Compaq Printer 5525B User Manual

User’s Manual  
5525B/31/32 Line Matrix Printer  
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5525B/31/32 Line Matrix Printer  
User’s Manual  
P/N 422721-001  
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Compaq® makes no representations or warranties of any kind regarding  
this material, including, but not limited to, implied warranties of  
merchantability and fitness for a particular purpose. Compaq shall not  
be held responsible for errors contained herein or any omissions from  
this material or for any damages, whether direct, indirect, incidental or  
consequential, in connection with the furnishing, distribution,  
performance or use of this material. The information in this manual is  
subject to change without notice.  
This document contains proprietary information protected by copyright.  
No part of this document may be reproduced, copied, translated or  
incorporated in any other material in any form or by any means,  
whether manual, graphic, electronic, mechanical or otherwise, without  
the prior written consent of Compaq.  
COPYRIGHT 1999, COMPAQ COMPUTER CORPORATION  
All rights reserved.  
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Table of Contents  
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Table of Contents  
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Table of Contents  
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Table of Contents  
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Table of Contents  
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1
Introduction  
Printer Overview  
This chapter provides a general overview of your printer and the  
conventions used within this manual.  
The Printer Family  
The Compaq series of line matrix printers consist of 500, 1000, and  
1500 lines per minute (lpm) models packaged in various configurations.  
All of the models offer software versatility and the latest refinements in  
line matrix printing technology. The print mechanisms are housed in  
sound-insulated cabinets which make the printer family among the  
quietest printers in the world.  
Most line matrix printers have specialized architectures, which enable  
the printer to emulate, or behave like, another printer. These  
specialized architectures are restricted. Your printer, however, has a  
flexible architecture that allows new features and emulations to be  
added as they become available.  
PCL®-II is the standard emulation. LinePrinter Plus® is also included  
with each printer. LinePrinter Plus includes the Epson® FX-1050,  
Printronix® P-Series, and IBM Proprinter® III XL emulations. The  
IGP®/PGL® and IGP/VGL graphics enhancement emulations are  
available as optional upgrades. No matter what emulation is installed,  
your printer is easy to use. The message display and lights on the  
control panel communicate with you directly and clearly. You can select  
every function on your printer at the control panel, or you can send  
commands from the host computer.  
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Chapter 1  
Printer Overview  
The printer combines the use of Flash, RAM, and nonvolatile RAM for  
program execution. The Flash is used for all program, font, and  
emulation storage. New fonts, emulations, or program updates can be  
downloaded to Flash memory via the parallel or serial interface. The  
RAM is used for buffers, print image storage, and execution variables.  
The non-volatile RAM stores configuration, statistics, and internal  
parameters.  
Refer to the following table for a complete listing of model numbers and  
options.  
Table 1. The Compaq Line Matrix Printer Family  
Model  
Number  
Print Speed  
Pedestal  
Cabinet  
5525B  
500 lpm  
5531  
5532  
1000 lpm  
1500 lpm  
Conventions in This Manual  
All uppercase print indicates control panel keys.  
Example: Press the CLEAR key, then press the ON LINE key.  
Quotation marks (“ ”) indicate messages on the Liquid Crystal Display  
(LCD).  
Example: Press the ON LINE key. “OFFLINE” appears on the LCD.  
The + (plus) symbol represents key combinations.  
Example: “Press = + >” means press the = (UP) key and the >  
(DOWN) key at the same time.  
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Warnings and Special Information  
Warnings and Special Information  
Read and comply with all information highlighted under special  
headings:  
WARNING  
CAUTION  
Conditions that can harm you as well as damage the printer.  
Conditions that can damage the printer or related equipment.  
IMPORTANT  
Information that is vital to the operation of the printer.  
NOTE: Information affecting printer operation.  
Related Documents  
Maintenance Manual — Explains how to maintain and repair the  
line matrix printer at the field service level of maintenance.  
LinePrinter Plus Programmer's Reference Manual — Covers the  
host control codes for the LinePrinter Plus emulations.  
PCL-II Programmer's Reference Manual — Covers the host control  
codes for the Printer Control Language emulation.  
IGP/PGL Programmer's Reference Manual — Provides information  
used with the optional IGP Printronix emulation enhancement  
feature.  
IGP/VGL Programmer's Reference Manual — Provides information  
used with the optional Code VTM emulation enhancement feature.  
PrintNetTM User’s Manual — Information about network protocols,  
configuration, and operation.  
Graphics Enhancements  
The IGP/PGL and IGP/VGL emulations allow you to create and store  
forms, generate logos, bar codes, expanded characters, and create  
other graphics. Alphanumeric and bar code data are added as the form  
is printed. These emulations are available as factory-installed or field-  
installed options. For more information, contact your authorized service  
representative.  
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Chapter 1  
Printer Overview  
Taking Care of Your Printer  
Your printer will produce high print quality jobs if it is well taken care of.  
Periodic cleaning, handling the printer properly, and using the correct  
printer supplies such as paper and ribbons ensures optimum  
performance. Chapter 6 explains how to clean the printer, and printer  
supplies are listed in Appendix A.  
Whenever it is necessary to service the printer, remember these  
important maintenance concepts:  
Use only the ribbons specified in Appendix A. Use of incorrect  
ribbons can lead to ink migration problems, degraded print quality,  
and expensive damage to the printer.  
Incorrect closure of the forms thickness lever can lead to smearing,  
degraded print quality, paper jams, and damage to the platen and  
shuttle assembly. Never close the forms thickness lever too tightly.  
Protocols and Emulations  
A protocol is a set of rules governing the exchange of information  
between the printer and its host computer. These rules consist of codes  
that manipulate and print data and allow for machine-to-machine  
communication. A printer and its host computer must use the same  
protocol. As used in this manual, protocol and emulation mean the  
same thing.  
Most impact printers use single ASCII character codes to print text,  
numbers, and punctuation marks. Some characters, both singly and in  
groups of two or more, are defined as control codes. Control codes  
instruct the printer to perform specific functions, such as underlining  
text, printing subscripts, setting page margins, etc. The main difference  
between most printer protocols is in the characters used to create  
control codes and the ways in which these characters are formatted.  
When the printer executes the character and control codes of a  
particular printer protocol, it is “emulating” that printer. If the printer uses  
the Proprinter XL protocol, for example, it is emulating a Proprinter XL  
printer. If the printer is using the Epson FX printer protocol, for example,  
we can also say it is in Epson FX emulation mode.  
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2
Setting Up the Printer  
Before You Begin  
Read this chapter carefully before installing and operating the printer.  
The printer is easy to install. However, for your safety, and to protect  
valuable equipment, perform all the procedures in this chapter in the  
order presented.  
Power Requirements  
The printer must be connected to a power outlet that supplies 88 to 135  
Volts AC or 178 to 270 Volts AC at 47 to 63 Hz. The printer  
automatically senses and adjusts itself to conform to the correct voltage  
range.  
Primary circuit protection is provided by the power switch, which is also  
a circuit breaker. Consult an electrician if printer operation affects local  
electrical lines. See “Printer Specifications” on page 207 for additional  
power specifications.  
IMPORTANT  
It is recommended that printer power be supplied from a separate  
AC circuit protected at 10 amperes for 120 volts or 5 amperes for  
230 volts at 50 or 60 Hertz.  
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Chapter 2  
Select a Site  
Select a Site  
Select a printer site that meets all of the following requirements:  
Permits complete opening of the printer cover and doors.  
For cabinet models, allows at least three feet of clearance behind  
the printer. (This permits air to circulate freely around the printer  
and provides access to the paper stacking area.)  
Has a standard power outlet that supplies 88-135 Volts AC or 178-  
270 Volts AC power, at 47 to 63 Hz.  
Is relatively dust-free.  
Has a temperature range of 10° C to 40° C (50° F to 104° F), and a  
relative humidity from 15% to 90% non-condensing.  
Is located within the maximum allowable cable length to the host  
computer. This distance depends on the type of interface you plan  
to use, as shown in Table 2.  
Table 2. Maximum Interface Connection Cable Length  
Interface Type  
Maximum Cable Length  
12 meters (40 feet)  
Dataproducts Parallel  
IEEE 1284 Parallel  
Serial RS-232  
10 meters (32 feet)  
15 meters (50 feet)  
Serial RS-422  
1220 meters (4000 feet)  
150 meters (492 feet)  
100 meters (328 feet)  
185 meters (607 feet)  
Dataproducts Long Line  
Ethernet 10Base-T  
Ethernet 10Base2  
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Printer Dimensions  
57.5 in.  
(146.1 cm)  
41.0 in.  
(104 cm)  
27.0 in.  
(68.6 cm)  
29.0 in.  
(73.7 cm)  
83.0 in.  
(210.8cm)  
27.0 in.  
(68.6 cm)  
27.0 in.  
(68.6 cm)  
Figure 1. Printer Dimensions (Cabinet Model)  
m
25 in.  
(63.5 cm.)  
10.5 in.  
(26.67 cm.)  
48.0 in.  
(122 cm.)  
24.6 in.  
(62.48 cm.)  
30 in.  
(76.2 cm.)  
Figure 2. Printer Dimensions (Pedestal Model)  
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Chapter 2  
Printer Component Locations  
Printer Component Locations  
Familiarize yourself with the names and locations of the printer  
components, shown in Figure 3, before continuing with the rest of the  
installation procedure.  
2
4
3
5
6
7
8
9
1
10  
11  
13  
12  
Figure 3. Printer Component Locations  
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Legend:  
1) Hub Latch  
2) Ribbon Spool  
3) Horizontal Adjustment Knob  
4) Tractor Lock  
5) Paper Scale  
6) Splined Shaft  
7) Paper Support  
8) Tractor  
9) Hammer Bank Cover and Ribbon Mask  
10) Vertical Position Knob  
11) Forms Thickness Lever  
12) Ribbon Guide  
13) Ribbon Loading Path Diagram  
Remove Packing Materials  
CAUTION  
To avoid shipping damage, reinstall the shipping restraints  
whenever you move or ship the printer.  
Save the cardboard packing, foam blocks, and bubble wrap along with  
the other packing materials in case you need to move the printer. If it is  
necessary to move the printer, reinstall the shipping restraints,  
reversing the steps in this section.  
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Chapter 2  
Remove Packing Materials  
3
1
2
1. Raise the printer cover.  
2. Remove the cardboard packing (1).  
3. Open the tractor doors. Push the tractor locks down. Slide the  
tractors outward as far as they will go. The forms thickness lever (2)  
should be in the fully open (raised) position.  
4. Remove the envelope (3) containing the sample configuration  
printout. Store the envelope in the pouch attached to the left interior  
side of the cabinet.  
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6
5
4
7
5. Slide the paper supports (4) outward as far as they will go. Lift the  
hammer bank protective foam (5) and remove it from between the  
ribbon mask and the platen.  
6. Remove the foam strips (6) and the tape securing the foam strips.  
7. Rotate the forms thickness lever (7) downward to position “A”.  
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Chapter 2  
Remove Packing Materials  
8
8. Rotate the platen protective foam (8) toward the front of the printer  
and out from under the support shaft.  
Adjust the Paper Supports  
2
1
2
1. Slide the paper supports (1) inward until they are approximately  
four inches from the tractor doors (2).  
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Release the Paper Chains (Cabinet Model)  
Release the Paper Chains (Cabinet Model)  
1
2
1
3
1. Open the cabinet rear door.  
2. Cut the tie wraps (1) and release the paper chains (2) from the  
bags (3) at the top rear of the printer frame. Remove the tie wraps  
and bags.  
3. Make sure each chain hangs freely, with no kinks or knots.  
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Chapter 2  
Remove Packing Materials  
Remove Tags  
Cabinet Model  
3
1
1
3
2
2
Figure 4. Removing Tags  
(Left: 1000/1500 lpm models; Right: 500 lpm models)  
1. Remove the tie wrap (1) attached to the passive stacker paper  
fence (3). It is marked with a large, red tag (2).  
2. Close the cabinet rear door.  
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Remove Tags  
Pedestal Model  
3
1
2
Remove the tie wrap (1) attached to the output basket (3). It is marked  
with a large, red tag (2).  
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Chapter 2  
Remove Packing Materials  
Attach the Output Basket (Pedestal Model)  
$
$
1. Place the output basket in the holes in the back of the printer.  
2. Screw the ground wire attached to the output basket to the printer.  
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Cabinet Model  
Connect the Interface and Power Cords  
Before you connect the interface and power cables, verify the voltage  
source at the printer site conforms to the requirements specified in  
Cabinet Model  
1
2
5
4
3
Legend:  
1) Host Interface Connectors  
2) I/O Cover  
3) Cable-Routing Notches  
4) AC Power Cable  
5) AC Power Connection  
Figure 5. Interface and Power Locations  
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Chapter 2  
Connect the Interface and Power Cords  
1. Make sure the printer power switch is set to O (Off).  
2. Open the cabinet rear door, and remove the cover from the  
selected I/O connector. (See “Interface Connections” on page 30.)  
3. Locate the cable routing notch in the lower left corner of the back of  
the cabinet (see Figure 5).  
4. Hold the I/O cable below its connector and gently push the cable  
through the opening in the grommet seated in the notch.  
5. Pull the cable up through the notch until it reaches the I/O plate.  
Attach the cable connector to the printer interface connector  
previously selected in step 2 of this section. Secure the cable to the  
printer using the upper and lower standoffs.  
6. Open the cabinet front door and cut the strap that secures the box,  
which contains the power cord, printer ribbon, control panel overlay  
labels, and documentation.  
7. Open the box and remove the power cord, overlays, and  
documentation.  
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Pedestal Model  
8. Guide the power cord up through the hole in the lower right back  
corner of the cabinet (see Figure 5). Thread the power cord inside  
the bracket where the gas spring is attached.  
9. Plug the power cord into the printer AC power connector, then into  
the AC power outlet.  
Pedestal Model  
4
1
2
5
3
Legend:  
1) Parallel Connector  
2) Auxiliary I/O  
3) Serial Connector  
4) Power Switch  
5) AC Power Connector  
1. Make sure the printer power switch is set to O (OFF).  
2. Remove the cover from the I/O connector you have selected. (See  
below.)  
3. Attach the cable connector to the printer interface connector.  
Plug the power cord into the printer AC power connector, then into the  
AC power outlet.  
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Chapter 2  
Connect the Interface and Power Cords  
Interface Connections  
1
5
2
3
2
3
1
4
4
Legend:  
1) Parallel (not present on Network-based models)  
2) Auxiliary I/O  
3) Diagnostic  
4) Serial RS-232/RS-422  
5) Dataproducts Standard Adapter  
Figure 6. Standard Interfaces  
(Left: Pedestal Model; Right: Cabinet Model)  
1
2
3
Legend:  
1) Network 10Base2  
2) Network 10Base-T  
3) Dataproducts Long Line  
Figure 7. Optional Interfaces for the Auxiliary I/O  
1. Remove the cover from the I/O connector you have selected.  
2. Attach the I/O cable connector to the printer interface connector.  
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Attach the Control Panel Overlays  
Install Basic Components  
The following procedures describe how to attach the printed overlays to  
the control panel and install the printer ribbon and paper.  
Attach the Control Panel Overlays  
1. Choose the overlay labels in the appropriate language.  
2. Cabinet Models: Open the printer cover, peel off the protective  
backing, and press the overlay into place.  
3. Pedestal Models: Open the printer cover and insert overlay labels  
by sliding them behind the control panel assembly in the  
appropriate place.  
Figure 8. Attaching Control Panel Overlays  
(Left: Pedestal Models; Right: Cabinet Models)  
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Chapter 2  
Install Basic Components  
Load the Ribbon  
1. Refer to the ribbon path diagram molded onto the shuttle cover (see  
2. Open the printer cover.  
2
1
3. Raise the forms thickness lever (1) as far as it will go.  
4. Open the tractor doors (2).  
3
5. Squeeze the right hub latch (3) and place the full spool on the right  
hub. Be sure the ribbon feeds off the outside of the spool. Press the  
spool down until the hub latch snaps into place.  
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Load the Ribbon  
4
6. Thread the ribbon around the ribbon guide (4) and along the ribbon  
path. Be sure to thread the ribbon between the hammer bank cover  
and the ribbon mask.  
7. Place the empty spool on the left hub. Press the spool down until  
the hub latch snaps into place. Turn the empty spool by hand to  
make sure the ribbon tracks correctly in the ribbon path and ribbon  
guides.  
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Chapter 2  
Install Basic Components  
Load the Paper  
When you start this procedure, verify that the printer cover is open, the  
forms thickness lever is raised, and the tractor doors are open. (See  
1
2
Legend:  
1) Edge Of Paper  
2) Box  
1. For cabinet models, align the paper supply with the label on the  
floor. Make sure that the paper pulls freely from the box.  
3
3
2. Feed the paper up through the paper slot (3). Hold the paper in  
place with one hand (to prevent it from slipping down through the  
paper slot) while pulling it through from above with your other hand.  
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Load the Paper  
5
4
6
3. Pull the paper (4) above and behind the ribbon mask, which is a  
silver metal strip with a clear plastic edge protector. Load the paper  
on the left tractor sprockets and close the tractor door (5).  
CAUTION  
To avoid damage to the printer caused by printing on the platen,  
always position the left tractor unit directly to the left of the “1”  
mark on the paper scale.  
4. If adjustment is necessary, unlock (6) the left tractor. Slide the  
tractor until it is directly to the left of the number “1” on the paper  
scale (10) and lock it. You can also use the paper scale to count  
columns.  
7
5. Unlock the right tractor (7). Load the paper onto the right tractor  
sprockets and close the tractor door.  
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Chapter 2  
Install Basic Components  
8
9
10  
6. Make sure the leading edge of the first sheet of paper is parallel to  
the tractor splined shaft (8). If the paper is misaligned, reload it onto  
the tractor sprockets until its edge is parallel to the splined shaft.  
7. Slide the right tractor to remove paper slack or to adjust for various  
paper widths. Lock the tractor.  
8. After both tractors are secured, you may use the horizontal  
adjustment knob (9) to make fine horizontal paper adjustments.  
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Load the Paper  
A
B
C
9. Lower the forms thickness lever. Set it to match the paper  
thickness.  
(The A-B-C scale corresponds approximately to 1-, 3-, and 6-part  
paper thickness.)  
NOTE: Do not set the forms thickness lever too tightly; excessive  
friction can cause paper jams, ribbon jams with potential for  
ribbon damage, smeared ink, or wavy print.  
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Chapter 2  
Set the Top-of-Form  
Set the Top-of-Form  
When paper is loaded into the printer, it must be told where you want  
the top of your form to be. This procedure must be performed the first  
time paper is introduced into the printer, as well as every time new  
paper is loaded.  
Procedure  
1. Be sure the forms thickness lever is lowered. If the printer is off, set  
the power switch to I (On).  
2. Press ON LINE to place the printer in offline mode. The LCD will  
then display “OFFLINE / CONFIG. CONTROL.”  
3. Press FF several times to ensure the paper feeds properly beyond  
the tractors and over the lower paper path. Ensure the paper folds  
properly in the stacking area.  
2
1
4. Raise the forms thickness lever (1) as far as it will go. This allows  
you to turn the vertical position knob (2) freely in order to align the  
top-of-form.  
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Procedure  
3
4
5
5. Locate the TOF indicator (3). It is the small tab located on both the  
right and left tractor door.  
6. Turn the vertical position knob (5) to align the top of the first print  
line with the TOF indicator. For best print quality, it is recommended  
the top-of-form be set at least 1/2 inch below the perforation (4).  
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Chapter 2  
Set the Top-of-Form  
A
B
C
7. Lower the forms thickness lever. Set it to match the paper  
thickness. (The A-B-C scale corresponds approximately to 1-, 3-,  
and 6-part paper thickness.)  
NOTE: Do not set the forms thickness lever too tightly; excessive  
friction can cause paper jams, ribbon jams with potential for  
ribbon damage, smeared ink, or wavy print.  
8. Press SET TOF. The top-of-form position you have set moves  
down to the print position.  
9. Press CLEAR to remove any fault messages (such as “LOAD  
PAPER”) from the message display.  
10. Press ON LINE to place the printer in online mode.  
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3
Operating the Printer  
Powering On the Printer  
When you power on the printer, it executes a self-test. The default  
power-up state is online. When the self-test completes and the software  
has initialized successfully, the status indicator light turns on, indicating  
the printer is online. The default value of the type of emulation you have  
installed appears in the display.  
If there is a fault during the self-test, the status indicator flashes and a  
specific fault message appears on the display (such as “LOAD  
PAPER”). The alarm also sounds if it is configured to do so. See  
“Troubleshooting” on page 195 for information on fault messages and  
solutions.  
Operating Modes  
Online. In online mode, the printer can receive and print data sent from  
the host. Pressing the ON LINE key toggles the printer from offline to  
online mode. The status indicator is lit in online mode.  
Offline. In offline mode, you may perform operator functions, such as  
loading paper and setting top-of-form. You may also move within the  
printer configuration menus. Pressing the ON LINE key toggles the  
printer from online to offline mode. The status indicator is off in offline  
mode.  
Fault. In fault mode, a fault condition exists which must be cleared  
before printing can continue. The status indicator flashes, the alarm  
beeps (if configured to sound), and a descriptive fault message  
displays.  
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Chapter 3  
The Control Panel  
The current operating mode may be selected via control panel keys, or  
may result from routine operations such as powering on the printer.  
The Control Panel  
Figure 9 and Figure 10 show the keys, displays and indicators as they  
appear on the control panel. The following section provides descriptions  
of each of the control panel keys and their functions.  
Key combinations are indicated with the plus (+) sign. For example,  
“Press = + >” means to press the = key and the > key at the same  
time.  
2
1
3
4
5
6
7
8
9
10  
Figure 9. Control Panel, Cabinet Model  
2
1
5
7
9
= >  
3
4
6
8
10  
;
<
Figure 10. Control Panel, Pedestal Model  
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Control Panel Keys  
Legend:  
1) Message Display  
2) Status Indicator  
3) CLEAR  
4) SHIFT  
5) SET TOF / L.P.I. ADJ.  
6) ENTER / PAGE L. ADJ.  
7) ON LINE  
8) FF  
9) LF  
10) VIEW  
Control Panel Keys  
ON LINE  
Toggles the printer between online and offline modes. If a fault  
condition exists, pressing this key will clear the fault message and  
return the printer from fault mode to offline mode.  
NOTE: If the fault condition is not corrected before pressing this key,  
the fault message will reappear when attempting to place the  
printer online.  
FF (Form Feed)  
Causes the paper to advance to the top-of-form on the next page.  
In online or offline mode, press and release to advance the paper to  
top-of-form on the next page. If there is data in the printer buffers, the  
data will print and then the paper will move to the next top-of-form.  
In the fault state, FF does not advance the paper to the next top-of-  
form; instead, it will slew the paper 11 inches.  
LF (Line Feed)  
Advances the paper one line at a time. Unprinted data in the print buffer  
will print before the paper moves.  
With the printer offline, press and release to advance the paper one line  
at a time. If there is data in the printer buffer, the data will print before  
the line feed occurs. Press and hold to repeat forward paper movement.  
LF does not operate in the fault or online states.  
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Chapter 3  
The Control Panel  
VIEW  
In offline or online mode, allows you to view and adjust the placement of  
data on the page, or to remove peel-off labels.  
With the printer online or offline, press and release to move paper  
forward for inspection. The last data printed advances to the tractor  
area. Press VIEW a second time to move the paper back to its previous  
print position.  
If the printer is online and printing, press VIEW to stop printing. The  
paper advances. Press = or > to move 1/72” vertically for fine vertical  
forms alignment. Press VIEW. The paper moves back and printing  
resumes.  
Pressing ON LINE also moves the paper back to its original print  
position and returns the printer to online.  
CLEAR  
Clears a fault message and returns the printer from fault mode to offline  
mode.  
After correcting the fault, press and release. The fault message is  
cleared, and the printer returns to offline mode.  
Other functions:  
Moves to the top of the configuration menu when the printer is in  
the configuration menus.  
Cancels data in the buffer. Place the printer offline. From the host  
system, stop the print job. Press CLEAR+ENTER. Reset the top-of-  
form (page 38).  
Press SHIFT+CLEAR to reset the PCL-II emulation.  
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Control Panel Keys  
SHIFT  
The printer must be offline to perform the following functions:  
Press SHIFT+CLEAR to reset the PCL-II emulation.  
Press SHIFT+L.P.I. Adj to access the line spacing menu. Press  
PREV or NEXT to scroll through the options.  
Press SHIFT+Page L. Adj to access the form length menu in lines  
or inches. The page length is selected by lines/page or inches/  
page, depending on which option is chosen in the PCL-II submenu.  
Press SHIFT+= to micro step the paper upward in 1/72 inch  
increments.  
Press SHIFT+> to micro step the paper downward in 1/72 inch  
increments.  
SET TOF  
Sets the top-of-form on the printer. This key is active only when the  
printer is offline and will not operate if the printer is in a fault condition.  
The paper moves down to the print position and aligns to the top-of-  
form. See page 38 for the complete top-of-form setting procedure.  
NOTE: If there is any data in the buffer, the paper will move to the last  
print position.  
ENTER  
When navigating the configuration menus, ENTER selects the currently  
displayed option value as the active value. An asterisk (*) appears next  
to the active value on the display. ENTER is also used for starting and  
stopping printer tests and generating a configuration printout.  
NOTE: The ENTER key must be unlocked in order to function. See  
UP + DOWN, below.  
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Chapter 3  
The Control Panel  
UP or DOWN ( = or > )  
Moves up and down between levels in the configuration menus and  
makes vertical forms adjustment. After pressing VIEW, press = or > to  
adjust the paper up or down in 1/72 inch increments for fine vertical  
forms alignment. After pressing ON LINE, press = or > to move through  
levels in the configuration menus.  
UP + DOWN ( = + > )  
Locks and unlocks the ENTER key.  
PREV or NEXT ( ; or < )  
Moves between the options on the current level of configuration menu.  
In the configuration menu press ; to scroll backward or press < to scroll  
forward through the menu selections on the same level.  
PREV + NEXT ( ; + < )  
When both keys are pressed simultaneously, the printer performs a soft  
reset of the LP+ emulation and the printer buffers are cleared.  
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Reloading Paper  
Operational Procedures  
This section outlines certain basic procedures which need to be  
performed when necessary in order to keep your printer operating.  
Reloading Paper  
Follow this procedure when “LOAD PAPER” displays. (This message  
occurs when the last sheet of paper passes through the paper slot.)  
This procedure reloads paper without removing the last sheet of the old  
paper supply. This action retains the current top of form setting.  
1. Raise the printer cover. Raise the forms thickness lever as far as it  
will go. (See Figure 3 on page 18 for the location of the lever.)  
2. Press CLEAR to turn off the alarm. Do not open the tractor doors or  
remove the existing paper.  
3. For cabinet models, open the front door. Align the paper supply  
with the label on the floor. Ensure the paper pulls freely from the  
box.  
2
1
Legend:  
1) Paper Slot (Cabinet Model)  
2) Paper Slot (Pedestal Model; 8” below printer base)  
Figure 11. Paper Slot Location  
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Chapter 3  
Operational Procedures  
4. Locate the paper slot and feed the paper up through it (see Figure  
11). It may be easier to feed one corner of the new paper up  
through the slot first. When this corner can be grasped from the top,  
rotate the paper back to the normal position.  
NOTE: If you are using thick, multi-part forms and are unable to load  
the new paper over the existing paper, go to step 14.  
5. Hold the paper to prevent it from slipping down and through the  
paper slot.  
4
3
6
5
6. Pull the new paper (3) above and behind the ribbon mask, but in  
front of the existing paper (4). The ribbon mask location is shown  
on the ribbon path diagram (5). If necessary, gently press the  
existing paper back.  
7. Align the top edge of the new paper with the top perforation of the  
existing paper (6).  
8. Load the new paper over the existing paper. Open and load the  
tractors one at a time to prevent the paper from slipping.  
NOTE: Make sure that the top edge of the new paper lines up with the  
top horizontal perforation of the last page.  
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Reloading Paper  
A
B
C
9. Lower the forms thickness lever. Set it to match the paper  
thickness.  
(The A-B-C scale corresponds approximately to 1-, 3-, and 6-part  
paper thickness.)  
NOTE: Do not set the forms thickness lever too tightly; excessive  
friction can cause paper jams, ribbon jams with potential for  
ribbon damage, smeared ink, or wavy print.  
10. Press CLEAR to remove the “LOAD PAPER” fault message from  
the display.  
11. Press FF several times to make sure the paper feeds properly  
beyond the tractors and over the lower paper guide. Feed sufficient  
paper to ensure the paper stacks correctly.  
12. Close the printer cover. Close the cabinet front door.  
13. Press ON LINE to place the printer in online mode and resume  
printing.  
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Chapter 3  
Operational Procedures  
Perform steps 14 through 30 only if you are unable to load the new  
paper over the existing paper in step 4.  
14. Open both tractor doors.  
15. Remove the paper from the tractors. Allow the paper to fall into the  
paper supply area.  
7
7
16. Feed the paper up through the paper slot (7). Hold the paper to  
prevent it from slipping down through the paper slot.  
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Reloading Paper  
9
8
17. Pull the paper (8) above and behind the ribbon mask. (The ribbon  
mask location is shown on the ribbon path diagram.)  
18. Load the paper on the left tractor and close the tractor door (9).  
CAUTION  
To avoid damage to the printer caused by printing on the platen,  
always position the left tractor unit directly to the left of the “1”  
mark on the paper scale.  
19. Normally, you should not need to adjust the position of the left  
tractor. If adjustment is necessary, unlock the left tractor. Slide the  
tractor until it is directly to the left of the number “1” on the paper  
scale and lock it. (You can also use the paper scale to count  
columns.)  
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Chapter 3  
Operational Procedures  
10  
20. Move the paper supports (10) as necessary to support the paper  
between the tractors.  
11  
12  
21. Unlock the right tractor (11). Load the paper onto the sprockets and  
close the tractor door (12). If necessary, slide the right tractor to  
remove paper slack or to adjust for various paper widths. Then, lock  
the tractor.  
13  
22. After both tractors are secured, you may use the horizontal  
adjustment knob (13) to make fine horizontal paper adjustments.  
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Reloading Paper  
14  
14  
23. On pedestal models:  
Using the vertical position knob to move the paper up, guide the  
paper over the lower paper guide (14) and through the slot in the  
top cover. Close the platen and the printer cover.  
24. Press FF several times to make sure the paper feeds properly  
beyond the tractors and over the lower paper guide (14). Feed  
sufficient paper to ensure the paper stacks correctly.  
25. On cabinet models: Open the cabinet rear door. Make sure the  
paper is aligned with the label in the output area (inside the  
cabinet). Close the front and rear doors.  
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Chapter 3  
Operational Procedures  
15  
17  
16  
26. Locate the TOF indicator (15). It is the small tab located on both the  
right and left tractor door.  
27. Turn the vertical position knob (16) to align the top of the first print  
line with the TOF indicator. For best print quality, it is recommended  
the top-of-form be set at least 1/2 inch below the perforation (17).  
A
B
C
28. Lower the forms thickness lever. Set it to match the paper  
thickness. (The A-B-C scale corresponds approximately to 1-, 3-,  
and 6-part paper thickness. Adjust until you have the desired print  
quality.)  
29. Press CLEAR to clear any fault messages (such as “LOAD  
PAPER”) from the Liquid Crystal Display.  
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Unloading Paper  
30. Press SET TOF. The top-of-form you have set moves down to the  
print position. If there are data in the buffer, the paper moves  
forward to the last print position on the next page.  
31. Press ONLINE and close the printer cover.  
Unloading Paper  
1. Press ON LINE to place the printer in offline mode, and open the  
printer cover.  
2. For cabinet models, open the cabinet rear door.  
3. Tear off the paper at the perforation.  
4. Allow the paper to fall to the back of the printer and into the paper  
stacking area.  
5. For pedestal models, remove the stacked paper from the paper  
tray.  
6. For cabinet models, remove the stacked paper from the cabinet  
floor.  
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Chapter 3  
Operational Procedures  
2
1
7. To completely remove the paper from the printer:  
a. Raise the forms thickness lever (1) as far as it will go, and open  
both tractor doors (2).  
CAUTION  
Be careful when pulling any paper backward through the paper  
path, especially when using a label stock. If you are not careful,  
labels can detach and adhere to the printer within the paper path,  
where only an authorized service representative can remove them.  
b. Remove the paper from the tractors. For cabinet models, open  
the cabinet front door. Gently pull the paper down through the  
paper slot. Allow the paper to fall into the paper supply area.  
c. Remove the paper from the paper supply area.  
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Replacing the Ribbon  
Replacing the Ribbon  
1. Press ON LINE to place the printer in offline mode.  
2. Open the printer cover.  
1
2
3. Remove the old ribbon:  
a. Raise the forms thickness lever (1) as far as it will go.  
b. Press in on the hub latches (2) and lift the ribbon spools off the  
hubs. Lift the ribbon out of the ribbon path.  
4. Discard the old ribbon.  
5. If necessary, clean the interior of the printer. (See “Cleaning  
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Chapter 3  
Operational Procedures  
6. Install the new ribbon:  
a. With the ribbon to the outside, place the full spool on the right  
hub (3). Press down on the spool until the hub latch snaps in  
place.  
4
3
b. Thread the ribbon around the ribbon guide (4) and along the  
ribbon path. (Refer to the ribbon path diagram on the shuttle  
cover.) Be sure to thread the ribbon between the hammer bank  
cover and the ribbon mask.  
CAUTION  
The ribbon must not be twisted. A twisted ribbon can lower print  
quality, shorten ribbon life, or cause paper jams.  
c. Place the empty spool on the left hub. Press down on the spool  
until the hub latch snaps into place.  
d. Hand turn the empty spool to make sure the ribbon tracks  
correctly in the path and ribbon guides.  
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Replacing the Ribbon  
A
B
C
7. Lower the forms thickness lever. Set it to match the paper  
thickness. (The A-B-C scale corresponds approximately to 1-, 3-,  
and 6-part paper thickness.)  
NOTE: Do not set the forms thickness lever too tightly; excessive  
friction can cause paper jams, ribbon jams with potential for  
ribbon damage, smeared ink, or wavy print.  
8. Close the printer cover.  
9. Press ON LINE to return the printer to online mode.  
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Chapter 3  
Operational Procedures  
Canceling a Print Job  
The procedure to cancel a print job depends on the printer emulation  
and your application software. Contact your System Administrator for  
additional information.  
1. If the printer is online, press ON LINE to place the printer in offline  
mode.  
2. From the host system, stop the print job.  
NOTE: If the print job is not stopped from the host system before  
pressing CLEAR + ENTER, the print job continues with data  
missing when the printer returns to online mode. Exercise  
caution to prevent unwanted data loss occurrences, as this  
function deletes unprinted data in the printer. This function is  
active only in offline mode; the purpose of this function is to  
eliminate the necessity of printing unwanted data when print  
jobs are canceled.  
3. Press CLEAR + ENTER.  
4. Set the top-of-form (see “Set the Top-of-Form” on page 38).  
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4
The Configuration  
Menus  
Configuration Overview  
In order to print data, the printer must respond correctly to signals and  
commands received from the host computer. Configuration is the  
process of matching the printer’s operating characteristics to those of  
the host computer and to specific tasks, such as printing labels, or  
printing on different sizes of paper. The characteristics which define the  
printer’s response to signals and commands received from the host  
computer are called configuration parameters.  
You can configure the printer using the configuration menus and the  
control panel, or by sending control codes in the data stream from a  
host computer attached to the printer. This chapter provides an  
introduction to configuring the printer, as well as all the configuration  
menus available (depending on which emulation you have installed in  
the printer).  
IMPORTANT  
Configuration directly affects printer operation. Do not change the  
configuration of your printer until you are thoroughly familiar with  
the procedures in this chapter.  
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Chapter 4  
Configuration Overview  
Changing and Saving Parameter Settings  
You may change a printer parameter setting, such as line spacing or  
forms length, either by pressing keys on the control panel to configure  
the printer’s resident set of configuration menus, or by sending  
emulation control codes from a host attached to the printer (the host  
data stream). An example procedure for using the control panel to  
change parameter settings begins on page 64.  
When control codes are sent from a host attached to the printer, they  
override control panel settings. For example, if you set the line spacing  
to 6 lpi with the control panel, and application software later changes  
this to 8 lpi with a control code, the control code overrides the control  
panel setting.  
The parameter settings that you have changed using the menus and  
control codes can be permanently stored in the printer’s memory if you  
save them to printer memory using the “Save Config.” menu option. If  
you do not save your changes, they will be lost when the printer is  
powered off.  
There are no host control codes that allow you to save a parameter as a  
custom configuration.  
Default and Custom Configurations  
A configuration consists of a group of parameter settings, such as line  
spacing, forms length, etc. Your printer provides a fixed default  
configuration and also allows you to define several custom  
configurations for use with particular print jobs.  
The factory default configuration can be loaded, but it cannot be  
altered.  
Eight configurations can be modified for unique print job requirements.  
The “Save Config.” option allows you to save eight groups of parameter  
settings in memory as custom configurations numbered from 1 through  
8. An explanation on how to save a set of parameter values as a  
custom configuration using the “Save Config.” menu option begins on  
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Navigating the Menus  
Navigating the Menus  
To manipulate configurations it is important to understand how to  
navigate through the menus. Review the following instructions before  
you begin making changes to the printer.  
You must be offline to move within the menus.  
ON LINE  
Press to toggle between online and offline  
modes.  
Press to move up or down through the menu  
levels.  
OR  
Press to scroll through the available choices  
on a chosen level.  
OR  
ENTER  
Press to confirm selection.  
Press to lock and unlock the ENTER key. The  
+
ENTER key is locked by default, to prevent  
you from accidentally changing the printer  
configuration.  
When the printer is online, the LCD displays ONLINE and the type of  
emulation on the second line.  
To experiment with navigating the menus, follow the example on the  
next page as a tutorial.  
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Chapter 4  
Configuration Overview  
Changing Parameters Example  
* = Factory Default  
OFFLINE  
CONFIG.  
CONTROL  
PRINTER  
CONTROL  
. . .  
Unidirectional  
PMD Fault  
Slow Paper  
Slew  
Power Saver  
Time  
Disable*  
Enable  
Enable*  
Disable  
Disable*  
Enable  
15 min.*  
(15-60 min.)  
A configuration consists of several parameters. The default factory  
configuration has a starting set of parameters. In the configuration  
menu above, and in all the configuration menus in this chapter, the  
factory default values are indicated by an asterisk (*).  
Your print jobs may require parameter values which vary from the  
default settings. This section provides an example procedure for  
changing individual parameter values.  
The following procedure shows how to change and save the settings for  
the Unidirectional and Slow Paper Slew options. Use these basic  
guidelines to navigate the configuration menus and change other  
parameters.  
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Changing Parameters Example  
Step  
Press  
LCD  
Notes  
1.  
2.  
Make sure the printer is on. Raise the printer cover.  
ON LINE  
OFFLINE  
CONFIG. CONTROL  
3.  
ENTER SWITCH  
UNLOCKED  
Allows you to make  
configuration changes.  
+
OFFLINE  
CONFIG. CONTROL  
4.  
5.  
OFFLINE  
PRINTER CONTROL  
UNTIL  
PRINTER CONTROL  
Unidirectional  
6.  
7.  
8.  
Unidirectional  
Disable*  
Unidirectional  
Enable  
Cycle through the  
choices.  
OR  
ENTER  
Unidirectional  
Enable*  
The * indicates this choice  
is active.  
9.  
PRINTER CONTROL  
Unidirectional  
10.  
11.  
12.  
PRINTER CONTROL  
Slow Paper Slew  
UNTIL  
Slow Paper Slew  
Disable*  
Slow Paper Slew  
Enable  
Press until the desired  
parameter displays.  
OR  
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Chapter 4  
Configuration Overview  
Step  
Press  
LCD  
Notes  
ENTER  
13.  
Slow Paper Slew  
Enable*  
The * indicates this choice  
is active.  
14.  
15.  
ENTER SWITCH  
LOCKED  
Locks the ENTER key.  
+
ON LINE  
ONLINE  
LinePrinter+  
Places the printer in  
online mode.  
16. Close the printer cover. The printer is ready for operation.  
The parameters you have changed remain active as long as the printer  
is on. When you turn off the printer, the parameters are erased from  
memory unless you save them in a configuration. If you do not save the  
configuration, the printer reverts to the default values next time the  
printer is powered on.  
The next section, “Saving Your New Configuration”, will explain how to  
save configurations.  
Saving Your New Configuration  
Once you have changed all of the necessary parameters, it is  
recommended you save them as a configuration that can be stored and  
loaded for future use. If you do not save your configuration before you  
power off the printer, all of your parameter changes are erased. The  
Save Config. option allows you to save up to eight configurations to  
meet different print job requirements. (Configurations 1 through 8 are  
empty until you save values to them using the Save Config. option.)  
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Saving Your New Configuration  
Once you have saved a custom configuration using this option, it is not  
lost if you power off the printer. You can load a configuration for a  
specific print job (see “Load Config.” on page 71). You can also modify  
and resave it. You may want to print your configurations (see “Print  
Config.” on page 72) and store them in a safe place, such as inside the  
printer cabinet.  
If the Protect Configs. parameter is enabled, and you try to resave an  
existing configuration, the new configuration will not be saved until the  
existing configuration has been deleted (see page 72).  
NOTE: Once you change active emulations, any changes to the  
previously selected emulation will be gone unless they have  
been saved.  
Step  
Press  
LCD  
Notes  
1.  
2.  
Make sure the printer is on. Raise the printer cover.  
OFFLINE  
ON LINE  
CONFIG. CONTROL  
3.  
ENTER SWITCH  
UNLOCKED  
Allows you to make  
configuration changes.  
+
OFFLINE  
CONFIG. CONTROL  
4.  
5.  
CONFIG. CONTROL  
Load Config.  
CONFIG. CONTROL  
Save Config.  
UNTIL  
6.  
7.  
Save Config.  
1*  
Save Config.  
2
Cycle through the  
choices.  
OR  
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Chapter 4  
Configuration Overview  
Step  
Press  
LCD  
Notes  
8.  
Save Config.  
2*  
The * indicates this choice  
is active.  
ENTER  
NOTE: It is recommended you print the configuration. To print the configuration go to Step 9. To  
skip this procedure and resume printer operation, go to Step 14.  
9.  
CONFIG. CONTROL  
Save Config.  
10.  
11.  
12.  
CONFIG. CONTROL  
Print Config.  
UNTIL  
Print Config.  
Current  
Print Config.  
2
Press until the desired  
parameter displays.  
OR  
13.  
OFFLINE  
The selected  
ENTER  
CONFIG. CONTROL  
configuration is printed.  
14.  
15.  
ENTER SWITCH  
LOCKED  
Locks the ENTER key.  
+
ON LINE  
ONLINE  
LinePrinter+  
16. Close the printer cover. If you printed out the configuration, store it in a safe place. The printer is  
ready for operation.  
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Main Menu  
Main Menu  
1
If installed  
OFFLINE  
CONFIG.  
CONTROL  
EMULATION  
MAINT/MISC  
ACTIVE  
EMULATION  
HOST  
INTERFACE  
Load Config.  
Save Config.  
Print Config.  
Delete Config.  
Power-up Config.  
Protect Configs.  
PCL-II  
LP PLUS  
IGP/PGL  
IGP/VGL  
PCL-II  
LP PLUS  
IGP/PGL  
IGP/VGL  
Hex Dump Mode  
Power-up State  
Display Language  
Dataproducts  
Serial  
Ethernet  
1
1
1
1
1
IEEE 1284  
ETHERNET  
PARAMS  
PRINTER  
CONTROL  
DIAGNOSTICS  
RIBBON  
MINDER  
1
IP Address  
Unidirectional  
PMD Fault  
Slow Paper Slew  
Power Saver Time System Memory  
Print Statistics  
Printer Tests  
Test Width  
Paper Out Dots  
New Ribbon  
Ribbon Action  
Ribbon Size  
Ribbon Adjust  
Fault Action  
Gateway Address  
Subnet Mask  
MAC Address  
Figure 12. Configuration Main Menu  
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Chapter 4  
Configuration Overview  
Brief descriptions follow for the first-level configuration menu options:  
CONFIG. CONTROL — These options allow you to save, print,  
load, delete, name, and protect entire sets of configuration  
parameters, as well as select the default power-up configuration.  
ACTIVE EMULATION — This menu allows you to select the active  
emulation: PCL-II or LinePrinter+. The optional IGP/PGL or  
IGP/VGL emulations can be selected if they are installed.  
EMULATION — This menu allows you to configure the options  
which are available for the current operating (active) emulation. For  
example, if LinePrinter+ is the active emulation, then the  
LinePrinter+ emulation options can be configured using this menu.  
MAINT / MISC — These options provide miscellaneous functions,  
such as printing a hex dump, selecting a display language, and  
choosing whether the printer will power up in offline or online mode.  
HOST INTERFACE — These options allow you to select either the  
Serial RS-232, Serial RS-422, Dataproducts® Long Line,  
Ethernet, or IEEE1284 parallel interface for the printer (which  
must match the interface cabling you installed while setting up your  
printer, described in Chapter 2). This menu also allows you to  
configure several parameters for each interface.  
ETHERNET PARAMS — This option allows you to view and  
change the IP Address, Gateway Address, and Subnet Mask. The  
MAC Address may also be viewed.  
PRINTER CONTROL — These options allow you to select several  
operating parameters for the printer, such as the speed at which  
paper will advance when slewing.  
DIAGNOSTICS — These options include the diagnostic tests,  
system memory, and statistics of the printer.  
RIBBONMINDER — The options in this submenu allow you to  
enable the RibbonMinderfeature and set its parameters.  
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Menu  
CONFIG. CONTROL  
The CONFIG. CONTROL menu allows you to control your printer’s  
configurations according to the specifications necessary for your print  
jobs.  
Menu  
* = Factory Default  
CONFIG.  
CONTROL  
(from page 69)  
Load Config.  
Save Config.  
Print Config.  
Delete Config.  
Protect  
Configs.  
Power-up  
Config.  
Factory*  
1-8  
1*  
(1-8)  
Current*  
Factory  
Power-up  
All  
1*  
(1-8)  
Factory*  
1-8  
Disable*  
Enable  
1-8  
Load Config.  
The printer can store numerous configurations in memory. This  
parameter allows you to select and load a specific configuration.  
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Chapter 4  
CONFIG. CONTROL  
Save Config.  
This option allows you to save up to eight unique configurations to meet  
different print job requirements. This eliminates the need to change the  
parameter settings for each new job. The configurations are stored in  
memory, and will not be lost if you turn off the printer. If the Protect  
Configs. parameter is enabled, the new configuration will not be saved  
unless the existing configuration has been deleted first. The factory  
default configuration cannot be changed. See “Saving Your New  
Print Config.  
This option is used to print a listing of various stored printer  
configurations. It is recommended you store printouts of your  
configurations in a safe place for quick referral.  
Delete Config.  
You can delete one or all of your eight customized configurations. The  
factory default configuration cannot be deleted.  
Power-Up Config.  
You can specify which of the nine configurations (Factory or 1-8) will be  
the power-up configuration.  
Protect Configs.  
You can specify whether or not a new configuration should overwrite an  
existing configuration when you activate the Save Configs. parameter.  
When disabled (default), the new configuration will overwrite the  
existing configuration. When enabled, the new configuration will not  
overwrite the existing configuration, and the message “CONFIG.  
EXISTS / Delete First” displays.  
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Menu  
ACTIVE EMULATION  
* = Factory Default  
1
Optional Emulation  
ACTIVE  
EMULATION  
(from page 69)  
1
1
PCL-II*  
LP PLUS  
IGP/PGL  
IGP/VGL  
The ACTIVE EMULATION function allows you to activate either the  
PCL-II or LinePrinter Plus emulation, as well as the optional IGP/PGL or  
IGP/VGL emulations, if they are installed. There are two methods for  
selecting the desired emulation. The first is by selecting the emulation  
directly from the printer menu. The second is by sending a host  
command which will switch the emulation automatically (see the  
appropriate Programmer’s Reference Manual for details).  
When changing from one emulation to the other, the printer will load the  
power-up configuration. Thus, any configuration settings performed  
before selecting these emulations and not saved in NVRAM will be lost.  
IMPORTANT  
In order to configure an emulation, the emulation must be selected  
in the ACTIVE EMULATION menu. The emulation that is not  
selected will not appear in the EMULATION menu (see  
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Chapter 4  
EMULATION  
EMULATION  
The EMULATION menu is the gateway to configure the emulations  
available with your printer. The control codes for each of these  
emulations are described in their respective Programmer’s Reference  
Manuals.  
* = Factory Default  
1
Optional Emulation  
EMULATION  
(from page 69)  
1
1
PCL-II*  
LP PLUS  
IGP/PGL  
IGP/VGL  
PCL-II Emulation  
Hewlett-Packard’s Printer Control Language that is compatible with  
Compaq systems.  
LinePrinter Plus Emulations  
Epson FX. This LP Plus emulation is provided for compatibility with  
the Epson FX-1050 printer control language.  
Proprinter XL. This LP Plus emulation is provided for compatibility  
with the IBM Proprinter III XL printer control language.  
P-Series. This is the Printronix P-Series printer control language,  
provided as part of LP Plus.  
Optional Emulations  
IGP/VGL (Code V) and IGP/PGL are optional graphics emulations.  
They can be selected and configured only if you have purchased these  
options. PCL-II must be the active emulation for Code V or IGP/PGL to  
operate.  
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PCL-II Emulation  
PCL-II Emulation  
* = Factory Default  
EMULATION  
(from page 74)  
PCL-II  
Primary Char  
Set  
Secondary  
Char Set  
Page Length  
Rep.  
Graphics  
Density  
Perforation  
Skip  
ID  
ID  
Inches/Page*  
60 dpi*  
70 dpi  
Disable*  
Enable  
0* - 109, xx  
Symbol Set  
(see next page)  
Pitch  
0* - 109, xx Lines/Page  
Symbol Set  
(see next page)  
Pitch  
10*, 12, 13.3  
15, 16.67, 20  
Density  
10*, 12, 13.3  
15, 16.67, 20  
Density  
Data Proc.*  
NLQ  
Data Proc.*  
NLQ  
OCR-A  
OCR-A  
OCR-B  
OCR-B  
High Speed  
High Speed  
Display  
Functns  
Line  
Terminator  
PTX Linefeed  
LPI Adjust  
Page L. Lines  
Disable*  
Enable  
LF after CR  
Disable*  
Enable  
Disable*  
Enable  
6 lpi*  
8 lpi  
66*  
(1-128)  
CR after LF  
Enable*  
Disable  
CR after FF  
Enable*  
Disable  
CR after VT  
Enable*  
Disable  
Page L. Inches  
Config. Print  
Symbol Set  
Print  
11 inches*  
(2-16 inches)  
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Chapter 4  
EMULATION  
Primary Char  
Secondary  
Char Set  
Set  
(from page 75)  
(from page 75)  
Symbol Set  
Symbol Set  
Roman-8(8U)*  
Turkish-8(8T)  
Arabic-8(8V)  
Block Char(1L)  
OCR-A(0O)  
OCR-B(1O)  
ISO Swe/Fin(0S)  
ISO Spain(1S)  
ISO Italian(0I)  
ISO Portugu(4S)  
Latin-1(0N)  
Latin-2(2N)  
Latin-5(5N)  
Latin-6(6N)  
Baltic(19L)  
PC8 DanNor(11U)  
PC8 Cd437(10U)  
PC850 MtLi(12U)  
PC851 LtGk(12G)  
PC852 Lat2(17U)  
PC Turkish(9T)  
PC Hebrew(15H)  
PC Lat/Ara(10V)  
PC Cyrillic(3R)  
Win3.1 Lat-1(19U)  
Win3.1 Lat-2(9E)  
Win3.1 Lat-5(5T)  
Math-8(8M)  
(identical to Primary  
Character Set)  
Cyrillic(8R)  
Japan Postnet  
Katakana Post  
ASCII(OU)  
Math Sym(0A/0M)  
LineDraw(0B/0L)  
IS0 Den/Nor(0D)  
Roman Ext.(0E)  
ISO UK(1E)  
ISO France(0F)  
ISO German(0G)  
Hebrew(0H)  
Japan ASCII(0K)  
Katakana(1K)  
PS Math(5M)  
Greek 7(12N)  
Postnet 4(15Y)  
Postnet 11.25  
Greek-8(8G)  
Hebrew-8(8H)  
Katakana-8(8K)  
Primary Character Set  
You can select one of 92 pre-defined character sets by ID (although  
character sets range from 0 - 109, not all sets are available on the  
Compaq series printer), or you can select pitch, symbol set, and  
typeface individually. If the combination you choose matches one of the  
92 predefined sets, the ID submenu will reflect that selection. If not, the  
ID menu will display “xx” to indicate that the current character set does  
not match a pre-defined set. Set 0 is the default and its attributes are 10  
cpi, Data Processing typeface, and Roman 8 symbol set.  
Secondary Character Set  
Your printer can store an additional character set. To toggle between  
them, send the Shift In (Decimal 15, to select the Primary character set)  
or Shift Out (Decimal 14, to select the Secondary character set)  
command code.  
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PCL-II Emulation  
Page Length Representation  
Inches/Page. All page length calculations are based on the inches  
displayed on the panel.  
Lines/Page. All page length calculations are based on the number  
of lines per page displayed on the panel.  
For example, if the form in use is 82 lines at 6 lpi, the page is  
physically 13.67 inches. Since 13.67 inches is not selectable from  
the Length in Inches menu, change the representation to lines, then  
set the number of lines to 82. The inches menu will display 13.6  
inches although the printer internally keeps the exact form length of  
13.67 inches.  
Graphics Density  
Graphics can be printed in 60 DPI (the default) or 70 DPI.  
Perforation Skip  
Disable. Allows printing on page perforation.  
Enable. The printer sets up a skip-over margin to prevent printing  
on the page perforation.  
Display Functions  
Disable. The default. Control characters are not printed.  
Enable. Control characters are printed before they get executed.  
This is a useful debugging tool.  
Line Terminator  
You can specify what will be used to indicate the end of a line. Four  
options are available: LF after CR, CR after LF, CR after FF, and CR  
after VT. Each of these options may be Enabled or Disabled  
independent of one another.  
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Chapter 4  
EMULATION  
PTX Linefeed  
Disable. The default. Linefeed is performed as calculated from the  
bottom of the graphics or barcode, thereby disrupting the vertical  
text alignment.  
Enable. The Linefeed moves to the next line as calculated from the  
Top of Form position, thereby retaining vertical text alignment.  
When printing graphics or bar codes, you may want to set the PTX  
Linefeed parameter to Enable to maintain text alignment.  
PTX Linefeed Enabled  
PTX Linefeed Disabled  
LINE 1  
LINE 2  
LINE 1  
LINE 2  
LINE 3  
Linefeed  
Linefeed  
LINE 3  
LPI Adjust  
This parameter lets you specify the lines per inch (lpi) values, 6 LPI (the  
default) or 8 LPI.  
Page Length Adjust/Lines  
This parameter lets you set physical page length from 1 to 128 lines.  
The default is 66 lines.  
Page Length Adjust/Inches  
This parameter lets you set physical page length from 2 to 16 inches, in  
increments of half an inch. The default is 11 inches.  
Config. Print  
This option prints the emulation’s parameters and the currently selected  
values.  
Symbol Set Print  
This option prints a list of all the available sets. The character set  
number prints to the left of the character set sample.  
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LinePrinter Plus Emulation  
LinePrinter Plus Emulation  
* = Factory Default  
EMULATION  
(from page 74)  
LinePrinter+  
Printer  
Print Char. Set CPI/LPI Select Font Attributes Page Format  
Protocol  
P-Series  
Select CPI  
10.0 CPI*  
12.0 CPI  
13.3 CPI  
15.0 CPI  
17.1 CPI  
20.0 CPI  
Select LPI  
6.0 LPI*  
(see below)  
(see next page)  
Proprinter XL  
Epson FX  
8.0 LPI  
10.3 LPI  
Font Attributes  
(from above)  
Typeface  
Prop. Spacing  
Bold Print  
Italic Print  
Slashed Zero  
Disable*  
Data Process.*  
NLQ  
OCR-A  
Disable*  
Enable  
Disable*  
Enable  
Disable*  
Forward Slant Enable  
Backward Slant  
OCR-B  
High Speed  
NLQ Sans Serif  
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Chapter 4  
EMULATION  
* = Factory Default  
Page Format  
(from page 79)  
Margins  
Form Length  
Form Width  
Perforation  
Skip  
Left Margin  
0* columns  
(0-369)  
Right Margin  
0* columns  
(0-369)  
Disable*  
1/2 inch  
2/3 inch  
5/6 inch  
1 inch  
Abs. Length IN  
11.0* inches  
(0.1-24)  
Abs. Length MM  
279.4* millimeters  
(0.1-609.6)  
Abs. Width IN  
13.6* inches  
(0.1-13.6)  
Abs. Width MM  
345.4* millimeters  
(0.1-345.4)  
Bottom Margin  
0* lines  
(0-451)  
Funct. of Lines  
66* lines  
(1-192)  
Funct. of CPI  
136* Characters  
(1-272)  
Printer Protocol  
Select the LinePrinter+ protocol you wish to use. Refer to the  
LinePrinter Plus Programmer’s Reference Manual for more information.  
Print Char Set  
When this selection is displayed and the ENTER key is pressed, the  
current character set is printed.  
CPI/LPI Select  
This parameter lets you specify the characters per inch (cpi) and lines  
per inch (lpi) values.  
Font Attributes  
Typefaces  
Data Processing. A general purpose font printing at 120 dpi  
horizontally and 72 dpi vertically. The width of the font varies with  
each cpi.  
NLQ. A high quality font with serifs printing at 180 dpi horizontally  
and 96 dpi vertically. The width of the font varies with the cpi.  
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LinePrinter Plus Emulation  
OCR-A / OCR-B. Optical character recognition fonts printing at 120  
dpi horizontally and 144 dpi vertically. Both fonts print only at 10 cpi.  
High Speed. A draft quality font printing at 120 dpi horizontally and  
48 dpi vertically. The width of the font varies with the cpi.  
NLQ Sans Serif. A high quality font printing at 180 dpi horizontally  
and 96 dpi vertically. This font prints without serifs. The width of the  
font varies with the cpi.  
Proportional Spacing  
Each printed character is contained inside a character cell. The width of  
the character cell includes the character and the space around the  
character.  
Disable. Each character cell is printed with the same width. Each  
column in the printed text will line up.  
Enable. The width of each character cell varies with the width of the  
character. For example, [i] takes less space to print than [m]. Using  
proportional fonts generally increases the readability of printed  
documents, giving text a typeset appearance.  
Bold Print  
Disable. Text is printed normally.  
Enable. Text is printed with a heavy line thickness.  
Italic Print  
Disable. Text is printed normally.  
Forward Slant. Text is printed with a forward slant.  
Backward Slant. Text is printed with a backward slant.  
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Chapter 4  
EMULATION  
Slashed Zero  
This parameter allows you to print the numeral “0” with or without the  
slash. This option applies to all character sets except OCR-A and  
OCR-B.  
Disable. Zero is printed without a slash.  
Enable. Zero is printed with a slash.  
Page Format  
Margins  
Left Margin. Set in columns. Column zero is defined as the far left  
edge of the page, and column numbering increments from left to  
right.  
Right Margin. Set in columns. Column zero is defined as the far  
right edge of the page, and column numbering increments from  
right to left.  
Bottom Margin. Defined in lines, starting from line zero at the  
bottom of the page and incrementing from the bottom up.  
Perforation Skip  
Disable. Allows printing on page perforation.  
You may set up a skip-over margin of 1/2 inch, 2/3 inch, 5/6 inch, or  
1 inch. For example, a skip-over margin of 1 inch allows a 1 inch  
margin at the bottom of the page.  
Forms Length  
Forms length is the number of lines that can be printed on a page. You  
can set forms length in inches, millimeters (mm), or as a function of the  
current LPI (lines per inch).  
Forms Width  
The forms width can be specified in inches, millimeters, or as a function  
of the current CPI (characters per inch). The forms width set should not  
exceed the actual paper width.  
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P-Series Emulation  
P-Series Emulation  
* = Factory Default  
Printer  
Protocol  
(from page 79)  
P-Series  
Control Code  
06  
Define CR  
Code  
Auto LF  
Control Code  
08  
Overstrike  
Define LF  
Code  
6.0 LPI  
8.0 LPI*  
10.3 LPI  
Elongated*  
Backspace  
CR = CR*  
CR = CR + LF Enable  
Disable*  
Enable*  
Disable  
LF = CR + LF*  
LF = LF  
Select SFCC  
EVFU Select  
Alt. Set 80-9F  
Character Set  
SFCC d  
Command  
1*  
Enable*  
Disable  
Control Code*  
Printable  
Even dot plot*  
Double High  
(hex 00-7F)  
IBM PC*  
Multinational  
ASCII (USA)*  
Code Page 437* EBCDIC  
Code Page 850  
ECMA Latin 1  
DEC  
Multinational  
Primary Subset  
ASCII (USA)*  
French  
German  
English  
Danish  
Swedish  
Italian  
Spanish  
Japanese  
French Canadian  
Latin American  
Norwegian  
Danish II  
Extended Subset  
Primary Subset  
ASCII (USA)*  
German  
Swedish  
Danish  
Norwegian  
Finnish  
English  
Dutch  
French  
Spanish  
Italian  
Turkish  
Extended Subset  
Multinational*  
ASCII (USA)*  
French  
German  
Barcode 10 CPI  
Mult. DP 10 CPI  
Mult. DP 12 CPI  
Mult. LQ 10 CPI  
Greek DP 10 CPI  
Greek DP 12 CPI  
Greek LQ 10 CPI  
Grap. DP 10 CPI  
Grap. LQ 10 CPI  
Sci. DP 10 CPI  
Sci. DP 12 CPI  
Sci. LQ 10 CPI  
English  
Norweg./Danish  
Swedish  
Italian  
Spanish  
Japanese  
French Canadian  
Dutch  
Finnish  
Swiss  
Japanese  
Spanish II  
Latin Am II  
OCR-A  
OCR-B  
Latin 2 8859-2  
Latin 2 852  
Bulgarian  
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Chapter 4  
EMULATION  
Control Code 06  
Control Code 06 defines the function of ASCII code hex 06 (ACK). You  
can select an alternate line spacing of 6, 8 or 10.3 LPI.  
Control Code 08  
Control Code 08 defines the function of ASCII code hex 08 (BS). You  
can define the code to output an elongated character or a backspace.  
Define CR Code  
This option controls the action of the printer when it receives a Carriage  
Return code (hex 0D) from the host computer. If this feature is enabled,  
each time the printer receives a Carriage Return, it inserts an additional  
Line Feed code (hex 0A) into the data stream. Do not use this feature if  
the host computer sends Line Feeds to the printer.  
CR = CR. Does not insert an extra Line Feed after each Carriage  
Return.  
CR = CR + LF. Inserts an extra Line Feed after each Carriage  
Return. The next print position will be print position 1 of the next  
line.  
Auto LF  
This option defines the printer action when print data is received past  
the forms width setting.  
Disable. Discards any data past the forms width.  
Enable. Performs an automatic carriage return and line feed when  
data is received past the forms width.  
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P-Series Emulation  
Overstrike  
Enable. Common dots appear darker in characters printed over  
each other, as shown below. The print position moves one-half dot  
to the right. Overstrike printing occurs at a decreased speed.  
Disable. If you are using a control code for overstrike, but it is  
disabled in the printer control panel, no bolding will occur.  
Define LF Code  
LF = CR + LF. Forces an automatic carriage return with each line  
feed command. The next print position is print position 1 of the next  
line.  
LF = LF. Does not perform an automatic carriage return. The next  
print position will be the current print position of the next line.  
Select SFCC  
This parameter allows you to select which ASCII codes will function as  
the Special Function Control Code (SFCC) command delimiter.  
P-Series codes can use hex 00 through hex 7F. Options include the  
following:  
ESC (hex 1B)  
SOH (hex 01)  
ETX (hex 03)  
CIRCUMFLEX (hex 5E)—also called caret (^)  
TILDE (hex 7E)—(~)  
NOTE: SOH, ETX and ESC are non-printables. The characters (^) and  
(~) are printable; however, do not use them as printables in the  
host data stream if either is chosen as a delimiter, or print  
errors will occur.  
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Chapter 4  
EMULATION  
EVFU Select  
Controls how the printer handles vertical formatting.  
Enable. Enables the VFU and selects P-Series compatible  
Electronic Vertical Format Unit (EVFU).  
Disable. Disables all VFU processing.  
Alt. Set 80-9F  
Determines whether the printer processes ASCII codes hex 80 through  
hex 9F as control codes or as printable characters.  
Character Set  
Specifies a character set. To use one of these sets, choose the desired  
set and press ENTER. Two groups of character sets (IBM PC and  
ECMA Latin 1) have Primary and Extended Subsets. To use one of  
these sets, choose the group name and press ENTER, then choose the  
desired set within the Primary or Extended subset and press ENTER.  
Both the group and the desired set will be starred to indicate your  
selection.  
SFCC d Command  
Even dot plot. This option interprets SFCC d Command as even  
dot plot.  
Double high. This option interprets SFCC d Command as double  
high. Select this option for backward compatibility.  
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Proprinter XL Emulation  
Proprinter XL Emulation  
* = Factory Default  
Printer  
Protocol  
(from page 79)  
Proprinter XL  
Define CR  
Code  
Define LF  
Code  
FF Valid at  
TOF  
Auto LF  
Character Set  
Alt. Char Set  
CR = CR*  
CR = CR + LF  
Enable*  
Disable  
LF = LF*  
LF = CR + LF  
Enable*  
Disable  
Code Page 437* Set 1*  
Code Page 850 Set 2  
OCR-A  
OCR-B  
Latin 2 8859-2  
Latin 2 852  
Bulgarian  
Latin 0 8859-15  
20 CPI  
Condensed  
Enable*  
Disable  
Define CR Code  
This option controls the action of the printer when it receives a Carriage  
Return code (hex 0D) from the host computer. If this feature is enabled,  
each time the printer receives a Carriage Return, it inserts an additional  
Line Feed code (hex 0A) into the data stream. Do not use this feature if  
the host computer sends Line Feeds to the printer.  
CR = CR. Does not insert an extra Line Feed after each Carriage  
Return.  
CR = CR + LF. Inserts an extra Line Feed after each Carriage  
Return.  
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Chapter 4  
EMULATION  
Auto LF  
This option defines the printer actions when print data is received past  
the forms width setting.  
Enable. Performs an automatic carriage return and line feed when  
data is received past the forms width.  
Disable. Discards any data past the forms width.  
Define LF Code  
LF = LF. Does not perform an automatic carriage return when a line  
feed command is received. The next print position will be the  
current print position of the next line.  
LF = CR + LF. Forces an automatic carriage return with each line  
feed command received. The next print position is print position 1 of  
the next line.  
FF Valid at TOF  
Enable. Performs a form feed when the host sends a Form Feed  
command and the printer is at the top of form.  
Disable. Will not perform a form feed when the host sends a Form  
Feed command and the printer is at the top of form.  
Character Set  
Specifies a character set. To use one of these sets, choose the desired  
character set and press ENTER.  
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Proprinter XL Emulation  
Alternate Char Set  
This option determines if data in the range of hex 80 through hex 9F  
should be interpreted as a control code or as a printable character.  
Set 1. Interprets data in the range of hex 80 through hex 9F as a  
control code.  
Set 2. Prints data for the characters at hex locations 03, 04, 05, 06,  
15 and 80 through 9F.  
20 CPI Condensed  
Compressed print characters are narrower than the normal character  
set. This is helpful for applications where you need to print the  
maximum amount of information on a page.  
Enable. Prints characters about 60 percent the width of normal  
characters when compressed print is chosen by the host computer.  
Disable. Does not compress print widths, even if condensed print is  
chosen by the host.  
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Chapter 4  
EMULATION  
Epson FX Emulation  
* = Factory Default  
Printer  
Protocol  
(from page 79)  
Epson FX  
Define CR  
Code  
Define LF  
Code  
Printer Select  
Auto LF  
Character Set  
Epson Set*  
ASCII (USA)* Disable  
French  
20 CPI  
Condensed  
CR = CR*  
CR = CR + LF  
Enable*  
Disable  
LF = LF*  
LF = CR + LF  
Disable*  
Enable  
Enable*  
German  
English  
Danish I  
Swedish  
Italian  
Spanish I  
Japanese  
Norwegian  
Danish II  
Spanish II  
Latin Am I  
French Canadian  
Latin Am II  
OCR-A  
OCR-B  
Latin 2 8859-2  
Latin 2 852  
Cyrillic 866  
Bulgarian  
Latin 0 8859-15  
Alt. Set 80-9F  
Control Code*  
Printable  
90  
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Epson FX Emulation  
Define CR Code  
The Define CR Code option controls the action of the printer when it  
receives a Carriage Return code (hex 0D) from the host computer. If  
this feature is enabled, each time the printer receives a Carriage  
Return, it inserts an additional Line Feed code (hex 0A) into the data  
stream. Do not use this feature if the host computer sends Line Feeds  
to the printer.  
CR = CR. Does not insert an extra Line Feed after each Carriage  
Return.  
CR = CR + LF. Inserts an extra Line Feed after each Carriage  
Return.  
Auto LF  
This option defines the printer actions when print data is received past  
the forms width setting.  
Enable. Performs an automatic carriage return and line feed when  
data is received past the forms width.  
Disable. Discards any data past the forms width.  
Define LF Code  
The Define LF Code option controls the action of the printer when it  
receives a Line Feed code (hex 0A) from the host computer. If this  
feature is enabled, each time the printer receives a Line Feed, it inserts  
an additional Carriage Return code (hex 0D) into the data stream. This  
feature is required if the host computer does not send Carriage Returns  
to the printer.  
LF = LF. Does not add a Carriage Return with a Line Feed.  
LF = CR + LF. Adds an extra Carriage Return with each Line Feed.  
Printer Select  
Disable. Ignores the ASCII DC1 and DC3 control codes.  
Enable. Disables the printer when a DC1 control code is received,  
and enables the printer when a DC3 control code is received.  
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Chapter 4  
EMULATION  
Character Set  
Specifies a character set. To use one of these sets, choose the desired  
character set and press ENTER.  
Note that when OCR-A or OCR-B is selected as the print language, the  
Font Attribute Typeface option under the LinePrinter Plus menu (page  
80) is changed to OCR-A or OCR-B, respectively.  
20 CPI Condensed  
Compressed print characters are narrower than the normal character  
set. This is helpful for applications where you need to print the  
maximum amount of information on a page.  
Enable. Prints about 60 percent of the width of normal characters  
when compressed print is chosen by the host computer. For  
example, a 12 CPI Draft font will compress to 20 CPI.  
Disable. Does not compress print widths, even if condensed print is  
chosen by the host.  
Alternate Set 80-9F  
Control Code. Interprets data in the range of hex 80 through hex  
9F as a control code.  
Printable. Prints data in the range of hex 80 through hex 9F.  
92  
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IGP/PGL Submenu  
IGP/PGL Submenu  
The IGP/PGL emulation is the software based Intelligent Graphics  
Processor (IGP). It is based upon, and is compatible with, the Printronix  
IGP-100/200/400 board using the Printronix Graphics Language (PGL).  
The IGP/PGL graphics processing features are detailed below.  
Features  
On-Line Form and Label Generation makes it easy to create forms or  
labels with a “preprinted” look for each application. IGP/PGL programs  
control all graphic functions, dramatically reducing host computer  
programming and processing time.  
Graphic capabilities include boxes, vertical and horizontal lines with  
user-selectable thickness, logos, and special alphanumeric print  
features. Forms and graphic designs can be duplicated horizontally and  
vertically.  
Alphanumeric data can appear as prepositioned “fixed” information  
(entered when the form is created), be overlayed onto the form  
(positioned in a specific location after the form is created), or may be  
dynamically merged with the form.  
Selectable Bar Codes provide you with the appropriate bar code for  
your application using standard wide-to-narrow ratios. A wide selection  
of bar codes are available: Codabar, Code 39, Code 93, Code 128  
Subset A, B, and C, EAN 8, EAN 13, FIM, Interleaved 2 of 5, German I-  
2/5, ITF-14, Matrix, MSI A through D, PDF417, POSTNET, PostBar,  
Royal Mail, UCC/EAN-128, UPC-A, UPC-E, and UPS 11. UPC and  
EAN bar codes can specify add-on data.  
Expanded and Compressed Character Print attract attention where  
needed. Alphanumeric height and width are controlled independently  
for a wide range of character sizes up to 139 times the standard  
character size (up to 11.3 inches wide and tall). Compressed print sizes  
of 10, 12, 13, 15, 17 and 20 characters per inch (cpi) are available.  
Logos are created using alphanumeric commands and add many print  
and shading features for a “customized” appearance to forms, reports,  
and labels.  
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Chapter 4  
EMULATION  
Rotated Alphanumerics permit new concepts in form design. Normal,  
expanded, and compressed character strings can be rotated 90  
degrees clockwise or counterclockwise, or they can be printed upside  
down.  
Reversed Print permits highlighting and contrasting by printing white  
characters on a dark background.  
Automatic Increment/Decrement Capability allows batch form  
processing. You can identify individual numeric and bar code data  
fields, which includes automatic increment or decrement functions.  
Scaling Capability permits graphic elements, such as corners or  
boxes, to retain their physical shapes and sizes when printed in a  
horizontal and vertical density other than the base density of 60 x 72  
dpi.  
Multinational Character Sets provide 32 international character sets,  
each 96 characters in length. This feature also allows you to create your  
own character sets using characters defined and stored in memory.  
Configuring the Emulation with the Control Panel  
You can select IGP/PGL default parameters directly from the control  
panel, or by control codes as explained in the IGP/PGL Programmer’s  
Reference Manual. The IGP/PGL parameters are described on the  
following pages. Parameters marked with an asterisk (*) indicate the  
default value. The printer must be offline to enter the configuration  
structure.  
Pressing an invalid key to enter a parameter value may move you to  
another level in the configuration or exit the configuration menu  
completely. Configure the IGP/PGL according to your specific  
requirements.  
IMPORTANT  
BEFORE you reconfigure the IGP/PGL, print a configuration sheet  
to see all of the current settings.  
94  
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IGP/PGL Submenu  
* = Factory Default  
EMULATION  
(from page 69)  
IGP/PGL  
Define CR  
Code  
Autowrap  
Select SFCC  
Define LF  
Code  
PI Slew Range  
CR Edit  
CR = CR*  
CR = CR + LF  
LF = LF*  
LF = CR + LF  
Disable*  
Enable  
126*  
(1-255)  
16*  
15  
Disable*  
Enable  
Select Font  
0-32  
Select LPI  
Auto  
Uppercase  
Skip Cmd  
Prefix  
Power On  
IGP/PGL  
Ext Execute  
Copy  
6*  
Disable*  
Enable  
Enable*  
Disable  
Enable*  
Disable  
Disable*  
Enable  
8, 9, 10  
UPC  
Descenders  
Compressed  
CPI  
Ignore Char  
IGP100  
Compatbl.  
Optimized  
Ratio  
Enable*  
Disable  
Disable*  
Enable  
Ignore Mode  
Disable*  
Enable  
Disable*  
Enable  
Disable*  
Enable  
Select Char  
0*  
(0-255)  
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Chapter 4  
EMULATION  
Define CR Code (Carriage Return)  
This parameter forces the printer to insert an automatic Line Feed code  
into the data stream whenever a Carriage Return code occurs. This is  
to be used only if the host computer does not send Line Feeds to the  
printer.  
CR = CR. Does not perform a line feed. The next print position will  
be print position 1 of the current line.  
CR = CR + LF. Performs an automatic line feed. The next print  
position will be print position 1 of the next line.  
Define LF Code (Line Feed)  
This parameter forces the printer to insert an automatic Carriage Return  
code into the data stream whenever a Line Feed code occurs. This can  
be used in most installations, but it is required if the host computer does  
not send Carriage Returns to the printer.  
LF = LF. Does not perform an automatic carriage return. The next  
print position will be the current print position of the next line.  
LF = CR + LF. Performs an automatic carriage return. The next  
print position will be print position 1 of the next line.  
Autowrap  
This parameter determines if text will wrap to the next line when the line  
of text exceeds the right margin.  
Disable. Truncates the text beyond the right margin until a CR or  
CR + LF is received.  
Enable. Automatically inserts a CR + LF after a full print line.  
Select SFCC  
You can specify which decimal code (1-255) will be used as the Special  
Function Control Code (SFCC). The factory default setting is 126. The  
SFCC denotes that the following data is an IGP/PGL command.  
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IGP/PGL Submenu  
PI Slew Range  
You can specify how many lines the paper will feed.  
15. A paper slew of 1-15 will move 1-15 lines. A paper slew of 0 will  
move 1 line.  
16. A paper slew of 0-15 will move 1-16 lines.  
CR Edit  
This parameter determines if a carriage return will be followed by a line  
feed.  
Disable. The printer ignores all carriage returns that are not  
followed by line feeds.  
Enable. The printer processes all carriage returns, even for those  
that are not followed by line feeds.  
Select Font  
This parameter allows you to select a font for the IGP/PGL feature. The  
default is 0, which is U.S. ASCII. The following values are valid choices:  
0
1
2
3
U.S. ASCII  
German  
Swedish  
Danish  
4
5
6
7
Norwegian  
Finnish  
English  
Dutch  
8
French  
9
10  
11  
Spanish  
Italian  
Turkish  
Values 12-23 are undefined and will default to 0. You can set values 24-  
32 to specific fonts; refer to the USET command in the IGP/PGL  
Programmer’s Reference Guide.  
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Chapter 4  
EMULATION  
Select LPI  
This is the number of lines to be printed per inch. For example, at 6 lpi  
there is 1/6 inch from the top of one print line to the top of the next print  
line.  
Auto Uppercase  
This parameter enables the printer to print text in all uppercase when  
using the ALPHA command.  
Disable. The printer will print text in upper and lowercase.  
Enable. The printer will print text in uppercase only.  
Skip Command Prefix  
This parameter determines if the printer will print any data before an  
IGP/PGL command is received.  
Enable. The printer ignores all data on the current line before an  
IGP/PGL command.  
Disable. The printer will print all data on the current line before an  
IGP/PGL command.  
Power On IGP/PGL  
You can set the IGP/PGL feature so that it is enabled or disabled when  
the printer is powered on.  
Enable. The IGP/PGL is enabled when the printer is powered on.  
(The IGP/PGL feature is initialized in the Normal mode.)  
Disable. The IGP/PGL is disabled when the printer is powered on.  
(The IGP/PGL feature is initialized to the Quiet mode.)  
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IGP/PGL Submenu  
Extended Execute Copy  
Disable. Dynamic data, overlay data, etc. are not allowed if the  
optional Form Count parameter (number of forms to print) is  
specified as part of the Execute command. (This setting is IGP-100  
compatible.)  
Enable. Dynamic data, overlay data, etc. are allowed within a form  
in which the Form Count parameter is specified in the Execute  
command. In this case, the exact same form (with identical dynamic  
data, etc.) is printed for whatever the Form Count is. However,  
incremental data is not incremented since the page that is printing  
is exactly the same. Also, each form is printed on a separate page.  
UPC Descenders  
This parameter allows you to print bar code descenders when human  
readable data is not presented in the UPC/EAN bar codes.  
Enable. UPC/EAN bar codes are printed with descenders, even if  
there is no human readable data.  
Disable. UPC/EAN bar codes are printed without descenders if  
there is no human readable data.  
Compressed CPI  
This parameter allows you to choose a compressed character (60%  
shorter) for 17 or 20 CPI instead of the normal height character.  
Disable. The IGP/PGL does not use compressed 17 or 20 CPI font.  
Enable. Uses the standard compressed 17 or 20 CPI font.  
Ignore Character  
Ignore Mode  
This parameter instructs the IGP/PGL to ignore the character selected  
under the Select Character menu.  
Disable. The IGP/PGL does not ignore any characters.  
Enable. The IGP/PGL ignores the characters specified in the  
Select Character menu.  
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Chapter 4  
EMULATION  
Select Character  
Instructs the IGP/PGL which decimal character (0-255) to ignore from  
the host.  
IGP100 Compatbl.  
This option instructs the IGP/PGL to behave similar to the IGP-100 with  
respect to certain commands. All new users with new applications  
should select the “Disable” option. Selecting this mode insures the  
printer behaves as described in this manual.  
Disable. The IGP/PGL does not emulate the IGP-100 mode.  
Enable. The IGP/PGL emulates the IGP-100 version.  
Optimized Ratio  
This option selects different bar code ratios for certain bar codes  
including Code 39 and Interleaved 2 of 5. It is included for compatibility  
with the IGP-X00 printers.  
Disable. Use standard bar code ratios.  
Enable. Select the alternate bar code ratios.  
100  
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IGP/VGL Emulation  
IGP/VGL Emulation  
Code V Graphics language (VGL) is an Intelligent Graphics Printing  
(IGP) software emulation designed for your line matrix printer. The IGP  
Code V emulation of the QMS Code V Version II programming  
language produces on-line forms, bar codes, and alphanumeric text-  
generation. The graphics processing features are detailed below.  
Features  
On-Line Form and Label Generation makes it easy to create forms or  
labels with the “preprinted” look for each application. VGL programs  
control all graphics functions, dramatically reducing host computer  
programming and processing time. Graphics capabilities include boxes,  
vertical and horizontal, solid and dashed lines with a variety of  
thickness, logos, and special alphanumeric print features.  
Variable Bar Codes allow the bar code for your application to print with  
standard or user-defined ratios in vertical or horizontal orientations.  
Available bar codes are: Codabar, Code 39, Code 93, Code 128 with  
Subsets A, B, and C, EAN 8, EAN 13, Identicon, Interleaved 2 of 5,  
MSI, UPC-A, UPC-E, POSTNET, Royal Mail, UCC/EAN 128, UPS 11,  
and UPC Shipping. POSTNET is available only in the horizontal  
direction. A dark print mode is included for darker, high-contrast bar  
codes. The IBARC bar code command prints bar codes in four  
orientations: horizontal, rotated 90, rotated 180 or rotated 270 degrees.  
Expanded and Compressed Print draws attention where needed.  
Alphanumeric height and width are controlled independently for a  
tremendous range of character sizes up to 9.9 inches wide and tall.  
Several compressed print sizes are available: 12, 13.33, 15, 17.65, and  
20 cpi (characters per inch), permitting up to 170 columns in an 8.5 inch  
printed area (20 cpi).  
Rotated Alphanumerics permit new concepts in form design. Normal,  
expanded, and compressed character strings can be rotated 90  
degrees clockwise, counterclockwise, or printed upside down.  
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Chapter 4  
EMULATION  
Logos are easily created using alphanumeric commands and a variety  
of print and shading features, providing a “customized” appearance for  
forms, reports, and labels. The registered trademark, copyright, TUV®,  
GS-Mark, UL®, and CSA® symbols are provided as standard designs  
on the Code V, and you can also define custom symbols.  
Reverse and Shaded Print permit highlighting and contrasting by  
printing white characters on a dark background or white characters on a  
gray, shaded background. Various levels or patterns of gray shading  
and reverse printing may combine with the many other print features to  
create distinctive designs.  
Automatic Increment/Decrement Capability allows batch form  
processing. Individual alphabetic, numeric, and bar code data fields can  
be identified and automatically incremented or decremented by any  
amount, beginning from a specified reference point.  
Standard Character Sets provide you with many different character  
sets. Based on the Multinational Character Set, you may create your  
own character sets using characters defined and stored in flash  
memory.  
Configuring the Emulation with the Control Panel  
You can select Code V default parameters directly from the control  
panel, or by control codes as explained in the IGP/VGL Programmer’s  
Reference Manual. The Code V parameters are described on the  
following pages. Parameters marked with an asterisk (*) indicate the  
default value. The printer must be offline to enter the configuration  
structure.  
Pressing an invalid key to enter a parameter value may move you to  
another level in the configuration or exit the configuration menu  
completely. Configure the IGP/VGL according to your specific  
requirements.  
IMPORTANT  
BEFORE you reconfigure the IGP/VGL, print a configuration sheet  
to see all of the current settings.  
102  
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IGP/VGL Emulation  
* = Factory Default  
EMULATION  
(from page 69)  
CODE V  
SFCC & Pwrup  
LPI  
Graphics  
Options  
Error Handling  
Ignore/DB8  
Setup  
Control Character  
94* (17-255)  
Ignore Mode  
Disable*/Enable  
Free Format  
Disable*/Enable  
Mgnum Conversion  
Disable*/Enable  
6*  
7, 8, 9, 10  
(see next page)  
Error Msgs  
Ignore Nulls  
Disable*/Enable  
Data Bit 8  
Enable*/Disable  
Error Markers  
Enable*/Disable  
Offpage Errors  
Disable*/Enable  
Barcode Errors  
Enable*/Disable  
Enable*/Disable  
ISO Char Set  
0-32  
PI Control  
Printer PI  
Disable*/Enable  
Host PI  
Disable*/Enable  
Max PI 16  
Enable*/Disable  
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Chapter 4  
EMULATION  
Graphics  
Options  
(from page 103)  
Slashes in  
Zeros  
Ignore Dots  
Append  
Rotated  
Truncate Alpha True Vert 1/10  
Absorb After  
^PY  
Enable*  
Disable  
Disable*  
Enable  
Disable*  
Enable  
Enable*  
Disable  
Disable*  
Enable  
Absorb All*  
Absorb Motion  
Disable  
UPC  
Descenders  
Rot. Char Size Ignore Spaces  
Midline PY  
Convert to U/C  
Absorb After  
^PN  
Disable*  
Enable  
Adjusted*  
Not Adjusted  
Disable*  
Enable  
Disable*  
Enable  
Disable*  
Enable  
Disable*  
Enable  
IGP 110  
Compatbl.  
Disable*  
Enable  
SFCC & Pwrup  
This option has several suboptions which define the SFCC and power-  
up configuration used with Code V.  
Control Character  
This option selects the Special Function Control Code (SFCC). The  
default value is the caret ^ (decimal 94). Valid values are 17 through  
255. Throughout this section, the caret is used as the SFCC. Run a  
configuration printout to determine the currently selected SFCC.  
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IGP/VGL Emulation  
Ignore Mode  
Disable. The default.  
Enable. Selects the ignore mode as the power-up default, and  
selects the graphics mode ^PY as the power-up default. All  
characters are ignored until a ^A command is received.  
Free Format  
Disable. The default.  
Enable. Selects free format mode as the power-up default, and  
selects the graphics mode ^PY as the power-up default. Free  
format causes the Code V to ignore carriage returns, line feeds and  
all characters below hex 20 sent from the host.  
Mgnum Conversion  
Disable. The default.  
Enable. Selects the graphics mode ^PY as the power-up default.  
LPI  
The number of lines to be printed per inch. For example, at 6 lpi there is  
1/6 inch from the top of one print line to the top of the next print line.  
Graphics Options  
Following are several options which configure printing output.  
Slashes in Zeros  
This parameter allows you to print the numeral “0” with or without the  
slash. This option applies to all character sets except OCR-A and OCR-  
B.  
Disable. Zero is printed without a slash.  
Enable. Zero is printed with a slash.  
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EMULATION  
Ignore Dots  
Disable. The default.  
Enable. Causes the Code V to expect position values to be  
specified in only 1/10ths of an inch. If the dot position is also given,  
it is treated as text.  
Append Rotated  
Disable. Logos and alphanumeric strings are treated as separate  
elements.  
Enable. Appends logos to an alphanumeric string rotated in a  
clockwise, counterclockwise, or inverted orientation.  
Truncate Alpha  
When enabled, this parameter prevents the printing of Error 48  
(Element Off Page Error) if alphanumeric data, including spaces,  
extends beyond the right side of the form.  
True Vert 1/10  
Disable. A vertical 1/10 of an inch parameter is used as 7/72 of an  
inch. The absolute move is slightly smaller than expected. For  
example, a one inch move would be 70/72 of an inch. Vertical  
moves that have the same value will be identical in length.  
Enable. A vertical 1/10 of an inch parameter is used as 1/10 of an  
inch. Rounding occurs to the nearest 1/72 of an inch. This can  
cause vertical moves that have the same value to differ by ± 1/72 of  
an inch.  
Absorb after ^PY  
Absorb All. The system ignores all the data and terminator until a  
host generated terminator is detected.  
Absorb Motion. Prevents paper motion following a system  
terminator in a graphics ^PY command.  
Disable. System terminators following a graphics command are  
sent to the printer and result in paper motion.  
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IGP/VGL Emulation  
UPC Descenders  
Disable. UPC/EAN bar codes are printed without descenders if  
there is no human readable data.  
Enable. UPC/EAN bar codes are printed with descenders, even if  
there is no human readable data.  
Rot. Char Size  
Adjusted. Rotated (clockwise/counterclockwise), expanded  
characters have a different size than an unrotated character with  
the same size parameters.  
Not Adjusted. Rotated, expanded characters will be the same size  
as unrotated characters with the same size parameters.  
Ignore Spaces  
Disable. Trailing spaces are not deleted from alphanumeric  
elements in a graphics pass.  
Enable. Trailing spaces are deleted from alphanumeric elements in  
a graphics pass.  
Midline PY (includes ^PN)  
Disable. The Graphics mode Enable command, ^PY, must be the  
first three characters of a line.  
Enable. The ^PY or ^PN can occur anywhere in a line.  
Convert to U/C  
Disable. Lowercase characters are printed normally.  
Enable. All lowercase alphabetic characters are converted to  
uppercase.  
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EMULATION  
Absorb After ^PN  
Disable. All line terminators that immediately follow the ^PN  
command are sent to the printer and processed.  
Enable. All line terminators that immediately follow the ^PN  
command are ignored.  
IGP 110 Compatbl.  
This option instructs the Code V to behave similar to the IGP-110 with  
respect to certain commands. All new users with new applications  
should select the “Disable” option. Selecting this mode insures the  
printer will behave as described in this manual.  
Disable. The Code V does not emulate the IGP-110 mode.  
Enable. The Code V emulates the IGP-110 version.  
Error Handling  
Following are several options which define how errors are reported.  
Error msgs  
Enable. Command syntax is checked and error messages printed  
when command parameters are incorrect.  
Disable. Error checking and error messages are suppressed.  
Error markers  
Enable. Prints the following error markers for those elements that  
print beyond the page boundaries:  
>> for elements that begin off the right side of the page;  
<< for elements that begin at the indicated position but end off the  
page;  
for elements where the starting position of the command  
contains an error other than an off-page error.  
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IGP/VGL Emulation  
Offpage Errors  
Disable. Does not report errors for elements that start or end  
beyond the right edge of the page.  
Enable. Reports errors for elements that start or end beyond the  
right edge of the page.  
Barcode Errors  
Enable. An error message will print when invalid bar code data is  
encountered.  
Disable. Code V will not print an error for illegal bar code data; the  
bar code will be skipped.  
NOTE: When Barcode Errors is disabled, the Code V emulation will try  
to make the best use of invalid data by either truncating extra  
digits or adding zeros to the end of bar code data to meet  
minimum data length requirements for some bar codes. Not all  
errors will be corrected.  
Ignore / DB8 Setup  
Following are several options which define character filtering and data  
bit 8.  
Ignore Nulls  
Disable. None of the null characters (hex 00 or hex 80) are  
ignored.  
Enable. Null characters are filtered out of the data stream.  
Data Bit 8  
Enable. The PI line is not passed directly from host to printer; all 8  
bits are used for data bits, and characters in the hex 80-FF range  
can be accessed.  
Disable. When the host PI line is enabled, data bit 8 internally  
indicates PI line status. To use the PI line, disable data bit 8, and  
enable the Host PI configuration option (under the PI Control  
option, below).  
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Chapter 4  
EMULATION  
NOTE: Data bit 8 is interpreted as either data bit 8 or PI signal, but  
never both. When enabled as data bit 8, data bit 8 has priority  
over the PI signal, and all data above hex 7F is used to access  
character data and not to interpret PI line data.  
Conversely, when data bit 8 is disabled and the PI signal is  
used, data bit 8 of the data is reserved for use as the PI  
function, and you cannot access characters in the hex 80-FF  
range. Therefore, to access characters in the hex 80-FF range,  
data bit 8 must be enabled.  
ISO Char Set  
This parameter allows you to select a font for the Code V feature. The  
default is 0, which is U.S. ASCII. The following values are valid choices:  
0
1
2
3
4
5
6
7
8
9
10  
U.S. ASCII  
United Kingdom  
Swedish/Finnish  
Norwegian/Danish  
Japanese  
German  
French  
Italian  
Spanish  
PC Subset  
Code V Version I  
Values 11-23 are undefined and will default to 0. You can set values 24-  
32 to specific fonts; refer to the User Set command in the IGP/VGL  
Programmer’s Reference Guide.  
PI Control  
Printer PI  
Disable. The ASCII emulation is configured with the PI line  
disabled.  
Enable. The ASCII emulation is configured with the PI line enabled.  
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IGP/VGL Emulation  
Host PI  
Disable. The host does not send PI signals.  
Enable. The host sends PI signals. The Data Bit 8 configuration  
option must be disabled to transmit the PI line to the printer.  
Max PI 16  
Enable. A paper slew of 0-15 will move 1-16 lines.  
Disable. A paper slew of 1-15 will move 1-15 lines. A paper slew of  
0 will always move 1 line.  
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Chapter 4  
MAINT / MISC  
MAINT / MISC  
Menu  
* = Factory Default  
MAINT/MISC  
(from page 69)  
Hex Dump  
Mode  
Display  
Language  
Power-up  
State  
Disable*  
Enable  
Online*  
Offline  
English*  
German  
French  
Italian  
Spanish  
Hex Dump Mode  
A hex code printout (or hex dump) translates all incoming data to  
hexadecimal equivalents. A hex dump lists each ASCII data character  
received from the host computer, together with its corresponding two-  
digit hexadecimal code. Hex dumps can be used to troubleshoot some  
types of printer data reception problems. Figure 15 on page 199 shows  
a hex dump sample.  
Power-Up State  
Online. The printer powers up in the online state.  
Offline. The printer powers up in the offline state.  
Display Language  
This parameter chooses the language that will appear on the LCD:  
English, German, French, Italian, or Spanish.  
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Menu  
HOST INTERFACE  
1
Available when an Ethernet  
Adapter is present.  
HOST  
INTERFACE  
(from page 69)  
1
Dataproducts  
Serial  
IEEE 1284  
Ethernet  
The Host Interface Menu enables you to select and configure one of  
many types of interfaces between the printer and your host computer.  
The currently selected interface is indicated with an asterisk on the  
control panel message display. Each interface has its own submenu  
with a set of interface parameters which can be configured.  
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HOST INTERFACE  
Dataproducts Submenu  
* = Factory Default  
Dataproducts  
(from page 113)  
Data Bit 8  
PI Ignored  
Data Polarity  
Response  
Polarity  
Latch Data On  
Prime Signal  
Enable*  
Disable  
Enable*  
Disable  
Standard*  
Inverted  
Standard*  
Inverted  
Middle*  
Trailing  
Leading  
Disable*  
Enable  
TOF Action  
Buffer Size in  
K
Reset*  
1*  
Do Nothing  
(1-16)  
Data Bit 8  
Enable. Allows access to the extended ASCII character set.  
Disable. The printer interprets bit 8 of each incoming data  
character as a zero, regardless of its actual setting.  
PI Ignored  
The PI (Paper Instruction) signal is used to control vertical paper  
motion.  
Enable. Causes the printer to interpret the eight data lines as  
DVFU commands when the PI signal is true.  
Disable. Ignores the PI signal and treats the data as characters or  
control codes.  
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Dataproducts Submenu  
Data Polarity  
The Data Polarity parameter must be set to match the data polarity of  
your host computer.  
Standard. Does not expect the host computer to invert the data.  
Inverted. Expects the data received on the data lines from the host  
computer to be inverted. Ones become zeros, and zeros become  
ones.  
Response Polarity  
The Response Polarity parameter must be set to match the response  
polarity of your host computer.  
Standard. Does not invert the response signal.  
Inverted. Inverts the response signal sent to the host computer.  
Latch Data On  
Specifies whether the data is read on the leading, middle, or trailing  
edge of the data strobe signal.  
Prime Signal  
Enable. The parallel port will perform a warm start (reboot) if the  
host asserts the Prime Signal.  
Disable. The parallel port will not perform a warm start (reboot) if  
the host asserts the Prime Signal.  
TOF Action  
Reset. A form feed is performed before a warm start when the  
prime signal is asserted from the host. This setting is used only if  
the Prime Signal parameter is enabled.  
Do Nothing. Nothing occurs before a warm start when the prime  
signal is asserted from the host.  
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Chapter 4  
HOST INTERFACE  
Buffer Size in K  
Configures the amount of memory allocated for the Dataproducts  
parallel port buffer. You can specify between 1 and 16 Kbytes, in 1-  
Kbyte increments.  
Serial Submenu  
* = Factory Default  
Serial  
(from page 113)  
Interface Type  
Baud Rate  
Word Length  
Data Protocol  
Stop Bits  
Parity  
RS-232*  
RS-422  
XON/XOFF*  
ETX/ACK  
ACK/NAK  
DTR  
600  
1200  
2400  
4800  
9600*  
19200  
38400  
8*  
7
1*  
2
None*  
Odd  
Even  
Mark  
Sense  
Data Term  
Ready  
Buffer Size in  
K
Request To  
Send  
True*  
Online and BNF* 1*  
Online and BNF  
Offline or BF  
False  
Offline or BF  
False  
True  
(1-16)  
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Serial Submenu  
Interface Type  
This parameter allows you to select either the RS-232 or RS-422 serial  
port interface.  
Data Protocol  
You can select one of the following serial interface protocols to meet the  
host interface requirements.  
XON / XOFF. The printer controls the flow of communication from  
the host by turning the transmission on and off. In some situations,  
such as when the buffer is full or the timing of signals is too slow or  
too fast, the printer will tell the host to stop transmission by sending  
an XOFF character. An XOFF character is sent when the number of  
empty bytes in the buffer is less than or equal to 25 percent of the  
buffer size. If the host keeps sending data after an XOFF is sent,  
the printer firmware will continue to send an XOFF for every 16  
characters received. When cleared, the printer will resume  
receiving data (XON). The data does not have any End of Text  
codes; XON / XOFF is a non-block protocol.  
ETX / ACK. End of Text / Acknowledge. The host controls the flow  
of communication to the printer by sending a block of data and  
ending the block with an End of Text (ETX) signal. When the printer  
receives the ETX signal, it will acknowledge the ETX, thereby  
acknowledging it has received the entire block of data.  
ACK / NAK. ACK means acknowledge; the device acknowledges it  
has accepted a transmission. NAK means negative acknowledge;  
the device did not receive the transmission.  
DTR. The printer controls the data flow by sending this hardware  
signal to the host. If there is enough room in the printer buffer, the  
printer will send a high signal; if the buffer is full the printer will send  
a low signal. DTR tells the host if it is safe to send more data. (If the  
host sends data during an unsafe condition, data will be lost.) DTR  
is not available when RS-422 is selected.  
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Chapter 4  
HOST INTERFACE  
Baud Rate  
Sets the baud rate of the serial interface in the printer. Baud rate is the  
speed at which serial data is transferred between the host computer  
and the printer. The choices for the RS-232 and RS-422 interfaces are  
600, 1200, 2400, 4800, 9600, 19200, and 38400 Baud.  
NOTE: If you select a baud rate that is greater than 19200, you may  
need to use RS-422 to prevent data loss. You also may need to  
increase the Buffer Size in K parameter from the default (1  
Kbyte) to improve performance.  
Word Length  
Sets the length of the serial data word. The length of the data word can  
be set to 7 or 8 bits, and must match the corresponding data bits setting  
in the host computer.  
Stop Bits  
Sets the number of stop bits in the serial data word. Either one or two  
stop bits can be selected. The setting must match the corresponding  
stop bit setting in the host computer.  
Parity  
Set for odd parity, even parity, mark, sense, or no parity. The setting  
must match the corresponding parity setting in the host computer.  
Data Terminal Ready  
This configuration is part of hardware flow control and determines when  
the Data Terminal Ready (DTR) signal is generated. This signal  
indicates if the printer is ready to receive data.  
True. Continuously asserts the DTR signal.  
On-Line and BNF (buffer not full). Asserts the DTR signal when  
the printer is online and the internal serial buffer is not full.  
Off-Line or BF (buffer full). Asserts the DTR signal when the  
printer is offline or the internal serial buffer is full.  
False. Never asserts the DTR signal.  
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Serial Submenu  
Request to Send  
This configuration is part of hardware flow control and determines when  
the Request to Send (RTS) signal is generated. This signal indicates  
whether or not the printer is ready to receive data.  
On-Line and BNF. Asserts the RTS signal when the printer is  
online and the internal serial buffer is not full.  
Off-Line or BF. Asserts the RTS signal when the printer is offline or  
the internal serial buffer is full.  
False. Never asserts the RTS signal.  
True. Continuously asserts the RTS signal.  
Buffer Size in K  
This option configures the amount of memory allocated for the serial  
port buffer. You may specify between 1 and 16 Kbytes, in 1-Kbyte  
increments.  
NOTE: If you select a baud rate that is 19200 or greater, you may need  
to increase the Buffer Size in K parameter from the default to  
16 Kbytes to improve performance.  
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Chapter 4  
HOST INTERFACE  
IEEE 1284 Parallel (Bidirectional) Submenu  
* = Factory Default  
IEEE 1284  
(from page 113)  
Prime Signal  
TOF Action  
Buffer Size in  
K
Enable*  
Disable  
Reset*  
Do Nothing  
1*  
(1-16)  
The IEEE® 1284 interface supports bidirectional communication.  
Configuration of this interface is controlled from the host.  
Prime Signal  
Enable. The parallel port will perform a warm start (reboot) if the  
host asserts the Prime Signal.  
Disable. The parallel port will not perform a warm start (reboot) if  
the host asserts the Prime Signal.  
TOF Action  
Reset. A form feed is performed before a warm start when the  
prime signal is asserted from the host. This setting is used only if  
the Prime Signal parameter is enabled.  
Do Nothing. Nothing occurs before a warm start when the prime  
signal is asserted from the host.  
Buffer Size in K  
This option configures the amount of memory allocated for the IEEE  
1284 parallel port buffer. You can specify between 1 and 16 Kbytes, in  
1-Kbyte increments.  
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Ethernet Submenu  
Ethernet Submenu  
* = Factory Default  
Ethernet  
(from page 113)  
Buffer Size in  
K
1*  
(1-16)  
The Ethernet interface allows you to locate the printer on a LAN rather  
than attach the host directly into the printer. The detailed configuration  
of this option is given in the PrintNet User’s Manual.  
Buffer Size in K  
This option configures the amount of memory allocated for the Ethernet  
buffer. You can specify between 1 and 16 Kbytes, in 1-Kbyte  
increments.  
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Chapter 4  
ETHERNET PARAMETERS  
ETHERNET PARAMETERS  
Menu  
* = Factory Default  
ETHERNET  
PARAMS  
(from page 69)  
IP Address  
Gateway  
Address  
Subnet Mask  
MAC Address  
xxx.xxx.xxx.xxx  
xxx.xxx.xxx.xxx xxx.xxx.xxx.xxx hhhhhhhhhhhh  
The ETHERNET PARAMS menu enables you to configure your printer  
to communicate on a network.  
For information on assigning the IP Address, Gateway Address, Subnet  
Mask and MAC Address, refer to the PrintNet User’s Manual.  
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Menu  
PRINTER CONTROL  
* = Factory Default  
PRINTER  
CONTROL  
(from page 69)  
Unidirectional  
PMD Fault  
Slow Paper  
Slew  
Power Saver  
Time  
Disable*  
Enable  
Enable*  
Disable  
Disable*  
Enable  
15 min.*  
(15-60 min.)  
Unidirectional  
The Unidirectional feature affects both print quality and printing speed.  
By setting this feature, you can configure the printer to print in both  
directions of the shuttle sweep (bidirectional), or to print in one direction  
only (unidirectional).  
Disable. The printer will print all data in both directions of the  
shuttle sweep (bidirectional printing). This choice produces higher  
printing speed.  
Enable. The printer will print all data in only one direction of the  
shuttle sweep (unidirectional printing). Although enabling this  
feature reduces print speed, it enhances the vertical alignment of  
dots and produces cleaner, sharper bar codes and text.  
PMD (Paper Motion Detection) Fault  
Enable. In the event of a paper jam, an audible alarm beeps,  
“CLEAR PAPER JAM” appears on the message display, and the  
printer stops printing.  
Disable. You should disable PMD only if special paper requires it.  
CAUTION  
Once PMD is disabled, paper motion is not monitored. If a paper  
jam occurs, the printer ignores the condition and continues to  
print, possibly causing damage to the printer.  
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Chapter 4  
PRINTER CONTROL  
Slow Paper Slew  
Disable. The printer will slew and stack paper at maximum speed.  
Enable. Causes the paper to stack at a slower rate. This ensures  
that certain forms will stack neatly.  
Power Saver Time  
Power Saver is also referred to as ENERGY STAR® Office Equipment  
Program. The Power Saver feature places the printer in “sleep mode”  
when the printer has not been used for a specified number of minutes.  
In sleep mode the printer is in low-energy idle state, all fans and higher  
voltages are off, and only +5Vdc logical circuits are active.  
You can designate the number of minutes after which the printer will go  
into sleep mode. The range time is 15 to 60 minutes. Fifteen minutes is  
the default.  
Pressing any key on the control panel or sending a print job to the  
printer will turn off sleep mode.  
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Menu  
DIAGNOSTICS  
* = Factory Default  
If Ethernet adapter is present.  
1
DIAGNOSTICS  
(from page 69)  
Printer Tests  
Paper Out  
Dots  
System  
Memory  
Test Width  
Print Statistics  
Shift Recycle*  
All E’s  
E’s + TOF  
Full Width*  
80 columns  
40 dots*  
(4-76)  
X Megabytes  
On: X.X hrs.  
Print: X.X hrs.  
Print Strokes  
Print Lines  
All H’s  
All Underlines  
All Black  
11 inch Pages  
Shuttle Slow  
Shuttle Fast  
Shuttle Only  
Phase Printer  
217* (500 lpm)  
123* (1000 lpm)  
62* (1500 lpm)  
1 to 2000  
Paperout Adj.  
Burnin Test  
Print Error Log  
Clear Error Log  
E-net Test Page  
1
Printer Tests  
These tests are used to check the print quality and operation of the  
printer.  
NOTE: Your authorized service representative will typically run the  
tests. They are described in more detail in the Maintenance  
Manual.  
Shift Recycle. A sliding alphanumeric pattern which identifies  
missing or malformed characters, improper vertical alignment, or  
vertical compression.  
All E’s. A pattern of all uppercase E’s which identifies missing  
characters, misplaced dots, smeared characters, improper phasing  
problems, or light/dark character variations.  
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Chapter 4  
DIAGNOSTICS  
E’s + TOF. A pattern of all E’s followed by a form feed to the next  
page top-of-form, which identifies paper motion or feeding  
problems.  
All H’s. A pattern of all uppercase H’s used to detect missing  
characters, misplaced dots, smeared characters, or improper  
phasing.  
All Underlines. An underline pattern useful for identifying hammer  
bank misalignment.  
All Black. A condition where all dot positions are printed, creating a  
solid black band.  
Shuttle Slow. Verifies proper operation by exercising shuttle and  
ribbon motion at low speed.  
Shuttle Fast. Verifies proper operation by exercising shuttle and  
ribbon motion at fast speed.  
Shuttle Only. Exercises only the shuttle at fast speed.  
Phase Printer. Checks for wavy print. The initial phase value is set  
in the factory. Run the test and check the quality. (The phase value  
prints on the left margin.) If the print looks too wavy, change the  
Phase Value parameter while the test is running. While the phase  
printer test runs, press the DOWN key. To change the value, press  
the PREV or NEXT key until the desired value displays and then  
press ENTER.  
Paperout Adjust. Verifies the current Paper Out Dots setting,  
which determines where the last line of text will print when there is a  
paper out condition. Setting this parameter correctly prevents  
printing on the platen.  
Burnin Test. Reserved for factory use.  
Print Error Log. Prints the current log of errors. Most non-routine  
faults (ribbon stall, voltage faults) are stored in the error log.  
Clear Error Log. Clears entries in the error log.  
E-net Test Page. Prints the Ethernet statistics stored on the  
Ethernet adapter (if present).  
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Menu  
Test Width  
Set this parameter to run the self-tests at full width or 80 columns.  
Paper Out Dots  
This parameter is used to adjust the paper out distance from the  
perforation; you can specify where the last line on the page will print  
when there is a paper out condition. Setting this parameter correctly  
prevents printing on the platen.  
CAUTION  
Only authorized service representatives should set this parameter.  
System Memory  
Displays the amount of RAM installed.  
Print Statistics  
You can view various printer statistics and refer to them for preventive  
maintenance purposes. Printer statistics accumulate continuously; they  
do not reset when you turn off the printer. All of the printer statistics are  
set to zero at the factory after burn-in testing.  
On. The cumulative time in hours the printer has been powered on.  
The range is 0 to 30,000 hours.  
Print. The cumulative time in hours the printer has actually been  
printing. The range is 0 to 30,000 hours.  
Print Strokes. The cumulative number of back-and-forth shuttle  
strokes the printer has printed during normal printer operation. The  
range is 0 to 2,147,483,647 shuttle strokes.  
Print Lines. The cumulative number of lines the printer has printed.  
The range is 0 to 2,147,483,647 print lines.  
11 inch Pages. The cumulative number of pages the printer has  
printed. The range in print pages is 0 to 2,147,483,647 total inches  
of paper movement divided by 11.  
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Chapter 4  
RIBBONMINDER  
RIBBONMINDER  
RibbonMinder™ is a user-definable software feature which notifies the  
user when a ribbon should be changed. It does this by monitoring ink  
consumption and alerts you when the print quality falls below a level  
you designate. This is especially important if you are printing bar codes  
to be scanned.  
ON LINE  
100%  
<printer emulation>  
As printing continues, the percentage of usable ink in the ribbon  
decreases.  
ON LINE  
<printer emulation>  
74%  
Ribbon ink being consumed  
Ribbon life approaching end  
ON LINE  
<printer emulation>  
8%  
When 0% usable ink appears, the printer is typically configured to stop  
printing and display the following message:  
RIBBON INK OUT  
CHANGE RIBBON  
NOTE: Once you have set up options for RibbonMinder, it works  
without attention. When you begin printing with RibbonMinder  
enabled, the message display shows a ribbon life value of  
100%. The ribbon life decreases as the ink is consumed.  
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Menu  
* = Factory Default  
RIBBON  
MINDER  
(from page 69)  
New Ribbon  
Ribbon Size  
Ribbon Adjust  
0%*  
Ribbon Action  
Fault Action  
Press ENTER  
to reset ribbon  
life to 100%. A  
new ribbon  
must be  
Disable*  
Display  
Fault  
60 yards*  
(1-255)  
New Ribbon*  
(-99% to 99%) Do Nothing  
installed after  
setting the  
ribbon life to  
100%.  
New Ribbon  
Whenever you install a new ribbon, you must reset the ribbon life to  
100%.  
Once you install the new ribbon, work your way through the  
configuration menus until “New Ribbon” appears on the LCD. Press the  
ENTER key to reset the ribbon life to 100%.  
Ribbon Action  
Disable. Removes the ink consumption display. RibbonMinder will  
continue to monitor how much ink is left in the ribbon.  
Display. Activates the RibbonMinder ink consumption display.  
Allows you to continually monitor the percentage of ink left in the  
ribbon.  
Fault. Activates a fault message when the display reaches 0%.  
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Chapter 4  
RIBBONMINDER  
Ribbon Size  
The standard ribbon size is 60 yards for the pedestal model and 100  
yards for the cabinet model. These are the factory default settings. You  
can use the Ribbon Size option to specify the ribbon length in one-yard  
increments, with a maximum of 255 yards.  
Ribbon Adjust  
Adjust the number of pages printed before the display reaches 0%. If  
the ribbon normally prints 1000 pages before reaching 0%, configuring  
the Ribbon Adjust to 20% will print 200 more pages than normal before  
reaching 0%. A Ribbon Adjust setting of -20% will cause the display to  
reach 0% after 200 fewer pages than normal. The setting can range  
from -99% through 99%.  
Fault Action  
New Ribbon. Changing the ribbon while in the RIBBON INK OUT /  
CHANGE RIBBON fault mode will reset the ribbon life to 100%, just  
as if the New Ribbon menu option was executed.  
Do Nothing. The ribbon life may only be reset through the New  
Ribbon menu option.  
RibbonMinder Fault  
When the RIBBON INK OUT / CHANGE RIBBON fault message  
appears on the LCD, press the CLEAR key to remove the fault  
message, then follow the “Replacing the Ribbon” procedure on page  
57. If you need to complete a current print job before replacing the  
ribbon, press ON LINE. This allows the printer to continue printing for  
an additional two minutes. After the two-minute period has elapsed, the  
fault will reoccur if the Ribbon Action parameter remains set on Fault. If  
Ribbon Action is changed to Disable or Display within the two-minute  
period, the fault will not recur; disable RibbonMinder if you do not want  
to change the ribbon at this time. The fault message will reappear once  
the function is enabled again, and the printer status indicator will flash  
until the ribbon is changed.  
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5
Interfaces  
Overview  
This chapter describes the host interfaces provided with the printer. The  
printer interface is the point where the data line from the host computer  
plugs into the printer. The interface processes all communications  
signals and data to and from the host computer.  
This chapter describes the interfaces provided with the printer.  
Standard Host Interfaces:  
IEEE 1284 parallel bidirectional  
High Speed Serial Port (RS-232/RS-422)  
Optional Host Interfaces:  
Dataproducts Long Line  
Ethernet 10Base-T  
Ethernet 10Base2  
In addition to descriptions for the multi-line interfaces, this chapter also  
provides instructions for configuration of terminating resistors for the  
parallel interfaces.  
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Chapter 5  
Dataproducts Long Line Interface  
Dataproducts Long Line Interface  
Table 3. Dataproducts Long Line Interface Connector Pin Assignments  
(with a 50-pin AMP HDH-20 Data Cable Connector)  
Input Signals  
Signal  
Output Signals  
Signal  
Miscellaneous  
Signal  
Pin  
Pin  
Pin  
DATA LINE 1  
Return  
19  
3
READY  
Return  
22  
6
CABLE VERIFY  
GROUND  
TEST  
45, 46  
DATA LINE 2  
Return  
20  
4
ONLINE  
Return  
21  
5
39  
12  
DATA LINE 3  
Return  
1
2
DEMAND/DATA REQ.  
Return  
23  
7
DATA LINE 4  
Return  
41  
40  
PARITY ERROR  
Return  
27  
11  
DATA LINE 5  
Return  
34  
18  
DATA LINE 6  
Return  
43  
42  
DATA LINE 7  
Return  
36  
35  
DATA LINE 8  
Return  
28  
44  
DATA STROBE  
Return  
38  
37  
PAPER INSTRUCTION  
Return  
30  
14  
BUFFER CLEAR  
Return  
31  
15  
NOTE: Pins not listed are not connected.  
The length of the data cable from the host computer to the printer must  
not exceed 492 feet (150 meters).  
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Dataproducts Long Line Interface Signals  
Dataproducts Long Line Interface Signals  
Dataproducts-compatible interface signals between the host computer  
and the printer are defined as follows:  
Data Lines 1 through 8. Provides eight standard or inverted levels  
from the host that specify character data, plot data, or a control code.  
Data Line 8 allows access to the extended ASCII character set. You  
can enable or disable this line via the Data Bit 8 parameter on the  
Dataproducts submenu (see page 114).  
Data Strobe. Carries a high true pulse from the host when data is  
ready. The data strobe remains high until the Data Request line goes  
false. The active edge of the strobe signal can be configured as  
leading, middle (default), or trailing.  
Paper Instruction (PI). Carries a DVFU signal from the host with the  
same timing and polarity as the data lines.  
Ready. Carries a high true signal from the printer when AC power and  
DC voltages are present, paper is loaded properly, and the printer is not  
in a check condition.  
Online. Carries a high true signal from the printer when the Ready Line  
is true and the ON LINE key on the control panel has been pressed.  
When the printer is in online mode, it may accept data from the host.  
Demand/Data Request. Carries a high true signal from the printer  
when the printer is ready to accept character data from the host. This  
signal changes to false shortly after the leading edge of the data strobe  
signal.  
Cable Verify. Two pins on the interface connector are jumpered  
together to allow the user to verify proper installation of the interface  
connector.  
Buffer Clear. A high true level from the host to indicate the printer  
should perform a reboot.  
Test. This signal is connected to +5 volts through a 470 ohm resistor.  
Parity Error. Always carries a low false signal from the printer  
indicating there is no parity error.  
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Chapter 5  
IEEE 1284 Parallel Interface  
IEEE 1284 Parallel Interface  
The 1284 supports three operating modes, which are determined by  
negotiation between the printer and the host.  
Compatibility Mode  
This mode provides compatibility with Centronics -like host I/O. Data is  
transferred from the host to the printer in 8-bit bytes over the data lines.  
Compatibility Mode can be combined with Nibble and Byte Modes to  
provide bidirectional communication.  
Nibble Mode  
Eight bits equals one byte. When a byte of data is sent to the printer,  
the eight bits are sent over eight data lines.  
Some devices cannot send data over their eight data lines. To bypass  
this, the 1284 permits data to be sent as half a byte over four status  
lines. (Half a byte equals one nibble.) Two sequential four-bit nibbles  
are sent over the lines.  
Data is transferred from printer to host in four-bit nibbles over the status  
lines, and the host controls the transmission.  
Byte Mode  
The printer and host send data to each other along eight data lines (one  
bit per line).  
If bidirectional communication is supported by the printer and the host,  
the host will take control of the data transfer.  
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Signals  
Signals  
Table 4 lists each of the signals associated with the corresponding pins  
on the 1284 interface. Descriptions of the signals follow.  
Table 4. 1284 Signals  
Type of Mode  
Pin  
Source of Data  
Compatible  
Nibble  
HostClk  
Byte  
1
2
3
4
5
6
7
8
9
Host  
nStrobe  
Data 1 (LSB)  
Data 2  
Host/Clk  
Host/Printer  
Host/Printer  
Host/Printer  
Host/Printer  
Host/Printer  
Host/Printer  
Host/Printer  
Host/Printer  
Printer  
Data 3  
Data 4  
Data 5  
Data 6  
Data 7  
Data 8 (MSB)  
nAck  
10  
11  
12  
13  
14  
15  
16  
17  
18  
PtrClk  
PtrClk  
Printer  
Busy  
PtrBusy  
AckDataReq  
Xflag  
PtrBusy  
AckDataReq  
Xflag  
Printer  
PError  
Printer  
Select  
Host  
nAutoFd  
Not Defined  
Logic Grid  
Chassis Grid  
Host Busy  
HostAck  
Printer  
Peripheral Logic High  
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Chapter 5  
IEEE 1284 Parallel Interface  
Table 4. 1284 Signals (continued)  
Type of Mode  
Nibble  
Pin  
Source of Data  
Compatible  
Byte  
19  
20  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
Signal Ground (nStrobe)  
Signal Ground (Data 1)  
Signal Ground (Data 2)  
Signal Ground (Data 3)  
Signal Ground (Data 4)  
Signal Ground (Data 5)  
Signal Ground (Data 6)  
Signal Ground (Data 7)  
Signal Ground (Data 8)  
Signal Ground (PError, Select, nAck)  
Signal Ground (Busy, nFault)  
Signal Ground (nAutoFd, nSelectIn, nInit)  
nInit  
31  
32  
33  
34  
35  
36  
Host  
Printer  
NFault  
nDataAvail  
aDataAvail  
Not Defined  
Not Defined  
Not Defined  
nSelectIn  
Host  
1284 Active  
1284 Active  
NOTE: The length of the data cable from the host computer to the  
printer should not exceed 10 meters (32 feet).  
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Signals  
Host Clock / nWrite. Driven by host. Data transferred from host to  
printer. When printer sends data, two types are available. If Nibble  
Mode, signal is set high. If Byte Mode, signal is set low.  
Data 1 through Data 8. These pins are host-driven in Compatibility  
Mode and bidirectional in Byte Mode. They are not used in Nibble  
Mode. Data 1 is the least significant bit; Data 8 is the most significant  
bit.  
Printer Clock / Peripheral Clock / Interrup. Driven by the printer. A  
signal from the printer indicating the character or function code has  
been received and the printer is ready for the next data transfer.  
Printer Busy / Peripheral Acknowledge / nWait. Driven by the  
printer. Indicates the printer cannot receive data. (Data bits 4 and 8 in  
Nibble Mode.)  
Acknowledge Data Request / nAcknowledge Reverse. Driven by the  
printer. Indicates the printer is in a fault condition. (Data bits 3 and 7 in  
Nibble Mode.)  
Xflag. Driven by the printer. A high true level indicating the printer is  
ready for data transfer and the printer is on-line. (Data bits 2 and 6 in  
Nibble Mode.)  
Host Busy / Host Acknowledge / NDStrobe. Driven by the host.  
Activates auto-line feed mode.  
Peripheral Logic High. Driven by the printer. When the line is high, the  
printer indicates all of its signals are in a valid state. When the line is  
low, the printer indicates its power is off or its signals are in an invalid  
state.  
nReverse Request. Driven by the host. Resets the interface and forces  
a return to Compatibility Mode idle phase.  
nData Available / nPeripheral Request. Driven by the printer.  
Indicates the printer has encountered an error. (Data bits 1 and 5 in  
Nibble Mode.)  
1284 Active / nAStrobe. Driven by the host. A peripheral device is  
selected.  
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Chapter 5  
IEEE 1284 Parallel Interface  
Host Logic High—Driven by the host. When set to high, the host  
indicates all of its signals are in a valid state. When set to low, the host  
indicates its power is off or its signals are in an invalid state.  
nInit —Resets init interface from the host.  
Terminating Resistor Configurations  
The factory equips the printer with several resistors that are used for  
parallel interface configurations and are suitable for most applications.  
These 470 ohm pull-up and 1K ohm pull-down terminating resistors are  
located at RP1 and RP2, shown in Figure 13.  
If the values of these terminating resistors are not compatible with the  
particular interface driver requirements of your host computer, you may  
need to install resistors with different pull-up and pull-down values.  
Default: 470 ohm  
Alt 1: 220 ohm  
Alt 2: 1K ohm  
RP1  
RP2  
Default: 1K ohm  
Alt 1: 330 ohm  
Alt 2: none  
Figure 13. Resistor Locations  
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Terminating Resistor Configurations  
The shipping kit for this printer includes 220 ohm pull-up and 330 ohm  
pull-down alternate terminating resistors. If you install the 220 ohm pull-  
up resistor, you must also install the 330 ohm pull-down resistor. Table  
5 lists the three terminating resistor configurations you can install:  
Table 5. Terminating Resistor Configurations  
Configuration  
Pull-Up (RP1)  
Pull-Down (RP2)  
Factory Default  
Alternate 1  
470 ohm  
220 ohm  
1K ohm  
1K ohm  
330 ohm  
none  
Alternate 2  
Removal and Installation  
The procedure for removing and installing terminating resistors is  
provided in your Maintenance Manual.  
IMPORTANT  
This is an involved maintenance procedure; only a trained  
technician should perform this procedure.  
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Chapter 5  
RS-232 and RS-422 Serial Interfaces  
RS-232 and RS-422 Serial Interfaces  
NOTE: The RS-232 and RS-422 serial interface circuit characteristics  
are compatible with the Electronic Industry Association  
Specifications EIA®-232-E and EIA-422-B.  
The RS-232 and RS-422 serial interfaces enable the printer to operate  
with bit serial devices that are compatible with an RS-232 controller.  
The input serial data transfer rate (in baud) is selectable from the  
printer’s control panel. Baud rates of 600, 1200, 2400, 4800, 9600,  
19200, and 38400 baud rates are available.  
NOTE: If you select a baud rate that is greater than 19200, you may  
need to use RS-422 to prevent data loss. You may also need to  
increase the Buffer Size in K parameter from the default (1  
Kbyte), to improve performance.  
The length of the data cable from the host computer to the printer must  
not exceed 50 feet (15 meters) for RS-232 or 4000 feet (1220 meters)  
for RS-422. (A copper conductor, twisted-pair telephone cable with a  
shunt capacitance of 16 pF/foot [52.5 pF/meter] terminated in a 100  
ohm resistive load must be used for the RS-422.  
RS-232  
Table 6. RS-232 Serial Interface Connector Pin Assignments  
Input Signals  
Signal  
Output Signals  
Miscellaneous  
Pin Signal  
Pin Signal  
Pin  
Receive Data (RD)  
3
5
6
8
Transmit Data (TD)  
2
Chassis Ground  
Signal Ground  
1
7
Clear To Send (CTS)  
Data Set Ready (DSR)  
Data Carrier Detect (DCD)  
Request To Send (RTS)  
4
Data Terminal Ready (DTR)  
20  
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RS-422  
Received Data (RD). Serial data stream to the printer.  
Transmitted Data (TD). Serial data stream from the printer for  
transmitting status and control information to the host. Subject to  
protocol selection.  
Request To Send (RTS). Control signal from the printer. Subject to  
configuration.  
Clear To Send (CTS). Status signal to the printer indicating the host is  
ready to receive data/status signals from the printer.  
Data Set Ready (DSR). Status signal to the printer indicating the host  
is in a ready condition.  
Data Carrier Detect (DCD). Status signal to the printer. The ON  
condition is required for the printer to receive data.  
Data Terminal Ready (DTR). Control signal from the printer. Subject to  
configuration.)  
RS-422  
Table 7. RS-422 Serial Interface Connector Pin Assignments  
Input Signals  
Signal  
Output Signals  
Miscellaneous  
Pin  
Pin Signal Pin Signal  
- Receive Data  
(-RD)  
15  
17  
- Transmit Data  
(-TD)  
19  
25  
Chassis Ground  
1
+ Receive Data  
(+RD)  
+ Transmit Data  
(+TD)  
Signal Ground  
7
+RD, -RD—Serial data stream differentially received by printer.  
+TD, -TD—Differentially driven serial data stream for transmitting status  
and control information to the host. Subject to protocol selection.  
NOTE: ±RD and ±TD form signal and return paths of a differential line  
signal.  
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Chapter 5  
Host System Configuration  
Host System Configuration  
The Compaq series of line matrix printers do not support the Tandem  
Asynchronous Protocol (TAP), or Transparent Tandem Asynchronous  
Protocol (T-TAP).  
Dataproducts Long Lines Parallel Interface  
SYSGEN - Use the 5518 macro name. For a complete list of attributes  
for parallel printers, refer to the System Generation manual for  
Terminals and Printers (P/N 107875).  
NOTE: The EIO Timeout parameter may need to be configured  
depending on the speed of the printer.  
TCP/IP LAN Configuration  
In order to configure a network printer on a Compaq system, a file in  
$system.system called “FASTCNFG” must be created. The following is  
an example entry in FASTCNFG for the 5525B/31/32 printer:  
DEVICE  
=
=
=
=
=
=
=
=
=
=
=
=
=
<$PRINTER NAME>  
TCP/IP  
MICROPLEX  
<IP ADDRESS>  
NAME OF PRINT QUEUE>  
NAME OF SERVER  
4400  
1024  
<ADJUST TO AVOID TIMEOUTS> (i.e. 4000)  
100  
60  
<PROCESS NAME>  
NO/YES (default is NO)  
CONTYPE  
PROTOCOL  
ADDRESS  
QUEUENAME  
HOSTNAME  
PORT  
BLOCK  
TIMEOUT  
POLLNUM  
IDLETIMEOUT  
TCP/IP-A  
ONLINEMODE  
NOTE: In order to configure the printer with the Internal Ethernet  
Adapter from the front panel, please refer to page 144.  
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Serial Configuration  
Serial Configuration  
SYSGEN - Use the ASYNC_PRT macro name.  
CHAR8 SYSGEN modifier is highly recommended.  
SPOOLCOM - DEVTYPE should be blank.  
NOTE: DEVSUBTYPE SYSGEN modifier must be set to 32.  
ETX/ACK - Protocol is not recommended.  
CURRENT LOOP - Supported only when using a Current Loop to  
RS232 adapter, TCL2 (P/N 50069). Flow control is provide by XON/  
XOFF only. On the printer set the DTR option to True. Note that any  
other setting can cause Framing and Parity errors.  
RS232 - Supports both XON/XOFF and DTR. Both XON/XOFF and  
DTR are used for flow control only, and do not provide any status back  
to the host other than printer ready, or not ready. For a complete list of  
attributes for serial printers, refer to the System Generation manual for  
Terminals and Printers (P/N 107875).  
RS422 - Supported by both Compaq hosts and printers. However, the  
RS422 cables provided by Compaq are not suitable for use with these  
printers. Thus, a custom cable must be used if you are using the RS422  
protocol. (See Figure 14 for pin assignments for a typical RS422  
connection.) Flow control is provided by XON/XOFF only.  
TXD+  
TXD-  
RXD+  
RXD-  
GND  
25  
18  
10  
11  
1
17  
15  
25  
19  
1
RXD+  
RXD-  
TXD+  
TXD-  
GND  
(optional)  
Signal GND  
GND  
RTS  
CTS  
DCD  
DTR  
DSR  
7
4
5
8
20  
6
Figure 14. RS-422 Pin Assignments  
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Chapter 5  
Internal Ethernet Adapter Configuration  
For a complete list of attributes for nonstandard serial printers, refer to  
the System Generation manual for Terminals and Printers (P/N  
107875).  
Internal Ethernet Adapter Configuration  
There are two ways that the Internal Ethernet Adapter can be  
configured, either through the front panel or by using dynamic  
processes such as Bootp and Rarp. The IPAddress, Subnet Mask, and  
the Gateway Address can all be set from the panel.  
Ethernet Configuration Using the Printer Front  
Panel  
Table 8. Ethernet Configuration  
Step  
Key  
Result  
Notes  
1.  
2.  
Make sure the printer is on. Raise the printer cover.  
ON LINE  
OFFLINE  
CONFIG. CONTROL  
3.  
Allows you to make  
configuration changes.  
ENTER SWITCH  
UNLOCKED  
+
OFFLINE  
CONFIG. CONTROL  
4.  
5.  
6.  
7.  
UNTIL  
OFFLINE  
ETHERNET PARAMS  
ETHERNET PARAMS  
IP Address  
IP Address  
www.xxx.yyy.zzz  
Selecting www to change.  
www.xxx.yyy.zzz  
www  
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Ethernet Configuration Using the Printer Front Panel  
Table 8. Ethernet Configuration (continued)  
Key Result  
Step  
Notes  
8.  
Asterisk (*) indicates this  
choice is active.  
www*  
9.  
Scroll through to change  
numbers.  
www  
OR  
ENTER  
10.  
An asterisk (*) appears next  
to your choice. This  
www*  
selection is active.  
11.  
12.  
www.xxx.yyy.zzz  
www  
Selecting xxx to change.  
www.xxx.yyy.zzz  
xxx  
13.  
14.  
Repeat steps 8 through 11 to change the value for xxx.  
Selecting yyy to change.  
www.xxx.yyy.zzz  
yyy  
15.  
16.  
Repeat steps 8 through 11 to change the value for yyy.  
Selecting zzz to change.  
www.xxx.yyy.zzz  
zzz  
17.  
18.  
Repeat steps 8 through 11 to change the value for zzz.  
ENTER  
The IP Address is stored in  
NVRAM.  
IP Address  
www.xxx.yyy.zzz  
19.  
20.  
To select the Gateway Address and Subnet Mask, simply repeat the steps  
above.  
Locks the ENTER key.  
ENTER SWITCH  
+
LOCKED  
ON LINE  
21.  
22.  
ONLINE  
Close the printer cover. The printer is ready for operation.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for TCP/IP  
Configuring the Internal Ethernet Adapter for TCP/IP  
The Compaq line matrix printer has an Internal Ethernet Adapter  
installed and will be referred to as such for the remainder of the chapter.  
This section is exclusively devoted to the configuration of the Internal  
Ethernet Adapter.  
If you are setting up the Internal Ethernet Adapter in a TCP/IP  
environment, this section will help you in all aspects of the setup  
process. The provided host software is introduced and steps are given  
for configuring the Internal Ethernet Adapter for communications over  
the network and for printing. Since TCP/IP encompasses a wide variety  
of system types, the most common are covered in detail to help get you  
printing in a TCP/IP environment.  
Host Software  
The TCP/IP software provided includes two setup programs, source  
code, interface files, and various printing-related programs such as:  
onlcr for carriage return insertion  
banner for banner page generation  
chr for echoing ASCII characters and strings to standard output  
npscramble for print job scrambling  
npd for bidirectional communication when printing  
npwrite for direct socket printing  
chr is the only mandatory binary when using one of the interface scrips  
for printing. The extra processing binaries (onlcr, banner) can be  
configured from the host, or they can each be set on the Internal  
Ethernet Adapter, alleviating the host of these extra tasks.  
NOTE: To be utilized on a host, they must be used in conjunction with  
an interface file.  
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Compiling Host Software  
Compiling Host Software  
Some compilation may be needed before adding setups to your host  
unless you have Sun OS 4.1.x, Solaris 2.x, or SCO UNIX . Pre-  
compiled binaries are provided for these. npconfig can be used to do  
the compilation, or you can try and compile each program  
independently. For the npconfig method perform the following steps:  
1. Select Detailed Configuration Options... from the npconfig Main  
Menu.  
2. Select Manage Host Software... from the Options Submenu.  
3. Select Compile Host Software and answer the prompts until  
compiled.  
For more information on the provided host software, see the following  
subsections.  
ezsetup and npconfig  
ezsetup and npconfig are the two installation programs provided.  
ezsetup is used for a quick, simple setup and npconfig is used for  
more detailed configuration, or for maintenance and troubleshooting the  
Print Server. Both programs help to configure your Internal Ethernet  
Adapter and direct print jobs to it.  
ezsetup provides two choices; they are the same as the first two  
choices of npconfig’s Main Menu. Within minutes, you will have  
configured the Internal Ethernet Adapter so it can be recognized on the  
network and your host will be able to successfully send print jobs to it.  
If you would like to spend more time manipulating the extra capabilities  
of the Print Server and your host’s configuration, use npconfig. It can  
be used to configure a print destination on your host and as a Print  
Server management utility allowing you to monitor, change, and  
troubleshoot the unit.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for TCP/IP  
Table 9. npconfig/ezsetup Main Menu  
Option  
Description  
Configure New Unit  
Add an Internal Ethernet Adapter Print Server to  
your network. This option provides for: IP name, IP  
address, hardware address, netmask, and for root  
and guest passwords (ezsetup also).  
Configure Host Setup  
Configure a print destination on the host, including  
communication mechanism and processing options  
(ezsetup also).  
Detailed Configuration Options  
See Table 10, below.  
Check Current Print Server Status Display current status of a Print Server and I/O port.  
Cancel a print Job in the Print  
Server  
Display current status of a Print Server, current print  
jobs within it, and a prompt for a print job to be  
canceled.  
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Compiling Host Software  
Table 10. npconfig Detailed Configuration Options Submenu  
Option Description  
Select Print Server Select the Print Server you want to configure.  
Configure Print Server Destination Configure the Internal Ethernet Adapter destination  
settings: name, I/O port, model, logpath, state, and  
service(s).  
Configure Print Server’s Models  
Configure Print Server’s I/O Ports  
Configure the Internal Ethernet Adapter model  
setting: name, type, banner, page, carriage return  
insertion (onlcr), tab expansion (xtab),  
descrambling, ASCII to PostScript conversion  
(a2ps), and header and trailer strings.  
Configure the Internal Ethernet Adapter port  
settings: state, timeout, hand-shaking, parity, and  
speed.  
Configure Print Server’s Log  
Paths  
Configure the Internal Ethernet Adapter logpath  
settings: name, type, and port.  
Configure Print Server’s User’s  
Add and remove users. Change user passwords  
and user types.  
Configure and list the Internal Ethernet Adapter  
Novell settings: name, frame type, and PSERVER  
password. List Internal Ethernet Adapter PSERVER  
and RPRINTER configuration.  
Configure Print Server’s Novell  
Options  
Configure Print Server’s Network  
Options  
Configure and list the Internal Ethernet Adapter IP  
address, netmask, routing entries, frame type, and  
RARP and BOOTP setting. Restores unit to default  
settings. List all network related settings.  
Configure Print Server’s System  
Information  
Display and modify system information of a Print  
Server: Internal Ethernet Adapter name, contact  
name, location string, log details, descramble key,  
license key, and module(s).  
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Chapter 5  
Configuring the Internal Ethernet Adapter for TCP/IP  
Table 10. npconfig Detailed Configuration Options Submenu (continued)  
Option  
Description  
Configure Print Server’s  
Permanent Settings  
For Print Server settings, query status and store  
changes to/from EEPROM and factory defaults.  
Manage Host Software  
Install manual pages, compile source code, and  
install binaries and scripts provided on the host  
software media.  
Debug Print Server  
Use Internal Ethernet Adapter debug commands.  
Start I/O port tests.  
Remote Host Security  
Specify TCP hosts/networks which communicate  
with the Internal Ethernet Adapter.  
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Computer-aided Configuration with ezsetup or npconfig  
When the Internal Ethernet Adapter is initially installed on a TCP/IP  
network, you are unable to communicate with it since its network  
parameters are not initialized. During configuration, the following  
parameters are initialized and saved in EEPROM:  
IP address (mandatory)  
netmask or sub-netmask (mandatory)  
root user password (recommended for security)  
guest user password (recommended for security)  
Initializing these parameters permits configuration of all remaining  
settings though any one of the following ways:  
computer-aided configuration with ezsetup or npconfig  
configuration through the network with RARP  
configuration through the network with BOOTP  
configuration through the network with ARP  
Once you have completed any one of these methods, you will see the  
STAT LED flashing once per second. This means the Internal Ethernet  
Adapter is configured and recognizable on the network. At this point,  
you can then configure a host for printing by continuing with “Host  
Configuration” on page 156. This completes your entire print setup,  
unless you choose to enhance it.  
Computer-aided Configuration with ezsetup or  
npconfig  
NOTE: If you choose computer-aided configuration, you must log on to  
your system as root or superuser and use the host software  
diskette supplied with your Internal Ethernet Adapter. If the  
software is not provided, or you need a different medium,  
contact your vendor.  
To configure the Internal Ethernet Adapter with the aid of a script you  
must perform the following steps:  
1. Insert the host software into the drive.  
2. Login as root user.  
3. cd to a directory with at least three megabytes of free space.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for TCP/IP  
4. Transfer the compressed tar file from the media onto the host:  
tar xvf /dev/devicename  
devicename is usually fd0 for a diskette.  
5. Uncompress this file. Enter:  
uncompress npdist.tar.1.Z  
6. Untar the file. Enter:  
tar xvf pndist.tar.1  
A list of files displays and scrolls up the screen as tar executes and  
several file and sub-directories are created.  
7. Assign an IP address and IP name to the Internal Ethernet Adapter  
in your host table (/etc/hosts, hosts nis map, or DNS name  
tables).  
8. Run ezsetup or npconfig. Enter:  
./ezsetup or ./npconfig  
NOTE: If running the host software on an HP-UX® system, you will  
need to explicitly set the Korne shell by adding “ksh” before  
./ezsetup or ./npconfig.  
9. Enter the number for Configure New Unit from the Main Menu.  
10. Follow the prompts.  
For more information, see ezsetup and npconfig on page 147.  
Configuration Through the Network with ARP  
To configure the Internal Ethernet Adapter using the network, go to a  
host terminal and do the following:  
1. Log on to your system as root user.  
2. Assign an IP address and an IP name to the Internal Ethernet  
Adapter in your host table (/etc/hosts, hosts nis map, or DNS  
name tables).  
3. Find the Ethernet address for the Internal Ethernet Adapter on the  
bottom of the unit. It must be entered as part of this procedure.  
4. Use the arp command to add an entry in the host's arp table. The  
following is the most common syntax for this command:  
arp -s ipname ethernetaddress  
Where ipname is the Internal Ethernet IP name or IP address and  
ethernetaddressis that of the Internal Ethernet Adapter.  
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Configuration Through the Network with ARP  
5. telnetto the Internal Ethernet Adapter. This will bring up a login  
screen.  
telnet ipname  
6. Log on to the Print Server as root.  
7. At the password prompt, press <Enter>. No password is required  
at this point as the Internal Ethernet Adapter is still unconfigured.  
NOTE: This WARNING message is normal at this point and should be  
ignored:  
STORED AND CURRENT VALUES DIFFER  
You should now see a prompt displayed having the Internal  
Ethernet Adapter followed by a colon, then root.  
ipaddress:root>  
8. Store the new IP address and netmask in EEPROM so the Internal  
Ethernet Adapter remembers its configuration after rebooting.  
Enter:  
store tcpip ifnum addr ipaddress  
store tcpip ifnum mask netmask  
NOTE: ifnum is the index to a particular Network Interface. ifnum will  
always be 1 for the Internal Ethernet Adapter.  
9. [Optional, but recommended] Configure root and guest user  
passwords with the following commands:  
set user passwd root newrootpasswd  
set user passwd guest newguestpasswd  
10. Save these configurations to EEPROM. Enter:  
save  
11. Verify the IP address and netmask. Enter:  
list stored tcpip  
These are now stored in EEPROM.  
12. Log out of the Telnet session with quit. Reboot the Internal  
Ethernet Adapter by powering the unit off, then on.  
13. Test the equipment and configuration after installation is complete.  
Enter at the shell prompt on your UNIX machine:  
ping ipname  
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Configuration Through the Network with RARP  
The RARP daemon provides a mechanism for dynamic IP address  
assignment. When a RARP-configured TCP/IP host boots, it  
broadcasts a RARP request for an IP address. Your network must have  
this daemon running on some host. If you do not know whether your  
network has one, ask your system administrator or configure the  
Internal Ethernet Adapter with one of the other methods in this section.  
To configure the Internal Ethernet Adapter with RARP you need to:  
1. Make an entry in the /etc/ethers file for the new Internal Ethernet  
Adapter:  
00:80:72:00:AB:CD:spike  
entry for the Internal Ethernet Adapter named spike which has this  
Ethernet address.  
2. Start the RARP daemon if it isn’t running. Send a HUP signal to it  
with the kill command:  
kill -HUP pid  
3. Power the printer down and then up, wait another ten seconds to  
allow the RARP process to complete.  
4. Test the new IP address by trying a ping with the new IP name:  
ping ipname  
5. [Optional, but recommended] At this point set up the user  
passwords.  
If no response is given by the Internal Ethernet Adapter, the RARP  
process probably failed. Reboot the unit and try one of the other  
methods mentioned in this section.  
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Configuration Through the Network with BOOTP  
Configuration Through the Network with BOOTP  
BOOTP is a protocol for configuring the Internal Ethernet Adapter as it  
boots. During the boot sequence, the Print Server can broadcast a  
BOOTP request and if a BOOTP server is running on the network  
configured to respond to the requesting device, it will provide the  
Internal Ethernet Adapter with its IP address, netmask, default router,  
and a time server from which to query the current time (GMT) and the  
timezone in which the Internal Ethernet Adapter is located.  
By default, the Print Server will broadcast a BOOTP request when it  
boots. The following command can be used to control this request:  
store tcpip ifnum opts [[-]bootp]  
On the BOOTP server, there must be an entry in /etc/bootptab similar  
to the following:  
M205:\  
:sm=netmask:\  
:hd=/usr/boot:\  
:bf=null:\  
:gw=default router:\  
:ht=ethernet:\  
:ha=network address:\ (i.e. 0080720000DC)  
:ip=ipaddress:\  
:ts=time server:\  
:to=timezone: (in seconds from GMT)  
Restoring Factory Defaults  
If at any time you would like to restore the Print Server’s network  
settings to their original state, you can perform a npsh command or  
utilize the dipswitches on the Internal Ethernet Adapter itself.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for TCP/IP  
Host Configuration  
When setting up a print destination on a UNIX host, you have the option  
of using a computer-aided script such as ezsetup, npconfig, or  
performing the appropriate steps manually.  
If you use one of the installation scripts provided, select Configure  
Host Setup from the Main Menu of either program to configure a print  
setup on your host. It will help you through some questions and perform  
the necessary setup commands for you.  
The rest of this section introduces you to different printing methods,  
with the spooler and without, and discusses each of the steps for each  
environment:  
BSD  
System V  
Sun NeWSprint and Adobe® TranScript®  
AIX  
PC  
Direct Printing Without Spooler  
Before configuring the spooling system, test that the basic  
communications are working with the Internal Ethernet Network printer.  
Perform test by sending print jobs directly to the Internal Ethernet  
Network printer and bypassing the spooler altogether. You can send  
print jobs directly to the Internal Ethernet Network printer with either  
npwrite or rsh/rcmd/remsh.  
The rsh/rcmd/remsh program provides the same functions as the  
npwrite program except that the rsh/rcmd/remsh program exits with  
an error code when the network connection is down. npwrite  
continually tries until the job is completed. Remember this behavior  
when you are manually modifying your interface script because some  
spooler systems simply send a message about the error but the error  
gets flushed. The npr.if interface script gives you examples of how this  
behavior should be handled.  
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Direct Printing Without Spooler  
npwrite  
The data transfer program npwrite is provided with the host software  
shipped with your 5525B/31/32 Internal Ethernet Network printer. It  
sends data to the printer over a TCP connection. Data is read from a file  
or, if no file is specified, from standard input. The format of the data is  
not altered by this program; be certain it is in print-ready format.  
This syntax for npwrite is as follows:  
npwrite ipname portname [filename]  
Where:  
ipname  
Internal Ethernet Adapter IP name or IP address  
portname I/O port on the Internal Ethernet Adapter (i.e. prn)  
filenames [optional] File name(s) to be printed. If no filename is  
specified, data is read from standard input.  
For example:  
npwrite 192.75.11.32.prn testfile.txt  
cat testfile.txt | npwrite 192.75.11.32.prn  
where 192.75.11.32 is the Internal Ethernet Adapter’s IP address.  
If the npwrite binary is not available on your machine, use rsh/rchmd/  
remsh instead.  
rsh/rcmd/remsh  
The rsh/rchmd/remsh programs are remote command execution  
clients that talk to the rshd server in the Internal Ethernet Adapter. rsh,  
rcmd, and remsh are the same programs but have different names on  
different UNIX systems.  
The Internal Ethernet Adapter provides lp, lpstat, and cancel program  
for print services through the rshd server. The lp command reads data  
from the standard input and sends it to the specified port as follows:  
on SCO UNIX, use either of the following:  
rcmd spike lp -d d1prn < testfile.txt  
cat testfile.txt | rcmd spike lp -d d1prn  
On Sun UNIX  
rsh spike lp -d d1prn < testfile.txt  
cat testfile.txt | rsh spike lp -d d1prn  
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where spike is the Internal Ethernet Adapter’s IP name and d1prn  
is the destination.  
Printing Via the Spooler  
Once you know your communications are correct and you can  
successfully print directly to the printer, you can integrate the spooler.  
Interface scripts play important roles in BSD spooling environments and  
especially with System V print spoolers. BSD systems also provide a  
remote printing method utilizing the spooler but needs no script or host  
software.  
The following sections elaborate on different spooling environments  
and provide the steps for full host configuration in various  
environments. ezsetup or npconfig can be used in most cases to  
simplify the process.  
npr.if Interface Script  
The npr.if interface script provided works in most environments, but  
can be replaced by a custom interface script if you have other  
requirements. It is usually a UNIX script which reads the parameters  
from the command line, processes the job according to the parameters,  
and sends it to the destination.  
Two interface scripts, nprbsd.if and nprsysv.if, are shipped in the raw  
state. Load the appropriate script for your system spooler type and use  
it in this state if the Internal Ethernet Adapter can do sufficient  
processing. The Internal Ethernet Adapter contains enough processing  
options, when they are activated, to handle most processing needs  
without the need of host software. Thus, host software may be  
unnecessary and you may turn off all processing options on the host.  
NOTE: If you require high-speed printing, use one of the interface  
scripts with the host processing turned on. This removes  
processing load from the Internal Ethernet Adapter and  
increases printing throughput.  
Both ezsteup and npconfig utilizes the appropriate interface script by  
renaming it to nprprintername.if, where printername is the name of  
the printer on the host.  
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Custom Interface Scripts  
Custom Interface Scripts  
You have three choices of interface scripts:  
npr.if provided in the host software  
A pre-defined script for your particular printer  
A script you have created yourself  
The npr.if method is explained throughout this section. However, if you  
have a pre-defined printer script or a script of your own, there are  
certain modifications you must make in order for it to work with the  
Internal Ethernet Adapter.  
With the Internal Ethernet Adapter, the data must be captured and sent  
over the network for printing, since your printer is no longer locally  
attached. Use one of the following two methods:  
1. Encapsulate your script’s code with brackets () and, after the  
closing bracket, add a command to send the data to the Internal  
Ethernet Adapter for printing.  
2. Use npd as the print method.  
Both methods are explained in detail below.  
Modifying Your Script  
If you choose to simply edit the script, you need to understand how an  
interface file works. The structure of any standard interface file should  
be as follows:  
process options  
(
generate printer setup characters  
generate banner page data for each file  
translate data to printer format  
) | communication program  
where communication programis the program executing rsh/rcmd/  
remsh or npwrite so the print job is redirected over the network to the  
Internal Ethernet Adapter.  
(
FILE=$6  
#the spool file is found in the sixth parameter on System  
V
cat $FILE | onlcr  
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Chapter 5  
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#filter the job  
) | rcmd spike lp -d d1prn  
where spike is the name of the Internal Ethernet Adapter and print jobs  
are being sent to its destination d1prn by remotely executing the  
Internal Ethernet Adapter’s lp print command.  
NOTE: Even if you have a very simple script, it’s important that you  
enclose your script with brackets then add in a  
communication program at the end.  
Using npd and Your Own Script  
If npd is the chosen print method, start the npd daemon on your host  
and incorporate it into your print setup. See page 166 for more  
information on npd.  
Once you have this daemon running, you can work it into your printer  
configuration. For BSD systems, this requires an lp= field in your  
printcap entry along with the standard if= field for the name of your  
interface script. The lp= field is filled in with the name of the npd  
devicefile used in npd’s startup command. If you have a System V  
setup, the -v option in the lpadmin command will equal the npd  
devicefile.  
BSD UNIX  
BSD systems allow you to print remotely or with an interface file for a  
locally attached printer. This is configured within the /etc/printcap  
database.  
Ipd Remote Printing  
The lpd daemon spools files locally, then sends them to the Internal  
Ethernet Adapter acting as a remote printer. As interface scripts cannot  
be used with this spooling method, processing must be done by the  
Internal Ethernet Adapter.  
This method should be used under the following conditions:  
your UNIX host supports BSD 4.3 LPD protocol  
no bi-directional communication is required between the printer and  
printing application  
you wish to avoid using special host software  
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BSD UNIX  
The control file usually contains valid information about originating user  
and host. The contents are only used to gather log information on the  
printed jobs. Since the control file may not arrive before the data file in  
the current LPD standards, fully detailed banners cannot be  
guaranteed.  
Setting up Ipd Remote  
To add an Internal Ethernet Adapter as a remote printer entry on your  
BSD UNIX host, you need to add an entry to the /etc/printcap file and  
create its associated file and directories. The following is an example of  
what the printcap should look like, with a description of the commands  
necessary to create these entries:  
ps|PostScript printer on spike’s prn port:\  
:lp=:\  
:rp=d1prn:\  
:rm=spike  
:sd=/usr/spool/lpd/spike/ps:\  
:lf=/usr/spool.lpd/spike/ps/log:\  
:af=/usr/spool.lpd/spike/ps/acc:  
Where ps is the printer name sending jobs to the destination d1prn on  
the Internal Ethernet Adapter named spike.  
To create the necessary entries for this example, use the following  
commands:  
cd /usr/spool/lpd  
mkdir spike  
mkdir spike/ps  
touch spike/ps/log spike/ps/acct  
chown -R daemon.daemon spike  
chmod -R g+rwX,o+rX spike  
You can then start this printer.  
lpc start ps  
To send a job, use this syntax:  
lpr -Pprintername filename  
BSD Interface Script Printing  
If you choose not to use a remote printer setup, you can use an  
interface file. This interface script is specified in /etc/printcap with the  
if= entry rather than the rm= and rp= entries. This script is called by the  
lpd daemon with the following syntax:  
nprbsd.if -wwidth -llength -iindent -nlogin -hhost acct_file  
where  
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nprbsd.if  
width  
Name of the interface script  
Width of page in characters  
length  
indent  
login  
host  
acct_file  
Length of page in inches  
Number of characters of indent from left margin  
Login name of user originating print request  
Name of host where the print job originates  
File where accounting data is stored  
Setting up an Interface Script  
To set up your host with an interface file, add an entry to the /etc/  
printcap file, then create and edit its associated files and directories.  
The following is an example of the printcap entry, followed by the  
necessary command for creation of the entries:  
hp:\  
:sh:pw#80:mx#0\  
:lp=/dev/spike.prn:\  
:sd=/usr/spool/lpd/spike/prn:\  
:lf=/usr/spool/lpd/spike/prn/log\  
:af=/usr/spool/lpd/spike/prn/acct:\  
:if=/usr/spool/lpd/spike/prnnpr.if:  
Where hp is the printer name sending jobs to the Internal Ethernet  
Adapter named spike through the interface file npr.if. To create these  
entries, do the following:  
1. Create the printer’s spooling directory and associated files.  
cd /usr/spool/lpd  
mkdir spike  
mkdir spike/prn  
touch spike/com2/log spike/ps/acct  
chown -R daemon.daemon spike  
chmod -R g+rwX,o+rX spike  
2. Copy the nprbsd.if file from the host software to the spool  
directory. Copy the file as npr.if or name it as something more  
meaningful.  
cp nprbsd.if /usr/spool/lpd/spike/prn/npr.if  
cd /usr/spool/lpd/spike/prn  
chown daemon.daemon npr.if  
chmod g+rwX,o+rX spike  
3. Edit the npr.if variables to suit your system environment. Look for  
the comment section beginning with “EDIT THESE VARIABLES”  
and at the end of this comment block, you will find the following:  
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BSD UNIX  
When defining these variables, remember each is case sensitive.  
Define them as illustrated in these descriptions.  
NPDIR_PATH (mandatory) Define the directory location of chr,  
banner, onlcr, and npscramble binaries. Usually /usr/  
local/bin.  
These binaries must be copied over from the host software.  
COMM_PROG (mandatory) Specify a communication program to  
transfer the data to the Internal Ethernet Adapter (i.e.  
npwrite, rsh). If the program is npwrite, define the  
UNIT_PORT variable. Otherwise, define the LP_DEST  
variable.  
PRINTER_TYPE (mandatory) Specify printer type (i.e. raw, ascii, ps,  
hp, gen7170).  
UNIT_PORT  
(conditional) Specify the Internal Ethernet Adapter port  
name (i.e. prn). Use only when COMM_PROG is  
defined as rsh.  
For example:  
#END_MARK_1  
NPDIR_PATH=./USR/LOCAL/BIN  
COMM_PROG=rsh  
UNIT_NAME=spike  
LP_DEST=d1prn  
PRINTER_TYPE=hp  
BANNERPAGE=1  
#START_MARK_1  
NOTE: Additional variables can also be identified within this variable  
section as indicated by BANNERPAGE=1. Some other options  
include ASCII to PostScript conversion, carriage return  
insertion, and scrambling. By setting a particular variable to 1,  
this option is then turned on and a 0 turns it off.  
4. Create the LP= device used as a locking mechanism for contending  
print jobs.  
touch /dev/spike.prn  
chmod go+rw /dev/spike.prn  
5. Start the print spooler.  
lpc start hp  
6. Print with the following syntax:  
lpr -Pprintername filename  
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System V UNIX  
Printing in a System V environment requires the use of an interface file.  
It also consists of:  
the lp printer interface program  
the lpsched printing scheduler  
a set of programs acting as interfaces between the scheduler and  
printing device.  
The scheduler copies the files into a spooling directory and calls the  
interface program when the job is ready to go the Internal Ethernet  
Adapter. It processes the job according to the script’s setting and sends  
it to the printer for printing.  
The interface script is usually kept in /usr/spool/lp/admins/lp/  
interfaces and carries the same name as the associated printer. It is  
copied from the original interface file in /usr/spool/lp/model when the  
lpadmin command is executed.  
The interface script is called with the following syntax:  
ps203 reqid username copies options file1 ...  
where:  
ps203  
Name of the interface script which is also the printer name  
on the host  
requid  
username  
title  
Print job identification  
ID of the user requesting the job  
Title of the print job required  
copies  
options  
file1  
Number of copies for each file to be printed  
Additional switches for any extra job processing options  
spool file  
...  
Indicates additional spool files  
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System V UNIX  
Setting up an Interface Script  
The following steps are the instructions for setting up your host with  
npr.if.  
NOTE: The commands provided represent a print setup involving a  
printer named hp, an Internal Ethernet Adapter named spike,  
and a printer attached to the Print Server’s com2 port.  
1. Copy the nprsysv.if file from the host software to the model  
directory. Copy the file as npr.if or name it something more  
meaningful.  
cp nprsysv.if /usr/spool/lp/model/npr.if  
2. Edit the npr.if variables to suit your system environment. Look for  
the comment section beginning with “EDIT THESE VARIABLES”  
and at the end of this comment block, you will find the following:  
When defining these variables, remember each is case sensitive.  
Define them as illustrated in these descriptions.  
NPDIR_PATH (mandatory) Define the directory location of chr,  
banner, onlcr, and npscramble binaries. Usually /usr/  
local/bin.  
These binaries must be copied over from the host software.  
COMM_PROG (mandatory) Specify a communication program to  
transfer the data to the Internal Ethernet Adapter (i.e.  
npwrite, rsh, rcmd, remsh). If the program is npwrite,  
define the UNIT_PORT variable. Otherwise, define the  
LP_DEST variable.  
PRINTER_TYPE (mandatory) Specify printer type (i.e. raw, ascii, ps,  
hp, gen7170).  
UNIT_NAME (mandatory) Define the Internal Ethernet Adapter IP  
name  
UNIT_PORT  
(conditional) Specify the Internal Ethernet Adapter port  
name (i.e. prn). Use only when COMM_PROG is  
defined as npwrite.  
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For example:  
#END_MARK_1  
NPDIR_PATH=./usr/local/bin  
COMM_PROG=rcmdsh  
UNIT_NAME=spike  
LP_DEST=d1prn  
PRINTER_TYPE=hp  
BANNERPAGE=1  
#START_MARK_1  
NOTE: Additional variables can also be identified within this variable  
section as indicated by BANNERPAGE=1. Some other options  
include ASCII to PostScript conversion, carriage return  
insertion, and scrambling. By setting a particular variable to 1,  
this option is then turned on and a 0 turns it off.  
3. Create the dummy output device used as a locking mechanism  
between contending print jobs.  
touch /dev/spike.prn  
chmod go+rw /dev/spike.prn  
4. Install a new printer specifying printer name, interface script name,  
and dummy device.  
/usr/lib/lpadmin -php -mnpr.if -v/dev/spike.prn  
5. Start the scheduler  
lpsched  
6. Enable the printer and allow it to accept requests.  
enable hp  
accept hp  
7. Print a file with the following syntax:  
lp -dprintername filename  
npd Pseudo-device Interface  
The npd pseudo-tty daemon is used when bi-directional communication  
is required between printer and printing application, and when changes  
to the printer’s interface script are undesirable.  
Some applications such as Sun NeWSprint work best with a bi-  
directional communication channel to the printer because they can  
provide more details on the printer status. npd is used in this case  
using the TCP protocol and pseudo-tty device drivers.  
Starting npd  
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npd Pseudo-device Interface  
Starting the npd daemon is all that is needed to utilize npd. Integrating  
any special applications can be done anytime thereafter.  
Use the following syntax to start npd:  
npd devicefile ipname portname  
where:  
devicefile  
Name for a pseudo-tty pair’s slave device acquired by  
npd  
ipname  
portname  
Internal Ethernet Adapter IP name or IP Address  
Internal Ethernet Adapter I/O port name (i.e. prn)  
NOTE: The devicefilecannot exist prior to starting npd and this  
particular npd daemon cannot be running already. You can  
have more than one daemon running on the same host, as long  
as they are not using the same devicefile.  
npd /dev/spike.prn spike prn  
starts an npd daemon utilizing /dev/spike.prnto send print jobs to  
the printer attached to the parallel port on the Internal Ethernet Adapter  
named spike.  
By default, npd looks in the /dev directory to find a free pseudo-tty pair  
(/dev/pty?? and /dev/tty?? files). If your UNIX system has these files in  
a different directory, you can specify the directory pathname with a -p  
option.  
npd -p /dev/pty /dev/spike.prn spike prn  
where /dev/pty is the directory to be searched for a free pseudo-tty pair.  
Some systems, such as HP-UX, place the master and slave devices in  
separate directories (i.e. /dev/ptym and /dev/pty). Specify where each  
of the pairs reside with the -pm and -ps options.  
npd -pm /dev/ptym -ps /dev pty /dev/spike.prn spike prn  
where /dev/ptym is the directory searched to find a free pseudo-tty  
pair’s master device and /dev/pty is the directory used for locating the  
pseudo-tty pair slave device.  
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npd locks  
As npd acquires an exclusive lock on the Internal Ethernet Adapter  
port, it is possible to lock out other daemons that may reside on other  
UNIX hosts. Therefore, npd is designed to timeout and release the lock  
if the pseudo-tty pair is idle for a specified time (30 seconds). You can  
modify this value with the -t option.  
npd -t 60 /dev/spike.prn spike prn  
for the timeout to occur in 60 seconds.  
Testing npd  
Once npd has been started, test to see if npd is working before  
attempting to print through the spooler. The following is one test  
method:  
cat test.txt > /dev/spike.prn  
redirects the cat output of test.txt to the npd device /dev/spike.prn  
which is then sent to the Internal Ethernet Adapter named spike.  
Modifying a Host to Use npd  
If you want the npd daemon to start every time you reboot your UNIX  
machine, edit your -rc file to include the appropriate npd startup  
command (from the previous section). After npd starts, integrate the  
print spooler into this pseudo-tty setup.  
In BSD print spooler systems, modify the lp= field in the appropriate  
printer entry in /etc/printcap file. Set lp= to the devicefile argument of  
the npd program.  
On System V systems, the -v option in the lpadmin command will equal  
the devicefile.  
Stopping npd  
Whenever an npd daemon starts, it makes a log entry in the /usr/adm/  
npdlog file. The contents of this file have the following naming  
information:  
pid ipname port masterfile slavefile devicefile  
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npd Pseudo-device Interface  
where:  
pid  
Process ID of npd daemon  
ipname  
Internal Ethernet Adapter IP address or IP name serviced  
by npd  
port  
Internal Ethernet Adapter I/O port used by npd (i.e. prn)  
Master device used by npd  
masterfile  
slavefile  
devicefile  
Slave device used by npd  
Name linked to the slavefile by npd  
153 spike prn/dev/ptyq1 /dev/ttyq1 /dev/spike.prn  
is the log entry for the npd daemon using process ID 153.  
You can acquire the process ID of the npd daemon that needs to be  
stopped and execute the following kill command for that process:  
kill -TERM pid  
AIX  
IBM has a unique print spooler system that uses the qdaemon  
program. Use the following steps to interface with the Internal Ethernet  
Adapter using rsh:  
NOTE: These steps and associated examples refer to a setup with a  
queue named queue2, a queue device named lp0, printing to a  
destination d1prn on the Internal Ethernet Adapter named  
spike.  
1. Create a device. Enter:  
smit pdp  
2. Select Printer/Plotter, then Add a Printer/Plotter. Follow the  
prompts until SMIT executes the “mkdev” command to create this  
device.  
NOTE: Select parallel as the interface.  
Select p as the port number.  
Select ppa0 as the adapter.  
Select a printer type that best matches what you are doing.  
Select device lp0. If this deice is not available, go back and  
select “Remove a Printer/Plotter” and remove lp0 making it  
available for your next run through. AIX has a limit of four  
physical devices. If you run out, IBM suggests deleting the  
device after completing a print setup.  
3. Create a new queue. Enter:  
mkque -q queue2  
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Chapter 5  
Configuring the Internal Ethernet Adapter for TCP/IP  
4. Create a new queue device to do the one-to-one mapping with the  
printer and specify the backend program for the qdaemon to send  
print jobs to. Enter:  
mkquedev -d lp0 -q queue2 -a ’backend = /usr/lib/lpd/piobe’  
NOTE: Sometimes /usr/lib/lpd/piobe is the location of this backend  
program.  
5. Create a virtual printer. This associates the queue, queue device,  
printer/plotter, name, data type, and printer/plotter type. Enter:  
mkvirprt -q queue2 -d lp0 -n lp0 -s pcl -t hplj3  
NOTE: -s is usually pcl but can also be ps (PostScript) or asc (ASCII).  
This does not seem to affect the output of the printer, so it may  
be best to use pcl.  
6. Change the pio-file for your queue. This will be located in /usr/lib/  
lpd/pio/custom and will be called queue2:lp0 after the queue and  
queue device names. Change the line beginning with 302 mo::.  
Enter:  
307 mo::rsh spike lp -d d1prn  
NOTE: This file is only created after the mkvirprt command has been  
executed in step 5. This step redirects the print job over the  
network to the Internal Ethernet Adapter.  
7. Run chvirprt since the print setup has been altered and needs  
updating. Enter:  
chvirprt -q queue2 -d lp0  
NOTE: If you need to delete an entire print setup, use the rmvirprt  
command.  
This is the /etc/qconfig entry created for this particular setup:  
queue2:  
device = lp0  
queue stanza  
by mkquedev (queue  
device)  
up = TRUE  
lp0:  
backend=/user/lib/lpd/piobe  
printer’s ready to go  
queue device stanza  
for local printing  
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Other TCP/IP Methods  
Other TCP/IP Methods  
NCSA  
NCSA is a freeware package available on the Internet at  
zaphod.ncsa.uiuc.edu in the directory /PC/Telnet/msdos/  
contributions. The file is tel23bin.zip. It contains an lpr client for DOS  
that is compatible with the Internal Ethernet Adapter.  
You can send jobs with the following syntax:  
lpr -Sipname -Pdestname  
Where ipname is the Internal Ethernet Adapter IP name or IP address  
and destname is the name of the Internal Ethernet Adapter destination.  
lpr -Sspike -Pd1prn  
sends a print job to d1prn on the Internal Ethernet Adapter named  
spike.  
FTP’s PC/TCP  
FTP Software® markets a package called PC/TCP which provides an  
lpr client for DOS that is compatible with the Internal Ethernet Adapter.  
Jobs can be sent to the Internal Ethernet Adapter directly with the  
following command syntax after an entry has been made for the Internal  
Ethernet Adapter in the host table:  
lpr -Sipname -Pdestname  
Example:  
lpr -Sspike -Pd1prn  
sends a print job to d1prn on the Internal Ethernet Adapter named  
spike.  
FTP’s package also provides Windows® printing along with several  
other software packages on the market.  
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Chapter 5  
Configuring The Internal Ethernet Adapter For Novell  
Configuring The Internal Ethernet Adapter For Novell  
This chapter introduces the Internal Ethernet Adapter’s configuration  
possibilities along with the various methods of printing available within a  
Novell environment. The Internal Ethernet Adapter works with different  
NetWare versions, including version 4, and we provide setup steps for  
each.  
Host Software  
NetWare’s PCONSOLE is generally used to change passwords, add  
print servers, add remote printers, and add queues to be serviced. It  
can be used for both a PSERVER or RPRINTER setup. To install an  
Internal Ethernet Adapter in a Novell environment, PCONSOLE is used  
for the entire installation. The following pages give step-by-step  
examples of installing the Internal Ethernet Adapter in various Novell  
environments.  
NOTE: You can also use the NPWin software to configure the unit.  
npsh nvplist  
Lists all of the Internal Ethernet Adapter’s on the network; each name is  
in the format M_xxxxxx (where xxxxxx equals the last six digits of the  
unit’s Ethernet address) by defaulting regardless of whether it is  
configured as a PSERVER or an RPRINTER.  
npsh unitname  
Starts a Telnet-like session with the named Internal Ethernet Adapter  
allowing you to configure, monitor, and troubleshoot the unit with its  
built-in command set.  
npsh unitname command  
Initiates a single command with guest access only to the unit instead  
of entering into a complete session.  
To communicate with the unit using npsh.exe, you need to:  
1. From a DOS prompt on a Novell workstation, begin an npsh  
session with the unit.  
npsh unitname  
Starts a Telnet-like session with the named print server with guest  
access only.  
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Internal Ethernet Adapter  
2. To obtain root access to the unit, type:  
supervisor  
A standard login screen is displayed prompting you for the login name  
and password.  
3. Login to the unit as a root user.  
root  
NOTE: Root users require the use of a password as configured in the  
unit’s user list.  
4. Enter the password. If this password is not yet set, press enter at  
the password prompt. Otherwise, enter the password that is  
already stored on the unit.  
password  
You are now logged in to the unit as a root user and can access any  
npsh command on the unit.  
NOTE: Because npsh.exe makes use of broadcasts, you may have  
problems communicating across a router.  
Internal Ethernet Adapter  
The Print Server configuration in a Novell environment is much simpler  
than that required in a TCP/IP environment. No addresses, masks, or  
router entries are necessary and in most cases, the Internal Ethernet  
Adapter can simply be connected to the network, turned on, and then  
configured for printing from a Novell station through PCONSOLE. The  
only parameters that you may want to set are a PSERVER password or  
possibly the frame type. This type of configuration is done using  
npsh.exe as detailed in the previous section.  
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Chapter 5  
Configuring The Internal Ethernet Adapter For Novell  
Host Configuration  
The Internal Ethernet Adapter can act as either a PSERVER or as an  
RPRINTER in a Novell environment. It supports encrypted passwords  
and it is capable of servicing up to 16 file servers and 32 queues as a  
PSERVER. One Internal Ethernet Adapter can handle eight RPRINTER  
setups.  
PSERVER Bootup  
When booting as a PSERVER, the Internal Ethernet Adapter gets a  
server list from the first file server it contacts. The unit then contacts  
those servers on that list to see if there is a queue that needs servicing.  
The queues are then polled every 5 seconds (by default) by the Print  
Server to see if there are any print jobs queued.  
RPRINTER Bootup  
When booting as an RPRINTER, the Internal Ethernet Adapter again  
gets a server list from the first file server it contacts. For each server  
found on that list, it then looks for a file called SYS:\LOGIN\M_xxxxxx\  
CONFIG where xxxxxx equals the last six hexadecimal digits in the  
Ethernet address found on the bottom of the unit. This file contains one  
set rprinter command for each RPRINTER serviced by the Internal  
Ethernet Adapter since the RPRINTER settings do not hold their effect  
through a power cycle.  
NOTE: If the Internal Ethernet Adapter loses a connection to a file  
server (as a PSERVER) or to a PSERVER (as an RPRINTER),  
it will automatically reconnect when that server becomes  
available again.  
Following are the configuration steps for a PSERVER setup, an  
RPRINTER setup, as well as the options available for NetWare 4  
environments.  
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PSERVER Setup (Pre-NetWare 4)  
PSERVER Setup (Pre-NetWare 4)  
This procedure configures the Novell file server to use an Internal  
Ethernet Adapter as a PSERVER in a non-NetWare 4 environment.  
Please see “NetWare 4 Options” on page 180 for more on a NetWare 4  
setup.  
NOTE: The Internal Ethernet Adapter replaces a dedicated  
workstation running PSERVER.EXE or PSERVER.NLM on the  
file server, so these are no longer needed.  
To set up the unit as a PSERVER in a non-NetWare 4 environment,  
follow the procedure outlined in Table 11.  
Table 11. PSERVER Setup (Pre-NetWare 4)  
Step  
Action  
Result of Action  
1.  
2.  
3.  
Log in to Novell as supervisor.  
Enter PCONSOLE.  
Gives you supervisor rights.  
PCONSOLE's Main Menu displays.  
Select PRINT QUEUE INFORMATION. List of currently-defined queues comes  
up.  
4.  
5.  
Press <Insert> to add a queue.  
Asks for new queue's name.  
New queue is added to list.  
Type in this new name in any format  
you like and press <Enter>.  
6.  
7.  
Press <Escape>.  
Returns to PCONSOLE's Main Menu.  
A list of existing print servers displays.  
Select PRINT SERVER  
INFORMATION.  
8.  
9.  
Press <Insert> to add a server.  
Prompts for the server's name.  
Type the name of the Internal Ethernet  
Adapter. By default, it is M_xxxxxx  
where xxxxxx equals the last six digits  
of the unit's Ethernet address. (e.g.  
M_000BF5)  
This new server is added to the list.  
10.  
Select it and press <Enter>.  
PRINT SERVER INFORMATION menu  
comes up.  
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Chapter 5  
Configuring The Internal Ethernet Adapter For Novell  
Table 11. PSERVER Setup (Pre-NetWare 4) (continued)  
Step  
Action  
Result of Action  
This menu displays.  
11.  
12.  
13.  
Select PRINT SERVER  
CONFIGURATION.  
Select PRINTER CONFIGURATION.  
A list of configured printers is  
displayed.  
Select the first item listed as NOT  
INSTALLED and press <Enter>.  
The PRINTER N CONFIGURATION  
window comes up where N equals the  
selected printer.  
14.  
Type in the name of one of the eight  
default destinations on the unit for the  
Name field (e.g. d1prn, d2prn, etc.) and  
go to the Type field.  
Cursor sits at the Type field with a  
printer name now assigned.  
15.  
16.  
17.  
18.  
19.  
Press <Enter> at this field and then  
select DEFINED ELSEWHERE.  
Comes back to the PRINTER N  
CONFIGURATION window.  
Press <Escape> and select Yes to  
save changes.  
Gives you the option to define more  
printers.  
Press <Escape> again.  
Returns to PRINT SERVER  
CONFIGURATION menu.  
Select QUEUES SERVICED BY  
PRINTER.  
A list of defined printers displays.  
Select one of these printers.  
A list of queues comes up. It will be  
empty the first time you use it.  
20.  
21.  
Press <Insert>.  
Displays a list of available queues.  
Asks for a priority.  
Select the queue created earlier to  
service this printer and press <Enter>.  
22.  
23.  
Press <Enter> to select the default.  
This is fine for most cases.  
Comes back to queue list.  
Main Menu displays.  
Press <Escape> back to Main Menu  
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RPRINTER Setup (Pre-NetWare 4)  
Table 11. PSERVER Setup (Pre-NetWare 4) (continued)  
Step  
Action  
Result of Action  
24.  
Reboot the Print Server by unplugging  
and plugging it back in.  
Unit will boot up and see the new  
queue that it has to service. This may  
take a minute.  
25.  
26.  
Check CURRENTLY ATTACHED  
SERVERS once you have gone into  
view the appropriate queue.  
You should see the Print Server’s name  
displayed (e.g. M_000BF5).  
Press <Escape> until you have exited  
The configuration is complete.  
PCONSOLE.  
RPRINTER Setup (Pre-NetWare 4)  
This procedure associates an existing PSERVER with a remote Internal  
Ethernet Adapter acting as an RPRINTER in a pre-NetWare 4  
environment. It is the PSERVER’s responsibility to get jobs from the  
queue and to pass them off to the Internal Ethernet Adapter acting as  
the remote printer. Unlike a PSERVER set-up, the Internal Ethernet  
Adapter does not deal directly with the queues.  
NOTE: As an RPRINTER, the Print Server does not use a login ID. In  
addition, a non-Internal Ethernet Adapter (e.g.  
PSERVER.NLM) must be running for RPRINTER to operate.  
An RPRINTER set up requires the use of a configuration file. This file is  
required to tell the Internal Ethernet Adapter to act as an RPRINTER  
upon boot up since RPRINTER settings do not hold their effect through  
a power cycle. Once the unit boots up, the Internal Ethernet Adapter  
contacts file servers it knows and on each Print Server looks for the file  
SYS:\LOGIN\M_xxxxxx\CONFIG where xxxxxx equals the last six  
digits (in hexadecimal) of the Ethernet address as found at the bottom  
of the unit. If it finds this file, it reads in each entry as if it were an npsh  
command entered right on the unit.  
NOTE: To ensure that the Internal Ethernet Adapter contacts the file  
server that contains the CONFIG file, set up the appropriate file  
server as a preferred file server.  
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Chapter 5  
CAUTION  
Configuring The Internal Ethernet Adapter For Novell  
If you are using a configuration file and you have changed the  
name of the Internal Ethernet Adapter, you must change the name  
of the directory containing this file.  
To set up the unit as an RPRINTER in a pre-NetWare 4 environment,  
follow the procedure outlined in Table 12.  
Table 12. RPRINTER Setup (Pre-NetWare 4)  
Step  
Action  
Result of Action  
1.  
2.  
3.  
Log in to Novell as supervisor.  
Enter PCONSOLE.  
Gives you supervisor rights.  
PCONSOLE’s Main Menu displays.  
Select PRINT QUEUE INFORMATION. List of currently defined queues comes  
up.  
4.  
5.  
Press <Insert> to add a queue.  
Asks for new queue’s name.  
New queue is added to list.  
Type in this new name in any format  
you like and press <Enter>.  
6.  
7.  
Press <Escape>.  
Returns to PCONSOLE’s Main Menu.  
A list of existing print servers displays.  
Select PRINT SERVER  
INFORMATION.  
8.  
Select one of the print servers and  
press <Enter>.  
Display’s PRINT SERVER  
INFORMATION menu.  
9.  
Select PRINTER CONFIGURATION.  
Displays a list of printers associated  
with the print server.  
10.  
Select or create a printer name which  
you want to install as a remote printer  
and press <Enter>.  
PRINTER N CONFIGURATION  
window displays where N equals the  
selected printer.  
11.  
Put the cursor on the Type field and  
A list of options comes up.  
press <Enter>.  
12.  
13.  
Select REMOTE OTHER/UNKNOWN.  
This displays in the Type field.  
Ignore the other fields and press  
Takes you back to the list printers.  
<Escape> to save these changes.  
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RPRINTER Setup (Pre-NetWare 4)  
Table 12. RPRINTER Setup (Pre-NetWare 4) (continued)  
Step  
Action  
Result of Action  
Displays this menu.  
14.  
Press <Escape> until you are at the  
PRINT SERVER CONFIGURATION  
menu again.  
15.  
16.  
Select QUEUES SERVICED BY  
PRINTER.  
A list of defined printers for this print  
server is shown.  
Select the printer you previously  
An empty queue list comes up.  
defined and press <Enter>.  
17.  
18.  
Press <Insert>.  
A list of available queues displays.  
Prompts you for a priority.  
Select the queue you want this printer  
to service and press <Enter>.  
19.  
20.  
Press <Enter> to use the default.  
Returns to the queue list.  
Press <Escape> until you have exited  
Takes you to the command prompt.  
PCONSOLE.  
21.  
Start PSERVER.  
Starts the PSERVER so the Internal  
Ethernet Adapter can service it as an  
RPRINTER.  
22.  
23.  
In SYS VOLUME on the file server,  
change to the \LOGIN directory.  
You will be at this prompt.  
Create a directory named after the  
Internal Ethernet Adapter. By default,  
this will be M_xxxxxx where xxxxxx  
equals the last six digits of the unit’s  
Ethernet address (e.g. M_000BF5)  
Creates the directory.  
24.  
Within this directory, create a file called A blank file displays.  
CONFIG and open it for editing.  
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Chapter 5  
Configuring The Internal Ethernet Adapter For Novell  
Table 12. RPRINTER Setup (Pre-NetWare 4) (continued)  
Step  
Action  
Result of Action  
25.  
Enter the line: set rprinter add  
pservername printernumber  
destnamewhere pservername  
equals the existing PSERVER’s name,  
printernumber equals the defined  
number for this printer in that  
One entry is written in the file. One  
entry is required for each RPRINTER  
serviced by the Internal Ethernet  
Adapter.  
PSERVER, and destname equals an  
Internal Ethernet Adapter destination  
(e.g. d1prn d2prn, etc.).  
26.  
Reboot the Internal Ethernet Adapter to The Internal Ethernet Adapter will boot  
enable these changes.  
up and read this entry from the  
CONFIG file and set itself to act as an  
RPRINTER.  
NetWare 4 Options  
NetWare 4 introduces NDS and some new frame types. The Internal  
Ethernet Adapter can be used in a NetWare 4 environment with either  
of these options:  
Set the Internal Ethernet Adapter up as a PSERVER  
Set the Internal Ethernet Adapter up as a RPRINTER interacting  
with an existing PSERVER.  
NOTE: If following a PSERVER setup, bindery emulation is required.  
Included in this sub-section are the steps for a PSERVER setup since  
the steps have changed now that bindery emulation is required. A  
PRINTER setup is not included since the only changes from a pre-  
NetWare 4 RPRINTER setup are some name changes in PCONSOLE.  
To configure the unit as a PSERVER in a NetWare 4 environment,  
follow the procedure outlined in Table 13.  
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NetWare 4 Options  
Table 13. PSERVER Setup (NetWare 4)  
Step  
Action  
Result of Action  
Gives you supervisor rights.  
1.  
2.  
3.  
Log in to Novell as supervisor.  
Enter PCONSOLE.  
Press F4.  
PCONSOLE’s Main Menu displays.  
Puts you into bindery emulation mode  
and displays Main Menu.  
4.  
Select PRINT QUEUES.  
List of currently defined queues comes  
up.  
5.  
6.  
Press <Insert> to add a queue.  
Asks for new queue’s name.  
New queue is added to list.  
Type in this new name and press  
<Enter>.  
7.  
8.  
9.  
Press <Escape>.  
Returns to PCONSOLE’s Main Menu.  
A list of existing print servers displays.  
Select PRINT SERVERS.  
Press <Insert> to add a new print  
server.  
Prompts you for the name of the print  
server.  
10.  
Type the name of the Internal Ethernet  
Adapter. By default, it is M_xxxxxx  
where xxxxxx equals the last six digits  
of the unit’s Ethernet address. (e.g.  
M_000BF5)  
This new server is added to the list.  
11.  
Select this new print server and press  
<Enter >.  
PRINT SERVER INFORMATION menu  
displays.  
12.  
13.  
Select PRINTERS.  
A list of defined printers comes up.  
Press <Insert> to add a printer to the  
list.  
Prompts you for the printer name, type,  
and some additional fields.  
14.  
Type in the name of one of the eight  
default destinations on the unit for the  
Name field (e.g. d1prn, d2prn, etc.) and  
go to the Type field.  
Cursor moves to this field.  
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Chapter 5  
Configuring The Internal Ethernet Adapter For Novell  
Table 13. PSERVER Setup (NetWare 4) (continued)  
Step  
Action  
Result of Action  
15.  
Press <Enter> at this field and then  
select DEFINED ELSEWHERE. If  
DEFINED ELSEWHERE is not  
available, choose PARALLEL.  
Brings you back to the printer’s window.  
16.  
17.  
Press <Enter> on the Print Queues  
Assigned field.  
List of available queues is displayed.  
You are prompted for a priority.  
Press <Insert> to display all queues;  
select the one you defined earlier and  
press <Enter>.  
18.  
19.  
20.  
Select a priority and press <Enter>.  
Priority 1 should be sufficient.  
Printer’s window displays with fields  
now filled in.  
Press <Escape> until you are back to  
Main Menu.  
Main Menu is displayed.  
Reboot the Print Server by unplugging  
and then plugging it back in.  
Unit resets and realizes its new  
configuration. It then attaches to the  
queue after 30 seconds or so.  
21.  
22.  
Check the CURRENTLY ATTACHED  
SERVERS once you have gone into  
view the appropriate.  
You should see the Internal Ethernet  
Adapter’s name displayed (e.g.  
M_000BF5).  
Press <Escape> until you are out of  
PCONSOLE.  
Returns you to the command line. The  
Internal Ethernet Adapter is configured.  
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Print Methods Overview  
Configuring the Internal Ethernet Adapter for Windows  
This section discusses the Internal Ethernet Adapter’s support for  
Windows. The Internal Ethernet Adapter provides support for Windows  
NT , Windows for Workgroups (WfW), and Windows 95 . Examples  
are provided for each of these environments.  
In a Windows environment, TCP/IP is the data transfer protocol used  
for printing. This means that IP addresses and netmasks are required in  
your Windows stations along with appropriate TCP/IP software. This  
chapter will also discuss how you set this up in your environment.  
Print Methods Overview  
A Central Host  
The recommended print method for a Windows environment is to have  
a central host act as a spooler for jobs before they are sent to the Print  
Server/printer. The reason for this is that the central workstation has the  
ability to store the spooled jobs while they are waiting to go to the Print  
Server/printer.  
An example of this setup would be a Windows NT host which allows  
WfW stations to spool to it. The NT host would have the only print setup  
going to the Print Server/printer directly and it would be shared across  
the network. In this way, the WfW station could send jobs to this shared  
printer on the NT host. All WfW jobs would first spool to the NT host  
before being sent to the Print Server/printer for printing.  
Print Setup Possibilities  
There are two print methods available with the Internal Ethernet  
Adapter in a Windows environment:  
LPR - Berkeley’s Line Printer Protocol which uses TCP/IP to  
transfer data to the Print Server’s built-in Line Printer Daemon.  
NetBIOS - NetBIOS over TCP/IP used to transfer data to the  
Internal Ethernet Adapter.  
NetBIOS is further broken down into these two setup procedures:  
“net use” - Microsoft’s shared resource feature.  
Print Manager - Microsoft’s management tool for printing.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for Windows  
Your choice depends entirely on what is available with your  
particular Windows software. The following is a list of what is  
supported in each:  
Windows NT and NT/AS - LPR and NetBIOS (“net use” and  
Print Manager)  
Windows for Workgroups - NetBIOS (“net use” and Print  
Manager)  
Windows 95 - NetBIOS (Print Manager)  
NOTE: Regardless of which method you choose, TCP/IP will always  
be used in some manner.  
Basic Setup Steps  
In each of these environments, the basic setup steps required to get  
you printing from one of these hosts are to:  
1. Ensure that you have the appropriate network software installed on  
your Windows host.  
2. Configure the Windows host with an IP address and netmask.  
3. Configure the Internal Ethernet Adapter with an IP address and  
netmask.  
4. Create a printer and select a method of printing to the Print Server  
(e.g. LPR).  
TCP/IP Setup  
The following section gives step-by-step directions on how to install the  
necessary network software in the supported environments.  
Windows NT LPR Network Software Installation  
1. Go to the Main program.  
2. Double click on Control Panel.  
3. Double click on Network.  
4. A dialogue box will appear showing your current network settings.  
Under Installed Network Software, check to see if MS TCP/IP  
Printing shows. If it doesn’t, you’ll need to perform the following  
steps.  
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TCP/IP Setup  
5. Select Add New Software.  
6. Select TCP/IP Protocol and Components.  
7. Click on Continue.  
8. Select TCP/IP Printing Support from the TCP/IP components list  
that displays. You may also want to select Connectivity Utilities.  
9. Click on Continue.  
Windows NT NetBIOS Network Software Installation  
1. Go to the Main program group.  
2. Double click on Control Panel.  
3. Double click on Network.  
4. A dialogue box will appear showing your current network setting.  
Under Installed Network Software, check to see if NetBIOS TCP/  
IP->Streams Environment appears. If not, you’ll need to add this  
new software by clicking on the Add New Software Button.  
Windows for Workgroups NetBIOS Software  
Installation  
1. Make sure that you have the Microsoft TCP/IP-32 group in your  
Program Manager. If you do not have the file, wfwt32.exe, you can  
download it from:  
Compuserve in “MS Software Library”  
2. Once this is placed in a directory on your WfW station, you will  
need to double click on the Network Setup icon in the Network  
Group.  
3. Click on Drivers.  
4. Since the TCP/IP services will not yet be listed here, click on Add  
Protocols.  
5. Select Unlisted.  
6. Specify the directory where the file exists. A new TCP/IP-32  
program group will then be created which will include FTP, Telnet,  
etc.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for Windows  
NOTE: At this point, you will be prompted with a dialogue box asking  
for the TCP/IP network settings (i.e. IP address and netmask)  
for this WfW station. Fill these in at this time.  
Windows 95 NetBIOS Network Software Installation  
Make sure that File and Printer Sharing for Microsoft Networks is  
installed in your Network setup. If not, you’ll need to perform the  
following steps.  
1. Open Settings:Control Panel folder.  
2. Double click on the Network icon.  
3. Select Add.  
4. Select Service.  
5. Select File and Printer Sharing for Microsoft Networks from the  
list.  
6. Click OK.  
7. Click OK again since this service will now show in the list to the left.  
Configuring TCP/IP  
Since TCP/IP is used as the data transfer protocol, IP addresses and  
netmasks must be assigned to your Windows workstation(s) if you have  
not already done so.  
If you are not familiar with IP addresses and are sure that this network  
will not go onto the Internet, Table 14 lists some sample settings to use.  
Table 14. IP Address Examples  
IP Address  
192.1.1.1  
Netmask  
Host 1  
255.255.255.0  
255.255.255.0  
255.255.255.0  
M205/M206  
Host 2  
192.1.1.2  
192.1.1.3  
and so on ...  
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Configuring TCP/IP  
The following sections will detail how you configure TCP/IP settings on  
the different Windows platforms.  
Windows NT IP Address and Netmask Configuration  
1. Go to the Main program group.  
2. Double click on Control Panel.  
3. Double click on Network.  
4. Select TCP/IP Protocol from Installed Network Software list.  
5. Click on the Configure button.  
6. A dialogue box will come up asking for network settings. Fill in the  
IP address and netmask for this workstation and then click OK.  
Windows for Workgroups IP Address and Netmask  
Configuration  
Configuring an IP address and netmask for the WfW workstation is part  
of the procedure involved in installing NetBIOS Network Software.  
more details.  
Windows 95 IP Address and Netmask Configuration  
1. Open the Settings:Control Panel folder.  
2. Double click on the Network icon.  
3. Under the Installed Network Software list, select the entry dealing  
with the TCP/IP Protocol.  
4. Click on Configure.  
5. A dialogue box will come up asking for network settings. Fill in the  
IP address and netmask for this workstation and then click OK.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for Windows  
Internal Ethernet Adapter IP Address and Netmask  
Configuration  
Since TCP/IP is being utilized, the Internal Ethernet Adapter’s  
configuration involves storing an IP address and a netmask. To  
configure the Internal Ethernet Adapter with its network settings, follow  
the steps below:  
1. Find the Ethernet address for the Internal Ethernet Adapter on the  
bottom of the unit. It must be entered as part of this procedure.  
2. Select an IP address for the Internal Ethernet Adapter.  
3. Open a DOS window.  
4. Use the arp command to add an entry to the host’s arp table.  
arp -s ipaddress ethernetaddress  
5. telnet to the Print Server. This will bring up a login screen.  
telnet ipaddress  
6. Log into the unit as root.  
7. At the password prompt, press <Enter>. No password is required  
at this point as the Internal Ethernet Adapter is still unconfigured.  
NOTE: The following WARNING message will appear. It is not  
important at this time:  
STORED AND CURRENT VALUES DIFFER  
You should now see a prompt displayed that has the Internal Ethernet  
Adapter’s IP address followed by a colon, then root.  
ipaddress:root>  
8. Store the new IP address and netmask in EEPROM so that the  
Internal Ethernet Adapter can remember its configuration after  
reboots. Enter:  
store net ifnum addr ipaddress  
store net ifnum mask netmask  
NOTE: The ifnum will always be (1) since there is only one network  
interface, ethernet.  
9. Verify the IP address and netmask. Enter:  
list stored net  
10. Log out of the Telnet session with quit. Then reboot the Internal  
Ethernet Adapter by powering the unit off, then on. This will reset  
the unit and apply the changes to the stored settings.  
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Host Configuration  
11. Test the equipment and configuration after installation is complete.  
Enter at the shell prompt:  
ping ipaddress  
Once you have configured this unit, you will notice the STAT LED  
flashing. This means the Internal Ethernet Adapter is configured and  
recognizable on the network. At this point, you can now configure your  
host.  
Host Configuration  
Now that your workstation(s) and the Internal Ethernet Adapter have IP  
addresses and netmasks, you can now configure a print setup. There  
are several methods available depending on what Windows package  
you are using.  
Windows NT Version 3.5x  
LPR Method  
1. Create a print path and printer; select Main.  
2. Select Control Panel.  
3. Select Printers which loads up the Print Manager.  
4. Select Create a Printer from the Printer menu.  
5. Define the printer name and driver; in the Print to field, select  
Other....  
6. Choose LPR port from the list that comes up and select OK.  
7. Fill in the host name or IP address of the Internal Ethernet Address.  
8. Fill in the destination or queue on the Internal Ethernet Adapter  
(e.g. d1prn) and select OK.  
where:  
destination  
Is a pre-defined destination or queue on the  
Internal Ethernet Adapter that is automatically  
mapped by default to the I/O port. Please note that  
destinations are case sensitive and are lowercase  
by default.  
This printer is now available for printing and will interact with the  
Internal Ethernet Adapter’s built in Line Printer Daemon using TCP/IP.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for Windows  
NetBIOS Using Print Manager Method  
NOTE: In order to use this method, you must first configure the Internal  
Ethernet Adapter with a Microsoft Networks Workgroup name.  
This can be done by telneting to the Internal Ethernet Adapter,  
starting an npsh session with the unit, and issuing the following  
command:  
store pserver smb workgrp workgroupname  
where workgroupname is the name of the Microsoft Networks  
Workgroup that you want the Internal Ethernet Adapter to be included  
(e.g. Engineering).  
NOTE: You must reset the Internal Ethernet Adapter for this command  
to take affect.  
1. Ensure that the network connection is functioning properly between  
the Windows NT workstation and the Internal Ethernet Adapter. Try  
to ping or telnet to the unit.  
2. Open Print Manager.  
3. Select Connect Network Printer from the Printer menu or click on  
the appropriate toolbar item.  
4. A list of network services will appear. Double click on the Microsoft  
Windows Network.  
5. A list of known workgroups will appear. Double click on the  
workgroup name that you previously configured the Internal  
Ethernet Adapter under (e.g. Engineering).  
6. Double click on the Internal Ethernet Adapter once the list of  
registered devices in this workgroup appears.  
7. A list of destinations (e.g. d1prn) with NetBIOS service enabled will  
appear. These are read directly from the Internal Ethernet Adapter.  
Select one of them.  
8. Print Manager will then ask to install a local printer driver. Click on  
OK.  
9. A dialogue box appears providing a list of possible printer drivers.  
Once you select one, click on OK.  
The printer is now available for printing using NetBIOS over TCP/IP.  
Windows for Workgroups  
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Host Configuration  
NetBIOS Using Print Manager Method  
NOTE: In order to use this method, you must first configure the Internal  
Ethernet Adapter with a Microsoft Networks Workgroup name.  
This can be done by telneting to the Internal Ethernet Adapter,  
starting an npsh session with the unit, and issuing the following  
command.  
store pserver smb workgrp workgroupname  
where workgroupname is the name of the Microsoft Networks  
Workgroup that you want the Internal Ethernet Adapter to be included  
(e.g. Engineering).  
NOTE: You must reset the Internal Ethernet Adapter for this command  
to take affect.  
1. Ensure that the network connection is functioning properly between  
the Windows workstations and the Internal Ethernet Adapter. Try to  
ping or telnet to the unit.  
2. Open Print Manager.  
3. Select Connect Network Printer from the Printer menu or click on  
the appropriate toolbar item.  
4. A list of known workgroups will appear. Double click on the  
workgroup name that you previously configured the Internal  
Ethernet Adapter under (e.g. Engineering).  
5. Double click on the Internal Ethernet Adapter once the list of  
registered devices in this workgroup appears.  
6. A list of destinations (e.g. d1prn) with NetBIOS service enabled will  
appear. These are read directly from the Internal Ethernet Provider.  
Select one of them.  
7. Click OK.  
This printer is now available for printing using NetBIOS over TCP/IP.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for Windows  
Windows 95  
NetBIOS Using Print Manager Method  
NOTE: This setup assumes that you have already created a local  
printer using the Add a New Printer icon in the  
Settings:Printer folder. You can use any port here such as  
LPT1 or LPT2 when creating this printer.  
NOTE: In order to use this method, you must first configure the Internal  
Ethernet Adapter with a Microsoft Networks Workgroup name.  
This can be done by teleneting to the Internal Ethernet Adapter,  
starting an npsh session with the unit, and issuing the following  
command:  
store pserver smb workgrp workgroupname  
where workgroupname is the name of the Microsoft Networks  
Workgroup that you want the Internal Ethernet Adapter to be included  
(e.g. Engineering).  
NOTE: You must power the printer down and then up again for the  
Internal Ethernet Adapter command to take affect.  
1. Ensure that the network connection is functioning properly between  
the Windows workstations and the Internal Ethernet Adapter. Try to  
ping or telnet to the unit.  
2. Open the Settings:Printer folder.  
3. Double click on the target printer that you created earlier.  
4. Select Properties from the Printer menu.  
5. Select the Details tab and click on the Add Port... button.  
6. Select the Browse button.  
7. A list of network services will appear. Double click on the Entire  
Network.  
8. A list of known workgroup will appear. Double click on the  
workgroup name that you previously configured the Internal  
Ethernet Adapter under (e.g. Engineering).  
9. Double click on the Internal Ethernet Adapter once the list of  
registered devices in this workgroup appears.  
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Host Configuration  
10. A list of destinations (e.g. d1prn) with NetBIOS service enabled will  
appear. These are read directly from the Internal Ethernet Adapter.  
Select one of them.  
11. Click on OK to exit the Browse for Printer dialogue box.  
12. Click on OK to exit the Properties dialogue box.  
This printer is now available for printing using NetBIOS over TCP/IP.  
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Chapter 5  
Configuring the Internal Ethernet Adapter for Windows  
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6
Troubleshooting  
Cleaning Requirements  
Clean the printer every six months or after every 1000 hours of  
operation, whichever occurs first. If the printer is located in a dusty area  
or is used for heavy duty printing, clean it more often.  
WARNING  
WARNUNG  
Disconnect the power source before cleaning the printer.  
Vor dem Säubern des Druckers ist die Netzverbindung zu  
unterbrechen.  
ATTENTION  
Débranchez l’alimentation avant de nettoyer l’imprimante.  
Exterior Cleaning  
Clean the outside of the cabinet with a soft, lint-free cloth and mild  
detergent soap. (Dishwashing liquid works well.) Do not use abrasive  
powders or chemical solvents. Clean the windows with plain water or  
mild window cleaner. Always apply the cleaning solution to the cloth;  
never pour cleaning solution directly onto the printer.  
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Chapter 6  
Cleaning Requirements  
Interior Cleaning  
Over time, particles of paper and ink accumulate inside impact printers.  
This is normal. Paper dust and ink build-up must be periodically  
removed to avoid degraded print quality. Most paper dust accumulates  
around the ends of the platen and ribbon path.  
2
3
4
1
5
7
6
Legend:  
1) Base Casting  
2) Splined Shaft  
3) Paper Support (2)  
4) Tractor  
5) Forms Thickness Lever  
6) Ribbon Guide (2)  
7) Shuttle Cover Assembly  
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Interior Cleaning  
To clean the interior of the printer perform the following steps.  
1. Power off the printer and unplug the printer power cord.  
2. Open the printer cover. Fully raise the forms thickness lever.  
Unload paper.  
3. Unlatch both ribbon spools and carefully lift them off the hubs.  
Raise the ribbon out of the ribbon path.  
4. Using a soft-bristled, non-metallic brush (such as a toothbrush),  
brush paper dust and ribbon lint off the tractors, shuttle cover  
assembly, base casting, and ribbon guides. Vacuum up the  
residue.  
CAUTION  
Vacuum carefully around the hammer bank and surrounding area  
to avoid damage. To avoid corrosion damage, use only alcohol  
when cleaning the printer mechanical elements. Solutions used to  
clean mechanical elements must contain no water.  
5. Wipe the splined shaft with a soft cloth.  
6. Check the ribbon mask and hammer bank cover for bits of torn  
paper or ribbon lint.  
7. Using a soft cloth lightly moistened with anhydrous alcohol, remove  
dust and ink from the platen. (The platen is the thick silver bar  
behind the hammer bank cover that rotates when the forms  
thickness lever is rotated.) Clean the ribbon guides.  
8. Brush and vacuum up dust or residue that has accumulated inside  
the lower cabinet.  
9. Wipe the lower cabinet interior with a clean, lint-free cloth  
dampened (not wet) with water and mild detergent or window  
cleaning solution. Dry the lower cabinet interior by wiping it down  
with a clean, lint-free cloth.  
10. Install the ribbon and load paper.  
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Chapter 6  
Diagnosing Problems  
Diagnosing Problems  
This section is designed to help the user recover from any problems  
which may arise with normal printer operation.  
Printing a Hex Dump  
A hex code printout (or hex dump) is a translation of all host interface  
data to its hexadecimal equivalent, listing all ASCII character data  
received from the host computer with their corresponding two-digit  
hexadecimal codes. Hex dumps are used to troubleshoot printer data  
reception problems.  
Printable characters print as the assigned symbol; nonprintable  
characters are indicated by a period (.).  
For instructions on how to enable and disable Hex Dump mode, see  
page page 112. Figure 15 shows an example of a hex dump.  
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Printing a Hex Dump  
Figure 15. Hex Dump Sample  
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Chapter 6  
Diagnosing Problems  
Fault Messages  
If a fault condition occurs in the printer, the status indicator on the  
control panel flashes on and off and the message display indicates the  
specific fault. Fault messages are summarized in Table 15.  
Displayed faults fall into one of two categories:  
Operator correctable  
Field service required  
For the operator-correctable faults, follow the suggested solution in  
Table 15. After correcting the displayed fault, press the CLEAR key to  
clear the error message and status indicator and resume printing. If the  
fault message reappears, contact your authorized service  
representative.  
NOTE: The Maintenance Manual provides more detailed information  
and procedures for resolving fault conditions. However, many  
of the procedures described there must be performed only by  
your authorized service representative.  
Fault Messages Requiring Field Service Attention  
If a fault is not correctable by the operator, the fault message is followed  
by an asterisk (*). This usually indicates that an authorized service  
representative is needed. You may try two steps to clear the fault before  
calling your authorized service representative:  
1. Set the printer power switch to O (off), wait 15 seconds, then turn  
the printer on again. Run your print job again. If the message does  
not appear, it was a false indication and no further attention is  
required.  
2. If the message reappears, press the CLEAR key. If the message  
goes away, it was a false indication and no further attention is  
required. If the message reappears, call your authorized service  
representative.  
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Fault Messages  
Table 15. LCD Message Troubleshooting Table  
Can User  
Explanation  
Correct?  
Displayed Message  
Solution  
8.5V PWR FAIL*  
No  
No  
No  
No  
No  
No  
Yes  
Internal power failure.  
Controller voltage failure.  
Controller voltage failure.  
Internal power failure.  
Contact your authorized service  
1
representative.  
15V CTL FAIL*  
Contact your authorized service  
1
representative.  
23.5V CTL FAIL*  
48V PWR FAIL*  
Contact your authorized service  
1
representative.  
Contact your authorized service  
1
representative.  
ACCESS NULL PTR*  
A TO D OVERUN*  
BUFFER OVERFLOW  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Host sends data after the  
printer buffer is full (serial  
interface).  
Check your serial host interface  
parameter settings; if necessary,  
adjust them so that they match  
the settings of the attached host.  
BUFFER OVERRUN  
Yes  
Yes  
Receive overrun (serial  
interface).  
Check printer serial port  
configuration setup. Ensure the  
baud rate and data protocol  
match both host and printer  
settings.  
CAUTION PPM HAS  
REMOTE CONTROL  
Another user is accessing  
the printer remotely through  
the Printer Manager.  
Wait until the remote user has  
finished their Printer Manager  
session, or press any key to  
disable the Printer Manger and  
gain control of the printer.  
CLEAR PAPER JAM  
CLOSE PLATEN  
Yes  
Yes  
No paper motion.  
Clear jam and reload paper. If  
this message recurs, contact  
your authorized service  
1
representative.  
The forms thickness lever is  
open.  
Close the forms thickness lever.  
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Chapter 6  
Diagnosing Problems  
Table 15. LCD Message Troubleshooting Table (continued)  
COIL HOT  
Yes  
One or more hammer coils  
are hot.  
Check printer environment. If too  
hot or dusty, relocate printer. May  
occur normally on graphically  
intense print jobs.  
CTL VOLT FAIL*  
DRVR CIR BAD*  
No  
No  
Yes  
Controller voltage failure.  
Contact your authorized service  
1
representative.  
Hammer coil count test  
failed.  
Contact your authorized service  
1
representative.  
EXHAUST FAN FLT  
(Cabinet model only)  
Sensors cannot detect  
current in fan circuit.  
Power off the printer and remove  
the paper path (see Maintenance  
Manual). Check that the fan  
cable connector is connected.  
Check for obstruction of vents  
and fan airway, and remove any  
obstructions. Check for items  
beneath the printer blocking  
cabinet vents. Power back on the  
printer. If this message recurs,  
contact your authorized service  
1
representative.  
FIRMWARE ERROR*  
FRAMING ERROR  
HAM. COIL OPEN*  
No  
Application software tried to  
perform an illegal printer  
function or damaged  
Contact your authorized service  
1
representative.  
memory detected on board.  
Yes  
Serial framing error (serial  
interface).  
Check your serial host interface  
parameter settings; if necessary,  
adjust them so that they match  
the settings of the attached host.  
No  
No  
Electrical malfunction of one  
or more hammer coils.  
Contact your authorized service  
1
representative.  
HAMMER COIL BAD*  
#, #, #  
Hammer coil # failed current  
test at power up.  
Contact your authorized service  
1
representative.  
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Fault Messages  
Table 15. LCD Message Troubleshooting Table (continued)  
HMR BANK FAN FLT  
Yes  
Sensors cannot detect  
current in fan circuit.  
Check that fan cable is  
connected. Check for obstruction  
of vents and fan airway; remove  
any obstructions. Check for items  
beneath the printer blocking  
cabinet vents. Power back on the  
printer. If this message recurs,  
contact your authorized service  
1
representative.  
HB NOT INSTALLD*  
ILL EXT BUS ACC*  
ILLGL OPR ACCSS*  
ILL INST ACCSS*  
No  
No  
No  
No  
Self-test does not detect  
hammer coils.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
INTAKE FAN FAULT  
LO DRV. SHORT *  
Yes  
No  
Sensors cannot detect  
current in fan circuit.  
See description for  
HMR BANK FAN FLT.  
Circuit(s) on the hammer  
bank or in the hammer bank  
power cable shorted to  
ground.  
Contact your authorized service  
1
representative.  
LOAD PAPER  
Yes  
No  
Printer is out of paper.  
Load paper.  
ONLINE  
8344 FAILED*  
Link-level code test detects  
hardware failure.  
Contact your authorized service  
1
representative.  
PAP BAD TABLE*  
No  
No  
No  
No  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
PAP BSY TOO LNG*  
PAP FIFO OVERFL*  
PAP FIFO UNDRFL*  
Fatal firmware error on  
controller board.  
Contact authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
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Chapter 6  
Diagnosing Problems  
Table 15. LCD Message Troubleshooting Table (continued)  
PAP ILLGL ST*  
No  
No  
No  
No  
No  
No  
No  
Yes  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
PAP INCMPL ENER*  
PAP INVLD CMD*  
PAP INVLD PARM*  
PAP NOT SCHED*  
PAP NT AT SPEED*  
PAP UNEXP INT*  
PARITY ERROR  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Parity error  
(serial interface)  
Check your serial host interface  
parameter settings; if necessary,  
adjust them so that they match  
the settings of the attached host.  
POWER SUPPLY HOT  
Yes  
Power supply sensors report  
high temperatures.  
Check printer environment. If hot  
or dusty, relocate printer. Contact  
your authorized service  
representative if this occurs  
1
frequently.  
PROTECTED INSTR*  
PLAT INV PARM*  
PLAT INV CMD*  
No  
No  
No  
No  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
PLAT INV STATE*  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
204  
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Fault Messages  
Table 15. LCD Message Troubleshooting Table (continued)  
POWER SAVER MODE  
N/A  
Status message: printer is in  
low-energy idle state, all fans  
and higher voltages are off,  
only +5Vdc logic circuits are  
active.  
No action required.  
PRINTER HOT  
Yes  
Controller board sensors  
report high temperatures on  
the board.  
Check printer environment. If hot  
or dusty, relocate printer. Contact  
your authorized service  
representative if this occurs  
1
frequently.  
PWR SUPP VOLT *  
RIB INVLD STATE*  
No  
No  
Power supply failed.  
Replace power supply board.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
RIBBON DRIVE*  
No  
CMX controller does not  
detect ribbon drive motor.  
Contact your authorized service  
1
representative.  
RIBBON INK OUT  
CHANGE RIBBON  
Yes  
The RibbonMinder program  
is warning that the amount of  
ink in the ribbon has reached  
0%.  
Replace ribbon or press CLEAR  
for two additional minutes of  
printing before the fault displays  
RIB INVLD CMD*  
No  
No  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
SECURITY CODE  
VIOLATION*  
Security code of PAL on  
controller board does not  
match code of firmware on  
the controller board.  
Contact your authorized service  
1
representative.  
SHUTL INV CMD*  
SHUTL INV PARM*  
SHUTTLE JAM  
No  
No  
Yes  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
No shuttle movement or  
shuttle moving at wrong  
speed.  
Check for obstruction to shuttle,  
a twisted ribbon, or forms  
thickness lever closed too tightly.  
If fault source is not apparent,  
contact your authorized service  
representative.  
205  
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Chapter 6  
Diagnosing Problems  
Table 15. LCD Message Troubleshooting Table (continued)  
SOFTWARE ERROR *  
No  
Application software tried to  
perform illegal printer  
function, or damaged logic  
circuits found on controller  
board.  
Contact your authorized service  
1
representative.  
STACK OVERFLOW*  
TCB CORRUPTED*  
UNDEF INTERRUPT*  
UNDFNED OPCODE*  
No  
No  
No  
No  
No  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
Fatal firmware error on  
controller board.  
Contact your authorized service  
1
representative.  
UP DRV. SHORT*  
Hammer drive circuits on the  
boards shorted to ground.  
Contact your authorized service  
1
representative.  
1
Before contacting an authorized service representative, power off the printer, wait 15 seconds, then power it  
back on and rerun your print job. If the message reappears, press CLEAR. If the fault message still displays, then  
contact your authorized service representative.  
206  
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A
Printer Specifications  
Ribbon Specifications  
Extended Life Text Ribbon Kit (60 yards)  
P/N 55R034  
Extended Life Text Ribbon Kit (100 yards) P/N 55R036  
Bar Code Ribbon Kit (60 yards)  
Bar Code Ribbon Kit (100 yards)  
P/N 55R035  
P/N 55R037  
NOTE: Only cabinet models support 100-yard ribbons. Pedestal  
models must use 60-yard ribbons. Each kit contains six  
ribbons.  
207  
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Appendix A  
Paper Specifications  
Paper Specifications  
Type:  
Edge-perforated, fan-fold, 3 to 17  
inches (7.62 to 43.18 cm) wide, 2 to  
16 inches (5.08 to 40.64 cm) long.  
Thickness:  
Single-part: 15 to 100 pound (6.80 to  
45.36 kg) stock; Multi-part: 1- to 6-  
part forms (maximum 12 lb [5.44 kg]  
ply of upper plies)  
Sheet Thickness:  
0.025 inch (0.064 cm) maximum  
Drive:  
Adjustable tractors (6-pin  
engagement)  
Labels  
On Backing:  
One-part continuous perforated fanfold back form.  
Labels must be placed at least 1/6 inch (0.42 cm) from  
the fan-fold perforation. Backing adhesive must not be  
squeezed out during printing.  
Sheet Size:  
Thickness:  
3 to 17 inches (7.62 to 43.18 cm) wide, including the  
two standard perforated tractor feed strips. A  
maximum sheet length of 16 inches (40.64 cm)  
between top and bottom perforations.  
Not to exceed 0.025 inch (0.064 cm) (including  
backing sheet)  
208  
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Printer Dimensions  
Cabinet Model:  
Height:  
Width:  
Depth:  
Weight:  
42.5 inches (108 cm)  
27 inches (68.6 cm)  
29 inches (73.7 cm)  
225 lbs. (102.1 kg) unpackaged  
285 lbs. (129.3 kg) packaged  
Pedestal Model:  
Height:  
Width:  
Depth:  
Weight:  
35 inches (88.9 cm)  
24.6 inches (62.5 cm)  
20.7 inches (52.6 cm)  
105 lbs. (47.6 kg) unpackaged  
115 lbs. (52.2 kg) packaged  
209  
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Appendix A  
Environmental Characteristics  
Environmental Characteristics  
Temperature:  
Operating:  
Storage:  
50° to 104° F (10° to 40° C) up to 5000 feet (1524  
meters) 50° to 90° F (10° to 32° C) up to 8000 feet  
(2438 meters)  
-40° to 158° F (- 40° to 70° C)  
Relative Humidity  
Operating:  
Storage:  
15% to 80% (noncondensing)  
15% to 90% (noncondensing)  
Energy Star  
The printers described in this User’s Manual comply with the  
requirements of the ENERGY STAR Office Equipment Program of  
the U.S. Environmental Protection Agency.  
When in the reduced-power idle state, the printer displays “Power  
Saver Mode.”  
210  
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Electrical Characteristics  
Input Voltage  
Line Voltage  
Line  
Design Range  
Frequency  
500/1000 LPM  
1500 LPM  
88-135 V RMS  
178-270 V RMS  
47-63 Hz  
47-63 Hz  
6A @ 100 V  
3A @ 200 V  
8A @ 100 V  
5A @ 200 V  
Power Consumption  
Operating  
Units  
Power Consumption  
Mode  
500 LPM  
1000 LPM  
30 (60)  
1500 LPM  
45 (80)  
1
Watts  
30 (60)  
Standby  
Nominal  
BTU/Hour  
Watts  
100 (205)  
180  
100 (205)  
220  
154 (273)  
310  
2
BTU/Hour  
Watts  
615  
270  
750  
315  
1058  
440  
3
Maximum  
BTU/Hour  
920  
1075  
1500  
1
Numbers represent consumption in Power Saver Mode.  
Numbers in parenthesis represent standby mode.  
2
Nominal power measured at 120 VAC while printing ASCII Shift-Recycle.  
Maximum power measured at 120 VAC while printing Black Plot.  
3
211  
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Appendix A  
Interfaces  
Interfaces  
Type:  
Standard:  
Optional:  
IEEE 1284 Parallel, RS-232/RS-422  
serial  
Dataproducts Long Lines, Ethernet  
10Base-T, Ethernet 10Base2.  
Logic Levels:  
TTL/EIA-232E/EIA-422B  
Transfer  
Rates  
Up to 200 Kilobytes on parallel  
interface.  
Up to 38.4K baud on RS-232 and RS-  
422 serial interface.  
Printing Rates  
The printing speed of text is measured in lines per minute (lpm), and is  
a function of the selected font and the vertical dot density. Printing  
speed is independent of the number of characters configured in the  
character set repertoire. Print rates for lines containing attributes such  
as bold or emphasized printing, superscripts, subscripts, or elongated  
attributes will decrease to not less than half the rates of the font without  
such attributes. The exact print rate of lines containing these attributes  
depends on the specific print job, but software maximizes the  
throughput by dynamically determining which dot rows contain adjacent  
dots and must be printed in two strokes.  
The reverse paper feed capability allows the printing of multiple  
densities on a single line. This is useful in printing forms and text  
together or in mixing different fonts on a print line. Use of multiple  
densities and reverse paper feed also affects throughput.  
212  
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B
Downloading Firmware  
Loading Flash Memory  
Flash memory is contained in in-line memory modules (SIMMs) located  
on the CMX controller board. (Shown in the Maintenance Manual.)  
Printer emulation and operating system software are loaded into flash  
memory at the factory, but you will install software in the following  
situations:  
You buy the IGP/PGL or Code V graphics option after the printer is  
installed  
You need to upgrade printer software  
You need different emulation software  
You have replaced the controller board  
Emulation and operating system software are stored as a compressed  
file on a 3.5 inch, double-density floppy diskette. The file is  
“executable”. You will expand it and copy it into printer flash memory  
with a single command.  
1. Make a printout of all saved configurations. (Refer to “Print Config.”  
on page 72.) Installing new software erases all saved  
configurations. You will use the printouts to restore printer  
configuration.  
2. Set the printer power switch to O (off).  
3. Unplug the AC power cord from the printer.  
4. If the printer's parallel data cable is connected to the parallel port of  
an IBM or IBM-compatible computer using the PC-DOS™, MS-  
DOS®, Windows® 3.x or Windows 95 operating system, skip to step  
8. If not, go to step 5.  
5. Disconnect all data input cables from the printer interface.  
213  
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Appendix B  
Loading Flash Memory  
6. Connect the parallel data cable to the default parallel port (LPT1) of  
an IBM or IBM-compatible personal computer using the PC-DOS,  
MS-DOS, Windows 3.x or Windows 95 operating system.  
NOTE: You can connect the cable to the LPT2 port if the LPT1 port is  
already in use. You can also download software through the  
printer serial port. The download commands are different if you  
use these ports, as described in the note after step 18.  
7. Connect the parallel data cable to the parallel port of the printer.  
8. Plug the AC power cord into the printer.  
9. Power on the host computer.  
10. Insert the emulation or upgrade diskette into diskette drive A (or B)  
of the personal computer.  
11. Make the diskette drive the active drive by typing the following at  
the DOS prompt:  
A:<Return>  
(If the diskette is in drive B, type B:<Return>)  
12. Get the name of the compressed file on the diskette by listing the  
contents of the diskette; at the DOS prompt type:  
DIR<Return>  
The compressed file on the diskette takes the form FILENAME.EXE  
Write down the complete name of the file with the .EXEextension.  
13. On the printer operator panel, press and hold down the ON LINE +  
FF keys. Without releasing the keys, power the printer on. Continue  
holding the keys down until “WAITING FOR PROGRAM  
DOWNLOAD” appears on the LCD.  
14. When you see “WAITING FOR PROGRAM DOWNLOAD” on the  
LCD, release the ON LINE + FF keys.  
NOTE: The default download port is DATAPRODUCTS; this is the  
standard download through the parallel port. If you want to use  
the default, continue with step 18.  
15. Press the < (NEXT) key; “SELECT DOWNLOAD  
PORT=DATAPRODUCTS” appears on the LCD.  
16. Press < (NEXT) again to cycle through the download ports  
available in the printer:  
DATAPRODUCTS*  
RS232-9600  
RS232-19.2K  
(parallel) (default port)  
(RS-232 serial, 9600 baud)  
(RS-232 serial, 19200 baud)  
214  
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RS232-38.4K  
RS422-9600  
RS422-19.2K  
RS422-38.4K  
(RS-232 serial, 38400 baud)  
(RS-422 serial, 9600 baud)  
(RS-422 serial, 19200 baud)  
(RS-422 serial, 38400 baud)  
17. When the printer download port you want to use is displayed on the  
LCD, press ENTER. “WAITING DOWNLOAD / PORT = <your  
selection>” appears on the display.  
18. At the DOS prompt on the computer type:  
FILENAME.EXE -pb<Return>  
where FILENAME.EXEis the compressed file you noted in step 12.  
This command decompresses the file on the diskette and copies it  
as a binary file into the flash memory on the printer controller board.  
NOTE: If you are downloading the file using the LPT2 port on the PC,  
enter the following DOS command:  
FILENAME.EXE -pb 2<Return>  
If you are downloading the file into the printer serial port, enter  
the following DOS commands*:  
MODE COM1:9600,N,8,1,P<Return>  
FILENAME.EXE -pb c1<Return>  
* 9600 is the only rate older versions of DOS can use;  
otherwise, type the digits corresponding to the rate you  
selected in step 16.  
19. While the file is copied into memory, the printer LCD informs you of  
the load process and status. (See Table 16.)  
20. When the new program has successfully loaded into memory and  
the printer has reset itself, set the printer power switch to O (off).  
21. Unplug the AC power cord from the printer.  
22. Remove the diskette from the host computer and store it with the  
printer.  
23. Power off the host computer.  
24. If you had to install a parallel data cable to the computer and  
printer, disconnect it from the computer and printer.  
25. Reconnect the data input cable(s) to the printer, if required.  
26. Return the printer to normal operation.  
27. Using the configuration printout(s) you made in step 1, reconfigure  
the printer. (Refer to Chapter 4.)  
215  
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Appendix B  
Loading Flash Memory  
Table 16. Flash Memory Message Guide  
Explanation  
Message  
Required Action  
None  
CLEARING PROGRAM The program successfully loaded  
FROM FLASH  
into printer RAM and the checksum  
matched. The old program is now  
being deleted from flash memory.  
DIAGNOSTIC  
PASSED  
The printer passed its memory and  
hardware initialization tests.  
None  
ERROR: DC  
PROGRAM  
NOT VALID  
Printer cannot find the data controller Download the  
program or the validation checksum  
is corrupt.  
program again. If the  
message occurs  
again, call your  
service  
representative.  
ERROR: DRAM AT  
ADDRESS XXXXXXXX  
The printer found a defective  
memory location.  
Call your service  
representative.  
ERROR: EC  
PROGRAM  
NOT VALID  
Printer cannot find the engine  
controller program or the validation  
checksum is corrupt.  
Download the  
program again. If the  
message occurs  
again, call your  
service  
representative.  
ERROR: EC STOPPED Hardware fault in the engine  
Call your service  
representative.  
AT STATE XXXX  
controller.  
ERROR: FLASH  
DID NOT PROGRAM  
The printer encountered an error  
trying to program flash memory.  
Download the  
program again. If the  
message occurs  
again, call your  
service  
representative.  
ERROR: NO DRAM  
DETECTED  
The printer could not find any  
DRAM.  
Call your service  
representative.  
216  
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Table 16. Flash Memory Message Guide (continued)  
Message  
Explanation  
Required Action  
ERROR: FLASH  
NOT DETECTED  
The printer could not find any flash  
memory.  
Call your service  
representative.  
ERROR: NVRAM  
FAILURE  
The security PAL is not present or  
the non-volatile memory has failed.  
Call your service  
representative.  
ERROR: PROGRAM  
NEEDS MORE DRAM  
The printer requires more DRAM  
memory in order to run the  
downloaded program.  
Add DRAM. Call your  
service  
representative.  
ERROR: PROGRAM  
NEEDS MORE FLASH  
The printer requires more flash  
memory in order to run the  
downloaded program.  
Add flash memory.  
Call your service  
representative.  
ERROR: PROGRAM  
NOT COMPATIBLE  
The printer is not compatible with the Use the correct  
downloaded program.  
emulation software  
option(s) for this  
model.  
ERROR: PROGRAM  
NOT VALID  
The printer does not see a program  
in flash memory.  
There is no program  
in printer memory.  
Download program  
again.  
ERROR: SECURITY  
PAL NOT DETECTED  
The security PAL is not present or  
has failed.  
Call your service  
representative.  
ERROR: SHORT AT  
ADDRESS XXXX  
Hardware failure in DRAM or CMX  
controller circuitry.  
Call your service  
representative.  
ERROR: WRITING  
TO FLASH  
Hardware or software fault in flash  
memory.  
Download the  
program again. If the  
message occurs  
again, call your  
service  
representative.  
217  
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Appendix B  
Loading Flash Memory  
Table 16. Flash Memory Message Guide (continued)  
Message  
Explanation  
Required Action  
ERROR: WRONG  
CHECKSUM  
The printer received the complete  
program but the checksum did not  
match. The data were corrupted  
during download.  
Download the  
program again. If the  
message occurs  
again, call your  
service  
representative.  
LOADING PROGRAM  
FROM PORT XX%  
The new program is loading into  
printer RAM. XX indicates how much  
of the program has loaded.  
None  
LOADING PROGRAM  
INTO FLASH  
The printer has deleted the previous None  
program from flash memory and is  
loading the new program into flash  
memory.  
RESETTING . . .  
PLEASE WAIT  
The printer finished loading the  
program into flash memory and is  
automatically resetting itself.  
None  
RESTORING  
BOOT CODE  
Normal download initialization  
message.  
None  
SECURITY CODE  
VIOLATION  
The software running or being  
downloaded does not match the  
security PAL code.  
Call your service  
representative.  
SENDING PROGRAM  
TO EC PROCESSOR  
The printer is loading the engine  
controller program into the engine  
controller.  
None  
TABLE MISMATCH  
DOWNLOAD AGAIN  
EC software update in progress.  
Download the  
program again.  
218  
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C
ASCII Character Set  
0
B7  
0
B6  
1
B5  
BITS  
B4B3B2B1  
KEY  
33  
27  
1B  
OCTAL equivalent  
DECIMAL equivalent  
HEX equivalent  
1
0
1
1
ESC  
ASCII Character Name  
B7  
0
0
0
0
1
1
1
1
B6  
0
0
1
1
3
0
0
1
1
B5  
ROW  
0
0
1
0
1
0
1
0
1
BITS  
COLUMN  
0
B4B3 B2B1  
1
2
4
5
6
7
0
20  
16  
10  
21  
17  
11  
40  
32  
20  
41  
33  
21  
42  
34  
22  
60  
48  
30  
61  
49  
31  
62  
50  
32  
100  
64  
40  
101  
65  
41  
102  
66  
42  
120  
80  
50  
121  
81  
51  
122  
82  
52  
140  
96  
60  
141  
97  
61  
142  
98  
62  
160  
112  
70  
161  
113  
71  
162  
114  
72  
SP  
!
0
1
@
P
p
q
0
0 0 0  
0
NUL  
DLE  
0
1
1
1
2
2
2
DC1  
(XON)  
A
B
Q
R
a
1
2
SOH  
STX  
0 0 0  
0 0 1  
1
0
22  
DC2 18  
"
2
b
r
12  
3
3
3
23  
43  
35  
23  
63  
51  
33  
103  
67  
123  
83  
143  
99  
163  
115  
73  
DC3  
19  
0 0 1  
1
3
4
ETX  
EOT  
ENQ  
ACK  
BEL  
BS  
#
$
3
4
5
C
D
E
S
T
c
d
e
s
t
(XOFF)  
13  
43  
53  
63  
4
4
4
24  
20  
14  
44  
36  
24  
64  
52  
34  
104  
68  
44  
124  
84  
54  
144  
100  
64  
164  
116  
74  
DC4  
NAK  
SYN  
ETB  
CAN  
EM  
0 1 0  
0 1 0  
0 1 1  
0 1 1  
1 0 0  
1 0 0  
1 0 1  
1 0 1  
0
1
0
1
0
1
0
1
5
5
5
6
6
6
7
7
7
10  
8
8
11  
9
9
25  
21  
15  
26  
22  
16  
27  
23  
17  
30  
24  
18  
45  
37  
25  
46  
38  
26  
47  
39  
27  
50  
40  
28  
65  
53  
35  
66  
54  
36  
67  
55  
37  
70  
56  
38  
105  
69  
45  
106  
70  
46  
107  
71  
47  
110  
72  
48  
125  
85  
55  
126  
86  
56  
127  
87  
57  
130  
88  
58  
145  
101  
65  
146  
102  
66  
147  
103  
67  
150  
104  
68  
165  
117  
75  
166  
118  
76  
167  
119  
77  
170  
120  
78  
5
6
7
8
9
%
U
u
&
6
7
F
V
f
v
G
W
g
w
(
)
8
9
:
H
I
X
Y
Z
[
h
i
x
y
z
{
31  
25  
19  
51  
41  
29  
71  
57  
39  
111  
73  
49  
131  
89  
59  
151  
105  
69  
171  
121  
79  
HT  
12  
32  
26  
1A  
33  
27  
1B  
34  
28  
1C  
35  
29  
1D  
36  
30  
1E  
37  
31  
1F  
52  
42  
2A  
53  
43  
2B  
54  
44  
2C  
55  
45  
2D  
56  
46  
2E  
57  
47  
2F  
72  
58  
3A  
73  
59  
3B  
74  
60  
3C  
75  
61  
3D  
76  
62  
3E  
77  
63  
3F  
112  
74  
4A  
113  
75  
4B  
114  
76  
4C  
115  
77  
4D  
116  
78  
4E  
117  
79  
4F  
132  
90  
5A  
133  
91  
5B  
134  
92  
5C  
135  
93  
5D  
136  
94  
5E  
137  
95  
5F  
152  
106  
6A  
153  
107  
6B  
154  
108  
6C  
155  
109  
6D  
156  
110  
6E  
157  
111  
6F  
172  
122  
7A  
173  
123  
7B  
174  
124  
7C  
175  
125  
7D  
176  
126  
7E  
177  
127  
7F  
J
K
j
10  
11  
12  
LF  
VT  
FF  
SUB  
ESC  
FS  
10  
*
0 A  
13  
11  
0 B  
14  
12  
0 C  
15  
13  
0 D  
16  
14  
0 E  
17  
15  
0 F  
+
;
k
1 1 0  
1 1 0  
0
1
<
=
L
\
]
l
|
,
-
M
m
}
13  
14  
CR  
SO  
GS  
RS  
1 1 1  
1 1 1  
0
1
.
/
>
?
N
O
n
o
^
~
_
DEL  
15  
SI  
US  
219  
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Appendix C  
220  
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D
Communication and  
Trademark Information  
Communication Notices  
Federal Communications Commission (FCC) Statement: This  
equipment has been tested and found to comply with the limits for a  
Class A digital device, pursuant to Part 15 of the FCC Rules. These  
limits are designed to provide reasonable protection against harmful  
interference when the equipment is operated in a commercial  
environment. This equipment generates, uses, and can radiate radio  
frequency energy and, if not installed and used in accordance with the  
instruction manual, may cause harmful interference to radio  
communications. Operation of this equipment in a residential area is  
likely to cause harmful interference, in which case the user will be  
required to correct the interference at his own expense.  
Properly shielded and grounded cables and connectors must be used  
in order to meet FCC emission limits. Compaq is not responsible for  
any radio or television interference caused by using other than  
recommended cables and connectors or by unauthorized changes or  
modifications to this equipment. Unauthorized changes or modifications  
could void the user’s authority to operate the equipment.  
This device complies with Part 15 of the FCC Rules. Operation is  
subject to the following two conditions: (1) this device may not cause  
harmful interference, and (2) this device must accept any interference  
received, including interference that may cause undesired operation.  
221  
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Appendix D  
Communication Notices  
Canadian Department of Communications Compliance Statement:  
This Class A digital apparatus meets all requirements of the Canadian  
Interference-Causing Equipment Regulations.  
Avis de conformité aux normes du ministère des Communications du  
Canada:  
Cet appareil numérique de la classe A respecte toutes les exigences du  
Règlement sur le matériel brouilleur du Canada.  
European Union (EC) Electromagnetic Compatibility Directives: This  
product is in conformity with the protection requirements of EC Council  
Directive 89/336/EEC on the approximation of the laws of the Member  
States relating to electromagnetic compatibility. Compaq cannot accept  
responsibility for any failure to satisfy the protection requirements  
resulting from a non-recommended modification of the product,  
including the fitting of non-Compaq option cards.  
Dieses Gerät ist berechtigt in Übereinstimmung mit dem deutschen  
EMVG vom 9.Nov.92 das EG-Konformitätszeichen zu furhren.  
Properly shielded and grounded cables and connectors must be used in  
order to reduce the potential for causing interference to radio and TV  
communication and to other electrical or electronic equipment.  
This product has been tested and found to comply with limits for Class  
A Information Technology Equipment according to CISPR 22/European  
Standard EN 55022. The limits for Class A equipment were derived for  
commercial and industrial environments to provide reasonable  
protection against interference with licensed communication equipment.  
Warning: This is a Class A product. In a domestic environment this  
product may cause radio interference in which case the user may be  
required to take adequate measures.  
Dieses Gerät erfüllt die Bedingungen der EN 55022 Klasse A. Für diese  
Klasse von Geräten gilt folgende Bestimmung nach dem EMVG:  
222  
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Geräte dürfen an Orten, für die sie nicht ausreichend entstört sind, nur  
mit besonderer Genehmigung des Bundesminesters für Post und  
Telekommunikation oder des Bundesamtes für Post und  
Telekommunikation betrieben werden. Die Genehmigung wird erteilt,  
wenn keine elektromagnetischen Störungen zu erwarten sind.  
(Auszug aus dem EMVG vom 9.Nov.92, Para.3, Abs.4)  
Hinweis: Dieses Genehmigungsverfahren ist von der Deutschen  
Bundespost noch nicht veröffentlict worden.  
Trademark Acknowledgments  
IBM, AS/400, AIX and Proprinter are registered trademarks, and PC-  
DOS, Intelligent Printer Data Stream and IPDS are trademarks of  
International Business Machines Corporation.  
Adobe, TranScript, and PostScript are registered trademarks of Adobe  
Systems Incorporated.  
Compaq is a registered trademark of Compaq Computer Corporation.  
Centronics is a registered trademark of Genicom Corporation.  
CSA is a registered certification mark of the Canadian Standards  
Association.  
Dataproducts is a registered trademark of Dataproducts Corporation.  
EIA is a registered service mark of the Electronic Industries  
Association.  
223  
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Appendix D  
Trademark Acknowledgments  
Epson is a registered trademark of Seiko Epson Corporation.  
Ethernet is a trademark of Xerox Corporation.  
FTP Software is a registered trademark of FTP Software, Inc.  
Hewlett-Packard, PCL, HP, and HP-UX are registered trademarks, and  
PCL is a trademark of Hewlett-Packard Company.  
IEEE is a registered service mark of the Institute of Electrical and  
Electronic Engineers, Inc.  
Novell and NetWare are registered trademarks of Novell, Inc.  
Printronix, PGL, LinePrinter Plus, and IGP are registered trademarks,  
and SureStak and RibbonMinder are trademarks of Printronix, Inc.  
QMS is a registered trademark, and Code V is a trademark of Quality  
Micro Systems, Inc.  
Microsoft, MS, Windows and MS-DOS are registered trademarks of  
Microsoft Corporation.  
Sun and Solaris are registered trademarks of Sun Microsystems, Inc.  
TUV is a registered certification mark of TUV Rheinland of North  
America, Inc.  
UL is a registered certification mark of Underwriters Laboratories, Inc.  
UNIX is a registered trademark of X/Open Company Limited.  
ENERGY STAR is a registered trademark of the United States  
Environmental Protection Agency. As an ENERGY STAR Partner,  
Compaq has determined that this product meets the ENERGY STAR  
guidelines for energy efficiency.  
224  
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Index  
Code chart  
Communication  
TCP/IP Setup  
Compatibility Mode  
Compiling Host Software  
pre-compiled binaries  
configuring TCP/IP on your windows  
workstations  
connfiguring TCP/IP for Windows  
Workstations  
Connections  
Control codes  
226  
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Index  
Dataproducts Long Lines Parallel Interface  
Host System Configuration  
D
Data Carrier Detect (DCD) signal  
Data lines 1 through 8 signal  
Demand signal  
Dimensions  
Data Set Ready (DSR) signal  
Data strobe signal  
Distance required from host  
Dataproducts Long Lines interface signals  
E
227  
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Index  
F
ezsetup  
installation program  
228  
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Index  
Flash messages  
229  
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Index  
I
IEEE 1284  
G
IGP/PGL  
H
IGP/VGL  
Hardware installation  
Installation  
230  
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Index  
Paper  
Power  
Power Paper Stacker  
Powering on the Printer  
Paper chains  
Paper Instruction (PI) signal  
Print Job  
Printer  
232  
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Index  
Printer Dimensions  
Request To Send (RTS) signal  
Requirements  
Resistors  
printing conventions  
Printouts  
Ribbon  
R
Ready signal  
Received Data (RD) signal  
Received data (RD) signal  
233  
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Index  
RS-232 serial interface  
Signals  
RS-422 serial interface  
Software  
Specifications  
S
Serial Configuration  
T
TCP/IP  
Shipping restraints  
234  
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Index  
236  
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5525B/31/32 Line Matrix Printer  
Compaq Computer Corporation  
P/N 422721-001  
170115-001A  
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