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Lexmark X782e IPDS Emulation Userâ€™s Guide - Page 112

Information follows the Sorting Code. The Sorting Code is

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Type Bar Code Type Mod Description a bar/space pattern with no validity or length checking. The printer will not generate start, stop, and check digits. X'1F' Australia Post Bar Code A bar code symbology defined by Australia Post for use in Australian post systems. Start, stop, filler bar, and check digits are generated by the printer. Using any characters other than those prescribed for any part of the bar code will result in a NACK. X'01' - - - - - Standard Customer Barcode (format code = 11). An 8-digit number representing the Sorting Code Modifiers X'02' to and including X'07' are built up in two parts: the Sorting Code and Customer Information. The Customer Information follows the Sorting Code. The Sorting Code is always 8 digits (valid characters are 0-9). X'02' Customer Barcode 2 using the N encoding table (format code = 59). Customer Information is represented by up to 8 digits (0-9). X'03' Customer Barcode 2 using the C encoding table (format code = 59). Customer Information is represented by up to 5 characters (A-Z, a-z, 0-9, space, #). X'04' Customer Barcode 2 using proprietary encoding (format code = 59). Customer Information is represented by up to 16 digits (numeric 0-3), each of which specifies one of the four types of bar. X'05' Customer Barcode 3 using the N encoding table (format code = 62). Customer Information is represented by up to 15 digits (09). X'06' Customer Barcode 3 using the C encoding table (format code = 62). Customer Information is represented by up to 10 characters (A-Z, a-z, 0-9, space, #). X'07' X'08' Customer Barcode 3 using proprietary encoding (format code = 62). Customer Information is represented by up to 31 digits (numeric 0-3), each of which specifies one of the four types of bar Reply Paid Barcode (format code = 45). 8-digits (0-9) number representing the Sorting Code. X'21' Code 93 The Standard Code 93 character set and Extended Code 93 character set are supported. X'00' Generate check digit and print it with the bar code. 112

Section	Page
Title Page	1
Notice	2
Trademarks and Credits	2
Table of Contents	3
1 Introduction	8
1.1 About This Guide	8
1.2 Equipment Requirements and Specifications for IPDS Emulation Printing	8
1.3 Customer Support	9
1.4 Conventions Used in the Manual	10
2 Using the Operator Panel or Touch Screen for IPDS MENU Setup	11
2.1 IPDS MENU Setup Options vs. Printer Setup Options	11
2.2 Changing IPDS Settings Using the Operator Panel	12
2.2.1 Accessing the IPDS MENU	12
2.2.2 Example: Selecting a New Value as a Setting	12
2.2.3 Example: Changing a Numerical Setting	14
2.2.4 Saved Option Changes Become Active on New Session	15
2.2.5 Printing the Menu Settings Page (printers)	15
2.3 Changing IPDS Settings Using the MFP Touch Screen	16
2.3.1 Accessing the IPDS MENU	16
2.3.2 Example: Selecting a New Value as a Setting	16
2.3.3 Example: Changing a Numerical Setting	17
2.3.4 Saved Option Changes Become Active on New Session	17
2.3.5 Printing the Menu Settings Page (MFPs)	18
3 Setup Operations Reference	19
3.1 IPDS MENU - Map of All Options	19
3.2 Overview of EMULATION Menu Options and Values	20
3.3 EMULATION – Options Descriptions	22
3.3.1 IPDS Emulation	22
3.3.2 Host Resolution	22
3.3.3 Color Processing	23
3.3.4 Text Processing	23
3.3.5 Toner Saver	23
3.3.6 BAR CODE	23
3.3.7 DEFAULT CODEPAGE	24
3.3.8 Codepage Version	25
3.3.9 DEFAULT FGID	25
3.3.10 Default CPI	25
3.3.11 Page Counter	25
3.3.12 Printable Area	26
3.3.13 Exception Control	27
3.3.14 Font Control	27
3.3.15 Font Type	27
3.3.16 IPDS Print Res	28
3.3.17 Intervention Required	28
3.3.18 IPDS Timeout	29
3.3.19 Print IPDS Fonts	30
3.3.20 Trace Functions	31
3.3.21 IPDS Version	31
3.4 Overview of PAPER HANDLING Menu Options and Values	32
3.5 PAPER HANDLING Menu – Option Descriptions	33
3.5.1 IPDS Blank Pages	33
3.5.2 Offset Stacking	33
3.5.3 UNIVERSAL SIZE	33
3.5.4 OTHER ENV SIZE	34
3.6 MAP INPUT TRAYS Menu Options	37
3.7 MAP OUTPUT BINS Menu Options	40
3.7.1 Descriptions of Output Bin Values	40
3.7.2 Descriptions of IPDS Bin Selection Numbers	41
3.7.3 Default Bin Mapping	41
3.8 MARGINS Menu Options	42
3.8.1 ALL INPUT TRAYS Menu	44
3.8.2 TRAY 1 ADJUST Menu	44
3.8.3 TRAY 2 ADJUST Menu	45
3.8.4 TRAY 3 ADJUST Menu	45
3.8.5 TRAY 4 ADJUST Menu	45
3.8.6 TRAY 5 ADJUST Menu	46
3.8.7 MP FEEDER ADJUST Menu	46
3.8.8 ENV FEEDER ADJ Menu	46
3.8.9 MANUAL PAPER ADJ Menu	47
3.8.10 MANUAL ENV ADJ Menu	47
3.9 Overview of the FONT CAPTURE Menu Options	48
3.10 FONT CAPTURE Menu Options	49
3.10.1 Capture Fonts	49
3.10.2 Remove Fonts	49
4 Duplex Printing Using Preprinted Media	50
5 Finishing Support	51
5.1 Offset Stacking	53
5.1.1 AS/400 and iSeries Offset Stacking	53
5.1.2 Mainframe Offset Stacking	54
5.2 Stapling	56
5.2.1 AS/400 and iSeries Stapling	56
5.2.2 Mainframe Stapling	63
5.3 Hole Punching	66
5.3.1 Hole Punching From an Input Source	66
5.3.2 Hole Punching to an Output Bin	67
6 IPDS Job Cancel	68
6.1 Canceling IPDS Jobs	68
6.2 How to Cancel a Job Using the Printer Operator Panel	68
6.3 How to Cancel a Job Using the MFP Touch Screen	69
7 Working with Captured Fonts	70
7.1 Capture Font and Remove Font	70
7.2 Preparing Fonts for Capture	70
7.2.1 Capturing Fonts from an AS/400 or iSeries	71
7.2.2 Capturing Fonts from a Mainframe Host	72
8 Remote Configuration of Printer IPDS Settings	76
8.1 Why Use a Browser	76
8.2 Remote Configuration Using a Browser	76
8.3 Functions that Can Not be Operated Remotely	77
9 Printer Messages and Problems	78
10 Command Reference	79
10.1 XOA Print Quality Control	79
10.2 XOH OPC Product Identifier Self Defining Field	80
10.3 Finishing Operations Self-Defining Field	81
10.4 N-up Printing	81
10.5 Color and Simulated Grey Scale Printing	82
10.6 TrueType Fonts	82
10.7 Object Container Support	82
10.8 IO Images as Resources	82
10.9 Media Reporting by Object ID (OID)	83
11 Warranty	85
Appendices	86
A. Technical Specifications	87
A.1 Product Description	87
A.2 IPDS Features List	87
A.3 For Direct Network Attachment	88
A.4 For Direct Twinaxial Attachment	89
A.5 For Direct Coaxial Attachment	90
B. Font and Code Page Information	91
B.1 International Language Definitions	91
B.1.1 Latin 1	91
B.1.2 Latin 2/ROECE, Latin 3, Latin 4, Latin 5	91
B.1.3 Cyrillic and Greek	92
B.1.4 Arabic and Hebrew	92
B.1.5 Japanese (non-Latin)	92
B.2 About the Three Types of Supported Font Sets	92
B.3 Compatibility Font Sets	93
B.3.1 4028 Compatibility Font Set - 300 dpi bitmap fonts (Resident Emulation)	93
B.3.2 3812/3816 Compatibility Font Set - 240 dpi bitmap fonts	95
B.4 IBM Core Interchange Scalable Font Set	97
B.5 IBM Core Interchange Font Set Code Page Support	98
B.5.1 Latin 1 Country Extended Code Pages	98
B.5.2 Latin 1 EBCDIC Publishing Code Pages	99
B.5.3 Latin 1 ASCII Code Pages	99
B.5.4 Latin 2, 3, 4, 5, and 9 Code Pages	99
B.5.5 Latin EBCDIC DCF Code Pages	100
B.5.6 Cyrillic and Greek Code Pages	100
B.5.7 Arabic Code Pages	101
B.5.8 Hebrew Code Pages	101
B.5.9 Symbol Code Pages	101
B.6 IBM Coordinated Font Set	102
B.6.1 OCR Scalable Font Set	102
B.7 POSTNET Font Support	103
B.8 Font Substitution	104
B.8.1 Resident Emulation Font Substitution	104
B.8.2 3812/3816 Emulation Font substitution	105
C. Bar Code Support: Linear (1-D) Bar Codes	106
D. Bar Code Support: 2-D Bar Codes	113
D.1 Data Matrix Special Function Parameter Support	114
D.2 MaxiCode Special Function Parameter Support	115
D.3 PDF417 Special Function Parameter Support	115
D.4 QR Code (Quick Response Code)	115
E. Printing DBCS Characters	117
F. Memory Requirements and Recommendations	118
G. Related Publications	121
H. Glossary	122

Match case Limit results 1 per page

112

Type

Bar Code Type

Mod

Description

a bar/space pattern with no validity or length checking. The

printer will not generate start, stop, and check digits.

X’1F’

Australia Post Bar

Code

X’01’

- - - - -

X’02’

X’03’

X’04’

X’05’

X’06’

X’07’

X’08’

A bar code symbology defined by Australia Post for use in

Australian post systems. Start, stop, filler bar, and check digits

are generated by the printer. Using any characters other than

those prescribed for any part of the bar code will result in a

NACK.

Standard Customer Barcode (format code = 11).

An 8-digit number representing the Sorting Code.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Modifiers X’02’ to and including X’07’ are built up in two parts:

the Sorting Code and Customer Information. The Customer

Information follows the Sorting Code. The Sorting Code is

always 8 digits (valid characters are 0-9).

Customer Barcode 2 using the N encoding table (format code =

59). Customer Information is represented by up to 8 digits (0-9).

Customer Barcode 2 using the C encoding table (format code =

59). Customer Information is represented by up to 5 characters

(A-Z, a-z, 0-9, space, #).

Customer Barcode 2 using proprietary encoding (format code =

59). Customer Information is represented by up to 16 digits

(numeric 0-3), each of which specifies one of the four types of

bar.

Customer Barcode 3 using the N encoding table (format code =

62). Customer Information is represented by up to 15 digits (0-

9).

Customer Barcode 3 using the C encoding table (format code =

62). Customer Information is represented by up to 10 characters

(A-Z, a-z, 0-9, space, #).

Customer Barcode 3 using proprietary encoding (format code =

62). Customer Information is represented by up to 31 digits

(numeric 0-3), each of which specifies one of the four types of

bar.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Reply Paid Barcode (format code = 45). 8-digits (0-9) number

representing the Sorting Code.

X’21’

Code 93

X’00’

The Standard Code 93 character set and Extended Code 93

character set are supported.

Generate check digit and print it with the bar code.