Barco ILite, ILite 6, ILite 12, ILite 6 XP, ILite 8 Installation Manual

...

Download

Page 1

MEDIA

FIXED ILITE DISPLAY

INSTALLATION MANUAL

For I6, I6 XP, I8, I10 & I12 tiles

05042004 R5976522/02

Page 2

Barco nv Media

aan 5, B-8520 Kuurne

Noordl Phone: +32 56.36.89.70 Fax: +32 56.36.88.24

[email protected]

E-mail: Visit us at the web: www.barco.com

Printed in Belgium

Page 3

All rights reserved. No part of this document may be copied, reproduced or translated. It shall not otherwise be recorded, transmitted or stored in a retrieval system without the prior written consent of Barco.

Guarantee and Compensation

Barco provides a guarantee relating to perfect manufacturing as part of the legallystipulatedtermsofguarantee. On receipt, the purchaser must immediately inspect all delivered goods for damage incurred during transport, as well as for material and manufacturing faults Barco must be informed immediately in writing of any complaints.

The period of guarantee begins on the date of transfer of risks, in the case of special systems and software on the date of commissioning, at latest 30 days after the transfer of risks. In the event of justified notice of compliant, Barco can repa ir the fault or provide a replacement at its own discretion within an appropriate period. If this measure proves to be impossible or unsuccessf ul, the purchaser can demand a reduction in the purcha se price or cancellation of the contract. All other claims, in particular those relating to compensation for direct or indirectdamage,andalsodamage attributed to the operationofsoftw ar e as well as tootherservices provided by Barco, being acomponent ofthesystemo r independent service, will bedeemedinvalidprovided the damage isnotp roven to be attributed totheabsence of properties guaranteed in writing or due to the intent or gross negligence or part of Barco.

If the purchaser or a third party carries out modifications or repairs on goods delivered by Barco, or if the goods are handled incorrectly, in particular if the systems are commissioned operated incorrectly or if, after the transfe agreed upon in the contract, all guarantee claims of the purch aser will be rendered invalid. Not included in the guarantee coverage are system failures which are attributed to programs or special electronic circuitry provided by the purchaser, e.g. interfaces. Normal wear as well as normal maintenance are not subject to the guarantee provided by Barco either.

The environmental conditions as well as the servicing and maintenance regulations specified in the this manual must be complied with by the customer.

r of risks, the goods are subject to influences not

Changes

Barco provides this manual ’as is’ without warranty of any kind, either expressed or implied, including but not limited to the implied warranties or merchantability and fitness for a particular purpose. Barc program(s) described in this publication at any time without notice.

This publication could contain technical inaccuracies or typographical errors. Changes are periodically made to the information in this publication; these changes are incorporated in new editions of this publication.

o may make improvements and/or changes to the prod uct(s) and/or the

Trademarks

Brand and product names mentioned in this manual may be trade All brand and product names mentioned in this manual serve as comments o r examples and are not to be understood as advertising for the products or their manufactures.

marks, registered trademarks or copyrights of their respective holders.

Federal Communications Commission (FCC Statement)

This equipment has been tested and found to comply with the limits for a class A digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. 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. Operation of this equipment in a residential area may cause harmful interference, in which case the user will be responsible for correcting any interference.

Page 4

Page 5

Table of contents

TABLE OF CONTENTS

1. Safety.................................................................................................................. 3

1.1 Safetyguidelines...................................................................................................................... 3

1.2 Important safety instructions.......................................................................................................... 4

1.3 Important Warnings ................................................................................................................... 5

2. System Overview.................................................................................................... 7

2.1 Introduction............................................................................................................................ 7

2.2 Support structure...................................................................................................................... 8

2.3 Assemblyblocks for an ILite display system ......................................................................................... 8

2.3.1 ILite assembly blocks........................................................................................................... 8

2.3.2 Order info ILite assembly blocks ...............................................................................................9

2.4 ILite display tiles....................................................................................................................... 9

2.4.1 ILite displaytiles ................................................................................................................ 9

2.4.2 Order info ILite tiles............................................................................................................10

2.4.3 Technical summary ILite tiles.................................................................................................. 10

2.4.3.1 Specifications ILite 6 tile ................................................................................................10

2.4.3.2 Specifications ILite 6 XP tile ............................................................................................ 11

2.4.3.3 Specifications ILite 8 tile ................................................................................................12

2.4.3.4 Specifications ILite 10 tile...............................................................................................12

2.4.3.5 Specifications ILite 12 tile...............................................................................................13

2.4.4 ILite tile dimensions............................................................................................................14

2.5 Cablesfor ILite displays..............................................................................................................14

2.5.1 Power cables ..................................................................................................................14

2.5.2 Data cables ....................................................................................................................17

2.6 Powerboxes.......................................................................................................................... 18

2.7 Digitizer ...............................................................................................................................18

2.8 Fiberlink system...................................................................................................................... 18

2.9 Control software......................................................................................................................18

3. Physical installation ...............................................................................................19

3.1 Installation of the support structure.................................................................................................. 19

3.2 Preparation of the ILite assembly blocks............................................................................................ 19

3.2.1 Assembly blockpositioning code .............................................................................................19

3.2.2 Removing sidesfrom ILite assembly blocks.................................................................................. 20

3.2.2.1 Removingsides .........................................................................................................20

3.2.2.2 Removingthe left sidefrom an ILite assembly block..................................................................21

3.2.2.3 Removingthe bottom sidefrom an ILiteassembly block.............................................................. 21

3.3 Correct alignment of the ILite assembly blocks .....................................................................................22

3.4 Attachthe ILite assembly blocks .................................................................................................... 23

3.5 ILite tile mounting ....................................................................................................................26

3.6 Cabling of the ILite display...........................................................................................................28

3.6.1 ILite tile input/output ports ..................................................................................................... 28

3.6.2 Power cabling.................................................................................................................. 29

3.6.2.1 Connections with a Mono Phase Power Box ..........................................................................29

3.6.2.2 Connections with a Custom Power Box................................................................................31

3.6.3 Data cabling ...................................................................................................................32

4. Servicing .............................................................................................................35

4.1 Safetyinstructions.................................................................................................................... 35

4.2 ILite tile diagnostic ...................................................................................................................35

4.3 Tile accessing ........................................................................................................................ 36

4.4 Hot swap of an ILite tile..............................................................................................................37

Index......................................................................................................................39

R5976522 FIXED ILITE DISPLAY 05042004 1

Page 6

Table of contents

2 R5976522 FIXED ILITE DISPLAY 05042004

Page 7

1. SAFETY

1.1 S afety guidelines

Personal protection

1. Safety

Image 1-1 Warning

Be aware of suspende loads.

Image 1-2 Suspended loads

d loads, wear a hard hat to reduce the risk of personal injury. Mind your fingers while working with heavy

Image 1-3 Hard hat

Image 1-4 Mind your fingers

Installation personnel

This installation must be performed by authorized and qualified technical personnel only. Accredited safety officers must ensure the safety of the site, construction, assembly, connection, use, dismantling, transport etc. of

such safety cri

tical systems.

Caution

Installation shouldbeperformed onlyafteryo u are thoroughly familiarwithallof the proper safetychecksandinstallation instructions. To do otherw ise increases the risk of hazards and injury to the user.

Assembly parts are designed for intended use only in conjunction with Barco LED walls. Do not modify and/or replicate any component. Barcouses specific materials and manufacturing processes in order to achieve part

strength. Consult Barco for assistance with custom applications. Always follow Barco installation instructions. Contact Barco if you should have any question regarding the safety of an application. The manufacturer assumes no liability for incorrect, inadequate, irresponsible or unsafe assembly of systems.

Product care

Structural & mounting components should be kept dry, clean, lubricated (only if recommended), coated properly, and otherwise maintaine inspected on a routine basisforsecurity, wear,deformation, corrosionandanyothercircumstancesthat may affect the load handling capability of the part.

Barco recommends inspections at regular intervals for all installations and increasing in frequency for more critical installations. If a part is found to have damage, which m ay cause a decrease in load capability, the part must be removed for service or replaced immediately.

Under no circumstances are Barco parts repairable by anyone other than Barco.

d in a manner consistent with part design. Barco products must be used in a manner c onsistent with their design and

R5976522 FIXED ILITE DISPLAY 05042004

Page 8

1. Safety

1.2 Important safety instructions

Instructions:

• Read these instructions.

• Keep these instructions.

• Heed all warnings.

• Follow all instructions.

• Clean only with materials or chemicals that are inert, nonabrasive, noncorrosive and non-ma rking. Consult the manufacturer for further advice should any doubts exist reg arding any cleaning procedure.

• Do not block ventilation openings. Install in accordance with the manufacturers instructions.

• Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat.

• Do not de feat the safety purpose of the polarized or grounding type plugs/sockets. If the provided sockets/plugs are damaged then replacement of the defe ctive parts must be undertaken immediately.

• Protect the power/data cords from being walked on or pinched particularly at plugs, convenience receptacles, and the point where they exit from the apparatus. Replace damaged power/data cords immediately.

• Only use attachments/accessories specified by the manufacturer.

• Disconnect the power to this apparatus during lightning storms or provide suitable additional lightning protection. Unplug this apparatus when unused for long period of time.

• Refer all servicing to qualified service technicians/personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply cord or plug is damaged, the apparatus does not operate normally, or has been dropped.

• Useonlywithsystems or peripheralsspecifiedby the manufacturer,orsold with theapparatus. Use ca or transporting to avoid damage by possible tipping.

ution duringlifting/moving

R5976522 FIXED ILITE DISPLAY 05042004

Page 9

1.3 Important Warnings

Important Warnings:

• Risk of electric shock:

Image 1-5 Risk of electrical shock

Risk of electric shock. Do not open. To reduce the risk of electric shock, do not remove cover (or back). No user-serviceable parts inside. Refer servicing to qualified service personnel. The lightning flash with an arrowhead within a triangle is intende of electrical shock to persons. The exclamation point within a triangle is intended to tell the u ser that important operating and/or servicing instructions are included in the technical documentation for this equipm

• Maximum ambient temperature: The maximum ambient temperature for the LED wall is 40 °C, the minimum temperature is -10 °C.

• High leakage current: The combination of multiple tiles in an installation results in increased levels of leakage current. In order to avoid risk of electric shock due to high leakage current, proper grounding of the installation is required.

• Flammable materials: Keep flammable materials away from the installation (such as curtains). A lot of e nergy is transferred into heat. Theinstallation should be such that the amount of air flow required for safe operation of the equipment is not compromised. Proper ventilation must be provided.

• ESD and LED’s: LED components used in ILite devices are ESD (Electro-Static Discharge) sensitive. To prevent the possibility of destroying LED components do not touch either in operation or whil

• Risk of electric shock / Risk of fire: To protect against risk of fire by overloadin g of power cables, MAXIMUM 6 TILES in one column may be connected in parallel. Each source cable supplying a column of MAXIM UM 6 TILES should be protected by a circuit breaker or fuses rated 16 A / 250 V.

• Disconnect device: When the appliance inlets of the individual tiles a the equipment and be easily accessible, or a readily accessible general disconnect device shall be incorporated in the fixed wiring.

• This equipment MUST be earthed: In order to protect against risk of electric shock, the insta llation should be properly grounded. Defeating the purpose of the grounding type plug will expose you to the risk of electric shock.

• Power system: It is recommended to use a TN-S power distribution system (a power distribution system with a separate neutral and grounding conductor) in order to avoid large ground currents loops due to voltage differences in the neutral conductor. The total electrical installation should be protected by an appro rupters. The installation sh all be done according to the local electrical installation codes. In Europe special attention should be given to EN 60364, the standard for electrical installation of buildings. In Germany VDE 0100 should be adhered to.

• Mains cords: The power cords deliveredwiththissystemhavespecialproperties for safety. They are not user serviceable. If the power cords are damaged, replace only with new ones. Never try to repair a power cord.

1. Safety

d to tell the user that parts inside this product may cause a risk

ent.

e switched off.

re not accessible, the socket outlets supplying the rack shall be installed near

priate rated disconnect switch, circuit breakers and Ground Fault Current Inter-

R5976522 FIXED ILITE DISPLAY 05042004

Page 10

1. Safety

6 R5976522 FIXED ILITE DISPLAY 05042004

Page 11

2. SYSTEM OVERVIEW

Overview

• Introduction

• Support structure

• Assembly blocks for an ILite display system

• ILite display tiles

• Cables for ILite displays

• Power boxes

• Digitizer

• Fiberlink system

• Control software

2.1 Introduction

The fundamental elements of a ILite display system are:

• Support structure.

• Assembly blocks.

• ILite display tiles.

• Power box.

• Digitizer.

• Control software.

2. System Overview

Block diagram ILite display system

Sources Digitizer

RS232

Control

ILite Display

Tile 1

Tile 2

Tile 3

Image 2-1

R5976522 FIXED ILITE DISPLAY 05042004 7

Page 12

2. System Overview

2.2 S upport structure

Support structures

Screen supporting/securing structures are not described in this manual, because the vary from system to system. Although, the following must be taken into account and must be precisely calculated on individual basis:

1. Weight tolerances.

2. Ceiling heights (floor or suspended).

3. Ballast loads (for base stand assemblies).

4. Front or rear clearances.

5. Stacking limitations.

6. Environmental conditions.

7. Location.

8. Ground clearances.

9. Ground stability.

10. Local regulations regarding such installations.

Individual basis

Support structures must be assessed on an individual basis. Never construct a w all if there is uncertainty regarding the stability of an installation o r the load holding capabilities. If there are doubts on a systems viability, consult Barco for advise on pro fessional rigging organizations.

Example of a support structure

Image 2-2 ILitesupportstructureforaH7xV5ILitedisplay.

The support structure in the above example is pure illustra support structures are possible for the same size of an ILite display. Contact Barco NV.for more information.

tive for a H7 x V5 ILite display. Several variants of

2.3 A ssembly blocks for an ILite display system

2.3.1 ILite assembly blocks Introduction

The assembly of a system due to the multitude of possible screen sizes / configurations is difficult to assume. Eight different sizes of assembly blocks (basic building frames) are available having tile arrangements in the ratios H2 x V2, H2 x V3, H2 x V 4, H3 x V2, H3xV3,H3xV4,H4xV2,H4xV3(H = Horizontal space for ILite tile & V = Vertical space for ILite tile). This modular concept gives rise to configurations of unlimited possibility, screen dimensions of the most desirable s izes can be rapidly constructed, with maximum flexibility.

The assembly blocks are prepared on the ground and then raise to their desired position, depending on the circumstances and facilities available.

ILite assembly blocks are only to be used in conjunction with BARCO ILite modules.

R5976522 FIXED ILITE DISPLAY 05042004

Page 13

Image 2-3 ILite assembly blocks.

2.3.2 Order info ILite assembly blocks Order info:

Article No. Description

R9850780 ILite assembly block H2 x V2 R9850781 ILite assembly block H2 x V3 R9851630 ILite assembly block H2 x V4 R9850782 ILite assembly block H3 x V2

2. System Overview

R9850783 ILite assembly block H3 x V3 R9850784 ILite assembly block H3 x V4 R9851640 ILite assembly block H4 x V2 R9850785 ILite assembly block H4 x V3

2.4 ILite display tiles

2.4.1 ILite display tiles Introduction

The ILite range is del effect, alignment problems and low contrast level. But offering shallow depth, long lifetime, increased ruggedness and incredible picture dynamics. Built-in intelligence provides for auto-calibration of the full display, hot swap of tiles and diagn ostic capabilities. An embedded PC e of a great deal of the added value offered by the ILite. An extreme fill factor and high resolution offers a full color blended picture a t distances smaller than 3 meters. Half of the full brightness is still perceived at angles of 145º from the s urface of the display.

ivering a quality picture of a video cube without its inherent technology limits as hotspot-effect, jailhouse-

quips every ILite tile, providing it with intelligence and advanced logic handling capabilities. This PC is the host

R5976522 FIXED ILITE DISPLAY 05042004

Page 14

2. System Overview

Image 2-4 ILite tile.

2.4.2 Order info ILite tiles Order info:

Article No. Description R9004040 ILite 6 tile R9010250 ILite 6 XP tile R9004060 ILite 8 tile R9004050 ILite10tile R9004111 ILite12tile

2.4.3 Technical summary ILite tiles

2.4.3.1 Specifications ILite 6 tile Specifications

Contrast R atio 950:1(500lux)

1.625 : 1 (225 lux)

Screen size Weight 13 kg Hor. viewing angle Vert. viewing angle

Unlimited

> 145° > 145°

Avg Power Consumption 100 W / tile Max Power Consumption 400 W / tile Tile dimensions Width: 0,448 m

Height: 0,448 m Depth: 0,1495 m

Visual Resolution 6mm

10 R5976522 FIXED ILITE DISPLAY 05042004

Page 15

Temperature range operating:

0°C <> 40°C

storage:

-20°C <> 60°C

Brightness 2.500 NIT

2. System Overview

Calibrated Brigh tness Lifetime 45.000h [half brightness] Processing +10bit Source compatibility S-Video - Composite - YUV - R GB - SD I - HDSD I - Data DVI up to UXGA

2.000+ NIT

2.4.3.2 Specifications ILite 6 XP tile Specifications

Pixel pitch 6mm Brightness 2500 NIT Calibrated Brigh tness 2000 NIT (calibrated at 6500°K) LED conf iguration 3-in-1 SMD Pixel density

Hor. viewing angle Vert. viewing angle Contrast R atio

25.920/m² (2410/ft²)

5.184/tile (72x72) 145° + (min. 50% brightness) 145° + (min. 50% brightness) 950:1

Lifetime 45000h (full white - half brightness) Power consumption

Colors Weight Processing

Refresh rate 400 Hz (PAL/NTSC minimum) Temperature range operating:

Humidity operating:

Certifications UL-CE-TUVClassA

maximum: 400W / tile average: 100W / tile

4,4 trillion 13 Kg (28,7 lbs) 14bit/color (Color)

8bit/color (Greyscale)

0-40°C(32-104°F) storage:

-20 - 60°C (-4 - 140°F)

35 - 85% storage: 10 - 90%

R5976522 FIXED ILITE DISPLAY 05042004 11

Page 16

2. System Overview

Tile dimensions

Source compatibility S-Video / Composite / YUV / RG B / SDI / HD SDI / Data DVI up to SXGA

Width: 448mm (17.7") Height: 448mm (17.7") Depth: 149,5mm (5.89")

2.4.3.3 Specifications ILite 8 tile Specifications

Contrast R atio 950:1(500lux)

1625 : 1 (225 lux)

Screen size Weight 13 kg Hor. viewing angle Vert. viewing angle Avg Power Consumption 100 W / tile Max Power Consumption 400 W / tile Tile dimensions Width: 0,448 m

Unlimited

> 145° > 145°

Height: 0,448 m Depth: 0,1495 m

Visual Resolution 8mm Brightness 2.500 NIT Calibrated Brigh tness Temperature range operating:

Lifetime 45.000h [half brightness] Processing +10bit Source compatibility S-Video - Composite - YUV - R GB - SD I - HDSD I - Data DVI up to UXGA

2.000+ NIT

0°C <> 40°C

storage:

-20°C <> 60°C

2.4.3.4 Specifications ILite 10 tile Specifications

Contrast R atio 950:1(500lux)

1.625 : 1 (225 lux)

Screen size Weight 13 kg

Unlimited

Hor. viewing angle Vert. viewing angle Avg Power Consumption 100 W / tile Max Power Consumption 400 W / tile

12 R5976522 FIXED ILITE DISPLAY 05042004

> 145° > 145°

Page 17

Tile dimensions Width: 0,448 m

Height: 0,448 m Depth: 0,1495 m

Visual Resolution 10 mm Temperature range operating:

0°C <> 40°C

storage:

-20°C <> 60°C

Brightness 2.500 NIT

2. System Overview

Calibrated Brigh tness Lifetime 45.000h [half brightness] Processing +10bit Source compatibility S-Video - Composite - YUV - R GB - SD I - HDSD I - Data DVI up to UXGA

2.000+ NIT

2.4.3.5 Specifications ILite 12 tile Specifications

Brightness 2.500 NIT Calibrated Brigh tness Contrast R atio 950:1(500lux)

Visual Resolution 12 mm Hor. viewing angle Vert. viewing angle Tile dimensions Width: 0,448 m

2.000+ NIT

1.625 : 1 (225 lux)

> 145° > 145°

Height: 0,448 m Depth: 0,1495 m

Weight 13 kg Avg Power Consumption 100 W / tile Max Power Consumption 400 W / tile Temperature range operating:

0°C <> 40°C

storage:

-20°C <> 60°C

Screen size Lifetime 45.000h [half brightness] Processing +13bit Source compatibility S-Video - Composite - YUV - R GB - SD I - HDSD I - Data DVI up to UXGA

R5976522 FIXED ILITE DISPLAY 05042004 13

Unlimited

Page 18

2. System Overview

2.4.4 ILite tile dimensions Dimensions:

448

101,9

430,5

286

M6 max 15mm deep 132 116

Image 2-5 Dimensions given in millimeters.

2.5 Cables for ILite displays

2.5.1 Power cables General

Depending on the size and configuration of the ILite display several sizes and types of power cables are needed. The picture below (image 2-6) illustrates the available power c

Image 2-6 Power connector types:

ATypeCEEmale. BTypeC13female. CTypeC19female. DTypeC20male.

onnector types for an ILite Display.

Image 2-7 Detail male multi pole connector. Used on theCustom Power Box, multi power cable and Spider connector.

14 R5976522 FIXED ILITE DISPLAY 05042004

Page 19

2. System Overview

The power cords delivered with the ILite display system have special properties for safety. They are not user serviceable. If the power cords are damaged, replace only with new ones. Never try to repair a power cord.

Order info:

Article No. Description Image R9851130

R9851131

R9851132

R9851140

R9851150

R9851136

R9851141

R9851151

R9851160

One ILite power linking cable (C20 / C19 / C13). Used to distribute power between tiles. Maximum 6 tiles per branch.

Package with 5 ILite power linking cables (C20 / C19 / C13). Used to distribute power between tiles. Maximum 6 tiles per branch.

Package with 10 ILite power linking cables (C20 / C19 / C13). Used to distribute power between tiles. Maximum 6 tiles per branch.

ILite power source cable (C20 waterproof / C19) 4,5 meter. Used to distribute power from the Fiberlink Receiver to an ILite tile.

ILite power source cable (C20 waterproof / C19) 9 meter. Used to distribute power from the Fiberlink Receiver to an ILite tile.

ILite power source cable (C20 / C19 waterproof) 2,5 meter. Used to distribute power from an ILite tile to the Fiberlin k Receiver.

ILite power source cable (C20 / C19 waterproof) 4,5 meter. Used to distribute power from an ILite tile to the Fiberlin k Receiver.

ILite power source cable (C20 / C19 waterproof) 9 meter. Used to distribute power from an ILite tile to the Fiberlink Receiver.

ILite power source cable (CEE / C19) 2,5 meter. Use to distribute power directly from the wall outlet to maximum 6 ILite tiles.

image 2-8

image 2-9

image 2-10

image 2-11

image 2-12

image 2-13

image 2-14

R9851170

R9851180 R9851190 R9851200 R9851260

R9851261

R9851262

R9851263

R9851264 Multi power cable with custom length.

R9851670

ILite power source cable (CEE / C19) 4 meter. Used to distribute power directly from the wall outlet to maximum 6 ILite tiles.

ILite power extension lead (C2 0 / C19) 1,5 meter. ILite power extension lead (C2 0 / C19) 2,5 meter. ILite power extension lead (C20 / C19) 4 meter. Multi power cable of 10 meter.

Used to distribute power between Custom Power Box and Spider connector. Multi power cable of 20 meter.

Used to distribute power between Custom Power Box and Spider connector. Multi power cable of 30 meter.

Used to distribute power between Custom Power Box and Spider connector. Multi power cable of 50 meter.

Used to distribute power between Custom Power Box and Spider connector.

Used to distribute power between Custom Power Box and Spider connector. ILite Spider connector with 6 power outputs (C19) with different lengths. Spid

bracket included. Used to distribute power from a multi pow er cable to the ILite tiles. Maximum six

ILite tiles per Spider output cable.

image 2-15

image 2-16 image 2-17 image 2-18

image 2-19

er support

R5976522 FIXED ILITE DISPLAY 05042004 15

Page 20

2. System Overview

Article No. Description Image R9851671

ILite Spider connector with 6 pow er outputs (C19) with same lengths. Spider support bracket included.

Used to distribute power from a multi pow er cable to the ILite tiles. Maximum six ILite tiles per Spider output cable.

R9851672

ILite Spider connector with 6 power outputs (C19) with custom lengths. Spider support bracket included.

Used to distribute power from a multi pow er cable to the ILite tiles. Maximum six ILite tiles per Spider output cable.

Image 2-8 Image 2-9 Image 2-10

Image 2-11 Image 2-12 Image 2-13

Image 2-14 Image 2-15 Image 2-16

16 R5976522 FIXED ILITE DISPLAY 05042004

Page 21

Image 2-17 Image 2-18 Image 2-19

2.5.2 Data cables General

Depending on the size and configuration of the ILite display several sizes and types of data cables are needed.

Order info:

Article No. Description Image

2. System Overview

R9851211

R9851213

R9851214

R9851680

R9851210

R9851217

R9851218

R9851219

DVI-DVI data cable of 0,9 meter (screw type plugs). Used to link data fro

Package with 5 DVI-DVI data cables of 0,9 meter (screw type plugs). Used to link data from ILite tile to ILite tile.

Package with 10 DVI-DVI data cables of 0,9 meter (screw type plugs). Used to link data from I

Package with 10 white DVI-DVI data cables of 0,9 meter (screw type plugs). Used to link data from ILite tile to ILite tile.

DVI-DVI data cable of 5 meter (screw type plugs). Used to link data from D3

MDR (wa terp roof) -DVI data cable of 5 meter. Used to link data from Fiberlink Receiver to ILite tile.

DVI-MDR data cable of 5 meter. Used to link data from D32

DVI-MDR data cable of 1 meter. Used to link data from D320 Digitizer to Fiberlink Transmitter.

m I Lite tile to ILite tile.

Lite tile to ILite tile.

20 Digitizer to ILite tile.

0 Digitizer to F iberlink Transmitter.

image 2-20

image 2-21

image 2-22

image 2-23

image 2-24

image 2-25

Image 2-20 Image 2-21 Image 2-22

R5976522 FIXED ILITE DISPLAY 05042004 17

Page 22

2. System Overview

Image 2-23 Image 2-24 Image 2-25

2.6 Power boxes

General

Depending on the size of the ILite display system, the power system has to be adapted. Therefore several sizes of power boxes are available. For small and medium size ILite display systems the “Mono Phase Power Box” is used. For larger ILite display systems there is a range of “Custom Power Boxes”. There is also a “Rental Power Box” available. Refer to the manual of the power box used in the application for more information.

2.7 Digitizer

General

itizer processes (image processing, conversion and conditioning) all source signals for digital distribution to every tile. The

The dig digitizer may be accessed directly or via the control software (e.g. XLite Toolset). This software is designed as a user interface to be used in conjunction with the digitizer and display, this can be used when connected to the digitizer through a serial RS232

nnection. Refer to the manual of the digitizer for more information about the digitizer.

2.8 F iberlink system

General

The data signal coming out of the digitizer is transported from the digitizer to the display by a high-speed data link. To send such a high density stream of data over long distances, a fiber optic cable is required. Barco offers a complete system: a transmitter, a cable and a receiver.

Barco offers two different fiberlink systems: one for shorter distances, based on a multi mode optical fiber, and one for longer distances, based on a single mode optical fiber. Refer to the m anual of the fiberlink system for more information about the fiberlink system.

2.9 Control software

General

The control software is designed as a graphic user interface (GUI) and can be used to control and configure the digitizer as well as the Barco LED wall via a PC (e.g. XLite Toolset). Refer to the manual of the control software for more information about the control software.

R5976522 FIXED ILITE DISPLAY 05042004

Page 23

3. PHYSICAL INSTALLATION

Overview

• Installation of the support structure

• Preparation of the ILite assembly blocks

• Correct alignment of the ILite assembly blocks

• Attach the ILite assembly blocks

• ILite tile mounting

• Cabling of the ILite display

3.1 Installation of the support structure

Follow the important Safety Guidelines.

What has to be done?

Dependent on the circumstances and facilities available:

3. Physical installation

• The complete support structure is assembled and installed on its final position before the assembly blocks and tiles are at-

tached.

• Thecomplete support structure is assembled on the floor first, and after the assembly blocks and tiles are attached, raised as

one structure to its vertical position and installed.

3.2 P reparation of the ILite assembly blocks

3.2.1 Assembly block positioning code Understanding the position code

Each assembly block is coded with a letter followed by two numbers. The letter indicates the ILite display to which this assembly block is part of (very useful incase there is more then one ILite display to install at the same location). The first number indicates the row in wh ich to assemble, the second indicates the column. This code starts counting from the assembly in the bottom left corner.

A.2.1 A.2.2 A.2.3

A.1.1

A.1.1 A.1.2 A.1.3

A.1.1

Image 3-1 ILite display H7 x V5 assembly block codes.

R5976522 FIXED ILITE DISPLAY 05042004 19

Image 3-2 Location of positioningcode on an ILite assembly block.

Page 24

3. Physical installation

3.2.2 Removing sides from ILite assembly blocks

3.2.2.1 Removing sides Why removing sides?

For transport reasons a ll the assembly blocks are delivered with all the sides attached. To join two assembly blocks together one of the two sides at the adjoining edge, has to be removed.

Which sides to remove?

Either none, one or two sides of each assembly block will have to be removed, dependent on its location in the complete wall assembly. If sides need to be detached, these are either the left or bottom side, or both left side & bo ttom, but never top or ri because the ILite display wall is always build from left to right and bottom to top.

ght

• No sides need to be detached from de first assembly block (code d: x.1.1) which is located in the lower left corner of the IL

display.

• From the assembly blocks located in the first row (bottom row) of the I Lite display only the left side need to be detached.

• From the assembly blocks located in the first colum n of the ILite display only the bottom side need to be

• From all other assembly blocks in the ILite display as well the left side as the bottom side need to be detached.

detached.

ite

Image 3-3 Removed sides for an ILite display H7 x V5.

20 R5976522 FIXED ILITE DISPLAY 05042004

Page 25

3.2.2.2 Removing the left side from an ILite assembly block Necessary tools

• Allen key 4 mm.

• Side cutter.

How to remove the left side ?

1. Undo and remove only the hexagon bolts in the aluminium corner brackets that secure the left side of the frame.

2. Remove, if present, the carrier straps around the left side of the ILite assembly block. (image 3-4)

3. Remove the left side from the assembly block. (image 3-5)

4. Is the final destination of this assembly block situated in the first row or column of the ILite display?

If yes, If yes, do not shift th e aluminium corner brackets. If no, shift all aluminium corner brackets on th e left side o f the assembly block about three centimeters to the right by loosen the hexagon bolts. (image 3-6)

3. Physical installation

Image 3-4

A Carrier strap to remove.

The 3 cm shift is necessary because otherwise it is impossible to place the assembly block against both other joining assembl replaced to their original position.

Image 3-5 Left side removed.

ies. Afte r placement of this assembly block in its final position in th e wall the corners are

Image 3-6 Three centimeters shift of the aluminium corner brackets.

3.2.2.3 Removing the bottom side from an ILite assembly block Necessary tools

• Allen key 4 mm.

• Side cutter.

Procedure

1. Undo and remove only the hexagon bolts in the aluminium corner brackets that secure the bottom side of the frame.

2. Remove the bottom side from the assembly block. (image 3-7)

R5976522 FIXED ILITE DISPLAY 05042004

Page 26

3. Physical installation

Image 3-7

3.3 C orrect alignment of the ILite assembly blocks

How to align assembly blocks correctly ?

For correct alignment of the assembly blocks is it important that the basic connection joint between the assembly blocks is properly done. Such a basic connection joint consists of two aluminium profiles, one aluminium corner, two hexagon bolts and two nuts.

Necessary tools

Allen key 4 mm.

Making a basic connection joint

1. Ensure both nuts are in the correct position. 90 degrees turned compared to the aluminium profiles. (image 3-8)

2. Ensure no gap between the two profiles.(image 3-9)

3. Check if the sides of both profiles are in the same plane.(image 3-9)

4. Ensure the angle between the profiles is 90 degrees. (image 3-9)

R5976522 FIXED ILITE DISPLAY 05042004

Page 27

Image 3-8

ANut. B ILite aluminium corner bracket. C Hexagon bolt. D Aluminium profile.

3. Physical installation

90º

Image 3-9 Making a basic connection joint between two profiles.

3.4 A ttach the ILite assembly blocks

What has to be done ?

The assembly blocks of the wall have to be attached to the support structure in succession and interconnected with one another. Starting in the lower left corner of the ILite display, with the first assembly block (coded x.1.1), from left to right and from bottom row to top row. For connections of the assembly blocks, ensure only the recommended variants are used, to comply with safety guidelines. It’s important that every assembly block is assembled in the right location and configuration.

R5976522 FIXED ILITE DISPLAY 05042004

Page 28

3. Physical installation

A.2.1

A.2.3

A.2.2

A.1.2

A.1.1

Image 3-10 Example of assemble sequence for an ILite display H7xV5.

ILite fixation clamp

Per attachment point an ILite fixation clamp is required (article no. for 2 pieces : R9851450).

A.1.3

Image 3-11 ILite fixation clamp:

A Mounting plate. B 2 mm shim plate. C 1 mm shim plate. D 0,5 mm shim plate. E Support bracket.

BC D

R5976522 FIXED ILITE DISPLAY 05042004

Page 29

3. Physical installation

There are other attachment possibilities then described in this chapter. Contact Barco NV for more information.

Necessary tools

• Allen key 4 mm.

• Wrench17mm.

• Wrench13mm.

• Laser level.

Necessary parts

• Support structure.

• ILite assembly blocks.

• Mounting plates.

• Support brackets.

•Shimplates.

Procedure

1. Attach a mounting plate on every mounting point of the support structure. Do this using four M10 bolts and nuts. (image 3-12)

2. Fasten the first assembly block (coded x.1.1 see "Assembly block positioning code", page 19) into the lower left corner of the

support structure with the top of the assembly block up. Use tw o support brackets per attachment point. Make sure that the first assembly block is perfectly aligned. Use shim plates for horizontal and vertical alignment. The support b rackets and the shim plates are foreseen with slots to allow depth alignment. (image 3-13)

Note: It is very important that the first assembly block is perfectly a ligned, because all other assembly blocks are build on this

block.

3. Prepare the next assembly block, see "Preparation of the ILite assembly blocks", page 19.

4. Place the prepared assembly block into position on the support structure with the top of the assembly block up.

5. Fasten the assembly block, with aluminium corners and hammer bolts, to the other adjoining assembly block(s), see "Correct

alignment of the ILite assembly blocks", page 22. (image 3-14, image 3-15)

Note: For assembly reasons is it some times necessary to shift t he aluminium corners on the left s

to the right. Thisis done during preparation of the assembly blocks. If so, replace the aluminium corners to their original position before fastening. This shift is necessary, otherwise it is impossible to place the assembly block against both other joining a ssembly blocks.

6. Fasten the assembly block to the support s tructure using two support brackets with 2 M8 bolts and nuts pe r attachment point.

Use shim plates for horizontal and vertical alignment. The support brackets and the shim plates are foreseen with slots to allow depth alignment.

7. Repeat step 3 and following steps until the wall is completed.

ide with approximately 3 cm

Image 3-12

A Mounting point on the support structure. B Mounting plate. C M10 bolt. D M10 nut.

R5976522 FIXED ILITE DISPLAY 05042004

Page 30

3. Physical installation

Image 3-13

A Attached mounting plate on the support structure. BShimplate. C Assembly block. D Support bracket. E M8 bolt. F M8 nut.

Vertical adjoining edge (A)

Image 3-14 Example 1: Mounting assemblyblock A.1.2 into a ILiteH7 x V5 display.

A Vertical adjoining edge.

Vertical adjoining edge

Image 3-15 Example 2: Mounting assembly block A.2.2 into a ILite H7 x V5 display.

A Vertical adjoining edge. B Horizontal adjoini

ng edge.

(A)

Horizontal adjoining edge (B)

3.5 ILite tile mounting

What has to be done ?

ILite tile units are to be fixed into the wall assembly.

R5976522 FIXED ILITE DISPLAY 05042004

Page 31

3. Physical installation

Image 3-16 ILite tiles pallet.

Necessary tools

• Wrench13mm.

• Wrench10mm.

Necessary parts

•ILitetiles.

• ILite tile positioning bolts.

• ILite tile lock nuts.

How to place an ILite tile into the wall assembly ?

1. Check if the tile is provided with 4 ILite tile positioning bolts. If not, insert those bolts first. (image 3-17)

2. Ensure the tile is in the right position, so top up.

3. Place the ILite tile into the wall assembly by guiding the positioning bolts through the corresponding positioning holes of the wall

assembly. (image 3-18)

4. Secure the ILite tile with 4 ILite tile lock nuts from the rear of the wall assembly.

A A

Image 3-17

A Location on ILite tile for positioning bol B ILite tile positioning bolt.

R5976522 FIXED ILITE DISPLAY 05042004

ts.

Page 32

3. Physical installation

Image 3-18

A ILite tile top up. B ILite tile positioning bolt. C ILite tile lock nut.

3.6 C abling of the ILite display

3.6.1 ILite tile input/output ports Input/output ports

There are tree connection ports on the back of each ILite tile. One power input port and two data input/output ports. The data ports consist in two DVI connectors situated on the resync-unit. The resync-unit auto-detect the incoming signal on one

of the two DVI connectors. The other DVI connector will automatically act as data output port. So, it doesn’t matter on which DVI connector the data is coming in, the ILite tile switch the functionality of the DVI co nnectors spontaneously between input and output.

The ILite tile is provided with power via a power linking cable with a C13 plug.

R5976522 FIXED ILITE DISPLAY 05042004

Page 33

ABD

Image 3-19

A Power linking cable. B Power input port. C Power link to next tile (C19 plug). D Power link from previous tile (C20 plug). E Data input/output linking cable. F DVI input/output connector. G Resync-unit.

3. Physical installation

3.6.2 Power cabling

3.6.2.1 Connections with a Mono Phase Power Box Necessary parts

• ILite Mono Phase Power Box.

• Power linking cables.

• Cable ties.

Power connections

1. Attach the ILite Mono Phase Power Box to the rear side of the ILite display.

2. Start creating pow er branches by connecting the output cables of the p ower box with the power linking c able of the lowest tile in

a column of maximum six. (image 3-20)

3. Complete each power branch by connecting maximum six tiles with power linking cables to each other in a daisy chain manner.

The female C13 plug of the power linking cable is plugged directly in the tile. The male C20 and the female C19 plugs serve as power loop through. The last female C19 plug in the chain is unused.

Warning: Maximum 6 (six) tiles per power branch are allowed. Connecting more then six tiles with one output cable will over-

4. Attach long cables with cable ties to the frame.

5. Connect the power box with the local power-net. In case the local power net is not provided with a earthwire an additional earth

connection must be installed and connected with the protected earth inside the power box.

load the circuit.

R5976522 FIXED ILITE DISPLAY 05042004

Page 34

3. Physical installation

power

linking

calble

(C)

POWER

DATA

POWER

DATA

Image 3-20

A ILite Mono Phase Power Box. B Ouput cable. C Power Linking Cable. D FIrst ILite tile in a column of m aximum six.

A power branch, consisting in a column of maximum six tiles, may be interrupted to provide a ILite display peripheral from power. A maximum of one ILite display periphe

Mono Phase

Power Box

(A)

ILite

tile

(D)

DATA

Power source cable

(B)

ral is allowed per power branch of six tiles.

POWER

30 R5976522 FIXED ILITE DISPLAY 05042004

Page 35

Example of power cabling with a ILite Mono Phase Power Box

3. Physical installation

Power

linking

cable

(D)

source

Power

cable

(C)

ILite display rear view

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

Mono Phase

Power Box

DATA

POWER

(B)

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

Mono Phase

Power Box

DATA

(A)

POWER

(B)

Image 3-21

A ILite Display rear view. B ILite Mono Phase Power Box. C Output cable. D Power linking cable.

3.6.2.2 Connections with a Custom Power Box Necessary parts

• Custom Power Box.

• Multi power cables.

• ILite Spider connector with Spider support bracket.

• Power linking cables.

• Cable ties.

Power connections

1. Install the Custom Power Box on a safe location near by the ILite display.

2. Connect a m ulti power cable, with an adapted length, with one of the multi pole connectors on the Custom Power Box. (im-

age 3-22)

3. Connect the other side of the multi power cable with an ILite Spider connector near by the ILite display. Use the Spider support

bracket to attach the Spider connector to the back side of the display wall. (image 3-23)

4. Start creating power branches by connecting the output cables of the ILite Spider connector with the power linking cable of the

lowest tile in a column of maximum six.

R5976522 FIXED ILITE DISPLAY 05042004

Page 36

3. Physical installation

5. Complete each power branch by connecting maximum six tiles with power linking cables to each other in a daisy chain manner.

The female C13 plug of the power linking cable is plugged directly in the tile. The male C20 and the female C19 plugs serve as power loop through. The last female C19 plug in the chain is unused.

Warning: Maximum 6 (six) tiles per power branch are allowed. Connecting more then six tiles with one output cable will over-

6. Attach long cables with cable ties to the frame.

7. Repeat step 2 and followings until all tiles are provide with power.

8. Connect the power box with the local power-net. In case the local power net is not provided with a earthwire an additional earth

connection must be installed and connected with the protected earth inside the power box.

load the circuit.

POWER

LINKING

CABLE

(E)

POWER

DATA

Custom Power

Box

(A)

MULTI POWER CABLE

(Multi pole)

Image 3-22

A Custom Power Box. B Multi power cable (Multi pole). C ILite Spider connector. D First ILite tile in a column of maximum six. E Power linking cable.

(B)

ILite Spider Connector

(C)

ILite

Tile

(D)

POWER

DATA

POWER

DATA

Image 3-23 Spider support bracket.

3.6.3 Data cabling Necessary parts

Data linking cables.

Data connections

1. Connect the data cable, coming from the digitizer, with one of the DVI connectors on the resync-unit of the first tile. The first tile

must be one of the tiles in the corner of the ILite display.

2. Complete the da ta path of the display by connecting all following tiles with data linking cables to each other in a daisy chain

manner. This daisy chain linking can be performed either in horizontal or vertical directions starting in a corner of the ILitedisplay.

3. Specify in the setup controlling software how the data linking of the tiles is realized (Horizontal or Vertical) and which tile is the

first in the chain.

R5976522 FIXED ILITE DISPLAY 05042004

Page 37

When using a Fiberlink System the fiberlink data connection is inserted between the digitizer and the first tile. The Fiberlink Receiver is provided with a ’DATA IN’ and ’DATA OUT’ connector (MDR). Adapted data cables delivered with the Fiberlin k system are required.

Example of data connections for an ILite H7xV5

ILite Display rear view

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

3. Physical installation

DATA

POWER

DATA

POWER

Last tile will be in a corner

(A)

DATA

POWER

DATA

POWER

Data cables are

daisy chained

to all tiles

(B)

First tile may

be in any corner

(C)

DIGITIZER

Image 3-24

DATA

POWER

LED WALL OUT

RS232

DATA

POWER

(D)

A Lasttilewillbeinacorner. B Data cables are daisy chained to all tiles. C First tile may be in anny corner. D RS232 connection between Digitizer and control PC. E Control PC containing control s oftware.

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

Control PC

DATA

POWER

(E)

R5976522 FIXED ILITE DISPLAY 05042004

Page 38

3. Physical installation

It’s recommended that the data cable interconnection got a direction at right angles to the power cable interconnection, b ecause the resync-unit is able to power up the data connection for the next 2 tiles. So, when 1 power branch is disabled, the data source connection is still accurate. It’s possible to interconnect the data source cable horizontally or vertically, but for most installations the data source cabling is done in a horizontally direction because the power cablin g is done in vertical columns.

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

POWER

DATA

Image 3-25

POWER

34 R5976522 FIXED ILITE DISPLAY 05042004

Page 39

4. SERVICING

4.1 Safety instructions

Personal protection

4. Servicing

Image 4-1 Warning

Be aware of suspende loads.

Image 4-2 Suspended loads

d loads, wear a hard hat to reduce the risk of personal injury. Mind your fingers while working with heavy

Image 4-3 Hard hat

Image 4-4 Mind your fingers

Safety precautions

• Fence off a res

to prevent any persons come near the LED-wall during servicing.

• Inspect the complete LED-wall for security, wear, deformation, corrosion, and any other circumstances that may effect the load

handling capability of the p art.

• Check the handles on the back of the tiles for loss of strength due to exposing to environmental conditions. Replace damaged

handles immediately before starting any servicing to the tiles.

• Do not modify and/or replicate any component. BARCO uses specific materials and manufacturing processes in order to

achieve part strength. No other parts then BARCO parts are allowed.

tricted area of at least 3 meters around the LED-wall using an eye-catching fence and “KEEP OUT” signs. This

4.2 ILite tile diagnostic

Status LED’s resync-unit

The resync-unitoftheILitetile is provided with tree statusLED’s. One green and two red LED’s. The LED’sarehorizontallymounted

he green LED in the middle. Th e green LED light up indicating the SMPS is started and the resync-unit is operating normally.

with t The red LED’s indicate the status of the sync pulses and the incoming data signal.

Left red LED Green LED Right red LED

(A)

(B)

(C)

Image 4-5

A Left red LED. B Green LED. CRightredLED.

R5976522 FIXED ILITE DISPLAY 05042004

Page 40

4. Servicing

Left red

LED

Flashing

OFF ON

Flashing

ON ON OFF ILite tile is functioning normal, data signal and sync are received on the left

OFF ON ON ILite tile is functioning normal, data signal and sync are received on the right

OFF ON OFF The SMPS of the ILite tile is started but the resync-unit is mall functioning. OFF OFF OFF The SMPS of the ILite tile is not started or the resync-unit is ma ll functioning.

Green LED

ON OFF ILite tile receives start-up signal on the left I/O port but no sync is present on

Right red

LED

Flashing

Flashing ILite tile receive no start-up signal and no sync is present.

Diagnostic

the data signal. ILite tile receives start-up signal on the right I/O port but no sync is present on

the data signal.

I/O port.

4.3 Tile accessing

What has to be done ?

Remove an ILite tile out of the assembly. To access an ILite tile after they have been installed can only be realized through back access. There exist a work around procedure in case there is insufficientspaceatthebackoftheILitedisplay to remove an ILite tile.

Necessary tools

Wrench 10 mm.

How to remove a tile by accessing it from the back ?

1. Read an heed the servicing safety instructions.

2. Safely disconnect th e power and data cables to the tile.

3. Remove the four lock nuts on the ILite tile positioning bolts.

Warning: Be careful while removing the lock nuts that the tile doesn’t drop out at the front of the ILite display. Hold with one

4. Grab the ILite tile with both hands by the grip handles and push the tile a little forwards out of the ILite display. Hold tile securely.

5. Lay the tile flat on both arms and rotate it diagonally 45º.

6. Remove the tile by pulling it o

Work around in case of insuff

1. Read an heed the servicing safety instructions.

2. Start with the tile at the edge of de row wh ere the tile you w ant to remove is located. The back of the tiles at the edge of the ILite

display is accessible from the side when you stand in front of the ILite display.

3. Safely disconnect th e power and data cables to the tile.

4. Remove the four lock nuts on

Warning: Be careful while removing the lock nuts that the tile doesn’t drop out at the front of the ILite display. Hold with one

5. Gently push the tile from the back a little bit out of the wall assembly until you can grip the tile at the front.

6. Remove the tile by pulling

7. Repeat step 2 and followings on the next ILite tile in the row until the actually mall function tile is removed. The back of the next

tile is now accessible from his side.

hand the tile by one of the grip handles and remove with the other free hand the lock nuts.

ut of the assembly from the back.

icient space at the back ?

the ILite tile positioning bolts of the unplugged tile.

hand the tile inside the wall assembly and remove with the other free hand the lock nuts.

it out of the assembly from the front.

R5976522 FIXED ILITE DISPLAY 05042004

Page 41

4.4 H ot swap of an ILite tile

Necessary parts

• Flat blade screw driver.

• Wrench10mm.

How to hot swap an ILite tile ?

1. Read an heed the servicing safety instructions.

2. Disconnect th e power cord to the tile. Do not remove the power linking cable out of the power branch.

3. Remove the resync-unit from the tile by releasing two screws on the resync-unit.

4. Replace the mall function tile by accessing it from the back with an ot her tile (see "Tile accessing", page 36)

5. Place the resync-unit on the new tile and fasten with two screws.

6. Insert the power cord into the new tile.

4. Servicing

R5976522 FIXED ILITE DISPLAY 05042004

Page 42

4. Servicing

38 R5976522 FIXED ILITE DISPLAY 05042004

Page 43

INDEX

Index

Assembly blocks 8–9, 23

Attachment 23 Introduction 8 Order info 9

Cables 14, 17

Data 17

Power 14 Cabling 28 Correct alignment 22

Diagnostic 35 Dimensions 14

Tile 14

Fiberlink system 18

ILite 10 12

Specifications 12 ILite 12 13

Specifications 13 ILite 6 10

Specifications 10 ILite 6 XP 11

Specifications 11 ILite 8 12

Specifications 12 ILite tiles 10

Order info 10

Technical summary 10 ILite Tiles 9 Installation 19, 22, 26, 28–29, 32

Cabling 28

Correct alignment 22

Data cabling 32

Power cabling 29

Support structure 19

Tile input/output 28

Tile mounting 26

Order info 9–10

Assembly blocks 9

ILite tiles 10 Overview 18

Control software 18

Digitizer 18

Power boxes 18

Positioning code 19 Power 29, 31

Connections 29, 31

Custom Pow er Box 31

Mono Phase Power Box 29 Power boxes 18 Preparation 19

Positioning code 19

Removing sides 20–21

Bottom side 21 Left side 21 Which ? 20 Why ? 20

Safety 3–5, 35

Guidelines 3 Instructions 4, 35 Warnings 5

Servicing 35, 37

Diagnostic 35 Hot swap 37

Specifications 10–13

ILite 10 12 ILite 12 13 ILite 6 10 ILite 6 XP 11

ILite 8 12 Support structure 8 System 7–9

Assembly blocks 8

ILite Tiles 9

Introduction 7

Overview 7

Support structu re 8

Tile 14, 35–3 6

Access 36

Diagnostic 35

Dimensions 14 Tile access 36 Tile mounting 26

Warnings 5

R5976522 FIXED ILITE DISPLAY 05042004