Xerox 4215/MRP - Manual

Xerox 4215/MRP

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Table of Contents:

  • Page 3 – Notices; Installation caution; Canada
  • Page 4 – Laser safety; Your pirnter complies with appropriate safety standards.; VARNING; OM
  • Page 5 – Warning labels
  • Page 7 – Operational safety; Follow these notes to ensure safe operation of your equipment.; Do this; Never use an extension cord with the ELCI/RCD.
  • Page 8 – Approvals and certification; UL classified to IEC 950; Safety feature
  • Page 9 – International configuration of ELCI/RCD; If power to the printer is interrupted, follow these steps:
  • Page 11 – Table of contents
  • Page 15 – Font support and selection
  • Page 16 – Appendices
  • Page 17 – Glossary
  • Page 19 – Introduction; About this manual; Conventions; Text conventions; This manual uses the following text conventions throughout.; CAUTION: Cautions are associated with equipment safety.; italics
  • Page 20 – bold
  • Page 21 – Indicates that this key must be pressed three times.; Window messages; Procedure conventions—personal computer (PC); FILENAMES; When instructed to type information, do not press the Enter key.; Enter
  • Page 23 – Overview and printer setup; Emulated printers
  • Page 24 – Type
  • Page 25 – Features and compatibilities; Enables HP PCL 5 and PostScript Level 2 over all interfaces.; MRP Family user interface interaction with coax interface; Printer setup
  • Page 26 – Print Language Setup - HP LaserJet Emulation Mode; Create a configuration description for a 132 character MPP
  • Page 27 – There is no need to put any FSL into the user data stream.
  • Page 28 – Configuring the Coax interface card; sets the default paper size
  • Page 29 – Page size; Checking the interface configuration
  • Page 30 – Sample of a Coax Interface Configuration Report
  • Page 31 – FSL cross reference for the coax configuration page; Command numbers and names; (Enable Auto paper size
  • Page 32 – MRP Family delete current job capability
  • Page 33 – Remember; DSC control codes
  • Page 34 – Command summary and comparison; Supported as described in this manual.; DSC command summary and comparison
  • Page 35 – DSC command descriptions; Control sequence of a Carriage Return command
  • Page 36 – Control sequence of a Null command; Reserved codes; Control sequence of a Stop command
  • Page 37 – SCS data stream structure; The SCS mode can also be referred to as SNA LU1 mode.; Command summary; Code
  • Page 38 – Supported SCS commands; SCS command comparison; supported as described in this manual; SCS coax commands
  • Page 39 – SCS command; Command descriptions; Control sequence of a Back Space command
  • Page 40 – Control sequence of a Bell command
  • Page 41 – Control sequence of a Graphic Escape command; gg; Control sequence of a Horizontal Tab command
  • Page 42 – Control sequence of a Line Feed command
  • Page 43 – Valid values for this parameter are:
  • Page 44 – tt
  • Page 45 – op
  • Page 46 – nn; Number of bytes in a command including nn.; hh; Valid values for hh are printer dependent.
  • Page 47 – lm; If a tab value is zero it is not set.; The maximum number of tabs is 251.
  • Page 48 – Command class for a Set Line Density command; Valid values are 01 and 02.; ld
  • Page 49 – Command class for Set Print Density; default value for CPI applies.; cp
  • Page 50 – Valid values are 01—FF.; vv; Continuing on next page
  • Page 51 – tm; tm is always the first tab value.; The maximum number of tabs that can be set is 251.
  • Page 52 – Valid values for nn range from 0—FF.
  • Page 53 – Control sequence of a Vertical Tab command
  • Page 55 – Function Selection via Line; Setting levels; The factory default area; Storing and reading settings
  • Page 56 – Syntax; Actions at power up
  • Page 57 – FSL escape character; Types of FSL escape character; Permanent; Using FSL escape character
  • Page 58 – Format of FSL escape sequences; Valid escape sequences must be in one of the following formats:; Removing FSL escape character; Follow these steps to remove an escape character:
  • Page 59 – FSL types
  • Page 60 – FSL
  • Page 62 – Common command features
  • Page 63 – ESC—Single Paired Hex Transparent; Example; ESC-ESC—Multiple Paired Hex Transparent; Pair of hexadecimal values; ascii; Data in plain text
  • Page 64 – T2—Online Hex Dump; Selects Online Hexadecimal Dump on the coax interface.; T3—Online ASCII Hex Dump; Selects Online ASCII Hexadecimal Dump.; T4—Printout Settings; Prints the current settings, and selects Test 4 print out.
  • Page 65 – T5—Printout Character Set; Prints the character sets.; T6—Cancel Online ASCII Hex Dump; Stops Online ASCII Hexadecimal Dump.; W—Print Bar Code; Converts data to bar code.; data; X0—Set Printer in Hold Mode
  • Page 66 – X2—Restore Settings from Permanent Storage; Valid parameters are:
  • Page 67 – Y2—Set Default LPI
  • Page 68 – Y3—Set Default CPI
  • Page 70 – Y6—Set Default Maximum Print Position (MPP)
  • Page 71 – Y8—Set LU1 Language
  • Page 72 – Y9—Set Default Print Quality
  • Page 73 – Y10—Set Page Format; Selects an exact or scaled page format on page boundary.
  • Page 74 – Y11—Set Default Paper Path
  • Page 75 – Default destination selected from UI; Example 1
  • Page 76 – Y12—Set Default Paper Size
  • Page 77 – Y13—Set Wrap/Cut Option at Physical Paper Size
  • Page 78 – Y14—Enable Graphic Option; Disable Graphics; Y19—Set Simplex / Duplex; Selects duplex printing.
  • Page 79 – sets orientation to landscape.; Y25—FF Before Local Copy; No Form Feed Before Local Copy
  • Page 80 – Y26—FF After Local Copy; The default is 0 for non-page printers, and 1 for page printers.
  • Page 82 – Y27—Non-SCS Print Image
  • Page 86 – Y31—Non-SCS, Valid FF at End of Print Buffer
  • Page 87 – FF valid anywhere it occurs.
  • Page 88 – Y33—Non-SCS, Automatic Function at End of Job
  • Page 89 – Y34—Last LF on Page Sent as FF; Y36—Suppress IBM Control Code; Respect all IBM control codes
  • Page 90 – Y37—IBM Printer Emulation Select
  • Page 91 – EAB and Query Reply enabled; Y44—Suppress CR and SP to Same Position; No suppression
  • Page 92 – Y46—Set IRQ Timer; Never send IRQ
  • Page 93 – Y47—ESC-Mode Selection; or; ASCII
  • Page 94 – Y48—Set Permanent Escape; Selects the permanent escape character.; Y49—Restrict Access of Temporary and Permanent Settings; Note
  • Page 95 – Y50—FF After Time Elapse; Do not flush page; Y51—User Strings at Power Up; Specifies the user strings that should be sent at power up.; The strings are sent in ascending order.
  • Page 96 – Y57—User-defined String Before Local Copy; Sets up the printer before local copy.; Y58—User-defined String After Local Copy; Sets up the printer after local copy.
  • Page 97 – Y59—Bar Code Definition
  • Page 98 – Many bar codes include checkdigits.
  • Page 99 – Y60—Font Link for GFIDs
  • Page 100 – Refer also to the FSL “Y3—Set Default CPI” section.; GFID; Typographic
  • Page 101 – Y61—Setup for User-defined Strings
  • Page 102 – Example 2; Sending a user string is done with a Z function as follows:; Y62—Setup for IBM-defined Strings
  • Page 103 – LPI
  • Page 106 – Y71—Create Translate Table; Y73—Select Translate Table
  • Page 107 – Codepage 500 to ECMA.; Y74—Define Symbol Set String; Y75—Overwrite Translate Table; Selected Symbol Set with valid values of 1—8
  • Page 108 – Change a single character.; Y76—Create APL Translate Table
  • Page 109 – Y77—Reset APL Translate Table; Y78—Select APL Translate Table
  • Page 110 – Y80—Overwrite APL Translate Table
  • Page 111 – Y88—Define Page Offset; This function must be enabled using Y89.; Y89—Enable Page Offset
  • Page 112 – * Function is deactivated from next page; Y90—Define User Escape String; The maximum length of the ESC string is 255 bytes.
  • Page 113 – Y91—GFID/Font Select Setup
  • Page 114 – PROPORTIONAL; Proportional Bold
  • Page 115 – Example 3; Italic; Y92—Point Size Strings; Y93—Attribute Strings; The valid string values are 1 to 8.; Y94—Typeface Strings; The valid string values are 1 to 8.
  • Page 116 – Y96—GFID Select; This function cannot be saved in nonvolatile memory.; Y98—Enable Automatic Page Orientation (APO) Support; There are two parameters in this function.
  • Page 117 – Enable APO; Y100—Printer Share String and Timer; timeout
  • Page 118 – Y119—Enable/disable automatic paper size configuration; Y120—Setting Printout at Power Up
  • Page 119 – Z—Send User-defined Strings; Page layout functions; Placing commands in the data stream
  • Page 120 – Page Orientation algorithm
  • Page 121 – Page orientation algorithm—1
  • Page 122 – Logical Page Size
  • Page 125 – Font support and selection; Supported fonts; Included fonts
  • Page 126 – Table 4-1. 3816 emulation fonts and their corresponding; No GFID
  • Page 127 – GFID to PCL font mapping
  • Page 128 – Table 4-2. GFID interval and related pitch; PS
  • Page 129 – Font selection via FSL in coax; Font selection using printer resident PCL fonts
  • Page 130 – Selecting COR fonts
  • Page 131 – Selection; Character sets
  • Page 133 – Error handling; IBM error types; Error type
  • Page 134 – Recoverable printer errors; Recoverable errors
  • Page 135 – Nonrecoverable hardware errors
  • Page 137 – Coax printers line configurations; Configuration 1
  • Page 139 – Configuration 4; Sysgen samples; Sample IO Gen for the 3274—non-SNA controller
  • Page 140 – Sample VTAM parameter for local non-SNA 3270 terminal and printer
  • Page 141 – Sample NCP Gen
  • Page 142 – JES/328X print facility parameters
  • Page 143 – Sample mode table entries for 3287 printers (all control units)
  • Page 145 – Configuration and Resource; Installing your Configuration and Resource Utility
  • Page 150 – Managing fonts; Refer to Table 7-1 for a complete list of fonts.
  • Page 151 – Loading fonts; Load one font at a time, by entering the following command:
  • Page 152 – Accessing the Font List screen; The following options are available:; Option B; Copy font data. Observe TSO naming conventions:; Option D; Delete font data allows you to delete a member from the library.; Option L; Download font data allows to you to send the font to a printer.; Managing forms
  • Page 153 – The Form List screen displays showing these options:; Delete form data allows you to delete a member from the library.; Download form data allows you to send a form to a printer.; Managing lists of resources; CFGD=Configuration Description name
  • Page 154 – Copy list data. Observe TSO naming conventions as follows:; Downloading ASCII files
  • Page 155 – Configuration Description List; Accessing the Configuration Description List screen
  • Page 156 – DUPLEX
  • Page 157 – Creating a configuration file
  • Page 158 – Creating the User-created FSL; Modifying a configuration file
  • Page 159 – Loading a configuration file; PLEASE ENTER PRINTER DESTINATION.; Deleting or copying a configuration file; Configuration in the VM environment
  • Page 160 – Configuration and Resource Utility components; The following is a list of entities included in your utility:; Selecting functions; Keys; END
  • Page 161 – Accessing the MVS ISPF Primary Option Menu
  • Page 162 – Invoking the Configuration and Resource Utility
  • Page 163 – Create Configuration Description; st screen; The Create Configuration Description first screen displays:; Name of Configuration Description
  • Page 164 – Press F8 to go to the second screen.; nd screen; The Create Configuration Description second screen displays:
  • Page 165 – Saving a Create Configuration Description; To save a configuration description, do the following:; Press F8 or the Enter key to go to the second screen.; The information on both screens will be saved.; Change Configuration Description; Any member name in XMRPV1R2M1CFGLIB is valid.; The Change Configuration Description first screen displays:
  • Page 166 – The Change Configuration Description second screen displays:
  • Page 167 – Error message; Error message; Clist code listings; Listing configuration descriptions; Command
  • Page 168 – Creating configuration descriptions; Changing configuration descriptions; Loading configuration descriptions; PROC 2 CFGD DEST NOALLOC
  • Page 171 – Font and code set tables
  • Page 175 – BF
  • Page 176 – Bit
  • Page 184 – Table A-13. Code Page 276—French Canadian
  • Page 195 – NUL; Code point X‘75‘ print as a
  • Page 198 – DSC mode
  • Page 199 – DSC option defaults
  • Page 200 – denotes the setting.
  • Page 201 – summary; Name; Reserved
  • Page 202 – SCS commands; BD2nn48xxxxxxsddoddxxxxxxxx
  • Page 203 – Description of feature
  • Page 207 – Coax communications buffer; Communications buffer
  • Page 208 – Printer Output Area; Address
  • Page 209 – —Non-SCS DSC query support (Dependent on FSL
  • Page 210 – Control Unit Output Area; Control unit output area
  • Page 211 – Abort
  • Page 213 – Orders
  • Page 214 – DSC print order processing; Invalid control codes are treated as nulls.
  • Page 217 – E. IBM GFID to PCL fonts attribute
  • Page 221 – hints; Recommended settings; MRP Family Font Formats; Summary
  • Page 222 – Printing a separator page between jobs; Send the following FSL command to the printer:; Sending data to multiple ports
  • Page 225 – replies; Byte
  • Page 229 – Length of structured field; Color indicator supported; Monochrome ribbon is loaded.
  • Page 232 – Refer to table G-11 for device characteristics reply.
  • Page 233 – Related publications; Xerox MRP Family publications; Publication; French
  • Page 235 – IBM publications; The following IBM manuals were used for references:; IBM 3268 Printer Models 2 & 2c Description; Other publications
  • Page 236 – Rank Xerox documentation numbers
  • Page 237 – Overview of VPS
  • Page 238 – 2XX/MRP transparency
  • Page 239 – Send the file containing the FSL commands by using a JCL; PCL forms overview
  • Page 240 – Using FormFixC to create macros; Installing FormFixC
  • Page 241 – Implementing FormFixC; Entering FormFixC Screen
  • Page 242 – FormFixC troubleshooting; Transferring a macro to the IBM host
  • Page 243 – Merging variable data with a single form (macro); Overlay command
  • Page 244 – Call command
  • Page 245 – Merging variable data with different forms (macros)
  • Page 246 – Switching form orientation
  • Page 247 – Limitations
  • Page 249 – Base 2 number system written with the digits “0” or “1.” See bit.
  • Page 251 – characters per inch
  • Page 252 – One or more recorded or printed pages forming a logical whole.
  • Page 253 – Control codes within the text of a file.
  • Page 254 – Global Font Identifier, a number that references a font.
  • Page 257 – Place where printed material is delivered face down.
  • Page 258 – Values that are in effect when the printer is powered up.
  • Page 259 – Font scaled within the printer to any point size.
  • Page 260 – Number of lines of characters per inch.
  • Page 261 – Index; character
  • Page 262 – characteristics
  • Page 263 – Y13—Set Wrap/Cut Option at Physical Paper Size,
  • Page 264 – conventions, xix to xxi
  • Page 265 – field attribute, see FA
  • Page 266 – highlight
  • Page 268 – Original Equipment Manufacturer reply, see OEM
  • Page 269 – procedure conventions, xx to xxi
  • Page 271 – temporary
  • Page 273 – Alternate Media Order Card
  • Page 274 – BUSINESS REPLY MAIL
Loading the manual

XEROX

Xerox MRP Family

4215/MRP, 4219/MRP, 4220/MRP, 4230/MRP
Coax Command Reference

May 1995
720P12761

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Summary

Page 3 - Notices; Installation caution; Canada

Notices Installation caution Your Xerox 4220/MRP And 4230/MRP printers are not customerinstallable. Only a Xerox service representative should install theequipment. Safety CAUTION: This equipment generates, uses, and can radiate radiofrequency energy, and if not installed and used in accordancewith ...

Page 4 - Laser safety; Your pirnter complies with appropriate safety standards.; VARNING; OM

NOTICES Europe: 50 Hz, 220 - 240 V equipment This equipment has been tested and certified in conformancewith European commission directive 82/499/ECC and VDE0871/0875, Class A, relating to radio frequency interference. CAUTION: In order to allow this equipment to operate inproximity to Industrial, S...

Page 5 - Warning labels

NOTICES Warning labels There are several user accessable Laser Safety Warning labelslocated on the printer. These are as shown on the next twopages. DANGER-invisible laserradiationwhen open and interlockdefeated for service. AVOID DIRECT EXPOSURE TOBEAM. Instructions for safe service arein SERVICE M...

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