Marson MT110 Manuale utente

Mini Wireless Barcode Reader Quick Guide (Rev4)

P/N: 8012-0062000

Mini Wireless

Barcode Reader

Quick Guide

For full user’s manual, please contact

your local distributor.

-1- -2-

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.

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 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.

Any changes or modifications not expressly approved by the

party responsible for compliance could void the authority to operate

equipment.

OUT OF THE BOX

Mini Wireless

Barcode Reader

USB Charger Cable Neck Strap

- 3-

INTRODUCTION

SPECIFICATIONS

Sensor Linear CMOS sensor

Resolution 4mil/ 0.1mm

PCS 30%

Memory 2MB (20,000 barcodes)

Indicator LED, Buzzer, Vibrator

Housing Plastic(PC)

Profile SPP, HID

Battery Life 5400 scans

Charge Time 2 hours (fully charged)

Radio Bluetooth 2.1 + EDR (Class2)

Coverage 10M/33ft. (line of sight)

Symbologies All major 1D barcodes incl. GS1 Databar

- 4-

LED Indicator

Micro USB port

Exit Window

Trigger Button

(w/ Protective Cover)

(1) iOS Hotkey Button

(2) Delete Button

Silicone Cover Quick Guide &

Quick Connection Card

NUMERIC BARCODES

*1*

*2*

*3*

*4*

*5*

Mini Wireless

Barcode Reader

Quick Guide

CHARGING THE BATTERY

1. Flip open the micro USB port on the scanner.

2. Insert the micro USB connector into the port on the

scanner and USB A connector into a USB port on

the host PC.

- 5- - 6-

BEEPER INDICATION

LED INDICATION

Single long beep Power up

Single beep Good read

Single short beep The scanner reads a Code39 of

ASCII in configuration procedure

Two beeps i. Wireless connection

ii.The scanner successfully reads

a configuration barcode

Two short beeps Good read (Batch mode/Memory mode)

Four beeps (Hi-Lo-Hi-Lo) Out of range/Poor connection

Five beeps Low power

Three beeps Wireless disconnection

Three short beeps i. The scanner reads a barcodes

while disconnected.

ii. The scanner reads an unexpected

barcode during configuration

procedure. (scan [ABORT] to abort

and start over)

Several short beeps The scanner switches from one

communication mode to another

Off

Flashing Green

Green for 2 sec

Flashing Red

Solid Red

Standby or Power off

Disconnected or Discoverable

Good Read

Low power

Charging

Scanner

Micro USB

USB A

Host

GETTING STARTED

To scan a barcode, make sure the aiming beam crosses

every bar and space of the barcode.





- 7- - 8-

INTERFACE

There are 5 interfaces for data transmission/collection:

1. BT HID - Emulates a Bluetooth HID keyboard that transmits

each barcode data to the host after decode.

(See page 9)

2. BT SPP - Emulates a Bluetooth SPP device that transmits

each barcode data to the host after decode.

(See page 9)

3. Memory Mode - Emulates a USB mass storage device

that saves each barcode data during

off-line data collection (See page 26)

4. USB HID - Emulates a USB keyboard that transmits each

barcode data to the host after decode.

5. USB VCP - Emulates a USB virtual com device that

transmit each barcode data to the host after

decode.

INTERFACE

. C006$

*.C006$*

USB VCP

. C008$

*.c008$*

USB HID

Memory Mode

BT SPP

. C035$

*.c035$*

BT HID

*Note: For Ez Utility(PC-based software utility), please contact your local

distributor.

Funcon Support Matrix

Mode Interface Batch Mode Memory Mode Ez Ulity

USB HID

USB VCP

BT HID

Wireless

Tethered

BT SPP

Memory



. E042$

*.E042$*

. E043$

*.E043$*

GETTING CONNECTED PINCODE SETUP

1. Press the trigger for 1 second to activate the scanner.

2. Scan [DISCONNECT]

3. Scan [BT mode - SPP]; the scanner will emit several beeps.

4. Select “Wireless Scanner” from discovered device list.

The default pincode is “1234”.

5. Open serial communication software with com port

(see Device Manager) properly set up.

6. The scanner will beep twice to verify the connection.

There are two modes of wireless communication:

. E042$

BT mode - SPP

Pincode Start

*.E042$*

. E032$

*.E032$*

. E033$

*.E033$*

. E043$

BT mode - HID

*.E043$*

Disconnect

. E031$

*.E031$*

*$TX*

$TX

1. Press the trigger for 1 second to activate the scanner.

2. Scan [DISCONNECT]

3. Scan [BT mode - HID]; the scanner will emit several beeps.

4. Select “Wireless Scanner” from discovered device list.

5. The Bluetooth application may prompt you to scan

a pincode(see PINCODE SETUP section) it generated.

6. The scanner will beep twice to verify the connection.

Scan numeric barcodes (see NUMERIC BARCODES section

on the next pages) based on the pincode generated

by the Bluetooth application.

STEP 1

Pincode Stop

Enter

STEP 4

STEP 3

STEP 2

[ Recommended ]

- 9- - 10 -

NUMERIC BARCODES

*1*

*2*

*3*

*4*

*5*

*6*

*7*

*8*

*9*

*0*

- 11 - - 12 -

SMARTPHONE/TABLET CONNECTION

Touch Keyboard - Android

Getting Connected - iOS & Android

Touch Keyboard - iOS

Simply follow instruction in

5 can be skipped since iOS & Android will not require pin-code

for connection.

,in which step[BT mode - HID] (page 9)

To toggle iOS Touch Keyboard, please press this button.

While connected with the scanner, the Touch Keyboard on the

Android smartphone or tablet might disappear. To resolve this

issue, please change settings on Android device with below steps:

1. Enter “Settings”

2. Enter “Language & input”

4. Turn off “Physical keyboard”, or Turn on “On-screen keyboard”

and the Touch Keyboard will function properly again.

iOS Hotkey Button

3. Tap on “Default keyboard”

- 13 - - 14 -

. E053$

. E054$

DISABLE

ENABLE

In Batch Mode, data will be temporarily stored in memory buffer

(2KB RAM) when the scanner is out of range or in poor connection

quality. Once the scanner gets back in range, the stored data will

be sent back to the host immediately, which will also be erased in

memory buffer at the same time.

Batch Mode can only function in the following conditions:

1. The scanner is connected to a host device via BT HID/SPP.

2. The scanner is NOT in Memory Mode or USB HID/VCP Mode.

BATCH MODE

Variable Timeout

No Timeout (Scanner Always On)

POWER OFF TIMEOUT

*.B030$*

. B030$

SET MINUTE

*.B029$*

. B029$

SET SECOND

*.B021$*

. B021$

DISABLE

TIMEOUT

The default timeout is 3 minutes 0 second.

For example, to set the timeout as 5 minutes 30 seconds:

1. Scan [Set Minute]

2. Scan [0] & [5] on page 11 & 12.

(Range: 00 ~60)

3. Scan [Set Minute]

4. Scan [Set Second]

5. Scan [3] & [0] on page 11 & 12.

6. Scan [Set Second]

The period of inactivity before auto power-off.

- 15 - - 16 -

Once enabled, a checksum will be added to the end of each data

to conduct Xor calculation. For Bluetooth SPP & USB-VCP, the BCC

is 1 byte. For Bluetooth HID, the BCC are 2 bytes.

Example:

The barcode data is “TEST” with terminator <CR><LF>

1. Bluetooth SPP & USB-VCP:

Data Format = <T> + <E> + <S> + <T> + <CR> + <LF> + <BCC>.

BCC = 54h ^ 45h ^ 53h ^ 54h ^ 0Dh ^ 0Ah = 11h

2. Bluetooth HID:

Data Format = <T> + <E> + <S> + <T> + <Enter> + <BCC>

BCC = 54h ^ 45h ^ 53h ^ 54h ^ E7h = F1h

However, since control character cannot be displayed in

Bluetooth HID, BCC will be converted into 2 bytes of characters.

As a result, the data will be: TEST + <Enter> + F + 1

BINARY CHECK CHARACTER

. E030$

*.e030$*

. E029$

*.e029$*

DISABLE

ENABLE

GENERAL SETTINGS

BEEPER

. P023$

. A007$

. F012$

ABORT

CHECK

VERSION

BEEP OFF

. F018$

READING MODE

. F002$

TRIGGER

FLASH

CONTINUOUS

. F001$

. F005$

. A001$

DEFAULT

BEEP ON

VIBRATOR

. D035$

*.D035$*

VIBRATOR ON

. D034$

*.D034$*

VIBRATOR OFF

- 17 - - 18 -

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