Marson Mt8495 2d Usb Mini Scanner User Manual

MT8495
2D USB Mini Scanner
User’s Manual
Version 1.0

Introduction

Manual Description

This user’s manual mainly provides instruction on configuring MT8495. By scanning the configuration barcodes in this manual, you can change MT8495’s interface, reading mode, data format and so on. The appendix lists the default configurations of MT8495. In most cases, user can use MT8495 without further configuration.

Product Requirements

Barcode Configurability

Scanning below configuration barcodes will allow/prohibit user to change settings by scanning configuration barcodes in this manual.

Enable Barcode Configurability*

Disable Barcode Configurability

Scanning below configuration barcodes will allow/prohibit configuration barcode data output.

Enable Config Barcode Data Output

Disable Config Barcode Data Output*

Factory Default

Scanning below configuration barcode will reset all parameters to factory default settings (the ones with * asterisk mark)

Factory Default

Custom Default

You can create your own custom default. Scan Save Custom Default configuration barcode below and all the current settings of MT8495 will be saved to your custom default, overwriting, if any, the previous one. Scan Custom Default to reset MT8495 to the custom default settings.

Save Custom Default

Custom Default

Check Version

To check firmware version, please scan below configuration barcode.

Check Version

Write/Read Device ID

User can write or read Device ID of up to 16 bytes of alphanumeric via USB VCP interface.

To write Device ID:
Host sends: WriteDeviceID:(desired Device ID).
Device responds: same as write command

To read Device ID:
Host sends: ReadDeviceID
Device responds: DeviceID:(current Device ID)

Example: to write/read Device ID:MT8495001

To write Device ID:
Host sends: WriteDeviceID:MT8495001.
Device responds: WriteDeviceID:MT8495001.

To read Device ID:
Host sends: ReadDeviceID
Device responds: DeviceID:MT8495001

Note:

1. Write command is followed by comma ( . ) as ending symbol.
2. When no Device ID is defined, device will respond with “DeviceID: NULL” when read.
3. No response indicates write command error (wrong format or data).

Check Device ID

Interface

Introduction

MT8495 communicate with the host via USB HID or USB VCP interface. USB VCP interface is capable of establishing bi-directional communication which enables barcode data receiving and command sending between MT8495 and host at the same time.

Interface Options

By default interface is USB HID. Scanning below configuration barcode will switch MT8495 between two different interfaces.

USB HID*

USB VCP

USB HID

HID Device Options

Two types of HID device options are available:

HID KBW*

HID POS

Polling Rate

The smaller the value, the faster MT8495 sends characters to the host. If the characters are missing in barcode data, please increase polling rate.

1ms*	3ms
5ms	10ms

Delay Before HID Release

Below are available options of Delay Before HID Release (the period of time from valid data to release data). The configurable range is from 1 to 63ms; default is 1ms.

1ms*	2ms
5ms	10ms

Delay After HID Release

Below are available options of Delay After HID Release (the period of time from release data to valid data). The configurable range is from 1 to 63ms; default is 1ms.

1ms*	2ms
5ms	10ms

CapsLock

CapsLock Off*

CapsLock On

HID Prefix

When HID Prefix is enabled, a prefix of Ctrl+Shift+r is added to each HID data, for host software development purpose.

Disable HID Prefix*

Enable HID Prefix

Keyboard Layout

English (USA)*	Czech
French	German
Hungarian	Italian
Japanese	Spanish
Turkish Q	Turkish F
Mexican

(Latin American) 

Virtual Keyboard

To adapt to more regional applications, virtual keyboard can be enabled at the cost of data output speed. Please make sure all alphabet keys and number keys are available when using virtual keyboard.

Standard Keyboard*

Virtual Keyboard

1. Control Code Output Methods
   Control code (0x00 ~ 0x1F) can be sent by two methods:

   Ctrl Mode*

   Alt Mode

2. Control Code Output
   The ASCII between 0x00 to 0x1F can be transformed into control code. When virtual keyboard is enabled, the output sequence of control code is as follows:
   (1) Ctrl Mode:
   A barcode of “A<HT>F” (0x41/0x09/0x46) is scanned, the output sequence of virtual keyboard is:
   a. Enter “A” ­ Press A key
   b. Enter “Ctrl + I” ­ Since 0x09 corresponds to “CtrI + I”, virtual keyboard will press and hold Ctrl key, press I key, and release Ctrl key and I key
   c. Enter “F” ­ Press F key
   Since “Ctrl+I” is shortcut for italicizing text in some software applications, the result of above output sequence can be a regular A plus an italic F. Please note that Ctrl Mode is only supported by English (USA) keyboard layout.
   (2) Alt Mode: When virtual keyboard and alt mode are enabled at the same time, the control code output will be ALT + ASCII Decimal Value. For <HT>, the output sequence of virtual keyboard is: Enter “Alt + 0 + 9” ­ Virtual keyboard will press and hold Alt key, press “0” and “9” on numeric keypad respectively, and release Alt key.
   When in standard keyboard, control code (0x00 ~ 0x1F) will be sent according to its function key definition, as seen in below table:

Control Code Table

Numeric Keypad

Number Keys On	Number Keys Off*
Symbol Keys On	Symbol Keys Off*

Reading Mode

Trigger Mode

In trigger mode, MT8495 starts scanning barcode when trigger is pressed. If trigger keeps being pressed within LED timeout, the scanning continues. When LED timeout expires or a barcode is scanned, the scanning stops. To restart scanning, the trigger be released and then pressed again.

Trigger Mode*

Trigger Condition

When trigger condition = level, the trigger must always be pressed during a scanning operation. The scanning will not stop until a barcode is scanned or LED timeout expires. When trigger condition = pulse, MT8495 starts scanning whenever a press on the trigger is detected, and will continue scanning until a barcode is scanned or LED timeout expires.

Level*

Pulse

LED Timeout

LED timeout is the maximum scanning duration. When LED timeout expires, the scanning operation stops automatically. The configurable range is from 100 to 25500ms; default is 5000ms.

1000ms	3000ms
5000ms*	Unlimited

Serial Trigger Mode

In serial trigger mode, MT8495 starts scanning barcode when trigger command (write `1′ to bit0 of address 0x0002) is received from the host. When LED timeout expires or a barcode is scanned, the scanning stops. To restart scanning, the host must send trigger command again.

Serial Trigger Mode

Trigger Command Response

In serial trigger mode, the trigger command is 7E 00 08 01 00 02 01 AB CD. When MT8495 receives trigger command, it responds with 02 00 00 01 00 33 31 and starts scanning. Scanning below configuration barcodes will allow/prohibit trigger command response.

Enable Trigger Command Response*

Disable Trigger Command Response

LED Timeout

Please refer to 3.1.2 LED Timeout for configuration barcodes.

Continuous Mode

In continuous mode, MT8495 keeps scanning barcodes continuously. By default, after a successful scan, MT8495 enters a Scan Interval of 1000ms. During scanning, keeping the trigger pin low for 50ms will cause the scanning to pause. Likewise, during pause, keeping the trigger pin low for 50ms will restart the scanning.

Continuous Mode*

Trigger Control

Scanning below configuration barcodes will allow/prohibit trigger control over pause/restart scanning in continuous mode.

Trigger Control On*

Trigger Control Off

LED Timeout

Please refer to 3.1.2 LED Timeout for configuration barcodes.

Scan Interval

Scan interval is the period of time between two consecutive scans. The configurable range is from 0 to 25500ms; default is 1000ms.

None

500ms	1000ms*
3000ms	5000ms

Identical Read Interval

When identical read interval is enabled, a barcode (or an identical one) can be re-scanned only after the defined amount of interval expires. This prevents repetitive scanning of a barcode in continuous mode.

Disable Identical Read Interval*

Enable Identical Read Interval

The configurable range of interval is from 0 to 12700ms. Please enable identical read interval before interval range setup.

None

500ms	1000ms
3000ms	5000ms

Auto-sensing Mode

In auto-sensing mode, MT8495 automatically starts scanning barcode when image change is detected within its field of view. After a successful scan or LED timeout expiration, MT8495 enters a Scan Interval of 1000ms by default. MT8495 can also be triggered when trigger pin is pull low.

Auto-sensing Mode

Auto-sensing Mode – Advanced Mode Setup

By default MT8495 is in standard mode. Fast mode is created for better user experience, with all parameters already at optimal level, for which scan interval, identical read interval, LED timeout, auto-sensing sensitivity and image stabilization timeout are not applicable.

Standard Mode*

Fast Mode

LED Timeout

Please refer to 3.1.2 LED Timeout for configuration barcodes.

Scan Interval

Please refer to 3.3.3 Scan Interval for configuration barcodes.

Identical Read Interval

Please refer to 3.3.4 Identical Read Interval for configuration barcodes.

Auto-sensing Sensitivity

Low	Medium*
High	Ultra High

Image Stabilization Timeout

Image stabilization timeout is the period of time needed for image to stay stable before scanning. The configurable range is from 0 to 25500ms in 100ms

0ms

100ms	400ms
1000ms	2000ms

Illumination and Aimer

Illumination

Illumination is the white LED that provides supplemental light during scanning to increase image recognizability and adaptability to low ambient light condition.
Normal: LED turns on during scanning.
Always On: LED always stays on.
Always Off: LED always stays off.

Normal*

Always Off

Always On

Aimer

Aimer is the red LED that projects a red bar aiming pattern to help user target barcode with ease.
On: LED stays on during scanning.
Flash: LED flashes during scanning.
Always On: LED always stays on.
Always Off: LED always stays off.

Flash*

On

Always Off

Always On

Indicator

General Settings

Mute

Unmute*

Power Up Beep

On*

Off

Good Read Beep

On*

Off

Good Read Beep Duration

30ms

60ms*

90ms

120ms

Beep Frequency

Low

Medium*

High

Configuration Barcode Beep

On*

Off

Good Read LED

On*

Off

Data Format

The following is the complete data format: [Preamble] + [Code ID] + [Data] + [Postamble] + [Terminator]
By default Code ID, Preamble and Postamble are disabled; terminator is 0x0D (Carriage Return). Data is the content encoded in a barcode, which can be further divided into [Start] + [Center] + [End] if the length of Start/End is defined.

Preamble

Enable/Disable Preamble

Enable Preamble

Disable Preamble*

Set Preamble

Set Preamble

Preamble can be up to 15 bytes of data, with each data converted into two-digit hex value during configuration. Please refer to Appendix C for ASCII table and corresponding hex value.

Example: to set Preamble as “CODE”

1. Convert “CODE” into Hex equivalent as 43, 4F, 44, 45
2. Scan Set Preamble
3. Scan 4, 3, 4, F, 4, 4, 4, 5 respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

Postamble

Enable/Disable Postamble

Enable Postamble

Disable Postamble*

Set Postamble

Set Postamble

Postamble can be up to 15 bytes of data, with each data converted into two-digit hex value during configuration. Please refer to Appendix C for ASCII table and corresponding hex value.

Example: to set Postamble as “CODE”

1. Convert “CODE” into Hex equivalent as 43, 4F, 44, 45
2. Scan Set Postamble
3. Scan 4, 3, 4, F, 4, 4, 4, 5 respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

Code ID

Enable/Disable Code ID

Enable Code ID

Disable Code ID*

Reset Code ID

Scanning below configuration barcode will reset all Code IDs to default. Please refer to Appendix B ­ Code ID for each symbology’s default Code ID.

Reset All Code ID to Default

Set Code ID
Example: to set PDF417 Code ID as `p’

1. Convert `p’ to Hex equivalent as 70
2. Scan Set PDF417 Code ID
3. Scan 7, 0 respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

Set EAN-13 Code ID

Set EAN-8 Code ID

Set UPC-A Code ID	Set UPC-E0 Code ID
Set UPC-E1 Code ID	Set Code128 Code ID
Set Code39 Code ID	Set Code93 Code ID
Set Codabar Code ID	Set Interleaved 2/5 Code ID
Set Industrial 2/5 Code ID	Set Matrix 2/5 Code ID
Set Code11 Code ID	Set MSI Plessey Code ID
Set GS1 Databar Code ID	Set GS1 Databar Limited Code ID
Set GS1 Databar Expanded Code ID	Set QR Code Code ID
Set Data Matrix Code ID	Set PDF417 Code ID
Set Micro QR Code Code ID	Set Han Xin Code ID
Set MicroPDF417 Code ID	Set Standard 2/5 Code ID
Set UK Plessey Code ID	Set ChinaPost2/5 Code ID
Set Code16K Code ID	Set MaxiCode Code ID

Set Aztec Code ID

Terminator

	CR (0x0D)*
TAB (0x09)	CF LF (0x0D 0x0A)

Data

Data Output

Data can be divided into three parts: [Start] + [Center] + [End] They are valid only when Start/End Length is defined.

Send All*	Send Start Only
Send End Only	Send Center Only

Data Length

Set Start Length

Set End Length

Start/End Length can be 0 to 255 digits, converted into two-digit hex value (00 ~ FF) during configuration. Please refer to Appendix C ­ ASCII Table for corresponding hex value.

Example: to set Start Length as 2

1. Convert 2 to Hex equivalent as 02
2. Scan Set Start Length
3. Scan 0, 2 respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

Encoding Format

Below are output encoding format options. Please note that GBK is used for Notepad, UNICODE for Microsoft Word, and raw for serial data output.

GBK*

UTF8

Raw

UNICODE

RF Message

Read Fail (RF) message is the message sent from MT8495 to the host device in the case of scanning failure.

Enable/Disable RF Message

Enable RF Message

Disable RF Message*

Set RF Message

The RF message can be up to 15 bytes of data, with each data converted into two-digit hex value during configuration. Please refer to Appendix C for ASCII table and corresponding hex value.

Example: to set RF Message as `CODE’

1. Convert “CODE” into Hex equivalent as 43, 4F, 44, 45
2. Scan Set RF Message
3. Scan 4, 3, 4, F, 4, 4, 4, 5 respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

Note: In the case of entering odd number of hex value during configuration, the last byte of data becomes invalid.

Output Protocol

The output protocol applies to UART/USB VCP interface, which, when enabeld, transforms data into below format:
[0x03] + [Length] + [Data]

Output Data Only*

Output Protocol

GS Replacement

GS (0x1D) stands for Group Separator and is used as delimiters to mark fields of data structures. As a control code, GS is non-displayable in many text applications and therefore it is requested to be replaced with displayable character in some use cases. In short, this function replaces 0x1D with a displayable ASCII character. GS can be replaced by 0x20 ~ 0x7E in ASCII table.

Example: to set GS Replacement as `C’

1. Scan Enable GS Replacement
2. Scan Set GS Replacement
3. Convert “C” into Hex equivalent as 43
4. Scan 4, 3 respectively from 8.1 Data 0~F
5. Scan Save Configuration from 8.2 Save & Abort

Enable GS Replacement

Disable GS Replacement*

Set GS Replacement

URL Output

Scanning below configuration barcodes will allow/prohibit URL (web address) barcode data output.

Enable URL Output*

Disable URL Output*

Symbologies

General Settings

Scanning below configuration barcodes will enable/disable all symbologies or enable symbologies by default.

Enable All Symbologies

Disable All Symbologies

Enable Default Symbologies*

Enhanced Decode Capability

When enhanced decode capability is enabled, the decode capability for damaged, twisted barcode is enhanced. When disabled, decode speed is increased.

Enable Enhanced Decode Capability

Disable Enhanced Decode Capability*

Inverse Barcode

Inverse barcode, also known as inverted barcode or negative barcode, is printed white lines/dots and black background.

Enable Inverse Barcodes

Disable Inverse Barcodes*

Mirrored Barcode

Mirrored barcode is printed with reversed direction perpendicular to the original barcode. Please note that when mirrored barcodes is enabled, MT8495 can *only* read mirrored barcodes.

Enable Mirrored Barcodes

Disable Mirrored Barcodes*

Check Digit of Commodity Barcode

Scanning below configuration barcodes will allow/prohibit the check digit output of commodity barcode (EAN-13/EAN-8/UPC-A/UPC-E0/UPC-E1).

Enable Check Digit of Commodity Barcode*

Disable Check Digit of Commodity Barcode

EAN-13

Enable/Disable EAN-13

Enable EAN-13*

Disable EAN-13

Supplement

Supplement, also known as addenda or add-on, is the add-on barcode encoded with supplementary information next to the main barcode on periodicals and paperback books. The supplement can be either 2 or 5 digits.

Enable 2-digit Supplement	Disable 2-digit Supplement*
Enable 5-digit Supplement	Disable 5-digit Supplement*

Supplement Required

When supplement required is enabled, MT8495 can only output EAN-13 with supplement.

Enable Supplement Required

Disable Supplement Required*

Check Digit

Send Check Digit*

Not Send Check Digit

EAN-8

Enable/Disable EAN-8

Enable EAN-8*

Disable EAN-8

Supplement

Supplement, also known as addenda or add-on, is the add-on barcode encoded with supplementary information next to the main barcode on periodicals and paperback books. The supplement can be either 2 or 5 digits.

Enable 2-digit Supplement	Disable 2-digit Supplement*
Enable 5-digit Supplement	Disable 5-digit Supplement*

Supplement Required

When supplement required is enabled, MT8495 can only output EAN-8 with supplement.

Enable Supplement Required

Disable Supplement Required*

Check Digit

Send Check Digit*

Not Send Check Digit

UPC-A

Enable/Disable UPC-A

Disable UPC-A

Supplement

Supplement, also known as addenda or add-on, is the add-on barcode encoded with supplementary information next to the main barcode on periodicals and paperback books. The supplement can be either 2 or 5 digits.

Enable 2-digit Supplement	Disable 2-digit Supplement*
Enable 5-digit Supplement	Disable 5-digit Supplement*

Supplement Required

When supplement required is enabled, MT8495 can only output UPC-A with supplement.

Enable Supplement Required

Disable Supplement Required*

UPC-A to EAN-13

Scanning below configuration barcodes will allow/prohibit the conversion of UPC-A into EAN-13.

Enable UPC-A to EAN-13

Disable UPC-A to EAN-13*

Check Digit

Send Check Digit*

Not Send Check Digit

UPC-E0

Enable/Disable UPC-E0

Enable UPC-E0*

Disable UPC-E0

Supplement

Supplement, also known as addenda or add-on, is the add-on barcode encoded with supplementary information next to the main barcode on periodicals and paperback books. The supplement can be either 2 or 5 digits.

	Disable 2-digit Supplement*
Enable 5-digit Supplement	Disable 5-digit Supplement*

Supplement Required

When supplement required is enabled, MT8495 can only output UPC-E0 with supplement.

Enable Supplement Required

Disable Supplement Required*

Check Digit

Send Check Digit*

Not Send Check Digit

UPC-E1

Enable/Disable UPC-E1

Enable UPC-E1*

Disable UPC-E1

Supplement

Supplement, also known as addenda or add-on, is the add-on barcode encoded with supplementary information next to the main barcode on periodicals and paperback books. The supplement can be either 2 or 5 digits.

Enable 2-digit Supplement	Disable 2-digit Supplement*
Enable 5-digit Supplement	Disable 5-digit Supplement*

Supplement Required

When supplement required is enabled, MT8495 can only output UPC-E1 with supplement.

Enable Supplement Required

Disable Supplement Required*

Check Digit

Send Check Digit*

Not Send Check Digit

Code128

Enable/Disable Code128

Enable Code128*

Disable Code128

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Code128 Prefix (11)

Enable Code128 Prefix (11)

Disable Code128 Prefix (11)*

Code39

Enable/Disable Code39

Enable Code39*

Disable Code39

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Send Start & Stop

Send Start

Not Send Start*

Send Stop

Not Send Stop*

Verification

Enable Verification

Disable Verification*

Check Digit

Send Check Digit

Not Send Check Digit*

Enable/Disable Code32

Enable Code32

Disable Code32*

Code32 Preamble (`A’)

Enable Preamble (`A’)*

Disable Preamble (`A’)

Full ASCII Code39

Enable Full ASCII Code39

Disable Full ASCII Code39*

Code93

Enable/Disable Code93

Enable Code93*

Disable Code93

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Codabar

Enable/Disable Codabar

Enable Codabar*

Disable Codabar

Min/Max Length

	Min Length = 04*
Max Length = 32*	Max Length = 255

Send Start & Stop

Send Start

Not Send Start*

Verification

Verification = None*	Verification = Mod10
Verification = Mod16	Verification = Mod10/Mod16

Check Digit

Send Check Digit

Not Send Check Digit*

Interleaved 2/5

Enable/Disable Interleaved 2/5

Disable Interleaved 2/5*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Verification = None*

Verification = Mod10

Check Digit

Send Check Digit

Not Send Check Digit*

Industrial 2/5

Enable/Disable Industrial 2/5

Enable Industrial 2/5

Disable Industrial 2/5*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Verification = None*

Verification = Mod10

Check Digit

Send Check Digit

Not Send Check Digit*

Matrix 2/5

Enable/Disable Matrix 2/5

Enable Matrix 2/5

Disable Matrix 2/5*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Verification = Mod10

Verification = None*

Check Digit

Send Check Digit

Not Send Check Digit*

Standard 2/5

Enable/Disable Standard 2/5

Enable Standard 2/5

Disable Standard 2/5*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Enable Verification

Disable Verification*

Check Digit

Send Check Digit

Not Send Check Digit*

ChinaPost 2/5

Enable/Disable ChinaPost 2/5

Enable ChinaPost 2/5

Disable ChinaPost 2/5*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Disable Verification*

Check Digit

Send Check Digit

Code11

Enable/Disable Code11

Enable Code11

Disable Code11*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Verification = 1bit*

Verification = 2bit

Check Digit

Send Check Digit

Not Send Check Digit*

MSI Plessey

Enable/Disable MSI Plessey

Disable MSI Plessey*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Verification = Mod10

Verification = Double Mod10

Check Digit

Send Check Digit

Not Send Check Digit*

UK Plessey

Enable/Disable UK Plessey

Enable UK Plessey

Disable UK Plessey*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Verification

Enable Verification

Disable Verification*

Check Digit

Send Check Digit

Not Send Check Digit*

GS1 Databar

Enable/Disable GS1 Databar

Enable GS1 Databar

Disable GS1 Databar*

GS1 Databar AI Parentheses

Enable GS1 Databar AI Parenthese*

Disable GS1 Databar AI Parenthese

Enable/Disable GS1 Databar Limited

Enable GS1 Databar Limited

Disable GS1 Databar Limited*

GS1 Databar Limited AI Parentheses

Enable GS1 Databar Limited AI Parenthese*

Disable GS1 Databar Limited AI Parenthese

Enable/Disable GS1 Databar Expanded

Enable GS1 Databar Expanded

Disable GS1 Databar Expanded*

GS1 Databar Expanded AI Parentheses

Enable GS1 Databar Expanded AI Parenthese*

Disable GS1 Databar Expanded AI Parenthese

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

Code16K

Enable/Disable Code16K

Enable Code16K

Disable Code16K*

Min/Max Length

Min Length = 00	Min Length = 04*
Max Length = 32*	Max Length = 255

QR Code

Enable/Disable QR Code

Enable QR Code*

Disable QR Code

Model 1 QR Code

Enable Model 1 QR Code

Disable Model 1 QR Code*

QR Code Prefix (11)

Enable QR Code Prefix (11)

Disable QR Code Prefix (11)*

Micro QR Code

Enable Micro QR Code*

Disable Micro QR Code

Data Matrix

Enable/Disable Data Matrix

Enable Data Matrix*

Disable Data Matrix

Multicode

Scanning below configuration barcodes will allow/prohibit multiple Data Matrix barcodes to be scanned at the same time.

Enable Multicode

Disable Multicode*

PDF417

Enable PDF417*

Disable PDF417

MicroPDF417

Enable MicroPDF417

Disable MicroPDF417*

Aztec

Enable Aztec

Disable Aztec*

MaxiCode

Enable MaxiCode

Disable MaxiCode*

Han Xin (Chinese Sensible Code)

Enable Han Xin

Disable Han Xin*

Configuration Barcode

Data 0~F

	1
2	3
4	5
6	7
8	9

	B
C	D
E	F

Save & Abort

If there is an error reading data barcode during configuration, you may cancel 1/all data by scanning below configuration barcodes. For example, barcode data `1′, `2′ ,’3′ have been scanned respectively during configuration. If you want to cancel `3′, scan Abort 1 Data. If you want to cancel `123′, scan Abort All Data. Alternatively you may scan Abort Configuration to cancel the whole configuration process.

Save Configuration	Abort 1 Data
Abort All Data	Abort Configuration

Batch Setup

Configuring multiple devices by scanning barcode one by one can be toublesome. To solve such issue, MT8495 supports batch setup where user can create a single QR Code containing multiple configurations acceptable by MT8495.

Below are rules of batch setup:

1. Batch setup format: @WSM + [Parameter 1] ; [Parameter 2] ; [Parameter n] ;
2. Parameter for each configuration is listed in Appendix E ­ Batch Setup Parameter
3. Two parameters are separated by semicolon ( ; ). Batch setup format must also end with semicolon ( ; ). Please note that no space is allowed within/between parameters.
4. Maximum number of parameters per batch setup is 30.
5. Encode the whole batch setup parameters in a QR Code.
   Example: to include following configurations in batch setup: Enable barcode configurability (Parameter: 00000000), Auto-sensing Mode (Parameter: 02000003), Illumination ­ Normal (Parameter: 03000000), LED Timeout ­ 3000ms (Parameter: 0202001E), Disable Interleaved 2/5 (Parameter: 070A0100), the complete batch setup parameters should be: @WSM00000000;02000003;03000000;0202001E;070A0100

Appendix

Appendix A – Default Table

Appendix B – Code ID

Appendix C – ASCII Table

Appendix D – Configuration Method

Preamble/Postamble
Example: to set Preamble/Postamble as “CODE”

1. Convert “CODE” into Hex equivalent as 43, 4F, 44, 45
2. Scan Set Preamble/Set Postamble
3. Scan 4, 3, 4, F, 4, 4, 4, 5 respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

Code ID
Example: to set EAN-13 Code ID as ‘A’

1. Convert ‘A’ to Hex equivalent as 41
2. Scan Set EAN-13 Code ID
3. Scan 4, 1 respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

Send Start Only
Example: to send the first 10 digits of a “1234567890ABC” barcode

1. Convert ‘10’ to Hex equivalent as 0A
2. Scan Set Start Length
3. Scan 0, A respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort
5. Scan Send Start Only

Send Center Only
Example: to send the middle “ABC” out of a “1234567890ABC1234567890” barcode

1. Convert `10′ to Hex equivalent as 0A
2. Scan Set End Length
3. Scan 0, A respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort
5. Scan Set Start Length
6. Scan 0, A respectively from 8.1 Data 0~F
7. Scan Save Configuration from 8.2 Save & Abort
8. Scan Send Center Only

RF (Read Fail) Message
Example: to set RF Message as `FAIL’

1. Convert `FAIL” to Hex equivalent as 46, 41, 49, 4C
2. Scan Set RF Message
3. Scan 4, 6, 4, 1, 4, 9, 4, C respectively from 8.1 Data 0~F
4. Scan Save Configuration from 8.2 Save & Abort

GS Replacement
Example: to set GS Replacement as `D’

1. Convert `D’ to Hex equivalent as 44
2. Scan Enable GS Replacement
3. Scan Set GS Replacement
4. Scan 4, 4 respectively from 8.1 Data 0~F
5. Scan Save Configuration from 8.2 Save & Abort

Appendix E ­- Batch Setup Parameter

Version History 

Marson Technology Co., Ltd.
9F., 108-3, Minquan Rd., Xindian Dist., New Taipei City, Taiwan
TEL: 886-2-2218-1633
FAX: 886-2-2218-6638
E-mail: [email protected]
Web: www.marson.com.tw 

References

• Barcode Scanner | Scan Engines | RFID Reader | Custom Manufacturer AIDC solution - Marson