Barco DP2K-36BLP, DP2K-17BLP, DP4K-17BLP, DP4K-36BLP, DP2K-23BLP User And Installation Manual

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DPxK BLP series

R5906753/03 20/11/2017

User and Installation manual

For DP2K-36BLP, DP4K-36BLP, DP2K-23BL P, DP4K-23BLP,

DP2K-17BLP, DP4K-17BLP

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Barco NV President Kennedypark 35, 8500 Kortrijk, Belgium Phone: +32 56.36.82.11 Fax: +32 56.36.883.86 Support: www.barco.com/en/support Visit us at the web: www.barco.com

Printed in Belgium

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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. Barco may make improvements and/or changes to the product(s) and/or the 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.

The latest edition of Barco manuals can be dow nloaded from the Barco web site w

ttps://www.barco.com/e n/signin.

ww.barco.com or from the secured Barco web site

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.

EMC statements

EN55032/CISPR32 Class A MME (MultiMedia Equipment)

Warning : This equipment is compliant with Class A of CISPR 32. In a residential environment this equipment may cause radio interfer-

ence.

Class A ITE (Information Technology Equipment)

Warning : This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be

required to take adequate measures.

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 harm ful interference when the equipm ent is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequenc y energy and , if not installed and used in a ccordance with the instruction manual, may c ause harmful interference to radio communications. Operation of this equipment in a residential area may cause harm ful interference, in which c ase the user will be responsible for correcting any interference at his own expense

Changes or modiﬁcations not expressly approved by the party responsible for c ompliance could void the user’s authority to operate the equipment

Guarantee and Compensation

Barco provides a guara ntee relating to perfect manufacturing as part of the legally stipulated terms of guarantee. On receipt, the purchaser must immediately inspect a ll 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 complaint, Barco can repair the fault or provide a replacement at its own discretion w ithin an appropriate period. If this measure proves to be impos sible or unsuccessful, the purchaser can deman d a reduction in the purchase pr ice or cancellation of the contract. All o ther claim s, in particular those relating to compensation for direct or indirect dam age, and also damage attributed to the operation of software as well as to o ther services provided by Barco, b eing a com ponent of the s ystem or independent se rvice, will be deemed invalid provided the dam age is n ot proven to be attributed to the absence 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 o n goods delivered by Barco, or if the goods are ha ndled inc orrectly, in particular if the systems are o perated incorrectly or if, after the transfer of risks, th e goods are subject to inﬂuences not agreed upon in the contract, all guarantee claims of the purchaser will be rendered invalid. Not included in the guarantee coverage are system failures which are attributed to programs or s pecial electronic circuitry provided by the purchaser, e.g. interfaces. Normal wear as well as norm al maintenance are not subject to the guarantee provided by Barco either.

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

Trademarks

Brand and product names mentioned in this manual may be trademarks, registered trademarks or copyrights of their respective holders. All brand and product names mentioned in this manual serve as commen ts or examples and are not to be understood as advertising for the products or their manufac

turers.

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Table of contents

TABLE OF CONTENTS

1. Safety................................................................................................................. 5

1.1 General considerations ............................................................................................................... 5

1.2 Important safety instructions ......................................................................................................... 6

1.3 Product safety labels ................................................................................................................ 10

1.4 High Brightness precautions: Hazard Distance(HD) .............................................................................. 11

1.5 HD for fully enclosed projection systems ........................................................................................... 13

1.6 HD in function of modifying optics ..................................................................................................14

2. General... ................ ................ ................ ................ ................ ................ ...........15

2.1 Installation requirements . . . .........................................................................................................15

2.2 About the delivered packages.......................................................................................................17

2.3 Unpacking the projector .............................................................................................................19

2.4 Initial inspection......................................................................................................................22

3. Installation process...............................................................................................23

3.1 Installation process projector........................................................................................................23

3.2 Installation process top cooler ......................................................................................................23

3.3 Installation process stand alone cooler.............................................................................................24

3.4 Software upgrade. . .................................................................................................................. 24

3.5 Starting up andadjusting the system ...............................................................................................24

4. Physical installation projector ......... .................. ................ ................ ................ .......27

4.1 Positioning the DPxK BLP series projector at port window ........................................................................ 27

4.2 Access to the power connection . . .................................................................................................. 29

4.3 Power input setup of the DPxK-36B LP . . . . . ........................................................................................ 30

4.4 Connecting the DPxK-17/23BLP with the power net ............................................................................... 31

4.5 Connecting the DPxK-36BLP with the p ower net ..................................................................................32

4.6 Power loop through to the projector electronics . ...................................................................................34

4.7 Connecting a UPS to the projector electronics . . ................................................................................... 34

5. Physical installation top cooler........ ................ ................ ................ ................ .........37

5.1 Assembling the housing ............................................................................................................. 37

5.2 Mounting the housing on the frame .................................................................................................43

5.3 Mounting the front support . .........................................................................................................45

5.4 Mount cooling frame on the projector ............................................................................................... 45

5.5 Insert the cooler units ...............................................................................................................46

5.6 Mount the ﬁlters...................................................................................................................... 48

5.7 Cabling and tubing...................................................................................................................49

6. Physical installation stand alone cooler ......................................................................51

6.1 Supported m ounting position........................................................................................................ 51

6.2 Assembling the cooler housing .....................................................................................................53

6.3 Mounting the cooler housing on the cooler frame ..................................................................................54

6.4 Preparing the stand alone frame . ...................................................................................................54

6.5 Installing the brackets on the cooler housing .......................................................................................55

6.6 Mounting the cooler housing on the frame . ........................................................................................56

6.7 Insert the cooler units ...............................................................................................................58

6.8 Mount the ﬁlters...................................................................................................................... 59

6.9 Cabling and tubing...................................................................................................................60

6.10 Mount protection grid for the LCM cooler modules (option) ........................................................................61

7. Lenses & lens holder .............................................................................................63

7.1 Available lenses ..................................................................................................................... 63

7.2 Lens selection ....................................................................................................................... 64

7.3 Lens installation .....................................................................................................................65

7.4 Lens removal ........................................................................................................................ 68

7.5 Lens shift, zoom & focus . . . ......................................................................................................... 69

7.6 Back Focal Length adjustment ......................................................................................................70

7.7 Scheimpﬂug adjustment.............................................................................................................74

7.8 Fixation of the Lens Ho lder front plate ..............................................................................................77

8. Input & communication ..........................................................................................79

8.1 Introduction .......................................................................................................................... 79

8.2 Local keypad of the DPxK-xxBLP ..................................................................................................80

8.3 Integrated Cinema Processor (ICP) ................................................................................................81

8.4 HD-SDI Input Module (optional). . . ..................................................................................................82

8.5 Quad 3G -SDI Input Module (optional) ..............................................................................................85

8.6 Integrated Media Block/Server (optional) . . . ........................................................................................89

8.7 Cinema Controller of the DPxK-xxBLP ............................................................................................. 90

9. ICMP .. ................ ................ ................ ................ .................. ................ .............93

9.1 ICMP introduction. . . .................................................................................................................93

9.2 ICMP HDD ...........................................................................................................................95

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Table of contents

9.3 ICMP communication ports .........................................................................................................96

9.4 ICMP source input ports.............................................................................................................97

9.5 ICMP Disp layPort speciﬁcations ....................................................................................................98

9.6 ICMP SDI speciﬁcations............................................................................................................100

9.7 ICMP HDMI 2.0 speciﬁcations .....................................................................................................103

9.8 ICMP HDMI 1.4 speciﬁcations .....................................................................................................105

9.9 ICMP status LEDs ..................................................................................................................107

9.10 ICMP HDD status LEDs............................................................................................................ 108

9.11 ICMP conﬁguration via Communicator ............................................................................................109

9.12 ICMP reset..........................................................................................................................109

9.13 Removing a HDD from the ICMP ..................................................................................................110

9.14 Installing a HDD into the ICMP.....................................................................................................111

10. Communicator Touch Panel...... ................ ................ ................ ................ ............. 113

10.1 Introduction .........................................................................................................................113

10.2 Installation of the touch panel interface . . . . . .......................................................................................114

11. Starting up..... ................ .................. ................ ................ ................ ................ . 117

11.1 Switching ON the DPxK BLP series projector ....................................................................................117

11.2 Switching OFF the DPxK BLP-series projector....................................................................................118

12. Removal and installation of the projector covers .......... .................. ................ ............. 119

12.1 Removal of the light sourcecover ................................................................................................. 120

12.2 Removal of the rear cover..........................................................................................................121

12.3 Removal of the input cover . ........................................................................................................122

12.4 Removal of the front cover .........................................................................................................124

12.5 Removal of the side cover..........................................................................................................126

12.6 Installation of the front cover.......................................................................................................128

12.7 Installation of the input cover.......................................................................................................130

12.8 Installation of the light source cover ...............................................................................................132

12.9 Installation of the rear cover........................................................................................................134

12.10 Installation of the side cover .......................................................................................................135

13. Preventative maintenance actions .... ................ ................ ................ ................ ....... 137

13.1 1 month maintenance actions ......................................................................................................137

13.2 3 month maintenance actions ......................................................................................................137

14. Maintenance...................................................................................................... 139

14.1 Remove and clean the front dust ﬁlter .............................................................................................139

14.2 Remove and clean both bottom dust ﬁlters........................................................................................140

14.3 Check the cooler dust ﬁlters........................................................................................................141

14.4 Vacuum cleaning of the dust ﬁlters ................................................................................................142

14.5 Washing and drying the dust ﬁlters ................................................................................................143

14.6 Cleaning the lens . . . ................................................................................................................144

14.7 Cleaning the exterior of the projector ..............................................................................................144

14.8 Check cooling liquid level ..........................................................................................................144

14.9 Cooling liquid reﬁll ..................................................................................................................145

14.10 Authorization to clear security warning on the projector ..........................................................................146

15. Convergence ............ ................ ................ ................ ................ ................ ......... 149

15.1 Open the sealed compartment .....................................................................................................149

15.2 Close the sealed compartment.....................................................................................................150

15.3 Convergence controls ..............................................................................................................151

15.4 Red on blue convergenc e . . ........................................................................................................152

15.5 Green on blue conv ergence........................................................................................................153

16. Color calibration.................. ................ ................ ................ ................ ............... 155

16.1 Calibration process.................................................................................................................155

16.2 White point calibration..............................................................................................................155

16.3 Color gamut calibration .............................................................................................................156

17. Pin conﬁgurations.......... ................ ................ ................ ................ ................ ..... 159

17.1 About General Purpose Inputs & Outputs (GPIO).................................................................................159

17.2 Pin conﬁgurations of the com munica tion ports . . ..................................................................................160

17.3 Pin conﬁgurations of the ICMP communication ports .............................................................................162

17.4 Pin conﬁgurations of the inputs . . ..................................................................................................164

18. Speciﬁcations .................................................................................................... 165

18.1 Speciﬁcationsof theDP2K-36BLP.................................................................................................165

18.2 Speciﬁcationsof theDP4K-36BLP.................................................................................................166

18.3 Speciﬁcationsof theDP2K-23BLP.................................................................................................166

18.4 Speciﬁcationsof theDP4K-23BLP.................................................................................................167

18.5 Speciﬁcationsof theDP4K-17BLP.................................................................................................168

18.6 Dimensions of the DPxK-xxBLP ................................................................................................... 169

18.7 Dimensions of the universal pedestal..............................................................................................170

18.8 Projector air inlets and outlets......................................................................................................171

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Table of contents

19. Environmental Information .................................................................................... 173

19.1 Disposal information................................................................................................................173

19.2 China RoHS compliance ...........................................................................................................173

19.3 Taiwan RoHS compliance..........................................................................................................174

19.4 Turkey RoHS compliance ..........................................................................................................175

19.5 Hazards.............................................................................................................................175

19.6 Production address . ................................................................................................................176

19.7 Contact information.................................................................................................................176

Glossary .......... ................ ................ ................ ................ ................ ................ ..... 177

Index... ................ ................ ................ ................ ................ ................ ................ . 179

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Table of contents

4 R5906753 DPXK BLP SERIES 20/11/2017

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1. SAFETY

About this chapter

Read this chapter attentively. It contains important information to prevent personal injury while installing and using your DPxK BLP series projector. Furthermore, it includes several cautions to prevent damage to your DPxK BLP series projector. Ensure that you understand and follow all safety guidelines, safety instructions and warnings mentioned in this chapter before installing and using the DPx K BLP series projector. After this chapter, additional “warnings” and “cautions” are given depending on the procedure. Read and follow these “warnings” an d “cautions” as well.

Clariﬁcation of the term “DPxK-BLP series” used in this document

When referring in this docum ent to the term “DPxK-BLP series” means that the content is applicable for following Barco products:

• DP2K-36BLP

• DP4K-36BLP

• DP2K-23BLP

• DP4K-23BLP

• DP2K-17BLP

• DP4K-17BLP

1. Safety

Barco provides a guarantee relating to perfect manufacturing as part of the legally stipulated terms of guarantee. Observing the s peciﬁcation mentioned in this chapter is critical fo this can result in loss of warranty.

r projector performance. Neglecting

Overview

• General considerations

• Important safety instructions

• Product safety labels

• High Brightness precautions: Hazard D istance (H D)

• HD for fully enclosed projection systems

• HD in function of modifying optics

1.1 General considerations

General safety instructions

• Before operating this equipment please read this manual thoroughly a nd retain it for future reference.

• Installation and preliminary adjustments should be performed by qualiﬁed Barco personnel or by authorized Barco service dealers.

• All warnings on the pr ojector and in the documentation manuals

• All instructions for operating and use of this equipment m ust be followed precisely.

• All local installation codes should be adhered to.

Notice on safety

This equipment is built in accordance with the requirements of the international safety standards IEC60950 -1, EN60950-1, UL60950-1 and CAN/CSA C22.2 No.60950-1, which are the safety standards of information technology equipment including electrical business equipmen t. These s afety standards impose important requirements on the use of safety critical components, materials and insulation, in order to protect the user or operator against risk o f electric shock and energy hazard and having access to live parts. Safety standards also impose limits to the internal and external temperature rises, radiation levels, mechanical stability and strength, enclosure construction and protection against the risk of ﬁre. Simulated s ingle fault condition testing ensures the safety of the equipm ent to the user even when the equipment’s normal operation fails.

should be adhered to.

Notice on optical radiation

This projector embeds extremely high brightnes Native laser light is not accessible by the end user in any use case. The light exiting the projection lens has been diffused within the optical path, representing a larger source and lower radiance value than native laser light. Nevertheless the projected light represents a s igniﬁcant risk for the human eye w hen of laser light but solely to the high thermal induced energy of the light source; which is equivalent with lamp based systems.

Thermal retinal eye injury is possible when exposed within the Hazard Distance (HD). The HD is deﬁ ned from the projection lens surface towards the position of the projected beam wher e the irradiance equals the maximum permissible exposure as described in the chapter “Hazard Distance”.

R5906753 DPXK BLP SERIES 20/11/2017

s (radiance) lasers; this laser light is processed through the projectors optical path.

exposed directly within the beam. This risk is not speciﬁc related to the characteristics

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1. Safety

WARNING: No direct exposure to the beam within the hazard distance shall be permitted, RG3 (Risk Group

3) IEC 62471-5:2015

CAUTION: Use of controls or adjustments or performance of procedures other than those speciﬁed he rein

may result in hazardous radiation exposure.

Restricted access location

This product may only be installed in a r estricted access location. The deﬁnition of a “restricted access loc ation" is a location for equipment where both of following applies:

• Access can only be gained by SERVICE PERSO NN EL or by OPERATORS who have been instructed about the reasons for the restriction applied to the location and about the precautions that shall be taken.

• Access is through the use of the tool or lock and key, or other means of security, and is controlled by the authority responsible for the location.

Why a restricted acc ess location: This is a RG3 product. Based on international requirements, no person in allowed to enter the projected beam within the zone between the projection lens and the related Hazard Distance (HD). T his shall be physically impossible by creating sufﬁcient separation height or by placing optional bar riers. Within the res tricted area operator training is considered sufﬁcient. The applicable separation heights are discussed in "High Brightness precautions: Hazard Distance (HD )", page 11.

Users deﬁnition

Throughout this manual, the terms SERVICE PERSONNEL and TRAINED PROJECTIONIST refers to p ersons having appropriate technical training and experience ne cessary to be knowledgeable of potential hazards to which they are exposed (including, but not limited to HIGH VOLTAGE ELECTRIC and ELECTRONIC CIRCUITRY and HIGH BRIGH TNESS PROJECTORS) in performing a task, and of measures to minimize the potential risk to themselves or other persons. The term USER and OPERATOR refers to any person other than SERVICE PERSONNEL or TRAINED PR OJECTIO NISTS, AUTHORIZED to operate professional projection systems.

The TRAINED PRO JE CT IONISTS may only perform the maintenance task d escribed in the User & Installation manual. All other maintenance tasks and service tasks must be performed by qualiﬁed SE RVICE PERS O NN EL.

The DLP Cinema Systems are intended "FOR PROFESSIONA L USE ONLY" by AUTHO RIZED PERSONNEL familiar with potential hazards associated with high voltage, high intensity light beams generated by lasers. Only qualiﬁed SERVICE PERSONNE L and TRAINED P ROJE CTIONIST S, knowledgeable of such risks, ar

e allowed to perform se rvice functions ins ide the product enclosure.

Owner’s record

The part number and serial number are printed on a label which is stuck on the respective part. Record these numbers in the spaces provided below. Refer to them whenever you call upon your Barco dealer regarding this product.

Product article number

Product serial number

Dealer

1.2 Important safety instructions

To prevent the risk of electrical shock

• This projector should be operated from an AC power source. Ensure t hat the mains voltage and capacity matches the projector electrical ratings. If you are unable to install the AC requirements, contact your electrician. Do not defeat the purpose of the grounding.

• Installation according to the local electrical c ode and regulations by qualiﬁed technical personnel o nly.

• This product is equipped with a barrier strip for the connection of a power line. The conﬁgu ration depends on the projector:

- DPxK-17BLP/23B LP: three-terminal ba rrier strip for the connection of a mono phase power line with a separate earth gr ound

PE.

- DPxK-36B LP: ﬁve-terminal barrier strip for the connection of a 3W+N+PE or 3W+PE power system.

If you are unable to install the AC Requirements, contact your electrician. Do not defeat the purpose of the grounding.

R5906753 DPXK BLP SERIES 20/11/2017

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1. Safety

• The cro ss-sectional area of the conduc tors in the power supply cord shall be not less than 4m m2(10 AWG).

• The electronics of the projector must be powered either from a suitable UPS unit or from the power outlet socket (UPS OUTLET) provided on the projector. For that reason an adapted short power cord (2-pole 3-wire grounding) is added to the projector accessories to loop through the power.

• The cross-sectional area of the UPS inlet cord shall be not less than 0.75 mm² or AWG 18.

• The provided power output socket (UP S OUTLET) on the projector may only be used to provide power to the projector electronics. Never connect other devices to this power output socket.

• The circuit breaker(s) that must be provided in the power circuit(s) of the projector is considered as general disconnect switch(es) to switch off the complete installation.

• Disconnect the power to the projector mains terminals and unplug the power c ord at UPS INLET for removal of all power from the projector.

• Do not allow anything to rest on the power cord. Do not locate this projector where persons will walk on the cord.

• Do not operate the projector with a damaged cord or if the projector has been dropped or damaged - until it has been examined and approved for operation by a qualiﬁed service technician.

• Position the cord so that it will not be tripped over, pulled, or contact hot surfaces.

• If an extension cord is necessary, a cord with a current rating at least equal to that of the projector should be used . A cord rated for less amperage than the projector may overheat.

• Never push objects of any kind into this projector through cabinet slots as they may touch dangerous voltage po ints or short circuit parts that could result in a risk of ﬁre or electrical shock.

• Do not expose this projector to rain or moisture.

• Do not immerse or expose this projector in water or other liquids.

• Do not spill liquid of any kind on this pr ojector.

• Should any liquid or solid object fall into the cabinet, unplug the set and hav e it checked by qualiﬁed service personnel befo re resuming operations.

• Do not disassemble this projector, always take it to an authorized trained ser vice pers on when service or repair work is required.

• Do not use an accessory attachment whic h is not recommended by the m anufacturer.

• Lightning - For added protection for this video product during a lightning storm, or when it is left unattended and unused for long periods of time, unplug it from the wall outlet and disconnect media and comm unication cables. This will prevent damage to the projector due to lightning and AC power-line surges.

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1. Safety

To prevent personal injury

• To prevent injury and physical dama ge, always read this m anual and all labels on the system before powering the projector or adjusting the projector.

• Do not u nderestimate the weight of the projector. The projector without the top c ooler weighs ±106 kg ( ±233.7 lbs). To prevent personal injury a hoisting tool should be used to lift the p rojector.

• To prevent injury, ensure that the lens, cooling system and all cover plates are correctly installed. See installation procedures.

• Warning: high intensity light beam. NEV ER look into the lens ! High luminance could result in damage to the eye.

• Warning: extremely high brightness projector: This projector embeds extremely high brightness (radiance) lasers; this laser light is processed through the projectors optical path. Native laser light is not accessible by the end user in an y use case. The light exiting the projection lens has been defused within the optical path, representing a larger source and lower radiance v alue than native laser light. Nevertheless the projected light represents a signiﬁcant risk for the human eye when exposed directly within the beam. This risk is not speciﬁc related to the c haracteristics of laser light but s olely to the high therm al induced energy of the light source; which is equivalent with lamp based systems. Thermal retinal eye injury is possible when exposed within the Hazard Distance. The Hazard Distance (HD) is deﬁned from the projection lens surface towards the position of the projected beam where the irradiance equals the maximum permissible exposure as described in the chapter "High Brightness pr ecautions: Hazard Distance (HD)", page 11.

• Based on international requirements, no person in allowed to enter the projected beam within the z lens and the related Hazard Distance (HD). This sh all be physically impossible by creating sufﬁcient separation height or by placing optional barriers. Within the restricted area operator training is considered sufﬁcient. The applicable separation heights are discussed in "High Brightness precautions: Hazard Distance (HD)", page 11.

• The projector shall be installed in a restricted access room equipped with a key or security lock preventing untrained persons entering the Risk Group 3 use zone.

• Switch off the projector before attempting to remove any of the projector’s covers.

• When required to remove all power from the projector (eg during service), always disconnect the power from the projector mains terminals and UPS INLET connector. Use the disconnect d evice in the building installation to disconnect the power to the projector mains terminals, and unplug the power cord at the UPS INLET connector if the UPS INLET is separately powered.

• Do not place this equipment on an unstable cart, stand, or table. The product may fall, causing serious damage to it and possible injury to the user.

• Lenses, shields or screens s hall be changed if they have become v isibly damaged to such an extent that their effectiveness is impaired. For example by cracks or deep scratches.

• The as sociated Safety responsible of the unit mu st evaluate the setup before the unit may be started.

• Never point or allow light to be directed on people or reﬂective objects within the HD zone.

• All operators shall have received adequate training and be aware of the potential hazards.

• Strictly minimize the numbe r of people who have access to the unit. The unit may never be operated without permission of the responsible for safety.

• Do not put your hand or an y body part in front of the beam. Do not clean the port window when the projector is switched on.

• For a stand alone cooler, position the tubes so that they will not be tripped over, pulled, or contact hot surfaces.

one between the projection

To prevent ﬁre hazard

• Do not place ﬂammable or com bustible m aterials near the projector!

• Barco large screen pr ojection products are designed and manufactured to meet the most stringent safety regu lations. This projector radiates heat on its external surfaces and from v entilation ducts during normal operation, which is both normal and safe. E xpo sing ﬂammable or combustible materials into close proximity of this projector could result in the spontaneous ignition of that material, resulting in a ﬁre. For this reason, it is absolutely necessary to leave an “exclusion zone” around all external surfaces of the pro jector whereby no ﬂammable or combustible materials are present. The exclusion zone mu st be not less than 40 cm (16”) for this projector.

• Do not place any object in the projection light path a t close distance to the projection lens output. The concentrated light at the projection lens output may result in damage, ﬁre or burn injuries.

• Ensure that the projector is solidly mounted so that the projection light path cannot be changed by acc ident.

• Do not cover the projector or the lens with any material while the projector is in ope ration. . Mount the projector in a well ventilated area away from sources of ignition and out of direct sun light. Never expose the projector to rain or moisture. In the event of ﬁre, use sand, CO performed on this projector by authorized Barco service personnel. Always insist on genuine Barco replacement parts. Never use non-Barco replacement parts as they may degrade the safety of this projector.

• Slots and openings in this equipment are provided for ventilation. To ensure reliable operation of the projector and to protect it from overheating, these openings must not be blocked or covered. The openings should never be blocked by placing the projector too close to walls, or other similar surface. This projector s hould never be placed near or over a radiator or heat register. This p rojector should not be plac ed in a built-in installation or enclosure unless proper ventilation is provided.

• Projection rooms must be well ve ntilated or cooled in order to avoid build up of heat. It is necessary to vent hot e xhaust air from projector and cooling system to the outside of the building.

• Let the projector cool completely before storing. Remove cord from the projector when storing.

or dry powder ﬁre extinguishers. Never use water on an electrical ﬁre. Always hav e service

R5906753 DPXK BLP SERIES 20/11/2017

Page 13

1. Safety

To prevent battery explosion

• Danger of explosion if battery is incorrectly installed.

• Replace only with the same or equivalent type recommended by the manufacturer.

• For disposal of used batteries, always consult federal, state, local and provincial hazardous waste disposal r ules and regulations to ensure proper disposal.

To prevent projector damage

• The air ﬁlters of the projector must be cleaned or replaced on a regular basis. Cleaning the booth area would be m onthlyminimum. Neglecting this could result in disrupting the air ﬂow inside the projector, causing overheating. Overheating may lead to the projector shutting down during operation.

• The pr ojector must always be installed in a manner which ensures free ﬂow of air into its air inlets.

• If more than one projector is installed in a common projection booth, the exhaust air ﬂow requirements a re valid for EA C H individual pro jector system. Note that inadequate air extraction or cooling will result in decreased life expectancy of the projector as a whole as well as c ausing premature failure of the lasers.

• In order to ensure that correct airﬂow is maintained, and that the projector complies with Electromagnetic Compatibility (EMC) and safety require ments, it should always be operated with all of it’s covers in place.

• Slots and openings in the cabinet are provided for ventilation. To ensure reliable operation of the product and to protect it from overheating, these openings must not be blocked or covered. The openings should never be blocked by plac ing the product on a bed, sofa, rug, or other similar surface. This product should never be placed near or over a radiator or heat register. The device shou ld not be placed in a built-in installation or enclosure unless proper ventilation is provided.

• Ensure that nothing can be spilled on, or dropped inside the projector. If this does ha ppen, switch o from the projector. Do not operate the projector again until it has been checked by qualiﬁed service personnel.

• Do not block the projector cooling fans or free air movement around the projector. Loose papers or other objects may not be nearer to the projector than 10 cm (4") on any side.

• Proper operation of the projector can only be guaranteed in table mounting. It is not permitted to use the projector in another position. See installation proce dure for correct ins tallation.

• Special care for Laser Beams: Special care should be used when DLP projectors are used in the same room as high power laser equipment. D irect or indirect hitting of a laser beam on to the lens can severely damage the Digital Mirror Devices which case there is a loss of warranty.

• Never place the projector in direct sunlight. Sunlight on the lens can s e case there is a loss of warranty.

• Save t he original shipping carton and packing material. They will come in handy if you ever have to ship your equipment. For maximum protection, repack your set as it was originally packed at the factory.

• Remove all power from the projectors mains terminals before c leaning. Do not use liquid cleaners or aerosol cleaners. Use a damp cloth for cleaning. Never use strong solvents, such as thinner or benzine or ab rasive cleaners, since these will damage the cabinet. Stub born stains may be removed with a cloth lightly dampened with mild detergent solution.

• To ensure the highest optical performance and resolution, the projection lenses are specially treated with an anti-reﬂective coating, therefore, avoid touching the lens. To remove dust o n the lens, use a soft dry cloth. For lens cleaning follow the instructions precisely as stipulated in the projector manual.

• Rated maximum ambient temperature, t

• Rated humidity = 5% to 85% R H Non-condensed Non-condensed.

• An external frame must be used to stack projectors.

• For functionality and reliability, the projector requires accurate temperature control and cooling. Therefore a liquid coo ling system is provided consisting of liquid circuits ins ide the projector w hich are connected via hoses to external coolers. Only cooler models and hoses exclusively developed for this application and approved by Barco are allowed to be used.

• When using the projector with a stand alone cooler, do not stand on the cooling tubes or do not place any object on the tubes so that free liquid ﬂow can be guaranteed. Position the tubes so that there is no contact with hot surfaces.

= 35°C (95°F).

verely damage the Digital Mirror Devices

ff and remove all power

in which

On servicing

• Do not attempt to s ervice this product yourself, as opening or removing covers may expose you to dangerous voltage potentials and risk of electric shock.

• Refer all servicing to qualiﬁed s ervice personnel.

• Attempts to alter the factory-set internal controls or to change o ther control settings not specially discussed in this manual can lead to permanent damage to the projector and cancellation of the warranty.

• Remove all power from the projector and refer servicing to qualiﬁed service technicians under the following conditions:

- When the power cord or plug is damaged or frayed.

- If liquid has been spilled into the equipment.

- If the produ ct has been exposed to rain or water.

- If the product does not operate normally wh en the operating instructions are followed. Adjust only those controls that are

covered by the operating instructions since improper adjustment of the other controls may result in damage and will often require extensive work by a qualiﬁed technician to restore the product to normal operation.

- If the product has been dropped or the cabinet has been damaged.

- If the product exhibits a distinct change in performance, indicating a need for service.

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1. Safety

• Replacement parts: When replacement parts are r equired, be sure the service technician has used original Barco replacement parts or authorized replacement parts whic h have the same characteristics as the B arco original part. Unauthorized substitutions m ay result in degraded performance and reliability, ﬁre, electric shock or other hazards. Unauthorized substitutions may void warranty.

• Safety chec k: Upon completion of any service or repairs to this projector, ask the service technician to perform safety checks to determine that the product is in proper operating condition.

Safety Data Sheets for Hazardous Chemicals

For safe handling information on c hemical products, consult the Safety Da ta Sheet (SDS). SDSs are available upon request via safetydatasheets@barco.com.

1.3 Product safety labels

Light beam related safety labels

Label image Label description Label location

Hazard RG3: optical radiation warning symbol

WARNING! DO NOT LOOK INTO THE LIGHT BEAM NO DIRECT EYE EXPOSURE TO THE BEAM IS PERMITTED

RG3 IEC EN 62471– 5:2015

CLASS 1 IEC EN 60825–1:2014

HAZARD D ISTANCE: CONSULT SAFETY MANUAL

COMPLIES W IT H 21 C FR 1040 EXCEPT WIT H RESPECT TO THO SE CHARACTERISTICS AUTHORIZED BY VARIANCE NUMBER 2014-V-0285 DATED A PRIL 14, 2016 RISK GROU P 3 LIP IEC 62471:2006

警告！

勿观看光束

眼睛勿直接接触可允许暴露的光束

(RG3 IEC EN 62471-5:2015 CLASS 1 IEC EN 60825-1:2014)

危害距离：请参考

安全手册

DANGER !

NE PAS REG A R DER LE FAISCEAU EVITER TOUTE EXPOSITION DIRECTE DES YEUX AU FAISCEAU

RG3 IEC EN 62471 -5:2015

CLASS 1 IEC EN 60825-1:2014

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Label image Label description Label location

DISTANCE DE SECURITE : CONSULTER LE MANUEL DE SECURITE

Hazard RG3: not for household use symbol

1.4 High Brightness precautions: Hazard Distance (HD)

Hazard Distance (HD) is the distance measured from the projection lens at which the intensity or the energy per surface unit becom es lower than the applicable exposure limit on the cornea or on the skin. The light beam is considered (to be) unsafe for exposure if the distance from a per son to the light source is less than the HD .

1. Safety

Restriction Zone (RZ) based on the HD

The HD depends on the amount of lumens produced by the projector and the type of lens installed. See next chapter"HD in function of modifying optics", page 14.

To protect untrained end users (as cinema visitors, spectators) ments: Operators shall control access to the beam w ithin the hazard distance or install the product at the height that will p revent spectators’ ey es from being in the hazard distance. Radiation levels in excess of the limits will not be permitted a t an y point less than

2.0 meter (SH) above any surface upon which persons other tha

than 1.0 me ter (SH) lateral separation from any place where such persons are permitted to be. In environments where unrestrained behavior is reasonably foreseeable, the minimum s eparation height should be greater than or equal to 3.0 m eter to prevent potential exposure, for example by an individual sitting on anot

These va lues are minimum values and are based on the guidance provided in IEC 62471-5:2015 section 6.6.5.

The installer m ust understand the risk and apply protective measures based upon the hazard distance as indicated on the label and in the user information. Installation method, separation height, barriers, d etection system or other applicable co ntrol measure shall prevent hazardous eye access to the radiation within the hazard distance.

For example, projectors that hav e a HD greater than 1 m and emit light into an uncontrolled area where persons may be present should be positioned in accordance with “the ﬁxed projector installation” param eters, resulting in a HD that does not extend into the audience area unless the beam is at least 2.0 meter above the ﬂoor level. In environments where unrestrained beha vior is reasonably foreseeable, the minimum separation height should be greater than or equal to 3.0 m eter to prevent potential exp osure, for example by an individual sitting on an other individual’s s houlders, within the HD. Sufﬁciently large s eparation height may be achieved by m ounting the image projector on the ceiling or through the use of physical barriers.

For LIPs (Laser Illuminated Project cinema theaters shall be installed at a height vertically above the ﬂoor such that the bottom plane of the Hazard Zone shall be no lower than 3 meters above the ﬂ oor. Horizontal clearance to the hazard zone shall be 2.5 meters. Any human ac cess horizontally to the H azard Z one, if applicable horizontal or vertical clearances shall be increased to prev ent exposure to the RG3 hazard zone.

In addition for temporary installations (e.g.: rental and s taging, lease, events …) the following requirements apply:

• This product can only be installed by Barco or sold or leased only to valid laser light show variance holders. In other words our installers are required to have an approved las er light show variance. Suc h installers m ay currently h old a valid variance for production of Class IIIb and IV laser light shows and/or for incorporation of the RG3 LIPs into their shows. Dealers and distributors are also required to obtain a valid laser light show variance.

• This product shall be lo be directly observed at all times.

• Effects other than front or rear screen projections shall not be performed.

• Communication shall be maintained with other personnel assisting in surveillance of the LIP projection.

• In the event of any unsafe condition, immediately terminates (or designate the termination) of LIP projection light.

Install one or more readily is considered as a reliable d isconnect device. When required to switch off the projector, disconnect the power cord at the p rojector side. In case the power input at the projector side is not accessible (e.g. truss mount), the s ocket outlet supplying the projector shall

ors) installed in the USA market the above limits d o not apply. Lip’s for installations other than in

, shall be restricted by barriers. If human access is possible in an unsupervised environmen t, the

cated in such a way that all propagating beam paths within the Restriction Zone, and the audience c an

accessible controls to immediately terminate LIP projection light. The power input at the projector side

her individual’s shoulders, within the HD.

the installation shall com ply with the following installation require-

n operators, performers, or employees are permitted to stand or less

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1. Safety

be installed nearby the projector and be eas ily accessible, or a readily accessible general disconnect device shall be incorporated in the ﬁxed wiring.

Laser light s hows can be requested v ia the F DA online eSubm itter portal or via FDA F orm FDA Form 3147 referencing to Barco’s variance approval 2016-V-0144.

RA TH

(B) TOP VIEW(A) SIDE VIEW

Image 1-1 ASideview. B Top view. RA Restricted Access location (boot area of projector). PR Projector. TH Theater. RZ Restriction Zone in the theater. SH Separation Height. SW S epa ration Width.

Based on national requirements, no person is allowed to enter the projected beam within the zone between the projection lens and the related hazard distance (HD). This s hall be physically impossible by c reating sufﬁcient separation height or by placing barriers. The minimum separation height takes into account the surface upon which persons other than operator, performers or employees are permitted to stand.

On image 1-2 a typical setup is displayed. It must be veriﬁed if these minimum requirements are met. If required a restricted zone (RZ) in the theater mus t be established. This can be done by using physical barrier, like a red rope as illustrated in image 1-2.

The restricted area sticker can be replaced by a sticker with only the symbol.

Image 1-2

RESTRICTED

AREA

RESTRICTED

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1.5 HD for fu lly enclosed projection systems

Restriction Zone (RZ) based on the HD

The projector is also suitable for rear projection applications; projecting a beam onto a defuse coated projection screen. As displayed in image 1-3 two areas should be considered: the restricted enclosed projection area (RA) and the observation area (TH).

1. Safety

RESTRICTED

RA TH

AREA

RESTRICTED

AREA

HDDIFFUSE

REFLECTION

reﬂection

); also taking into account a 1 meter lateral

Image 1-3 RA Restricted Access location (enclosed projection area). PR Projector. TH Theater (observation area). RZ Restriction Zone. PD Projection Distance. SW Separation Width. Must be m inimum 1 meter.

For this type of setup 3 different HD shall be considered:

• HD as discussed in "High Brightness precautions: Hazard Distance (HD)", page 11, relevant for intrabeam exposure.

•HD

reﬂection

•HD

diffuse

: the distance that has to b

: the relevant distance to be c onsidered while observing the diffuse surface of the rear projection screen.

e k ept restrictive related to the reﬂected light from the rear projection screen.

As described in "High Brightness precautions: Hazard Distance (HD)", page 11, it is mandatory to create a restricted zone w ithin the beam areas closer than any NOHD. In the enclosed projection area the combination of two restricted zones are relevant: The restricted zone of the projected beam toward the screen; taking into account 1 meter Separation Width (SW) from the beam onward. Combined with the restricted zone related to the rear reﬂection from the screen (HD separation.

The HD projection screen. To determine the HD distance for the used lens and projector model see graphs in chapter "HD in function of

distance equals 25% of the difference between the determined HD distance and the p rojection distance to the rear

reﬂection

modifying optics", page 14.

reflection

= 25% (HD – PD)

The light emitted from the screen within the observation shall never exceed the RG2 exposure limit, determined at 10 cm. The HD

can b e neglected if the measured light at the screen surface is below 5000 cd/m² or 15000 LUX.

diffuse

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1. Safety

1.6 HD in function of modifying optics

Hazard Distance

Image 1-4

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2. GENERAL

About this chapter

Read this chapter before installing your DPxK BLP-series projector. It contains important information concerning installation requirements for the DPxK BLP-series projector, suc h as minimum and maximum allowed ambient temperature, humidity conditions, required safety area around the installed projector, required power net, etc.

Furthermore, careful consideration of things such as image size, ambient light level, projector placement and type of screen to us e are critical to the optimum use of the projection system.

About DPxK BLP-series projectors

• DP2K-36BLP

• DP4K-36BLP

• DP2K-23BLP

• DP4K-23BLP

• DP2K-17BLP

• DP4K-17BLP

2. General

After unpacking let t he projector acclimatizes to a room temperature higher then 10°C (50°F) and lower then 35°C (95°F). It is suggests only using it after having stored it for 16 hours in ﬁnal location. Neglecting this may result in a start up failure of the Light P roces sor Un it.

Overview

• Installation requirements

• About the delivered pa ckages

• Unpacking the projector

• Initial inspection

2.1 Installation requirements

Environmental conditions

The table below summarizes the physical environment in which the DPxK BLP series projector m ay be safely operated or stored.

Environment Operating Non-Operating

Ambient Temperature 10°C (50°F) to 35°C (95°F) -15°C (5°F) to 60°C (140°F)

Air cleanliness Clean ofﬁce environment (equivalent with cleanroom

Humidity

Altitude

standard ISO 14644-1 ISO Class 9)

5% to 85% RH Non-condensed 5% to 95% RH N on-Condensed

-60 (-197Ft) to 3000m (9843Ft) -60 (-197Ft) to 10000m (32810Ft)

n.a.

Let the projector acclimatize after unpacking. Neglecting this may result in a startup failure of the Light Processor Unit.

Use in high altitude conditions

When 3 000 m environmental condition is combined with the highest permissible temperature (35°C ambient), the projector may be expected to go into w arning status. Hence, for high altitude conditions, we advise max 30 °C ambient condition (25°C is preferred).

Furthermore, to avoid temperature warnings on laser banks, we advise in high altitude to set cooler fans to 100%.

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2. General

Cooling requirements

For functionality and reliability, the projector requires accurate temperature con trol and cooling. Therefore a liquid c ooling system is provided consisting of liquid circuits inside the projector which are connected via hoses to external coolers. Only coolers and hoses exclusively developed for this application and approved by Barco are allowed to be used.

Main Power requirements

Depending the model, the DPxK BLP series projector operates from a single-phase power net or three-phase power net.

Projector Power system Power requirements

DP2K-36BLP three-phase power net

DP4K-36BLP three-phase power net

DP2K-23BLP single-phase power net

DP4K-23BLP single-phase power net

DP2K-17BLP single-phase power net

DP4K-17BLP single-phase power net

(*) The projector must be switched internally between a star connection (Y) to a delta connection (Δ) or vice versa. See "Power input setup of the DPxK-36B LP", page 30.

The powe r cord required to connect the projector w ith the power net is not delivered with the projector. It is the responsibility of the customer to provide the correct type of power cord.

The cross-sectional area of the conductors in the power supply cord shall n ot be less than 4 mm² or 10 AWG.

In single-phase operation, the power cord must be rated for minimum 300V.

In three-phase operation, the power cord must be rated for minimum 300V in case of a 3W+P E (208V) power system, and minimum 500V in case of a 3W+N+PE (230/400V) power system. For a 3W+PE system, 208V is measured between the lines. For a 3W+N+PE system, 400V is measure d between the lines, 230V is measured between the lines and the neutral.

To protect operating personnel, the National Electrical Manufactu and cabinet be grounded. In no event shall this projector be operated without an adequate cabinet ground connection.

The AC supply must be installed by a qualiﬁed electrician in conformance to local codes. Hardware, wire sizes and conduit types must comply with local codes.

A readily accessible d isconnect device shall be incorporated externally to the equipment for removal of the power to the equipment mains terminals.

The building installation must be provided with a circuit breaker of max. 40 A to protect the complete unit.

• 200-240V/346-415V~, 3W+N+PE, 1 6A, 50-60Hz (Y) (*)

• 208V~, 3W+PE, 20A, 50-60Hz (Δ)(*)

• 200-240V/346-415V~, 3W+N+PE, 1 6A, 50-60Hz (Y) (*)

• 208V~, 3W+PE, 20A, 50-60Hz (Δ)(*) 200-240 VAC, 50-60Hz, 20A at 200 VAC

200-240 VAC, 50-60Hz, 20A at 200 VAC

200-240 VAC, 50-60Hz, 15A at 200 VAC

rers Association (NEMA) recommends that the instrument panel

Exhaust outlet for external fan

The exhaus t outlet has an output voltage of 200–240V at 50–60 Hz; switched and maximum 3 amperes is allowed.

Image 2-1 1Outlet

The connection between the exhaust outlet and the external blower must be done with a certiﬁed AC power supply cord of minimum 0,75 mm² or 18 AWG and minimum 300V.

Projector weight

Do not underestimate the weight of

The projector weights are without lens and without cooler. Be sure that the pedestal on which the projector has to be installed is capable of handling the complete load of the system.

the Barco DPxK BLP-series projector.

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Projector Weight

DP2K-36BLP

DP4K-36BLP

DP2K-23BLP ±147 kg (±324 lb)

DP4K-23BLP ±147 kg (±324 lb)

DP2K-17BLP ±147 kg (±324 lb)

DP4K-17BLP ±147 kg (±324 lb)

The cooler weights ±32 kg (±70.6 lb).

Barco offers a pedestal for the DPxK B LP series projector. This universal pedestal allows a solid and easy setup of the projector. The universal ped estal has a separate compartmen t to install the UPS unit for the DPxK BLP series projector. Futhermore, the universal pedestal contains a standard 19” rack to build in the projector peripherals such as alternative content switchers.

±143 kg (±315 lb)

2.2 About the delivered packages

General

The complete projection system is delivered in 2 packages:

•Projector

• Top pack accessories (Option 1). or Stand alone pack acc essories ( Op tion 2).

2. General

The customer can c hoose between top pack (Option 1) or stand alone (Option 2) cooler.

The top pack accessories (Option 1) contain the following content:

• 2 cooling units, each 1000W

• Cooling unit base plate

• Cooling unit housing

• 2 Cooling unit air ﬁlters

• Top pack hoses (4x) and cables (4x)

The stand alone accessories (Option 2) contain the following content:

• 2 cooling units, each 1000W

• Cooling unit base plate

• Cooling unit housing

• 2 Cooling unit air ﬁlters

• Stand alone frame

• Stand alone hoses (4x) and cables (4x)

• Protection grid for cooling units

The stand alone cooler kit is available with 3 lengths of hoses: 8m (std), 5m and 2.5m.

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2. General

Overview

Image 2-2 Cooling unit

Image 2-5 Hoses (non-contractual photo, the length of the hoses may vary depending on the selected kit.)

Image 2-3 Base plate (non-contractual photo, the fastening system may vary depending on the type of projector)

Image 2-6 Cooling ﬁ lt er

Image 2-4 Cooling housing

Image 2-7 Cooler protection grid (option for Stand alone cooler)

Option

The following optional accessories are available:

• An exhaust adapter could be added on the top of the cooler. The exhaus t adapter allows the customer to ﬁx an air extraction system to extract air (heat) coming from the cooler.

Image 2-8

1 E xhaust adapter 2Cooler

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• A metal grid can be use to protect the radiators from damage due to direct blows or falling objects and such.

Image 2-9

1Cooler 2 M etal grid

This optional grid is delivered only in the Stand alone pack accessories. For further details, please see section dedicated to the physical installation of the stand alone cooler.

2. General

2.3 Unpacking the projector

What has to be done ?

Upon delivery, the p rojector is packed in a carton box upon a wooden pallet and s ecure d with banding and fastening clips. Furthermore, to provide protection during transportation, the projector is surrounded with foam. Once the projector has arrived at the installation site, it needs to be re moved from the carton box and wooden pallet in a safe manner without damaging the projector.

Necessary tools

• 8 mm Allen wrench.

• 13 mm open end wrench.

• 17 mm open end wrench.

How to unpack

1. Loosen the banding by pulling the free end of the banding loop in the c lip.

Take off the box cover.

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2. General

Image 2-10 Open banding

2. Open the box.

Take out the small box between the outer and inner box containing the manuals. Remove the outer carton box

Image 2-11

3. Remov e the inner carton box .

20 R5906753 DPXK BLP SERIES 20/11/2017

Page 25

Image 2-12

4. Loosen the banding by pulling the free end of the banding loop in the c lip.

Take off the upper carton plate (1) Remove from the wooden pallet (2)

2. General

Image 2-13

5. Take the projector from the wooden board by gripping the bottom of the projector and place t he projector on the pede stal.

Image 2-14

Save the original shipping carton and p acking material, they w ill be necessary if you ever have to ship you r projector. For maximum protection, rep ack your projector as it w as originally packed at the fac tory.

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2. General

The projector is delivered with a plastic cover inside the Lens Holder. This to prevent intrusion o f dust and foreign particles.

The lens is delivered in a separate bo x. For lens installation, see section “Lens & lens holder”.

2.4 Initial inspection

General

Before shipment, the projector was inspected and found to be free of mechanical and electrical defects. A s soon as the projector is unpacked, inspect for any damage that ma y have occurred in transit. Save all packing material until the inspection is completed. If damage is found, ﬁle claim with ca rrier immediately. The Barco Sales and S e rvice ofﬁce should be notiﬁed as soon as possible.

The packaging of the DPxK B LP series p rojector is provided with a shock-watch label. If this shock-watch label was triggered (red colored at arrival) during transport, indicates that the package was possibly roughly handled by the transport company. In this case, the instructions men tioned on the label, should be followed, which are: adding a note on the “bill of lading” and informing the transport company and the Barco sales and service ofﬁce as s oon as possible.

Projector Box content

After unpa cking the projector it is recommended to check if all following items where included:

• One short power link cable (mono phase) (in case no UPS is used) - Installed on projector.

• A sho rt information notice to inform the us er that installation m anual (this manual) is available online on the Barco website.

• Safety manual

The projector lens are not included in the package of the projector.

Mechanical check

This chec k should conﬁrm that there are no broken knobs or connectors, that the cabinet and panel surfaces are free of dents and scratches, and that the operating panel is not scratched or cracked. The Barco Sales and Service ofﬁce should be notiﬁed as soon as possible if this is not the case.

Tamper l a b els

During installation please inspect the tamper labels, if they are damaged please contact Barco tech support.

The tamper labels are requ ired by DCI to provide easy visual indication if the equipm ent was tampered with. The projectors are tested and labeled for shipping to ensure that the system was not compromised before reaching the customers ﬁnal destination.

These tam per labels can be found behind the input c

over. See "Removal of the input cover", page 122.

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3. Installation process

3. INSTALLATION PROCESS

About the installation process

The installation of the c omplete system is s plit up in two parts, installation of the projector and the installation of the cooler unit as top pack or stand alone pack.

Overview

• Installation process projector

• Installation process top cooler

• Installation process stand alone coo ler

• Software upgrade

• Startingupandadjustingthesystem

3.1 Installation process projector

Installation process from A to Z

1. Check if all installation requirements are fulﬁlled such as the environment conditions of the installation area, electrical facili-

ties, etc. Note that a solid pedestal is required to support the projector. F or more info see topic installation requirements.

2. Physical installation of the projector upon its pedestal.

3. Electrical co nnection with the power net. Depending the projector type, see chapter "Connecting the DPxK-17/23BLP with

the power net", page 31 or chapter "Connecting the DPxK-36BLP with the power net", page 32.

4. Installation of the lens. First select a lens with appropriate throw r atio covering the screen size and the projector - screen

distance. Then install the lens in the lens holder of the projector. For more information about available lenses, lens selection and lens installation see chapter "Lenses & lens holder", page 63.

Caution: The projector is delivered with a plastic cover inside the Lens Holder. Remove the cover prior to installing the lens.

5. Installation of the ICMP, IMB, IMS or HDSDI input module. (only in case no ICMP, or IMB or IMS or HDSDI is factory installed).

6. Installation of the HDDs. In case the HDDs of the ICMP are delivered separat

from the HDD input slots a nd install all three HDDs as described in the procedure "Installing a HDD into the ICMP", page 111. Make sure that all HD Ds in the ICMP HDD set have the same storage capacity. See label on top of the HDD to know the s torage capacity.

7. Installation of the Cooler. In case of a top pack installation, see "Installation process top cooler", page 23. In case of a stand

alone combination, see "Installation process stand alone cooler", page 24.

8. (Option) Installation of the optional Communicator touch panel on the projector. In both stand alone and top pack solutions, it

is possible to install a Barco com mu nicator touch panel. Note: If the customer chose the top pack solution it is recomm ended to install the top cooler ﬁrst, then the touch panel.

9. Upgrade all software to the latest available version. See "Software upgrade", page 24.

10.Start up your projector and adjust the system. See "Starting up and adjusting the system", page 24.

ed from the projector remove the protection tape

3.2 Installation process top cooler

Installation process from A to Z

1. Assemb ling of the cooling box housing. The housing is delivered as a ﬂat pack and should be pre-assembled during the

installation process.

2. Mounting of the cooler housing on its support (frame).

3. Mounting of the Front support on the cooler frame.

4. Mounting the empty cooler assembly on the projector.

5. Insert the cooler units and ﬁlters.

6. Establish the hose connections (4x) between the cooler and the projector. Connec t also the four cables.

7. If desired, mount the Communicator touch panel on the support foot of the cooler support and make the connections with the

projector.

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3. Installation process

3.3 Installation process stand alone cooler

Installation process from A to Z

1. Assemb ling of the cooling box housing. The housing is d elivered as a ﬂat pack and should be assemble during the installation

process.

2. Mounting of the cooler h ousing on its support.

3. Mounting the empty cooler assembly on the stand alone frame.

4. Insert the cooler units and ﬁlters.

5. Establish the hose connections (4x) between the cooler and the projector. Connec t also the four cables.

3.4 Software upgrade

How to upgrade the software

1. Switch on the projector. The projector can now be switched on. Place the ON/OFF switch of the projector in the ”I” position. As a

result the projector starts to initialize. The status lights of the projector lights up GREEN once the projector is initialized. In case the s tatus lights up RED may indicate a tamper event during transport. If so, contact Barco customer service.

2. Download and install the latest version of Comm unicator. The program can be downloaded for free from Barco’s website, (URL:

ttp://www.barco.com). Click on myBarco and login to get access to secured information. Registration is necessary.

If you are not yet registered, click on New to myBarco and follow the ins tructions. With the created login and password, it is possible to login where you can download the software.

3. Download the latest ﬁrmware from Barco’s website in the same way as for Communicator.

4. Start Communicator and make a c onnection with the projector. F or more information, c onsult the Communicator user guide.

5. Login as service technician and click on tab Maintenance and select Software update.

6. Click on Launch DC update companion.

7. Click Nex t, accept the license agreement and continue following the wizard.

3.5 Starting up and adjusting the system

Adjustment steps

1. Select the corresponding lens parameters for the installed lens. See user guide of the Communicator chapter Installation >

Advanced > Lens parameters.

2. Alignment of the projected image on the screen. The image can be aligned with the screen size of the application. Follow

the next steps to achieve that:

a) Press the STANDBY button on the Local Keypad to activate the lamp.

b) Press the DOWSER button on the Local Keypad to open the electronic dowser of the projector. The electronic dowser is open

if the color of the DO W S ER button is GREEN.

c) P ress the TEST PATTERN button on the Local Keypad to project one of the internal test patterns of the projector on the

screen.

d) Performa“Lens Homing”. See user guide of the Communicator.

e) Use the lens ZOOM, SHIFT and FOCUS buttons on the Local Keypad to match the projected image with the screen. Tilt the

projector in case you can not SHIFT the image completely upon the screen. See "Lens shift, zoom & focus", page 69. See chapter "Local keypad of the D PxK -xxBLP ", page 80, for detailed description of the Local Keypad buttons.

3. Adjusting the light path. Normally the lens holder and the convergence of the projector are perfectly adjusted at the factory.

Nevertheless, some applications require a readjustment of the lens holder, convergence or both. See procedure "Scheimp ﬂ ug adjustment", page 74, and "Convergence", page 149.

4. Creating screen ﬁ les, lens ﬁles, light sensor calibration (LSC) ﬁles, and macro ﬁles for FLAT and for SCOPE. See user

guide of the Communicator.

5. Perform Color calibration. See chapter "Color c

6. Create light sensor calibration (LSC) ﬁles. See user guide of the Communicator.

7. Backu p of all projector conﬁguration ﬁles. See user guide of the Commun icator.

8. Registration of the projector. The DPxK BLP series projector is DCI com pliant and should be registered.

alibration", page 155.

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9. Projection of a digital cinema movie.

In case the projector is equipped with an ICMP, download the ICMP device certiﬁcate, request KDM and DCP from your content supplier, ingest KDM and DCP, and play out the movie. for detailed instructions see chapter "ICMP", page 93, and user guide of the Communicator and/or (Web) Commander. In case the projector is equipped with a HD-SDI input module apply a single or dual channel SMPTE (HD-SDI) source to the input ports of the HD-SDI input module and start up the projector. See chapter "Starting up", page 117. Use the Communicator (Touch Panel) to conﬁgure the applied source. See the user guide of the Communicator (Touch Panel) for more detailed information. In case the projector is equipped with an Integrated Media Block (IMB) or Integrated Media Server (IMS) see user guide of the IMB or IMS for detailed instructions.

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4. Physical installation projector

4. PHYSICAL INSTALLATION PROJECTOR

About this chapter

This chapter describes how the set up of the projector has to be don e.

Overview

• Positioning the DPxK BLP se ries projector at port window

• Access to the power connection

• Power input setup of the DPxK-36BLP

• Connecting the DPxK-17/23BLP with the power net

• Connecting the DPxK-36BLP with the power net

• Power loop through to the projector electronics

• Connecting a UPS to the projector electronics

4.1 Positioning the DPxK BLP series projector at port window

WARNING: The installation of the DPxK BLP series projector requires at least 4 persons.

General guide lines

• Use a solid pedestal to put the DPxK BLP series projector on. Ensure that the pedes tal can handle the weight of the projector and that all feet of the projector are captured.

• The pedestal should be placed in front of the port window wall in a manner that t of 20 centimeters from the port window.

20 cm

Image 4-1 Positioning at port window

Barco offers a pedestal for the DPxK BL setup of the projector. The universal pedestal has a separate compartment to install the UPS unit (if available) for the D PxK BL P-series projector. Futhermore, the universal pedestal contains a standard 19” rack to build in the projector peripherals like

alternative content switchers.

P-series projector. This universal pedestal allows a solid and easy

he projector front cover is at a minimum distance

Necessary tools

• 14 mm wrench

• 17 mm wrench

Projector centering

1. If the projector is standalone in front of the port window, center the projector with the theatre screen (see ref A image 4-2).

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4. Physical installation projector

2. If a ﬁlm projector is alrea dy present (projector will be off-center), try to optimize aim (see ref B image 4-2).

Note: Unlike ﬁlm projectors, it is best to keep the projector lens surface as parallel to the screen as possible, even if it is

signiﬁcantly above the screen center.

The off-center position slightly increases side keystone, but will minimize horizontal lens offset required.

A B

Image 4-2 Projector centering

3. Proceed to level the projector by adjusting the feet of the projector as follows:

- Loosen the nuts ( A), using a wrench of 24 mm, on the threaded rod.

- Adjust the height of the 4 legs (B) to level the projector, u sing a 17 mm wrench.

- Secure the leg height by tightening the nuts (A).

Note: There must be at least 5 cm between the bottom side of t he projector and the pedestal.

SCREEN CENTER SCREEN CENTER

OFF-CENTER

Image 4-3 Projector level ing

4. Later, when the projector is up-and-runni

ng, adjust precise im age geome try and placement.

Projector tilting

In an ideal installation, the DPxK BLP series projector lens surface is centered with and pa rallel to the screen. This orientation helps to ensure optimized lens performances with minimal offset. If this position is not possible ( such as when the projector is signiﬁcantly higher than the center of the screen), it is better to rely on offset rather than extra ti lt.

1. Before adjusting tilt, make sure the projector is as well-centered with the theatre screen as possible for your installation area.

2. Check with theatre personnel for the degree of screen tilt, or measure this incline with a protractor at the screen.

3. Tilt the projector to closely match

- Loosen the nuts ( A), using a wrench of 24 mm, on the threaded rod.

- Adjust the height of the legs until the projected im age ma tches the projection port window and the screen tilt.

- Secure the leg height by tightening the nuts (A).

this screen tilt angle as follows:

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Image 4-4 Projector tilt in g

4. Physical installation projector

90°

Inclined screen

Barco offers a pedestal for the DPxK BLP series projector projector. This universal pedestal allows yo u to easily tilt the projector forward u p to 6°.

4.2 Access to the power connection

Necessary tools

Flat screw driver 6 mm

How to access

1. Remov e the back cover.

2. Loosen both captive screws ( 1).

Image 4-5 Power connection cover, captive screws

3. Slide off the power connection cover.

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Image 4-6 Power connection cover, captive screws

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4. Physical installation projector

Image 4-7 Terminal strip accessible

The terminal strip and connection plate is accessible.

4.3 Power input setup of the D PxK-36BLP

About the power input

The projector power input can be conﬁgured for a power supply of 230/400V 3W+N+PE (Υ-connection) or for 208V 3W+PE (Δ-co n nection). Before operating the projector, place the links in the correct position depen ding on the local power s upply.

For a 3W+N+PE system, 400V is measured between the lines, 230V is measured between the lines an d the neutral.

For a 3W+PE system, 208V is measured between the lines.

A B

Image 4-8 Υ-Δ connection

A Υ connection B Δ connection

Necessary tools

• Flat screw driv er

• Wrench10mm

• Torque wrench 10 mm

HowtoswitchfromaΥ-connection to Δ-connection

1. Loosen the 6 top nuts on the Υ/Δ conﬁguration block. (1 to 6)

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4. Physical installation projector

Y Δ

Image 4-9 Υ to Δ connection

2. Take off the mounted lins (A, B and C). Two links above each other or mounted between the upper and middle pin (A , B) and one

link between the middle pin and lower pin (C).

3. Mount the links horizontally on the pins.

4. Turn a nut on each pin and secure with a torque wrench set to 7.5 Nm.

HowtoswitchfromaΔ-connection to Υ-connection

1. Loosen the top nuts on the Υ/Δ conﬁguration block (1 to 6).

Image 4-10 Δ to Υ connection

2. Take off the mounted links (A, B and C).

3. Connect the right pins together. Place 2 links between the upper pin and the middle pin (A, B)and 1 link between the middle pin

and the lower pin (C).

4.4 Connecting the DPxK-17/23BLP with the power net

WARNING: T he total electrical installation should be protected by an appropriate rated and readily accessi-

ble disconnect switch, circuit breakers and ground fault current interrupters. The installation shall be done according to the local electrical installation codes.

WARNING: Make sure that the vo ltage range of projector mat ches with the voltage o f the local power net.

CAUTION: The cross-sectional area of the conductors in the Power Supply Cord shall be not less than 4 mm

or AWG 10

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4. Physical installation projector

Necessary tools

• Flat torque screw driver

• Adjustable wrench

Necessary parts

•Certiﬁed power supply cord 4.0 mm², 10AWG, min. 300V, diameter between 11 mm and 21 mm

• Circuit breaker maximum 40A

How to connect

1. Remov e the back cover.

2. Remov e the power input c over.

3. Loosen the cable gland ﬁxation ring (1).

Note: The cable gland (1) is speciﬁed for cables with a diameter between 11mm and 21mm.

Image 4-11 Power cable connection

4. Push the stripped power supply cable through the cab le gland. When using a ﬂexible power c ord, make sure that each conductor

end is provided with an end sleeve. Fix the cable in the cable gland by securing ring 1 with an adjustable wrench.

5. Connect the power cord with the terminal barrier strip. Us

Always connect the ground wire (PE) with the connector indicated with PE on the terminal barrier strip.

Warning: Always connect ﬁrst the PE wire.

6. Reinstall the power connection cover and the back cov er.

eaﬂat torque screw driver set to 2Nm.

4.5 Connecting the DPxK-36BLP with the power net

WARNING: T he total electrical installation should be protected by an appropriate rated and readily accessi-

ble disconnect switch, circuit breakers and ground fault current interrupters. The installation shall be done according to the local electrical installation codes.

WARNING: Make sure that the vo ltage range of projector mat ches with the voltage o f the local power net.

CAUTION: The cross-sectional area of the conductors in the Power S upply Cord shall not be less than 4 mm

or AWG 10.

Necessary tools

• Flat torque screw driver 4 mm

• Adjustable wrench

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4. Physical installation projector

Necessary parts

• (for 3W+N+PE, 230/400V) Certiﬁed power cable, minimum 4 mm² or AWG 10, 500V rated, cable diameter between 11 mm and 21 mm or

• (for 3W+PE, 208V) Certiﬁed power cable, minimum 4 mm² or AWG 10, 300V rated, cable diameter between 11 mm and 21 mm

• Circuit breaker maximum 40A

How to connect

1. Remov e the back cover.

2. Remov e the power input c over.

3. Loosen the cable gland ﬁxation ring (1).

Note: The cable gland (1) is speciﬁed for cables with a diameter between 11mm and 21mm.

Image 4-12 Power cable connection

4. Push the stripped power supply cable through the cab le gland. When using a ﬂexible power c ord, make sure that each conductor

end is provided with an end sleeve. Fix the cable in the cable gland by securing ring 1 with an adjustable wrench.

5. Connect the power cord with the terminal barrier strip. Use a ﬂat torque screw driver set to 1.4 Nm .

Always connect the ground wire (PE) with the connector indicated with PE on the terminal barrier strip. If a neutral conductor is available, connect always to the connector indicated with N on the terminal b arrier strip

Warning: Always connect ﬁrst the PE wire.

L1 L2 L3

3W + PE

Image 4-13 Terminal connections

6. Reinstall the power connection cover.

3W+N+PE

L1 L2 L3 N PE

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4. Physical installation projector

4.6 Power loop throu gh to the projector electronics

This procedure explains how to provide the projector electronics with power in case no UP S unit is used. Note that the projector is by default conﬁgured for use without UPS. So, the short power link cable is already installed.

Necessary tools

No tools.

Necessary parts

Short power link cable w ith plug type C13/C14

How to loop through the power

1. Plug in the short power cable (1) which was delivered with the projector.

Warning: Always use the Barco short power cable which is delivered with the projector.

Image 4-14 Power loop through connection

2. Secure both plugs o f the short cable with

- Squeeze the ﬁxation spring together.

-Slidetheﬁxation spring o n the ﬁxation pins (3) while squeezing together and push it against the power p lug.

- Release the ﬁxation spring.

a ﬁxation spring (2). Handle as follow:

4.7 Connecting a UPS to the projector electronics

WARNING: Only use UPS un its which are suitable for the DPxK BLP series projector. See chapter ”G eneral”,

“Installation requirements” for more information about the requirements of the UPS.

How to connect the UPS

1. Install the UPS according to the instructions of the man ufacturer and the local regulations.

2. Connect the power output cord from

the UPS unit to the UPS inlet socket of the projector (right socket).

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4. Physical installation projector

Connect directly (A) or drag the cable behind the front cover so that the front cover can be removed without removing the UPS INLET cable (B).

Image 4-15 UPS connection

3. Secur e t he UPS inlet socket with a ﬁxation spring. Handle as f ollow:

- Squeeze the ﬁxation spring together.

-Slidetheﬁxation spring on the ﬁ xation pins while squeezing together and push it against the power plug.

- Release the ﬁxation spring.

4. Install on the power outlet the second ﬁ xation spring to prevent losing it (2).

CAUTION: T he electrical connection with the UPS INLET socket of the projector mu st be done with a certiﬁed

AC power supply cord (minimum 0,75 mm² or 18 AWG and minimum 300V)

CAUTION: Do not use the power OUTLET socket of the projector to provide power to other equipment!

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5. Physical installation top cooler

5. PHYSICAL INSTALLATION TOP COOLER

Thetubesarepre-ﬁlled with liquid. It is n ot possible to reﬁll the coolers or tubes on site. Hence take care to protect the tubes and quick connectors.

Overview

• Assembling the housing

• Mounting the housing on the frame

• Mounting the front support

• Mount cooling frame on the projector

• Insert the cooler units

• Mount the ﬁlters

• Cabling and tubing

5.1 Assembling the housing

Housing parts

The hous ing parts are delivered as a ﬂat pack and should be m ounted together at the customers side.

Image 5-1

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5. Physical installation top cooler

Image 5-2

This ﬂat pack contains the following parts:

1 Top plate

Side covers

M4 Hex Screws

4M3HexScrews

Support for middle bracket

6Sideﬁxation

Position plate

8 Middle bracket

9 Front plate

overview:

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Image 5-3

Necessary tools

• Allen wrench 2.5 mm

• Allenwrench3mm

First, t urn all the screw s in the in serts before st arting to asse mb le.

5. Physical installation top cooler

Into the drawings used in this procedure, orientation of the unit unit orientation to facilitate the mounting of parts. By example, it could be more easy to lay ﬂ at the front plate upon the table when you installing the bo th side co vers.

How to assemble

1. Insert the side ﬁxation on both side covers. Slide it in for ab o

Make sure you insert the side ﬁxation for the left side cover on the opposite side. Turn in a set screws (M3) on each side but do not fasten it yet.

ut 4 cm.

is indicative. Don’t hesitate to change the

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5. Physical installation top cooler

Image 5-4

2. Slide the front plate w ith both ﬁ xa t io n brackets

Turn in the 4 se t screws (M3) and tighten them fully until the brackets are pushed strongly against the ribs in the cover.

Note: There may be paint job markings left on the internal side of the side covers (e.g. in the grooves for the pos itioning pin).

These markings are no thread nor should

fully on both side covers.

they be mistaken for such.

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5. Physical installation top cooler

Image 5-5

3. Install the position plate onto the middle brack

Image 5-6

et as illustrated. Tighten the plate with an M 4 hex screw.

4. Slide the middle bracket into the grooves of the front plate. Pay careful to orient the middle bracket like indicated in the drawing

below (the three holes at the below of the bracket must be placed at the opposite to the front plate). Turn in a set screw (M3) as indicated in reference 1.

Tip: Put in place the screws , without tightening them, before slide the middle bracket. It is more easy to pos itioning the s crews

when the middle bracket is not in p lace.

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5. Physical installation top cooler

Image 5-7

x 3

5. Slide both top plates as indicated into the grooves. Slide unti

brackets. Use one screw (M3) on each side of the top plates and tighten them fully until the brackets are pushed strongly against the ribs in the cover and middle bracket.

Tip: Put in plac e the screws, without tightening them, before sli

when the top plates are not in place.

l you reach the position plate and the hole matches the hole in the

de the top plates. It is more easy to positioning the screws

Image 5-8

6. Hook the middle bracket support into the middle bracket.

Turn in the ﬁxatio n screw (M4).

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Image 5-9

The housing is ready to be mounted on the frame.

5. Physical installation top cooler

5.2 Mounting the housing on the frame

Necessary tools

Allenkey3mm

How to mount

1. Place the housing on the cooler frame so that bo th positioning pins (1) on the housing match the notches in the frame.

Image 5-10

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5. Physical installation top cooler

2. Also make sure that the frame ﬁts behind the clamp (2). If necessary, slide the clamp a little bit in the housing. Fixate the clamp

fully so that it ﬁts behind the rib on the housing. Drive in a screw (M3) to connect the clamp to the frame. Repeat for the other side.

3. Place the support for the middle bracket on the frame as indicated.

Driveintheﬁxation screw (M4).

Image 5-11

4. On the front side, drive in the 2 screws (M4), one at the left and one at right.

Image 5-12

Note: Only the hole referenced 1 must be used. The other holes around are not used at this step of the procedure.

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5. Physical installation top cooler

5.3 Mounting the front support

Necessary tools

Allenkey3mm

Necessary parts

• Front support

• 5 screws (M4x 8)

How to mount

1. Slide the front support brac ket under the cooler frame so that holes in the upstanding plate matches the holes in the cooler

housing assem bly.

Image 5-13

2. Drive in the 4 screws (M4) at the front.

3. Turn the assembly on its side, and drive in the ﬁxation screw (M4).

Image 5-14

5.4 Mount cooling frame on the projector

Necessary tools

• Allenkey3mm

• Allen key 3.5 mm

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5. Physical installation top cooler

Necessary parts

• Cooler housing already assembled.

•4xM5x10

•1xM4x8

How to mount

1. Place the frame assembly on the projector as indicated. Make sure that the holes of both feet (ref 1) of the projector matches

the holes of the cooler housing.

Image 5-15

2. Drive in both screws M5 (ref 1) on each side.

3. Driveinthelastﬁxation screw M4 (ref 2).

5.5 Insert the cooler units

Necessary tools

Flat screwdriver

Before you start

Check if the two indicated screws (reference 1) are present. If it is the case, remove this s crews.

The use of these screws m ay become necessary to ﬁxate the cooler in the cooler assembly when the captive screws (reference 2) does not work.

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5. Physical installation top cooler

Image 5-16

How to mount

1. Slide the ﬁrst cooler unit in the cooler housing.

Image 5-17

2. Slide the second cooler unit in the cooler housing.

3. Fixate both units by closing the both captive screws (reference 3).

Note: When sliding in the cooler units, it is p ossible that the captive s crew cannot be closed. See work around.

Work around for captive screw

1. Remov e the captive screws of both cooler units.

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5. Physical installation top cooler

Image 5-18

2. Remov e the cooler units again.

3. Take both removed sc rews during the start of the assembling procedure and reuse them as ﬁxation screws for the cooler units.

4. Slide in the cooler units again and ﬁxate with both removed s crews.

5.6 Mount the ﬁlters

Necessary tools

Flat screw driver (if screws are too difﬁcult to loosen by hand)

Necessary parts

2xﬁlters

How to insert

1. Turn out both screws and remove the c over plate.

Image 5-19

2. Slide in a ﬁlter.

Look to the airﬂow sticker for the correct orientation. Airﬂow is up .

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Image 5-20

3. Place the cover plate back on its location and drive in both ﬁxation screws by hand.

Note: Please, don’t use any tool! Only hand tighten these screws.

5.7 Cabling and tubing

5. Physical installation top cooler

Always connect the right cooler with right group o f connectors at the backside of the projector. Connect the left cooler with the left group of connectors at the backside of the projector.

Tubing

From projector connector plate To cooler

Tube 1 1f 1m

Tube 2 1m 1f

Tube 3 2f 2m

Tube 4 2m 2f

1m 1f 1a 1b 2m 2f 2a 2b

1a 1b

Image 5-21 Cabling & tubing

2b 2a

2f 2m

Cabling

From projector connector plate To cooler

XLR cable 1 1a 1a

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5. Physical installation top cooler

Control cable 1

XLR cable 1

Control cable 2

From projector connector plate To cooler

1b 1b

2b 2b

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6. Physical installation stand alone cooler

6. PHYSICAL INSTALLATION STAND ALONE COOLER

WARNING: When using the projector with a stand alone cooler, do not stand on the cooling tubes or do not

place any object on the t ubes so that free liquid ﬂow can be guaranteed. Position the tubes so that there is no contact with hot surfaces.

Thetubesarepre-ﬁlled with liquid. It is n ot possible to reﬁll the coolers or tubes on site. Hence take care to protect the tubes and quick connectors

Overview

• Supported mounting position

• Assembling the cooler housing

• Mounting the cooler housing on the cooler frame

• Preparing the stand alone frame

• Installing the brackets on the cooler housing

• Mounting the cooler housing on the frame

• Insert the cooler units

• Mount the ﬁlters

• Cabling and tubing

• Mount protection grid for the LCM cooler modules (option)

6.1 Supported mou nting position

General

The Standalone cooler can be positioned ﬂat on a solid surface (Floor Mounting) or ﬁxed onto the wall in portrait or landscape modes (Wall mounting).

Image 6-1 A Wall Mounting (Landscape). B Wall Mounting (Portrait). C Floor M ounting.

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6. Physical installation stand alone cooler

Details and limitations

Depending the mounting option chosen, some limitations must be considered:

• Floor mounting: When this option is chosen, the cooler is installed on a ﬂat and stable surface, in horizontal pos ition. Four feet correctly distributed (2 on each side) allow stabilize the device. The cooler could be tilted forward or back w ard, but for security reasons it is strongly recommended to let the unit in horizontal position, the best way to avoid the potential hazards of falls and slips.

360°

Image 6-2

1 Four feet allow stabilize the unit.

Stacking Standalone coolers: It is NOT allowed to stack multiple cooler modules on top of each other. The air intake of the upper c ooler would take in the “hot” air of the lower cooler, even at a distance of 1m apart.

Image 6-3

A Stack of cooler positioned on their s ides may be considered, but in this case, the direction of the entire coolers need to be the same, in order to forcing air ﬂow in the sam e direction.

Image 6-4

Note: This positioning must be secularized with an adapted structure.

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6. Physical installation stand alone cooler

A B

• Wall mounting: When this option is chosen, the cooler m ust be ﬁxed on the wall in portrait mode or in landscape mode. In portrait mode, the cooler must be mounted with the cooling tubes up. The other position ( cooling tubes down) is not authorized because coolers are heavy (more or less 15kg) and if the safety clic f ails and the cooler screw is not ﬁxed, the cooler will simply fall to the ground! In this orientation it is also less practical to remove a cooler for service.

Image 6-5

A Portrait Mode with cooling tubes to the top. B Portrait Mode with cooling tubes down (not authorized)

In landscape mode the cooler must be mounted with the cooling tubes to the left. The other position (cooling tubes to the right) is not authorized due to techn ical constraints. Functioning and lifetime of internal pump could be impacted if the unit is installed in this posit ion.

Image 6-6

A Landscape Mode with cooling tubes to the left (only one authorized position). B Landscape Mode with cooling tubes to the right (not authorized).

6.2 Assembling the cooler housing

What has to be done?

The cooler housin

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g is delivered as a kit and must be assembled during installation.

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6. Physical installation stand alone cooler

Image 6-7

For m ore info about how to assemble the cooler housing, see "Assembling the housing", page 37.

6.3 Mounting the cooler housing on the cooler frame

What has to be done?

The cooler housing must be placed on the cooler frame and correctly ﬁxed on it. For more info about how to m ount the cooler housing on the cooler frame, see "Mounting the housing on the frame", page 43.

6.4 Preparing the stand alone frame

Necessary tools

• Allenkey3mm

• Nut driver

Necessary parts

• Stand alone frame

• 4 feet (ﬂoor mounting option)

Floor mounting

To install the standalone cooler in ﬂoor mounting mode follow this procedure:

1. Mount the 4 feet in such a way that the frame can stand stable. E.g. 2 on each short side or 2 on each long s ide.

Image 6-8

2. Push the threat axle through one

Continue with "Installing the brackets on the cooler housing", page 55.

of the h oles and secure with a washer and a nut.

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6. Physical installation stand alone cooler

A B

Wall mounting

To install the standalone cooler in wall mounting mode follow this procedure:

1. Place the stand alone frame against the wall (side indic ated with 1) and mark the drilling h ole. Any hole in the frame can be used

as ﬁx ation point but make sure to divide the ﬁxation point over the complete frame. It can be mounted in portrait mode (A) or in landscape mode (B). Note: In portrait mode the coolers must be mounted with the cooling tubes up. In landscape mode the cooler must be m ounted with the cooling tubes to the left.

Image 6-9 1 Wall side U U brackets location A Portrait mod e B Landscape mode

When mounting the cooler assembly, the U (U) on the frame.

- For portrait mode the U brackets must be mounted on top (cooling tubes will be facing upwards) .

- For landscape mode the U brackets are mounted o n the left side (cooling tubes will be facing to the left).

Continue with "Installing the brackets on the cooler housing", page 55.

brackets which will be mounted on the housing must b e ﬁxed to the indicated position

6.5 Installing the brackets on the cooler housing

Necessary parts

• 2 front brackets (U-brackets)

• 2 equal rear brackets

• 4HexScrewsM5x8

• 4 Hex Screws M5x12

How to install the brackets

1. Fixate the U-bracket (on both sides) to the side of the cooler housing with 2 screws (M5x12).

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6. Physical installation stand alone cooler

Image 6-10

2. Fixate the rear brackets to the backside of the cooler housing with 2 screws (M5x8) e ach.

Image 6-11

6.6 Mounting the cooler housing on the frame

Necessary parts

• Cooler housing already ass embled

• Frame

• 5HexScrewsM5x8

At this step of the procedure, the frame is c onsidered as being in its ﬁnal position, and already ﬁxed, if the wall mo unting option has been chosen. See chapter d edicated to the standalone frame preparation.

How to mount

1. Place the housing on the frame.

Image 6-12 1 cooler housing 2Frame 3 cooler inputs

2. Fixate the ﬁrst U-bracket to the frame with 2 screws (M 5x8) as shown in the following drawing.

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Note: The two U -Brackets are not ﬁxed in same manner. Here, the concerned U-bracket, is situated in the lower left corner of the housing when you look at the device on the s ide of the cooler inputs.

Image 6-13

3. Fixate the second U-bracket to the frame with only one screws (M5x8) as shown in the following drawing. There is a space of

more or less 2 centimeters between the frame side and the bracket. Note: The two U-Brackets are not ﬁxed in same manner. Here, the concerned U-bracket, is situated in the lower right corner of the housing when you look at the device on the s ide of the cooler inputs.

+/- 2cm

Image 6-14

4. Fixate the bracket situated to the backside of the cooler housing with only one screws (M5x8) each.

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Image 6-15

6.7 Insert the cooler units

Necessary tools

Flat screwdriver

Before you start

Check if the two indicated screws (reference 1) are present. If it is the case, remove this s crews.

The use of these screws m ay become necessary to ﬁxate the coole does not work.

r in the cooler assembly when the captive screws (reference 2)

Image 6-16

How to mount

1. Slide the ﬁrst cooler unit in the cooler housing.

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Image 6-17

2. Slide the second cooler unit in the cooler housing.

3. Fixate both units by closing the both captive screws.

6.8 Mount the ﬁlters

6. Physical installation stand alone cooler

Necessary tools

Flat screw driver (if screws are too difﬁcult to loosen by hand)

Necessary parts

2xﬁlters

How to insert

1. Turn out both screws and remove the c over plate.

Image 6-18

2. Slide in a ﬁlter.

Look to the airﬂow sticker for the correct orientation. Airﬂow is up .

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Image 6-19

3. Place the cover plate back on its location and drive in both ﬁxation screws by hand.

Note: Please, don’t use any tool! Only hand tighten these screws.

6.9 Cabling and tubing

Always connect the right cooler with right group o f connectors at the backside of the projector. Connect the left cooler with the left group of connectors at the backside of the projector.

Tubing

From projector connector plate To cooler

Tube 1 1f 1m

Tube 2 1m 1f

Tube 3 2f 2m

Tube 4 2m 2f

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1m 1f 1a 1b 2m 2f 2a 2b

6. Physical installation stand alone cooler

1f 1m 2f 2m

1a 1b 2b 2a

Image 6-20 Cabling & tubing

Cabling

From projector connector plate To cooler

XLR cable 1 1a 1a

Control cable 1 1b 1b

XLR cable 1 2f 2m

Control cable 2 2b 2b

6.10 Mount protection grid for the LCM cooler modules (option)

General

An metal grid (with two ﬁxing screws) is provided in the delivery package. This optional grid can be use to protect the radiators from damage due to direct blows or falling objects and such.

Image 6-21 1 Metal grille 2 F ixation tabs 3Screws

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Addition of the metal grid will have a very slight impact to the cooling performance and hence the lifetime of the laser light source. .

Necessary tools

Flat screwdriver

How to mount

1. Slide the grid (reference 1 image 6-21) in the ﬁxation tabs (reference 2 image 6-21).

2. Fix the grid w ith the two ﬁxation screws (reference 3 image 6-21).

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7. Lenses & lens holder

7. LENSES & LENS HOLDER

About this chapter

This chapter gives an overview of available lenses for the D PxK BLP series projector and explains how you can s elect the bes t suited lens for your speciﬁc situation using the lens calculator. Also, it is explained how to install and remove a lens from the projector lens holder and how you can shift, zoom and focus the lens. Furthermore, it is desc ribed how you can perform the Scheimpﬂug adjustment.

CAUTION: Never transport the projector with a Lens mounted in the Lens Holder. Always remove the Lens

before transp orting the projector. Neglecting this can damage the Lens Holder and Prism.

Each time a lens is man ipulated (e.g. removed and installed in a projector), it needs to be hom ed an d returned.

Overview

• Available lenses

• Lens selection

• Lens installation

• Lens removal

• Lens shift, zoom & focus

• Back Focal Length adjustment

• Scheimpﬂug adjustment

• Fixation of the Lens Holder front plate

7.1 Available lenses

Which lenses are available for my projector?

The table below is subject to changes and was last updated on 30/08/2017. Consult Barco’s web site and click on myBarco for the most recent information about available lenses.

Product Number 2K zoom range 4K zoom range Image

R9856504 1.25-1.90 1.13-1.72 image 7-1

R9856506 1.25-1.91 1.13-1.72 image 7-2

R9856294 1,49 – 2,05 1,35 – 1,86 image 7-3

R9856297 1,6 – 2,31 1,46 – 2,10 image 7-4

R9856300 1,82 – 2,86 1,65 – 2,60 image 7-5

R9856303 2.21-3.70 2.00-3.35 image 7-6

R9855947 2,8 – 5,5 2,53 – 4,98 image 7-7

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Image 7-1

R9856504

Image 7-4

R9856297

Image 7-2

R9856506

Image 7-5

R9856300

Image 7-3

R9856294

Image 7-6

Image 7-7

R9855947

7.2 Lens selection

WhichlensdoIneed?

1. Go to Barco’s website on www.barco .com and click on myBarco

2. Login on.

If you are not y et registered create a login and password. With the created login and password, it is poss ible to enter myBarco.

When your login is correct, the start page is displayed.

3. Click the Support tab, then Digital cinema calculator (on the left of the screen) and select the appropriate lens calculator.

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The lens calculator (see screenshot, image 7-8) will be displayed.

The lens calculator allows you to have an overview of w hich lenses are suitable for your speciﬁc projector setup. Just make your selection of parameters and all possible conﬁgurations are displayed.

Image 7-8 Digital cinema lens calculator

Take into account that when the projector is tilted the Screen Width you have to ﬁll in should be larger than the physical screen width due to the keystone distortion of the projected image. How much larger depends ontheamountoftilt.

Due to production tolerances the real distances can differ by 2% from the calculated values.

For critical situations ( ﬁxed installs that use the lens at one of its extreme zoom positions) this should be taken into account.

7.3 Lens installation

How to install a lens?

1. Remov e the plastic lens holder cover.

a) Put the loc k (1) into the unlock position.

b) Take out the plastic cover.

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Image 7-9

2. Take the lens assembly out of its packing material and remov

e the lens caps on both sides.

1 2

3. Place the lens holder in the “unlocked” position by moving the lens lock handle (1) towards the lens power supply socket (2).

Image 7-10 Unlock lens holder

4. Ensure that the lens holder stands in the On-Axis position (horizontal and vertical mid position).

Note: The lens holder is placed

default in the On-Axis position at factory.

5. Gently insert the lens in such a w ay that the lens connector ma tches the socket.

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Image 7-11 Mount lens

6. Insert the lens until the connector seats into the socket.

- the pin ( 3) on the lens holder matches with the sleeve in the lens.

- the connector seats into the socket (2)

Warning: Do not r elease the Lens yet, as the L ens may fall out of the Lens Holder.

7. Secure the lens in the lens holder by sliding the lens lock handle into the “locked” position, which is away from the lens power

supply socket. Ensure the lens touches the front plate of the lens holder.

Image 7-12 Fix lens

8. Activate the corresponding lens parameters for the installed lens. (See user guide of the Communicator chapter Installation >

Advanced > Lens parameters)

Caution: Not using the correct lens parameters could result in lens dam age.

Image 7-13

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9. Perform a lens HOM E & RETURN operation. (See user guide of the Communicator cha p ter Installation > Advanced > Lens

parameters) Note: The HOM E & RETURN operation enables the projector to determine the reference positions of the motorized ZOOM and

FOCUS of the installed lens.

For the lenses with a focus adjustment mounted on the lens (4K lenses) , the lens holder goes to a normal (ﬁxed) focus position. For these lenses, do not mechanically adjust the focus position of the lens holder, otherwise the normal position will be lost.

A Spatial Color C alibration (SCC) has to be execute in case of a ﬁrst install or in case a High B rightness lens is swapped with a High Contrast lens or vice versa. S ee user guide of the Communicator for detail calibration instructions.

CAUTION: Never transport the projector with a Lens mounted in the Lens Holder. Always remove the Lens

before transp orting the projector. Neglecting this can damage the Lens Holder and Prism.

7.4 Lens removal

How to remove a lens?

1. Support the lens with one hand while you unlock the lens holder by sliding the lock handle towards the “unlocked” position as

illustrated.

SCC

Image 7-14 Unlock le ns

2. Gently pull the lens out of the lens holder.

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Image 7-15 Remove lens

7. Lenses & lens holder

It’s recommended to place the Lens caps of the original Lens packaging, back on both sides of the removed Lens to protect the optics of the Lens.

It’s recommended to place the foam rubber of the original pr prevent intrusion of dust. No te that this foam rubber is packed in a plastic bag to prevent the dust, emitted by the foam , from e ntering the projector.

ojector packaging, back into the Lens opening to

7.5 Lens shift, zoom & focus

Motorized lens adjustment

The DP xK BLP series projector is equipped with a mo torized lens shift f unctionality and a m otorized zoom & focus functionality.

Maximum shift range

The lens can be shifted with respect to the internal optics of the projector (DMD) which results in a shifted image on the screen (Off-Axis). A 100% shift means that the centre point of the projected image is shifted by half the screen size. In other words, the centre point of the projected image falls together with the outline of the image in an On-Axis projection. Due to m echanical and optical limitations the shift range is limited as well.

All lenses have a shift range of 50% up, 50 ranges the projector and lens perform excellently. Conﬁguring the projector outside these shift ranges will result in a slight decline of image quality.

% down, 30% left, and 30% right. This range is valid for all throw ratios. Within these shift

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7. Lenses & lens holder

+50%

-50%

-30%

+30%

L R

Image 7-16 PDMD. F Field of v iew.

+50%

-30% +30%

-50% D

SIDE VIEW

TOP VIEW

How to shift the lens of the DPxK BLP series projector?

1. Use the up and down arrow keys on the local keypad to shift the lens vertically and use the left and right arrow keys on the local keypad to shift the lens horizontally.

Image 7-17

How to zoom in or out?

1. Is the zoom lens equipped with a motorized zoom? If yes, use the “+” and “-” zoom keys on the local keypad to zoom in or out.

Image 7-18

If no, use the zoom barrel on the lens to zoom in or out.

How to focus?

1. Use the “+” and “-” focus keys on the local keypad to focus the image on the screen.

Image 7-19

Take into account that the lens focus m temperature. This is a typical phenomenon for projection lenses used with high brightness projectors. The operation tempe rature of the len s is reached after app roximately 30 minutes projection of average video.

ay slightly drift while the lens is warming up from cold to operation

7.6 Back Focal Length adjustment

When to adjust the Back Focal Length?

If a lens is used with a throw ratio suited for the application, (lens selection depends on projection distance a nd screen size) typically one would NEVER need to adjust the Back Focal Length of the projector.

A Back Focal Length adjustment is only required in case the Focus range of the installed lens does not capture the projection screen either for FLAT and/or for SCOPE. In other words, when it is impossible to focus the image on the screen for FLAT and/or

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7. Lenses & lens holder

for SCOP E. Note that the lenses for the DPxK BLP-series projector are varifocal. So, switching between FLAT and SCOPE (zoom action) requires a readjustment of the focus.

What is Back Focal Length adjustment?

Back Focal Length a djustment means moving the lens plane (Lp), thus the Lens Holder front plate, closer to o r further from the DM D plane. The closer the lens plane to the DMD plane the further the focus range (Fr) o f the lens will be.

Lp1

Fr1

Lp2

DMD

SCREEN

Image 7-20

Do not abuse the Back Focal Length adjustment of the Lens Holder. Neglecting this will re quality b ecause of the lens design. C as es requ iring Back Focal Length adjustment normally indicate incorrect lens choice (throw ratio).

sult in loss of image

Necessary tools

• Nut driver 10mm .

• Allen wrench 3mm.

• Nut driver 13mm .

How to check the Back Focal Length

1. Ensure that the throw ratio of the installed lens matches with the requirements of the application (projection distance and screen size).

2. Ensure that the correct lens parameters are activated. (See user guide of the C omm unicator chapter Installation > Advanced > Lens parameters)

Caution: Not using the correct lens parameters could result in lens dam age.

3. Perform a lens HOM E & RETURN operation. (See user guide of the Communicator cha p ter Installation > Advanced > Lens parameters)

4. Project the green focus test pattern. (screen ﬁle “no masking” or “no “crop”)

Image 7-21

5. Zoom the lens for maximum image on the screen (WIDE).

6. Is it possible to focus the center of the projected image? If yes, the Bac k Focal Length is OK . If no, the Back Focal Length needs realignment. Proceed with the next procedure.

How to adjust the Back Focal Length?

1. Unlock an d loosen the 4 set screws (reference 11 image 7-22) of the Lens Holder by 1 centimeter. Use a 10mm nut driv er for the lock nuts (reference 21 image 7-22) and use a 3mm Allen w rench for the set screws.

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1121

Image 7-22

2. Fully loosen the Scheimpﬂug nut at the lower left of the Lens Holder (reference 4 image 7-23). Use a 1 3mm nut driver.

Image 7-23

3. Turn the three Scheimpﬂug adjustment nuts, reference 1, 2 and 3 image 7-24, until the front of the nut ( reference 5 image 7-24) is equally aligned with the front of the threaded rod (reference 6 image 7-24). Use a 13mm nut driver.

Note: This is the nominal position of the Lens Holder.

Caution: Do not remove any of the Scheimpﬂug adjustment nuts c ompletely from the threaded rod. Otherwise the lens holder

front plate with lens will fall off.

2 3

3 x

Image 7-24

4. Zoom the lens for maximum image on the screen (WIDE) and focus the center of the projected image using the motorized focus control (Local Keypad).

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FOCUS

Image 7-25

5. Is it possible to focus the center of the projected image using the motorized focus control (Local Keypad) ? Ensure that the lens is zoomed for maximum image on the sc reen (WIDE). If yes, nominal position is good for sharp focus in the middle of the projected image. Proceed wi If no, obtain the best possible focus in the center of the projected image using the motorized focus control and then turn the three Scheimpﬂug adjustment nuts, reference 1, 2 and 3 image 7-26, equally in or out until the center of the projected image is sharp. Attention: Keep in mind the turning direction of the Scheimpﬂug adjustment nuts for this procedure.

th step 6.

further adjustment instructions in

Image 7-26

6. Zoom the lens for minimum image on the screen (TELE) and focus the center of the projected im age using the motorized focus control (Local Keypad).

FOCUS

Image 7-27

7. Is it possible to focus the center of the projected image using the motorized focus control (Local Keypad) ? Ensure that the lens is zoomed for minimum image on the screen (TELE). If yes, no further adjustment actions required. Proceed with step 8. If no, obtain the best possible focus in the center of the projected image using the motorized focus control and then turn the three Scheimpﬂug adjustment nuts, reference 1, 2 and 3 image 7-28, equally in or out until the center o f the projected image is sharp. Note: the same turning direction as in step 5 is applicable.

Image 7-28

8. Check if it is possible to focus the center of the projected image using the m otorized focus control (Local Keypad) for WIDE and for TELE.

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If yes, the Back Focal Length is correctly adjusted. If no, repeat with step 4.

9. Is the projected image in the corners as sharp as in the middle? If yes, pr oceed with the procedure "Fixation of the Lens Holder front plate", page 77. If no, Scheimpﬂug adjustment is required. See procedure "Scheimpﬂug adjustment", page 74, prior to ﬁ xate the Lens Holder front plate. CAUTION: Skip the action, in the Scheimpﬂug adjustment procedure, to turn the three Scheimpﬂug adjustment nuts until the front of the nut is equally aligned with the front of the threaded rod!

7.7 Scheimpﬂug adjustment

What has to be done ?

The lens holder has to be adjus ted so that the “sharp focus plane” of the projected image falls together with the plane of the screen (Fp1→Fp2). This is achieved by changing the d istance between the DMD plane and the lens plane (Lp1→Lp2). The closer the lens plane comes to the DMD plane the further the sharp focus plane will be. It can som etim es happen th at you won’t be able to get a complete focused ima ge on the screen due to a tilt (or swing) of the lens plane w ith respect to the DMD plane. This is also known as Sheimpﬂug’s law. To solve this the lens plane must be placed parallel with the DMD plane. This can be achieved by turning the lens holder to remo ve the tilt (or swing) between lens plane and DMD plane (Lp3→Lp4) .

Lp1

Lp2

DMD

Image 7-29 Scheimpﬂug principle

Scheimpﬂug principle

The "plane of sharp focus" can be changed so that any plane can be brought into sharp focus. When the DM D plane and lens plane are parallel, the plane of sharp focus will also be parallel to these two planes. If, however, the lens plane is tilted with respect to the DMD plane, the plane of sharp focus will also be tilted according to geometrical and optical properties. T he DMD plane, the principal lens plane and the sharp focus plane w ill intersect in a line below the projector for downward lens tilt.

Scheimpﬂug adjustment points

Fp1

SCREEN

Fp2

DMD

Lp3 Lp4

(Scheimpflug)

Fp4

Fp3

SCREEN

Image 7-30 Scheimpﬂug adjustments

Indication on drawing Function

4 Locking nut

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Indication on drawing Function

1, 2 and 3

A, B, C and D Set screws

a, b, c and d lock nuts

1, 2 and 3 are adjustment points.

4 is a locking point and NOT us ed during Scheimpﬂug adjustment.

Scheimpﬂug adjustment nuts

Necessary tools

• Allenkey3mm

• Nut driver 13 mm

• Nut driver 10 mm

How to adjust

1. Project a green focus pattern. For a 4K projector, use the 4K test pattern. Otherwise, use the 2K test pattern.

Image 7-31

2. Loosen the lock nuts (a, b, c and d). See image 7-30.

3. Loosen the 4 set screws (A, B, C and D) by 1 cm. See image 7-30.

4. Fully loosen lock nut 4 . See image 7-30.

5. Optimize the focus of the projected im age as follows:

a) Turn the Scheimpﬂug adjustment nuts 1, 2 and 3 until the front of the nut is equally aligned with the front of the threaded rod.

b) Adjust the focus in the center of the screen (F) using the motorized focus control.

Image 7-32 Center focusing

6. Sharpen b ottom left co rner of the screen by adjusting nut 1.

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Image 7-33 Left bottom focusing

7. Sharpen bo ttom right corner of the screen by adjusting nut 2.

Image 7-34 Right bottom focusing

8. Sharpen top right corner of the screen by adjusting nut 3

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Image 7-35 Corner focusing

9. Repeat from step 6 until the projected focus pattern is as sharp as possible in the center, left, right, top and bottom of the s creen.

10.Continue with the Fixation of the lens holder front plate procedure.

7.8 Fixation of the Lens Holder front plate

When ﬁxing the Lens Holder front plate

After performing the procedure for S cheimp ﬂug adjustment or Back F ocal L ength adjustment the Lens Holder front plate must be secured in such a way that it doesn’t disturb the result of the adjustment.

Necessary tools

• 10mm nut driver.

• 3mm Allen wrench.

• 13mm nut driver.

How to ﬁx the Lens Holder front plate

Start the ﬁxation as follows (steps mu st be followed strictly) :

1. Project the framing test pattern for FLAT & SCOPE.

2. Zoom the projected image until the edges of the projected test pattern matches with the edges of the projection screen.

FLAT

SCOPE

Image 7-36

3. Turn in the three set screws indicated with reference 11 image 7-37 without disturbing the projected image. Tighten lightly . Do not turn in the set screw at the lowe r left of the Lens Holder!

Note: Ensure that the edges of the projected test pattern remain in place on the screen. Any m ovem ent of the image will affect

the Scheimpﬂug adjustment.

4. Fasten the lock nut (reference 21 image 7-37) of the three set screws. Use a 10mm nut driver. E nsure the image doesn’t move.

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1121

Image 7-37

5. Gently turn (by hand) the S cheimp ﬂug ad justment nut at the lowe Lens Holder front plate without disturbing the projected im age.

6. Turn in the set screw at the lower left of the Lens Holder (reference 14 image 7-38) without disturbing the projected image . Use a 3mm Allen wrench.

Note: Ensure that the edges of the projected test pattern remain in place on the screen. Any m ovem ent of the image will affect

the Scheimpﬂug adjustment.

Tip: Fasten the set screw and the S cheim pﬂug nut alternately, without disturbing the projected image, until the Scheimpﬂ ug

nut and set screw are completely tightened.

r left of the Lens Holder (reference 4 im age 7-38) against the

Image 7-38

7. Fasten the lock nut at the lower left of the Lens Holder. Use a 1 0mm nut driver.

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8. Input & communication

8. INPUT & COMMU NICATION

Overview

• Introduction

• Local keypad of the DPxK-xxBLP

• Integrated Cinema Processor (ICP)

• HD-SDI Input Module (optional)

• Quad 3G-SDI Input Module (optional)

• Integrated Media Block/Server (optional)

• Cinema Controller of t he DPxK-xxBLP

8.1 Introduction

General

The Input & Communication side of the DPxK-xxBLP consists of a Local Keypad and a card cage with four slots. The rear side of the projector is equipped with a tail light wh ich reﬂects the status of the projector.

Depending on the projector conﬁguration the projector card cage is equipped with an ICP or ICMP. See illustration below. In case an ICP is installed then an IMB, IMS , or HDSDI input module can be optionally inserted into the slot below the ICP. Note that all information about the ICMP is gathered into one separated chapter called ICMP.

Image 8-1 1 F an Control Board (FCB). 2 Integrated Cinema Processor (ICP). 3 O ptional slot for either IMB, IMS or HD-SDI input module. 4 B arco Cinema Controller. 5 B arco ICMP (inserted in ICP slot and optional slot).

CAUTION: A unit may onl y be removed from the card cage by qualiﬁed service personnel. Removing one of

the boards (except for the Cinema Controller) w ill result in an authorization request upon starting.

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8. Input & communication

8.2 Local keypad of the DPxK-xxBLP

Identiﬁcation of the keys

Image 8-2 Local keypad

1 Marker area for macro name

2 Numeric keyboard

3 Standby key

4 Dowser open/close switch

Test pattern toggle switch

6 Lens shift up/down, left/right

Lens focus

8 Lens zoom

1 2 3

4 5 6

Numeric keys

All the numeric keys (2) of the local keypad have a blue backlight during normal operation. When the authorization process is activated with the security key, the backlight color of the numeric keys 1 to 6 changes to orange. Each key can be linked to a macro which allows you to setup the projector to y our requirements with one push of a button. Note that each numeric key has a marker area (1) where you can write down the name of the macro.

Standby key

Standby key (3) switches ON or OFF the lamp and lamp electronics. The lamp c ooling fans remain active for about 5 minutes. The speed of the other fans is reduced. The backlight color of the standby key remains red in standby mode and changes to green in operation mode.

Dowser key

The dowser key (4) opens or closes the dowser. The backlight color of the dowser key is green when the dowser is open and red when the dowser is closed.

Test pattern key

The test pattern key (5) gives you direct access to the internal test patterns of the projector.

Shift keys

The shift keys (6) allow you to shift the lens up/down or left/right.

Focus keys

The focus keys (7) allow you t

o focus the projected image on the screen.

Zoom keys

The zoom keys (8) allow you to zoom in or out the projected image on the screen.

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8.3 Integrated Cinema Processor (ICP)

In case the projector is equipped with a Barco ICMP no ICP board is inserted. All ICP functionality is integrated in the Barco ICMP.

LEDs and ports on the Integrated Cinema Processor

8. Input & communication

1 2

ICP

POWER

Image 8-3 1 ICP is powered. 2 ICP software state, normal operation is green blinking. 3 ICP operating system state, normally full green . 4ICPFMTconﬁguration state, normally full green. 5ICPMAINconﬁguration state, normally full green. 6 CINEMA port selected. When on, LED 7 will be out. 7 A LTERNATIVE port selection. When on, LED 6 will be out. (note that this function is disabled. Led never lights up) 8 US B, for future use. 9 US B, for future use.

STATOSSTAT

FMT STAT

6 7 8 9

ICP STAT CINEMA

CONT

USB

ALT

OUT

LED diagnostic

State description

Software state (LED reference 2) ﬂashing green

Operating System state (LED reference 3)

FMT FPGA stat e (LED reference 4)

ICP FPGA s tate (LED reference 5)

Normal operation Error state

red or orange

green

off, red or yellow

red : unable to conﬁgure the FPGA

yellow : FPGA is loaded with the Boot

green

application red : unable to conﬁgure the FPGA

yellow : FPGA is loaded with the Boot application

USB

ICP functions:

• Stores all pr ojector ﬁles. When board is replaced; clone package must be reloaded.

• Stores and generates test patterns.

• Scaling to native resolution, re-sizing, masking, line-insertion de-interlacing, subtitle overlay, color space conversion,

de-gamma, color correction

• Source Selection between alternative content and cinema content.

• Stores a C e rt i ﬁcate and Private Key needed for Playback validation

• Contains a real time clock, which must be synchronized with the GMT/UTC time stored in the link decryptor module or Integrated

Media Block (see Com municator software)

• Handles unpacking of special video formats

The ICP board spare part kit is not default programmed for a DPxK BLP series projector projector. When using this board in a DPxK BLP series projector projector the software must be re-installed after installation o f the board.

When installing a new ICP board in a DPxK BLP series projector projector the Spatial Color Calibration ﬁle must be reloaded and activate

CAUTION: Make sure not to short circuit the battery on the board. That will destroy the board completely !

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8. Input & communication

8.4 HD-SDI Input Module (optional)

Depending on the projector conﬁguration the projector card cage is either equipped with an ICP or ICMP. In case an ICP is installed then an IMB , IMS, or HDSDI input module can be optionally inserted into the slot below the ICP. This is not the case if the ICMP is installed. For m ore information about the ICMP see chapter called ICMP.

Location of the source input ports

1 2

SMPTE 292/424 IN

SEL

Image 8-4 1 S MPTE 292/424 input, port A (maximum cable length of 30 m allowed) 2 S MPTE 292/424 input, port B (maximum cable length of 30 m allowed)

SMPTE

Society of Motion Picture and Television Engineers - A global organization, based in the United S ta tes, that sets standards for baseband visual communications. This includes ﬁlm as well as video standards.

HD-SDI settings

Source: 2K

General settings Advanced settings

Port Port type Mode Scan type Color

AorB

HDSDI Single link 4:2:2 10

bits/color

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive SF - 2nd ﬁeld dominant

Progressive SF - 1st ﬁeld dominant

3GSDI link

Progressive YCbCr

bits/color

space

YCbCr HDSDI-Single link Single

SYNC OK

Pixel mapping Calibration

3G-level A -Single link4:2:2 12

Single

3G-level B-Du al link

4:4:4 10

Progressive

RGB

3G-level A -Single link

bits/color

3G-level B-Du al link

4:4:4 12

Progressive

XYZ/RGB

3G-level A -Single link

bits/color

3G-level B-Du al link

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General settings

Port Port type Mode

A+B

HDSDI D uallink AB

4:4:4 10 bits/color

4:4:4 12 bits/color

Source: 2K

Scan type Color

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive SF - 2nd ﬁeld dominant

Progressive SF - 1st ﬁeld dominant

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive SF- 2nd ﬁeld dominant

Progressive SF - 1st ﬁeld dominant

space

RGB

XYZ/RGB

8. Input & communication

Advanced settings

Pixel mapping

HDSDI-Dual link Single

Calibration

General settings

Port Port type Mode

AorB

A+B

3GSDI link - 3D

HDSDI 3D

3GSDI 3D

4:2:2 10 bits/color

4:2:2 12 bits/color

4:4:4 10 bits/color

Source: 2K-3D

Scan type Color

Progressive

ﬁeld dominant

Progressive SF - 2nd ﬁeld dominant

Progressive

ﬁeld dominant

Progressive SF - 2nd ﬁeld dominant

Progressive

Progressive RGB

space

YCbCr 3G - Level B - Dual

YCbCr HDSDI - Interleaved

YCbCr

Advanced settings

Pixel mapping

stream

Interleaved

3G - Level B Interleaved

Interleaved

Calibration

Single

Dual (separate left / right eye)

SingleProgressive SF - 1st

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

SingleProgressive SF - 1st

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single3G - Level A -

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single3G - Level A -

Dual (separate left / right eye)

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8. Input & communication

Port Port type Mode

AorB

A+B

3GSDI link - HFR

HDSDI HFR

3GSDI HFR

General settings

Scan type Color

4:4:4 12 bits/color

General settings

4:2:2 10 bits/color

4:2:2 12 bits/color

4:4:4 10 bits/color

4:4:4 12 bits/color

Progressive XYR/RGB

Scan type Color

Progressive

Progressive SF - 1st ﬁeld dominant

Progressive SF - 2nd ﬁeld dominant

Progressive

Source: 2K-3D

Source: 2K-HFR

Advanced settings

space

YCbCr

YCbCr HDSDI - Interleaved Single

YCbCr

RGB

XYZ/RGB

Pixel mapping

Interleaved

3G - Level B Interleaved

Advanced settings

Pixel mapping

3G - Level B - Dual stream

3G - Level B - Single link

3G - Level A Interleaved

3G - Level B Interleaved

3G - Level A Interleaved

3G - Level B Interleaved

3G - Level A Interleaved

3G - Level B Interleaved

Calibration

Single3G - Level B -

Dual (separate left / right eye)

Single3G - Level A -

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Calibration

Single

Source: 3D-HFR

General settings

Port Port type Mode

A+B

84 R5906753 DPXK BLP SERIES 20/11/2017

3GSDI 3D HFR

4:2:2 10 bits/color

Scan type Color

Progressive

ﬁeld dominant

Progressive SF- 2nd ﬁeld dominant

space

YCbCr 3G - Level A -

Advanced settings

Pixel mapping

Interleaved

Calibration

Single

Dual (separate left / right eye)

SingleProgressive SF - 1st

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Page 89

8.5 Quad 3G-SDI Input Module (optional)

Location and source input ports

QUAD 3G/SDI INPUT

ABCD

SEL

8. Input & communication

SEL

SYNC OK

Image 8-5

SYNC OK

The following input combinations are possible : A, B, A+B , A +B+C+D

When u sing all 4 four inputs to create the image connect the quadrants of the image to the inputs as indicated on the drawing.

A B

Image 8-6 Quadrant connection

To c o n ﬁgure the input, co nsult the Communicator manual

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8. Input & communication

Source formats

General settings Advanced settings

Source Port Port type Mode Scan type Color

AorB

HD-SDI Single link

3G-SDI link

4:2:2 10 bits/color

bits/color

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive S F - 2nd ﬁeld dominant

Progressive SF - 1st ﬁeld dominant

Progressive YCbCr

space

YCbCr HD-SDI-Single link Single

Pixel m apping Calibration

3G-level A-Single link4:2:2 12

3G-level B-Dual link

Single

A+B

HD-SDI Duallink AB

HD-SDI Single Link A and B

3G-SDI link A and

4:4:4 10 bits/color

4:4:4 12 bits/color

4:4:4 10 bits/color

4:4:4 12 bits/color

4:2:2 10 bits/color

bits/color

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive S F - 2nd ﬁeld dominant

Progressive SF- 1st ﬁeld dominant

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive SF- 2nd ﬁeld dominant

Progressive SF- 1st ﬁeld dominant

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive S F - 2nd ﬁeld dominant

Progressive SF - 1st ﬁeld dominant

Progressive XYZ/RGB

RGB

XYZ/RGB

RGB

XYZ/RGB

YCbCr HD-SDI-Single link

3G-level A-Single link

3G-level B-Dual link

3G-level A-Single link

3G-level B-Dual link

HD-SDI-Dual link Single

Single

3G-level A-Single link4:2:2 12

3G-level B-Dual link

4:4:4 10 bits/color

4:4:4 12 bits/color

86 R5906753 DPXK BLP SERIES 20/11/2017

3G-level A-Single link

3G-level B-Dual link

3G-level A-Single link

3G-level B-Dua

llink

Page 91

8. Input & communication

Source

2K-3D

2K-HFR

General settings

Port Port type Mode

AorB

A+B

AorB

A+B

3G-SDI link - 3D

HD-SDI 3D

3G-SDI 3D

3G-SDI link - HFR

HD-SDI HFR

3G-SDI HFR

4:2:2 10 bits/color

4:2:2 12 bits/color

4:4:4 10 bits/color

4:4:4 12 bits/color

4:2:2 10 bits/color

4:2:2 12 bits/color

Scan type Color

Progressive

ﬁeld dominant

Progressive S F - 2nd ﬁeld dominant

Progressive

ﬁeld dominant

Progressive S F - 2nd ﬁeld dominant

Progressive

Progressive RGB

Progressive

Progressive SF- 1st ﬁeld dominant

Progressive S F - 2nd ﬁeld dominant

Progressive YCbCr

space

YCbCr 3G - Level B - Dual

YCbCr HD-SDI - Interleaved

YCbCr

XYR/RGB

YCbCr

YCbCr HD-SDI - Interleaved Single

Advanced settings

Pixel m apping

stream

Interleaved

3G - Level B Interleaved

Interleaved

3G - Level B Interleaved

Interleaved

3G - Level B Interleaved

3G - Lev el B - Dual stream

3G - Level B - Single link

3G - Level A Interleaved

3G - Level B Interleaved

Calibration

Single

Dual (separate left / right eye)

SingleProgressive SF- 1st

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

SingleProgressive SF- 1st

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single3G - Level A -

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single3G - Level A -

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single3G - Level A -

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single

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8. Input & communication

Source

2K -3DHFR

General settings

Port Port type Mode

4:4:4 10 bits/color

4:4:4 12 bits/color

A+B

3G-SDI 3D HFR

3G-SDI HS-4K

3G-SDI 4K

4:2:2 10 bits/color

4:4:4 10 bits/color

4:4:4 12 bits/color

Scan type Color

Progressive

ﬁeld dominant

Progressive SF- 2nd ﬁeld dominant

Progressive

Progressive - ﬁeld bit normal

Progressive - ﬁeld bit inverted

Progressive S F - 2nd ﬁeld dominant

Progressive SF - 1st ﬁeld dominant

Progressive

Progressive SF - 1st ﬁeld dominant

Progressive S F - 2nd ﬁeld dominant

Progressive

Progressive SF - 1st ﬁeld dominant

Progressive

Progressive SF - 1st ﬁeld dominant

space

RGB

XYZ/RGB

YCbCr 3G - Level A -

YCbCr 3G - Level A - Single

XYZ/RGB

YCbCr

RGB

XYZ/RGB

XYZ/RGB Single

Advanced settings

Pixel m apping

3G - Level A Interleaved

3G - Level B Interleaved

3G - Level A Interleaved

3G - Level B Interleaved

Interleaved

Link

3G - Level A - Quad Link

3G - Level B - Quad Link

3G - Level A - Quad Link

3G - Level B - Quad Link

3G - Level A - Quad Link

3G - Level B - Quad Link

3G - Level A - Quad Link

3G - Level B - Quad Link

3G - Level A - Quad Link

3G - Level B - Quad Link

3G - Level A - Quad Link

3G - Level B - Quad Link

3G - Level A - Quad Link

3G - Level B - Quad Link

3G - Level A - Quad Link

Calibration

Single

Dual (separate left / right eye)

SingleProgressive SF- 1st

Dual (separate left / right eye)

Single

Dual (separate left / right eye)

Single

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8. Input & communication

General settings

Source

Port Port type Mode

HD-SDI - 4K

4:2:2 10 bits/color

Scan type Color

Progressive S F - 2nd ﬁeld dominant

Progressive

Progressive SF - 1st ﬁeld dominant

Progressive S F - 2nd ﬁeld dominant

8.6 Integrated Media Block/Server (optional)

Integrated Media Block (IMB)

Advanced settings

space

XYZ/RGB

YCbCr HD-SDI - Quad Link Single

Pixel m apping

3G - Level B - Quad Link

3G - Level A - Quad Link

3G - Level B - Quad Link

Calibration

Single

Image 8-7 Example of IMB powered by Doremi.

Integrated Media Server (IMS)

Image 8-8 Example of IMS powered by Doremi.

Conﬁguration and ope ers website o f the installed IMB/IMS for technical documentation and support.

ration instructions for IMB and IM S are not included in this document. See manufactur-

1. Only for Quad input board (this is a split screen setting, when selected, it turns on split-screen)

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8. Input & communication

8.7 Cinema Controller of the DPxK-xxBLP

Location of the communication ports

1 3 5 72 64

PERIPHERAL PORT

Image 8-9

LAN

WAN

DVI IN B

RS 232 IN 3D INTERFACE

GENERAL INTERFACE I/0USB 2.0DVI IN A

Functionality

Local Area Network (LAN: 10/100/1000 base-T) port

Local Area Network (LAN: 10/100/1000 base-T) with built-in Ethernet switch (port 1 and port 2) . Use for projector control and automation. E.g. Touch Panel, content server, ... (not for content streaming!)

As there is a need to daisy chain projectors when they are on an Ethernet network, an E thernet switch is built in. the incoming network is hereby available for the internal P C and for the next device in the chain. In this way a ’star’ network interconnection c an be av oided. The switch used is a stand alone 10/100/1000Mbit Ethernet switch. This assu res no inﬂuence on the network s peed. Furthermore, this Ethernet switch remains operational when the projector is in Standby mode.

The connectors used for these Ethernet ports are of the type RJ45, which is compatible with s tandard RJ45 cable connector. Straight (most comm on) as well as cross linked network cables can be used. The 2 ports are functionally identical. Both ports ar e con nected via the projector switch (A uto sensing enabled).

Wide Area Network (WAN) port

Wide A rea Network (WAN: 10/100/1000 base-T). Use this Ethernet po rt (reference 2 image 8-9) to connect the network which contains the DHCP server.

The DPxK BLP series projector can be connected to a WAN (Wide area network) (reference 2 image 8-9). Once connected to the WAN, us ers can access the projector from any location, inside or outside (if allowed) their company network using the Communicator software. This software locates the projector on the network if there is a DHCP server or the user can insert the correct IP-address to access the projector. Once access ed, it is possible to check and manipulate all the projector settings. Remote diagnostics, control and monitoring of the pro jector can then become a daily and very simple operation. The network connectivity allows detection o f potential errors and consequen tly improves service time.

RS232 IN port

This female DB-9 connector allows you to use a s tandard serial cable up to 10 m eter to connect the touch panel interface with the pr ojector. Note that the RS232 protocol is used on this connection.

USB OUT port

The Cinema Controller is equipped with a USB port, type “A” connector, (reference 4 image 8-9) which can be used to power handheld dev ices within USB spec (MAX 500mA/5V]. No other f unctionality supported (Future expansion). T he USB OUT port remains operational in Standby m ode.

3D INTERFACE port

3D interface port (reference 5 image 8-9. Can be used to connect external 3D d evices to the projector. All signals necessary for 3D projection can be provided via this connector. The 3D interface port is disabled if the projector is in Standby mode.

GENERAL PURPOSE INPUT/OUTPUT (GPIO) port

This 37 pin conne ctor (reference 6 image 8-9) can be used to send or receive trigger signals from other devices. T hese input/output pins can be programmed by m acros created with the Communicator software. See user’s guide of the Communicator, section Macro editor, for more information about this functionality. Note that the General Purpose Inputs accept 24 v olt maximum. The GPIO remains operational when the projector is in Standby mode. So, if the factory predeﬁned macro to wake up the projector is assigned to one of the free GPI input pins the projector can be awakened via GPIO.

Enter or leave Standby mode can also be done with GPIO via two predeﬁned Macros (not editable).

PERIPHERAL port

For future use.

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RS232

An Electronic Industries Association (EIA) serial digital interface standard specifying the characteristics of the communication path between two devices using either D-SUB 9 pins or D-SUB 25 pins connectors. This standard is used for relatively short-range communications and does not specify balanced control lines. RS-232 is a serial control standard with a set number of conductors, data rate, word length and type of connector to be used. T he standard speciﬁes component connection standards with regard to computer interface. It is also called RS-232-C, which is the third version of the RS-232 standard, and is functionally identical to the CCITT V.24 standard. Logical ’0’ is > + 3V, Logical ’1’ is < 3V. The range between -3V and +3V is the transition zone.

Location of the source input ports (DVI)

8 9

8. Input & communication

LAN

WAN

Image 8-10

Legende

DVI-D input, port A, Single link + HDCP

DVI-D input, port B, Single link + HDCP

DVI

Digital Visual Interface is a display interface developed in

The digital video connectivity standard that was developed by DDWG (Digital Display Work Group). This connection standard offers two different connectors: one with 24 pins that handles digital video signals only, and one with 29 pins that hand les both digital and analog video. This standard uses TM DS (Transition Minimized Differential Signal) from Silicon Image and DDC (Display Data Channel) from VESA (Video E lectronics Standards Association).

DVI can be single or dual link.

DVI Input formats

Input

Single DVI VESA (640x480)

Single DVI VESA (800x600)

Single DVI VESA

Single DVI

Twin DVI

DVI-3D

Source standard

(1024x768)

(1280x1024) 1280x720 60 Progressive

1920x1080 60 Progressive

2048x1080

1920x1080i

ACS (2048x1080)

3D (2 048x1080) 24/eye

DVI IN B

Vertical rate

Scan type Color space Sampling Color depth

60 Progressive

72 Progressive

60 Progressive

72 Progressive

60 Progressive

70 Progressive

60 Progressive

50/60

50/59.94

Progressive

Interlaced

Progressive

RS 232 IN 3D INTERFACE

GENERAL INTERFACE I/0USB 2.0DVI IN A

PERIPHERAL PORT

response to the proliferation of digital ﬂat panel displays.

RGB

4:4:4 8 bit

4:4:4 10 bit

4:4:4 12 bit

4:4:4 2x8 bit

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8. Input & communication

Input

DVI-3D

Source standard

3D (2 048x1080) 25/eye

3D (2 048x1080) 30/eye

3D (2 048x1080) 50/eye

Vertical rate

Scan type Color space Sampling Color depth

Progressive

RGB

4:4:4 2x8 bit

About DVI-4K:

Two columns of 2048x 2160 are needed, where DVI-A is left image and DVI-B is right image. Use Rec 709 for 4K as PFC ﬁle.

2160

Image 8-11 DVI-4K

2048

DVI-A

2160

8 bit 24 Hz

2048

DVI-B

8 bit 24 Hz

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9. ICMP

About this chapter

This chapter describes the ICMP in general, the HDDs, the input ports and the com munication ports. Furthermore, the s tatus LEDs are described and the importance of the device certiﬁcate is illustrated.

Image 9-1

9. ICMP

Overview

• ICMP introduction

• ICMP HDD

• ICMP communication ports

• ICMP source input ports

• ICMP DisplayPort speciﬁcations

• ICMP SDI speciﬁcations

• ICMP HDMI 2.0 speciﬁcations

• ICMP HDMI 1.4 speciﬁcations

• ICMP status LEDs

• ICMP HDD status LEDs

•ICMPconﬁguration via Communicator

• ICMP reset

• Removing a HDD from the ICMP

• Installing a HDD into the ICMP

9.1 ICMP introduction

About ICMP

The IC MP is a removable electronic assembly situated in the Card Cage of the projector. The ICMP stores, decrypts and decodes DCI cinema content and delivers it to the projector in a usable format, all integrated into a single assembly plac ed directly in the projector. ICMP is a fully integrated assembly

The standard Integrated Cinema Processor functionality from Texas Instruments® is fully integrated into the ICMP. So, the ICMP replaces the ICP b oard as well.

so expected by the operators to facilitate their daily business.

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9. ICMP

Image 9-2 1ICMP 2 HDDs for ICMP

As an integrated com ponent of the projector, installation and maintenance of the ICMP requires the same skills and the same precautions as an intervention on the projector itself.

For order info see w

ww.barco.com.

Front face of the ICMP

The last produced model is equipped with two HDMI 2.0 as video source.

Image 9-3 Front face ICMP (with HDMI 2.0).

Some models with DisplayPorts are still present on the ﬁeld.

Image 9-4 Front face ICMP (with DisplayPort).

Card Cage slot location

TheCardCagecanbediffer The ICMP (reference 1) is inserted into the form er ICP slot and IMB slot above the Barco Cinema Controller (reference 2).

ent depending the projector type but it always consists of a button module and several removable units.

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9.2 ICMP HDD

About ICMP HDD

The three HDDs (local storage) in the ICMP, are set up in a RAID 5 conﬁ guration. This storage technique, that combines multiple HDD com ponents into a logical unit, manages enough redundancy information to continue to operate properly after the loss of one HDD.

Image 9-5

9. ICMP

CAUTION: A RAID 5 conﬁguration with three HDDs allows a maximum loss of one disk. With the si

loss of more than one HDDs, data is lost and the RAID must be completely initialized again after replacement of the defect HDDs with new HDDs!

multaneous

About degraded mode

When a RAID array experiences the failure of one disk, it enters in degraded mode. Content storage and playback remains available on the ICMP.

CAUTION: T he loss of one disk causes no serious consequences on the ICMP. But action must be taken

quickly because the loss of a second disk will make the R AID system broken. The main cau se of the total loss of RAID is due in most cases t o the loss of the seco nd disk while t

A failed drive should be replaced as soon as possible.

he ﬁrst has not been rebuilt!

About “RAID recovery” process

The restoration from degraded to normal condition of the RAID 5 system is done automatically. When the RAID controller detects a new HDD to replace the failed disk the recovery procedure starts automatically.

CAUTION: The automatic process does not wo rk if more than one disk is lost. In that case the RAID must b e

completely initialized again!

About RAID broken

When more than one HDD is out of order, the RAID is considered as ’broken’ and the content is lost. The failed HDDs must be changed and a n ew RAID must be created.

Exchange or re-use of a disk set

It’s possible to h ave several sets of di ICMP.Itissufﬁ cient to insert the three H DDs, from a valid RAID array, and let the system explore the new RAID. The mounting order of the HDDs and the HDD slots do not m atter. Of course, when using HDDs from another ICMP it is necessary to retrieve from the content distributor the KDM s corre

sks with one ICMP or to reuse a complete set of disks coming from another projector with

sponding to the content and the new ICMP.

HDD storage capacity

Make sure that all HDDs in the ICMP HDD set have the same storage capacity. See label on top of the HDD to know the storage capacity.

HDD storage

The maximum recommended storage period for th e drive in a non-operational environment is 90 days. Drives should be stored in the original unopened shipping packaging whenever possible. Once the drive is remove d from the original packaging the recommended maximum period between drive opera tion cycles is 30 days. During any storage period the drive non-operational temperature, humidity, w et bulb, atmospheric conditions, shock, vibration, magnetic and electrical ﬁeld speciﬁcations should be followed.

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9. ICMP

HDD models validated by Barco

Only the original HDD spare parts provided by Barco or models validated by Barco (see list below) can be used in the ICMP. All deviations from this rule vo id warranty.

List of validated models:

• 1TB: HGST – Western Digital (order code: HCC541010A9E630)

• 2TB: Seagate (order code : ST2000NX0253)

9.3 ICMP communication ports

Location of the communication ports

1 2 3 4 5 6 7

Image 9-6 ICMP (with HDMI 2.0).

Functionality

AUDIO-AES 1-8 (9-16)

ICMP outputs sixteen audio signals e quitably distributed over these two RJ45 connectors, which can be conﬁgured independently. The mapping o f audio channels (content) on each audio output (AES outputs of the ICMP) is performed by conﬁguring the ICMP via the Communicator softw

GPO 1-4 (5-8)

These RJ45 connectors can be used to send trigger signals to other devices. The mapping of use r Cues (output Cues) on each General Purpose Output (GPO) is conﬁgured v user guide for further information.

GPI 1-4 (5-8)

These RJ45 connectors can be used to receive trigg Input ( GPI) on e ach input Cues is conﬁgured via the Communicator software. Please refer to the Com mun icator user guide for further information.

SYNC IN / OUT

Synchronization signal IN and O UT: Reserved for multiple-projector projection. Use a 50 Ohm coaxial cable to connect the sync signal from projector to projector.

LAN 1 (2)

The ICMP can be connected to a LAN (local area network) using one of the Ethernet ports. These LA N por t are used for ‘content’ transfer.

NOTE: These ports are optionally used to connect to external content storage sources. Control of the ICMP is done via the same IP address as the projector.

are. Please refer to the Communicator user guide for further information.

ia the Communicator software. Please refer to the Communicator

er signals from other devices. The mapping of the General Purpose

USB 2.0

The ICMP can be connected to a USB 2.0 Media to load content. The USB port can be used to load content (DCP) or keys (KD M).

NOTE: It is recomm ended to us e the US B 3.0 ports for faster ingest.

R5906753 DPXK BLP SERIES 20/11/2017

Barco DP2K-36BLP, DP2K-17BLP, DP4K-17BLP, DP4K-36BLP, DP2K-23BLP User And Installation Manual

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