SL4M™ and T4M™
RFID Smart Label and Thermal Printers
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Printronix.
Ventless System: for operation in environments with airborne particulate
matter without compromising performance.
Optional Features
•
Expanded Memory Cartridge (EMC): The expanded memory cartridge
(EMC) is a user installable option. The EMC can be ordered in any of
these configurations as a factory option kit or as a field upgrade kit:
•
Expanded Memory - 32MB Expanded Memory Cartridge that
provides additional Flash memory for forms, logos, and fonts
(see “Optional Expanded Memory Cartridge” on page 223).
•
Asian TrueType® Fonts - Separate cartridges containing fonts for
Simplified Chinese, Korean, or Japanese allows PGL or ZGL to print
complex Double Byte Character Set (DBCS) characters (see
Character Sets and Fonts” on page 229).
“DBCS
12
•
Andalé TrueType® Fonts - Separate cartridges containing Andalé
®
TrueType
every language used in the world today, including simplified and
traditional Chinese, Japanese, and Korean. (see
page 229).
fonts allowing PGL or ZGL to print characters for virtually
“Andalé Fonts” on
Optional Features
•
Quick Change Memory Cartridge (QCMC) - This cartridge option
provides an easy way to copy a printer’s firmware and configuration
settings from one printer to another. A “snapshot image” of the
source printer is stored on the QCMC and a simple interface is
provided to copy that image to a target printer. Once the image has
been copied to the target printer, the two printers will be identically
configured. The QCMC has its own resident network MAC address
that will be used in place of the printer’s LAN/WLAN MAC address
when the cartridge is left installed in a printer (see
Memory Cartridge (QCMC)” on page 230).
When left installed in the printer, the QCMC adds approximately
24 MByte of Flash memory.
•
Full Media Rewinder: In batch rewind mode, rewinds printed labels into
a removable roll.
•
Label Taken Sensor: Detects presence and removal of labels in Peel-Off
mode. Included only with the Standard Peel without Liner Rewinder or
Standard Peel with Liner Rewinder options.
•
Media Cutter: Automatically cuts printed media when the media exits the
printer.
“Quick Change
•
Network Interface Card (NIC): Allows you to attach the printer to a LAN
(Local Area Network) rather than attaching it directly to a host computer.
The PrintNet Enterprise Suite (PNE) remote management software is
standard with this option.
NIC adapters are available as user installable option, mounted inside the
printer with the 10/100Base-T (UTP) connection only.
NOTE: In this manual, the terms Network Interface Card (NIC) and Ethernet
are used interchangeably.
•
NIC, Wireless: Provides wireless 802.11b/g connectivity without
expensive cabling and reconfigurations required from a wired network.
PNE is standard with this option.
•
Real Time Clock: A clock chip with internal battery that keeps track of the
year, month, day, hour, minute, and second values. It continues to
operate when the printer is off.
•
RFID MP2 (Standard Pitch) Encoder: The RFID (Radio Frequency
Identification) UHF encoder reads and writes information to smart labels
(with embedded RFID tags) with a pitch typically two and six inches.
These labels are used on shipping cartons and pallets.
•
RFID Short Pitch Encoder: The RFID (Radio Frequency Identification)
UHF encoder reads and writes information to the smart labels (with
embedded RFID tags) with a pitch of one to two inches. The RFID inlay is
usually short in length and constructed into an item level label.
•
Standard Peel with Liner Rewinder: In label peel-off mode, peels off
labels one at a time before printing the next label and rewinds the liner
into a discardable roll.
•
Standard Peel without Liner Rewinder: The Peel-Off mode peels labels
while discarding the dispensed liner in front of the printer.
For more information about printer options, see Appendix B on page 227.
13
Chapter1
Thermal Printer Technology
Thermal Printer T echnology
Quiet and fast, with excellent print quality, your multifunction thermal printer
uses an inline thermal printhead. The thermal printer operates differently from
a line matrix or laser printer, because the thermal printer uses a printhead with
heating elements and special paper or ribbon.
The Printing Process
The thermal printhead allows two modes of operation:
•
Direct Thermal
During direct thermal printing, the thermal printhead selectively heats
small, rectangular thermal dots. When these contact the coated thermal
paper, the dyes and developers in the coating react to the heat and
develop an image. This mode of printing is generally used for short-term
labeling applications.
•
Thermal Transfer
During thermal transfer printing, the heated thermal dots contact a
thermal ribbon. The heat reacts with the ribbon and bonds the image to
the paper. This method is used especially for abrasive, long-storage
applications and for specialized applications, such as in extreme
environmental conditions or where tamper-proofing is required.
Manual Conventions
•
Operator panel keys are often shown by their symbol or icon (located on
the control panel directly below the key).
Example: Press the
•
LCD fault messages display the specific fault in uppercase letters.
A corrective action in upper and lowercase letters displays below the fault
message.
Example: PAPER OUT
•
Key combinations are indicated by the + (plus) symbol.
Example: Press the Up key + Down key at the same time.
↵
Load Paper
key for ENTER.
14
W arnings and Special Information
For your safety and to protect valuable equipment, read and comply with all
information highlighted under special headings:
WARNING
CAUTION
IMPORTANT
Conditions that could harm you and damage the equipment.
Conditions that could damage the printer or related equipment.
Information vital to proper operation of the printer.
NOTE: Information and helpful tips about printer operation.
Related Documents
The following documents are available at www.printronix.com.
•
Quick Setup Guide — Explains how to unpack, install, and set up the
printer.
•
Maintenance Manual — Explains how to maintain and repair the line
matrix printer at the field service level of maintenance.
•
PGL Programmer's Reference Manual — Provides information used with
the optional IGP Printronix emulation enhancement feature.
•
ZGL™ Programmer’s Reference Manual — Provides information for the
printer to function in the legacy ZPL
requiring modification to host data stream.
•
TGL™ Programmer’s Reference Manual — Provides information for the
printer to function in the legacy TEC application environment without
requiring modification to host data stream.
application environment without
•
IGL™ Programmer’s Refere nce Manual — Provides information for the
printer to function in the legacy IPL application environment without
requiring modification to host data stream.
•
STGL™ Programmer’s Reference Manual — Provides information for the
printer to function in the legacy SGL application environment without
requiring modification to host data stream.
•
DGL™ Programmer’s Refere nce Manua l — Provides information for the
printer to function in the legacy DGL application environment without
requiring modification to host data stream.
•
MGL™ Programmer’s Reference Manual — Provides information for the
printer to function in the legacy MGL application environment without
requiring modification to host data stream.
•
IEGL® Programmer’s Reference Manual — Provides information for the
printer to function in the legacy IER application environment without
requiring modification to host data stream.
•
PXML Application Developer Reference Manual — Provides information
for printers to be managed remotely by a management model.
15
Chapter1
Thermal Consumables
•
Network Interface Card User's Manual — Information about network
protocols, configuration, and operation.
•
PrintNet Enterprise Suite User’s Manual — Information about the remote
management software utility which allows you to organize all of the
printers in your office remotely in a single database, download software
and printer settings from a host computer with a single mouse click.
•
XML Direct for Oracle Quick Start Guide — Explains the use of the XML
language with the Printronix® SL4M/T4M XML Direct printer.
•
XML Direct for SAP Quick Setup Guide — Explains the use of the XML
language with the Printronix SL4M/T4M XML Direct printer.
•
RFID Label Reference Manual — Explains the use of the Printronix
SL4M/T4M printer and RFID label application.
Thermal Consumables
Media Selection
Since there are two print modes of operation, there are two kinds of thermal
media:
•
Direct thermal media
•
Thermal transfer media
Direct thermal media is paper coated with special chemicals that act as an
accelerator, acceptor dye, and binder. During direct thermal mode, the heat
from the thermal printhead contacts the paper, causing a chemical reaction
which results in a printed image.
Thermal transfer media requires ribbon. A wide range of Printronix thermal
transfer media is available, such as film or synthetic paper substitutes. Most
of these media options can be die-cut for easy label applications. The wide
selection of media sizes and face stocks have been tested with Printronix
ribbons for print quality and usage. Consult your Genuine Printronix Supplies
Catalog, see
the Printronix web page at www.printronix.com.
NOTE: The term “media” used in this manual refers to all the different kinds
See “Genuine Printronix Media” on page 259 for more information.
“Printronix Customer Support Center” on page 273, or access
of label or tag stock that can be used in the printer.
Ribbons
Printronix offers a wide range of ribbons specifically engineered to enhance
printing capabilities and to prevent premature printhead wear. Therefore, you
should use a Genuine Printronix Thermal Ribbon in your printer.
16
See “Genuine Printronix Thermal Transfer Ribbons” on page 258 for more
information.
2
Shipping Container
Packing Material (4)
Printer
Accessories
Plastic Bag
Lifting Strap (2)
Operation
Unpacking the Printe r
The printer is shipped in a carton and protective bag. The top lid of the carton
has instructions for removing the internal packing material. Keep all packing
material in case repacking is required.
CAUTION
Avoid touching the electrical connectors to prevent electrostatic
discharge damage while setting up the printer. The discharge of
accumulated electrostatic energy can damage or destroy the printhead
or electronic components used in this device.
17
Chapter2
Installation
Installation
1.Place the shipping container upright on a flat, level surface.
2.Open the box and remove the first layer of packing material along with
any lose items.
3.Remove the accessories box and set it aside.
4.Pull the printer out of the shipping container by using the two plastic
straps as handles.
5.Remove the bands and plastic bag.
6.Check that all components on the packing list are included.
The following sections will guide you through the printer installation process.
1.Place the printer on a flat level surface that allows easy access to all sides
of the printer.
CAUTION
WARNING
Never operate the printer on its side or upside down.
2.Set the printer power switch to O (Off).
Failure to properly ground the printer may result in electric shock to the
operator.
In compliance with international safety standards, this printer has been
equipped with a three-pronged power cord. When inserted in a c orrectly
wired power outlet, the ground conductor will ensure that the printer
chassis is at ground (earth) potential. Do not use adapter plugs or
remove the grounding prong from the cable plug. If an extension cord is
required, ensure that a three-wire cable with a prope rly grounded plug is
used.
3.Attach the AC power cord to the AC power receptacle in the back of the
printer.
4.Attach the AC power cord to a grounded (three prong) electrical outlet of
the proper voltage. See
5.Attach Communication Interface:
a.Parallel Interface
Attach a suitable parallel printer cable from the computer to the
Centronics/IEEE 1284 interface connector at the back of the printer.
Snap the bail locks to the Centronics connector to secure the
interface cable to the printer.
“Power Cord Requirements” on page 21.
18
b.Serial Interface
Attach a suitable serial printer cable from the computer to the DB-9
RS-232 serial interface connector at the back of the printer. For
additional information on serial cable wiring, refer to
and Troubleshooting” on page 175.
“Routine Care
c.USB
Parallel Interface
Serial Interface
RS-232
Ethernet Interface
(optional)
Interface Panel with Ethernet Option
USB Connection
Attach a USB cable with noise suppresion filters on BOTH ends from
the computer to the USB connector at the back of the printer.
d.NIC Connection
Insert a suitable NIC cable from your hub or switch to the NIC
connector located in the I/O panel in the rear of your printer.
NOTE: The printer supports simultaneous connection of the parallel, serial,
USB, and NIC interfaces using the Auto Switching feature.
Auto Switching is described on page 53.
19
Chapter2
Wireless Interface Panel
Wireless
Antenna
Wireless
Interface
Installation
20
Power Cord Requirements
Power Cord Requirement s
In compliance with international safety standards, this printer is equipped with
a three-pronged electrical plug on the power cord. When this power cord is
plugged into a correctly wired power outlet, the ground conductor ensures that
the printer chassis is at ground (earth) electrical potential.
WARNING
Failure to properly ground the printer can result in electrical shock to
the operator.
Never use adapter plugs without grounding prong. Never remove the
grounding prong from the power cable plug. If using an extension cord,
verify it is a three-wire cable with a properly grounded plug.
Setting Up the Printer
NOTE: This section describes the procedures for loading various types of
ribbon and media. You can also refer to instructions on the printer
itself, on a label on the inside of the media cover.
The term “media” in this manual refers to all the different kinds of paper, label,
or tag stock material that can be printed on by the printer. Your thermal printer
can print on continuous paper, adhesive backed labels, or non-adhesive tags
packaged in roll or fanfold form.
IMPORTANT
CAUTION
For best results, use only genuine Printronix supplies. See “Supplies”
on page 258.
DO NOT TOUCH the printhead or the electronic components under the
pivoting deck. The discharge of electrostatic energy that accumulates
on the surface of the human body or other surfaces can damage or
destroy the printhead or electronic components used in this device.
CAUTION
CAUTION
IMPORTANT
Do not close the pivoting deck without label stock installed between the
printhead and the platen, because debris on the platen may damage the
printhead.
Avoid touching the electrical connectors while setting up the printer to
prevent electrostatic discharge damage. The discharge of accumulated
electrostatic energy can damage or destroy the printhead or electronic
components used in this printer.
Adhesive backed labels that DO NOT lay flat on the liner can jam the
printer. This can cause the label to peel off the liner. The exposed edges
can stick to the label guides and rollers inside the printer.
If you run out of labels while printing, do not turn off the printer while
reloading labels, because you can lose data.
21
Chapter2
Ribbon
Roll
Ribbon
Supply Spindle
Deck Lock Lever
Pivoting
Deck
Ribbon
Take-Up Core
Ribbon
Take-Up Spindle
Media Cover
Flange
Setting Up the Printer
Loading Ribbon
For direct thermal media (no ribbon required), go to page 25.
IMPORTANT
Clean the printhead, platen roller, and media sensor every time you
change the ribbon. See
“Cleaning the Printhead, Platen Roller, Media
Sensors, and Media Damper” on page 176.
1. Raise the media cover.
2. Install the ribbon take-up core on the ribbon take-up spindle.
NOTE: The first ribbon take-up core comes with the printer. Thereafter, move
the empty core from the ribbon supply spindle to the take-up spindle
after the ribbon is used up.
3. Slide the ribbon roll onto the ribbon supply spindle until it is flush with the
flange.
4. Open the pivoting deck and printhead by rotating the deck lock lever fully
counterclockwise until the deck and printhead swing upward.
22
Loading Ribbon
Printhead
Ribbon Guide
Roller (2)
Ribbon
Ribbon
Supply Spindle
Ribbon
Take-Up Spindle
Ribbon Take-Up
Core
Alternate Ribbon
Path
Platen (not shown)
5. Thread the end of the ribbon under the ribbon guide rollers, between the
platen (rubber drive roller) and the printhead, and between the ribbon
take-up and supply spindles.
NOTE: Make sure to thread the ribbon behind the ribbon take-up spindle.
NOTE: The alternate ribbon path is for inside ink ribbon.
23
Chapter2
Ribbon
Take-Up Spindle
Ribbon
Take-Up Core
Deck Lock Lever
Ribbon Leader
Pivoting Deck
Printhead
Setting Up the Printer
IMPORTANT
24
Never attach the ribbon to the ribbon take-up spindle without a ribbon
take-up core installed.
6. Attach the ribbon to the ribbon take-up core on the ribbon take-up spindle
with tape.
7. Manually rotate the take-up spindle counterclockwise until the ribbon
leader has passed the printhead.
8. Rotate the deck lock lever fully clockwise to close the pivoting deck, and
attached printhead.
Loading Roll Media
Media Hanger
Guide
Deck Lock Lever
Pivoting Deck
Media Cover
Media Hanger
Loading Roll Media
IMPORTANT
If you are using direct thermal mode, clean the printhead, platen roller,
and lower media sensor every time you change the media. See
“Cleaning the Printhead, Platen Roller, Media Sensors, and Media
Damper” on page 176.
1. Slide the media hanger guide outward to the end of the media hanger as
shown.
2. Remove and dispose of any empty media core.
3. Open the pivoting deck by rotating the deck lock lever fully
counterclockwise.
25
Chapter2
Media Roll
Media Hanger
Guide
Media Hanger
Side Wall
Setting Up the Printer
26
4. Place the media roll onto the media hanger and slide the media roll until it
is flush with the printer’s side wall.
NOTE: For information regarding smart labels, refer to the RFID Labeling
Reference Manual.
5. Slide the media hanger guide against the media roll to prevent horizontal
travel, but make sure the media roll can rotate freely.
Loading Roll Media
Media
Printhead
Platen
(not shown)
Media Damper
Media
Width Guide
Media Sensor
Assembly
Blue Locking
Knob
Alternate
Media Path
CAUTION
6. Thread the media under the media damper, through the media sensor
assembly, and then between the platen (rubber drive roller) and the
printhead.
NOTE: The alternate media path is for inside wound label media.
If the blue media width guide locking knob is too loose or is removed,
the media width guide will fall off the printer.
7. Turn the blue media width guide locking knob counterclockwise just
enough to slide the media width guide, and no more.
8. Position the media width guide lightly against the outside edge of the
installed media and tighten the blue locking knob by turning it clockwise.
27
Chapter2
Media Sensor Assembly
Inside Media
Edge Guide
Media
(left edge)
Setting Up the Printer
9. Check the horizontal position of the media sensor assembly
10. Align the left (inside) edge of the media with the inside media edge guide.
NOTE: If you have the standard peel option, batch label rewinder (with or
(see “Positioning the Media Sensors” on page 44).
without the optional 3 inch core adapters), or peel-liner rewinder, see
“Using the Standard Peel without Liner Rewinder” on page 240,
“Using the Full Media Rewinder Option” on page 243,
“Using the Full Media Rewinder with 3 Inch Diameter Core Adapters”
on page 247, or
“Using The Standard Peel With Liner Rewinder Option” on page 252
to complete the threading.
28
Loading Roll Media
Deck Lock
Lever
Pivoting Deck
IMPORTANT
11. Rotate the deck lock lever fully clockwise to close the pivoting deck.
This locks the pivoting deck and printhead into print position.
Ensure the printhead is down and locked before attempting to advance
media or print. Failure to do so will cause the “PRINT HEAD UP Close
Print Head” fault message to display.
12. Verify that Print Mode in the printer configuration menu is set for the
media type installed (Direct or Transfer). The Print Mode submenu is
located in the MEDIA SETUP menu. See
page 68 for details.
13. Verify the Gap/Mark Sensor selection matches the type of media
installed. See
•
If you have not run an Auto Calibrate, do so now. See “Running Auto
Calibrate” on page 47.
•
If you have already run an Auto Calibrate, complete the following
steps:
a. Close the media cover.
b. Press the (Feed) key once to verify that the media
c. Press the (Pause) key to place the printer online.
“Sensing Different Media Types” on page 46.
advances.
“MEDIA SETUP Menu” on
29
Chapter2
Media
Hanger Guide
Fanfold
Media
Media Hanger
Deck Lock
Lever
Pivoting Deck
Media Cover
Bottom Panel
Opening
Media Damper
Setting Up the Printer
Loading Fanfold Media
1. Open the media cover.
2. Slide the media hanger guide outward to the end of the media hanger.
3. Place the fanfold media either behind or beneath the printer, depending
on the desired fanfold supply location. Insert the first few labels through
either the rear or bottom panel opening.
4. Place the media over the media hanger, flush against the back of the
printer.
5. Slide the media hanger guide against the outer edge of the fanfold media
to prevent horizontal travel.
6. Open the pivoting deck by rotating the deck lock lever fully
counterclockwise until the deck and printhead swing upward.
30
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