Preface Preface Thank you for purchasing the AXIS AFP Printer Controller. Our goal in developing this product is to enable you to connect any PostScript printer to your IBM IPDS environment, allowing you to take full advantage of both the IPDS functions and your PostScript printer capabilites. About Axis Axis Communications, founded in 1984, is one of the world’s fastest growing companies in the CD-ROM server, network print server, network camera and IBM printer interface market.
Preface About this Manual This manual applies to the Axis AFP printer controller with firmware release 2.10 and to subsequent releases until otherwise notified. The manual consists of seven sections and additional appendices: 1. INTRODUCTION – The AFP general description. 2. INSTALLATION – Installation of the AFP. 3. CONFIGURATION – How to configure the AFP. 4. ADVANCED FUNCTIONS – Parameter programming and Hex Transparency (Coax mode only). 5. FONTS – How fonts are handled by the AFP. 6.
Preface Emission Notices USA This equipment generates, uses, and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual, may cause interference to radio communications. It has been tested and found to comply with the limits for a Class A computing device pursuant to Subpart B of Part 15 of FCC rules, which are designed to provide reasonable protection against such interference when operated in a commercial environment.
Table of Contents Table of Contents 1 Introduction The Axis AFP Theory of Operation IBM Printer Emulation 2 Installation Unpacking Select Coax or Twinax Connection System Configuration, coax mode System Configuration, twinax mode Printer and System Attachment 3 34 35 Fonts Host Down-loaded Fonts Printer Resident Fonts Supported Resident Fonts Immediate Font Substitutions Unsupported Fonts Typographical Fonts Default Font Width Scalable Fonts User Definable Fonts Extended Font Mapping 4 17 18 19 20
Table of Contents 6 Solving Problems No Printouts Incorrect Printouts Error Report Messages 7 Compatibility Considerations Printer Resolution Resource Memory Management Characters and Code Pages Resident Fonts Printable Area A C The Front and Back Panels 131 132 PC-host Sharing Configuration Axis AFP User’s Manual 123 123 124 124 124 125 125 125 126 127 128 129 Printer Cable Configuration Printer/PC-sharing Port Pin-Out Parallel Printer Cable E 63 64 67 EBCDIC Character Table The Front Panel
Table of Contents F Technical Specifications Host Environments Attachments Software Requirements for IPDS Printing Cable Attachments Printer Emulations Data Streams IBM Features Additional Features Font Support Character Support Printer Support Printer Memory Requirements Printer Attachment Printing Speed (printer dependent) Hardware specifications Physical Dimensions Electrical specifications Approvals Operating Environment G How To Contact Axis H Related Documentation 135 135 136 136 137 137 138 13
Section 1: Introduction Section 1 Introduction The Axis AFP The Axis AFP is a printer controller that allows PostScript printers to function as an IBM 4028, 3916, 3912, 3112, 3116, 3812 or 3816 IPDS page printer by translating the IPDS data stream into PostScript code. It supports printing from AFP (Advanced Function Printing) applications through PSF, and any other application with IPDS, 3270 data stream or SCS output, as well as all AS/400 or S/3x applications.
Section 1: Introduction BACK 901 23 456 ER SYSTEM Indicator SY Y D EA READY Indicator S ERROR Indicator ST AT U R DATA Indicator STATUS Indicator ER R O SYSTEM System Connector D AT A R COAX TWINAX Coax/Twinax Mode Switch ST PO W POWER Indicator EM 78 Rotary Switch FRONT PS-B Power Connector PRINTER / PC SHARE Printer/PC Share Connector The Axis AFP printer controller 8 Axis AFP User’s Manual
Section 1: Introduction Theory of Operation The Axis AFP converts the IPDS data stream to PostScript. Together with the attached printer, the Axis AFP will appear to the host as an IBM IPDS page printer. In addition, the Axis AFP can be used to share the connected printer between the IBM host and a PC. The PC-Host sharing function works without need for user intervention, using an optional cable. The picture below shows the Axis AFP in an operating environment, illustrating the PC-Host sharing function.
Section 1: Introduction IBM Printer Emulation The Axis AFP supports all IPDS towers. Together with a PostScript printer, it emulates any of the following printers: • IBM 4028 • IBM 3112/3916 • IBM 3912/3916 • IBM 3812 model 2 • IBM 3816 model 01S/01D • IBM 3287 • IBM 3268 • IBM 3262 • IBM 4214 model 1 • IBM 4214 model 2 • IBM 5224 • IBM 5225 • IBM 5256. For further details, see Appendix F, Technical Specifications and Section 7, Compatibility Considerations.
Section 2: Installation Section 2 Installation Unpacking Parallel Centronics printer cable (Part no: 12755) • Power supply PS–B.
Section 2: Installation Select Coax or Twinax Connection The Axis AFP must be configured for the correct IBM host connection before starting the installation. The Axis AFP can be configured for IBM 3270/Coax or IBM 5250/Twinax connection using a switch on the back panel (see figure below). To select coax or twinax mode do as follows: 1. Make sure that the Axis AFP is disconnected from the power supply and the system. 2. Slide the back panel switch to COAX or TWINAX 3.
Section 2: Installation System Configuration, twinax mode Twinax: The AS/400 configuration is easiest done using the Auto Configuration to define an [*IPDS] printer. If in doubt, consult your system operator. Before you begin: • If you plan to print in duplex, the Axis AFP must be configured for IBM 4028/3916 or 3816 emulation, see Section 3, Configuration.
Section 2: Installation Follow these steps to configure your AS/400: 1. Find a free Device Address using the [PRTDEVADR] command. 2. Turn the Automatic Configuration on using the [CHGSYSVAL QAUTOCFG '1'] command. 3. Connect the Axis AFP to the twinax line. 4. Power on the Axis AFP, and wait for approx. 5 seconds until the SYSTEM indicator goes on. 5. Verify that the AS/400 has detected a new device by using the [WRKDEVD] command. 6. Disable the Automatic Configuration [CHGSYSVAL QAUTOCFG '0']. 7.
Section 2: Installation Printer and System Attachment The Axis AFP factory default setting is IBM 4028/3916 IPDS emulation set for US English character set and A4 size paper. To alter the settings, continue to Section 3, Configuration. The set-up only needs to be done once and may already have been done by your dealer. To connect the Axis AFP to your system and printer, do the following: 1. Power off the printer and the Axis AFP. 2. Connect the printer cable between Axis AFP and the printer. Coax: 3.
Section 2: Installation The unit is now ready for operation and will show its status with the indicators: m POWER - Indicates power connection m SYSTEM - Indicates control unit/host connection m READY - Indicates printer connection and ready printer m DATA - Indicates incoming data During power-on, Axis AFP initializes the printer and the power-on page is printed: (Shown for coax mode. The twinax mode power-on page is similar.
Section 3: Configuration Section 3 Configuration The Axis AFP factory default settings match that of an IBM 4028/3916 IPDS page printer set for US English character set and A4 paper size. Configuration of settings is done from an IBM 3270 terminal connected to the Axis AFP if it is set up for coax connection, or from an IBM 5250 terminal if the Axis AFP is set up for twinax connection. Menus appearing on the screen guide through the steps of configuration.
Section 3: Configuration Key Definitions The first configuration screen is the Key Definitions Menu: ============================================================================ AFP Series Printer Controller Axis AFP Ver 2.10 ============================================================================ KEY DEFINITIONS _Right Left Up Down Enter Assign cursor keys This screen is for assigning the specific keys to be used in the configuration. No other keys than the five assigned can be used.
Section 3: Configuration Main Menu After pressing the assigned Enter key, the Main Menu is displayed: ============================================================================ AFP Series Printer Controller Axis AFP Ver 2.
Section 3: Configuration Basic Configuration The ‘Basic Configuration’ entry initiates a configuration procedure which will guide you through a sequence of sub menus. You will be prompted for selections in the following order: Default settings: 1. 2. 3. 4. 5. 6. Printer Driver PostScript Virtual Memory Size Color Support Duplex Support IBM Printer Emulation System Language (PostScript Level 1) (1200) (No) (Yes) (IBM 4028/3916) (US English) Select ‘Basic Configuration’.
Section 3: Configuration Select PostScript Virtual Memory Size This sub menu is shown after you have selected Printer Driver. This value defines how much memory the Axis AFP can use in the PostScript printer for storing resources. Adjust the value to match the ‘Free PostScript VM Size’ given on the power-on page (see Section 2). The default value is 1200 kbytes. Select the PostScript Virtual Memory Size. Use the cursor keys to change the value.
Section 3: Configuration Select IBM Printer Emulation The following IBM printers can be emulated: • • • • • • • • • • • • IBM 4028 IBM 3112/3116 IBM 3912/3916 IBM 3812 mod 2 IBM 3816 IBM 4214 mod 1 and 2 IBM 3268 IBM 3287 IBM 3262 IBM 5224 IBM 5225 IBM 5256 (300 dpi IPDS page printer) (300 dpi IPDS page printer with duplex) (300 dpi IPDS page printer with duplex) (240 dpi IPDS page printer) (240 dpi IPDS page printer with duplex) (non-IPDS matrix printer) (non-IPDS matrix printer) (non-IPDS matrix print
Section 3: Configuration Page Format The ‘Page Format’ entry initiates a configuration procedure which will guide you through a series of sub menus. You will be prompted for the following selections: Default settings: 1. Maximum Page Length 2. Maximum Print Position 3. Bin 1 Physical Paper Size 4. Bin 1 Orientation 5. Bin 2 Physical Paper Size 6. Bin 2 Orientation 7. Default Input Bin 8. Paper Cassette Linking 9. Auto Orientation 10. High Capacity as Primary 11. Left Portrait Margin 12.
Section 3: Configuration Select Maximum Page Length The Maximum Page Length defines the number of lines per page. The Axis AFP will generate a Form Feed after the specified number of lines. The default value is 66 lines. Select the Maximum Page Length. Use the Up/Down keys to change the value. This parameter has no effect in IPDS mode. The Maximum Page Length selection may be overridden by the host.
Section 3: Configuration Select Bin 1 Orientation This selection defines the default print orientation when printing from Bin 1. The default selection is Reduction, which means that the Computer Output Reduction (COR) feature is enabled. Select the default Bin 1 Orientation. This parameter has no effect in IPDS mode. Select Bin 2 Physical Paper Size The physical paper size selection must match the actual paper size you are using for Bin 2. The predefined sizes are Executive, Letter, Legal, A4, and A3.
Section 3: Configuration Select Paper Cassette Linking This selection controls the interaction between the input paper bins. The default value is Off, which means no bin interaction. When the current bin goes empty, printing will stop. The Bin selection causes a change to the next bin when the current bin goes empty. The Sheet selection causes a bin change between each sheet. Select a paper cassette linking value.
Section 3: Configuration Select Top Portrait Margin This value defines the distance between the first print line and the top edge of the paper in portrait mode. The measurement is in units of 1/100". The default value is 10. Select a Top Portrait Margin value. This parameter has no effect in IPDS mode. Select Left Landscape Margin This value defines the distance between the first print column and the left edge of the paper in landscape mode. The measurement is in units of 1/100".
Section 3: Configuration Select Top COR Margin This value defines the distance between the first print line and the top edge of the paper in COR mode. The measurement is in units of 1/100". The default value is 0. Select a Top COR Margin value. This parameter has no effect in IPDS mode.
Section 3: Configuration View Configuration This Main Menu option displays the basic settings from the Basic Configuration, Printer Attachment, and Page Format entries. Select ‘View Configuration’ in the Main Menu with the cursor keys and press Enter.
Section 3: Configuration Save the Configuration Select ‘Save’ in the Main Menu. The Save sub menu is shown. You are prompted to confirm your selection: Save Configuration (Yes=, No=)? Press Enter to confirm. A message (Saving....) is shown while the saving is in progress, and then the Main Menu is displayed again. The previous configuration remains in the permanent memory until the current configuration is saved.
Section 3: Configuration Exit the Configuration Select ‘Exit’ in the Main Menu. A message is shown while the configuration program is being closed, then the screen is blanked. If you have selected ‘Exit’ without saving the current configuration, the following prompt will be shown: Save Configuration (Yes=, No=)? Press Enter to save, or any cursor key to abandon changes. Disconnect the cable between your terminal and the Axis AFP and connect it to your system.
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Section 4: Advanced Functions Section 4 Advanced Functions This section deals with advanced topics beyond the normal operation: • Parameter Editing The Axis AFP has a large number of parameters besides those already covered in the previous section. By editing those parameters, you can tailor the Axis AFP to meet a wide range of special requirements. See Appendix A for a complete description of the parameters.
Section 4: Advanced Functions Parameter Editing This function is reached from the ‘Edit Parameters’ entry in the Main Menu (see Section 3 on how to start the Configuration). Select ‘Edit Parameters’ in the Main Menu. The Edit Parameters sub menu is shown for an Axis AFP set up for coax connection. For twinax connection the menu lists relevant twinax parameters.
Section 4: Advanced Functions Hex Transparency, coax mode This section applies only when the Axis AFP is set up for coax connection. The hex transparency function allows you to send hex-encoded binary data (e.g. PostScript or HP PCL) directly to the printer without any conversion. It is controlled by inserting the following special commands in the data stream: #3210 Transparency Lead-in String – When this string is received, the current PostScript job is terminated, and the page is ejected.
Section 4: Advanced Functions The following PostScript code prints the text ‘Transparent Data’ in 30 point Helvetica. Example: 100 700 moveto /Helvetica findfont 30 scalefont setfont (Transparent Data) show showpage Convert the code into hexadecimal ASCII format, and add the Transparency Lead-in and Trailer Strings.
Section 5: Fonts Section 5 Fonts This section describes how fonts are handled by the Axis AFP. There are two different approaches to font handling – down-loading fonts from the host, and using fonts already resident in the printer. Both methods are supported by the Axis AFP. Section 5.1 below deals with host down-loaded fonts, the rest of this section is entirely devoted to printer resident fonts. Host Down-loaded Fonts IPDS provides functions for down-loading fonts from the host computer.
Section 5: Fonts Printer Resident Fonts The rest of this section deals with printer resident fonts. The table in Section 5.3 lists all IBM fonts that are recognized by the Axis AFP, and the corresponding PostScript printer fonts. The non-standard PostScript fonts are resident in the Axis AFP (OCR-B is one example), so you don’t need font cards etc. to use the listed fonts. In IPDS mode, printer resident fonts can be selected by the system referring to the FGID (Font Global IDentifier) and FW (Font Width).
Section 5: Fonts Supported Resident Fonts The following table shows the IBM fonts that are recognized by the Axis AFP as valid resident font selections. The actual PostScript printer font is also listed. All fonts marked with an ‘@’ are close in appearance to the original, and are reported to the host as supported resident fonts. All fonts marked with a ‘%’ are dynamically scalable to any point size by specifying a font width, see Section 5.6.2.
Section 5: Fonts FGID @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ 40 hex 0057 005B 006C 006D 006E 006F 0070 009B 009E 009F 00A0 00A2 00A3 00A8 00AD 00AF 00B1 00CC 00D6 00DD 00DE 00DF 00E1 00E3 00E5 00E6 00F4 00F5 00FC 00FD 00FE 00FF 0106 0112 0118 0119 011D 0122 02EF 041B 041D 0420 0547 0675 0837 dec 87 91 108 109 110 111 112 155 158 159 160 162 163 168 173 175 177 204 214 221 222 223 225 227 229 230 244 245 252 253 254 255 262 274 280 281 285 290 751 1051 1053 1056 1351 1653 2103 FW hex 007
Section 5: Fonts FGID @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ hex 0F00 to 0F7F 1137 1137 1137 1137 1137 1137 114B 114B 114B 114B 114B 114B 11B7 11B7 11B7 11CB 11CB 11CB 11CB 11CB 4237 4237 424B 424B 42B7 42B7 42CB 42CB 1637 1637 1637 1637 1637 1637 1637 164B 164B 164B 164B 164B 164B 164B dec 3840 to 3967 4407 4407 4407 4407 4407 4407 4427 4427 4427 4427 4427 4427 4535 4535 4535 4555 4555 4555 4555 4555 16951 16951 16971 16971 17079 17079
Section 5: Fonts FGID %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ %@ 42 hex 16B7 16B7 16B7 16B7 16B7 16B7 16B7 16CB 16CB 16CB 16CB 16CB 16CB 16CB 8537 8537 8537 8537 8537 8537 8537 854B 854B 854B 854B 854B 854B 854B 85B7 85B7 85B7 85B7 85B7 85B7 85B7 85CB 85CB 85CB 85CB 85CB 85CB 85CB dec 5815 5815 5815 5815 5815 5815 5815 5835 5835 5835 5835 5835 5835 5835 34103 34103 34103 34103 34103 34103 34103 34123 34123 34123 34123 34
Section 5: Fonts Notes: 1. FW (Font Width) is in 1/1440", and denotes the width of a word space for the specific font. 2. Certain FGIDs are substituted to another FGID, see Immediate Font Substitutions below. 3. (Coax mode only) For PSF/MVS, sample APSRMARK jobs can be found in SYS1.SAMPLIB. The fonts can be marked with the APSWMSTD and APSWMGML sample jobs for 3812 and 3816 printers. The APSW4028 is used with the 4028 printer. 4.
Section 5: Fonts Immediate Font Substitutions Certain FGIDs will be immediately substituted by the Axis AFP. The substitution table depends on the selected IBM printer emulation.
Section 5: Fonts The following fonts are substituted for the IBM 3812/3816 emulation: FGID hex 000D 0014 001A 001E 0029 002A 0046 0047 0048 0050 005B 006B 009E 00B0 00B1 00DD 00DE 00E1 00E5 Selected IBM font dec 13 20 26 30 41 42 70 71 72 80 91 107 158 176 177 221 222 225 229 Artisan.10 Pica.10 Matrix.gothic 10 Math-symbol.10 Roman-text.10 Serif-text.10 Serif-text.12 Serif-text.italic.12 Serif-text.bold.12 Math-symbol.12 Light-italic.12 Elite.12 Modern.PSM Bold.PSM Bold.italic.PSM Prestige.15 Gothic.
Section 5: Fonts Unsupported Fonts All FGIDs that don’t appear in the Supported Fonts table (Section 5.3) or the Immediate Font Substitutions table (Section 5.4) are considered unsupported. A selection of an unsupported FGID value will result in a substitution to a default font. The Axis AFP uses the same default fonts as the emulated IBM printers.
Section 5: Fonts Typographical Fonts This section deals with font width selections for typographical (proportional pitch) fonts. Note that when an unsupported typographical font (FGID range 512 - 65534) is selected, the resulting font will be a fixed pitch (see the table on the previous page), and the selected font width value will be ignored.
Section 5: Fonts User Definable Fonts This section describes how to select a printer specific, soft loaded, or cartridge resident font by a FGID number. Up to 128 additional fonts can be linked to FGID numbers by the user. The FGID numbers 3840 to 3967 (0F00-0F7F in hexadecimal) are reserved by IBM for user defined fonts. When an FGID between 3840 and 3967 is used, Axis AFP translates it to a call for a user font UF0 to UF127 in the printer (i.e. FGID 3840 to UF0, FGID 3841 to UF1, etc.).
Section 5: Fonts Extended Font Mapping This section describes an alternative method for selecting printer specific, softloaded or cartridge resident font by FGID number. Extended font mapping avoids the limitation of a restricted character set (see the previous User Definable Fonts section), but is more complex to manage. You should have a working knowledge of PostScript command language programming and PostScript font handling before implementing the procedures described below.
Section 5: Fonts The Font Map Dictionary The font map dictionary (FMAP) contains the IBM FGIDs or AFP/PS encoded typefaces, and the typefaces you want to map them to.You can map a specific FGID to a new typeface, or modify a whole typeface class.
Section 5: Fonts EDICT and FMAP dictionaries may be combined in order to map any printer typeface to a specific FGID.
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Section 6: Solving Problems Section 6 Solving Problems This section deals with some common failure situations and gives guidelines for trouble-shooting. No Printouts In case of missing printouts, check the following: 1. Is the Axis AFP POWER indicator on? Check the power supply. 2. Is the Axis AFP READY indicator on? Check that the printer is on-line, according to the printer’s manual. Check the printer cable connection. 3. Is the Axis AFP power up page printed? Power off the printer and Axis AFP.
Section 6: Solving Problems Incorrect Printouts The following list describes some types of printout faults: 1. Print data is lost at paper edges: You are printing outside the printable area. Adjust the documents in your application to take this limitation in account, or compress the page contents by using the Horizontal and Vertical Scaling Factor parameters in Axis AFP. The page contents can be moved by using the Bind Origin parameters. See Section 7.5, Printable Area.
Section 6: Solving Problems Low Printing Speed If loaded fonts are used, check that the free VM Size is at least 700 kbytes, and that parameter #3001 is set accordingly. Coax: You can also consider to use printer resident fonts instead. This is defined in PSF/ MVS using the APSRMARK utility and in PSF/VM using the APRFTBLV (RSCS) or APRFTIDB files. If large overlays, page segments, or fonts are used, they can be kept in the printer between jobs, avoiding to down-load them for each job.
Section 6: Solving Problems Error Report If you run into problems that you can’t solve on your own, it is important that you make an error report for your System Manager or local distributor. See also appendix G, How to contact Axis, on page 141. The error report should include: Printing the Parameter List • A printout with a description of the inaccuracies that occur • The PostScript printer presentation page or Power-on page (see Section 2.5) • A Parameter List (see Section 6.3.
Section 6: Solving Problems Printing a Hex Dump A special hex dump mode is provided for diagnostic purposes. A hex dump is a printout where the incoming data stream is printed as hexadecimal byte values rather than being interpreted as characters and control codes. To print a hex dump, do as follows: 1. Make sure that your printer is on-line. 2. Set the rotary switch to ‘9’, and wait for approx. 3 seconds until the STATUS indicator starts to flash. You are now in the Function Mode. 3.
Section 6: Solving Problems Messages Apart from showing messages with the indicators, as described in Appendix C, the Axis AFP can also print the following messages: FACTORY DEFAULT SET Rotary switch position ‘1’ has been selected in Function Mode and parameters have been set to factory defaults. IBM HEX DUMP MODE SET TO EXIT, SELECT POSITION 9 OR POWER OFF Rotary switch position ‘4’ has been selected in Function Mode and Hex Dump Mode is started. Printer Memory Overflow.
Section 7: Compatibility Considerations Section 7 Compatibility Considerations The differences between IPDS and PostScript, and between the PostScript printer and the emulated IBM IPDS printer, may lead to differences in the appearance of the printouts. The five major areas of differences are: • Printer Resolution • Resource Memory Management • Characters and Code Pages • Resident Fonts • Printable Area. The following sections will explain and discuss these issues.
Section 7: Compatibility Considerations Resource Memory Management Axis AFP is equipped with 700 kbytes of resource memory in which fonts, overlays and page segments are stored to be transmitted to the printer when requested. The PS VM Size parameter defines how much printer memory is available for Axis AFP to use. When the printer memory limit is reached, unused resources are deleted from the printer. The minimum value of the PS VM size parameter is 200 kbytes.
Section 7: Compatibility Considerations Printable Area The IBM 4028/3916, 3812 and 3816 printers allow printing on the complete page. Many PostScript printers, however, have an unprintable area of approximately 1/4 inch around the edges of the paper (the shaded area in the figure below). Origin 0 ® ¬ Origin 1 Ý Feed direction Origin 3 ® ¬ Origin 2 Axis AFP has a set of parameters that can be used to offset the origin of printed data and to compress the page contents horizontally and vertically.
Section 7: Compatibility Considerations There are also a set of parameters that allow local scaling and positioning for each input bin individually.
Appendix A: The Parameter List Appendix A The Parameter List The Parameter List is a list of user settings controlling the operation of Axis AFP. Many of them are equivalent to IBM printer front panel switches. This appendix contains a list of all parameters with description, use and notes. Each parameter is assigned a number, #n, name and the assigned value. Factory default is denoted with ‘*’ preceding the value.
Appendix A: The Parameter List Parameter list, coax mode PARAMETER LIST Page 1 of 3 Axis AFP Coax Printer Controller SOFTWARE HARDWARE EPROM RAM NVRAM OPTIONS ID 50 51 52 : : : : : : Ver 2.10 950413 Ver 2.
Appendix A: The Parameter List PARAMETER LIST Page 2 of 3 Axis AFP Coax Printer Controller ID DESCRIPTION 732 733 734 735 736 737 Bind Bind Bind Bind Bind Bind Left Origin 1 Top Origin 1 Left Origin 2 Top Origin 2 Left Origin 3 Top Origin 3 SETTING : : : : : : 0 0 0 0 0 0 1000 1001 1002 1003 1004 1005 1006 1007 1008 Bin Bin Bin Bin Bin Bin Bin Bin Bin 1 1 1 1 1 1 1 1 1 Physical Paper Size Physical Paper Length Physical Paper Width Orientation Printer Bin Number Horizontal Scale Factor Vertical
Appendix A: The Parameter List PARAMETER LIST Page 3 of 3 Axis AFP Coax Printer Controller ID DESCRIPTION 1202 1203 1204 1205 1206 1207 1208 Bin Bin Bin Bin Bin Bin Bin 3000 3001 3002 3003 3004 3005 3010 3011 3012 3013 3014 3015 5 5 5 5 5 5 5 Physical Paper Width Orientation Printer Bin Number Horizontal Scale Factor Vertical Scale Factor Horizontal Offset Vertical Offset SETTING : : : : : : : 0 Reduction Default 0 0 0 0 Printer Driver PostScript Virtual Memory Horizontal Scale Factor Vertical S
Appendix A: The Parameter List Parameter list, twinax mode PARAMETER LIST Page 1 of 3 Axis AFP Twinax Printer Controller SOFTWARE HARDWARE EPROM RAM NVRAM OPTIONS ID 10 50 52 : : : : : : Ver 2.10 950413 Ver 2.
Appendix A: The Parameter List PARAMETER LIST Page 2 of 3 Axis AFP Twinax Printer Controller ID DESCRIPTION SETTING 1051 1052 1053 1054 1055 1056 1057 1058 Bin Bin Bin Bin Bin Bin Bin Bin 2 2 2 2 2 2 2 2 Physical Paper Length Physical Paper Width Orientation Printer Bin Number Horizontal Scale Factor Vertical Scale Factor Horizontal Offset Vertical Offset : : : : : : : : 0 0 Reduction Default 0 0 0 0 1100 1101 1102 1103 1104 1105 1106 1107 1108 Bin Bin Bin Bin Bin Bin Bin Bin Bin 3 3 3 3 3 3 3
Appendix A: The Parameter List PARAMETER LIST Page 3 of 3 Axis AFP Twinax Printer Controller ID DESCRIPTION SETTING 3014 3015 Optimize Duplex Job Separation : Yes : Yes 3150 3150 3150 Parallel-2 Time-out Parallel-2 Begin String Parallel-2 End String : 10 : : $04 3200 Power On String : 3280 3290 3291 3292 Host Time-out Job Time-out Job Begin String Job End String : 10 : 10 : : Sample Parameter List showing the default twinax configuration (page 3) Axis AFP User’s Manual 69
Appendix A: The Parameter List #10 Device Address 5250/Twinax only Shows the last Twinax Device Address set by the push-wheel. Value 0-6 *7 Notes: Description Last Twinax Device Address. Device Address not yet assigned. (default) 1. Do not change this value – the Device Address is always set by the pushwheel. 2. A message is printed when the Device Address has been changed: ATTENTION! DEVICE ADDRESS HAS BEEN CHANGED TO 3. PREVIOUS DEVICE ADDRESS WAS 6.
Appendix A: The Parameter List #50 System Language Defines the default code page and language character set.
Appendix A: The Parameter List #51 Load Translate Table 3270/Coax only Defines if the DSC/DSE mode character table shall be loaded from the Control Unit at Axis AFP power on. Value * No Yes Notes: Description Use the Code Page set by System Language (#50). Load translate table from Control Unit. 1. This parameter has only effect in DSC/DSE mode. 2. ‘Yes’ is the default setting of IBM 3812/3816, but requires that the Control Unit is configured to support Load Translate Table.
Appendix A: The Parameter List #100 Maximum Page Length Defines the Maximum Page Length (MPL) in number of lines. Value 0 - 999 * 66 Notes: Description MPL setting in number of lines. Factory default value. 1. This parameter has only effect in non-IPDS modes. 2. In SCS mode, this setting may be overridden by a data stream Set Vertical Format command. 3. If set to 0, or greater than the physical paper length, the MPL will default to the maximum value possible. 4.
Appendix A: The Parameter List #102 Lines Per Inch Defines the Lines Per Inch (LPI) line spacing. Value *6 8 Notes Description 6 LPI in portrait or landscape mode (8.57 LPI in COR mode). 8 LPI in portrait or landscape mode (11.43 LPI in COR mode). 1. This parameter has only effect in non-IPDS modes. 2. The LPI setting is overridden by the SCS Set Line Density command. 3. This parameter emulates an IBM 3812/3816 front panel switch: Lines Per Inch (LPI).
Appendix A: The Parameter List #201 Line Spacing 3270/Coax only Defines single or double line spacing. Value * Single Double Notes: Description Line spacing as speciÞed by the LPI setting. (default) Line spacing as half the LPI setting. 1. This parameter has only effect in non-IPDS modes. 2. The Line Spacing setting is overridden by the LU-1 (SCS) Set Line Density command. 3. This parameter emulates an IBM 3812/3816 front panel switch: Line Spacing.
Appendix A: The Parameter List #300 Default Input Bin Defines which input paper bin is the power up default bin. Value * Bin 1 Bin 2 Note: Related parameters: Description Paper is fed from the upper input paper bin. (default) Paper is fed from the lower input paper bin. 1. This setting may be overridden by a SCS or IPDS data stream command.
Appendix A: The Parameter List #302 High Capacity as Primary Defines which input bin is regarded as the primary bin. Value *0 1 Note: #400 Description Use bin 1 as primary and bin 2 as secondary. (default) Use bin 2 as primary and bin 1 as secondary. 1. This parameter emulates an IBM 3812/3816 front panel switch: Select High Capacity Cassette as Primary. Screen Size for Local Copy 3270/Coax only Defines the screen size for Local Copy operation.
Appendix A: The Parameter List #500 Intervention Time-out 3270/Coax only Defines the time in minutes after which intervention required is sent to the host after conditions such as paper out. Value 0 1 - 999 * 10 Note: #501 Description Intervention Required (IR) is never sent to the host. IR status is sent after the time speciÞed in minutes. Factory default value. (10 minutes) 1. This parameter emulates an IBM 3812/3816 front panel switch: Suppress Timeout on No-Data-Loss Intervention Required (IR).
Appendix A: The Parameter List #600 Auto Func after End of OILC Job 3270/Coax only Defines if there shall be an automatic Form Feed after an Operator-Initiated Local Screen Copy (OILC). Value 0 *1 Note: Related parameters: Description Automatic FF is determined by #607. Always FF after OILC. (default) 1. This parameter emulates an IBM 3812/3816 front panel switch: c16 Automatic Function at End of Operator-Initiated Local Screen Copy.
Appendix A: The Parameter List #602 Additional NL at MPP+1 3270/Coax only Defines if there shall be an additional New Line when the New Line command is executed at MPP+1. Value 0 *1 Notes: Description No additional NL when NL at MPP+1. Additional NL when NL at MPP+1. (default) 1. This parameter has only effect in DSC/DSE mode. 2. This parameter emulates an IBM 3812/3816 front panel switch: c19 Additional New Line at MPP+1.
Appendix A: The Parameter List #604 FF at End of Print Buffer 3270/Coax only Defines if there shall be an extra New Line after a Form Feed command. Value 0 *1 Notes: Description No additional NL after a FF. Additional NL after a FF. (default) 1. This parameter has only effect in DSC/DSE mode. 2. This parameter emulates an IBM 3812/3816 front panel switch: Form Feed Options at End of Print Buffer.
Appendix A: The Parameter List #606 FF Command Position 3270/Coax only Defines at which print positions a Form Feed command shall be valid. Value *0 1 Notes: Description Execute FF only if it occurs at Þrst print position or MPP+1. (default) Execute FF everywhere it occurs. 1. This parameter has only effect in DSC/DSE mode. 2. This parameter emulates an IBM 3812/3816 front panel switch: Form Feed Command Position Options.
Appendix A: The Parameter List #700 Auto Orientation Defines if automatic page orientation is enabled. Value * Yes No Notes: Description Automatic page orientation enabled. (default) Automatic page orientation disabled. 1. This parameter has only effect in non-IPDS modes. 2. In coax mode, this parameter emulates an IBM 3812/3816 front panel switch: Automatic Print Orientation.
Appendix A: The Parameter List #702 Default Landscape Font Defines a default font used in landscape mode. Value *0 1 - 32767 Notes: Description Function inactive. The CPI setting determines the default font. (default) FGID number of default landscape font. 1. This parameter has only effect in non-IPDS modes. 2. In COR mode, a denser pitched font will be selected. 3. This parameter overrides the CPI setting when not equal to zero.
Appendix A: The Parameter List #721 Top Portrait Margin Moves the position of the first print line away from the top edge of the paper when printing in portrait orientation. Value 0 - 999 * 20 Notes: Description Top Portrait Margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in non-IPDS modes. The IPDS mode top margin is controlled by the Bind Top Origin parameters. 2. This parameter has no effect in COR mode. 3.
Appendix A: The Parameter List #722 Left Landscape Margin This parameter moves the position of column 1 away from the left edge of the paper when printing in landscape orientation. Value 0 - 999 * 20 Notes: Description Left Landscape Margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in non-IPDS modes. The IPDS mode left margin is controlled by the Bind Left Origin parameters. 2. This parameter has no effect in COR mode. 3.
Appendix A: The Parameter List #723 Top Landscape Margin Moves the position of the first print line away from the top edge of the paper when printing in landscape orientation. Value 0 - 999 * 20 Notes: Description Top Landscape Margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in non-IPDS modes. The IPDS mode top margin is controlled by the Bind Top Origin parameters. 2. This parameter has no effect in COR mode. 3.
Appendix A: The Parameter List #724 Left COR Margin This parameter moves the position of column 1 away from the left edge of the paper when printing in COR (Computer Output Reduction) orientation. Value 0 - 999 * 20 Notes: Description Left COR Margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in non-IPDS modes. The IPDS mode left margin is controlled by the Bind Left Origin parameters. 2. This parameter has no effect in portrait and landscape modes. 3.
Appendix A: The Parameter List #725 Top COR Margin Moves the position of the first print line away from the top edge of the paper when printing in COR (Computer Output Reduction) orientation. Value 0 - 999 * 20 Notes: Description Top COR Margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in non-IPDS modes. The IPDS mode top margin is controlled by the Bind Top Origin parameters. 2. This parameter has no effect in portrait and landscape modes. 3.
Appendix A: The Parameter List #731 Bind Top Origin 0 Used to offset the top margin when printing in 0 degrees rotation (portrait). Value -999 - 999 *0 Note: Related parameters: Description Vertical physical margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in IPDS mode. Non-IPDS mode top margin is set by the Top Portrait/Landscape/COR Margin parameters.
Appendix A: The Parameter List #733 Bind Top Origin 1 Used to offset the top margin when printing in 90 degrees rotation (landscape). Value -999 - 999 *0 Note: Related parameters: Description Vertical physical margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in IPDS mode. Non-IPDS mode top margin is set by the Top Portrait/Landscape/COR Margin parameters.
Appendix A: The Parameter List #735 Bind Top Origin 2 Used to offset the top margin when printing in 180 degrees rotation (reversed portrait). Value -999 - 999 *0 Note: Related parameters: Description Vertical physical margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in IPDS mode. Non-IPDS mode top margin is set by the Top Portrait/Landscape/COR Margin parameters.
Appendix A: The Parameter List #737 Bind Top Origin 3 Used to offset the top margin when printing in 270 degrees rotation (reversed landscape). Value -999 - 999 *0 Note: Related parameters: Description Vertical physical margin (measured in 1/100"). Factory default value. 1. This parameter has only effect in IPDS mode. Non-IPDS mode top margin is set by the Top Portrait/Landscape/COR Margin parameters.
Appendix A: The Parameter List #1001 Bin 1 Physical Paper Length Defines explicit selection of the paper length for Bin 1. Value 0 - 1999 *0 Notes: Description Physical paper length (measured in 1/100"). Factory default value. 1. This parameter is active if value ‘Custom’ is selected in parameter #1000 Bin 1 Physical Paper Size. 2. A choice of incorrect paper length may result in loss of print data at the paper edges.
Appendix A: The Parameter List #1003 Bin 1 Orientation Defines the default print orientation for Bin 1. Value * Reduction Portrait Landscape Notes: Description Computer Output Reduction (COR) is enabled. (default) Print in portrait. Print in landscape. 1. This parameter has only effect in non-IPDS modes. 2. In coax mode, this parameter emulates an IBM 3812/3816 front panel switch: c01 Primary Cassette Print Orientation.
Appendix A: The Parameter List #1005 Bin 1 Horizontal Scale Factor Any non-zero value will override the horizontal scaling of the complete page when printing from bin 1. Use this parameter only when you need different horizontal scaling for different input bins. The scaling is made relative the origin of the paper in the upper left corner. Value 1 - 999 *0 Notes: Description Horizontal scale factor for bin 1 (in percent). Use the global scaling set by #3002 (default) 1.
Appendix A: The Parameter List #1006 Bin 1 Vertical Scale Factor Any non-zero value will override the vertical scaling of the complete page when printing from bin 1. Use this parameter only when you need different vertical scaling for different input bins. The scaling is made relative the origin of the paper in the upper left corner. Value 1 - 999 *0 Notes: Description Vertical scale factor for bin 1 (in percent). Use the global scaling set by #3003 (default) 1.
Appendix A: The Parameter List #1007 Bin 1 Horizontal Offset This parameter adds a horizontal offset regardless of mode and orientation when printing from bin 1. Use this parameter only when you need different horizontal offsets for different input bins. Value 0 - 999 *0 Notes: Description Horizontal offset for bin 1 (measured in 1/100"). Factory default value. 1. This parameter is valid in all modes, including local function listings, such as the parameter list and IBM hex dump. 2.
Appendix A: The Parameter List #1008 Bin 1 Vertical Offset This parameter adds a vertical offset regardless of mode and orientation when printing from bin 1. Use this parameter only when you need different vertical offsets for different input bins. Value 0 - 999 *0 Notes: Description Vertical offset for bin 1 (measured in 1/100"). Factory default value. 1. This parameter is valid in all modes, including local function listings, such as the parameter list and IBM hex dump. 2.
Appendix A: The Parameter List #1051 Bin 2 Physical Paper Length Defines explicit selection of the paper length for Bin 2. See #1001 Bin 1 Physical Paper Length. #1052 Bin 2 Physical Paper Width Defines explicit selection of the paper width for Bin 2. See #1002 Bin 1 Physical Paper Width. #1053 Bin 2 Orientation Defines the default print orientation for Bin 2. See #1003 Bin 1 Orientation. #1054 Bin 2 Printer Bin Number Assigns a Select Bin 2 command to the specified printer bin.
Appendix A: The Parameter List #1056 Bin 2 Vertical Scale Factor Overrides the global vertical scaling for bin 2. See #1006 Bin 1 Vertical Scale Factor. #1057 Bin 2 Horizontal Offset Adds a horizontal offset for bin 2. See #1007 Bin 1 Horizontal Offset. #1058 Bin 2 Vertical Offset Adds a vertical offset for bin 2. See #1007 Bin 1 Vertical Offset. #1100 Bin 3 Physical Paper Size Defines the paper size for Bin 3. See #1000 Bin 1 Physical Paper Size.
Appendix A: The Parameter List #1102 Bin 3 Physical Paper Width Defines explicit selection of the paper width for Bin 3. See #1002 Bin 1 Physical Paper Width. #1103 Bin 3 Orientation Defines the default print orientation for Bin 3. See #1003 Bin 1 Orientation. #1104 Bin 3 Printer Bin Number Assigns a Select Bin 3 command to the specified printer bin. See #1004 Bin 1 Printer Bin Number. #1105 Bin 3 Horizontal Scale Factor Overrides the global horizontal scaling for bin 3.
Appendix A: The Parameter List #1106 Bin 3 Vertical Scale Factor Overrides the global vertical scaling for bin 3. See #1006 Bin 1 Vertical Scale Factor. #1107 Bin 3 Horizontal Offset Adds a horizontal offset for bin 3. See #1007 Bin 1 Horizontal Offset. #1108 Bin 3 Vertical Offset Adds a vertical offset for bin 3. See #1007 Bin 1 Vertical Offset. #1150 Bin 4 Physical Paper Size Defines the paper size for Bin 4. See #1000 Bin 1 Physical Paper Size.
Appendix A: The Parameter List #1152 Bin 4 Physical Paper Width Defines explicit selection of the paper width for Bin 4. See #1002 Bin 1 Physical Paper Width. #1153 Bin 4 Orientation Defines the default print orientation for Bin 4. See #1003 Bin 1 Orientation. #1154 Bin 4 Printer Bin Number Assigns a Select Bin 4 command to the specified printer bin. See #1004 Bin 1 Printer Bin Number. #1155 Bin 4 Horizontal Scale Factor Overrides the global horizontal scaling for bin 4.
Appendix A: The Parameter List #1157 Bin 4 Horizontal Offset Adds a horizontal offset for bin 4. See #1007 Bin 1 Horizontal Offset. #1158 Bin 4 Vertical Offset Adds a vertical offset for bin 4. See #1007 Bin 1 Vertical Offset. #1200 Bin 5 Physical Paper Size Defines the paper size for Bin 5. See #1000 Bin 1 Physical Paper Size. #1201 Bin 5 Physical Paper Length Defines explicit selection of the paper length for Bin 5. See #1001 Bin 1 Physical Paper Length.
Appendix A: The Parameter List #1203 Bin 5 Orientation Defines the default print orientation for Bin 5. See #1003 Bin 1 Orientation. #1204 Bin 5 Printer Bin Number Assigns a Select Bin 5 command to the specified printer bin. See #1004 Bin 1 Printer Bin Number. #1205 Bin 5 Horizontal Scale Factor Overrides the global horizontal scaling for bin 5. See #1005 Bin 1 Horizontal Scale Factor. #1206 Bin 5 Vertical Scale Factor Overrides the global vertical scaling for bin 5.
Appendix A: The Parameter List #1208 Bin 5 Vertical Offset Adds a vertical offset for bin 5. See #1007 Bin 1 Vertical Offset.
Appendix A: The Parameter List #3000 Printer Driver Defines the attached printer type. Value * Level 1 PS Level 2 PS Note: #3001 Description PostScript Level 1. (default) PostScript Level 2. 1. This parameter value becomes effective at power up. PostScript Virtual Memory This parameter defines the amount of free virtual memory in the PostScript printer for Axis AFP use. This will be used for storing PostScript routines and system downloaded fonts.
Appendix A: The Parameter List #3002 Horizontal Scale Factor Enables horizontal scaling of the complete page for all input bins. Use this parameter to reduce or enlarge the size of the printed data on the paper. The scaling is made relative the origin of the paper in the upper left corner. Value 1 - 999 * 100 Notes: Description Horizontal scale factor (in percent). Factory default value. (No scaling) 1.
Appendix A: The Parameter List #3003 Vertical Scale Factor Enables vertical scaling of the complete page for all input bins. The parameter can be set to compress or enlarge the size of the printed data on the paper. The scaling is made relative the origin of the paper in the upper left corner. Value 1 - 999 * 100 Notes: Description Vertical scale factor (in percent). Factory default value. (No scaling) 1.
Appendix A: The Parameter List #3004 Color Support Determines whether color emulation or true colors shall be used. Value * No Yes Notes: Description Colors are emulated as black and white patterns. (default) True color commands are used. 1. When color support is disabled, color interpretation results in black and white patterns as on IBM 3812/3816/4028/3916. 2. When a color support is enabled, PostScript colors are selected. 3.
Appendix A: The Parameter List This parameter activates a smoothing algorithm for host down-loaded fonts. Value No * Yes Notes: Description No smoothing. Smooth down-loaded fonts. (default) 1. The smoothing is designed to work with printers that have 300 dpi resolution. It works on printers with higher resolution, but the improvement will be less. 2. The smoothing effect is improved when combined with resolution enhancement printing (RET, PQET, etc.). 3.
Appendix A: The Parameter List #3013 PS Restart at Duplex Use this parameter to terminate the current print job and start a new each time a simplex-to-duplex transition occurs. This function may be required for older versions of certain printers. Value * No Yes #3014 Description Do not restart the print job at simplex-to-duplex transition. (default) Restart the print job at simplex-to-duplex transition. Optimize Duplex Use this parameter to optimize duplex print jobs.
Appendix A: The Parameter List #3150 Parallel-2 Time-out Defines the time-out value for which input port Parallel-2 will wait for the next character before any other input port can have access to the printer. Value *0 1 - 1000 Note: #3151 Description Function disabled. Parallel-2 cannot receive data. (default) Time-out value in seconds. 1. This parameter is only active if the optional PC-Host sharing board is installed.
Appendix A: The Parameter List #3152 Parallel-2 End String Contains a hexadecimal string which is sent to the printer when the input switches from Parallel-2 to another input port. Value * $04 Note: Description (default) Printer control commands. Nothing is sent 1. This parameter is only active if the optional PC-Host sharing board is installed. 2. The maximum number of bytes programmed into this string is 16 kbytes.
Appendix A: The Parameter List #3210 Transparency Lead-in String 3270/Coax only When this string is encountered in the data stream, all subsequent data will be be sent to the printer without any conversion. Value Description Transparency Lead-in String (1 - 8 EBCDIC character codes). * Transparency function disabled. (default) Notes: 1. When this string is received, the current PostScript job will be terminated and the page ejected. 2.
Appendix A: The Parameter List #3211 Transparency Trailer String 3270/Coax only When this string is encountered in the hex transparency data stream, the transparency function will terminate, and the PostScript conversion is re-initialized. Value Description Transparency Trailer String (1 - 8 EBCDIC character codes). * Transparency function disabled. (default) Notes: 1. When this string is received, a new PostScript job will be initialized. 2.
Appendix A: The Parameter List #3290 Job Time-out Defines the time-out value after which the host input PostScript job will be ended. The timer starts from when there is no host data and the printer is ready. Used in printing applications that demand the PostScript job to be ended, such as when sharing a multi-port printer with other devices or when printing to a print server. Value 0 1 - 1000 * 10 Notes: Description Disabled. No PostScript End-of-Job is sent to the printer. Time-out value in seconds.
Appendix A: The Parameter List #3292 Job End String Contains a hexadecimal string which is sent to the printer when a PostScript print job is terminated. Value Description Printer control commands. * Nothing is sent. (default) Note: Related parameters: 1. The maximum number of bytes programmed into this string is 16 kbytes.
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Appendix B: EBCDIC Character Table Appendix B EBCDIC Character Table The character table shows how EBCDIC character codes are interpreted. Depending on the System Language parameter, a different character table is used. To print the current character table, set push-wheel to position ‘2’ in Function Mode.
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Appendix C: The Front and Back Panels Appendix C The Front and Back Panels The Front Panel The front panel has six indicators: POWER, SYSTEM, READY, DATA, STATUS, and ERROR, showing the unit status. See illustration in Section 1.
Appendix C: The Front and Back Panels The SYSTEM Indicator The green SYSTEM indicator shows the connection status to the IBM system: m (off): Axis AFP is not communicating with the IBM system. ● (on): Axis AFP is communicating with the IBM system. ❊ (flashing): ERROR or STATUS message. The READY Indicator The green READY indicator shows the status of the attached printer. m (off): The attached printer is busy or disconnected. ● (on): The attached printer is ready to receive print data.
Appendix C: The Front and Back Panels The STATUS Indicator The yellow STATUS indicator shows if in Function Mode or if a message is present: m (off): Normal printing mode ● (on): A status message is currently displayed. ❊ (flashing): The Function Mode is active. The ERROR Indicator The yellow ERROR indicator is lit when an error message is present: m (off): Normal printing mode. ● (on): An error message is currently displayed. Status Messages 3270/Coax only There is only one status message: 1.
Appendix C: The Front and Back Panels Error Messages The following error messages can be displayed by the Axis AFP front panel indicators: 1.Communication hardware error Indicators ❊ SYSTEM m READY m DATA m STATUS ● ERROR Case of error/action to be taken The Axis AFP cannot communicate with the Control Unit. Contact your dealer for repair. 2.NVRAM checksum error Indicators ❊ SYSTEM m READY ❊ DATA m STATUS ● ERROR Case of error/action to be taken The non-volatile memory contents have been corrupted.
Appendix C: The Front and Back Panels The Back Panel The back panel comprises all connectors, a rotary switch, and the coax/twinax mode switch. See illustration in Section 1. The Parallel printer port connector is described in Appendix D (pin configuration) and Appendix E (PC-Host sharing). The Rotary Switch The ten-position rotary switch is used to select the functions available in the Function Mode. See “Function Mode” on page 128.
Appendix C: The Front and Back Panels Function Mode The Function Mode is used to access internal functions such as configuration and diagnostic aids. Set the push-wheel to position ‘9’. When the STATUS indicator starts to flash, you can select one of the following functions: Position 0 1 2 3 4 5 6 7 8 9 Function Reserved Set Factory Defaults - All parameters are reset to factory default values. The current configuration is lost.
Appendix C: The Front and Back Panels Self Test The Self Test performs internal hardware tests and prints a test report on the attached printer. The test report shows the test results, the software revision, and a character ripple printout. The Self Test is performed by selecting rotary switch position ‘5’ in Function Mode. SELF TEST Axis AFP Coax Printer Controller SOFTWARE HARDWARE EPROM RAM NVRAM OPTIONS : : : : : : Ver 2.10 950413 Ver 2.
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Appendix D: Printer Cable Configuration Appendix D Printer Cable Configuration This section provides you with technical information on the printer and PC-Host sharing cables. All cables can be obtained from your dealer/distributor. See Appendix E for cable part numbers. Printer/PC-sharing Port Pin-Out Port 1 is the 44-pin female D-sub connector on the Axis AFP back panel.
Appendix D: Printer Cable Configuration Parallel Printer Cable The parallel printer cable (included in the standard delivery) has the following pin configuration (44-pin female D-sub Þ 36-pin Centronics): 1Þ1 8Þ8 19 Þ 18 132 2Þ2 9Þ9 20 Þ 19 3Þ3 10 Þ 10 21 Þ 20 4Þ4 11 Þ 11 41 Þ 32 5Þ5 12 Þ 12 42 Þ 31 6Þ6 13 Þ 13 7Þ7 18 Þ 18 Axis AFP User’s Manual
Appendix E: PC-host Sharing Appendix E PC-host Sharing When equipped with an optional PC-Host sharing cable (part no: 12998), the Axis AFP is capable of receiving input data from both the IBM host and a PC or an Axis Network Print Server. Using the PC-Host sharing option rather than an external printer sharing device gives you the following advantages: • Switching between host and PC is done without operator intervention. • Host settings and the current print position are restored after a PC printout.
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Appendix F: Technical Specifications Appendix F Technical Specifications Host Environments 3270/Coax mode: • • • • • IBM S/370, S/390 IBM 30xx IBM 937x IBM 43xx IBM AS/400 or S/3x via 3x74 Control Unit.
Appendix F: Technical Specifications Software Requirements for IPDS Printing 3270/Coax mode: • • • • • • • PSF/MVS Version 1.2.1 or higher PSF/VM Version 1.1 or higher ACF/VTAM Version 3.1.1 or higher VM/SP Release 4 or higher RSCS/VM Version 2.2 or higher GDDM Version 2.1.1 with PTF APAR PL18771 or higher DCF Version 1.3.2 or higher. 5250/Twinax mode: • • IBM AS/400 Operating System/400 (OS/400) 1.3.0 or higher IBM AS/Entry System Support Program (SSP) Release 6.
Appendix F: Technical Specifications Printer Emulations • • • • • • • • • • IBM 4028/3112/3116/3912/3916 IBM 3812 model 2 IBM 3816 model 01S and 01D IBM 3287 models 1 and 2C IBM 3268 models 1 and 2C IBM 4214 model 1 and 2 IBM 3262 models 3 and 13. IBM 5224 models 1, 2, and 3 IBM 5225 models 1 and 2 IBM 5256 models 1, 2, 3, and 4.
Appendix F: Technical Specifications IBM Features • • • • • • • • • All IPDS towers (functional subsets within brackets): • Device Control (DC/1) • Text (TX/1: PTOCA, PT/1 and PT/2) • IM Image (IM/1: IMD/1) • IO Image (IO/1: IOCA FS 10) • Graphics (GR/1: GOCA, DR1 and DR2/V0) • Bar Codes (BC/1: BCOCA and BCD/1) • Page Segments (PS/1) • Overlays (OL/1) • Loaded Fonts (LF/1) IO Image compression algorithms: Uncompressed, IBM Group 3 MMR, CCITT Group 4 MMR and RL4 Bar Codes: MSI, UPC A, UPC E, UPC 2 suppl.
Appendix F: Technical Specifications Font Support • • • • Supports host down-loaded 300 and 240 dpi fonts Supports IBM 4028/3916 and 3812/3816 resident fonts using the printer's PostScript outline fonts (Courier, Times, Helvetica, New Century Schoolbook and Symbol), including: • Courier 5, 10, 13.
Appendix F: Technical Specifications Printer Attachment • Parallel Centronics Printing Speed (printer dependent) • Centronics: Up to 200 kbytes/second transfer rate Hardware specifications • • CPU: Memory: NS32CG16 and Axis 8x487 Communication Processor 1 Mbyte RAM, expandable to 4 Mbytes 1 Mbyte EPROM, expandable to 2 Mbytes 32 kbytes NVRAM. Physical Dimensions • Size: • Weight: H=1.3, W=7.7, D=5.2 (inches) H=32,W=195, D=133 (mm) 1,8 lbs. (0.8 kg).
Appendix G: How To Contact Axis Appendix G How To Contact Axis Technical Support Should you require any technical assistance, please contact your Axis dealer. If your questions can not be answered immediately, your Axis dealer will forward your queries through the appropriate channels to ensure that you get an expedient response.
Appendix G: How To Contact Axis Japan Hong Kong, Northeast Asia, India Singapore, Southeast Asia, The Pacific, Australia China Axis Communications K.K. 8th Center Plaza 5F 1-10-16 Nihombashi Horidome-cho Chuo-ku, Tokyo 103, Japan Phone: +81 3 3663 8801 Fax: +81 3 3663 8802 Email: info@axiscom.co.jp Axis Communications Ltd. Room 602, Asian House 1 Hennessy Road Wanchai, Hong Kong Phone: +852 2836 0813 Fax: +852 2573 5935 Email: info@axis.com.hk Axis Communications Pte Ltd.
Appendix G: How To Contact Axis Axis AFP User’s Manual 143
Appendix G: How To Contact Axis 144 Axis AFP User’s Manual
Appendix H: Related Documentation Appendix H Related Documentation Axis AFP User’s Manual Title PSF/MVS System Programming Guide Part No.
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Index Index A F Anonymous FTP 141 Auto Orientation 26, 83 Automatic Function After End of OILC Job 79 After End of Print Buffer 82 Axis BBS 141 Axis WWW Home Page 141 Factory Defaults 128 Font Default Landscape 84 Default Portrait 83 Global Identifier (FGID) 38 Immediate substitutions 44 Smoothing 37, 112 Font Width 38 Default 47 Unsupported 47 Fonts Down-loaded 37 Extended Mapping 49 Printer resident 38, 60 Scalable 47 Typographical 47 Unsupported 46 User Definable 48 Form Feed After End of OILC Job 79
Index Internet Axis Home Page 141 Intervention Time-out 78 J Job End String 119 Job Separation 113 Job Time-out 118 Jog Begin String 118 L Line Spacing 75 Lines Per Inch 74 Load Font Smoothing 112 Load Translate Table 22, 72 M Margin Left (IPDS) 61, 89 Left COR 27, 61, 88 Left Landscape 27, 61, 86 Left Portrait 26, 61, 84 Top (IPDS) 61, 90 Top COR 28, 61, 89 Top Landscape 27, 61, 87 Top Portrait 27, 61, 85 Maximum Page Length 24, 73 Maximum Print Position 24, 73 Messages 58 Error 126 Status 125 Missing P
Index T Technical Support 141 Time-out Host 117 Intervention 78 Job 118 Parallel Port 114 Transparency 35 Lead-in String 35, 116 Trailer String 35, 117 V Vertical Offset Bin specific 62, 99 Vertical Scale Factor Bin specific 62, 97 Global 62, 110 View Configuration 29 W World Wide Web 141 Axis AFP User’s Manual 149
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