Zebex Industries Wide-Angle Bluetooth Laser Scanner Barcode Scanner User's Manual

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No warranty of any kind is made in regard to this material, including, but not limited to, implied warranties of merchantability or fitness for a particular purpose. We are not liable for any errors contained herein or incidental or consequential damages in connection with furnishing, performance or use of this material.

No part of this document may be reproduced, transmitted, stored in a retrieval system, transcribed, or translated into any language or computer language in any form or by any means electronic, mechanical, magnetic, optical, chemical, manual or otherwise, without express written consent and authorization.

We reserve the right to make changes in product design without reservation and without notification. The material in this guide is for information only and is subject to change without notice.

All trademarks mentioned herein, registered or otherwise, are the properties of their various respective owners.

Copyright © 2006. All rights reserved.

Radio Notice

This equipment generates uses and can radiate radio frequency energy. If not installed and used in accordance with the instructions in this manual, it may cause interference to radio communications. The equipment has been tested and found to comply with the limits for a

Class A computing device pursuant to EN55022 and 47 CFR, Part 2 and Part 15 of the FCC rules. These specifications are designed to provide reasonable protection against interference when operated in a commercial environment.

Radio and Television Interference

Operation of this equipment in a residential area can cause interference to radio or television reception. This can be determined by turning the equipment off and on. The user is encouraged to try to correct the interference by one or more of the following measures:

Reorient the receiving antenna.

Relocate the device with respect to the receiver.

Move the device away from the receiver.

Plug the device into a different outlet so that the device and the receiver are on different branch circuits.

If necessary the user may consult the manufacturer, and authorized dealer, or experienced radio/television technician for additional suggestions. The user may find the following booklet prepared by the Federal Communications Commission helpful: “How to Identify and

Resolve Radio-TV Interference Problems.” This booklet is available from the U.S.

Government Printing Office, Washington, DC 20402 U.S.A., Stock No. 004000003454.

For CE-countries

This scanner is in conformity with CE standards. Please note that an approved, CE-marked power supply unit should be used in order to maintain CE conformance. i

Laser Safety

The laser scanner complies with safety standard IEC 60825 -1for a Class I laser produce. It also complies with CDRH as applicable to a Class IIa laser product. Avoid long term staring into direct laser light.

Radiant Energy: The laser scanner uses one low-power visible laser diodes operating at

650nm in an opto-mechanical scanner resulting in less than 3.9µW radiated power as observed through a 7mm aperture and averaged over 10 seconds.

Do not attempt to remove the protective housing of the scanner, as unprotected laser light with a peak output up to 0.8mW would be accessible inside.

Laser Light Viewing: The scan window is the only aperture through which laser light may be observed from this product. A failure of the scanner motor, while the laser diode continues to emit a laser beam, may cause emission levels to exceed those for safe operation. The scanner has safeguards to prevent this occurrence. If, however, a stationary laser beam is emitted, the failing scanner should be disconnected from its power source immediately.

Adjustments: Do not attempt any adjustments or alteration of this product. Do not remove the protective housing of the scanner. There are no user-serviceable parts inside.

Caution: Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous laser light exposure.

Optical: The use of optical instruments with this product will increase the eye hazard.

Optical instruments include binoculars, magnifying glasses, and microscopes but do not include normal eye glasses worn by the user. ii

1.1. Introduction

This scanner is well featured with Bluetooth® wireless technology, enabling working efficiency for simultaneous data transfer when scanning as well as working portability as not being constrained by short of cable length. Working places as shipping industry, cargo warehouses, superstores, pharmacies, and many more open-space or large-scale manufacturing sites are delighted to enjoy this move-around freedom.

The cradle, a Bluetooth® dongle or any device with Bluetooth® wireless technology can be the host of this scanner. As far as 100-meter connection range, all scanned data are instantly transferred to the connected host. As if out of connection range, the embedded 32KB flash memory provides sufficient data space to store up to 2000 sets of data.

Either scanning in the handheld or hands-free mode, this scanner always offers a high-accuracy and reliable scanning ability. This scanner would be your trusted tool scanning partner.

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1.2. Unpacking

This scanner package contains:

1 ea. Wireless Single-Line Laser Scanner

1 ea. Charging Cradle or Cradle with Radio

Communication

1 ea. DC 9V Power Adapter

2 ea. Ni-MH AA Recharge Battery

1 ea. Interface Cable (only for the cradle with radio communication)

1 ea. Hand stripe

1 ea. User’s Manual

If any contents are damaged or missing, please contact your dealer immediately.

Please leave this user’s manual within easy access of person using the scanner.

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1.3. Scanner Outline

1.4. Cradle Outline

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2.1. Installing and Charging Scanner Batteries

Installing Batteries

The rechargeable batteries are packed individually for shipping safety.

Please follow up the steps below to install the batteries.

Always use the rechargeable batteries provided by the manufacturer to avoid any non-compatible danger or void the warranty.

1. Loose the two screws enough to remove the battery cover. (It would not be necessary to remove the screws otherwise may result in losing them.)

2. Insert the batteries into the scanner one by one. (positive pole to positive pole, negative pole to negative pole)

Figure

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Figure

3. Put back the battery cover, and tighten both screws.

Figure

Charging Batteries

For users with the charging cradle, you can connect the charging cradle with power adapter and the scanner is now in charging.

For cradle host users, you can connect the cradle with the power adapter

(shown as ) first, then place the scanner into the cradle in a 30 ° angle

(shown as) and press down to make it seat tight into the cradle (shown as

Figure ) ; a clear and short beep is heard when position correctly into the cradle.

Press Down Here

Figure Figure

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Once the scanner is well situated in the cradle, press down any one of the small buttons at the side of LED lamp to start charging (Shown as Figure).

Figure Press any one to start charging

The LED of scanner light in RED as in charge, and light in BLUE when full charged. Refer to Chapter 9 for LED indication.

We call this “Smart Charge”, as battery life is well depended on the charging number of times, so only charge the batteries when necessary by following the abovementioned procedures to prolong your battery life.

You may also set up auto-charging as every time the scanner is placed into the cradle. Follow and scan the appropriate barcode symbols to set up from programming section of this booklet

Note:

ΠFor first charging, always charge the batteries over 6 hours continuously to prolong your battery life.

ΠAfter every full charge, you may use the scanner for 8 hours continuously.

Œ Recommend ed charging environment is temperature in 0 ° C~35 ° C

(32 ° F~95 ° F).

2.2. Connecting the Cradle

There are two types of cradle to select for this scanner.

Œ

Œ

Charging

Host

Charging Cradle

This cradle designs for battery charging only, it does not support radio communication. Simply connect the external DC-9V9W power adapter into it and place scanner into cradle to start charging.

When charging is not required, it is recommended to remove the adapter plug to retain the battery life.

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Cradle Host

The cradle host features with Bluetooth® wireless technology and designs to support radio communication to the scanner. It the same has charging functionality. Refer to Section 2.1 for battery charging instructions.

Connection on Cradle Host

The scanner pairs with the cradle, when the scanner scans barcode data and passes to cradle via radio communication, the cradle sends data to host by its interface cable. Steps to connect the cradle to host as follows:

1. Take the desirable interface cable and insert the RJ-45 connector to cradle cable box until you hear a clear and short “click” sound, then connect the other end to the host.

2. When using Keyboard wedge and USB interface for radio communication, it is not necessary to have an external power adapter if host has sufficient power. But these interfaces need external power adapter when charging batteries.

Note: When external power adapter (9V) is available, the cradle will disregard the power supply from host (5V) .

3. If using RS-232 interface, it is necessary to plug an external power adapter always. Plug the power adapter into the DC-Jack of cradle cable box. (Shown as Figure )

4. Once cradle powers up, its LED lamp lights RED for one second then turns to flashes BLUE light. The BLUE LED means the cradle is waiting to be connected. If the scanner pairs with this cradle, they are connected, and BLUE LED light is always on.

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2.3. Attach the Interface Cable

There are 3 types of interface cable to select from,

ΠKeyboard wedge cable

ΠRS-232

ΠUSB

Keyboard wedge cable

Figure - Communication Only

Figure - Communication and Charging

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RS-232 Cable

Always require adapter for both communication and charging

USB Cable

Figure

Figure - Communication Only

Figure - Communication and Charging

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2.4. Detach the Interface Cable

There is a hole on cradle cable box, and use a sharp pin to push down the hole while using another hand gently pull out the interface cable to release it slowly. (Shown in Figure )

Figure

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3. Pairing Scanner and Cradle Host

This scanner supports three radio communication types,

ΠHost,

ΠSPP (Serial Protocol Profile) Slave

ΠSPP (Serial Protocol Profile) Master.

The scanner and communication cradle in the same delivery box are paired in factory, as soon as both are powered on, it should find and connect to each other immediately.

However, in any circumstance that scanner and cradle are not paired with the cradle, follow steps below to redo pairing.

1. Follow procedures in Section 2.2 to connect the cradle and charging the scanner.

2. Power on the cradle and it should light in RED first than LED flashes

“BLUE”, and it is ready for pairing.

3. Place the scanner into cradle until a short beep heard to confirm position correctly.

4. Hold down simultaneously the two buttons at the side of cradle LED lamp (shown as Figure ) for over 2 seconds.

Figure

The cradle LED lights in RED and the scanner beeps as a

High-Low-High beep tone, and then the scanner and cradle both LED flashes. If pairing is success, you will hear Low-High beep tone and cradle LED stays in BLUE and scanner LED stays in GREEN.

5. If the cradle is locked for pairing, or if scanner is not set in cradle host mode, it beeps twice and GREEN LED on scanner puts out.

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Note:

In cradle host mode, the scanner is always in master mode and cradle is in slave mode. Therefore, you have to scan on “Unlock Pairing

Mode” barcode symbol to unlock paired scanner and cradle, than connect or link to other devices.

6. As the scanner links to the communication cradle, the cradle LED stays in BLUE. If in any case the scanner link timeout or enters power down mode, then the cradle LED flashes in BLUE. Press scanner trigger or place the scanner back into the cradle, the communication links automatically again.

Note:

The default radio communication type of scanner sets in cradle host, if by any chance the scanner lost this setting, use the programming barcode symbologies provided in this booklet to set it as “Cradle Host” again.

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3.2. SPP - Slave

In the mode of SPP Slave, the scanner is remote by connecting with Serial

Protocol Profile (SPP) host. Therefore, please first make sure your host device is well equipped with a Bluetooth® wireless technology connectivity and an application software before following the steps below to start pairing.

Note:

All host device and application software has different operating features, here we take a Widcomm BTW utility as an example.

1. Turn on the host computer and activate its Bluetooth® connection.

2. Scan “Start of Configuration” to enter programming mode

3. Scan “SPP Slave” barcode label

4. Scan “End of Configuration” barcode label to exit programming mode.

Now, the scanner LED flashes in GREEN, indicating it’s waiting to be connected.

5. In the host computer, execute the discovering procedure and find the scanner, it is always show as “ZBBT” as device name (Shown in

Figure ).

Figure

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6. Select “ZBBT” the scanner, as the scanner default encryption is enabled, and you will be requested to enter the PIN code as

“12345678” to start pairing.

Figure

7. Double click on “ZBBT” selection and find as follow,

Figure

8. Right click on the icon and select “Connect Bluetooth Serial Port”.

Once pairing is completed, the scanner will make low-high beep tone and the LED light in GREEN.

Note:

When scanner is set in slave mode, and the master device supports

Piconet, this master device can connect with up to 7 slave mode scanners or equipments at the same time.

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Figure

9. Right click on icon and select “Contents” and remember your SPP

Bluetooth® COM port.

Figure

The following steps will help you verify the communication status; the actual application depends on your application software used.

10. Open “Program File” > “Communication” > “Hyper Terminal".

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11. In the window below, enter any name and click on “OK”.

Figure

12. Select the appropriate COM port as you remembered.

Figure

13. Select COM port contents as follow then click on “OK”

Figure

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14. Test scan any barcode, and all scanned data should show in your screw.

Figure

15. If the scanner LED flashes in GREEN light indicating it is off-line, or out of range. Trigger the scan button or move in of communication range to be on-line again.

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3.3. SPP - Master

In this section, the scanner is configured as SPP-Master, and a pair barcode must be created to the remote Bluetooth® device to which the scanner can connect.

The 12 digits Bluetooth® address of the remote device and its PIN code must be obtained before start pairing. Such address and PIN code can be found in its manual. Follow the steps below to start pairing.

1. Power on of the remote device and have its address ready in hand.

2. Scan the “Start of Configuration” barcode label to enter programming mode.

3. Scan “SPP Master” barcode label.

4. Scan “Set Bluetooth Address” barcode label.

5. Scan from the ASCII table (Page ) to enter these 12 digit address.

E.g. the Bluetooth® address is “011B1345600”, scan the “0”, “0”, “1”,

“1”, “B”, “1”, “3”, “4”, “5”, “6”, “0”, “0” from ASCII barcode labels.

6. Scan “Confirm the Setting” barcode label confirm the Bluetooth® address.

Hint:

It is often found too much trouble to scan ASCII barcode label, especially there are 12 digits to be entered. You can create a

Code 39 barcode label of these 12 digits, and scan this code only for your Bluetooth® address entry and jump to scan “Confirm the

Setting”.

The Code 39 barcode label formula as follow:

BxxxxxxxxxxxxT; where “x” represents as these 12 digits.

7. Scan “Set PIN Code” barcode label if required, otherwise jump to

“Begin Pair with Slave”.

Note:

The PIN code is an 8 digit PIN code given by remote device, you may also enter “12345678” or ignore this entry and go directly to scan “Begin Pair with Slave” barcode label.

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8. Scan “Confirm the Setting” barcode label to confirm the PIN code setting.

9. Scan “Begin Pair with Slave” barcode label and a beep tone is heard to confirm setting than start pairing.

At the same time, the scanner LED flashes in GREEN light, and if pairing successfully, then scanner will emit Low-High beep tone,

GREEN light of scanner LED is on.

If pairing failed, the scanner emits a series beep tone and you can start set-up procedures all over again.

10. Scan “End of Configuration” to exit set up.

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4. Paging the Scanner

Paging the scanner often happens when you have two or more pairs of scanners and communication cradles, and can not find which scanner pairs with its cradle.

Press any key on cradle, and it sends out a signal to its paired scanner, this scanner beeps 3 beeps and lights BLUE LED 3 times. But if the scanner is out of its receiving range, then it won’t react to the cradle.

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5. Scanning

There are two ways to scan with this device.

Πscanning

ΠHands-free

In the handheld scanning, hand held the scanner and simply aim at a barcode label and push the scanner trigger to scan (Shown as Figure ).

Avoid aim vertically to the barcode label as a total reflection might effect the scanning performance.

Put the scanner into the cradle for hands-free scanning, and move the barcode label approach the scanner scanning zone (Shown as Figure ).

Figure

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The data transfer method includes four types, Normal (default),

Out-of-Range Mode, Standard Batch Mode and Cradle Contact Batch

Mode. Users may modify this setting according to their preferences.

The scanner is not storing any data. When the scanner is within the connection range, the scanned data will be transferred to the host computer immediately (a good beep sound is made). If the scanner is out of its connecting range, the scanner scans and emits 4 high-tone series of beep sound, indicating data transmitting error.

In this mode, the scanner is out of its wireless communication range.

When scan a barcode label, the scanner LED flashes BLUE light indicating barcode reading success, but emit 4 high-tone series of beeps to indicate the communication breaks.

If the communication is not connected still, the scanner LED now flashes twice per second in GREEN light, and barcode data read is saved into memory.

When scanner is back into its communication range or re-connected, the stored data is sent when scanning next barcode label.

When data send to host, a medium-tone is heard indicating transmitting successfully.

Whether within the connection range or not, in Standard Batch Mode, the scanner stores all scanned data which will be transferred to the host computer after scanning “Send Batch Data” label.

6.4 Cradle Contact Batch Mode

Working the same as Standard Batch Mode except all scanned data will only be transferred to the host computer when the scanner is put into the cradle.

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When the scanner is put into the cradle, a short-tone beep sound is made to confirm the scanner is fitted into the cradle correctly, then the scanner

LED flashes 3 times in BLUE light and stay on, then the scanner starts transferring scanned data. Once the transfer is done, a long medium-tone beep sound will be made.

In this mode, the scanner is NOT required to be paired with the cradle to transfer the scanned data.

Note: After the scanned data is transferred to the host computer, the scanner automatically clears out its flash memory.

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When scanner is in SPP Master/Slave mode, and add in the data protocol or packing could confirm the data reliability. Refer to below for different setting options:

BT Scanner b) ACK/NAK only

BT scanner c) Frame packing:

BT scanner data data

NAK

Resend data

ACK

Get a good beep

Data format of packet

Acknowledge packet

Get a good beep

Remote BT device

Remote BT device

Remote BT device

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Scanner to remote application

Data Format of packet

To send a data (barcode) to the remote application, the BT scanner has to encapsulate it:

Size of FEH(Format AEH(End Reserved

EAH(Header) Data ID Data payload Byte) of Byte) Byte

1 byte 1 byte

Title

Header Character (EAH)

1 byte

Size of Payload

Format Byte (FEH)

Data ID

1 byte Varies 1 byte 1 byte

Definition

The character ID at the head of every data. It has to start with EAH.

The encapsulated data length excluding header character.

Differentiate data format; barcode data is always FEH.

The number of each data. If receive the same ID more than once, only the first one is valid, delete the rest.

Data

End of Byte (AEH)

Reserved Byte

Decoded barcode data

Record data ends.

Reserved for future use

Example:

If barcode data is "ABCD", than sender sends out:

EAH + 9H + FEH + ID + "ABCD "+ AEH + Reserved Byte

9 = 1+1+1+4+1+1

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Acknowledge packet

55H (Header )

1 byte

Data ID

1 byte

55H (end of byte)

1 byte

Example:

If scanner sends out:

EAH , 9H , FEH , 01H , "ABCD ", AEH , EEH

Remote acknowledges:

55H +01H + 55H

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The scanner is featured with different beep sounds to assist understanding its working status. Please see below for detailed indications of beep sounds.

Beep Sound Indication

Good decode, and data is either transferred to the host computer or saved in the memory.

2 short high-tone beeps Low battery warning.

3 short low-tone beeps

2 long high-tone beeps

4 short high-tone beeps

The flash memory is full.

The scanner has completed data transfer in either Standard Batch Mode or Cradle

Contact Batch Mode.

Error occurred. ex. pairing is broken up, programming error and etc.

The Bluetooth® connection is good.

Start pairing

Low to high-tone beeps

Short high-low-high-tone beeps

Short medium-tone and long low-tone beeps

Powering off

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The scanner and the radio communication cradle are both featured with

LED lights, assisting you to understand their status during the work.

Please see below for detailed LED indications.

LED Illustration Indication

GREEN LED Flash

(i) Once second

The scanner is trying to pair with the host, or such pairing has broken up.

(ii) Twice per second

The scanner is in Out-of-Range mode, and the scanner is trying to build up a connection with the host, or such connection has broken up.

(iii) Constantly on

The scanner is paired.

BLUE LED Bars Flash

(i) Once

A data has been decoded, and is either transferred to a host computer or saved in memory by the scanner.

(ii) Continuously

The scanner is in programming mode.

Constant Light on with First “BLUE” LED Bar

The scanner is either in Standard Batch Mode or in Cradle Contact Batch Mode.

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Constant RED LED Light On

When the scanner is in the cradle, it indicates the scanner is under charging.

Constant Light on with Third “BLUE” LED Bar

When the scanner is in the cradle, it indicates the scanner charging is completed.

All BLUE LED Bars

(i) Constantly Light On

The scanner is transferring data to the host computer and is in either Standard Batch

Mode or Cradle Contact Batch Mode.

(ii) Flash Twice Every 3 Seconds

The scanner has a low battery

9.2 The Communication Cradle

LED Illustration

LED Flashes in BLUE

Light

Indication

The cradle is waiting for pairing.

The cradle is paired with a scanner. LED Constantly On in

BLUE Light

LED Alternately

Flashes in BLUE and

RED Light

RED LED Flashes

Once

LED Constantly On in

RED Light

The cradle initiate failed and power reset is required.

The cradle has received data from the paired scanner.

The cradle is processing pairing.

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10. Maintenance

This device provides reliable and efficient operation with a minimum of care. Although specific maintenance is not required, but as to prolong the operating life of the device, the following precautions needs to be ensured.

10.1 Cleaning the Window and Housing

Any visibly dirty, or scratch on the scanner window will degrade reading performance, therefore do not use abrasive wipes or tissues on the window. When the scanner is not operating, use a soft cloth or lens tissue and gently wipe the scanning window lens.

Do not spread liquid or submerge into liquid in any circumstance.

Never use solvents (e.g., acetone, benzene, ether, or phenol-based agents) on the housing or window, solvents may damage the housing finish or the window.

10.2 Inspecting on Interface Cables

Inspect regularly on the interface cables and its connectors, a badly worn or damaged cable or connecters may interfere the scanning operation.

Contact your distributor for information on cable replacement.

10.3 Battery

The lifetime of rechargeable batteries would rely on the number of times the batteries are recharged. Hence, we recommend users to keep default setting and charge in Smart Charge mode (Refer to Section 2.1 for

Charging Details). In general, we recommend charge the scanner at the end of each working day or when the scanner requires charging.

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Scanning a series of programming bar code labels can configure the scanner.

This allows decoding options and interface protocols to be tailored to a specific application. The configuration is stored in non-volatile memory and will not be lost by removing power from the scanner.

The scanner must be properly powered before programming. If you are about to change the cradle host of parameter, the scanner and cradle must be in pairing status to prevent failure in programming operation.

During the programming mode, the scanner will acknowledge a good and valid reading with a short beep. It will give long beeps for either an invalid or bad reading.

11.1 Default

The factory default setting table gives the default settings of all the programmable parameters. The default settings will be restored whenever the "Reset" programming label is scanned and the laser scanner is in programming mode.

Factory Default Setting

Parameter Default

Radio communication

Bluetooth Host

Pairing mode

Data transmit

Cradle Host

Unlocked

Normal

Radio protocol timeout

Power off timeout

5 seconds

20 minutes

Encryption Enable

Cradle Host

RS-232 communication

Baud rate 9600

Parity none

Data Bits 8

Stop Bit 1

RTS/CTS off

Terminator <CR><LF>

Keyboard Wedge Communication

Terminal Type PC/AT

USB Communication

Terminator type

Code mode

Enter

Scan code

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Wand Emulation

Wand emulation speed

Data output

Normal

Black=high

Enable Pair contact on cradle

Scanner

Decoder Selection Default

EAN/UPC Enable

CODE 39

Code 32

Enable

Disable

CODABAR Enable

ITF 2 OF 5 Enable

MSI Disable

Chinese Post code

Code 93

Disable

Enable

Code 128 Enable

EAN-128 Disable

Beeper sound Default

Frequency High

Duration Medium

Operating parameter Default

Scan mode Trigger mode

Stand mode

Header and Trailer

Inter-Message delay

Inter character delay

Code Identifiers

Identifier code as ZEBEX standard

Identifier code as AIM standard

Code 39 identifier code

ITF 2 of 5 identifier code

Chinese post code identifier code

UPC-A identifier code

UPC-E identifier code

EAN-13 identifier code

EAN-8 identifier code

Codabar identifier code

Code 128 identifier code

Code 93 identifier code

MSI identifier code

Enable

None

None

None

Default

Disable

Disable

M

I

H

A

E

F

FF

N

K

L

P

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11.2 Default Data Transmit Format

EAN-13

EAN-8

UPCA

UPCE

CODE128

EAN128

CODE39

CODABAR

INTERLEAVED 2/5

CHINESE POST CODE

CODE93

MSI

D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13

D1 D2 D3 D4 D5 D6 D7 D8

D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12

D1 D2 D3 D4 D5 D6 D7 D8

D1-Dx (default 3~62)

]C1 D1-Dx (default 3~62)

D1-Dx (default 3~62)

D1-Dx (default 6~32)

D1-Dx (default 6~32)

D1-Dx (default 8~32)

D1-Dx (default 3~32)

D1-Dx (default 6~32)

11.3 Program Procedure Using Barcode Manual

Set All Defaults

Set Operating

Parameters

Finish

Read End of

Configuration Label

END

START

Read Start of

Configuration Label

Set Serial Port

Parameters

Discard

Set Keyboard Type

Read Abort Label

Set Decoding

Parameters

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Note: Default values are highlighted in grey background.

Start Of Configuration

System Function Setting

Barcode Value Description

Return scanner to factory defaults

Return cradle host to factory defaults

Display firmware version

Return to USB default

(Communication cradle link required)

Return to wand emulation default

(Communication cradle link required)

Return to RS232 default

(Communication cradle link required)

IBM PC/AT/PS/2 Keyboard emulation

(Communication cradle link required)

Abort

(exit programming mode without any updates)

End Of Configuration

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Start Of Configuration

Radio Communication Setting

Cradle Host mode

Cradle Host mode enable

Pairing on cradle enable

Pairing on cradle disable

Unlock paring mode

Lock pairing mode

Undo pairing

Charging on cradle always

(Batteries start charging whenever scanner is on cradle.)

Charging by press trigger on cradle

End Of Configuration

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Start Of Configuration

SPP Master/Slave mode

Scanner SPP Master enable

Scanner SPP Slave enable

Setting Bluetooth® address (SPP Master only)

Set PIN code (SPP Master only)

Save setting to confirm (for address and pin code setting required)

Required Pair with slave (SPP Master )

Discover enable

Discover disable

Encryption enable

Encryption disable

Data communication without protocol

Data communication with ACK/NAK protocol

Data communication with Packing protocol

End Of Configuration

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Start Of Configuration

Batch Mode

Data transmit normal

Out of range buffer enable

Standard Batch mode

Batch mode on cradle

Send Batch data by scanning this label

Clear batch data after send

Clear batch data by scanning “Delete batch data” label

Delete batch data

Send batch data on cradle contact

Send batch data by press trigger on cradle contact

Out of range resend data with beeper sound

Out of range resend data without beeper sound

End Of Configuration

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Start Of Configuration

Radio protocol communication parameter

Radio protocol timeout= 3 second

Radio protocol timeout= 5 second

Radio protocol timeout =8 second

Radio protocol timeout= 10 second

Radio protocol timeout =13 second

Radio protocol timeout =16 second

Radio protocol timeout= 20 second

Power off timeout=5 minute

Power off timeout=10 minutes

End Of Configuration

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Start Of Configuration

Power off timeout=20 minutes

Power off timeout=30 minutes

Power off timeout=1 hours

Power off by scanning this label

Link beeper enable

Link beeper disable

End Of Configuration

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Start Of Configuration

Same Code Delay

50msec

200msec

400msec

600msec

800msec

100msec

300msec

500msec

700msec

1000msec

Infinite

End Of Configuration

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Start Of Configuration

Operation Function Setting

Good Read Beeper Tone Selection

Medium beeper tone

High beeper tone

Low beeper tone

Speaker disable

Beeper Sound Selection

Long

Medium

Short

Ultra Short

Ultra Long

End Of Configuration

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Start Of Configuration

Inter Character Delay

0ms

2ms

5ms

10ms

20ms

50ms

Inter Message Delay

0 ms

100 ms

500 ms

1000 ms

End Of Configuration

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Start Of Configuration

Interface Settings

1. RS-232C Interface Setting

Baud Rate

115200

19200

9600

4800

2400

1200

Parity Bit

Even parity

Odd parity

Mark parity

Space parity

None parity

Stop Bit

1 stop bit

2 stop bit

Data Bit

7 data bit

8 data bit

End Of Configuration

44

Start Of Configuration

Handshaking Protocol

None handshaking

ACK/NAK

Xon/Xoff

RTS/CTS

Enable BEEPER ON<BEL> CHARACTER

Ignore Beep on<BEL> character

Disable ACK/NAK timeout beeper

Enable ACK/NAK timeout beeper(three sound beeper sound)

ACK/NAK response time 300ms

ACK/NAK response time 2s

ACK/NAK response time 500ms

ACK/NAK response time 3s

ACK/NAK response time 1s

ACK/NAK response time 5s

ACK/NAK response time infinity

End Of Configuration

45

Start Of Configuration

Message Terminator

RS-232 message terminator—none

RS-232 message terminator—CR/LF

RS-232 message terminator—C

RS-232 message terminator—LF

RS-232 message terminator—H tab

RS-232 message terminator—STX/ETX

RS-232 message terminator—EOT

End Of Configuration

46

2.

Start Of Configuration

Keyboard Wedge Setting

Keyboard Wedge Setting

IBM PC/AT/PS/2 Keyboard emulation

International Keyboard mode.( ALT method).

Keyboard language support---USA

Keyboard language support---UK send scan code

Keyboard language support---GERMANY

Keyboard language support---FRENCH send scan code

Keyboard language support---SPANISH send scan code

Keyboard language support---ITALIAN send scan code

Keyboard language support---Switzerland send scan code

Keyboard language support---Belgium send scan code

Keyboard language support---Japanese

Capital lock on

Capital lock off

Function key emulation enable

Function key emulation disable

Send number as normal data

Send number as keypad data

End Of Configuration

47

Start Of Configuration

Message Terminator

Keyboard terminator---none

Keyboard terminator---Enter

Keyboard terminator---H-TAB

End Of Configuration

48

3.

Start Of Configuration

USB Interface Setting

USB interface

International Keyboard mode.( ALT method).

Keyboard language support---USA

Keyboard language support---GERMANY

Keyboard language support---FRENCH send scan code

Keyboard language support---SPANISH send scan code

Keyboard language support---Japanese

Message Terminator

Keyboard terminator---none

Keyboard terminator---Enter

Keyboard terminator---H-TAB

End Of Configuration

49

Start Of Configuration

4. Wand Emulation Setting

Wand emulation is not supported as standard, if needed, please contact your distributor.

Wand Emulation

All barcode will be decoded and transmitted in that symbology

Enable Wand output data format as CODE39

Wand emulation data output black=high y Scan this bar code to set quiet zones and spaces low and bars =high.

Wand emulation data output black=low y Scan this bar code to set quiet zones and spaces high and bars=low

Idle = high y Idle state refers to the TTL logic level of the Wand Emulation signal when not in use

Idle = low y Idle state refers to the TTL logic level of the Wand Emulation signal when not in use

End Of Configuration

50

Start Of Configuration

Wand Emulation (Cont’d)

Wand emulation speed-----Low y This option allows the transmission of wand emulation at 1ms narrow element width

Wand emulation speed-----medium y This option allows the transmission of wand emulation at 600us narrow element width

Wand emulation speed-----normal

Wand emulation speed-----high y This option allows the transmission of wand emulation at 300us narrow element width

Wand emulation speed-----higher y This option allows the transmission of wand emulation at 100 us narrow element width

Wand emulation narrow/wide ratio 1:2

Wand emulation narrow/wide ratio 1:3

End Of Configuration

51

Start Of Configuration

The Symbologies

CODABAR Parameter Setting

Codabar enable

Codabar start/stop character transmission-----DC1~DC4

CODABAR disable

Codabar start/stop character transmission-----a/t,b/n,c/*,d/e

Codabar start/stop character transmission-----none

Codabar maximum length setting

Codabar start/stop character transmission-----A,B,C,D

Codabar minimum length setting

Save setting to confirm (for length setting)

Codabar concatenation disable

Validate modulo 16 and transmit

Codabar concatenation enable

Codabar data redundant check=off

No check character

Codabar data redundant check=1

Validate modulo 16,but don’t transmit

Codabar data redundant check=2

End Of Configuration

52

Start Of Configuration

Code 39 Parameter Setting

Code 39 enable

FULL ASCII code 39

Code 39 disable

Code 39 start/stop character transmission

Code 39 start/stop character without transmission

Code 32 enable

Code 32 disable

Code 39 check digit calculate and transmit

No check character

Code 39 check digit calculate but without transmit

Code 39 data redundant check=off

Code 39 data redundant check=1

Code 39 data redundant check=2

End Of Configuration

53

Start Of Configuration

Code 39 Parameter Setting (Cont’d)

Code 39 maximum length setting

Code 39 minimum length setting

Save setting to confirm (for length setting)

Code 39 concatenation enable

Code 39 concatenation disable

Code 32 (Italian pharmacy) transmit “A” character

Code 32 (Italian pharmacy) without transmit ”A” character

End Of Configuration

54

Start Of Configuration

Code 93 Parameter Setting

Code 93 enable

Code 93 disable

Code 93 data redundant check=off

Code 93 data redundant check=1

Code 93 data redundant check=2

Code 93 maximum length setting

Code 93 minimum length setting

Save setting to confirm (for length setting)

Code 93 check digit calculate but without transmit

Code 93 check digit not calculate and without transmit

Code 93 check digit calculate and transmit

End Of Configuration

55

Start Of Configuration

Code 128

Code 128 enable

Code 128 disable

EAN 128 enable

EAN 128 disable

Code128 FNC2 concatenation enable

Code128 FNC2 concatenation disable

Code 128 data redundant check=off

Code 128 data redundant check=1

Code 128 data redundant check=2

Code 128 maximum length setting

Code 128 minimum length setting

Save setting to confirm (for length setting)

End Of Configuration

56

Start Of Configuration

Chinese Post Code

Chinese post code enable

Chinese post code disable

Chinese post codedata redundant check=off

Chinese post code data redundant check=1

Chinese post codedata redundant check=2

Chinese post code maximum length setting

Chines post code code minimum length setting

Save setting to confirm (for length setting)

End Of Configuration

57

Start Of Configuration

MSI/Plessy

MSI enable

MSI disable

MSI data redundant check= off

MSI data redundant check=1

MSI data redundant check=2

MSI/PLESSY maximum length setting

MSI/PLESSY minimum length setting

Save setting to confirm (for length setting)

MSI/Plessy double check digit calculate but not transmit

MSI/Plessy double check digit calculate and both transmit

MSI/Plessy double check digit without calculate and transmit

MSI/Plessy single check digit calculate but without transmit

MSI/Plessy double check digit calculate but only first digit transmit

MSI/Plessy single check digit calculate and transmit

End Of Configuration

58

Start Of Configuration

ITF 2 of 5

ITF 2 of 5 enable

ITF 2 of 5 disable

IATA code enable

IATA disable

ITF 2 of 5 check digit calculate and transmit

ITF 2 of 5 check digit calculate but without transmit

ITF 2 of 5 no check character

ITF 2 of 5 one Fixed length setting

ITF 2 of 5 two Fixed length setting

ITF 25 data redundant check=off

ITF25 data redundant check=1

ITF25 data redundant check=2

ITF 2 of 5 code minimum length setting

ITF 2 of 5 length variable

ITF 2 of 5 code maximum length setting

Save setting to confirm (for length setting)

End Of Configuration

59

Start Of Configuration

UPC/EAN/JAN

EAN convert toISSN/ISBN enable

EAN convert to ISSN.ISBN disable

UPC/EAN/JAN ALL ENABLE

EAN-8 ENABEL

UPC-A AND EAN-13 ENABLE

EAN-8 OR EAN-13 ENABLE

UPC-A AND UPC-E ENABLE

UPC-E ENABLE

EAN-13 ENABLE

UPC-A ENABEL

UPC/EAN Addendum Disable

Add on 5 only

Add on 2 only

Add on 2 or 5

Force UPC-E to UPC-A format enable

Force UPC-E to UPC-A format disable

End Of Configuration

60

Start Of Configuration

UPC/EAN/JAN (Cont’d)

Force UPC-A to EAN-13 format enable

Force UPC-A to EAN-13 format disable

Transmit UPC-A check digit enable

Transmit UPC-A check digit disable

Transmit UPC-E check digit enable

Transmit UPC-E check digit disable

Transmit UPC-E leading character enable

Transmit UPC-E leading character disable

Transmit UPC-A leading character enable

Transmit UPC-A leading character disable

Transmit EAN-13 check digit disable

Transmit EAN-13 check digit enable

Transmit EAN-8 check digit enable

Transmit EAN-8 check digit disable

End Of Configuration

61

Start Of Configuration

UPC/EAN/JAN (continued) force EAN-8 to EAN-13 format enable force EAN-8 to EAN-13 format disable

EAN-13 country code first “0” can transmitted

EAN-13 country code first:”0” can’t transmitted

Add-on format with separator

Add-on format without separator

EAN/UPC +add-on (none mandatory)

EAN/UPC +add-on ( mandatory)

End Of Configuration

62

Data Editing

Start Of Configuration

Identifier Code

Disable identifier code

Enable identifier code table as ZEBEX standard

Enable identifier code table as AIM standard.

UPC-A identifier code setting

EAN-13 identifier code setting

EAN-8 identifier code setting

CODE 39 identifier code setting

CODABAR identifier code setting

ITF 2 of 5 identifier code setting

CODE 128 identifier code setting

CHINESE POST CODE identifier code setting

CODE 93 identifier code setting

UPC-E identifier code setting

MSI identifier code setting

Save setting to confirm (for length setting)

Add code length as header enable (2 Bytes)

Add code length as header disable (2 Bytes)

End Of Configuration

63

Start Of Configuration

Header And Trailer

Header (Preamble)

Trailer (Postamble)

Truncate header character

Truncate trailer character

End Of Configuration

64

Start Of Configuration

Full ASCII Code 39 Table

Code 39 ASCII

Full ASCII ---NUL

Full ASCII ---SOH

Function key-----“Ins”

Full ASCII ---STX

Function key-----“Del”

Full ASCII ---ETX

Function key-----“Home”

Full ASCII ---EOT

Function key-----“End”

Full ASCII ---ENQ

Function key-----“Up arrow”

Full ASCII ---ACK

Function key-----“Down arrow”

Full ASCII ---BEL

Function key-----“Left arrow”

Full ASCII ---BS

Function key-----“Backspace”

Full ASCII ---HT

Function key-----“TAB”

Full ASCII ---LF

Function key-----“Enter

(alpha numeric”

Full ASCII ---VT

Function key-----“right arrow”

Full ASCII ---FF

Function key-----“PgUp”

Full ASCII ---CR

Function key-----“Enetr(num.)”

Full ASCII ---SO

Function key-----“PgDn”

Hexa

-code

00

01

02

03

04

05

06

07

08

09

0A

0B

0C

0D

0E

Code 39 ASCII

Full ASCII ---SI

Function key-----“Shift”

Full ASCII ---DLE

Function key-----“5(num)”

Full ASCII ---DC1

Function key-----“F1”

Full ASCII ---DC2

Function key-----“F2”

Full ASCII ---DC3

Function key-----“F3”

Full ASCII ---DC4

Function key-----“F4”

Full ASCII ---NAK

Function key-----“F5”

Full ASCII ---SYN

Function key-----“F6”

Full ASCII ---ETB

Function key-----“F7”

Full ASCII ---CAN

Function key-----“F8”

Full ASCII ---EN

Function key-----“F9”

Full ASCII ---SUB

Function key-----“F10”

Full ASCII ---ESC

Function key-----“F11”

Full ASCII ---FS

Function key-----“F12”

Full ASCII ---GS

Function key-----“ESC”

Hexacode

0F

10

11

12

13

14

15

16

17

18

19

1A

1B

1C

1D

End Of Configuration

65

Start Of Configuration

Full ASCII Code 39 Table (continued)

Code 39 ASCII

Hexacode

1E Full ASCII ---RS

Function key-----“CTL(L)”

1F Full ASCII ---US

Function key-----“ALT(L)”

Full ASCII ---SP 20

Full ASCII ---! 21

Full ASCII ---“ 22

Full ASCII ---# 23

Full ASCII ---$ 24

Full ASCII ---% 25

Full ASCII ---& 26

Full ASCII ---‘ 27

Full ASCII --- ( 28

Full ASCII ---) 29

Full ASCII ---* 2A

Full ASCII ---+ 2B

Full ASCII ---, 2C

Code 39 ASCII

Full ASCII ----

Full ASCII ---.

Full ASCII ---/

Full ASCII ---0

Full ASCII ---1

Full ASCII ---2

Full ASCII ---3

Full ASCII ---4

Full ASCII ---5

Full ASCII ---6

Full ASCII ---7

Full ASCII ---8

Full ASCII ---9

Full ASCII ---:

Full ASCII ---;

Hexa- code

2D

38

39

36

37

3A

3B

34

35

32

33

30

31

2E

2F

End Of Configuration

66

Start Of Configuration

Full ASCII Code 39 Table (continued)

Code 39 ASCII

Full ASCII ---<

Hexacode

3C

Code 39

Full ASCII ---= 3D

Full ASCII ---> 3E

Full ASCII ---? 3F

Full ASCII ---@ 40

Full ASCII ---A 41

Full ASCII ---B 42

Full ASCII ---C 43

Full ASCII ---D 44

Full ASCII ---E 45

Full ASCII ---F 46

Full ASCII ---G 47

Full ASCII ---H 48

Full ASCII ---I 49

Full ASCII ---J 4A

ASCII

Full ASCII ---K

Full ASCII ---L

Full ASCII ---M

Full ASCII ---N

Full ASCII ---O

Full ASCII ---P

Full ASCII ---Q

Full ASCII ---R

Full ASCII ---S

Full ASCII ---T

Full ASCII ---U

Full ASCII ---V

Full ASCII ---W

Full ASCII ---X

Full ASCII ---Y

Hexa- code

4B

4C

4D

4E

4F

56

57

54

55

58

59

52

53

50

51

End Of Configuration

67

Start Of Configuration

Full ASCII Code 39 Table (continued)

Code 39 ASCII

Full ASCII ---Z

Hexacode

5A

Code 39

Full ASCII ---[ 5B

Full ASCII ---\ 5C

Full ASCII ---] 5D

Full ASCII ---^ 5E

Full ASCII ---_ 5F

Full ASCII ---` 60

Full ASCII ---a 61

Full ASCII ---b 62

Full ASCII ---c 63

Full ASCII ---d 64

Full ASCII ---e 65

Full ASCII ---f 66

Full ASCII ---g 67

Full ASCII ---h 68

ASCII

Full ASCII ---i

Full ASCII ---j

Full ASCII ---k

Full ASCII ---l

Full ASCII ---m

Full ASCII ---n

Full ASCII ---o

Full ASCII ---p

Full ASCII ---q

Full ASCII ---r

Full ASCII ---s

Full ASCII ---t

Full ASCII ---u

Full ASCII ---v

Full ASCII ---w

Hexa- code

69

75

76

77

72

73

74

6F

70

6D

6E

71

6A

6B

6C

End Of Configuration

68

Start Of Configuration

Full ASCII Code 39 Table (continued)

Code 39 ASCII

Full ASCII ---x

Hexacode

78

Code 39

Full ASCII ---y 79

Full ASCII ---z 7A

Full ASCII ---{ 7B

End Of Configuration

69

ASCII

Full ASCII ---|

Full ASCII ---}

Full ASCII ---~

Full ASCII ---DEL

Hexa- code

7C

7D

7E

7F

15.105(b)

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in the accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.

Operation is subject to the following two conditions:

This device may not cause interference;

This device must accept any interference, including interference that may cause undesired operation of the device.

FCC RF Radiation Exposure Statement

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. End users must follow the specific operating instructions for satisfying RF exposure compliance. This transmitter must not be co-located or operated in conjuction with any other antenna or transmitter.

This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions.

(1)This device may not cause harmful interference, and

(2)This device must accept any interference received, including interference that may cause undesired operation.

Per FCC 15.21, you are cautioned that changes or modifications not expressly approved by the part responsible for compliance could void the user’s authority to operate the equipment.