HBCS-2D110W - Barcode scanners Hamlet - Free user manual and instructions

Product Type	2D Barcode Scanner
Model	HBCS-2D110W
Brand	Hamlet
Scanning Technology	Image-based (CMOS sensor)
Light Source	Class 1 LED (fill light and positioning light)
Symbologies Supported (1D)	EAN-13/8, UPC-A/E, Code128, Code39, Code93, Codabar, Interleaved 2 of 5, Industrial 25, Matrix 2 of 5, Code11, MSI Plessey, RSS-14/Limited/Expanded
Symbologies Supported (2D)	QR Code, Data Matrix, PDF417, Micro QR, Chinese Sensible (HanXin) Code
Communication Interfaces	USB-HID (keyboard / POS), USB Virtual Serial Port, TTL-232
Default Communication Settings	USB-HID mode, 9600 baud, no parity, 8 data bits, 1 stop bit
Scanning Modes	Manual (trigger), Command Trigger, Continuous, Sense (motion detection)
Trigger Options	Edge or Level trigger
Decode Session Timeout	Adjustable from 100ms to 25500ms (default 5000ms)
Data Editing	Prefix, Suffix, Code ID, Tail, Data character interception, RF information
User Feedback	Buzzer (good read beep, programmable) and Good Read LED
Power Supply	Via USB (5V) or TTL-232; power consumption not specified
Programming Method	Scanning programming barcodes or serial commands
Configuration Options	Baud rate, parity, HID device type, CapsLock, keyboard layout, virtual keyboard, GS replacement, invoicing mode
Special Features	Batch setting via QR code, image mirroring, reverse video, web address code recognition
Compliance	RoHS, WEEE, RED, CE (Class B), LED safety: Class 1 LED product
Operating Environment	Indoor use; temperature and humidity not specified
Dimensions and Weight	Not specified in manual; typical for handheld scanner
Warranty and Support	Visit www.hamletcom.com for support

Frequently Asked Questions - HBCS-2D110W Hamlet

How do I factory reset the Hamlet HBCS-2D110W scanner?

To restore factory defaults, scan the 'Restore Factory Defaults' programming barcode (located in section 1.2 of the manual). This will erase all custom settings and return the scanner to its original configuration.

How can I change the communication interface (e.g., from USB-HID to USB Virtual COM)?

Scan the 'USB Virtual Serial Port Mode' programming barcode (section 2.1.1). After switching, you may need to install the appropriate driver and wait for the device reinitialization. The VID/PID for virtual COM is 0x152A / 0x880F.

What is the default baud rate and how do I change it?

The default baud rate is 9600 bps. To change, scan one of the programming barcodes in section 2.2.1 (e.g., 115200bps). Ensure the host device is set to the same rate.

How do I enable continuous scanning mode?

Scan the 'Continuous Mode' programming barcode (section 3.3). In this mode, the scanner continuously scans after each successful decode. You can adjust the 'Timeout between Decodes' and enable 'Same Barcode Timeout' to avoid duplicate reads.

My scanner is not reading QR codes. How do I enable QR code scanning?

QR code is enabled by default. If it was disabled, scan the 'Enable QR' programming barcode (section 8.3.1). Also ensure the barcode is not damaged and that the scanner is positioned correctly.

How do I add a prefix or suffix to scanned data?

First, enable the prefix/suffix by scanning 'Enable Prefixes' or 'Enable Sufixes'. Then scan 'Modify Prefix' or 'Modify Suffix', followed by the hexadecimal digits for the desired characters (see Appendix A and F). Finally, scan 'Save' to store the setting.

How can I adjust the decode session timeout?

The decode session timeout determines how long the scanner will attempt to read a barcode after a trigger. Scan the programming barcode for a specific timeout (e.g., 3000ms or 10000ms) from section 3.1.2. To set a custom value, use the appropriate barcode and enter the desired value in hexadecimal.

What should I do if the scanner beeps but no data is transmitted?

Check the communication interface: ensure the USB cable is connected and the correct mode is selected (USB-HID or virtual COM). If using virtual COM, verify the driver is installed and the terminal software matches the baud rate. Also check if the output encoding format (section 5.6) is compatible with your application.

How do I clean the scanner safely?

Disconnect the scanner from power. Use a soft, lint-free cloth slightly dampened with water or mild detergent to wipe the exterior. Avoid abrasive cleaners, solvents, or spraying liquids directly into the scanner. Clean the scan window gently to avoid scratches.

Can I program the scanner using serial commands?

Yes. For example, to enter manual mode, send the command '7E 00 08 01 00 00 D4 FF 60' (hex). The scanner will return an acknowledgment. Refer to Appendix D for a list of common serial commands. Always ensure the communication parameters match.

USER MANUAL HBCS-2D110W Hamlet

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 & 2015/863/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 62479: 2010, EN 62368-1: 2014 / A11: 2017, ETSI EN 301 489-1 V2.2.3 (2019-11),

ETSI EN 301 489-17 V3.2.4 (2020-09), ETSI EN 300 328 V2.2.2 (2019-07).

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 [e-mail].

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

1. Operation Settings....6

1.1 Use of Programming Barcode 6
1.2 Restore Factory Defaults....7
1.3 User Default Settings....7

2. Communication Interface 8

2.1 Selection of Communication Mode....8
2.1.1 Output Mode of Communication Port 8

2.2 Serial Communication Interface....9

2.2.1 Baud Rate 9
2.2.2 Parity Methods....10

2.3 Configuration of USB-HID Interface Related Parameter.... 11

2.3.1 Selection of HID Devices.... 11
2.3.2 Access Cycle of PC to HID Device....11
2.3.3 Timeout Before HID Release 12
2.3.4 Timeout After HID Release....12
2.3.5 CapsLock Status Settings....13
2.3.6 Leading Key Output 13

3. Scanning Mode.... 14

3.1 Manual Mode....14

3.1.1 Trigger Conditions.... 14
3.1.2 Decode Session Timeout.... 14

3.2 Command Trigger Mode....15

3.2.1 Decode Session Timeout.... 16

3.3 Continuous Mode 16

3.3.1 Timeout Between Decodes.... 16
3.3.2 Timeout between Decodes (Same Barcode)....17
3.3.3 Decode Session Timeout....18
3.3.4 Continuous mode key pause switch.... 18

3.4 Sense Mode 18

3.4.1 Decode Session Timeout.... 19
3.4.2 Timeout between Decodes....19
3.4.3 Timeout between Decodes (Same Barcode).... 19
3.4.4 Sensitivity....19
3.4.5 Image Stabilization Timeout 20

4. Filling Light....21

4.1 Fill Light....21
4.2 Positioning....21

5. Prompt Output 23

5.1 Buzzer Master Switch....23
5.2 Buzzer Settings.... 23

5.2.1 Passive Buzzer....23
5.2.2 Active Buzzc 23

5.3 Good Read Beep for Programming Barcode 24

5.5 Good Read LED/Beep 25

5.6 Data Output Encoding Format....25

5.7 Different Country Keyboard Settings....26

5.8 Virtual keyboard enable....27

5.9 Chinese output shielding 30

5.10 Analog keypad....31

5.10.1 Output of numeric function of keypad....31

5.10.2 Output of keypad operator function....31

5.11 Image Mirroring Mode 32

5.12 Reverse Scanning Module 32

5.13 Invoicing mode.... 32

5.14 Read Device Version Information....33

5.15 Write/Read Device ID 33

5.16 Read Chip SN 34

1. Prefix & Suffix 36

6.1 Prefix 36

6.2 Suffix....37

6.3 Code ID 37

6.3.1 Custom Code ID 37

6.3.2 Modify Code ID 38

6.4 Tail....40

6.5 Data Character....40

6.5.1 Date Character Interception....40

6.5.2 Modify the Length for Data....41

6.6 RF Information....41

6.7 Output Protocol 42

6.8 GS Character Replacement....42

6.9 Web address code recognition....43

1. Quick Operation 44

7.1 Fast POS Mode....44

7.2 Serial Port & Full Codes On Mode 44

1. Symbologies....45

8.1 Global Shortcuts....45

8.1.1 Global Operations....45

8.1.2 Product Barcode Check Digit Output Enable 45

8.1.3 Enhancement of literacy....45

8.2 1D Symbologies ....46

8.2.1 EAN 13....46

8.2.2 EAN 8....47

8.2.3 UPC-A....48

8.2.4 UPC-E0 50

8.2.5 UPC-E1 51

8.2.6 Code128....52

8.2.7 Code39....53
8.2.8 Code93....55
8.2.9 CodaBar....56
8.2.10 Interleaved 2 of 5....57
8.2.11 Industrial 25....58
8.2.12 Matrix 2 of 5....60
8.2.13 Code11....61
8.2.14 MSI Plessey....62
8.2.15 RSS-14....63
8.2.16 RSS-Limited....63
8.2.17 RSS-Expanded....64

8.3 Operation of 2D Symbologies....65

8.3.1 QR Code 65
8.3.2 Data Matrix (DM)....66
8.3.3 PDF417....67
8.3.4 Mico QR....67
8.3.5 Chinese Sensible(HanXin) Code 67

9. Save and Cancel 68

9.1 Save 68
9.2 Cancel....68

10. Batch Setting 69

Appendix 70

Appendix A: Digit Barcodes 70

0 \~ 9....70
A \~F....71

Appendix B: Example of Parameter Settings 72

Appendix C: Default Settings Table....74
Appendix D: Common Serial Commands 81
Appendix E: Code ID List....82
Appendix F: ASCII Table 83
Appendix G Batch Setting Code Content Parameter List....88

1. Operation Settings

The factory default settings of the WSM-QL1601 are designed to meet the direct use of users in most cases. You can also set the parameters by setting the code according to the actual use.

1.1 Use of Programming Barcode

Scan "enter programming barcode" to configure the module function (set code function). After booting the function, the parameter can be modified by reading one or more programming barcodes. After recognizing "exit programming barcode", the scanning module will exit the setting mode.

**Enter Setup

Exit Setup

Enable and disable the output of set code content.

Transmit Programming Barcode Data

**Do Not Transmit Programming Barcode Data

Note: The optionmarked with ( ^** ) in the programming barcode indicates the default function or paramet.

1.2 Restore Factory Defaults

After reading this programming barcode, the current parameter setting will be lost and the factory default value will be restored. Factory default parameters and functions can be found in Appendix C.

Note: Please use the "Restore Factory Defaults" function with caution.

1.3 User Default Settings

In addition to the factory reset, users can save frequently used settings as user defaults. By reading "Save as Custom Defaults", you can save the current device configuration as user default information so that you can make quick settings when needed.

The default settings saved by the user can be restored by reading "Restore Custom Defaults".

Save as Custom Defaults

The WSM-QL1601 scanning module provides a TTL-232 serial communication interface and a USB interface (optional function) for communication with the host. The reading data can be received through the communication interface.

2.1 Selection of Communication Mode

The USB-HID mode is default for communication. Users can switch between communication port output modes by reading code settings (TTL-232 Serial Port Mode / Virtual Serial Port / USB-HID Mode). When USB output and serial port output are needed at the same time, you can select the HID & TTL Simultaneous Output Mode by reading the programming barcode. When users switch communication mode, it is necessary to wait for the device initialization to complete before performing related operations.

Note1: When the module is set as USB Virtual Serial Port and communicates with the host through this port, the corresponding driver needs to be installed in the host.

Note1::The USB-HID uses 2 numbers to identify the device and find the correct device.

VID&PID information is shown in the following table:

Interface Type	VID(HEX)	PID(HEX)
USB Virtual Serial Port	0x152A	0x880F
HID-KBW	0x1FC9	0x5AA7
HID-POS	0x1FCA	0x5AA8

2.1.1 Output Mode of Communication Port

Scan the following programming barcode to set the communication output mode.

TTL-232 Serial Port Mode

**USB-HID Mode

USB Virtual Serial Port Mode

HID & TTL Simultaneous Mode

2.2 Serial Communication Interface

The serial communication interface is a common way to connect the scanning module to the host device. When the serial communication interface in running, the communication module must be completely matched with the host device to ensure smooth communication and correct content.

The serial communication interface provided by the scanning module are TTL -level signals. TTL-232 can be used for most application architectures. For those requiring RS-232, an external conversion circuit is needed.

The default serial communication parameters of the scanning module are as follows. When they are inconsistent with the host device, they can be modified by reading the programming barcode.

Default communication parameters of TTL-232:

Parameter	Default
Serial Communication Type	TTL-232
Baud Rate	9600
Parity Type	None
Data Bits	8
Stop Bits	1

2.2.1 Baud Rate

The Baud Rate is in bps: bits per second. You can scan the following programming barcodes to select configuration parameters.

1200bps

4800bps

**9600bps

14400bps

19200bps

38400bps

57600bps

115200bps

2.2.2 Parity Methods

There are 3 alternative parity methods, as follows:

**None

2.3 Configuration of USB-HID Interface Related Parameter

2.3.1 Selection of HID Devices

When the product is set as HID devices, it could be two different devices. Users can scan the following programming barcode to set.

**HID-KBW

HID-POS

HID-POS acquire scan data

After scanning and decoding a barcode, the device would send the following input message.

Data reception
	Bit
Byte	7	6	5	4	3	2	1	0
0	Message ID=0x02
1	Bar Code Data Length
2	Fixed Value 0x5d
3	Fixed Value 0x51
4	Fixed Value 0x31
5-60	Barcode Data
61	Barcode Data
62	Fixed Value 0x51
63	0x01 (followed by packets)/0x0 (followed by no packets)

2.3.2 Access Cycle of PC to HID Device

You can modify the access period of PC to HID device by reading the following programming barcode. The period ranges from 1ms to 64ms.

**1ms

3ms

5ms

10ms

2.3.3 Timeout Before HID Release

After reading the following programming barcode, you can modify the timeout before the HID is released (that is, the timeout from valid message to release message). The timeout is from 1ms to 63ms.

**1ms

2ms

5ms

10ms

2.3.4 Timeout After HID Release

After reading the following programming barcode, you can modify the timeout after the HID is released (that is, the timeout from the release of the message to the next valid message). The timeout is from 1ms to 63ms.

**lms

2ms

5ms

10ms

2.3.5 CapsLock Status Settings

** CapsLock-Off

CapsLock-On

2.3.6 Leading Key Output

Users can scan the following programming barcode to enable HID to output a preamble message before outputting each piece of data, which is convenient for client as to software development and positioning.

The key value is Ctrl+Shift+r.

** Disable HID Leading Key Output

Enable HID Leading Key Output

3. Scanning Mode

3.1 Manual Mode

Manual mode is a default scanning module. In manual mode, press the trigger button, the scanning module starts shooting and reading. In the limited duration of "Decode Session Timeout". After successful reading, the scanning module will output the scanned content through the communication interface and stop reading, if you need to one more reading, you need to re-trigger the button. If the reading exceeds the length of a single reading in time duration, the shooting and reading will be stopped.

Manual Mode

3.1.1 Trigger Conditions

The trigger condition can be selected in the manual mode. The trigger condition defaults to level triggering and level triggering.

Edge triggering refers to the detection of the level pulse of the trigger signal, that is, start reading, and the reading is ended when the reading is successful or the decode session timeout condition is reached.
The Level Trigger condition refers to the level at which the trigger signal needs to be held during the start of reading to the end of reading. When the trigger level is cancelled, the reading is successful, or the reading is longer than the single reading duration, the reading is ended.

Edge Trigger

**Level Trigger

3.1.2 Decode Session Timeout

Decode Session Timeout is the time allowed to conduct the longest reading after the reading is triggered. When the time is exceeded, it will exit the reading state. The range is from 100ms to 25500ms. Scan the following programming barcode to set the Decode Session Timeout.

1000ms

3000ms

**5000ms

10000ms

Infinite

3.2 Command Trigger Mode

In the command trigger mode, the scanning module starts shooting and reading after receiving the trigger signal command sent by the host (that is, the bit 0 of the flag bit 0x0002 is written to "1"); within the limited time range of "decode session timeout" If the reading is successful, the scanning module will output the scan content through the communication interface and stop reading. If a new reading is to be booted, the trigger command needs to be resent. If the reading exceeds the length of a single reading in time duration, the reading will be stopped.

Command Trigger Mode

Note: In the command trigger mode, the serial command of the trigger signal is: 7E 00 08 01 00 02 01 AB CD; After receiving the scan commands, the serial port returns the write success command: 02 00 00 01 00 33 31, the scanning module is booted.

Trigger command answer switch

Read the following setting codes to allow and prohibit the trigger command response.

Trigger command response disable

** Trigger command response allowed

3.2.1 Decode Session Timeout

For the single reading duration setting, please refer to 3.1.2 Decode Session Timeout Code to set.

3.3 Continuous Mode

Continuous Mode is a way for the scanning module to continuously capture, scan and output information.

In this mode, it is defaulted to go into the 1000ms reading timeout after successful reading.

In Continuous Mode, you can use the trigger level control to pause continuous reading or continue reading continuously. In continuous reading, it is necessary to maintain the trigger level of 50ms or more and then cancel it, so that the reading will be suspended. When the reading state is suspended, the trigger level of 50ms or more is also maintained and then canceled, and the reading is continued.

Continuous Mode

3.3.1 Timeout Between Decodes

It refers to the timeout between the next reading and the current successful reading. No acquisition is performed during this timeout. Scan the following programming barcode to set timeout between decodes. The setting is from 0ms to 25500ms, and the default duration is 1000ms.

No Timeout

500ms

**1000ms

3000ms

5000ms

3.3.2 Timeout between Decodes (Same Barcode)

In order to avoid the same barcode being continuously scanned for multiple times in continuous mode, Timeout between Decodes (Same Barcode) is required for scanning module in this mode before enabling the same barcode. Timeout between Decodes (Same Barcode) means that the same barcode will not be read if it has been scanned within the set timeout. It can only be read and output beyond the timeout. By default, Timeout between Decodes (Same Barcode) is turned off.

ON

**OFF

Scan the following programming barcode to set Timeout between Decodes (Same Barcode). Setting range: 0ms\~12700ms.

Note: The delay time setting can be set only after the "Timeout between Decodes (Same Barcode)" is turned on.

Infinite Delay

500ms

1000ms

3000ms

5000ms

3.3.3 Decode Session Timeout

For the decode session timeout, please refer to the programming barcode of Section 3.1.2 Decode Session Timeout.

3.3.4 Continuous mode key pause switch

When "Continuous Mode Key Pause Support" is set, the continuous mode trigger can be suspended by pressing the key for the first time, and the continuous mode trigger can be started by pressing the key again; When "Continuous mode key pause is not supported" is set, the key is invalid for continuous mode.

The user can set the continuous mode key pause switch through the following setting code.

** Continuous mode key pause supports

Continuous mode key pause is not

3.4 Sense Mode

Sense Mode refers to a working mode in which the scanning module conducts reading by sensing the change in brightness of the surrounding environment. When the scene changes, the scanning module begins to scan. After successful reading and outputing information or the Decode Session Timeout, the scanning module needs to be separated for a certain period(can be set) to re-enter the monitoring state. If the following

conditions do not occur, the scanning module will cycle in the above manner: the barcode is not scanned within a Decode Session Timeout, and the scanning module will automatically pause the reading and enter the monitoring state. In the sensing scanning module, the scanning module can also boot reading by pressing the trigger button, and continue to monitor the brightness of the surrounding environment after the reading succeeds in outputting the information or releasing the trigger button.

Sense Mode

3.4.1 Decode Session Timeout

For the setting of decode session timeout, please refer to the programming barcode in Section 3.1.2 Decode Session Timeout to set.

3.4.2 Timeout between Decodes

For the setting of the timeout between decodes, please refer to the programming barcode in Section

3.2.1 Timeout between Decodes to set.

3.4.3 Timeout between Decodes (Same Barcode)

For setting Timeout between Decodes (Same Barcode), please refer to the programming barcode in

3.4.4 Sensitivity

Sensitivity refers to the degree of changes in the scene detected in the inductive scanning module.

When the scanning module meets the requirements in telling the degree of scene changes, it will switch from the monitoring state to the reading state.

Low Sensitivity

**Medium Sensitivity

3.4.5 Image Stabilization Timeout

Image Stabilization Timeout refers to the period for which the scanning module that detects the scene change needs to wait for the image to stabilize before reading the code in the inductive scanning module. The settling range of image stabilization timeout is 0\~25500 ms, and the step size is 100ms. The default image stabilization timeout is 400ms.

**0ms

100ms

400ms

1000ms

2000ms

4. Filling Light

4.1 Fill Light

There is a set of LEDs on the scanning module that are specially equipped for shooting, providing auxiliary fill light, illuminating the light beams on the reading targets, improving the adaptability of recognizing performance and weak ambient light. You can set it according to the actual use:

Fill Light - ON when Photographing: The fill light lights up while shooting and goes out if there is no shooting.
Fill Light - always ON: The fill light continues to glow after the scanning module is turned on.
Fill Light - always OFF : the fill light does not light up in any cases.

**Fill Light - ON when Photographing

Fill Light - always ON

Fill Light - always OFF

4.2 Positioning

The scanning module has an auxiliary device for positioning, which projects a pointing line during shooting to remind users of reading the center of the scene image captured by the module.

Positioning Light - ON when Photographing : the positioning light is lit up during shooting and goes out when there is no shooting.
Positioning light -always ON when Photographing : the positioning light is always on when taking pictures and goes out at other times.
^F Positioning Light - always ON: the positioning light continues to illuminate after the scanning module is turned on.

Positioning Light - always OFF : the positioning light does not illuminate in any cases.

**Positioning Light - ON when Photographing Positioning light -always ON when Photographing

Positioning Light - always ON

Positioning Light - always OFF

5. Prompt Output

5.1 Buzzer Master Switch

Scan the following programming barcode to turn on /off all of the beep sounds.

Mute_ON

**Mute _ OFF

5.2 Buzzer Settings

5.2.1 Passive Buzzer

Scan the following programming barcode to set the buzzer to passive and set the drive frequency of the passive buzzer.

**Passive Buzzer

Passive_Low Frequency

**Passive_Intermediate Frequency

Passive_High Frequency

5.2.2 Active Buzze

Scan the following programming barcodes to set the buzzer as active one and set the active buzzer's operating level. Scan "High Level", the buzzer is set to active low when idle, and active high level when working; scan "Low Level", the buzzer is set to active high when idle, and active low level when working.

Active Buzzer

**High Level

Low Level

5.3 Good Read Beep for Programming Barcode

Scan the following programming barcodes to enable/disable the programming barcode beep

** Beep for Programming Barcode_ON

Beep for Programming Barcode_OFF

5.4 Startup Beep

When the scanning module is on after power on, the scanning module can output or turn off the startup beep according to the setting requirements.

** Startup Beep_ON

Startup Bccp_OFF

5.5 Good Read LED/Beep

After the scanning module is successfully scan the codes, BEEP and DLED prompt signals are output through the 12pin external interface by default, and the external passive buzzer and LED are used for prompting. These signals can be turned off if the user requires to do so.

** Good Read LED_ON

Good Read LED_OFF

**Good Read Beep_ON

Good Read Beep_OFF

The user can set the timeout of Good Read Beep, by reading the following programming barcodes.

30ms

**60ms

90ms

120ms

5.6 Data Output Encoding Format

Users can set the output format of the scanning module through the following programming barcodes,

so that the host can output Chinese data according to the specified encoding format.

Note:

GBK format is used for Text., UNICODE format is used for Word and input box of common chat tool.

The Original Data output is used to encrypt the serial output of the data.

**GBK

UTF8

Original Data

UNICODE

5.7 Different Country Keyboard Settings

In order to apply it in different countries, the device can be set as the corresponding "keyboard" of each country by the following programming barcodes.

**US

Czech

French

Germany

Hungary

Italy

Japan

Spain

Turkey Q

Turkey F

Mexico (Latin America)

5.8 Virtual keyboard enable

In order to apply it in more regional application environments, the standard/virtual keyboard output settings can be made by reading the following programming barcodes. But that will cause a certain loss in output efficiency. Note that when using a virtual keyboard, you must ensure that the keypad number keys are enabled.

**Standard Keyboard

Virtual Keyboard

1. Virtual keyboard output mode

In order to adapt to different application scenarios, the virtual keyboard has two different output modes for control characters less than 0x20, and users can switch by scanning the following setting codes.

** Control character output off

Ctrl Mode

Alt Mode

**Control Character Output Off

2. Control character transmission

ASCII characters between 0x00 and 0x1F can be escaped as a control function key. When the virtual keyboard is enabled (other HID Keyboard of the module is set as default value), the input operation of the control function key is as follows: (Please refer to the control character correspondence table for the corresponding relationship between the specific ASCII value and the control function key)

(1) Virtual keyboard Ctrl Mode on

Read the characters whose data is "A < HT > F (HT is an invisible character and is not displayed on the terminal software)" (hexadecimal values are 0x41/0x09/0x46 respectively), and the virtual keyboard operation of the scanning module is as follows:

Enter "A"-press key A;

Enter "Ctrl I"-since the data of 0x09 corresponds to the control function key "I", the virtual keyboard would hold down Ctrl, then press the I key, and finally release the Ctrl key and the I key at the same time;

Enter "F"-press key F.

Since "Ctrl I" corresponds to the function of converting characters into italics in some word processing software, completing the above operation may result in normal characters "A" and italic "F".

At present, in QL1601 small module, the virtual keyboard Ctrl mode "control character output only supports American keyboard layout.

(2) Virtual keyboard Alt mode

If the virtual keyboard is turned on and set to "ALT Mode", the output corresponding control character operation is: ALT + "Character corresponds to ASCII decimal value". For example, for "" characters, the scanning module virtual keyboard operation is as follows:

Enter "Alt 0 9"-the virtual keyboard would hold down Alt, then press "0" and "9" of the numeric keypad, and finally release Alt.

When the standard keyboard outputs, the control character output function is turned off, and ASCII characters less than 0x20 would output the corresponding key value function. (For corresponding functions, please refer to the Control Character Correspondence Table)

Control character correspondence table

ASCII Function	ASCII Value(HEX)	Control Character Output Off	Ctrl Mode	CTRL+X Funciton
NUL	0	Null	Ctrl+@
SOH	1	KeypadEnter	Ctrl+A	Select all
STX	2	CapsLock	Ctrl+B	Bold
ETX	3	ALT	Ctrl+C	Copy
EOT	4	Null	Ctrl+D	Bookmark
ENQ	5	CTRL	Ctrl+E	Center
ACK	6	Null	Ctrl+F	Find
BEL	7	Enter	Ctrl+G
BS	8	LeftArrow	Ctrl+H	History
HT	9	Horizontal Tab	Ctrl+I	Italic
LF	0A	DownArrow	Ctrl+J	Justify
VT	0B	Vertical Tab	Ctrl+K	hyperlink
FF	0C	Delete	Ctrl+L	list,left align
CR	0D	Enter	Ctrl+M
SO	0E	Insert	Ctrl+N	New
SI	0F	Esc	Ctrl+O	Open
DLE	10	F11	Ctrl+P	Print
DC1	11	Home	Ctrl+Q	Quit
DC2	12	PrintScreen	Ctrl+R
DC3	13	Backspace	Ctrl+S	Save
DC4	14	tab+shift	Ctrl+T
NAK	15	F12	Ctrl+U
SYN	16	F1	Ctrl+V	Paste
ETB	17	F2	Ctrl+W
CAN	18	F3	Ctrl+X
EM	19	F4	Ctrl+Y
SUB	1A	F5	Ctrl+Z
ESC	1B	F6	Ctrl+[
FS	1C	F7	Ctrl+\
GS	1D	F8	Ctrl+]
RS	1E	F9	Ctrl+6
US	1F	F10	Ctrl+-

5.9 Chinese output shielding

Enable this function, the device shields Chinese output. The user can read the following setting code to open and close the Chinese output shielding function.

**Chinese output shielding-OFF

Chinese output shielding-ON

5.10 Analog keypad

5.10.1 Output of numeric function of keypad

If this function is not turned on, all outputs would be output according to the corresponding key value of the large keyboard.

After this function is turned on, only the numbers "0\~9" in the decoded data obtained by the reading module are output according to the key values corresponding to the small keyboard, and the rest are output according to the key values corresponding to the large keyboard.

The user can turn on and off the digital output function of the analog keypad by reading the following setting codes.

Keypad Numeric Output-On

**Keypad Numeric Output-Off

5.10.2 Output of keypad operator function

If this function is not turned on, all outputs would be output according to the corresponding key value of the large keyboard.

After this function is turned on, only "+"_""*/" in the decoded data obtained by the reading module is output according to the key value corresponding to the small keyboard, and the rest is output according to the key value corresponding to the large keyboard.

The user can turn on and off the output function of analog keypad operators by reading the following setting codes.

Keypad Operator Output-On

**Keypad Operator Output-Off

5.11 Image Mirroring Mode

When there is mirror flip in image, you can boot the mirror flip mode by reading the following programming barcodes.

Image Mirror Flip_ON

** Image Mirror Flip_OFF

Note: In the mirror flip mode, only the barcode of the mirror flip can be recognized. Please exit the mirror flip mode first before identifying the normal barcode or programming barcode.

5.12 Reverse Scanning Module

In some special application scenarios, special barcodes for black and white inversion need to be enabled. The user can enable/disable the reading function of inverse video code by reading the following programming barcodes.

**Video Reverse OFF

Video Reverse ON

5.13 Invoicing mode

In order to facilitate the use of this module in the billing system, users can configure the billing mode by reading the setting code, and realize the format conversion and output of the invoice code. Invoicing modes include local invoicing mode and online invoicing mode. When invoicing mode is enabled, local invoicing mode is used by default.

Users can realize the format conversion and output of invoice codes by reading the following setting codes.

** Invoicing Mode Enable

Invoicing Mode Disable

After the invoice mode is opened, you can select the invoicing mode by reading the following setting codes.

** Local Invoicing Mode

Online Invoicing Mode

It should be noted that when the user uses the online billing mode, the module must be switched to the HID-POS output mode only and used in combination with the WSM billing assistant.

5.14 Read Device Version Information

Users can quickly obtain the current device version information and all the device version information by reading the following setting codes.

Read device version information

Read all device version information

5.15 Write/Read Device ID

Users can read and write ID through serial port or virtual serial port.

The ID information include:

SN: product serial number

FID: Manufacturer Information

MID: Product Model

ID up to 64 bytes (pure numbers and upper and lower case letters)

Write ID format:

WriteDeviceID:SN:xxxx;MID:xxxx;FID:xxxx. (Can be changed according to requirements)

The return value of the write ID instruction is: The same as that of the write ID instruction

Read ID format:

ReadDeviceID.

Return: SN:xxxx;MID:xxxx;FID:xxxx.

For example: write device ID information for device: SN: 20200508; MID: WSM1605; FID: WSM

2020., and read that device ID by command

Write ID:

Serial port sending: WriteDeviceID:SN:20200508;MID:WSM1605;FID:WSM2020.

WriteDeviceID:SN:20200508;MID:WSM1605;FID:WSM2020.

Serial port return: WriteDeviceID:SN:20200508;MID:WSM1605;FID:WSM2020.

Read ID:

Serial port sending: ReadDeviceID.

Serial port return: SN:20200508; MID:WSM1605; FID:WSM2020.

Note:

1. The instruction is followed by "." as the closing mark.
2. When SN, FID, MID are not written, read the DeviceID of the device and return "SN:NULL;MID: NULL;FID: NULL."
3. If the write instruction ID data does not meet the requirements or the instruction format is wrong, send a write instruction to return "FALSE" or not, and the write fails.

The user can also read DeviceID by reading the following setting codes, and the return format is consistent with the reading of the sending instruction.

Read Device ID

5.16 Read Chip SN

Users can quickly obtain SN information of the current device chip by reading the following setting codes.

Read chip SN number

6. Prefix & Suffix

In practical applications, in order to facilitate data differentiation processing, sometimes it is necessary for the read data to be edited before being output.

Prefix & Suffix include:

Prefix
◆ Suffix
◆ Decode data segment interception
◆ Code ID
◆ Tails

◆ Decoding failure feature output information (RF Information)

Processed output data format:

【Prefix】【Code ID】【Data】【Suffix】【Tail】

6.1 Prefix

Prefix is a string of strings defined by the user before the data is decoded. The user can add and modify the prefixes by reading the following programming barcodes.

Enable Prefixes

**Disable Prefixes

Scan the following programming barcode, with the programming barcode of "Digit Barcodes

" and the programming barcode of "save", the user can modify the prefixes.

Modify Prefix

Note: A prefix has 15 characters at most and two hexadecimal values is for a prefix character. Refer to

Appendix F for the hexadecimal conversion table of character values.

6.2 Suffix

Suffix is a string of strings defined by the user before the data is decoded. The user can add and modify the prefixes by reading the following programming barcodes.

Enable Sufixes

**Disable Sufixes

Scan the following programming barcode, with the programming barcode of "Digit Barcodes" and the programming barcode of "save", the user can modify the suffixes.

Modify Suffix

Note: A suffix has 15 characters at most and two hexadecimal values is for a prefix character. Refer to Appendix F for the hexadecimal conversion table of character values.

6.3 Code ID

6.3.1 Custom Code ID

Code ID uses one character. Users can customize Code ID by reading the following programming barcodes to identify different barcode types.

Enable Code ID

** Disable Code ID

Scan the following programming barcode to restore the default value of Code ID of the barcode. The default list can be found in Appendix E.

Restore Default Code ID

6.3.2 Modify Code ID

Users can modify the Code ID corresponding to each barcode by reading the following programming barcodes.

Modify EAN13 Code ID

Modify EAN8 Code ID

Modify UPC-A Code ID

Modify UPC-E0 Code ID

This function is used in scenarios where the user needs to output partial decoded information.

The decoding information Data consists of three parts:

【Start】【Center】【End】

The user can select some of the information that needs to be output by reading the following programming barcodes.

** Transmit all Data

Tansmit the Start Data

Tansmit the END Data

Tansmit the Center Data

6.5.2 Modify the Length for Data

The user can modify the length of the Start Data and the length of the End Data by reading the following programming barcodes, combined with the programming barcodes of "Digit Barcodes" and "Save". Both the Start and End segments have up to 255 characters, and both are represented by a hexadecimal character for their length. The characters which are corresponding to the hexadecimal conversion table can be found in Appendix F.

Modify the Length for Start Data

Modify the Length for End Data

6.6 RF Information

The Scan Fail (RF) information is the output information after the scanning module fails to scan the codes, so that the user or the program can adjust or operate after detecting the information. Users are free to define RF information.

Scan the following programming barcode to enable/disable RF transmitting.

Enable Transmitting RF Information

** Disable Transmitting RF Information

Scan the following programming barcode, combined with the programming barcode of "Digit Barcodes" and "save", you can modify the RF information by yourself, and two hexadecimal values is for a prefix character, there are 15 characters at most. Refer to Appendix F for the character-to-hexadecimal conversion table.

Modify RF Information

Note: When an odd number of hexadecimal values are input, if it is failed to set the last bit, only the first few characters are output.

6.7 Output Protocol

The user can decode the output format of result by reading the following programming barcodes to modify the virtual serial port/serial port mode.

The format of the decoding result with the protocol output is: <03>< decoded data>

Note: The protocol mode must adopt UTF-8 encoding output format. In other output encoding formats, only raw data can be output regardless of whether the output with protocol is selected.

**Raw Data

With Protocol

6.8 GS Character Replacement

GS, as a group separator, was applied to the bar code of the European Food and Drug Administration after the 2012 London Olympics. Because GS characters are invisible in many text display tools, some areas need to replace GS with displayable character output. That is, replace the 0x1D byte in the ASCII code table with the displayable byte in ASCII.

At present, the QR decoding module temporarily supports replacing GS with characters in 0x20-0x7E in ASCII.

The alternative method is as follows:

1) Read the setting code of "GS character replacement enable";
2) Read the setting code of "GS replacement character modification";
4) Read the "Save" setting code.

3) The characters replaced by GS are represented by two hexadecimal values, and the characters correspond to the hexadecimal conversion table refer to Appendix F

GS Character Replacement Enable

**GS Character Replacement Disable

Read the following setting codes, cooperate with the "data code" setting code and the "save" setting code, and the user can modify GS replacement characters.

GS Alternate Character Modification

6.9 Web address code recognition

Read the following setting codes, and you can set the permission and prohibition of the website code reading function

** Enable Reading Of Web Address Codes

Disable rReading Of Web Address Codes

7. Quick Operation

7.1 Fast POS Mode

POS Mode features:

◆ Scan mode: Command Trigger Mode
◆ Communication port: Serial Port
◆ Startup Beep OFF
◆ Tail OFF

Users can quickly configure the reading device to work in POS Mode by reading the following programming barcode.

Fast POS Mode

7.2 Serial Port & Full Codes On Mode

In order to facilitate the quick configuration and switch to the serial port and full codes open mode during the secondary development process, you can realize the quick configuration function by reading the following programming barcodes.

Serial Port & Full Codes ON

8. Symbologies

8.1 Global Shortcuts

8.1.1 Global Operations

The user can globally enable/Disable and enable the default reading type for all supported code systems by reading the following programming barcodes. After reading all types of code systems, only the programming barcode is enabled.

Enable All Symbologies

Disable All Symbologies

** Enable Default Symbologies

8.1.2 Product Barcode Check Digit Output Enable

The user can enable/disable the commodity barcode check digit output by reading the following programming barcode (commodity barcode includes: EAN13/EAN8/UPC-A/UPC-E0/UPC-E1).

**Enable Transmit Check Digit

Disable Transmit Check Digit

8.1.3 Enhancement of literacy

Enabling and disabling bar code reading ability enhancement can be carried out by reading the following setting codes. After the ability to read is strengthened and enabled, the ability to read special codes such as defaced bar codes and QR code surfaces can be improved. The strengthening of reading ability and prohibition would improve the decoding speed.

** Enhancement of literacy prohibits

Enhancement of literacy enable

8.2 1D Symbologies

8.2.1 EAN 13

1. Enable or Disable EAN13

The user can enable and disable the EAN13 barcode reading function by reading the following programming barcodes.

**Enable EAN13

Disable EAN13

2. Enable or Disable Add-On Code

The user can enable and disable the forced output function of EAN13 add-on code by reading the following programming barcodes.

EAN13 Add-On Code Required

** EAN13 Add-On Code Not Required

The user can enable and disable the configuration of the EAN13 add-on code by reading the following programming barcodes.

Enable EAN13-2 Digit Add-On Code

Enable EAN13-5 Digit Add-On Code

** Disable EAN13-2 Digit Add-On Code

** Disable EAN13-5 Digit Add-On Code

3. Check bit Output Function Enable and Disable

** Enable Transmission of EAN13 Parity Bits

Disable Transmission of EAN13 Parity Bits

8.2.2 EAN 8

1. Enable or Disable EAN8

The user can enable and disable the EAN8 barcode reading function by reading the following programming barcodes.

**Enable EAN8

Disable EAN8

2. Enable or Disable Add-On Code

The user can enable and disable the forced output function of EAN8 add-on code by reading the following programming barcodes.

EAN8 Add-On Code Required

** EAN8 Add-On Code Not Required

The user can enable and disable the configuration of the EAN8 add-on code by reading the following programming barcodes.

Enable EAN8-2 Digit Add-On Code

** Disable EAN8-2 Digit Add-On Code

Enable EAN8-5 Digit Add-On Code

** Disable EAN8-5 Digit Add-On Code

3. Check bit Output Function Enable and Disable

** Enable Transmission of EAN8 Parity Bits

Disable Transmission of EAN8 Parity Bits

8.2.3 UPC-A

4.1. Enable or Disable UPC-A

The user can scan and disable the UPC-A barcode reading function by reading the following programming barcodes.

**Enable UPC-A

Disable UPC-A

2. Enable or Disable Add-On Code

The user can enable and disable the forced output function of UPC-A add-on code by reading the following programming barcodes.

UPC-A Add-On Code Required

** UPC-A Add-On Code Not Required

The user can enable and disable the configuration of the UPC-A add-on code by reading the following programming barcodes.

Enable UPC-A-2 Digit Add-On Code

** Disable UPC-A-2 Digit Add-On Code

Enable UPC-A-5 Digit Add-On Code

** Disable UPC-A-5 Digit Add-On Code

3. Enable Conversion from UPC-A to EAN13

The user can enable/disable the conversion of UPC-A to EAN13 by reading the following programming barcodes.

Enable UPC-A to EAN13

** Disable UPC-A to EAN13

5. Check bit Output Function Enable and Disable

8.2.4 UPC-E0

1. Enable or Disable UPC-E0

The user can scan and disable the UPC-E0 barcode reading function by reading the following programming barcodes.

**Enable UPC-E0

Disable UPC-E0

2. Enable or Disable Add-On Code

The user can enable and disable the forced output function of UPC-E0 add-on code by reading the following programming barcodes.

UPC-E0 Add-On Code Required

** UPC-E0 Add-On Code Not Required

The user can enable and disable the configuration of the UPC-E0 add-on code by reading the following programming barcodes.

Enable UPC-E0-2 Digit Add-On Code

** Disable UPC-E0-2 Digit Add-On Code

Enable UPC-E0-5 Digit Add-On Code

** Disable UPC-E0-5 Digit Add-On Code

3. Check bit Output Function Enable and Disable

** Enable Transmission of UPC-E0 Parity Bits

Disable Transmission of UPC-E0 Parity Bits

8.2.5 UPC-E1

The user can enable and disable the UPC-E1 barcode reading function by reading the following programming barcodes.

**Enable UPC-E1

Disable UPC-E1

2. Enable or Disable Add-On Code

The user can enable and disable the forced output function of UPC-E1 add-on code by reading the following programming barcodes.

UPC-E1 Add-On Code Required

** UPC-E1 Add-On Code Not Required

The user can enable and disable the configuration of the UPC-E1 add-on code by reading the following programming barcodes.

Enable UPC-E1-2 Digit Add-On Code

** Disable UPC-E1-2 Digit Add-On Code

Enable UPC-E1-5 Digit Add-On Code

** Disable UPC-E1-5 Digit Add-On Code

3. Check bit Output Function Enable and Disable

** Enable Transmission of UPC-E1 Parity Bits

Disable Transmission of UPC-E1 Parity Bits

8.2.6 Code128

1. Enable or Disable Code128

The user can enable and disable the Code128 barcode reading function by reading the following programming barcodes.

**Enable Code128

Disable Code128

2. Set Length Range for Code128

Users can set the minimum and maximum length of Code128 by reading the following programming barcodes.

**Set the Minimum Length for Code128 to 0

Set the Minimum Length for Code128 to 4

Set the Maximum Length for Code128 to 32

**Set the Maximum Length for Code128 to 255

3. Code 128 prefixed (11)

The user can turn on or off the Code128 barcode prefix (11) function by reading the following setting codes.

Code128 Prefix (11)-On

**Code128 Prefix (11)-Off

8.2.7 Code39

1. Enable or Disable Code39

The user can enable and disable the Code39 barcode reading function by reading the following programming barcodes.

**Enable Code39

Disable Code39

2. Set Length Range for Code39

Users can set the minimum and maximum length of Code39 by reading the following programming barcodes

**Set the Minimum Length for Code39 to 0

Set the Minimum Length for Code39 to 4

Set the Maximum Length for Code39 to 32

**Set the Maximum Length for Code39 to 255

3. Transmit Start/Stop Character

The user can set the output of Code39 Start/Stop Character by reading the following programming barcodes.

Output of Code39 Start Character

**Disable Output of Code39 Stop Character

Output of Code39 Stop Character

**Disable Output of Code39 Stop Character

4. Code32 Mode

Users can choose whether Code39 supports Code32 mode by reading the following programming barcodes.

Support Code32 Mode

** Disable Support Code32 Mode

Users can choose whether Code 32 outputs the prefix A by reading the following programming barcodes.

**the output of Code 32 prefix A

Disable output of Code 32 prefix A

5. FullAsc Mode

Users can choose whether Code39 supports FullAsc mode by reading the following programming barcodes.

Support FullAsc Mode

**Disable Support FullAsc Mode

6. Proces Verification

The user can set whether Code39 handles verification by reading the following setting code.

Code 39 Handles Verification

**Code 39 Does Not Handle Verification

8. Parity bit Output

The user can set whether Code39 outputs check bits by reading the following setting codes.

Code39 Outputs Parity Bits

**Code39 Does Not Output Parity Bits

8.2.8 Code93

1. Enable or Disable Code93

The user can enable and disable the Code93 barcode reading function by reading the following programming barcodes.

**Enable Code93

Disable Code93

2. Set Length Range for Code93

Users can set the minimum and maximum length of Code93 by reading the following programming barcodes.

**Set the Minimum Length for Code93 to 0

Set the Minimum Length for Code93 to 4

Set the Maximum Length for Code93 to 32

**Set the Maximum Length for Code93 to 255

8.2.9 CodaBar

1. Enable or Disable CodaBar

The user can enable and disable the CodaBar barcode reading function by reading the following programming barcodes.

**Enable CodaBar

Disable CodaBar

2. Set Length Range for CodaBar

Users can set the minimum and maximum length of CodaBar by reading the following programming barcodes.

**Set the Minimum Length for CodaBar to 0

Set the Minimum Length for CodaBar to 4

Set the Maximum Length for CodaBar to 32

**Set the Maximum Length for CodaBar to 255

3. Transmit Start/Stop Character

The user can set the output of CodaBar Start/Stop Character by reading the following programming barcodes.

4. Verification Processing

The user can set CodaBar check processing by reading the following setting codes.

** CodaBar Do Not Process Verification

CodaBar Mod10 Check

CodaBar Mod16 Check

CodaBar Double Check

5. Parity Bit Output Setting

The user can set the output of CodaBar check bits by reading the following setting codes.

CodaBar Parity Bit Output

**CodaBar Parity Bit Not Output

8.2.10 Interleaved 2 of 5

1. Enable or Disable Interleaved 2 of 5

The user can enable and disable the Interleaved 2 of 5 barcode reading function by reading the following programming barcodes.

Enable Interleaved 2 of 5

**Disable Interleaved 2 of 5

2. Set Length Range for Interleaved 2 of 5

Users can set the minimum and maximum length of Interleaved 2 of 5 by reading the following

programming barcodes.

Set the Minimum Length to 0

**Set the Minimum Length to 4

**Set the Maximum Length to 32

Set the Maximum Length to 255

3. Verify Format Setting

The user can set whether Interleaved 2 of 5 processes verification by reading the following setting code.

Interleaved 2 of 5 Verification Format Mod10

**Interleaved 2 of 5 Verification Format NONE

4. Parity Bit Output Setting

The user can set whether Interleaved 2 of 5 outputs check bits by reading the following setting code.

Interleaved 2 of 5 Outputs Parity Bits

**Interleaved 2 of 5 Does Not Output Parity Bits

8.2.11 Industrial 25

1. Enable or Disable Industrial 25

The user can enable and disable the Industrial 25 barcode reading function by reading the following programming barcodes.

Enable Industrial 25

**Disable Industrial 25

2. Set Length Range for Industrial 25

Users can set the minimum and maximum length of Industrial 25 by reading the following programming barcodes

Set the Minimum Length to 0

**Set the Minimum Length to 4

**Set the Maximum Length to 32

Set the Maximum Length to 255

3. Verify Format Setting

The user can set whether Industrial 25 processes verification by reading the following setting code.

Industrial 25 Verification Format Mod10

**Industrial 25 Verification Format NONE

4. Parity Bit Output Setting

The user can set whether Industrial 25 outputs check bits by reading the following setting code.

Industrial 25 Outputs Parity Bits

**Industrial 25 Does Not Output Parity Bits

8.2.12 Matrix 2 of 5

1. Enable or Disable Matrix 2 of 5

The user can enable and disable the Matrix 2 of 5 barcode reading function by reading the following programming barcodes.

Enable Matrix 2 of 5

** Disable Matrix 2 of 5

2. Set Length Range for Matrix 2 of 5

Users can set the minimum and maximum length of Matrix 2 of 5 by reading the following programming barcodes.

Set the Minimum Length to 0

**Set the Minimum Length to 4

**Set the Maximum Length to 32

Set the Maximum Length to 255

3. Verify Format Setting

The user can set whether Matrix 2 of 5 processes verification by reading the following setting code.

Matrix 2 of 5 Verification Format Mod10

** Matrix 2 of 5 Verification Format NONE

4. Parity Bit Output Setting

The user can set whether Matrix 2 of 5 outputs check bits by reading the following setting code.

Matrix 2 of 5 Outputs Parity Bits

**Matrix 2 of 5 Does Not Output Parity Bits

8.2.13 Code11

1. Enable or Disable Code11

The user can enable and disable the Code11 barcode reading function by reading the following programming barcodes.

Enable Code11

**Disable Code11

2. Set Length Range for Code11

Users can set the minimum and maximum length of Code11 by reading the following programming barcodes.

Set the Minimum Length for Code11 to 0

**Set the Minimum Length for Code11 to 4

**Set the Maximum Length for Code11 to 32

Set the Maximum Length for Code11 to 255

3. Setting of Check Format

The user can set the check format of Code11 by reading the following programming barcode.

4. Parity Bit Output Setting

The user can set whether Code11 outputs check bits by reading the following setting code.

Code11 Outputs Parity Bits

** Code11 Does Not Output Parity Bits

8.2.14 MSI Plessey

1. Enable or Disable MSI Plessey

Enable MSI Plessey

**Disable MSI Plessey

1. Set Length Range for MSI Plessey

Users can set the minimum and maximum length of MSI Plessey by reading the following programming barcodes.

Set the Minimum Length for MSI Plessey to 0

**Set the Minimum Length for MSI Plessey to 4

**Set the Max Length for MSI Plessey to 32

Set the Max Length for MSI Plessey to 255

3. Verify Format Setting

The user can set whether MSI Plessey processes verification by reading the following setting code.

Single Mod10

** Double Mod10

4. Parity Bit Output Setting

The user can set whether MSI Plessey outputs check bits by reading the following setting code.

MSI Plessey Outputs Parity Bits

** MSI Plessey Does Not Output Parity Bits

8.2.15 RSS-14

1. Enable or Disable RSS-14

The user can enable and disable the RSS-14 barcode reading function by reading the following programming barcodes.

Enable RSS-14

**Disable RSS-14

2. AI () output enable and disable

The user can set whether RSS-14 barcode AI () is output by reading the following setting codes.

**RSS-14 AI Output with Parentheses

RSS-14 AI Output Without Parentheses

8.2.16 RSS-Limited

1. Enable or Disable RSS-Limited

The user can enable and disable the RSS-Limited barcode reading function by reading the following

programming barcodes.

Enable RSS-Limited

**Disable RSS-Limited

2. AI () output enable and disable

The user can set whether RSS-Limited barcode AI () is output by reading the following setting codes.

**RSS-Limited AI Output with Parentheses

RSS-Limited AI Output Without Parentheses

8.2.17 RSS-Expanded

1. Enable or Disable RSS-Expanded

The user can enable and disable the RSS-Expanded barcode reading function by reading the following programming barcodes.

Enable RSS-Expanded

** Disable RSS-Expanded

2. Set Length Range for RSS-Expanded

Set the Minimum Length to 0

**Set the Minimum Length to 4

**Set the Maximum Length to 32

Set the Maximum Length to 255

3. AI () output enable and disable

The user can set whether RSS-Expanded barcode AI () is output by reading the following setting codes.

**RSS-Expanded AI Output with Parentheses

RSS-Expanded AI Output Without Parentheses

8.3 Operation of 2D Symbologies

8.3.1 QR Code

1. Enable or Disable QR Code

The user can enable and disable the QR Code barcode reading function by reading the following programming barcodes.

**Enable QR

Disable QR

2. Enable or Disable QR Model

The user can enable and disable the QR Model reading function by reading the following programming barcodes.

Enable QR Model

** Disable QR Model

3. QR Code prefixed (11)

The user can turn on or off the c QR barcode prefix (11) function by reading the following setting codes.

QR Prefix (11)-On

**QR Prefix (11)-Off

8.3.2 Data Matrix (DM)

The user can enable and disable the Data Matrix reading function by reading the following programming barcodes.

**Enable DM

Disable DM

The user can enable and disable simultaneous multiple DM code reading function by reading the following programming barcodes.

Enable Multiple DM

**Disable Multiple DM

8.3.3 PDF417

The user can enable and disable the PDF417 barcode reading function by reading the following programming barcodes.

**Enable PDF417

Disable PDF417

8.3.4 Mico QR

The user can enable and disable the Mico QR barcode reading function by reading the following programming barcodes.

**Enable Mico QR

Disable Mico QR

8.3.5 Chinese Sensible(HanXin) Code

The user can enable and disable the Chinese Sensible(HanXin) Code reading function by reading the following programming barcodes.

Enable Chinese Sensible(HanXin) Code

** Disable Chinese Sensible(HanXin) Code

9. Save and Cancel

9.1 Save

After reading the "Digit Barcodes", you need to read the programming barcode of "Save" to save the data.

Save

9.2 Cancel

When an error occurs in the scanned data, the following programming barcode can be scanned to cancel the current setting, also one bit of data which is previous scanned, and a string of data which is previous scanned.

Cancel the Last Digit

Cancel All Digits

Cancel Current Setting

Note: Cancelling the current setting means cancelling all the Digit Barcodes that were scan, and reset shall be conducted after canceling.

10. Batch Setting

When the reading device needs to make multiple setting, setting one by one may be complicated. The user can save all the information to be set into a QR code, and the device can complete multiple setting after reading the QR code.

The following are the guidelines for batch setup:

1. Batch processing setting code content format: @ WSM + "Parameter 1"; "Parameter 2"; ..... "Parameter n";
2. Please refer to Appendix G Batch Setting Code Content Parameter List for batch setting code content parameters.
3. A semicolon (;" is used between every two parameters Separate and end with an English semicolon. Note that there should be no space between the semicolon and the command.
4. Batch setting allow up to 30 parameters to be set simultaneously.
5. The setting content conforming to the batch processing setting code format is made into QR code in the code making software, and the setting code is read for batch setting.

For example: The programming barcodes of Enter Setup (parameter: 00000000), Sense Mode (parameter: 02000003), Positioning Light - ON when Photographing (parameter: 03000000), Decode Session Timeout-3000ms (parameter: 0202001E) and Disable Interleaved 2 of 5 (parameter: 070A0100). Then the batch processing setting code content is as follows:

@WSM00000000;02000003;03000000;0202001E;070A0100;

When batch setting is required, the setting can be completed by reading the finished batch setting code.

Note:

1. When batch setting is carried out, the "setting code is turned on" must be ensured;

If the content of batch setting code does not conform to the setting code rules, or the setting parameters are not included in the list of settable parameters, the setting would fail.

Appendix

Appendix A: Digit Barcodes

0 \~ 9

0

1

2

3

4

5

6

7

Appendix B: Example of Parameter Settings

◆ Example 1: Modify the prefix to DATA

1. Query the character table to obtain the hexadecimal values corresponding to the four characters of "DATA": "44", "41", "54", "41"
2. Scan "Enter Setup"; (If it has been enabled, you can skip this step)
3. Scan the programming barcode of "Modify Prefix"
4. Scan the Digit Barcodess of "4" "4" "4" "1" "5" "4" "4" "1"
5. Scan the programming barcode of "Save"

◆ Example 2: Modify the suffix to DATA

1. Query the character table to obtain the hexadecimal values corresponding to the four characters of "DATA": "44", "41", "54", "41"
2. Read "Enter Setup"; (If it has been enabled, you can skip this step)
3. Read the the programming barcode of "Modify Suffix" programming barcode
4. Read the Digit Barcodess of "4" "4" "4" "1" "5" "4" "4" "1"
5. Read the programming barcode of "Save"

Example 3: Modify EAN13 Code ID to "A"

1. Query the character table to obtain the hexadecimal value corresponding to the "A" character: "41"
2. Read "Enter Setup"; (If it has been enabled, you can skip this step)
3. Read the the programming barcode of "Modify EAN13 Code ID"
4. Read the Digit Barcodess of "4" "1" one by one.
5. Read the the programming barcode of "Save"

Example 4:

[ Tansmit the Start Data ] If the decoding information is "1234567890ABC", the first 10 bytes "1234567890" shall be output.

1. Query the character table to obtain the hexadecimal value corresponding to the "10" character: "0A"
2. Read "Enter Setup"; (If it has been enabled, you can skip this step)
3. Read the programming barcode of "Modify the Length for Start Data"

4. Read the Digit Barcodess of "0" "A" in turn.

5. Read the programming barcode of "Save"

6. Read the programming barcode of "Tansmit the Start Data"

Example 5:

[Tansmit the End Data] If the decoding information is "1234567890ABC", the first 10 bytes "1234567890" shall be output.

1. Query the character table to obtain the hexadecimal value corresponding to the "10" character: "0A"
2. Read "Enter Setup"; (If it has been enabled, you can skip this step)
3. Read the programming barcode of "Modify the Length for End Data"
4. Read the Digit Barcodess of "0" "A" in turn.
5. Read the programming barcode of "Save"
6. Read the programming barcode of "Tansmit the End Data"

Example 6:

[Tansmit the Center Data] If the decoding information is "1234567890ABC1234567890", the middle 3 bytes "ABC" shall be output.

1. Query the character table to obtain the hexadecimal value corresponding to the "10" character: "0A"
2. Read "Enter Setup"; (If it has been enabled, you can skip this step)
3. Read the programming barcode of "Modify the Length for End Data"
4. Read the Digit Barcodess of "0" "A" in turn.
5. Read the programming barcode of "Save"
6. Read the programming barcode of "Modify the Length for Start Data"
7. Read the Digit Barcodess of "0" "A" in sequence.
8. Read the programming barcode of "Save"
9. Read the programming barcode of "Tansmit the Center Data"

Example7: Modify the RF information to "FAIL"

1. Query the character table to obtain the hexadecimal value corresponding to the "FAIL" character: "46" "41" "49" "4C"
2. Read "Enter Setup"; (If it has been enabled, you can skip this step)

3. Read the programming barcode of "Modify RF Information"

4. Read the Digit Barcodess of "4" "A", "4", "1", "4", "9", "4", "C" in turns

5. Read the programming barcode of "Save"

Example 8: Modify GS to replace the character with "D"

1. Query the character table to obtain the hexadecimal value corresponding to the "D" character: "44"
2. Read "Enter Setup"; (If it has been enabled, you can skip this step)
3. RRead the programming barcode of "GS Character Replacement Enable"
4. Read the programming barcode of "GS Replacement Character Modification"
5. Read the data codes "4" and "4" in turn
6. Read the programming barcode of "Save"

Appendix C: Default Settings Table

Parameter		Default Setting	Remarks
Programming Barcode
Function of Programming Barcode		Enter
Communication Settings
Communication Mode		USB-HID
TTL-232	Serial Port Baud Rate	9600bps
	Serial Parity Bits	None	Range:1~64ms
	Serial Data Bits	8	Range:1~63ms
	Serial Port Stop	1	Range:1~63ms
	Hardware Flow Control	None
USB-HID	HID equipment selection	USB-KBW
	PC to HID Device Access Cycle	1ms	Range:1~64ms
	Timeout Before HID Release	1ms	Range:1~63ms
	Timeout After HID Release	1ms	Range:1~63ms
	CapsLock Status	Off
	HID Leading Key Output	Disable
Scanning Module Parameter
Default Scanning Module		Manual Mode
Manual Mode	Trigger Mode	Level Trigger
	Decode Session Timeout	5000ms	Range: 100ms ~ 25500ms,Step length 100ms,0: means Infinite
	Deep Sleep	OFF	Deep Sleep Timeout: 0~3276700msStep Size: 100ms
Command Trigger Mode	Triggering Conditions	Instruction Trigger	7E 00 08 01 00 02 01 AB CD
	Trigger command response	allowed
	Decode Session Timeout	5000ms	Range: 100ms ~ 25500msStep size 100ms0x00: Infinite
Continuous Mode	Timeout between Decodes	1000ms	Range: 0 ~ 25500msStep size 100ms
	Timeout between Decodes(Same Barcode)	OFF	Delay time range: 100ms ~ 25500msStep size 100ms0x00: Infinite
	Decode Session Timeout	5000ms	Range: 100 ~ 25500msStep size 100ms0x00: infinit
	Continuous mode key pause switch	supports
Sense Mode	Decode Session Timeout	5000ms	Range: 100 ~ 25500msStep size 100ms0x00: infinite
	Timeout between Decodes	1000ms	Range: 0 ~ 25500msStep size 100ms
	Timeout between Decodes (Same Barcode)	OFF	Delay time range: 100ms ~ 25500msStep size 100ms0x00: infinite
	Sensitivity	Medium Sensitivity	The more the parameter is, the less the sensitivity is
	Image Stabilization Timeout	0ms	Range: 0 ~ 25500msStep size 100ms
General Settings
Fill Light / Positioning	Positioning Light	ON when Photographing
	Fill Light	ON when Photographing
Buzzer	Buzzer Setting	Passive Buzzer
	Passive Buzzer	Intermediate Frequency
	Active Buzzer	High level	Active high when working, Active low when idle
	Mute	OFF
Setup Beep		ON
Good Read Beep		ON
Timeout of Good Read Beep		60ms	Range:0-255ms
Good Read LED		ON
Good Read Beep of Programming Barcode		ON
Data Output Encoding Format		GBK
Keyboard		US.
Virtual/Standard Keyboard		Standard
Control character transmission		OFF
Image Mirror Flip		Disable
Serial Port Analog HID Protocol		Disable
Invoicing Mode		Enable and Local Invoicing Mode
Data Editing
Prefix		Disable
Suffix		Disable
CODE ID		Disable
Tail		CR(0x0D)
Date Character Interception		Transmit all Data
RF Information		Disable
Output Protocol		Raw Data
GS Character Replacement		Disable
Web address code recognition		Enable
Code Setting
Inverse Video		Disable
Image Mirror Flip		Disable
Product Barcode Check Digit		Enable	EAN13/EAN8/UPC-A/UPC-E0/UPC-E1
Enhancement of literacy		Disable
EAN-13
Read		Enable
Add-On Code		Not Required
2 Digit Add-On Code		Disable
5 Digit Add-On Code		Disable
Parity Bit Output		Enable
EAN-8
Read		Enable
Add-On Code		Not Required
2 Digit Add-On Code		Disable
5 Digit Add-On Code		Disable
Parity Bit Output		Enable
UPC-A
Read		Enable
Add-On Code		Not Required
2 Digit Add-On Code		Disable
5 Digit Add-On Code		Disable
UPC-A to EAN13		Disable
Parity Bit Output		Enable
UPC-E0
Read		Enable
Add-On Code		Not Required
2 Digit Add-On Code		Disable
5 Digit Add-On Code		Disable
Parity Bit Output		Enable
UPC-E1
Read		Enable
Add-On Code		Not Required
2 Digit Add-On Code		Disable
5 Digit Add-On Code		Disable
Parity Bit Output		Enable
Code128
Read		Enable
Set the Minimum Length		0
Set the Maximum Length		255
Add Prefix (11)-On		off
Code 39
Read		Enable
Set the Minimum Length		0
Set the Maximum Length		255
Start Character		Disable
Stop Character		Disable
Code32		Disable
Code32 prefix output		Enable
FullAsc Mode		Disable
Proces verification		no
Parity bit output		Disable
Code 93
Read		Enable
Set the Minimum Length		0
Set the Maximum Length		255
CodaBar
Read		Enable
Set the Minimum Length		0
Set the Maximum Length		255
Start /Stop Character		Disable
Interleaved 2 of 5
Read		Disable
Set the Minimum Length		4
Set the Maximum Length		32
Verify Format		None
Parity bit output		Disable
Industrial 25
Read		Disable
Set the Minimum Length		4
Set the Maximum Length		32
Verify Format		None
Parity bit output		Disable
Matrix 2 of 5
Read		Disable
Set the Minimum Length		4
Set the Maximum Length		32
Verify Format		None
Parity bit output		Disable
Code11
Read		Disable
Set the Minimum Length		4
Set the Maximum Length		32
Verify Format		1bit
Parity bit output		Disable
MSI Plessey
Read		Disable
Set the Minimum Length		4
Set the Maximum Length		32
Verify Format		Single Mod10
Parity bit output		Disable
RSS-14
Read		Disable
AI Output with Parentheses		with Parentheses
RSS-Limited
Read		Disable
AI Output with Parentheses		with Parentheses
RSS-Expanded
Read		Disable
Set the Minimum Length		4
Set the Maximum Length		32
AI Output with Parentheses		with Parentheses
QR Code
Read		Enable
QR1mode		Disable
Add Prefix (11)-On		Disable
PDF417
Read		Enable
Data Matrix
Read		Enable
Multiple DM		Disable
Mico QR
Read		Enable
Chinese Sensible(HanXin) Code
Read		Disable

Appendix D: Common Serial Commands

Function	Serial Command	Return Command
Manual Mode	7E 00 08 01 00 00 D4 FF 60	02 00 00 01 00 33 31
Command Trigger Mode	7E 00 08 01 00 00 D5 EF 41	02 00 00 01 00 33 31
Continuous Mode	7E 00 08 01 00 00 D6 DF 22	02 00 00 01 00 33 31
Sense Mode	7E 00 08 01 00 00 D7 CF 03	02 00 00 01 00 33 31
command mode trigger	7E 00 08 01 00 02 01 02 DA	02 00 00 01 00 33 31
Trigger command response allowed	7E 00 08 01 00 01 04 07 2C	02 00 00 01 00 33 31
Trigger command response disable	7E 00 08 01 00 01 84 96 A4	02 00 00 01 00 33 31
Timeout between Decodes-5s	7E 00 08 01 00 05 32 9D 7D	02 00 00 01 00 33 31
Decode Session Timeout-10s	7E 00 08 01 00 05 64 A7 4E	02 00 00 01 00 33 31
Set baud rate (115200bps)	7E 00 08 02 00 2A 1A 00 E4 7E	02 00 00 01 00 33 31
Saved to Internal Flash Instructions	7E 00 09 01 00 00 00 DE C8	02 00 00 01 00 33 31
Flags Restored to Factory Settings	7E 00 09 01 00 00 FF C0 38	02 00 00 01 00 33 31
Query baud rate (115200bps)	7E 00 07 01 00 2A 02 D8 0F	02 00 00 02 1A 00 82 D8
Tail (CRLF)	7E 00 08 01 00 60 21 4B F0	02 00 00 01 00 33 31

Appendix E: Code ID List

Barcode Type	Corresponding Character	Flag Bit 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 Plessey	m	0x9E
GS1 Databar(RSS-14)	R	0x9F
GS1 Databar(RSS-Limited)	R	0xA0
GS1 Databar(RSS-Expanded)	R	0xA1
QR Code	Q	0xA2
Data Matrix	u	0xA3
PDF 417	r	0xA4
Mico QR	X	0xA5
Chinese Sensible(HanXin) Code	h	0xA6

Appendix F: ASCII Table

Hexadecimal	Decimal	Character
00	0	NUL (Null char.)
01	1	SOH (Start of Header)
02	2	STX (Start of Text)
03	3	ETX (End of Text)
04	4	EOT (End of Transmission)
05	5	ENQ (Enquiry)
06	6	ACK (Acknowledgment)
07	7	BEL (Bell)
08	8	BS (Backspace)
09	9	HT (Horizontal Tab)
0a	10	LF (Line Feed)
0b	11	VT (Vertical Tab)
0c	12	FF (Form Feed)
0d	13	CR (Carriage Return)
0c	14	SO (Shift Out)
0f	15	SI (Shift In)
10	16	DLE (Data Link Escape)
11	17	DC1 (XON) (Device Control 1)
12	18	DC2 (Device Control 2)
13	19	DC3 (XOFF) (Device Control 3)
14	20	DC4 (Device Control 4)
15	21	NAK (Negative Acknowledgment)
16	22	SYN (Synchronous Idle)
17	23	ETB (End of Trans. Block)
18	24	CAN (Cancel)
19	25	EM (End of Medium)
1a	26	SUB (Substitute)
1b	27	ESC (Escape)
1c	28	FS (File Separator)
1d	29	GS (Group Separator)
1e	30	RS (Request to Send)
1f	31	US (Unit Separator)
20	32	SP (Space)
21	33	! (Exclamation Mark)
22	34	" (Double Quote)
23	35	# (Number Sign)
24	36	$ (Dollar Sign)
25	37	% (Percent)
26	38	& (Ampersand)
27	39	` (Single Quote)
28	40	( Right / Closing Parenthesis)
29	41	) (Right / Closing Parenthesis)
2a	42	* (Asterisk)
2b	43	+ (Plus)
2c	44	, (Comma)
2d	45	- (Minus / Dash)
2e	46	. (Dot)
2f	47	/ (Forward Slash)
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	: (Colon)
3b	59	; (Semi-colon)
3c	60	< (Less Than)
3d	61	= (Equal Sign)
3e	62	> (Greater Than)
3f	63	? (Question Mark)
40	64	@ (AT Symbol)
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	[ (Left / Opening Bracket)
5c	92	\ (Back Slash)
5d	93	] (Right / Closing Bracket)
5c	94	^ (Caret / Circumflex)
5f	95	_ (Underscore)
60	96	' (Grave Accent)
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	{ (Left/ Opening Brace)
7c	124	| (Vertical Bar)
7d	125	} (Right/Closing Brace)
7e	126	~ (Tilde)
7f	127	DEL (Delete)

Appendix G Batch Setting Code Content Parameter List

Function of Setting Code	Setting CodeContent Parameter	Remark
Enter Setup	00000000	If the Settings code is off, you need to turn on the Settings code first
TL-232 Serial Output	01000000
USB-HID	01000001
USB Virtual Serial Port Mode	01000002
Serial & HID Simultaneous Output	01000003
HID-KBW	01010000
HID-POS	01010001
1200bps	010209C4
4800bps	01020271
9600bps	01020139
14400bps	010200D0
19200bps	0102009C
38400bps	0102004E
57600bps	01020034
115200bps	0102001A
NONE Parity	01030000
ODD Parity	01030001
EVEN Parity	01030002
Access Cycle of PC to HID Device-1ms	01040001	For other durations, the last two parameters can be modified
Access Cycle of PC to HID Devic-3ms	01040003
Access Cycle of PC to HID Devic5ms	01040005
Access Cycle of PC to HID Devic-10ms	0104000A
Timeout Before HID Release-1ms	01050001	For other durations, the last two parameters can be modified
Timeout Before HID Release-2ms	01050002
Timeout Before HID Release-5ms	01050005
Timeout Before HID Release-10ms	0105000A
Timeout After HID Release-1ms	01060001	For other durations, the last two parameters can be modified
Timeout After HID Release-2ms	01060002
Timeout After HID Release-5ms	01060005
Timeout After HID Release-10ms	0106000A
CapsLock-Off	01070000
CapsLock-On	01070001
Disable HID Leading Key Output	01080000
Enable HID Leading Key Output	01080001
Manual Mode	02000000
Level Trigger	02010000
Edge Trigger	02010001
Decode Session Timeout-1000ms	0202000A	For other durations, the last two parameters can be modified
Decode Session Timeout-3000ms	0202001E
Decode Session Timeout-5000ms	02020032
Decode Session Timeout-10000ms	02020064
Decode Session Timeout-Infinite	02020000
Command Trigger Mode	02000001
Continuous Mode	02000002
Trigger command response allowed	020A0001
Trigger command response disable	020A0000
Continuous mode key pause is not	020A0010
Continuous mode key pause supports	020A0011
Timeout Between Decodes-No Timeout	02050000	For other durations, the last two parameters can be modified
Timeout Between Decodes-500ms	02050005
Timeout Between Decodes-1000ms	0205000A
Timeout Between Decodes-3000ms	0205001E
Timeout Between Decodes-5000ms	02050032
Timeout between Decodes(Same Barcode)-OFF	02060000	The duration parameter setting must first enable the timeout between Decodes
Timeout between Decodes(Same Barcode)-ON	02060001
Timeout between Decodes(Same Barcode)-Infinite Delay	02070000
Timeout between Decodes(Same Barcode)-500ms	02070005	For other durations, the last two parameters can be modified
Timeout between Decodes(Same Barcode)-1000ms	0207000A
Timeout between Decodes(Same Barcode)-3000ms	0207001E
Timeout between Decodes(Same Barcode)-5000ms	02070032
Sense Mode	02000003
Medium Sensitivity	0209640A
Low Sensitivity	020932A0
High Sensitivity	0209320A
Enhanced Sensitivity	02093205
Image Stabilization Timcout-0ms	02080000	For other durations, the last two parameters can be modified
Image Stabilization Timcout-100ms	02080001
Image Stabilization Timcout-400ms	02080004
Image Stabilization Timcout-1000ms	0208000A
Image Stabilization Timeout-2000ms	02080014
Fill Light - ON when Photographing	03000000
Fill Light - always ON	03000001
Fill Light - always OFF	03000002
Positioning Light - ON when Photographing	03010000
Positioning light -always ON when Photographing	03010003
Positioning Light - always ON	03010001
Positioning Light - always OFF	03010002
Deep Sleep-ON	02030000
Deep Sleep-OFF	02030001
Mutc_ON	04000000
Mutc_OFF	04000001
Passive Buzzer	04010005
Passive_Low Frequency	04010000
Passive_Intermediate Frequency	04010001
Passive_High Frequency	04010002
Active Buzzer	04010006
Active Buzzer-High Level	04010003
Active Buzzer-Low Level	04010004
Beep for Programming Barcode_ON	04020000
Beep for Programming Barcode_OFF	04020001
Startup Beep_ON	04030000
Startup Beep_OFF	04030001
Good Read LED_ON	04040000
Good Read LED_OFF	04040001
Good Read Beep_ON	04040002
Good Read Beep_OFF	04040003
Timeout of Good Read Beep-30ms	0404011E	For other durations, the last two parameters can be modified
Timeout of Good Read Beep-60ms	0404013C
Timeout of Good Read Beep-90ms	0404015A
Timeout of Good Read Beep-120ms	04040178
Data Output Encoding Format-GBK	04050000
Data Output Encoding Format--UTF8	04050001
Data Output Encoding Format--Original Data	04050002
Data Output Encoding Format--UNICODE	04050003
Chinese output shielding-ON	04050100
Chinese output shielding-OFF	04050101
Keyboard-US.	04060000
Keyboard-Czech	04060001
Keyboard-French	04060002
Keyboard-Germany	04060003
Keyboard-Hungary	04060004
Keyboard-Italy	04060005
Keyboard-Japan	04060006
Keyboard-Spain	04060007
Keyboard-Turkey Q	04060008
Keyboard-Turkey F	04060009
Keyboard-Mexico (Latin America)	0406000A
Standard Keyboard	04070000
Virtual Keyboard	04070001
Virtual Keyboard_Ctrl Mode	04070010
Virtual Keyboar_Alt Mode	04070011
Virtual Keyboar_Control Character Output Off	04070012
Image Mirroring Mode-ON	04080000
Image Mirroring Mode-OFF	04080001
Video Reverse OFF	04090000
Video Reverse ON	04090001
Invoicing Mode Enable	040B0000
Invoicing Mode Disable	040B0001
Local Invoicing Mode	040B1000
Online Invoicing Mode	040B1100
Keypad Numeric Output-On	040C0000
Keypad Numeric Output-Off	040C0001
Keypad Operator Output-On	040C0002
Keypad Operator Output-Off	040C0003
Enable Prefixes	05000000
Disable Prefixes	05000001
Modify Prefix	05000002
Enable Sufixes	05010000
Disable Sufixes	05010001
Modify Suffixes	05010002
Enable Code ID	05020000
Disable Code ID	05020001
Restore Default Code ID	05020002
Modify EAN13 Code ID	05030000
Modify EAN8 CODE ID	05030001
Modify UPC-A CODE ID	05030002
Modify UPCE0 CODE ID	05030003
Modify UPCE1 CODE ID	05030004
Modify CODE128 CODE ID	05030005
Modify CODE39 CODE ID	05030006
Modify CODE93 CODE ID	05030007
Modify CodaBar CODE ID	05030008
Modify Interleaved 2 of 5 CODE ID	05030009
Modify Industrial 25 CODE ID	0503000A
Modify Matrix 2 of 5 CODE ID	0503000B
Modify CODE11 CODE ID	0503000C
Modify MSI Plessey CODE ID	0503000D
Modify RSS-14 CODE ID	0503000E
Modify Limited RSS CODE ID	05030010
Modify Expanded RSS CODE ID	05030011
Modify QR CODE CODE ID	05030012
Modify DataMatrix CODE ID	05030013
Modify PDF417 CODE ID	05030014
Modify Mico QR CODE ID	05030015
Modify Chinese Sensible(HanXin) CODE ID	05030016
Tail OFF	05040000
CR Tail	05040001
TAB Tail	05040002
CRLF Tail	05040003
Transmit all Data	05050000
Tansmit the Start Data	05050001
Tansmit the END Data	05050002
Tansmit the Center Data	05050003
Modify the Length for Start Data	05050004
Modify the Length for End Data	05050005
Enable Transmitting RF Information	05060000
Disable Transmitting RF Information	05060001
Modify RF Information	05060002
Raw Data	05070000
With Protocol	05070001
GS Character Replacement Enable	050A0000
GS Character Replacement Disable	050A0001
GS Alternate Character Modification	050A0002
Enable Reading Of Web Address Codes	050B0000
Disable Reading Of Web Address Codes	050B0001
Fast POS Mode	06000000
Serial Port & Full Codes ON	06000001
Enable All Symbologies	07000000
Disable All Symbologies	07000001
Enhancement of literacy prohibits	07000007
Enhancement of literacy enable	07000008
Enable Ddefault Symbologies	07000002
Enable Transmit Check Digit	05090000
Disable Transmit Check Digit	05090001
Enable EAN13	07010000
Disable EAN13	07010100
EAN13 Add-On Code Required	07011000
EAN13 Add-On Code Not Required	07011100
Enable EAN13-2 Digit Add-On Code	07012000
Disable EAN13-2 Digit Add-On Code	07012100
Enable EAN13-5 Digit Add-On Code	07013000
Disable EAN13-5 Digit Add-On Code	07013100
Enable Transmission of EAN13 Parity Bits	07014000
Disable Transmission of EAN13 Parity Bits	07014100
Enable EAN8	07020000
Disable EAN8	07020100
EAN8 Add-On Code Required	07021000
EAN8 Add-On Code Not Required	07021100
Enable EAN8-2 Digit Add-On Code	07022000
Disable EAN8-2 Digit Add-On Code	07022100
Enable EAN8-5 Digit Add-On Code	07023000
Disable EAN8-5 Digit Add-On Code	07023100
Enable Transmission of EAN8 Parity Bits	07024000
Disable Transmission of EAN8 Parity Bits	07024100
Enable UPCA	07030000
Disable UPCA	07030100
UPCA Add-On Code Required	07031000
UPCA Add-On Code Not Required	07031100
Enable UPCA-2 Digit Add-On Code	07032000
Disable UPCA-2 Digit Add-On Code	07032100
Enable UPCA-5 Digit Add-On Code	07033000
Disable UPCA-5 Digit Add-On Code	07033100
Enable Transmission of UPCA Parity Bits	07034000
Disable Transmission of UPCA Parity Bits	07034100
Enable UPC-A to EAN13	05080000
Disable UPC-A to EAN13	05080001
Enable UPC-E0	07040000
Disable UPC-E0	07040100
UPC-E0 Add-On Code Required	07041000
UPC-E0 Add-On Code Not Required	07041100
Enable UPC-E0-2 Digit Add-On Code	07042000
Disable UPC-E0-2 Digit Add-On Code	07042100
Enable UPC-E0-5 Digit Add-On Code	07043000
Disable UPC-E0-5 Digit Add-On Code	07043100
Enable Transmission of UPC-E0 Parity Bits	07044000
Disable Transmission of UPC-E0 Parity Bits	07044100
Enable UPC-E1	07050000
Disable UPC-E1	07050100
UPC-E1 Add-On Code Required	07051000
UPC-E1 Add-On Code Not Required	07051100
Enable UPC-E1-2 Digit Add-On Code	07052000
Disable UPC-E1-2 Digit Add-On Code	07052100
Enable UPC-E1-5 Digit Add-On Code	07053000
Disable UPC-E1-5 Digit Add-On Code	07053100
Enable Transmission of UPC-E1 Parity Bits	07054000
Disable Transmission of UPC-E1 Parity Bits	07054100
Enable Code128	07060000
Disable Code128	07060100
Set the Minimum Length for Code128 to 0	07061000	For other durations, the last two parameters can be modified
Set the Minimum Length for Code128 to 4	07061004
Set the Maximum Length for Code128 to 32	07061120
Set the Maximum Length for Code128 to 255	070611FF
Code128 Prefix (11)-On	07062000
Code128 Prefix (11)-Off	07062100
Enable Code39	07070000
Disable Code39	07070100
Set the Minimum Length for Code39 to 0	07071000	For other durations, the last two parameters can be modified
Set the Minimum Length for Code39 to 4	07071004
Set the Maximum Length for Code39 to 32	07071120
Set the Maximum Length for Code39 to 255	070711FF
Output of Code39 Start Character	07072000
Disable Output of Code39 Stop Character	07072100
Output of Code39 Stop Character	07073000
Disable Output of Code39 Stop Character	07073100
Support Code32 Mode	07074000
Disable Support Code32 Mode	07074100
Output Code 32 Prefix A	07076000
Disable Output Code 32 Prefix A	07076100
Support FullAsc Mode	07075000
Disable Support FullAsc Mode	07075100
Code 39 Handles Verification	07077000
Code 39 Does Not Handle Verification	07077100
Code39 Outputs Parity Bits	07078000
Code39 Does Not Output Parity Bits	07078100
Enable Code93	07080000
Disable Code93	07080100
Set the Minimum Length for Code93 to 0	07081000	For other durations, the last two parameters can be modified
Set the Minimum Length for Code93 to 4	07081004
Set the Maximum Length for Code93 to 32	07081120
Set the Maximum Length for Code93 to 255	070811FF
Enable Codabar	07090000
Disable Codabar	07090100
Set the Minimum Length for Codabar to 0	07091000	For other durations, the last two parameters can be modified
Set the Minimum Length for Codabar to 4	07091004
Set the Maximum Length for Codabar to 32	07091120
Set the Maximum Length for Codabar to 255	070911FF
Output of CodaBar Start/Stop Character	07092000
Disable Output of CodaBar Start/Stop Character	07092100
CodaBar Do Not Process Verification	07093000
CodaBar Mod10 Check	07093100
CodaBar Mod16 Check	07093200
CodaBar Double Check	07093300
CodaBar Parity Bit Output	07094000
CodaBar Parity Bit Not Output	07094100
Enable Interleaved 2 of 5	070A0000
Disable Interleaved 2 of 5	070A0100
Set the Minimum Length for Interleaved 2 of 5 to 0	070A1000
Set the Minimum Length for Interleaved 2 of 5 to 4	070A1004	For other durations, the last two parameters can be modified
Set the Maximum Length for Interleaved 2 of 5 to 32	070A1120
Set the Maximum Length for Interleaved 2 of 5 to 255	070A11FF
Interleaved 2 of 5 Verification Format Mod10	070A2000
Interleaved 2 of 5 Verification Format NONE	070A2100
Interleaved 2 of 5 Outputs Parity Bits	070A3000
Interleaved 2 of 5 Docs Not Output Parity Bits	070A3100
Enable Interleaved 2 of 5	070B0000
Disable Interleaved 2 of 5	070B0100
Set the Minimum Length for Industrial 25to 0	070B1000	For other durations, the last two parameters can be modified
Set the Minimum Length for Industrial 25to 4	070B1004
Set the Maximum Length for Industrial 25to 32	070B1120
Set the Maximum Length for Industrial 25to 255	070B11FF
Industrial 25Verification Format Mod10	070B2000
Industrial 25Verification Format NONE	070B2100
Industrial 25Outputs Parity Bits	070B3000
Industrial 25Does Not Output Parity Bits	070B3100
Enable Interleaved 2 of 5	070C0000
Disable Interleaved 2 of 5	070C0100
Set the Minimum Length for Matrix 2 of 5to 0	070C1000	For other durations, the last two parameters can be modified
Set the Minimum Length for Matrix 2 of 5to 4	070C1004
Set the Maximum Length for Matrix 2 of 5to 32	070C1120
Set the Maximum Length for Matrix 2 of 5to 255	070C11FF
Matrix 2 of 5Verification Format Mod10	070C2000
Matrix 2 of 5Verification Format NONE	070C2100
Matrix 2 of 5Outputs Parity Bits	070C3000
Matrix 2 of 5Does Not Output Parity Bits	070C3100
Enable Code11	070D0000
Disable Code11	070D0100
Set the Minimum Length for Code11 to 0	070D1000	For other durations, the last two parameters can be modified
Set the Minimum Length for Code11 to 4	070D1004
Set the Maximum Length for Code11 to 32	070D1120
Set the Maximum Length for Code11 to 255	070D11FF
Code11 Verification Format 1bit	070D2000
Code11 Verification Format 2bit	070D2100
Code11 Outputs Parity Bits	070D3000
Code11 Does Not Output Parity Bits	070D3100
Enable MSI Plessey	070E0000
Disable MSI Plessey	070E0100
Set the Minimum Length for MSI Plessey to 0	070E1000	For other durations, the last two parameters can be modified
Set the Minimum Length for MSI Plessey to 4	070E1004
Set the Maximum Length for MSI Plessey to 32	070E1120
Set the Maximum Length for MSI Plessey to 255	070E11FF
MSI Plessey Verification Format Single Mod10	070E2000
MSI Plessey Verification Format Double Mod10	070E2100
MSI Plessey Outputs Parity Bits	070E3000
MSI Plessey Does Not Output Parity Bits	070E3100
Enable RSS-14	070F0000
Disable RSS-14	070F0100
RSS-14 AI Output with Parentheses	070F5000
RSS-14 AI Output Without Parentheses	070F5100
Enable RSS-Limited	070F1000
Disable RSS-Limited	070F1100
RSS-Limited AI Output Without Parenthese	070F7000
RSS-Limited AI Output with Parentheses	070F7100
Enable RSS-Expanded	070F2000
Disable RSS-Expanded	070F2100
RSS-Expanded AI Output Without Parentheses	070F9000
RSS-Expanded AI Output with Parentheses	070F9100
Set the Minimum Length for RSS to 0	070F3000	For other durations, the last two parameters can be modified
Set the Minimum Length for RSS to 4	070F3004
Set the Maximum Length for RSS to 32	070F3120
Set the Maximum Length for RSS to 255	070F31FF
Enable QR	07140000
Disable QR	07140100
Enable QR Model	07141000
Disable QR Model	07141100
QR Prefix (11)-On	07142000
QR Prefix (11)-Off	07142100
Enable DM	07150000
Disable DM	07150100
Enable Multiple DM	07151000
Disable Multiple DM	07151100
Enable PDF417	07160000
Disable PDF417	07160100
Enable Mico QR	07190000
Disable Mico QR	07190100
Enable Chinese Sensible(HanXin) Code	07170000
Disable Chinese Sensible(HanXin) Code	07170100
Save	08000000
Cancel the Last Digit	08000001
Cancel All Digits	08000002
Cancel Current Setting	08000003
0	08010000
1	08010001
2	08010002
3	08010003
4	08010004
5	08010005
6	08010006
7	08010007
8	08010008
9	08010009
A	0801000A
B	0801000B
C	0801000C
D	0801000D
E	0801000E
F	0801000F