owned by Zebra Technologies. Unauthorized reproduction of this manual or the
software in the label print engine may result in imprisonment of up to one year
and fines of up to $10,000 (17 U.S.C.506). Copyright violators may be subject to
civil liability.
All product names and numbers are Zebra trademarks, and Zebra, the Zebra logo,
ZPL, ZPL II, ZebraNet, ZebraLink, are registered trademarks of ZIH Corp. All
rights reserved.
All other brand names, product names, or trademarks belong to their respective
holders.
This User Guide is intended for use by any person who needs to operate or troubleshoot
problems with the print engine.
How This Document Is Organized
The User Guide is set up as follows:
SectionDescription
Print Engine Basics on page 7
Getting Started on page 13
Print Engine Operation on page 31
Print Engine Configuration on page 49
Routine Maintenance on page 121
Troubleshooting on page 131
Print Engine Specifications
on page 149
Data Ports on page 157
This chapter provides a high-level overview of the
print engine and its components. A print engine is
a printer that is part of a labeling system. The print
engine is mounted in a applicator, which includes
components to apply labels automatically as they
are printed.
This chapter provides the tasks that you must
complete and the issues that you must consider
before you load and configure your print en gine.
If you have completed the tasks and resolved
issues in the checklist in Before You Begin
on page 14, use this chapter to load the print
engine, to calibrate the print engine, and to print
configuration labels.
This chapter describes the front panel parameters
that are used to configure the print engine for
operation.
This chapter provides routine cleaning and
maintenance procedures.
This chapter provides you with information about
LCD, print quality, communications, and other
errors that you might need to troubleshoot. If you
need technical assistance, contact your equipment
supplier.
This appendix provides the features of and
specifications for the print engine.
This appendix describes the standard
communication ports available to connect the print
engine to your computer or network.
Glossary on page 193
2R110PAX4 User Guide58981L-002 Rev. 1 2/1 1/05
The glossary provides a list of common terms.
Page 9
Contacts
About This Document
Contacts
You can contact Zebra Technologies at any of the following:
Visit us at: http://www.zebra.com
Our Mailing Addresses:
Zebra Technologies Corporation
333 Corporate Woods Parkway
Vernon Hills, Illinois 60061.3109 U.S.A
Telephone: +1 847.634.6700
Fax: +1 847.913.8766
Zebra Technologies Europe Limited
Zebra House
The Valley Centre, Gordon Road
High Wycombe
Buckinghamshire HP13 6EQ, UK
Telephone: +44 (0)1494 472872
Fax: +44 (0)1494 450103
Support
You can contact Zebra support at:
Web Address: www.zebra.com/SS/service_support.htm
Note • The web address is case-sensitive.
US Phone Number +1 847.913.2259
UK/International Phone Number +44 (0) 1494 768289
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide3
Page 10
About This Document
Document Conventions
Document Conventions
The following conventions are used throughout this document to convey certain information:
Alternate Color (online only) Cross-references contain links to other sections in this guide.
If you are viewing this guide online, click the blue text to jump to its location.
Command Line Examples All command line examples appear in Courier New font.
For example, type the following to get to the Post-Install scripts in the
Ztools
Files and Directories All file names and directories appear in Courier New font. For
example, the
Cautions, Important, Note, and Example
Electrostatic Discharge Cautio n • Warns you of the potential for electrostatic discharge.
Zebra<version number>.tar file and the /root directory.
bin directory:
Electric Shock Caution • Warns you of a potential electric shock situation.
Caution • 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.
Caution • Advises you that failure to take or avoid a specific action could result in physical
harm to the hardware.
Caution • Advises you need to wear protective eyeware.
Important •
Advises you of information that is essential to complete a task.
Note • Indicates neutral or positive information that emphasizes or supplements important
points of the main text.
Example • Provides an example, often a scenario, to better clarify a section of text.
4R110PAX4 User Guide58981L-002 Rev. 1 2/1 1/05
Page 11
About This Document
Related Documents
Tools • Tells you what tools you need to complete a given task.
Illustration Callouts Callouts are used when an illustration contains information that needs
to be labeled and described. A table that contains the labels and descriptions follows the
graphic. Figure 1 provides an example.
Figure 1 • Sample Figure with Callouts
21
1
2
Related Documents
The following documents might be helpful references:
•ZPL II
®
Programming Guide Volume I (part number 45541L) and Volume II (part
This chapter provides a high-level overview of the print engine and its components. A print
engine is a printer that is part of a label ing system. The prin t engine i s mounted in a applic ator,
which includes components to apply labels automatically as they are printed.
Print engines are available in a right-hand configuration (media moves from left to right,
Figure 2) and a left-hand configuration (media moves from right to left, Figure 3).
Figure 2 • Right-Hand (RH) Print Engine
1
2
3
4
Figure 3 • Left-Hand (LH) Print Engine
1
2
4
3
Power on/off switch
1
Front panel
2
Media door
3
Electronics cover
4
8R110PAX4 User Guide58981L-002 Rev. 1 2/1 1/05
Page 15
Front Panel
All controls and indicators for the print engine are located on the front panel (Figure 4). The
Liquid Crystal Display (LCD) shows operating status and feature parameters. The front panel
buttons are used to control the print engine operations and to set parameters. The front panel
lights (LEDs) indicate the print engine’s status.
Print Engine Basics
Front Panel
Figure 4 • Front Panel
2131
Buttons
1
LCD
2
Lights/LEDs
3
Front Panel Buttons
The front panel buttons are described in Table 1.
Table 1 • Front Panel Buttons
ButtonDescription/Function
BLACK OVALSThe two black ovals are used to change values for the parameter displayed on the
LCD. Common uses include increasing or decreasing a value, answering YES or
NO, indicating ON or OFF, and scrolling through choices.
PREVIOUSScrolls the LCD to the previous parameter.
NEXTScrolls the LCD to the next parameter.
SETUP/EXITEnters and exits Setup mode.
PAUSEStops and restarts the printing process or removes error messages and clears the
LCD. When the print engine is paused, the PAUSE light is on.
• If the print engine is idle, it enters Pause mode immediately.
• If the print engine is printing, the label is completed before the printing process
stops.
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide9
Page 16
Print Engine Basics
Front Panel
Table 1 • Front Panel Buttons (Continued)
ButtonDescription/Function
CANCELCANCEL functions only in Pause mode. Pressing CANCEL has these effects:
• Cancels the label format that is currently printing.
• If no label format is printing, the next one to be printed is canceled.
• If no label formats are waiting to be printed, CANCEL is ignored.
To clear the print engine’s entire label format memory, press and hold CANCEL
until the DATA light turns off.
FEEDFeeds a blank label.
• If the print engine is idle or paused, the label is fed immediately.
• If the print engine is printing, the label is fed after the current batch finishes
printing.
CALIBRA TECALIBRATE functions only in Pause mode. Press CALIBRATE to recalibrate for
proper media length, to set media type (continuous/non-continuous), and to set print
method (direct thermal/thermal transfer).
Front Panel Indicator Lights (LEDs)
The front panel lights are described in Table 2.
Table 2 • Front Panel Lights
LEDOFF IndicatesON IndicatesFLASHING Indicates
POWER
(Green)
PAUSE
(Yellow)
Power switch is off, or
no power to print
engine.
Power switch is on, and power
is being supplied to print
engine.
Normal operation.One of the following:
• Print engine paused because
of an error condition
(printhead, ribbon, or paper
error). Usually occurs in
conjunction with another
LED.
• PAUSE was pressed.
• A pause was requested from
the applicator port.
• A pause was received as part
of the label format.
—
—
DATA
(Green)
No data being received
or processed.
Data is processing or printing is
taking place. No data is being
received.
Print engine is receiving data
from or sending status
information to the host
computer.
10R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 17
Print Engine Basics
Front Panel
Table 2 • Front Panel Lights (Continued)
LEDOFF IndicatesON IndicatesFLASHING Indicates
MEDIA
(Yellow)
RIBBON
(Yellow)
ERROR
(Orange)
Normal operation.
Media properly loaded.
Out of media. (Print engine is
paused, LCD displays error
—
message, and PAUSE light is
ON).
Normal operation.
Ribbon properly
loaded.
Ribbon in while print engine is
in direct thermal mode, or no
ribbon loaded while print engine
—
is in thermal transfer mode.
Print engine is paused, LCD
displays error message, and
PAUSE light is ON.
No print engine errors.—Print engine error exists. Check
the LCD for status.
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide11
Page 18
Print Engine Basics
Power On/Off Switch
Power On/Off Switch
The power on/off switch is located on the top of the print engine housing, as shown in
Figure 5. When this switch is p laced in t he On (
print engine automatically performs a Power-On Self Test (POST). For more information, see
Power-On Self Test on page 142.
I) position, the POWER light turns on, an d the
Figure 5 • Print Engine Power Switch
12R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 19
2
Getting Started
This chapter provides the tasks that you must complete and the issues that you must consider
before you load and configure your print engine.
Review this checklist, and resolve any issues before you begin setting up your print engine.
When you are ready, continue with Print Engine Operation on page 31.
Unpack and Inspect the Print Engine Have you unpacked the print engine and
inspected it for damage? If you have not, see Unpack and Inspect the Print Engine
on page 15.
Install the Print Engine Have you considered what factors will affect how the print
engine is installed into an applicator? Is the print engine mounted in an applicator? For
information, see Print Engine Installation on page 16.
Attach a Power Cord Do you have the correct power cord for your print engine? If
you are unsure, see Power Cord Specifications on page 23. To attach the power cord and
connect the print engine to a power source, see Connect the Print Engine to a Power
Source on page 22.
Connect to a Data Source Have you determined how the print engine will connect to
a data source (usually a computer)? For more information, see Select a Communication
Interface on page 24.
Select Media Do you have the correct media for your application? If you are unsure,
see Types of Media on page 27.
Select Ribbon Do you need to use ribbon, and is the appropriate ribbon available, if
needed? If you are unsure, see Ribbon on page 29.
14R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 21
Unpack and Inspect the Print Engine
When you receive the print engine, immediately unpack and inspect it for shipping damage.
Save all packing materials.
Inspect the Print Engine
Inspect the print engine for possible damage incurred during shipment:
•Check all exterior surfaces for damage.
•Raise the media door, and inspect the media compartment for damage to components.
Report Shipping Damage
If you discover shipping damage upon inspection:
•Immediately notify the shipping company of the damage, and file a damage report with
them. Zebra is not responsible for any damage incurred during shipment of the equipment
and does not repair this damage under warranty.
•Keep all packaging material for shipping company inspection.
•Notify your authorized Zebra reseller.
Getting Started
Unpack and Inspect the Print Engine
Store the Print Engine
If you are not placing the print engine into immediate operat ion, repackage it usin g the original
packing materials. You may store the print engine under the following conditions:
•Temperature: –40° to 160°F (–40° to 71°C)
•Relative humidity: 5% to 95% non-condensing
Shipping
If you must ship the print engine:
•Remove any ribbon from the spindles to avoid damaging the print engine.
•Carefully pack the print engine into the origi na l container or a suitable alternate container
to avoid damage during transit. A shipping container can be purchased from Zebra if the
original packaging has been lost or destroyed.
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide15
Page 22
Getting Started
Print Engine Installation
Print Engine Installation
This section provides basic information for mounting the print engine into an applicator. The
illustrations in this section show the print engine from different angles and include
measurements and clearance needs.
Requirements
Stability When the print engine is mounted, the complete assembly must be physically
stable. When the print engine is loaded with ribbon and media, the equipment must not
become physically unstable.
Ventilation and Temperature Provide ventilation for the print engine mounting enclosure
to remove heat and ensure uninterrupted, trouble-free operation of the print engine. Ambient
air temperature surrounding the print engine must not exceed the following:
•Temperature: 32° to 105°F (0° to 41°C)
•Relative humidity: 20% to 95% non-condensing
Power Requirements Consider the current rating of the print engine during installation.
When power is applied to the print engine and the enclosi ng equi pment, an overl oad condi tion
must not be created.
Grounding Requirements Maintain reliable g ro undi ng of the prin t en gin e. Pay part icu lar
attention to the AC power supply connections so that earth ground is maintained through the
AC power input connector.
Clearance for Cables and Connectors Allow ample space at the rear of the print engine
for electronic connectors and dressing of the following cables: IEC power cord, serial and/or
parallel host communication cable, optional host communication cable (Ethernet), and the
discrete signal (applicator) interface cable.
Power Cord Requirements The IEC power cord does not have a strain relief on the print
engine. If the operating characteristics of the applicator include vibration or strain on the
power cord, provide an appropriate clamping mechanism to avoid unintentional disconnection
of the power cord from the print engine.
16R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 23
Getting Started
Print Engine Installation
Figure 6 • Front View of Right-Hand Print Engine
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide17
Page 24
Getting Started
Print Engine Installation
Figure 7 • Right Side View of Right-Hand Print Engine
18R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 25
Getting Started
Print Engine Installation
Figure 8 • Rear View of Right-Hand Print Engine
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide19
Page 26
Getting Started
Print Engine Installation
Figure 9 • Top View of Right-Hand Print Engine
20R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 27
Install the Print Engine in an Applicator
3
This section provides the basic instructions for installing the print engine into an applicator.
Caution • If the print engine is installed improperly, it could fall out of the applicator and
cause injury. The center mounting bolt and four mounting screws must be installed and
secured. See Figure 10 for the location of the bolt and screws.
To install the print engine into an applicator, complete these steps:
1. See Figure 10. Install the center mounting bolt into the center hole on the applicator.
2. Carefully place the keyhole on the center mounting bolt.
Note • The keyhole and the center mounting bolt are designed to support the print engine
and assist in installing and removing the four mounting screws.
3. Install the four corner mounting screws to secure the print engine to the applicator.
Figure 10 • Front View of 110PAX4 Print Engine in Applicator
Getting Started
Print Engine Installation
21
1
1
1
Mounting screws (four total)
1
Keyhole
2
Center mounting bolt (shown inside hole on applicator)
3
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide21
Page 28
Getting Started
Connect the Print Engine to a Power Source
Connect the Print Engine to a Power Source
The power supply in the print engine automati cally detects the applied line voltage and works
in the 90 to 264 VAC, 48 to 62 Hz range.
Refer to Figure 11. The AC power cord must have a three-prong female connector on one end
that plugs into the mating AC power connector at the rear o f the print en gine . If a pow er cable
was not included with your print engine, refer to Power Cord Sp eci fications on page 23.
Caution • For personnel and equipment safety, always use an approved three-conductor
power cord specific to the region or country intended for installation. This cord must use
an IEC 320 female connector and the appro pri at e re gion- sp ec i fic thr e e- co nd uc to r
grounded plug configuration.
To connect the print engine to a power source, complete these steps:
1. Turn Off (O) the print engine power switch (located on the top of the print engine
housing).
2. Plug th e power cord into the AC power connector on the rear of the print engine.
Figure 11 • Power Connection
Left-HandRight-Hand
1
1
AC power connector
1
3. Plug the other end of the power cord into the power source.
22R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 29
Power Cord Specifications
Depending on how your print engine was ordered, a power cord may or may not be included.
If one is not included or if the one included is not suitable for your requirements, refer to the
following guidelines:
•The overall cord length must be less than 9.8 ft (3.0 m).
•The cord must be rated for at least 5 A, 250 V.
•The chassis ground (earth) must be connected t o ensure safety and re duce electromagnetic
interference. The third wire in the power cord grounds the connection (Figure 12).
Figure 12 • Power Cord Specifications
1234
Getting Started
Connect the Print Engine to a Power Source
a
b
c
AC power plug for your country
1
3-conductor HAR cable
2
IEC 320 connector
3
Contact view of plug—(a) neutral, (b) earth, (c) live
4
•The AC power plug and the IEC 320 connector must bear the certification mark of at least
one of the known international safety organizations shown in Figure 13.
Figure 13 • International Safety Organization Marks
+
R
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide23
Page 30
Getting Started
Select a Communication Interface
Select a Communication Interface
The way that you connect your print engine to a data source depends on the communication
options installed in the print engine. See Data Ports on page 157 for control signal
descriptions and other additional information.
Caution • Connecting a data communications cable while the power is ON may damage
the print engine.
Note • You must supply all interface cables for your application. Refer to Data Cable
Requirements on page 26 for specific cable requirements.
Standard Connections
Refer to Figure 14. The print engine comes standard with both an Electronics Industries
Association (EIA) RS-232 serial interface (DB-9 connector) and an IEEE 1284 bi-directional
parallel interface. You may use either of these interface methods to send commands and label
formats from a host to the print engine.
Figure 14 • Cable Connections
Left-HandRight-Hand
3
1
2
2
1
3
DB-15 applicator interface port
1
Parallel interface connector
2
DB-9 serial interface connector
3
24R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 31
Optional Print Servers
•ZebraNet Wireless Print Server. For more information on this option, see the ZebraNet
Wireless Print Server User Guide (part number 13422L-001).
•ZebraNet 10/100 Print Server (10/100 PS). For more information on 10/100 PS, see the
ZebraNet 10/100 Print Server User and Reference Guide (part number 47619L-001).
DB-15 Applicator Interface Connector
A DB-15 Applicator Interface Connector provides communication between the print engine
and the associated applicator hardware. In some applications, control signal timing may be a
critical element in the performance of the print engine.
System Considerations
Communications Code The print engine sends and receives American Standard Code for
Information Interchange (ASCII). This code consists of 128 characters (256 for Code Page
850) including uppercase and lowercase letters, numbers, punctuation marks, and various
control codes.
Getting Started
Select a Communication Interface
Interfaces The method of interfacing the print engine to a data source depends on the
communication options installed in the print engine and the host. The standard interfaces are
an RS-232 serial data port and an IEEE 1284 bi-directional parallel port.
Communication Specifications When communicating via an asynchronous serial data
port (RS-232), the baud rate, number of data and stop bits, the parity, and the XON/XOFF or
DTR control are user-selectable and should be set to match those of the host computer. When
communicating via the IEEE 1284 bi-directional parallel port, the previously mentioned
parameters do not apply. Refer to Print Engine Configuration on page 49 to configure the
communication parameters for the print engine.
Interface Considerations
RS-232 A serial communication method consisting of data and control si gnals; available as a
standard feature on most PCs and other hosts.
•Advantages: Cables and connectors are readily available from computer equipment stores
and suppliers; easy to connect; two-way communication between the host and the print
engine.
•Disadvantages: Slower than the parallel connection; limited to 50 feet (15.24 m) of cable.
IEEE 1284 Bi-directional Parallel A common communication method available on most
PCs and other hosts.
•Advantages: Fastest of the four communication interfaces; cables and connectors are
readily available from computer equipment stores and suppliers; two-way communication
between the host and the print engine; easy to connect.
•Disadvantages: Shorter recommended cable length of 6 feet (1.83 m); man y comp uters
are equipped with only one parallel port, allowing only one IEEE 1284 bi-directional
device to be connected at a time.
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide25
Page 32
Getting Started
Select a Communication Interface
Data Cable Requirements
Data cables must be fully shielded and fitted with metal or metallized connector shells.
Shielded cables and connectors are required to prevent radiation and reception of electrical
noise.
To minimize electrical noise pickup in the cable:
•Keep data cables as short as possible.
•Do not bundle the data cables tightly with the power cords.
•Do not tie the data cables to power wire conduits.
Note • Print engines comply with FCC Rules and Regula tio n s, Part 1 5, Su bp art J, for Cl ass A
equipment, using fully-shielded 6-foot (2-meter) data cables. Use of longer cables or
unshielded cables may increase radiated emissions above the Class A limits.
26R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 33
Types of Media
The print engine can use various types of media (Table 3). We strongly recommend the use of
Zebra-brand supplies for continuous high-quality printing. A wide range of paper,
polypropylene, polyester, and vinyl stock has been specifically engineered to enhance the
printing capabilities of the printer and to ensure against premature printhead wear.
Table 3 • Types of Media
Media TypeHow It LooksDescription
Getting Started
Types of Media
Non-Continuous
Roll Media
The media is wound on a core. Individual labels
are separated by a gap, black mark, notch, or
hole, which enables you to see where one label
ends and the next one begins. When using media
that has holes or notches, position the media
sensor directly over a hole or notch. Figure 15
and Figure 16 show different types of
non-continuous media.
Figure 15 • Non-Continuous Web Media
Figure 16 • Non-Continuous
BlackMarkMedia
Continuous
Roll Media
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide27
The media is wound on a core and is without
gaps, holes, notches, or black marks. This
allows the image to be printed anywhere on the
label.
Page 34
Getting Started
Types of Media
Table 3 • Types of Media (Continued)
Media TypeHow It LooksDescription
Fanfold MediaThe media is folded in a zigzag pattern.
RFID “Smart” Media
(for use with
RFID-capable print
engines only)
Each label has a radio frequency identification
(RFID) chip and antenna inlay embedded
between the label and the liner. The media is
made from the same materials and adhesives as
non-RFID labels. The outline of the transponder
(which varies by manufacturer) can be seen
through the label. All “smart” labels have
memory that can be read, and many have
memory that can be encoded.
28R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
Page 35
Ribbon
Ribbon is a thin film that is coated on one side with wax or wax resin, which is transferred to
the media during the thermal transfer process. The media determines whether you need to use
ribbon and how wide the ribbon must be.
When ribbon is used, it must be as wide as or wider than the media being used. If the ribbon is
narrower than the media, areas of the printhead are unprotected and subject to premature wear.
When to Use Ribbon
Thermal transfer media requires ribbon for printing while direct thermal media does not.
To determine if ribbon must be used with a particular media, perform a media scratch test.
To perform a label scratch test, complete these steps:
1. Scratch the print surface of the media with your fingernail.
2. Did a black mark appear on the media?
If a black mark...Then the media is...
Getting Started
Ribbon
Does not appear on the mediaThermal transfer. A ribbon is required.
Appears on the mediaDirect thermal. No ribbon is required, though
Coated Side of Ribbon
Ribbon can be wound with the coated side on the inside or outside (Figure 17). This print
engine can only use ribbon that is coated on the outside. If you are unsure which side of a
particular roll of ribbon is coated, perform an adhesive test or a ribbon scratch test to
determine which side is coated.
Figure 17 • Ribbon Coated on Outside or Inside
ribbon may be used to help protect the printhead
from abrasion with the media.
OutsideInside
58981L-002 Rev. 1 2/11/05R110PAX4 User Guide29
Page 36
Getting Started
Ribbon
Adhesive Test
If you have labels available, perform the adhesive test to determine which side of a ribbon is
coated. This method works well for ribbon that is already installed.
To perform an adhesive test, complete these steps:
1. Peel a label from its liner.
2. Press a corner of the sticky side of the label to the outer surface of the roll of ribbon.
3. Peel the label off of the ribbon.
4. Observe the results. Did flakes or particles of ink from the ribbon adhere to the label?
If ink from the ribbon...Then...
Adhered to the labelThe ribbon is coated on the outer surface.
Did not adhere to
the label
The ribbon is coated on the inner surface. To verify this,
repeat the test on the inner surface of the roll of ribbon.
Ribbon Scratch Test
If you do not have labels available , perform the ribbon scratch test. T his method works best for
ribbon that is not installed.
To perform a ribbon scratch test, complete these steps:
1. Unroll a short length of ribbon.
2. Place the unrolled section of ribbon on a piece of paper with the outer surface of the
ribbon in contact with the paper.
3. Scratch the inner surface of the unrolled ribbon with your fingernail.
4. Lift the ribbon from the paper.
5. Observe the results. Did the ribbon leave a mark on the paper?
If the ribbon...Then...
Left a mark on the paperThe ribbon is coated on the outer surface.
Did not leave a mark on
the paper
The ribbon is coated on the inner surface. To verify this,
repeat the test on the other surface of the roll of ribbon.
30R110PAX4 User Guide58981L-002 Rev . 1 2/11/05
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