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15

 

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28

EN

2.9

maintenance

!

It  is  essential to  regularly inspect the 

condition of  the silica gel granules 

inside the cartridges. That can be done 

through the opening in the middle of the 

cartridge. If  the colour of the granules 

inside the cartridge is  green, instead 

of brown (brown is when they are dry), 

it means they are soaked, and they must 

be dried out. Inspect the cartridge every 

time you open the optical compartment, 

or at least once a month.

The drying out process is pretty simple:

1.  Detach the cartridge from the cover and place it into 

the conventional oven - do not use microwave!!!

2.  Heat the oven to 120ºC (250ºF) and leave the cartridge 

inside for about 2-3 hours, until all the moisture 

is released.

3.  Insert the cartridge back into its place and close the 

optical compartment cover as  soon as  the cartridge 

cools down. That way, it  will absorb the maximum 

amount of  moisture from the inside of  the optical 

section.

!

If  the granules don’t  turn brown during 

this process, they must be replaced with 

new ones.

Drying agent cartridge

Drying agent cartridge (silica gel desiccant) helps to prevent 

water condensation inside the optical compartment of the 

Architect laser system, which is  much needed in  high 

temperatures and high humidity environments. The 

desiccant cartridge is installed on the inside of the optical 

compartment cover.

Aperture Window

To clean the aperture output window use a soft cloth and 

medical grade isopropyl alcohol. If  necessary, you can 

remove the top cover of  the Architect laser system and 

clean the inside of the window as well. Outdoor installation 

and also interior operation of KVANT laser system requires 

special care of  cleanness of  the output windows. Dried 

rain drops and all kind of dirt brought by wind or gravity 

to the window surface can decrease the visual brightness 

of the output beam or even destroy the output windows 

due to high visible power density. Therefore, regular and 

frequent cleaning of  the output windows is  essential for 

maintaining best performance and flawless operation 

of KVANT laser system. You should perform visual check 

of  output window cleanness and clean up  every month 

if the laser is used regularly or even more often if it is used 

in dusty conditions.

Internal Optics

The cleaning of  the internal optical components should 

be performed by an authorised technician only. Incorrect 

techniques or wrong choice of chemicals used for cleaning 

could cause serious damage to  the laser system. Due 

to the fact that the optical compartment is split and sealed 

from the rest of the laser system it shouldn’t be necessary 

to perform this procedure more often than once a year.

External cooler

Use compressed air for cleaning the cooling fans of external 

cooler. Please always ensure that they are spinning freely. 

You should perform this service every 2 months if the laser 

is used regularly or even more often if it is used in dusty 

conditions.

Cooling fluid level

Regularly check the cooling fluid level indicator located 

at the cooling fluid tank. In case of noticing fluid level out 

of min-to-max range please contact Kvant technical support 

before further steps. Always add certified cooling fluid only! 

Using not certified fluids immediately voids warranty and 

can cause corrosion and/or damage of the cooling system.

Please note that a laser light entering the aperture of your 

laser projector (reflected or from another laser) or wrongly 

reflected beams inside the projector can permanently 

damage the laser sources.

The manufacturer’s warranty does not cover such damage.

Maintenance: no user serviceable parts inside.

Disposal of the equipment

The equipment is made of components and materials such 

as metal, plastic, aluminium, which can be dismantled, 

sorted and recycled in accordance with the Waste Act at 

the end of the life of the equipment or when it is no longer 

functional.

The equipment can also be handed over as a whole in

a collection yard.

wet silica gel   

dry silica gel

Summary of Contents for A270B

Page 1: ...architect series MODEL SPECIFIC OPERATIONAL MANUAL ...

Page 2: ...Maintenance 15 3 Item Checklist 16 4 System Overview 17 4 1 Top View 18 4 2 Side View 19 5 Beam Alignment 20 5 1 Architect Beam Alignment 21 6 Technical Specifications 22 6 1 Technical Specifications Architect A270B white balanced 23 6 2 Technical Specifications Architect W270B white balanced 24 6 3 Technical Specifications Architect A300 25 6 4 Technical Specifications Architect W300 26 6 5 Techn...

Page 3: ...EN 1 Introduction Thank you for purchasing this KVANT product To ensure proper operation please read this manual carefully before using the product After reading it keep it in a safe place for future reference ...

Page 4: ...CT OR SCATTERED RADIATION CLASS 4 LASER PRODUCT IEC 60825 1 2014 CAUTION LASER LIGHT IS BRIGHT AND BLINDING DO NOT SHINE AT AIRCRAFT OR VEHICLES AT ANY DISTANCE CAUTION CLASS 4 VISIBLE LASER RADIATION WHEN OPEN AND INTERLOCKS DEFEATED AVOID EYE OR SKIN EXPOSURE TO DIRECT OR SCATTERED RADIATION This product is in conformity with performance standards for laser products under 21 CFR Part 1010 4 and ...

Page 5: ...ions of the country or state where the system is being used Handling precautions This laser system is a precision device that contains some sensitive opto electronics components DO NOT drop it or subject it to physical shock This laser system has waterproof and dust proof enclosure The laser system contains precision electronic circuitry Never attempt to disassemble the laser yourself If the laser...

Page 6: ...together they can scan the laser beam over a wide angle in front of the projector The scanning system can not only direct the laser beam to specific static locations but it can also create shapes by rapidly moving the laser beam over a path Once a shape is scanned more than 20 times per second it appears static to the human eye So any shape drawn by a laser is actually produced by one single laser...

Page 7: ...ser system is switched on 3 Be aware that lasers can burn the eye retina skin or cause fires if not used correctly 4 Audience Scanning is a technique that involves projecting laser effects directly into an audience Never perform Audience Scanning unless you a are trained to do Audience Scanning b use a projector that has the proper safety systems built in such as PASS and c have verified that the ...

Page 8: ...3 Always make sure the system is properly tightened down and that it cannot get loose and move as a result of sound vibrations cables pulled on or similar external disturbances 4 Always attach a safety chain or cable between the projector and its structure such as truss 5 Ensure that all the cables have enough length just incase they get caught 6 Ensure that the system is placed at least 20cm away...

Page 9: ...also dependent on the control system that you use for operating the laser as well as the correct device configuration in the laser control software Please make sure all the laser settings in your control system are set correctly before you start using your Kvant laser display system ...

Page 10: ...itect laser system with DMX 512 control option is dedicated to display static beams with remotely adjustable dynamic brightness for each of R G or B colour DMX controller is not included with the fixture The fixture use 3 DMX channels one for each colour R G and B Each colour output has 255 values to set the corresponding colour brightness The user can control the brightness of each basic colour b...

Page 11: ...wing connection diagram Door interlock switch circuitry must be inserted in the E STOP Remote interlock connector as well in order to disable the interlock i Shutter key must be inserted and switched to ON position in order to enable laser emission i E STOP Remote safety key must be inserted and switched to ON position in order to disable the interlock ...

Page 12: ...functionality and distribution of E STOP commands from the E STOP Remote to each plugged Architect laser system and they are fully compatible with all Kvant laser systems using E STOP Remote standard The E STOP splitter has two inputs thus two E STOP Remotes can be used and you can control the Architect laser systems from two different locations The START buttons of all plugged E STOP Remotes must...

Page 13: ... switch depressed 3 Safety key Switch on E STOP Remote turned to OFF position 4 Shutter key turned to OFF position 5 E STOP Remote disconnected from KVANT Architect laser system 6 Door interlock circuitry connected to the E STOP Remote interlock connector is open Door interlock may be replaced by the user s own interlock system using a switch or dry relay closure to connect pins 1 and 2 of the E S...

Page 14: ...se NO EMISSION is possible If User E Stop switch is connected to Kvant E Stop Box and is in CLOSED state and Start Button on Kvant E Stop Box was pressed all Kvant Laser projetors connected to Kvant E Stop Box are enabled In this case EMISSION is possible Start Button E Stop Mushroom Switch Key A B C D 1 2 3 4 5 6 A B C D 1 2 3 4 5 6 Author Ing STEFAN KUBANKA KVANT Ltd E Stop IN Connector 1 2 3 XL...

Page 15: ...igh visible power density Therefore regular and frequent cleaning of the output windows is essential for maintaining best performance and flawless operation of KVANT laser system You should perform visual check of output window cleanness and clean up every month if the laser is used regularly or even more often if it is used in dusty conditions Internal Optics The cleaning of the internal optical ...

Page 16: ... is missing contact your supplier Item Number of units Descriptions 1x KVANT Architect Laser System 1x Emergency STOP remote and Remote Controller US version BUS ID 1647 EU version BUS ID 1648 1x Remote Interlock Bypass for USA only BUS ID 651 2x Safety and Shutter Keys 1x User manual USB drive BUS ID 1054 1x Heavy duty flight case ...

Page 17: ...in the basic RGB palette secondary mixed colours and white The system is fluid cooled and designed with no airflow going through the optical compartment of the system This ensures that all important optical parts of the system stay clean for longer keeping the maintenance time down to a minimum This is a real advantage for permanent outdoor installations and all options of use where dust smoke or ...

Page 18: ...ser system can emit the laser radiation 3 10pcs top cover fast access fasteners To access the optical compartment of the laser system pull up the fasteners and release the clamps from hooks and carefully remove the top cover 4 4pcs transportation handles 5 Cooling fluid tank 6 Cooling fluid level indicator ...

Page 19: ...nterlock and enable emission 3 Input signal cable Kvant Architect systems use either analog input levels 0 5V or DMX siglnal to control the output power This is model specific The E STOP Remote is an integral part of the laser projector It is there for the safety of the public as well as the operator In most countries it is required by law to have a fully working Emergency STOP in place for every ...

Page 20: ...isaligned beam reach greater values it can be disturbing and it is necessary to carry out the beam alignment procedure Becautiouswhenaligningthebeamsand wear sufficient laser safety protection to avoid accidental exposure to Class 4 laser radiation This Architect laser system is rated as a Class IV laser product and manufactured in accordance to EN 60825 1 2014 Avoid eye or skin exposure to direct...

Page 21: ...e top cover from the inside of the system To detach the wire gently pull it out from the connector 3 Removal of the cover will show the two internal microswitch interlocks Depress both microswitches to operate the system in service mode 4 Set small brightness of one of three colour channels you want to align either R G or B on your DMX or remote controller Keep other two colour channels at zero le...

Page 22: ...22 i 28 EN 6 technical specifications All the technical specifications are subject to change without prior notice ...

Page 23: ...ative to optical power Calculated luminous flux Diode life time Cooling Dimming Operating temperature range Storage temperature range IP rating Warranty Control signal output Total electrical power consumption Dimensions LxWxH Weight kg according to human photopic eye response Red 112 W 637 nm White 270 W Green 96 W 520 nm Blue 64 W 450 nm 5 nm No 288 individual beams 2 7mm diameter each 250 x 880...

Page 24: ...to optical power Calculated luminous flux Diode life time Cooling Dimming Operating temperature range Storage temperature range IP rating Warranty Control signal output Total electrical power consumption Dimensions LxWxH Weight kg according to human photopic eye response Red 112 W 637 nm White 270 W Green 96 W 520 nm Blue 64 W 450 nm 5 nm No 288 individual beams 2 7mm diameter each 250 x 880 mm 3 ...

Page 25: ...optical power Calculated luminous flux Diode life time Cooling Dimming Operating temperature range Storage temperature range IP rating Warranty Control signal output Total electrical power consumption Dimensions LxWxH Weight kg according to human photopic eye response Red 45 W 637 nm White 301 W Green 192 W 520 nm Blue 64 W 450 nm 5 nm No 288 individual beams 2 7mm diameter each 250 x 880 mm 3 2 m...

Page 26: ... power Calculated luminous flux Diode life time Cooling Dimming Operating temperature range Storage temperature range IP rating Warranty Control signal output Total electrical power consumption Dimensions LxWxH Weight kg according to human photopic eye response Red 45 W 637 nm White 301 W Green 192 W 520 nm Blue 64 W 450 nm 5 nm No 288 individual beams 2 7mm diameter each 250 x 880 mm 3 2 mrad 176...

Page 27: ...minous flux Diode life time Cooling Dimming Operating temperature range Storage temperature range IP rating Warranty Control signal output Total electrical power consumption Dimensions LxWxH Weight kg according to human photopic eye response Red 269 W 637 nm White 661 W Green 224 W 520 nm Blue 168 W 450 nm 5 nm No 496 individual beams 2 12mm diameter each 390 x 1350 mm 10 mrad 835m 138 Im W 37 122...

Page 28: ...ode life time Cooling Dimming Operating temperature range Storage temperature range IP rating Warranty Control signal output Total electrical power consumption Dimensions LxWxH Weight kg according to human photopic eye response Red 365 W 637 nm White 900 W Green 305 W 520 nm Blue 230 W 450 nm 5 nm No 672 individual beams 2 12mm diameter each 460 x 1450 mm 10 mrad 978m 138 Im W 50 370 Im 10 000 h 2...

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