Sato Vicinity MARS-24AT MARS-24AT RFID READER User Manual

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EMC Technologies Pty Ltd

ABN 82 057 105 549

Unit 3/87 Station Road

Seven Hills NSW 2147 Australia

Telephone +61 2 9624 2777

Facsimile +61 2 9838 4050

Email syd@emctech.com.au

www.emctech.com.au

Melbourne

176 Harrick Road

Keilor Park, Vic 3042

Tel: +61 3 9365 1000

Fax: +61 3 9331 7455

Sydney

Unit 3/87 Station Road

Seven Hills NSW 2147

Tel: +61 2 9624 2777

Fax: +61 2 9838 4050

Auckland (NZ)

47 MacKelvie Street

Grey Lynn Auckland

Tel: +64 9 360 0862

Fax: +64 9 360 0861

APPENDIX G

OF

TEST REPORT T120110_F

TEST SAMPLE USER MANUAL

FCC ID: TVN-MARS-24AT

Manufacturer: Magellan Technology Pty Limited

Test Sample: Multiple Antenna Reader System (MARS-24AT)

Model Number: MARS-24AT

Serial Number: Production Prototype

Date: 30th March 2012

User Manual

MARS-24AT

Multiple Antenna Reader System

Document Number : 63-70-006-DOC

Revision: 1.1

Last Changed : 07 March, 2012

REVISION HISTORY

Version Date Person Reason

Ver.1.0 05.2007 Olga Kolesnik

Ver. 1.1 07.2007 Bodo Ischebeck I/O Port

To our valued customers

We constantly strive to improve the quality of all our products and documentation. We have spent time to ensure

that this document is correct. However, we realise that we may have missed a few things. If you nd any

information that is missing or appears in error, please use the contact section at the end of this document to

inform us. We appreciate your assistance to constantly improve this document.

Attention please!

The information herein is given to describe certain components and characteristics and is not to be considered

in any way as warranted or guaranteed. We hereby disclaim any and all warranties, including but not limited

to warranties of non-infringement, regarding circuits, descriptions and charts stated herein. No licenses to

patents or other intellectual property of Magellan Technology are granted in connection with the sale of Magellan

Technology’s products, expressly or by implication. If a failure of Magellan Technology products can reasonably

be expected to cause the failure of a life-support device or system, or to aect the safety or eectiveness of

that life-support device or system, then Magellan Technology’s products may only be used in such life-support

devices or systems with the express prior written approval of Magellan Technology. Magellan Technology shall

in no event be liable and disclaims any and all liability for any damage whatsoever caused by the information

provided or donated herein to the recipient under any legal cause whatsoever for any damage including, but

not limited to lost production, interrupted operations, lost prots, loss of information and data or loss of interest,

except where mandated by statute Terms of delivery and rights to technical change are reserved. Unauthorised

opening of equipment voids all rights to any claim on Magellan for repair or refurbishment. Magellan’s Terms of

Trade also always apply.

All rights of use are conditional upon the above terms.

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CONTENTS

REVISION HISTORY ..........................................................................................................................................................................................................2

About this manual ...........................................................................................................................................................................................................5

Meaning of Alert Symbols and Signal Words .........................................................................................................................................................5

Important Information ...................................................................................................................................................................................................5

1. INTRODUCTION ................................................................................................................................................................................................7

2. BEFORE YOU BEGIN .........................................................................................................................................................................................9

2.1 Unpacking and Inspection ............................................................................................................................................................................9

2.1.1 Power Pack ..........................................................................................................................................................................................................9

2.1.2 Data Communication Cables ..................................................................................................................................................................... 10

2.1.3 CD-ROM .............................................................................................................................................................................................................10

2.2 Recommended System Requirements ...................................................................................................................................................11

2.3 Reader Mounting Requirements ..............................................................................................................................................................11

3. PRODUCT OVERVIEW .................................................................................................................................................................................. 13

3.1 MARS-24AT .......................................................................................................................................................................................................13

4. INSTALLATION ................................................................................................................................................................................................ 15

4.1 Quick Start Guide ........................................................................................................................................................................................... 15

4.2 Hardware Installation ...................................................................................................................................................................................16

4.2.1 Connecting to a power supply .................................................................................................................................................................. 17

4.2.2 User I/O Interface Connector .....................................................................................................................................................................18

4.2.3 Connecting a Reader to a Computer using USB ................................................................................................................................. 19

4.2.4 Connecting a Reader to a Computer using Ethernet ........................................................................................................................ 19

4.2.5 Connecting Multiple Readers to a local network ............................................................................................................................... 20

4.2.6 Connecting External Antennas .................................................................................................................................................................20

4.2.7 Antenna Matching, Tuning and Testing ................................................................................................................................................21

4.3 ReaderManager Software Installation ....................................................................................................................................................21

4.3.1 Installation and Functionality Test ..........................................................................................................................................................22

4.3.2 Upgrading software ......................................................................................................................................................................................23

4.4 Connecting to a Reader using ReaderManager .................................................................................................................................. 23

4.4.1 Getting an IP address using Ethernet .....................................................................................................................................................25

4.4.2 Getting an IP address using USB .............................................................................................................................................................. 26

4.4.3 Getting a Reader connected using the ReaderManager ................................................................................................................. 28

4.5 Communication Test .....................................................................................................................................................................................30

5. WORKING WITH ANTENNAS ..................................................................................................................................................................... 31

5.1 Materials ............................................................................................................................................................................................................31

5.2 Antenna Separation ......................................................................................................................................................................................32

5.3 Cables .................................................................................................................................................................................................................32

5.4 How to shield antennas ...............................................................................................................................................................................33

5.5 Antenna Maintenance (Tuning) ................................................................................................................................................................33

5.5.1 Equipment and Software Required for Antenna Tuning and Testing ........................................................................................34

5.5.2 Tuning Instructions .......................................................................................................................................................................................34

5.5.3 Optimisation of Antenna Performance .................................................................................................................................................. 34

6. WORKING WITH TAGS .................................................................................................................................................................................. 37

6.1 How to reconfigure tags individually or en masse ............................................................................................................................ 37

6.2 How to check a tag configuration mode ...............................................................................................................................................38

6.3 How to check a Tag Chip Type (IT or ST) ................................................................................................................................................ 38

6.4 Tag-to-Antenna Orientation.......................................................................................................................................................................39

7. APPENDIX .........................................................................................................................................................................................................41

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7.1 External Antenna Types ...............................................................................................................................................................................41

7.2 Reader-Tag Compatibility ............................................................................................................................................................................ 43

7.3 Maximum Read-Write Distance ................................................................................................................................................................44

7.4 Specifications ..................................................................................................................................................................................................45

7.5 Regulation and Standards .......................................................................................................................................................................... 46

7.5.1 FCC Radio Frequency Interference Statement (USA) ........................................................................................................................ 46

7.5.2 Industry Canada Radio Frequency Interference Declaration of Conformity ............................................................................46

7.5.3 ISO/IEC 18000 – 3 Mode 2 (Air Interface at 13.56 MHz) Compliance ........................................................................................... 47

7.5.4 CSA and ANSI/UL Compliance ................................................................................................................................................................... 47

7.5.5 Human Safety ..................................................................................................................................................................................................47

7.6 Glossary of Terms and Abbreviations ..................................................................................................................................................... 47

7.7 Troubleshooting .............................................................................................................................................................................................50

7.7.1 LEDs.....................................................................................................................................................................................................................50

7.7.2 Antenna installation and maintenance ................................................................................................................................................. 51

7.7.3 Connecting a Reader .................................................................................................................................................................................... 51

7.8 Reporting a Problem ..................................................................................................................................................................................... 52

7.8.1 Warranty Repairs ............................................................................................................................................................................................53

7.8.2 Non-Warranty Repairs ..................................................................................................................................................................................53

7.8.3 Warranty ............................................................................................................................................................................................................53

7.8.4 Limitation of Liability ....................................................................................................................................................................................54

7.8.5 Service Form (editable pdf-file on your cd) ......................................................................................................................55

7.9 Contact us .........................................................................................................................................................................................................56

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About this mAnuAl

Please read this document before using Magellan’s readers.

This manual is designed for use by engineers experienced with Radio Frequency Identication (RFID) devices. Regulatory,

safety and warranty notices that must be followed are given in chapter 7.5 and 7.8.

meAning of Alert symbols And signAl Words

Notes and Tips. Application Notes.

Requires your attention.

Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or

may result in serious injury or death. Can cause signicant property damage.

importAnt informAtion

Installation Environment

• For indoor use only unless otherwise specied.

• Install Magellan’s readers within the temperature and humidity range according to the product specication.

For standard readers the temperature range is from +10°C to +45°C. The humidity range is from 10% to 80%

(non-condensing humidity).

The environment must not contain corrosive, ammable or explosive agents or be subject to rapid changes

in temperature, to direct vibration or shock.

Installation

• Magellan’s RFID reader-writers communicate with data carriers (RFID inlets, labels and tags) using the

13.56 MHz High Frequency (HF) band. Some industrial machines and electronic devices can generate

unwanted noise which may degrade communication. Make sure that other equipment is properly installed,

grounded and at a reasonable distance from the reader and/or reader antennas.

• Wireless communication can be degraded by high-voltage and high-current lines and other sources of strong

electric and magnetic elds. Installation in such locations should be avoided.

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Magellan’s RFID reader-writers are to be professionally installed by authorised, qualied and service-

trained installation personnel only.

Maintenance

All Magellan’s RFID readers-writers are low maintenance equipment. Except for externally accessible fuses

there are no user-serviceable parts in any reader. There is no requirement to remove the cover of the reader.

Removal of the reader cover by unauthorised personnel will void the product warranty.

Do not attempt to clean internally. Periodic cleaning of external case parts with a damp cloth is advisable. Turn

o the reader before cleaning. Do not use a solvent of any kind.

Electrical Safety

In order to avoid electric shock do not remove the reader cover or attempt to repair. The reader must be

maintained by authorised, qualied and service-trained personnel only.

Environmental

For disposal readers should be treated as industrial waste.

This symbol on the product or on its packaging indicates that this product shall not be treated as household

waste. Instead it shall be handed over to an appropriate collection point for the recycling of electrical and

electronic equipment. By ensuring this product is disposed of correctly, you will help prevent potential negative

consequences for the environment and human health, which could otherwise be caused by inappropriate waste

handling of this product. The recycling of materials will help to conserve natural resources. For more detailed

information about recycling of this product, please contact your local city oce, your household waste disposal

service or the Magellan Technology regional sales oce.

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1. INTRODUCTION

Thank you for your recent purchase of a Magellan RFID reader-writer.

This User Manual will provide you with information to rapidly adopt Magellan’s PJM technology for your needs,

to install the reader hardware and ReaderManager software and get the reader running.

Refer to the 66V10 PJM Condential Data Book (36-10-006-SPC)for the description of the PJM ItemTag® and

PJM StackTag® products of Magellan Technolgoy.

Refer to the ReaderManager Guide (40-01-006-DOC) for a description of the various tools and advanced options

available in the ReaderManager software.

Programming is covered in the Application Programmer’s Guide (40-01-000-DOC).

Refer to Appendix 7.5 of this manual for details of the Regulations and Standards to which this product

complies.

For details of product Warranty refer to Appendix 7.8 of this manual.

For a Glossary of Terms and Abbreviations used in this manual, refer to Appendix 7.6

Magellan reserves the right to change its product design, specications and product range without notice. This

document is subject to change without notice.

This document is protected by copyright and is intended solely for use in conjunction with Magellan’s products.

This document shall not be copied, reproduced or transmitted in any form or by any means without written

permission from Magellan Technology Pty Limited.

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2. BEFORE YOU BEGIN

2.1 unpAcking And inspection

When you receive your system, inspect it for any obvious damage that may have occurred during shipment. If

there is damage, notify the shipping carrier and the supplier of the equipment or Magellan if purchased directly

from Magellan.

Until you have checked the system, save the shipping carton and packaging materials in the event the unit

has to be returned.

The standard MARS-24AT package includes the following components:

• Reader/writer

• External antennas (up to 24) and connection cables (up to 24)

• Power adaptor

• USB data communication cable

• Quick Start Guide

• CD-ROM

• Magellan Antenna Tuning Kit (optional)

2.1.1 poWer pAck

The reader is connected to the power source via a low voltage power pack (12VDC output).

A power cable is not included. End-users should purchase a power cable suitable for the country in which

the equipment is being used.

Only power cables and adapters that are compliant with the regulations in the country of use may be

connected to Magellan’s equipment.

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2.1.2 dAtA communicAtion cAbles

Magellan supplies USB shielded cables (USB 2.0, 2 m long).

As shielded cables are generally required in order to comply with EMC emissions limits, the shielded cables

recommended by Magellan Technology must be used. Unshielded cables may be used where explicitly allowed

in the Installation Requirements section of this User Manual.

USB cable should not be longer than 3m

Ethernet cable is not included with the supply.

Magellan recommends CAT5 STP (shielded twisted pair) Ethernet cable.

2.1.3 cd-rom

The CD-ROM contains the following les:

AdbeRdrxx_enu_full.exe Self-extracting installation software for Adobe Acrobat reader,

which is required to read and print PDF les

40-01-000-DOC

Application Programmer Guide.

pdf

PDF document describing how to program all of Magellan’s

readers

40-01-006-DOC

ReaderManager Guide

PDF document describing various tools and advanced options

available in ReaderManager software

63-70-006-DOC

User Manual.pdf

PDF version of this document

ReaderManager-Install.exe Self-extracting installation software for the ReaderManager

Once you installed the ReaderManager software the User Manuals and Guides can be opened in Windows:

Start -> (All) Programs -> Magellan Technology -> User Manuals

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2.2 recommended system requirements

Recommended minimum host computer requirements:

• Operating System: Windows XP SP2

• Memory: 128MB RAM

• Hard Drive: 20 GB

• CPU: Intel Celeron 500

• Interface: USB or Ethernet

Power supply requirements:

• Mains input: 110 - 240 VAC @ 50/60 Hz

• Low voltage input (MARS-24AT): 12 VDC @ 2.5 A

2.3 reAder mounting requirements

Surface Screws recommended

Metal surface Phillips/Pozidrive Pan Head Self Drilling Zinc Plated Steel

Screw No 6/12.7mm equivalent to RS 546-59 5

Timber surface Phillips/Pozidrive Pan Head Self Drilling Zinc Plated Steel

Screw No 6/19.1mm equivalent to RS 278-02

Dry wall

Phillips/Pozidrive Pan Head Self Drilling Steel Screw No 6/25.4mm

equivalent to RS 278-051 plus Plasterboard Anchor or equivalent to

RS 546-6477

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3. PRODUCT OVERVIEW

Magellan’s RFID readers are intended to read and write information to individual Magellan ItemTags and multiple

Magellan StackTags.

The communication protocol used by the reader is compliant with ISO/IEC 18000 - 3 Mode 2 (Air Interface at

13.56 MHz).

3.1 mArs-24At

Multiple Antenna Reader System – 24E

Operates with up to 24 antennas

8 PJM reply channels

General purpose digital I/O interface

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4. INSTALLATION

4.1 quick stArt guide

Quick Start Guide

MARS Readers

1. Hardware Installation

(4.2 User Manual)

Connect a communication cable

(USB or Ethernet) to the reader

and host PC

Connect external antenna/s to

the reader

Connect a power pack to

the reader

2. Software Installation

(4.3 User Manual)

Install the ReaderManager software

from the supplied CD-ROM

3. Connecting to a reader using the ReaderManager

(4.4 User Manual)

Open

Start -> Settings -> Control Panel

-> Network Connections

in Windows

Turn on the reader.

Wait for automatic network

connection to be established.

Open the Connection menu in the

ReaderManager. Find and click on

the reader you want to connect to

4. Antenna Matching, Tuning and Testing

(4.2.6 User Manual)

Open

Tools -> System -> Reader Setup

in the ReaderManager

Use the Reader Setup Wizard to setup

reader-antenna connection, tune and

test antennas

5. Tag Reading

(4.4 User Manual)

Open

Tools -> System -> Grid of Tag Sight Counts

in the ReaderManager.

Place tag/s onto the antenna/s

The tag IDs and the number of times the

tags were sighted will be displayed

HF RFID Readers/Writers

PJM®Technology

ISO/IEC 18000-3 Mode 2

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Antenna

Interface

User I/O

RCA

Connector

Adjustable tuning capacitor

4.2 hArdWAre instAllAtion

MARS-24AT User I/O and Antenna Interface

MARS-24AT User Interface panel

Round 124 mm dia. antenna (63-10-005)

RJ 45

(Ethernet Port) USB

Host Port

USB

Device Port

LEDs

Power

Switch

Power Port

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4.2.1 connecting to A poWer supply

Step 1: Connect a low voltage power pack to the unit.

The connection to the power source is enabled via a low voltage power pack.

The power cable is not supplied with the reader and is recommended to be purchased in the country of

use.

Step 2: Plug the power supply into AC power mains. LEDs will come on.

When power is applied to a MARS-24AT Reader the LEDs on the Reader should operate as follows:

• the red LED, blue LED and green LEDs will immediately come on; all LEDs will go o in about 1 minute

MARS-24AT with the blue and green LEDs on

• the blue LED will come on again in 1-3 seconds indicating that the unit is in an operational mode; the green

LEDs will be o

MARS-24AT with the blue LED. The Reader is in an operational mode

• once the unit is in an operational mode the blue LED will remain lit the green LEDs will ash every time a

tag/tags is/are successfully read. The red LED will indicate a fault of the unit. If it remains on then the unit

requires service.

LEDs are controlled by the MARS-24AT reader software

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4.2.2 user i/o interfAce connector

The MARS-24AT has an external interface connector called the USER I/O. This provides a number of digital

input and outputs points. These can be used under application control to connect to external devices, such as

buttons and lights.

The connector is an IDC 20 pin male.

The pins are used as follows:

Pin Number Direction Function

1 - 5V at up to 200mA

2 Out Fault alarm signal

3 Out Debug serial port transmit

4 Out SPI port output

5 Out SPI port clock

6 Out External output line 0

7 Out External output line 1

8 Out External output line 2

9 Out External output line 3

10 Out External output line 4

11 In Debug serial port receive

12 In External input line 0

13 In External input line 1

14 In External input line 2

15 In External input line 3

16 In External input line 4

17 In External input line 5

18 In External input line 6

19 - Ground

20 - Ground

All the External output line pins can be controlled using the ExternalOutputState() and ExternalOutputPulse() API

commands using the number specied in the table. For example, ExternalOutputState(3,1) would turn on the

output on pin 9. Note that the outputs are intended to drive a simple LED indicator or provide a control signal to

a more powerful external buer. All outputs are 3V.

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All the External input line pins will generate log messages when the state of a pin changes, for example

Info,External:Input 4 changed state to 0. The External input() API function can also be called to read the state

of all inputs as a number. The inputs allow connection to either switches or any external sensor which provides

a contact closure or TTL compatible signal.

When designing external hardware, we strongly advise checking the design with Magellan beforehand to verify

that it will be electrically compatible.

This connector also includes the debug serial port of the CPU, which is used as the system console. These

pins are 3V levels only, so a proper RS-232 driver must be used externally if this connection is required.

Refer to Application Programmer’s Guide (40-01-000-DOC) for more information.

4.2.3 connecting A reAder to A computer using usb

Connect the MARS-24AT Reader to a host computer using the USB data communication cable by plugging the USB

cable into the MARS-24AT USB device port and the host computer USB port.

Only one Magellan reader can be connected to the PC via USB at a time (limited by Windows).

When the USB connection is used only a screened USB cable should be used.

MARS-24AT with the USB communication cable and power cable

4.2.4 connecting A reAder to A computer using ethernet

Connect the MARS-24AT Reader to a host computer using a cross over Ethernet cable. Plug the Ethernet cross over

cable into the MARS RJ45 socket (Ethernet port) and the network interface port on the PC.

Always connect the Ethernet cable before power is applied to the reader.

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4.2.5 connecting multiple reAders to A locAl netWork

Multiple readers can be connected to a local network using an Ethernet hub/switch. Plug the Ethernet

communication cable into the MARS’s RJ45 socket (Ethernet port) and Ethernet hub/switch.

Always connect the Ethernet cable before power is applied to the reader.

MARS-24AT with the Ethernet communication cable and power cable

4.2.6 connecting externAl AntennAs

Connect each external antenna to a Reader’s Antenna Axis/Port via a supplied connection cable.

MARS-24AT with the external 120 x 240 mm antenna connected

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4.2.7 AntennA mAtching, tuning And testing

Before you start tuning and testing the antennas it is nececcary to install the ReaderManager software and

connect to a reader in the ReaderManager’s Connection menu.

Refer to the ReaderManager Guide (40-01-006-DOC) for the antenna matching, tuning and testing instructions

using the Wizard tool in Reader Setup.

Follow the procedure, making sure that the Magellan Antenna Tuning Probe and voltmeter are used to measure

when the tuning is correct.

The design of the antenna and the selection of the correct cable length are critical factors in the reliability of

a reader. Each antenna has unique set up values associated with it that are used by the software to ensure

the reader and antenna are matched to each other.

The most critical part of the setup of MARS-24AT is telling the reader what type of antenna is connected to each

antenna axis (Setup Axis). This is done using the Reader Setup tool in the ReaderManager. It provides a xed list of

antennas with known set up values for that particular reader.

If an antenna is not listed in this table it cannot be used with that particular reader. Unless correct set up values

are measured by Magellan and recorded in the list of known antennas, the antenna will not operate properly.

If you cannot nd your antenna on the list you have to upgrade the ReaderServer software to the latest

version assuming that you purchased a new antenna type recently to be used with a reader purchased

some time before. Update the ReaderManager from the Magellan website rst.

Dierent release versions (MLC number) of the same reader may well have very dierent set up values, because

of circuit changes. The reader selection system accounts for this and automatically manages loading the correct

values for a given version of the reader.

4.3 reAdermAnAger softWAre instAllAtion

The ReaderManager application software allows tag data to be viewed and programmed.

The ReaderManager can only connect to one Reader at a time. The Connections menu allows the user to

connect to other Readers by disconnecting from the currently connected Reader and then establishing a

connection to a new Reader.

It is possible to run many ReaderManagers on the same computer at the same time. Simply double click on the

ReaderManager icon to open up multiple instances of the ReaderManager.

Refer to the ReaderManager Guide (40-01-006-DOC) for various tools and advanced options available in the

ReaderManager.

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4.3.1 instAllAtion And functionAlity test

Step 1: Insert the CD supplied with the reader into the CD-ROM.

Step 2: Open Windows Explorer, double click on ReaderManager-Install.

Step 3: Ensure all items in the Install dialog are ticked, and then click the Install button.

If Python is not installed on your computer, the installation program will prompt you if you would like to install

Python. Click the Yes button and accept all the default options during installation.

When the ReaderManager and all the required libraries are installed the dialog box will be displayed. Ensure the

dialog box shows Completed and no problems are reported.

There is an option to install only an Ethernet-over-USB driver. Tick only the PJM Reader USB driver (RNDIS

Ethernet) box in Install dialog and press Install.

Step 4: Click the Close button to continue.

If the ReaderManager is already installed, double click ReaderManager-Upgrade. Follow steps 3 to 4 above.

If Python and PyQt are already installed, the installation program will not re-install them. To force the installation

program to re-install these libraries, click the relevant check boxes.

Step 5: To start the ReaderManager double click the ReaderManager icon or select ReaderManager

from the Programs Start menu.

Step 6: Functionality test.

Select Help>About ReaderManager from menu to see the version of the ReaderManager software and its

status.

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4.3.2 upgrAding softWAre

Magellan recommends to upgrade the ReaderManager software at least once a month and ReaderServer

software on network based readers every 3-4 months.

You are able to download the latest version of the ReaderManager operating software from Magellan’s website.

Contact Magellan or its representatives to receive a user name and password.

Refer to the ReaderManager Guide (Upgrading Reader Software) for more information about how to upgrade

the ReaderServer from the ReaderManager File menu.

4.4 connecting to A reAder using reAdermAnAger

Magellan’s readers are complex and powerful network devices. As most network devices they should be

handled by well trained network administrators.

A reader provides Ethernet and USB device interfaces to allow for user connection.

Before you open the ReaderManager and connect to a reader using the ReaderManager you must obtain an

Ethernet IP address if you are using a normal Ethernet cable or an Ethernet cross over cable or acquire a USB

IP address if you are using the USB cable.

These are the networking rules:

• USB will always choose a subnet dierent to Ethernet.

• Both interfaces will try to obtain the 169.254.0.0 range, but Ethernet has priority.

• 172.16.0.0/16 is USB’s fallover subnet if Ethernet has already taken it by either: DHCP, xed, or link-local IP

acquisition.

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To change the reader’s network settings:

From the Tools menu in the ReaderManager select System then Conguration System. Click the Network

Conguration tab.

If the reader is to be assigned an IP address from a DHCP server click the Obtain an IP address automatically

check box.

To assign a static IP address, uncheck the check box and enter the IP address in the IP address text box. The

box will turn red if the IP address is not valid.

Care should be taken not to duplicate IP addresses on your network. If you are unsure what IP address to

use consult your system administrator.

Enter the network Subnet mask and Default gateway addresses in the text boxes provided.

Click the Save button to save these changes to the reader, or click the Refresh button to restore the last saved

values.

Restart the reader for these changes to take eect.

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4.4.1 getting An ip Address using ethernet

Here is a general guide to the way Reader network address assignment works:

The Ethernet interface is either served an IP address via DHCP or is assigned a static IP address by the user.

If the Reader is set to use a DHCP assigned address and no DHCP server is available it will automatically use

a link local address of 169.254.0.0/16.

The Reader must be powered up with the Ethernet connected to get a DHCP assigned IP address.

By default, the Readers are set to Obtain an IP address automatically, which means they look for a DHCP

server. If one isn’t present, for example when a crossover cable is used to connect to a single PC, the Reader

will choose a Link Local address.

A link local address (also known as Automatic Private IP Addressing - APIPA) is one chosen at random in the

range 169.254.0.1 to 169.254.255.254 with a netmask of 255.255.0.0.

Windows PCs and most other computers by default will use the same system, which allows an ad-hoc network

of computers and Readers to automatically pick unique addresses. This can work for a crossover cable between

a single Reader and a computer or a more complex setup involving multiple Readers and multiple PCs using a

normal Ethernet cable and Ethernet hub/switch.

This system is very good to use because it requires no expertise or intervention from users.

The below process has been discussing automatic address negotiation only.

In order to successfully connect a Reader via a crossover cable follow these steps:

Step 1: In Windows, open the Start -> Settings -> Control Panel -> Network Connections window

The PC’s Ethernet connection should be marked as disconnected

Step 2: Plug in the cross over cable. Turn the reader on. The user should instantly see the state of

Ethernet change to Looking For An Address.

This process may take up to a minute.

Step 3: Eventually it should go to the state Limited Or No Connectivity. In the desktop icon tray, the

Ethernet will be marked with a yellow triangle.

This means that Windows was looking for a DHCP server, but was unable to nd one, so it used a Link Local

address (169.254.X.X) instead. Even though it looks like an error, this is what we would expect to see.

Step 4: Left click on the Ethernet connection and look in the Details box on the bottom of the left hand side

panel of the Network Connections window. You should see the IP address in here.

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If the address here is not 169.254 followed by 2 other numbers, then the user needs to check the following:

Right click on the Ethernet connection in the Network Connections window.

Select the Properties menu option.

In the properties window, look in the list of items for Internet Protocol (TCP/IP).

Double click on this item

In the Internet Properties window, click on the Alternate Conguration tab

Make sure that the Automatic private IP address radio button is the selected one.

If it is not, then select it and click OK.

In some PCs this setting could be on a manual address, which would prevent Link Local addressing from

functioning.

Note that older versions of Reader OS software used a dierent system. It is important that all Readers are

upgraded to 2.03 or above in order to use this functionality.

Step 5: Go to the section 4.4.3

4.4.2 getting An ip Address using usb

The USB interface uses TCP/IP networking over USB as the protocol. This allows you to connect to a reader as

if it was a normal network. So all the usual services, such as telnet and FTP are available.

Any device hardware when it’s rst connected to a PC via USB requires a device driver. The device driver

is provided by Microsoft (Windows XP SP2). No USB device drivers are available instantly. They have to be

installed and require a certain amount of conguration. The driver must be installed on the PC before Windows

can use the connection. The device driver requires a conguration le for the reader which is installed on the PC

via the ReaderManager.

When you install a new reader for the rst time it can take from 1 to 5 minutes to create a network connection

before the ReaderManager is able to recognize a new reader.

Since every reader has a unique serial number, Windows treats it as a new device and you will have to install

the device driver again for each new reader that you connect to the same PC. Since the device driver les are

already on the reader, Windows can search for the driver automatically.

In order to connect to a reader via USB for the rst time follow the steps below:

Step 1: Open Network Connections in Windows (Windows XP SP2) to view the network connection

process.

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4.

5.

6.

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You can verify that the reader is connected by looking at the Network Connections window. You can open this

window from several places: Start -> Settings -> Control Panel -> Network Connections or My Computer ->

Other Places -> My Network Places -> View Network Connections.

Step 2: Make sure that the USB and power cables are plugged in. Turn on the reader. The Found

New Hardware dialog box will be displayed.

When a reader is connected to a host computer for the rst time using a USB, there are a few steps to go

through before the ReaderManager is able to identify the new reader:

In Found New Hardware Wizard tick Yes, this time only to search for software and press Next.

In What do you want wizard to do? tick Install the software automatically and press Next.

Wait while the wizard installs the Linux USB Ethernet/RNDIS Gadget device driver. Ignore other

message and press Continue anyway.

Press Finish.

Step 3: Wait until you see a new entry appears in the Network Connections list called “Linux USB

Ethernet/RNDIS Gadget”. This is the reader.

If it says Acquiring IP address then you must wait until it says Connected.

The reader’s network connection will say:

Local Area Connection X

Connected

Linux USB Ethernet/RNDIS Gadget

Once it says Connected in the Network Connections window (Windows XP SP2) you can go to Step 4.

If it says Disabled or Broken, then click right and select Repair or Enable to try and x the connection.

If this fails, disconnect the reader, reboot your PC and repeat from Step 1.

The reader can disconnect in situations where it has been repeatedly plugged and unplugged before Windows

has had a chance to properly and completely process the network connection. In this situation it is possible for

the reader to appear on the network for about a minute before it is disconnected by the Windows networking

system.

The solution is:

Unplug the reader.

Wait for the reader’s network connection to be removed from the Network Connections window.

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Once the network connection has been removed:

Plug the reader back in.

Wait for the network connection to re-appear and become Connected.

Connect to the reader via the ReaderManager.

Another solution is to try another USB port as USB ports can fail on PCs. As with the previous case:

Unplug the reader.

Wait for the network connection to be removed.

Plug the reader into another USB port.

Windows networking can take some time (a few minutes) to create the network connection if the reader has

been rapidly plugged and unplugged. If the reader network device does not disappear within 5 minutes of being

disconnected, reboot your PC as then there is a problem with Windows Networking or the USB port has locked

up.

You should NEVER power cycle a reader because you are having problems with your PC or with Windows.

Power cycling can cause more problems with Windows and Windows networking.

Most USB problems are usually caused by Windows networking delays and Windows networking problems.

Frequent unplugging of the USB cable will create even more problems.

Step 4: Go to the section 4.4.3.

4.4.3 getting A reAder connected using the reAdermAnAger

Step 1: Open the ReaderManager.

ReaderManager will automatically detect all readers on the local network. When a reader is connected for the

rst time to a network using an Ethernet cable or a host computer using a USB cable, the reader is identied by

its Model Name-Serial Number (recommended to keep).

Users can replace or add additional information to the Model Name-Serial Number such as a physical location

or customer ID number.

Subsequently when a user starts using the reader the new name will appear on the list of readers in the

Connection menu.

Tip: If you want to use the new name immediately, simply power cycle the reader to view the new name on

the Connection menu list.

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To change a reader network name:

From the Tools menu, select System then Conguration System. The window shown below will be displayed.

Click the column on the right of Customer ID and enter the name you would like the Reader to be identied as.

This is the name that will appear on the Connection menu.

Click the Save button on the right to save your changes to the reader, or click the Refresh button to restore the

previously saved name.

Step 2: Click the Connection menu item to view readers found on the local network.

The ReaderManager will use network broadcasts to look for active readers via USB and Ethernet. If you click on

the Connection menu, you can see readers dened in there automatically.

A list of readers will be displayed. The IP address and MAC address will be shown on the status bar as you move

the mouse over each reader entry.

Step 3: To connect to a reader, select the reader you would like to connect to from the

Connection menu, then click the left mouse button.

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The status bar will change from a red to a green background to indicate that the ReaderManager was able to

connect to a reader. The tag type and IP address are also shown on the status bar.

To get more information how to setup static connections to readers please refer to the ReaderManager Guide

(40-01-006-DOC).

4.5 communicAtion test

Perform the tag reading test by selecting Tools -> System -> Grid of tags sight count.

Check some default settings in Tools -> System-> Reader Settings:

• Tag Type. Default is IFX_STACK. If you use ItemTags the default should be changed to IFX_ITEM. If you

want to read both IT and ST tags the Tag Type should be IFX_STACK.

• The Powering Field box should be ticked.

Use one of the fully powered tags, place the tag on the reader antenna.

The rst square in the grid should turn from white to blue and display the tag’s ID number and the number of

times the tag was sighted (should be one). An example of this is shown below.

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5. WORKING WITH ANTENNAS

MARS-24AT requires special installation and tuning of external antennas. Refer to the ReaderManager User Guide (40-

01-006-DOC) for the antenna matching, tuning and testing instructions using the Reader Setup Wizard tool.

MARS’ external antennas are suitable for applications where one or many reading points are required. They

are designed to be used as free standing antennas, integrated into non-metallic (preferably plastic) housings, or

even embedded into desk tops or shelves.

Once antennas are placed in the position they are to be used, it is essential that they are xed in place and

tuned. The tuning is to be done only once at installation. All antennas (except the small round antenna 30

mm radius) have an adjustable capacitor that allows for tuning.

5.1 mAteriAls

The material upon which an antenna is mounted and the positioning of the antenna itself can have a signicant

eect on antenna performance.

The eect of materials and antenna position on antenna operation may be determined as follows:

• Place an antenna on a styrofoam block and tune for maximum voltage at the antenna center using an

Antenna Tuning Probe, digital voltmeter and a trimming tool. Then place the antenna on/into the installation

position, retune and measure the maximum voltage again. Compare the voltage values.

• A dierence of 10% or less is acceptable. If the voltage reduces by more than 10%, this indicates that

the material is adversely aecting the antenna. The user should determine if the reduction in operation is

acceptable by measuring read range and stacking operation. If the reduction is not acceptable the antenna

must be relocated.

• Alternatively the use of a plastic spacer of 5 mm minimum thickness between the mounting material and the

antenna is recommended where the mounting material is adversely aecting the antenna.

Antenna performance may be aected by conductive and metallic materials in the immediate vicinity of the

antenna.

Metal, metallic or metallized objects placed next to the reader antenna may change the characteristics of the

antenna aecting the tuning operation and reducing the read range.

It is recommended that the antenna should not be placed closer than 35 cm to any metallic object that is of a

similar or larger size to the antenna.

Small metallic objects such as jewelry or coins put on the antenna will have almost no aect on the antenna

performance.

If metallic conveyor rollers are a part of an application it is advised to replace them with plastic parts if possible

or apply shielding techniques as required.

Materials such as wood, laminated MDF, HDF or plywood have a limited conductivity. If an antenna is mounted

into these materials some reduction in the read range can be expected.

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Plastics are the best materials on which to mount an antenna provided that they are graphite/carbon free.

Try to avoid using black plastics as they may be conductive due to carbon/graphite based colouring

agents.

Clear glass is generally not conductive and can be used as a desk top material (for desktop applications).

Smoked and tinted glass may be conductive and any aect on antenna operation should be determined by

measurement.

5.2 AntennA sepArAtion

Antennas mounted in a close proximity may cause mutual interference.

For antennas connected to the same MARS reader the safe distance between the antenna edges is antenna size

dependent and varies from 5 cm (radius 30 mm round antenna) to 15 cm (202x352 mm antenna).

For antennas connected to two dierent MARS readers the safe distance between the antenna edges is

also antenna size dependent and varies from 30 cm (radius 30 mm round antenna) to 60 cm (202x352 mm

antenna).

Do not mount an antenna on a desktop surface if there is a MARS reader immediately below and under the

antenna. The distance between the antenna and the MARS reader should be no less than 20 cm. Use extended

brackets to increase the distance if required. Alternatively the MARS can be screened from the antenna by a

purpose built ferrite shield.

In general no electronic devices and power adaptors are to be placed within 20 cm of the antenna in any

direction. Before such installations are attempted Magellan must be consulted.

5.3 cAbles

Do not run any cables under or near an antenna. Maintain a minimum distance of 15 cm.

The cables that connect external antennas with the reader are provided by Magellan. The MARS readers

should only be operated with antenna cables supplied by Magellan. Any changes or modications to the

equipment that are not expressly approved by the party responsible for compliance will void the product

warranty.

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5.4 hoW to shield AntennAs

Antennas may be shielded by a purpose built ferrite sheet only. In special circumstances devices such as

keyboards and computers may be placed under antennas where a purpose built ferrite antenna shield

(64-50-001) is provided to protect the antenna.

A ferrite shield consists of a sheet of aluminium with ferrite tiles, minimum thickness 5 mm.

Contact Magellan for further information on shielding antennas for your specic applications and for the

specication of the Ferrite Antenna Shield (64-50-001) when planning your installation.

5.5 AntennA mAintenAnce (tuning)

Antennas may require periodic re-tuning and testing. Detuning of an antenna may occur if the physical

environment around the antenna is changed. This can occur, for example, when large metal objects are located

near the antenna or electronic devices or cables are placed in close proximity with the antenna. The severity of

detuning is dependent upon the size of the metal object and can only be determined by measurement.

Before tuning make sure that metal objects, electronic devices and cables are not closer that the recommended

distances in any direction from the antenna.

The purpose of the tuning procedure is to maintain an antenna at its correct operating point. Tuning the antenna

means to trim it to its highest possible eld strength which corresponds to the highest voltage as measured by

a voltmeter with an Antenna Tuning Probe.

If in doubt, contact Magellan for further instructions for your specic application.

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5.5.1 equipment And softWAre required for AntennA tuning And testing

• 1 x Antenna Tuning Probe with cable (Magellan Antenna Tuning Kit)

• 1 x RF Trimming Tool (Magellan Antenna Tuning Kit)

• 1 x Universal Digital Voltmeter (to measure DC voltages between 1 and 15 volts)

• Magellan ReaderManager software– V2.05 or better

• 1 x Tag (fully powered tag)

Antenna Tuning Kit: Antenna Tuning Probe with a cable and RF Trimming Tool

5.5.2 tuning instructions

Connect the Antenna Tuning Probe terminals to the voltage and input terminals of the digital voltmeter.

Set the voltmeter to measure a DC voltage range greater than 10 volts.

Place the Antenna Tuning Probe in the center of the antenna.

Using an RF trimming tool adjust the tuning capacitor on the antenna for maximum voltage as measured by

the tuning probe.

5.5.3 optimisAtion of AntennA performAnce

If maximum read distance is important for your application then the antennas have to be protected/shielded

from interference using appropriate mounting material, and then tuned to maximum voltage.

If maximum read distance is not an issue the antennas can still work eectively even if not tuned to maximum

voltage, but the eect will be reduced read range.

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The 8.8 m cable will provide a range reduction of between 15% to 20 % in comparison to the 1.5 m standard

cable (Refer to the 7.3 Maximum Read-Write Distance).

Method 1

To conrm optimum antenna operation measure the maximum read-write distance.

Take a single tag and position it over the reader antenna center. Do not hold the tag antenna coil or

tag inner area with your ngers. Preferably hold the tag edges or use a non metallic carrier to hold

the tag.

Measure the maximum read distance in mm and compare with the value for the same antenna-tag

type as indicated in the Maximum Read-Write Distance chart. (Appendix 7.3 of this manual.)

If the maximum read-write distance is less than shown in the chart re-tuning may be necessary. If

the antenna is correctly tuned then the user should determine if the reduced read-write distance is

acceptable.

Method 2

During an initial tuning procedure measure the maximum voltage using an Antenna Tuning Probe. Record the

voltage value and RCA cable length for every antenna. To conrm tuning at any time measure the maximum

voltage using the Antenna Tuning Probe and compare with the recorded results. The voltage values should be

identical otherwise the antenna has to be re-tuned.

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3.

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6. WORKING WITH TAGS

Do not stack Magellan ItemTags on top of each other or allow them to touch or overlap. Only Magellan StackTags

can be stacked, overlapped or allowed to touch each other.

Single-axis antennas are tag orientation sensitive. Refer to the Tag-to-Reader/Tag-to-Antenna section of this

document.

Reading and writing speeds depend on reader-tag communication speeds, the number of receiver channels,

the amount of information to be read and/or written and the number of tags presented at a the same time. The

number of tags and the amount of information to be read and especially written, slows down the read-write

communication speed. Please consult Magellan regarding these issues for your specic application.

Be aware that tags and readers can be incompatible with each other. Larger tags can work with all types

of readers and antennas. Smaller tags require higher eld strengths and as a result they may not operate

with some reader/antenna combinations or have to be closer to a reader antenna to operate. Refer to the

Reader-Tag Compatibility section of this manual.

Magellan StackTags delivered on a roll are always fully powered (ST normal power mode or 6000 mode). Fully

or normal powered tags are ON all the time and reply to each reader command providing they are in the eld of

the reader antenna.

To reduce the risk of tag replies clashing and to increase anti-collision and stackability for some applications the

tags can be recongured by end-users to a ¼ low power mode (ST ¼ normal power mode or 2000 mode). This

means that tags in the ¼ low power mode are muted ¾ of the time and do not reply to the reader commands

instantly.

Tags can be recongured individually (one by one) or en masse (many at once). Before reconguring tags make

sure the ReaderManager software has been installed and upgraded to the latest version, the reader is running

and the reader is Connected to the ReaderManager software.

6.1 hoW to reconfigure tAgs individuAlly or en mAsse

In the ReaderManager go to Tools -> System -> Console. Click with the right mouse button and tick

Show Tag Replies.

Then go to Reader Conguration and choose Cong_Normal_Powered_Tag or Cong_Quarter_

Powered_Tag (for the ReaderManager version 2.12 or higher).

Place a single tag or multiple tags into the reader antenna eld.

Remove the tag(s) from the eld.

Follow the step 3 to 4 for a new batch of tags.

Once completed go to Reader Conguration and click on Clear All.

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6.2 hoW to check A tAg configurAtion mode

The tag conguration mode can be checked with the ReaderManager:

Go to Tools -> System -> Interrogate Command.

In Reply select Normal and click Send.

Then go to Tools -> System -> Table of Tag Messages to see the tag conguration in the

Cong column. The messages of all the tags currently in the reader antenna eld can be seen.

2000 means that the tag has been recongured to ST ¼ normal power mode conguration. 6000

means that a tag is in ST normal power mode.

6.3 hoW to check A tAg chip type (it or st)

The tag chip type can be checked with the ReaderManager:

Go to Tools > System > Tag Memory Map

Place a tag on the antenna. The tag ID# will appear below “Current tags”

Left mouse click on the ID#

The chip type can be seen in the “Value” column of the System Memory in line “0”:

4000 means ItemTag chip

4001 means StackTag chip

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6.4 tAg-to-AntennA orientAtion

Tags should always be presented face on to the external antenna surface (i.e. with the coils of the reader

antenna and the tag parallel). This is the position for optimum coupling (power transfer) between the antenna

and the tag, and hence gives maximum read range. Tags may still work at an angle depending upon the

distance between the tag and the external antenna.

Correct orientation

Incorrect orientation (90° angle)

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7. APPENDIX

7.1 externAl AntennA types

External antennas have been designed to operate with Magellan’s MARS readers. The antenna operating

volume is inside the antenna turns. Each antenna is connected to a reader via a supplied RCA cable. The RCA

cable length: 1.5 m (standard cable), 8.8 m (on request).

Magellan’s MARS readers have been assigned to operate with the antennas listed below, and having maximum

gain of 3.5 dB. Antennas that are not included in this list or having a gain greater than 3.5 dB are strictly

prohibited for use with the MARS readers. The required antenna impedance is 4 ohms.

Part Number Description

61-10-002 Single axis, round,

60 mm inner antenna coil diameter,

85 mm overall diameter,

thickness 0.8 mm

63-10-005 Single axis, round,

124 mm inner antenna coil diameter,

160 mm overall diameter,

thickness 0.8 mm

63-10-004 Single axis, rectangular,

120x240 mm inner antenna coil,

158x277 mm overall dimensions,

thickness 0.8 mm

63-10-003 Single axis, rectangular,

60x420 mm inner antenna coil,

88x448 mm overall dimensions,

thickness 0.8 mm

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64-10-002 Single axis, Rectangular,

202x352 mm inner antenna coil,

250x400 mm overall dimensions,

thickness 3.2 mm

64-10-004 Single axis, Rectangular,

202x352 mm inner antenna coil,

250x400 mm overall dimensions,

thickness 0.8 mm

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7.2 reAder-tAg compAtibility

Maximum Read-Write

Distance* (MRD), mm

READER-WRITERS

MARS and round

external antenna

(124 mm dia.)

MSTRP-5050 MDOCR-2505 MDR-1109 MTR-1310

STACKTAGS

76 x 45 mm, 5 turns 235   60 

76 x 45 mm, 2.5 turns 170   30 

73 x 37 mm, 3 turns 165   30 

56 x 26 mm 220   55 

48 x 16 mm 105   10

35 mm diameter 170   40 

25 mm diameter 120 15 

20 mm diameter 105 10

28 x 16 mm 120 15 

20 x 15 mm 95 10

ITEMTAGS

76 x 45 mm, 5 turns 385 110 

20 x 15 mm 130 25 

9 mm diameter 135 20

* Measured for a single tag. The RCA cable length is 1.5 m (standard cable).

 Tags operate inside an internal volume or shrouded area

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7.3 mAximum reAd-Write distAnce

MARS with External Antennas

Maximum Read-Write Distance*

(MRD), mm

External antenna type

60 mm dia. 124 mm dia. 120x240 mm 60x420 mm 202x352 mm

ItemTag tags

9 mm diameter pill 60 135 145 95 155

19 mm diam ring (standard) 190 215 145 240

20x15 mm 55 130 145 85 140

40 mm diameter 125 295 340 255 390

45x42 mm 130 315 365 280 420

60x25 mm 120 280 325 240 375

76x45 mm, 5 turns 180** 385** 440 350 525

StackTag tags

20x15 mm 40 95 85 55 70

28x16 mm, 10 turns 50 120 120 75 120

20 mm diameter 40 105 100 60 85

25 mm diameter 50 120 120 75 120

35 mm diameter 75 170 185 120 215

48x16 mm, 5 turns 55 105 130 65 125

56x26 mm 95 220 245 185 290

73x37 mm, 3 turns 70** 165** 180 115 195

76x45 mm, 2.5 turns ** 170** 180 120 205

76x45 mm, 5 turns ** 235** 260 195 305

* Measured with a single tag

** Tags may work unreliably at a distance of less than 50 mm due to the microchip overheating. It is not

recommended to use the tags with 124 mm diam (63-10-005) or 60 mm diam (61-10-002) MARS

antennas.

MRD ± 5 mmMRD ± 5 mm

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7.4 specificAtions

• Read and write operations

• No user-serviceable parts

• ISO/IEC Compliance 18000-3 Mode 2

• Operating Frequency 13.56 MHz

• 8 PJM Reply Channels

• Command Data Rate of 424 kbit/s

• Reply Data Rate of 106 kbit/s per channel

• Designed for PJM StackTag® and PJM ItemTag®

• External Dimensions (L x W x H):

without mounting brackets: 380 x 170 x 80 mm

with mounting brackets: 380 x 205 x 120 mm

• Net Weight: 3 kg (without external antennas)

• Low Voltage Input: 12 VDC @ 2.5 A

• Operation environment: Indoor use

• Temperature range: +10°C to +45°C

• Humidity: 10% to 80% (non-condensing)

• Recommended Minimum Host Computer Requirement:

Windows XP SP2/ 500 MHz CPU/ 128MB RAM

• Host Interface: USB and Ethernet

• General purpose digital I/O interface

• Number of External Antennas: up to 24

• External Antennas: Single-axis antennas with inner coil dimensions:

Round 60 mm dia. x 0.8 mm and 124 mm dia. x 0.8 mm

Rectangular 60 x 420 x 0.8 mm, 120 x 240 x 0.8 mm, 202 x 352 x 0.8 mm and 202 x 353 x 3.2 mm

(special annentas are available on request)

• Antenna Connection Cable of 1.5 m length

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7.5 regulAtion And stAndArds

RFID equipment is subject to national and international regulations.

7.5.1 fcc rAdio frequency interference stAtement (usA)

The FCC regards RFID equipment as low-power transmitting devices and, therefore, does not require users of

RFID devices to obtain a license to operate them.

NOTE: 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 instruction manual, 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 o and on, the user is encouraged to try to correct the interference by one or more of the

following measures:

• Reorientation or relocation of receiving antenna

• Increase the separation between the equipment and receiver

• Connect the equipment into an outlet on a circuit dierent from that to which the receiver is connected

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

Any changes or modications to the equipment that are not expressly approved by the party responsible for

compliance could void the user’s authority granted under FCC Rules to operate this equipment.

FCC ID: TVN-MARS-24AT

7.5.2 industry cAnAdA rAdio frequency interference declArAtion of conformity

This Class A digital apparatus complies with Canadian ICES-003.

Cet appareil numérique de la classe A est conforme à la norme NMB-003 du Canada.

ICES\NMB-003 IC: 6596A-MARS-24AT

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7.5.3 iso/iec 18000 – 3 mode 2 (Air interfAce At 13.56 mhz) compliAnce

Magellan’s readers fully comply with the ISO/IEC 18000 Part 3 Mode 2 (Information technology – Radio frequency

identication for item management. Part 3: Parameters for air interface communications at 13.56 MHz) published in

August, 2004.

7.5.4 csA And Ansi/ul compliAnce

CLASS 3862 11 – INFORMATION TECHNOLOGY EQUIPMENT – (CSA 60950-1-03)

CLASS 3862 91 – Information Technology Equipment (CSA 60950-1-03/UL 60950-1, - First Edition NRTL

Program) Certied to U.S.Standards

7.5.5 humAn sAfety

Customers using the MARS-24AT readers and antennas are responsible for operating their sytem under

implemented power levels and antenna congurations against relevant standards for human safety in electronic

eld.

7.6 glossAry of terms And AbbreviAtions

Antenna A reader antenna that emits radio waves and receives reply signals from tags.

The reader antenna can be internal where it is integrated into the reader or external where it is

connected to the reader via a cable.

Antenna axis The antenna port on the reader which the antenna is plugged into.

Antenna tuning Trimming a reader antenna to its highest possible eld strength which

corresponds to the highest operating voltage.

Create axis group Create an antenna group. This means combining antennas or antenna ports

into one group that serves the same purpose or application.

Congure axis group Congure group antenna behaviour. This means to set up all antennas in the

group to the same behavioural parameters which will be the default parameters for this

group.

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D/C Date Code (month/year): Date of device manufacturing

DSB Digital Support Board: Embedded processor board running the embedded

operating system (OS) and the ReaderServer

HF High Frequency (13.56 MHz)

GUI Graphical Use Interface

IT ItemTag (chips, inlets and labels)

ItemTags (IT tags) Magellan’s labels and inlets for item tagging (separated items) that work with

Magellan’s family of reader-writers

LAN Local Area Network

LED Light Emitting Diode

MLC Machine Level Control (System Conguration Control): Reader version number

MRD Maximum Read-Write Distance

Network Connections window In Windows XP open Start-> Control Panel-> Network Connections or open

My Computer-> Other Places-> My Network Places-> View Network Connections

OEM label Original Equipment Manufacture label is located on the back of the equipment.

It includes the Model Number, P/N, D/C, S/N and MLC.

PJM Phase Jitter Modulation or PJM™ is a registered Trade Mark of Magellan

Technology Pty Limited.

PJM is an RFID communication technology developed and patented by

Magellan Technology Pty Ltd and complies with ISO/IEC 18000-3 Mode 2.

PJM technology products include a range of RFID chips, inlets, tags and readers.

PJM ItemTag® Registered Trade Mark for Magellan’s ItemTag tags

PJM StackTag® Registered Trade Mark for Magellan’s StackTag tags

P/N Part Number

Power cycle the PC Close Windows, switch the PC o, remove the power plug and wait for 30

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seconds before powering the PC back up again. For laptops this means removing the battery

and waiting for 30 seconds. This ensures that the USB host controller chips on the motherboard have had a

chance to be fully reset.

Power cycle the reader Turn o the power or unplug the power cable (the power port on the reader).

Open the Network Connections window in Windows. Wait for the reader

network connection to be removed from the Network Connections window.

Plug the reader back in and wait for the network connection to re-appear

and become Connected in the Network Connections window. Connect to a

reader via the ReaderManager’s Connection menu.

Reader/s Magellan’s RFID reader-writer/s

ReaderManager Graphical user application for Windows/Linux operating systems which

provides a platform for testing, demonstrations and application development

ReaderServer Embedded application that provides the standard Application Programmer

Interface to serve end-user applications. This application runs on the reader.

RFID Radio Frequency IDentication

RFID inlet A RFID device comprising a microchip and an antenna (etched copper or

aluminium or possibly conductive inks) on a exible substrate (PET plastic

lm)

RFID label RFID inlet often with adhesive backing (sticky label)

RFID tag 1. generic name for RFID inlet and label;

2. RFID inlet or label inserted into a housing (glass, polycarbonate, polyamid,

epoxy, ABS, etc.)

RFID reader-writer Device for reading and writing to RFID tags

RMA Returned Materials Authorisation (Return Authorisation number)

Setup axis Setup antenna. To setup an antenna means to match the antenna with its

corresponding antenna port by choosing the antenna type from the list in the ReaderManager.

S/N Serial Number

ST StackTag (chips, inlets and labels)

StackTags (ST tags) Magellan’s labels and inlets for item tagging (stacked, touched or overlapping

items) that work with Magellan’s family of reader-writers

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7.7 troubleshooting

7.7.1 leds

Blue LED is o Power cable not

connected

Ensure the power cable is connected correctly to

both the mains power and to the Reader

Power cable faulty Replace the cable

Power adaptor faulty Replace the power adaptor

Reader faulty Send a service report using the Service Form

Absence of the

ashing green

LED during tag

reading

Incorrectly oriented tag/

Sato Vicinity MARS-24AT MARS-24AT RFID READER User Manual

Sato Vicinity Pty Ltd MARS-24AT RFID READER

USERS MANUAL

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