Xerox FS 5250 IPC instruction manual Name Syntax Parameters Deviation

Page 98

Appendices

Xerox FS 5250, User’s Guide

No.

Name

Syntax

Parameters

Deviation

100

Port

%Y100,<n1>[,n2]%

n1

 

 

Sharing

 

0-255 = Timeout in

 

 

Option

 

seconds

 

 

 

 

*20

 

 

 

 

n2

 

 

 

 

00-FF = Optional

 

 

 

 

string in

 

 

 

 

HEX to be

 

 

 

 

sent to

 

 

 

 

printer

 

 

 

 

before

 

 

 

 

transmission

 

 

 

 

of data when

 

 

 

 

printer is

 

 

 

 

selected by

 

 

 

 

sharing unit

 

119

Auto-

%Y119,<n1>%

*0 = Disable auto-

Y119: PCL

 

configu-

 

configuration

only

 

ration

 

2 = Enable auto-

 

 

Select

 

configuration

 

120

Settings

%Y120,n1%

n1

 

 

printout

 

*0= disable settings

 

 

at power

 

printout at power

 

 

up

 

up

 

 

 

 

1= enable settings

 

 

 

 

printout at power

 

 

 

 

up

 

249

Enter

%Y249,n1%

n1

 

 

Engine

 

password

 

 

ering

 

(contact your point

 

 

Mode

 

of purchase)

 

- 98 -

Image 98
Contents EMC directive TrademarksSafety Notice Table of Contents PCL Programming via Shareport PC Support Virtual Printer Error MessagesAppendix a Supported Setup Functions Printer Driver Selection What is the Xerox FS 5250?Introduction to the Xerox FS XES mode selection handles Xdpm and Xppm data streams IPC Upgrade Kit Items SuppliedIf equipped with the optional IPC module Product FeaturesNon-IPC Supported Control Units National Language Installation RequirementsPre-Installation Requirements Via the LineEU or US Settings Working Environment= PCL, B = XES Connections and Installation of the Xerox FSRear Panel Twinax Connector Via the Line EmulationChanging the Driver Selecting emulation via the line can be done inPCL onlyNon-IPDS Y37,n1 Write Emulation Via the Address Switch%Y37,5224% Y37,n1 Write EmulationSelection Emulation Current emulation isNon-IPDS Selection Emulation Dual Printer Emulation PCL only Address SettingVia the address switch Non-IPDS as primary emulation Ipds as primary emulationUpgrading to Ipds Connecting the Xerox FS 5250to the Printer Connecting via Centronics outputConnecting the Xerox FS 5250to the System What if the CU Indicator fails to turn on?Test via the address switch Test FunctionTimeout 1 CU Operation of the Xerox FSTop Panel of the Xerox FS PAR Parallel inputState Indication SER Serial input/outputReady Printer Ready Yfunction number,parameters% Function Selection via the LineSyntax of an FSL Function Escape Character ??% Defining a Temporary Escape CharacterRemoving Temporary Escape Character ??blankDefining a Permanent Escape Character Removing Permanent Escape CharacterY48,00 ??% ??% %X1 Commands for Storing and Restoring SettingsCommand Description Example ??% %X3%1B Pass-Through ModePCL only %%1B%Pass-through mode XES Transparency Mode Limitations For details refer to the programmers guide, doc. D62081IdaSetup Ipds Programming Programming the Xerox FS 5250 Non-IPDS Trays Selected FSL FunctionsPaper Size Changing paper sizeValue Paper Tray ??% %Y12,n1,n2% &&??spaceValue Paper Size This command also erases the escape character Saving the commandOther commands Changing paper size exampleChanging paper trays Paper TraysBasic printer set-up Formats Value n1 Format CharacteristicsFormat Function Y10 Page FormatValue n2 Tray Changing Page Format??% %Y10,n1,n2% &&??space Changing page format example ??% %Y10,2,3% %X1Y98 Syntax Y98,n1,n2% Automatic Page OrientationFunction Y98 Automatic Page Orientation Example Y98, 0,3%Automatic Page Orientation Chart Automatic Page OrientationExplanation to the chart on Automatic Page Orientation Y98 Enabled factory defaultSelecting Fonts PCL Y98 DisabledFonts System /36 OCL Text -YESChanging font ??% %Y96,n1% &&??spaceDefault Gfid Table Symbol SET and TranslateGfid Typeface ID PCL No Name of Typeface Scaleable FontsOnly applies to printers running PCL Level Style Strokeweight Defining Fonts PCLWhat you need to know Symbol set of the fontValue Symbol set Italic This is HelveticaProportional spacing, bold Selected FSL Functions Xerox FS 5250, User’s Guide Typeface of the font Value Typeface ValueTypefaceFont definition example Other commandsSelecting Fonts XES ??% %Y91,521,6,5,1,18,1% %X1??% %Y96,41% &&?? This function cannot be saved in the permanent memoryChanging font example Defining Fonts XES Font definitionXES Gfid Font strings sent OrientationGfid Gfid COR CPI / Gfid Relation Optional ScalingCPI / Gfid Relation Font definition example What to consider Duplex PrintingSystem or interface? ??% Y19,0% &&?? Binding option??% X4 &&?? Selecting duplex printing Setting DescriptionYou cannot save the duplex command in the permanent memory OrientationDuplex selection example, XES Duplex selection example, PCL??% %Y19,2% %Y10,1,3% &&?? ??% %Y19,2% %Y96,nn% &&??Output Data Xdpm ISO Xdpm Ebcdic Xppm Ebcdic Xppm AsciiData Stream Translation Mode Function Settings Output Y70 Y36??character Port Share OptionFunction 100 Port Share Option Y100 Y100,timeout,user string%Y100 = Sending the commands from the system Example ??%%Y100,20,1B,45%%X1??% %Y100,30,1B 45 1B 28 32 53% Sending the commands from the PCPrinter sharing example ??% %Y100,35,1BzlH%%X1Programming via Shareport Activating the Y249 Engineering FunctionUpdating firmware Limitations when Y249 is activeDeactivating the Y249 Engineering Function Escape sequences must be in HEXPC Support Virtual Printer Error Messages Recoverable ErrorsMultistrike String is TOO Long Non-Recoverable Hardware Errors Code Error Type Code DescriptionDescription Appendix a Supported Setup FunctionsXES Mode ESC Transparency Features No. DescriptionPCL Mode ESC Features Quick Reference Guideto the Supported FSL Functions Default depends N1 Physical paper Name Syntax Parameters Ly write PCL String Translate Table Ebcdic Name Syntax Parameters IBM Gfid APO Name Syntax Parameters Deviation Nvram Appendix B Test Printout 101 Appendix C Use of Xerox FS 5250 Serial Port Out IPDS, Programmer’s Guide Document no. D60253 Appendix D Related ManualsLaser 5250, Programmers Guide Document no. D62081 Index Lead-in/lead-out sequences