/or
dirty Cleaning Cartridge.
2. Clean the printer (see Chapter
4).
CYMK Not Aligned.
Abrupt Color Change.
Small spots appear on the
printed card with a non-printed
area or a different color.
3. Replace Cleaning Cartridge
(see Chapter 4).
There are non-printing
horizontal lines (white) on the
card surfaces.
1. Ribbon not correctly
positioned.
1. Ensure that the ribbon is
properly rolled onto the ribbon
spindles and that there are no
wrinkles in the ribbon.
2. Replace ribbon.
56
3. Print Head is dirty.
3. Clean the Print Head
4. Print Head elements are
damaged (e.g., scratched or
burnt).
4. Replace Print Head Assembly.
980569-001 Rev. A Draft 2
Troubleshooting
Symptom
Possible Cause
Corrective Action
Printing shows very pale, very
dark, or inconsistent results
1. Defective ribbon.
1. Change ribbon and print again.
specifications.
3. Contrast and/or Intensity may
be set to incorrect values.
3. Adjust Contrast and/or
Intensity values in software.
4. Head Settings are too low /
high.
4. Adjust Head Settings higher /
lower.
5. Dust or embedded
contamination on elements of
the Print Head.
5. Clean the Print Head (see
Chapter 4). If contamination
cannot be removed, replace the
Printhead Assembly.
1. Ribbon cartridge may not be
correctly positioned.
1. Check that the ribbon is
properly rolled onto the
spindles.
.
Replace ribbon and print
again.
2. Ribbon may not be
synchronized on the correct
color panel position.
2. Open the Print Head Carriage,
then close it. This will cause
the ribbon to re-synchronize.
specifications.
4. Dust or embedded
contamination inside the
printer and/or dirty Cleaning
Cartridge.
4. Clean the Printer.
Only one panel of a color ribbon
prints.
1. Using the wrong type of
ribbon.
1. Use only i Series ribbons for
full color printing.
Text prints ok but graphics have
image distortion, blotches of
color, color dots or grid.
1. Graphics incompatibility.
1. Use different format for
graphics.
Printing shows blurry printed
image.
Replace the Cleaning
Cartridge.
Use higher-resolution
graphics.
980569-001 Rev. A Draft 2
57
Troubleshooting
4.6 Troubleshooting the Ethernet Connection and Adapter
4.6.1
Resetting to Factory Defaults
To reset the Ethernet Adapter configuration parameters to the factory defaults, press the
Ethernet Switch and hold it in while turning the printer power on. Keep the Panel Button
pressed until the Status Indicator light turns green, then release the Ethernet Switch. To print a
configuration card, press and hold the Ethernet Switch until a card starts to print.
Ethernet
Reset
Button
Ethernet
Adapter
Status
Indicator
58
Network
Status /
Activity
Indicator
980569-001 Rev. A Draft 2
Troubleshooting
4.6.2
Ethernet Adapter Status Indicator
A bi-color Status Indicator displays the operational status of the Ethernet Adapter. The
following conditions might occur:
During normal operation, the LED is solid green for more than 30 seconds. This indicates all
the hardware is functioning properly and the Ethernet Adapter has detected the presence of the
network. It does not mean the Ethernet Adapter has an IP address or is attached to a printer
queue.
If the LED is rapidly flashing green (9 times/sec), the Ethernet Adapter has not detected the
presence of a network cable. To solve the problem:
Verify that the network cable is appropriate for the network and has an RJ-45 connector.
Turn the printer power off (O). Remove the network cable from the Ethernet Adapter. Plug the
network cable back in until you hear a positive click. Check the other end of the cable in the
same manner. Turn the printer power on; if the Ethernet Adapter still does not detect a cable,
continue.
Connect the Ethernet Adapter to a known good network connection. If the Ethernet Adapter is
still unable to detect the network cable, contact Technical Support for assistance.
Important • Cables with a rating higher than CAT-6 have not been tested.
If the LED is slowly flashing green (1 time/sec), the Ethernet Adapter is trying to print a job. If
the job does not print, check the following:
Verify that the printer has media and ribbon. If the printer is showing any errors, it is unlikely
that the Ethernet Adapter can send data to the printer. The LED continues to blink until the
printer malfunction is resolved or until the printer is turned off (O).
Flashing red indicates the Power On Self Test (POST) is in progress.
If the LED is solid red for more than 30 seconds, the Ethernet Adapter has failed the POST. A
failed POST can be caused by any of the following:
The printer attached to the Ethernet Adapter device is malfunctioning. Turn the printer power
off, wait 10 seconds, then turn the printer back on ( | ).
If the Ethernet Adapter still fails the POST, the Ethernet Adapter has a hardware problem that
can be fixed only by replacing or returning the unit. Contact Technical Support for repair or
replacement information.
If the LED is alternately flashing red and green for longer than 2 minutes, the Ethernet
Adapter is in firmware-download mode. This means it is waiting for new firmware data to be
sent before it continues normal functioning. Perform the following:
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59
Troubleshooting
If the Ethernet Adapter was purposely put into firmware-download mode, finish the download
with the proper update utility. Contact the Zebra web site at
http://www.zebra.com to download this utility.
Contact Technical Support for help recovering this unit.
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Troubleshooting
4.6.3
Network Status/Activity Indicator
A bi-color Status/Activity LED indicates network speed, established link, and network
activity.
If the LED is off, no link was established.
If the LED is solid green, a 100Base link is established.
If the LED is flashing green, a 100Base link is established and network activity has been
detected.
If the LED is solid orange, a 10Base link is established.
If the LED is flashing orange, a 10Base link was established and network activity has been
detected.
Network activity detected by this LED does not mean the activity is data for the print server.
The activity is all activity on the network as seen by the Ethernet Adapter.
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Troubleshooting
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5
Replacement Procedures
5.1 Introduction
The following sections describe removing both major assemblies and, where applicable,
subassemblies and/or components that are considered replaceable. In general, only removal
directions are presented; unless otherwise noted, replacement would be performed by
reversing the removal steps. Replacement instructions for some items are not presented;
removal and replacement of these items are considered too obvious to warrant a detailed
description.
Electric Shock Caution • Before performing any of the procedures in this chapter, set
the printer power to OFF (O) and disconnect the power cord.
still
Caution • Before beginning any of the procedures that follow, read completely through
the procedure. If you do not have the specified tools, or if any step(s) seem beyond your
skill or experience level, do not attempt the procedure. You may cause additional damage
to the printer.
Note • Some of the photographs in this section may show printers with different
configuration or options than your particular printer. They may also show additional parts
removed in addition to removals for the process being described. Please disregard these
differences; the information pertaining to the replacement process being described will still
apply to your printer.
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5.2 Required Tools
This section lists the tools required for the replacement procedures described in this chapter.
Naturally, not all tools are required for a particular procedure; specific tools are called out in
each step as appropriate.
Important • When removing any of the nylon or plastic pulleys or gears, the use of a gear
puller is strongly recommended. If a gear puller is not available, use pliers and/or a flat-blade
screwdriver to pry the gear or pulley off its shaft.
In either case, remove any loctite residue from the shaft and the gear/pulley.
Inspect the old gear/pulley very carefully. If any teeth have burrs, are missing, or are
damaged, or if the center hole is distorted or enlarged, the gear/pulley must be replaced rather
than the old one re-installed.
blah
1. Flat-Blade Screwdrivers, from 1/16 inch (2 mm) to 1/4 inch (6.5 mm)
2. Numbers 0, 1, and 2 Phillips Screwdrivers
3. Torx T10 and T15 drivers
4. Small Gear Puller (strongly recommended)
5. Small Crescent Wrench or locking pliers
6. Fine-Point, Offset Fine-Point, and Needle-Nose pliers
7. Small Diagonal Cutters or other cutter for cutting cable ties
8. 1.5 mm and 2.0 mm hex keys
9. 5.5 mm hex driver (this can also be used for securing push nuts)
10. Small and Medium Spring Hook Tools
11. Soldering Iron with fine pointed tip
Note • Unless specifically stated, all screws noted in this document use the Torx T10 driver.
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5.3 Removal Sequence
This figure shows the recommended removal sequence. For example, to remove the CPU
PCBA, you would remove the Top Cover (procedure given in section 5.4 on pg 66), remove
the Print Engine from the Lower Cover (section 5.5 on pg 69), remove the Connector Plate
(section 5.6 on pg 70), and then remove the CPU PCBA (section 5.26 on pg 144).
Start Here
Complete P330i Printer
5.20 LCD PCBA (pg 113)
5.19 Print Head Assembly (pg 96)
5.4 Top Cover (pg 66)
5.5 Remove Print Engine
from Lower Cover (pg 69)
5.6 Connector Plate (pg 70)
5.25 Power
and Filter
Components
(pg 143)
5.20 LCD
Cable Assy
(pg 113
5.26 CPU
PCBA (pg
144)
5.27 I/O Daughterboard (pg 147)
5.32 Stepper Motor
Drive Belt (pg 158)
5.33 Stepper Motor
(pg 159)
5.7 Power Supply Cover (pg
73)
5.8 Power Supply (pg 75)
5.9 Rear Plate (save bearings and wavy washers) (pg
77)
5.21 Encoder Shroud
& Exit Pressure Roller
(pg 115)
5.22 Exit Pressure
Roller Assy (pg 118)
5.23 Balls
Retainer
Plate,
Springs,
Balls (pg
127)
5.36 Card
Sensor
Cable Assy
(pg 168)
5.24.2 Card
Feeder Drive
Belt, Card
Feeder Motor
(pg 131)
5.24.3 Card
Feeder Assy,
ESD Brush,
Card Feeder
Belt, Card
Feeder Rollers (pg 136)
5.10 Cam Lever (pg 80)
5.11 Platen Inertia Roller (pg
81)
5.12 Printhead Pressure
Spring (pg 82)
5.28 RFID
Cable (pg 149)
5.29 Ribbon O-Ring
Drive Belt (pg 151)
5.30 Ribbon Pulley
Assy, Ribbon Take-Up
Spindle (pg 153)
5.13 Film/Bracket Sensor
PCBA (pg 83)
5.31 Ribbon Motor Pulley,
Ribbon Motor (pg 156)
5.14 Pressure Spring Plate
(pg 84)
5.15 Cam Arm Follower Assy
(pg 85)
5.16 Clutch Assembly (pg 86)
5.17 Print Head / Carriage
Assembly (pg 90)
5.24.1 Card
Sensor Cable
Assy (pg 129)
Remove Print Head
Assembly if not
already removed (96)
5.18 Print Head Lift Cam (pg
94)
5.35 Ribbon Color
Sensor (pg 164)
Remove I/O Daughterboard if not
already removed (pg 147)
5.37 Print Head Cable
Assy (includes Sensor
& Fan) (pg 173
5.38 Print Head
Lift Motor (pg 182)
5.39 Replace Parts that Require Separating the
Front Frame from the Center Frame (pg 183)
5.40 Magnetic
Stripe Encoder
Option (pg 188)
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5.34 RFID PCBA
(pg 162)
5.41 Smart
Card Options
(pg 190)
65
5.4 Removing the Top Cover
Step 1. Turn the printer power off, and disconnect the power cord. If an interface cable (USB
or ethernet) is plugged into the printer, disconnect it. Remove any plastic cards from
the Card Input Hopper.
Step 2. Turn the printer over, and rest it upside-down on a work surface.
Step 3. Press a screwdriver or similar tool into the Hopper Release Hole and slide the Card
Output Hopper out of the printer.
Step 4. Remove five screws securing the top cover from underneath. Four of them are at the
Card Input Hopper end of the printer, as shown below.
Hopper
Release
Hole
Top Cover
Attachment
Screws
Step 5. The fifth Top Cover attachment screw is located above the card output opening (this
is why the Card Output Hopper was removed). See below.
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Top Cover
Attachment
Screw
Step 6. Turn the printer over, so it is right-side up. Remove two screws into the upper part of
the back of the printer.
Remove
These
Screws
Step 7. Remove one remaining screw attaching the top cover.
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67
Remove This Screw
Step 8. Carefully remove the top cover. Be careful to avoid damaging the cable to the LCD
Panel PCBA or the wires to the card sensor.
Top
Cover
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5.5 Removing the Print Engine from the Lower Cover
Step 1. Remove two screws from the back of the lower cover to release the print engine.
Remove These 2 Screws
Step 2. Remove the print engine from the lower cover.
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5.6 Removing the Connector Plate
Step 1. Remove the two Phillips-head screws shown in the figure below.
Remove These 2 Phillips-head Screws
Step 2. Disconnect the ground lug as shown below.
Ground Lug
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Step 3. Remove the screws attaching the print engine to the Connector Plate as shown in the
two pictures below.
Remove This Screw
Remove This
Screw
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71
Step 4. Swing the Connector Plate away from the Print Engine as shown below. If your
printer includes the “Contact Station” Smart Card Option, disconnect wires to the
Smart Solenoid PCBA as you swing the Connector Plate.
Smart Solenoid PCBA
(Part of “Contact Station” Smart Card Option)
Connector Plate
Step 5. Then detach the wires at the Power Switch that go to the Power Supply, freeing the
Connector Plate from the Print Engine.
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5.7 Removing the Power Supply Cover
Power
Supply
Cover
Step 1. Remove four screws holding the Power Supply Cover in place, as shown in the next
two pictures, and remove the Power Supply.
Remove
These
Two
Screws
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73
Remove These Two
Torx T-10 Screws, then
Remove the Power
Supply Cover.
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5.8 Removing the Power Supply
Step 1. Unplug the two connectors shown in the picture below. The mating part of each
connector has a tab/latch that must be moved out of the way to allow removal of the
connector; this is easier with the use of a small flat-blade screwdriver.
Power Supply
Unplug These Connectors
Step 2. Remove four Torx T-10 screws shown in the picture below, and remove the Power
Supply.
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5.9 Removing the Rear Plate
The Rear Plate is removed to provide access to the I/O Daughterboard and many other
mechanical and electrical components of the printer.
Note • In the pictures that follow, the Power Supply has been removed from the Rear Plate.
The Rear Plate can be removed without removing the Power Supply, but it is suggested that
you remove the Power Supply Cover so the wires to the Power Supply can be disconnected.
Step 1. This step only applies for printers that include a Magnetic Stripe Encoder.
Using a small flat-blade screwdriver, pry open the Cable Clip that secures the
Magnetic Encoder cable.
(These wires
are present
only if your
printer has a
Magnetic
Stripe
Encoder
Option.)
2. Then unplug this
connector from the
CPU PCBA.
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1. Use small flat-blade
screwdriver to pry the Cable
Clip open, being VERY careful
to not crush any of the wires.
77
Remove these 3 screws, and lift
the Rear Plate back from the
Print Engine.
As you remove the Rear
Plate, pass this cable
through the rectangular
cutout.
Important • When you remove the Rear Plate, take careful note of the Wavy Washers and
Bearings as shown in the picture below. They are held in place by the Rear Plate; when the
Rear Plate is removed they can fall off their shafts. It is suggested that you remove them and
store them until the Rear Plate is to be replaced. When you replace them, make sure each
Bearing’s flange side is “inward” and that the Wavy Washer is centered and seated on the
Bearing’s body.
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5.10 Removing the Cam Lever
Upper
Cam
Print Head Lift Cam
Cam Lever
Platen Inertia Roller
Step 1. Remove the Cam Lever The upper (smaller) hole in the Cam Lever fits over a peg in
the Upper Cam; the lower (larger) hole fits over the raised cam of the Printhead Lift
Cam. (The Cam Lever is not attached at either end; it is held in place by the Rear
Plate.)
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5.11 Removing the Platen Inertia Roller
Platen
Inertia
Roller
Step 1. The Platen Inertia Roller is secured to the Step Motor shaft with a small setscrew.
Since access to the setscrew is limited, turn the Platen Inertia Roller so the setscrew
is accessible, and use an L-shaped 2-mm hex key to loosen the setscrew; then slide
the Platen Inertia Roller off the shaft.
Shaft That Held
Platen Inertia Roller
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5.12 Removing the Printhead Pressure Spring
Step 1. With a heavy Spring Hook or similar tool, free the Printhead Pressure Spring from
the Pressure Spring Plate, as shown below. The Printhead Pressure Spring is under a
lot of tension, it will snap off the Pressure Spring Plate when freed.
Printhead
Pressure
Spring
Spring Hook Tool
Pressure Spring Plate
Step 2. Then remove the Printhead Pressure Spring from the Cam Arm Follower Assembly.
Cam Arm Follower Assembly
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5.13 Removing the Film/Bracket Sensor PCBA
Step 1. Open the Aluminum “Cable Tie” to free the Film/Bracket Sensor PCBA’s cable.
Film/Bracket Sensor PCBA
Aluminum “Cable Tie”
Step 2. Follow the Film/Bracket Sensor PCBA’s cable to where it plugs into the I/O
Daughterboard. Unplug it. Then work it out from behind the RFID Cable Assembly.
Step 3. Remove the screw securing the Film/Bracket Sensor PCBA to the Print Engine
Center Frame, and remove the Film/Bracket Sensor PCBA.
RFID
Cable
Assembly
Screw that Secures the Film/
Bracket Sensor PCBA
980569-001 Rev. A Draft 2
Film/Bracket Sensor
PCBA’s Cable
83
5.14 Removing the Pressure Spring Plate
Step 1. After removing the Film/Bracket Sensor PCBA, remove the screw securing the
Pressure Spring Plate to the Print Engine Center Frame, and remove the Pressure
Spring Plate
Pressure Spring Plate
84
Mounting Screw
980569-001 Rev. A Draft 2
5.15 Removing the Cam Arm Follower Assembly
Step 1. Remove the two Torx T15 screws that hold the Cam Arm Follower Assembly in
place, as shown below. The upper one screws into the threaded end of the Print Head
U-Support Assembly; it can be removed easily.
Torx
T15
Screws
Cam Arm Follower Assembly
Step 2. The lower T15 screw goes into the threaded end of the Printhead Bracket Shaft; to
remove this one it will be necessary to prevent the Printhead Bracket Shaft from
turning. The best way to do this is to hold the shaft in place with a medium flat-head
screwdriver from the “front” of the Print Engine, as shown in the next picture.
Printhead
Bracket
Shaft
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85
5.16 Removing the Clutch Assembly
Important • Do not attempt to take the Clutch Assembly apart! If the Clutch Assembly is
damaged, it is replaced as a unit.
Clutch Assembly
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980569-001 Rev. A Draft 2
Step 1. Hold the Ribbon Supply Spindle, and use a Number 1 Phillips screwdriver to remove
the screw securing the Ribbon Supply Spindle to the Clutch Assembly Shaft, as
shown in the next picture. If necessary to prevent the shaft from turning, use a small
crescent wrench on the flat of the Clutch Assembly Shaft to prevent the shaft from
turning, as shown in the second picture.
Remove
PhillipsHead
Screw
Prevent the
Clutch
Assembly
Shaft from
turning
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87
Step 2. Remove the Ribbon Supply Spindle from the Clutch Assembly Shaft by pulling and
turning the spindle.
Step 3. Now pull the Clutch Assembly straight out from the rear of the Print Engine. If the
Clutch Assembly is to be re-installed, be careful to avoid bending the Flag Disk.
Flag Disk
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When replacing or re-installing the Clutch Assembly, make sure the hole in the tab on the
Clutch Assembly fits over the raised pin through the RFID PCBA, as shown below.
Clutch Assembly Tab
Raised Pin Through RFID PCBA
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89
5.17 Removing the Print Head / Carriage Assembly
Step 1. Note that when the Clutch Assembly is removed, the entire Print Head / Carriage
Assembly can be removed from the Print Engine (the shaft which had held the Clutch
Assembly will be sticking through the Center Frame, and the Printhead Bracket
Assembly will rest against the Front Frame, as shown in the next two pictures).
Shaft which
had held
the Clutch
Assembly
Printhead
Bracket/Fan
Cable
Assembly
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980569-001 Rev. A Draft 2
Hole that the
Printhead
Bracket
Shaft
normally
passes
through
Step 2. As you remove the Print Head / Bracket Assembly, gently pull the Print Head Cable
Assembly through the opening in the Center Frame.
Print Head
Cable
Assembly
(Normally
Plugs into
CPU PCBA)
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91
Caution • Don’t touch the Print Head Elements, shown in the picture below.
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Print Head Elements
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93
5.18 Removing the Print Head Lift Cam
Step 1. Rotate the Print Head Lift Cam clockwise until the Setscrew lines up with the cut out
in the Center Frame, as shown in the second picture below.
The best way to rotate the Cam is to place both index fingers on the inner surface
(toward the front of the printer) and both thumbs on the outer surface (nearest you).
Do not try to rotate the Cam in a counter-clockwise direction; this could damage the
Print Head Lift Motor.
Setscrew
Rotate
Clockwise
Only
“Cut Out”
in Center
Frame
94
Print Head
Lift Cam
980569-001 Rev. A Draft 2
Setscrew
Step 2. Use a Number 0 Phillips Screwdriver to loosen the Print Head Lift Cam Setscrew.
Then pull the Print Head Lift Cam off the Motor shaft.
Important • When re-installing the Print Head Lift Cam, do not over-tighten the Setscrew; it
should only be snug against the shaft.
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5.19 Replacing the Print Head Assembly
Electrostatic Discharge Caution • The Print Head is extremely susceptible to
Electrostatic Discharge (ESD) damage. Do not touch the bottom surface of the Print
Head. The replacement must be performed at a static-free work station, an anti-static
wrist strap must be worn and properly terminated, or other appropriate protection must
be used.
Important • This procedure describes replacing the Print Head Assembly. The Print Head
Assembly is supplied with components in correct alignment with each other. These
alignments are critical to proper operation of the printer. Do not deviate from the procedure
given here, do not loosen or tighten any screws except those specifically noted in this
procedure, and do not attempt to adjust any part of the Print Head Assembly.
5.19.1
Replacement Procedure
Step 1. Turn the printer power off, and disconnect the power cord.
Step 2. Open the printer’s main (translucent blue) cover. Then remove the cover by pressing
inward and twisting at the pivot points.
Step 3. Press the Print Head Carriage Latch to the left, and open (raise) the Print Head
Carriage.
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Step 4. Remove the ribbon by pulling both the supply and take-up spools straight out.
Step 5. Using the Torx T10 driver, remove the retaining screw on the front side of the Print
Head Carriage.
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Step 6. While removing the retaining screw, the Print Head Adjustment Screw may slip out
of the notch in the front of the Print Head Carriage. Whether it has slipped or not, use
a medium flat-blade screwdriver to remove the Print Head Adjustment Screw and its
associated washer and spring.
Print Head
Adjustment
Screw
Washer
Spring
Step 7. Looking at the Print Head Carriage from the rear of the printer, note that the Print
Head Assembly Shaft has a notch just “inside” the slotted end. That notch will be
riding in a reduced-size cutout in the Print Head Carriage Frame, as shown below.
Cutout in
the Print
Head
Carriage
Frame
End of Print Head
Assembly Shaft
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Step 8. Gently rock the Print Head Assembly back and forth (the Print Head Assembly Shaft
will be the pivot) until the end of the Print Head Assembly Shaft lines up with the
circular opening in the Print Head Carriage Frame.
End of Print Head
Assembly Shaft
Step 9. Slide the Print Head Assembly Shaft out of the Print Head Carriage. It can be slid out
toward the front or the rear of the printer; you may need to press on the end of the
Shaft, and it may be a snug fit.
Print Head
Assembly Shaft
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99
Step 10. Disconnect the Ground Lug Spade Connector, as shown in the picture below (this is
more easily done by using needle-nose pliers). Gently use a small flat-blade
screwdriver to pry the Print Head Cable Connector up and unplug it.
Print Head Cable Connector
Ground Lug Spade Connector
Step 11. Rock the Print Head back and forth while gently separating the sides of the Print
Head Carriage until the Print Head can be slid free from the Print Head Carriage.
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980569-001 Rev. A Draft 2
Step 12. Remove the replacement Print Head Assembly from its protective packaging.
Caution • When handling the Print Head Assembly, be careful to avoid touching the
active surface of the Print Head. The Print Head is extremely susceptible to damage from
static discharge. Also, oil from your fingers can cause poor print quality and/or shorter
Print Head life.
Active Surface of
Print Head
Step 13. Slide the Print Head Assembly Shaft through the holes in the Print Head Assembly
Frame as shown.
Slotted and
Notched End of
Print Head
Assembly Shaft
Goes Through
This Hole
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101
Step 14. The Print Head Assembly Shaft should stick through both sides of the Print Head
Assembly Frame.
Step 15. Turn the Print Head Assembly Shaft so the threaded hole in the center is accessible
through the center cutout in the Print Head Assembly Frame. Start the Print Head
Adjustment Screw (with its associated Spring and Washer in place) into the threaded
hole in the center of the Print Head Assembly Shaft. Run it in two or three turns; it
must stay engaged in the Shaft during the steps that follow.
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Step 16. Position the Print Head Assembly as shown below. Gently separate the sides of the
Print Head Carriage while rocking the Print Head Assembly back and forth and slide
it into approximate position within the Print Head Carriage. See the following
pictures. You want the Print Head Assembly Shaft to (first) engage the circular
cutout in the “back” side of the Print Head Carriage, and then (at the same time)
engage the large cutout in the front of the Print Head Carriage.
Keep the Print Head Assembly Screw Below the
Notch in the Print Head Carriage as You Rock the
Print Head Assembly Into Place
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103
Print Head Assembly is in Proper
Position when the End of the Shaft
Sticks Through the Circular Cutout
Step 17. When the Print Head Assembly Shaft is in position at the circular cutout (above),
press the Shaft toward the back of the printer (i.e., so it sticks out about 1/16 inch or
2mm); this will make it easier to rock the front end of the shaft into position, as
shown below. Then press the Shaft (forward) so it is approximately centered within
the Print Head Carriage.
End of Print Head Assembly Shaft
Sticks Through this Large Cutout
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Step 18. Plug in the Print Head Cable Connector, and use a small flat-blade screwdriver to
press the connector evenly and firmly into place. Connect the Ground Lug Spade
Connector (this is more easily done by using needle-nose pliers).
Step 19. See the following pictures. With your fingertips or a small flat-blade screwdriver,
slightly compress the Print Head Adjustment Screw Spring and slide the Washer
down; now pivot the Print Head Adjustment Screw upward so it is within the notch
in the front of the Print Head Carriage (and the Washer and Spring are inside the
Carriage, as shown in the second picture.
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Step 20. With a medium flat-blade screwdriver, turn the Print Head Adjustment Screw
clockwise. (Don’t let the screw head slip out of the notch in the Print Head Carriage.)
Note that as the Screw is turned, the Print Head Assembly pivots about the Print
Head Assembly Shaft.
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As the Print Head Adjustment Screw is driven
clockwise, the Print Head Assembly Shaft
Moves Into the Narrower Part of the Cutout
Print Head
Shaft in
Position,
roughly
centered
laterally and
within the
middle curved
slot.
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107
Step 21. Drive the Print Head Adjustment Screw in (clockwise) until the single raised bump
on the Print Head just makes contact with the front end of the curved slot in the Print
Head Carriage.
Single Raised
Bump at Front
of Curved Slot
Step 22. Turn the screw out (counter-clockwise) exactly four and one-half turns. The
(upper) single raised bump will be somewhere within the arc of the curved slot. (The
Print Head will rotate on its shaft and the two lower raised bumps; ignore their
positions as long as they are within their respective curved slots.)
Single Raised
Bump
Somewhere
Within Curved
Slot
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Step 23. Insert and tighten the Torx head retaining screw.
Step 24. Re-install the ribbon; lower the Print Head Carriage until it clicks into place; reinstall the printer cover. Connect the power cord, and turn the printer power on.
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109
5.19.2
Enter the Print Head Resistance
Before proceeding to the Final Adjustment, the resistance value of the replacement must be
entered, since the resistance will affect the physical adjustment.
Step 1. From the Windows Start button or from the Printers or Printers and FAXes Control
Panel, select the P330i printer. Right click to bring up Properties, select Device
Settings, and select Tools / Properties. This will bring up the Tools window, as shown
below.
Step 2. As shown above, in the “Command to send to printer” area, enter !R followed by a
space followed by the resistance value of the replacement print head. (The resistance
value will be shown on the replacement print head.) Then click the Execute button,
then close the Tools window.
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5.19.3
Print Head Final Adjustment
Print Head final adjustment involves printing a card, inspecting it, and if necessary adjusting
the Print Head Adjustment Screw. This sequence is repeated until the card print quality is
acceptable.
Step 1. From the Windows Start button or from the Printers or Printers and FAXes Control
Panel, select the P330i printer. Right click to bring up Properties, select Device
Settings, and select Tools / Properties. This will bring up the Tools window, as shown
below.
Step 2. If your printer has a color ribbon, enter IM in the “Command to send to printer” area,
then click the Execute button.
A card like the following one will be printed.
Step 3. If your printer has a monochrome ribbon, enter IMB in the “Command to send to
printer” area, then click the Execute button.
A gray (ideally) or moire-pattern card like the following one will be printed.
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Step 4. If the card print quality is acceptable, no additional adjustment is necessary.
If the card print quality is not acceptable, loosen the Torx head retaining screw and
turn the Print Head Adjustment Screw one-quarter turn clockwise or counterclockwise. Print another card.
a.
If the print quality is better, turn the Print Head Adjustment Screw one-eighth turn in
the same direction.
If the print quality is worse, turn the Print Head Adjustment Screw one-half turn in the
other direction.
Step 5. Continue making smaller adjustments in either direction until the print quality is
optimized. Then tighten the Torx head retaining screw.
b.
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5.20 Replacing the LCD PCBA and/or LCD Cable Assembly
Note • To replace the LCD PCBA, detach the Top Cover and proceed as follows. If the LCD
Cable Assembly is to be replaced, the Print Engine must be removed from the Lower Cover.
Step 1. Unplug the LCD Cable Assembly from the LCD PCBA. It may help to use a small
flat-blade screwdriver to gently pry the cable connector out of the PCBA connector;
if you do this be very careful to avoid damaging either connector or bending any
pins.
Unplug LCD
Cable
Assembly
Step 2. If replacing the LCD Cable Assembly, unplug it from J10 on the CPU PCBA.
LCD Cable
Assembly
980569-001 Rev. A Draft 2
Plugs into J10 on
CPU PCBA.
113
Step 3. While lifting on the right-hand end of the LCD PCBA, use a small flat-blade
screwdriver to gently pry the support clip to the right as shown below. Use just
enough force to free the PCBA; too much force could damage or break the support
clip.
Support
Clip
Step 4. When installing the LCB PCBA, place it in position on the Top Cover and press to
snap it into place.
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5.21 Replacing the Encoder Shroud and Exit Pressure Roller
Note • This procedure covers replacing the Exit Pressure Roller only, not the complete Exit
Pressure Roller Assembly (which also includes the Pivot Shaft and Spring). For instructions
on replacing the complete Exit Pressure Roller Assembly, see the next procedure.
The instructions given in this procedure also apply in general terms to the other Pressure
Rollers.
Step 1. Remove the protective Encoder Shroud that protects the Magnetic Encoder Sensor
and Head (if present). (Note that the Shroud is present whether or not there is a
Magnetic Encoder.) Press the two removal tabs toward the rear of the printer, and lift
the shroud by the lift tab.
Lift Tab
Protective
Shroud
Removal
Tabs
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Step 2. With the shroud removed, note the position of the Exit Pressure Roller.
Exit
Pressure
Roller
Assembly
Spring
Exit
Pressure
Roller
Exit Pressure Roller
Assembly Pivot Shaft
Step 3. Lift the “legs” of the Exit Pressure Roller so they disengage from the Pivot Shaft.
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Step 4. Push the Exit Pressure Roller outward, then pull it the rest of the way out from under
the Pressure Spring.
Pressure
Spring
Step 5. When the Exit Pressure Roller has been removed, the Pressure Spring on the Pivot
Shaft will look like the picture below.
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5.22 Replacing the Exit Pressure Roller Assembly
Note • This procedure covers replacing the complete Exit Pressure Roller Assembly (which
also includes the Pivot Shaft and Spring). For instructions on just replacing the Exit Pressure
Roller, see the previous procedure.
The instructions given in this procedure also apply in general terms to the other Pressure
Roller Assemblies.
Important • Do not even attempt this procedure if you do not have a thin spring hook tool
like the one shown below (shown next to a Pressure Roller for size reference).
Note • This procedure can also be perfomed with the Exit Pressure Roller already removed,
as described in the previous procedure. The pictures and steps are so similar that differences
will be readily apparent.
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Step 1. Note the location of the components of the Exit Pressure Roller Assembly shown in
the following pictures.
Exit
Pressure
Roller
Assembly
Spring
Exit
Pressure
Roller
Exit Pressure Roller
Assembly Pivot Shaft
Exit
Pressure
Roller
(See Next
Picture)
Pivot Shaft
Step 2. Remove the screw that covers and secures the end of the Pivot Shaft, shown in the
picture below.
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Screw Head Securing End
of Pivot Shaft
Step 3. In the next picture, you can see the end of the Pivot Shaft after the securing screw has
been removed.
End of
Pivot
Shaft
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Step 4. With fine-point pliers, grab the Pivot Shaft between the legs of the Pressure Roller
and slide it out of the Front Frame. It will be a snug fit; it may help to simultaneously
rotate the Pivot Shaft and slide it out. (If the Pressure Roller has already been
removed, grab the Pivot Shaft anywhere along its length and slide it out.)
Caution • As the Pivot Shaft is freed from the bearing in the Front Frame, keep in mind
that the Exit Pressure Roller Spring is under tension.
Step 5. If you will be replacing the Exit Pressure Roller Assembly, be sure to keep the three
parts as shown in the picture below.
Pivot
Shaft
Pressure
Roller
Spring
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Step 6. Feed the Pivot Shaft through the hole in the Front Frame.
Step 7. As you feed the Pivot Shaft inward, place the Spring on the Shaft as shown below.
The two ends and the large central portion all come from the bottom of the Spring,
and the two “legs” of the Spring must be facing as shown.
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Step 8. Continue feeding the Pivot Shaft until it is engaged in its bearing on the Center
Frame.
Step 9. With fine-nose pliers, bring the “leg” of the Spring over the Pivot Shaft as shown in
the next two pictures. This may be somewhat easier if you slide the Spring away
from the Center Frame about 1/8 inch (4 mm).
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123
Step 10. Reach in under the Pivot Shaft with the spring hook tool and grab the end of the
spring. Then let go with the pliers.
Step 11. Pull the end of the Spring under the Pivot Shaft (again, this may be easier if you slide
the spring away from the Center Frame). Continue pulling the end of the Spring
around the Pivot Shaft until the Spring’s “leg” can rest in the detent of the ridge as
shown below. There is a small hole in the side of the frame next to the detent; the
very end of the Spring’s “Leg” should be pressed into that hole.
Detent of Ridge
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Step 12. Then follow the same steps with the end of the Spring closer to the Front Frame, as
shown in the following series of pictures.
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125
Lift End of
Spring onto
Flat Area
Step 13. Then replace the Exit Pressure Roller as described in the previous procedure.
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5.23 Removing the Balls Retainer Plate
The Balls Retainer Plate is located below the Ribbon Supply Spindle. It covers the access hole
for the pivot shaft of a pressure roller assembly. It also holds a pair of springs in place, which
in turn provide spring pressure to a pair of Delrin Balls that precisely position the card within
the card path.
Important • When the Balls Retainer Plate is removed, be careful to not lose the springs and/
or balls that it holds in place.
Step 1. The Balls Retainer Plate is held in place below the ribbon supply spindle by a flathead Phillips screw. Using a Number 0 Phillips screwdriver, remove the screw and
remove the Balls Retainer Plate.
Balls
Retainer
Plate
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127
Step 2. The next picture shows the Balls Retainer Plate removed.
Pivot Shaft Access
Springs (Delrin Balls not visible)
Step 3. The following picture is a magnified view of the springs and Delrin Balls. Actual
size of the Balls is 5 mm (about 1/5 inch).
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5.24 Card Feeder Components
This section describes replacing various components of and associated with the Card Feeder.
Some of these procedures involve detaching and disassembling the Card Feeder Assembly,
others do not.
5.24.1
Replacing the Card Sensor Cable Assembly
The Card Sensor Cable Assembly can be replaced with or without disassembling the Card
Feeder Assembly; it can even be replaced without detaching the Card Feeder Assembly from
the Print Engine.
Step 1. The Card Sensor Cable Assembly in turn plugs into a Cable Assembly that goes to
the I/O Daughterboard. Unplug the connector.
Step 2. The Card Sensor Cable Assembly snaps into a recess in the side of the Card Feeder
Assembly frame, as shown in the picture below.
(Card Feeder
Assembly
shown detached
from the Print
Engine)
Card
Sensor
Cable
Assembly
Unplug this connector from the
Cable Assembly that goes to the
I/O Daughterboard.
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129
Step 3. To remove the Card Sensor Cable Assembly, hold the four wires close to the sensor
and push up while lifting away from the Card Feeder frame, as shown in the next
picture.
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5.24.2
Replacing the Card Feeder Drive Belt and/or Card Feeder
Motor
The Card Feeder Drive Belt and/or Card Feeder Motor can be replaced with or without
disassembling the Card Feeder Assembly; either or both can even be replaced without
detaching the Card Feeder Assembly from the Print Engine; the procedure for detaching the
Card Feeder Assembly is given in paragraph 5.24.3.
(The pictures in this section show the Card Feeder Assembly disassembled.)
(Card Feeder
Assembly
shown detached
from the Print
Engine)
Card
Feeder
Drive
Belt
Step 1. In the following picture, note the location of the push nut on the Roller Shaft.
980569-001 Rev. A Draft 2
131
Push
Nut
Step 2. With a small flat-blade screwdriver, gently pry the pushnut off the shaft.
Step 3. This will allow you to slip the Timing Belt off the Pulleys.
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After removing the Card Feeder Drive Belt, the Card Feeder Motor can be replaced.
Step 4. There is a very small E-Ring that secures the Feeder Pulley to the Motor shaft (see
below). With a small flat-blade screwdriver, push this E-Ring around the shaft until
the center of the E-Ring is at the flat of the shaft (this will give maximum access to
the E-Ring). Then, with a very small flat-blade screwdriver, free the E-Ring from the
groove of the Motor shaft.
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133
Step 5. With the E-Ring removed, lift the Feeder Pulley and two spacer washers from the
Card Feeder Motor shaft.
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980569-001 Rev. A Draft 2
Step 6. Then remove three screws as shown below to free the Card Feeder Motor. (If the
Card Feeder Assembly has not been disassembled, remove the Card Feeder Motor by
reaching up through the open bottom of the Card Feeder Assembly.
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135
5.24.3
Detaching and Disassembling the Card Feeder Assembly
Step 1. The Card Feeder Assembly is attached to the Print Engine by two screws, as shown
in the picture below.
Remove
This Screw
on Front
Remove
This Screw
on Back
Step 2. Unplug the spade lug on the green ground wire at the location shown in the next
picture.
Detach Green
Wire at the
Spade Lug on
This End
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980569-001 Rev. A Draft 2
Step 3. Slide a medium flat-blade screwdriver into the gap below the left side of the ESD
Brush as shown in the picture below. Then turn the screwdriver clockwise to push the
left side of the ESD brush upward, as shown in the next picture.
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137
Step 4. Lift the left end of the ESD Brush just enough to clear the protective lip of the frame.
Protective
Lip
Caution • Handle the ESD Brush carefully to avoid bending or otherwise damaging it.
Step 5. Gently bring the left end of the ESD Brush in front of the protective lip, so it is
approximately in its original horizontal orientation.
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980569-001 Rev. A Draft 2
Step 6. Gently push the ESD Brush to the right, so the elongated hole at the right end can
disengage from the post on the frame, and remove the ESD Brush.
Important • If the ESD Brush appears damaged in any way, replace it.
Step 7. Remove four screws inside the counterbores as shown in the picture below.
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139
Step 8. Use a small flat-blade screwdriver to gently pry the two parts of the Card Feeder
Assembly frame apart. (It will probably be necessary to go around the entire “seam”
several times to gradually separate the parts.)
Step 9. With the Card Feeder Assembly Frame apart, the Card Feeder belt can be removed
off its rollers (turning the rollers back and forth will make this somewhat easier).
(Note that the picture also shows the Card Feeder Motor in place.) After the Card
Feeder Belt is removed, the Card Feeder Rollers can be removed if desired. (If the
Roller over the Card Feeder Motor is to be removed, remove the gear from its shaft.)
Card
Feeder
Belt
Card
Feeder
Rollers
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980569-001 Rev. A Draft 2
Step 10. Reassembling the Card Feeder Assembly is shown in the following series of pictures.
First, hold the two sides of the Frame together as shown, and place the Feeder Gate
Lever in position. Note that the Feeder Gate Lever must be placed so the hole in the
“arm” fits over the raised pin on the frame.
Feeder
Gate
Lever
Hole in
Feeder
Gate Lever
fits over
Raised Pin
on Feeder
Frame
Step 11. Place the Ruber Gate over the raised pins on the frame as shown in the next picture.
Rubber
Gate
Fits
Over
Raised
“Pins”
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141
Step 12. Place the Feeder Gate Plate in approximate position. Make sure the slot in the Feeder
Gate Plate engages the raised pin on the Feeder Gate Lever, then press the Feeder
Gate Plate inward on each side to snap it into the groove on each side of the frame.
Feeder Gate Plate
Make Sure Slot in Feeder Gate
Plate Engages Pin on Feeder
Gate Lever, then Snap Feeder
Gate Plate into place.
Step 13. Replace the screws into the counterbores that were removed in step 7.
Step 14. Reinstall the ESD Brush, or install a new one.
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5.25 Power / Filter Components
Step 1. The Power / Filter Components are mounted on the Connector Plate, and are shown
in the picture below. The two “unused” lugs on the left side of the Power Switch
connect to the Power Supply.
Power
Switch
AC Power
Connector
EMI
Ferrite
Cable
Assembly
EMI
Filter
980569-001 Rev. A Draft 2
143
5.26 Removing the CPU PCBA
The CPU PCBA can be removed whether you remove the Connector Plate (as described in
section 5.4) or not. If you do not remove the Connector Plate, be careful to avoid damaging
components on the Connector Plate or wires to/from it.
Step 1. The CPU PCBA rests on slides below the Rear Plate, as shown below. Note that the
CPU PCBA is not secured by any mounting hardware; it is simply held in place by
the wires to/from it (and, when the Print Engine is in place on the Lower Cover, by
the Lower Cover itself).
CPU PCBA
Step 2. Slide the CPU PCBA straight out, carefully unplugging connectors as you slide the
board out, as shown in the next three pictures.
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980569-001 Rev. A Draft 2
To Card Feeder
Sensor
This Cable goes to
the LCD Screen
Use a Small Flat-blade
Screwdriver to Remove
the Restraining Clip on this
connector
980569-001 Rev. A Draft 2
RFID Cable
145
Step 3. The next figure shows for reference the primary functions of the various connectors
on the CPU PCBA.
J11
(Ribbon RFID)
J7
(Smart Card)
J1
(Mag Encoder Head)
J8
(Auxiliary RS-232;
factory use only)
J6
(USB Port)
J2
(Mates with Ethernet
Extension Board)
J13
(Motors and Sensors Connects to
I/O Daughterboard)
J10
(LCD Panel)
J12
(+24 VDC
Input from
Power Supply)
J4
(Not Used)
J3
(Out of Cards Sensor)
J9
(Print Head,
Head Lock,
Head Temp. Sensor)
Step 4. When sliding the CPU PCBA back into position, make sure it is between the guides
on either side. Re-attach connectors as you slide the board in.
Slide CPU PCBA Between Guides On Either Side
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5.27 Removing the I/O Daughterboard
Step 1. When the Rear Plate is removed (see section 5.7), the I/O Daughterboard is visible. It
is directly above the CPU PCBA, but it is hidden (and held in position) by the very
bottom of the Rear Plate.
I/O Daughterboard
CPU PCBA (Shown with Ethernet Adapter)
(Rear
Plate
Removed)
I/O Daughterboard
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147
Step 2. Unplug as many of the connectors to the I/O Daughterboard as you can reach before
starting to slide it out; unplug other connectors as they become accessible.
Step 3. The following figure shows the connectors on the I/O Daughterboard.
148
Color
Sensor
1
Color
Sensor
2
J04
J09
DC
DC
Motor Motor
J06
J08
Stepper
Motor
J01
J07
J02
J03
DC
Motor
Synchro
Card
Sensor
(To J13
on CPU
PCBA)
J05
Synchro
Film
Sensor
Position
Bracket
Sensor
980569-001 Rev. A Draft 2
5.28 Removing the RFID Cable
The RFID Cable connects the RFID PCBA to the CPU PCBA.
RFID PCBA
RFID Cable
CPU PCBA
980569-001 Rev. A Draft 2
149
Step 1. Use a small flat-blade screwdriver to remove the restraining clip on the connector at
each end of the RFID Cable. Open the Aluminum “Cable Ties” that hold the RFID
Cable in place on the Center Frame. Remove the RFID Cable.
Retaining Clip (on connector at each end of RFID Cable)
Aluminum “Cable Ties”
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980569-001 Rev. A Draft 2
5.29 Replacing the Ribbon O-Ring Drive Belt
Ribbon
O-Ring
Drive
Belt
Step 1. Remove the Ribbon O-Ring Drive Belt by slipping it off the Ribbon Motor Pulley
and the Ribbon Pulley.
Step 2. To install the Ribbon O-Ring Drive Belt, seat it in the groove of the Ribbon Pulley,
pass it around both sides of the Upper Cam, and roll it into the groove of the Ribbon
Motor Pulley.
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151
Important • Make sure that the Ribbon O-Ring Drive Belt passes on the inside of the shield,
as shown in the picture below.
Ribbon
Pulley
Upper
Cam
Ribbon Motor
Pulley
Shield
CORRECT -- Ribbon O-Ring
Drive Belt Inside Shield
INCORRECT -- Ribbon O-Ring
Drive Belt Outside Shield
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980569-001 Rev. A Draft 2
5.30 Replacing the Ribbon Pulley Assembly
Step 1. The Ribbon Pulley Assembly Shaft is secured by a screw in the middle of the Ribbon
Take-Up Spindle.
Ribbon
Pulley
Assembly
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153
Step 2. While holding the Ribbon Take-Up Spindle, use a No. 1 Phillips screwdriver to
remove the screw attaching the Ribbon Take-Up Spindle to the Ribbon Pulley
Assembly Shaft, and slide the Spindle off the shaft (it may be a snug fit).
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Step 3. Slide the Ribbon Pulley Assembly (which includes the shaft) out of the bearing in the
center frame.
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155
5.31 Removing the Ribbon Motor Pulley and the Ribbon Motor
Step 1. The Ribbon Motor Pulley is secured to the Ribbon Motor Shaft with a setscrew. Use
a 1.5 mm hex key to loosen the setscrew, and remove the Ribbon Motor Pulley.
Ribbon
Motor
Pulley
Ribbon
Motor
Shaft
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980569-001 Rev. A Draft 2
Step 2. Cut the Cable Tie holding the bundle of Cables at the I/O Daughterboard
Cut This
Cable Tie
These
wires go
to the
Ribbon
Motor
Step 3. Unplug the Connector for the Ribbon Motor from the I/O Daughterboard.
Step 4. The Ribbon Motor is held in position by three Torx T10 screws. Remove them.
Ribbon
Motor
Mounting
Screws
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157
Step 5. Now reach up into the lower cavity between the Center Frame and the Front Frame
and remove the Ribbon Motor.
5.32 Replacing the Stepper Motor Drive Belt
The Stepper Motor Drive Belt should be very snug so it will not slip off the Stepper Motor
Drive Pulley during printer operation. Also, if the belt is too loose, vertical lines may appear
on cards printed.
A limited amount of tensioning adjustment can be made as follows.
Step 1. Loosen the three 5.5 mm hex nuts securing the Stepper Motor to its Mounting Plate.
Step 2. Reach up into the space between the Front Frame and the Center Frame, and move
the Stepper Motor (the holes in the Center Frame are slightly enlarged, permitting
some movement).
Step 3. Tighten the three 5.5 mm hex nuts.
Step 4. When pressing with a finger against the mid-point of the Stepper Motor Drive Belt,
there should be less than 1/8 inch (3 mm) deflection.
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Stepper
Motor Drive
Belt
Stepper
Motor
Mounting
Plate
Stepper Motor Drive Pulley
5.33 Removing the Stepper Motor
Step 1. Remove the Stepper Motor Drive Belt.
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159
Stepper
Motor Drive
Belt
Step 2. Remove the Stepper Motor Pulley. (If the “old” Stepper Motor will be re-installed
and there is no apparent damage to the Stepper Motor Pulley, the Stepper Motor
Pulley does not need to be removed.)
Step 3. Remove the three 5.5 mm hex nuts securing the Stepper Motor to its Mounting Plate.
5.5 mm Hex Nuts
Stepper
Motor
Mounting
Plate
Step 4. Reach up into the space between the Front Frame and the Center Frame, and remove
the Stepper Motor.
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161
5.34 Removing the RFID PCBA
Step 1. If the RFID Cable is still plugged into the RFID PCBA, use a small flat-blade
screwdriver or fine-point plierst remove the retaining clip on the RFID Cable
connector, as shown in the picture below. Unplug the RFID Cable.
Note that
this pin on
the Center
Frame
passes
through a
hole on the
RFID
PCBA.
Retaining
Clip
RFID
Cable
Step 2. With a Number 1 Philips screwdriver, remove two screws as shown in the next
picture.
RFID
PCBA
Mounting
Screws
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Step 3. Remove the RFID PCBA.
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163
5.35 Replacing the Ribbon Color Sensor
The Ribbon Color Sensor is located under the Ribbon Supply Spindle, as shown below. Note
that the Ribbon Color Sensor cannot be removed until items have been removed from the
Center Frame through the RFID PCBA.
Ribbon Color Sensor
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Step 1. See the two pictures below. With a small flat-blade screwdriver, gently pry up toward
the front of the Ribbon Color Sensor until it pops free of the Print Engine.
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165
Step 2. The wires from the Ribbon Color Sensor are held in place on the Center Frame by
two aluminum “Cable Ties,” as shown in the next picture. The wires are also routed
through two guides, and secured in the guides by glue.
Guides
with glue
holding
the wires
in place
Aluminum
“Cable Ties”
Step 3. Open the “Cable Ties”. Scrape the glue off the surface of the guides, being careful to
avoid nicking or crimping the wires. Free the wires from the guides.
Step 4. Unplug the wires from the Ribbon Color Sensor from the I/O Daughterboard. The
connectors are behind the Ribbon Lift Cam.
Ribbon Lift Cam
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Step 5. Unplug the wires from the Ribbon Color Sensor from the I/O Daughterboard. The
connectors are behind the Ribbon Lift Cam.
Step 6. The Ribbon Color Sensor can now be removed by passing its wires through the
rectangular cutout in the Center Frame.
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5.36 Replacing the Card Sensor Cable Assembly
Important • The Torx T10 driver used in this procedure must have a blade at least 4 inches
(100 mm) long to reach through the access hole to the Card Sensor Mounting Screw.
Step 1. The Card Sensor is located just inside the support for the Print Head Carriage, as
shown in the picture below. The picture also shows the location of the Mounting
Screw; the Mounting Screw location is also shown in the following picture.
.
Card
Sensor
Card
Sensor
Mounting
Screw
Step 2. Looking up from under the Print Engine, note the routing of the wires in the Card
Sensor Cable Assembly. When replacing or re-installing the Card Sensor, the wires
must be routed the same way. If it has not already been done, unplug the Card Sensor
Cable Assembly from the I/O Daughterboard.
The picture also shows the location of the Card Sensor Mounting Screw.
3. All
Four
Wires
then
pass
“under”
this
post.
1. Red and
Green
Wires come
out on this
side, and
stay “below”
the White
and Black
Wires.
Card Sensor
Mounting Screw
168
2. White and Black Wires come out on this
side, then bend over the Card Sensor and
route over the Red and Green Wires.
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Step 3. See the following picture. If necessary, turn the Print Head Lift Cam and deflect the
belt as shown to clear the Card Sensor Mounting Screw Access Hole. With a longbladed Torx T10 driver, go straight through the Access Hole until the Torx head
engages the head of the Mounting Screw. Remove the Mounting Screw (the Card
Sensor will remain in place).
Card
Sensor
Mounting
Screw
Access
Hole
Print
Head
Lift
Cam
Step 4. The following picture (from underneath) shows the Torx T10 driver bit in the Card
Sensor Mounting Screw.
Card
Sensor
Mounting
Screw
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Step 5. Using a Number 0 Phillips screwdriver, remove the Balls Retainer Plate and the
springs and Delrin Balls it holds in place (more detailed information is given in
section 5.21). Be careful to not lose the springs and/or balls.
Balls
Retainer
Plate
Step 6. The next picture shows the Balls Retainer Plate, springs, and balls removed. The
Card Sensor Cable Assembly is barely visible.
Card
Sensor
Cable
Assembly
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Step 7. Using a small flat-blade screwdriver, gently pry the Card Sensor toward the back of
the Print Engine, as shown in the next picture. Be very careful to avoid crimping or
breaking any of the wires. Pushing the wires upward (from underneath) will make
prying the Card Sensor easier.
Use Small
Flat-Blade
Screwdriver
Here...
... To Pry the Card
Sensor This Way.
Step 8. The following picture shows the Card Sensor pried toward the back of the Print
Engine.
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171
Step 9. Use a small flat-blade screwdriver to gently pry the Card Sensor upward, while
rocking it back and forth until the Card Sensor clears the card path, as shown in the
next picture.
Rock the Card Sensor back and forth
while gently lifting / prying it upward.
Step 10. Lift the Card Sensor free of the Print Engine. Be careful to avoid damaging any of
the wires. Continue lifting until the connector clears the hole in the card path.
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5.37 Removing the Print Head Cable Assembly
The Print Head Cable Assembly includes the Print Head Fan and the Ribbon Sync Sensor.
Caution • During this procedure, be careful to avoid touching the Print Head Elements.
Step 1. If you have not already done so, remove the Print Head Assembly from the Printhead
Bracket Assembly (steps are given in detail in section 5.19, but are repeated here in
simplified form for convenience).
a.
980569-001 Rev. A Draft 2
With a medium flat-blade screwdriver, remove the Print Head Adjustment Screw (and
its washer and spring).
173
174
b.
With a Torx T10 driver, remove the retaining screw on the front side of the Print Head
Carriage. (You may need to use a flat-blade screwdriver on the other end of the Print
Head Assembly Shaft to remove the retaining screw.)
c.
Remove the Print Head Assembly Shaft.
980569-001 Rev. A Draft 2
d.
Unplug the Print Head Cable (you may need to use a small flat-blade screwdriver to
pry the plug apart from the connector). Disconnect the Ground Lug Spade Connector.
Ground
Lug Spade
Connector
Print Head Cable
Connector
980569-001 Rev. A Draft 2
175
e.
Rock the Print Head Assembly back and forth while gently separating the sides of the
Print Head Carriage until the Print Head Assembly can be slid free of the Print Head
Carriage.
Step 2. Cut the Cable Tie and remove the screw that holds the Ribbon Sync Sensor in place,
as shown in the picture below.
Cable
Tie
Screw
Attaching
Ribbon
Sync
Sensor
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Step 3. Push the Print Head Cable Connector, the Ground Lug, and the Ribbon Sync Sensor
out of the way so you can see the four latches (two on each side) that hold the Print
Head Fan in place, as shown in the next two pictures.
Fan Motor
Attachment
Latches
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177
Step 4. Through the cutouts in the Print Head Bracket, note the four Fan Motor “mounting
holes” (even though they are not used to mount the Fan Motor).
Fan Motor “Mounting Holes”
Step 5. While in turn pressing the four Fan Motor Attachment Latches away from the Fan
Motor, use a Number 2 Phillips Screwdriver (the blade is too big to go through the
Fan Motor Mounting Holes) to press against the Fan Motor Mounting Holes). You
may need to go around the four latches and holes more than once, but eventually the
Fan Motor will be freed by all four Latches.
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980569-001 Rev. A Draft 2
Step 6. Then the Fan Motor can be pulled clear of the Attachment Latches.
Step 7. Remove two screws, shown in the next picture, that attach the Print Head Pivot
Bracket to the Print Head Carriage.
Remove These Screws
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179
Step 8. Press and hold the Print Head Carriage Latch; twist and gently pull the Print Head
Pivot Bracket until it separates from the Print Head Carriage.
2. Separate Head Pivot Bracket
from the Print Head Carriage
1. Press and Hold Print
Head Carriage Latch
Step 9. Work the Print Head Cable Assembly through the cut-outs in the Print Head
Carriage. Bend the cable so the connector is roughly parallel to the cable to get it
through the cut-outs.
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181
5.38 Removing the Print Head Lift Motor
Step 1. The I/O Daughterboard and the Print Head Lift Cam must be removed to access the
Print Head Lift Motor Mounting Screws. With a Number 0 Phillips screwdriver,
remove three Mounting Screws as shown in the picture below.
Print Head
Lift Motor
Mounting
Screws
the Print Head Lift Motor.
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980569-001 Rev. A Draft 2
5.39 Separating the Front Frame from the Center Frame
There are only a limited number of parts that would require separating the Front Frame from
the Center Frame. These are:
•
The Clean Drive Roller
•
The Card Drive Roller
•
The Platen Drive Roller
•
The Exit Drive Roller
•
The three Transport Rollers past the Platen
•
The Card Pressure Plate attached to the Front Frame
•
The Magnetic Encoder Station Roller attached to the Front Frame (Roller is present
whether the printer includes the Magnetic Stripe Encoder Option or not)
Separating the Front Frame from the Center Frame constitutes a significant dismantling of the
printer! The suggested procedure follows; procedures that are described in greater detail have
references to the appropriate sectiion.
Step 1. Remove the Top Cover (5.2)
Step 2. Remove the LCD PCBA (5.18)
Step 3. Remove the Print Engine from the Lower Cover (5.3)
Step 4. Remove the Card Feeder Assembly (5.22.3)
Step 5. Remove the Connector Plate (5.4)
Step 6. Remove the CPU PCBA (5.24)
Step 7. Remove the Power Supply Cover (5.5)
Step 8. Remove the Power Supply (5.6)
Step 9. Remove the Rear Plate (5.7)
Step 10. Remove the Cam Lever (5.8)
Step 11. Remove the Platen Inertia Roller (5.9)
Step 12. Remove the I/O Daughterboard (5.25)
Step 13. Remove the Printhead Pressure Spring (5.10)
Step 14. Remove the Film/Bracket Sensor PCBA (5.11)
Step 15. Remove the Pressure Spring Plate (5.12)
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183
Step 16. Remove the Cam Arm Follower Assembly (5.13)
Step 17. Remove the Clutch Assembly (5.14)
Step 18. Remove the Print Head / Carriage Assembly (5.15)
Step 19. Remove the Ribbon Color Sensor (5.32)
Step 20. Remove the Smart Card Contact PCBA, if present
Step 21. Remove the Card Sensor Cable Assembly (5.33)
Step 22. Remove the Encoder Shroud and Exit Pressure Roller (5.19); remove all other
Pressure Rollers using the same procedure.
Step 23. Remove the Balls Retainer Plate, Springs, and Balls (5.21)
Step 24. Remove Exit Pressure Roller Assembly (5.20); remove all other Pressure Roller
Assemblies using the same procedure.
Step 25. Remove the Stepper Motor Drive Belt (5.30.1)
Step 26. Remove the ESD Brush at the Card Exit. Use a soldering iron to melt the flattened
plastic posts and gently pry off the push nuts. When replacing, use the soldering iron
to flatten the plastic posts to secure the push nuts.
Step 27. Remove the items shown in the next two pictures in the order shown. Do not
remove the Pulleys and Push Nut specified in the second picture.
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980569-001 Rev. A Draft 2
5.
Timing Belt
7.
Pulley
6.
Push
Nut,
then
Rear
Pulley
4.
1.
Front Pulley
3.
2.
Stepper Motor Drive Belt
(Do NOT remove Front Pulley,
Push Nut, and Rear Pulley)
8.
Timing Belt
Timing
Belt
Pulley
9.
Pulley
10. Push
Nut
12. Pulley
11. Timing
Belt
13. Position Front Frame/Center Frame with Center Frame Flat on
work surface, then remove 7 Torx T10 Screws at bottom of these
bores and lift the Front Frame straight up off the Center Frame.
980569-001 Rev. A Draft 2
185
Step 28. Lift the Front Frame straight up off the Center Frame, and note the orientation of the
Rollers shown in the next picture. The Rollers simply slip into their bearings in the
Center Frame; they are held in place by corresponding bearings in the Front Frame
when the Front Frame is attached.
Exit Drive
Roller
Card Drive
Roller
Platen Drive
Roller
Clean
Drive
Roller
Step 29. The Card Pressure Plate is held in position (inside the Front Frame) by two springs,
which provice slight pressure inward to the card in the card path. The Card Bias
Guide limits the travel of the Card Pressure Plate
Card Bias Guide
Magnetic Encoder
Station Roller
Card Pressure Plate
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980569-001 Rev. A Draft 2
Step 30. To remove the Card Pressure Plate, detach the Springs, then remove the Card Bias
Plate (it is held by 3 Torx T10 screws).
Card Bias Guide
Magnetic Encoder
Station Roller
Card
Pressure
Plate
Springs
Step 31. To remove the Magnetic Encoder Station Roller, remove (in order) the outer Pulley,
Push Nut, and inner Pulley shown in the picture below. Then slide the Magnetic
Encoder Station Roller on its shaft through the bearing in the Front Frame.
1.
980569-001 Rev. A Draft 2
Outer Pulley
2.
Push Nut
3.
Inner Pulley
187
5.40 Magnetic Stripe Encoder Option
The Magnetic Stripe Encoder Option consists of a Magnetic Encoder Sensor and Magnetic
Encoding Head. These can be located below the card path (“regular”) or above the card path
(“reverse encoding”). The instructions presented here are general enough that they can be
applied to either.
Step 1. Remove the protective shroud that protects the Magnetic Encoder Sensor and Head.
Press the two removal tabs toward the rear of the printer, and lift the shroud by the
lift tab.
Lift Tab
Protective
Shroud
Removal Tabs
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980569-001 Rev. A Draft 2
Step 2. When the shroud is removed, the Magnetic Encoder Sensor and Magnetic Encoding
Head are visible, as shown below.
Regular:
Magnetic Encoding Head
Magnetic Encoder Sensor
Reverse:
Step 3. The Magnetic Encoding Head and the Magnetic Encoder Sensor are attached with
Torx T10 screws.
Step 4. If the Rear Plate has not been removed, remove it (see section 5.7).
Step 5. The wires for either type of Encoding Head and Encoder Sensor pass through a
rectangular cut-out in the Center Frame.
980569-001 Rev. A Draft 2
189
5.41 Smart Card Options
There are four different “Smart Card” Options available for the P330i. These can be
summarized as follows:
“Contact Smart Card” options use a Solenoid below the Card Path and a Contact PCBA
above the Card Path. The Solenoid presses the card upward so the Contact PCBA’s pins
make electrical contact with the appropriate pads on the smart card.
For the “Contact Station” version, wires from the Contact PCBA connect to a “Smart
Solenoid PCBA” which mounts on the Connector Plate and includes a db9 connector
for an external serial interface.
For the “GEM PLUS” version, wires from the Contact PCBA (which includes logic
for the GEM PLUS version) connect to the CPU PCBA. Additional logic circuitry on
the CPU PCBA allows passing “Smart Card” signals via the USB connector, along
with the normal functions of the USB interface.
“Contactless Smart Card” options use either of two short-range radio technologies (“HID”
or “MiFARE”) to communicate with the smart card. One component is a combination
antenna and PCBA for the specific technology; this is mounted below the Card Path.
There is also an Auxiliary PCBA, which is mounted on the bottom of the Center Frame,
which provides an interface between the Antenna/PCBA and the CPU PCBA.
Removal of most of these items is readily apparent.
5.42 Solenoid Assembly
If your printer includes a Contact Smart Card Option, it will include a Solenoid Assembly,
which will be apparent by the two mounting screws shown in the following picture.
Solenoid
Assembly
Mounting
Screws
190
980569-001 Rev. A Draft 2
Step 1. With a Number 0 Phillips screwdriver, remove the two Solenoid Assembly Mounting
Screws.
the Solenoid Assembly.
Solenoid
Assembly
Mounting
Holes
Solenoid
Assembly
980569-001 Rev. A Draft 2
191
192
980569-001 Rev. A Draft 2
6
Preventive Maintenance
Introduction
The Model P330i Printer is designed for operation with minimal maintenance. If the printer is
cleaned on a regular basis, as described in this section, it should provide trouble-free
operation.
There are no periodic measurements, adjustments, or other preventive maintenance procedures
required in normal usage.
Cleaning the Printer
Caution • PROTECT YOUR FACTORY WARRANTY!
The recommended cleaning procedures must be performed to maintain your
factory warranty. Other than the recommended cleaning procedures described in
this manual, allow only Zebra authorized technicians to service the P330i Printer.
Clean your P330i Printer using Pre-Saturated Cleaning Cards provided. The regular use of
these cards will clean and maintain important parts of your printer that cannot be reached,
including the Print Head, Transport Rollers, and optional Magnetic Encoder Station.
980569-001 Rev. A Draft 2
193
Cleaning the Printer
When to Clean the Printer
Clean the printer when either of the following occurs:
•
When the LCD Panel displays the message CLEAN PRINTER.
•
Approximately every 1000 cards when using 5-panel color ribbon, or every 5000
cards when using a monochrome ribbon.
How to Clean the Printer
Note • This cleaning procedure uses two cleaning cards. One cleaning card is the size of a
regular plastic card, and is referred to as the “cleaning card.” The other is elongated, with a
wider section at one end; it is referred to as the “long cleaning card.”
Step 1. Leave the Printer power on, or turn it on if it was off.
Step 2. Initiate the cleaning process by either of the following methods:
• At the printer, press and hold the panel button for several seconds, until the LCD
Panel displays the message REMOVE RIBBON THEN CLOSE HEAD.
• From the computer, enter the P330i Printer Tools software, and click on the
CLEAN button. The LCD Panel will display the message REMOVE RIBBON
THEN CLOSE HEAD.
Step 3. Open the Main Cover, release the Print Head Carriage, and remove the ribbon. Then
close the Print Head Carriage. (For details, see Chapter 2.) The LCD Panel will
display the message EMPTY FEEDER & PRESS BUTTON.
Step 4. Open the Card Feeder Cover and remove cards from the Card Feeder. The last card is
difficult to remove; leave it in place. Press the Panel Button on the front of the
printer. The card remaining in the feeder will be ejected. The LCD Panel will then
display the message LOAD CLEANING CARD IN FEEDER.
Step 5. Place a pre-saturated Cleaning Card into the Card Feeder. The Cleaning Card will
automatically feed into the printer and the cleaning process will start (there is a
several second delay after the Cleaning Card feeds before the cleaning movement
starts). While the cleaning process is underway, the LCD Panel will display the
message CLEANING PRINTER.
Step 6. At the conclusion of this part of the cleaning process, the Cleaning Card will be
ejected, and the LCD Panel will display the message PRESS BUTTON TO
CONTINUE.
Step 7. After the user presses the panel button, the LCD Panel will display the message
FEED LONG CLEANING CARD IN EXIT. Insert the long end of the long cleaning
card into the card exit (directly above the Output Hopper). If the user inserts a
“regular” cleaning card into the card exit, the LCD Panel will display the message
INVALID CARD, PRESS BUTTON until the user presses the panel button and
inserts the long cleaning card into the card exit.
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980569-001 Rev. A Draft 2
Cleaning the Print Head
Note • If the user does nothing at this point (i.e., does not insert the long cleaning card), after
a timeout the LCD Panel display will change to CLEAN PRINTER. The printer will be able
to print, but the LCD Panel will continue to display CLEAN PRINTER.
This limited cleaning does not do a thorough cleaning, but may be performed if no “long
cleaning cards” are available.
To restore the display to READY, you will need to perform a complete cleaning process,
using both short and long cleaning cards, from step 2 above through step 9 below.
Step 8. The long cleaning card will automatically feed into the printer and the printing
process will continue. The LCD Panel will again display the message CLEANING
PRINTER.
Step 9. When the cleaning process is completed, the long cleaning card will be ejected and
the LCD Panel will display the message READY, indicating that the printer is ready
to resume normal printing operations.
Step 10. Discard both cleaning cards after a single use.
Cleaning the Print Head
Note • Do not use previously used cleaning cards.
A cleaning using the Cleaning Cards usually suffices. However, a separate Print Head cleaning
can remove more stubborn deposits when print anomalies persist. To avoid deposits, only use
foam-tipped swabs.
Step 1. Place the printer power switch in the OFF ( O ) position.
Step 2. Open the Main Cover, release the Print Head Carriage, and remove the ribbon. Leave
the Print Head Carriage in its raised position. (For details, see Chapter 2.)
Step 3. Clean Print Head by moving an alcohol-moistened swab tip side-to-side across the
Print Head elements. Only use moderate force. To re-order swabs, please refer to the
Media List on the Windows Drivers and User Documentation CD supplied with this
printer.
Step 4. The swabs can also be used in a similar manner to clean the optional magnetic
encoding head.
980569-001 Rev. A Draft 2
195
Caution • Never use a sharp object or any abrasive to scrape deposits from the print
head. Permanent damage to the print head will result.
Hot Surface • Do not touch the print head if the printer has been in service in the last
10 minutes. It could be very hot and cause a burn.
Your P330i Printer includes a Card Cleaning Cartridge. This item cleans the cards entering the
printer through the card feeder. To ensure print quality, the cleaning roller requires periodic
replacement. New cleaning rollers are included with each ribbon or may be purchased
separately. (To reorder, please refer to the Media List on the Windows Drivers and User
Documentation CD supplied with this printer.)
Installation of the Card Cleaning Cartridge is described in Chapter 2 and is not repeated in
detail here.
When to Replace the Cleaning Roller
Note • Before replacing the Card Cleaning Cartridge or its cleaning roller, clean the Printer
using the Cleaning Cards as described earlier in this chapter.
Replace the Cleaning Roller each time you install a new ribbon.
How To Replace the Cleaning Roller
Step 1. Open the main cover and locate the Card Cleaning Cartridge.
196
980569-001 Rev. A Draft 2
Card Cleaning
Cartridge
Step 2. Gently remove the Card Cleaning Cartridge. Lift the “handle” end, and then pull it
away from the printer.
Step 3. Remove the cleaning roller from the Card Cleaning Cartridge and discard.
980569-001 Rev. A Draft 2
197
Step 4. Install new cleaning roller into the Card Cleaning Cartridge. To avoid contamination,
always hold the cleaning roller by the ends. (For replacement cleaning rollers, please
refer to the Media List on the Windows Drivers and User Documentation CD
supplied with this printer.)
Step 5. Peel protective wrapper from the cleaning roller by gently pulling on the tape.
Note • DO NOT touch the adhesive roller surface that contacts the cards.
198
980569-001 Rev. A Draft 2
Step 6. Replace the Card Cleaning Cartridge into the printer:
Card Cleaning
Cartridge in final
position
Step 7. Close the printer main cover.
980569-001 Rev. A Draft 2
199
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980569-001 Rev. A Draft 2
APPENDIX A
Software
Introduction
This section lists software commands to initiate, check, or adjust various system functions,
parameters, and variables.
Detailed information on the use of these commands are given in the EPCL Programmer’s
Guide, Zebra document 980415-001, which can be downloaded from the Zebra Card Printer
Solutions website at http://www.zebracard.com.
Entering Software Commands
Step 1. From the Windows Start menu or from the Windows Control Panel, navigate to
Printer Properties. This will bring up a display like the one below
980569-001 Rev. A Draft 2
201
Software
Entering Software Commands
Step 2. Click on the Device Settings tab, then select Tools, then click on the Properties block
that will appear, as shown below.
Step 3. This brings up the Tools display. Type the desired command in the “Command to
send to printer” window, and click the Execute button.
Type the
command
here ...
... then
click the
Execute
button.
202
980569-001 Rev. A Draft 2
Software
Software Commands
Software Commands
The following listing includes the software commands that apply to the P330i Printer.
Complete information about each command, including description, syntax, and parameters, is
presented in the EPCL Programmer’s Guide, Zebra document 980415-001, which can be
downloaded from the Zebra Card Printer Solutions website at http://www.zebracard.com.
A- - - - - - - - - ATM - - - - - - &B- - - - - - - - +BS - - - - - - - B/vB - - - - - - &C- - - - - - - - +C - - - - - - - - +$C - - - - - - - !CC - - - - - - - %CDER - - - - &CDER - - - - &CDEW- - - - +CDOTS - - - +CH - - - - - - - CHECK - - - - CLEAN - - - - %CLN - - - - - CLNCARD - - +CV - - - - - - - C/vC - - - - - - !D - - - - - - - - &D - - - - - - - D/vD - - - - - - E---------&E- - - - - - - - &E* - - - - - - - +EC - - - - - - - $F - - - - - - - - !FF- - - - - - - - $FP - - - - - - - FS - - - - - - - - F/vF - - - - - - - GS - - - - - - - - G/vG - - - - - - %HEAD - - - - I ---------980569-001 Rev. A Draft 2
Print Test Card
Set Card Feeding Mode
Load Magnetic Encoder Track Write Buffer
Set Black Synchro
Write Bar Code
Set Coercivity
Adjusts Monochrome Intensity
Adjust Color Contrast
Get Number of Cards Printed
Get Magnetic Encoder Read Settings
Set Magnetic Encoder Track Read Encode Parameters
Set Magnetic Encoder Track Write Encode Parameters
Image Print Quality Compensation Factor
Adjust Hologram Intensity
Return Checksum
Set Cleaning Card Sequence
Check Due-for-Cleaning Parameters
Set Cleaning Parameters
Adjust Clear Varnish Intensity
Write Box (Monochrome)
Move Print Head Down
Change Track Density
Draw Diagonal Line (Monochrome/Overlay)
Retransmit Last Response
Write Single Track
Write Track Buffers
End of Print
Clear Color Image Buffers
Set Ribbon Color Sequence
Clear Specified Bit-Maps
Control Use of Card Feed Sensor
Clear Monochrome Image Buffers
Download Color Graphic
Initialize Monochrome Graphic (B/W)
Get Print Head Serial Number
Print Monochrome Panel
203
Software
Software Commands
IH - - - - - - - - IM - - - - - - - - IMB - - - - - - - IS- - - - - - - - - +ISC - - - - - - +ISC2- - - - - - ISERIES - - - - IV - - - - - - - - J ---------!L - - - - - - - - $L - - - - - - - - &L- - - - - - - - +$L - - - - - - - $LD - - - - - - - L/vL- - - - - - - !M - - - - - - - - MB - - - - - - - MC - - - - - - - MCL - - - - - - ME - - - - - - - MI - - - - - - - - MIB - - - - - - - MM - - - - - - - M/m - - - - - - - MO - - - - - - - MR - - - - - - - MS- - - - - - - - &N - - - - - - - !NL - - - - - - - +O - - - - - - - - +OCL- - - - - - +OS - - - - - - - O/vO - - - - - - +OY- - - - - - - !P- - - - - - - - - +PRF - - - - - - PS - - - - - - - - P/vP - - - - - - - R---------!R - - - - - - - - &R- - - - - - - - >R - - - - - - - - 204
Print Hologram Overlay
Print Color Test Card
Print Gray Test Card
Print Card Panel
Set Smart Card Serial Port Data Rate
Set Smart Card Serial Port Data Rate (Advanced)
i-Series Printer Test
Print Clear Varnish
Print Multiple Monochrome Cards
Check Status of Printer Sensors
Draw a Horizontal Line/Rectangle in a Color Buffer
Read Single Track
Adjust Specified Color Intensity
Initialize a Color Buffer to a Specified Intensity Level
Draw Horizontal Line (Monochrome/Overlay)
Move Print Head Up
Return Card To Card Feeder
Clear Media Path
Move Contactless
Exit Card To Output Hopper
Move Card Into Print Ready Position
Move Card Back To Print Ready Position
Move Card Through Printer
Multiple Command
Move Card To Output Hopper
Check for Card Presence
Move Card To Smart Card Programmer
Select Magnetic Encoding Standard
Get Printer Impression and Error Counters
Print Offset X-Axis
Offset Contactless
Smart Card X-axis Offset
Load Single Line Bit-map (Monochrome)
Print Offset Y-axis
Move Card Forward 8 cm
Pre-Feed a Card Close to the Print Area
Download Color Image Buffer
Draw Single Dot (Monochrome/Overlay)
Reset
Print Head Resistance
Reset Magnetic Encoder
Read Data From Smart Card Serial Interface
980569-001 Rev. A Draft 2
Software
Software Commands
>RB - - - - - - - >RG - - - - - - - !RIBBON - - - !RIBPN - - - - !RIBLEN - - - +RO - - - - - - - +ROY - - - - - !SA - - - - - - - !SAN - - - - - - SDATA- - - - - %SERIE - - - - &SVM - - - - - &T- - - - - - - - T/vT- - - - - - - V- - - - - - - - - !V - - - - - - - - +V - - - - - - - - !W - - - - - - - - &W - - - - - - - >W - - - - - - - >WB - - - - - - >WG - - - - - - !X - - - - - - - - +X - - - - - - - - !Z - - - - - - - - Z/vZ- - - - - - - .- - - - - - - - - - -
980569-001 Rev. A Draft 2
Read Data From Smart Card Serial Interface in ASCII hex Form
Contact Internal Gemplus Smart Card Read Command
Get ribbon type installed
Get ribbon part number
Get number of remaining panels on ribbon
X-Axis Offset, Relative
Y-Axis Offet, Relative
Self Adjust
Perform pre-calibration baseline testing
Force immediate save of parameters
Get Printer Serial Number
Disable/Enable Magnetic Encoding Verifications
Magnetic Encoder Card Eject
Draw Text (Monochrome/Overlay)
Check Printer Type/Version
Return Operational Parameter
Black Print Speed
Move Card Backward 8 cm
Change Encoding Direction
Write Data To Smart Card Serial Port
Write Data Formatted in ASCII HEX To Smart Card Serial Port
Contact Internal Gemplus Smart Card Write Command
Check Command Initiator
Change Command Initiation Character
Re-Synchronize Card
Load Bit-map (Monochrome)
Clear Error Status Lines
205
Software
Software Commands
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980569-001 Rev. A Draft 2
APPENDIX B
Worldwide Service &
Support
Service and Support Locations
Zebra Technologies
Card Printer Solutions
1001 Flynn Road
Camarillo, CA 93012-8706 USA
Phone: 800-511-9909
e-mail: [email protected]
Zebra Technologies
Card Printer Solutions, Europe, Middle East, Africa
The Valley Centre, Gordon Road, High Wycombe
Buckinghamshire HP13 6EQ, England
Phone: + 44 (0) 870 241 1527 (from outside U.K.)
Phone: 0870 241 1527 (from isside U.K.)
980569-001 Rev. A Draft 2
207
Worldwide Service & Support
Website
Zebra Technologies
Card Printer Solutions, Latin America
9800 NW 41st Street, Suite 220
Doral, FL 33178 USA
Phone: + 1 (305) 558 3100
Zebra Technologies Asia Pacific, LLC
16 New Industrial Road
#05-03 Hudson TechnoCentre
Singapore 536204
Phone: + 65 6885 0833
Fax: + 65 6885 0836
Website
www.zebracard.com
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980569-001 Rev. A Draft 2

Zebra P330i tech manual DRAFT Sept 06

Transcription

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