Customer Pole Display 8035 SERIES - jarltech.com...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

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OPERATION MANUAL

Customer Pole Display

8035 SERIES Version: 1.0

8035 Series User Manual

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 aresidential 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 causeharmful 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.

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.

CAUTION: Any changes of modifications not expressly approved by the grantee of this device could void the user’s authority to operate the equipment.

1


Table of Contents:

Chapter 1 Introduction .............................................................................3

Chapter 2 Appearance ............................................................................4

Chapter 3 Before You Install.....................................................................5

Chapter 4 Installing Model 8035

4-1 RS-232 Interface.............................................................6 4-2 USB Interface..................................................................8 Chapter 5 Programming Commands........................................................9

Appendix I Specifications.........................................................................11

Appendix II Command Set........................................................................12

Appendix III Instruction Description...........................................................13 Appendix IV Character Generator ROM Map............................................19

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Chapter 1

3

Introduction

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Jarltech's easy reading customer pole display is an excellent tool for displaying POS (point-of-sale) communications with the customer (Product descriptions and prices, transactions, Advertising messages, and Customer greetings.) With the 8035 angle adjustable and visual swivel, it makes it easy to adjust tilt and the pole height. The 8035 alphanumeric customer display can be easily seen from both close-up and at a distance. With ESC/POS command codes, Jarltech's 8035 POS customer display can to be used under any operation system and platforms. Features ● Liquid Crystal Module ● Angle adjustable and visual swivel ● Selection of pole height: long pole, short pole or without pole ● USB communication ● Built-in Jarltech and ESC/POS command codes Additionally Jarltech institute design 8035 OPOS(OLE for retail POS) firmware, not only accordance with Microsoft OPOS standard but also we developed various special function. We simultaneously simplify OPOS driver numerous install steps, let 8035 OPOS only need one step to complete the installment. In additional we also provide the 8035 OPOS test program, enable to operators easy learning and test each functions, save the learn start to use times and to carry out the compatibility problem. Let 8035 customer display can smoothly match with other OPOS demand environment. OPOS Features: ● One step to installation ● Quick start ● Marquee show ● Blink light show ● Brightness adjustable For It's high compatibility and convenience with integrated others hardware, it is suitable for applying into retail, hospitality, fast food, hotel, financial service and other industrial application。Based on Jarltech's own professional abilities to design the customized product. In the same time, we also provide the OEM/ODM optimized solution for clients.


Appearance

Chapter 2

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LCD Module

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Jarltech JD-8035

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Cable Connector


Before You Install

This manual describes functions and usage of the Jarltech

Model 8035 customer pole display. The 8035 is a 2x20 alphanumeric customer pole display designed with multi-languages for retail and other industrial environments. Its outstanding features include high quality liquid crystal display in blue & white color,USB & serial interface are easy to use and powerful programming features. The 8035 can also combine with 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 8035 includes:

• 1 pce 8035 pole display

• 1 pce operation manual

• 1 pce +12V DC power plate with internal power cable (for RS232)• 1 pce DC cable

• 1 pce USB cable

• 1 pce pole

NOTE: The last character of indicates Cable’s color.

Ex: W=White; B=Black

Chapter 3

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Installing Model 8035

This chapter describes the procedures for installing the 8035 pole display by using RS-232 & USB interface.

4-1 .RS232 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

types are selected by Dip switch. Please refer to Appendix I: Specification to

set the 8035 to meet your requirement.

Step 3: Bulid up your 8035

Chapter 4

Chapter 4

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JARLTECH JD-8035

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JARLTECH Touch POS 8802

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8035 Customer Pole Display RS-232C Installation

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RJ-45

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DB-9F


Step 4: Decide on power access The RS-232 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.

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 com port on your computer or terminal matches the 8035 pin assignment (see

Specifications in Appendix I).

Step 6: Connect to your computer

Connect the RS-232 connector to the male equivalent com 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 7: 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 8: 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.

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4-2 USB Interface Step 1: Bulid up your 8035 Step 2: Connect to your computer Connect the USB connector to the usb port on your computer. Step 3: Refer to RS-232 configuration Please refer to RS-232 configuration step 3 and following steps. (USB 2.0 user access 8035 via virtual com port)

8

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8035 Customer Pole Display USB Installation

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JARLTECH Touch POS 8802

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JARLTECH JD-8035

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USB A

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USB B


Programming Commands

There are four programming modes available for model 8035 which are Jarltech mode,

ESC/POS mode, UTC standard mode and UTC w/pass through mode. In this Chapter,

we will all use Jarltech mode as an example and the command codes for other

modes, please refer to Appendix II. For multi-languages, please refer to Appendix III and

IV for details.

The basic function of the 8035 display is comparable to the display programming by

your software should be as easy. You only need open the COM-port on which the

display has been connected from you. Then, you just nees send the character what you

want to display on 8035 directly via the COM interface. Please following the USB parameters to use as below:

9600 Baud, No Parity, 8 D ata Bits, 1 Stop bit

In Basic, 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 usb routines. Please refer to your

compiliers/interpreters manual for more details.

Example:

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

PRINT #1, “Hello World!”

CLOSE #1

Chapter 5

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Programming using DOS routines

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

Example:

MODE COMx: 9600, N, 8, 1

ECHO Hello! >COMx :

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

two digit 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:

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 8035 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)

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SpecificationsAppendix I

NO Item Descriptions1 Type Alphanumeric dot martix liquid crystal display2 Text mode 20 Characters X 2 lines3 Character size 5mm(w) x 10mm (H) ,5x7 dot

4 Display colorBlue (back color) andWhite (character color)

5 Brightness 600 cd/m26 Adjustable angle 360° swivels and 45 tilt (6-position)

7 InterfaceUSB 2.0 user access 8035 via virtual ComportRS-232 with DC jack

8 Software ProgrammingJarltech command ESC/POS ,Ultimate modeOPOS (OLE for Retail POS)

9 Power Requirement5V DC from HOST USB port12V DC from RS232 port

10 Display panel dimensions214 (L) x 70 (W) x 40 (H)mm11 Pole height 140mm or 280mm12 Weight 950 g13 Material ABS plastic14 Colors White or Black15 Bottom Plate Material ABS plastic with metal place

16 LanguageEnglish / JapanEnglish / EuropeEnglish / Russia

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12

Command Code (hex) Description

ESC DC1 1B 11 Overwrite mode.

ESC DC2 1B 12 Vertical scroll mode.

ESC DC3 1B 13 Horizontal scroll mode.

ESC @ 1B 40 Initialize.

ESC _ n1B 5F nn=0, 1 Cursor hide/Show.

HT 09 Cursor right.

BS 08 Cursor left.

LF 0A Cursor down.

ESC [ C 1B 5B 43 Cursor right.

ESC [ D 1B 5B 44 Cursor left.

ESC [ A 1B 5B 41 Cursor up.

ESC [ B 1B 5B 42 Cursor down.

HOM 0B Cursor to the top-left

CR 0D Cursor home

ESC [ H 1B 5B 48 Cursor to the top-left

ESC [ R 1B 5B 52 Cursor end.

ESC [ L 1B 5B 4C Cursor home.

ESC [ K 1B 5B 4B Cursor to the bottom-right.

ESC C n d0….d7 1B 43 n d0….d7 00h<=n<=07h Create custom character patterns

ESC l x y1B 6C x y1≦ x≦ 1E, 1≦ y≦ 4

Cursor to specifiedposition.

CLR 0C Clear screen.

ESC Q A 1B 51 41 [datax15] 0D Set string display mode,write stringto upper line.

ESC Q B 1B 51 42 [datax15] 0D Set string display mode,write stringto lower line.

Appendix II Command Set


Instruction Description

2．ESC @ ASCII Format：ESC @ DEC Format：[027][064] HEX Format：[1BH][40H] Description：Clear the data in the input buffer and reset setting to power on defaults。

2．CLR

ASCII Format：CLR DEC Format：[012] HEX Format：[0CH] Description：clear all the characters displayed,clear string mode 。

3．CAN

ASCII Format：CAN DEC Format：[024] HEX Format：[18H] Description：Clear the line where the cursor is at, clear string mode。

4．ESC Q A d1d2d3…dn CR

ASCII Format：ESC Q A d1d2d3…dn CR DEC Format：[027][081][065]d1d2d3…dn[013] {20h<=dn<=ffh ，1<=n<=20} HEX Format：[1BH][51H][41H]d1d2d3…dn[0DH] Description： a. set string display mode ， write to upper line 。

b. the string display mode can be cancelled with CLR or CAN。 5．ESC Q B d1d2d3…dn CR

ASCII Format：ESC Q B d1d2d3…dn CR DEC Format：[027][081][066]d1d2d3…dn[013]

{20h<=dn<=ffh ，1<=n<=20} HEX Format：[1BH][51H][42H]d1d2d3…dn[0DH] Description： a. set string display mode ， write to lower line 。

b. the string display mode can be cancelled with CLR or CAN。 6. ESC DC1

ASCII Format：ESC DC1 DEC Format：[027][017] HEX Format：[1BH][11H] Description： SET the display to overwrite mode

Appendix III

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7. ESC DC2 ASCII Format：ESC DC1 DEC Format：[027][018] HEX Format：[1BH][12H] Description： SET the display to vertial scroll mode

8. ESC DC3

ASCII Format：ESC DC1 DEC Format：[027][019] HEX Format：[1BH][13H] Description： SET the display to horizontal scroll mode

9．ESC [ A ASCII Format：ESC [ A DEC Format：[027][091][065] HEX Format：[1BH][5BH][41H] Description：move the cursor up one line。

When the cursor is at the upper line, this command operates

Differently depending on the display mode : 1.overwrite mode:

THE cursor is moved to the same column on the lower line 2.Vertical scroll mode: The characters displayed on the upper line are scrolled to the lower line, and the upper line is cleared. The cursor remains at the same position. 3.Horizontal scroll mode: The cursor is not moved.

10．ESC [ B

ASCII Format：ESC [ B DEC Format：[027][091][066] [010] HEX Format：[1BH][5BH][42H] [0AH] Description：move the cursor down one line。

When the cursor is at the lower line, this command operates

Differently depending on the display mode :

1.overwrite mode:

THE cursor is moved to the same column on the upper line

2. Vertical scroll mode:

The characters displayed on the upper line are scrolled to the lower line, and the upper line is

cleared. The cursor remains at the same position.

3.Horizontal scroll mode:

The cursor is not moved.

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11．ESC [ C

ASCII Format：ESC [ C DEC Format：[027][091][067]

[009] HEX Format：[1BH][5BH][43H]

[09H] Description：move the cursor one position to the right.

When the cursor is at the right end, this command operates


1.overwrite mode:

THE cursor moves to the left end of the other line.


When the cursor is at the upper right end, it is moved to the lower left end. When the cursor is

at the lower right end, the lower line message is moved to the upper line. The lower line is

cleared, and the cursor moved to the lower right end.


All characters on the current line are scrolled one to the left in the window.

The cursor is not moved but the character area at the right end of the windows is

cleared. 12．ESC [ D

ASCII Format：ESC [ D DEC Format：[027][091][068]


[08H] Description：move the cursor one position to the left.

When the cursor is at the left end, this command operates


1. overwrite mode:

THE cursor moves to the right end of the other line.


When the cursor is at the lower left end, it is moved to the upper

right end. When the cursor is at the upper right end, the upper line

message is moved to the lower line. The upper line is cleared, and the

cursor moved to the upper right end.


All characters on the current line are scrolled one to the right in the window.

The cursor is not moved but the character area at the left end of the windows is

cleared.

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13．ESC [ H

ASCII Format：ESC [ H DEC Format：[027][091][072]


[0BH] Description： Move the cursor to the left-most position on the upper line.

14．ESC [ H ASCII Format：ESC [ H DEC Format：[027][091][072]


[0BH] Description： Move the cursor to the left-most position on the upper line.

15．ESC [ L ASCII Format：ESC [ L DEC Format：[027][091][076]

[013] HEX Format：[1BH][5BH][4CH]

[0DH] Description： Move the cursor to the left-most position on the current line.

16．ESC [ R ASCII Format：ESC [ R DEC Format：[027][091][082] HEX Format：[1BH][5BH][52H] Description： Move the cursor to the right-most position on the current line.

17．ESC [ K ASCII Format：ESC [ K DEC Format：[027][091][075] HEX Format：[1BH][5BH][4BH] Description： Move the cursor to the right-most position on the lower line.

18．ESC l X Y ASCII Format：ESC l X Y DEC Format：[027][108] X Y

{01H<=X<=14H, 01H<=Y<=02H} HEX Format：[1BH][6CH] X Y Description： Move the cursor to the X-th column on the Y-th line.

19．ESC W s x1 x2 y ASCII Format：ESC W s x1 x2 y DEC Format：[027][087][000]

[027][087][001] x1 x2 y {01h<=x<=14h, 01h<=y<=02h} HEX Format：[1BH][57H][00H]

[1BH][57H][01H] x1 x2 y

16


Description： Set or cancel the window range on the display screen.

When s = 0, window is cancelled.

When s = 1, window is set, where x1 and x2 set the position of the left-most and the

right-most columns of the window.

y sets the upper or lower line.

The window is effective in the horizontal scroll mode. 20．ESC C n d0….d7

ASCII Format：ESC C n d0….d7 DEC Format：[027][067] n d0….d7 {00h<=n<=07h} HEX Format：[1BH][43H] n d0….d7 Description： Create custom character patterns.

n specifies which custom character to be generated.

d0..d7 specify the bit pattern for the character to be generated.

There are eight customer definable characters. They are numbered from 0 to 7,

corresponding to character codes 00h to 07h, and are duplicated at character codes 08h to

0fh.

The relation between n and the character codes is as below:

n Char code n Char code

0 00h 0 08h

1 01h 1 09h

2 02h 2 0Ah

3 03h 3 0Bh

4 04h 4 0Ch

5 05h 5 0Dh

6 06h 6 0Eh

7 07h 7 0Fh

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Below is an example for generating □ as a custom character:

NO Bit Pattern7 6 5 4 3 2 1 0

Data Value in hex

d0 * * * 1 1 1 1 1 1FH

d1 * * * 1 0 0 0 1 11H

d2 * * * 1 0 0 0 1 11H

d3 * * * 1 0 0 0 1 11H

d4 * * * 1 0 0 0 1 11H

d5 * * * 1 0 0 0 1 11H

d6 * * * 1 0 0 0 1 11H

d7 * * * 1 1 1 1 1 1FH

The asterisks(*) in the bit pattern are unused bits.

To generate the above character as character 3. the following command would be sent to the display: [1BH][43H][03H][1FH][11H][11H][11H][11H][11H] [11H][1FH]

User Font Patterns ( CG RAM Character )

Character Code (DD RAM data) CG RAM Address Character Pattern (CG RAM data)

Hi 7 6 5 4 3 2 1 0 Lo 5 4 3 2 1 0 Hi 7 6 5 4 3 2 1 0 Lo

0 0 0 0 x 0 0 0

0 0 0 0 0 1 0 1 0 0 0 0 0 1 1 1 0 0 1 0 1 1 1 0 1 1 1

x x x 1 1 1 1 0 x x x 1 0 0 0 1 x x x 1 0 0 0 1 x x x 1 1 1 1 0 x x x 1 0 1 0 0 x x x 1 0 0 1 0 x x x 1 0 0 0 1 x x x 0 0 0 0 0

0 0 0 0 x 0 0 1

0 0 0 0 0 1 0 1 0 0 0 1 0 1 1 1 0 0

1 0 1 1 1 0 1 1 1

x x x 1 0 0 0 1 x x x 0 1 0 1 0 x x x 1 1 1 1 1 x x x 0 0 1 0 0 x x x 1 1 1 1 1 x x x 0 0 1 1 0 x x x 0 0 1 0 0 x x x 0 0 0 0 0

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

0 0 0 0 x 1 1 1

0 0 0 0 0 1 0 1 0 1 1 1 0 1 1 1 0 0 1 0 1

1 1 0 1 1 1

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Appendix IV

HHHH

HHHL

HLHH

HHLH

HHLL

HLHL

HLLH

HLLL

LHHH

LHHL

LHLH

LHLL

HLHHLLLL

LLHH

LLHL

LLLL

LLLH

LLHHLLLH LLHL LHLL LHLH HLLLLHHHLHHL HLLH HLHL HHHLHHLL HHLH HHHH

Upper4 bir

Lower4 bir

CGRAM(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

SBS02002D0LEW20 Font Table

Character Generator ROM Map

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Jarltech International Inc.

Taipei Office: 3F, No.1, Lane 538, Chunng Cheng Road, Hsin Tien City,Taipei ,Taiwan ROC

Web site: http://www.jarltech.com.tw E-mail: [email protected]

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Documents

Customer Pole Display 8035 SERIES - jarltech.com...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