wireless’handheldlinear’imager’barcode’scanner’ user’s manual user man… · 2d imager...
TRANSCRIPT
EC BT-8500 Wireless Handheld Linear Imager Barcode Scanner
User’s Manual
www.ecline.com.mx
Table of Contents 1. Introduction ............................................................................. 1
1.1 Safety & Caution.................................................1 1.2 FCC Warning ......................................................2
2. General Description ................................................................... 3 2.1 Product Description ............................................3 2.2 Illustration ...........................................................3
3. Installation ............................................................................... 4 3.1 Unpacking .........................................................4 3.2 Mounting............................................................4
4. Setup Bluetooth Communication ............................................. 7 4.1 Pairing ..............................................................7 4.2 Setup SPP Master Mode ..................................7 4.3 Setup SPP Slave Mode ....................................8 4.4 Setup HID Slave Mode .....................................8 4.5 Sleep Mode ......................................................9 4.6 Batch Mode ......................................................9 4.7 Out of Range ....................................................9 4.8 Scanner Mode ................................................10
5. Configuring............................................................................ 11 5.1 Preface ...........................................................11 5.2 Changing Scanner Settings with
Programming Codes.........................................11 5.3 Programming Flow Chart................................12
6. Programming Menu .............................................................. 13 6.1 General Process ...............................................13 6.2 Set Cradle Interface..........................................14 6.3 RS232 mode parameters..................................18 6.4 Keyboard Wedge Mode Parameters ................21 6.5 Output Characters ............................................24 6.6 Code Type ........................................................25 6.7 UPC/EAN/JAN Parameters ..............................28 6.8 Code 39 Parameters.........................................30 6.9 Code 128 Parameters.......................................32 6.10 Interleaved 2 of 5 Parameters ..........................34 6.11 Industrial 2 of 5 Parameters..............................37 6.12 Matrix 2 of 5 Parameters ..................................38 6.13 CODABAR Parameters ....................................41 6.14 Code 93 Parameters.........................................43 6.15 Code 11 Parameters.........................................45 6.16 MSI/plessey Code Parameters .........................47 6.17 Telepen Parameters .........................................49 6.18 GS1 Databar Parameters .................................51 6.19 GS1 Databar Limited Parameters.....................52 6.20 GS1 Databar Expanded Parameters ................53
7. Miscellaneous Parameters.................................................... 54 7.1 Bar Code ID ........................................................54 7.2 preambles and postambles Insertion................56 7.3 Character deletion ............................................60 7.4 Appendices .......................................................65 A. Decimal Value Table ............................................65 B ASCII Table.........................................................66
C Function Key Table.............................................71 D. Decimal Value Table..........................................72 E. Technical Specifications ....................................73 F. Indicator LED Status ..........................................74 G. Electrical Characteristics ...................................75 H. Scan Map .............................................................76 A. How to communicate with Bluetooth
dongle 77
1
1. Introduction
Thank you for purchasing this brand-new designed 2D imager hand held barcode scanner. This is a cutting-edge gun-type area imaging barcode scanner which is designed specifically for retailer, entertainment coupons, medical environment, shipping industry and etc. That adds on more user friendly functions and has replaceable cable that makes it more easily to be operated by the customers. This high performance gun-type scanner provides the customer with the most cost effective solution in the market. It is perfectly suitable and definitely the best choice for you.
1.1 Safety & Caution
1) Please read the following safety statement carefully.
2) Please preserve this user manual for reference sometime.
3) Before cleaning the device, the users must cut off all AC power. Do not use liquid or spray type of detersive to clean the device. Please use dampish cotton cloth to clean the device.
4) The outlet must set nearby the device for connecting power easily.
5) Keep the device dry to avoid short circuit. 6) During installation you must fix the equipment at
solid table to avoid damage caused by falling. 7) Before inserting power please ensure the voltage
is healthy to the equipment. 8) For safety please tie wire well and don’t put
anything on the wire. 9) If you don’t use this equipment for long time,
please cut off the power to avoid damage from surge power.
10) Don’t spray any liquid on this scanner because it may cause a fire or short circuit.
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11) Please do not disassemble the equipment. For safety only the qualified serviceman can disassemble the equipment.
12) If there are the following situations please contact with the qualified serviceman to check this equipment. (a) The damage of wire or pin of power supply. (b) Some Liquid infiltrate into the equipment. (c) The equipment has been exposed to wet
environment. (d) The equipment can’t work well. (e) The equipment has any obvious damage,
making the device working abnormally. 13) Don’t storage the device at the temperature lower
than -20°C (-4°F) or higher than +70°C (158°F) to avoid any damage.
1.2 FCC Warning This equipment complies with the requirements in Part 15 of FCC. Any operation must comply with the conditions below:
1) The equipment will not cause any severe interference.
2) The equipment can avoid any interference from environment.
Statement: This product is classified as B class product. In environment this product may cause some interference. In this situation the user may do something to avoid interference.
3
2. General Description
2.1 Product Description BT-8500 is a high performance wireless linear imager barcode scanner supporting linear and area imager barcode scanning. This device is very easy to configure by this manual, you can set up by scanning all necessary programming codes one time that meet applications, the settings are directly saved permanently, and all settings can be disabled after scan reset factory default.
2.2 Illustration BT-8500 Series
4
3. Installation
3.1 Unpacking 1) Take the device and accessories out of the box. 2) Remove the packing material. 3) Check the standard shipment packing list to
make sure you have received all of the items ordered.
Wireless Linear Imager Scanner Bluetooth Cradle or Charger (optional) Power Adaptor (if applied) Communication Cable Skip resistant pad Iron panel of cradle and screw Product Compact Disc 4) Visually inspect the device and accessories for
any evidence of physical damage. 5) If anything is missing or appears to be damaged,
immediately contact your dealer.
ATTENTION: Store the packing material and boxes: It should be used whenever the device is transported for servicing.
3.2 Mounting Once you have unpacked all components, you can start installing the device as below steps: BT-8500 Scanner 1) The Scanner must be charged for a minimum of
8 hours before the scanner can be placed in full operation for the first time.
2) The cradle will indicate in red light when the scanner is being charged.
3) Once the battery is fully charged, the green LED of scanner will be on. The green light will be off when the scanner leaving from cradle. When the battery is over charged, the red and green LED will be flashing.
4) If the battery power capacity is too low, the
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scanner will indicate with red LED and beeper warning.
BT-8500 Cradle 1) Connect the supplied communication cable at
the bottom side of the scanner and you will hear a “click” when the connection is made.
2) Turn off the host system. 3) Connect the other side of the communication
cable to the right connector of your host system.
4) Plug the external power supply into the power jack on the bottom of the cradle.
5) Plug the power supply into the AC outlet. 6) Turn on your host system. 7) To setup Bluetooth communication between
the scanner and cradle. (see chapter 4)
6
Cable Installation
Connect cable and adaptor to Cradle. The other end of cable will be connected with host device. Lock the iron panel of Cradle by screwdriver.
Skip resistant pad position
7
4. Setup Bluetooth Communication
Before the operation, Bluetooth communication must be setup between the scanner and cradle.
4.1 Pairing Each scanner has to be linked or paired to a cradle by scanning the unique Bluetooth MAC address code located on the bottom of cradle. The pairing between scanner and cradle is one to one that is one scanner can be paired to a cradle only.
4.2 Setup SPP Master Mode Please follow the steps to setup the communication between the scanner and cradle. 1) The scanner must scan “SPP Master Mode”
barcode to set the scanner in master mode. 2) Scan the Bluetooth MAC address code located
on the bottom of the cradle.
3) When the Bluetooth MAC address code was
successfully scanned, scanner will sound 3 beeps with Green led.
4) Wait approximately five seconds for completing the connection process with up-tone.
5) If successful, blue LED of scanner will slow flash and the cradle will be continued on.
8
ATTENTION: It is important to know that the scanner will only communicate with the cradle with the unique Bluetooth MAC address. Other scanner cannot pair with that cradle until the original connection is broken. If the cradle pairs with another scanner, the cradle will disconnect with the first scanner and then re-connect with another scanner.
4.3 Setup SPP Slave Mode
Please follow the below steps to setup the communication between the scanner and Bluetooth application device. 1) The BT-8500 scanner must scan “SPP Slave
Mode” barcode, to set the BT-8500 scanner in slave mode.
2) When control the Bluetooth device to search the scanner, enter pin code (default 00:00:00) to setup comport.
3) When BT-8500 scanner is successful connected, the scanner blue LED will also blink with up-tone. Blue LED will slowly flash to finish the setup.
4.4 Setup HID Slave Mode
To setup the communication between the BT-8500 scanner and Bluetooth HID profile application device, follow the steps. 1) The BT-8500 scanner must scan “HID Slave
Mode” barcode to set the BT-8500 scanner in HID slave mode.
2) When control the Bluetooth device to search the scanner, enter pin code to setup pairing. You can scan number barcode on Appendix A, “Decimal Value Table” number 0~9, to setup.
3) When BT-8500 scanner is successful connected, scanner blue LED will also blink with up-tone. Blue LED will slowly flash to finish the setup.
9
4.5 Sleep Mode
The BT-8500 scanner enters sleep mode to save battery energy, when the BT-8500 scanner is used for 1 minute or 10 minutes. During sleep mode all the functions and connection will be halted. After press the trigger button the scanner will wake up and reconnect the communication with the cradle or Bluetooth device.
4.6 Batch Mode This batch mode is enabled when you have scanned “Batch Mode On”. The scanned data is stored in the memory of the BT-8500 instead of being transmitted. You can delete the last scanned barcode data by scanning “Delete Last Data” barcode. This function is disabled when you scan “Batch Mode Off”. When scan barcode “Batch Data Output”, the stored scanned data will be immediately transmitted to the host. When scan barcode “Batch Data Clear”, all stored scanned data will be erased from memory. The capacity of this memory depends on the scanned data. The memory size is approximately 30,000 sets of EAN13 barcode type.
4.7 Out of Range When “Out of Range” function is enabled, and the scanner is working at out of transmission range, the scanned data will be stored to out-of-range memory. Memory size is approximately 25,000 sets of EAN13 barcode type. The all stored data will be transmitted to device when the link is reconnected, and the all data stored in out-of-range memory will be cleared.
10
4.8 Scanner Mode
<SPP Master Mode>
SPP Slave Mode
HID Slave Mode
BT Parameter Set Default
11
5. Configuring
5.1 Preface How to configure this device: The Barcode Programming Feature gives the possibility to change the scanner settings with programming codes. 5.2 Changing Scanner Settings with Programming Codes
The scanner can be configured by scanning all necessary programming codes that meet applications. To change the scanner settings please follow the sequence below:
1. Power up the scanner. 2. Open the scanner programming mode by
scanning 3. “Start Configuration”. 4. Change scanner setting by scanning any of
the programming codes that meet applications.
5. Close the scanner programming mode by scanning
6. “End Configuration”. 7. Save configuration by scanning “Save
Parameters”.
For example: To change the baud rate to 38400, scan the following codes successively: Start ConfigurationBaud Rate 38400End configuration Save Parameters After read a valid programming code, the scanner will give three high beeps and the green LED will light on. By scanning “Set All Default”, the setting will go back
12
to the factory default. 5.3 Programming Flow Chart
13
6. Programming Menu
Scan Set all Default bar code
6.1 General Process
1. 1 Power up the scanner
2. 2
Scan the Start of
Configuration bar code
3. 3 Scan the bar code for the desired feature. You can scan
all features before scanning End of Configuration.
4. 4 Scan End of Configuration
bar code
5. 5 Scan Save Parameters bar
code
6.1.1 Abort Configuration
6. Terminate current
programming status.
6.1.2 Recall
7. Replace the current
parameters by the
parameters saved last time
14
6.1.3 Version information
8. Scanner Firmware Version
Cradle Firmware Version
Scanner MAC Address
Cradle MAC Address
6.2 Set Cradle Interface
6.2.1 Interface
9. Keyboard Interface
10. RS232 Interface
11. <HID USB Interface>
12. USB Virtual Comport
6.3.1 Scanner Mode
<SPP Master Mode>
SPP Slave Mode
15
HID Slave Mode
BT Parameter Set Default
6.3.3 Batch Mode
*** Batch Mode (“***” means “Quick Setting Label”. The function can be executed directly by scanning barcode instead of doing the general programming process.)
<Out of Range Enable>
Out of Range Disable
Batch Mode ON
<Batch Mode OFF>
*** Batch Data Read
*** Batch Data Clear
***Delete Last Data
6.3.4 Sleep Mode
Sleep Mode <OFF>
Set Scanner to enter
Sleep Mode in 1 min
s Set scanner to enter
Sleep Mode in 10 min
16
6.3.5 Reading Mode
Default setting is shown with <> in Description.
13. Good Read <OFF>
Trigger ON/OFF
14. Continuous/Trigger OFF
15. Continuous/Auto Power ON
16. Flash
17. Flash/Auto Power ON
18. Testing
6.3.6 Good Read Led Control
19. Good read Led <ON>
Good read Led OFF
6.3
6.3.7 Beeper option
<High>
17
a. Medium
b. Low
Off
6.3.8 Reading Level
Bar Equals High
<Bar Equals Low>
6.3.9 Accuracy / Redundant Scan
20. <Original> - Require 1 good
decode for a good scan
1 Redundant Scan - Require 2
consecutive decodes of the
same bar code data for a
good scan
21. 2 Redundant Scan - Require 3
consecutive decodes of the
same bar code data for a
good scan
22. 3 Redundant Scan - Require 4
consecutive decodes of the
same bar code data for a
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good scan
6.3.10 Sensitivity of Continuous Reading
This Feature is working under Reading Mode > Continuous
modes
<Fast>
Slow
6.3.11 Reverse Output Characters
Example: 012345 543210
Enable
<Disable>
6.3 RS232 mode parameters
6.4.1 Baud Rate
600
1200
2400
4800
19
9600
<19200>
38400
6.4.2 Data / Stop Bits
The number of data bits transmitted for each character
23. 7 Data Bits
< 8 Data Bits >
24. < 1 Stop Bits >
25. 2 Stop Bits
6.4.3 Parity
A Parity bit is an extra data bit used to help catch data
transmission errors.
26. <None>
Even – Select to set the parity
bit either a 1 or 0 to ensure an
even number of bits are 1’s
20
27. Odd – Select to set the parity
bit either a 1 or 0 to ensure an
odd number of bits are 1’s
28. Mark – Select to set the parity
bit always 1.
29. Space– Select to set the parity
bit always 0.
6.4.4 Handshaking
30. RTS/CTS ON– Output a Request
to Send (RTS) signal and wait for a
Clear to Send (CTS) signal before
transmitting data
RTS/CTS <OFF>
31. ACK/NAK – After transmitting data,
wait for host to send an ACK or a
NAK response. If ACK is received,
then complete the data
transmission. If NAK is received,
re-send the last set of data and wait
for ACK/NAK again.
32. ACK/NAK <OFF>
33. XON/XOFF – After transmitting
data, wait for host to send an XON
or a XOFF response. If XON is
21
received, then complete the data
transmission. If XOFF is received,
stop the transmission.
34. XON/XOFF <OFF>
6.4 Keyboard Wedge Mode Parameters
6.5.1 Terminal Type
35. <IBM PC/AT,PS/2> - Includes IBM
PS/2 and compatible models 50,
55, 60, 80
IBM PC/XT
36. PS/2 25, 30
37. IBM 5550
38. IBM 102 Key
39. IBM 122 Key (1)
40. IBM 122 Key (2)
41. NEC 9800
42. Apple Desktop Bus(ADB)
22
6.5.2 Country/Language
<US English>
UK English
Italian
Spanish
French
German
Swedish
Switzerland
Hungarian
Japanese
Belgium
Portuguese
23
Denmark
Netherlands
Turkey
6.5.3 Upper/Lower Case
43. <No Change>
Enable Lower Case – Transmit all
data as lower case
Enable Upper Case – Transmit all
data as upper case
6.5.4 Interscan Code Delay
44. <No Delay>
5 msec
10 msec
25 msec
50 msec
24
100 msec
200 msec
300 msec
6.5 Output Characters
6.6.1 Select Terminator
45. <CR+LF>– The scanner
transmits a carriage return and a
line feed after each scan
CR Suffix – The scanner
transmits a carriage return after
each scan
46. LF Suffix – The scanner
transmits a line feed after each
scan
47. Space
48. Tab
49. Alt
50. Disable Alt
25
51. STX-ETX – RS232 only
6.6 Code Type
6.7.1 Barcode Selections
If “Enable” is selected for all bar codes types, then the
scanner could read all types of bar code. If “Disable” is
selected for a certain bar code type, then the scanner could
not read the particular bar code. The symbol of “<>” means
default settings.
All Bar Codes ON
UPC-A <ON>
UPC-A OFF
UPC-E <ON>
UPC-E OFF
EAN-13 / JAN-13 <ON>
EAN-13 / JAN-13 OFF
EAN-8 / JAN-8 <ON>
26
EAN-8 / JAN-8 OFF
CODE 39 <ON>
CODE 39 OFF
Standard Code 39 <ON>
Full ASCII Code 39 ON
Code 32 / Italian Pharmacy
ON
Code32 / Italian Pharmacy
<OFF>
Code 128 <ON>
Code 128 OFF
Interleaved 2 of 5 <ON>
Interleaved 2 of 5 OFF
CODABAR/NW7 <ON>
CODABAR/NW7 OFF
27
Industrial 2 of 5 ON
Industrial 2 of 5 <OFF>
Matrix 2 of 5 ON
Matrix 2 of 5 <OFF>
CODE 93 ON
CODE 93 <OFF>
CODE 11 ON
MSI/PLESSEY ON
MSI/PLESSEY <OFF>
Telepen ON
Telepen <OFF>
China Postage ON
China Postage <OFF>
28
GS1 DataBar ON
GS1 DataBar <OFF>
GS1 DataBar Expanded ON
GS1 DataBar Expanded <OFF>
GS1 DataBar Limited ON
GS1 DataBar Limited <OFF>
6.7 UPC/EAN/JAN Parameters
6.8.1 Reading Type
UPC-A=EAN-13 ON
Add 0 before UPC-A to make it
13 digits.
<UPC-A = EAN-13> <OFF>
ISBN Enable
ISBN <Disable>
ISSN Enable
29
ISSN <Disable>
Decode with Supplement
<Auto discriminate
supplement>
6.8.2 Supplemental Setup
<Not Transmit>
2 Digit Supplemental
5 Digit Supplemental
2 & 5 Digit Supplemental
6.8.3 Check Digit Transmission
52. UPC-A Check Digit
Transmission <ON>
53. UPC-A Check Digit
Transmission OFF
54. UPC-E Check Digit
Transmission <ON>
55. UPC-E Check Digit
Transmission OFF
30
56. EAN-8 Check Digit
Transmission <ON>
57. EAN-8 Check Digit
Transmission OFF
EAN-13 Check Digit
Transmission <ON>
EAN-13 Check Digit
Transmission OFF
ISSN Check Digit
Transmission <ON>
ISSN Check Digit
Transmission OFF
6.8 Code 39 Parameters
6.9.1 Type of Code
<Standard Code 39>
Full ASCII Code 39
6.9.2 Check Digit Transmission
<Do not Calculate Check
Digit>
Calculate Check Digit and
Transmit
Calculate Check Digit and Not
Transmit
31
6.9.3 Output Start/Stop Character
Enable
<Disable>
6.9.4 Decode Asterisk
Enable
<Disable>
6.9.5 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths.
<Variable>
32
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
6.9 Code 128 Parameters
6.10.1 Check Digit Transmission
Do Not Calculate Check Digit
33
Calculate Check Digit and
Transmit
<Calculate Check Digit and
Not Transmit>
6.10.2 Append FNC2
ON
<OFF>
6.10.3 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
34
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
6.10 Interleaved 2 of 5 Parameters
6.11.1 Check Digit Transmission
<Do Not Calculate Check
Digit>
Calculate Check Digit and
Transmit
Calculate Check Digit and Not
Transmit
35
6.11.2 Set Up Number of Character
<Even>
Odd
6.11.3 Brazilian Banking Code
Enable
<Disable>
6.11.4 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths
<Variable>
36
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
37
6.11 Industrial 2 of 5 Parameters
6.12.1 Check Digit Transmission
<Do Not Calculate Check Digit>
Calculate Check Digit and
Transmit
Calculate Check Digit and Not
Transmit
6.12.2 Set Up Code Length
To set the fixed length: (2 sets Available)
1. 1Scan the “Begin” programming code of the desired
set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
38
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
6.12 Matrix 2 of 5 Parameters
6.13.1 Check Digit Transmission
<Do Not Calculate Check
Digit>
Calculate Check Digit and
Transmit
Calculate Check Digit and
Not Transmit
39
6.13.2 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
40
41
Minimum length
Minimum Length begin
Decimal Value
Minimum Length Complete
6.13 CODABAR Parameters
6.14.1 Set Up Start/Stop Characters upon
Transmission
ON
<OFF>
6.14.2 Transmission Type of Start/Stop
A/B/C/D <Start>
A/B/C/D <Stop>
A Start
A Stop
B Start
42
B Stop
C Start
C Stop
D Start
D Stop
6.14.3 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
43
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
6.14 Code 93 Parameters
6.15.1 Check Digit Transmission
Calculate Check Digit Disable
<Calculate Check 2 Digit and
Not Transmit>
44
7.15.2 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths.
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
45
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
6.15 Code 11 Parameters
6.16.1 Check Digit Transmission
<Do Not Calculate Check
Digit>
Calculate Check 1 Digit and
Transmit
Calculate Check 1 Digit and
Not Transmit
Calculate Check 2 Digit and
Transmit
Calculate Check 2 Digit and
Not Transmit
7.16.2 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
46
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths.
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
47
6.16 MSI/plessey Code Parameters
6.17.1 Check digit transmission
<Do Not Calculate Check
Digit>
Calculate Check Digit and
Transmit
Calculate Check Digit and Not
Transmit
6.17.2 Set Up Code Length
To set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths.
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
48
1st Set Complete
49
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
6.17 Telepen Parameters
6.18.1 Type of Code
Telepen ASCII <ON>
Telepen Numeric
6.18.2 Check Digit Transmission
Do Not Calculate Check
Digit
Calculate Check Digit and
Transmit
50
<Calculate Check Digit
and Not Transmit>
6.18.3 Set Up Code Length
o set the fixed length: (2 sets Available)
1. Scan the “Begin” programming code of the desired set
2. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the length to be
read.
3. Scan the “Complete” programming code of the desired
set.
Repeat the steps 1 – 3 to set additional lengths.
<Variable>
Fixed Length 1st Set
1st Set Begin
Decimal Value See Appendix A
1st Set Complete
Fixed length 2nd Set
2nd Set Begin
Decimal Value See Appendix A
51
2nd Set Complete
Minimum length
Minimum Length begin
Decimal Value See Appendix A
Minimum Length Complete
6.18 GS1 Databar Parameters
6.19.1 Check Digit Transmission
<Calculate Check Digit and
Transmit>
Calculate Check Digit and Not
Transmit
6.19.2 Application ID
<Transmit Application ID>
Add 01 before GS1 Databar.
Don’t Transmit Application ID
6.19.3 Symbology ID
Transmit Symbology ID
Add ]e0 before GS1 Databar.
52
<Don’t Transmit Symbology
ID>
6.19 GS1 Databar Limited Parameters
6.20.1 Check Digit Transmission
<Calculate Check Digit and
Transmit>
Calculate Check Digit and
Not Transmit
6.20.2 Application ID
<Transmit Application ID>
Add 01 before GS1 Databar
Limited.
Don’t Transmit Application ID
6.20.3 Symbology ID
Transmit Symbology ID
Add ]e0 before GS1 Databar
Limited.
<Don’t Transmit Symbology
ID>
53
6.20 GS1 Databar Expanded Parameters
6.21.1 Symbology ID
Transmit Symbology ID
Add ]e0 before GS1 Databar
Expanded.
<Don’t Transmit Symbology
ID>
54
7. Miscellaneous
Parameters
7.1 Bar Code ID
7.1.1 Default Barcode ID
With this function on, a leading character will be added to
the output string while scanning code; user may refer to the
following table to know what kind of barcode is being
scanned.
Code Type ID Code Type ID
UPC-A A UPC-E B
EAN-8 C EAN-13 D
Code 39 E Code 128 F
Interleaved 2 of 5 G Industrial 2 of 5 H
Matrix 2 of 5 I Codabar J
Code 93 K Code 11 L
China Postage M MSI/Plessey N
Telepen T GS1 DataBar U
GS1 DataBar
Lim.
V GS1 DataBar
Exp.
W
Bar Code ID ON
Bar Code ID <OFF>
55
Default – Return from User
Define to Default
7.1.2 User Define Code ID
To set the code ID
1. Scan the symbologies programming code.
2. Go to the ASCII Tables in Appendix B, Scan
programming codes that represents the desired ID.
Note: User defines code ID will override default value.
Program will not check the conflict. It is possible to have
more than two symbologies which have the same code ID.
UPC-A
UPC-E
EAN-13/JAN-13
EAN-8/JAN-8
CODE 39
CODE 128
CODABAR
56
Interleaved 2 of 5
Industrial 2 of 5
Matrix 2 of 5
CODE 93
CODE 11
China Postage
MSI/PLESSEY
Telepen
GS1 DataBar
GS1 DataBar Expanded
GS1 DataBar Limited
7.2 preambles and postambles Insertion
7.2.1 Setup Insertion
To set the insertion of the output characters;
1. Scan the programming code of the desired set.
57
2. Scan the programming code of the desired symbology
3. Go to the Decimal Value in Appendix A, scan
programming codes that represents the desired
position to be inserted (1= the first digit, 99 the last
digit).
4. Scan the “Complete” programming code of “Character
Position to be inserted”.
5. Go to the ASCII Tables in Appendix C, Scan
programming codes that represents the desired
characters to be inserted.
6. Scan the “Complete” programming code of
“Characters to be inserted”.
Repeat the steps 1 – 6 to set additional insertion.
Example: Insert $ as Preamble for Code UPC-A.
Start configuration
1st Set
Code UPC-A
1st digit
Complete
$
58
Complete
End of Configuration bar
code
Save Parameters bar code
7.2.2 Insertion set number
1st Set
2nd Set
3rd Set
4th Set
5th Set
6th Set
7.2.3 Symbologies Selection
UPC-A
UPC-E
EAN-13/JAN-13
59
EAN-8/JAN-8
CODE 39
CODE 128
Codabar/NW7
Interleaved 2 of 5
Industrial 2 of 5
Matrix 2 of 5
CODE 93
CODE 11
China Postage
MSI/PLESSEY
Telepen
GS1 DataBar
60
GS1 DataBar Expanded
GS1 DataBar limited
All Codes
None
7.2.4 Character Position to be inserted
Decimal Value See Appendix A
Complete
7.2.5 Characters to be Inserted
ASCII Table See Appendix B and C
Complete
7.3 Character deletion
To setup the deletion of output characters:
1. Scan the programming code of the desired set.
2. Scan the programming code of the desired
symbology.
61
3. Go to the decimal Value tables in Appendix A, scan
programming codes that represents the desired
position to be deleted.
4. Scan the “Complete” programming code of “Character
Position to be Deleted”.
5. Go to the Decimal Value Tables in Appendix A, scan
programming codes that represents the number of
characters to be deleted.
6. Scan the ”Complete” programming code of “Number
of Characters to be deleted”.
Repeat the steps 1 – 6 to set additional deletion.
Example: Delete first 3 codes for Code EAN-13.
Start Configuration
1st Set
Code EAN-13
1st digit – delete from the
1st digit
Complete
3 – delete 3 characters
62
Complete
End of Configuration bar
code
Save Parameters bar code
63
7.3.1 Deletion Set Number
1st Set
2nd Set
3rd Set
4th Set
5th Set
6th Set
7.3.2 Code Type to be Delete
UPC-A
UPC-E
EAN-13/JAN-13
EAN-8/JAN-8
CODE 39
CODE 128
64
CODABAR/NW7
Interleaved 2 of 5
Industrial 2 of 5
Matrix 2 of 5
CODE 93
CODE 11
China Postage
MSI/PLESSEY
Telepen
GS1 DataBar
GS1 DataBar Expanded
GS1 DataBar Limited
All Codes
65
None
7.3.3 Character Position to be Delete
Decimal Value See Appendix A
Complete
7.3.4 Number of Characters to be Deleted
Decimal Value See Appendix A
Complete
7.4 Appendices
A. Decimal Value Table
66
B ASCII Table
NULL
RS
ETX
STX
ACK
ENQ
HT
BS
FF
VT
SI
SO
DC2
DC1
NAK
DC4
CAN
ETB
ESC
SUB
GS
SYN
SOH
EM
67
BEL
US
LF
SPACE
CR
″
DLE
!
DC3
#
%
0
$
1
&
2
(
3
'
4
)
5
+
6
*
7
68
,
Comma
8
.
period
9
-
minus
B
/
C
;
D
:
E
<
Less than
F
>
Greater
than
G
=
H
?
I
Letter I
@
J
A
K
L
T
69
M
U
N
V
O
Letter O
W
P
X
Q
Y
R
Z
S
[
]
\
^
_
Underscore
`
a
h
b
i
c
j
70
d
k
e
l
f
m
g
n
o
u
p
v
q
w
r
x
s
y
t
z
{
|
Vertical
slash
}
~
DEL
71
C Function Key Table
F1
F7
F2
F8
F3
F9
F4
F10
F5
F11
F6
F12
Insert
Delete
Home
End
Page
Up
Page Down
Up
Left
Down
72
D. Decimal Value Table
0
1
2
3
3
4
5
6
7
8
9
Enter
73
E. Technical Specifications a) Physical Characteristics
Weight BT-‐8500 Scanner Cradle
Accessory KBW Cable RS232 Cable USB Cable AC Adaptor
Approx. 210g Approx. 105g Approx. 75g Approx. 123g Approx. 67g Approx. 125g
Material ABS Plastic Connector RJ 45C 10Pins Cable Length 5Ft. (150mm) Dimension Scanner Cradle
193x90x72mm 206x101x49mm
b) Performance Scanner Characteristics
Light Source Visible Red Light 650nm ± 10nm
Scan Rate Smart detect up to maximum 500 scans/second ±10%
Sensor Linear CCD Sensor Processor Type ARM Cortex™-‐M3, 32-‐bit Operating Freq. 8 MHz Depth of Field Up to 500mm@20mil,
PCS90%, Code39 Print Contrast Ratio
45%
Resolution 4mil(0.1mm)@PCS90% Scan Angle Forward & Backward(Pitch)
±10°~65°(±5°) Left & Right(Skew) ±60°(±5°)
Interface SG-‐300BT Cradle
KBW, RS-‐232, USB (HID KBW), Virtual Comport
Ambient Light 10,000 Lux Max.
74
c) Bluetooth Characteristics Bluetooth Module Bluetooth V2.0 Standard
Frequency Band 2.402GHz ~ 2.480GHz
Modulation Method GFSK for 1Mbps
RF Output Power Under 20dBm (Class 1)
Bluetooth Distance Range
Class1 ; 100M line of sight
Data Storage on BT Disconnect
30,000 scans for EAN13
F. Indicator LED Status
a) Cradle Light Signal Status
Green 1 blink good read and transmitted
continuous on power on Red
off power off
2 blink BT disconnect Blue
continuous on BT connected b) Scanner
Light Signal Status good read and transmitted
1 blink and 1 beep good read and save on memory (BT disconnect)
Green
continue on battery charged full
red blink 2 times and 2 long beeps
memory full
down-‐tone enter sleep mode
red blink 1 time and beep per 20 seconds
battery low warning
red blink 4 times and bi-‐bi-‐bi-‐bi per 10 seconds
battery very low power alarm
2 short blink and 2 short beeps
good read but transmit fail
Red
continue on in charging blue light 2 second and Down tone
BT disconnect Blue
blue blink 2 times per on connecting
75
second
blue blink per second BT connected
blue light 2 second and up-‐tone
BT connecting succeed
Red Blue
1 blink at the same time and 2 beeps
setting ok
G. Electrical Characteristics a)
Scanner Power Battery Li-‐ion 3.7V / 1100 mA. Charge Time 3.5 hours Reads per Charge 10,000 Times Power Consumption Power On 190mA Stand by 50mA Operation 150mA Sleep 6mA
Cradle
Input Voltage 5 VDC @ 2 A / Input AC
110-‐240V Power Consumption Power On 95mA Stand By 55mA Operation 70mA
b) Environmental
Operating Temp 0°C to 50°C Storage Temp. -‐20°C to 70°C Relative Humidity 0 to 95% non-‐condensing Ambient Light 100,000 Lux (direct
sunlight) c) Regulatory of Compliance
FCC, CE, RoHs
76
H. Scan Map
How to communicate with Smartphone 1) Make the device discoverable. (Page 8
4.3,4.4) 2) See the documentation that came with the
device. 3) Go to Settings > Bluetooth and turn
Bluetooth on. 4) Select the ‘barcode scanner’ device and,
if prompted, enter the passkey or PIN. See the instructions (page 69) about the passkey or PIN that came with the device.
77
A. How to communicate with Bluetooth dongle
1) Switch the Scanner SPP HID mode or SPP Slave mode. (Page 8 4.3,4.4)
2) Active the BT dongles software to search the Bluetooth device.
3) Select the ‘barcode scanner’ device to pairing; When pairing, it will request key in the (PINCODE), Please refer to page 69 for Help.
4) After pairing completed, connection can be carried out.
5) Scanner SPP Slave mode, after a successful connection, BT Dongle software will provided virtual comport, if need to check the data output , Please activate the Hyper Terminal program, and setup the RS232 parameter(com port number and baud rate) then you can see the data output.
6) Scanner SPP HID mode after the connection successful, only need to activate the general editing software (For example: notepad, word. etc) then you can see the data output.
ATTENTION: Compatible to Bluetooth V2.1+EDR, V2.0+EDR, V1.2,V1.1 or backward version Class1 and Class 2 dongles, The transmission distance is depends on the environmental conditions and the dongle as a Class 1 or Class 2 may be. Due to Champtek’s continuing product improvement programs, specifications and features are subject to change without notice.