JARLTECH Display 8034 User Manual

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Customer Pole Display

MODEL 8034

OPERATION

MANUAL

whole or in part, without the written consent of Jarltech. Every effort has been made to ensure that the information in

this manual is accurate. Jarltech is not responsible for printing or clerical errors.

Jarltech International Inc. 3F, No. 1, Lane 538, Chung Cheng Road, Hsin Tien, Taipei, Taiwan, R.O.C.

ULTIMATE is a trademark of Ultimate Technology Corp. EPSON is a trademark of Seiko Epson Corp. ESC/P and ESC\POS are trademarks of Seiko Epson Corp.

This equipment has been tested and found to comply with the limits for Class A digital device. Pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and if not installed and used in accordance with the instructions may cause harmful interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on. The user is encouraged to try correct interference by one or more of the following measures:

- Reorient or relocate the receiving antenna.

- Increase the separation between the equipment and receiver.

- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

- Consult the dealer or an experienced radio/TV technician for help. This booklet is available from the U.S. government Printing Office, Washington, DC 20402, Stock NO.004-000-00345-4.

CAUTION:

expressly approved by the grantee of this device could void the user’s authority to operate the equipment.

Operation is subject to the following two conditions: (1) This device may not cause harmful interference. (2) This device must accept any interference received

including interference that may cause undesired operation.

Any changes of modifications not

Contents

1. Before You Instal

2. Installing Model 8034

3. Programming Commands

4. Sample Program

Appendix I: Specifications

Appendix II:Select code table for ESC/POS

Appendix III:Code Table Selection

Appendix IV:The Code Table

Before You Install

• • • • • • •

This manual describes functions and usage of the Jarltech Model 8034 customer pole display.

The 8034 is a 2x20 alphanumeric customer pole display designed with multi-languages for retail and industrial environments. Its outstanding features include high quality vacuum fluorescent display in blue-green color, RS232 interface, easy to use and powerful programming features. The 8034 can also attach to any brand of serial receipt printer.

Step 1: Turn Off Your Computer

By shutting off your computer, you will prevent any accidental damage to the pole display and computer.

Step 2: Review Packing List

Please ensure that your pole display shipment is complete.

Model 8034 includes:

• 1 pce 8034 pole display

• 1 pce operation manual

• 1 pce +12V DC power plate with internal power cable (GC-POS-POWER)

• 1 pce DC cable (GC-RCA-DC)

• 1 pce Y cable (GC-8034YW)

• 1 pce pole

NOTE: The last character of "GC-8034YW" indecates

cable's color.

Ex: W=White; B=Black..

• • • • • • •

Installing Model 8034

This chapter describes the procedures for installing the 8034 pole display by using RS232C interface.

Step 1: Turn off your computer

If you have not already done so, turn off your computer to avoid any accidental damage to the pole display and computer.

Step 2: Decide on baud rate, character set and command type

There are some functions such as baud rate, character set and command type are selected by Dip switch. Please refer to Appendix I: Specification to set the 8034 to meet your requirement.

Installing Model 8034

Step 3: Bulid up your 8034

Plug into 8Pin Phone Jack Socket

Step 4: Decide on power access

The RS232 connection requires power +12V DC. This may be provided through an internal connection in your computer or through an external connection to a 110/ 220V adapter.

The components for an internal connection are provided. If you are using an external connection, be sure that your adaptor confirms with the specifications listed in Appendix I, then go to step 6.

Step 5: Using internal power source

Refer to the installation diagram as below. Remove the access cover to your computer. Mount the +12V DC power plate on an available expansion slot in the back of your computer. Attach the 4-pin male connector to the open female connector of the same type in your computer. Alternatively, an internal power source may be available already if the 9-pin RS232 port on your computer or terminal matches the 8034 pin assignment (see Specifications in Appendix I).

Installing Model 8034

Connect to 12V DC power

Connect to COM

Port

Installing Model 8034

Step 6: Connect to printer

If you are not going to use 8034 pass through function, please go to step 7. If you are using a serial printer to work with 8034, please connect the Y cable (GC-8034YW) to serial RS232 port, receipt printer and 8034 display. (please refer to figure as below)

NOTE:

Please make sure the pinout of interface are matched between receipt printer and DB-25M connector.

Serial port in printer interface

Serial port in RS232

Interface

Step 7: Connect to your computer

Connect the 9-pin female RS232 connector (DB9F with DC jack) to the male equivalent (DB9M) RS232 port on your computer or terminal. Provide power to the DC jack on the DB9F connector using either a cable connection to the +12V DC power plate or an external adapter.

Step 8: Turn on your computer

Turn on your computer. It should boot up normally. The pole display will show a self-diagnostic status and then the display will be blank.

Step 9: Turn to Chapter 3

You are now ready for operation, please refer to Chapter 3 for programming to meet the specific requirement of your application environment.

Installing Model 8034

Programming Commands

• • • • • • •

Introduction

There are four programming modes available for model 8034 which are Jarltech mode, ESC/POS mode, UTC standard mode and UTC w/pass through mode. In this Chapter, we will always use Jarltech mode as an example and the command codes for other modes, please refer to Appendix II. For multi-languages, please refer to Appendx III and IV for details.

The basic function of the 8034 display is comparable to the display programming by your software should be as easy. You just have to open the COM-port on which the display has been connected by you. Then, you just send the character you want the 8034 to display directly to the COM interface. Please use the following RS232 parameters:

9600 Baud, No Parity, 8 Data Bits, 1 Stop bit

In Qbasic, you would initialize the interface as follows:

OPEN “COMx: 9600, N, 8, DS0” FOR OUTPUT AS #1

(x=number of the COM port you are using for the display)

And you would print something to the display using the PRINT command:

PRINT#1, “Hello World!”

In the end, you can close the interface:

CLOSE #1

In other programming languages, the commands for serial output shall be different, but they will work in a similar way. For some compilers, you will need an extra toolbox, that offers you RS232 routines. Please refer to your compiliers/interpreters manual for more details.

Programming Commands

Example: OPEN “COM1: 9600, N, 8, 1, DS0” FOR OUTPUT AS #1 PRINT #1, “Hello World!” CLOSE #1

Programming using DOS routines

You can also generate a display output using the simple DOS routines.

Example: MODE COM1: 9600, N, 8, 1 ECHO Hello! >COM1:

Control characters and special functions

For special display functions, there are some commands which will be explained in this chapter. Some of the commands consist of one ASCII-CTRL-code, others are command strings, introduced by ESC.

If a command needs additional parameters, please do not forget to use ASCII format for the parameter. That means, if the parameter is 0 (zero), then you have to transmit the ASCII code “0” (=CHR$(48) in Basic; 48 is the decimal position of the “0” character in the ASCII code table). But please consider that only ONE byte is allowed for each parameter. That is why you cannot transmit twodigit numbers. In this case, just add the number you want to transmit as parameter 48 and transmit the corresponding character. For example, if you want to transmit the parameter 11, you have to send CHR$(11+48)=CHR$(59)=“;”. Attention: For some other commands, only BYTE values are allowed as parameter. For those, you directly send the corresponding character code without adding 48 (e.g. CHR$(11) for 11). For details, please refer to the individual command code descriptions.

Example: Set the cursor to the last position in the display area

WRONG:

Programming Commands

PRINT #1, CHR$(27)+“=”; :REM command ESC = PRINT #1, 19;1 :REM parameter column 19, line 1

CORRECT:

PRINT #1, CHR$(27)+“=”; PRINT #1, CHR$(48+19)+“1” :REM or CHR$(48+19)+CHR$

(48+1)

Below is a list of command sequences for user to design an interface to the JARLTECH 8034 customer pole display. Please note that pole display is default with 9600 bps baud

rate, no parity, 8 data bits, 1 stop bit.

Jarltech command codes explanation(control sequences )

Note: They are with switch 7' 8 OFF(Refer Appendix I:Dip switch setting)

COMMANDS FUNCTION DESCRIPTION

Wrap mode

CTRL A

CTRL B

Turn on wrap mode Code: 001

Turn off wrap mode Code: 002

This allows the text displayed to the screen to wrap to the next line when the cursor position exceeds the right handside boundary. If autoscroll is also on and the cursor is on the bottom line, the screen will scroll up one row.

When the cursor position meets the right hand side boundary, the cursor will not continue. If any further characters are received then they will over write the last character at the right handside.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

Cursor Move

CTRL H

CTRL J

CTRL V

CTRL K

Move cursor left one column Code: 008

Scroll (line feed) Code: 010

Move cursor down one row Code: 022

Move cursor up one row Code: 011

This is simply the BACK SPACE function, though characters are not deleted as you back space over them. When you reach the beginning of a line, the cursor will wrap to end of the previous line until cursor = 0,0 is met.

This is the LINE FEED function. It will move the cursor down one line. It will always scroll the screen if at the bottom.

This is an alternative LINE FEED function that will not scroll the screen up one row when at the bottom line.

This control sequence will move the cursor up one row. if it is at the top of the screen, it will wrap to the bottom line, the cursor’s horizontal location stays the same.

CTRL L

Move cursor right one column Code: 012

This is RIGHT ARROW function. It will move the cursor right by one character cell. If it is at the end of a line, the cursor will wrap to the next line until the bottom right hand side is met.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

CTRL M

Move cursor to column 0 Code: 013

This is CARRIAGE RETURN function which returns the cursor’s horizontal location to the first position, on the same line.

NOTE:

In BASIC, after a PRINT#-command, a CR is always sent to the display if you do not add an “; ” to the end of the command. The CR command is normally used for the line switching.

EXAMPLE:

PRINT #1, “First line!” PRINT #1, CHR$(10); PRINT #1, “Second line!”

CTRL ^

CTRL \

Cursor home Code: 030

Reset

Reset display Code: 028

This function will return the cursor position to 0,0.

This function will execute a software reset which will initialize the entire pole display. The power up test will begin as if power was just switched on.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

With the following commands, you can define up to 8 scrolling strings. Using another command, you can then start and stop them in a certain display line. Your PC does not have to care about this. The display does the scrolling on its own until it receives the stop command.

Automatic Scrolling lines

ESC

PARAMETER FORMAT : RANGES : MESSAGE : EXAMPLE : ATTENTION :

ESC)

Program a message for the scrolling lines Code: 027, 040

ESC ( <BLOCK><MESSAGE> BLOCK : "1" - "8" (049 - 056) Any text string terminated by 010,013 PRINT #1, CHR$(27)+“(1 This is scrolled” Please do not forget to use ASCII format for the

parameters, so that for the text number, only the codes 049-056 are allowed. Do not send 001008!

Start a line scrolling Code: 027, 041

This function allows the programmer to down load 1 of 8 messages for lines that you are going to scroll. These messages are 255 bytes long or can be terminated by carriage return, ENTER [010, 013].

This function starts one of the total number of lines, being (1 or 2), scrolling horizontally. You may specify the direction, speed and message.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

PARAMETER FORMAT :

ESC ) <LINE> <DIRECTION> <SPEED> <BLOCK_NO>

RANGES :

LINE : "0" (048) = first line "1" (049) = second line DIRECTION : "0" = right "1" = left SPEED : 0 to 16 (048-064). BLOCK_NO : "1" to "8" (049-056)

EXAMPLE :

PRINT #1, CHR$(27) + ")0041" or PRINT #1, CHR$(27)+CHR$(41)+CHR$(48)+CHR$(48)+CHR (52)+CHR$(49)

This commands start the scrolling in the first line from the left to the right with the speed 4 using the scrolling text no.1 (as defined in the example above)

ESC %

PARAMETER FORMAT : RANGES :

Stop a line from scrolling Code: 027, 037

ESC % <LINE> LINE : “0”(048)=first line

“1”(049)=second line

This function will stop one of the display rows from scrolling its message. For further information on scrolling message, please refer to the explanation on : ESC ( : Program a

message for the scrolling lines.

ESC ) : Start a line

scrolling.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

Clear character

CTRL Z or ESC :

ESC !

ESC y

ESC Y

Home cursor, clear characters to nulls Code: 026 Code: 027, 058

Clear characters to spaces Code: 027, 033

Clear display to spaces Code: 027, 121

Clear from cursor to end of the display Code: 027, 089

This function will clear all the characters to blank character and returns the cursor to 0,

0. This function is the

same as CTRL Z & ESC : , except that the cursor position is not changed

This function will clear the entire screen to spaces, but will not change the character attributes that are associated to each character.

This function is the same as ESC T, except that the screen will be cleared to the bottom right most boundary, end of screen

ESC t

ESC T

Clear current line to spaces Code: 027,116

Clear from cursor to the end of the line Code: 027, 084

This function follows the same rules as the ESC y, except that instead of clearing the entire screen. This function only clears the current character line.

This function will clear all characters to spaces, on the current line, from the current cursor "X" to the end.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

ESC R

Delete an entire line Code: 027, 082

Line Scroll

This function will delete the current line at cursor "Y" All data below this line will move up and the last line will be blank.

ESC E

ESC j

ESC O

ESC N

Insert line of space characters Code: 027, 069

Move cursor up one line (scroll if at top) Code: 027, 106

Turn autoscroll on Code: 027, 079

Turn autoscroll off Code: 027, 078

This function will insert a line of space characters at the current vertical position. Data on this line and underneath will scroll downward.

This function will move the cursor up 1 line, if it is at the top of the screen will scroll down all the lines down, the bottom line will be lost and the top line will become black.

This function enables autoscrolling, which simply means that when the bottom right most boundary is met, the screen will scroll up when the next printable character is recieved.

This function will turn off the autoscroll mode.

Programming Commands

COMMANDS FUNCTION DE S CR IP T IO N

ESC =

PARAMETER FORMAT : RANGES :

EXAMPLE :

ATTENTION :

Set cursor position

Move cursor to X,Y Code: 027, 061

ESC = <COLUMN X> <ROW Y>

COLUMN X : “0”-“19” (048-067). ROW Y : “0”-“1” (048-049).

PRINT #1, CHR$(27)+“=11”; Sets the cursor to the second line, second cell.

For all cursor move commands, please make sure that your PRINT-command does not send a CR as terminator, which will also change the cursor position.

It will address the cursor to an X, Y location on display.

ESC_P

Printer functions

Enable printer, disable display Code: 027, 095, 080

If you have connected both a serial printer and 8034 display on the same COM port, you can use this command to start the access to the printer. After power on, only the display is active. If you send ESC_P, the printer mode will be activated, all data sent to this COM-port will be printed and not displayed.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

ESC_D Disable printer,

enbale display Code: 027, 095, 068

EXAMPLE:

PRINT #1, CHR$(27)+“*”; PRINT #1,“Display”; PRINT #1, CHR$(27)+“_P” PRINT #1,“Printer is active.”+CHR$(13)

+CHR$(13)+CHR$(13)+CHR$(13) PRINT #1, CHR$(27)+“_D” PRINT #1, “again.”

Misc. cursor and VFD functions

ESC ` CTRL A

Turn cursor off Code: 027,096,001

This command quits the printer mode and return to display mode. The following data will be displayed, not printed.

This function is same as ESC W, self explanatory

ESC ` C TRL B

ESC ` CTRL G

ESC ` CTRL H

Turn cursor on Code: 027,096,002

Turn VFD screen off Code: 027,096,007

Turn VFD screen on Code: 027,096,008

Self explanatory

Programming Commands

COMMANDS FUNCTION DESCRIPTION

ESC H CTRL B

ESC H CTRL C

You can define up to 16 function blocks (macros) with a length of up to 127 byte. You can exceed the length of 127 bytes if you take care that you do not use the following function block which would overwrite the data of the last one.

ESC "

Turn on special character mode Code: 027,072,002

Turn off special character mode Code: 027,072,003

Macro programming

Program an executable function block Code: 027,034

The special character mode allows you to use the 8 user definable characters, you also must add DEC 32 or Hex 20 to the character.

Return the display to normal display mode.

This function allows the programmer to program a sequence of function calls, control or escape sequences and even text. The ability to execute series of functions with a single call is useful for repetitive function formats such as those in the retail industry.

There are 16 usable blocks all of which, if you desire, may be linked.

If you exceed the 127 byte size of the blocks, the display will directly link your block to the next consecutive block.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

This is only useful upon power up, because if you have data in the next block, its data will be overwritten. Therefore it is suggested these blocks are unutilized as one of the first steps to use the display.

To link blocks, simply add a function call, from within a block, to the block that you wish to use.

PARAMETER FORMAT :

ESC “ <BLOCK-NO> <DATA and/or CTRL/ ESC SEQUENCES><ESC EOT>

RANGES :

BLOCK-NO : 0 - 15 (048 - 063) ESC EOT: 027, 004.

EXAMPLE :

PRINT #1, CHR$(27)+CHR$(34)+“0”; PRINT #1, CHR$(27)+“*” PRINT #1, CHR$(27)+“Macro#0.”; PRINT #1, CHR$(27)+CHR$(4)

ESC $

PARAMETER FORMAT : RANGES :

Pause (for a multiple of 8.88ms) Code: 027,036

ESC $ <DELAY> DELAY : 0 - 255 (000-255)(0 sec - 2.26 secs).

This function allows the programmer to stop the pole display for a period of time, The delay is in multiple of 8.88ms.

Programming Commands

COMMANDS FUNCTION DESCRIPTION

ESC #

PARAMETER FORMAT : RANGES : EXAMPLE : Starts the Block-NO, that has been defined

Execute a programmed function block Code: 027,035

ESC # <BLOCK-NO> BLOCK-NO : 0 - 31 (048 - 079)

in the example above.

PRINT #1, CHR$(27)+“#0”

This function allows the programmer to call one of the function blocks for execution.

NOTE:

ESC_D

ESC_P

D&P must be capital initial.

Before you send commands, please make sure that you have already connected printer to 8034. Otherwise you send <ESC> <_> <P> <Hello> that will make your 8034 data buffer full, but after you connect printer to 8034 it will work normally.

To select to print out the data from display.

To select to print out the data from printer.

If you send<ESC> <_> <D> <Hello> then the pole display will display “Hello”.

If you send <ESC> <_> <P> <Hello> then the printer will print out “Hello”.

Sample Program

• • • • • • •

1 0 ’Sample program for Jarltech 8034 series 20 ’Copyright(C) Jarltech international INC. 1997 30 ’ 40 RESET:CLEAR:SCREEN 0:COLOR 7,0:CLS 50 ’ 60 OPEN “COM1:9600, N, 8, 1, CS0" AS #1 70 ’: Set RS232 Options 80 E$=CHR$(27) 90 ’: Set E$= "[ESC]" 10 0 ’Clear Screen & Set cursor off 110 PRINT #1,E$+":"+E$+"`"+CHR$(1) 120 ’ 13 0 ’Demp program 140 ’ 150 LOCATE 7,20:PRINT “Testing Jarltech 8004 Series..." 160 LOCATE 8,35:PRINT “[ESC] to Stop ..." 170 ’ 18 0 ’Main ************************************** 19 0 ’Program an Executable Function Block 200

’Syntax: ESC " <BLOCK><DATA and/or CTRL/ESC SEQUENCES> ESC <EOT> 210 ’Ranges: 22 0 ’ <BLOCK> : 00-31 (48 DEC - 79 DEC) ® ASCII: 0 ... O 23 0 ’ <EOT> : 04 DEC 240 ’ 250 ED$=E$+CHR$(34) ‘: Set ED$= ESC " 260 EN$=E$+CHR$(4) ‘: Set EN$= ESC <EOT> 270 ’ 2 80 PRINT #1, 2 9 0 PRINT #1, 3 00 PRINT #1, 3 10 PRINT #1, 3 2 0 PRINT #1, 330 PRINT #1,ED$+"5"+E$+"`"+CHR$(2)+EN$ 340

PRINT #1,ED$+"6"+E$+"`"+CHR$(1)+CHR$(13)+"Turn LCD screen off"+EN$

ED$+"0"+CHR$(10)+CHR$(10)+CHR$(30)+CHR$(22) ED$+"1"+CHR$(10)+CHR$(13)+"Testing Control ..."+EN$ ED$+"2"+CHR$(10)+CHR$(13)+"Command OK !"+EN$ ED$+"3"+CHR$(10)+CHR$(30)+"Testing [ESC] ..."+EN$

ED$+"4"+CHR$(22)+CHR$(13)"Cursor Off/On: "+EN$

350 PRINT #1,ED$+"7"+E$+"`"+CHR$(7)+EN$ 360

PRINT #1,ED$+"8"+E$+"`"+CHR$(8)+CHR$(13)+"Turn LCD screen ON"+EN$ 370 PRINT #1,ED$+"9"+E$+"`"+":"+"Move cursor :"CHR$(2)+EN$ 380 PRINT #1,ED$+":"+E$+"B0"+EN$ 390 PRINT #1,ED$+";"+E$+";1"+EN$ 400 PRINT #1,ED$+"<"+E$+"=31"+EN$ 410 ’ 420 ’Excute Program Block 430 ’ 440

FOR I=48 TO 61:PRINT #1,E$+"#"+CHR$(I):GOSUB 540:NEXT 450 PRINT #1,E$+"`"+CHR$(1) 460 ’ 470 ’

Program a Message For the Scrolling Lines & Start a Line Scrolling 480 ’ 490

PRINT #1,E$+";"+E$+"(1* Nice to see you! *"CHR$(13)+E$+")0091"

500

PRINT #1,E$+"(2* This is JARLTECH 8004 series DEMO *"+CHR$(13)+E$+")1192" 510 ’ 520 END ************************************* 530 ’ 540 ’timer delay 550 T=INT(TIMER) 560 Y$=INKEY$:IF Y$=CHR$(27) THEN END 570 IF T+2 > TIMER THEN 560 ELSE RETURN

Appendix I

• • • • • • •

Specifications

Display

Case

Bottom Plate

Interface

Power Requirement

• Type: alphanumeric dot matrix vacuum fluorescent display

• Text mode: 20 characters x 2 lines

• Character size: 6.4(W) x 9.2mm(H), 5x7 dots

• Display color: blue green

• Brightness: 700 cd/m

• Dimension: 311mm(L) x 217mm(W) x 50mm(H)

• Adjustable angle: 270o swivl, 9o forward and 45o backward

• Pole height: 140mm

• Material: ABS

• ABS with metal plate. Screw holes available for pole fixed

• RS232C

• RS232 interface: +12V DC directly from host or through adaptor from external 110/220V AC source with polarity as follows:

• Consumption: 4.5W

Programming

• More than 30 control sequences and escape sequences for powerful programming such as move cursor, cursor home, cursor blink, clear, delete, reset, scrolling, program function block, pause, insert line and special character mode.

8034 Specifications

8034 Y cable pinout

DB-9F DB-25M RJ-45 8P Pin No. Signal Pin No. Singnal

-- -- -- 1 VCC 2 RX 2 -- - 5 GND 7 3 GND 9 -- -- -- --

-- -- 3 5 TX 6 DSR -- 6 RTS 8 CTS -- 6 RTS 3 TX -- 7 RX

-- -- 20 8 C T S

Dip Switch Setting Baud Rate

SWITCH FUNCTION

SW1 SW2 Baud Rate (bps)

OFF OFF 9600

ON OFF 1200

OFF O N 38400

ON O N 19200

Operation mode select

SWITCH FUNCTION

SW7 SW8 Operation Mode OFF OFF Jarltech Command

ON OFF ESC/POS

OFF O N UTC standard

O N O N UTC W/pass through function

Dip Switch Setting

SW3 SW4 SW5 SW6

OFF OFF OFF OFF U.S.A PC-437

ON OFF OFF OFF FRANCE PC-850

OFF ON OFF OFF GERMANY PC-850

ON ON OFF OFF U.K. PC-850

OFF OFF O N OFF DENMARK I PC-850

ON OFF ON OFF SWEDEN PC-850

OFF O N O N OFF ITALY PC-850

O N ON O N OFF SPAIN PC-850

OFF OFF OFF ON JAPAN Katakana

ON OFF OFF ON NORWAY PC-850

OFF ON OFF ON DENMARK II PC-850

O N ON OFF ON SLAWIEN SLAWIEN

OFF OFF ON ON RUSSIA RUSSIA

ON OFF ON ON Reversed Reversed

OFF ON ON ON Reversed Reversed

O N ON O N O N USER DEFINE USER DEFINE

Specifications

International character set

SWITCH CHARACTER SET

International character Code table ASCII code 20H-7FH ACSII code 80H-FFH

(USA standard Europe)

(multilingual)

See Table IV-2 and IV-3 for the international character set. See Table IV-4 to IV-8 for the country code table.

• • • • • • •

The table indecates EPSON ESC/POS command list

Command Code description(Hex) Function

ESC t n 1B 74 n 0<=n<=7 Select code table (Refer Item I as

ESC R n 1B 52 n 0<=n<=12 Select international character set(Refer

I. Select code table for ESC/POS

n Code Table ASCII (80H~FFH)

0 PC437:U.S.A., standard Europe 1 Katakana for Japan 2 PC850: multilingual 3 PC860: Portuguese 4 PC863: Canadian-French 5 PC865: Nordic

Appendix II

bellow)

Item II)

(See table list in Appendix IV for more details.)

II. Set international character set for ESC/POS

International character set

n ASCII (20H~FFH)

0 U.S.A 1 FRANCE 2 GERMANY 3 U.K. 4 DENMARK I 5 SWEDEN 6 ITALY 7 SPAIN 8 JAPAN 9 NORWAY

10 DENMARK II

• • • • • • •

Appendix III

Code Table Selection

This chapter introduce you how to define/setup the font table on the 8034 either through switch 3, 4, 5, 6 setting or EEPROM programming.

The Switch Setting

Step 1: Turn off your computer

If you have not already done so, turn off your computer to avoid any accidental damage to the pole display and computer.

Step 2: Decide on the desired fonts

Please refer to the tables listed on Appendix IV to decide which table is the one you are going to work on the 8034. Adjust the switch 3, 4, 5, 6 (see Appendix I: Specifications) for the correlative table.

Step 3: Connect 8034 to your computer

Code Table Selection

Step 4: Turn on your computer

Turn on your computer. It should boot up normally. The pole display will show a self-diagnostic status and then the display will be blank.

• • • • • • •

Appendix IV

HEX CODE HEX CODE

00H NULL 10H DL E 01H MD1 11H DC1 02H MD2 12H DC2 03H MD3 13H DC3 04H MD4 14H DC4 05H MD5 15H 06H MD6 16H 07H MD7 17H 08H BS,MD8 18H CAN

09H H T 19H 0AH LF 1AH 0BH H O M 1BH ESC 0CH CLR 1CH 0DH CR 1DH 0E H SLE1 1E H SF1 0FH RS,SLE2 1FH US,SF2

The Code Table

Table IV-1: Control code set

This is reserved by the 8034

The Code Table

International Characters Set

0123456789ABCDEF

..... ..O.. .O.O..O.O...O.. OO... .OO.. .OO.. ...O..O... ..... ..... ..... ..... ..... .....

..... ..O.. .O.O..O.O..OOOO O O..OO..O...O.. ..O.. ..O.. ..O.. ..O.. ..... ..... ..... ....O

..... ..O.. .O.O. OOOOO O .O.. ...O. O.O.. .O... .O... ...O. O.O.O ..O.. ..... ..... ..... ...O.

20h

..... ..O.. ..... .O.O..OOO...O.. .O... ..... .O... ...O..OOO. OOOOO ..... OOOOO ..... ..O..

..... ..... ..... OOOOO ..O.O .O... O.O.O ..... .O... ...O. O.O.O ..O.. .OO.. ..... ..... .O...

..... ..... ..... .O.O. OOOO. O..OO O..O. ..... ..O.. ..O.. ..O.. ..O.. ..O.. ..... .OO.. O....

..... ..O.. ..... .O.O...O.. ...OO .OO.O ..... ...O..O... ..... ..... .O... ..... .OO.. .....

.OOO...O.. .OOO. OOOOO ...O. OOOOO ..OO. OOOOO .OOO..OOO. ..... ..... ...O. ..... .O... .OOO.

O...O .OO.. O...O ...O...OO. O.... .O... ....OO...OO...O .OO.. .OO.. ..O.. ..... ..O.. O...O

..OO ..O.. ....O ..O.. .O.O. OOOO. O.... ...O. O...OO...O .OO.. .OO.. .O... OOOOO ...O. ....O

30h

.O.O ..O.. ...O. ...O. O..O. ....O OOOO...O.. .OOO..OOOO ..... ..... O.... ..... ....O ...O.

OO..O ..O.. ..O.. ....O OOOOO ....OO...O .O... O...O ....O .OO.. .OO.. .O... OOOOO ...O...O..

O...O ..O.. .O... O...O ...O. O...OO...O .O... O...O ...O..OO.. ..O.. ..O.. ..... ..O.. .....

.OOO..OOO. OOOOO .OOO. ...O..OOO..OOO..O... .OOO..OO.. ..... .O... ...O. ..... .O... ..O..

.OOO...O.. OOOO..OOO. OOO.. OOOOO OOOOO .OOO. O...O .OOO..OOOO O...OO.... O...OO...O .OOO.

O...O .O.O. O...OO...OO..O. O.... O.... O...OO...O ..O.. ...O. O..O. O.... OO.OO O...OO...O

.OOO O...OO...OO.... O...OO.... O.... O.... O...O ..O.. ...O. O.O.. O.... O.O.OOO..OO...O

40h

.OO O...O OOOO. O.... O...O OOOO. OOOO. O.OOO OOOOO ..O.. ...O. OO... O.... O.O.OO.O.OO...O

.OOO OOOOO O...OO.... O...OO.... O.... O...OO...O ..O.. ...O. O.O.. O.... O...OO..OO O...O

.... O...OO...OO...OO..O. O.... O.... O...OO...O ..O.. O..O. O..O. O.... O...OO...OO...O

.OOOO O ...O OOOO..OOO. OOO.. OOOOO O.... .OOOO O...O .OOO..OO.. O...O OOOOO O...OO...O .OOO.

OOOO..OOO. OOOO..OOO. OOOOO O...OO...OO...OO...OO...O OOOOO .OOO. ..... .OOO...O.. .....

O...OO...OO...OO...O ..O.. O...OO...OO...OO...OO...O ....O .O... O.... ...O..O.O. .....

50h

O...OO...OO...OO.... ..O.. O...OO...OO...O .O.O..O.O. ...O..O... .O... ...O. O...O .....

OOOO. O...O OOOO..OOO...O.. O...OO...OO.O.O ..O.. ..O.. ..O.. .O... ..O.. ...O. ..... .....

O.... O.O.OO.O.. ....O ..O.. O...OO...OO.O.O .O.O...O.. .O... .O... ...O. ...O. ..... .....

O.... O..O. O..O. O...O ..O.. O...O .O.O. O.O.OO...O ..O.. O.... .O... ....O ...O. ..... .....

O.... .OO.OO...O .OOO...O.. .OOO...O.. .O.O. O...O ..O.. OOOOO .OOO. ..... .OOO. ..... OOOOO

..O.. ..... O.... ..... ....O ..... ...O. ..... O.... ..O.. ...O. O.... .OO.. ..... ..... .....

...O. ..... O.... ..... ....O ..... ..O.O ..... O.... ..... ..... O.... ..O.. ..... ..... .....

60h

..... .OOO. OOOO..OOOO .OOOO .OOO...O.. .OOOO OOOO..OO.. ...O. O..O...O.. OO.OO O.OO..OOO.

..... ....OO...OO.... O...OO...O .OOO. O...OO...O ..O.. ...O. O.O.. ..O.. O.O.OOO..OO...O

..... .OOOO O...OO.... O...O OOOOO ..O.. .OOOO O...O ..O.. ...O. OO... ..O.. O.O.OO...OO...O

..... O...OO...OO.... O...OO.... ..O.. ....OO...O ..O.. O..O. O.O.. ..O.. O.O.OO...OO...O

..... .OOOO OOOO..OOOO .OOOO .OOO...O.. OOOO. O...O .OOO..OO.. O..O..OOO. O...OO...O .OOO.

..... ..... ..... ..... ..O.. ..... ..... ..... ..... ..... ..... ..OO...O.. .OO.. .OO.O .....

..... ..... ..... ..... ..O.. ..... ..... ..... ..... ..... ..... .O... ..O.. ...O. O.OO. .....

70h

OOOO..OOOO O.OO..OOOO OOOOO O...OO...OO...OO...OO...O OOOOO .O... ..O.. ...O. ..... .....

O...OO...OOO..OO.... ..O.. O...OO...OO...O .O.O. O...O ...O. O.... ..... ....O ..... .....

OOOO..OOOO O.... .OOO...O.. O...OO...OO.O.O ..O.. .OOOO ..O.. .O... ..O.. ...O. ..... .....

O.... ....OO.... ....O ..O.OO...O .O.O. O.O.O .O.O. ....O .O... .O... ..O.. ...O. ..... .....

O.... ....OO.... OOOO. ...O..OOO...O.. .O.O. O...O OOOO. OOOOO ..OO...O.. .OO.. ..... .....

Table IV-2: U.S.A font set

Above U.S.A font set is acted as a basic font set. Only ASCII 23H, 24H, 40H, 5BH, 5CH, 5DH, 5EH, 60H, 7BH, 7CH, 7DH and 7EH in Table IV-2 will be changed. When you adjust the switch 3, 4, 5, 6 to select the international character.(refer to Table IV-3)

The Code Table

International 23 24 40 5B 5C 5D 5E 6 0 7B 7C 7D 7E

.O.O...O.. .OOO..OOO. ..... .OOO...O.. ..O.. ..OO...O.. .OO.. .OO.O

USA

FRANCE

GERMANY

U.K.

DENMARK I

SWEDEN

ITALY

SPAIN

JAPAN

NORWAY

DENMARK II

SLAWIEN

RUSSIA

.O.O..OOOO O...O .O... O.... ...O..O.O. ...O..O... ..O.. ...O. O.OO.

OOOOO O.O.. O.OOO .O... .O... ...O. O...O ..... .O... ..O.. ...O. .....

.O.O..OOO. OO.OO .O... ..O.. ...O. ..... ..... O.... ..... ....O .....

OOOOO ..O.OO.OOO .O... ...O. ...O. ..... ..... .O... ..O.. ...O. .....

.O.O. OOOO. O.... .O... ....O ...O. ..... ..... .O... ..O.. ...O. .....

.O.O...O.. .OOOO .OOO. ..... .OOO. ..... ..... ..OO...O.. .OO.. .....

.O.O...O.. .O... .OOO..OOOO .OOO...O.. ..O.. ...O..O... .O... .O.O.

.O.O..OOOO ..O.. .O.O. O.... O.... .O.O. ...O...O.. ..O.. ..O.. .....

OOOOO O.O.. .OOO..OOO. O.... .OOO. O...O ..... .OOO. ..... .OOO. .....

.O.O..OOO. ....O ..... O.... O...O ..... ..... O...OO...OO...O .....

OOOOO ..O.O .OOOO ..... .OOOO .OOO. ..... ..... OOOOO O...O OOOOO .....

.O.O. OOOO. O...O ..... ..O.. ....O ..... ..... O.... O..OO O.... .....

.O.O...O.. .OOOO ..... .O... .OOO. ..... ..... .OOO..OO.O .OOOO .....

.O.O...O.. .OOO. O...OO...OO...O ..O.. ..O.. .O.O. ..... ..... .OO..

.O.O..OOOO O.... ..... ..... ..... .O.O. ...O. ..... .O.O..O.O. O..O.

OOOOO O.O.. .OOO..OOO..OOO. O...OO...O ..... .OOO. ..... ..... OOO..

.O.O..OOO. O...OO...OO...OO...O ..... ..... ....O .OOO. O...OO..O.

OOOOO ..O.O .OOO. OOOOO O...OO...O ..... ..... .OOOO O...OO...OO..O.

.O.O. OOOO. ....OO...OO...OO...O ..... ..... O...OO...OO..OO OOO..

.O.O...O.. .OOO. O...O .OOO..OOO. ..... ..... .OOOO .OOO..OO.OO....

.O.O...O.. .OOO..OOO. ..... .OOO...O.. ..O.. ..OO...O.. .OO.. .OO.O

.O.O..OOOO O...O .O... O.... ...O..O.O. ...O..O... ..O.. ...O. O.OO.

OOOOO O.O.. O.OOO .O... .O... ...O. O...O ..... .O... ..O.. ...O. .....

.O.O..OOO. OO.OO .O... ..O.. ...O. ..... ..... O.... ..... ....O .....

OOOOO ..O.OO.OOO .O... ...O. ...O. ..... ..... .O... ..O.. ...O. .....

.O.O. OOOO. O.... .O... ....O ...O. ..... ..... .O... ..O.. ...O. .....

.O.O...O.. .OOOO .OOO. ..... .OOO. ..... ..... ..OO...O.. .OO.. .....

.O.O...O.. .OOO..OOOO ..O.. ..O.. ..O.. ..O.. ..... ..... ..O.. .OO.O

.O.O..OOOO O...OO.O.. .OOO..O.O..O.O. ...O. ..... ...O. ..... O.OO.

OOOOO O.O.. .OOO O.O.. O.O.O ..O.. O...O ..... OO.O..OOO..OOO. .....

.O.O..OOO. OO.OO O.OOO O.O.O .OOO. ..... ..... ..O.OO.O.O ....O .....

OOOOO ..O.OO.OOO OOO.. O.O.OO...O ..... ..... .OOOO O.O.O .OOOO .....

.O.O. OOOO. O.... O.O.. .OOO. OOOOO ..... ..... O.O.. .OOO. O...O .....

.O.O...O.. .OOOO O.OOO ..O.. O...O ..... ..... OO.OO .O... .OOOO .....

.O.O. O...O ...O..O.O..O.O..OOO..O.O. ...O..O.O. ..... .OOO. .....

.O.O..OOO...O.. ..... ..... .O.O. ..... ..O.. ..... .O.O..O.O..O.O.

OOOOO O...O OOOOO ..O.. .OOO..OOO. O...O .OOO..OOO. ..... .OOO. .....

.O.O. O...OO.... .O.O. O...OO...OO...OO...O ....O .OOO. ....OO...O

OOOOO O

...O OOOO. O...OO...O OOOOO O...O OOOOO .OOOO O...O .OOOO O ...O

.O.O..OOO. O.... OOOOO O...OO...OO...OO.... O...OO...OO...OO..OO

.O.O. O...O OOOOO O...O .OOO. O...O .OOO..OOO..OOOO .OOO..OOOO .OO.O

.O.O...O.. .OOO..OOO. ..... ...O...O.. .O... .O... .O... .O... .O...

.O.O..OOOO O...O .O.O. O .... ..O.. .O.O...O.. ..O.. ..O.. ..O.. ..O..

OOOOO O.O.. O.OOO .OOO..O... .OOO. O...O ..... .OOO. ..... .OOO. .....

.O.O..OOO. OO.OO ..... ..O.. O...O ..... O...O ....O .OOO. O...O .OO..

OOOOO ..O.OO.OOO ..... ...O. OOOOO ..... O...O .OOOO O...O OOOOO ..O..

.O.O. OOOO. O.... ..... ....OO.... ..... O..OO O...OO...OO.... ..O..

.O.O...O.. .OOOO ..... ..... .OOOO ..... .OO.O .OOOO .OOO..OOOO .OOO.

OOOO...O.. .OOO...O.. .OO.O ..O.. ..O.. ..O.. .O.O..OO.O .OO.. .OO.O

...O .OOOO O...O ..O.. O.OO. ..... .O.O. ...O. ..... O.OO. ...O. O.OO.

OOOO. O.O.. O.OOO ..... ..... ..O.. O...O ..... ..... ..... ...O. .....

O..O..OOO. OO.OO ..O.. OO..O .O... ..... ..... ..... O.OO. ....O .....

O.OOO ..O.OO.OOO ..O.. O.O.OO.... ..... ..... ..... OO..O ...O. .....

O..O. OOOO. O.... ..O.. O..OO O...O ..... ..... ..... O...O ...O. .....

O..OO ..O.. .OOOO ..O.. O...O .OOO. ..... ..... ..... O...O .OO.. .....

.O.O...O.. .OOO..OOO. O...O .OOO...O.. ..O.. ..OO...O.. .OO.. .OO.O

.O.O..OOOO O...O .O... .O.O. ...O..O.O. ...O..O... ..O.. ...O. O.OO.

OOOOO O.O.. O.OOO .O... OOOOO ...O. O...O ..... .O... ..O.. ...O. .....

.O.O..OOO. OO.OO .O... ..O.. ...O. ..... ..... O.... ..... ....O .....

OOOOO ..O.OO.OOO .O... OOOOO ...O. ..... ..... .O... ..O.. ...O. .....

.O.O. OOOO. O.... .O... ..O.. ...O. ..... ..... .O... ..O.. ...O. .....

.O.O...O.. .OOOO .OOO...O.. .OOO. ..... ..... ..OO...O.. .OO.. .....

.O.O. O...O ...O..OOOO ....O .OOO..O.O. ...O. ..... ..... .OOO..O.O.

.O.O..OOO...O.. O.O.. .OOO..O.O. ..... ..O.. ..... ...O..O.O. .....

OOOOO O...O OOOOO O.O.. O..OO .OOO. O...O .OOO. OO.O..OOO..OOO. .....

.O.O. O...OO.... O.OOO O.O.OO...OO...OO...O ..O.OO.O.O ....OO...O

OOOOO O

...O OOOO. OOO.. OO..O OOOOO O...O OOOOO .OOOO O.O.O .OOOO O...O

.O.O..OOO. O.... O.O.. .OOO. O...OO...OO.... O.O.. .OOO. O...OO..OO

.O.O. O...O OOOOO O.OOO O.... O...O .OOO..OOO. OO.OO .O... .OOOO .OO.O

.O.O...O.. ...O..OOOO ....O .OOO..O.O. ...O. ..... ..... .OOO..O.O.

.O.O..OOOO ..O.. O.O.. .OOO..O.O. ..... ..O.. ..... ...O..O.O. .....

OOOOO O.O.. OOOOO O.O.. O..OO .OOO. O...O .OOO. OO.O..OOO..OOO. .....

.O.O..OOO. O.... O.OOO O.O.OO...OO...OO...O ..O.OO.O.O ....OO...O

OOOOO

..O.O OOOO. OOO.. OO..O OOOOO O...O OOOOO .OOOO O .O.O .OOOO O...O

.O.O. OOOO. O.... O.O.. .OOO. O...OO...OO.... O.O.. .OOO. O...OO..OO

.O.O...O.. OOOOO O.OOO O.... O...O .OOO..OOO. OO.OO .O... .OOOO .OO.O