Hamlet HBCS2D100W User Manual

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2D BARCODE SCANNER

BLUETOOTH INDUSTRIAL BARCODE SCANNER

FOR QR CODES AND LINEAR BARCODES

USER MANUAL

HBCS2D100W

www.hamletcom.com

Dear Customer, thanks for choosing an Hamlet product. Please carefully follow the instructions for its use and maintenance and, once this item has run its life span, we kindly ask You to dispose of it in an environmentally friendly way, by putting it in the separate bins for electrical/electronic waste, or to bring it back to your retailer who will collect it for free.

We inform You this product is manufactured with materials and components in compliance with RoHS Directive 2011/65/EU, WEEE Directive 2002/96/CE, 2003/108/CE Italian Legislative Decree 2005/151 and RED Directive 2014/53/EU for the following standards: EN 60950-1: 2006 + A2: 2013 EN 62479: 2010 EN 301 489-1 V1.9.2 EN 301 489-17 V2.2.1 EN 300 328 V1.8.1

CE Mark Warning

This is a Class B product. In a domestic environment, this product may cause radio interference, in which case the user may be required to take adequate measures.

The complete CE declaration of conformity of the product can be obtained by contacting Hamlet at info@hamletcom.com. Visit www.hamletcom.com for complete information on Hamlet products and to access downloads and technical support. Imported by: CARECA ITALIA SPA - Scandiano (RE) . Italy

All trademarks and company names mentioned in this manual are used for description purpose only and remain property of their respective owners. The material in this document is for information only. Contents, specifications and appearance of the product are indicative and may change without notice.

LED Devices

Hamlet products using led sources comply with IEC 60825-1, EN 60825-1: 2014. The led classification is marked on one of the labels on the product. Class 1 Led devices are not considered to be hazardous when used for their intended purpose. The following statement is required to comply with US and international regulations: Caution: Use of controls, adjustments or performance of procedures other than those specified herein may result in hazardous led light exposure. Class 2 Led scanners use a low power, visible light diode. As with any very bright light source, such as the sun, the user should avoid staring directly into the light beam. Momentary exposure to a Class 2 Led is not known to be harmful. In accordance with Clause 5, IEC 60825 and EN 60825, the following information is provided to the user: CLASS 1: CLASS 1 LED PRODUCT CLASS 2: VISIBLE LED RADIATION - DO NOT STARE INTO BEAM - CLASS 2 LED PRODUCT

Table of Contents

Tab le o f Co nt en ts ....................................................................................................................................................... 3

1 Pairing Instruction.............................................................................................................................................. 5

1.1 One scanner pair with one receiver ....................................................................................................... 5

1.2 Multiple scanners pair with one receiver .............................................................................................. 5

1.3 Scanner connect with Android/iOS device ............................................................................................ 5

2 Inventory Mode ................................................................................................................................................. 6

3 Turn O n/ Of f Se tt in gs C od es ............................................................................................................................... 6

4 Factory Default .................................................................................................................................................. 6

5 Sleeping Time Settings ....................................................................................................................................... 7

6 Users Default Settings ........................................................................................................................................ 8

7 Interfaces ........................................................................................................................................................... 8

7.1 RS232 Port ............................................................................................................................................. 8

7.2 USB Port ................................................................................................................................................. 9

7.2.1 USB Virtual Port ......................................................................................................................... 9

8 Reading Mode .................................................................................................................................................. 10

8.1 Manual mode....................................................................................................................................... 10

8.2 Continuous Mode ................................................................................................................................ 10

8.3 Auto-sensing Mode.............................................................................................................................. 12

8.4 Command Trigger mode ...................................................................................................................... 14

9 Lighting & Aiming............................................................................................................................................. 15

9.1 Lighting ................................................................................................................................................ 15

9.2 Aiming .................................................................................................................................................. 15

10 Beeper Sound Settings ..................................................................................................................................... 16

10.1 All Beeper Sounds ................................................................................................................................ 16

10.2 Beeper Sound of Successful Reading ................................................................................................... 17

10.3 Decoding Status Prompt ...................................................................................................................... 17

11 Data Encoding Format ..................................................................................................................................... 18

12 Keyboard Language Settings ............................................................................................................................ 19

13 Image Reverse.................................................................................................................................................. 20

14 Reading the Information of the Version .......................................................................................................... 20

15 Data Editing...................................................................................................................................................... 21

15.1 Prefix .................................................................................................................................................... 21

15.2 Suffix .................................................................................................................................................... 22

16 CODE ID............................................................................................................................................................ 22

17 Ending Character ............................................................................................................................................. 25

18 Interception of Data Segments ........................................................................................................................ 25

19 RF Information ................................................................................................................................................. 28

20 Enable / Disable Configuration for Types of Barcodes ..................................................................................... 29

20.1 All barcodes reads ................................................................................................................................ 29

20.2 Rotation function of barcode ............................................................................................................... 29

20.3 EAN13 .................................................................................................................................................. 29

20.4 EAN8 .................................................................................................................................................... 30

20.5 UPCA .................................................................................................................................................... 30

20.6 UPCE0 .................................................................................................................................................. 30

20.7 UPCE1 .................................................................................................................................................. 30

20.8 Code128 ............................................................................................................................................... 31

20.9 Code39 ................................................................................................................................................. 31

20.10 Code93 ................................................................................................................................................. 32

20.11 CodeBar ............................................................................................................................................... 33

20.12 QR ........................................................................................................................................................ 33

20.13 Interleaved 2 of 5 ................................................................................................................................. 34

20.14 Industrial 25 ......................................................................................................................................... 34

20.15 Matrix 2 of 5 ........................................................................................................................................ 35

20.16 Code11 ................................................................................................................................................. 36

20.17 MSI ....................................................................................................................................................... 36

20.18 RSS ....................................................................................................................................................... 37

20.19 DM ....................................................................................................................................................... 38

20.20 PDF417 ................................................................................................................................................. 38

Appendix A: Default Settings Table .......................................................................................................................... 39

Appendix B: Common Serial Commands ................................................................................................................. 39

Appendix C: Code ID List .......................................................................................................................................... 40

Appendix D: ASCII table ........................................................................................................................................... 41

Appendix E: Data Codes ........................................................................................................................................... 45

Appendix F: Save or Cancel ...................................................................................................................................... 46

1 Pairing Instruction

(1) Connect with receiver

(2) Enter mode:

one with multiple

1.1 One scanner pair with one receiver

Note: Insert receiver into PC, and scan this code within 5 minutes, the scanner will connect with PC; scan the code again, the scanner will disconnect with PC. When receiver or scanner power off and on again, they will connect again automatically. It takes about 20s for first connection, purple lights on scanner and receiver will turn on after successful connection.

1.2 Multiple scanners pair with one receiver

Note: If pair another scanner with the same receiver, need the scanner read barcode step (1), then use successful paired scanner read barcode step (2). In this mode, one receiver can pair with 7 scanners maximum

(3) Quit multiple scanners pair with one receiver mode

1.3 Scanner connect with Android/iOS device

Note: scan this code, then turn on Bluetooth on Android or IOS device, find Bluetooth scanner, then connect it.

iOS Keyboard On/Off

2 Inventory Mode

Enter Inventory Mode

Quit Inventory Mode

Upload All Data

Upload New Data

Upload Statistic Data

Clear All Data

Turn ON setting code

Turn OFF setting code

Not output setting code

content

Output setting code content

Factory Default

Wireless Settings

Bluetooth mode

3 Turn On/Off Settings Codes

By turning on the setting code function, the parameter configuration of the scanner can be carried out by scanning the setting code.

4 Factory Default

By scanning "Factory Default", "Wireless Settings", "Bluetooth mode" in turn, all saving the parameters of the reading module return to the Factory Default configuration.

5 Sleeping Time Settings

0 1 2

3 4 5

6 7 8

Sleep after 5 minutes

Sleep after 10 minutes

Sleep after 30 minutes

No Sleep

1. Scan “Factory Default”.

2. Scan “enter into sleeping mode”.

3. Setting sleeping time (minutes).

For Example: set 10 minutes as sleeping time, scan numbers “0”, “1”, “0” in order. Note: Sleeping time could be 1 minute to 999 minutes, it’s made of 3 numbers followed by hundreds digit, tens digit, units digit, sleeping time settings must be 3 numbers.

4. Scan “Save Sleeping Time Parameter”.

Note: after setting sleeping time parameter, the parameter must be saved. If set error, the scanner will give an alarm, and need to set again.

6 Users Default Settings

Save current settings as user

default settings

Recovery user default

settings

RS232 Port

Parameters

Default

Serial communication type

Standard TTL-232

Baud rate

9600

Ver ify

none

Digits

Stop Digit

Hardware control

none

Except for factory default settings, users could make often used settings as default settings by reading code “Save current settings as user default settings”. If there has been an user default settings, the new operation will replace the previous user default settings. But it could be switched to previous user default settings mode by reading code “recovery user default settings”.

7 Interfaces

7.1 RS232 Port

Serial communication interface is a common way to connect scanner with host equipment (such as pc, pos etc.). The system adopts serial communication mode by default when the scanner is connected with the host computer by serial port. When the serial communication interface is used, the communication parameters must be matched between the scanner and the host device to ensure smooth communication and correct content.

The serial communication interface of the scanner uses TTL level signal (TTL-232), which can be adapted to most system architectures. If the system needs to use rs-232 form of architecture, need to add external conversion circuit. The default serial communication parameters of the scanner are shown in Table 2-1. The baud rate of the read module can be modified by the serial command, but the other parameters can not be modified.

Ta bl e2 -1 Default Serial Communication Paramters

Baud Rate

1200bps

4800bps

* 9600bps

14400bps

19200bps

38400bps

57600bps

115200bps

* USB Port

USB Virtual Port

7.2 USB Port

When scanner is connected with the host computer using USB, the scanner can be configured into standard keyboard input mode by scanning “USB Port”.

7.2.1 USB Virtual Port

When scanner is connected with the host computer using USB, the scanner can be configured into standard keyboard input mode by scanning “USB Virtual Port”.

8 Reading Mode

Manual mode

* Enable Sleep Mode

Disable Sleep Mode

Continuous mode

8.1 Manual mode

Manual mode is the default reading mode, under this mode ,reading engine start to read the barcode when press the trigger, and stop to read code when loose the trigger.

Under this mode, reading engine will enter into sleep mode automatically after several default min, can set with the below code.

Reading engine enter into sleep mode automatically after 30 min, can wake up by press trigger, if quit sleeping mode, the device will be rebooted.

8.2 Continuous Mode

Under this mode, no need to press the trigger, reading engine start to read the code asap ,when the date transmitted successfully or single reading finished, the engine will start to read next code automatically after waiting some time(can be setting ), if not, Reading engine will do Cycle work as the situation before, users can also press the trigger to stop reading.

Single reading time

Under the continuous reading mode, it means the max time the engine read the code, if exceed this time, engine enter into the interval period not reading, single reading time range is 0.1~25.5 seconds, step size is 0.1 seconds, when it is “0”, means no limit on reading time, default time is 0.5 seconds.

1000ms

3000ms

* 5000ms

No limit reading time

No Interval time

500ms

* 1000ms

1500ms

2000ms

Same code reading delay

* Same code reading

without delay

Interval period time

The interval period time range is 0.1~25.5 seconds, size is 0.1 seconds, default time is 1seconds.

Same codes reading delay

To a v oi d re a d s am e co d es m an y t i m es , ca n s e t th e t h e e n g in e i n s e tt i ng t im e t o r ea d t h e s a me c o de s on l y o n e t i me under this mode. Same codes reading delay, means if the engine read the same code, will compare the last reading time, when the interval period is longer than delay time, then can read the same code, otherwise, no output.

8.3 Auto-sensing Mode

Auto sensing mode

1000ms

3000ms

* 5000ms

No limit reading time

No Interval time

500ms

* 1000ms

1500ms

2000ms

After setting, no need to press the trigger, the engine start identify the brightness, when the situation changed, engine will start to read once it is stable, when dated transmit, the engine need some time (can set) to identify the brightness, if not, engine work as the situation before, under this mode, user can also press the trigger to start to read, once loose the trigger, engine enter into the self- conduction mode again.

Single reading time

Under the continuous reading mode, it means the max time the engine read the code, if exceed this time, engine enter into the interval period not reading, single reading time range is 0.1~25.5 seconds, step size is 0.1seconds, when it is “0”, means no limit on reading time, default time is 0.5 seconds.

Interval period time

The interval period time range is 0.1~25.5 seconds, size is 0.1 seconds, default time is 1seconds.

Image stabilization time

100ms

* 400ms

1000ms

2000ms

Normal Sensitivity

Low Sensitivity

High Sensitivity

Special High Sensitivity

It means under the self- conduction mode, the Image stabilization time engine identify the environment and read the code, the time range is 0~25.5 seconds, step size is 0.1 seconds, default stabilization time is 0.4 second.

Sensitivity

It means the Variability to identify the environment under the self-conduction mode, when it meets the needs, will turn into read mode.

8.4 Command Trigger mode

Command Trigger mode

1000ms

3000ms

* 5000ms

No limit reading time

Under this mode, engine start to read data after receiving the scan instruction from the host (that is “1” was written into bit from zone bit 0x0002), and stop reading after data transmitted.

Attention: under this mode, trigger command instruction is: 7E 00 08 01 00 02 01 AB CD. The engine receive the instruction, will output 7 byte responding first and start to read at the same time (responding is :02 00 00 01 00 33 31).

Single reading time

Under this mode, it means the max time that engine identify the data, single reading time range is 0.1~25.5 second, step size is 0.1 second, when it is “0”, means no limit on reading time, default time is 5 seconds.

9 Lighting & Aiming

* Normal

Always Light

No Light

* Normal

Always Light

No Target

9.1 Lighting

Lighting could provide supplementary lighting for shooting to read, when light beam illuminate reading aim,to improve reading ability and adaptability in weak ligh. The user could set it to one of the following states according to the application.

Normal (Factory Default): The light is on when shooting to read, off in other time. Always Light: The lights keep glowing after reading module is on. No Light: The lights don’t light up in any cases.

9.2 Aiming

Projected aiming beam could help users to find the best reading distance when shooting to read. The user could choose one of the following states according to the application.

Normal (Factory Default): Reading module project aiming beam when shooting to read. Always Light: After reading module power on, always project aiming beam. No Target: Aiming beam is off in any case.

10 Beeper Sound Settings

Buzzer Driving Frequency

Passive Low Frequency

Buzzer Driving Frequency

Passive Medium Frequency

Buzzer Driving Frequency

Passive High Frequency

Buzzer Driving Frequency

Active Driving

* Buzzer Working Level-High

Buzzer Working Level- Low

Enable sounds off

Disable Sound off

10.1 All Beeper Sounds

Buzzers will be set to active/passive when scanning “Buzzer Driving Frequency”, also set passive buzzer driving Frequency.

In Active Buzzer Mode, after reading “Buzzer Working Level-High”, could be set to Buzzer Free Low level and working high level. After reading” Buzzer Working Level- Low”, could be set to buzzer free high level, and working low level.

All sounds is off after reading “Enable sounds off”, Sound off setting will be canceled after reading “Disable Sound off”.

10.2 Beeper Sound of Successful Reading

Disable Beeper Sound of

Successful Reading

Enable Beeper Sound of

Successful Reading

Sound Continuous Time

30ms

Sound Continuous Time

60ms

Sound Continuous Time

90ms

Sound Continuous Time

120ms

* No Output Decoding

Status Prompt

Output Decoding Status

Prompt

Beeper sound of successful reading will be forbidden after reading “ Disable Beeper sound of successful reading”, beeper sound of successful reading will recover after reading “ Enable Beeper Sound of Successful Reading”.

To r e ad “ S o un d Co nt i n uo u s T i me ” c o ul d s e t c on t i nu o u s t im e of be e p er so un d o f s u cc e s sf u l re a di ng De f au l t 6 0 m s.

10.3 Decoding Status Prompt

In order to let host can quickly understand whether the current decoding succeed, to open this function. After reading “Output Decoding Status Prompt”, if reading is failed, reading module will send character ”F”; if succeed, to add character “S” before decoding data.

11 Data Encoding Format

* Input Data Encoding

Format GBK

Input Data Encoding Format

UNICODE

Input Data Encoding Format

AUTO

Input Data Encoding Format

UTF8

* Output Data Encoding

Format GBK

Output Data Encoding

Format UNICODE

Output Data Encoding

Format BIG5

Output Data Encoding

Format UTF8

In order to reading module enable to read all kinds of Chinese barcode encoding format, by reading “Input Data Encoding Format” could be set.

In order to let the host print Chinese data according to specified encoding format, could be set through reading “Output Data Encoding Format”. Note: GBK format could be used in notepad, UNICODE format can be used in the input box of WORD and commonly used chat tools, BIG5 format support traditional Chinese.

12 Keyboard Language Settings

* USA

Czech

France

Germany

Hungary

Italy

Japanese

Spanish

In order to make host of all countries user this equipment, by reading corresponding countries keyboard language could be set.

13 Image Reverse

Enter Mirror Reverse Mode

* Exit Mirror Reverse Mode

Reading the Information of

the Version

In application, we will encounter the mirror or vertical flip image, as shown in the following figure.

When the barcode in reverse, can be set up by scanning the corresponding code into mirror reverse mode.

Note: In Mirror Reverse Mode, only can identify the mirror flip the bar code, if you need to identify normal barcode or set code, please exit mirror reverse mode.

14 Reading the Information of the Version

In order to make main engine read apace for the information of the version, please read the code as below to confirm.

15 Data Editing

Permission of adding Prefix

No adding Prefix

Changing Prefix

In practical application, sometimes we need to edit the identified data and then output it to make the data distinguishing and data disposing more convenient. Data Editing Including:

• Adding Prefix

• Adding Suffix

• Getting sections of the decoding information

• Output CodeID

• Output “RF” code when decoding unsuccessfully

• Adding the ending code “Tail”

The order of the treated data output is as below: [Prefix] > [CodeID] > [Data] > [Suffix] > [Tail]

15.1 Prefix

Adding Prefix

Prefix is the character string could be changed by users, which would scan (permission of adding prefix) to add.

Changing Prefix

Scan the “Changing Prefix” and combine the data installation code. User could change the contents of the prefix and use two values of HEX to represent the Prefix. The Prefix at most has 15 characters, as for change of HEX characters values, users could consult the appendix D.

For Example: User defined the prefix as “DATA”.

1. Check the characters list and get that HEX values of four characters of “DATA” are “44”, “41”, “54”, “41”.

2. Check that if the installation code is starting, if not, please scan “Starting installation” code.

3. Scan “Changing Prefix” code.

4. Scan data installation code in order “4”, “4”, “4”, “1”, “5”, “4”, “4”, “1”.

5. Scan “Save” code.

15.2 Suffix

Permission of adding Suffix

No adding Suffix

Changing Suffix

Permission of adding

CODE ID

No adding CODE ID

Adding Suffix

Suffix is the character string could be changed by users, which would scan (permission of adding Suffix) to add.

Changing Suffix

Scan the “Changing Suffix” and combine the data installation code. User could change the contents of the suffix and use two values of HEX to represent the suffix. The suffix at most has 15 characters, as for change of HEX characters values, users could consult the appendix D.

For Example: User defined the suffix as “DATA”.

1. Check the characters list and get that HEX values of four characters of “DATA” are “44”, “41”, “54”, “41”.

2. Check that if the installation code is starting, if not, please scan “Starting installation” code.

3. Scan “Changing suffix” code.

4. Scan data installation code in order “4”, “4”, “4”, “1”, “5”, “4”, “4”, “1”.

5. Scan “ Save” code.

16 CODE ID

Adding CODE ID

User could identify different types of codes by CODE ID, each code corresponds to the CODE ID could be changed by users, CODE ID could be identified by one character.

CODE ID Default

All codes’ CODE ID

recovering default

CODE ID of changing EAN13

CODE ID of changing EAN8

CODE ID of changing UPCA

CODE ID of changing UPCE0

CODE ID of changing UPCE1

CODE ID of changing CODE

128

Scan “CODE ID default” code, corresponding CODE ID of each code could recover to default, default CODE ID could consult Appendix C.

Changing of CODE ID

User could change corresponding CODE ID of each code by scanning corresponding installation code and combining scanning data installation code. Corresponding CODE ID of each code could be represented by HEX, as for change of HEX characters values, users could consult the appendix D.

For example: corresponding CODE ID of changing CODE 128 code is “A”.

1. Check the characters list and get that HEX values of “A” is “41”.

2. Check that if the installation code is starting, if not, please scan “Starting installation” code.

3. Scan CODE ID installation code of changing CODE 128.

4. Scan data installation code in order “4”, “1”.

5. Scan “Save” code.

CODE ID installation codes list of changing different codes types

CODE ID of changing

CODE 39

CODE ID of changing

CODE 93

CODE ID of changing

CODE BAR

CODE ID of changing

Interleaved 2 of 5

CODE ID of changing

Industrial 25

CODE ID of changing

Matrix 2 of 5

CODE ID of changing

CODE 11

CODE ID of changing

MSI

CODE ID of changing

RSS

CODE ID of changing

Limited RSS

CODE ID of changing

Expanding RSS

CODE ID of changing

QR CODE

CODE ID of changing

DATA MATRIX

CODE ID of changing

Limited PDF417

Closing ending character

Adding ending character

TA B

Adding ending character

CRLF

* Transfer the entire Data

segments

Only transfer the [Start]

segments

17 Ending Character

In order to let the host can quickly distinguish the decoding result, can open this function. Read the "Ending character" to open this function, if read successfully, corresponding ending character is added by reading module after decoding data.

18 Interception of Data Segments

This function can be enabled when the user only needs to output a part of the decoding information. We will decode the information [Data] into three parts: [Start] [Center] [End]

The characters of the [Start] and [End] can be controlled by scanning setting code. The user can select the output information of the corresponding location by scanning the following setting code.

Only transfer the [End]

segments

Only transfer the [Center]

segments

Interception Length M

before modified

Interception Length N after

N modified

Modify the length of [Start] M

Scan [Interception Length M before modified], and combine the relative setting code to modify the length of the start segments, the length of the start segments is up to 255 characters. [Interception Length M before modified] is represented by a hexadecimal character, the corresponding Hexadecimal value conversion table of “Length M” refers to Appendix ID.

Modify the length of [End] segments N

Scan [Interception Length N after modified], and combine the relative setting code to modify the length of the segments, the length of the [End] segments is up to 255 characters. [Interception Length N after N modified] is represented by a hexadecimal character, the corresponding Hexadecimal conversion table of “Length N” refers to Appendix ID.

Only transfer the [Start] segments

Example: When the decoding information is "1234567890123ABC", output the first 13 bytes "1234567890123".

1. By checking the character table, the corresponding hexadecimal character of decimal data “13” is “0D”.

2. Ensure the setting code is enabled, if not, please scan setting code of “Enable setting code”.

3. Scan “Interception Length M before modified”.

4. Scan data setting “0”, “ D” in turn.

5. Scan “Save”.

6. Scan “Only transfer the [Start] segments.

Only transfer [End] segments

Example: When the decoding information is "1234567890123ABC", output the last 13 bytes "4567890123ABC".

1. By checking the character table, the corresponding hexadecimal character of decimal data "3" is "03".

2. Ensure the setting code is enabled, if not, please scan setting code of “Enable setting code”.

3. Scan “Interception Length N after modified”.

4. Scan data setting “0”, “ 3” in turn.

5. Scan “Save”.

6. Scan “Only transfer the [End] segments.

Only transfer [Center] segments

Example: When the decoding information is "12345678900123ABC", output the center 4 bytes "0123".

1. By checking the character table, the corresponding hexadecimal character of decimal data “3” is “03”.

2. Ensure the setting code is enabled, if not, please scan setting code of “Enable setting code”.

3. Scan “Interception Length N after modified”.

4. Scan data setting “0”, “ 3” in turn.

5. Scan “Save”.

6. Scan “Interception Length M before modified”.

7. Scan data setting “0”, “A” in turn.

8. Scan “Save”.

9. Scan the "Transfer only the Center segment" setting code.

19 RF Information

Send RF information

* Do not send RF

information

Modify RF Information

RF (Read Fail) information refers that in some modes the reading module can output the information defined by the user freely. The user or program can do some adjustment or operations when detecting this information.

Modify RF Information

Scan [Modify RF information] setting code, and combine the relative setting code to modify the RF information, every RF character is represented by two hexadecimal character, the corresponding Hexadecimal value conversion table refers to Appendix D.

Example: Modify the User-defined RF information to “FAI L”. By checking the character table, the four hexadecimal characters of “FAIL” is “46”, “ 41”, “ 49”, “ 4C”. Ensure the setting code is enabled, if not, please scan setting code of “Enable setting code”. Scan “Modify RF information” setting code. Scan “4”, “ 6”, “ 4”, “1”, “4”, “9”, “4”, “C”. Scan “Save”.

20 Enable / Disable Configuration for Types of Barcodes

Enable to read all the types

Disable to read all the types

* Return to default type

Send RF information

* Do not send RF

* Enable EAN13

Disable EAN13

20.1 All barcodes reads

By scanning below setting code will enable or disable to read all the support types of barcodes.

20.2 Rotation function of barcode

By scanning below setting code will enable or disable to read all the support types of barcodes after 360° rotation.

*Enable after 360 °rotation. Disable after 360 °rotation.

20.3 EAN13

By scanning below setting code will enable or disable to read EAN13.

20.4 EAN8

* Enable EAN8

Disable EAN8

* Enable UPCA

Disable UPCA

* Enable UPCE0

Disable UPCE0

* Enable UPCE1

Disable UPCE1

By scanning below setting code will enable or disable to read EAN8.

20.5 UPCA

By scanning below setting code will enable or disable to read UPCA.

20.6 UPCE0

By scanning below setting code will enable or disable to read UPCE0.

20.7 UPCE1

By scanning below setting code will enable or disable to read UPCE1.

20.8 Code128

* Enable Code128

Disable Code128

Code128 Min. Length 0

* Code128 Min. Length 4

* Code128 Max. Length 32

Code128 Max. Length 255

* Enable Code39

Disable Code39

Code39 Min. Length 0

* Code39 Min. Length 4

Enable or disable Code128 by scanning below setting code.

Set the min. length of Code128 by scanning below setting code.

Set the max. Length of Code128 by scanning below setting code.

20.9 Code39

Enable or disable Code39 by scanning below setting code.

Set the min. length of Code39 by scanning below setting code.

Set the max. Length of Code39 by scanning below setting code.

* Code39 Max. Length 32

Code39 Max. Length 255

* Enable Code93

Disable Code93

Code93 Min. Length 0

* Code93 Min. Length 4

* Code93 Max. Length 32

Code93 Max. Length 255

20.10 Code93

Enable or disable Code93 by scanning below setting code.

Set the min. length of Code93 by scanning below setting code.

Set the max. Length of Code93 by scanning below setting code.

20.11 CodeBar

* Enable CodeBar

Disable CodeBar

Send CodeBar start-stop

symbol

* Not send CodeBar start-

stop symbol

CodeBar Min. Length 0

* CodeBar Min. Length 4

* CodeBar Max. Length 32

CodeBar Max. Length 255

* Enable QR

Disable QR

Enable or disable CodeBar by scanning below setting code.

Set to send or not send CodeBar start-stop symbol by scanning below setting code.

Set the min. length of CodeBar by scanning below setting code.

Set the max. Length of CodeBar by scanning below setting code.

20.12 QR

Enable or disable QR by scanning below setting code.

20.13 Interleaved 2 of 5

Enable Interleaved 2 of 5

* Disable Interleaved 2 of 5

Interleaved 2 of 5 Min.

Length 0

* Interleaved 2 of 5 Min.

Length 4

* Interleaved 2 of 5 Max.

Length 32

Interleaved 2 of 5 Max.

Length 255

Enable Industrial 25

* Disable Industrial 25

Industrial 25 Min. Length 0

* Industrial 25 Min. Length 4

Enable or disable Interleaved 2 of 5 by scanning below setting code.

Set the min. length of Interleaved 2 of 5 by scanning below setting code.

Set the max. Length of Interleaved 2 of 5 by scanning below setting code.

20.14 Industrial 25

Enable or disable Industrial 25 by scanning below setting code.

Set the min. length of Industrial 25 by scanning below setting code.

* Industrial 25 Max. Length

Industrial 25 Max. Length

255

Enable Matrix 2 of 5

* Disable Matrix 2 of 5

Matrix 2 of 5 Min. Length 0

* Matrix 2 of 5 Min. Length

* Matrix 2 of 5 Max. Length

Matrix 2 of 5 Max. Length

255

Set the max. Length of Industrial 25 by scanning below setting code.

20.15 Matrix 2 of 5

Enable or disable Matrix 2 of 5 by scanning below setting code.

Set the min. Length of Matrix 2 of 5 by scanning below setting code.

Set the max. Length of Matrix 2 of 5 by scanning below setting code.

20.16 Code11

Enable Code11

* Disable Code11

Code11 Min. Length 0

* Code11 Min. Length 4

* Code11 Max. Length 32

Code11 Max. Length 255

Enable MSI

* MSI Disable MSI

The MSI information has a

minimum length of 0

* The MSI information has a

minimum length of 4

Enable or disable Code11 by scanning below setting code.

Set the min. Length of Code11 by scanning below setting code.

Set the max. Length of Code11 by scanning below setting code.

20.17 MSI

Enable or disable MSI by scanning below setting code.

Set the code that will set the minimum read length of the MSI bar code read below.

Read the following setup code to set the maximum reading length for the MSI bar code.

* The MSI information has a

minimum length of 32

The MSI information has a

minimum length of 255

Enable to read RSS-14

* Disable to read RSS-14

Allow to read restricted RSS

* Do not read restricted RSS

Allow to read extended RSS

* Do not read extended RSS

RSS information has a

minimum length of 0

* RSS information has a

minimum length of 4

20.18 RSS

Read the following setup code to set the RSS-14 barcode enable/disable read.

Read the following setup code to set the allowed RSS bar code to allow / disable reading.

Read the following setup code to set the allowable / prohibited reading for extended RSS bar codes.

Read the following setup code to set the length of the RSS bar code.

* The minimum length of

the RSS message is 32

The minimum length of the

RSS message is 255

* Allow reading DM

Prohibit reading DM

* Allow reading PDF417

Prohibit reading PDF417

20.19 DM

Read the following setting code to set the DM bar code enable/disable reading.

20.20 PDF417

Read the following setup code to set the PDF417 barcode enable/disable reading.

Appendix A: Default Settings Table

Parameter name

Default Setting

Remarks

Interface

TTL-232

Baud rate

9600

Check

NO Data bits

8bits

Stop bits

1bits

Hardware flow control

No hardware flow control

Mode parameter

Default read mode

Manual Read Mode

Serial trigger mode

Single reading time

Parameter range:

0.1-25.5 seconds, the steps of 0.1s; 0 that a single decoding time is not limited

Manual Read Mode

Trigger level

Low level trigger

Default high level

Fuction

Serial command

Set the baud rate to 9600

7E 00 08 01 00 D9 D3 20 38

Save the settings to the EEPROM

7E 00 09 01 00 00 DE C8

Query baud rate

7E 00 07 01 00 2A 02 D8 0F

returned messages

Corresponding baud rate

02 00 00 02 C4 09 SS SS

1200

02 00 00 02 71 02 SS SS

4800

02 00 00 02 39 01 SS SS

9600

02 00 00 02 D0 00 SS SS

14400

02 00 00 02 9C 00 SS SS

19200

02 00 00 02 4E 00 SS SS

38400

02 00 00 02 34 00 SS SS

57600

Appendix B: Common Serial Commands

After the host sends a serial command to query the baud rate, the reading module will reply to the following information:

Note: SS SS is the check value.

Appendix C: Code ID List

Barcode Type

Corresponding

characters

Flag 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

0x9A

Industrial 2 of 5

0x9B

Matrix 2 of 5 v 0x9C

Code 11 H 0x9D

MSI-Plessey m 0x9E

GS1 Databar(RSS-14)

0x9F

GS1 Databar Limited(RSS)

0xA0

GS1 Databar Expanded(RSS)

0xA1

QR Code Q 0xA2

Data Matrix u 0xA3

PDF 417 r 0xA4

Appendix D: ASCII table

Hexadecimal

Decimal

Character

NUL

SOH

STX

ETX

EOT

ENQ

ACK

BEL

DLE

DC1

DC2

DC3

DC4

NAK

SYN

ETB

CAN

SUB

ESC

Hexadecimal

Decimal

Character

35 # 24

38 & 27

39 ` 28

(

)

46 . 2f

47 / 30

50 2 33

53 5 36

58 : 3b

;

61 = 3e

62 > 3f

65 A 42

Hexadecimal

Decimal

Character

71 G 48

74 J 4b

75 K 4c

82 R 53

83 S 54

86 V 57

89 Y 5a

[

]

94 ^ 5f

97 a 62

98 b 63

100

101 e 66

102

103

104

105

Hexadecimal

Decimal

Character

106

107 k 6c

108

109

110 n 6f

111 o 70

112

113

114

115

116

117

118 v 77

119 w 78

120

121

122 z 7b

123

{

124

125 } 7e

126

127

DEL

Appendix E: Data Codes

0 ~ 9

A – F

Save

Cancel the previous read of

a data

Cancel the string of data

read earlier

Cancel the settings

Appendix F: Save or Cancel

After reading the data code to scan the "Save" set code to read the data saved. If an error occurs while reading the data code, you can cancel reading the wrong data. If you read the "read one bit of data before reading", you will cancel the last read if you read a setting code and read the data "A", "B", "C", and "D" The number "D", if the read "Cancel a string of data before reading" will cancel the read data "ABCD", if read "Cancel modify settings" will cancel the read data "ABCD" and exit the modification set up.

Hamlet HBCS2D100W User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual