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IBM Printing Systems: Printer Information
S544-5750-00
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ꢀꢁꢂ
IBM Printing Systems: Printer Information
S544-5750-00
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Note
Before using this information and the products it supports, be sure to read the general information in “Notices” on page xiii.
First Edition (March 2001)
This edition applies to Release 1.0 of the IBM Printing Systems: Printer Information, and applies to all subsequent
releases of this product until otherwise indicated in new releases or technical newsletters.
The following paragraph does not apply to the United Kingdom or any country where such provisions are
inconsistent with local law: INTERNATIONAL BUSINESS MACHINES CORPORATION PROVIDES THIS MANUAL
“AS IS” WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT
LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
PURPOSE. Some states do not allow disclaimer of express or implied warranties in certain transactions. Therefore,
this may not apply to you.
IBM does not warrant that the contents of this publication or the accompanying source code examples, whether
individually or as one or more groups, will meet your requirements or that the publication or the source code is
error-free.
Requests for copies of this publication and for technical information about IBM® products should be made to your
IBM authorized Dealer, your IBM Marketing Representative, or your IBM Printing Systems Marketing Representative.
IBM Printing Systems welcomes your comments. For your convenience, a form for reader’s comments is provided at
the back of this publication. If the form has been removed, you may send your comments to the following address:
INFORMATION DEVELOPMENT
IBM PRINTING SYSTEMS
DEPARTMENT 588 BUILDING 003G
PO BOX 1900
BOULDER CO 80301-9191
If you prefer to send your comments electronically, use one of the following methods:
v
Internet: [email protected]
Fax: 1-800-524-1519
v
Internet: Visit our home page at http://www.ibm.com/printers
When you send information to IBM, you grant IBM a nonexclusive right to use or distribute the information in any
way it believes appropriate without incurring any obligation to you.
However, the following copyright notice protects this documentation under the Copyright laws of the United States
and other countries which prohibit such actions as, but not limited to, copying, distributing, modifying, and making
derivative works.
© Copyright International Business Machines Corporation 2001. All rights reserved.
US Government Users Restricted Rights – Use, duplication or disclosure restricted by GSA ADP Schedule Contract
with IBM Corp.
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Table of Contents
© Copyright IBM Corp. 2001
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iv Printer Information
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Table of Contents
v
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vi Printer Information
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List of Figures
28. Printable Area for 9.5 by 11-Inch (Narrow) and a 12 by 8.5-Inch (Wide) Folded Forms on Infoprint
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viii Printer Information
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List of Tables
19. Attachment Modes for the Network Printer 12, Network Printer 17, Infoprint 20, Infoprint 32, and
© Copyright IBM Corp. 2001
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x
Printer Information
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List of Tables xi
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xii Printer Information
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Notices
References in this publication to products or services of IBM do not suggest or imply that IBM will make
them available in all countries where IBM does business or that only products or services of IBM may be
used. Noninfringing equivalents may be substituted, but the user must verify that such substitutes, unless
expressly designated by IBM, work correctly. No license, expressed or implied, to patents or copyrights of
IBM is granted by furnishing this document. You can send license inquiries, in writing, to the IBM Director
of Licensing, IBM Corporation, 500 Columbus Avenue, Thornwood, NY 10594, USA.
Licensees of this program who wish to have information about it for the purpose of enabling: (1) the
exchange of information between independently created programs and other programs (including this one)
and (2) the mutual use of the information, which has been exchanged, should contact: IBM Corporation,
Printing Systems Company Legal Department, Mail Drop 001W, Boulder, Colorado 80301 USA. Such
information may be available, subject to appropriate terms and conditions, including in some cases,
payment of a fee.
This publication is intended to help you identify differences between IBM printers and the software used to
drive the printers.
Trademarks
The following terms are trademarks of the IBM Corporation in the United States or other countries:
IBM®
Infoprint®
InfoColor®
AIX®
AS/400®
VM/ESA®
RISC System/6000®
RS/6000®
Advanced Function Common Control Unit®
AFCCU®
Advanced Function Presentation™ (AFP)
Print Services Facility™
Print Services Facility for OS/390™
Print Services Facility/VM™
Print Services Facility/VSE™
Print Services Facility/400™
Print Services Facility/6000™
The following terms are trademarks of other companies as follows:
Netscape®
Netscape Navigator®
Netscape Navigator is a registered trademark of Netscape Communications Corporation
Windows is a registered trademark of Microsoft, Corp.
Internet Explorer™
Internet Explorer is a trademark of Microsoft, Corp.
Netscape is a registered trademark of Netscape Communications Corporation
Windows®
UNIX™
UNIX is a trademark of System Laboratories, licensed exclusively by X/Open Company,
Ltd.
PostScript®
TrueType®
PostScript is a registered trademark of Adobe Systems Incorporated.
TrueType is a registered trademark of Apple Computer, Inc.
© Copyright IBM Corp. 2001
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PCL®
PCL is a registered trademark of Hewlett-Packard Company.
HP-UX is a trademark of Hewlett Packard Company.
Sun Solaris is a trademark of Sun Microsystems, Inc.
HP-UX
Sun Solaris
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Chapter 1. Introducing IBM Printing Systems Printers
IBM Printing Systems offers printing hardware and software technology. Printing Systems specializes in
print solutions for the enterprise delivering customized, comprehensive solutions that go beyond the
printed page. Printing Systems provides innovative, efficient, and cost-effective printing solutions that link
information with output across any enterprise, large or small, worldwide.
This publication is intended to help you identify differences between IBM printers and the software used to
drive the printers.
Printers Described in This Publication
This publication describes the following printers:
Finding Additional Information About Printing
For more information about IBM printers and printing software, visit the IBM Printing Systems Internet
page at:
http://www.ibm.com/printers
Advanced Function Common Control Unit (AFCCU)
The Advanced Function Common Control Unit (AFCCU) is the printer controller used in IPDS production
printers. The heart of the AFCCU is a RISC System/6000 processor devoted to controlling printer functions
and interpreting the IPDS data stream, and a set of microcode that runs on this processor. The same
microcode is used across printer models, providing common IPDS functionality. However, since new
functions are continually added to IPDS, newer printer models may have functions that were not shipped
on older models. For details on IPDS functions available on AFCCU printers, see the IPDS Handbook for
© Copyright IBM Corp. 2001
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Printers that Use the AFCCU, G544-3895. For a summary of IPDS functions available on AFCCU and
non-AFCCU printers, see Table 13 on page 14 and Table 14 on page 15. The AFCCU printers described in
this publication are:
Printer Characteristics and PSF-Supported Functions
When you prepare an application to be printed on a PSF-supported printer, you should consider certain
printer characteristics. Although the printers have many capabilities and functions in common, some
differences exist. This publication describes printer characteristics and functions that are important when
you are:
v Preparing an application for use on only one type of printer
v Deciding which printer to use for an application
v Preparing an application for use on more than one type of printer
This publication describes the differences among printers that may affect using the printer with PSF. For
more information about a specific printer or for information about other printer characteristics, refer to the
printer publications.
The printer characteristics as shown in Table 1 through Table 7 are supported similarly by PSF programs
on different operating systems. An example of a printer characteristic is the medium on which the printer
prints: continuous forms or cut-sheet. The printer hardware determines the medium, and PSF uses what is
provided.
In contrast, other PSF-supported functions can differ across operating systems and releases. For example,
current releases of the PSF licensed programs support graphics and bar codes, whereas earlier releases
do not.
Printer Characteristics
publication.
Workgroup Laser Printers
IBM Printing Systems’ workgroup laser printers are cut-sheet printers designed to support the printing
needs of small to medium-sized organizations. Table 1 and Table 2 on page 3 list the characteristics of
these printers.
Table 1. Workgroup Laser Printer Characteristics
Printer Characteristics
Network Printer 12 Network Printer 17 Infoprint Color 8
Infoprint 12
(4912)
(4312)
(4317)
17 ppm
Laser
(4308)
Maximum printing rate
Print technology
Datastreams
* Pages and ESC/P support DSE, PostScript,
is available only in Japan.
12 ppm
8 ppm
12 ppm
Laser
Laser
Laser
IPDS, SCS, DSC,
IPDS, SCS, DSC,
DSE, PostScript,
PCL, Pages*,
ESC/P*
PCL, PostScript
PCL, PostScript
PCL, Pages*,
ESC/P*
2
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Table 1. Workgroup Laser Printer Characteristics (continued)
Printer Characteristics
Network Printer 12 Network Printer 17 Infoprint Color 8
Infoprint 12
(4912)
(4312)
(4317)
(4308)
Form type
Cut Sheet
Cut Sheet
Cut Sheet
Cut Sheet
Number of input bins
2 standard
1 optional
2 standard
1 optional
2 standard
1 optional
2 standard
2 optional
Number of output bins
1 standard
1 optional
1 standard
2 optional
1 standard
1 optional
2 standard
Manual forms feed
Envelope printing
yes
yes
yes
yes
yes
no
yes
yes
MICR printing
*IBM Business Partners may
have MICR solutions for
these printers.
no*
no*
no*
no*
Duplex printing
yes
(manual)
yes
(manual)
yes
no
yes
no
Color
yes
no
Printhead resolution
300 dpi
600 dpi
1,200 dpi
600 dpi
35,000
600 dpi
65,000
600 dpi
Maximum impressions per
month (duty cycles)
25,000
20,000
Table 2. Workgroup Laser Printer Characteristics (continued)
Printer Characteristics
Infoprint 32
(4332–001)
(4332–002)
(4332–003)
Infoprint 40
(4332–004)
(4332–005)
(4332–006)
Infoprint 20
(4320)
Infoprint 21
(4322)
Maximum printing rate
Print technology
Datastreams
* Pages and ESC/P support is DSE, PostScript,
available only in Japan.
20 ppm
Laser
21 ppm
Laser
32 ppm
Laser
40 ppm
Laser
IPDS, SCS, DSC,
IPDS, SCS, DSC,
DSE, PostScript,
PCL
IPDS, SCS, DSC,
DSE, PostScript,
PCL, Pages*,
ESC/P*
IPDS, SCS, DSC,
DSE, PostScript,
PCL, Pages*,
ESC/P*
PCL, Pages*,
ESC/P*
Form type
Cut Sheet
Cut Sheet
Cut Sheet
Cut Sheet
Number of input bins
2 standard
2 optional
2 standard
2 optional
3 standard
3 optional
3 standard
3 optional
Number of output bins
1 standard
1 optional
1 standard
2 optional
1 standard
4 optional
1 standard
4 optional
Manual forms feed
Envelope printing
yes
yes
yes
yes
yes
yes
yes
yes
MICR printing
*IBM Business Partners may
have MICR solutions for these
printers.
no*
no*
no*
no*
Duplex printing
Color
yes
no
yes
no
yes
no
yes
no
Printhead resolution
600 dpi
1200 dpi
600 dpi
600 dpi
Chapter 1. Introducing IBM Printing Systems Printers
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3
Table 2. Workgroup Laser Printer Characteristics (continued) (continued)
Printer Characteristics
Infoprint 32
(4332–001)
(4332–002)
(4332–003)
Infoprint 40
(4332–004)
(4332–005)
(4332–006)
Infoprint 20
(4320)
Infoprint 21
(4322)
Maximum impressions per
month (duty cycles)
75,000
100,000
150,000
150,000
Cutsheet Production Printers
IBM Printing Systems’ cut sheet production printers are heavy-duty, full-function printers with multiple
Table 3. Cut Sheet Production Printer Characteristics
Printer Characteristics
Infoprint 2000
(2710–NP1)
(2710–RP1)
Infoprint 60
(3160–002)
Infoprint 70
(2770)
Infoprint 2000
(2710–DP1)
Maximum printing rate
Print technology
Datastreams
60 ppm
Laser
70 ppm
Laser
110 ppm
Laser
110 ppm
Laser
PostScript 3,
PCL6, PDF
IPDS,
LCDS/Metacode,
PCL6, PostScript
3, PDF
IPDS, PCL
IPDS
Form type
Cut Sheet
Cut Sheet
Cut-Sheet
3 standard
Cut-Sheet
3 standard
Number of input bins
3 standard
1 optional
4 standard
1 optional
Number of output bins
2 standard
2 optional
2 standard
1 optional
1 standard
1 standard
Manual forms feed
Envelope printing
no
no
no
no
no
no
no
no
MICR printing
*IBM Business Partners may have
MICR solutions for these printers.
no*
no*
no
no
Duplex printing
Color
yes
no
yes
no
yes
no
yes
no
Printhead resolution
240 dpi
300 dpi
600 dpi
600 dpi
400,000
600 dpi
600 dpi
Maximum impressions per month (duty
cycles)
750,000
2,000,000
2,000,000
Continuous Form Production Printers
IBM Printing Systems’ continuous form production printers are high-speed, high capacity printers. Table 4
Table 4. Continuous Form Production Printer Characteristics (1 of 2)
Printer Characteristics
Infoprint 4000
Simplex
(4000–IS1)
Infoprint 4000
Simplex
Infoprint 3000
(3300–ES1)
Infoprint 3000
(3300–ED1/ED2)
(4000–IS2)1
Print technology
Datastreams
Laser
IPDS
Laser
IPDS
Laser
IPDS
Laser
IPDS
4
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Table 4. Continuous Form Production Printer Characteristics (1 of 2) (continued)
Printer Characteristics
Infoprint 4000
Simplex
(4000–IS1)
Infoprint 4000
Simplex
Infoprint 3000
(3300–ES1)
Infoprint 3000
(3300–ED1/ED2)
(4000–IS2)1
Form type
Continuous
1 standard
1 standard
n/a
Continuous
1 standard
1 standard
n/a
Continuous
1 standard
1 standard
n/a
Continuous
1 standard
1 standard
n/a
Number of input bins
Number of output bins
Manual forms feed
Envelope printing
n/a
n/a
n/a
n/a
MICR printing
*With either RPQ 8B4013 or
8B4018 installed
no
no
no
no
yes
no
yes*
no
yes*
no
Duplex printing
Color
*With the IBM 4005 Infoprint
yes*
yes*
Hi-Lite Color printer attached2
Printhead resolution
480 dpi
600 dpi
480 dpi
600 dpi
240 dpi
300 dpi
240 dpi
300 dpi
Maximum printing rates for letter (8.5 x 11)
inches per second
inches per minute
15.9
954
15.9
954
32.5
46
1,950
2,760
Maximum printing rates for letter in pages per minute3
1–up landscape (8.5 inches
long) simplex
112
n/a
172
n/a
112
224
172
344
229
n/a
324
n/a
1–up landscape (8.5 inches
long) duplex
2–up portrait (11 inches
long) simplex
354
n/a
501
n/a
2–up portrait (11 inches
long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
mm per minute
404
404
825
1168
24,231
24,231
49,530
70,104
Maximum printing rates for A4 in pages per minute3
1–up landscape (210 mm
long) simplex
115
n/a
162
n/a
115
230
162
324
235
n/a
333
n/a
1–up landscape (210 mm
long) duplex
2–up portrait (297 mm long)
simplex
333
n/a
472
n/a
2–up portrait (297 mm long)
duplex
Maximum usage in pages per month (duty cycles)4
Letter: 1–up landscape (8.5
2,800,000 simplex
inches long)
5,800,000 duplex
8,800,000 duplex
5,600,000 simplex 8,000,000 simplex
8,700,000 simplex 12,300,000 simplex
Letter: 2–up portrait (11 inches
4,400,000 simplex
long)
Chapter 1. Introducing IBM Printing Systems Printers
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5
Table 4. Continuous Form Production Printer Characteristics (1 of 2) (continued)
Printer Characteristics
Infoprint 4000
Simplex
(4000–IS1)
Infoprint 4000
Simplex
Infoprint 3000
(3300–ES1)
Infoprint 3000
(3300–ED1/ED2)
(4000–IS2)1
A4: 1–up landscape (210 mm
long)
3,000,000 simplex
4,000,000 simplex
6,000,000 duplex
8,000,000 duplex
5,700,000 simplex 8,100,000 simplex
8,200,000 simplex 11,500,000 simplex
A4: 2–up portrait (297 mm
long)
1. The 4000–IS2 printer was originally shipped with a print speed of 44 inches per second. All 4000–IS2 printers
shipped after February 17, 1998 (or with upgrades 9324 or 4260 installed) have a print speed of 46 inches per
second.
2. The IBM Infoprint 4005 Hi-Lite Color post-processor provides a high-speed, high quality, all-points-addressable
(APA) color printing system to complement the industry-leading quality and reliability the IBM Infoprint 4000 Wide
or Wide Duplex printers (240 dpi models). Visit the IBM Printing Systems Internet page at
http://www.ibm.com/printers for more information about the Infoprint 4005.
3. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
4. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Table 5. Production/System Printer Characteristics (2 of 2)
Printer Characteristics
Infoprint 4000 Infoprint 4000 Infoprint 4000 Infoprint 4000 Infoprint 4000
(4000 IR1/IR2) (4000 IR3/IR4) (4000 ID1/ID2) (4000 ID3/ID4) (4000 ID5/ID6)
Print technology
Datastreams
Laser
IPDS
Laser
IPDS
Laser
IPDS
Laser
IPDS
Laser
IPDS
Form type
Continuous
1 standard
1 standard
n/a
Continuous
1 standard
1 standard
n/a
Continuous
1 standard
1 standard
n/a
Continuous
1 standard
1 standard
n/a
Continuous
1 standard
1 standard
n/a
Number of input bins
Number of output bins
Manual forms feed
Envelope printing
n/a
n/a
n/a
n/a
n/a
MICR printing
*With either RPQ 8B4013 or
8B4018 installed
no
yes
no
no
yes
no
yes*
yes
no
yes
yes*
yes*
yes
Duplex printing
Color
*With the IBM 4005 Infoprint
yes*
yes*
Hi-Lite Color printer attached1
Printhead resolution
480 dpi
600 dpi
480 dpi
600 dpi
240 dpi
300 dpi
240 dpi
300 dpi
480 dpi
600 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
inches per minute
21.3
32.5
32.5
46
46
1,278
1,950
1,950
2,760
2,760
Maximum printing rates for letter in pages per minute2
1–up landscape (8.5 inches
150
229
229
324
324
long) simplex
6
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Table 5. Production/System Printer Characteristics (2 of 2) (continued)
Printer Characteristics
Infoprint 4000 Infoprint 4000 Infoprint 4000 Infoprint 4000 Infoprint 4000
(4000 IR1/IR2) (4000 IR3/IR4) (4000 ID1/ID2) (4000 ID3/ID4) (4000 ID5/ID6)
1–up landscape (8.5 inches
long) duplex
300
232
464
458
354
708
458
354
708
648
648
2–up portrait (11 inches long)
simplex
501
501
2–up portrait (11 inches long)
1,002
1,002
duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
mm per minute
541
825
825
1168
1168
32,461
49,530
49,530
70,104
70,104
Maximum printing rates for A4 in pages per minute2
1–up landscape (210 mm long)
simplex
154
308
218
436
235
470
333
666
235
470
333
666
333
666
472
944
333
666
472
944
1–up landscape (210 mm long)
duplex
2–up portrait (297 mm long)
simplex
2–up portrait (297 mm long)
duplex
Maximum usage in pages per month (duty cycles)3
Letter: 1–up landscape (8.5
inches long)
7,300,000
(duplex)
11,200,000
(duplex)
11,200,000
(duplex)
16,000,000
(duplex)
16,000,000
(duplex)
Letter: 2–up portrait (11 inches
long)
11,300,000
(duplex)
17,400,000
(duplex)
17,400,000
(duplex)
24,600,000
(duplex)
24,600,000
(duplex)
A4: 1–up landscape (210 mm
long)
7,500,000
(duplex)
11,600,000
(duplex)
11,600,000
(duplex)
16,300,000
(duplex)
16,300,000
(duplex)
A4: 2–up portrait (297 mm long)
10,700,000
(duplex)
16,700,000
(duplex)
16,700,000
(duplex)
23,000,000
(duplex)
23,000,000
(duplex)
1. The IBM Infoprint 4005 Hi-Lite Color post-processor provides a high-speed, high quality, all-points-addressable
(APA) color printing system to complement the industry-leading quality and reliability the IBM Infoprint 4000 Wide
or Wide Duplex printers (240 dpi models). Visit the IBM Printing Systems Internet page at
http://www.ibm.com/printers for more information about the Infoprint 4005.
2. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
3. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Enterprise Color Printers
IBM Printing Systems’ enterprise color printers are web-fed, full-color printers. Table 6 on page 8 lists the
characteristics for these printers.
Chapter 1. Introducing IBM Printing Systems Printers
7
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Table 6. Enterprise Color Printer Characteristics
Printer Characteristics
InfoColor 70
(3170–002)
(3170–02D)
Infoprint Color
100
(3170–03D)
Infoprint Color
130
(3170–004)
Infoprint Color
130 Plus
(3170–005)
Print technology
Electro-
Electro-
Electro-
Electro-
photographic
photographic
photographic
photographic
Datastreams
PostScript
Continuous
1 standard
1 standard
n/a
PostScript
Continuous
1 standard
1 standard
n/a
PostScript
Continuous
1 standard
1 standard
n/a
IPDS
Continuous
1 standard
1 standard
n/a
Form type
Number of input bins
Number of output bins
Manual forms feed
Envelope printing
MICR printing
n/a
n/a
n/a
n/a
no
no
no
no
Duplex printing
yes
yes
no
no
Color selection
yes
yes
yes
yes
Printhead resolution
600 dpi
600 dpi
600 dpi
600 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
inches per minute
3.4
4.8
6.3
6.3
204
289
378
378
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches
long) simplex
35
34
68
44
138
68
44
138
68
1–up landscape (8.5 inches
long) duplex
70
2–up portrait (11 inches long)
simplex
n/a
52
2–up portrait (11 inches long)
duplex
n/a
105
136
136
Maximum printing rates for A4 (210 x 297 mm)
mm per second
86
122.5
7350
160
160
mm per minute
5160
9,600
9,600
Maximum printing rates for A4 in pages per minute1
1–up landscape (210 mm
long) simplex
35
34
68
44
138
n/a
n/a
44
138
n/a
n/a
1–up landscape (210 mm
long) duplex
70
2–up portrait (297 mm long)
simplex
n/a
52
2–up portrait (297 mm long)
duplex
n/a
105
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5
680,000 duplex
680,000 duplex
680,000 duplex
680,000 duplex
inches long)
Letter: 2–up portrait (11
inches long)
n/a
1,050,000 duplex
1,050,000 duplex
1,050,000 duplex
8
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Table 6. Enterprise Color Printer Characteristics (continued)
Printer Characteristics
InfoColor 70
(3170–002)
(3170–02D)
Infoprint Color
100
(3170–03D)
Infoprint Color
130
(3170–004)
Infoprint Color
130 Plus
(3170–005)
A4: 1–up landscape (210 mm
long)
700,000 duplex
n/a
700,000 duplex
700,000 duplex
700,000 duplex
A4: 2–up portrait (297 mm
long)
1,000,000 duplex
1,000,000 duplex
1,000,000 duplex
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Industrial Impact and Non-Impact Printers
IBM Printing Systems’ industrial impact and non-impact printers are cost-effective, rugged impact and
characteristics for these printers.
Table 7. Industrial / Impact and Non-Impact Printer Characteristics (1 of 2)
Printer Characteristics
4230–xx1
4230–xx2
4230–xx3
4247–A00/001
4247–002
4232
Maximum printing rate: characters per
second (cps)
Maximum printing rate: lines per minute
(lpm)
Maximum printing rate: inches per second
(ips)
375 cps (-xx1)
480 cps (-xx1)
600 cps (-xx1)
700 cps (A00/001)
400 (002)
600 cps
Print technology
Datastreams
Impact Dot Matrix
Impact Dot Matrix
Impact Dot Matrix
PPDS, Epson, ASCII,
SCS, IPDS
PPDS, Epson, ASCII PPDS, Epson, ASCII,
SCS, IPDS
Form type
Continuous
Cut-Sheet
Continuous
Cut-Sheet
Continuous
Cut-Sheet
Number of input bins
Number of output bins
3 standard
3 optional
1 standard
1 standard
1 standard
1 standard
1 standard
Manual forms feed
*An Automatic Sheet Feed Device is
available.
yes
yes
yes*
Envelope printing
MICR printing
n/a
no
n/a
no
n/a
no
Duplex printing
no
no
no
Color
no
no
no
Operator-adjustable forms
Printhead resolution (pels per inch)
yes
yes
yes
144 X 144
144 X 144
144 X 144
Maximum characters per second (cps) per
month (duty cycles)
16,000,000
16,000,000
20,000,000
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9
Table 8. Industrial / Impact and Non-Impact Printer Characteristics (2 of 2)
Printer Characteristics
6400–050/P50
6400–010/P10
6400–015
4400 Thermal
Printer
4400–004
4400–006
4400–008
Infoprint 62
(4370–002)
(4370–003)
Maximum printing rate: characters per second
(cps)
Models 004/006
8 ips at 300 dpi
10 ips at 203 dpi
Model 008
6 ips at 300 dpi
8 ips at 203 dpi
500 lpm (050/P50)
Maximum printing rate: lines per minute (lpm)
1000 lpm (010/P10)
n/a
Maximum printing rate: inches per second (ips)
1500 lpm (015)
Print technology
Datastreams
Line Matrix
Thermal
Light Emitting Diode
IPDS
PPDS, Epson, ASCII, ASCII, Code V and
SCS, IPDS
IGP, IPDS, SCS
Form type
Continuous
Continuous
Continuous
1 standard
Number of input bins
Number of output bins
1 standard
1 standard
1 standard
1 standard
1 optional
1 standard
n/a
Manual forms feed
*An Automatic Sheet Feed Device is available.
n/a
n/a
Envelope printing
MICR printing
n/a
no
n/a
no
n/a
no
no
no
n/a
Duplex printing
no
no
Color
no
no
Operator-adjustable forms
Printhead resolution (pels per inch)
yes
yes
203 dpi
300 dpi
240 dpi (4370–002)
300 dpi (4370–003)
120 X 144
n/a
Maximum characters per second (cps) per
month (duty cycles)
n/a
n/a
Maximum printing rates for letter (8.5 x 11)
inches per second
8.8
n/a
inches per minute
528
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait 11 inches long (simplex)
2–up portrait 11 inches long (duplex)
Maximum printing rates for A4 (210 mm x 297 mm)
mm per second
62
n/a
n/a
n/a
n/a
n/a
1574
mm per minute
13,411
Maximum printing rates for A4 in pages per minute1
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Table 8. Industrial / Impact and Non-Impact Printer Characteristics (2 of 2) (continued)
Printer Characteristics
4400 Thermal
6400–050/P50
6400–010/P10
6400–015
Printer
Infoprint 62
(4370–002)
(4370–003)
4400–004
4400–006
4400–008
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up portrait (11 inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up portrait (297 mm long)
64
n/a
n/a
n/a
n/a
n/a
600,000 simplex
n/a
600,000 simplex
n/a
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
AFP Font Collection
The AFP Font Collection provides a comprehensive set of fonts and utility programs that enable you to
optimize font usage on Advanced Function Printing devices. The fonts provided by this product, or
transformed using its utilities, can be installed on any IBM operating system, providing consistency across
platforms and AFP printers. Resident IPDS fonts are supplied for the printers marketed by IBM Printing
Systems. The single-byte raster and outline fonts shipped with the AFP Font Collection are already marked
correctly for activating resident fonts and for capturing fonts.
A raster font is a sequence of dots that form the character. The number of dots per inch that a printer
generates is called the print resolution, or density. A resolution of 240 pels means that a printer prints 240
pels per inch both vertically and horizontally, or 57,600 pels per square inch (240 x 240). The ability to
print at a given pel density is determined by the type of printer. Because IBM fonts are provided for
specific resolutions, different fonts are available for printers with different resolutions (for example, 240–pel
and 300–pel printers).
Outline fonts describe their characters by mathematical formulas rather than by pels. These formulas are
used by rasterizing software to create bitmap characters based on two variables: resolution and point size.
This means that a single outline font can offer many print resolutions and point sizes.
The Font Collection Version 2 product numbers are: 5648-B33 (MVS, VM, and VSE) and 5648-B45 (AIX,
OS/400, and OS/2). For more information, see the Printing Systems web site at:
http://www.ibm.com/printers
Font Technologies
Resident fonts are installed in the printer and are always available. Their use can significantly decrease
the amount of data that must be sent to the printer across communication lines. A list of which resident
fonts are available on the printer can usually be obtained from the printer’s menu.
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Downloaded fonts are sent from the print server and generally disappear after the job has finished printing.
Downloaded fonts can also be “captured” by the printer. Captured fonts automatically become new
temporary resident fonts, which improves performance on future jobs that use the same fonts. The printer
manages the captured font library, not the print server.
Font Support with PSF and Infoprint Manager: Outline, raster, SBCS and DBCS fonts are supported
by Print Services Facility and Infoprint Manager on most operating systems as download, resident, or
Table 9. Font Support with PSF
Operating System
PSF for OS/390
PSF/MVS
Download
yes
Resident
yes
Captured
yes
yes
yes
yes
PSF/VSE
yes
yes
yes
PSF/VM
yes1
yes
no
PSF/400
yes
yes
yes
Infoprint Manager for
Windows NT and Windows
2000
yes
yes
yes
yes
no
no
Infoprint Manager for AIX
1. PSF/VM does not download outline fonts.
Font Support with IPDS Printers: The following table summarizes the font technologies supported by
Printing System IPDS printers.
Table 10. Font Technologies Supported by IPDS Printers
Printer
Single-Byte Raster
Downloaded
Single-Byte Outline Double-Byte Raster Double-Byte Outline
Network Printer 12
Network Printer 17
Infoprint 20 printer
Downloaded
Downloaded
Downloaded
Downloaded
Resident
Downloaded
Resident1
Downloaded
Downloaded
Downloaded
Downloaded
Downloaded
Downloaded
Infoprint 21 printer
Downloaded
Resident
Downloaded
Resident1
Infoprint 32 printer
Infoprint 40 printer
Downloaded
Resident
Downloaded
Resident1
Infoprint 60 printer
Downloaded
Resident
Downloaded
Resident
Downloaded
Resident
Downloaded
Resident
Capture
Capture
Capture
Capture
Infoprint 62 printer
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Capture
Infoprint 2000–DP1
printer
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Capture
Infoprint 3000 printers
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Capture
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Table 10. Font Technologies Supported by IPDS Printers (continued)
Printer
Single-Byte Raster
Single-Byte Outline Double-Byte Raster Double-Byte Outline
Infoprint
4000–IR1/IR2 printer
Infoprint
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Capture
4000–IR3/IR4 printer
Infoprint 4000–IS1
printer
Infoprint 4000–IS2
printer
Infoprint
4000–ID1/ID2 printer
Infoprint
Downloaded
Resident
Capture
Downloaded (240 dpi)
Resident
Downloaded
Resident
Capture
Downloaded
Capture
Capture
4000–ID3/ID4 printer
Infoprint
4000–ID5/ID6 printer
Infoprint Color 130
Plus printer
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Resident
Capture
Downloaded
Capture
4230 Printer
4247 Printer
6400 Printer
Resident
Resident
Resident
Resident
1. With the IPDS DBCS font feature.
Font Support with PCL Printers: The following table summarizes the font technologies supported by
Printing System PCL printers.
Table 11. Font Technologies Supported by PCL Printers
Printer
Internal (resident)
Disk (additional)
Downloadable (Soft)
Infoprint Color 8
Infoprint 12 printer
Network Printer 12
Network Printer 17
Infoprint 20 printer
Infoprint 21 printer
yes
yes
yes
yes
yes
yes
no
no
no
no
no
yes
yes
yes
yes
yes
yes
yes
Infoprint 32 printer
Infoprint 40 printer
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Infoprint 60 printer
Infoprint 2000–NP1/RP1
printers
Infoprint 3000 printers
Font Support with PostScript Printers: The following table summarizes the font technologies supported
by Printing System PostScript printers.
Table 12. Font Technologies Supported by PostScript Printers
Printer
Internal
yes
Downloadable (Soft)
Infoprint Color 8
Network Printer 12
no
no
yes
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Table 12. Font Technologies Supported by PostScript Printers (continued)
Printer
Internal
yes
Downloadable (Soft)
Network Printer 17
Infoprint 20 printer
Infoprint 21 printer
Infoprint 32 printer
Infoprint 40 printer
Infoprint 2000–NP1/RP1 printers
Infoprint 3000 printers
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Network Printer Resource Utility
The Network Printer Resource Utility (NPRU) is an application for Workgroup printers that provides a
repository (resource inventory) for fonts and overlays (macros) on a workstation with access to an IBM
printer. Once a font or overlay has been added to the NPRU inventory, it can be downloaded to temporary
or permanent RAM on the printer or to a Flash or Hard Drive option if available.
The font formats supported are PCL Intellifonts, TrueType, and PostScript Type1. Fonts and overlays that
are downloaded are available to workstation applications when the network printer drivers are selected.
NPRU is a separate program that uses the printer drivers to download.
See the Setup CD-ROM for individual Workgroup printers for information about the systems that NPRU
supports.
IPDS Functions
Table 13. Supported IPDS Functions (1 of 2)
Network Printer
Infoprint 20
Infoprint 21
Infoprint 32
Infoprint 40
12
Network Printer
17
Infoprint 60
Infoprint 70
N_UP
no
no
no
yes
yes
no
no
no
N_UP Enhanced
no
Cut-Sheet Emulation
Print Quality Selection
Set Media Size
no
no
no
no
yes
no
yes
no
no
no
no
Select Media Modification
Media Source by Copy
Media ID by Name
no
no
no
no
yes
no
yes
yes
yes
no
yes
no
no
Media ID by OID
no
Infoprint 21 only
yes
254
no
Maximum Mapped Page Overlay
Page Overlay Rotation
Maximum Mapped Page Segment
Changeable Media Origin
Logical Page and Object Coloring
254
no
254
no
32,511
yes
32,511
yes
127
yes
127
yes
127
yes
Prints black,
color of medium,
or percentage of
coverage
no
no
no
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Table 13. Supported IPDS Functions (1 of 2) (continued)
Network Printer
Infoprint 20
Infoprint 21
Infoprint 32
Infoprint 40
12
Network Printer
17
Infoprint 60
Infoprint 70
PTOCA PT2
Set Text Color
Set Extended Text Color
yes
accept
no
yes
accept
accept
yes
accept
accept
yes
accept
accept
IM1 Image
OCA Color
yes
accept
yes
accept
yes
accept
yes
accept
IOCA FS10 Image
G4 MMR Comp.
G3 MR Comp.
G3 MH Comp.
IBM MMR Comp.
ABIC Bi-Level Comp.
RL4
yes
yes
yes
no
yes
no
yes
accept
no
yes
no
yes
yes
yes
no
yes
no
yes
accept
no
yes
no
yes
yes
yes
yes
yes
yes
no
accept
yes
yes
yes
yes
yes
yes
no
yes
no
yes
accept
no
yes
no
OCA Color
Unpadded RIDIC
Replicate and Trim
Scale to Fill
IOCA FS42 and FS45
no
no
no
no
GOCA DR2/V0
OCA Colors
Process Colors
Simulate OCA color with pattern
Simulate highlight color with shading
Partial Arc
yes
accept
no
no
no
yes
accept
accept
yes
no
yes
yes
accept
accept
yes
yes
yes
yes
accept
accept
yes
no
yes
no
Box command
no
yes
yes
yes
EPS Object
BCOCA
no
no
no
no
these printers.
FOCA
printers.
Table 14. Supported IPDS Functions (2 of 2)
4230 Printer
Infoprint
2000
Model DP1
4247 Printer
4400 Thermal
Printer
Infoprint 3000 Infoprint Color
Infoprint 62
Infoprint 4000
130 Plus
6400 Printer
N_UP
yes
yes
no
yes
yes
yes
no
yes
yes
yes
no
no
no
yes
yes
yes
no
N_UP Enhanced
Cut-Sheet Emulation
Print Quality Selection
Set Media Size
no
no
yes
yes
no
no
no
no
no
Select Media Modification
Media Source by Copy
Media ID by Name
Media ID by OID
no
yes
n/a
yes
no
yes
n/a
yes
no
yes
n/a
yes
no
yes
yes
no
n/a
no
no
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Table 14. Supported IPDS Functions (2 of 2) (continued)
4230 Printer
4247 Printer
4400 Thermal
Printer
Infoprint
2000
Model DP1
Infoprint 3000 Infoprint Color
Infoprint 62
Infoprint 4000
130 Plus
6400 Printer
Maximum Mapped Page
Overlay
32,511
yes
32,511
yes
32,511
yes
254
no
32,511
yes
Page Overlay Rotation
Maximum Mapped Page
Segment
32,511
yes
32,511
yes
32,511
yes
127
no
32,511
yes
Changeable Media Origin
Logical Page and Object
Coloring
Prints black,
color of medium
or percentage
coverage
Prints black, color of medium
or percentage coverage
yes
no
PTOCA PT2
Set Text Color
Set Extended Text Color
yes
accept
accept
yes
accept
accept
yes
accept
accept
yes
accept
no
yes
accept
accept
IM1 Image
OCA Color
yes
accept
yes
accept
yes
yes
yes
accept
yes
accept
IOCA FS10 Image
G4 MMR Comp.
G3 MR Comp.
G3 MH Comp.
IBM MMR Comp.
ABIC Bi-Level Comp.
RL4
yes
yes
yes
yes
yes
yes
no
accept
yes
yes
yes
yes
yes
yes
yes
yes
yes
no
accept
yes
yes
yes
yes
yes
yes
yes
yes
yes
no
yes
no
yes
no
no
yes
yes
yes
yes
yes
yes
no
accept
no
yes
yes
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
OCA Color
Unpadded RIDIC
Replicate and Trim
Scale to Fill
IOCA FS42 Image
IOCA FS45 Image
yes
yes
no
no
no
no
GOCA DR2/V0
OCA Colors
Process Colors
Simulate OCA color with
pattern
yes
accept
accept
yes
accept
accept
yes
yes
yes
yes
accept
no
yes
accept
accept
yes
yes
n/a
no
yes
Simulate highlight color
with shading
Partial Arc
yes
yes
yes
yes
yes
yes
n/a
yes
yes
no
no
no
yes
yes
no
Box command
EPS Object
BCOCA
FOCA
no
no
no
no
no
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Table 15. Bar Codes supported by IPDS Printers
Network Printer 12
Network Printer 17
Infoprint 12
Infoprint 4000
Infoprint 3000
Infoprint 60
Infoprint 62
Infoprint 70
Infoprint Color
130 Plus
4230 Printer
4247 Printer
4400 Printer
6400 Printer
Bar Code Type
Modifier
Infoprint 20
Infoprint 21
Infoprint 32
Infoprint 40
X'01' — Code 39 (3–of–9) AIM
USS-39
X'01' and X'02'
yes
yes
yes
yes
yes
yes
X'02' — MSI (modified Plessey
code)
X'01' through X'09'
X'03' — UPC/CGPC Version A
X'05' — UPC/CGPC Version E
X'00'
X'00'
yes
yes
yes
yes
yes
yes
X'06' — UPC – Two Digit
Supplemental
X'00'
X'01' and X'02'
X'00'
yes
no
yes
no
yes
yes
yes
X'06' — UPC – Two Digit
Supplemental
X'07' — UPC – Five Digit
Supplemental
yes
yes
X'07' — UPC – Five Digit
Supplemental
X'01' and X'02'
X'00'
no
no
yes
yes
yes
X'08' — EAN 8 (includes JAN–short)
yes
yes
yes
yes
X'09' — EAN 13 (includes
JAN–standard)
X'00'
X'0A' — Industrial 2–of–5
X'0B' — Matrix 2–of–5
X'01' and X'02'
X'01' and X'02'
yes
yes
yes
yes
yes
yes
X'0C' — Interleaved 2–of–5, AIM
USS–1 2/5
X'01' and X'02'
X'01' and X'02'
X'02'
yes
yes
yes
yes
no
yes
yes
yes
yes
no
yes
yes
yes
yes
yes
yes
yes
X'0D' — Codabar, 2–of–7, AIM
USS–Codabar
X'11' — Code 128, AIM USS–128
(includes UCC/EAN–128
X'16' — EAN Two–digit
Supplemental
X'00'
X'16' — EAN Two–digit
Supplemental
X'01'
X'17' — EAN Five–digit
Supplemental
X'00'
yes
no
yes
no
X'17' — EAN Five–digit
Supplemental
X'01'
X'18' — POSTNET
X'00' through X'03'
X'00'
yes
no
yes
yes
yes
yes
X'1A' — RM4SCC (Royal Mail, UK)
X'1A' — RM4SCC (Royal Mail,
Dutch Kix)
X'01'
no
Infoprint 21
no
X'1B' — Japan Postal Bar Code
Infoprint 20
Infoprint 21
Infoprint 32
Infoprint 40
X'00' through X'01'
no
yes
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Table 15. Bar Codes supported by IPDS Printers (continued)
Network Printer 12
Network Printer 17
Infoprint 12
Infoprint 4000
Infoprint 3000
Infoprint 60
Infoprint 62
Infoprint 70
Infoprint Color
130 Plus
4230 Printer
4247 Printer
4400 Printer
6400 Printer
Bar Code Type
Modifier
Infoprint 20
Infoprint 21
Infoprint 32
Infoprint 40
X'1F' — Australia Postal Bar Code
X'01' through X'08'
no
Infoprint 20
Infoprint 70
Data Streams
The following table shows which platforms have the ability to convert data streams from one format to
another. This allows output which otherwise would not be printable on a particular device to be converted
into a data stream that the printer understands.
Keep in mind when using data stream transforms that some loss of fidelity may occur. Also, performance
and storage considerations should be taken into account because often the transformed data stream will
consist entirely of image, which is larger than the originating file.
Note: Transforms that are functionally the same may not be identical from platform.
Table 16. Data Stream Transforms
Infoprint Server
Infoprint Manager
for AIX (V3R2)
Infoprint Manager
for NT (V1R1)
AS/400 Host Print
Transform (V4R4)
Transform
Transforms (OS/390
V2R8)1
AFP to PCL
yes
yes
yes
yes
yes
yes
yes
yes
no
yes
yes
yes
no
yes
no
yes
yes
yes
yes
yes
yes
yes
no
AFP to PostScript
AFP to PDF
no
PCL to AFP
no
PostScript to AFP
PDF to AFP
yes
yes
no
no
no
SAP to AFP
yes
yes
yes
yes
no
TIFF to AFP
yes
no
AFP to TIFF
no
SCS to PCL
no
no
no
Line data to AFP
yes
yes
yes
1. Requires Infoprint Server for OS/390
Attachment Modes for Supported Printers
The following tables represent the datastream capabilities by attachment type currently available for the
Printing Systems product line. These capabilities are enhanced on a regular basis, so it is recommended
that you refer to current documentation when considering new printers and attachments. Additional
servers, software products, and datastream transforms will also supplement these tables with other
connectivity options. Many printers also support drivers available under other platforms (not listed in these
tables) such as OS/2, MacOS, Solaris, SCO-UNIX, HP-UX, Novell NetWare, Netware, and Linux. Some of
the attachment modes on various platforms will require additional software. For example, driving IPDS
printers from any platform requires PSF or Infoprint Manager, and driving PCL or PostScript from OS/390
requires Infoprint Server. Please reference the IBM website at http://www.ibm.com/printers for specific
software product requirements and up-to-date attachment information.
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Attachment Modes for Workgroup Laser Printers
Table 17. Attachment Modes for the Infoprint Color 8
OS/390
VM
VSE
AS/400
AIX
Windows
Ethernet or
Token Ring
PostScript, PCL
PostScript,
PCL
PostScript,
PCL
PostScript,
PCL
PostScript,
PCL
PostScript,
PCL
PostScript,
PCL
PC Parallel
Table 18. Attachment Modes for the Infoprint 12 Printer
OS/390
VM
VSE
AS/400
AIX
Windows
Ethernet or
Token Ring
PostScript, PCL
PostScript,
PCL
PostScript,
PCL
PostScript,
PCL
PC Serial
PostScript,
PCL
PostScript,
PCL
PC Parallel
Table 19. Attachment Modes for the Network Printer 12, Network Printer 17, Infoprint 20, Infoprint 32, and Infoprint 40
Printers
OS/390
VM
VSE
AS/400
AIX
Windows
IPDS, PostScript, IPDS
PCL
IPDS
IPDS,
PostScript,
PCL, Pages*
PostScript,
IPDS, PCL
PostScript,
IPDS, PCL
Ethernet or
Token Ring
PostScript,
PCL
PCL, Pages*, PCL, Pages*,
PC Parallel
PostScript,
ESC/P*
PostScript,
ESC/P*
IPDS, SCS,
DSC, DSE
IPDS, SCS,
DSC, DSE
IPDS, SCS,
DSC, DSE
Coaxial
Twin-axial
IPDS, SCS
* Pages and ESC/P support is available only in Japan.
Table 20. Attachment Modes for the Infoprint 21 Printer
OS/390
VM
VSE
AS/400
AIX
Windows
IPDS, PostScript, IPDS
PCL
IPDS
IPDS,
PostScript,
PCL
IPDS, PCL,
PostScript
IPDS, PCL,
PostScript
Ethernet or
Token Ring
PostScript,
PCL
PCL,
PostScript
PCL,
PostScript
PC Parallel
IPDS, SCS,
DSC, DSE
IPDS, SCS,
DSC, DSE
IPDS, SCS,
DSC, DSE
Coaxial
Twin-axial
IPDS, SCS
* Pages and ESC/P support is available only in Japan.
Chapter 1. Introducing IBM Printing Systems Printers 19
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Attachment Modes for Cut Sheet Production Printers
Table 21. Attachment Modes for the Infoprint 60 Printer
OS/390
VM
VSE
AS/400
AIX
Windows
Ethernet or
Token Ring
IPDS, PCL
IPDS
IPDS
IPDS
IPDS
IPDS, PCL
IPDS, PCL
IPDS, PCL
Parallel
IPDS
Channel
Table 22. Attachment Modes for the Infoprint 70 Printer
OS/390 VM
IPDS
VSE
AS/400
AIX
Windows
Ethernet or
Token Ring
IPDS
IPDS
IPDS
Parallel
IPDS
Channel
Table 23. Attachment Modes for the Infoprint 2000–NP1 and Infoprint 2000–RP1 Printers
OS/390
VM
VSE
AS/400
AIX
Windows
PostScript, PCL,
PDF
PostScript,
PCL
PostScript,
PCL, PDF,
KDKIMAGE
PostScript,
PCL, PDF
Ethernet or
Token Ring
Table 24. Attachment Modes for the Infoprint 2000–DP1 Printer
OS/390
VM
VSE
AS/400
AIX
Windows
PostScript, PCL,
Xerox, DJDE,
Metacode, PDF
PostScript,
PCL
PostScript,
PCL Xerox,
DJDE,
PostScript,
PCL Xerox,
DJDE,
Ethernet or
Token Ring
Metacode,
PDF,
Metacode,
PDF
KDKimage
PostScript, PCL,
Xerox, DJDE,
Metacode, PDF
Parallel
Channel
Table 25. Attachment Modes for the Infoprint 2000–DP1 Printer with AFCCU Feature
OS/390 VM VSE AS/400
IPDS IPDS
AIX
Windows
Ethernet or
Token Ring
IPDS
IPDS
Parallel
Channel
IPDS
IPDS
ESCON
FDDI
IPDS
Attachment Modes for Coninuous Form Production Printers
Table 26. Attachment Modes for the Infoprint 3000 Printers
OS/390
IPDS
VM
VSE
AS/400
IPDS
AIX
Windows
Ethernet or
Token Ring
IPDS
IPDS
IPDS
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Table 26. Attachment Modes for the Infoprint 3000 Printers (continued)
OS/390 VM VSE
IPDS
AS/400
AIX
Windows
Parallel
IPDS
IPDS
IPDS
IPDS
Channel
ESCON
FDDI
IPDS
IPDS
IPDS
Table 27. Attachment Modes for the Infoprint 4000 Printers
OS/390 VM VSE
IPDS
AS/400
IPDS
AIX
Windows
IPDS
Ethernet or
Token Ring
IPDS
IPDS
IPDS
Parallel
IPDS
IPDS
IPDS
IPDS
Channel
ESCON
FDDI
IPDS
Attachment Modes for Enterprise Color Printers
Table 28. Attachment Modes for the InfoColor 70, Infoprint Color 100, and Infoprint Color 130 Printers
OS/390
VM
VSE
AS/400
AIX
Windows
Ethernet or
Token Ring
PostScript
PostScript
PostScript
Table 29. Attachment Modes Infoprint Color 130 Plus Printer
OS/390 VM VSE
IPDS
AS/400
AIX
Windows
Ethernet or
Token Ring
IPDS
FICON
IPDS
Attachment Mode for Industrial/Impact and Non-Impact Printers
Table 30. Attachment Modes for the 4230 Printer
OS/390
VM
VSE
AS/400
AIX
Windows
PPDS, Epson,
ASCII, SCS,
IPDS
PPDS, Epson,
ASCII, SCS,
IPDS
PPDS, Epson,
ASCII, SCS,
IPDS
PPDS, Epson, PPDS, Epson, PPDS, Epson,
Ethernet or
Token Ring
ASCII, SCS,
IPDS
ASCII, SCS
ASCII, SCS
PPDS, Epson, PPDS, Epson, PPDS, Epson,
ASCII ASCII ASCII
PC Serial
PPDS, Epson, PPDS, Epson, PPDS, Epson,
PC Parallel
ASCII
ASCII
ASCII
SCS, IPDS,
DSC, DSE
SCS, IPDS,
DSC, DSE
SCS, IPDS,
DSC, DSE
Coaxial
Twin-axial
SCS, IPDS
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Table 31. Attachment Modes for the 4232 Printer
OS/390
VM
PPDS, Epson, PPDS, Epson, PPDS, Epson, PPDS, Epson, PPDS, Epson,
ASCII ASCII ASCII ASCII ASCII
PPDS, Epson, PPDS, Epson, PPDS, Epson,
ASCII ASCII ASCII
PPDS, Epson, PPDS, Epson, PPDS, Epson,
ASCII ASCII ASCII
VSE
AS/400
AIX
Windows
Ethernet or
Token Ring
PPDS, Epson,
ASCII
PC Serial
PC Parallel
Table 32. Attachment Modes for the 4247 Printer
OS/390
VM
VSE
AS/400
PPDS,
Epson, ASCII, ASCII
IPDS
AIX
Windows
PPDS, Epson,
ASCII, IPDS
PPDS, Epson,
ASCII, IPDS
PPDS, Epson,
ASCII, IPDS
PPDS, Epson, PPDS, Epson,
Ethernet or
Token Ring
ASCII
PPDS,
Epson, ASCII ASCII
PPDS, Epson, PPDS, Epson,
ASCII
PC Serial
PPDS, PPDS, Epson, PPDS, Epson,
PC Parallel
Epson, ASCII ASCII
ASCII
PPDS, Epson,
ASCII, SCS,
IPDS, DSC, DSE IPDS, DSC,
DSE
PPDS, Epson,
ASCII, SCS,
PPDS, Epson,
ASCII, SCS,
IPDS, DSC,
DSE
Coaxial
PPDS,
Twin-axial
Epson, ASCII,
SCS, IPDS
Table 33. Attachment Modes for the 4400 Thermal Printer
OS/390
VM
VSE
AS/400
AIX
Windows
Ethernet or
Token Ring
ASCII, IPDS,
CodeV, IGP
ASCII, IPDS,
CodeV, IGP
ASCII, IPDS, ASCII, IPDS,
ASCII, IPDS,
CodeV, IGP
CodeV, IGP
CodeV, IGP
ASCII,
CodeV, IGP
ASCII, CodeV, ASCII, CodeV,
IGP IGP
PC Parallel
Coaxial
ASCII, IPDS,
CodeV, IGP
ASCII, CodeV,
IGP
ASCII, CodeV,
IGP
ASCII, IPDS,
CodeV, IGP
Twin-axial
Table 34. Attachment Modes for the 6400 Printer
OS/390
VM
VSE
AS/400
AIX
Windows
PPDS, Epson,
ASCII, IPDS,
CodeV, IGP
PPDS, Epson, PPDS, Epson, PPDS, Epson, PPDS, Epson, PPDS, Epson,
Ethernet or
Token Ring
ASCII, IPDS,
CodeV, IGP
ASCII, IPDS,
CodeV, IGP
ASCII, IPDS,
CodeV, IGP
ASCII, IPDS,
CodeV, IGP
ASCII, IPDS,
CodeV, IGP
PPDS, Epson, PPDS, Epson, PPDS, Epson,
ASCII, CodeV, ASCII, CodeV, ASCII, CodeV,
PC Parallel
Coaxial
IGP
IGP
IGP
PPDS, Epson,
ASCII, SCS,
IPDS, CodeV,
IGP
PPDS, Epson, PPDS, Epson,
ASCII, SCS,
IPDS, CodeV,
IGP
ASCII, SCS,
IPDS, CodeV,
IGP
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Table 34. Attachment Modes for the 6400 Printer (continued)
OS/390 VM VSE
AS/400
AIX
Windows
PPDS, Epson,
ASCII, SCS,
IPDS, CodeV,
IGP
Twin-axial
Table 35. Attachment Modes for the Infoprint 62 Printer
OS/390 VM
IPDS
VSE
AS/400
AIX
Windows
IPDS
Ethernet or
Token Ring
IPDS
IPDS
IPDS
IPDS
IPDS
IPDS
IPDS
IPDS
Parallel
IPDS
IPDS
Channel
ESCON
Chapter 1. Introducing IBM Printing Systems Printers 23
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Chapter 2. Network Printer 12 (4312)
The Network Printer 12 is a desktop, cut-sheet printer that uses laser and electrophotographic technology
to print text, images, graphics, and bar codes.
Figure 1. Network Printer 12 Printer
Table 36. Network Printer 12 Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Characteristic Value
12 pages per minute
Laser
Datastreams
IPDS, SCS, DSC, Adobe PostScript Level 2, PCL-5e,
Pages*, and ESC/P*
*Pages and ESC/P support is available only in Japan.
Form type
Input bins
Cut Sheet
Standard: Primary tray up to 250 sheets; auxiliary tray up
to 80 sheets or 10 envelopes
Optional: Secondary tray up to 500 sheets; optional
envelope tray up to 50 envelopes
Output bins
Standard: Top output 250 sheets (face down, collated)
Optional: Rear output tray 80 sheets (face up, uncollated)
Finisher attachments
Manual forms feed
n/a
yes
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Table 36. Network Printer 12 Characteristics (continued)
Printer Characteristic
Characteristic Value
Envelope printing
yes
MICR printing
*IBM Business Partners may have MICR solutions for
this printer.
no*
Duplex printing
yes (automatic duplex printing is optional)
Color
no
no
Adjust print-quality levels
Printhead resolution
600 dots-per-inch
35,000
Maximum impressions per month (duty cycle)
Printable Area
The Network Printer 12 can print from edge-to-edge; however, print quality is only guaranteed to within 4
mm of all paper edges. For card stock and envelopes, the print quality is guaranteed only within 6 mm of
the leading edge. For best possible print quality, edge-to-edge printing is not recommended. Figure 2
shows an example of the printable area.
To p
Media
Origin
(Position 0.0)
Printable
Media
Area
Origin
Printable
(Position 0.0)
Area
Portrait
Landscape
Figure 2. Printable Area on the Network Printer 12
Media Specifications
The Network Printer 12 accepts the following media:
Media types:
Paper, card stock, labels, transparencies, recycled paper and envelopes
Sheet sizes:
A6 (4.1 inches x 5.8 inches) to legal (8.5 inches x 14 inches)
Envelope sizes:
Com-10, C5, DL and Monarch
Media weights:
16 to 117 lbs. (60 to 190 g/m2)
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Attachments
PC Parallel and RS-232 Serial Interface:
Table 37. PC Parallel and RS-232 Serial Interface
Protocol
Data Stream
Operating System
PC Parallel
PCL5e, PostScript 2
Windows 3.1, 3.11, 95
NT 3.51/4.0
Windows for Workgroups 3.11
AIX 3.2.5, 4.1
PC Serial
AFPDS, SCS to PCL5e
OS/400(R) 3.2
HPT Facility
Optional Token-Ring and Ethernet:
Table 38. Optional Token-Ring and Ethernet
Protocol
Data Stream
Operating System
IPX/SPX
PCL5e, PostScript 2
Novell NetWare 2.15, 2.2, 3.0, 3.1,
3.11, 3.12, 4.0, 4.01, 4.1 (NEST 1.0)
TCP/IP
TCP/IP
PCL5e, PostScript 2
Novell NetWare 3.11, 3.12, 4.0, 4.01,
4.1
IBM LAN Server 2.0 and above
Windows NT 3.51/4.0
AIX 3.2.5, 4.1
IPDS
Infoprint Manager
PSF/MVS 2.2
PSF for OS/390
PSF/400 3.1, 3.6, 3.2
TCP/IP
PCL5e
OS/400 3.1 and later
NETBIOS/NETBEUI
PCL5e, PostScript 2
IBM LAN Server 1.3 and above
Microsoft LAN Manager 2.O and
above
TokenTalk
EtherTalk
PostScript 2
PostScript 2
Apple System 7
Apple System 7
Optional Coax Interface:
Table 39. Optional Coax Interface
Protocol
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
Data Stream
IPDS
Operating System
PSF/MVS 2.2, PSF for OS/390
PSF/VSE 2.2.1
IPDS
IPDS
PSF/VM 2.1.1, 2.1.0 + maintenance
Infoprint Server
GDDM 2.3
SCS, DSC, DSE
IPDS
SCS, DSC, DSE
IPDS
GDDM 2.3
VM RSCS 2.2
SCS, DSC, DSE
SCS, DSC, DSE
SCS, DSC, DSE
VM RSCS 2.2
JES328X 2.0
VTAM
Chapter 2. Network Printer 12 (4312) 27
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Table 39. Optional Coax Interface (continued)
Protocol
NDS
Data Stream
Operating System
CICS/MVS
SCS
SCS
NDS
CICS/VSE
Optional Twinax Interface:
Table 40. Optional Twinax Interface
Protocol
Arctic
Arctic
Arctic
Arctic
Arctic
Arctic
Arctic
Data Stream
IPDS
Operating System
PSF/400 3.1, 3.6, 3.2
OS/400 3.6, 3.1, 3.0.5, 2.3, 2.2
OS/400 3.2
IPDS
IPDS
SCS
OS/400 3.6, 3.1, 3.0.5, 2.3, 2.2
OS/400 3.2
SCS
SCS, IPDS
SCS, IPDS
SSP Rel. 7.1
OS/400 3.6 with SSP Rel. 7.5
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Chapter 3. Network Printer 17 (4317)
This section describes the Network Printer 17 printer characteristics and PSF-supported functions. The
Network Printer 17 is a desktop, cut-sheet printer that uses laser and electrophotographic technology to
print text, images, graphics, and bar codes.
Figure 3. Network Printer 17 Printer
Table 41 summarizes the printer characteristics and PSF-supported functions for the Network Printer 17
printers.
Table 41. Network Printer 17 Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Characteristic Value
17 pages per minute
Laser
Datastreams
IPDS, SCS, DSC, Adobe PostScript Level 2, PCL-5e,
Pages*, and ESC/P*
* Pages and ESC/P support is available only in Japan.
Form type
Cut Sheet
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Table 41. Network Printer 17 Characteristics (continued)
Printer Characteristic
Characteristic Value
Number of input bins
Standard: Primary tray up to 250 sheets; auxiliary tray up
to 100 sheets or 10 envelopes
Optional: 2 secondary trays up to 500 sheets each (total
1000); envelope tray up to 75 envelopes
Number of output bins
Standard: Top output 250 sheets (face down, collated)
Optional: Offset jogger up to 500 sheets; 10 bin secure
mailbox up to 450 sheets
Finisher attachments
Manual forms feed
Envelope printing
n/a
yes
yes
MICR printing
*IBM Business Partners may have MICR solutions for this
printer.
no*
Duplex printing
yes (automatic duplex printing is optional)
Color
no
no
Adjust print-quality levels
Printhead resolution
600 dots-per-inch
65,000
Maximum impressions per month (duty cycle)
Printable Area
can print from edge-to-edge; however, print quality is only guaranteed to within 4 mm of all paper edges.
For card stock and envelopes, the print quality is guaranteed only within 6 mm of the leading edge. For
best possible print quality, edge-to-edge printing is not recommended. Figure 4 shows an example of the
printable area of a form.
To p
Media
Origin
(Position 0.0)
Printable
Media
Area
Origin
Printable
(Position 0.0)
Area
Portrait
Landscape
Figure 4. Printable Area on the Network Printer 17
Media Specifications
The Network Printer 17 accepts the following media:
Media types:
Paper, card stock, labels, transparencies, recycled paper and envelopes
Sheet sizes:
A6 (4.1 inches x 5.8 inches) to legal (8.5 inches x 14 inches)
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Envelope sizes:
Com-10, C5, DL and Monarch
Media weights:
16 to 117 lbs. (60 to 190 g/m2)
Attachments
PC Parallel and RS-232 Serial Interface:
Table 42. PC Parallel and RS-232 Serial Interface
Protocol
Data Stream
Operating System
PC Parallel
PCL5e, PostScript 2
Windows 3.1, 3.11, 95
NT 3.51/4.0
Windows for Workgroups 3.11
AIX 3.2.5, 4.1
PC Serial
AFPDS, SCS to PCL5e
OS/400(R) 3.2
HPT Facility
Optional Token-Ring and Ethernet:
Table 43. Optional Token-Ring and Ethernet
Protocol
Data Stream
Operating System
IPX/SPX
PCL5e, PostScript 2
Novell NetWare 2.15, 2.2, 3.0, 3.1,
3.11, 3.12, 4.0, 4.01, 4.1 (NEST 1.0)
TCP/IP
TCP/IP
PCL5e, PostScript 2
Novell NetWare 3.11, 3.12, 4.0, 4.01,
4.1
IBM LAN Server 2.0 and above
Windows NT 3.51/4.0
AIX 3.2.5, 4.1
IPDS
PSF/MVS 2.2
PSF for OS/390
Infoprint Manager
PSF/400 3.1, 3.6, 3.2
TCP/IP
PCL5e
OS/400 3.1 and later
NETBIOS/NETBEUI
PCL5e, PostScript 2
Microsoft LAN Manager 2.O and
above
IBM LAN Server 1.3 and above
TokenTalk
EtherTalk
PostScript 2
PostScript 2
Apple System 7
Apple System 7
Optional Coax Interface:
Table 44. Optional Coax Interface
Protocol
NDS
Data Stream
IPDS
Operating System
PSF/MVS 2.2, PSF for OS/390
PSF/VSE 2.2.1
NDS
IPDS
NDS
IPDS
PSF/VM 2.1.1, 2.1.0 + maintenance
Infoprint Server
NDS
SCS, DSC, DSE
IPDS
NDS
GDDM 2.3
NDS
SCS, DSC, DSE
GDDM 2.3
Chapter 3. Network Printer 17 (4317) 31
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Table 44. Optional Coax Interface (continued)
Protocol
NDS
Data Stream
Operating System
VM RSCS 2.2
VM RSCS 2.2
JES328X 2.0
VTAM
IPDS
NDS
SCS, DSC, DSE
SCS, DSC, DSE
SCS, DSC, DSE
SCS
NDS
NDS
NDS
CICS/MVS
NDS
SCS
CICS/VSE
Optional Twinax Interface:
Table 45. Optional Twinax Interface
Protocol
Arctic
Arctic
Arctic
Arctic
Arctic
Arctic
Arctic
Data Stream
IPDS
Operating System
PSF/400 3.1, 3.6, 3.2
OS/400 3.6, 3.1, 3.0.5, 2.3, 2.2
OS/400 3.2
IPDS
IPDS
SCS
OS/400 3.6, 3.1, 3.0.5, 2.3, 2.2
OS/400 3.2
SCS
SCS, IPDS
SCS, IPDS
SSP Rel. 7.1
OS/400 3.6 with SSP Rel. 7.5
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Chapter 4. Infoprint Color 8 Printer (4308)
The Infoprint Color 8 printer is a high-quality desktop, cut-sheet color printer that uses laser and
electrophotographic technology to print text, images, graphics, and bar codes in 600 dpi color and
monochrome.
Figure 5. Infoprint Color 8 Printer
Table 46. Infoprint Color 8 Printer Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Datastreams
Characteristic Value
8 pages per minute
Laser
PCL and PostScript
Cut Sheet
Form type
Number of input bins
Standard: Primary tray up to 500 sheets; Manual Feed
Input up to 100 sheets
Optional: Secondary tray up to 500 sheets
© Copyright IBM Corp. 2001
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Table 46. Infoprint Color 8 Printer Characteristics (continued)
Printer Characteristic
Characteristic Value
Number of output bins
Standard: Document stacker up to 250 sheets, face-down
stacking; Special Media Stacker up to 100 sheets for
special printing, face-up stacking
Finisher attachments
Manual forms feed
Envelope printing
n/a
yes
no
MICR printing
*IBM Business Partners may have MICR solutions for this
printer.
no*
Duplex printing
yes (manual)
Color
yes
no
Adjust print-quality levels
Printhead resolution
600 dots-per-inch
25,000
Maximum impressions per month (duty cycle)
Printable Area
The Infoprint Color 8 can print from edge-to-edge; however, print quality is only guaranteed to within 4 mm
of all paper edges. For card stock and envelopes, the print quality is guaranteed only within 6 mm of the
leading edge. For best possible print quality, edge-to-edge printing is not recommended. Figure 6 shows
an example of the printable area of a page.
To p
Media
Origin
(Position 0.0)
Printable
Media
Area
Origin
Printable
(Position 0.0)
Area
Portrait
Landscape
Figure 6. Printable Area on the Infoprint Color 8 printer
Selecting the Printing Medium
The Infoprint Color 8 printer are cut-sheet printers with several media sources, depending on the model
and options selected.
To select the printing medium, use the Device Settings tab of the Properties menu of your printer driver.
Media Size and Configuration
The media loaded for your printer must match the media size in the printer configuration. If these sizes do
not match, a printer error code indicates that this mismatch must be corrected by either changing the
media at the printer or by changing the configuration to match the media.
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Media Specifications
The Infoprint Color 8 accepts the following media:
Media types:
High-quality electrophotographic copier/printer paper; labels, transparencies, and card stock
designed for laser printers
Sheet sizes:
v A6 (105 x 148 mm) to A4 (210 x 297 mm)
v Letter (8.5 inches x 11 inches) to Legal 14 (8.5 inches x 14. inches)
v Custom sizes: 3.5″ - 8.5 inches x 5.5 inches - 14 inches (86.4 mm - 216 mm x 140 mm - 355.6
mm) from Manual Feed Input only
Media weights:
v 17 to 28 lbs. (64 to 105 g/m2) standard and optional trays
v 20 to 44 lbs. (75 to 165 g/m2) manual feed input
Attachments
Infoprint Color 8 printer supports the following:
Drivers:
Table 47. Supported Drivers on the Infoprint Color 8 Printer
Driver Name
Operating System Supported
Windows for PCL 5c
Windows 3.x/95/98 (models 001, 002)
Windows 95/98 (model 003)
Windows NT for PCL 5c
Windows NT 4.01
Windows for PostScript 2/3
Windows 3.x/95/98 with Heidleberg color management
(models 001, 002)
Windows 95/98 (model 003)
Windows NT for PostScript 2/3
Windows NT 4.01 with Heidleberg color management
(models 001, 002)
Windows NT 4.01 (model 003)
OS/2 PostScript 2
OS/2 2.11, Warp (models 001, 002)
AIX 4.1 and higher
AIX PCL 5c and PostScript 2/3
Macintosh PostScript 2/3
MacOS 7.5 and higher
Solaris 2.5 and higher
Sun Solaris PCL 5c and PostScript 2/3
SCO-UNIX PCL 5c and PostScript 2/3
SCO-UNIX OPENDESKTOP 3, SCO-UNIX
OPENSERVER 5, SCO UNIX 3.2V4.2
HP-UX PCL 5c and PostScript 2
HP-UX 10.x and higher
1. Follow-ons to Windows NT 4.0 will be supported.
Network Operating Systems
Table 48. Supported Network Operating Systems on the Infoprint Color 8 Printer. Description
Protocol
Datastream
Operating System
IPX/SPX
PostScript, PCL 5c
Novell NetWare 3.11, 3.12, 4.0, 4.01,
4.1, 5
1
TCP/IP
PostScript, PCL 5c
PostScript, PCL 5c
NetWare 3.12 and 4.11
OS/2 2.11, Warp
IPX/SPX
NetWare 3.12 and 4.11
Chapter 4. Infoprint Color 8 Printer (4308) 35
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Table 48. Supported Network Operating Systems on the Infoprint Color 8 Printer (continued). Description
Protocol
Datastream
Operating System
DLC
PostScript, PCL 5c
Windows 95/98, Windows NT 4.0
(models 001/002)
NETBEUI
PostScript, PCL 5c
Windows 95/98, Windows NT 4.0
(model 003)
TCP/IP
PostScript, PCL 5c
PostScript, PCL 5c
Windows NT 4.0
LPR/LPD
AIX 4.1 and higher
Solaris 2.5 and higher
SCO UNIX 2.5 and higher
HP-UX 10.x and higher
1. Novell genuine NDPS gateway supported.
AS/400
Infoprint Color 8 is supported as a Workstation Customization Object under the Host Print Transform
(HPT) facility of OS/400 V3.2. HPT transforms the AFPDS or SCS data stream to ASCII for printing to
AS/400 ASCII emulator products with a parallel attached printer including:
v PC or PS/2 running the IBM enhanced 5250 emulation program
v PC or PS/2 running PC Support/400 or Client Access/400
v Infowindow II displays (3477/3487)
The ASCII data stream can also be sent to this printer when attached directly to a Token-Ring or Ethernet
LAN via the OS/400 TCP/IP Line Printer Requester (LPR) and Line Printer Daemon (LPD).
IBM Infoprint Manager
The Infoprint Color 8 printer is supported under IBM’s Infoprint Manager through PCL 5c print transform.
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Chapter 5. Infoprint 12 Printer (4912)
The Infoprint 12 is a desktop, cut-sheet printer that uses laser and electrophotographic technology to print
text, images, graphics, and bar codes.
Figure 7. Infoprint 12 Printer
Table 49. Infoprint 12 Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Datastreams
Characteristic Value
12 pages per minute
Laser
PostScript 3 and PCL 6
Cut Sheet
Form type
Number of input bins
Standard: Primary tray up to 250 sheets; auxiliary tray up
to 100 sheets
Optional tray up to 550 sheets or 40 envelopes
Number of output bins
Finisher attachments
Standard: Main bin up to 250 sheets; rear exit tray up to
100 sheets
n/a
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Table 49. Infoprint 12 Characteristics (continued)
Printer Characteristic
Characteristic Value
Manual forms feed
yes
yes
Envelope printing
MICR printing
*IBM Business Partners may have MICR solutions for this
printer.
no*
Duplex printing
Color
yes (manual duplex printing is standard)
no
no
Adjust print-quality levels
Printhead resolution
300 dots-per-inch
600 dots-per-inch
1,200 dots-per-inch
Maximum impressions per month (duty cycle)
20,000
Printable Area
The printable area is up to 0.157 inch (4 mm) from the edge (top, bottom, left, and right) for a sheet of
paper and 0.394 inch (10 mm) from the edge (top, bottom, left, and right) for envelopes.
8.18 inches
0.157 inch
0.157 inch
0.157 inch
Top
Printable
Area
10.167 inches
0.157 inch
Figure 8. Printable Area on the Infoprint 12
Media Size and Configuration
The media loaded for your printer must match the media size in the printer configuration. If these sizes do
not match, a printer error code indicates that this mismatch must be corrected by either changing the
media at the printer or by changing the configuration to match the media.
Media Specifications
The Infoprint 12 accepts the following media:
Media types:
Paper, card stock, labels, transparencies, recycled paper and envelopes
Sheet sizes:
A6 (4.1 inches x 5.8 inches) to legal (8.5 inches x 14 inches), Custom forms sizes from 3 inches x
5.8 inches (76.2 mm x 127 mm) to 8.5 inches x 14 inches (215.9 mm x 355.6 mm) to 105 gsm)
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Envelope sizes:
Com-10, C5, DL and Monarch
Media weights:
v Copier/xerographic papers: 16 to 28 lbs. (60 to 105 gsm)
v Cardstock:16 to 43 lbs. (60 to 163 gsm)
v Envelopes: 16 to 28 lbs. (60 to 105 gsm)
Attachments
Printer Attachment Interfaces
Infoprint 12 has the following attachment interfaces as standard:
v IEEE 1284 Parallel Interface (level I electronics with a Type B connector).
v USB (Version 1.0/1.1)
Infoprint 12 supports port switching between the parallel, USB, and optional Fast Ethernet ports.
Attachments/Operating System Support
Table 50. Attachment and Operating System Support for the Infoprint 12 Printer
Physical
Protocol
Operating Systems
Parallel
(IEEE 1284)
Windows 95/98/Millennium, NT 4.0,
Windows 2000
Macintosh OS 8.5 and higher
USB
Windows 98/Millennium, NT 4.0,
Windows 2000
Macintosh OS 8.5 and higher
LAN
(IEEE 802.3)
IPX/SPX
TCP/IP
Novell NetWare 3.x, 4.x, 5.x
Windows 95/98/Millennium, NT 4.0,
Windows 2000 Novell NetWare 5.x
Linux (Red Hat)
NETBIOS/NETBEUI
AppleTalk
Windows 95/98
IEEE 802.3
Macintosh OS 8.5 and higher
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Chapter 6. Infoprint 20 Printer (4320)
This section describes the Infoprint 20 printer characteristics and PSF-supported functions. The Infoprint
20 printer is a desktop, cut-sheet printer that uses laser and electrophotographic technology to print text,
images, graphics, and bar codes.
Figure 9. Infoprint 20 Printer
Table 51. Infoprint 20 Printer Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Characteristic Value
20 pages per minute
Laser
Datastreams
IPDS, SCS, DSC, PostScript, PCL, Pages*, and ESC/P
* Pages and ESC/P support is available only in Japan.
Form type
Cut Sheet
Number of input bins
Standard: Primary tray up to 500 sheets; secondary tray
up to 150 sheets or 10 envelopes
Optional: drawer up to 500 sheets; high-capacity drawer
up to 2,000 sheets; envelope feeder up to 75 envelopes
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Table 51. Infoprint 20 Printer Characteristics (continued)
Printer Characteristic
Characteristic Value
Number of output bins
Standard: Top output 500 sheets (face down, collated);
Optional duplex provides two-sided printing, offset-jogged
output and additional 250 sheets output capacity (750
total)
Finisher attachments
Manual forms feed
Envelope printing
n/a
yes
yes
MICR printing
*IBM Business Partners may have MICR solutions for this
printer.
no*
Duplex printing
yes
Color
no
no
Adjust print-quality levels
Printhead resolution
600 dots-per-inch
75,000
Maximum impressions per month (duty cycle)
Printable Area
The Infoprint 20 printer can print from edge-to-edge. For paper ledger size (11 x 17 in.) and smaller, print
quality is guaranteed to only within 4 mm of the border. For paper larger than ledger size, print quality is
guaranteed only within 4 mm of the short (leading or trailing edge) borders and within 5 mm on each side.
printable area of a form.
To p
Media
Origin
(Position 0.0)
Printable
Media
Area
Origin
Printable
(Position 0.0)
Area
Portrait
Landscape
Figure 10. Printable Area on the Infoprint 20 Printer
Media Specifications
The Infoprint 20 printer accepts the following media:
Media types:
Copier/xerographic paper, recycled paper, card stock, transparencies, some labels
Sheet sizes:
B5 (182 x 257 mm) to A3/ledger (11″ x 17″), universal paper sizes (up to 13″ x 20″, 330 x 508
mm)
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Envelope sizes:
Com-10, C5, DL and Monarch
Paper weights:
16 to 28 lbs. (64 to 135 g/m2)
Attachments
PC Parallel Interface:
Table 52. PC Parallel Interface
Protocol
Data Stream
Operating System
PC Parallel
PCL5e
Windows 3.1/3.11/95, NT 4.0, OS/2,
AIX 3.2.5, AIX 4.1 and higher, Sun
Solaris 2.3 and higher, HP-UX 9,
HP-UX 10, SCO UNIX 3, SCO UNIX
5
PC Parallel
PostScript 2/3
Windows 3.1/3.11/95, NT 4.0 (2), AIX
3.2.5, AIX 4.1 and higher, Sun Solaris
2.3 and higher, HP-UX 9, HP-UX 10,
SCO UNIX 3, and SCO UNIX 5
PC Parallel
PC Parallel
PostScript 2/3
PCL5e
Windows 95 J, Windows NT J4.0
P-Windows 3.2, T-Windows 3.1,
Windows 95 (S-C), Windows 95
(T-C), Windows NT 4.0 (S-C),
Windows NT 4.0 (T-C)
PC Parallel
PC Parallel
AFPDS, SCS to PCL5e
PAGES and ESC/P
OS/400(R) 3.2 HPT Facility
Windows 3.1/95J, NT 3.51/4.0, AIX
3.2.5, AIX 4.1 and higher, and
PC-DOS J6.3/V and above
Optional Token-Ring and Ethernet:
Table 53. Optional Token-Ring and Ethernet
Protocol
Data Stream
Operating System
IPX/SPX
PCL5e, PostScript
Novell NetWare 2.15, 2.2, 3.0, 3.1,
3.11, 3.12, 4.0, 4.01, 4.1 (NEST 1.0)
TCP/IP
PCL5e, PostScript 2
Novell NetWare 3.11, 3.12, 4.0, 4.01,
4.1
TCP/IP
PostScript
NetWare J 3.12J and 4.11J
NetWare J 3.12J and 4.11J
IBM LAN Server 1.3 and above
IBM LAN Server 2.0 and above
IPX/SPX
PostScript
NETBIOS/NETBEUI
TCP/IP
PCL5e, PostScript 2
PCL5e, PostScript 2
PCL5e, PostScript 2
NETBIOS/NETBEUI
Microsoft LAN Manager 2.O and
above
TCP/IP
IPDS
IPDS
IPDS
IPDS
IPDS
PSF for AIX 2.1, Infoprint Manager
PSF/MVS 2.2, PSF for OS/390
PSF/400 3.1, 3.2, 3.6, 3.7, 4.1
PSF for AIX 2.1, Infoprint Manager
PSF/MVS 2.2, PSF for OS/390
TCP/IP
TCP/IP
IEEE 802.3
IEEE 802.3
Chapter 6. Infoprint 20 Printer (4320) 43
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Table 53. Optional Token-Ring and Ethernet (continued)
Protocol
IEEE 802.3
TokenTalk
EtherTalk
TokenTalk
EtherTalk
TCP/IP
Data Stream
Operating System
IPDS
PSF/400 3.1, 3.2, 3.6, 3.7, 4.1
Apple System 7
PostScript 2
PostScript 2
Apple System 7
PostScript 2
KajiTalk 7.5/7.6, MAC OS 8.0
KajiTalk 7.5/7.6, MAC OS 8.0
Windows NT 3.51/4.0
PostScript 2
PCL5e, PostScript 2
PCL5e, PostScript 2
PCL5e, PostScript 2
PCL5e, PostScript 2
PCL5e, PostScript 2
PCL5e, PostScript 2
TCP/IP
AIX 3.2.5, 4.1, 4.2 and later
OS/400 3.1 and later
TCP/IP
TCP/IP
Sun Solaris 2.3 and higher
SCO-UNIX 3, SCO-UNIX 5
HP-UX 9, HP-UX 10
TCP/IP
TCP/IP
Optional Coax Interface:
Table 54. Optional Coax Interface
Protocol
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
Data Stream
IPDS
Operating System
PSF/MVS 2.2, PSF for OS/390
PSF/VSE 2.2.1
PSF/VM 2.1.1, 2.1.0 + maintenance
Infoprint Server
GDDM 2.3
IPDS
IPDS
SCS, DSC, DSE
IPDS
SCS, DSC, DSE
IPDS
GDDM 2.3
VM RSCS 2.2
SCS, DSC, DSE
SCS, DSC, DSE
SCS, DSC, DSE
SCS
VM RSCS 2.2
JES328X 2.0
VTAM
CICS/MVS
SCS
CICS/VSE
Optional Twinax Interface:
Table 55. Optional Twinax Interface
Protocol
Arctic
Arctic
Arctic
Arctic
Arctic
Arctic
Arctic
Data Stream
IPDS
Operating System
PSF/400 3.1, 3.6, 3.2, 3.7, 4.1
OS/400 3.6, 3.1, 3.0.5
OS/400 3.2
IPDS
IPDS
SCS
OS/400 3.6, 3.1, 3.0.5
OS/400 3.2
SCS
SCS, IPDS
SCS, IPDS
SSP Rel. 7.1
OS/400 3.6 with SSP Rel. 7.5
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Chapter 7. Infoprint 21 Printer (4322)
This section describes the Infoprint 21 printer characteristics and PSF-supported functions. The Infoprint
21 printer is a desktop, cut-sheet printer that uses laser and electrophotographic technology to print text,
images, graphics, and bar codes.
Figure 11. Infoprint 21 Printer
Table 56. Infoprint 21 Printer Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Datastreams
Characteristic Value
21 pages per minute
Laser
IPDS, SCS, DSC, PostScript, and PCL
Cut Sheet
Form type
Number of input bins
Standard: Primary tray up to 550 sheets or 85 envelopes;
auxiliary tray up to 100 sheets or 10 envelopes
Optional: Up to two additional 550-sheet trays (maximum
5 input sources1 and 1,750 sheets)
Number of output bins
Standard: 500-sheet top exit bin with bin full sensing
Optional: 500-sheet offset jogging stacker; 100-sheet
face-up rear paper exit tray
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Table 56. Infoprint 21 Printer Characteristics (continued)
Printer Characteristic
Characteristic Value
Finisher attachments
n/a
yes
yes
Manual forms feed
Envelope printing
MICR printing
*IBM Business Partners may have MICR solutions for this
printer.
no*
Duplex printing
yes
Color
no
no
Adjust print-quality levels
Printhead resolution
1200 dots-per-inch
100,000
Maximum impressions per month (duty cycle)
1. The 5th input source includes the 75-envelope feeder.
Printable Area
The Infoprint 21 printer can print from edge-to-edge; however, print quality is only guaranteed to within 4
mm of all paper edges. For card stock and envelopes, the print quality is guaranteed only within 6 mm of
the leading edge. For best possible print quality, edge-to-edge printing is not recommended. Figure 12
shows an example of the printable area of a form.
To p
Media
Origin
(Position 0.0)
Printable
Media
Area
Origin
Printable
(Position 0.0)
Area
Portrait
Landscape
Figure 12. Printable Area on the Infoprint 21 Printer
Media Specifications
The Infoprint 21 printer accepts the following media:
Media types:
Paper, card stock, labels, transparencies, recycled paper and envelopes
Sheet sizes:
Letter (8.5 inches x 11 inches), Legal (8.5 inches x 14 inches), Folio (8.5 inches x 13 inches),
Executive (7.25 inches x 10.5 inches), Statement (5.5 inches x 8.5 inches), Index card (3 inches x
5 inches), A4 (210 mm x 297 mm), A5 (148 mm x 210 mm), B5-ISO (176 mm x 250 mm), B5-JIS
(182 mm x 257 mm), Japanese postcard Hagaki (100 mm x 148 mm), custom forms sizes from 3
inches x 5 inches (76.2 mm x 127 mm) to 8.5 inches x 14 inches (215.9 mm x 355.6 mm)
Envelope sizes:
Com-10, C5, DL and Monarch
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Media weights:
v Copier/xerographic papers: 16 to 28 lbs. (60 to 105 gsm)
v Cardstock:16 to 133 lbs. (60 to 216 gsm)
v Labels: 60 to 216 gsm
v Envelopes: 16 to 28 lbs. (60 to 105 gsm)
v Transparencies: 0.0039 inches to 0.0045 inches clear film for laser printers and copiers
Attachments
Infoprint 21 supports up to two simultaneously active interfaces:
v IEEE 1284 Parallel Interface (Level II electronics, with a Type C connector) is standard on the printer
– Supports compatibility mode, reverse transform, nibble mode, and ECP mode.
– Microsoft Plug and Play Compatibility
– An IEEE 1284 Printer Cable is available (feature number 4180, P/N 38L1409).
v One optional interface slot with the following options:
– Ethernet interface using the IBM Ethernet 10/100 Adapter (feature number 4162, P/N 38L1401).
– Token-Ring interface using the IBM Token-Ring 4/16 Adapter (feature number 4120, P/N 38L1400).
– Twinax interface using the IBM Twinax SCS Interface (feature number 4141, P/N 38L1402).
– Coaxial interface using the IBM Coax SCS Interface (feature number 4171, P/N 38L1403).
These four features are mutually exclusive and there are no prerequisites for these features. Only one
of these features may be installed per printer.
Attachment/Operating System Support
Table 57. Attachment/Operating System Support for the Infoprint 21 Printer
Physical
Protocol
Operating System
Parallel
(IEEE 1284)
Row1, Col2
Windows 95/98, NT 4.0
Windows 2000
AIX 4.1 and higher
OS/2 v3.0, v4.0
Sun Solaris 2.5 and higher
HP-UX 10, HP-UX 11
SCO UNIX 3, SCO UNIX 5
OS/400 (R) 3.2 HPT Facility
LAN
(IEEE 802.3/.5)
IPX/SPX
TCP/IP
Novell NetWare 3.1, 3.11, 3.12, 4.0,
4.01, 4.1, 4.11, 5.0, 3.12J, 4.11J
Novell NetWare 5.0
Windows 95/98, Windows NT 4.0,
Windows 2000
OS/2 v3.0, v4.0
AIX 4.03 and higher
OS/400 3.2, 4.1, 4.2, 4.3, 4.4
Sun Solaris 2.5 and higher
HP-UX 10, HP-UX 11
SCO-UNIX 3, SCO-UNIX 5
PSF for AIX 2.1
Infoprint Manager for AIX 3.1
Infoprint Manager for Windows NT &
Windows 2000 1.1
PSF for OS/390 V3.1.0
PSF/400 3.2, 4.1, 4.2, 4.3, 4.4
Linux
NETBIOS/NETBEUI
Windows 95/98, NT 4.0, OS/2 v3.0,
v4.0
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Table 57. Attachment/Operating System Support for the Infoprint 21 Printer (continued)
Physical
Protocol
Operating System
IEEE 802.3
EtherTalk
Apple System 8.0 and higher
KanjiTalk 8.0 and higher
IEEE 802.5
TokenTalk
Apple System 8.0 and higher
KanjiTalk 8.0 and higher
Optional Coax Interface
Table 58. Optional Coax Interface for the Infoprint 21 Printer
Data Stream
Operating System
AFP/IPDS
PSF/MVS 3.1
PSF/MVS 2.2
PSF for OS/390
PSF/VSE 2.2.1
PSF/VM 2.1.1, 2.1.0 + maintenance
GDDM 2.3
SCS, DSC, DSE
GDDM 2.3
VM RSCS 2.2
JES328X 2.0
VTAM
AFP/IPDS
SCS
VM RSCS 2.2
CICS/MVS
CICS/VSE
Optional Twinax Interface
Table 59. Optional Twinax Interface for the Infoprint 21 Printer
Data Stream
AFP/IPDS
SCS
Operating System
PSF/400 3.2
OS/400 3.2
SSP Rel. 7.1
SCS, AFP/IPDS
IBM OS/400 ASCII Printer Support
Infoprint 21 is supported as an ASCII (PCL) printer via a Workstation Customization Object under the Host
Print Transform (HPT) facility of OS/400 V3.2 and higher.
HPT transforms the AFPDS or SCS data stream to ASCII for printing to AS/400 ASCII printers. ASCII
printers can be attached using emulator products with a parallel attached printer including:
v PC or PS/2 running the IBM enhanced 5250 emulation program
v PC or PS/2 running PC Support/400 or Client Access/400
v Infowindow II displays (3477/3487)
The ASCII data stream can also be sent to this printer when attached directly to a Token-Ring or Ethernet
LAN via TCP/IP. That connection can use either of the following two TCP/IP drivers:
v OS/400 SNMP printer driver.
Information APAR II03291 describes the PTFs required in V4R3 and V4R4 to use this driver. Availability
of the PTFs are 06/30/2000 for V4R3 and 07/31/2000 for V4R4.
v OS/400 TCP/IP Line Printer Requester (LPR) and Line Printer Daemon (LPD), also known as remote
output queue.
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HPT support (AFP to ASCII) includes the following limitations:
v AFP graphics (GOCA) commands not supported
v Multiple-up not supported
v BGU and GDF graphics files not supported
v GDDM scalable fonts not supported
v CHRSIZE font keyword not supported
v Edge to edge not supported
v FIDELITY keyword not supported
v AFP to ASCII may need to be run in raster mode in order to produce accurate results.
Printer Drivers
The following drivers are available:
Table 60. Printer Drivers for the Infoprint 21 Printer
Platform
Data Stream
PS 3
Windows 95/98
Windows NT 4.0
Windows 2000
Windows 95/98
Windows NT 4.0
Windows 2000
Mac OS 8.0+
OS/2 v3.0, v4.0
AIX 4.1+
PS 3
PS 3
PCL 6/5e
PCL 6/5e
PCL 6/5e
PS 3
PS 2
PS 3/PCL 5e
PS 3/PCL 5e
PS 3/PCL 5e
PS 3/PCL 5e
PS 2
Sun Solaris 2.5+
SCO UNIX 3.0/5.0
HP-UX 10.0x/11.0x
Linux
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Chapter 8. Infoprint 32 and Infoprint 40 Printers (4332)
This section describes printer characteristics for the Infoprint 32 and Infoprint 40 printers. The Infoprint 32
and Infoprint 40 printers are desktop, cut-sheet printers that uses laser and electrophotographic technology
to print text, images, graphics, and bar codes.
Figure 13. Infoprint 32 Printer
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Figure 14. Infoprint 40 Printer with Optional Finisher
Table 61. Infoprint 32 and Infoprint 40 Printer Characteristics
Printer Characteristic
Characteristic Value
Infoprint 32 Printer
Characteristic Value
Infoprint 40 Printer
Maximum printing rate
Print technology
32 pages per minute
40 pages per minute
Laser
Datastreams
* Pages and ESC/P support is
available only in Japan.
IPDS, SCS, DSC, PostScript, PCL, Pages*, and ESC/P
Form type
Cut Sheet
Number of input bins
Standard: 2 Primary trays up to 500 sheets each (1,000 total); auxiliary tray
up to 50 sheets or 4 envelopes
Optional: 2,500 sheet, high-capacity input with 3 drawers (one 1500 up to
sheets and 2 up to 1000 sheets); envelope feeder up to 100 envelopes
Number of output bins
Standard: Top output up to 500 sheets (collated, with bin-full sensing and
offset jogging)
Optional: 2,000-sheet finisher with 3 additional output bins, offset jogging and
stapling (up to 50 sheets per set) and 200-sheet, face-up output tray
Finisher Attachments
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Table 61. Infoprint 32 and Infoprint 40 Printer Characteristics (continued)
Printer Characteristic
Characteristic Value
Infoprint 32 Printer
Characteristic Value
Infoprint 40 Printer
Corner staple
Edge staple
Side Staple
Saddle
yes
yes
no
no
Z-Fold
no
Inserter
no
Manual forms feed
Envelope printing
yes
yes
MICR printing
*IBM Business Partners may have
MICR solutions for this printer.
no*
Duplex printing
Color
yes
no
no
Adjust print-quality levels
Printhead resolution
600 dots-per-inch
Maximum impressions per month
(duty cycle)
75,000
Printable Area
The Infoprint 32 and Infoprint 40 printers can print from edge-to-edge for all data streams except PAGES;
however, print quality is only guaranteed to within 4 mm of all paper edges. For card stock and envelopes,
the print quality is guaranteed only within 6 mm of the leading edge. For best possible print quality,
edge-to-edge printing is not recommended. Figure 15 shows an example of the printable area of a form.
To p
Media
Origin
(Position 0.0)
Printable
Media
Area
Origin
Printable
(Position 0.0)
Area
Portrait
Landscape
Figure 15. Printable Area on the Infoprint 32 and Infoprint 40 Printers
Media Specifications
The Infoprint 32 and Infoprint 40 printers accepts the following media:
Media types:
Copier/xerographic paper, recycled paper, card stock, transparencies, paper labels, prepunched
paper, and envelopes
Chapter 8. Infoprint 32 and Infoprint 40 Printers (4332) 53
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Sheet sizes:
A wide range from A5/statement (210 mm x 149 mm, 8.5 inches x 5.5 inches), including Japanese
Hagaki (100 mm x 148 mm), to A3/ledger (420 mm x 297 mm, 11 inches x 17 inches)
Envelope sizes:
Com-10, C5, DL and Monarch
Media weights:
17 to 24 lbs (64 to 90 gsm) from primary trays and up to 110 lbs. (165 gsm) from auxiliary tray
Attachments
PC Parallel Interface:
Table 62. PC Parallel Interface
Protocol
Data Stream
Operating System
PC Parallel
PCL5e
Windows 3.1/3.11/95/98, NT 4.0, AIX
3.2.5, AIX 4.1 and higher, Sun Solaris
2.3 and higher, HP-UX 9.0x, HP-UX
10.0x, SCO UNIX OPENSERVER
5.0, SCO UNIX OPENDESKTOP 3.0,
SCO UNIX 3.2V4.2
PC Parallel
PostScript 2/3
Windows 3.1/3.11/95/98, AIX 3.2.5,
AIX 4.1 and higher, Sun Solaris 2.3
and higher, HP-UX 9.0x, HP-UX
10.0x, SCO UNIX OPENSERVER
5.0, SCO UNIX OPENDESKTOP 3.0,
SCO UNIX 3.2V4.2
PC Parallel
PC Parallel
PostScript 2/3
PCL5e
NT 4.0, Windows NT J4.0
P-Windows 3.2, T-Windows 3.1,
Windows 95 (S-C), Windows 95
(T-C), Windows NT 4.0 (S-C),
Windows NT 4.0 (T-C)
PC Parallel
PC Parallel
PC Parallel
PC Parallel
AFPDS, SCS to PCL5e
PostScript 2/3
OS/400(R) 3.2 HPT Facility
Apple System 7.5 and Up
Apple KanjiTalk 7.5 and Up
PostScript 2/3
PAGES and ESC/P
Windows 3.1/95J, NT 3.51/4.0, AIX
3.2.5, AIX 4.1 and higher, and
PC-DOS J6.3/V and above
Optional Token-Ring and Ethernet:
Table 63. Optional Token-Ring and Ethernet
Protocol
Data Stream
PCL5e, PostScript
Operating System
IPX/SPX
Novell NetWare 2.15, 2.2, 3.0, 3.1,
3.11, 3.12, 4.0, 4.01, 4.1 (NEST 1.0)
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Table 63. Optional Token-Ring and Ethernet (continued)
Protocol
Data Stream
Operating System
TCP/IP
PCL5e, PostScript 2
Novell NetWare 3.11, 3.12, 4.0, 4.01,
4.1
IBM LAN Server 2.0 and above
Windows NT 3.51/4.0AIX 3.2.5, 4.1,
4.2 and later
OS/400 3.1 and later
Sun Solaris 2.3 and higher
SCO-UNIX 3, SCO-UNIX 5
HP-UX 9, HP-UX 10
TCP/IP
TCP/IP
PostScript
IPDS
NetWare J 3.12J and 4.11J
Infoprint Manager for AIX 2.1
PSF/MVS 2.2
PSF for OS/390
PSF/400 3.1, 3.2, 3.6, 3.7, 4.1
TCP/IP
PAGES
NetWare 3.12J & 4.11J
IBM LAN Server 2.0 and above
IBM AIX 3.2.5 and above
OS/400 V3.2 and above with HPT
IPX/SPX
PostScript
NetWare J 3.12J and 4.11J
NETBIOS/NETBEUI
PCL5e, PostScript 2
IBM LAN Server 1.3 and above
Microsoft LAN Manager 2.O and
above
IEEE 802.3
IPDS
Inoprint Manager for AIX 2.1
PSF/MVS 2.2
PSF for OS/390
PSF/400 3.1, 3.2, 3.6, 3.7, 4.1
TokenTalk
EtherTalk
PostScript 2
PostScript 2
Apple System 7
KajiTalk 7.5/7.6, MAC OS 8.0
Apple System 7
KajiTalk 7.5/7.6, MAC OS 8.0
IPX/SPX
PAGES
PAGES
NetWare 3.12J & 4.11J
NETBIOS/NETBEUI
IBM LAN Server 2.0 and above
Optional Coax Interface:
Table 64. Optional Coax Interface
Protocol
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
NDS
Data Stream
IPDS
Operating System
PSF/MVS 2.2, PSF for OS/390
PSF/VSE 2.2.1
IPDS
IPDS
PSF/VM 2.1.1, 2.1.0 + maintenance
Infoprint Server
GDDM 2.3
SCS, DSC, DSE
IPDS
SCS, DSC, DSE
IPDS
GDDM 2.3
VM RSCS 2.2
SCS, DSC, DSE
SCS, DSC, DSE
SCS, DSC, DSE
VM RSCS 2.2
JES328X 2.0
VTAM
Chapter 8. Infoprint 32 and Infoprint 40 Printers (4332) 55
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Table 64. Optional Coax Interface (continued)
Protocol
NDS
Data Stream
Operating System
CICS/MVS
SCS
SCS
NDS
CICS/VSE
Optional Twinax Interface:
Table 65. Optional Twinax Interface
Protocol
Arctic
Data Stream
IPDS
Operating System
PSF/400 3.1, 3.2, 3.6, 3.7, 4.1, 4.2
OS/400 3.1, 3.2, 3.6, 3.7, 4.1, 4.2
OS/400 3.6, 3.1, 3.0.5
Arctic
IPDS
Arctic
SCS
Arctic
SCS, IPDS
SCS, IPDS
SSP Rel. 7.1
Arctic
OS/400 3.6 with SSP Rel. 7.5
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Chapter 9. Infoprint 60 Printer (3160–002)
This section describes Infoprint 60 printer characteristics. The Infoprint 60 printer is a cut-sheet printer that
uses laser and electrophotographic technology to print text, images, graphics, and bar codes at up to 60
impressions per minute.
Figure 16. Infoprint 60 Printer
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Table 66. Infoprint 60 Printer Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Datastreams
Characteristic Value
60 pages per minute
Laser
IPDS and PCL
Cut Sheet
Form type
Number of input bins
Standard: 3 bins, one with up to 2000 sheets and 2 bins
with up to 500 sheets each
Optional: 1 bin with up to 2000 sheets
Number of output bins
Standard: Output tray up to 1500 sheets; top output tray
up to 500 sheets
Optional: 3000-sheet stacker with convenience stapler
Finisher Attachments
Corner staple
Edge staple
Side Staple
yes
yes
yes
yes
yes
yes
no
Saddle
Z-Fold
Inserter
Manual forms feed
Envelope printing
no
MICR printing
*IBM Business Partners may have MICR solutions for this
printer.
no*
Duplex printing
Color
yes
no
Adjust print-quality levels
Printhead resolution
no
240 dots-per-inch
300 dots-per-inch
600 dots-per-inch
Maximum impressions per month (duty cycle)
750,000
Printable Area
Although the Infoprint 60 printer can print to the edge of the paper, for best results, limit printing to within
.24 inch (6 mm) of all edges of the sheet. Printing any closer to the edges of the sheet may result in
degraded print quality and loss of characters. Figure 17 on page 59 shows an example of the printable
area of a sheet for a Infoprint 60 printer. The printable area shown is 8.02 by 10.52 inches.
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8.02 inches
Top
0.24 inch
0.24 inch
0.24 inch
Printable
Area
10.52 inches
0.24 inch
Figure 17. Recommended Printable Area for an 8.5 x 11 Inch Sheet on the Infoprint 60 Printer
Media Specifications
The Infoprint 60 printer accepts the following media:
Media types:
Plain or letterhead cutsheet paper, paper or polymer-based adhesive labels suitable for
electrophotographic printing, pre-printed forms and letterheads, perforated and pre-punched (2, 3
and 4 holes) xerographic papers
Sheet sizes:
Letter (8.5 inches x 11 inches), A4 (210 mm x 297 mm), Legal (8.5 inches x 14 inches), A3 (297
mm x 420 mm), Ledger (11 inches x 17 inches), B4 (257 mm x 364 mm), B5 (182 mm x 257 mm),
non-standard paper sizes from 7.48 inches x 7 inches (190 mm x 178 mm) through 11.69 inches x
17 inches (297 mm x 432 mm)
Media weights:
17 lb. to 42 lb. (64 gsm to 160 gsm); 110 lb. index (200 gsm) - letter and A4, simplex only;
notebook divider tabs, 90 lb. to 110 lb. weights
Attachments
Host software support for InfoPrint 60 printer attachments are listed below.
Table 67. Attachments for the Infoprint 60 Printer
Platform
370 Channel
Feature 4020
Token-Ring SNA
Feature 4120
Token-Ring TCP/IP
Feature 4120
Ethernet TCP/IP
Feature 4162
PSF/MVS
PSF for OS/390
PSF/VSE
Yes
Yes
Yes
No
Yes
Yes
Yes
Yes
No
Yes
No
Yes
No
No
No
PSF/VM
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
PSF/400
No
PSF/AIX
No
No
PSF/2
No
No
InfoPrint Manager
No
No
Chapter 9. Infoprint 60 Printer (3160–002) 59
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Chapter 10. Infoprint 70 Printer (2770)
This section describes the Infoprint 70 printer characteristics. The Infoprint 70 printer is a cut-sheet printer
that uses laser and electrophotographic technology to print text, images, graphics, and bar codes at up to
70 impressions per minute. The Infoprint 70 printer uses a high performance controller which provides
IPDS processing.
Figure 18. Infoprint 70 Printer
Table 68. Infoprint 70 Printer Characteristics
Printer Characteristic
Maximum printing rate
Print technology
Datastreams
Characteristic Value
70 pages per minute
Laser
IPDS
Form type
Cut Sheet
Number of input bins
Standard: Two 500-sheet trays; one 2000-sheet tray; one
150-sheet auxiliary tray
Optional: 3000-sheet high-capacity feeder (A4 or letter
size only)
Number of output bins
Standard: One 200-sheet stacker; one 2000-sheet
stacker with stapling capability (up to 50 sheets)
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Table 68. Infoprint 70 Printer Characteristics (continued)
Printer Characteristic
Finisher Attachments
Corner staple
Edge staple
Characteristic Value
yes
yes
no
no
no
no
no
no
Side Staple
Saddle
Z-Fold
Inserter
Manual forms feed
Envelope printing
MICR printing
*IBM Business Partners may have MICR solutions for this
printer.
no*
Duplex printing
yes
Color
no
no
Adjust print-quality levels
Printhead resolution
600 dots-per-inch
400,000
Maximum impressions per month (duty cycle)
Printable Area
Although the Infoprint 70 printer can print to the edge of the paper, for best results, limit printing to within
.24 inch (6 mm) of all edges of the sheet. Printing any closer to the edges of the sheet may result in
degraded print quality and loss of characters. Figure 19 shows an example of the printable area of a sheet
for an Infoprint 70 printer. The printable area shown is 8.02 by 10.52 inches.
8.02 inches
0.24 inch
0.24 inch
0.24 inch
Top
Printable
Area
10.52 inches
0.24 inch
Figure 19. Recommended Printable Area for an 8.5 x 11-Inch Sheet on the Infoprint 70 Printer
Media Specifications
The Infoprint 70 printer accepts the following media:
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Media types:
Plain or letterhead cutsheet paper, paper or polymer-based adhesive labels suitable for
electrophotographic printing, pre-printed forms and letterheads, perforated and pre-punched (2, 3
and 4 holes) xerographic papers
Sheet sizes:
A5 (148 mm x 210 mm) through 12 inches x 18 inches (304.8 mm x 457.2 mm)
Note: Letter/A4 (long edge feed) or smaller paper sizes.
Media weights:
Copier/xerographic papers and labels: 16 to 53 lbs. (60 to 199 gsm)
Attachments
The Infoprint 70 has one interface slot with the following two options:
v Ethernet interface using the IBM Ethernet 10/100 BaseTX Adapter (feature number 4162).
v Token-Ring interface using the IBM Token-Ring 4/16 Adapter (feature number 4120).
These are mandatory features. One of them must be specified. They are mutually exclusive and there are
no pre-requisites for this feature.
Host Systems Supported
Infoprint 70 supports the following host systems:
v AS/400 Systems
– AS/400e Servers
– AS/400e Systems
– AS/400 Advanced Series
v RS/6000 systems
v Enterprise Servers
– Netfinity Servers
– S/390
- G5, G6 Parallel Enterprise Servers
- Multiprise Servers
- Integrated Servers
- ES/9000
Software
Table 69. Software Supported on the Infoprint 70 Printer
Physical
Protocol
Operating System
LAN (IEEE 802.3/.5)
TCP/IP
PSF/400 4.3, 4.4, 4.5
PSF/MVS 2.2
PSF for OS/390
Infoprint Manager for AIX 3.2
Infoprint Manager for NT 1.1
Chapter 10. Infoprint 70 Printer (2770) 63
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Chapter 11. Infoprint 2000 NP1 and RP1 Printers (2710–NP1,
2710–RP1)
This section describes the Infoprint 2000–NP1 and –RP1 printer characteristics. The Infoprint 2000–NP1
and –RP1 are cut-sheet printers that use laser and electrophotographic technology to print text, images,
graphics, and bar codes.
Figure 20. Infoprint 2000–NP1 and –RP1 Printer
Table 70. Infoprint 2000 NP1 and RP1 Printers’ Characteristics
Characteristics
Characteristic Value
Infoprint 2000–NP1
Infoprint 2000–RP1
Maximum printing rate
Print technology
Datastreams
110 pages per minute
Electrophotographic/LED
PostScript 3 and PCL6
Cut Sheet
Form type
Number of input bins
Standard: 2 trays up to 1000 sheets each, 1 tray up to
2000 sheets
Optional: 2 trays up to 1000 sheets each, 1 tray up to
2000 sheets
Number of output bins
Standard: Finisher top bin up to 500 sheets; finisher main
bin up to 3000 sheets
Optional: High capacity stacker up to 5000 sheets
Finisher Attachments
Corner staple
Edge staple
Side staple
Saddle
yes
yes
yes
no
Z-Fold
no
Inserter
yes
no
Envelope printing
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Table 70. Infoprint 2000 NP1 and RP1 Printers’ Characteristics (continued)
Characteristics
Characteristic Value
Infoprint 2000–NP1
Infoprint 2000–RP1
MICR printing
no
Duplex printing
yes
Color
no
no
Adjust print-quality levels
Printhead resolution
Maximum impressions per month (duty cycle)
600 dots-per-inch
2,000,000
Printable Area
The Infoprint 2000–NP1 and –RP1 printers do not support edge-to-edge printing. The leading .05 inch (1
mm) is in a non-printable area. Any information in the non-printable area will be truncated. Figure 21
shows an example of the printable area of a form.
0.05 inch
Printable
Area
Leading Edge
Figure 21. Printable Area in IPDS Mode on the Infoprint 2000 NP1 and RP1 Printers
Media Size and Configuration
The media loaded for your printer must match the media size in the printer configuration. If these sizes do
not match, a printer error code indicates that this mismatch must be corrected by either changing the
media at the printer or by changing the configuration to match the media.
Media Specifications
The Infoprint 2000 accepts the following media:
Media types:
v Xerographic, bond, book, duplicator, mimeographic, uncoated offset, ledger (tabloid), cover,
index, bristol, and other long-grain plain papers (such as dual-purpose).
v Prepunched paper of these types:
– International and Japan Standard 2–hole
– U.S. and Japan 3–hole
– German Standard 2– and 4–hole
– Swedish Standard
– U.S. 5–Hole
– Bell/AT&T Systems 7–hole
v Recycled paper
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Paper, card stock, labels, transparencies, recycled paper and envelopes
Sheet sizes:
8 inch x 10.5 inch, letter (8.5 inch x 11 inch), legal (8.5 inch x 14 inch), letter-tab (9 inch x 11 inch)
manual (9 inch x 12 inch), ledger (tabloid) (11 inch x 17 inch), A4 (210 mm x 297 mm) A4 tab (225
mm x 297 mm), A3 (420 mm x 297 mm), legal-tab (9 inch x 14 inch)
Media weights:
16 to 110 lbs. (60 to 200 g/m2)
Attachments
Network Connectivity
The network connectivity option uses a 10/100BaseT Ethernet Network Interface Card (NIC) with a RJ-45
jack. Network protocol support includes TCP/IP, Appletalk, Ethernet, IPX/SPX.
Channel Connectivity
The channel connectivity option includes a channel controller standalone unit providing support for Xerox
datastreams. It has connectors for channel Tag and Bus cables. Tag and Bus cables must be ordered
separately for a connection to an IBM S/390 parallel channel.
Chapter 11. Infoprint 2000 NP1 and RP1 Printers (2710–NP1, 2710–RP1) 67
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Chapter 12. Infoprint 2000–DP1 Printer (2710–DP1)
This section describes the Infoprint 2000–DP1 printer characteristics. The Infoprint 2000–DP1 printer is a
cut-sheet printer that uses laser and electrophotographic technology to print text, images, graphics, and
bar codes.
Figure 22. Infoprint 2000–DP1 Printer
Table 71. Infoprint 2000–DP1 Printer Characteristics
Characteristics
Maximum printing rate
Print technology
Datastreams1
Characteristic Value
110 pages per minute
Electrophotographic/LED
IPDS and PDF
or
LCDS/Metacode, PostScript 3, and PCL6
Form type
Cut Sheet
Number of input bins
Standard: 2 trays up to 1000 sheets each, 1 tray up to
2000 sheets
Optional: 2 trays up to 1000 sheets each, 1 tray up to
2000 sheets
Number of output bins
Standard: Finisher top bin up to 500 sheets; finisher main
bin up to 3000 sheets
Optional: High capacity stacker up to 5000 sheets
Finisher Attachments
Corner staple
Edge staple
Side Staple
Saddle
yes
yes
yes
no
Z-Fold
no
Inserter
no
Envelope printing
MICR printing
no
no
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Table 71. Infoprint 2000–DP1 Printer Characteristics (continued)
Characteristics
Characteristic Value
Duplex printing
yes
Color
no
no
Adjust print-quality levels
Printhead resolution
Maximum impressions per month (duty cycle)
600 dots-per-inch
2,000,000
1. With the IPDS feature installed the Infoprint 2000-DP1 cannot accept the LCDS/Metacode, PostScript 3, and
PCL6 datastreams.
Printable Area
The Infoprint 2000–DP1 printer does not support edge-to-edge printing. The leading .05 inch (1 mm) is in
a non-printable area. Any information in the non-printable area will be truncated. Figure 23 shows an
example of the printable area of a form.
0.05 inch
Printable
Area
Leading Edge
Figure 23. Printable Area in IPDS Mode on the Infoprint 2000–DP1 Printer
Media Specifications
The Infoprint 2000–DP1 printer accepts the following media:
Media types:
v Xerographic, bond, book, duplicator, mimeographic, uncoated offset, ledger (tabloid), cover,
index, bristol, and other long-grain plain papers (such as dual-purpose).
v Prepunched paper of these types:
– International and Japan Standard 2–hole
– U.S. and Japan 3–hole
– German Standard 2– and 4–hole
– Swedish Standard
– U.S. 5–Hole
– Bell/AT&T Systems 7–hole
v Recycled paper
Paper, card stock, labels, transparencies, recycled paper and envelopes
Sheet sizes:
8 inch x 10.5 inch, letter (8.5 inch x 11 inch), legal (8.5 inch x 14 inch), letter-tab (9 inch x 11 inch)
manual (9 inch x 12 inch), ledger (tabloid) (11 inch x 17 inch), A4 (210 mm x 297 mm) A4 tab (225
mm x 297 mm), A3 (420 mm x 297 mm), legal-tab (9 inch x 14 inch)
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Media weights:
16 to 110 lbs. (60 to 200 g/m2)
Attachments
Non-IPDS Attachment Features
Network Connectivity: The network connectivity option uses a 10/100BaseT Ethernet Network Interface
Card (NIC) with a RJ-45 jack. Network protocol support includes TCP/IP, Appletalk, Ethernet, IPX/SPX.
Channel Connectivity: The channel connectivity option includes a channel controller standalone unit
providing support for Xerox datastreams. It has connectors for channel Tag and Bus cables. Tag and Bus
cables must be ordered separately for a connection to an IBM S/390 parallel channel.
IPDS Attachment Features
S/370 Parallel Channel Attachment for IPDS: This feature provides a System/370 Parallel Channel
Attachment when using IPDS.
ESCON Channel Attachment for IPDS: This feature provides the ESCON Channel Attachment when
using IPDS. The customer has the option of choosing one or two attachments when ordering the Infoprint
2000.
Token-Ring Attachment for IPDS: The token-ring feature provides the native attachment of an Infoprint
2000 printing system to a LAN via Token-Ring when using IPDS.
10/100BaseT Ethernet (TCP/IP) Attachment for IPDS: This feature provides the attachment of the
Infoprint 2000 Printing System to a LAN via 10/100BaseT Ethernet (TCP/IP) when using IPDS.
FDDI (TCP/IP) Attachment for IPDS: This feature provides a native attachment of the Infoprint 2000
printing system to a LAN via FDDI (TCP/IP) when using IPDS.
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Chapter 13. Infoprint 3000–ES1 and –ED1/ED2 Printers (3300)
This section describes the Infoprint 3000–ES1 and Infoprint 3000–ED1/ED2 printer characteristics. The
Infoprint 3000 printers is are continuous forms printers that uses laser and electrophotographic technology
to print text, images, graphics, and bar codes.
Figure 24. Infoprint 3000–ED1/ED2 Printer
Table 72. Infoprint 3000–ES1 and –ED1/ED2 Printer Characteristics
Printer characteristic
Characteristic Value
Characteristic Value
Infoprint 3000–ES1
Infoprint 3000–ED1/ED2
Print technology
Datastreams
Laser
IPDS
Form type
Continuous
Number of input bins
Number of output bins
Finisher attachments
Manual forms feed
Envelope printing
MICR printing
Up to 15.5 inch (394 mm) stack of paper
Up to 12 inch (305 mm) stack of paper
n/a
n/a
n/a
no
Duplex printing
no
Color
no
Adjust print-quality levels
Printhead resolution
yes
480 dots-per-inch
600 dots-per-inch
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
15.9
954
inches per minute
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Table 72. Infoprint 3000–ES1 and –ED1/ED2 Printer Characteristics (continued)
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches long) simplex
114
172
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
n/a
228
344
n/a
404
mm per minute
24,231
Maximum printing rates for A4 in pages per minute1
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up portrait (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up portrait (297 mm long)
114
162
n/a
n/a
228
324
2,800,000 simplex
4,400,000 simplex
3,000,000 simplex
4,000,000 simplex
5,600,000 duplex
8,800,000 duplex
6,000,000 duplex
8,000,000 duplex
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The printable area depends on the size of the form being used. The Infoprint 3000–ES1 and –ED1/ED2
printers can print from perforation to perforation when using roll forms. However, when printing on folded
forms, the printing may be degraded in areas near a folded perforation, an internal perforation, or any cut
in the form because of the “tenting” (fold memory) of the form.
Figure 25 on page 75 shows an example of the printable area of a standard, letter-size roll form for the
Infoprint 3000. Notice that the media origin is located in different corners for wide and narrow forms.
Although the maximum printable area for narrow forms is 8.5 by 17 inches, and the maximum printable
area for wide forms is 17 by 17 inches, the examples show the printable area for letter-size forms.
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Default
Media
Origin
0, 0
Default
Media
Origin
0, 0
8.5 inches
Top
11 inches
Printable
Area
11.0
inches
Printable
Area
8.5
inches
Wide Form
Narrow Form
Figure 25. Printable Area on the Infoprint 3000–ES1 and –ED1/ED2 Printers
Media Specifications
The Infoprint 3000–ES1 and –ED1/ED2 printers accept the following media:
Media types:
Preprinted or blank fanfold forms, roll-feed paper
Media widths:
Model ES1
8 inches to 18 inches (203 mm to 457 mm)
Models ED1/ED2
9 inches to 18 inches (229 mm to 457 mm)
Media lengths:
7 inches to 14 inches (178 mm to 356 mm) standard; 7 inches to 28 inches (178 mm to 712 mm)
with pre- and post-processing options
Media weights:
Model ES1
16 lb. to 42 lb. (60 gsm to 157 gsm)
Models ED1/ED2
16 lb. to 28 lb. (60 gsm to 105 gsm)
Attachments
The InfoPrint 3000-ES1 and 3000-ED1/ED2 support a maximum of two attachments. These attachments
can be:
v ESCON channel
v System/370 parallel channel
v Token Ring (TCP/IP)
v Ethernet (TCP/IP)
v FDDI (TCP/IP)
The two attachments may be the same (for example, two ESCON channels), or mixed (for example, one
ESCON and one Token-Ring). The exception is that the printer can have only one TCP/IP attachment of
any flavor. You cannot have two Token-Ring attachments, for example. For a single printer (a simplex
printer, a duplex printing system, or a dual simplex printer), only one attachment can be active at a time. If
Chapter 13. Infoprint 3000–ES1 and –ED1/ED2 Printers (3300) 75
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both attachments are to the same system, or to a tightly-coupled system, and the attachments are of the
same type channel (example, both are ESCON or both are parallel channel), then switching between the
two attachments can be performed dynamically by the host system. If the attachments or host differ, or the
hosts are not tightly-coupled, then the switch must be performed manually by the operator. The printer
must be disabled from the current system and attachment before it can be enabled to the other
attachment.
System/370 Parallel Channel
System/370 parallel channel attachment is supported on OS/390, PSF/MVS, PSF/VM, and PSF/VSE
printing environments.
v For S/370 parallel channel attachment, a control unit position on a S/370 parallel block multiplexer
channel is required on an IBM 3090™ or ES/9000™ processor.
v The following processors are also supported for S/370 parallel channel attachments: S/390 Parallel
Enterprise Server, and the S/390 Multiprise 2000 servers.
v Attachment is also supported via the 9034 ESCON Converter Model 1.
ESCON Channel
ESCON channel is supported on OS/390, PSF/MVS, PSF/VM, and PSF/VSE printing environments.
v The IBM Infoprint 3000-ES1 and 3000-ED1/ED2 may be attached natively to IBM ESCON channel
(3090-J, 9021, 9121, 9221, 9672, 2003).
v Attachment is also supported via the 9032/9033 ESCON Directors and 9036 ESCON Remote Channel
Model 1 and Model 2.
The ESCON attachment may be shared between different ESCON systems or different ESCON multiple
image facility (EMIF) images, if ALL host systems connected to the printer are using the OS/390 (V1R3.0
or higher) operating system and ALL of the PSF/MVS applications in those systems have the APAR
OW29992 installed. Such OS/390 systems can be guests of VM/ESA.
When these conditions are met for ESCON then the multihost flag can be set to “TRUE” in the printer.
This will automatically invoke the protocol allowing the printer to print only one host (or OS/390 guest of
VM) at a time. When the first host is printing the second host will receive an “assigned elsewhere”
message until the first host is finished printing and releases the printer.
Token-Ring (TCP/IP) Attachment
Token-Ring (TCP/IP) attachment is supported on PS/400, PSF for AIX, and Infoprint Manager for AIX
printing environments along with selected RS/6000 and AS/400 models. The 3000-ES1 and
3000-ED1/ED2 are connected to the host Token-Ring through the IBM Token-Ring cabling via the Token
Ring High-performance adapter, which is contained in the AFCCU. The control unit can be attached to
either a 16 Mbit/sec or a 4 Mbit/sec Token-Ring LAN. The TCP/IP Token-Ring Attachment will attach to the
following devices:
v 8228 Token Ring Multistation Access Unit attached to an AS/400 or RS/6000 processor
v 8230 Token Ring Network Controller Access attached to an AS/400 or RS/6000 processor
v 8228 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
v 8230 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
The printer may be located at a maximum distance of 100 meters (328 ft) from the 8228 Multistation
Access Unit or 8230Controlled Access Unit.
The distance between the 8228 Multistation Access Units can be increased with either the 8220 or 8219
Optical Fiber Repeater.
v Installation Instructions are provided with the feature.
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Ethernet 10/100 BaseT (TCP/IP)
Ethernet 10/100 BaseT (TCP/IP) attachment is supported on PSF/400, PSF for AIX, and Infoprint Manager
for AIX printing environments. An Ethernet Adapter Card is supplied with Specify Feature number 9993
and Special Feature number 4165. The adapter card is installed in the IBM Infoprint 3000-ES1 and ED2
AFCCU processors. The IBM Infoprint 3000-ES1 and ED1/ED2 may then be attached to an Ethernet LAN.
v 10/100 BaseT LAN using Twisted Pair Cabling
– IBM supplies a Twisted Pair wrap plug (PN 00G2380)
v Installation Instructions are provided with the features.
FDDI (TCP/IP)
FDDI (TCP/IP) attachment is supported on PSF for AIX and Infoprint Manager printing environments and
for selected RS/6000 models. The Infoprint 3000-ES1 and 3000-ED1/ED2 are connected to the host FDDI
through FDDI 62.5/125 multimode fiber cabling using SC connectors via the FDDI Single Station adapter,
which is contained in the AFCCU. The FDDI (TCP/IP) attachment will attach to the following devices:
v Directly to RS/6000
v 8260 Multiprotocol Intelligent Switching Hub attached to an RS/6000 processor
The printer may be located at a maximum distance of 2 Kilometers from the 826 Multiprotocol Intelligent
Switching Hub or RS/6000 processor.
Chapter 13. Infoprint 3000–ES1 and –ED1/ED2 Printers (3300) 77
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Chapter 14. Infoprint 4000 IS1– and –IS2 Printers (4000–IS1
and –IS2)
This section describes the Infoprint 4000–IS1 and Infoprint 4000–IS2 printer characteristics. The Infoprint
4000–IS1 and Infoprint 4000–IS2 are continuous-forms printers that use laser and electrophotographic
technology to print text, images, graphics, and bar codes at up to 229 impressions per minute (ipm) for the
Infoprint 4000–IS1 printer and 324 impressions per minute (ipm) for the Infoprint 4000–IS2 printer.
Figure 26. Infoprint 4000–IS1 and –IS2 Printers
Table 73. Infoprint 4000–IS1 and –IS2 Printer Characteristics
Printer Characteristics
Characteristic Value
Infoprint 4000–IS1
Characteristic Value
Infoprint 4000–IS21
Print technology
Datastreams
Laser
IPDS
Form type
Continuous
Number of input bins
Number of output bins
Up to 16 inch (406 mm) stack of paper (box)
Up to 14 inch (355 mm) stack of paper; supports 7 inch to 14 inch
folds
Finisher attachments
Manual forms feed
Envelope printing
n/a
n/a
n/a
© Copyright IBM Corp. 2001
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Table 73. Infoprint 4000–IS1 and –IS2 Printer Characteristics (continued)
MICR printing
*With either RPQ 8B4013 or 8B4018 installed
yes*
no
Duplex printing
Color
*With the IBM 4005 Infoprint Hi-Lite Color printer
yes*
attached2
Adjust print-quality levels
Printhead resolution
yes
240 dpi
300 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
32.5
46
inches per minute
1,950
2,760
Maximum printing rates for letter in pages per minute3
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
229
354
324
501
n/a
n/a
825
1168
mm per minute
49,530
70,104
Maximum printing rates for A4 in pages per minute3
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)4
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up landscape 11 inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up landscape (297 mm long)
235
333
330
472
n/a
n/a
5,600,000 simplex
8,700,000 simplex
5,700,000 simplex
8,200,000 simplex
8,000,000 simplex
12,300,000 simplex
8,100,000 simplex
11,500,000 simplex
1. The 4000–IS2 printer was originally shipped with a print speed of 44 inches per second. All 4000–IS2 printers
shipped after February 17, 1998 (or with upgrades 9324 or 4260 installed) have a print speed of 46 inches per
second.
2. The Infoprint 4005 Hi-Lite Color post-processor provides a high-speed, high-quality, all-points-addressable (APA)
color printing system to complement the industry-leading quality and reliability the IBM Infoprint 4000 Wide or
Wide Duplex printers (240 dpi models). Visit the IBM Printing Systems Inter page at
http://www.ibm.com/printers for more information about the Infoprint 4005.
3. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
4. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
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Printable Area
The printable area depends on the size of the form being used. The Infoprint 4000–IS1 and –IS2 printers
can print from perforation to perforation when using roll forms. However, when printing on folded forms, the
printing may be degraded in areas near a folded perforation, an internal perforation, or any cut in the form
because of the “tenting” (fold memory) of the form.
Figure 27 shows examples of the printable areas of a roll form for a Infoprint 4000 IS1 and IS2 printers.
Notice that the media origin is located in different corners for wide and narrow forms. The printable area
for the narrow form is 8.5 by 11 inches. The printable area for the wide form is 11 by 8.5 inches.
Default
Default
Media
Media
Origin
0, 0
Origin
0, 0
8.5 inches
Top
11 inches
Printable
Area
11.0
inches
Printable
Area
8.5
inches
Wide Form
Narrow Form
Figure 27. Printable Area for 9.5 by 11-Inch (Narrow) and a 12 by 8.5-Inch (Wide) Roll Forms on Infoprint 4000–IS1
and –IS2 printers
Figure 28 on page 82 shows examples of the printable areas of folded forms for a Infoprint 4000–IS1 and
–IS2 printers. Notice that the media origin is located in different corners for wide and narrow forms. The
printable area for the narrow form is 8.5 by 10.66 inches. The printable area for the wide form is 11 by
8.16 inches.
Chapter 14. Infoprint 4000 IS1– and –IS2 Printers (4000–IS1 and –IS2) 81
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FOR TEXT, OCR, AND BAR CODES
Default
Media
Origin
0, 0
Default
Media
Origin
0, 0
8.5 inches
Top
0.33 inch
11 inches
0.33 inch
Recommended
Printable
Area
10.34
Recommended
Printable
Area
inches
7.84
inches
0.33 inch
0.33 inch
Narrow Form
Wide Form
Figure 28. Printable Area for 9.5 by 11-Inch (Narrow) and a 12 by 8.5-Inch (Wide) Folded Forms on Infoprint 4000–IS1
and –IS2 printers
Media Specifications
The Infoprint 4000–IS1 and –IS2 printers accept the following media:
Media types:
Preprinted or blank fanfold forms, roll feed paper, some labels
Media widths:
8 inches to 18 inches (203 to 457 mm)
Media lengths:
3 inches to 14 inches (76 to 356 mm) standard; up to 28 inches (711 mm) with RPQ (additional
memory required)
Media weights:
Model IS1
16 to 42 lbs. (60 to 160 gsm)
Model IS2
16 to 28 lbs. (60 to 105 gsm)
Attachments
System/370 Parallel Channel
For S/370 parallel channel attachment, a control unit position on a S/370 parallel block multiplexer channel
is required on an IBM 4361, 4381, 3090, ES/9370, or ES/9000 processor. The following processors are
also supported for S/370 parallel channel attachment, Parallel Enterprise Server Models R1, R2, and R3
S/390 G3 Enterprise Server, and the S/390 Multiprise™ 2000. Attachment is also supported via the 9034
ESCON converter model 1. The S/370 Channel is supported in MVS, VM, and VSE operating system
environments.
ESCON Channel
The IBM InfoPrint 4000 IS1/IS2 may be attached natively to ESCON channels. Note that when attached
via ESCON, the IBM InfoPrint 4000 IS1/IS2 is supported on the MVS, VM, and VSE operating systems
only. The IBM InfoPrint 4000 IS1/IS2 may also be attached to selected PS/2, RS/6000, AS/400 models
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using Token-Ring (TCP/IP), or Ethernet (TCP/IP). Attachment is also supported via the 9032/9033 ESCON
Directors, and 9036 ESCON Remote Channel Extender.
Token-Ring (TCP/IP) Attachment
The IBM InfoPrint 4000 IS1/IS2 is connected to the host Token-Ring through the IBM Token-Ring cabling
via the Token-Ring High-Performance adapter, which is contained in the AFCCU. The attachment card and
token-ring adapter cable P/N 53F3930 (approximately 4.6 m (15 ft)) in length are included with the IBM
InfoPrint 4000 IS1/IS2. The control unit can be attached to either a 16Mbit/sec or a 4Mbit/sec Token-Ring
LAN. The TCP/IP Token Ring Attachment will attach to the following devices:
v 8228 Token Ring Multistation Access Unit attached to an AS/400, PS/2, or RS/6000 processor.
v 8230 Token Ring Network Controller Access Unit attached to an AS/400, PS/2, or RS/6000 processor.
v 8228 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725 or 3720 attached to a
3090, ES/9000, 308X or 4381 processor.
v 8230 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, 308X or 4381 processor.
The printer may be located at a maximum distance of 100 meters (333ft.) from the 8228 Multistation
Access Unit or 8230 Controlled Access Unit. The distance between the 8228 Multistation Access Units can
be increased with either the 8220 or 8219 Optical Fiber Repeater.
Ethernet (TCP/IP) Attachment
An Ethernet Adapter Card (P/N 00G3369) is supplied with Specify Feature 9990 and Special Feature
4161. This is installed in the processor of the AFCCU of the IBM InfoPrint 4000 IS1/IS2. The IBM InfoPrint
4000 IS1/IS2 may then be attached to an Ethernet LAN via one of the following means:
v Ethernet Thin Coax
– IBM Supplies a Thin Coax wrap connector (P/N 02G7433)
v Ethernet Thick Coax
– IBM Supplies the Thick Coax wrap connector (D-shell connector; P/N 71F1167)
v Ethernet Twisted Pair
– IBM Supplies a Twisted Pair Transceiver (P/N 00G2906)
– IBM Supplies a Twisted Pair Wrap plug (P/N 00G2380)
Chapter 14. Infoprint 4000 IS1– and –IS2 Printers (4000–IS1 and –IS2) 83
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Chapter 15. Infoprint 4000–IR1/IR2 and –IR3/IR4 Printers
(4000–IR1/IR2 and –IR3/IR4)
This section describes the Infoprint 4000–IR1/IR2 and Infoprint–IR3/IR4 printer characteristics. The
Infoprint 4000–IR1/IR2 and –IR3/IR4 are continuous-forms printers that use laser and electrophotographic
technology to print text, images, graphics, and bar codes at up to 464 impressions per minute (ipm) for the
Infoprint 4000–IR1/IR2 printer and 708 impressions per minute (ipm) for the Infoprint 4000–IR3/IR4 printer
in duplex mode. The Infoprint 4000–IR1/IR2 and –IR3/IR4 printers have 18-inch wide paper paths with a
17-inch wide print width, which permits printing of two 8.5-by-11 inch or two ISO A4 pages on a single side
of a sheet. The Infoprint 4000–IR1/IR2 and –IR3/IR4 printers use the Advanced Function Common Control
Unit (AFCCU) based on RISC technology.
The Infoprint 4000 –IR1/IR2 and –IR3/IR4 also has 480/600 pels-per-inch resolution and the Print Quality
Enhancement (PQE) function, which smoothes edges on diagonal lines, protects fine details, improves the
fidelity of images, and allows for adjustment of the boldness of text and the darkness of images.
Figure 29. Infoprint 4000–IR1/IR2 and –IR3/IR4 Printers
Table 74 summarizes the printer characteristics for the Infoprint 4000–IR1/IR2 and –IR3/IR4 printers
Table 74. Infoprint 4000–IR1/IR2 and –IR3/IR4 Printer Characteristics
Printer Characteristics
Characteristic Value
Characteristic Value
Infoprint 4000–IR1/IR2
Infoprint 4000–IR3/IR4
Print technology
Datastreams
Laser
IPDS
Form type
Continuous
Number of input bins
Number of output bins
Up to 16 inch (406 mm) stack of paper (box)
Up to 14 inch (356 mm) stack of paper (internal stacker); supports
7 inch to 14 inch folds
Finisher attachments
Manual forms feed
Envelope printing
MICR printing
n/a
n/a
n/a
no
Duplex printing
Color
yes
no
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Table 74. Infoprint 4000–IR1/IR2 and –IR3/IR4 Printer Characteristics (continued)
Adjust print-quality levels
yes
Printhead resolution
480 dpi
600 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
21.3
32.5
inches per minute
1,278
1,950
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
153
306
232
464
229
458
354
708
541
825
mm per minute
32,461
49,530
Maximum printing rates for A4 in pages per minute1
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up portrait (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up portrait (297 mm long)
153
306
218
436
235
470
333
666
7,300,000 duplex
11,300,000 duplex
7,500,000 duplex
10,700,000 duplex
8,700,000 duplex
17,400,000 duplex
8,200,000 duplex
16,700,000 duplex
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The printable area depends on the size of the form being used. The Infoprint 4000–IR1/IR2 and –IR3/IR4
printers can print from perforation to perforation when using roll forms. However, when printing on folded
forms, the printing may be degraded in areas near a folded perforation, an internal perforation, or any cut
in the form because of the “tenting” (fold memory) of the form.
Figure 30 on page 87 shows an example of the printable area of a standard, letter-size roll form for the
Infoprint 4000–IR1/IR2 and –IR3/IR4 printers. Notice that the media origin is located in different corners for
wide and narrow forms. Although the maximum printable area for narrow forms is 8.5 by 17 inches, and
the maximum printable area for wide forms is 17 by 17 inches, the examples show the printable area for
letter-size forms.
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Default
Media
Origin
0, 0
Default
Media
Origin
0, 0
8.5 inches
Top
11 inches
Printable
Area
11.0
inches
Printable
Area
8.5
inches
Wide Form
Narrow Form
Figure 30. Printable Area in IPDS Mode on the Infoprint 4000–IR1/IR2 and –IR3/IR4 Printers
Media Specifications
The Infoprint 4000–IR1/IR2 and –IR3/IR4 printers accepts the following media:
Media types:
Preprinted or blank fanfold forms, roll-feed paper, some labels
Media widths:
9 inches to 18 inches (225 mm to 457 mm); 17 inches maximum (432 mm) when operating with
pinless RPQ
Media lengths:
3 inches to 14 inches (76 mm to 356 mm) with on-board stacker; 3 inches to 25 inches (76 mm to
635 mm) with Post-Processing
Media weights:
16 lb. to 28 lb. (60 gsm to 105 gsm)
Attachments
The InfoPrint 4000–IR1/IR2 and –IR3/IR4 supports a maximum of two attachments. These attachments
can be:
v ESCON channel
v System/370 parallel channel
v Token Ring (TCP/IP)
v FDDI (TCP/IP)
The two attachments may be the same (e.g., 2 ESCON channels), or mixed (eg., 1 ESCON and 1
Token-Ring). The exception is that the printer can have only 1 TCP/IP attachment of any flavor. You cannot
have 2 Token-Ring or 2 FDDI attachments, or a combination of 1 Token-Ring or 1 FDDI attachments.
When printing in duplex configuration, only one attachment can be active at a time. If both attachments are
to the same system, or to a tightly-coupled system, and the attachments are of the same type (example,
both are ESCON or both are parallel channel), then switching between the two attachments can be
performed dynamically by the host system. If the attachments or host differ, or the hosts are not
tightly-coupled, then the switch must be performed manually by the operator. The printer must be disabled
from the current system and attachment before it can be enabled to the other attachment.
Chapter 15. Infoprint 4000–IR1/IR2 and –IR3/IR4 Printers (4000–IR1/IR2 and –IR3/IR4) 87
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System/370 Parallel Channel
System/370 parallel channel attachment is supported on PSF/MVS, PSF/VM, and PSF/VSE printing
environments. For S/370 parallel channel attachment, a control unit position on a S/370 parallel block
multiplexer channel is required on an IBM 3090™ or ES/9000™ processor. The following processors are
also supported for S370 parallel channel attachments, S/390 Parallel Enterprise Server, and the S/390
Multiprise 2000 servers. Attachment is also supported via the 9034 ESCON Converter Model 1.
ESCON Channel
ESCON channel is supported on PSF/MVS, PSF/VM, and PSF/VSE printing environments. The IBM
InfoPrint 4000 may be attached natively to IBM ESCON channels (3090-J, 9021, 9121, 9221, 9672, 2003).
Attachment is also supported via the 9032/9033 ESCON Directors and 9036 ESCON Remote Channel
Extender model 1 and model 2.
Token-Ring (TCP/IP) Attachment
Token-Ring (TCP/IP) attachment is supported on PSF for OS/2 and PSF for AIX printing environments
along with selected RS/6000 and AS/400 models. The 4000 is connected to the host Token-Ring through
the IBM Token-Ring cabling via the Token Ring High-performance adapter, which is contained in the
AFCCU. The control unit can be attached to either a 16Mbit/sec or a 4Mbit/sec Token-Ring LAN. The
TCP/IP Token-Ring Attachment will attach to the following devices:
v 8228 Token Ring Multistation Access Unit attached to an AS/400 or RS/6000 processor
v 8230 Token Ring Network Controller Access attached to an AS/400 or RS/6000 processor
v 8228 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
v 8230 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
The printer may be located at a maximum distance of 100 meters (333 ft) from the 8228 Multistation
Access Unit or 8230 Controlled Access Unit.
The distance between the 8228 Multistation Access Units can be increased with either the 8220 or 8219
Optical Fiber Repeater.
v Installation Instructions are provided with the feature.
FDDI (TCP/IP)
FDDI (TCP/IP) attachment is supported on PFS for AIX printing environments for selected RS/6000
models. The 4000 is connected to the host FDDI through FDDI 62.5/125 multi-mode fiber cabling using SC
connectors via the FDDI Single Station adapter, which is contained in the AFCCU. The FDDI (TCP/IP)
attachment will attach to the following devices:
v Directly to RS/6000
v 8260 Multiprotocol Intelligent Switching Hub attached to an RS/6000 processor.
The printer may be located at a maximum distance of 2 Kilometers from the 8260 Multiprotocol Intelligent
Switching Hub or RS/6000 processor.
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Chapter 16. Infoprint 4000–ID1/ID2 and –ID3/ID4 Printers
(4000–ID1/ID2 and –ID3/ID4)
This chapter describes Infoprint 4000–ID1/ID2 and –ID3/ID4 printer characteristics. The Infoprint
4000–ID1/ID2 and –ID3/ID4 printers are a channel-attached or LAN-attached, continuous-forms printer that
use a laser and electrophotographic technology to print text, images, graphics, and bar codes at up to 229
ipm (impressions per minute) for the Infoprint 4000–ID1/ID2 and 324 ipm for the –ID3/ID4. The Infoprint
4000–ID1/ID2 and –ID3/ID4 printers use the Advanced Function Common Control Unit (AFCCU) based on
RISC technology, which provides as standard the Advanced Function Image and Graphics (AFIG) feature
and the Decompression Performance Enhancement (DPE) feature.
The Infoprint 4000–ID1/ID2 and –ID3/ID4 printers also have 300 pels-per-inch resolution and the Print
Quality Enhancement (PQE) function, which smooths edges on diagonal lines, protects fine details,
improves the fidelity of images, and allows for adjustment of the boldness of text and the darkness of
images.
Figure 31. Infoprint 4000–ID1/ID2 and –ID3/ID4 Printers
Table 75 summarizes the printer characteristics for the Infoprint 4000–ID1/ID2 and –ID3/ID4 printers.
Table 75. Infoprint 4000–ID1/ID2 and –ID3/ID4 Printer Characteristics
Printer Characteristics
Characteristic Value
Characteristic Value
Infoprint 4000–ID1/ID2
Infoprint 4000–ID3/ID4
Print technology
Datastreams
Laser
IPDS
Form type
Continuous
Number of input bins
Number of output bins
Finisher attachments
Manual forms feed
Envelope printing
Up to 16 inch (406 mm) stack of paper (box)
Up to 14 inch (355 mm) stack of paper
n/a
n/a
n/a
MICR printing
*With either RPQ 8B4013 or 8B4018 installed
yes*
yes
Duplex printing
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Table 75. Infoprint 4000–ID1/ID2 and –ID3/ID4 Printer Characteristics (continued)
Color
*With the IBM 4005 Infoprint Hi-Lite Color printer
yes*
yes
attached2
Adjust print-quality levels
Printhead resolution
240 dpi
300 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
32.5
46
inches per minute
1,950
2,760
Maximum printing rates for letter in pages per minute2
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
229
458
354
708
324
648
501
1,002
825
1168
mm per minute
49,530
70,104
Maximum printing rates for A4 in pages per minute2
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)3
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up portrait (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up portrait (297 mm long)
235
470
333
666
330
660
472
944
11,200,000 duplex
17,400,000 duplex
11,600,000 duplex
16,700,000 duplex
16,200,000 duplex
24,600,000 duplex
16,300,000 duplex
23,000,000 duplex
1. The Infoprint 4005 Hi-Lite Color post-processor provides a high-speed, high-quality, all-points-addressable (APA)
color printing system to complement the industry-leading quality and reliability the IBM Infoprint 4000 ID1/ID2
Wide or Wide Duplex printers (240 dpi models). Visit the IBM Printing Systems Inter page at
http://www.ibm.com/printers for more information about the Infoprint 4005.
2. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
3. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The printable area depends on the size of the form being used. The Infoprint 4000–ID1/ID2 and –ID3/ID4
printers can print from perforation to perforation when using roll forms. However, when printing on folded
forms, the printing may be degraded in areas near a folded perforation, an internal perforation, or any cut
in the form because of the “tenting” (fold memory) of the form.
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Figure 32 shows examples of the printable areas of a standard, letter-size roll form for a Infoprint
4000–ID1/ID2 and –ID3/ID4 printers. Notice that the media origin is located in different corners for wide
and narrow forms. Although the maximum printable area for narrow forms is 8.5 by 17 inches, and the
maximum printable area for wide forms is 17 by 17 inches, the examples show the printable area for
letter-size forms.
Default
Default
Media
Media
Origin
0, 0
Origin
0, 0
8.5 inches
Top
11 inches
Printable
Area
11.0
inches
Printable
Area
8.5
inches
Wide Form
Narrow Form
Figure 32. Recommended printable areas. These are the recommended printable areas on 9.5 by 11-inch (narrow)
and 18 by 8.5-inch (wide) roll forms.
folded forms for a Infoprint 4000–ID1/ID2 and –ID3/ID4 printers. Notice that the media origin is located in
different corners for wide and narrow forms. The recommended printable area for the narrow form is 8.5
by 10.34 inches for text, OCR, or bar code data and 8.5 by 10.0 inches for images or solid-fill data. The
recommended printable area for the wide form is 11 by 7.84 inches for text, OCR, or bar code data and 11
by 7.5 for images or solid-fill data. The printer can print to the perforation on the leading and trailing edges
of the form; however, the print quality within 0.33 inch of the perforation may be degraded.
Chapter 16. Infoprint 4000–ID1/ID2 and –ID3/ID4 Printers (4000–ID1/ID2 and –ID3/ID4) 91
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FOR TEXT, OCR, AND BAR CODES
Default
Media
Origin
0, 0
Default
Media
Origin
0, 0
8.5 inches
Top
0.33 inch
11 inches
0.33 inch
Recommended
Printable
Area
10.34
Recommended
Printable
Area
inches
7.84
inches
0.33 inch
0.33 inch
Narrow Form
Wide Form
Figure 33. Folded Forms on the Infoprint 4000–ID1/ID2 and –ID3/ID4 Printers. These are the recommended printable
areas on 9.5 by 11-inch (narrow) and 12 by 8.5-inch (wide) folded forms for printing text, OCR, and bar code data.
FOR SOLIDFILL AND IMAGES
Default
Default
Media
Origin
0, 0
Media
Origin
0, 0
8.5 inches
Top
0.50 inch
11 inches
0.50 inch
Recommended
Printable
Area
10.00
Recommended
Printable
Area
inches
7.5
inches
0.50 inch
0.50 inch
Narrow Form
Wide Form
Figure 34. Folded Forms on the Infoprint–4000 ID1/ID2 and –ID3/ID4 Printers. These are the recommended printable
areas on 9.5 by 11-inch (narrow) and 12 by 8.5-inch (wide) folded forms for printing solid-fill data and images.
Media Specifications
The Infoprint 4000–ID1/ID2 and –ID3/ID4 printers accept the following media:
Media types:
Preprinted or blank fanfold forms, roll-feed paper, some labels
Media widths:
Simplex
8 inches to 18 inches (203 mm to 457 mm)
Duplex
9 inches to 18 inches (229 mm to 457 mm)
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Media lengths:
7 inches to 14 inches (178 mm to 356 mm) standard (Infoprint 4000–ID1/ID2 printer); 7 inches to
28 inches (178 mm to 712 mm) standard (Infoprint 4000–ID3/ID4 printer); 17 inches (432 mm) with
post-processing; up to 22 inches (558 mm) with RPQ (additional memory required)
Media weights:
16 lb. to 42 lb. (60 gsm to 160 gsm) simplex; 18 lb. to 28 lb. (68 gsm to 107 gsm) duplex
Attachments
The InfoPrint 4000–ID1/ID2 and –ID3/ID4 supports a maximum of two attachments. These attachments
can be:
v ESCON channel
v System/370 parallel channel
v Token Ring (TCP/IP)
v FDDI (TCP/IP)
The two attachments may be the same (e.g., 2 ESCON channels), or mixed (eg., 1 ESCON and 1
Token-Ring). The exception is that the printer can have only 1 TCP/IP attachment of any flavor. You cannot
have 2 Token-Ring or 2 FDDI attachments, or a combination of 1 Token-Ring or 1 FDDI attachments.
When printing in duplex configuration, only one attachment can be active at a time. If both attachments are
to the same system, or to a tightly-coupled system, and the attachments are of the same type (example,
both are ESCON or both are parallel channel), then switching between the two attachments can be
performed dynamically by the host system. If the attachments or host differ, or the hosts are not
tightly-coupled, then the switch must be performed manually by the operator. The printer must be disabled
from the current system and attachment before it can be enabled to the other attachment.
System/370 Parallel Channel
System/370 parallel channel attachment is supported on PSF/MVS, PSF/VM, and PSF/VSE printing
environments. For S/370 parallel channel attachment, a control unit position on a S/370 parallel block
multiplexer channel is required on an IBM 3090™ or ES/9000™ processor. The following processors are
also supported for S370 parallel channel attachments, S/390 Parallel Enterprise Server, and the S/390
Multiprise 2000 servers. Attachment is also supported via the 9034 ESCON Converter Model 1.
ESCON Channel
ESCON channel is supported on PSF/MVS, PSF/VM, and PSF/VSE printing environments. The IBM
InfoPrint 4000 may be attached natively to IBM ESCON channels (3090-J, 9021, 9121, 9221, 9672, 2003).
Attachment is also supported via the 9032/9033 ESCON Directors and 9036 ESCON Remote Channel
Extender model 1 and model 2.
Token-Ring (TCP/IP) Attachment
Token-Ring (TCP/IP) attachment is supported on PSF for OS/2 and PSF for AIX printing environments
along with selected RS/6000 and AS/400 models. The Infoprint 4000 is connected to the host Token-Ring
through the IBM Token-Ring cabling via the Token Ring High-performance adapter, which is contained in
the AFCCU. The control unit can be attached to either a 16Mbit/sec or a 4Mbit/sec Token-Ring LAN. The
TCP/IP Token-Ring Attachment will attach to the following devices:
v 8228 Token Ring Multistation Access Unit attached to an AS/400 or RS/6000 processor
v 8230 Token Ring Network Controller Access attached to an AS/400 or RS/6000 processor
v 8228 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
v 8230 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
Chapter 16. Infoprint 4000–ID1/ID2 and –ID3/ID4 Printers (4000–ID1/ID2 and –ID3/ID4) 93
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The printer may be located at a maximum distance of 100 meters (333 ft) from the 8228 Multistation
Access Unit or 8230 Controlled Access Unit.
The distance between the 8228 Multistation Access Units can be increased with either the 8220 or 8219
Optical Fiber Repeater.
v Installation Instructions are provided with the feature.
FDDI (TCP/IP)
FDDI (TCP/IP) attachment is supported on PFS for AIX printing environments for selected RS/6000
models. The 4000 is connected to the host FDDI through FDDI 62.5/125 multi-mode fiber cabling using SC
connectors via the FDDI Single Station adapter, which is contained in the AFCCU. The FDDI (TCP/IP)
attachment will attach to the following devices:
v Directly to RS/6000
v 8260 Multiprotocol Intelligent Switching Hub attached to an RS/6000 processor.
The printer may be located at a maximum distance of 2 Kilometers from the 8260 Multiprotocol Intelligent
Switching Hub or RS/6000 processor.
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Chapter 17. Infoprint 4000–ID5/ID6 Printer (4000–ID5/ID6)
This chapter describes Infoprint 4000–ID5/ID6 printer characteristics. The Infoprint 4000–ID5/ID6 printer is
a channel-attached or LAN-attached, continuous-forms printer that uses a laser and electrophotographic
technology to print text, images, graphics, and bar codes at up to 1,002 ipm (impressions per minute). The
Infoprint 4000–ID5/ID6 printer use the Advanced Function Common Control Unit (AFCCU) based on RISC
technology, which provides as standard the Advanced Function Image and Graphics (AFIG) feature and
the Decompression Performance Enhancement (DPE) feature.
The Infoprint 4000–ID5/ID6 printer also have 600 pels-per-inch resolution and the Print Quality
Enhancement (PQE) function, which smooths edges on diagonal lines, protects fine details, improves the
fidelity of images, and allows for adjustment of the boldness of text and the darkness of images.
Figure 35. Infoprint 4000–ID5/ID6 Printer
Table 76. Infoprint 4000–ID5/ID6 Printer Characteristics
Printer Characteristics
Print technology
Characteristic Value
Laser
Datastreams
IPDS
Form type
Continuous
Number of input bins
Number of output bins
Finisher attachment
Manual forms feed
Envelope printing
Up to 16 inch (406 mm) stack of paper (box)
Up to 14 inch (356 mm) stack of paper
n/a
n/a
n/a
MICR printing
*With either RPQ 8B4013 or 8B4018 installed
yes*
yes
Duplex printing
Color
yes*
yes
*With the IBM 4005 Infoprint Hi-Lite Color printer attached2
Adjust print-quality levels
Printhead resolution
480 dpi
600 dpi
© Copyright IBM Corp. 2001
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Table 76. Infoprint 4000–ID5/ID6 Printer Characteristics (continued)
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
46
inches per minute
2,760
Maximum printing rates for letter in pages per minute2
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
324
648
501
1,002
1168
mm per minute
70,104
Maximum printing rates for A4 in pages per minute2
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)3
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up portrait (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up portrait (297 mm long)
333
666
472
944
16,000,000 duplex
24,600,000 duplex
16,200,000 duplex
23,000,000 duplex
1. The Infoprint 4005 Hi-Lite Color post-processor provides a high-speed, high-quality, all-points-addressable (APA)
color printing system to complement the industry-leading quality and reliability the IBM Infoprint 4000 ID1/ID2
Wide or Wide Duplex printers (240 dpi models). Visit the IBM Printing Systems Inter page at
http://www.ibm.com/printers for more information about the Infoprint 4005.
2. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
3. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The printable area depends on the size of the form being used. The Infoprint 4000–ID5/ID6 printer can
print from perforation to perforation when using roll forms. However, when printing on folded forms, the
printing may be degraded in areas near a folded perforation, an internal perforation, or any cut in the form
because of the “tenting” (fold memory) of the form.
Figure 36 on page 97 shows examples of the printable areas of a standard, letter-size roll form for a
Infoprint 4000–ID5/ID6 printer. Notice that the media origin is located in different corners for wide and
narrow forms. Although the maximum printable area for narrow forms is 8.5 by 17 inches, and the
maximum printable area for wide forms is 17 by 17 inches, the examples show the printable area for
letter-size forms.
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Default
Media
Origin
0, 0
Default
Media
Origin
0, 0
8.5 inches
Top
11 inches
Printable
Area
11.0
inches
Printable
Area
8.5
inches
Wide Form
Narrow Form
Figure 36. Recommended Printable Areas on the Infoprint 4000–ID5/ID6 Printer. These are the recommended
printable areas on 9.5 by 11-inch (narrow) and 18 by 8.5-inch (wide) roll forms.
Figure 37 and Figure 38 on page 98 show examples of the recommended printable areas for folded forms
for a Infoprint 4000–ID5/ID6 printer. Notice that the media origin is located in different corners for wide and
narrow forms. The recommended printable area for the narrow form is 8.5 by 10.34 inches for text, OCR,
or bar code data and 8.5 by 10.0 inches for images or solid-fill data. The recommended printable area for
the wide form is 11 by 7.84 inches for text, OCR, or bar code data and 11 by 7.5 for images or solid-fill
data. The printer can print to the perforation on the leading and trailing edges of the form; however, the
print quality within 0.33 inch of the perforation may be degraded.
FOR TEXT, OCR, AND BAR CODES
Default
Default
Media
Origin
0, 0
Media
Origin
0, 0
8.5 inches
Top
0.33 inch
11 inches
0.33 inch
Recommended
Printable
Area
10.34
Recommended
Printable
Area
inches
7.84
inches
0.33 inch
0.33 inch
Narrow Form
Wide Form
Figure 37. Folded Forms on the Infoprint 4000–ID5/ID6 Printer. These are the recommended printable areas on 9.5 by
11-inch (narrow) and 12 by 8.5-inch (wide) folded forms for printing text, OCR, and bar code data.
Chapter 17. Infoprint 4000–ID5/ID6 Printer (4000–ID5/ID6) 97
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FOR SOLIDFILL AND IMAGES
Default
Media
Origin
0, 0
Default
Media
Origin
0, 0
8.5 inches
Top
0.50 inch
11 inches
0.50 inch
Recommended
Printable
Area
10.00
Recommended
Printable
Area
inches
7.5
inches
0.50 inch
0.50 inch
Narrow Form
Wide Form
Figure 38. Folded Forms on the Infoprint 4000–ID5/ID6 Printer. These are the recommended printable areas on 9.5 by
11-inch (narrow) and 12 by 8.5-inch (wide) folded forms for printing solid-fill data and images.
Media Specifications
The Infoprint 4000–ID5/ID6 printer accepts the following media:
Media types:
Preprinted or blank fanfold forms, roll-feed paper, some labels
Media widths:
Simplex
8 inches to 18 inches (203 mm to 457 mm)
Duplex
9 inches to 18 inches (229 mm to 457 mm)
Media lengths:
3 inches to 14 inches (76 mm to 356 mm) standard stacker; up to 28 inches (711 mm) with
post-processing and Infoprint
Media weights:
16 lb. to 28 lb. (60 gsm to 105 gsm) dual simplex; 18 lb. to 28 lb. (68 gsm to 105 gsm) duplex
Attachments
The InfoPrint 4000–ID5/ID6 supports a maximum of two attachments. These attachments can be:
v ESCON channel
v System/370 parallel channel
v Token Ring (TCP/IP)
v FDDI (TCP/IP)
The two attachments may be the same (e.g., 2 ESCON channels), or mixed (eg., 1 ESCON and 1
Token-Ring). The exception is that the printer can have only 1 TCP/IP attachment of any flavor. You cannot
have 2 Token-Ring or 2 FDDI attachments, or a combination of 1 Token-Ring or 1 FDDI attachments.
When printing in duplex configuration, only one attachment can be active at a time. If both attachments are
to the same system, or to a tightly-coupled system, and the attachments are of the same type (example,
both are ESCON or both are parallel channel), then switching between the two attachments can be
performed dynamically by the host system. If the attachments or host differ, or the hosts are not
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tightly-coupled, then the switch must be performed manually by the operator. The printer must be disabled
from the current system and attachment before it can be enabled to the other attachment.
System/370 Parallel Channel
System/370 parallel channel attachment is supported on PSF/MVS, PSF/VM, and PSF/VSE printing
environments. For S/370 parallel channel attachment, a control unit position on a S/370 parallel block
multiplexer channel is required on an IBM 3090™ or ES/9000™ processor. The following processors are
also supported for S370 parallel channel attachments, S/390 Parallel Enterprise Server, and the S/390
Multiprise 2000 servers. Attachment is also supported via the 9034 ESCON Converter Model 1.
ESCON Channel
ESCON channel is supported on PSF/MVS, PSF/VM, and PSF/VSE printing environments. The IBM
InfoPrint 4000 may be attached natively to IBM ESCON channels (3090-J, 9021, 9121, 9221, 9672, 2003).
Attachment is also supported via the 9032/9033 ESCON Directors and 9036 ESCON Remote Channel
Extender model 1 and model 2.
Token-Ring (TCP/IP) Attachment
Token-Ring (TCP/IP) attachment is supported on PSF for OS/2 and PSF for AIX printing environments
along with selected RS/6000 and AS/400 models. The Infoprint 4000 is connected to the host Token-Ring
through the IBM Token-Ring cabling via the Token Ring High-performance adapter, which is contained in
the AFCCU. The control unit can be attached to either a 16Mbit/sec or a 4Mbit/sec Token-Ring LAN. The
TCP/IP Token-Ring Attachment will attach to the following devices:
v 8228 Token Ring Multistation Access Unit attached to an AS/400 or RS/6000 processor
v 8230 Token Ring Network Controller Access attached to an AS/400 or RS/6000 processor
v 8228 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
v 8230 Token Ring Multistation Access Unit attached to a 3172, 3174, 3745, 3725, or 3720 attached to a
3090, ES/9000, or 308X processor
The printer may be located at a maximum distance of 100 meters (333 ft) from the 8228 Multistation
Access Unit or 8230 Controlled Access Unit.
The distance between the 8228 Multistation Access Units can be increased with either the 8220 or 8219
Optical Fiber Repeater.
v Installation Instructions are provided with the feature.
FDDI (TCP/IP)
FDDI (TCP/IP) attachment is supported on PFS for AIX printing environments for selected RS/6000
models. The 4000 is connected to the host FDDI through FDDI 62.5/125 multi-mode fiber cabling using SC
connectors via the FDDI Single Station adapter, which is contained in the AFCCU. The FDDI (TCP/IP)
attachment will attach to the following devices:
v Directly to RS/6000
v 8260 Multiprotocol Intelligent Switching Hub attached to an RS/6000 processor.
The printer may be located at a maximum distance of 2 Kilometers from the 8260 Multiprotocol Intelligent
Switching Hub or RS/6000 processor.
Chapter 17. Infoprint 4000–ID5/ID6 Printer (4000–ID5/ID6) 99
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Chapter 18. InfoColor 70 Printer (3170–002)
This section describes the InfoColor 70 printer characteristics. The InfoColor 70 printer is a 600 dpi,
token-ring or Ethernet, continuous-forms printer that uses electrophotographic technology to print text,
images, graphics, and bar codes at up to 70 impressions per minute (ipm) in duplex mode. The InfoColor
70 printer has a 12.5 inch wide paper path with a 12 inch wide print width, which permits printing of two
8.5 x 11 inch or two ISO A4 pages on a single side of a sheet.
Figure 39. InfoColor 70 Printer
Table 77. InfoColor 70 Printer Characteristics
Printer Characteristics
Print technology
Datastreams
Characteristic Value
Electrophotographic
PostScript Level 2
Form type
Continuous
1 standard
1 standard
n/a
Number of input bins
Number of output bins
Manual forms feed
Envelope printing
MICR printing
n/a
no
Duplex printing
yes
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Table 77. InfoColor 70 Printer Characteristics (continued)
Printer Characteristics
Characteristic Value
Color
yes
no
Adjust print-quality levels
Printhead resolution
600 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
4.8
inches per minute
289
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
35
70
n/a
n/a
122.5
7,350
mm per minute
Maximum printing rates for A4 in pages per minute1
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up landscape (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up landscape (297 mm long)
35
70
n/a
n/a
680,000 duplex
n/a
700,000 duplex
n/a
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The InfoColor 70 cannot print in certain unprintable areas near the edges of the form.
Figure 40 on page 103 shows an example of the printable area of a form. The printable area shown is 8.17
by 10.66 inches.
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Default
Media Origin
0, 0
Top
Figure 40. Printable Area in IPDS Mode on the InfoColor 70
Media Specifications
The InfoColor 70 accepts the following media:
Media types:
Web-fed roll, coated or uncoated
Media widths:
8.27 inches to 12.6 inches (210 mm to 320 mm)
Media lengths:
Up to 17 inches (430 mm) stacked output
Media weights:
60 gsm to 200 gsm, 22 lb. to 74 lb. cover, 16 lb. to 52 lb. bond, 41 lb. to 135 lb. text
Attachments
The controller attaches to a LAN through either an Ethernet or Token Ring Adapter:
v Token-Ring attachment (TCP/IP) option
v Ethernet attachment (TCP/IP, IPX. EtherTalk)
Print Drivers
Two Utilities Diskettes are included with the IBM InfoColor 70. These diskettes are for Macintosh and the
IBM Personal Computer, and contain PostScript Printer Description (PPD) files and a Printer Description
File (PDF) for QuarkXpress. Also included is the set registration length QuarkXpress extension that is used
to adjust crop marks.
Chapter 18. InfoColor 70 Printer (3170–002) 103
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Chapter 19. Infoprint Color 100 Printer (3170–003)
This section describes the Infoprint Color 100 printer characteristics. The Infoprint Color 100 is a 600 dpi
token-ring and Ethernet, continuous-forms printer that uses laser and electrophotographic technology to
print text, images, graphics, and bar codes at up to 100 impressions per minute (ipm) in duplex mode. The
Infoprint Color 100 has an 19 inch wide paper path with a 18.875 inch wide print width, which permits
printing of two 8.5 x 11 inch or two ISO A4 pages on a single side of a sheet.
Figure 41. Infoprint Color 100 Printer
Table 78. InfoColor 100 Printer Characteristics
Printer Characteristics
Print technology
Datastreams
Characteristic Value
Electrophotographic
PostScript Level 2
Form type
Continuous
1 standard
1 standard
n/a
Number of input bins
Number of output bins
Manual forms feed
Envelope printing
MICR printing
n/a
no
Duplex printing
yes
© Copyright IBM Corp. 2001
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Table 78. InfoColor 100 Printer Characteristics (continued)
Printer Characteristics
Characteristic Value
Color
yes
no
Adjust print-quality levels
Printhead resolution
600 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
4.8
inches per minute
289
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
34
68
52
105
122.5
7,350
mm per minute
Maximum printing rates for A4 in pages per minute1
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up landscape (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up landscape (297 mm long)
34
68
52
105
680,000 duplex
1,050,000 duplex
700,000 duplex
1,000,000 duplex
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The Infoprint Color 100 accepts paper from 8.17 to 12 inches in width. For 12 inch wide paper the printer
the unprintable area of the form is .05 inches on either side of the paper and .083 inch from either end of
the page. Figure 42 on page 107 shows an example of the printable area of a form 12 inches wide by 17
inches long.
Note: Do not print edge-to-edge on paper that is less than 12 inches in width.
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11.9 inches
Top
0.050 inch
0.05 inch
0.083 inch
Printable
Area
16.834 inches
0.083 inch
Figure 42. Printable Area on the Infoprint Color 100 Printer
Media Specifications
The Infoprint Color 100 accepts the following media:
Media types:
Web-fed roll, coated or uncoated
Media widths:
19.7 inches to 20 inches (500 to 508 mm)
Media lengths:
11 inches to 39.37 inches (279 mm to 1,000 mm)
Media weights:
60 gsm to 250 gsm, 22 lb. to 92 lb. cover, 16 lb. to 66 lb. bond, 41 lb. to 169 lb. text
Attachments
The controller attaches to a LAN through the standard 10/100 BaseT Ethernet port, or through the optional
Token Ring or Ethernet Adapters.
The 10/100 BaseT Ethernet port is standard on all InfoPrint Color 100 printers. This connection provides
10Mb/sec or 100Mb/sec connectivity to 10BaseT or 100BaseT Ethernet LANs, including the ability to
automatically sense the speed at the hub port.
Print Drivers
Two utilities diskettes are included with the IBM InfoPrint Color 100. These diskettes are for Macintosh,
Windows 95, and Windows 3.1X, and contain PostScript Printer Description (PPD) files, a Printer
Description File (PDF) for QuarkXpress, and ICC color profiles. Also included is the set registration length
QuarkXpress extension that is used to adjust crop marks.
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Chapter 20. Infoprint Color 130 Printer (3170–004)
This section describes the Infoprint Color 130 printer characteristics. The Infoprint Color 130 printer is a
600 dpi token-ring and Ethernet, continuous-forms printer that uses electrophotographic technology to print
text, images, graphics, and bar codes at up to 130 impressions per minute (ipm) in duplex mode. The
Infoprint Color 130 printer has an 19 inch wide paper path with a 18.875 inch wide print width, which
permits printing of two 8.5 x 11 inch or two ISO A4 pages on a single side of a sheet.
Figure 43. Infoprint Color 130 printer
Table 79. InfoColor 130 Printer Characteristics
Printer Characteristics
Print technology
Datastreams
Characteristic Value
Laser
PostScript Level 2, Level 3 compatible, and
PDF
Form type
Continuous
Number of input bins
Number of output bins
Manual forms feed
Envelope printing
MICR printing
1 standard
1 standard
n/a
n/a
no
Duplex printing
Color
yes
yes
no
Adjust print-quality levels
© Copyright IBM Corp. 2001
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Table 79. InfoColor 130 Printer Characteristics (continued)
Printer Characteristics
Characteristic Value
Printhead resolution
600 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
6.3
inches per minute
378
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
44
88
68
136
160
mm per minute
9,600
Maximum printing rates for A4 in pages per minute1
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up landscape (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up landscape (297 mm long)
44
138
n/a
n/a
680,000 duplex
1,050,000 duplex
700,000 duplex
1,000,000 duplex
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The Infoprint Color 130 Printer accepts paper from 8.17 to 12 inches in width. For 12 inch wide paper the
printer the unprintable area of the form is .05 inches on either side of the paper and .083 inch from either
end of the page. Figure 44 on page 111 shows an example of the printable area of a form 12 inches wide
by 17 inches long.
Note: Do not print edge-to-edge on paper that is less than 12 inches in width.
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11.9 inches
Top
0.050 inch
0.05 inch
0.083 inch
Printable
Area
16.834 inches
0.083 inch
Figure 44. Printable Area on the Infoprint Color 130 Printer
Media Specifications
The Infoprint Color 130 accepts the following media:
Media types:
Web-fed roll, coated or uncoated
Media widths:
19.7 inches to 20 inches (500 to 508 mm)
Media lengths:
11 inches to 39.37 inches (279 mm to 1,000 mm)
Media weights:
60 gsm to 240 gsm, 22 lb. to 92 lb. cover, 16 lb. to 64 lb. bond, 41 lb. to 169 lb. text
Attachments
The IBM Infoprint Color 130 must be attached to either a Token Ring or Ethernet LAN.
The controller can attach the printer to the LAN through the 10/100 BaseT adapter that is standard, or
through one of the optional adapters.
The standard 10/100 BaseT Ethernet port provides 10Mb/sec or 100 Mb/sec connectivity to 10BaseT or
100BaseT Ethernet LANs, including the ability to automatically sense the speed of the hub port.
A maximum of one of the following optional adapters are available on the Model 004.
v Token-Ring Adapter
v Ethernet 10/100 BaseT Adapter
v Gigabit Ethernet
Print Drivers
Two utilities diskettes are included with the IBM Infoprint Color 130. These diskettes are for Macintosh,
and Windows 95. The diskettes contain PostScript Printer Description (PPD) files, and ICC color profiles.
Chapter 20. Infoprint Color 130 Printer (3170–004) 111
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Chapter 21. Infoprint Color 130 Plus Printer (3170–005)
This section describes the Infoprint Color 130 Plus Printer characteristics. The Infoprint Color 130 Plus
Printer is a 600 dpi token-ring, continuous-forms printer that uses electrophotographic technology to print
text, images, graphics, and bar codes at up to 130 impressions per minute (ipm) in duplex mode. The
Infoprint Color 130 Plus Printer has an 19 inch wide paper path with a 18.875 inch wide print width, which
permits printing of two 8.5 x 11 inch or two ISO A4 pages on a single side of a sheet. The Infoprint Color
130 Plus Printer uses the Advanced Function Common Control Unit (AFCCU).
Figure 45. Infoprint Color 130 Plus Printer
Table 80. InfoColor 130 Plus Printer Characteristics
Printer Characteristics
Print technology
Datastreams
Characteristic Value
Laser
IPDS
Form type
Continuous
1 standard
1 standard
n/a
Number of input bins
Number of output bins
Finisher attachments
Manual forms feed
Envelope printing
MICR printing
n/a
n/a
no
Duplex printing
Color
yes
yes
© Copyright IBM Corp. 2001
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Table 80. InfoColor 130 Plus Printer Characteristics (continued)
Printer Characteristics
Characteristic Value
Adjust print-quality levels
no
Printhead resolution
600 dpi
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
6.3
inches per minute
378
Maximum printing rates for letter in pages per minute2
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
44
138
68
136
160
mm per minute
9,600
Maximum printing rates for A4 in pages per minute3
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up landscape (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up landscape (297 mm long)
44
138
n/a
n/a
680,000 duplex
1,050,000 duplex
700,000 duplex
1,000,000 duplex
1. The Infoprint Color 130 Plus can print PostScript and PDF when used with Infoprint Manager.
2. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
3. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
Printable Area
The Infoprint Color 130 Plus Printer accepts paper from 8.17 to 12 inches in width. For 12 inch wide paper
the printer the unprintable area of the form is .05 inches on either side of the paper and .083 inch from
either end of the page. Figure 46 on page 115 shows an example of the printable area of a form 12 inches
wide by 17 inches long.
Note: Do not print edge-to-edge on paper that is less than 12 inches in width.
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11.9 inches
Top
0.050 inch
0.05 inch
0.083 inch
Printable
Area
16.834 inches
0.083 inch
Figure 46. Printable Area on the Infoprint Color 130 Plus Printer
Media Specifications
The Infoprint Color 130 Plus accepts the following media:
Media types:
Web-fed roll, coated or uncoated
Media widths:
19.7 inches to 20 inches (500 to 508 mm)
Media lengths:
6 inches to 39.37 inches (150 mm to 1,000 mm)
Media weights:
60 gsm to 250 gsm, 22 lb. to 92 lb. cover, 16 lb. to 64 lb. bond, 41 lb. to 169 lb. text
Attachments
S/390 Host Attachment
At least one of the following adapters must be used to attach the Infoprint Color 130 Plus Model 005 to a
host System/390 for PSF for OS/390.
v ESCON Channel
v FICON Channel
Gigabit Ethernet Infoprint Manager Attachment
Gigabit Ethernet must be used to attach the Infoprint Color 130 Plus to an RS/6000 Infoprint Manager
System.
Host Software
A host attachment to either Infoprint Manager for AIX running on an RS/6000 and/or a S/390 running PSF
for OS/390 (5655-B17), is required. To transform PostScript or PDF for printing on an Infoprint Color 130
Plus, Infoprint Manager for AIX is always required.
Printer Attachment Rules
The controller can attach the printer to the RS/6000 running Infoprint Manager through an Ethernet Gigabit
adapter and to a S/390 running PSF for OS/390 through either an ESCON or FICON channel.
Chapter 21. Infoprint Color 130 Plus Printer (3170–005) 115
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A maximum of two of these adapters (Gigabit, FICON, or ESCON) can be installed on the 3170-005. Only
one of the Gigabit or FICON adapters may be installed. Two ESCON adapters are allowed. Possible
combinations include:
v 1 Ethernet Gigabit Adapter
v 1 FICON Adapter
v 2 ESCON
v 1 ESCON and One FICON
v 1 Ethernet Gigabit and 1 ESCON
v 1 Ethernet Gigabit and 1 FICON
Infoprint Color 130 Plus Datastream Support
The following datastreams are supported on an Infoprint Color 130 Plus attached to a host S/390 with PSF
for OS/390.
v AFP with Infoprint Color Image (FS45)
v AFP line data
v EPS embedded or referenced in the AFP datastream
v
Single-page PDF embedded or referenced in the AFP datastream
The following datastreams are supported on an Infoprint Color 130 Plus attached to an Infoprint Manager
for AIX System.
v All of the datastreams shown above for a S/390 with PSF for OS/390
v GIF, TIFF, and JPEG (JFIF) images which have been transformed to an Infoprint Color Image in the
Infoprint Manager System
v PostScript 3 which has been transformed to an Infoprint Color Image in the Infoprint Manager System
v PDF 1.3 which has been transformed to an Infoprint Color Image in the Infoprint Manager System
A stand-alone version of the image conversion program is provided for the AIX and Windows NT platforms.
This program can be used to convert TIFF, GIF, and JPEG (JFIF) images to Infoprint Color Images (FS45)
in batch mode. The resulting Infoprint Color Image can then be stored in an Infoprint Manager or OS/390
resource library, embedded or referenced in an AFP (MO:DCA-P) datastream, and printed using PSF for
OS/390 or Infoprint Manager for AIX.
Software Requirements
Either PSF for OS/390 (5655-B17) V3R2 or Infoprint Manager for AIX V3R2 (5765-E42) must be installed
on a host server to support Infoprint Color 130 Plus.
Infoprint Manager for AIX requires APAR IY8860 and the Infoprint Color 130 Plus PRPQ #8A8091.
Both PSF for OS/390 and Infoprint Manager for AIX support printing AFP (MO:DCA-P) datastreams with
the new Infoprint Color Image (FS45) objects. Both also support printing AFP data streams with
Encapsulated PostScript (EPS) objects or single-page PDF objects. These objects must reside in a S/390
container library, in an AIX resource library, or in the resource group at the beginning of the AFP print file.
Only Infoprint Manager for AIX supports printing PostScript or PDF files directly using a server-based AFP
transform. The AFP Upload facility can be used to upload the AFP file generated by this transform to a
S/390 for printing by PSF for OS/390.
In addition to workstation-based application generators, the following products can be used to create color
AFP data.
v IBM Page Printer Formatting Aid/370 R1 (5688-190) with APAR PQ 37413.
v The Page Printer Formatting Aid feature of Infoprint Manager for AIX V3 with APAR PQ37413
v IBM Overlay Generation Language/370 V1R1 (5688-191)
v The AFP Windows Driver
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An AFP Viewer that includes support for Infoprint Color Image (FS45), Encapsulated PostScript, and PDF
objects is distributed with the printer. This viewer allows application developers to view Infoprint Color 130
Plus datastreams from a workstation. This AFP Viewer can be installed on up to 10 developer
workstations.
A utility program to convert JPEG, GIF, and TIFF images to Infoprint Color Images (FS45) is also
distributed with the Infoprint Color 130 Plus printer.
APARS for Infoprint Color 130 Plus support are required for most of the above programs. Contact the IBM
Supportline for information.
Chapter 21. Infoprint Color 130 Plus Printer (3170–005) 117
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Chapter 22. 4230 Printer (4230)
This section describes 4230 Printer’s characteristics. The 4230 Printer is a tabletop, serial, dot-matrix,
impact printer that prints text, images, graphics, and bar codes at up to 600 characters per second,
depending on the model and print quality selected.
Figure 47. 4230 Printer
Table 81. 4230 Impact Printers
Printer Characteristics
Characteristic Value
Maximum printing rate: characters per second (cps)
375 cps (–xx1)
480 cps (–xx2)
600 cps (–xx3)
Print technology
Datastreams
Form type
Impact Dot Matrix
PPDS, Epson, ASCII, SCS, IPDS
Continuous
Cut-Sheet
Continuous forms input paths
Continuous forms output paths
Finisher attachments
Manual forms feed
Envelope printing
MICR printing
1 standard
1 standard
n/a
yes
n/a
no
Duplex printing
no
Color
no
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Table 81. 4230 Impact Printers (continued)
Operator-adjustable forms
yes
Printhead resolution (pels-per-inch)
144 x 144
16,000,000
Maximum characters per second (cps) per month (duty cycles)
Printable Area
The size of the printable area must be set using a printer configuration option. If the defined printable area
is not large enough to contain the page of data, a data-check exception (position check) occurs.
Media Specifications
The 4230 Printer accepts the following media:
Media types:
Operator-changeable forms modules, continuous forms up to 6 parts, cutsheet,
document-on-demand/zero tear-off
Media widths:
3 inches to 15 inches (76 mm to 381 mm)
Media lengths:
3 inches to 14 inches (76 mm to 356 mm) continuous forms, 5 inches to 14 inches (127 mm to
356 mm) cutsheet
Attachments
IBM 4230 Models 101, 102, 1I1, and 1S2 Impact Matrix Printers
The IBM 4230 Models 101, 102, 1I1, and 1S2 Impact Matrix Printer may attach to systems as follows:
v The System/36 - Workstation Control Unit, AS/400 system on a Twinaxial Workstation port, the 5294
Control Unit - Workstation port (feature #3601 required) and 5X94 Control Units.
IBM 4230 Model 201 Impact Matrix Printer
The IBM 4230 Model 201 Impact Matrix Printer may attach to systems as follows:
v The 3174 Control Unit - Terminal port (using Release A5.4, Release B4.0), or the 3274 Control Unit on
a Category A terminal port (using Rel. C49.0 and Rel. D65.1), the 3276 Control Unit - Terminal port, or
the 43X1 Processor Display/Printer Adapter or Workstation Adapter, the ES/9370 Processor Workstation
Controller (feature #6020; using Release 5.1) a 9371 Micro Channel 370 3270 Adapter (feature #6120
-VM/VSE only) or ES9000 - 9221 Workstation Subsystem Controller.
IBM 4230 Models 202 and 2I1 Impact Matrix Printers
The IBM 4230 Model 202 and 2I1 Impact Matrix Printers may attach to systems as follows:
v IPDS Mode: The 3174 Control Unit - Terminal port (using Release A5.4, Release B4.0) or the 3274
Control Unit on a Category A port (using Release D65.1; PTR 2893 for local non-SNA), the 4361
Processor - Workstation Adapter port (feature #9261), ES/9370 Processor Workstation Controller
(feature #6020; using Release 5.1), a 9371 Micro Channel 370 3270 Adapter (feature #6120 -VM/VSE
only) or ES9000 - 9221 Workstation Subsystem Controller.
v Non-IPDS Mode: The 3174 Control Unit - Terminal port (using Release A5.4, Release B4.0), or the
3274 Control Unit on a Category A terminal port (using Rel. C49.0 and Rel. D65.1), the 3276 Control
Unit - Terminal port, or the 43X1 Processor Display/Printer Adapter or Workstation Adapter, the ES/9370
Processor Workstation Controller (feature #6020; using Release 5.1) a 9371 Micro Channel 370 3270
Adapter (feature #6120 -VM/VSE only) or ES9000 - 9221 Workstation Subsystem Controller.
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IBM 4230 Model 2S2 Impact Matrix Printer
The IBM 4230 Model 2S2 Impact Matrix Printer may attach to systems as follows:
v The 3174 Control Unit - Terminal port (using Release A5.4, Release B4.0), or the 3274 Control Unit on
a Category A terminal port (using Rel. C49.0 and Rel. D65.1), the 3276 Control Unit - Terminal port, or
the 43X1 Processor Display/Printer Adapter or Workstation Adapter, the ES/9370 Processor Workstation
Controller (feature #6020; using Release 5.1) a 9371 Micro Channel 370 3270 Adapter (feature #6120
-VM/VSE only) or ES9000 - 9221 Workstation Subsystem Controller.
IBM 4230 Models 4I3, 4S3, 5I3, and 5S3 Impact Matrix Printers
The RS-232C serial interface will attach to:
v IBM AS/400 ASCII workstation controller
v 3174 controller via the Asynchronous Emulation Adapter
v RS/6000
v PS/2 computer COMx ports
v
v
LAN Attachment (i.e., Token Ring or Ethernet) via the Novell-certified IBM 4033 LAN adapter and the
Intel NetPort
IBM-compatible PCs utilizing an RS-232C interface
The RS-422A serial interface will attach to:
v RS/6000
v AS/400 ASCII workstation controller
The IBM PC ASCII (CENTRONICS) Parallel interface will attach to:
v RS/6000 workstations, excluding POWERServer 930
v PS/2 computer LPTx ports and to a Token-Ring or Ethernet LAN via one of these computers
v LAN attachment via the Novell-certified IBM 4033 LAN adapter and the Intel NetPort IBM-compatible
PC’s utilizing the IBM PC ASCII (Centronics) Parallel interface
v AS/400 twinax terminals including 348X, 3477 and 3197
v Coax terminal 3482
The 4230 may attach to systems as follows:
Models 4S3 and 4I3
The System/36 - Workstation Control Unit, AS/400 system on a Twinaxial Workstation port, the 5294
Control Unit - Workstation port (feature code 3601 required when attaching IPDS Model 4I3), the 5394 and
5494 Control Units.
Model 5I3 in IPDS Mode
The 3174 Controller - Terminal port (using Release A5.4 or later, Release B4.0 or later, Release C1.1 or
later), or the 3274 Control Unit on a Category A port (using Release D65.1; PTR 2893 for local non-SNA),
the 4361 Processor - Workstation Adapter port (feature code 9261), ES/9370 Processor Workstation
Controller (feature code 6020; using Release 5.1), a ES/9371 Processor - 3270 Adapter, or ES9000 - 9221
Workstation Subsystem Controller.
Model 5I3 in Non-IPDS Mode, Model 5S3
The 3174 Controller - Terminal port (using Release A5.4 or later, Release B4.0 or later, Release C1.1 or
later), or the 3274 Control Unit on a Category A terminal port (using Rel. C49.0 and Rel. D65.1), the 3276
Control Unit - Terminal port, or the 43X1 Processor Display/Printer Adapter or Workstation Adapter, the
ES/9370 Processor Workstation Controller (feature #6020; using Release 5.1) a ES/9371 Processor 3270
Adapter, or ES9000 - 9221 Workstation Subsystem Controller.
Chapter 22. 4230 Printer (4230) 121
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Fonts
Although the 4230 Printer can print with downloaded symbol sets, the 4230 Printer prints only with
single-byte resident symbol sets when driven by PSF.
Because of differences between font technologies, text printed with symbol sets will not have the same
appearance as text printed with the raster fonts of the same names.
Infoprint Manager for Windows NT and Windows 2000
Use the font mapping file supplied with Infoprint Manager. Refer to Working with Fonts on the
Infoprint Manager for Windows NT and Windows 2000 web page for more information about using
fonts.
Infoprint Manager for AIX
Use the font mapping file supplied with Infoprint Manager. Refer to Infoprint Manager for AIX:
Administrator’s Guide for more information about using fonts.
PSF for OS/390
To use the resident raster fonts, the system programmer must identify them to PSF using the
APSRMARK utility. Refer to Print Services Facility for OS/390: Customization for more information
about using resident fonts.
PSF/VM
You cannot print with resident fonts, but you can print with downloaded raster fonts. Refer to Print
Services Facility/VM: System Programming Guide for more information about using fonts.
PSF/VSE
To use the resident raster fonts, the system programmer must identify them to PSF using the
APTRMARK utility. Refer to Print Services Facility/VSE: System Programming Guide for more
information about using resident fonts.
PSF for AS/400
Refer to AS/400 Printer Device Programming for more information about using fonts.
Operator-Adjustable Forms
To align data on preprinted forms, the 4230 Printer operator can adjust the physical top and left margins,
which will offset the page image on the printing medium. The horizontal (left margin) adjustment range is
from −6.9 mm (−0.27 inches) to +38.35 mm (+1.51 inches). The vertical (top margin) adjustment range is
from −30.5 mm (−1.2 inches) to +38.1 mm (+1.5 inches). This adjustment does not affect the size of the
valid printable area; however, using this adjustment can produce positioning errors if the horizontal
adjustment is too large for the form being used.
Print-Quality Levels
The 4230 Printer allows you to select different levels of print quality. Higher quality corresponds to slower
print speeds. To select a print-quality level, use the QUALITY subcommand on the COPYGROUP
command in the form definition. To use Fast Draft Quality, you must enable it using a printer configuration
menu on the operator panel. Refer to your printer publications on how to do this. If the printer is not
configured, all requests to print using Fast Draft will automatically be printed in DP Quality. Specify the
Table 82. 4230 Printer Print-Quality Selection Values
Print-Quality Level
Reserved
Hexadecimal Value Range
X'00'
Decimal Value Range
Fast Draft Quality
DP Quality
X'01' through X'2A'
X'2B' through X'55'
1 through 42
43 through 85
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Table 82. 4230 Printer Print-Quality Selection Values (continued)
Print-Quality Level
DP Text Quality
Hexadecimal Value Range
Decimal Value Range
86 through 170
171 through 254
255
X'56' through X'AA'
X'AB' through X'FE'
X'FF'
NLQ Quality
Printer Customized Default
Not all symbol sets can be printed at all print-quality levels. Table 83 identifies the print-quality levels that
can be used for some of the 4230 Printer symbol sets and suggests the name of a corresponding coded
font that may be used for each symbol set. Refer to the 4230 Printer publications for a list of 4230 Printer
symbol sets.
Table 83. 4230 Printer Symbol Sets and Corresponding Coded Fonts
Symbol Sets
4230 Printer Print Quality
Fast Draft
DP
DP text
NLQ
APL10
X0AE10
Courier Bold 10 Pitch
Courier Bold 12 Pitch
Courier Bold 15 Pitch
Courier Double Wide Italic 15 Pitch
Courier Double Wide 15 Pitch
Courier Italic 10 Pitch
Courier Italic 12 Pitch
Courier Italic 15 Pitch
Courier 10 Pitch
X0CB10
X0CB12
X0CB15
X0CW15
X0CD15
X0CI10
X0CB10
X0CB12
X0CB15
X0CW15
X0CD15
X0CI10
X0CI12
X0CI12
X0CI15
X0CI15
X0CR10
X0CR12
X0CR15
X0EBR9
X0EIR9
X0ESR9
X0CR10
X0CR12
X0CR15
X0EBR9
X0EIR9
X0ESR9
Courier 12 Pitch
Courier 15 Pitch
Essay Bold Mixed Pitch
Essay Italic Mixed Pitch
Essay Standard Mixed Pitch
Gothic Bold 10 Pitch
Gothic Bold 12 Pitch
Gothic Italic 12 Pitch
Gothic Text 10 Pitch
Gothic Text 12 Pitch
Gothic Text 15 Pitch
Katakana
X0GB10
X0GB12
X0GI12
X0GT10
X0GT12
X0GT15
X0KN10
X0GB10
X0GB12
X0GI12
X0GT10
X0GT12
X0GT15
X0KN10
OCR-A
X0AOA
OCR-B
X0OCRB
PSF selects symbol sets according to the following hierarchy:
1. If you select a symbol set that matches the print quality specified in the form definition, PSF prints the
file.
2. If you select a symbol set but do not specify a print quality, the print quality selected in the printer
configuration or the printer default print quality is used.
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3. If you select a symbol set that does not match the print quality specified, the printer attempts to print
the text using a “best fit” font, which it selects. Some pages may be duplicated, and some information
on the page in error may be missing.
4. If you select a symbol set that is not available on the 4230 Printer, PSF does not print the remainder of
the file.
5. With PSF for AS/400, if you select a symbol set that is not available on the 4230 Printer, and you
specified absolute fidelity, PSF does not print the remainder of the file. If you specified content fidelity,
PSF substitutes another symbol set and prints the file.
Printer Capabilities
The capabilities of the 4230 Printer are different from those of most of the other printers supported by PSF
in the following ways:
v Differences in the contents of the character sets in the fonts provided by PSF and in the symbol sets
resident in the 4230 Printer may result in inconsistent printed output between the two types of fonts.
v Although the 4230 Printer can print with downloaded symbol sets, it uses only resident symbol sets
when driven by PSF.
v The PSF for OS/390 and PSF/VSE default fonts specified in the CHARS parameter in the PRINTDEV
statement cause errors in which PSF issues messages saying “resource not found”. Change or override
the CHARS parameter to use a 4230 Printer symbol set.
v The 4230 Printer prints both text and images in only 0° character orientation. All orientations other than
0° are supported for graphics. The 4230 Printer does not support rotated fonts.
v The 4230 Printer prints images with 144-pel resolution.
v The 4230 Printer does not support multiple subgroups within a copy group in a form definition. Printing
of multiple copies of individual pages within a subgroup is not supported.
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Chapter 23. 4232 Impact Printer (4232)
This section describes 4232 Impact Printer’s characteristics. The 4232 Impact Printer is a tabletop, serial,
dot-matrix, impact printer that prints text, images, graphics, and bar codes at up to 480 characters per
second, depending on the model and print quality selected.
Figure 48. 4232 Impact Printer
Table 84. 4232 Impact Printers
Printer Characteristics
Characteristic Value
600 cps
Maximum printing rate: characters per second (cps)
Print technology
Datastreams
Form type
Impact Dot Matrix
PPDS, Epson, ASCII
Continuous
Cut-Sheet
Continuous forms input paths
Continuous forms output paths
Finisher attachments
Manual forms feed
Envelope printing
1 standard
1 standard
n/a
yes
n/a
no
MICR printing
Duplex printing
no
Color
no
Operator-adjustable forms
yes
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Table 84. 4232 Impact Printers (continued)
Printhead resolution (pels-per-inch)
144 x 144
Maximum characters per second (cps) per month (duty cycles)
16,000,000
Printable Area
The size of the printable area must be set using a printer configuration option. If the defined printable area
is not large enough to contain the page of data, a data-check exception (position check) occurs.
Media Specifications
The 4232 Impact Printer accepts the following media:
Media types:
Operator-changeable forms modules, continuous forms up to 6 parts, cutsheet,
document-on-demand/zero tear-off
Media widths:
3 inches to 15 inches (76 mm to 381 mm)
Media lengths:
3 inches to 14 inches (76 mm to 356 mm) continuous forms, 5 inches to 14 inches (127 mm to
356 mm) cutsheet
Attachments
The RS-232C serial interface will attach to:
v IBM AS/400 ASCII workstation controller
v 3174 controller via the Asynchronous Emulation Adapter
v RS/6000
v PS/2 computer COMx ports and to a Token-Ring or Ethernet LAN via one of these computers
v LAN Attachment (i.e., Token Ring or Ethernet) via the Novell-certified IBM 4033 LAN adapter
v
IBM-compatible PCs utilizing an RS-232C interface
The RS-422A serial interface will attach to:
v RS/6000
v AS/400 ASCII workstation controller
The IBM PC ASCII (Centronics) Parallel interface will attach to:
v RS/6000 workstations, excluding POWERserver 930
v PS/2 computer LPTx ports and to a Token-Ring or Ethernet LAN via one of these computers
v LAN attachment via the Novell-certified IBM 4033 LAN adapter
v IBM-compatible PCs utilizing the IBM PC ASCII (Centronics) Parallel interface
v AS/400 twinax terminals including 348X, 3477 and 3197
v Coax terminal 3482
IBM 4232 Impact Matrix Printer ASCII Software Support
The IBM 4232-302 can use the IBM Personal Printer Data Stream (PPDS)* in a Proprinter II (4202)
emulation when attached to Serial (RS-232C/RS-422A) interfaces or the IBM PC ASCII (Centronics)
Parallel interface. 4224-emulation may also be available. In 4224-emulation mode, the 4232 will support
PPDS bar code and vector graphics commands. For more information, reference 4224 RPQ 8V0428 or the
4232 Printer User’s Guide Models 102 and 202.
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The following systems support the 4232-302:
Table 85. Caption. Description
System
Software - Minimum Level
Data Stream/Emulation
IBM PS/2
OS/2 1.1
OS/2 LAN Server 1.0
OS/2 Extended Services 1.0
PPDS/4202 or 4224
PPDS/4202 or 4224
PPDS/4202
OS/2 Communications Manager/2 1.0 PPDS/4202
DOS 3.3
PPDS/4202 or 4224
Microsoft Windows 3.0
PC Support/400 W/S Function V2.2
PPDS/4202
PPDS/4202
IBM RS/6000
IBM AS/400
AIX Version 3.1.5
PPDS/4202 or 4224
OS/400 V2.3 Host Print Transform
OS/400 V2.2
PPDS/4202
PPDS/4202
IBM 4232-302 IBM OS/2, IBM AIX, and Novell NetWare LAN Operating System Support via the IBM
4033 LAN adapter
The IBM 4232-302 will support the following via attachment to the IBM 4033 LAN adapter:
Table 86. Caption. Description
System
Software - Minimum Level
OS/2 LAN Server 1.2, 1.3
OS/2 LAN Server 1.2, 1.3
IBM AIX Ver. 3.1.5
Data Stream
PPDS
Token Ring
Ethernet
PPDS
Token Ring
Ethernet
PPDS
IBM AIX Ver. 3.1.5
PPDS
Token Ring
Ethernet
Novell NetWare 2.2, 3.11
Novell NetWare 2.2, 3.11
PPDS
PPDS
Operator-Adjustable Forms
To align data on preprinted forms, the 4232 Impact Printer operator can adjust the physical top and left
margins, which will offset the page image on the printing medium. The horizontal (left margin) adjustment
range is from −6.9 mm (−0.27 inches) to +38.35 mm (+1.51 inches). The vertical (top margin) adjustment
range is from −30.5 mm (−1.2 inches) to +38.1 mm (+1.5 inches). This adjustment does not affect the size
of the valid printable area; however, using this adjustment can produce positioning errors if the horizontal
adjustment is too large for the form being used.
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Chapter 24. 4247 Printer (4247)
This section describes 4247 Printer’s characteristics. The 4247 Printer is a tabletop, serial, impact, matrix
printer that prints text, images, graphics, and bar codes at up to 700 characters per second, depending on
the model and print quality selected.
Figure 49. 4247 Printer
Table 87. 4247 Printer
Printer Characteristics
Characteristic Value
Maximum printing rate: characters per second (cps)
700 cps (A00/001)
400 cps (002)
Print technology
Datastreams
Form type
Impact Dot Matrix
PPDS, Epson, ASCII, IPDS, DSE, SCS
Continuous
Cut-Sheet
Continuous forms input paths
3 standard
3 optional
Continuous forms output paths
Finisher attachments
1 standard
n/a
Manual forms feed
*An Automatic Sheet Feed Device is available
yes*
Envelope printing
MICR printing
Duplex printing
Color
n/a
no
no
no
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Table 87. 4247 Printer (continued)
Operator-adjustable forms
yes
Printhead resolution (pels-per-inch)
144 x 144
20,000,000
Maximum characters per second (cps) per month (duty cycles)
Printable Area
The size of the printable area is set using a printer configuration option. If the defined printable area is not
large enough to contain the page of data, a data-check exception (position check) occurs.
Selecting the Printing Medium
This section describes how to select the various available paper sources on the 4247-001 Printer for
Coaxial and Twinaxial applications, using the SCS or IPDS support in the printer.
Note: For the ASCII data streams supported over the parallel port, select the same paper source as on
the 4247 Model A00 Printer.
Specifying the Source of the Medium for a 4247-001 Printer
Although the 4247-001 printer is a continuous forms printer, options can enable it to support a second
continuous forms source, or an automatic cut sheet feeder source, or both. The maximum possible paper
sources for the 4247-001 are:
Front Continuous forms paper fed through the front of the printer. This uses either the Front Push, Rear
Pull, or Push-Pull tractor configurations.
Rear Continuous forms paper fed through the rear of the printer. This is only with the Rear Push tractor
configuration.
ASF Bin 1
Automatic Sheet Feeder Bin 1
ASF Bin 2
Automatic Sheet Feeder Bin 2
ASF Bin 3
Automatic Sheet Feeder Bin 3
Manual
Manual cut sheet
Identifying the Paper Source (Media IDs)
The method you use to select the manual cut sheet feed varies, depending on whether the printer is IPDS
or SCS, or attached by Twinaxial or Coax. More information follows in the specific sections about PSF,
AS/400, and GDDM.
Selecting Paper Sources Compatible with Other Printers
Many non-impact cutsheet printers, 4230, or 42 x 4 printers with an automatic sheet feed (ASF) option
have existing applications that use media ID values 1-3, specified in an AFP Form Definition, or in job
control language, DDS or Printer Files that support a DRAWER or BIN parameter. To configure the 4247
Printer so that you can print these jobs without changing the application or job submission, put the
4247-001 printer into either the 4230-emulation or the 4224-emulation mode and have ONLY the ASF
paper handling device attached.
Note: No tractors can be installed. In this configuration, the paper sources are identified by the host
application as follows:
ASF Bin 1
Media ID = 1
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ASF Bin 2
Media ID = 2
ASF Bin 3
Media ID = 3
Media Specifications
The 4247 Impact Printer accepts the following media:
Media types:
Continuous forms:
Up to eight-part forms using front feed
Cutsheet forms:
Up to four-part forms manual feed, three-part auto feed
Media widths:
Continuous forms:
3 inches to 17 inches (76 mm to 432 mm)
Cutsheet forms:
4.5 inches to 17.5 inches (102 mm to 444 mm) manual; 6 inches to 12 inches (152 mm to
305 mm) automatic
Media lengths:
Continuous forms:
3 inches to 24 inches (76 mm to 609 mm)
Cutsheet forms:
4 inches to 24 inches (102 mm to 609 mm) manual, 5 inches to 14 inches (127 mm to 356
mm) automatic
3 inches to 24 inches (76 mm to 609 mm) continuous forms, 5 inches to 14 inches (127 mm to
356 mm) cutsheet
Attachments
The parallel interface will attach to:
v RS/6000 workstations (excluding POWERserver 930).
v Token Ring or Ethernet networks via the Network Print Server features.
v IBM PS/2 and IBM Personal Computer LPTx ports and to a Token Ring or Ethernet LAN via one of
these computers.
v IBM-compatible PCs utilizing the parallel interface.
v AS/400 twinax terminals including IBM 348x InfoWindow II display stations, IBM 3477 InfoWindow
display station, and IBM 3197 display workstation.
v 3482 InfoWindow II display.
The Coax interface (feature 4170) will attach to:
v BM 3174 Controller - Terminal port (using Release A5.5 or later, Release B4.0 or later, Release C6.0 or
later).
v ES/9370 Processor Workstation Controller (feature code 6020 or 6120).
v ES/9371 Processor - 3270 Adapter.
v ES9000 - 9221 Workstation Subsystem Controller (feature 6120).
v Token Ring or Ethernet networks via the i-data 7913 RPQ for the IPDS datastream.
The Twinax interface (feature 4140) will attach to:
v AS/400 Advanced Systems.
v AS/400 Advanced Servers.
v AS/400 Advanced 36 Systems.
v IBM System 36.
v IBM 5394 and IBM 5494 Control Units.
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v Token Ring or Ethernet networks via the i-data 7913 RPQ for the IPDS datastream.
System support via Parallel Attachment
The 4247-001 can use the IBM Personal Printer Data Stream (PPDS) in IBM 4202 Proprinter III XL or IBM
2381 Personal Printer emulations by choosing the corresponding device driver for the systems listed below
as supporting the PPDS datastream and the corresponding emulation on the Operator panel.
In Epson FX emulation mode the 4247-001 can print files coded for the Epson FX-1050 using the Epson
ESC/P printer control language.
Also, native 4247 support is provided for AIX and the Host Print Transform function in OS/400. The
following systems support the 4247-001:
Table 88. System Support Through Parallel Attachments for the 4247 Printer
System
Software - Minimum Level
Emulation
IBM PS/2 and IBM Personal
Computers
OS/2 2.1
PPDS or Epson FX
OS/2 LAN Server 3.0
OS/2 Communications Manager/2 1.0
DOS 5.0
Microsoft Windows 3.0
IBM RISC System/6000
IBM AS/400
AIX Version 3.2.5
PPDS or Epson FX
PPDS or Epson FX
OS/400 V2.3 Host Print Transform
OS/400 V2.3
PC Support/400 W/S Function V2.2
Client Access/400 V3.1
Personal Communication for AS/400
for Windows V4.0
Personal Communication for AS/400
for OS/2 V4.0
IBM 5250 Enhanced Emulation for
Windows V1.1
IBM 5250 Enhanced Emulation for
DOS V2.4
Network Operating System Support via Parallel Attachment
The Network Print Server features are supported in the following environments:
Table 89. Network Operating System Support through Parallel Attachments for the 4247 Printer
Protocol
Operating System
IPX/SPX
Novell NetWare 3.11 and above
Novell NetWare 4.01 and above using bindery emulation
TCP/IP
Novell NetWare 3.11 and aboveIBM LAN Server 1.3 and aboveNovell NetWare 4.01 and
above using bindery emulation
NETBIOS/
NETBEUI
IBM LAN Server 1.3 and above
TCP/IP
IBM LAN Server 1.3 and above
NETBIOS/
NETBEUI
Microsoft LAN Manager 2.0c and above
TCP/IP
Microsoft LAN Manager 2.0c and above
Windows NT 3.1 and above
NETBIOS/
NETBEUI
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Table 89. Network Operating System Support through Parallel Attachments for the 4247 Printer (continued)
Protocol
TCP/IP
TCP/IP
Operating System
Windows NT 3.1 and above
AIX 3.2.5, 4.1
Supported TCP/IP print methods are LPD, FTP, and Reverse Telnet.
IBM 4247-001 Coax Software Support
Table 90. Coax Software Support for the 4247 Printer
IBM System or
Controller
IBM Software
(minimum release
level)
4247 Mode
4224/4230 Emulation 3268/3287 Emulation
System/370 and 390 GDDM Version 3.1
Yes
Yes
Yes
Non-IPDS Mode
VM/ESA V2.1
VM/RSCS V3.1
VM/VTAM V4.3
MVS/ESA V4.2.0
MVS/VTAM V4.3
VSE/ESA V1.3.3
VSE/VTAM V3.4
CICS/VSE V2.2.0
System/370 and 390 GDDM Version 3.1
No
Yes
No
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
No
No
No
No
No
IPDS Mode
GDDM Version 3.2
PSF/VM V2.1.1
PSF/MVS V2.1.0
PSF/MVS V2.2.0
PSF for OS/390
PSF/VSE V2.2.1
IBM 4247-001 Twinax Software Support
Table 91. Twinax Software Support for the 4247 Printer
IBM System or
Controller
IBM Software
(minimum release
level)
4247 Mode
4224/4230 Emulation 3268/3287 Emulation
System/36
SSP Release 5.1
IPDS Adv. func.
PRPQ
No
Yes
Yes
DisplayWrite/36
Business Graphics
Utility
Operation Control
Language
AS/400
Non-IPDS Mode
OS/400 Version 3 Rel Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
No
No
No
No
No
1
No
SSP Release 7.1
OfficeVision/400
Business Graphics
Util.
Yes
Yes
Yes
Yes
GDDM
CL and DDS
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Table 91. Twinax Software Support for the 4247 Printer (continued)
IBM System or
Controller
IBM Software
(minimum release
level)
4247 Mode
4224/4230 Emulation 3268/3287 Emulation
AS/400
IPDS Mode
OS/400 Version 3 Rel Yes
Yes
OS/400 Version 3 Rel Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
1
6
Yes
Yes
GDDM
Adv Funct. Print Ut
V2R1
PSF/400 Release 3.1
System/370 and 390 PSF/MVS V2.2.0 and Yes
Yes
No
later
PSF for OS/390
Using PSF
In PSF for OS/390, PSF/VSE, and PSF/VM (S/390 PSFs), identify the desired paper source in the
You can use Page Printer Formatting Aid (PPFA) to create Form Definitions for S/390 and AIX
environments. PPFA is also available for AS/400 as an optional feature of the IBM AFP PrintSuite for
OS/400. The following is a sample of PPFA commands that you could use to select the first ASF bin on a
4247 printer:
SETUNITS 1 IN 1 IN;
FORMDEF 4247B1 REPLACE YES
BIN 5;
In AS/400, you can specify a Form Definition with the PRTAFPDTA command and DEVTYPE=*AFPDS. In
OS/400 V3R2 and V3R7 or later releases, you can specify Form Definitions in the Printer File.
Selecting AS/400 Media
To select the input media source in AS/499, use a combination of two Printer File parameters: Form Feed
(FORMFEED) and Source Drawer (DRAWER). For a 4247 Printer with both Continuous Feed and ASF
installed, with the printer configured in either the 4247 Printer mode or the emulation (4230/42x4) mode,
you should use the following selection parameters:
Front CF:
Rear CF:
ASF Bin1:
ASF Bin2:
ASF Bin3:
Manual:
FORMFEED (*CONT)
(See notes 1 & 2)
DRAWER (2) (See note 2)
FORMFEED (*AUTOCUT)
FORMFEED (*AUTOCUT)
FORMFEED (*AUTOCUT)
FORMFEED (*AUTOCUT)
FORMFEED (*CUT)
DRAWER (5)
DRAWER (6)
DRAWER (7)
(See note 3)
Notes:
1. You can also select the Front CF source by using FORMFEED (*AUTOCUT) DRAWER (1); however,
FORMFEED (*CONT) is the recommended method.
2. In AS/400, when you specify that the paper is cut sheet (*AUTOCUT) instead of continuous forms, the
Forms Alignment message normally issued for continuous forms cannot be issued.
3. You can select the manual feed source only if you are running on an IPDS printer.
If the 4247 Printer is configured for Compatibility Paper Source Selection as described above, and only an
ASF is installed, you can select a bin with the following parameters:
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ASF Bin1:
ASF Bin2:
ASF Bin3:
FORMFEED (*AUTOCUT)
FORMFEED (*AUTOCUT)
FORMFEED (*AUTOCUT)
DRAWER (1)
DRAWER (2)
DRAWER (3)
In OS/400 Version 3 Release 2 and Release 7, the FORMFEED parameter has been enhanced; you can
now explicitly select the rear continuous form input source by using the following parameters:
Rear CF:
FORMMEED (*CONT2)
Using GDDM
When the 4247 Printer is attached to GDDM in the S/390 environment, you can select media input
sources by using the IPDSBIN processing option.
The IPDSBIN processing option has the format (IPDSBIN,m,n), where m is the main document bin and n
is the header page bin. The values for 4247 Printer are:
0 = printer default
1 = front CF
2 = rear CF
5 = ASF Bin1
6 = ASF Bin2
7= ASF Bin3
65 = envelopes
97-100 = manual feed bin
GDDM will not handle the linking of bins. You must specify the correct value according to the printer setup.
Using ‘forms’ parameters
When users specified forms, prior to the 4247 printer, for continuous forms printers with only a single
continuous forms paper source, they used the FORMS parameters in JCL or, for the AS/400, the
FORMTYPE parameter. You can still use this method to direct the operator change to the correct forms for
the job. But you cannot use this method to cause the printer to switch between the Front and Rear
continuous forms sources.
Operator-Adjustable Forms
To align data on preprinted forms, the 4247 Printer operator can adjust the physical top and left margins,
which will offset the page image on the printing medium. The horizontal (left margin) adjustment range is
from −6.9 mm (−0.27 inches) to +38.35 mm (+1.51 inches). The vertical (top margin) adjustment range is
from −30.5 mm (−1.2 inches) to +38.1 mm (+1.5 inches). This adjustment does not affect the size of the
valid printable area; however, using this adjustment can produce positioning errors if the horizontal
adjustment is too large for the form being used.
Print-Quality Levels for IPDS Models
The 4247 Printer allows you to select different levels of print quality. Higher quality corresponds to slower
print speeds. To select a print-quality level, use the QUALITY subcommand on the COPYGROUP
command in the form definition. To use Fast Draft Quality, you must enable it using a printer configuration
menu on the operator panel. Refer to your printer publications on how to do this. If the printer is not
configured, all requests to print using Fast Draft will automatically be printed in DP Quality. Specify the
Table 92. 4247 Printer Print-Quality Selection Values
Print-Quality Level
Reserved
Hexadecimal Value Range
X'00'
Decimal Value Range
Fast Draft Quality
X'01' through X'2A'
1 through 42
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Table 92. 4247 Printer Print-Quality Selection Values (continued)
Print-Quality Level
DP Quality
Hexadecimal Value Range
Decimal Value Range
43 through 85
86 through 170
171 through 254
255
X'2B' through X'55'
X'56' through X'AA'
X'AB' through X'FE'
X'FF'
DP Text Quality
NLQ Quality
Printer Customized Default
Not all symbol sets can be printed at all print-quality levels. Table 93 identifies the print-quality levels that
can be used for some of the 4247 Printer symbol sets and suggests the name of a corresponding coded
font that may be used for each symbol set. Refer to the 4247 Printer publications for a list of 4247 Printer
symbol sets.
Table 93. 4247 Printer Symbol Sets and Corresponding Coded Fonts
Symbol Sets
4247 Printer Print Quality
Fast Draft
DP Quality
DP text
NLQ
APL10
X0AE10
Courier Bold 10 Pitch
Courier Bold 12 Pitch
Courier Bold 15 Pitch
Courier Double Wide Italic 15 Pitch
Courier Double Wide 15 Pitch
Courier Italic 10 Pitch
Courier Italic 12 Pitch
Courier Italic 15 Pitch
Courier 10 Pitch
X0CB10
X0CB12
X0CB15
X0CW15
X0CD15
X0CI10
X0CB10
X0CB12
X0CB15
X0CW15
X0CD15
X0CI10
X0CI12
X0CI12
X0CI15
X0CI15
X0CR10
X0CR12
X0CR15
X0EBR9
X0EIR9
X0ESR9
X0CR10
X0CR12
X0CR15
X0EBR9
X0EIR9
X0ESR9
Courier 12 Pitch
Courier 15 Pitch
Essay Bold Mixed Pitch
Essay Italic Mixed Pitch
Essay Standard Mixed Pitch
Gothic Text 10 Pitch
Gothic Bold 10 Pitch
Gothic Text 12 Pitch
Gothic Bold 12 Pitch
Gothic Italic 12 Pitch
Gothic Text 15 Pitch
Katakana
X0GB10
X0GB12
X0GI12
X0GT10
X0GT12
X0GT15
X0KN10
X0GB10
X0GB12
X0GI12
X0GT10
X0GT12
X0GT15
X0KN10
OCR-A
X0AAO
X0BOA
OCR-B
PSF selects symbol sets according to the following hierarchy:
1. If you select a symbol set that matches the print quality specified in the form definition, PSF prints the
file.
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2. If you select a symbol set but do not specify a print quality, the print quality selected in the printer
configuration or the printer default print quality is used.
3. If you select a symbol set that does not match the print quality specified, the printer attempts to print
the text using a “best fit” font, which it selects. Some pages may be duplicated, and some information
on the page in error may be missing.
4. If you select a symbol set that is not available on the 4247 Printer, PSF does not print the remainder of
the file.
5. With PSF for AS/400, if you select a symbol set that is not available on the 4247 Printer, and you
specified absolute fidelity, PSF does not print the remainder of the file. If you specified content fidelity,
PSF substitutes another symbol set and prints the file.
Printer Capabilities
The capabilities of the 4247 Printer are different from those of most of the other printers supported by PSF
in the following ways:
v .Differences in the contents of the character sets in the fonts provided by PSF and in the symbol sets
resident in the 4247 Printer may result in inconsistent printed output between the two types of fonts.
v Although the 4247 Printer can print with downloaded symbol sets, it uses only resident symbol sets
when driven by PSF.
v The PSF for OS/390 and PSF/VSE default fonts specified with the CHARS parameter in the PRINTDEV
statement cause errors in which PSF issues messages saying “resource not found”. Change or override
the CHARS parameter to use a 4247 Printer symbol set.
v The 4247 Printer prints both text and images in only 0° character orientation. All other orientations other
than 0° are supported for graphics. The 4247 Printer does not support rotated fonts.
v The 4247 Printer prints images with 144-pel resolution..
v The 4247 Printer does not support multiple subgroups within a copy group in a form definition. Printing
of multiple copies of individual pages within a subgroup is not supported.
Chapter 24. 4247 Printer (4247) 137
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Chapter 25. 4400 Thermal Label Printer (4400)
The IBM 4400 Thermal Label printers are a family of high-quality, direct thermal and thermal transfer
printers designed for printing labels and tags.
Figure 50. 4400 Model 004 Thermal Label Printer with Validator Option Attached
Table 94. 4400 Thermal Label Printers
Printer Characteristics
Characteristic Value
4400 Model 004/006
Characteristic Value
4400 Model 008
Maximum printing rate: inches per
second (ips)
8 ips at 300 dpi
10 ips at 203 dpi
6 ips at 300 dpi
8 ips at 203 dpi
Print technology
Thermal
Datastreams
ASCII, CodeV and IGP, IPDS, SCS
Form type
Continuous
1 standard
1 standard
n/a
Number of input areas
Number of output areas
Finisher attachments
Manual forms feed
no
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Table 94. 4400 Thermal Label Printers (continued)
Envelope printing
n/a
no
MICR printing
Duplex printing
no
Color
no
Operator-adjustable forms
Printhead resolution (dots-per-inch)
yes
203 dpi (at 8 ips)
300 dpi (at 10 ips)
Printable Area
The size of the printable area is set using a printer configuration option or by using the Set Media Size
IPDS command. If the defined printable area is not large enough to contain the page of data, the 4400
Thermal Label Printer stops printing, issues a negative acknowledgement reply (NACK), and enters home
state.
Media Specifications
The 4400 Thermal Printers accepts the following media:
Media types:
Roll or fanfold; die-cut or continuous; labels, tags and tickets; paper, film or synthetic stock;
thermal transfer or direct thermal
Media widths:
Model 004
0.75 inches to 4.5 inches (19 to 114 mm)
Model 006
2.0 inches to 6.8 inches (51 to 171 mm)
Model 008
3.0 inches to 8.75 inches (76 to 222 mm)
Media thickness:
0.0025 inches to 0.010 inches (0.07 to 0.25 mm)
Roll core diameter:
3.0 inches (76 mm)
Maximum roll diameter
8.0 inches (203 mm)
Thermal transfer ribbons:
Standard ribbon length: 2,050 feet (625 m)
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Attachments
The IBM 4400 Thermal Label Printers attach to the systems, controllers, and processors described below:
Table 95. Attachments for the 4400 Thermal Label Printer
Interface Type
System/Control Unit/Processor
Attachment
ASCII
AS/400
ASCII Workstation Controller port on 9402 (except
Model Y10), 9404, and 9406
3197, 3477, 3486/87/88
3174 Controller
ES/9370
Terminal (Parallel port only)
Asynchronous Emulation Adapter
ASCII Subsystem
Micro Channel 370
RS/6000
ASCII serial or parallel port
ASCII serial or parallel port
ASCII serial or parallel port
ASCII serial or parallel port
ASCII serial or parallel port
Coaxial ports (Release A3.0 or higher)
Workstation Subsystem
PC, PS/2
IBM-Compatible PCs
Non-IBM Systems
3174 Controllers
ES/9370, ES/9000
Processors
Coax
Controller port (#6020 or #6120
via 3174 Controller
S/390 Parallel Enterprise Servers
AS/400
Twinax
Twinaxial Workstation Controller port on 9402, 9404,
and 9406
AS/400 Advanced 36
S/36
Twinaxial Workstation Controller
Workstation Controller port on 5360, 5362, 5363,
and 5364
5394 and 5494 Control Unit
Ethernet
Workstation port
LAN
Ethernet 10/100 BaseT Adapter
Software Requirements
The following table summarizes the IPDS support by platform.
Table 96. IPDS Support for the 4400 Thermal Printer
Base Support:
PSF/MVS V2.2.0
PSF for OS/390
PSF/VSE V2.2.1
PSF/400 V4.3 or
later
PSF V3.1.0 or later
Base Support:
4028 Dev. Type
3816 Dev. Type
240 DPI Resolution
300 DPI Resolution
Yes
Yes
Yes
Yes
Roll Input
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Roll Output
AFP/IPDS Towers:
(Not including lf3)
All
All
All
All
Printer Connectivity:
Ethernet TCP/IP
Twinax
Yes
No
Yes
No
Yes
Yes
Yes
No
Chapter 25. 4400 Thermal Label Printer (4400) 141
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Table 96. IPDS Support for the 4400 Thermal Printer (continued)
Base Support:
PSF/MVS V2.2.0
PSF for OS/390
PSF/VSE V2.2.1
PSF/400 V4.3 or
later
PSF V3.1.0 or later
Base Support:
Font Download
Raster
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Resident AFP Font Collection
4028
Core
Yes
Coordinated
IBM 4400 IPDS
Infoprint Manager Summary:
Table 97. IPDS Support with Infoprint Manager for the 4400 Thermal Printer
Infoprint Manager for AIX V3.2 or
later
Infoprint Manager for NT 1.1 or
later
Base Support:
4028 Dev. Type
3816 Dev. Type
240 DPI Resolution
Yes
Yes
300 DPI Resolution
Roll Input
Yes
Yes
Yes
Yes
Roll Output
AFP/IPDS Towers:
(Not including lf3)
All
All
Printer Connectivity:
Ethernet TCP/IP
Yes
Yes
Yes
Yes
Font Download
Raster
Resident AFP Font Collection
4028
Core
Yes
Yes
Coordinated
Printer Emulations
With a coax interface, the IBM 4400 Printer emulates the following IBM Coax Printer models:
v Non-IPDS
– 3287 Models 1 and 2
–
– 4234 Model 1
v IPDS
– 4028
– 3816
With a twinax interface, the IBM 4400 printer emulates the following IBM twinax models:
v 4234 Model 2
v 5225
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Note: Refer to the IBM 4400 Thermal Label Printer Coax/Twinax Programmer’s Reference Manual for
details and limitations concerningthe twinax and coax emulations.
The ASCII Emulation software provides the following emulations:
v Printer Protocols
– IBM Proprinter III XL
– Epson FX-1050
– Printronix P-Series
– Printronix P-Series XQ
– Printronix Serial Matrix
v Page Orientations:
– Portrait/Inverted Portrait
– Landscape/Inverted Landscape
v Graphics:
– Bit Image Graphics
– P-Series Compatible Plot Mode
v Vertical Page Formatting
– Printronix P-Series Electronic Vertical Format Unit (EVFU)
– Serial Matrix Vertical Formatting Unit (VFU)
v Character Sets:
– IBM PC
– ECMA-94 Latin 1
– Multinational
– DEC Multinational
– IBM Code Page 437 and 850
– International symbol sets in the following categories:
- Arabic Sets
- Cyrillic Sets
- European Sets
- Greek Sets
- Hebrew Sets
- Turkish Sets
v Font Typefaces:
– Courier
– Letter Gothic
– OCR-A
– OCR-B
– CG Triumvirate Bold Condensed
– Ability to download True Type.
Refer to the IBM 4400 Thermal Label Printer ASCII Programmer’s Reference Manual for details and
limitations concerning the ASCII emulations
When the Ethernet 10/100 BaseT Network Interface Card is installed, the following Network Operating
Systems and protocols are supported:
Table 98. Ethernet Support for the 4400 Thermal Printer
Operating System
Protocol
OS/2 Warp 3 & 4
OS/400 (V3.2 and later)
Windows 98
TCP/IP
Windows NT
Windows 2000
UNIX1
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Table 98. Ethernet Support for the 4400 Thermal Printer (continued)
Operating System
Protocol
Windows 95
NetBIOS over TCP/IP
IPX/SPX and TCP/IP
Novell NetWare V3.11, and later
Novell NetWare V4.01, and later
1. The Ethernet Interface supports network printing under various TCP/IP environments including most variations of
UNIX.
Refer to the IBM 4400 Ethernet Interface User’s Manual for details and limitations concerning the Ethernet
NIC Network Support.
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Chapter 26. 6400 Line Matrix Printer (6400)
This section describes the 6400 Printer’s characteristics. In this publication, these printers are called the
6400 printers, unless a functional difference between models occurs. The 6400 Printer is a
continuous-forms, line-dot matrix, impact printers that use the shuttle-matrix print technology to print text,
images, graphics, and bar codes at up to 1500 lpm for the 6400 Printer depending on the model.
Figure 51. 6400 Printer
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Table 99. 6400 Line Matrix Printers
Printer Characteristics
Characteristic Value
Maximum printing rate: lines per minute (lpm)
500 lpm (050/P50)
1000 lpm (010/P10)
1,500 lpm (015)
Print technology
Impact Dot Matrix
Datastreams
PPDS, Epson, ASCII, SCS, IPDS
Form type
Continuous
Number of input areas
Number of output areas
Finisher attachments
Manual forms feed
1 standard
1 standard
n/a
n/a
Envelope printing
n/a
MICR printing
no
Duplex printing
no
Color
no
Operator-adjustable forms
Printhead resolution (pels-per-inch)
Maximum characters per second (cps) per month (duty cycles)
yes
120 x 144
n/a
Printable Area
The size of the printable area is set using a printer configuration option or by using the Set Media Size
IPDS command. If the defined printable area is not large enough to contain the page of data, the 6400
Printer stops printing, issues a negative acknowledgement reply (NACK), and enters home state.
Media Specifications
The 6400 Line Matrix Printer accepts the following media:
Media types:
One to six-part forms
Media widths:
3 inches to 17 inches (76 mm to 432 mm) with tear strips; when using rear exit, the maximum is
16 inches (406 mm)
Media lengths:
3 inches to 24 inches (76 mm to 610 cm)
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Attachments
The IBM 6400 Model 004 Printer attaches to systems, controllers, and processors as described below:
Table 100. System, Controller, and Processors Attachments for the 6400 Printer
Interface Type
System/Control Unit/Processor
Attachment
ASCII
AS/400
ASCII Workstation Controller port on 9402
(except Model Y10), 9404, and 9406
3197, 3477, 3486/87/88
3174 Controller
Terminal (Parallel port only)
Asynchronous Emulation Adapter
ASCII Subsystem
ES/9370
Micro Channel370
RS/6000
ASCII serial or parallel port
ASCII serial or parallel port
ASCII serial or parallel port
ASCII serial or parallel port
ASCII serial or parallel port
ASCII serial or parallel port
Coaxial ports (Release A3.0 or higher)
LAN Attachments
PC, PS/2
IBM-compatible PCs
Non-IBM systems
3174 Controllers
ES/9370, ES/9000 Processors
Coax
Workstation Subsystem Controller port (FC
6020 or 6120)
S/390 Parallel Transaction Servers
AS/400
via 3174 Controller
Twinax
Twinaxial Workstation Controller port on
9402, 9404, and 9406
AS/400 Advanced 36
S/36
Twinaxial Workstation Controller
Workstation Controller port on 5360, 5362,
5363 and 5364
5394 5494 Control Unit
Workstation port
IBM 6400 Model 004 Printer ASCII Software Support:
The IBM 6400 Model 004 Printer can use the IBM Personal Printer Data Stream (PPDS) in IBM Proprinter
III XL emulation or the Epson FX 1050 emulation when attached to Serial (RS-232C/RS-422A) interfaces,
or the IBM PC ASCII (Centronics) Parallel interface. For more information, refer to the 6400 ASCII
Programmer’s Reference (S246-0118).
Also, native IBM 6400 Printer support is provided for the IBM RS/6000 systems. Drivers are supplied on
the printer configuration utility diskette.
Table 101. ASCII Support for the 6400 Printer
System
Software - Minimum Level
OS/2 2.1
Emulation
IBM PS/2, IBM PC
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
OS/2 LAN Server 1.0
OS/2 Extended Services 1.0
OS/2 Communications Manager/2 1.0
DOS 3.3 through 6.3
Microsoft Windows 3.1
AIX Version 3.1.5
IBM RS/6000
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Table 101. ASCII Support for the 6400 Printer (continued)
System
Software - Minimum Level
OS/400 Version 2.3 Host Print Transform
OS/400 Version 2.3
Emulation
IBM AS/400
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
PC Support/400 Version 2.3
IBM 5250 Enhanced Emulation for DOS
Version 2.4
IBM 5252 Emulation for Windows Version 1.1 Proprinter III XL, Epson FX
Personal Communications for AS/400 for
Windows Version
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Proprinter III XL, Epson FX
Personal Communications for AS/400 for
OS/2 Version 4.0
Client Access/400 Version 3.1
3174 with AEA
Release A5.4 or later, Release B4.0 or later, Proprinter III XL, Epson FX
or Release C1.1 or later
Network Operating System Support
The Network Print Server features are supported in the following environments:
Table 102. Caption. Description
Protocol
Operating System
IPX/SPX
Novell NetWare 3.11 and above
Novell NetWare 4.01 and above using bindery emulation
TCP/IP
Novell NetWare 3.11 and above
Novell NetWare 4.01 and above using bindery emulation
IBM LAN Server 1.3 and above
Microsoft LAN Manager 2.0c and above
Windows NT 3.1 and above
AIX 3.2.5, 4.1
NETBIOS/NETBEUI
IBM LAN Server 1.3 and above
Microsoft LAN Manager 2.0c and above
Windows NT 3.1 and above
Supported TCP/IP print methods are LPD, FTP, and Reverse Telnet.
Operator-Adjustable Forms
Using the Set Top of Forms key on the operator panel, the operator can select where the first line of
printing is relative to the top edge of the paper.
To align data on preprinted forms, the 6400 Printer operator can adjust the physical top and left margins,
which offsets the page image on the printing medium. The horizontal (left margin) adjustment range is
from −6.9 mm (−0.27 inches) to +38.35 mm (+1.51 inches). The vertical (top margin) adjustment range is
from −30.5 mm (−1.2 inches) to −38.1 mm (+1.5 inches). This adjustment does not affect the size of the
valid printable area; however, using this adjustment can produce positioning errors if the horizontal
adjustment is too large for the form being used.
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Print-Quality Levels in IPDS Mode
The 6400 Printer allows you to select different levels of print quality. A higher print-quality level
corresponds to slower print speeds. To select a print-quality level, use the QUALITY subcommand on the
COPYGROUP command in a form definition created using Page Printer Formatting Aid/370 (PPFA/370).
You must enable Draft Quality by using a printer configuration menu on the operator panel. Refer to your
printer publications on how to do this. If the printer is not configured, all requests to print using Draft
Quality are automatically printed in DP Quality. Specify the values shown in Table 103 on the QUALITY
subcommand to get the correct print-quality level.
Table 103. 6400 Printer Print-Quality Selection Values
Print-Quality Level
Reserved
Hexadecimal Value Range
X'00'
Decimal Value Range
DP Quality
X'01' through X'55'
X'56' through X'AA'
X'AB' through X'FE'
X'FF'
1 through 85
86 through 170
171 through 254
255
DP Text Quality
NLQ Quality
Printer Customized Default
Not all symbol sets can be printed at all print-quality levels. Table 104 identifies the print-quality levels that
can be used for some of the 6400 Printer symbol sets and suggests the name of a corresponding coded
font that can be used for each symbol set. Refer to the 6400 Printer publications for a more complete list
of 6400 Printer symbol sets.
Table 104. 6400 Printer Symbol Sets and Corresponding Coded Fonts
Symbol Sets
6400 Printer Print Quality
Draft
DP
NLQ
APL10
X0AE10
X0AE10
X0CB10
X0CB12
X0CB15
X0CW15
X0CD15
X0CI10
X0CI12
X0CI15
X0CR10
X0CR12
X0CR15
X0EBTR
X0EITR
X0ESTR
Courier Bold 10 Pitch
Courier Bold 12 Pitch
Courier Bold 15 Pitch
Courier Double Wide Italic 15 Pitch
Courier Double Wide 15 Pitch
Courier Italic 10 Pitch
Courier Italic 12 Pitch
Courier Italic 15 Pitch
Courier 10 Pitch
Courier 12 Pitch
Courier 15 Pitch
Essay Bold Mixed Pitch
Essay Italic Mixed Pitch
Essay Standard Mixed Pitch
Gothic Text 10 Pitch
Gothic Bold 12 Pitch
Gothic Italic 12 Pitch
Gothic Text 10 Pitch
Gothic Text 12 Pitch
X0GB10
X0GB12
X0GI12
X0GT10
X0GT12
X0GB10
X0GB12
X0GI12
X0GT10
X0GT12
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Table 104. 6400 Printer Symbol Sets and Corresponding Coded Fonts (continued)
Symbol Sets
6400 Printer Print Quality
Draft
DP
NLQ
Gothic Italic 12 Pitch
Gothic Text 13 Pitch
Gothic Text 13 Pitch
Gothic Text 13 Pitch
Gothic Text 13 Pitch
Gothic Text 13 Pitch
Gothic Text 15 Pitch
Gothic Text 18 Pitch
Katakana
X0GT12
X0GT13
X0D224
X0D225
X0D226
X0D227
X0GT15
X0GT18
X0GT12
X0GT13
X0D224
X0D225
X0D226
X0D227
X0GT15
X0GT18
X0KN10
X0LB12
X0KN10
Letter Gothic Bold 12 Pitch
OCR-A
X0LB12
X0AOA
OCR-B
X0OCRB
PSF selects symbol sets according to the following hierarchy:
1. If you select a symbol set that matches the print quality specified in the form definition, PSF prints the
file.
2. If you select a symbol set but do not specify a print quality, the print quality selected in the printer
configuration or the printer default print quality is used.
3. If you select a symbol set that does not match the print quality specified, the printer attempts to print
the text using a “best fit” font, which it selects.
4. PSF for OS/390, PSF/VM, and PSF/VSE If you select a symbol set that is not available on the 6400
Printer, PSF does not print the remainder of the file.
5. With PSF for AS/400, if you select a symbol set that is not available on the 6400 Printer, and you
specified absolute fidelity, PSF does not print the remainder of the file. If you specified content fidelity,
PSF substitutes another symbol set and prints the file.
Printer Capabilities
The capabilities of the 6400 Printer are different from those of most of the other printers supported by PSF
in the following ways:
v Differences in the contents of the character sets in the fonts provided by PSF and in the symbol sets
resident in the 6400 Printer may result in inconsistent printed output between the two types of fonts.
v The 6400 Printer prints only with resident symbol sets.
v The PSF for OS/390 and PSF/VSE default fonts specified with the CHARS parameter in the PRINTDEV
statement cause errors in which PSF issues messages saying “resource not found”. Change or override
the CHARS parameter to use a 6400 Printer symbol set.
v The 6400 Printer prints text and images in 0° and 180° character rotation and prints graphics in all four
rotations. The 6400 Printer does not print text in 90° or 270° rotation.
v The 6400 Printer has a 120 x 140-pel printhead, but the printer microcode enables the 6400 Printer to
print with simulated 144 x 144-pel resolution.
v The 6400 Printer does not support multiple subgroups within a copy group in a form definition, nor does
it print multiple copies of individual pages within a subgroup.
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Chapter 27. Infoprint 62 Printer (4370)
This section describes the Infoprint 62 printer characteristics. The Infoprint 62 (Models 002 and 003) are
continuous-form printers that use LED electrophotographic print technology to print text, images, graphics,
and bar codes.
Figure 52. Infoprint 62 Printer
Table 105. Infoprint 62 Printer Characteristics
Printer Characteristic
Print technology
Datastreams
Characteristic Value
Light Emitting Diode
IPDS
Form type
Continuous
Number of input bins
Standard: Stack height up to 3000 sheets of 64 gsm
paper
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Table 105. Infoprint 62 Printer Characteristics (continued)
Printer Characteristic
Characteristic Value
Number of output bins
Standard: Stack height up to 3000 sheets of 64 gsm
paper
Optional: Stack height up to 2000 sheets with Power
Stacker
Finisher attachments
Manual forms feed
Envelope printing
MICR printing
n/a
n/a
n/a
no
Duplex printing
no
Color
no
Adjust print-quality levels
Printhead resolution
yes
240 dots-per-inch (4370–002)
300 dots-per-inch (4370–003)
Maximum printing rates for letter (8.5 x 11 inches)
inches per second
8.8
inches per minute
528
Maximum printing rates for letter in pages per minute1
1–up landscape (8.5 inches long) simplex
1–up landscape (8.5 inches long) duplex
2–up portrait (11 inches long) simplex
2–up portrait (11 inches long) duplex
Maximum printing rates for A4 (210 x 297 mm)
mm per second
62
n/a
n/a
n/a
225.78
mm per minute
13,546.8
Maximum printing rates for A4 in pages per minute1
1–up landscape (210 mm long) simplex
1–up landscape (210 mm long) duplex
2–up portrait (297 mm long) simplex
2–up portrait (297 mm long) duplex
Maximum usage in pages per month (duty cycles)2
Letter: 1–up landscape (8.5 inches long)
Letter: 2–up landscape (11inches long)
A4: 1–up landscape (210 mm long)
A4: 2–up landscape (297 mm long)
64
n/a
n/a
n/a
600,000 simplex
n/a
620,000 simplex
n/a
1. Maximum printing rate is the maximum number of pages of the indicated size and configuration that can be
printed at the constant speed of paper movement shown for each printer. Rates for pages of different sizes and
configuration can be calculated by dividing the form length into the printer speed. Actual printing rate will be less
if the printer cannot reach this rate due to complexity or density of the data or the ability of the system to deliver
data at this rate.
2. Maximum usage is based on operating 7 days a week, 24 hours a day, at maximum printing rate with normal
maintenance and operations activity. IBM does not recommend reaching this monthly maximum on consistent
basis.
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Printable Area
Width The maximum print width for the Infoprint 62 is 14.6 inches (370.84 mm), which is the width of the
print head. The maximum width for any given form cannot be wider than the width of the form,
minus 1.0 inches (25.4 mm). That is 0.5 inches (12.7 mm) on each side of the print line.
Length
The printer is designed to print lengthwise to the perforation at its rated speed. As with other
continuous forms printers, print quality degradation occurs near the perforation. No degradation
occurs at 0.33 inches (8.5 mm) the perforation for character data, and 0.5 inches (12.7 mm) for
solid area fill, logos, or images.
Figure 53 shows an example of the printable area of a form. The printable area shown is 8.17 by 10.66
inches.
8.32inches
Top
8.17inches
Top
0.090inch
0.090inch
0.090inch
Default
0.167inch
Default
0.167inch
0.167inch
MediaOrigin
0, 0
MediaOrigin
0, 0
Printable
Area
10.82inches
0.090inch
Printable
Area
10.66inches
0.167inch
Figure 53. Printable Area in IPDS Mode on the Infoprint 62
Media Specifications
The Infoprint 62 accepts the following media:
Media types:
Preprinted or blank forms, pre-punched forms, perforated forms, security forms, approved paper
labels, color paper
Media widths:
7 inches to 16 inches (178 to 406 mm); maximum print width is 14.6 inches (371 mm)
Media lengths:
3 inches to 22 inches (/76.2 to 559 mm) standard; 7 inches to 12 inches (178 to 305 mm) with
optional Power Stacker
Media weights:
17 to 54 lbs. (64 to 204 gsm) letter basis; 17 to 44 lbs. (64 to 165 gsm) bond; 44 to 125 lbs. (71 to
204 gsm) tag and label
Attachments
The IBM Infoprint 62 Continuous Forms Printer must be attached to either an Ethernet or Token-Ring LAN,
or a S/390 Parallel Channel or ESCON Channel. The standard adapter is Ethernet 10BaseT. Attachment
to Ethernet 10Base2, Token Ring, or a S/390 Parallel Channel or ESCON require available features.
Token-Ring
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The IBM Infoprint 62 Printer Token-Ring Attachment (#4121) will attach to the following devices:
v 8228 Token-Ring Multistation Access Unit attached to an AS/400, PS/2, or RS/6000 processor
v 8230 Token-Ring Controlled Access Unit attached to an AS/400, PS/2, or RS/6000 processor
v 8228 Token-Ring Multistation Access Unit attached to a 3172, 3746, 3725, 3174, 3745, or 3720
attached to a 3090, ES/9000, or 308X processor.
v 8230 Token-Ring Controlled Access Unit attached to a 3172, 3746, 3725, 3745, 3174, or 3720 attached
to a 3090, ES/9000, or 308X processor.
v The printer may be located a maximum distance of 100 meters (328 feet) from the 8228 Multistation
Access Unit or from the 8230 Controlled Access Unit.
v The distance between the 8228 Multistation Units can be increased with either the 8220 or 8219 Optical
Fiber Repeater.
Ethernet
The Infoprint 62 standard Ethernet 10BaseT attachment will attach to the following devices:
v Twisted pair cabling attached to an RS/6000, PS/2, or AS/400
v Twisted pair cabling attached to an IBM 3172 or 3745 attached to a 3090, ES/9000, or 308X processor.
v An IBM 8250 or 8260 Twisted Pair Hub
The Infoprint 62 Ethernet 10Base2 attachment (FC #4162) will attach to the following devices:
v Thin Ethernet Coaxial attached to a RS/6000, PS/2, or AS/400
v Thin Ethernet Coaxial attached to an IBM 3172 or 3745 attached to a IBM 3090, ES/9000, or 308X
processor.
System/390 Parallel Channel:
System/390 parallel channel attachment is supported in the PSF for OS/390, PSF/MVS, PSF/VM, and
PSF/VSE printing environments.
For S/390 parallel channel attachment, a control unit position on a S/370 parallel block multiplexer channel
is required on an IBM 3090, ES/9000 processor, a S/390 Parallel Enterprise Server, or a Multiprise 2000
Server.
Attachment is also supported via the 9034 ESCON Converter Model 1 for the S/390 Parallel Channel.
ESCON Channel
The ESCON channel is supported in the PSF for OS/390, PSF/MVS, PSF/VM, and PSF/VSE printing
environments.
v The IBM Infoprint 62 may be attached natively to IBM ESCON channel (3090-J, 9021, 9121, 9221,
9672, 2003).
v Attachment is also supported via the 9032/9033 ESCON Directors and 9036 ESCON Remote Channel
Model 1 and Model 2.
The ESCON attachment may be shared between multiple MVS systems. To allow access by a different
host, the operator must drain the printer and vary it offline to one host before varying it online to the
second host.
A “Multi-Host Environment” ESCON configuration option is provided that when used with PSF for OS/390
or PSF/MVS ASSIGN/UNASSIGN support guarantees a printer on a shared attachment cannot be online
to multiple hosts concurrently. A second host trying to assign the printer will be denied access with a notice
that the printer is assigned elsewhere. Multi-Host Environment support increases configuration flexibility
and simplifies operational procedures for ESCON-attached printers.
The Multi-Host Environment is supported only by OS/390 V1R3.0 or higher operating with either of the
following:
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v PSF 3.1.0 for OS/390
v PSF/MVS 2.2.0 with APAR OW29992
v PSF for OS/390
All host systems (which may be VM guests) must be OS/390 V1R3.0 or higher.
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Appendix A. Migrating Your 3800 Printer Applications
Compatibility among PSF-Supported Printers
The following sections describe compatibility considerations when routing jobs among PSF-supported
printers.
Page Presentation
Page presentation refers to the position of a printed page of data on a sheet. PSF supports two page
presentations:
v Portrait, or narrow forms, in which the printed page is viewed with the shorter edges of the form at the
top and the bottom of the page and the longer edges at the sides of the page
v Landscape, or wide forms, in which the printed page is viewed with the longer edges of the form at the
top and the bottom of the page and the shorter edges at the sides of the page
All currently marketed PSF-supported printers have the same default media origins. Because the media
origin relates to the print direction (ACROSS, DOWN, BACK, and UP), it also is used in determining the
page presentation. For continuous-forms printers, the ability to use forms that feed through the printer with
either a narrow or a wide leading edge adds another factor to the determination of page presentation.
See Figure 54 on page 158 for examples of media origins and print directions supported by PSF printers.
© Copyright IBM Corp. 2001
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Default
Media
Origin
0,0
Default
Media
Origin
0,0
Across
Up
w n D o
k c B a
Narrow Forms for Continuous
Form Printers
Wide Forms for Continuous
Form Printers
Default
Media
Origin
0,0
Across
k c B a
Cut-Sheet Printers
Default
Media
Origin
0,0
Default
Media
Origin
0,0
Across
Across
Narrow Formsfor3800
Wide Formsfor3800
Figure 54. Media Origins and Print Directions for PSF-Supported Printers
Page-presentation and print-direction controls are included in the form definition to allow presentation
compatibility across PSF-supported printers. The result of these controls is to change the media origin for
the pages printed using the copy group containing the controls. Not all printers support changing of the
media origin. The print direction specified in the page definition or in the composed-text data does not
need to be changed when a form definition containing these compatibility controls is used. Rather, the print
direction in the page definition or composed-text data should be used to determine which print-direction
control to specify in the form definition.
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You can build form definitions for page-presentation compatibility using PPFA. For more information, refer
to IBM Page Printer Formatting Aid: User’s Guide.
When Not to Use Compatibility Form Definitions
You do not need to use form definitions that contain page-presentation and print-direction controls when
you are using:
v Only cut-sheet printers.
v Only narrow forms on a continuous form printer (other than a 3800).
v Only a 3800.
v Print data that is formatted in the BACK or UP direction, which is specified in the page definition or by
the program formatting the data.
When To Use Compatibility Form Definitions
You do need to use form definitions that contain page-presentation and print-direction controls when you
are:
v Using wide forms on an AFCCCU printer when the print data is formatted in the DOWN print direction.
v Using both narrow and wide forms on an AFCCU continuous forms printer.
Compatibility between an AFCCU continuous forms printer and 3800
PSF provides form definitions that you can use for page-presentation compatibility between a 3800 and an
printers using these form definitions.
The examples in Figure 55 on page 160 assume that you are using the same forms on the printers; that is,
not changing from wide to narrow forms between printers, or from narrow to wide forms between printers.
However, you could change forms in any of the four examples without affecting the page presentation of
your output as long as the print direction in the form definition matches the print direction in the page
definition or composed-text data.
If you migrate an application from one form to another, remember that the top and left margins change
places.
Note: The compatibility form definitions shown in Figure 55 on page 160 specify a page position of 0.0
inch across and 0.5 inch down. This page position is within the printable area of the 3800 as well
as that of the AFCCU continuous forms printers.
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or create a
form definition
specifying
the direction
If you want output
use this
specified in the
page definition is:
formatted for the
IBM-supplied
form definition:
3800 (as shown below)
to look the same on
the AFCCU Continuous Form Printers
ABCD
Landscape Presentation
Across Direction
F10101LA
F10101PD
F10101PA
ACROSS
Portrait Presentation
Down Direction
DOWN
ABCD
Portrait Presentation
Across Direction
ACROSS
Landscape Presentation
Down Direction
F10101LD
DOWN
NOTE: You can use these form definitions for printing on
any of the Continuous Form Printers
Figure 55. PSF-Supplied Form Definitions.. These form definitions are for Compatibility Between the 3800 and the
AFCCU continuous forms printers. Note that the second and fourth entries use data that is formatted in the DOWN
print direction.
Compatibility between Cut-Sheet Printers and AFCCU continuous forms printers
PSF provides form definition F1C10110 for page-presentation compatibility between cut-sheet printers and
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contains an example of when page-presentation controls are not needed for printing the same file on
cut-sheet and AFCCU continuous forms printers.
A factor to consider if you are creating your own form definition for compatibility between cut-sheet printers
and an AFCCU continuous forms printer is the printable area of the printers.
Example: ACROSS Print Direction with Wide Forms
If your data is formatted in the ACROSS print direction for landscape page presentation, as is commonly
used for a 3800, and will be printed on wide forms on an AFCCU continuous forms printers, you must use
a form definition with correct page-presentation controls to produce readable output. If not, the print data
may go beyond the valid printable area on the AFCCU continuous forms printer, as shown in Figure 56
because the hardware origin for the AFCCU continuous forms printer is different from the hardware origin
of the 3800.
Default Media
Origin
Default Media
Origin
ABCDEFGHIJKLM
3800 Printer
AFCCU Continuous Form Printers
Figure 56. Valid-Printable-Area Error: AFCCU Continuous Forms Printer Output with Incorrect Form Definition
If, however, you use a form definition with the correct page-presentation controls, your output will be
printed correctly, as shown in Figure 57 In this example, you could use the PSF-supplied form definition,
F10101LA, which specifies a landscape page presentation and an ACROSS print direction. This form
definition can also be used for data formatted in an ACROSS print direction to print in the landscape page
presentation on narrow forms. The page-presentation controls are not required in this case, but you can
now use this form definition regardless of whether the data is to print on wide forms or on narrow forms.
ABCD
ABCD
3800 Printer
AFCCU Continuous Form Printer
Figure 57. Using PSF Form Definition F10101LA to Prevent Valid-Printable-Area Errors
Example: DOWN Print Direction with Wide Forms
If your data is formatted in the DOWN print direction for landscape page presentation on a cut-sheet
printer or on 3800 narrow forms and will be printed on wide forms on an AFCCU continuous forms printer,
you must use a form definition with correct page-presentation controls to produce readable output. If not,
the data will be printed in the landscape page presentation; however, the data will be upside down, as
shown in Figure 58 on page 162, because the hardware origin for an AFCCU continuous forms printer is
located on the leading-left corner of the short side of the form, regardless of whether a narrow form or a
wide form is used.
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Hardware
Origin
Hardware
Origin
1
a P g e
a P g e
Hardware
Origin
Hardware
Origin
2
AFCCU Continuous Form Printers
Cut-Sheet Pages
Figure 58. Upside-Down Printing: AFCCU Continuous Forms Printers Output with Incorrect Form Definition
If, however, you use a form definition with the correct page-presentation controls, your output will be
printed correctly, as shown in Figure 59. In this example, when migrating from a cut-sheet printer, you can
use the PSF-supplied form definition, F1C10110, which specifies the landscape page presentation and the
DOWN print direction. If you are migrating from 3800 narrow forms instead of cut sheets, you can use the
PSF-supplied form definition, F10101LD, which specifies the landscape page presentation and the DOWN
print direction.
The F1C10110 form definition can also be used for data formatted in the DOWN print direction to print on
narrow forms on an AFCCU continuous forms printer. The page-presentation controls are not required in
this case, but you can now use this form definition regardless of whether the data is to print on wide forms
Pa ge1
Pa ge2
AFCCU Continuous Form Printers
Cut-Sheet Pages
Figure 59. Using PSF Form Definition F1C10110 to Prevent Presentation Errors
Example: ACROSS Print Direction with Narrow Forms
If your data is formatted in the ACROSS print direction for portrait page presentation on a cut-sheet printer
and will be printed on narrow forms on an AFCCU continuous forms printer, the form definition you specify
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does not need to contain page-presentation controls to produce readable output on these printers.
However, you must consider the differences in printable areas between the printers.
Page 1
Page 1
Page 2
Page 2
Cut-Sheet Pages
AFCCU Continuous Form Printers
Figure 60. No Compatibility Form Definition Required
When you replace an IBM 3800 printer with IBM’s Infoprint 3900 printer or Infoprint 4000 printer, you need
to migrate the applications that were running on the 3800 printer. Printing Systems has offerings that assist
in migrating the applications.
The 3800-3 and 3800-6 printers have two different operating modes:
v 3800 Advanced Function Presentation (AFP) mode operating under Print Services Facility (PSF)
v 3800-1 compatibility mode (also called “line mode”) operating under JES alone.
There are migration considerations for applications running in either of these modes. This document
describes the migration considerations and IBM’s solution for them. This document covers migration for
IBM 3800 printers only. It does not cover migration from OEM printers that emulate 3800 printers. In
general, migration issues are the same for functions that faithfully emulate 3800 printer functions.
However, OEM printers may include functions that were not supported on 3800. Notably Siemens (now
OCE) printers included an “enhanced” line mode, also called “e-mode” that added additional formatting
capabilities. These functions are not discussed in this document and are not addressed by the offerings
described. If you are migrating from an OEM printer, contact Printing Systems Technical Support for
information specific to that printer.
In addition to having a unique non-AFP operating mode, the 3800 printer is the only IBM printer equipped
with a forms flash. In either 3800 AFP mode or 3800 line mode, the operator can load what is essentially a
large photo negative into the printer, and the printer will flash that negative onto the printed pages. If
applications are using a forms flash, this function must be replaced with an Electronic Overlay for AFP
applications, or with a flash diskette if the application is migrated to hardware line-mode.
3800 AFP Mode
The 3800-3 printer was the first IBM printer to support AFP. In general, 3800 AFP operates the same as
AFP on the newest Infoprint 4000 printers. But there are some differences caused by improvements in
implementation over the years. These differences are:
Fonts The 3800 AFP fonts are now called “unbounded box” fonts. All AFP printers since the 3800 use a
more advanced format of raster fonts called “bounded box”. The 3800 AFP fonts will not print on
any other AFP printer. You must have bounded-box fonts instead. If your applications are using
only IBM-supplied fonts, there is no problem. All the AFP fonts supplied by IBM for the 3800 are
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also supplied in bounded-box format for the 3900 and Infoprint 4000. However, if your applications
use customized fonts, these fonts must be converted to bounded-box format to enable printing on
a 3900 or 4000.
Form Origin
The 3800 form origin is always top/left - just inside the left tractor strip on the leading edge of the
paper. Later AFP continuous-forms printers (3835, 3900, and Infoprint 4000) have the capability to
set the form origin to other corners of the sheet, based on PRESENT and DIRECTION parameters
in the Form Definition. The default orientation is the top left of the short edge of the physical sheet,
which provides compatibility with cut-sheet printers. For forms that are longer than they are wide
(for example 11 inches long by 9.5 inches wide), the default origin for these printers is the same
as for the 3800. Unfortunately for forms that are wider than they are long (for example 12 inches
wide by 8.5 inches long), the default for non-3800 printers is not the same as the 3800 printer
origin. One option is to create a form definition for each job which specifies the correct options to
place the origin at the 3800 position. Another option is to use a function provided by PSF/MVS 2.2,
allowing you to set bits in PSF Exit 7 indicating jobs for which 3800 form origin will be applied.
Logic in the exit can select specific job, jobs of certain classes, or any other criteria which could be
deduced from the job JCL available to the exit.
3800 Compatibility Mode
No other AFP printers have a 3800-1 compatibility mode. Jobs running in 3800-1 compatibility mode, or
“line-mode” as it is sometimes called, usually present the largest challenge to printer upgrade. These jobs
use non-AFP resources:
v Forms control buffers (FCB)
v Library characters sets (LCS)
v Graphical character modules (GRAPHMODs)
v Copy modifications (COPYMODs)
In addition, printing of characters is handled differently in line mode for situations where characters print
partially off the page, or where characters of different sizes are merged together in the same print line.
It is strongly recommended that customers perform a full conversion of their jobs to AFP to gain the
advantages of AFP and simplify their operational procedures. However for those customers who cannot or
do not wish to convert their applications, there are two offerings that address 3800 compatibility mode
jobs:
Hardware RPQs for specific 3900 and Infoprint 4000 printers
These RPQs allow the printers to emulate 3800 compatibility processing. The RPQs and specific
printers are:
v RPQ 8B3997: 3900-01
v RPQ 8B3937: 3900-0W1, 3900-0W3, Infoprint 4000 IS1 (240 dpi and 229 ipm only)
PSF/MVS 2.2 function “3800 Line Mode conversion”
This is a standard feature of PSF/MVS 2.2 that allows PSF to process many 3800 compatibility
jobs without change to the job, JCL, or resources.
In general, the hardware RPQ should be used for accounts that do not have PSF, or do not plan to
migrate to AFP in the near future. The PSF function should be used for accounts that are currently running
PSF but are unable to convert their 3800 line-mode applications to AFP in a timely fashion. However, there
are other differences in the characteristics, limitations, and implementation options of these two offerings
which may play a factor in the decision of whether to use one or the other of them. The major
considerations are:
v 3800 Compatibility Hardware RPQ:
– If also running AFP jobs, operator must switch printer between AFP mode and line-mode
– Uses 3800 line-mode resources (character sets, GRAPHMODs, and so forth)
– Does not require PSF, unless AFP printing is also desired
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– Performance limitation for jobs with dense or complex data
v PSF/MVS Line-Mode Function:
– Can intermix line-mode and AFP job. Do not need to switch printer mode.
– Requires AFP bounded-box fonts.
– Requires PSF/MVS.
– Cannot handle jobs which use COPYMODS.
v Both options:
– If using 3800 Forms Flash, flashes must be converted
– 3800 Tape-to-Print feature is not supported
– Post-Processing equipment, supplies, paper, and attachments must be compatible with the 3900 or
4000 printers
Hardware RPQ for 3800 Compatibility
The 3800 Compatibility Mode RPQ provides a separate microcode load for the supported 3900 or 4000
printer that enables it to run as a 3800-3 or -6 operating in 3800-1 compatibility mode. This RPQ is
intended to facilitate the migration of 3800 workloads without the need to convert resources or JCL, or
install higher levels of software. The RPQ is supported only when the printer is attached via a S/370
parallel channel. The RPQ is also supported only on operating systems which supported the 3800-3
operating in 3800-1 compatibility mode: MVS and VM.
With this RPQ, the printer operates in either of two modes: normal AFP mode, or 3800 compatibility mode.
PSF is not required if the account elects to run only in 3800 compatibility mode. PSF is required for
running the printer in normal AFP mode. Details for defining the printer and switching it between
Compatibility Mode and AFP mode are included with the RPQ.
With the exception of the forms flash, the 3900 or 4000 operating in compatibility mode should process all
3800 compatibility mode print streams in the same fashion as the 3800. In particular, the FCB, LINECT,
COPIES, COPYMOD, SETPRT, GRAPHMOD, MODIFY, CHARS, TRC, OPTCD=J, and line merge
functions should operate as usual.
The 3800 Tape-to-Print feature is NOT supported with the 3900 or 4000, even with this RPQ installed.
3800 Forms Flash is not physically supported by the 3900 or 4000. Each forms flash must be replaced by
an electronic version of the forms flash. A Services Offering is available to create these electronic forms
flashes; there is no tool available for this.
The electronic flash is created as a file on a diskette which can be loaded into the printer controller. The
flash can be maintained on diskette, or stored on the printer hard drive (up to 8 flash files can be stored
on the printer hard drive). Once the electronic flash has been created, operational procedures are similar
to those for loading of the forms flash. When the JCL forms flash parameter creates a console message to
load the forms flash, the operator will instead enter a console request to load one of the flash files stored
in the printer, or load the 3.5–inch diskette containing the electronic overlay in the diskette reader of the
3900 or 4000 controller. Each overlay will be on a separate diskette. The elapsed time for this operator
activity should be the same or less than that required for physically loading the forms flash. It is probable
that an installation will have several such diskettes, one for each electronic overlay needed. Operational
procedures must be updated accordingly, and consideration given to storage and organization of the
diskettes. Since the overlay diskettes are conventional DOS diskettes, normal PC utilities can (and should)
be used to create backup copies of the overlay diskettes. At least one set should be stored in a safe area
outside the immediate printer area for backup purposes. Current practices for backup copies of forms
flashes should be reviewed for applicability.
Performance Considerations
The controllers inside the 3800 and the 3900-01 printers were specifically designed to maximize
throughput of printer data. By contrast, the 3900-0W1, 3900-0W3, and Infoprint 4000 IS1 printers use as
Appendix A. Migrating Your 3800 Printer Applications 165
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thir controllers IBM RISC processors that are not specialized for printer data. This is not an issue when
printing in AFP mode. PSF sends IPDS data to the printer in large blocks which the RISC processors
handle quite efficiently. However, in line mode there is no PSF and no IPDS. Instead, the operating system
is sending the data in CCW records, one CCW per print record. The RISC processors are not tuned to
receiving, processing, and acknowledging many small individual records in a short time frame. The more
print records per inch of paper length, the higher processing rate is required.
In general, a job which averages more than 66 print records per 11 inches of paper may not print at rated
speed. Many jobs defined with more than 6 lines per inch will average less than 66 records per 11 inches,
since records are not printed on every line of every page, and since the 3800 has a 1/2–inch unprintable
border at top and bottom of each sheet. However, jobs defined with 6 lines per inch can average more
than 66 records per 11 inches if multiple records are printed per line. This can occur if COPYMODS are
used, or if a technique called line-merge is used. Line-merge is a 3800 technique for printing multiple
records on the same print line. Each of these records requires its own CCW. For this reason, applications
should be reviewed carefully, and arrangements can be made with IBM Printing Systems Division to test
jobs which might have performance problems.
RPQ Installation Considerations
Procedures for installing, operating, maintaining the new 3900 or 4000 printer must be carefully planned
and followed, as with any new printer installation. Some considerations for this step are reviewed in the
final section of this document.
v Forms flashes must be converted to electronic overlays, and procedures set in place for usage, storage,
organization and back up of the electronic flashes.
v Operators must be trained in the procedures for executing Compatibility Mode functions on the new
printer. Documentation on the new operator functions and options is included with the RPQ.
v The RPQ is installed from diskettes by the CE. The diskettes contain microcode for operating
compatibility mode and also for new printer console options for managing the printer in Compatibly
Mode.
v Critical applications should be tested prior to production cut-over. Adequate lead time should be allowed
for overlay generation and testing with applications.
PSF/MVS Line Mode Function
PSF/MVS 2.2 includes a function for 3800 Line Mode Conversion. This capability is documented in the
PSF/MVS 2.2 System Programmer’s Guide, S544-3672. This function allows many jobs which executed in
compatibility mode on the 3800-3 or 3800-6 printers to run without application or JCL changes on a 3900.
Infoprint 4000, or other AFP printer. This function differs from the hardware RPQs in these significant
areas:
v PSF/MVS is required for function. (With the hardware RPQ, PSF is not required if only compatibility
mode jobs are being processed. However PSF is required if AFP print jobs are also to be processed.)
v AFP jobs can be intermixed in the job stream with compatibility mode jobs. The printer does not have to
be switched between two different modes of operation. This may make it easier for your customer to
begin the step toward full AFP implementation.
v AFP fonts must be supplied in place of the 3800 character sets and GRAPHMODs.
v 3800 jobs which use the COPYMOD function cannot be processed by PSF Line Mode.
How PSF/MVS Line Mode Works
The PSF/MVS Line Mode function allows PSF to dynamically build and use inline page definition and form
definition resources for compatibility mode jobs. The resources are built using information in the job’s FCB
and JCL parameters for LINECT, COPIES, and FLASH.
PSF accesses the job’s FCB in SYS1.IMAGELIB to obtain information for building the page definition.
Page height will include the full printable page area to allow room for character ascenders and descenders
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that may have been truncated by a 3800 executing in compatibility mode. In compatibility mode, the 3800
will print a partial character, even if the top or bottom of the character extends beyond the printable area.
PSF will not print a partial character. If any part of the character is off the page, an error is generated.
However, the 3800 had a 1/2–inch unprintable area at top and bottom of the sheet. Including this area in
the PSF page size guarantees that characters which could be printed on the 3800 in line mode are also
printable under PSF Line Mode.
PSF uses information on the dimensions of paper currently loaded in the printer to create a form definition
that contains the presentation options for orienting the print on the paper in the same direction as the 3800
would. The form definition can also contain unique page offsets identified for the job in PSF Exit 4. If a
forms flash is used for the job, the form definition will reference an electronic overlay of the same name.
The account must ensure that an electronic overlay with the same name (prefixed “O1”) has been created
and placed in the PSF resource library.
In addition, the account must ensure that all 3800 character sets and GRAPHMODs are available as AFP
bounded-box fonts in the PSF resource library. AFP versions of all 3800-supplied character sets are
supplied with PSF/MVS. Equivalent AFP fonts must be created or substituted for any non-standard
character sets used by compatibility mode print jobs.
The PSF/MVS Line Mode function cannot be used to process jobs which specify the JCL keyword
MODIFY=xxxx. These jobs use the 3800 COPYMOD function. There is no equivalent for the COPYMOD in
PSF Line Mode capability. Jobs using COPYMODS must be converted to AFP, or printed using the
hardware 3800 compatibility RPQ. If a job using COPYMODs is encountered, PSF will issue an error
message and place the job on HOLD.
You should also be alert for jobs which use a special post-processing routine and character set to create
the 3800-1 version of rotated print. While it may be possible to convert the rotated character set for the
AFP printer, it is much easier to remove the rotate post processing step and use standard AFP fonts and
AFP capabilities to rotate the job.
Invoking PSF/MVS Line Mode Function
The PSF/MVS Line Mode function is triggered through PSF/MVS Exit 4 for jobs which print through the
JES Spool. If accounts are using PSF Direct Printing, instead of using the JES Spool, Line Mode can be
enabled for Direct Printing using Exit 14. Samples APSUX04X and APSUX14X are provided in the
SAMPLIB shipped with PSF/MVS. For simplicity, for the remainder of this document we will reference only
Exit 4. Accounts using PSF Direct Printing will find similar functions available in Exit 14.
To activate Line Mode processing, in Exit 4 you indicate which jobs should be processed as Line Mode.
Since the exit has access to all the JCL parameters for the job, you may choose to identify jobs based on
any of these parameters, for example: Job Name or Job Class. You may also set up a table in the exit to
indicate special print offsets for different jobs based on any of the parameters available to the exit. This
allows PSF Line Mode function to emulate the print offsets that could be entered by 3800 operators for
matching print to special forms.
PSF/MVS Line Mode will provide compatibility mode processing only for those jobs selected by Exit 4.
However, not all jobs selected by the Exit will be processed in Line Mode. Any job that has a PAGEDEF or
FORMDEF parameter coded in its JCL will be ignored for compatibility mode processing. PSF will assume
that the job has been designed for AFP printing and process it as a normal AFP job.
As noted above, the PSF Line Mode function cannot process jobs that use COPYMODs. If a job which
specifies MODIFY in the JCL is identified in Exit 4 for line mode processing, PSF will issue an error
message and request that the job be held by the system. Note that if the same job were not identified in
Exit 4, it would print as a normal AFP job with the MODIFY parameter simply ignored.
Appendix A. Migrating Your 3800 Printer Applications 167
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Considerations for Line-Merge Jobs
Additional processing is needed for jobs which use an application technique called line-merge to mix
character sets on the same print line. On the 3800 this is done by coding Table Reference Characters
(TRCs) and a “print-no-space” carriage control byte in the print records. This coding will also cause a line
merge on an AFP printer; however, the line merge operates differently. The 3800 merges character per
character, the AFP printers merge pel per pel. If the merge occurs between characters of different widths
(pitches), the resulting print position will be different on an AFP printer than on the 3800.
The PSF Line Merge Function provides special processing for jobs that use line merge. If Exit 4 indicates
that the job uses Line Merge, PSF will process every record of job (instead of just the first record in the
data set) examine each record for line merge, and reproduce the 3800 line merge positioning. Because of
the extra processing involved, PSF only does this for jobs which indicate in Exit 4 that the processing is
needed. If you do not know which of its jobs use line merge, a good approach is to examine print job JCL
to identify jobs that are using multiple fonts and therefore may be mixing these fonts on a printline using
line merge. These jobs would require both of the following JCL parameters:
v OPTCD=J which indicates that table reference characters (TRCs) are used to select different fonts for
different records.
v CHARS=(xxxx,yyyy,....) indicating multiple character sets.
If all the character sets listed in the CHARS parameter are fixed pitch and all of them have the same pitch,
such as GT10 and GB10, you will not have a problem. The line merge will work the same on the AFP
printer, without extra processing by PSF Line Mode. But if any of the character sets in the CHARS
parameter are mixed pitch, such as the tri-pitch BITR, or if any two have different pitches, such as GT10
and GT12, then you have a potential line-merge problem. For these it would be wise to indicate additional
Line Merge processing.
Printers Supported by PSF/MVS Line Mode
PSF/MVS Line Mode was designed for processing 3800 jobs on continuous form AFP printers such as
3835, 3900, and Infoprint 4000. It can also be used to print 3800 jobs on AFP cut-sheet printers, if the
print jobs will fit on the cut-sheet paper. While 3800 jobs that printed on 8.5 inch wide paper should easily
fit on cut sheet paper, those designed for 12 inch or 14 inch paper probably will not. PSF/MVS Line Mode
will not rotate 3800 jobs on cut-sheet printers to try and make them fit the paper.
PSF/MVS Line Mode will not support printing on a 3800 printer. Some accounts may wish to transfer jobs
from compatibility mode to AFP mode on a 3800 printer. However because of limitations of the 3800, the
PSF/MVS Line Mode function will not process jobs destined for a 3800 printer. An error message will be
issued. PSF will terminate processing of the job and request that the job be held by the system.
The PSF/MVS Line Mode function can be used with Cut-Sheet Emulation. Cut-Sheet Emulation is an
automatic 2-UP provided by Infoprint 4000 printers in conjunction with PSF. Line Mode jobs can also be
printed in duplex, on a duplex printer. A special bit must be set in Exit 4 to indicate that duplexing is
desired.
Implementing PSF/MVS Line Mode
The following steps must be taken to use PSF/MVS Line Mode processing:
v Install PSF/MVS 2.2.
v Ensure AFP fonts are available in the PSF resource library for all 3800 LCSs and GRAPHMODs used
by the jobs being processed.
v Ensure Electronic Overlays are created and available in the PSF resource library for all 3800 forms
flashes used.
v Screen the 3800 jobs to identify any using COPYMODS or merging lines with different sized characters.
– COPYMODS cannot be processed using PSF Line Mode
– Jobs merging fonts of different sizes must be flagged for extra processing by PSF.
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v Modify PSF/MVS Exit 4 to indicate jobs that require Line Mode Processing and those that require
additional line-merge processing.
Now you are ready to process 3800 compatibility mode jobs on your AFP printer.
3900 or 4000 Installation Considerations
As with installation of any new printer, particularly one in the 3900 or 4000 class, careful preparation must
be made for installing, operating, and maintaining the new printer. The IBM Introduction and Planning
Guide for the printer should be carefully reviewed, and installation checklists should be carefully followed.
The list below cannot be considered a comprehensive list. However, it does point out some of the issues
to be considered when upgrading from a 3800 printer to a 3900 or 4000.
v If installing the 3900 or 4000 for use only with the Hardware RPQ for 3800 compatibility, the printer
would be defined to the system as a 3800 Line Printer. System definitions would not need to be
changed. However if the new printer will be used to process AFP print jobs as well as compatibility print
jobs, it must also be defined to the operating system and to PSF as a 3900 or 4000 printer.
v Review attachment requirements for the new printer. For example, Infoprint 4000 printers and the 3900
wide and duplex printers require a minimum data streaming rate of 1.9 MB, and are not supported on
3044 Model 1 channel extenders. If you are using non-IBM channel extenders, check with your
channel-extender vendor regarding support for the new printer.
v The specifications of all paper stocks used should be reviewed to insure they meet the specifications for
the new printer. For example, the 3800 could accept paper weights as low as fifteen pounds; the lowest
weight for the 3900 is sixteen pounds.
v Supplies (toner, developer, and so forth) must be ordered for the new machine.
v BTS equipment must be installed or modified as needed.
Appendix A. Migrating Your 3800 Printer Applications 169
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Appendix B. Font Information for IPDS Printers
Font Terminology, Names of Font Groups, and Font Structure
The first few pages of this appendix describe font terminology, the names of groups of fonts, and font
structure. The appendix then lists the fonts available in the printers that contain resident fonts.
IBM ships fonts in a product called the IBM AFP Font Collection. To learn more about the AFP Font
collection, refer to the Fonts Summary for AFP Font Collection and the Technical Reference for IBM
Expanded Core Fonts. The AFP Font Collection contains the following fonts:
v IBM Expanded Core Fonts
– Boldface
– BookMaster Latin1
– BookMaster Specials
– Courier
– Courier APL2
– Gothic Katakana
– Gothic Text
– Helvetica
– IBM Logo
– Letter Gothic
– OCR(OCR-A and OCR-B)
– Prestige
– Times New Roman
IBM Font Structure and Terminology
In IBM font terminology, a font has three components:
v Coded font
v Font character set
v Code page
Coded Font
Code Page
FontCharacterSet
Characters IDs
Code points
Characters
Character properties
Printing attributes
Figure 61. Font Components
Coded Font
A coded font translates your request for type (for example, text you previously entered at a computer
terminal) into characters for printing. A coded font, which associates a specific code page with a specific
font character, consists of two parts:
v References to specific font character sets
v References to specific code pages
1. A pel is a pixel, picture element, or dot. The sequence of dots that form a character is called a raster pattern. The number of dots
per inch that a printer generates is called the :hp1.print resolution:ehp1. or pel density. A resolution of 240 pels means that a
printer prints 240 pels per inch both vertically and horizontally, or 57 pels per square inch (240 x 240).
© Copyright IBM Corp. 2001
171
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A character must be included in the specified font character set and listed on the specified code page
before it can be printed.
Font Character Set
A font character set contains the characters of a single type family, typeface, and type size. In addition, a
font character set specifies character properties and printing attributes.
FontCharacterSet
Character Shapes
CharacterProperties
Printing Attributes
Baseline
Position
Character ID
Character rotation
Maximum ascender
Point size
Figure 62. Composition of a Font Character Set
Characters, Character Properties, and Printing Attributes: Characters are the letters, numerals,
punctuation marks, or other symbols of a font.
Character properties describe how a character is positioned relative to the characters around it. Some
character properties include the following:
v The baseline of a character, showing its alignment on the writing line
v The dimensions of space in which the character is printed
v The position of the character within that space
v The identifier of the character (the character ID or graphic character ID)
Each character is assigned a character ID; for example, the character A (uppercase A) is assigned the
character ID LA020000.
The purpose of a character ID is to distinguish the character from other, similar characters. For
example, the following characters look similar; however, they are different and are assigned different
character IDs:
Minus sign (−)
Character ID SA000000
Hyphen (-)
Character ID SP100000
Em dash (—)
Character ID SM900000
The printing attributes define how the font character set will be printed. Some printing attributes include
rotation of characters, maximum ascender, and point size.
Code Page
A code page maps each character of text to the characters in a font character set. Figure 63 on page 173
shows how a code page maps text to the characters in a font character set. As you enter your text at a
computer terminal, each keyboard character is translated into a code point. When the text is printed, each
code point is matched to a character ID on the code page you specified. The character ID is then matched
to the image of the character in the font character set you specified. The image in the character set is the
image that is printed.
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A
A
Coded Font
CodePage
Character
FontCharacterSet
Code
Point
C1
Character
Character
ID
ID
Graphic
A
LA020000
LA020000
Figure 63. Translation of a Keyboard Character into a Printed Character
A character ID is an 8-byte character data string. A code point is an 8-bit binary number representing one
of 256 potential characters (the maximum number of characters available on a code page). Code points
are usually shown as hexadecimal representations of their binary values.
Binary
11000001
Decimal
193
Hexadecimal
C1
Figure 64 on page 174 shows an example of part of a code page. When the printer receives hexadecimal
code point C1 for the code page shown (code page T1V10037), it prints an uppercase A (character ID
LA020000).
Appendix B. Font Information for IPDS Printers 173
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T1V10037 Country Extended: United States, Canada
CPGID
37
GCSGID
697
Undefined Code Point
SP010000
Type
ExpCore
4028
Compatibility
Licensed Program
Hex Codes
1st
2nd
4-
5-
6-
7-
8-
9- A- B- C- D- E- F-
-0
-1
-2
-3
-4
-5
-6
SP010000 SM030000 SP100000
LO610000 LO620000 SM190000
SM170000 SD150000 SM110000 SM140000 SM070000
ND100000
SP300000 LE110000 SP120000 LE120000 LA010000 LJ 010000 SD190000 SC020000 LA020000 LJ 020000 SA060000 ND010000
LA150000 LA150000 LA160000 LE160000 LB010000 LK010000 LS010000 SC050000 LB020000 LK020000 LS020000 ND020000
LA170000 LE170000 LA180000 LE180000 LC010000 LL010000 LT010000 SD630000 LC020000 LL020000 LT020000 ND030000
LA130000 LE130000 LA140000 LE140000 LD010000 LM010000 LU010000 SM520000 LD020000 LM020000 LU020000 ND040000
LA110000 LI110000 LA120000 LI120000 LE010000 LN010000 LV010000 SM240000 LE020000 LN020000 LV020000 ND050000
LA190000 LI150000 LA200000 LI160000 LF010000 LO010000 LW010000 SM250000 LF020000 LO020000 LW020000 ND060000
Figure 64. Part of IBM Code Page T1V10037
Different Code Pages
Code pages accommodate various national languages by using characters and special symbols
appropriate to the language. Code pages can have identical character IDs assigned to different code
points.
For example, the character é (lowercase e accent acute, character ID LE110000) has the following code
point assignments in two different code pages:
v Hexadecimal code point 51 in code page T1V10037 (Country Extended: United States, Canada,
v Hexadecimal code point 5A in code page T1V10280 (Country Extended: Italy)
Global Resource IDentifier (GRID)
You might encounter the term GRID in other Advanced Function Presentation (AFP) publications. A GRID,
an acronym for Global Resource Identifier, is used by AFP printers to identify resident fonts, to perform
font substitution, and by some operating systems and applications to identify fonts used in text. A GRID is
often used by PSF to determine if a printer-resident font is available for activation or if a font must be
downloaded.
GRID values are also used in font substitution scenarios. For example, if a font is requested that is not
resident in the printer, nor is it resident on the host system, an alternate font may be selected for download
(or activation) by PSF. GRID tables are built into PSF for this purpose. These tables are also used to
cross-reference font resources names and GRID values.
A GRID is similar to a coded font in that it identifies a character set, a code page, and the size of the
characters to be printed. It does this by using the following four identifiers that can be used to uniquely
identify font resources:
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v A Font Global IDentifier (FGID) is used to identify a typeface. For example, FGID 2305 is assigned to
Helvetica Bold. Note that FGID 2305 applies to ANY Helvetica Bold typeface regardless of the language
complement being used.
v A Code Page Global IDentifier (CPGID) is used to identify a code page. For example, CPGID 1148 is
used to identify code page T1001148.
v A Graphic Character Set Global IDentifier (GCSGID) is used to identify a unique collection (list) of
characters and is how the language complement is specified. For example, GCSGID 2039 is used to
identify the characters required to support the Latin1 language complement. Not that GCSGID 2309
applies to ANY Latin1 language complement regardless of the typeface being used.
Since a GCSGID simply identifes a list of characters, it can (and is) used in both character sets and
code pages. When used in a code page, the GCSGID identifies the list of characters contained in the
code page and is the value most commonly used in a GRID. The printers and PSF have GCSGID
superset/subset tables that are used to resolve the requested GCSGID down to a font that supports it.
v Font Width is used to provide size criteria. The FGID and GCSGID together provide enough information
to determine the typeface and language complement. Font width indicates which point size to use. Font
width, however, is not a point size value. It is based on 1440ths, a unit of measure commonly used by
printers and formatters.
GRID Width Calculations: For uniformly spaced fonts, the font width calculation is 1440 divided by the
pitch. Pitch is the number of characters that can fit in 1 horizontal inch.
Table 106. Font Width Calculation for Uniformly Spaced Fonts
Width
240
168
144
120
108
96
Pitch
6
Calculation
1440/6
8.57
10
1440/8.57
1440/10
12
1440/12
13.3
15
1440/13.3
1440/15
84
17.1
20
1440/17.1
1440/20
72
For mixed-pitch character sets, the width calculation is the width of the 12–pitch space character (that is,
1440 divided by 12).
Table 107. Font Width Calculation for Mixed-Pitch Character Sets
Width
Pitch
Calculation
120
12
1440/12
For proportionally spaced (typographic) fonts, the width calculation is one-third the point size converted to
1440ths of an inch. There are approximatley 72 points to 1 inch or 20 1440ths per point.
Table 108. Font Width Calculation for Proportionally Spaced Fonts
Width
40
Points
Calculation
(6x20)/3
6
47
7
(7x20)/3
53
8
(8x20)/3
60
9
(9x20)/3
67
10
(10x20)/3
Appendix B. Font Information for IPDS Printers 175
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Table 108. Font Width Calculation for Proportionally Spaced Fonts (continued)
Width
73
Points
11
Calculation
(11x20)/3
(12x20)/3
(14x20)/3
(16x20)/3
(18x20)/3
(20x20)/3
(24x20)/3
(30x20)/3
(36x20)/3
(48x20)/3
(60x20)/3
(72x20)/3
80
12
93
14
107
120
133
160
200
240
320
400
480
16
18
20
24
30
36
48
60
72
Tables Listing Printer-Resident Fonts
This rest of this appendix contains tables listing fonts resident in specific printers. These fonts can be
shipped on diskettes, cartridges, font cards, in printer microcode, or in some type of printer storage,
depending on the printer. With PSF/MVS and PSF/VSE, you can use a utility to mark host versions of
these fonts that will allow PSF to activate the fonts resident in the printers. On PSF/MVS, the utility is
called APSRMARK; on PSF/VSE, APTRMARK. PSF/VM, PSF/400, and PSF/6000 use tables to map
resident fonts to the equivalent host fonts, providing access to the resident fonts on select printers.
Notes:
1. The lists of printer resident fonts in this appendix may not be complete. Your printer may contain fonts
not listed here. Also, your PSF libraries may contain host-equivalent fonts that are not resident in your
printer. In either case, using fonts not listed in this section may produce unexpected results.
2. Some of the fonts listed in these tables are IBM font licensed programs, which may or may not be
installed in your PSF font libraries. Before marking a font on PSF/MVS with APSRMARK or on
PSF/VSE with APTRMARK, ensure that the host-equivalent font is available.
3. For some of the bold fonts listed, the bold printing is done by your printer. Refer to your printer
publications for more information.
4. Fonts shipped with the IBM AFP Font Collection are already marked and do not have to be marked
using APSRMARK or APTRMARK, thereby enabling you to use the fonts resident in the AFCCU
printers.
Abbreviations Used in the Tables
The tables throughout this appendix use the following abbreviations:
DEC Decimal (a numbering system based on 10)
FGID Font typeface global identifier
FW
GCSGID
Graphic character set global identifier
Font width (the width of the space character in 1/1440ths-inch units)
CPGID
Code page global identifier
GRID Global resource identifier
HEX
IB
Hexadecimal (a numbering system based on 16)
Italic Bold
IM
Italic Medium
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Point Vertical height (number in 1/72 of an inch)
PPDS Page Printer Data Stream
PS
RB
Proportional Space Font
Roman Bold
RIDF Resource ID Format
RL
RM
RT
Roman Light
Roman Medium
Resource Type
TYPO Typographic spacing (proportionally spaced, measured vertically in points [1/72 of an inch])
Fonts Resident in the AFCCU Printers
This section lists the resident fonts and code pages for the AFCCU printers: Infoprint 60, Infoprint 62,
Infoprint 3000, Infoprint 4000, and Infoprint Color 130 Plus. The AFCCU printers support the resident fonts
as Type 1 scalable outline fonts, depending on the PSF support. The default font is Courier Roman
Medium 12 pitch (10 point), using code page 500, version 2. The GRID for the default font is FGID=416,
GCSGID=1269, CPGID=500, and font width=120. The host equivalents of the AFCCU resident fonts are
shipped in the IBM AFP Font Collection and are marked PUBLIC, so that on PSF/MVS 2.2.0 with APAR
OW08340, you can use them to activate the printer resident fonts. You do not need to run any
APSRMARK jobs to mark them.
If the IBM AFP Font Collection is not installed, you can run the following APSRMARK jobs on PSF/MVS to
mark the host equivalents of the resident fonts: APSWMCPG, APSWMCR, APSWMHLV, APSWMTNR, and
APSW4028.
Activating Resident Fonts in the AFCCU Printers
Use one of the following IPDS commands to activate resident fonts in the AFCCU printers.
Load Font Equivalence Command: The Load Font Equivalence (LFE) command maps font local
identifiers specified in text, graphics, or bar code data, to font Host Assigned IDs (HAIDs) and to Global
Resource IDs (GRIDs). If the GRID specified in the LFE command matches a GRID contained in the
printer, the font is activated.
Activate Resource (Load Resource Equivalence) Command: The Activate Resource (AR) command
(previously known as Load Resource Equivalence) maps Host Assigned IDs to global names of another
format. The format for the global name is identified by a resource type and resource ID combination. If the
printer contains a font that matches the global name in the AR command, that font is activated.
the AFCCU printers.
Table 109. Resource Type and Resource ID Formats
Resource Type
RT HEX
X'01'
X'01'
X'06'
X'07'
X'08'
X'08'
X'10'
X'10'
Resource ID Format
IBM GRID
RIDF HEX
X'03'
Single-Byte Coded Raster Font
Single-Byte Coded Raster Font
Code Page
MVS Host Available
IBM Grid
X'06'
X'03'
Font Character Set
Coded Font Format
IBM GRID
X'07'
Single-Byte Coded Font Index
Single-Byte Coded Font Index
Coded Font
X'03'
MVS Host Unalterable
Coded Font Format
IBM GRID
X'06'
X'07'
Coded Font
X'03'
Appendix B. Font Information for IPDS Printers 177
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IBM Expanded Core Fonts Resident in the AFCCU Printers
scalable fonts. These tables show the valid Font Global ID (FGID) and code pages for each font.
XOA-RRL Replies for Font Character Sets: The resident font set supports a font character set of any
valid font width when queried as an individual font character set. When queried for a list of font character
sets, using Execute Order Anytime (XOA)-Request Resource List (RRL), the resident character sets are
reported with a font width of zero. A font width of zero indicates that the font is scalable. All of the following
fonts are scalable.
Table 110. Arabic Expanded Core Fonts
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Boutros Typing Roman Bold
01A4
01A0
01AC
01A8
0903
0902
0901
0420
0416
0428
0424
2307
2306
2305
04F0
04F0
04F0
04F0
04F0
04F0
04F0
1264
1264
1264
1264
1264
1264
1264
CZ4404
CZ4204
CZ4504
CZ4304
CZH504
CZH304
CZH404
Boutros Typing Roman Medium
Boutros Typing Italic Bold
Boutros Typing Italic Medium
ITC Boutros Modern Rokaa Italic Bold
ITC Boutros Modern Rokaa Italic Medium
ITC Boutros Modern Rokaa Roman Bold
ITC Boutros Modern Rokaa Roman
Medium
0900
2304
04F0
1264
CZH204
ITC Boutros Setting Italic Bold
0907
0906
0905
0904
2311
2310
2309
2308
04F0
04F0
04F0
04F0
1264
1264
1264
1264
CZN504
CZN304
CZN404
CZN204
ITC Boutros Setting Italic Medium
ITC Boutros Setting Roman Bold
ITC Boutros Setting Roman Medium
Table 111. Hebrew Expanded Core Fonts
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Narkissim Italic Bold
0907
0906
0905
0904
0903
0902
0901
0900
01AC
01A8
01A4
01A0
2311
2310
2309
0424
2307
2306
2305
2304
0428
0424
0420
0416
04F1
04F1
04F1
04F1
04F1
04F1
04F1
04F1
04F1
04F1
04F1
04F1
1265
1265
1265
1265
1265
1265
1265
1265
1265
1265
1265
1265
CZN505
CZN305
CZN405
CZN205
CZH505
CZH305
CZH405
CZH205
CZ4505
CZ4305
CZ4405
CZ4205
Narkissim Italic Medium
Narkissim Roman Bold
Narkissim Roman Medium
Narkiss Tam Italic Bold
Narkiss Tam Italic Medium
Narkiss Tam Roman Bold
Narkiss Tam Roman Medium
Shalom Italic Bold
Shalom Italic Medium
Shalom Roman Bold
Shalom Roman Medium
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Table 112. Latin1 Expanded Core Fonts
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Boldface
4F00
01AC
01A8
01A4
01A0
0130
0903
0902
0901
0900
0190
0194
01B0
013E
013F
0905
0907
0906
0904
20224
0428
0424
0420
0416
304
07F7
04F5
04F5
04F5
04F5
07F7
04F5
04F5
04F5
04F5
04F7
04F7
04F7
04F7
04F7
04F5
04F5
04F5
04F5
2039
1269
1269
1269
1269
2039
1269
1269
1269
2039
2039
2039
2039
2039
2039
1269
1269
1269
1269
CZ8400
CZ4500
CZ4300
CZ4400
CZ4200
CZ6200
CZH500
CZH300
CZH400
CZH200
CZ5200
CZ5400
CZ7200
CZ7400
CZ7300
CZN400
CZN500
CZN300
CZN200
Courier Italic Bold
Courier Italic Medium
Courier Roman Bold
Courier Roman Medium
Gothic Text
Helvetica Italic Bold
Helvetica Italic Medium
Helvetica Roman Bold
Helvetica Roman Medium
Letter Gothic
2307
2304
0428
0424
400
Letter Gothic Bold
Prestige
404
432
Prestige Bold
318
Prestige Italic
319
Times New Roman Bold
Times New Roman Italic Bold
Times New Roman Italic Medium
Times New Roman Medium
2309
2311
2310
2308
Table 113. Latin2/3/5 Expanded Core Fonts
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Courier Italic Bold
01AC
01A8
01A4
01A0
0903
0902
0901
0900
0905
0907
0906
0904
0428
0424
0420
0416
2307
2306
2305
2304
2309
2311
2310
2308
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
1269
1269
1269
1269
1269
1269
1269
1269
1269
1269
1269
1269
CZ4502
CZ4302
CZ4402
CZ4202
CZH500
CZH302
CZH402
CZH202
CZN402
CZN502
CZN302
CZN202
Courier Italic Medium
Courier Roman Bold
Courier Roman Medium
Helvetica Italic Bold
Helvetica Italic Medium
Helvetica Roman Bold
Helvetica Roman Medium
Times New Roman Bold
Times New Roman Italic Bold
Times New Roman Italic Medium
Times New Roman Medium
Table 114. Latin4 Expanded Core Fonts
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Courier Italic Bold
01AC
0428
04F5
1269
CZ4507
Appendix B. Font Information for IPDS Printers 179
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Table 114. Latin4 Expanded Core Fonts (continued)
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Courier Italic Medium
01A8
01A4
01A0
0903
0902
0901
0900
0905
0907
0906
0904
0424
0420
0416
2307
2306
2305
2304
2309
2311
2310
2308
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
04F5
1269
1269
1269
1269
1269
1269
1269
1269
1269
1269
1269
CZ4307
CZ4407
CZ4207
CZH507
CZH307
CZH407
CZH207
CZN407
CZN507
CZN307
CZN207
Courier Roman Bold
Courier Roman Medium
Helvetica Italic Bold
Helvetica Italic Medium
Helvetica Roman Bold
Helvetica Roman Medium
Times New Roman Bold
Times New Roman Italic Bold
Times New Roman Italic Medium
Times New Roman Medium
Table 115. Symbols Expanded Core Fonts
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Courier Roman Bold
01A4
01A0
0901
0900
0905
0904
0420
0416
2305
2304
2309
2308
04FB
04FB
04FB
04FB
04FB
04FB
1275
1275
1275
1275
1275
1275
CZ4401
CZ4201
CZH401
CZH201
CZN401
CZN201
Courier Roman Medium
Helvetica Roman Bold
Helvetica Roman Medium
Times New Roman Bold
Times New Roman Bold
Table 116. Cyrillic Greek Expanded Core Fonts
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
Font Character Set
Courier Italic Bold
01AC
01A8
01A4
01A0
0903
0902
0901
0900
0905
0907
0906
0904
0428
0424
0420
0416
2307
2306
2305
2304
2309
2311
2310
2308
0514
0514
0514
0514
0514
0514
0514
0514
0514
0514
0514
0514
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
1300
CZ4503
CZ4303
CZ4403
CZ4203
CZH503
CZH303
CZH403
CZH203
CZN403
CZN503
CZN303
CZN203
Courier Italic Medium
Courier Roman Bold
Courier Roman Medium
Helvetica Italic Bold
Helvetica Italic Medium
Helvetica Roman Bold
Helvetica Roman Medium
Times New Roman Bold
Times New Roman Italic Bold
Times New Roman Italic Medium
Times New Roman Medium
180 Printer Information
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Table 117. OCR, APL, and Katakana Fonts Resident in the AFCCU Printers
Typeface
FGID
HEX
FGID
DEC
GCSGID
HEX
GCSGID
DEC
CPGID
HEX
CPGID
DEC
Font Character Set
CZ420P
125, 136,
38E
293, 310,
910
APL
0133
0142
307
322
0518
0518
1304
1304
125, 136,
38E
293, 310,
910
APL Bold
CZ440P
OCR A
OCR B
0131
0132
305
306
03C8
03C9
968
969
36C, 37C
36D, 37D
122, 381,
876,892
877, 893
290, 897,
CZ4407
CZ4207
Katakana Gothic
0130
304
051A
1306
CZH507
403, 411 1027, 1041
IBM Expanded Core Fonts. Although all the IBM Expanded Core fonts code pages are referenced in
Latin1 ASCII, and Latin EBCDIC DCF code pages.
Table 118. Code Pages for the Expanded Core Fonts
Language Supoorted
CPGID
HEX
CPGID
DEC
GCSGID HEX GCSGID DEC Code Page Name
Latin 1 Country Extended Code Pages:
US English, Canadian English,
Canadian French, Dutch, Brazilian
Portuguese, Portugeuse
0025
0037
02B9
0697
T1V10037
German
0111
0112
0113
0113
0116
0118
0119
011A
0273
0274
0275
0277
0278
0280
0281
0282
02B9
02B9
02B9
02B9
02B9
02B9
02B9
02B9
0697
0697
0697
0697
0697
0697
0697
0697
T1V10273
T1V10274
T1V10275
T1V10277
T1V10278
T1V10280
T1V10281
T1V10282
Belgian
Brazilian
Danish, Norwegian
Finnish, Swedish
Italian
Japanese
Portuguese
Castillian Spanish, Latin American
Spanish
011C
0284
02B9
0697
T1V10284
UK English
011D
0129
0285
0297
02B9
02B9
0697
0697
T1V10285
T1V10297
French, Catalan
Multinational, Belgium French,
Belgium Dutch, Swiss French, Swiss
German, Swiss Italian
01F4
0367
0500
0871
02B9
02B9
0697
0697
T1V10500
T1V10871
Icelandic
Latin 1 EBCDIC Publishing Code Pages:
Multinational, Belgium French,
Belgium Dutch, Swiss French, Swiss
German, Swiss Italian
0169
0361
0479
1145
T1000361
German
Belgian
017E
017F
0382
0383
0479
0479
1145
1145
T1000382
T1000383
Appendix B. Font Information for IPDS Printers 181
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Table 118. Code Pages for the Expanded Core Fonts (continued)
Language Supoorted
CPGID
HEX
CPGID
DEC
GCSGID HEX GCSGID DEC Code Page Name
Latin 1 Country Extended Code Pages:
Brazilian Portuguese
Canadian French
0180
0181
0182
0183
0184
0185
0186
0187
0188
0189
018A
018B
0384
0385
0386
0387
0388
0389
0390
0391
0392
0393
0394
0395
0479
0479
0479
0479
0479
0479
0479
0479
0479
0479
0479
0479
1145
1145
1145
1145
1145
1145
1145
1145
1145
1145
1145
1145
T1000384
T1000385
T1000386
T1000387
T1000388
T1000389
T1000390
T1000391
T1000392
T1000393
T1000394
T1000395
Danish, Norwegian
Finnish, Swedish
French, Catalan
Italian
Japanese
Portuguese
Castillian Spanish
Latin American Spanish
UK English
US English, Canadian English
Latin 1 ASCII Code Pages:
Multinational, US English, UK English,
Dutch, German, Finnish, French,
Italian, Spanish, Swedish
01B5
0352
0437
0850
0397
0304
0919
0980
T1000437
T1000850
Multinational (Same as all Country
extended Code Pages)
Portugese (Primary = 850)
Icelandic (Primary = 850)
Canadian French (Primary = 850)
Nordic (Primary = 850)
IBM PC Desktop Publishing
IOS Latin 1
035C
035D
035F
0361
03EC
0333
0860
0861
0863
0865
1004
0819
03DE
03DF
03E1
03E3
047A
02B9
0990
0991
0993
0995
1146
0697
T1000860
T1000861
T1000863
T1000865
T1001004
T1000819
Latin 2/3/4/5 EBCDIC and ASCII Code Pages:
Croatian, Czech, East German,
Hungarian, Polish, Romanian, Slovak,
Slovenian
0354
0852
0306
0982
T1000852
Latin2 Multilingual
Latin2 ISO/ ANSI 8 Bit
Latin3 Multilingual PC
Latin3 Multilingual
Latin4 ISO/ASCII
0366
0390
0355
0389
042D
0392
0359
0398
0402
0870
0912
0853
0905
1069
0914
0857
0920
1026
03BF
03BF
0307
0506
04E8
04E8
03DB
0480
0480
0959
0959
0983
1286
1256
1256
0987
1152
1152
T1000870
T1000912
T1000853
T1000905
T1001069
T1000914
T1000857
T1000920
T1001026
Latin4 EBCDIC
Latin5 PC
Latin5 ISO/ANSI 8 Bit
Latin5
Latin EBCDIC DCF Code Pages:
DCF Release 2 Compatibility
US Text Subset
03EA
03eb
1002
1003
046C
046D
1132
1133
T1001002
T1DCDCFS
182 Printer Information
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Table 118. Code Pages for the Expanded Core Fonts (continued)
Language Supoorted
CPGID
HEX
CPGID
DEC
GCSGID HEX GCSGID DEC Code Page Name
Latin 1 Country Extended Code Pages:
Text with Numeric Spacing
GML List Symbols
042C
040F
1068
1039
04EB
04EA
1259
1258
T1001068
T1001039
Cyrillic and Greek EBCDIC and ASCII Code Pages:
Cyrillic Multilingual (Primary = 1025)
Cyrillic ISO/ASCII 8 Bit
Cyrillic PC
0370
0393
0357
0362
0401
01A7
032D
0353
0365
036B
040F
0880
0915
0855
0866
1025
0423
0813
0851
0869
0875
1039
03C0
047E
03D9
03E4
047E
00DA
039D
0305
03E6
039D
04EA
0960
1150
0985
0996
2250
0218
0925
0981
0998
0925
1258
T1000880
T1000855
T1000866
Cyrillic #2 PC
Cyrillic Multilingual
Greek 183 (Primary = 875)
Greek ISO/ASCII 8 Bit
Greek PC (Primary = 869)
Greek PC
T1000813
T1000851
T1000869
T1000875
T1001039
Greek
GML List Symbols
Arabic EBCDIC and ASCII Code Pages:
Arabic Bilingual
01A4
0360
03F0
0405
0416
040F
0420
0864
1008
1029
1046
1039
00EB
03E2
048A
0482
0499
04EA
0235
0994
1162
1154
1177
1258
T1000420
T1000864
T1001008
T1001029
T1001046
T1001039
Arabic PC
Arabic ISO/ASCII 8 Bit
Arabic Extended ISO/ASCII 8 Bit
Arabic Extended ISO/ASCII 8 Bit
GML List Symbols
Hebrew EBCDIC and ASCII Code Pages:
Hebrew ISO/ASCII 8 Bit
Hebrew Publishing
Hebrew
0394
0916
1028
0424
03AD
04AF
03AD
0941
1199
0941
T1000916
T1001028
T1000424
0404
01A8
Hebrew Character Set A (Primary =
424)
0323
0803
047B
1147
T1000803
Hebrew PC (Primary = 862)
Hebrew PC
0358
035E
040F
0856
0862
1039
03DA
03E0
04EA
0986
0992
1258
T1000856
T1000862
T1001039
GML List Symbols
Symbols:
Symbols, Set 7
0103
0383
043F
040E
0443
0444
016B
0259
0899
1087
1038
1091
1092
0363
0154
0154
04E9
04E9
04A7
04A7
0276
0340
0340
1257
1257
1191
1191
0630
T1000259
T1000899
T1001087
T1001038
T1001091
T1001092
T1000363
Symbols, Set 7 ASCII
Symbols, Adobe
Symbols, Adobe ASCII
Symbols, Modified Set 7
Symbols, Modified Set 7 ASCII
Symbols, Set 8
Appendix B. Font Information for IPDS Printers 183
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Table 118. Code Pages for the Expanded Core Fonts (continued)
Language Supoorted
CPGID
HEX
CPGID
DEC
GCSGID HEX GCSGID DEC Code Page Name
Latin 1 Country Extended Code Pages:
T1M00829,
T1000829
Math Symbols
033D
0829
038D
0909
For more information about core fonts and the AFCCU printers, see the Font Summary for AFP Font
Collection, S544–5633.
184 Printer Information
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Appendix C. Related Publications
The following publications contain additional information about Printing Systems printers and printing
software.
You can use any of the following methods to send comments about the publications:
v Reader’s Comment Form in each publication
v Internet id:
v IBM Mail Exchange id: IEA USIB4TDB
v Fax number: 1-800-524-1519
Many of the following publications can be found on the Printing Systems home page at
http://www.ibm.com/printers.
The titles and the order numbers for publications can change from time to time. To verify the current title or
order number for a publication, contact your IBM representative.
Table 119. Advanced Function Presentation Publications
Publication
Order Number
S544–5284
SK2T–2921
G544–3876
S544–3884
S544–3702
IBM Page Printer Formatting Aid: User’s Guide
Printing and Publishing Collection Kit
Guide to Advanced Function Presentation
Advanced Function Presentation: Programming Guide and Line Data Reference
Overlay Generation Language/370: User’s Guide and Reference
Table 120. Data Stream and Object Architectures
Publication
Order Number
SC31–6802
S544–3417
S544–3766
SC31–6803
SC31–6804
SC31–6805
Mixed Object Document Content Architecture Reference
Intelligent Printer Data Stream Reference
Bar Code Object Content Architecture Reference
Presentation Text Object Content Architecture Reference
Graphics Object Content Architecture Reference
Image Object Content Architecture Reference
Table 121. IBM AFP Fonts Publications
Publication
Order Number
S544–5228
S544–5633
G544–3796
S544–5726
G544–3122
G544–5229
S544–3802
Technical Reference for IBM Expanded Core Fonts
Font Summary for AFP Font Collection
IBM AFP Fonts: Type Transformer User’s Guide
AFP Font Collection: Type Transformer for Windows User’s Guide
IBM AFP Fonts: Introduction to Typography
IBM AFP Fonts: Licensed Program Specifications
IBM AFP Fonts: Technical Reference for Code Page
© Copyright IBM Corp. 2001
185
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Table 122. IBM AFP DBCS Fonts Publications
Publication
Order Number
S544–5685
S544–5686
S544–568
Technical Reference for AFP Font Collection Japanese Fonts
Technical Reference for AFP Font Collection Korean Fonts
Technical Reference for AFP Font Collection Simplified Chinese Fonts
Technical Reference for AFP Font Collection Traditional Chinese Fonts
S544–5688
Table 123. IBM Infoprint Manager for AIX Publications
Publication
Order Number
S544–5422
S544–5475
S544–5595
S544–5596
AFP Upload Configuration Guide Using SNA Server/6000
Infoprint Manager: Reference Information
Infoprint Manager for AIX: Administrator’s Guide
Infoprint Manager for AIX: User’s and Operator’s Guide
Table 124. IBM Infoprint Manager for Windows NT and Windows 2000 Publications
Publication
Order Number
G544–5716
S544–5475
G544–5717
Infoprint Manager for Windows NT and Windows 2000: Planning Guide
Infoprint Manager: Reference
Infoprint Manager for Windows NT and Windows 2000: Getting Started
Table 125. IBM Infoprint Server for OS/390 V2R8- V2R10
Publication
Order Number
G544–5690
S544–5692
S544–5693
G544–5694
G544–5696
G544–5697
OS/390 Infoprint Server V2R8 - V2R10 Messages and Diagnosis
OS/390 Infoprint Server V2R8 - V2R10 User’s Guide
OS/390 Infoprint Server V2R8 - V2R10 Operation and Administration
OS/390 Infoprint Server V2R8 - V2R10 Customization
OS/390 Infoprint Server V2R8 - V2R10 Introduction
OS/390 Infoprint Server V2R8 - V2R10 Migration
Table 126. IBM Infoprint Server for OS/390 V2R8- V2R10
Publication
Order Number
S544–5742
G544–5743
S544–5744
S544–5745
G544–5746
G544–5747
z/OS Infoprint Server Introduction
z/OS Infoprint Server Migration
z/OS Infoprint Server Customization
z/OS Infoprint Server Operation and Administration
z/OS Infoprint Server User’s Guide
z/OS Infoprint Server Messages and Diagnosis
Table 127. Network Printer 12 Publications
Publication
Order Number
G544–5371
S544–5370
G544–5499
Network Printer 12 Quick Setup Guide
Network Printer 12 Users’Guide
Ethernet and Token Ring Quick Configuration Guide
186 Printer Information
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Table 127. Network Printer 12 Publications (continued)
Publication
Order Number
G544–5240
G544–5506
G544–5241
S544–5344
G544–5312
Ethernet and Token Ring Configuration Guide
IPDS Installation Instruction
Twinax/Coax Configuration Guide
PCL/PostScript Technical Reference
IPDS and SCS Technical Referencee
Table 128. Network Printer 17 Publications
Publication
Order Number
G544–5346
S544–5343
G544–5499
G544–5240
G544–5506
G544–5241
S544–5344
G544–5312
Network Printer 17 Quick Setup Guide
Network Printer 17 User’s Guide
Ethernet and Token Ring Quick Configuration Guide
Ethernet and Token Ring Configuration Guide
IPDS Installation Instruction
Twinax/Coax Configuration Guide
PCL/PostScript Technical Reference
IPDS and SCS Technical Referencee
Table 129. Infoprint Color 8 Printer Publications
Publication
Order Number
G544–5707
S544–5708
ipc8ug0
Infoprint Color 8: Quick Start
Infoprint Color 8: Handy Reference
Infoprint Color 8: User’s Guide1
Infoprint Color 8: Ethernet/Token Ring Installation and Configuration Guide
S544–5709
1. This publication is only available as online information. It can be found in the IBM Printing Systems Digital Library
at www.ibm.com/printers
Table 130. InfoPrint 12 Publications
Publication
Order Number
G544–5751
Infoprint 12: User’s Guide
Infoprint 12: Network Printer Card User’s Guide
Infoprint 12: Online Reference1
G544–5727
IP12REF English R1
1. This publication is only available as online information. It can be found in the IBM Printing Systems Digital Library
at www.ibm.com/printers
Table 131. Infoprint 20 Printer Publications
Publication
Order Number
G544–5512
S544–5516
G544–5499
G544–5240
S544–5344
InfoPrint 20 Quick Reference Card
InfoPrint 20 User’s Guide
Ethernet and Token Ring Quick Configuration Guide
Ethernet and Token Ring Configuration Guide
PCL/PostScript Technical Reference
Appendix C. Related Publications 187
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Table 131. Infoprint 20 Printer Publications (continued)
Publication
Order Number
IPDS and SCS Technical Referencee
G544–5312
Table 132. Infoprint 21 Printer Publications
Publication
Order Number
G544–5700
G544–5701
G544–5499
G544–5240
G544–5241
InfoPrint 21 Quick Reference Card
InfoPrint 21 User’s Guide
Ethernet and Token Ring Quick Configuration Guide
Ethernet and Token Ring Configuration Guide
Twinax/Coax Configuration Guide
Table 133. Infoprint 32 and Infoprint 40 Printer Publications
Publication
Order Number
G544–5480
G544–5484
S544–5344
G544–5499
G544–5241
G544–5312
InfoPrint 32 Infoprint 40 Quick Reference Card
InfoPrint 32 Infoprint 40 User’s Guide
PCL/PostScript Technical Reference
Ethernet and Token Ring Quick Configuration Guide
Twinax/Coax Configuration Guide
IPDS and SCS Technical Referencee
Table 134. Infoprint 60 Printer Publications
Publication
Order Number
G544–5242
S544–5432
S544–5604
S544–5643
G544–3915
S544–3977
S544–5522
S544–5649
InfoPrint 60 Introduction and Planning Guide
InfoPrint 60 User’s Guide
InfoPrint 60 Finisher User and Planning Information
InfoPrint 60 Finisher Application Design Guide
Cut-Sheet Paper Reference for use with IBM Electrophotographic Printers
InfoPrint 60 Attachment Configuration Handbook
InfoPrint 60 Variable Size Paper and Tabs Guide
InfoPrint 60 PCL Supplement
Table 135. Infoprint 70 Printer Publications
Publication
Order Number
SA18–7727
SC18–2495
GA18–7726
InfoPrint 70: Using Your Infoprint 70
InfoPrint 70: Quick Reference Card
InfoPrint 70: Introduction and Planning Guide
Table 136. Infoprint 2000–DP1 Printer Publications
Publication
Order Number
S544–5764
G544–5765
G544–5766
Infoprint 2000 for IPDS Printing: User’s Guide
Infoprint 2000 Model DP1 for IPDS:Planning and Configuration Guide
Infoprint 2000 Model DP1 for IPDS:Quick Reference Guide
188 Printer Information
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Table 137. Infoprint 62 Publications
Publication
Order Number
S544–5385
G544–5384
G544–3921
Infoprint 62 Operator’s Guide
Infoprint 62 Introduction and Planning Guide
Continuous Forms - Forms Design Reference
Table 138. Infoprint 3000 Printer Publications
Publication
Order Number
G544–5563
S544–5564
G544–3921
G544–5565
Infoprint 3000 Introduction and Planning Guide
Infoprint 3000 Operator’s Guide
Continuous Forms - Forms Design Reference
Infoprint 3000 Infoprint 4000 and 3900 Advanced Function Printers Safety Information
Table 139. Infoprint 4000 Printer Publications
Publication
Order Number
S544–5428
G544–5427
G544–3921
G544–5427
G544–3876
G544–5325
Infoprint 4000 Operator’s Guide
Infoprint 4000 and 3900 Advanced Function Printers Operator’s Guide
Continuous Forms - Forms Design Reference
Introduction and Planning Guide
Print On Demand Executive Summary and Planning Guide
Print On Demand User’s Guide
Table 140. Infoprint Color 100 Printer Publications
Publication
Order Number
G544–5612
G544–5648
S544–5611
Infoprint Color 100 Introduction and Planning Guide
IBM Infoprint Color 100 Print Media Guide
Infoprint Color 100 Operator’s Guide
Table 141. Infoprint Color 130 Plus Printer Publications
Publication
Order Number
G544–5772
G544–5781
G544–5771
Infoprint Color 130 Plus: Installation Planning Guide
Infoprint Color 130 Plus: Quick Reference Guide
Infoprint Color 130 Plus Operator’s Guide
Table 142. 4230 Printer Publications
Publication
Order Number
SA40-0564
4230 Printer User’s Guide Models 102 and 202
4230 Printer Models 101, 1S2, 201, 2S2, 4S3, and 5S3
SA40-0593
Table 143. 4232 Printer Publications
Publication
Order Number
4232 Printer User’s Guide Models 102 and 202
SA24-4386
Appendix C. Related Publications 189
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Table 144. 4247 Printer Publications
Publication
Order Number
SA24-4408
S544-5780
SA24–4404
SA24-4409
SA24-4411
4247 Models 001, 002 User’s Guide
4247 Model 003 User’s Guide
4247 Model A00 User’s Guide
4247 Models 001, 002 with Coaxial Attachment Quick Reference Guide
4247 Models 001, 002 with Twinaxial Attachment Quick Reference Guide
Table 145. 4400 Printer Publications
Publication
Order Number
G544–5730
G544–5731
G544–5769
G544–5733
G544–5734
G544–5735
G544–5736
G544–5737
4400 Series Thermal Printers: Quick Start Guide
4400 Series Thermal Printers: User’s Guide
10/100Base–T Ethernet™ Interface User’s Manual
4400 Series Thermal Printers: ASCII Programmer’s Reference Manual
4400 Series Thermal Printers: IGP Programmer’s Reference Manual
4400 Series Thermal Printers: Code V™ Programmer’s Reference Manual
4400 Series Thermal Printers: Coax/Twinax Programmer’s Reference Manual
4400 Series Thermal Printers: IPDS Programmer’s Reference Manual
Table 146. 6400 Line Matrix Printer
Publication
Order Number
S544–5640
S544–5641
GC31-3878
6400 Line Matrix Printers Setup Guide Cabinet and Pedestal Models
6400 Line Matrix Printers Operator’s Guide Cabinet and Pedestal Models
6400 Line Matrix Printers Ethernet Interface User’s Manual
Table 147. Print Services Facility for OS/390 Publications
Publication
Order Number
S544–5430
Print Services Facility for OS/390 User’s Guide
Print Services Facility for OS/390: Customizaion
S544–5622
Table 148. Print Services Facility/VM Publications
Publication
Order Number
S544–3677
Print Services Facility/VM: Application Programming Guide
Print Services Facility/VM: System Programming Guide
S544–3680
Table 149. Print Services Facility/VSE Publications
Publication
Order Number
S544–3666
Print Services Facility/VSE: Application Programming Guide
Print Services Facility/VSR: System Programming Guide
S544–3665
190 Printer Information
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Table 150. Print Services Facility for AS/400 Publications
Publication
Order Number
SC41–3713
SC41–9620
AS/400 Printer Device Programming
AS/400 Data Description Specifications
Table 151. Other AFP Products Publications
Publication
Order Number
SC33-6134
GH20-9158
S544-3702
S544-3700
SH12-5280
Composed Document Print Facility: Data Stream Interface, Typographic Fonts Interface
Document Composition Facility and Document Library Facility: General Information
Overlay Generation Language/370: User’s Guide and Reference
Page Printer Formatting Aid/370: User’s Guide and Reference
Using Image Handling Facility
Appendix C. Related Publications 191
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Glossary
Synonymous with. This appears in the commentary
of a preferred term and identifies less desirable or less
specific terms that have the same meaning.
Glossary
Source Identifiers
This publication includes terms and definitions
from the IBM Dictionary of Computing,
SC20-1699.
A
accumulator. (1) A register in which the result of an
operation is formed. (I) (A) (2) A 3800 hardware feature
that provides a separate storage area to hold data in
raster form. It can be used either for composing a sheet
of data that combines a large amount of variable and
constant data or for storing an electronic overlay in
raster form so that the overlay is merged with variable
data as the page is printed.
Definitions reprinted from the American National
Dictionary for Information Processing Systems are
identified by the symbol (A) following the
definition.
Definitions reprinted from a published section of
the International Organization for Standardization
(ISO) Vocabulary-Information Processing or from a
published section of Vocabulary-Office Machines
developed by Subcommittee 1, Joint Technical
Committee 1, of the International Organization for
Standardization and the International
Electrotechnical Committee (ISO/IEC JTC1/SC1)
are identified by the symbol (I) following the
definition. Because many ISO definitions are also
reproduced in the American National Dictionary for
Information Processing Systems, ISO definitions
may also be identified by the symbol (A).
Adaptive Bilevel Image Compression (ABIC). A 4-bit
image capable of displaying up to 16 shades of gray.
Advanced Function Common Control Unit
(AFCCU). Used to describe all printers that have
controllers based on RS/6000 and Power PC
technology.
Advanced Function Image and Graphics feature.
hardware feature that can be purchased and installed
on an AFP printer to support printer microcode image
decompression of IOCA data streams that were
A
compressed using standard compression routines. AFIG
also corrects the resolution of an input image to match
the printer’s resolution, thereby providing resolution
independence for scanned input.
Definitions reprinted from working documents,
draft proposals, or draft international standards of
ISO Technical Committee 97, Subcommittee 1
(Vocabulary), Joint Technical Committee 1 are
identified by the symbol (T) following the definition,
indicating that final agreement has not yet been
reached among its participating members.
Advanced Function Presentation (AFP). A set of
licensed programs, together with user applications, that
use the all-points-addressable concept to print on
presentation devices. AFP includes creating, formatting,
archiving, retrieving, viewing, distributing, and printing
Definitions that are specific to IBM products are so
labeled; for example, “In SNA”, or “In the 3820”.
AFCCU. Advanced Function Common Control Unit
References
The following cross-references are used in this
glossary:
Contrast with. This refers to a term that has an
opposite or substantively different meaning.
AFP data stream. A presentation data stream that is
processed in AFP environments. MO:DCA-P is the
strategic AFP interchange data stream, and IPDS is the
strategic AFP printer data stream.
See. This refers the reader to multiple-word terms in
which this term appears.
AFPDS. A term formerly used to identify the
composed-page MO:DCA-based data stream
interchanged in AFP environments. See also MO:DCA
See also. This refers the reader to terms that have a
related, but not synonymous, meanings.
Synonym for. This appears in the commentary of a
less desirable or less specific term and identifies the
preferred term that has the same meaning.
© Copyright IBM Corp. 2001
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all points addressable (APA). The ability to address,
reference, and position text, overlays, and images at
any defined position or pel on the printable area of the
paper. This capability depends on the ability of the
hardware to address and to display each picture
element.
C
cassette. In a cut-sheet printer, a movable paper
alternate medium source. The ability to select print
medium from more than one source (bin).
changeable media origin. The ability of the printer to
accept a command that changes the point on the
medium where printing begins.
APA. All points addressable.
channel-attached. In PSF, a device that is linked to
the host system using only S/390 channel protocols. For
example, a 3800 printer cabled to the host system with
a S/390 channel adapter is considered a
application program. (1) A program that performs a
particular data processing task, such as inventory
control or payroll. (2) A program that produces the print
data set.
character. (1) A member of a set of elements used for
the representation, organization, or control of data.
Characters may be letters, digits, punctuation marks, or
other symbols represented in the form of a spatial
arrangement of adjacent or connected strokes or in the
form of other physical conditions in data media. (2) A
letter, numeral, punctuation mark, or special graphic
used for the production of text. (3) In bar codes, a
single group of bars and spaces that represent an
individual number, letter, punctuation mark, or other
symbol. (4) A byte of data. (5) See alsographic
authorized program analysis report (APAR).
report of a problem caused by a suspected defect in a
current unaltered release of a program.
A
A4 paper. Paper size that is 210 by 297 mm (8.27 by
11.7 inch).
A5 paper. Paper size that is 148 by 210 mm (5.83 by
8.27 inch).
B
Bar Code Object Content Architecture (BCOCA). An
architected collection of constructs used to interchange
and present bar code data.
character graphic. A visual representation of a
character, other than a control character, that is
normally produced by writing, printing, or displaying. (T)
bar code symbology. A bar code language. Bar code
symbologies are defined and controlled by various
industry groups and standards organizations. Bar code
symbologies are described in the public domain bar
character identifier. The standard identifier for a
character regardless of its style. For example, all
uppercase As have the same character identifier.
baseline. The imaginary line on which successive
characters are aligned in the inline direction.
character rotation. The alignment of a character with
respect to its character baseline, measured in degrees
in a clockwise direction. Examples are 0°, 90°, 180°,
and 270° Zero-degree character rotation exists when a
character is in its customary alignment with the
baseline.
bin. A paper source on cut-sheet printers. See also
character set. (1) A finite set of different graphic or
control characters upon which agreement has been
reached and that is considered complete for some
purpose; for example, each of the characters in ISO
Standard 646 7–bit Coded Character Sets for
Information Processing Interchange. (2) For page
printers, the font library member that contains the
character graphics and their descriptions.
bounded-box font. A font designed to use bounded
BTS. Burster-trimmer-stacker.
burst. To separate continuous-forms paper into single
sheets.
burster-trimmer-stacker (BTS). A printer hardware
feature that separates continuous forms into single
sheets, trims the carrier strip from both edges of the
forms, and stacks the sheets.
code page. A set of assignments, each of which
assigns a code point to a character. Each code page
has a unique name or identifier. Within a given code
page, a code point is assigned to one character. More
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than one character set can be assigned code points
programs such as DCF can create text data consisting
entirely of structured fields. Synonym for MO:DCA-P
data.
code page global identifier (CPGID). (1) A 5-digit
registered identifier used to specify a particular
assignment of code points to graphic characters. (2)
compressed pattern storage (CPS). Storage that
holds the extended (double-byte) fonts for the 3800
Model 6 or Model 8 printers.
code point. A 1-byte code representing one of 256
potential characters.
compression algorithm. An algorithm used to
compress image data. Compression of image data can
decrease the volume of data required to represent an
image.
coded font. (1) A font library member that associates
a code page and a font character set. For double-byte
fonts, a coded font associates more than one pair of
code pages and font character sets. (2) A font that can
be fully described using a code page, character set,
type style, posture, weight classification, and width
classification. For actual presentation, a size must be
specified. Some coded fonts require all of these
attributes. Others, called symbol sets, require only code
concatenated data set. In MVS, a group of logically
connected data sets that are treated as one data set for
conditional processing. A page-definition function
that allows input data records to partially control their
own formatting.
continuous forms. A series of connected forms that
feed continuously through a printing device. The
connection between the forms is perforated to allow the
user to tear them apart. Before printing, the forms are
folded in a stack arrangement with the folds along the
coded overlay. An overlay that is stored in the printer
in a coded (not raster) format. Contrast with raster
color selection. The ability to specify a color other
than black to achieve more than one color of printed
data. For example, the 4224-2C2 supports selection of
several colors, depending on the color of ribbon
installed in the printer. Other printers support the
selection of black or the color of the medium,. which
can cause white lettering on a background that has
been shaded black, for example.
continuous-forms stacker. An output assembly on a
continuous-forms printer that refolds and stacks the
continuous forms after printing.
copy group. (1) One or more copies of a sheet of
paper. Each copy can have modifications, such as text
suppression, page position, forms flash, overlays,
paper-source, and duplex printing. (2) In Print Services
Facility, an internal object in a form definition that
identifies the overlays and defines page placement and
modifications to the form. (3) Synonymous with medium
command. A request from a terminal or a specification
in a batch-processing print file for the operation of a
particular program.
common-use forms. A set of paper sizes selected as
being the most common in use throughout the world.
copy modification. In the 3800 Printing Subsystem
Model 1, a feature that allows the printing of predefined
data on all pages of specified copies of a print file.
communication attached. In PSF, a device that is
SNA-attached and that uses a communication controller.
For example, a 3812 printer attached to a 3174 control
unit that is attached to a 3175 Communication
Controller can be considered to be a
communication-attached printer. Contrast with local
CPS. Compressed pattern storage.
CSE. Cut-sheet emulation
compatibility mode. A mode of operation for printing
the output of 3800 Model 1 application programs on a
3800 page printer with little or no change to the
current print position. The picture element that
defines the character reference point or the upper-left
corner of an image.
composed text. Text data and text-control information
that dictates the format, placement, and appearance of
data to be printed.
cut-sheet emulation (CSE). The ability of a
continuous-forms printer to provide output that is similar
to output from a cut-sheet printer. Some
continuous-forms printers provide an operator option to
enable cut-sheet emulation mode.
composed-text data. Obsolete term for text data that
has been composed into pages. Text formatting
Glossary 195
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cut-sheet paper. The medium that is cut into
uniform-size sheets before being loaded into the printer.
deferred printing mode. A printing mode that spools
output through JES to a data set instead of printing it
immediately. Output is controlled using JCL statements.
Contrast with direct printing mode.
D
Device resolution. Printers can also be categorized
by the resolution they support. For example, .br 240-pel
resolution is supported by such printers as: 3800, 3820,
381x, 3160, 3930, the AFCCU-based 3900 family of
printers, and the group 3 printers. 240- or 300-pel
(configurable) is supported by the 3130 printer. 300-pel
resolution is supported by such printers as: 391X, 3935,
4028, the PPDS and the PCL printers (such as the
4019 and 4029). 600-pel resolution is supported by the
InfoPrint 4000 DR1/DR2 printer, as well as the Network
Printers 12, 17, and 24.
DASD. Direct access storage device.
data check. A synchronous indication of a condition
caused by invalid data or incorrect positioning of data.
Reporting of some data checks can be suppressed.
data control block (DCB). A control block used by
access method routines in storing and retrieving data.
data map. An internal object in a page definition that
specifies fonts, page segments, fixed text, page size,
and the placement and orientation of text. Synonymous
with page format.
direct access storage device (DASD). A computer
storage device in which access time is effectively
independent of the location of the data.
data set. A named set of records stored and
direct printing. A PSF for OS/390 printing mode that
allows PSF exclusive use of the printer. Output is
printed directly and is not controlled by the Job Entry
Subsystem (JES).
data types. The type of data objects that can be
printed by the printer. Each type of data object has its
own architecture. An overview of the architectures is
presented in the Mixed Object Document Content
Architecture Reference.
disabled mechanisms. The ability to identify one
mechanism of the printer as disabled. An example is the
ability to print from one medium source when the other
source is disabled.
Two types of text data are: PTOCA PT1 and PTOCA
PT2. PT1 provides the basic function needed to control
text data. PT2 provides additional migration controls for
underscoring, overstriking, and making a temporary
baseline move.
Distributed Print Function (DPF). A component of
PSF for OS/2 that you can use to print jobs sent to PSF
for OS/2 from PSF for OS/390, PSF/VM, PSF/VSE, or
PSF for AS/400. DPF receives host PSF output and
resources for spooling and printing with PSF for OS/2.
DPF also stores PSF for OS/390 and PSF/VSE
resources in the DPF resource library, so that the host
system does not have to send PSF resources each time
documents are spooled. Through DPF, PSF for OS/2
2.0 provides a function similar to that provided by
Remote PrintManager (RPM) Version 3.0 under DOS.
Two types of image data are: IOCA FS10 image and IM
image. IOCA image provides more function than IM
Image; for example, compression and resolution
independence is possible with IOCA image.
Some printers support vector graphics called GOCA
DR/2V0.
Some printers also have the capability of printing
BCOCA BCD1 bar code data without requiring special
fonts or special processing in the host system.
document. (1) A machine-readable collection of one or
more objects that represent a composition, a work, or a
collection of data. (2) A publication or other written
material.
DCB. Data control block.
Document Composition Facility (DCF). An IBM
licensed program that provides a text formatter called
SCRIPT/VS. SCRIPT/VS can process files marked up
with a unique set of controls and tags.
Decompression Performance Enhancement feature.
A feature you can purchase and install on your AFP
printer to provide printer hardware image
decompression of IOCA data streams that were
compressed using standard compression routines. The
DPE capability improves the decompression
performance offered with the AFIG feature.
double-byte coded font. A font in which the
characters are defined by 2 bytes; the first defining a
coded font section, and the second defining a code
point. Double-byte coded fonts are required to support
languages requiring more than 256 graphic characters.
Two bytes are required to identify each graphic
character. Kanji is printed using a double-byte font.
default. An alternate value, attribute, or option that is
assumed when none has been specified, and one is
needed to continue processing.
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download. To transfer data from one computer for use
on another one. Typically, users download to a printer,
from a larger computer to a diskette or fixed disk on a
smaller computer, or from a system unit to an adapter.
F
downloaded fully described fonts. The IPDS form of
host fonts downloaded to a printer. PSF converts pairs
of host font character sets and code pages into IPDS
form before downloading to the printer for printing.
file.
v In PSF for OS/2, a collection of related data.
v In PSF for OS/390, a member of a partitioned data
set or a sequential data set.
v In PSF/VM, a CMS file.
v In PSF/VSE, a member in a library.sublibrary.
fixed metrics. Measurement information in specific
units such as pels, inches, or centimeters for individual
or collections of graphic characters. See also font
drain. An operator action to halt the flow of jobs to a
printer, usually to stop the printer or to change print
options.
fold memory. The ability of a form to refold at the fold
perforation after exposure to heat during the fusing
process.
duplex printing. Printing on both sides of a sheet of
font. (1) A family or assortment of characters of a
given size and style; for example, 9 point Bodoni
Modern. (A). (2) One size and one typeface in a
particular type family, including letters, numerals,
punctuation marks, special characters, and ligatures. (3)
A paired character set and code page that can be used
together for printing a string of text characters. A
double-byte font can consist of multiple pairs of
E
EBCDIC. Extended binary-coded decimal interchange
code.
electronic overlay. A collection of constant data, such
as lines, shading, text, boxes, or logos, that is
electronically composed in the host processor and
stored in a library, and that can be merged with variable
font global identifier. (1) A number that identifies the
character style and size for certain printers. (2) A unique
value that identifies the type family, typeface, and,
sometimes, the point size of a character set.
ESA. Enterprise System Architecture.
ESCON channel. A channel having an Enterprise
Systems Connection channel-to-control unit I/O interface
that uses serial-by-bit optical cable as a transmission
medium.
font metrics. Measurement information that defines
individual character values, such as height, width, and
space, as well as overall font values, such as averages
and maximums. Font metrics may be expressed in
specified fixed units, such as pels, or in relative units
that are independent of both the resolution and size of
the font.
exception. A condition that exists when the printer:
v Detects an invalid or unsupported command, order,
control, or parameter value from the host.
v Finds a condition requiring host-system notification.
v Detects a condition that requires the host system to
resend data.
font pruning. An action in which PSF reduces the
number of characters downloaded to the printer by
sending only those characters in a character set that
are actually referenced by the code page. Font pruning
can save time needed to download the characters and
can reduce the amount of raster pattern storage used
by the printer but can increase processor use.
exception highlighting. The markings placed on the
printed page to indicate the source of a data stream
error. Two types of highlight markings are used:
v
Print-error marker: a solid rectangle.
Print-error vector: a line drawn from a printed error
code to the point on the page where the error
occurred.
v
font width. (1) A characteristic value, parallel to the
character baseline, that represents the size of all
graphic characters in a font. (2) In a font character set,
nominal font width is a font-designer defined value
corresponding to the nominal character increment for a
font character set. The value is generally the width of
extended binary-coded decimal interchange code
(EBCDIC). A coded character set of 256 eight-bit
characters.
Glossary 197
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the space character and is defined differently for fonts
with different spacing characteristics.
G
v For fixed-pitch, uniform character increment fonts: the
fixed character increment, which is also the space
character increment.
v For PSM fonts: the width of the space character.
v For typographic, proportionally-spaced fonts: 1/3 of
the vertical font size, which is also the default size of
the space character
global resource identifier (GRID). An 8-byte identifier
used to identify an external name of a font, or, in
AS/400, to identify fonts used in text. A GRID, which
identifies a character-set and code-page combination,
consists of the GCSGID, CPGID, FGID, and font width.
The font designer can also define a minimum and a
maximum horizontal font size to represent the limits of
scaling. (3) In font referencing, the specified font width
is the desired size of the font when the characters are
presented. If this size if different from the nominal
horizontal font size specified in a font character set, the
character shapes and character metrics might need to
be scaled prior to presentation.
graphic character. A visual representation of a
character, other than a control character, that is
normally produced by writing, printing, or displaying. (T)
graphic character set global identifier (GCSGID).
(1) A unique value that identifies the list of graphic
character identifiers included in a component. (2) See
form. A division of the physical medium; multiple forms
can exist on a physical medium. For example, a roll of
paper might be divided by a printer into rectangular
pieces of paper, each representing a form. Envelopes
are an example of a physical medium that comprises
only one form. The IPDS architecture defines four types
of forms: cut-sheets, continuous forms, envelopes, and
computer output on microfilm. Each type of form has a
top edge. A form has two sides, a front side and a back
side. Synonymous with sheet.
Graphical Data Display Manager. A series of IBM
programs that can create, among other functions,
device-independent visual data such as page segments
and send it to devices such as displays, plotters,
printers, and personal computers.
Graphics Object Content Architecture (GOCA). An
architected collection of constructs used to interchange
and present graphics data.
form definition. A resource used by PSF that defines
the characteristics of the form that includes overlays to
be used (if any), paper source (for cut-sheet printers),
duplex printing, text suppression, the position of
composed-text data on the form, and the number and
modifications of a page.
gray-scale image. The ability to print an image in
shades of gray as well as in black.
guaranteed print labeling. A method of print labeling
that ensures the integrity of the identification label by
preventing the user from writing over the label. If
attempts are made to override print labeling, processing
of the print file is terminated, and an audit record is
written.
format. (1) The shape, size, and general makeup of a
printed document. (2) To prepare a document for
printing. (3) The arrangement of text on the page.
forms control buffer (FCB). A buffer for controlling
the vertical format of printed output. The forms control
buffer is a line-printer control that is similar to the
punched-paper, carriage-control tape used on IBM 1403
printers. On AFP page printers, the forms control buffer
group 3. A term used in VM-specific environments to
define channel-attached high-end printers such as the
3825, 3827, 3828, 3829, 3835-1, 3835-2, and 3900-1.
Group 3 printers are also referred to as CCU (Common
Control Unit) printers, because the hardware control unit
was based on a common design. Because this
publication encompasses more than VM-specific
information, the term :q.group 3:eq. is not used in this
publication, except for definition purposes in the
Glossary section.
forms flash. In the 3800, a printer function that prints
photographic images with variable text data that is
composed into pages. The printer operator must insert a
frame containing a photographic negative into the
printer to use the forms-flash function.
fully described font. In the IPDS architecture, an
LF1-type raster font containing font metrics, descriptive
information, and the raster representation of character
shapes, for a specific graphic character set. A fully
described font can be downloaded to the printer using
the Load Font Control and Load Font commands.
group 4. A term used in VM-specific environments to
define SNA-attached that use coax or twinax, and
include such printers as the 3130, 381x, 3930, 3935,
391x, and 4028. The group 4 printers can be
communications-attached with 37xx or 3x7x controllers,
or through an SNA token ring LAN. Because this
publication encompasses more than VM-specific
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information, the term “group 4” is not used in this
publication, except for definition purposes in the
Glossary section.
across these systems with full fidelity. These fonts are
also compatible with fonts provided by Microsoft on their
DOS/Windows workstations and with the base fonts
provided by Adobe on their PostScript printers, providing
document portability across both IBM and non-IBM
computer systems. The fonts are provided in the
Courier, Times New Roman, and Helvetica type families
in both roman medium and bold weights and in italic
medium and bold weights.
H
hard page segment. (1) A page segment that is
declared in the Map Page Segment structured field and
loaded in the printer as a resource that can be reused
during the job without being reloaded to the printer. (2)
Within another element, as an inline resource. (3)
IBM Modified Modified Read (MMR). A compression
algorithm.
hardcopy. (1) A copy of a display image generated on
an output device such as a printer or plotter, and which
can be carried away. (T) (2) A printed copy of machine
output in a visually readable form; for example, printed
reports, listings, documents, and summaries.
IM image command set. In the IPDS architecture, a
collection of commands used to present IM image data
in a page, page segment, or overlay.
image. Toned and untoned pels arranged in a pattern.
hardware default font. The font used by the printer if
image data. Rectangular arrays of raster information
no other font is specified.
that define an image.
hexadecimal. Pertaining to a numbering system with
base of 16; valid numbers use the digits 0 through 9
and characters A through F, where A represents 10 and
F represents 15.
Image Object Content Architecture. An architected
collection of constructs used to interchange and present
images.
host system. (1) A data processing system that
prepares programs and the operating environments for
another computer or controller. (2) The data processing
system to which a network is connected and with which
the system can communicate.
impact printer. A printer in which printing results from
mechanical impacts. (I) (A) Contrast with nonimpact
impression. The data printed on one side of a sheet.
Printer speed is often measured in terms of impressions
per minute (ipm).
HP-PCL. Hewlett-Packard Printer Control Language,
the data stream used by a type of Hewlett-Packard
printer, some of which are supported by PSF for OS/2
and PSF for AIX.
inline direction. The direction of successive
I
IBM Compatibility fonts. A group of fonts supplied as
part of Print Services Facility, Print Management Facility,
and Application System/400. Many of these fonts are
derived from fonts created for specific IBM printers
(such as the IBM 3800 Model 1, the IBM 6670
Information Distributor, and the IBM Proprinter) or
applications (such as Document Composition Facility).
The fonts are called compatibility fonts because they
allow applications created for the 3800 Model 1 and
6670 to be migrated to newer page printers without
having to change the fonts specified in the applications.
Examples of IBM compatibility fonts include APL,
Boldface, Document, Essay, Format, Gothic, Letter
Gothic, Orator, Prestige, Roman, Script, Serif, and Text
type families as well as a set of Proprinter Emulation
fonts.
Intelligent Printer Data Stream (IPDS). An
architected host-to-printer data stream that contains
both data and controls defining how the data is to be
presented.
interface. A shared boundary. An interface may be a
hardware component to link two devices or a portion of
storage or registers accessed by two or more computer
programs. (A)
International Telecommunications
Union-Telecommunications Standardization Sector
International Telegraph and Telephone Consultative
Committee. An organization (one of four permanent
organs of the International Telecommunication Union
[ITU], headquartered in Geneva, Switzerland) that is
concerned with the problems relating to international
telephony and telegraphy. The CCITT Plenary Assembly
IBM Core Interchange fonts. A group of fonts
supplied as part of Print Services Facility that are
common across all SAA and AIX operating systems and
whose objective is to facilitate document interchange
Glossary 199
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meets at regular intervals to prepare a list of technical
questions related to telephone and telegraph services.
The Assembly assigns these questions to study groups,
which then prepare recommendations to be presented
at the next plenary meeting. Approved
recommendations are published for the use of
engineers, scientists, and manufacturers around the
world.
with line data to mix different fonts on the same line, to
underscore or overstrike, and on impact printers to
create darker print.
line printer. A device that prints a line of characters as
lines per inch (lpi). (1) .The number of lines that can
be printed vertically within an inch. (2) A unit of
measurement for the specification of the placement of
the baseline.
The committee’s name has been changed to
International Telecommunications Union-
Telecommunications Standardization Sector (ITU-TSS).
local attached. In PSF, an SNA-attached device that
does not have a communications controller in its
configuration. For example, a 3812 printer connected to
a channel-attached 3174 control unit defined to the host
system through VTAM is considered to be a
local-attached printer. Contrast with communication
J
logical page. A presentation space. One or more
object areas or data blocks may be mapped to a logical
page. A logical page has specifiable characteristics,
such as size, shape, orientation, and offset. The shape
of a logical page is the shape of a rectangle. Orientation
and offset are specified relative to a medium coordinate
job control language (JCL). A control language used
to identify a job to an operating system and to describe
the requirements of the job.
job entry subsystem (JES). A system facility for
spooling, job queuing, and managing I/O.
logical page origin. (1) The point on the logical page
from which positions of images, graphics, page
overlays, and text with 0-degree inline direction are
measured. (2) The point on the logical page
K
represented by Xp=0, Yp=0 in the Xp coordinate system.
kanji. Nonphonetic Chinese characters used in
Japanese written language. In a font representing kanji
characters, each character is represented by a
double-byte font.
lpi. Lines per inch.
LU type 1. An SNA logical unit type that provides a
communication protocol among host application
programs and terminals. Some printers also use this
protocol to communicate with host application programs.
L
LAN. Local Area Network
LU type 6.2. An SNA logical unit type that converges
functions from existing LU types to provide a single,
interchangeable communication protocol.
landscape page presentation. The position of a
printed sheet that has its long edges as the top and
bottom and its short edges as the sides. Contrast with
M
library.
v In PSF for OS/2, a directory, a list of files stored on a
disk or diskette.
macroinstruction. An instruction that causes the
execution of a predefined sequence of instructions.
v In PSF for OS/390, a partitioned data set or a series
of concatenated data sets.
v In PSF/VM, a collection of CMS files, generally with
magnetic ink character recognition (MICR).
Character recognition of characters printed with ink that
contains particles of a magnetic material. (I) (A)
the same file type.
v In PSF/VSE, a library sublibrary.
line data. Data prepared for printing on a line printer,
such as a 3800 Model 1. Line data is usually
magnetic toner. Toner used with specific printers to
print magnetic ink character recognition (MICR) fonts.
characterized by carriage-control characters and table
manual forms feed. The ability to manually feed a
medium into a printing device rather than having the
device automatically feed the medium.
line merging. Printing two or more records of line data
at the same location on the page. Line merging is used
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Map Page Segment structured field (MPS). The Map
Page Segment structured field identifies the page
segments to be loaded into the printer and to remain in
the printer while the entire print file is printed.
microfilm device. An output device that presents a
hardcopy on microfilm.
Mixed Object Document Content Architecture. An
architected, device-independent data stream for
interchanging documents.
marking. A method that refers to the updating of
certain structured fields that identifies a resource for use
by Remote PrintManager or as being printer resident.
mixed-pitch font. A font that simulates a typographic
font. The characters are in a limited set of pitches; for
example, 10 pitch, 12 pitch, and 15 pitch.
maximum speed. The highest speed of which the
printer is capable in characters per second (cps), lines
per minute (lpm), or impressions per minute (ipm), for a
given size sheet.
MO:DCA-P. Print data that has been composed into
pages. Text formatting programs such as DCF can
produce composed text data consisting entirely of
structured fields.
media destination. The destination to which sheets
are sent as the last step in the print process. Some
printers support several media destinations to allow
options such as print job distribution to one or more
specific destinations, collated copies without having to
send the document to the printer multiple times, and
routing output to a specific destination for security
MOF. Metric-only font.
monospaced font. A font in which the graphics
characters have a uniform character increment.
media destination by copy. The ability to select the
destination for an individual copy of a sheet. This
function is not supported by PSF.
media origin. The first hardware addressable point on
the physical medium. The point from which the logical
page origin is positioned by the medium map. This point
is represented by Xm=0, Ym=0 in the Xm, Ym coordinate
system. The media origin is defined relative to the top
Multiple Virtual Storage (MVS). An IBM operating
system running on a S/370 or S/390 processor.
multiple-up. The printing of more than one page of
application data on a single surface of a sheet of paper.
media source. The source from which sheets are
obtained for printing. Some printers support several
media sources, so that media with different
characteristics (such as size, color, and type) can be
selected. Contrast with media destination.
N
N_UP printing. In basic N_UP printing, the dividing of
a side of a sheet into a fixed number of equal-size
partitions. For example, N_UP 4 divides each side of
the sheet into four equal partitions. In enhanced N_UP
printing, the sheet can be divided into 8 partitions,
anywhere on the sheet.
media source by copy. The ability to select the
source of the media for each copy of a sheet, when
making multiple copies of a sheet.
medium. The physical material (for example, paper)
medium map. An internal object in a form definition
that controls the modifications to a form, page
narrow forms. Forms that have their longer edges at
the sides and their shorter edges at the top and bottom.
negative acknowledge reply (NACK). A reply from a
printer to a host indicating that an exception has
occurred.
medium overlay. An electronic overlay that is invoked
by the medium map of a form definition for printing at a
nonimpact printer. A printer in which printing is not
the result of mechanical impacts; for example, thermal
printers, electrostatic printers, and photographic printers.
MICR printing. The ability of a printer to either print
with magnetic toner or to allow MICR printing through a
postprocessing device.
normal duplex printing. Printing on both sides of the
paper so that the sheets can be bound on the long
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page definition. A resource used by PSF that defines
the rules of transforming line data into pages and text
controls.
O
object. A resource or a sequence of structured fields
contained within a larger entity, such as a page
segment or a page.
page mode. The mode of operation in which a page
printer can accept a page of data from a host processor
to be printed on an all-points-addressable output
medium. Data may consist of pages containing text,
images, overlays, or page segments. Contrast with
offset stacking. A function that allows the printed
output pages to be offset for easy separation of print
jobs.
operator-adjustable forms. On certain printers, the
ability of the operator to adjust the page image on the
medium to align data for correct placement on
preprinted forms.
page overlay. An electronic overlay that can be
invoked for printing and positioned at any point on the
page by an Include Page Overlay structured field in the
option. (1) A specification in a statement that may be
used to influence the execution of the statement. (2) A
choice offered from a list of possibilities.
page position. A control in the copy group to assign
the top-left boundary point of the logical page on a
sheet for a data set. The page position is determined
from the media origin.
orientation. The number of degrees an object is
rotated relative to a reference; for example, the
orientation of an overlay relative to the logical page
origin. Orientation usually applies to blocks of
information, whereas character rotation applies to
page printer. Any of a class of printers that accepts
MO:DCA-P pages, constructed of page data and
origin. A picture element (pel) position from which the
placement and orientation of text, images, and page
segments are specified. For example, pages, overlays,
and page segments have origins.
Page Printer Formatting Aid (PPFA). An IBM
licensed program you can use to create and store form
definitions and page definitions, which are resource
objects used for managing print jobs. By writing a
command stream specifying form definitions, page
definitions, or both, for executing PPFA, you can store
the objects specified in the library. You can then use
these objects to format printed output.
outline font. A font technology in which the graphic
character shapes are represented in digital form by a
series of mathematical expressions that define the outer
edges of the strokes. The resulting graphic character
shapes can be either solid or hollow. Outline fonts can
be scaled (sized) to any size. The IBM outline font
character sets have a CZ prefix. Contrast with raster
font.
page segment. A resource containing MO:DCA data
and images, prepared before formatting and included
during printing. A page segment can contain text and
images and can be included on any addressable point
on a page or electronic overlay. A page segment
assumes the environment of an object in which it is
included.
overlay. A collection of constant data, such as lines,
shading, text, boxes, or logos, that is electronically
composed in the host processor and stored in a library
and that can be merged with variable data during
PAGEDEF. A JCL parameter that specifies a page
parameter. (1) A variable that is given a constant
value for a specified application and that may denote
the application. (I) (A) (2) An item in a menu for which
the user specifies a value or for which the system
provides a value when the menu is interpreted. (3) Data
passed between programs or procedures.
Overlay Generation Language/370 (OGL/370). An
IBM licensed program you can use to design objects for
electronic overlays, such as lines, boxes, shadings, and
irregular shapes, to create graphics.
P
partial page. A page that does not contain all the
intended data. Partial pages can be printed after an
error is sensed.
page. (1) A data stream object delimited by a Begin
Page structured field and an End Page structured field.
A page can contain text, image, graphics, and bar code
data. (2) The final representation of such an object on a
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partition. In basic N_UP printing, the division of the
medium presentation space into a specified number of
equal-sized areas in a manner determined by the
current physical medium.
print direction. (1) The direction in which characters
are added to a line. (2) In PSF, the specification of inline
direction for the printing of text.
partitioned data set (PDS). A data set in direct
access storage that is divided into partitions, called
members, each of which can contain a program, part of
print job. The data that the user submits to PSF to be
printed. A print job can request the printing of multiple
data sets.
pattern storage (PST). An area of storage that holds
the raster patterns for fonts and images.
print labeling. A controlled method of placing
identification labels on each page of PSF printed output.
print position. Any location on a medium where a
character can be printed.
print quality. (1) The measure of printed output
against existing standards and in comparison with jobs
printed previously. (2) The ability of some page printers
to print data at more than one level of print quality, such
asdraft and near-letter quality.
physical medium. A physical entity on which
information is presented. Examples of a physical
medium are a display screen, paper, foils, microfilm, or
labels.
print-quality levels. The capability on certain printers
for you to specify more than one level of print quality,
such as draft or near letter quality.
picture element. (1) In computer graphics, the
smallest element of a physical medium that can be
independently assigned color and intensity. (T) (2) The
smallest element that can be printed or displayed on a
physical medium. Picture elements per inch is often
used as a measurement of presentation granularity.
print server. (1) A functional unit that provides shared
services to workstations over a network; for example, a
file server, a print server, or a mail server. (T) (2) In a
network, a data station that provides facilities to other
stations; for example, a file server, a print server, or a
mail server. (A) (3) In the AIX operating system, an
application program that usually runs in the background
and is controlled by the system program controller. (4)
In TCP/IP, a system in a network that handles the
requests of a system at another site, called a
client-server.
pitch. The character size represented by the number
of characters that can be printed horizontally in an inch;
for example, 10 pitch has 10 graphic characters per
inch. Uniformly spaced fonts are measured in pitch.
point. A unit of about 1/72 inch used in measuring
Print Services Facility (PSF). A licensed program that
manages and controls the input data stream and output
data stream required by supported IBM page printers.
PSF combines print data with other resources and
printing controls to produce AFP output.
point size. The height of a font in points.
portrait page presentation. The position of a printed
sheet that has its short edges as the top and bottom
and its long edges as the sides. Contrast with
printable area. The area on a sheet of the paper
where print can be placed.
printer. A presentation device that produces character
shapes, graphics pictures, images, or bar-code symbols
on a physical medium. Examples of a physical medium
are a display screen, paper, foils, microfilm or labels.
presentation device. A device that produces
character shapes, graphics pictures, images, or bar
code symbols on a physical medium. Examples of a
physical medium are a display screen, paper, foils,
microfilm, or labels.
printer-parameter member. In PSF/VSE, the member
of a phase library containing user-specified printer
parameters to print a job on a page printer. The
printer-parameter macroinstruction provided with
PSF/VSE stores the user-specified parameters as a
member of a phase library.
Presentation Text Object Content Architecture
(PTOCA). An architected collection of constructs used
to interchange and present presentation text data.
print data stream. The data stream created by PSF
and transmitted to the printer.
Glossary 203
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printhead resolution. The number of pels that can be
printed in an inch, both horizontally and vertically.
hardware product, or device. The RPQ may be used in
conjunction with programming RPQs to solve unique
data processing problems.
program temporary fix (PTF). A temporary solution or
bypass of a problem diagnosed by IBM as resulting
from a defect in a current unaltered release of the
program.
resident fully described fonts. Fonts stored in a
printer but that have most of the attributes that can be
specified for host fonts.
programming request for price quotation (PRPQ).
A
resident symbol sets. A type of font stored in a
printer that has fewer attributes than can be specified
for fully described fonts.
customer request for a price quotation on alterations or
additions to the functional capabilities of system control
programming or licensed programs. The RPQ may be
used in conjunction with computing system RPQs to
solve unique data processing problems.
resolution. (1) In computer graphics, a measure of the
sharpness of an image, expressed as the number of
lines and columns on the display screen. (2) The
number of pels per unit of linear measure.
proportionally spaced font. A typographic font, or in
some usages a mixed-pitch font. See typographic font
resource. (1) A collection of printing instructions used
by Print Services Facility in addition to the print data
set, to produce the printed output. PSF resources
include coded fonts, font character sets, code pages,
page segments, overlays, form definitions, and page
definitions. (2) Any source of aid used for performing a
task, for example disk storage space, computer
processing time, and communications lines.
PSF Direct. A function of PSF for OS/2 of PSF for AIX
that enables another PSF program (PSF for OS/390,
PSF/VM, PSF/VSE, or PSF for AS/400), using the
LU6.2 SNA protocol, to print remotely on PSF for OS/2
or PSF for AIX printers. The PSF program sends the
print data stream directly to the PSF for OS/2 or PSF
for AIX printer, bypassing the OS/2 or RISC/6000 spool.
The operator of the originating system controls printing
on the PSF for OS/2 or PSF for AIX printers, as though
the printers were attached to the originating system.
routine. A program or sequence of instructions called
by a program that may have some general or frequent
use. (I) (A)
PTF. Program temporary fix.
rule. A solid or patterned line of any weight, extending
horizontally or vertically across a column, row, or page.
R
S
raster font. A font technology in which the graphic
characters are defined directly by the raster bit map.
Contrast with outline font..
SDLC. Synchronous Data Link Control.
raster pattern. A pattern of bits with 0 (off) and 1 (on)
that define the pels in an image. A 1-bit is a toned pel.
security label. In a trusted computing base, a security
label used to maintain multiple levels of security on a
system. This label is a combination of a security class
and a security level.
raster pattern overlay. An overlay loaded in the
printer as a raster pattern rather than as a sequence of
sense data. (1) Data describing an I/O error. Sense
data is presented to a host system in response to a
Sense I/O command. (2) In SNA, the data sent with a
negative response indicating the reason for the
response.
raster pattern storage (RPS). An area of storage that
holds raster patterns for fonts and images.
repositioning. A process in which Print Services
Facility, following an indication from the printer or from
JES of a potentially recoverable error, locates the
correct spool record for recomposing one or more
pages for printing.
sequential data set. In MVS, a data set whose
records are organized on the basis of their physical
positions, such as on magnetic tape. Contrast with
request for price quotation (RPQ). A customer
request for a price quotation on alterations or additions
to the functional capabilities of a computing system,
sheet. A division of the physical medium on which
data is presented. The IPDS architecture defines four
types of sheets: cut-sheet forms, continuous forms,
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envelopes, and computer output on microfilm. Each
sheet has a front and a back side. Some types of media
consist of multiple sheets. For example, a roll of
continuous forms can be divided at the perforations into
rectangular sheets. Each sheet usually has carrier or
tractor-feed strips, also. Microfilm is another example of
a medium comprising multiple sheets, whereas
envelopes comprise only one sheet. Synonymous with
form.
Examples of devices that may not provide typographic
quality are dot-matrix printers and displays.
Synchronous Data Link Control (SDLC). A discipline
for managing synchronous information transfer over a
data link connection.
simplex printing. Printing on only one side of the
system output stream (SYSOUT). An indicator used
in a data definition (DD) statement to signify that a data
set is to be written on a system output unit.
single-byte coded font. A font in which the characters
are defined by a 1-byte code point. A single-byte coded
font has only one coded font section. Contrast with
Systems Network Architecture (SNA). In IBM
networks, the description of the layered logical structure,
formats, protocols, and operational sequences that are
used for transmitting information units through networks,
as well.
SNA. Systems Network Architecture.
SNA Character String. In SNA, a character string
composed of EBCDIC controls, optionally intermixed
with end-user data, that is carried within a
request/response unit.
T
table reference character (TRC). An optional control
character in an input record that identifies the font to be
used to print the record. The table reference character
corresponds to a font number defined in a page
definition font list or to the order of font names listed in
the job control CHARS parameter.
SNA-attached. In PSF, a device linked to the host
system through VTAM that uses an SNA protocol to
transfer data. The device does not need to be physically
connected to the host; some printers are attached to a
control unit, a communication controller, or both, and
they can transfer data over telecommunication lines. For
example, a 3820 attached to a communication controller
using the LU 6.2 communication protocol to transfer
data to a communication controller is considered an
TCP/IP-attached. Includes all printers attached
through the 7913, or attached directly to either
token-ring or Ethernet LAN through TCP/IP. These are
primarily the group 4 printers (that are attached through
the 7913) and the AFCCU printers (through direct LAN
attachment).
soft page segment. A resource that is not declared in
the Map Page Segment structured field but is sent to
the printer inline with data. Contrast with hard page
text. A graphic representation of information on an
output medium. Text can consist of alphanumeric
characters and symbols arranged in paragraphs, tables,
and columns.
spooled printing. .A printing mode in which a print file
is sent to a spooling subsystem. The spooling
subsystem then directs the file to a printer.
text orientation. A description of the appearance of
text as a combination of print direction and character
rotation.
storage. (1) A unit into which recorded text can be
entered, in which it can be retained and processed, and
from which it can be retrieved. (T) (2) The action of
placing data into a storage device. (I) (3) A storage
device. (A)
text suppression. The intentional omission of portions
of text, specified in a copy group in the form definition.
throughput. (1) A measure of the amount of work
performed by a printer over a period of time, for
example, the number of impressions per minute. (2) A
measure of the amount of work performed by a
computer system over a period of time, for example, the
number of jobs per day. (I) (A)
structured field. A self-identifying string of bytes and
its data or parameters.
subgroup. A set of modifications within a copy group
that applies to a certain number of copies of a form. A
copy group can contain more than one subgroup.
token ring. A network configuration in which tokens
are passed in a circuit from node to node. A node that is
ready to send can capture the token and insert data for
transmission.
symbol set. A coded font that is usually simpler in
structure than a fully described coded font. Symbol sets
are used where typographic quality is not required.
Glossary 205
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trace. A record of the execution of a computer
program. It exhibits the sequences in which the
instructions were executed. (A)
space in which printing is allowed. If the logical page is
a secure overlay, the area in which printing is allowed is
the physical printable area. If the logical page is not a
secure overlay, and if a user printable area is defined,
the area in which printing is allowed is the intersection
of the physical printable area with the user printable
area. If a user printable area is not defined, the area in
which printing is allowed is the physical printable area.
TRC. Table reference character.
tumble duplex printing. Duplex printing for sheets
that are to be bound on the short edge of the paper
regardless of whether the printing is portrait or
value. A quantity assigned to a constant, a variable, a
parameter, or a symbol in a command.
two-channel switch. A hardware feature that allows
an I/O device to be attached to two channels. A
dynamic switch can be added, which allows both
interfaces to be enabled at the same time with channel
selection determined by programming.
Virtual Telecommunications Access Method
(VTAM). A set of programs that maintains control of
the communication between terminals and application
programs running under DOS/VS, OS/VS1, and
OS/VS2 operating systems.
type size. (1) A measurement in pitch or points of the
height and width of a graphic character in a font. (2)
One of the many attributes of a font; other attributes, for
example, are weight and width.
VTAM. Virtual Telecommunications Access Method.
typeface. A collection of fonts all having the same
style, weight, and width. Each font differs from the
others by point size or type family.
W
wide forms. (1) Forms that have their longer edges at
the top and bottom and their shorter edges at the sides.
(2) Forms that have perforations on the longer edge of
the paper and tractor holes on the shorter edge.
typographic font. A font in which the distance
between characters varies. The distance from one
character to another is adjusted to improve the visual
flow of text by eliminating excess space.
X
U
XA. Extended Architecture.
X-axis. In printing, an axis perpendicular to the
direction in which the paper moves through the printer.
unbounded-box font. A font designed to use
unbounded character boxes. Contrast with bounded-box
font.
unformatted print records. Line data made up of
fields of data that have not been formatted into print
lines. PSF uses a page definition to format these
records for printing on page printers.
Y
Y-axis. In printing, an axis parallel with the direction in
which the paper moves through the printer. See also
uniformly spaced font. A font in which the characters
have the same character increment. Contrast with
universal character set (UCS). A printer feature that
permits the use of a variety of character arrays.
user printable area (UPA). The area within the valid
printable area (VPA) where user-generated data can
print without causing an exception condition. See also
V
valid printable area (VPA). The intersection of a
logical page with the area of the medium presentation
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Index
6400 printer (continued)
Numerics
3800 printers
4230 printer
4232 printer
A
AFCCU
AFP
4247 printer
AFP products
attachment mode
4400 thermal printer
Model 004
Model 006
Model 008
4400 Thermal printer
6400 printer
© Copyright IBM Corp. 2001
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attachment mode (continued)
attachments
continuous form production printer characteristics
(continued)
cut sheet production printers characteristics
D
data stream and architecture
DBCS fonts
double-byte fonts
E
enterprise color printer characteristics
F
B
fonts
bar code support
C
code page
code pages
compatibility
continuous form production printer characteristics
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fonts (continued)
Infoprint 2000–DP1 printer
Infoprint 2000–NP1 printer
technologies
Infoprint 2000–RP1 printer
Infoprint 21 printer
H
I
Infoprint 3000–ED1/ED2 printer
industrial impact and non-impact printer characteristics
InfoColor 70 printer
Infoprint 12 printer
Infoprint 3000–ES1 printer
Infoprint 20 printer
Infoprint 32 printer
Index 209
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Infoprint 32 printer (continued)
Infoprint 40 printer
Infoprint 4000–IR3/IR4 printer (continued)
Infoprint 4000–IS1 printer
Infoprint 4000–IS2 printer
Infoprint 4000–ID1/ID2 printer
Infoprint 60 printer
Infoprint 4000–ID3/ID4 printer
Infoprint 62 printer
Infoprint 4000–ID5/ID6 printer
Infoprint 4000–IR1/IR2 printer
Infoprint 70
Infoprint 70 printer
Infoprint 4000–IR3/IR4 printer
Infoprint Color 100 printer
210 Printer Information
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Infoprint Color 100 printer (continued)
Infoprint Color 130 Plus printer
media specifications (continued)
Infoprint Color 130 printer
Infoprint Color 8 printer
Infoprint Manager for AIX
Infoprint Manager for Windows NT and Windows 2000
Infoprint Server for OS/390 V2R8- V2R10
Infoprint Server for z/OS V1R1
Infoprint12 printer
N
Network Printer 12
IPDS print-quality levels
IPDS printers
Network Printer 17
L
load
Network Printer Resource Utility
M
media specifications
Index 211
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printer capabilities (continued)
O
operator-adjustable forms
printer characteristics
continuous form production printer
overlays
P
page presentation
cut sheet production printers
print medium, selecting
enterprise color printers
print-quality levels
printable area
industrial impact and non-impact printers
workgroup laser printers
printer capabilities
printers
212 Printer Information
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printers (continued)
PSF/400
PSF for OS/390
PSF/VM
PSF/VSE
S
R
symbol sets
T
transforms
W
workgroup laser printer characteristics
X
Index 213
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214 Printer Information
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IBM Printing Systems: Printer Information
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