ads tec RAX1X2X, RAX1X1X User Manual

User Manual

Version 3.0.3

Access Point/Client

ads-tec GmbH Raiffeisenstr.14 D-70771 Leinfelden-Echterdingen Tel: +49 (0) 711 / 45894-0 Fax: +49 (0) 711 / 45894-990

mailbox@ads-tec.com www.ads-tec.com

User Manual

User Manual Access Point /Client

User ManualUser Manual

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Access Point /Client Access Point /Client

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HIGH RISK APPLICATION HAZARD NOTICE

Unless otherwise stated in the product documentation, the device is not provided with error-tolerance capabilities and cannot therefore be deemed as being engineered, manufactured or setup to be compliant for implementation or for resale as an online surveillance device in environments requiring safe, error-free performance, e.g. for implementation in nuclear power plants, aircraft navigation, communication systems, or air traffic control, life saving and military facilities whereby possible device failures might result in death, personal injuries, or serious physical and/or environmental damages (i.e. all applications involving high-risk hazard factors).

This is therefore to state that neither ads-tec nor any ads-tec sub-supplier do not hereby undertake any warranty of fitness and/or liability whatsoever, be it by express or by tacit consent, in as far as the suitability of the Firewall to high-risk application hazards is concerned.

Copyright Notice

 ads-tec GmbH Raiffeisenstr.14 D-70771 Leinfelden-Echterdingen Germany

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C

ONTENTS

A

BOUT US

1

1.1 R

1.2 D

1.3 D

1.4 T

1.5 C

1.6 S

2

2.1 S

2.2 U

2.3 D

.......................................................................................................................................... 6

N

OTES

..................................................................................................................................... 7

ELEVANT UNIT DOCUMENTATION

ESCRIPTION OF THE WARNING SYMBOLS USED IN THIS GUIDE

ATA, IMAGES, AMENDMENTS AND VARIATIONS

RADEMARKS

OPYRIGHT

TANDARDS

O

PERATING AND SAFETY INSTRUCTIONS

AFETY INSTRUCTIONS

NIT OPERATION SITE

AMAGES DUE TO IMPROPER USE

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2.4 W

2.5 G

2.6 WLAN I

3

I

NTRODUCTION

3.1 V

3.2 S

3.3 E

4

M

OUNTING

4.1 M

4.2 E

4.3 M

4.4 D

4.5 C

4.6 A

5

S

YSTEM FEATURES

5.1 LED S

ARRANTY / REPAIRS

ENERAL DIRECTIONS FOR THE

NSTRUCTIONS

ARIANTS

COPE OF SUPPLY

NVIRONMENTAL CONDITIONS

OUNTING CONDITIONS

XTERIOR DEVICE DIMENSIONS

OUNTING DIAGRAM

EVICE MOUNTING

ONNECTING SUPPLY LINES

NTENNA ASSEMBLY

.................................................................................................................................. 14

............................................................................................................................. 16

TATUS INDICATORS

................................................................................................................... 10

.................................................................................................................. 12

....................................................................................................................... 13

........................................................................................................................ 15

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.................................................................................................................... 18

....................................................................................................................... 19

............................................................................................................ 20

..................................................................................................................... 22

................................................................................................................... 23

.............................................................................................................. 23

5GHZ V

......................................................................................................... 15

....................................................................................................... 16

ERSION

(802.11 A / 802.11 H) ETSI .......................................... 10

5.1.1 LED Status Indicators during Operation .....................................................................................25

5.1.2 Power Supply 24V DC ................................................................................................................ 28

5.1.3 Power Supply 110/230 VAC ....................................................................................................... 29

5.1.4 Power Supply PoE / HOST (IEEE 802.AF)................................................................................. 29

5.1.5 Fibre Optic Ethernet.................................................................................................................... 29

5.1.6 SIM Card Reader, ISO 7816-compatible.................................................................................... 30

6

I

NITIAL DEVICE OPERATIONS

.................................................................................................... 31

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F

IRST-TIME CONFIGURATION

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V 3.0.3 V 3.0.3

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6.2 M

6.3 WLAN N

6.4 F

6.5 W

6.6 E

7

7.1 F

7.2 C

ANUAL NETWORK ADAPTER CONFIGURATION VIA

ETWORK ADAPTER CONFIGURATION

IRST-TIME CONFIGURATION VIA WEB INTERFACE

IRELESS NETWORK CONFIGURATION

STABLISHING A WIRELESS NETWORK CONNECTION

A

CCESS POINT SETUP WIZARD

IRST-TIME CONFIGURATION USING THE SETUP WIZARD

7.1.1 Language Selection .................................................................................................................... 37

7.1.2 IP Configuration .......................................................................................................................... 37

7.1.3 WLAN-1 Configuration................................................................................................................ 39

7.1.4 WLAN-1 Security......................................................................................................................... 41

7.1.5 Changing the Password.............................................................................................................. 44

ONFIGURATION USING THE FILTER WIZARD

7.2.1 Loading pre-configured Rule sets............................................................................................... 48

7.2.2 Definition of a new Rule set on Layer 2...................................................................................... 50

7.2.3 Definition of a new Rule set on Layer 3...................................................................................... 60

............................................................................................... 36

.................................................................................................. 37

RJ45/

OPTICAL CABLE

...................................................................................... 33

................................................................................ 35

............................................................................. 36

........................................................................ 37

....................................................................................... 46

................................................... 31

8

A

CCESS POINT/CLIENT WEB INTERFACE

8.1 B

8.2 C

8.3 D

8.4 A

ASIC SETTINGS MAIN MENU

8.1.1 IP Configuration .......................................................................................................................... 75

8.1.2 System Data................................................................................................................................ 76

8.1.3 Date & Time ................................................................................................................................ 76

8.1.4 User Interface.............................................................................................................................. 77

8.1.5 Change password....................................................................................................................... 78

8.1.6 Web Access ................................................................................................................................ 78

8.1.7 Interfaces .................................................................................................................................... 79

ONFIGURATION

8.2.1 Network....................................................................................................................................... 89

8.2.2 Security ....................................................................................................................................... 90

8.2.3 Adv. WLAN.................................................................................................................................. 97

8.2.4 Advanced .................................................................................................................................. 100

IAGNOSIS

DDITIONAL INFORMATION

8.4.1 General ..................................................................................................................................... 106

.......................................................................................................................... 89

............................................................................................................................... 104

.......................................................................................................... 75

........................................................................................................... 106

..................................................................................... 74

8.4.2 Technical Data .......................................................................................................................... 106

8.4.3 Device Mounting ....................................................................................................................... 107

8.4.4 Local Diagnosis.........................................................................................................................107

8.4.5 Site Map.................................................................................................................................... 108

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9

R

9.1 E

9.2 FCC-A

9.3 D

10 T

ECHNICAL DETAILS

10.1 V

10.2 E

10.3 R

10.4 P

10.5 C

10.6 G

11 S

ERVICE AND SUPPORT

11.1

E

VENT LOG

EGULATORY APPROVALS

UROPEAN APPROVALS

IRECTIVES

............................................................................................................................... 108

................................................................................................................ 110

PPROVAL

......................................................................................................................... 112

.............................................................................................................................. 113

............................................................................................................... 114

ARIANTS

THERNET DATA TRANSMISSION

ADIO PROPERTIES

OWER SUPPLY

ONFIGURATION

ENERAL DATA

............................................................................................................................. 114

................................................................................................................. 115

...................................................................................................................... 115

..................................................................................................................... 115

...................................................................................................................... 115

........................................................................................................... 116

ADS-TEC SUPPORT

................................................................................................................... 116

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11.2 C

OMPANY ADDRESS

................................................................................................................. 116

5555

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Access Point /Client Access Point /Client

AAAA

BOUT US

BOUT USBOUT US

ads-tec GmbH Raiffeisenstr. 14

D-70771 Leinfelden-Echterdingen Tel: +49 (0) 711 / 45894-0 Fax: +49 (0) 711 / 45894-990 www.ads-tec.com

ads-tec GmbH provides large enterprises and globally active corporations with cutting edge technology, up-to-date know-how and comprehensive services in the area of automation technology, data processing technology and systems engineering.

V 3.0.3

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ads-tec GmbH implements full automation solutions from planning to commissioning and is specialized in handling and material handling technologies.

The data systems division develops and produces PC based solutions and offers a broad range of industrial PCs, thin clients and embedded systems.

ads-tec is specialized in modifying and optimizing embedded operating systems and develops software tools to complement its hardware platforms.

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1.1 R

Contains the User Manual, the Assembl y Guide, the Quick Install Guide and To ol.

1.2 D

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User ManualUser Manual

OTES

OTESOTES

ELEVANT UNIT DOCUMENTATION

The following documents are essential to unit setup and operation:

U

SER MANUAL (THIS DOCUMENT

)

Contains information on mounting, placing into operation and operation of the unit, further to technical data on unit hardware.

S

ERVICE

CD:

Contains the User Manual, the Assembly Guide, the Quick Install Guide and Tools.

ESCRIPTION OF THE WARNING SYMBOLS USED IN THIS GUIDE

Warning:

The “Warning” symbol precedes warnings on uses or operations that might either lead to personal injury and/or hazards, or to any hardware and software damages.

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1.3 D

1.4 T

Note:

This Symbol indicates special notes, terms and/or conditions that strictly need to be observed to ensure optimised and/or zero-defect operations. It also precedes tips and suggestions for efficient unit implementation and software optimisation.

ATA, IMAGES, AMENDMENTS AND VARIATIONS

The texts, data and images herein are not binding. The right to any subsequent amendment and/or variation due to any technical and engineering progresses in the art whatsoever is hereby reserved.

RADEMARKS

It is hereby notified that any software and/or hardware trademarks further to any company brand names as mentioned in this User’s Guide are all strictly subject to the various trademark, brand name and patent protection rights.

WINDOWS®, WINDOWS® CE and WINDOWS® CE.net™ are registered trademarks of

Microsoft Corp.

Citrix® and ICA® are registered trademarks of Citrix Systems Inc.

Intel® and Pentium® are registered trademarks of Intel Corp.

IBM®, PS/2® and VGA® are registered trademarks of IBM Corp.

CompactFlash™ and CF™ are registered trademarks of SanDisk Corp.

Any further additional trademarks and/or brand names herein, be they domestic or

international, are hereby duly acknowledged.

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1.5 C

1.6 S

OPYRIGHT

This User’s Guide inclusive of all the images it contains is entirely proprietary and subject to copyright. Any irregular use of this Guide by third parties infringing copyright terms is thus strictly forbidden. Reproduction, translation, as well as electronic and photographic image storage and/or amendment processes, are subject to prior written authorisation directly by M/s. ads-tec GmbH.

Any violation and infringement thereto will be held liable for compensation of all damages.

TANDARDS

This unit is compliant with the provisions and safety objectives of the following EU Directives:

Note:

• This unit is compliant with the CE mark testing specification limits as defined in the

European test standards EN 55022 and EN 50082-2

• This unit is compliant to the DIN EN 60950 (VDE0805, IEC950) testing specification

limits on “Safety of Information Technology Equipment”

• This unit is compliant to the DIN EN 60068-2-6 (sinusoidal vibration) testing

specification limits

• This unit is compliant to the DIN EN 60068-2-27 (shock and bump) testing

specification limits

A corresponding declaration of conformity is available for competent authorities, care of the Manufacturer. Said declaration can be viewed at all times upon request.

For full compliance to the legal requirements in force on electromagnetic compatibility, all components and cables used for unit connection must also be compliant with said regulations. It is therefore necessary to employ BUS and LAN cables featuring screened plug connectors, to be strictly installed as per the instructions contained in the User Manual.

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OO

PERATING AND

PERATING AND PERATING AND

The unit operates under electrical tension and implements supersensitive component parts. Intervention by the User is required only for power supply line connection operations. Should any further alterations be required, it is necessary to consult either with the Manufacturer directly or with authorised service personnel accordingly. During said connection operations, the unit must be completely powered down. Specific requirements need to be met concerning the prevention of electrostatic discharge on component construction parts during contact. If the unit is opened up by a non authorised individual, the User may be subject to potential hazards and, warranty conditions are terminated.

General Instructions:

• This User’s Guide must be read and understood by all Uses and must be available

for consultation at all times

• Mounting, operation start-up and unit operation must only be conducted by

appropriately qualified and trained personnel

• All individuals and operators using the unit must strictly observe all safety and use

instructions as provided within the User’s Guide

• All regulations and prescriptions on accident prevention and safety in force at the

unit installation site must be strictly observed at all times

• This User’s Guide provides all the most important directions as required for safe and

security oriented operation

• Safe and optimised unit operations are subject to appropriate storage, proper

transport and handling, accurate unit setup, start-up and operation

Note:

SSSS

AFETY

AFETY AFETY

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NSTRUCTIONS

NSTRUCTIONSNSTRUCTIONS

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2.1 S

Only original ads-tec firmware / software is allowed for any of the adjustments and features described in this User’s Guide. Deployment of any firmware / software that has not been released by ads-tec will terminate all warranty conditions.

AFETY INSTRUCTIONS

Warning:

In order to prevent possible unit damages, all cable lines (power supply, interface cables) must be hooked up strictly with the unit in power-OFF conditions.

Warning:

All unit mounting operations must be strictly conducted under safe, secure and zeropotential conditions.

Note:

When handling parts and components susceptible to electrical discharge, please accurately observe all the relevant safety provisions.

(DIN EN 61340-5-1 / DIN EN 61340-5-2)

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2.2 U

NIT OPERATION SITE

This unit is engineered for industrial application. It is necessary to ensure that specified environmental conditions are maintained at all times. Unit implementation in non-specified surroundings, i.e. onboard ships, in explosive atmospheres or at extreme heights, is prohibited.

Warning:

For the prevention of water condensate accumulation, the unit should be turned ON only when it reaches ambient temperature. This particularly applies when the unit is subject to extreme temperature fluctuations and/or variations.

Avoid overheating during unit operations; the unit must not be exposed to direct sunlight or any other direct light or heat sources.

Warning:

If the unit is operated in outdoor locations, a lightning conductor needs to be present within capture range. Ensure that all incoming conductive systems are equipped with

2.3 D

AMAGES DUE TO IMPROPER USE

equipotential bonding.

2.4 W

2.5 G

Should the service system have evident signs of damages incurred e.g. due to wrong operation or storage conditions or due to improper unit use, the unit must be decommissioned or scrapped. Ensure that it is protected against accidental start-up.

ARRANTY / REPAIRS

During the unit warranty period, any repairs thereto must strictly be conducted solely by the manufacturer or by service personnel that has been duly authorised by the manufacturer.

ENERAL DIRECTIONS FOR THE

• The unit is certified for use of the 5 GHz band in accordance with ETSI EN 301 893

V1.3.1. Users need to observe the following:

• Access Point as well as Access Client units make use of DFS and TPC as standard on all 5

GHz channels, in indoor as well as in outdoor configuration. This means that the devices may always be operated at a maximum transmission power of 23 dBm or 30 dBm, respectively.

Note:

Access Points must not switch off DFS in outdoor locations. Access Clients may switch off DFS, though. This setting is turned off by default.

5GHZ V

ERSION

(802.11 A / 802.11 H) ETSI

• 802.11a channels cannot be set to static values.

Note:

The lower 4 channels (non-DFS) can be set to static values if DFS is turned off. Turning off DFS will however also make the features 60s Scan, 24h Scan and Radar Detection unavailable.

10

1010

2.6 A

• When activating the Access Point, the unit will perform an initial Radar Detection Scan

during which it will wait 60 seconds for a radar impulse on a randomly chosen channel. Subsequently, it will start operating on this channel.

• The 60s Scan will be repeated every 24 hours and cause a temporary connection loss.

• If an Access Client detects a radar impulse during operation, the Access Point will be

notified of this via 802.11h. Triggered by this or its own detection of the impulse, the Access Point will subsequently perform a channel switch to 802.11h. The connection loss in this case is usually less than 80ms.

• The maximum permissible transmission power is different for each channel. Hence users

are required to correctly set the antenna amplification in case the standard antenna is replaced!

NTENNA LIST FOR USE IN

• This antenna types can be used with the Access Points and Access Client in USA and

Canada. The antennas can be ordered at ads-tec GmbH. For the correct operation you

have to use an absorbability cabel for the different antenna types.

Ads-tec part number Ads-tec part description Antenna type Frequency band Gain absorbability

DZ-PCKO-11032-0 RAP Antenne 2,4 GHz SMA-R 5dBi Swivel 2,4 ~ 2,4835 GHz 5 dBi none

DZ-PCKO-11033-0 RAP Antenne 5 GHz SMA-R 7dBi Swivel 5,1 ~ 5,835 GHz 7 dBi none

DZ-PCKO-11034-0 RAP Antenne 2,4 GHz N-fem. 9 dBi Omni 2,4 ~ 2,4835 GHz 9 dBi none

DZ-PCKO-11034-1 RAP Antenne 2,4 GHz N-fem. 12 dBi Omni 2,4 ~ 2,4835 GHz 12 dBi none

DZ-PCKO-11035-0 RAP Antenne 2,4 GHz N-fem. 12 dBi Panel 2,4 ~ 2,4835 GHz 12 dBi none

DZ-PCKO-11035-1 RAP Antenne 2,4 GHz N-fem. 18 dBi Panel 2,4 ~ 2,4835 GHz 18 dBi

DZ-PCKO-11036-0 RAP Antenne 5 GHz N-fem. 12 dBi Omni 5,1 ~ 5,835 GHz 12 dBi

DZ-PCKO-11037-0 RAP Antenne 5 GHz N-fem. 12 dBi Panel 5,1 ~ 5,835 GHz 12 dBi

DZ-PCKO-11037-1 RAP Antenne 5 GHz N-fem. 20 dBi Panel 5,1 ~ 5,835 GHz 20 dBi

*1 It has at 2,4GHz 22.5dB/100m absorbability and at 5GHz 35.9dB/100m absorbability. Additional every plug has 0.5dB absorbability.

USA

AND CANADA /

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FCC

minimum 20m

(it is a Ecoflex10*1 cable to use)

minimum 14m

(it is a Ecoflex10*1 cable to use)

minimum 20m

(it is a Ecoflex10*1 cable to use)

minimum 37m

(it is a Ecoflex10*1 cable to use)

Warning:

Behalf of the correct operation you have use an absorbability element for the different antenna types.

Note:

Also light wave conductor cable can be used. It is necessary to use terminating impedance for the correct use.

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2.7 C

HANNEL LIST FOR USE IN

• The following List showes the pool of available frequency and channles for the use in USA

2,4 GHz (2.400~2.483GHz) 1 – 11 X X

5 GHz (5.18~5.24GHz) 36,40,42,44,48 X

5 GHz (5.725~5.825GHz) 149 ,153,157,161,165 X

2.8 WLAN

INSTRUCTIONS

Warning:

These warnings need to be observed during operation:

USA

AND CANADA /

FCC

and Canada. The customer can define between Indoor and Outdoor use. This option can be selected by a checkbox in the web interface.

Frequency Channel Indoor use Outdoor use

•

The unit does not provide a „secure“ transmission medium

•

The units cannot be used to establish a real-time system

•

The units’ system behaviour is non-deterministic

•

MIN/MAX roaming period is not guaranteed

Setting the applicable regulatory authority as well as the respective antenna amplification is solely the responsibility of the operator.

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For the efficient online configuration of your ads tec devices, it is possible to download the

3

3 I

I

NTRODUCTION

33

II

NTRODUCTIONNTRODUCTION

Reliable, stable and secure wireless LAN connections: employing state-of-the-art technology, the industrial Rugged Access Point (RAP) provides applications, such as commissioning, mobile computing and data communication. The RAP supports all applicable standards, including 802.11a/b/g, at a transmission frequency of 2.4 and 5 GHz. Industrial applications necessitate sturdy technology. Whether installed in a cold store or in great heat – thanks to its extended temperature range, the RAP continues to function. Furthermore, the RAP is MIL-certified, which means it passed one of the most demanding shock and vibration tests – this guarantees utmost ruggedness.

Note:

In Case of Updates, it is possible that external Hyperlinks, which are used in this Documentation, will not work properly or may be available under a different Hyperlink.The Company ads-tec (also “ads-tec”) does not take over any kind of warranty or adhesion for the functionality of Hyperlinks. Furthermore, ads tec does not take over any kind of warranty or adhesion regarding the installation, use and the accuracy of all open SOURCE software.

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the

network interface for a variety of

Note:

current version of the free Tool „IDA light “on the company`s homepage http://www.ads-tec.de. The Tool offers you for example the possibility of defining

individual parameters or whole groups of parameters at a master device and to transfer your settings to a limited selection and/or to all ads tec devices of same design and version, without having to make these configurations time-consuming at each individual device. You also have the possibility of assigning sequential IP addresses for your ads tec devices. With IDA light you can provide comfortably own groups of parameters according to your specific requirements and modify them at any time.

Note:

This documentation always refers to both Access Point and Access Client, unless explicitly stated otherwise.

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3.1 V

ARIANTS

The device is available in 12 different variants.

Access Point RAP1110 RAP1111 RAP1210 RAP1211 RAP1120 RAP1121 RAP1220 RAP1221

1 WLAN Module X X X X

2 WLAN Modules X X X X

1xCU Ethernet Port (RJ45) X X X X

5xCU Ethernet Port (integrated switch) (RJ45)

1xOptical Ethernet Port X X X X

PoE (IEEE 802.3af) 48V DC X X X X

24 V DC X X X X

AC integrated 110-230 V AC X X X X

Client Mode available X X X X X X X X

Access Client RAC1110 RAC1111 RAC1510 RAC1511 RAC1120 RAC1121 RAC1220 RAC1221

1 WLAN Module X X X X

2 WLAN Modules X X X X

1xCU Ethernet Port X X X X

5xCU Ethernet Port (integrated switch) X X

1xOptical Ethernet Port X X

PoE (IEEE 802.3af) 48V DC X X X X X X

24 V DC X X X X

AC integrated 110-230 V AC X X X X

RJ45 (Registered Jack 45 = standardised jack) is an Ethernet standard frequently used in telecommunication applications. Transmission method is equivalent to 10/100Mbits half & full DUPLEX 100 BASE-TX.

Optical fibres are flexible optic media for controlled conduction of light. Contrarily to the Ethernet standard, the fibre optic connection technology is insensitive to voltage interference.

The plugs required for implementation are equivalent to the MTRJ Standard Multimode with a 100Base-FX 100 Mbit⁄s Ethernet transmission via fibre optics.

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3.2 S

COPE OF SUPPLY

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Package contents need to be checked for integrity and completeness:

• 1 device

• 1 x two-pole COMBICON plugs (in case of 24V DC devices)

Manufacturer: Phoenix Contact Item description/item short text: FMC 1,5 / 2-STF-3,5

• 1 x three-pole COMBICON plugs (in case of 230V AC devices)

Manufacturer: Phoenix Contact

Item description/item short text: MC 1,5 / 3-STF-3.81

• Four or eight antennas (depending on variant)

• Grommets / blanking plugs

• Installation kit with mounting plate and fasteners (fixed to device)

• Quick Install Guide / Quick Mount Guide

• GNU General Public License

• Service CD

3.3 E

NVIRONMENTAL CONDITIONS

The unit can be put into operation and used under the following conditions. Failure to observe any one of the specified data will immediately terminate all warranty conditions. ads-tec cannot be held liable for any damages arising due to improper device or unit use and handling.

• Permissible ambient temperature

during operation from -20°C to 55°C during storage from -20°C to 60°C

• Humidity

during operation 10 to 85%, without condensate during storage 10 to 85%, without condensate

• Vibration

during operation 1 G, 10 to 500 Hz

Vibration certificate: MIL-STD-810F 514.5 C-2 5 to 500 Hz (01-01-2000)

• Shock

during operation 5 g, with a 30 ms half-cycle (DIN EN 60068-2-29)

(DIN EN 60068-2-6)

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OUNTING

OUNTINGOUNTING

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4.1 M

4.2 E

OUNTING CONDITIONS

The device is designed for industrial operations and may be employed wherever the environment conditions specified above are met. In order to ensure optimal mounting and operation, the unit should be placed at suitable location at which WLAN connectivity is not impaired. WLAN connectivity is adversely influenced by iron beams and thick concrete walls.

XTERIOR DEVICE DIMENSIONS

Height: 160 mm (w/o antenna)

Width: 250 mm (w/o antenna)

Depth: 65 mm (w/o antenna)

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4.3 M

OUNTING DIAGRAM

Note:

The mounting diagram shown herein is not 1:1 scale.

Please refer to the Quick Install Guide for a 1:1 scale diagram.

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4.4 D

EVICE MOUNTING

The mounting plate is pre-mounted to the device when delivered to the customer.

1) To install the device in the desired location, loosen the Allen screws (M4x12). (1)

2) Fix the mounting plate (w/o device) in the desired location. Ensure that the plate is held by at least two opposing screws. (2)

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3) Place the device onto the mounted fixture and make sure that device and fixture are flush with each other. (3)

4) Secure the device inside the fixture using the previously removed Allen screws. (1)

Note:

Please ensure that the device is not mounted behind or next to another object as this may impair the unit’s transmission performance and connectivity.

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4.5 C

ONNECTING SUPPLY LINES

The supply connection, as well as device interfaces, is located inside the unit. The maintenance duct cover needs to be removed before supply lines and interface cables can be connected.

Please remove the five screws (M3x8) indicated below.

Warning:

To avoid damage to the unit’s electronics, switch off the device before establishing or removing any plug connections.

Observe permissible device voltage.

Once the maintenance duct cover has been removed, the supply lines can be connected to the device.

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The diagram shows an exemplary device configuration with 24V DC power supply and host line.

To ensure IP65 protection all supply lines need to be fitted with suitable grommets.

Note:

Grommet sizes need to be chosen in accordance with the respective cable diameters.

Once the grommets have been placed around the cables, they need to be placed into the intended slots.

Finally, put the maintenance duct cover back onto the device and screw it down with the five screws removed previously.

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4.6 A

NTENNA ASSEMBLY

For each WLAN module, 2 antennas should be installed.

Depending on the device variant, the unit accommodates up to two radio modules for two separate WLANs. The full antenna assembly for each module consists of one vertical and one horizontal antenna. The four or eight antennas supplied work at a frequency of 2.5GHz or 5Ghz (two or four each, respectively).

Screw the antennas onto the antenna connectors.

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5

5 S

S

55

YYYYSTEM

SS

5.1 LED

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STEM

STEMSTEM

STATUS INDICATORS

FFFF

EATURES

EATURESEATURES

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The device is fitted with LEDs that indicate the status of the respective interfaces. This facilitates an on-site status diagnosis of the Access Point/Client. The following overview explains the different states of the LED indicators:

L

EGEND

LED status Shown in table as

off

green

green, flashing

ret

orange

orange, flashing

P

OWER SUPPLY / POWER OVER ETHERNET /

P

OWER

S

PWR

TATUS

D

ESCRIPTION

No power supply.

Device connected to power supply and ready for use.

P

OWER OVER

E

THERNET

POE

Device not connected to power supply via PoE.

Device connected to power supply via PoE and ready for use.

HOST

L

EFT

LED

Interface not connected to remote station.

LINK

HOST / S

WITCH

L

EFT

LED

LINK

R

IGHT

LED

ACT

Right LED

ACT

S

WITCH

1 / 2 / 3 / 4

Interface connected to remote station and ready for use.

No data transfer between device and remote station.

Indicates data transfer between device and remote station.

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L

EFT

LED

LINK

L

EFT

LED

LINK

R

IGHT

LED

ACT

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Interface not connected to remote station.

Interface connected to remote station and ready for use.

No data transfer between device and remote station.

Right LED

ACT

Indicates data transfer between device and remote station.

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5.1.1

5.1.1 LED Status Indicators during Operation

5.1.15.1.1

LED Status Indicators during Operation

LED Status Indicators during OperationLED Status Indicators during Operation

B

EHAVIOUR OF STATUS INDICATORS DURING BOOT SEQUENCE

The boot sequence is initiated as soon as the Access Point / Client is connected to a power supply. The HOST indicator LEDs can be used to monitor the boot sequence. Please refer to the following overview to verify the device boots correctly. The overview assumes that no cable is connected to HOST / PoE.

PWR S

L+

TATUS

D

ESCRIPTION

Device is connected to power supply via POWER and ready for use.

POE

L+

Device is connected to power supply via BACKUP and ready for use.

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HOST

LINK / ACT

LED

S FLASH BRIEFLY ONCE

L

ED FLASHES SLOWLY, THEN QUICKLY

LED

EXTINGUISHED

(20X)

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EHAVIOUR OR STATUS INDICATORS DURING RESET TO DEFAULT SETTINGS

B

The reset button located under the interface cover may be used to reset the Access Point / Client to factory default settings at any time and without regard to the current device configuration.

To reset device to default settings, press reset button and switch on the device. Keep reset button pressed for approx. 20 seconds. Button may be released as soon as left HOST indicator LED turns green. The following overview assumes that no cable is connected to

HOST / PoE. Please refer to the overview to monitor the reset to factory defaults.

PWR S

TATUS

L+

POE

L+

HOST

LINK / ACT

D

ESCRIPTION

Device is connected to power supply via POWER and ready for use.

Device is connected to power supply via BACKUP and ready for use.

LED

S FLASH CONTINUOUSLY

LED

S EXTINGUISHED

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EHAVIOUR OF STATUS INDICATORS DURING FIRMWARE UPDATE

B

The web interface can be used to perform firmware updates. Once initiated, the actual update may take several minutes to complete. Please refer to the following overview to monitor the firmware update sequence.

PWR S

L+

TATUS

D

ESCRIPTION

Device is connected to power supply via POWER and ready for use.

POE

L+

Device is connected to power supply via BACKUP and ready for use.

HOST

LINK / ACT

T

HE WEB INTERFACE MAY SUBSEQUENTLY BE STARTED BY SELECTING “TRY TO RECONNECT

LED

S FLASH QUICKLY

LINK

EXTINGUISHED / ACT FLASHES

LINK

LIT UP /

LINK

LIT UP /

LINK

LIT UP /

LINK

LIT UP /

ACT

EXTINGUISHED

ACT

FLASHES SLOWLY

ACT

FLASHES QUICKLY

ACT

EXTINGUISHED

”

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IIII

NTERFACE

NTERFACE NTERFACE

OOOO

VERVIEW

VERVIEWVERVIEW

The following figure shows the available device interfaces. The exact interfaces may differ depending on the device variant.

V 3.0.3

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The device is equipped with the following interfaces:

1. Power 24V DC power supply (two-pole COMBICON plug)

2. Power 230V AC power supply (three-pole COMBICON plug)

3. HOST RJ45 (PoE) or Optical connector

4. SWITCH 4x RJ45 connector (optional feature for Access Client)

5. Default reset button

6. SIM card reader

Note:

Input voltages may be connected redundantly (i.e. Power 24V DC, Power 230V AC and PoE via HOST).

5.1.2

5.1.2 Power Supply

5.1.25.1.2

Power Supply 24V DC

Power Supply Power Supply

A bushing terminal with threaded connector is used to establish the power supply connection (diagram shows bushing inside device).

PIN NUMBER SIGNAL NAME

1 24V DC

2 0V DC

24V DC

24V DC24V DC

PIN 1: = L+ 24V DC power supply

PIN 2: = GND Ground

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5.1.3

5.1.3 Power Supply

5.1.35.1.3

Power Supply 110/230 VAC

Power Supply Power Supply

A bushing terminal with threaded connector is used to establish the power supply connection (diagram shows bushing inside device).

PIN NUMBER SIGNAL NAME

1 2 3

5.1.4

5.1.4 Power Supply

5.1.45.1.4

Power Supply PoE / HOST (IEEE 802.AF)

Power Supply Power Supply

Wire pairs 4/5 (positive pole) and 7/8 (negative pole) are used for power over Ethernet functionality.

PIN NUMBER SIGNAL NAME

1 2 3 4 5 6 7 8

Note:

110/230 VAC

110/230 VAC110/230 VAC

PoE / HOST (IEEE 802.AF)

PoE / HOST (IEEE 802.AF)PoE / HOST (IEEE 802.AF)

110/230 V AC

PE

0 V DC

TX +

TX -

RX +

PoE/G

RX -

PoE/-48V

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Transmission of 48V DC power supply is designed for a maximum feeding distance of 100 meters (approx. 330 ft.) in accordance with Ethernet specification requirements. The connected devices may draw 350 mA of power; maximum supply power is 15.4 Watts.

For PoE power supply to be possible, all network hubs and switches need to be PoEcompatible.

5.1.5

5.1.5 Fibre Optic

5.1.55.1.5

Fibre Optic Ethernet

Fibre Optic Fibre Optic

The optical connection requires an MTRJ fibre optic connector. Multimode cable, MTRJ connector to Duplex connector 62.5/125µm.

Ethernet

EthernetEthernet

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5.1.6

5.1.6 S

5.1.65.1.6

SIM

SS

IM Card Reader

Card Reader,

IMIM

Card Reader Card Reader

, ISO 7816

ISO 7816----compatible

, ,

ISO 7816ISO 7816

compatible

compatiblecompatible

The SIM card reader is used for saving configuration data.

PIN NUMBER SIGNAL NAME

1 2 3 4 5 6 7 8

VCC 5 Volt

RESET

CLOCK

n/c

GND

n/c

I/O

n/c

Note:

Interface and supply connectors are located on the bottom of the device. Secure plugs against slipping out.

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