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marson
MT8200S
2D Handheld Scanner
User Manual
V1.0
2018 / 5 / 10
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‐ Table of C o ntents ‐
1 Gettting Started....................................................................................................................................................... 1
1.1 Introduction................................................................................................................................................... 1
1.2 Configuring MT8200S.................................................................................................................................1
1.2.1 Barcode Configurability...................................................................................................................1
1.2.2 Factory Default................................................................................................................................. 2
1.2.3 Custom Default.................................................................................................................................2
1.2.4 Check Version.................................................................................................................................. 2
2 Interface....................................................................................................................................................................3
2.1 USB HID....................................................................................................................................................... 3
2.2 USB VCP...................................................................................................................................................... 4
3 Reading Mode......................................................................................................................................................... 5
3.1 Trigger Mode................................................................................................................................................ 5
3.2 Continuous Mode........................................................................................................................................ 6
3.3 Auto-sensing Mode..................................................................................................................................... 8
4 Centering............................................................................................................................................................... 10
5 Illumination and Aimer......................................................................................................................................... 12
5.1 Illumination................................................................................................................................................. 12
5.2 Aimer........................................................................................................................................................... 12
6 Buzzer and Output............................................................................................................................................... 13
6.1 Buzzer - General....................................................................................................................................... 13
6.2 Buzzer - Good Read...............................................................
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6.3 Encoding Format.......................................................................................................................................14
6.4 Keyboard Layout....................................................................................................................................... 15
6.5 Alt Code...................................................................................................................................................... 16
6.6 Receipt Mode.............................................................................................................................................16
6.7 Inverse Barcode........................................................................................................................................ 16
6.8 Mirrored Barcode...................................................................................................................................... 17
7 Data Editing........................................................................................................................................................... 18
7.1 Preamble.................................................................................................................................................... 18
7.2 Postamble.................................................................................................................................................. 19
7.3 CODE ID.....................................................................................................................................................20
7.4 Terminator...................................................................................................................................................22
7.5 Truncate...................................................................................................................................................... 23
7.6 Read Fail.................................................................................................................................................... 25
7.7 Protocol.......................................................................................................................................................25
8 Symbologies.......................................................................................................................................................... 26
8.1 All Symbologies......................................................................................................................................... 26
8.2 Roll Angle Tolerance................................................................................................................................. 26
8.3 Pitch/Skew Angle Tolerance....................................................................................................................26
8.4 EAN13.........................................................................................................................................................27
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8.5 EAN8........................................................................................................................................................... 27
8.6 UPC-A......................................................................................................................................................... 28
8.7 UPC-E0.......................................................................................................................................................29
8.8 UPC-E1.......................................................................................................................................................29
8.9 Code 128.................................................................................................................................................... 30
8.10 Code 39.................................................................................................................................................... 30
8.11 Code 93.................................................................................................................................................... 31
8.12 Codabar....................................................................................................................................................32
8.13 QR Code.................................................................................................................................................. 33
8.14 Interleaved 2 of 5.................................................................................................................................... 33
8.15 Industrial 2 of 5........................................................................................................................................34
8.16 Matrix 2 of 5............................................................................................................................................. 34
8.17 Code 11.................................................................................................................................................... 35
8.18 MSI............................................................................................................................................................ 36
8.19 GS1 Databar (RSS-14).......................................................................................................................... 36
8.20 Data Matrix............................................................................................................................................... 37
8.21 PDF417.................................................................................................................................................... 38
9 Appendix A: Code ID Table.................................................................................................................................39
10 Appendix B: ASCII Table...................................................................................................................................40
11 Appendix C: Numeric Barcodes...................................................................................................................... 44
12 Appendix D: Save / Delete / Abort...................................................................................................................
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1 Gettting Started
1.1 Introduction
MT8200S is a 2D handheld scanner capable of decoding major 2D barcodes as well as all major 1D
barcodes. It is designed to achieve the efficient and affordable barcode scanning solution. This
cost-effective, reliable handheld scanner is an ideal choice for a variety of applications, including
ticketing, access control, mobile payment and manufacturing.
1.2 Configuring MT8200S
With industry-leading image capture and decode capability, MT8200S can read barcodes accurately
and easily even when the barcode is tilted in various angles. To read a barcode, simply press the trigger
and make sure the aimer is positioned on top of the barcode.
1.2.1 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
Scan below configuration barcodes to enable/disable configuration barcode data output.
*Disable Configuration Barcode Data Output Enable Configuration BarcodeDataOutput
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1.2.2 Factory Default
Scanning below configuration barcode will reset MT8200S to factory default settings.
Factory Default
1.2.3 Custom Default
You can create your own custom default. Scan Save Custom Default configuration barcode below
and the entire current settings of MT8200S will be saved to your custom default, with previous custom
default, if any, being overwritten. Scan Custom Default to reset MT8200S to the custom default
settings.
Save Custom Default Custom Default
1.2.4 Check Version
To check firmware version, please scan below configuration barcode.
Check Version
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2Interface
MT8200S supports two interfaces, USB HID and USB VCP. The following paragraph offers user all
the functions related to the two interfaces.
2.1 USB HID
Scanning below configuration barcode will set MT8200S to USB HID interface, in which data is
transferred in HID keyboard format.
*USB HID
Below configuration barcodes allow you to modify the polling intervals between host and MT8200S.
*1ms 3ms
5ms 10ms
Below configuration barcodes allow you to modify Inter-character Delay.
*0ms 1ms 5ms
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10ms 15ms
Below configuration barcodes allow you to modify Inter-block Delay.
0ms *1ms 5ms
10ms 15ms
Below configuration barcodes allow you to enable/disable CapsLock.
*Off On
2.2 USB VCP
Scanning below configuration barcode will set MT8200S to USB VCP interface, in which data is
transferred via virtual COM port.
USB VCP
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3 Reading Mode
3.1 Trigger Mode
In Trigger Mode MT8200S will start scanning when trigger button is pressed and stop scanning after
trigger button is released or a barcode is successfully decoded.
*Trigger Mode
In Trigger Mode MT8200S can enter Deep Sleep after a period of inactivity once this function is
enabled.
Enable Deep Sleep *Disable Deep Sleep
Once in Deep Sleep MT8200S can be woken up by pressing the trigger button, after which
MT8200S will restart.
If Deep Sleep is not enabled, below configuration barcodes allow you to modify the period of
inactivity before MT8200S automatically enters Light Sleep.
0ms *500ms
3000ms 5000ms
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3.2 Continuous Mode
In Continuous Mode MT8200S scans barcode continuously without the need of pressing trigger
button. After a successful decode, MT8200S waits for a period of time (configurable) before the next
scan starts. A press to the trigger button will prompt MT8200S to stop scanning; another press will
prompt MT8200S to start scanning again.
Continuous Mode
Scan Period
In Continuous Mode MT8200S first enters Scan Period, during which MT8200S will try capturing
any barcode within focus. Scan Period terminates when a barcode is successfully decoded or this
pre-set period of time has elapsed. Afterwards MT8200S enters Scan Interval, during which MT8200S
stops scanning. Scan Period is configurable from 0.1 to 25.5 seconds (unit = 0.1 sec); when set to 0
second, it means Scan Period is infinite. By default Scan Period is 5 seconds.
1000ms 3000ms
*5000ms 0 (Infinite)
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Scan Interval
Scan Interval is the period of time between one Scan Period and another. MT8200S stops scanning
within Scan Interval, which is configurable from 0 to 25.5 seconds (unit = 0.1 sec); by default Scan
Interval is 1 second.
0ms 500ms *1000ms
1500ms 2000ms
Same Code Interval
Same Code Interval is the period of time between two consecutive scans on thesamebarcode.
Once enabled, MT8200S does not decode the same barcode twice before Same Code Interval
terminates.
Enable Same Code Interval *Disable Same Code Interval
After enabling Same Code Interval, you may further adjust the period of Same Code Interval using
below configuration barcodes.
Infinite 500ms 1000ms
3000ms 5000ms
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3.3 Auto-sensing Mode
In Auto-sensing Mode MT8200S starts detecting any image change within its range. When image
change occurs, MT8200S will start scanning (Scan Period) after Image Stabilization Period
terminates. After a barcode is successfully decoded or the Scan Period terminates, MT8200S enters
Scan Interval and detection state respectively. Pressing the trigger button will prompt MT8200S to start
scanning immediately. After the trigger button is released or a barcode has been successfully decoded
MT8200S will switch back to detection state.
Auto-sensing Mode
Scan Period
Scan Period is a period of time during which MT8200S tries capturing any barcode within range.
Scan Period terminates when a barcode is successfully decoded or this pre-set period of time has
elapsed. Afterwards MT8200S enters Scan Interval, during which MT8200S stops scanning and detects
image change only. Scan Period is configurable from 0.1 to 25.5 seconds (unit = 0.1 sec); when set to 0
second, it means Scan Period is infinite. By default Scan Period is 5 seconds.
1000ms 3000ms
*5000ms 0 (Infinite)
Scan Interval
MT8200S enters Scan Interval when a barcode has been decoded or Scan Period terminates.
MT8200S will start detecting image change until Scan Interval terminates, which is configurable from 0
to 25.5 seconds (unit = 0.1 sec); by default Scan Interval is 1 second.
Infinite 500ms *1000ms
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1500ms 2000ms
Image Stabilization Period
Image Stabilization Period is the period of time for which MT8200S should wait until the image
stabilizes before switching from detection to scanning (Scan Period). Image Stabilization Period is
configurable from 0 to 25.5 seconds (unit = 0.1 sec); by default Scan Interval is 0.4 second.
100ms *400ms
1000ms 2000ms
Image Sensitivity
Image Sensitivity is a range that increases or decreases MT8200S’s reaction time to image change.
When the image changes to the level that conforms to/ surpasses the pre-set degree of sensitivity
MT8200S will switch from detection to scanning (Scan Period).
*Normal Low
High Extra High
Same Code Interval
Same Code Interval is the period of time between two consecutive scans on the same barcode. It
prevents MT8200S from scanning the same barcode twice within a pre-set period of time. Please refer to
Same Code Interval under 3.2 Continuous Mode chapter for configuration barcodes.
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4Centering
Use Centering to narrow MT8200S’s field of view to make sure that it scans only those barcodes
intended by the user.
*Centering Off Centering On
Centering Window
Centering Window is an area at the center of whole image. The size of Centering Window is set in
proportion to that of the whole image, with a configurable range from 1 to 100%; for example, if set to
20%, Centering Window is a square the size of 20% of the whole image at the center.
Centering Window Size
Below are the frequently used Centering Window Sizes:
Centering Window Size-20% Centering Window Size-40% Centering Window Size-60%
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You may also use Set Centering Window Size to modify Centering Window to a specific size.
Set Centering Window Size
Example: Set Centering Window Size to 50%
1. Find the Hexadecimal equivalent ‘32’ to the Decimal value ‘50’ using ASCII Table (see Appendix
B)
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set Centering Window Size’
4. Scan ‘3’and‘2’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ configuration barcode (see Appendix D)
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5 Illumination and Aimer
5.1 Illumination
Illumination increases the image quality, making it easier for MT8200S to decode barcodes when
ambient light is relatively low.
Normal (Default): Illumination only turns on during scanning.
Always On: Illumination keeps as long as MT8200S is powered on.
Always Off: Illumination is always off in any condition.
*Normal Always On Always Off
5.2 Aimer
Aimer assists user to locate target barcode more quickly.
Normal (Default): Aimer only turns on during scanning.
Always On: Aimer keeps on as long as MT8200S is powered on.
Always Off: Aimer is always off in any condition.
*Normal Always On Always Off
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6 Buzzer and Output
6.1 Buzzer - General
Below configuration barcodes allow you to adjust buzzer pitch (frequency):
Buzzer Pitch - Low *Buzzer Pitch - Medium
Buzzer Pitch - High
Below configuration barcodes allow you to mute/unmute buzzer:
Mute *Unmute
6.2 Buzzer - Good Read
Below configuration barcodes allow you to enable/disable Good Read beep indication.
*GoodReadOn GoodReadOff
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Below configuration barcodes allow you to modify the beep duration on a Good Read, which by
default is 60mS.
Good Read Duration - 30ms *Good Read Duration - 60ms
Good Read Duration - 90ms Good Read Duration - 120ms
6.3 Encoding Format
Below configuration barcodes allow you to choose input data encoding format, which depends on
how the characters are encoded in the barcode being scanned by MT8200S.
*Input Encoding Format - GBK Input Encoding Format - UTF8
Input Encoding Format - AUTO
Below configuration barcodes allow you to choose output data encoding format. This depends on
which application you want to use for barcode data output. For example, GBK can be used on Notepad;
UNICODE can be used on Word and other messaging applications.
*Output Encoding Format - GBK Output Encoding Format - UNICODE
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Output Encoding Format - UTF8
6.4 Keyboard Layout
Please scan the configuration barcode below that corresponds to the keyboard layout used by your
host PC:
*US Czech French
German Hungarian Italian
Japanese Spanish Turkish-F
Tur kish-Q
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6.5 Alt Code
Alt Code enables data output using the Alt Numpad method (pressing and holding the Alt key while
typing the number identifying the character with the keyboard's numeric keypad). This allows user to
output correct key code in any condition, at the cost of slowing down some output speed.
*Standard Alt Code
6.6 Receipt Mode
Receipt Mode enables MT8200S to work with receipt system. You may use following configuration
barcodes to enable/disable barcode data conversion to receipt format.
*Disable Receipt Mode Enable Receipt Mode
6.7 Inverse Barcode
If Inverse Barcode is enabled, it allows you to scan barcodes that are inverted.
*Disable 1D Inverse Barcode Enable 1D Inverse Barcode
*Disable 2D Inverse Barcode Enable 2D Inverse Barcode
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6.8 Mirrored Barcode
If Mirrored Barcode is enabled, it allows you to scan mirrored 2D barcode, at the cost of slowing
down decode speed.
Enable 2D Mirrored Barcode *Disable 2D Mirrored Barcode
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7DataEditing
Data Editing consists of the following functions that allows you to edit barcode data, which can be
helpful for data processing at host side:
Preamble
Postamble
Truncate
Code ID
Read Fail
Terminator
By default data format is as follows:
【Preamble】【Code ID】【Barcode Data】【Postamble】【Terminator】
7.1 Preamble
Enable/Disable Preamble
If Preamble is enabled, your pre-defined Preamble will be added to the front of each barcode data.
Enable Preamble *Disable Preamble
Set Preamble
You can define up to 15 characters as Preamble using the Set Preamble configuration barcode.
First you need to convert each desired character into Hexadecimal value with the help of ASCII Table
(see Appendix B)
Set Preamble
Example: Set Premable as ‘DATA’
1. Find the Hexadecimal equivalent of each character in the word ‘DATA’, using ASCII Table (see
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Appendix B) .You will get ‘44’, ‘41’, ‘54’, ‘41’.
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set Premable’
4. Scan ’4’, ‘4’, ‘4’, ‘1’, ‘5’, ‘4’, ‘4’, ‘1’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ (see Appendix D)
7.2 Postamble
Enable/Disable Postamble
If Postamble is enabled, your pre-defined Postamble will be added to the rear of each barcode data.
Enable Postamble *Disable Postamble
Set Postamble
You can define up to 15 characters as Postamble using the Set Postamble configuration barcode.
First you need to convert each desired character into Hexadecimal value with the help of ASCII Table
(see Appendix B)
Set Postamble
Example: Set Postamble as ‘DATA’
1. Find the Hexadecimal equivalent of each character in the word ‘DATA’, using ASCII Table (see
Appendix B). You will get ‘44’, ‘41’, ‘54’, ‘41’.
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set Postamble’
4. Scan ’4’, ‘4’, ‘4’, ‘1’, ‘5’, ‘4’, ‘4’, ‘1’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ (see Appendix D)
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7.3 CODE ID
Enable/Disable CODE ID
If CODE ID is enabled, your pre-defined CODE ID for each symbology will be added to the front of
each barcode data.
Enable CODE ID *Disable CODE ID
Default CODE ID
Scan Default CODE ID configuration barcode below will reset every CODE ID to default. You may
refer to CODE ID Table (Appendix A) for default CODE ID of each symbology.
Default CODE ID
Set CODE ID
You can define 1 character as CODE ID using each Set CODE ID configuration barcodes below.
First you need to convert the desired character into Hexadecimal value with the help of ASCII Table (see
Appendix B)
Example: Set CODE ID of Code 128 as ‘A’
1. Find the Hexadecimal equivalent of ‘A’ using ASCII Table (see Appendix B). You will get ‘41’.
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set CODE ID of Code 128’
4. Scan ‘4’ and ‘1’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ (see Appendix D)
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Below are Set CODE ID configuration barcodes for all symbologies:
Set CODE ID of EAN13 Set CODE ID of EAN8
SetCODEIDofUPC-A SetCODEIDofUPC-E0
Set CODE ID of UPC-E1 Set CODE ID of Code 128
Set CODE ID of Code 39 Set CODE ID of Code 93
Set CODE ID of Codabar Set CODE ID of Interleaved 2 of 5
Set CODE ID of Industrial 2 of 5 Set CODE ID of Matrix 2 of 5
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Set CODE ID of Code 11 Set CODE ID of MSI
Set CODE ID of GS1 Databar Set CODE ID of GS1 Darabar Limited
Set CODE ID of GS1 Databar Expanded Set CODE ID of QR Code
Set CODE ID of Data Matrix Set CODE ID of PDF417
7.4 Terminator
Terminator is the ending character of each barcode data. It is CR by default.
None *CR
TAB CR +LF
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7.5 Truncate
MT8200S can output part of the barcode data with Truncate function.
Based on Truncate’s logic, each barcode data is divided into 3 parts:
【Start】【Center】【End】
Among them, the length of Start and End is configurable.
Below configuration barcodes allow you to decide which part of barcode data to output.
*Whole Start
End Center
Set Start Length
Up to 255 digits can be defined as the length of Start. First you need to convert the number of digit
into Hexadecimal value with the help of ASCII Table (see Appendix B).
Set Start Length
Set End Length
Up to 255 digits can be defined as the length of End. First you need to convert the number of digit
into Hexadecimal value with the help of ASCII Table (see Appendix B).
Set End Length
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To output Start only:
Example: Barcode data is ‘1234567890123ABC’ ; you want to output the first 13 digits
‘1234567890123’.
1. Find the Hexadecimal equivalent ‘0D’ to the Decimal value ‘13’ using ASCII Table (see
Appendix B)
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set Start Length’
4. Scan ‘0’ and ‘D’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ (see Appendix D)
6. Scan ’Start’
To output End only:
Example: Barcode data is ‘1234567890123ABC’ ; you want to output the last digits ‘ABC’ .
1. Find the Hexadecimal equivalent ‘03’ to the Decimal value ‘3’ using ASCII Table (see Appendix
B)
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set End Length’
4. Scan ‘0’ and ‘3’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ (see Appendix D)
6. Scan ‘End’
To output Center only:
Example: Barcode data is ‘12345678900123ABC’ ; you want to output the 4 digits ‘0123’ in the
middle.
1. Find the Hexadecimal equivalent ‘0A’ and ‘03’ to the Decimal value ‘10’ and ‘3’ respectively using
ASCII Table (see Appendix B)
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set End Length’
4. Scan ‘0’ and ‘3’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ (see Appendix D)
6. Scan ‘Set Start Length’
7. Scan ‘0’ and ‘A’ respectively from Numeric Barcodes (see Appendix C)
8. Scan ‘Save’ (see Appendix D)
9. Scan ‘Center’
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7.6 Read Fail
When Read Fail is enabled, a pre-defined message will be sent when MT8200S fails to decode
barcode.
Enable Read Fail *Disable Read Fail
Set Read Fail
You can define up to 15 characters as Read Fail message using the Set Read Fail configuration
barcode. First you need to convert each desired character into Hexadecimal value with the help of ASCII
Tab le (see Appendix B)
Set Read Fail
Example: Set Read Fail message as ‘FAIL’
1. Find the Hexadecimal equivalent of each word of ‘FAIL’ using ASCII Table (see Appendix B).
You will get ‘46’, ‘41’, ‘49’, ‘4C’.
2. Make sure Barcode Configurability is enabled (see Chapter 1.2.1)
3. Scan ‘Set Read Fail’
4. Scan ‘4’, ‘6’, ‘4’, ‘1’, ‘4’, ‘9’, ‘4’, ‘C’ respectively from Numeric Barcodes (see Appendix C)
5. Scan ‘Save’ (see Appendix D)
7.7 Protocol
When Protocol is enabled, data format will be:
<03><Length><Barcode Data><Terminator>
Please note that <Terminator> will be omitted in USB VCP interface.
*Disable Protocol Enable Protocol
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8 Symbologies
8.1 All Symbologies
Below configuration barcodes allow you to enable or disable all symbologies. If all symbologies are
disabled, MT8200S can decode configuration barcodes only.
Enable All Symbologies Disable All Symbologies
*Default Symbologies
8.2 Roll Angle Tolerance
When Roll Angle Tolerance is enabled, MT8200S can decode a barcode when it is rotated 180
degrees (upside down). When disabled, MT8200S has optimal decode speed.
*Enable Roll Angle Tolerance Disable Roll Angle Tolerance
8.3 Pitch/Skew Angle Tolerance
When enabled, MT8200S can decode a barcode from a larger reading angle through which a
barcode is rotated around its lateral/vertical axis. When disabled, MT8200S has optimal decode speed.
*Disable Pitch/Skew Angle Tolerance Enable Pitch/Skew Angle Tolerance
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8.4 EAN13
Below configuration barcodes allow you to enable/disable EAN13 symbology.
*Enable EAN13 Disable EAN13
Below configuration barcodes allow you to enable/disable add-on supplement.
*+2Off +2On
*+5Off +5On
8.5 EAN8
Below configuration barcodes allow you to enable/disable EAN8 symbology.
*Enable EAN8 Disable EAN8
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Below configuration barcodes allow you to enable/disable add-on supplement.
*+2Off +2On
*+5Off +5On
8.6 UPC-A
Below configuration barcodes allow you to enable/disable UPC-A symbology.
*Enable UPC-A Disable UPC-A
Below configuration barcodes allow you to enable/disable add-on supplement.
*+2Off +2On
*+5Off +5On
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8.7 UPC-E0
Below configuration barcodes allow you to decode UPC-E that starts with 0.
*Enable UPC-E0 Disable UPC-E0
8.8 UPC-E1
Below configuration barcodes allow you to decode UPC-E that starts with 1.
*Enable UPC-E1 Disable UPC-E1
Below configuration barcodes allow you to enable/disable add-on supplement.
*+2Off +2On
*+5Off +5On
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8.9 Code 128
Below configuration barcodes allow you to enable/disable Code 128 symbology.
*Enable Code 128 Disable Code 128
Below configuration barcodes allow you to set Minimum Length of Code 128.
Code 128 Min Length = 0 *Code 128 Min Length = 4
Below configuration barcodes allow you to set Maximum Length of Code 128.
*Code 128 Max Length = 32 Code 128 Max Length = 255
8.10 Code 39
Below configuration barcodes allow you to enable/disable Code 39 symbology.
*Enable Code 39 Disable Code 39
Below configuration barcodes allow you to set Minimum Length of Code 39.
Code 39 Min Length = 0 *Code 39 Min Length = 4
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Below configuration barcodes allow you to set Maximum Length of Code 39.
*Code 39 Max Length = 32 Code 39 Max Length = 255
Below configuration barcodes allow you to enable/disable Code 32 and Full ASCII Code 39
*Disable Code 32 Enable Code 32
*Disable Full ASCII Code 39 Enable Full ASCII Code 39
8.11 Code 93
Below configuration barcodes allow you to enable/disable Code 93 symbology.
*Enable Code 93 Disable Code 93
Below configuration barcodes allow you to set Minimum Length of Code 93.
Code 93 Min Length = 0 *Code 93 Min Length = 4
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Below configuration barcodes allow you to set Maximum Length of Code 93.
*Code 93 Max Length = 32 Code 93 Max Length = 255
8.12 Codabar
Below configuration barcodes allow you to enable/disable Codabar symbology.
*Enable Codabar Disable Codabar
Below configuration barcodes allow you to enable/disable Start/Stop character of Codabar.
Send Start/Stop *Not Send Start/Stop
Below configuration barcodes allow you to set Minimum Length of Codabar.
Codabar Min Length = 0 *Codabar Min Length = 4
Below configuration barcodes allow you to set Maximum Length of Codabar.
*Codabar Max Length = 32 Codabar Max Length = 255
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8.13 QR Code
Below configuration barcodes allow you to enable/disable QR Code symbology.
*Enable QR Code Disable QR Code
8.14 Interleaved 2 of 5
Below configuration barcodes allow you to enable/disable Interleaved 2 of 5 symbology.
Enable Interleaved 2 of 5 *Disable Interleaved 2 of 5
Below configuration barcodes allow you to set Minimum Length of Interleaved 2 of 5.
Interleaved 2 of 5 Min Length = 0 *Interleaved 2 of 5 Min Length = 4
Below configuration barcodes allow you to set Maximum Length of Interleaved 2 of 5.
*Interleaved 2 of 5 Max Length = 32 Interleaved 2 of 5 Max Length = 255
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8.15 Industrial 2 of 5
Below configuration barcodes allow you to enable/disable Industrial 2 of 5 symbology.
Enable Industrial 2 of 5 *Disable Industrial 2 of 5
Below configuration barcodes allow you to set Minimum Length of Industrial 2 of 5.
Industrial 2 of 5 Min Length = 0 *Industrial 2 of 5 Min Length = 4
Below configuration barcodes allow you to set Maximum Length of Industrial 2 of 5.
*Industrial 2 of 5 Max Length = 32 Industrial 2 of 5 Max Length = 255
8.16 Matrix 2 of 5
Below configuration barcodes allow you to enable/disable Matrix 2 of 5 symbology.
Enable Matrix 2 of 5 *Disable Matrix 2 of 5
Below configuration barcodes allow you to set Minimum Length of Matrix 2 of 5.
Matrix 2 of 5 Min Length = 0 *Matrix 2 of 5 Min Length = 4
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Below configuration barcodes allow you to set Maximum Length of Matrix 2 of 5.
*Matrix 2 of 5 Max Length = 32 Matrix 2 of 5 Max Length = 255
Below configuration barcodes allow you to enable check digit verification of Matrix 2 of 5.
Matrix 2 of 5 CDV = Mod 10 *Matrix 2 of 5 CDV = None
8.17 Code 11
Below configuration barcodes allow you to enable/disable Code 11 symbology.
Enable Code 11 *Disable Code 11
Below configuration barcodes allow you to set Minimum Length of Code 11.
Code 11 Min Length = 0 *Code 11 Min Length = 4
Below configuration barcodes allow you to set Maximum Length of Code 11.
*Code 11 Max Length = 32 Code 11 Max Length = 255
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Below configuration barcodes allow you to choose check digit verification of Code 11.
Code 11 CDV = 1 bit *Code 11 CDV = 2 bits
8.18 MSI
Below configuration barcodes allow you to enable/disable MSI symbology.
Enable MSI *Disable MSI
Below configuration barcodes allow you to set Minimum Length of MSI.
MSI Min Length = 0 *MSI Min Length = 4
Below configuration barcodes allow you to set Maximum Length of MSI.
*MSI Max Length = 32 MSI Max Length = 255
8.19 GS1 Databar (RSS-14)
Below configuration barcodes allow you to enable/disable GS1 Databar symbology.
Enable GS1 Databar *Disable GS1 Databar
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Below configuration barcodes allow you to enable/disable GS1 Databar Limited symbology.
Enable GS1 Databar Limited *Disable GS1 Databar Limited
Below configuration barcodes allow you to enable/disable GS1 Databar Expanded symbology.
Enable GS1 Databar Expanded *Disable GS1 Databar Expanded
Below configuration barcodes allow you to set Minimum Length of GS1 Databar.
GS1 Databar Min Length = 0 *GS1 Databar Min Length = 4
Below configuration barcodes allow you to set Maximum Length of GS1 Databar.
*GS1 Databar Max Length = 32 GS1 Databar Max Length = 255
8.20 Data Matrix
Below configuration barcodes allow you to enable/disable Data Matrix symbology.
*Enable Data Matrix Disable Data Matrix
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Below configuration barcodes allow you to decode multiple Data Matrix barcodes at the same time.
*Disable Multiple Data Matrix Enable Multiple Data Matrix
8.21 PDF417
Below configuration barcodes allow you to enable/disable PDF417 symbology.
*Enable PDF417 Disable PDF417
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9 Appendix A: Code ID Table
Table 11-1 Code ID Table
Symbology Code ID Address
EAN-13 d 0x91
EAN-8 d 0x92
UPC-A c 0x93
UPC-E0 c 0x94
UPC-E1 c 0x95
Code 128 j 0x96
Code 39 b 0x97
Code 93 i 0x98
Codabar a 0x99
Interleaved 2 of 5 e 0x9A
Industrial 2 of 5 D 0x9B
Matrix 2 of 5 v 0x9C
Code 11 H 0x9D
MSI m 0x9E
GS1 Databar R 0x9F
GS1 Databar Limited R 0xA0
GS1 Databar Expanded R 0xA1
QR Code Q 0xA2
Data Matrix u 0xA3
PDF417 r 0xA4
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10 Appendix B: ASCII Table
Table 12- 1 AS CII Table
Hexadecimal Value Decimal Value ASCII
00 0 NUL
01 1 SOH
02 2 STX
03 3 ETX
04 4 EOT
05 5 ENQ
06 6 ACK
07 7 BEL
08 8 BS
09 9 HT
0a 10 LF
0b 11 VT
0c 12 FF
0d 13 CR
0e 14 SO
0f 15 SI
10 16 DLE
11 17 DC1
12 18 DC2
13 19 DC3
14 20 DC4
15 21 NAK
16 22 SYN
17 23 ETB
18 24 CAN
19 25 EM
1a 26 SUB
1b 27 ESC
1c 28 FS
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Hexadecimal Value Decimal Value ASCII
1d 29 GS
1e 30 RS
1f 31 US
20 32 SP
21 33 !
22 34 "
23 35 #
24 36 $
25 37 %
26 38 &
27 39 `
28 40 (
29 41 )
2a 42 *
2b 43 +
2c 44 ,
2d 45 -
2e 46 .
2f 47 /
30 48 0
31 49 1
32 50 2
33 51 3
34 52 4
35 53 5
36 54 6
37 55 7
38 56 8
39 57 9
3a 58 :
3b 59 ;
3c 60 <
3d 61 =
3e 62 >
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Hexadecimal Value Decimal Value ASCII
3f 63 ?
40 64 @
41 65 A
42 66 B
43 67 C
44 68 D
45 69 E
46 70 F
47 71 G
48 72 H
49 73 I
4a 74 J
4b 75 K
4c 76 L
4d 77 M
4e 78 N
4f 79 O
50 80 P
51 81 Q
52 82 R
53 83 S
54 84 T
55 85 U
56 86 V
57 87 W
58 88 X
59 89 Y
5a 90 Z
5b 91 [
5c 92 \
5d 93 ]
5e 94 ^
5f 95 _
60 96 '
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Hexadecimal Value Decimal Value ASCII
61 97 a
62 98 b
63 99 c
64 100 d
65 101 e
66 102 f
67 103 g
68 104 h
69 105 i
6a 106 j
6b 107 k
6c 108 l
6d 109 m
6e 110 n
6f 111 o
70 112 p
71 113 q
72 114 r
73 115 s
74 116 t
75 117 u
76 118 v
77 119 w
78 120 x
79 121 y
7a 122 z
7b 123 {
7c 124 |
7d 125 }
7e 126 ~
7f 127 DEL
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11 Appendix C: Numeric Barcodes
0~9
01
23
45
67
89
A–F
AB
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CD
EF
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12 Appendix D: Save / Delete / Abort
‘Save’ configuration barcode enables MT8200S to store variable values of a certain configuration
(i.g. Set Preamble, Chapter 7.1). If you enter the wrong variable values with the wrong numeric
barcodes, you can delete those values as well.
For example, if you have entered ‘A’, ‘B’, ‘C’, ‘D’ as variable values, you may delete the last value ‘D’
by scanning ‘Delete Last Value’, or delete all values ‘ABCD’ by scanning ‘Delete All Values’, or abort the
configuration procedure by scanning ‘Abort’. (*Note: After scanning ‘Abort’, you have to start all over
again. After scanning ‘Delete Last Value’ or ‘Delete All Values’, you can go on to scan the correct
numeric barcodes and ‘Save’ to complete the configuration)
Save Delete Last Value
Delete All Values Abort
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