WILA Lichttechnik GmbH
Postfach 26 11 D 58596 Iserlohn
Vödeweg 9-11 D 58638 Iserlohn
T +49 2371 823 0 F +49 2371 823 200 wila@wila.com www.wila.com
WILA Lighting Limited
8-10 The Quadrangle Grove Technology Park
Wantage Oxfordshire OX12 9FA
T +44 1235 773 500 F +44 1235 773 533 wila@wila.co.uk
N1/13 News
Partner for individual lighting solutions. Page 2
About projects and the future of LED. Page 4
Integrated LED handrail lighting. Page 10
Precision tool for the new language of lighting. Page 18
αbet focus Page 42
αbet spectra Page 54
LED Puck Page 62
Accessories Page 64
ID A2441-0413

1 WILA

WILA Repositioning
2 from left to right: WILA Lichttechnik Managing Director Thomas Nokk, Andreas Henrich and CEO Mike Collett
About the repositioning of the WILA brand, product developments and broadened target groups
The world is changing. The digitalisation of lighting through LED marches on, carrying with it risk as well as opportunity in a globalised world. New technologies enable us to develop lighting that satisfies individual customer needs and desires.
In order to play an active role in shaping this process, we have carried out a profound repositioning. Our visually re-created appearance with the new logo is the optical conclusion of our decisive inner change.
We are a leading specialist for individual lighting. Individual lighting is enriching and inspiring, but it is often associated with a high level of complexity. To control this factor, we engage in an intensive dialogue with all parties involved in the design of buildings and with the lighting design professions to discuss, learn and evolve in view of improving the visual environment.
With this objective in mind, WILA develops modular and flexible lighting tools guaranteeing a high level of creative freedom in lighting design. WILA is driven by the conviction that its products and services are safe and reliable, and provide constant quality and efficient performance.
”Lighting will play the decisive role in the integrated solutions of the future. Our repositioning addresses this challenge, which will likely keep us busy for the next 20 years.“ Mike Collett
“The repositioning means that we’ll add to our existing client groups, as we become partners also of lighting designers and architects. But first we had to gain a better understanding of lighting designers’ or architects’ complex thought processes, as well as of their expectations – including of details – and of what kinds of requirements a product should have so it can fulfil project-specific lighting solutions with high quality standards.” Thomas Nokk
Founded in 1857, WILA now enjoys a worldwide reputation for individual lighting solutions in offices and administrative buildings, social institutions, schools and education facilities, and the health and transport sectors. The company‘s positioning is international, with a focus on the European market and sales partners in more than 25 countries.
WILA is certified according to the EN ISO 14001 and 9001 standards, is a member of the German Association for
Sustainable Construction (Deutsche Gesellschaft für
Nachhaltiges Bauen, DGNB) and has been C02 -neutral since the beginning of 2012.
”It’s not enough for a new design just to be good; it has to be unique. The new alphabet product family was created to be a toolkit providing designers with unrestrained creative freedom. That’s our new standard now. We’ve accepted the challenge of enhancing our products – which have always been highly sophisticated from a technological perspective – by giving them a distinctive look.“ Andreas Henrich
3 WILA

Interview
4
How did you come to lighting and when?
Basically it happened straight out of university. My first project was the illumination of the member cafeteria at the state parliament of Hesse. Maybe the seed was sown as early as that time.
From your beginning days in the area of lighting design to today: Which aspects of the job have fundamentally changed?
Do you have three hours? I’ll try to keep it short. In general, in today’s project business one has to be increasingly concerned with things and duties that don’t really have anything to do with the actual job of a designer or planner.
The trend seems to indicate that this issue will continue to get worse going forward.
After so many years: Isn’t it about repeatedly solving the same problems, just with ever-more efficient technology?
Not at all – because a.g Licht has such interesting design partners and clients, new requirements and challenges evolve directly from the projects themselves. We don’t really ever feel like we can just pull something out of the
“drawer.”
Compared with some other professions, lighting design isn’t a particularly old specialty. But since about 1900 people speak of technological illumination. So shouldn’t manufacturers of lamps and luminaires have been able to develop the ultimate in lighting tools by now? What areas still see a need for individual development?
On the contrary, the present time proves the exact opposite
– with developments in the area of LED, along with future prospects in the area of OLED, we’ll all have to basically start over from square one. The excitement continues!
Besides the technological arms race among car brands, they use poignant design to highlight their individuality, a design increasingly defined by the effects of light.
Think of the “illuminated eyes” of headlights and taillights. Has architecture not yet sufficiently recognised this significance, or why else are there so many bland, uniform solutions?
Here, too, I would point to the increasingly more sophisticated challenges our office has to solve. Nowadays the buildings themselves have to take on certain tasks sometimes, and suddenly lighting – through dynamics, colour and elaborate controls – can take over some of those tasks. It’s not my impression that anything has been missed in this area. >
5 WILA

Interview
Everyone is talking about the technological possibilities and future prospects offered by LED technology. It’s almost as if there are no other light sources left in the
US and especially in the Far East; in Germany, it seems, the pace of adaptation is still modest. What’s your view of the technology?
Still critical. It will be the technology of the future, but currently we still examine each case individually as we decide what to recommend to the builder. At this time
I don’t yet see LED as a panacea.
How to does this rather more “artistic” lighting application differ from your everyday work?
It was definitely not artistic work. The façade is part of the architecture, which means the content of what is shown is also part of the architecture. Those are exactly the kinds of new challenges that make our work so exciting.
Would you still be interested in using tungsten halogen lamps nowadays? And if yes, where?
Yes, definitely – at my home.
Seven people staff your office. How do you make sure that all of them work continuously in accordance with a shared design principle? How much freedom is granted to each individual? Or did it just so happen that
“like-minded individuals” have found each other?
Due to our size, myself and my partners Klaus Adolph and Daniel Walden always have a chance to participate in determining the direction the design will take. Incidentally that was the initial approach, too, when Klaus Adolph and
I founded the office in 1996 – we’ve always wanted to be a part of the projects and not just manage them.
You’ve also worked internationally for a while now.
What distinguishes projects, and working on projects, in the US, Europe and Asia?
I’ll try to keep my answer short again and stick to talking about Asia. Besides being far away and having greater difficulty exerting influence there, it’s also a lot harder to maintain a certain quality level during the implementation phase. Sometimes what’s lacking is a sense of aspiration.
That always makes it rather difficult for us to set the direction for implementation early on.
What inspires you?
That’s a very difficult question, and I can’t answer it with any precision. Inspiration can come from small experiences, impressions and simple moments. It doesn’t follow any predetermined rules that can be called up on demand.
If you could go back, had a chance for a do-over and fresh start in your career choice, would you “come to the light” again?
I have no reason whatsoever to make a different choice.
What’s your passion when you’re off work?
I like spending my free time out in nature. I especially love the extreme outdoors, specifically colder areas – which happens to fit together well with my love of scotch.
An inexhaustible number of ingredients, many varied tools, limited amounts of time, high expectations, people waiting, at the same time a vital “necessity” and an indulgence –lighting design indeed is a bit like cooking.
Would you tell us your favourite dish?
To be completely honest, I have very different ones all the time. There can be great variation depending on my ‘state of mind’ and physical location. I love Wiener schnitzel in
Austria, the Austrian sweet-pancake specialty kaiserschmarrn when in the mountains, and what’s hot right now is pumpkin soup made expertly by my wife from home-grown pumpkins.
I’m sure that also answers your next question – in the kitchen I’m more of an assistant.
What areas challenge you professionally?
We view every project as a challenge and have partners that help maintain this level of excitement. If you were asked to give advice to young lighting designers, what would it be?
To obtain a university degree in interior design or architecture, no matter what. That’s our language, and it will be the tool of our trade at a later time. >
Could you name one of your projects that made you especially proud?
I’ve enjoyed a number of them very much; most recently it’s definitely the project in Cheonan with UN Studio where we made an entire 13,500 m 2 façade video-capable and, on top of that, had a chance to help develop the content.
6 7 WILA

Interview
If you were asked to give advice to builders, what would it be?
To re-gain some trust in the conventional processes that used to be the norm. Our experience shows that in the end, things cost exactly what they would have cost otherwise and take just as long as they would have taken otherwise.
In the era of the ozone hole and climate change:
Can unused light at night – be it indoors or outdoors – still be justified? How do you react to environmental inevitabilities?
This is exactly why and how we deploy intelligent controls, to use light only when it is needed and can be seen. That’s true both indoors and outdoors. When working in Asia, one surely is confronted by this dilemma much more often, but even there we see a trend toward saving energy, precisely by using such measures. And at 11pm, they simply turn off outdoor lighting there….
If you were asked to give advice to luminaire manufacturers, what would it be?
To create internal possibilities that allow them to pay attention to the individual requirements of projects and design planning. However that’s something that has to be developed as company culture; one has to want it, and one has to live it.
How dynamic has lighting become within buildings today? Do you think in terms of illuminated architectural designs or film script-like lighting scenarios?
It has become very dynamic, and the development and deployment of controls takes up ever-more space in our design planning, all the way to using media content that has to be co-developed by us in synch with the architecture.
What’s the significance of daylight in your designs?
To what degree can you influence architecture in this regard?
Increasingly more significant. Certifications and aspirations for more energy-efficient construction are driving the use of daylight as a source of lighting and make it more and more interesting for builders, too.
What makes you angry at your job?
The steadily increasing share of work we have to do that’s outside the scope of our profession as we understand it.
LED brings light to places where there wasn’t any before.
Even flower pots can have a colourful glow now. In your estimation, where is the dividing line between functional necessity, wasted energy and playful superfluity?
Exactly there.... at the flower pot.
How does next week look for you?
Good – half the time will be spent at the office, the other half at appointments – so far. <<
Photos Thomas Solecki, Bochum
Personal
Name:
Year of birth:
College:
Work:
Web:
8 9 WILA

Project
10
LED Pucks illuminate the numerous exterior stairways leading up to the Gasteig building
For its 25th anniversary the Gasteig – Munich’s centre for cultural and educational events and conferences high up on the right bank of the Isar River – commissioned a number of measures to improve its visual appearance and public perception, among them a new lighting concept for its exterior spaces. Ever since Ulrike Brandi Licht’s designs have been implemented, all exterior stairways are illuminated by almost 300 energy-efficient LED Pucks.
A desire to have a positive effect on the cityscape while intuitively guiding visitors on their path to the entrance and increasing security provided the impetus in 2010 for a redesign of the lighting situation in the outdoor spaces of the Gasteig. As part of the project Ulrike Brandi developed comprehensive lighting design plans based on existing architectural features, among them numerous stairways leading up to the historic building site up on the banks of the Isar River. A low passageway linking the path from the light-rail train station and the Gasteig entrance was particularly objectionable because it used to appear dark and forbidding even during the day. >
11 WILA

Projekt
12
Thanks to its new lighting situation, Gasteig today invitingly welcomes its approx. 6,000 daily visitors to the Munich
Philharmonic, the University for Music and Theatre, the
Adult Education Centre and the Municipal Library – all of them tenants at the Gasteig. From the light-rail train station as a point of departure, but also all along the stairways, the illumination intuitively guides Gasteig visitors to the entrance of the building.
For the numerous stairways the Mini-LED Puck system, which was specifically developed for flush integration into metal hand rails, ensures safe illumination of the stairs.
Furthermore the small yet efficient light sources (1.5 W,
3,000 Kelvin) provide atmospheric lighting for the adjacent masonry. To ensure that their long service life of approx.
50,000 hours is not shortened by possible vandalism, these
LEDs are protected against destruction by special polycarbonate lenses. The impact resistance of all visible parts corresponds to impact protection class IK10 (EN62262). A high ingress protection rating (IP 66) ensures that no jet water can ingress into the Mini-LED Pucks when the stairways are being cleaned. >
Ulrike Brandi Licht developed a lighting concept for the exterior spaces that guides visitors safely and intuitively as they move about the site.
The LED Puck integrated into the handrail ensures that the steps are illuminated with safety in mind.
13 WILA

Project
With a view to increasing the sense of security, the formerly dark passage is now lit with E-Connect recessed ceiling luminaires equipped with 35 W HIT lamps. For recessing the Downlights, housings were inserted into the ceiling grid structure. The arcades as well as another transit way are now also evenly illuminated by WILA luminaires. To ensure a permanently clean look of the glass cover, minimised maintenance and constant light distribution, the insect-proof
E Connect Downlight complies with ingress protection rating IP 65. With an illuminance of up to 200 lux, the
Downlights in the previously dark passageways now make for a pleasantly bright environment and provide a sense of security. <<
Adjacent masonry is illuminated by atmospheric lighting with 3,000 Kelvin.
A particular polycarbonate lens protects against destruction.
14
With an illuminance of up to 200 lux, insect-proof Downlights in the previously dark passageways of the Gasteig make for a pleasantly bright environment and provide security.
Project: Gasteig Munich
Designer: Ulrike Brandi Licht, Munich
Photographer: Hustedt network, Dipl.-Ing. Jörn Hustedt, Hamburg
15 WILA

Knowledge
The new generation of the LED Puck has become available for delivery recently – what’s new?
What’s new is the lighting technology. Besides the previously available symmetrical beam spread angles there are now asymmetrical ones, as well. This opens up new opportunities, especially for illuminating stairways while conforming to official standards. Consequently
LED Pucks can be installed centred on the underside of the handrail. The reflector is also lower now and prevents glare. The result is more comfort.
Are there protection rating changes, as well?
The stainless steel LED Puck will be available standard in
IP 67 with borosilicate glass or in IP 66 with polycarbonate.
In the latter version it is also vandal-proof – ideal for public outdoor spaces.
One noteworthy feature has always been easy installation, even when retrofitting existing handrails.
Yes, that’s true. Installation was actually made even easier and installation time has been reduced. The intelligent 3-in-1 mounting tool consists of a drilling jig, a fixation device and a coupling piece for the drill.
Can you describe the mounting sequence?
The first step is to mark the spot for drilling on the tube.
Then the fixation device is tensioned firmly on the tube using a chain. The integrated spirit level allows setting the beam spread angle of the LED Puck to the exact desired value. The special drill is then used to make the necessary holes and counterbores. Afterward a second attachment is used to cut the thread – and you’re done. Throughout the process, the drilling jig fixes the drill exactly in position.
Since the handrail will later function as the heat sink for the
LED Puck, it’s essential to proceed with accuracy. This can be guaranteed by the specialised tool, which can be made available by WILA for projects if needed. That’s how all
LED Pucks are flush-mounted into the handrail.
Sounds simple. How can the handrail be protected from possible scratches?
The trick is to use tape in the places where the tool rests on the surface of the tube in order to protect the handrail.
How is the electrical installation done?
The advantage of the system is that you only have to run the wires from one LED Puck to the next and re-connect them there. That’s a stress reliever, especially with strongly curved handrails. For further details consult the wiring diagram included with the delivery. The power supply can be integrated into the profile or placed outside, depending on the system and the length of the handrail.
Is the LED Puck only suitable for handrails?
No. Dublin Airport was a fantastic project. There the prominent façade is being illuminated by LED Pucks inside two specially made aluminium profiles. The LED Puck allows us to address individual client requests and develop ideal solutions.
<<
16
LED Puck as accent lighting for the exterior facade of Dublin Airport, Terminal 2.
17 WILA

18
Product αbet
bet
Graphic signs combined correctly lead to words, which are the basis for verbal communication. Applying the concept to lighting, luminaires combined correctly lead to moods and accents for visual communication. WILA offers the “tools of light” for the perfect execution of lighting tasks.
19 WILA

Product αbet
20
The modularity of the system with a variety of different styles, dimensions, types of installations and the photometry allows for maximum design freedom. By being able to precisely focus the lens and rotate and tilt the photometric unit, you’ll continue to be flexible into the future.
21 WILA

22
Product αbet
Design as we understand it isn’t an end in itself, but improves the visual environment. The new mounting system enables a higher level of integration and the intelligent heat sink design leads to a longer service life.
Mounted with ceiling trim – inconspicuous ceiling integration due to installed height of only 2 mm. Reflector and mounting ring flush.
Higher protection rating – flexible reflector height adjustment ensures that protective or diffusing screens are flush with the lower edge of the f3 mounting system. That means the application spectrum ranges all the way to areas of a required IP 44 from below. The alteration is easy to do should the purpose of the room changes.
Mounted flush with ceiling – absolutely flush when viewed from below; edgeless installation. The custom-formed partition edge ensures a clean transition between ceiling and reflector.
23 WILA

Product αbet
Light is a prerequisite for visual perception of any kind. It is through light that the environment and the architecture become visible. Homogenous light projection, excellent colour rendering and individual adjustments are the building blocks for outstanding results.
Homogenous light projection
Beam spread angle individually adjustable 20°-60°
Excellent colour rendering including reds
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10° 20° 40° 60°
25 WILA

Product αbet focus
7° narrow beam
The “curtain of light” puts the wall into focus. Thereby the wall separates itself and becomes the actual architectural detail.
40° wide beam
For walls spanning long expanses a rhythmic division through light makes the dimension come to life.
Ambient lighting 35°< α < 60°
Absolutely uniform illumination without bright-dark zones, UGR < 19
The centrepiece of the new photometric system is the variable focusing unit. Comparable to a camera lens the unit is infinitely variable to achieve various beam angles, even retroactively. In this way illumination of objects and surfaces can be designed individually and with maximum precision.
Accent lighting 20°< α <40°
Objects and pictures are purposefully highlighted
Accent lighting 7° spot
26
20° narrow beam
Hallways connect. Through the use of spotlights, projected on the floor as “light circles”, this guiding function is particularly emphasised.
60° wide beam
An even illumination of the walls and the floor highlights the open connection and provides a sense of orientation.
27 WILA

Product αbet
Only 2 mm visible or mounted flush with ceiling
28
3
The new mounting system has an installed height of only 2 mm. That’s perfect for integration in existing ceiling setups.
Multi-point mounting using the hollow wall box principle ensures secure installation for ceiling thicknesses of 1-25 mm.
mm
Mounted with ceiling trim – inconspicuous ceiling integration due to installed height of only 2 mm. Reflector and mounting ring flush.
Mounted flush with ceiling – absolutely flush when viewed from below; edgeless installation. The custom-formed partition edge ensures a clean transition between ceiling and reflector.
29 WILA

Product αbet focus and αbet spectra
30
The inclination angle of the directional spot allows stepless adjustments from 0-30° with αbet focus or
0-25° with αbet spectra. These adjustments can also be made retrospectively from below. The imprinted scale simplifies a consistent tilting of multiple spots to ensure homogenous illumination.
The support ring’s markings simplify the rotation of multiple luminaires in a row to ensure even wall illumination. This saves time and thus money.
The lighting module can be rotated up to 361°.
A rotation lock prevents over-rotating the electrical connections and provides safety.
The direction can be precisely adjusted from below using the scale.
31 WILA

32
Product αbet focus
Because of the modular chain frame, luminaires can be mounted individually or arranged in groups and flush with the ceiling. This feature makes possible the combination of lighting with other building functions in just one visible housing, e.g. loudspeakers, video cameras or air-conditioning elements. This results in lower installation and maintenance costs and in a structured, tidy ceiling appearance.
33 WILA

Product αbet focus
Performance and service life of LED luminaires depend largely on temperature management. The distinctive shape of the new heat sink is an expression of optimum heat dissipation by maximizing the surface area. Use of materials was reduced to a minimum by using a thermal simulation programme and borrowing the honeycomb structure found in nature. The wide shape further reduces installation depth – which is ideal if there are ceiling restrictions.
Active cooling system
Top performance requires more cooling. For this reason WILA relies on a flush-mounted integrated cooling system for smaller-diameter luminaires above 50 W. Dimensions and design remain unchanged and thanks to contactless control via magnets the fan works silently.
34
Optimum results thanks to in-house lab
The heat sink was developed at our in-house lab using a thermal simulation programme. Measuring results regarding cooling and air circulation were derived using 3D CAD drawings and directly influenced construction for an optimal outcome.
35 WILA

36
Product αbet spectra
Colour distortions are irritating. That’s why optimal colour rendering comes standard with αbet spectra.
The quality differential is particularly visible in the red spectrum. Additionally, with < 2SDCM
(Standard Deviation of Colour Matching), WILA currently offers the highest colour homogeneity value of any LED luminaire with colour temperatures of 3000 K (warm white) and 4000 K (neutral white).
Premium colour rendering
In places with especially high demands for colour rendering, such as in museums and art galleries or in quality control areas, the Ra value alone is often not sufficient, so additional colours are used for evaluation. The rendering of the colour red (R9) is a particularly useful quality factor in such an assessment. WILA offers a premium option RA > 95 with concomitant R9 (red) > 90 for each of the three colour temperatures 2700/3000/4000 K.
The colours R1-R8 determine the Ra value; the colours R9-R14 are accounted for separately
LED light in halogen quality
αbet spectra offers top colour rendering values across the entire colour spectrum. Besides the eight standard colours that make up the Ra value, all the saturated colours also impress with their high colour rendering values. R9 (red), for example, reaches a value of 96. In this way αbet spectra facilitates the implementation of high-quality lighting solutions that are comparable to halogen applications.
CRI R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15
LED αbet spectra 81 80 85 89 81 78 80 86 66 16 64 79 58 81 93 75
LED αbet spectra 98 98 99 98 98 98 97 98 98 96 99 98 88 98 98 98
Tungsten
98 98 99 99 99 98 98 99 97 92 97 98 97 98 99 97 halogen lamp
Halogen metal halide lamp
Compact fluorescent lamp
82 90 94 69 82 81 81 87 71
87 91 93 86 91 89 90 88 70
27
17
59 62 55 93 78 88
76 91 81 93 92 81
Independent measurements by University College London
37 WILA

38
Product αbet spectra
WILA guarantees for 5 years that the products of the WILA brand will be free of manufacturing and/or material defects with correct usage. This manufacturer’s guarantee applies to all standard products listed in the brochure and their variants.
For further details about this guarantee and the required registration, please visit our website at “ Service” at www.wila.com.
M an uf ac ture rs guaran te e
R eg istr ation www
.w
ila
.c
m o
Service life – high residual luminous flux 50,000 h (L80)
The modules used for αbet spectra have been tested according to
LM80/ TM21 and offer a residual luminous flux of 80% after 50,000 h.
That means that design and maintenance factors can be implemented even more efficiently when deploying αbet spectra LED luminaires.
Luminous flux in %%
100
90
80
70
60
50
40
30
20
10
0
1,000 h 10,000 h 50,000 h
LM-80
Values
TM-21
Maximum colour stability with αbet spectra
With a value of < 2SDCM, the αbet spectra product family has the highest colour homogeneity of all LED luminaires. During the course of their serviceable life, the installed LED modules deviate at most by only one additional ellipse from the original chromaticity coordinate, a fact that underscores their high quality. This result is guaranteed for a period of 5 years.
Colour deviation or chromaticity stability – MacAdams
The homogeneity of the colours is of particular importance for the combination of a larger number of LEDs. Adjacently arranged luminaires should not exhibit any perceptible difference in colour, especially when they have to fulfil vertical lighting functions. Another quality criterion for the colour perception of LED modules or arrays is its representation in the form of MacAdams ellipses, which are grouped around a defined chromaticity coordinate. The less the dispersion of the LEDs around the chromaticity coordinate, the greater the homogeneity. The number of
MacAdams ellipses, meaning the deviation from the target chromaticity coordinate, is given in SDCM (Standard Deviation of Colour Matching).
Deviations of < 2 SDCM are classified as being “imperceptible to the eye.” abet spectra specification
2-Step
3-Step
4-Step
5-Step
With LED light sources that show much greater deviations from the original chromaticity coordinate over the course of their lifetime, white tends to drift off into greenish or pink tones. This drift is noticeable to the eye. Therefore special attention should be paid to chromaticity stability, in particular for vertical lighting tasks. Appearance when the LED has a strong deviation from the original chromaticity coordinates.
39 WILA

Product overview
Precision lens technology with variable focusing unit
V ariable half-peak divergence angle α 24-40° and 35-60°
Lumen output 400-2100 Llm
Colour temperature 3000, 4000 K
Heat sink made of die cast aluminium
Downlight/directional spotlight
Style round/square
Mounting with ceiling trim or flush with the ceiling
Chain system
40
Brilliant light and colour quality
Colour rendering CRI > 95 and CRI > 80
Chromaticity coordinate < 2 SDCM
Lumen output 350-1800 Llm
Colour temperature 2700, 3000, 4000 K
Half-peak divergence angle α 7°, 20°, 40°, 60°
Downlight/directional spotlight
Downlight with liteoptic IP 44
Style round
Mounting with ceiling trim or flush with the ceiling
41 WILA

αbet focus Downlights, recessed
OH PLT
RD
CO
L x W
Precise Lens Technology
System photometric data
LED
CRI > 90
α° Llm Llm/W max RD mm kg
Q 10, CO 120 x 120 mm, L x W 127 x 127 mm, OH 115 mm
18 W 24-40 395-845
18 W 35-60 495-790
25 W 24-40 580-1230
25 W 35-60 720-1160
38 W 24-40 770-1620
38 W 35-60 980-1570
37
36
50 W 24-40 1000-2120 39
50 W 35-60 1260-2020 37
42
40
44
41
Article number
150 0.9 AF2101002-33-30
150 0.9 AF2101003-33-30
150 0.9 AF2101005-33-30
150 0.9 AF2101006-33-30
200 0.9 AF2101008-33-30
200 0.9 AF2101009-33-30
200 0.9 AF2101011-33-30
200 0.9 AF2101012-33-30
Use index -30 for 3000 K or -40 for 4000 K, photometric data in the
“ products” on www.wila.com
Lighting technology
Lens system with variable half-peak divergence angle α 24-60°
Colour Rendering Index CRI > 90
Luminaire luminous flux 395-2120 Llm
UGR < 19
Colour temperature 3000, 4000 K
50.000 h lifetime (L70)
Mirrow reflector made of aluminium, high polished
Luminaire housing
Heat sink made of die-cast aluminium
Cover frame white, RAL 9016
Operating and assembly technology
LED gear box to be ordered seperately
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover frame LED gear boxes Article number
18 W
25 W
38 W
50 W without loop-in function with loop-in function standard DALI
83761
83762
83766
83767
83761-DD
83762-DD
83767-DD
83767-DD standard
83767-DV
DALI
83761-DV 83761-DD-DV
83762-DV 83762-DD-DV
83766-DV 83767-DD-DV
83767-DD-DV
Concrete mounting boxes
Q10, 15/25 W
Q10, 37/50 W
Article number
88085Q10
88088Q10
Details to operation, assembly and emergency lighting on page 64
IP20
AF2101005-33-30 alpha min AF2101005-33-30 alpha max AF2101006-33-30 alpha min AF2101006-33-30 alpha max
15°
5000 cd/klm
15°
2500 cd/klm
15°
4000 cd/klm
15°
1500 cd/klm
AF2101005-33-30 alpha min
H [m] Ø [m] E [lx]
0,5
1,0
1,5
0,21
0,43
0,64
6285
1571
698
2,0
2,5
0,85
1,06
393
251
AF2101005-33-30 alpha max
H [m] Ø [m] E [lx]
0,5
1,0
1,5
0,36
0,72
1,08
6705
1676
745
2,0
2,5
1,44
1,80
419
268
AF2101006-33-30 alpha min
H [m] Ø [m] E [lx]
0,5
1,0
1,5
0,29
0,58
0,88
6059
1515
673
2,0
2,5
1,17
1,46
379
242
AF2101006-33-30 alpha max
H [m] Ø [m] E [lx]
0,5
1,0
1,5
0,64
1,28
1,93
2931
733
326
2,0
2,5
2,57
3,21
183
117
Flush mounted with the ceiling
Replace the number AF21 by AF22, example AF2201002-33-30.
42 43 WILA

αbet focus Directional Spotlights, recessed
RD
361°
OH
30°
PLT
CO
L x W
Precise Lens Technology
System photometric data
LED
CRI > 90
α° Llm Llm/W max RD mm kg
Q 10, CO 120 x 120 mm, L x W 127 x 127 mm, OH 115 mm
18 W 24-40 400-760
25 W 24-40 590-1110
38 W 24-40 770-1470
50 W 24-40 990-1990
38
40
33
36
200
200
200
200
1.0
1.0
1.0
1.0
Article number
AF2103002-33-30
AF2103005-33-30
AF2103008-33-30
AF2103011-33-30
Use index -30 for 3000 K or -40 for 4000 K, photometric data in the
“ products” on www.wila.com
Lighting technology
Lens system with variable half-peak divergence angle α 24-40° and 35-60°
Luminaire body 361° rotatable and 30° tiltable
Colour Rendering Index CRI > 90
Luminaire luminous flux 400-1990 Llm
UGR < 19
Colour temperature 3000, 4000 K
50.000 h lifetime (L70)
Mirrow reflector made of aluminium, high polished
Luminaire housing
Heat sink made of die-cast aluminium
Cover frame white, RAL 9016 LED gear boxes Article number
18 W
25 W
38 W
50 W without loop-in function with loop-in function standard DALI
83761
83762
83766
83767
83761-DD
83762-DD
83767-DD
83767-DD standard
83767-DV
DALI
83761-DV 83761-DD-DV
83762-DV 83762-DD-DV
83766-DV 83767-DD-DV
83767-DD-DV
Operating and assembly technology
LED gear box to be ordered seperately
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover frame
Concrete mounting boxes
Q10, 15/25 W
Q10, 37/50 W
Article number
88085Q10
88088Q10
Details to operation, assembly and emergency lighting on page 64
IP20
AF2103005-33-30 alpha min
15°
4000 cd/klm
AF2103005-33-30 alpha max AF2103005-33-30 alpha min
H [m] Ø [m] E [lx]
0,5 0,22 6407
1,0
1,5
2,0
2,5
0,44
0,66
0,88
1,10
1602
712
400
256
15°
2500 cd/klm
AF2103005-33-30 alpha max
H [m] Ø [m] E [lx]
0,5 0,35 6970
1,0
1,5
2,0
2,5
0,70
1,06
1,41
1,76
1742
774
436
279
Flush mounted with the ceiling
Replace the number AF21 by AF22, example AF2203002-33-30.
44 45 WILA

46 47 WILA

αbet focus Downlights, recessed
OH PLT
RD
CO
D
Precise Lens Technology
System photometric data
LED
CRI > 90
α° Llm
18 W 24-40 400-830
18 W 35-60 500-800
Llm/W max RD mm kg
R10, CO 120 mm, D 127 mm, OH 115 mm
42
40
25 W 24-40 590-1250 45
25 W 35-60 730-1160 41
38 W 24-40 740-1530 35
38 W 35-60 950-1510 34
50 W 24-40 1010-2120 39
50 W 35-60 1240-1980 36
Article number
150 0.9 AF1101002-33-30
150 0.9 AF1101003-33-30
150 0.9 AF1101005-33-30
150 0.9 AF1101006-33-30
200 0.9 AF1101008-33-30
200 0.9 AF1101009-33-30
200 0.9 AF1101011-33-30
200 0.9 AF1101012-33-30
Use index -30 for 3000 K or -40 for 4000 K, photometric data in the
“ products” on www.wila.com
Lighting technology
Lens system with half-peak divergence angle α 24-40° and 35-60°
Colour Rendering Index CRI > 90
Luminaire luminous flux 400-2120 Llm
UGR < 19
Colour temperature 3000, 4000 K
50.000 h lifetime (L70)
Mirrow reflector made of aluminium, high polished
Luminaire housing
Heat sink made of die-cast aluminium
Cover ring white, RAL 9016
Operating and assembly technology
LED gear box to be ordered seperately
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover ring LED gear boxes Article number
18 W
25 W
38 W
50 W without loop-in function with loop-in function standard DALI
83761
83762
83766
83767
83761-DD
83762-DD
83767-DD
83767-DD standard
83767-DV
DALI
83761-DV 83761-DD-DV
83762-DV 83762-DD-DV
83766-DV 83767-DD-DV
83767-DD-DV
Concrete mounting boxes
R10, 15/25 W
R10, 37/50 W
Article number
88083R10
88089R10
Details to operation, assembly and emergency lighting on page 64
IP20
AF1101011-33-30 alpha min AF1101011-33-30 alpha max AF1101012-33-30 alpha min AF1101012-33-30 alpha max
15°
4000 cd/klm
15°
2500 cd/klm
15°
4000 cd/klm
15°
1500 cd/klm
AF1101011-33-30 alpha min
H [m] Ø [m] E [lx]
0,5
1,0
1,5
2,0
2,5
0,21
0,43
0,64
0,86
1,07
10891
2723
1210
681
436
AF1101011-33-30 alpha max
H [m] Ø [m] E [lx]
0,5
1,0
1,5
2,0
2,5
0,36
0,72
1,07
1,43
1,79
11821
2955
1313
739
473
AF1101012-33-30 alpha min
H [m] Ø [m] E [lx]
0,5
1,0
1,5
2,0
2,5
0,29
0,57
0,86
1,15
1,43
10768
2692
1196
673
431
AF1101012-33-30 alpha max
H [m] Ø [m] E [lx]
0,5
1,0
1,5
2,0
2,5
0,63
1,26
1,90
2,53
3,16
5257
1314
584
329
210
Flush mounted with the ceiling
Replace the number AF11 by AF12, example AF1201002-33-30.
48
Anwendungsfoto
49 WILA

αbet focus Directional Spotlights, recessed
OH
30°
PLT
RD
361°
CO
D
Precise Lens Technology
System photometric data
LED
CRI > 90
α° Llm Llm/W max RD mm kg
R10, CO 120 mm, D 127 mm, OH 115 mm
18 W 24-40 480-970 48
25 W 24-40 560-1130 40
38 W 24-40 780-1580 36
50 W 24-40 1010-2030 37
200
200
200
200
1.0
1.0
1.0
1.0
Article number
AF1103002-33-30
AF1103005-33-30
AF1103008-33-30
AF1103011-33-30
Use index -30 for 3000 K or -40 for 4000 K, photometric data in the
“ products” on www.wila.com
Lighting technology
Lens system with half-peak divergence angle α 24-40°
Luminaire body 361° rotatable and 30° tiltable
Colour Rendering Index CRI > 90
Luminaire luminous flux 480-2030 Llm
UGR < 19
Colour temperature 3000, 4000 K
50.000 h lifetime (L70)
Mirrow reflector made of aluminium, high polished
Luminaire housing
Heat sink made of die-cast aluminium
Cover ring white, RAL 9016 LED gear boxes Article number
18 W
25 W
38 W
50 W without loop-in function with loop-in function standard DALI
83761
83762
83766
83767
83761-DD
83762-DD
83767-DD
83767-DD standard
83767-DV
DALI
83761-DV 83761-DD-DV
83762-DV 83762-DD-DV
83766-DV 83767-DD-DV
83767-DD-DV
Operating and assembly technology
LED gear box to be ordered seperately
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover ring
Concrete mounting boxes
R10, 15/25 W
R10, 37/50 W
Article number
88083R10
88089R10
Details to operation, assembly and emergency lighting on page 64
IP20
AF1103008-33-30 alpha min
15°
5000 cd/klm
AF1103008-33-30 alpha max AF1103008-33-30 alpha min
H [m] Ø [m] E [lx]
0,5 0,22 8419
1,0
1,5
2,0
2,5
0,43
0,65
0,86
1,08
2105
935
526
337
AF1103008-33-30 alpha max
H [m] Ø [m] E [lx]
0,5 0,38 9929
1,0
1,5
2,0
2,5
0,75
1,13
1,50
1,88
2482
1103
621
397
15°
2500 cd/klm
Flush mounted with the ceiling
Replace the number AF11 by AF12, example AF1203001-33-30.
50
Anwendungsfoto
51 WILA

52 53 WILA

αbet spectra Downlights, recessed
RD
CO
D
System photometric data
LED
CRI > 95
α°
R08, CO 95 mm, D 102 mm
13 W 20
13 W 40
Llm
640
640
Llm/W RD mm kg
46
46
46
95
95
95 13 W 60 640
R10, CO 120 mm, D 127 mm
13 W 20
13 W 40
13 W 60
22 W 20
22 W 40
22 W 60
28 W 20
28 W 40
28 W 60
640
640
640
910
910
910
1180
1180
1180
46
46
46
40
40
40
39
39
39
Article number
0.3 AS1101001-33-30
0.3 AS1101002-33-30
0.3 AS1101003-33-30
Lighting technology
Colour Rendering Index CRI > 95, CRI >80
Highest colour homogeneity (< 2 SDCM)
Luminaire luminous flux 360-1820 Llm
UGR < 19
Colour temperature 2700, 3000, 4000 K
Half-peak divergence angle α 20°, 40°, 60°
50.000 h lifetime (L80)
Mirrow reflector made of aluminium, high polished 120 0.5 AS1101004-33-30
120 0.5 AS1101005-33-30
120 0.5 AS1101006-33-30
120 0.5 AS1101007-33-30
120 0.5 AS1101008-33-30
120 0.5 AS1101009-33-30
120 0.5 AS1101010-33-30
120 0.5 AS1101011-33-30
120 0.5 AS1101012-33-30
Luminaire housing
Heat sink made of extruded aluminium profile
Cover ring white, RAL 9016
Operating and assembly technology
LED gear box to be ordered seperately
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover ring
CRI > 80
R08, CO 95 mm, D 102 mm
6 W 20
6 W 40
6 W 60
10 W 20
10 W 40
10 W 60
13 W 20
13 W 40
13 W 60
18 W 20
18 W 40
18 W 60
R10, CO 120 mm, D 127 mm
13 W 20
13 W 40
13 W 60
18 W 20
18 W 40
18 W 60
29 W 20
29 W 40
360
360
360
640
640
640
910
910
910
1180
1180
1180
910
910
910
1180
1180
1180
1820
1820
51
51
51
58
58
58
65
65
65
62
62
62
65
65
65
62
62
62
59
59
95
95
95
95
95
95
95
95
95
95
95
95
120
120
120
120
120
120
120
120
0.3 AS1101101-33-30
0.3 AS1101102-33-30
0.3 AS1101103-33-30
0.3 AS1101104-33-30
0.3 AS1101105-33-30
0.3 AS1101106-33-30
0.3 AS1101107-33-30
0.3 AS1101108-33-30
0.3 AS1101109-33-30
0.3 AS1101110-33-30
0.3 AS1101111-33-30
0.3 AS1101112-33-30
0.5 AS1101113-33-30
0.5 AS1101114-33-30
0.5 AS1101115-33-30
0.5 AS1101116-33-30
0.5 AS1101117-33-30
0.5 AS1101118-33-30
0.5 AS1101119-33-30
0.5 AS1101120-33-30
29 W 60 1820 59 120 0.5 AS1101121-33-30
Use index -30 for 3000 K or -40 for 4000 K or -27 (2700 K, just 6-13 W), photometric data in the “ products” on www.wila.com
LED gear boxes Article number
Ra 95, 13 W
Ra 95, 22 W
Ra 95, 28 W
Ra 80, 6 W
Ra 80, 10 W
Ra 80, 13 W
Ra 80, 18 W
Ra 80, 29 W
R08
R10 without loop-in function with loop-in function standard DALI
83762
83763
83763
83764
83765
83763
83763
83763
83762-DD
83763-DD
83763-DD
-
83768-DD
83768-DD
83769-DD
83763-DD standard DALI
83762-DV 83762-DD-DV
83763-DV 83763-DD-DV
83763-DV 83763-DD-DV
83764-DV
83765-DV 83768-DD-DV
-
83763-DV 83768-DD-DV
83763-DV 83769-DD-DV
83763-DV 83763-DD-DV
88022R08
88053R10
Details to operation, assembly and emergency lighting on page 64
IP20
AS1101113-33-30 AS1101114-33-30 AS1101115-33-30
15°
6000 cd/klm
15°
2500 cd/klm
15°
1500 cd/klm
AS1101113-33-30
H [m] Ø [m]
0,5
1,0
1,5
2,0
2,5
0,17
0,33
0,50
0,66
0,83
E [lx]
14689
3672
1632
918
588
AS1101114-33-30
H [m] Ø [m]
0,5
1,0
1,5
2,0
2,5
0,35
0,70
1,04
1,39
1,74
E m
[lx]
5776
1444
642
361
231
AS1101115-33-30
H [m] Ø [m]
0,5
1,0
1,5
2,0
2,5
0,55
1,11
1,66
2,22
2,77
E m
[lx]
2983
746
331
186
119
Flush mounted with the ceiling
Replace the number AS11 by AS12, example AS1201001-33-30.
54 55 WILA

αbet spectra Downlights with higher protection IP 44
IP 44
RD
CO
D
System photometric data
LED
CRI > 95
R08, CO 95 mm, D 102 mm
13 W
13 W
13 W 60 610 44 100 0.3
R10, CO 120 mm, D 127 mm
13 W
13 W
13 W
22 W
22 W
22 W
28 W
28 W
28 W
20
40
60
20
40
60
20
40
60
610
610
610
880
880
880
1140
1140
1140
44
44
44
38
38
38
38
38
38
125
125
125
125
125
125
125
125
125
α° Llm Llm/W RD mm kg
20 610 44 100 0.3
40 610 44 100 0.3
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
Article number
Luminaire Safety screen
AS1102001-30-30 + 83815R08-20
AS1102001-30-30 + 83815R08-40
AS1102001-30-30 + 83815R08-60
AS1102004-30-30 + 83815R10-20
AS1102004-30-30 + 83815R10-40
AS1102004-30-30 + 83815R10-60
AS1102007-30-30 + 83815R10-20
AS1102007-30-30 + 83815R10-40
AS1102007-30-30 + 83815R10-60
AS1102010-30-30 + 83815R10-20
AS1102010-30-30 + 83815R10-40
AS1102010-30-30 + 83815R10-60
Lighting technology
Colour Rendering Index CRI > 95, CRI >80
Highest colour homogeneity (< 2 SDCM)
Luminaire luminous flux 350-1760 Llm
UGR < 19
Colour temperature 2700, 3000, 4000 K
Half-peak divergence angle α 20°, 40°, 60°
50.000 h lifetime (L80)
Mirrow reflector made of aluminium, high polished
Safety screen IP 44
Made of clear tempered safety glass
IP 44 in closed ceiling systems
Luminaire housing
Heat sink made of extruded aluminium profile
Cover ring white, RAL 9016
CRI > 80
R08, CO 95 mm, D 102 mm
6 W
6 W
6 W
10 W
10 W
10 W
13 W
13 W
13 W
18 W
18 W
18 W
20 350 50 100 0.3
40 350 50 100 0.3
60 350 50 100 0.3
20 610 55 100 0.3
40
60
20
20
R10, CO 120 mm, D 127 mm
13 W
13 W
13 W
18 W
18 W
18 W
29 W
29 W
20
20
20
20
20
40
60
20
40
60
20
40
610
610
880
880
880
1140
1140
1140
880
880
880
1140
1140
1140
1760
1760
55
55
63
63
63
60
60
60
63
63
63
60
60
60
57
57
100
100
100
100
100
100
100
100
125
125
125
125
125
125
125
125
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
AS1102101-30-30 + 83815R08-20
AS1102101-30-30 + 83815R08-40
AS1102101-30-30 + 83815R08-60
AS1102104-30-30 + 83815R08-20
AS1102104-30-30 + 83815R08-40
AS1102104-30-30 + 83815R08-60
AS1102107-30-30 + 83815R08-20
AS1102107-30-30 + 83815R08-40
AS1102107-30-30 + 83815R08-60
AS1102110-30-30 + 83815R08-20
AS1102110-30-30 + 83815R08-40
AS1102110-30-30 + 83815R08-60
AS1102113-30-30 + 83815R10-20
AS1102113-30-30 + 83815R10-40
AS1102113-30-30 + 83815R10-60
AS1102116-30-30 + 83815R10-20
AS1102116-30-30 + 83815R10-40
AS1102116-30-30 + 83815R10-60
AS1102119-30-30 + 83815R10-20
AS1102119-30-30 + 83815R10-40
29 W 60 1760 57 125 0.4 AS1102119-30-30 + 83815R10-60
Use index -30 for 3000 K or -40 for 4000 K or -27 (2700 K, just 6-13 W), photometric data in the “ products” on www.wila.com
Operating and assembly technology
LED gear box to be ordered seperately (right page)
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover ring
AS1102107-30-30 +
83815R08-20
AS1102107-30-30 +
83815R08-40
AS1102107-30-30 +
83815R08-60 IP44
15°
6000 cd/klm
AS1102107-30-30 +
83815R08-20
H [m] Ø [m]
0,5 0,17
1,0
1,5
2,0
2,5
0,33
0,50
0,66
0,83
E m
[lx]
14205
3551
1578
888
568
15°
2500 cd/klm
AS1102107-30-30 +
83815R08-40
H [m] Ø [m]
0,5
1,0
0,35
0,70
1,5
2,0
2,5
1,04
1,39
1,74
E m
[lx]
5585
1396
621
349
223
15°
1500 cd/klm
AS1102107-30-30 +
83815R08-60
H [m] Ø [m]
0,5
1,0
0,55
1,11
1,5
2,0
2,5
1,66
2,22
2,77
E m
[lx]
2884
721
320
180
115
Flush mounted with the ceiling
Replace the number AS11 by AS12, example AS1202001-30-30.
56
IP 44
RD
CO
D
System photometric data
LED
CRI > 80
LED gear boxes
CRI 95, 13 W
CRI 95, 22 W
CRI 95, 28 W
CRI 80, 6 W
CRI 80, 10 W
CRI 80, 13 W
CRI 80, 18 W
CRI 80, 29 W
α° Llm Llm/W RD mm kg
R08, CO 95 mm, D 102 mm
6 W
10 W
13 W
18 W
-
-
-
-
290
510
730
950
R10, CO 120 mm, D 127 mm
41
46
52
50
100
100
100
100
0.3
0.3
0.3
0.3
Article number
Luminaire
AS1102101-30-30
AS1102104-30-30
AS1102107-30-30
AS1102110-30-30
13 W
18 W
-
-
730 52 125 0.4
950 50 125 0.4
29 W - 1460 47 125 0.4 AS1102119-30-30
Use index -30 for 3000 K or -40 for 4000 K or -27 (2700 K, just 6-13 W), photometric data in the “ products” on www.wila.com
AS1102113-30-30
AS1102116-30-30
Diffusing screen
+ 86206R08
+ 86206R08
+ 86206R08
+ 86206R08
Lighting technology
Colour Rendering Index CRI >80
Highest colour homogeneity (< 2 SDCM)
Luminaire luminous flux 290-1460 Llm
Colour temperature 2700, 3000, 4000 K
50.000 h lifetime (L80)
Mirrow reflector made of aluminium, high polished
+ 86206R10
+ 86206R10
+ 86206R10
Diffusing screen IP 44
Made of etched tempered safety glass for soft dispersion of light in the room.
IP 44 in closed ceiling systems
Luminaire housing
Heat sink made of extruded aluminium profile
Cover ring white, RAL 9016 Article number without loop-in function with loop-in function standard DALI
83762
83763
83763
83764
83765
83763
83763
83763
83762-DD
83763-DD
83763-DD
-
83768-DD
83768-DD
83769-DD
83763-DD standard
83762-DV
83763-DV
83763-DV
83764-DV
83765-DV
83763-DV
83763-DV
83763-DV
DALI
83762-DD-DV
83763-DD-DV
83763-DD-DV
83768-DD-DV
-
83768-DD-DV
83769-DD-DV
83763-DD-DV
Operating and assembly technology
LED gear box to be ordered seperately
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover ring
Concrete mounting boxes
R08
R10
Article number
88022R08
88053R10
Details to operation, assembly and emergency lighting on page 64
IP44
AS1202113-30-30 + 86206R10
15°
750 cd/klm
Flush mounted with the ceiling
Replace the number AS11 by AS12, example AS1202103-30-30.
57 WILA

αbet spectra Directional Spotlights, recessed
ET
361°
DA
D
30°
System photometric data
LED
CRI > 95
13
α° Llm
R10, CO 120 mm, D 127 mm
20 600
Llm/W RD mm kg
W
W
W
W
W
W
W
W
AS1103004-33-30
43 135 0.5
41 135 0.5
37 135 0.5
37 135 0.5
Article number
AS1103009-33-30
AS1103010-33-30
AS1103011-33-30
AS1103012-33-30
Lighting technology
Luminaire body 361° rotatable and 30° tiltable
Colour Rendering Index CRI > 95, CRI > 80
Highest colour homogeneity (< 2 SDCM)
Luminaire luminous flux 570 - 1720 Llm
UGR < 19
Colour temperature 2700, 3000, 4000K
Half-peak divergence angle α 20°, 40°, 60°
50.000 h lifetime (L80)
High polished reflector
Black glare control cone
Luminaire housing
Heat sink made of extruded aluminium profile
Cover ring white, RAL 9016 CRI > 80
R10, CO 120 mm, D 127 mm
10 20 600
W
55 135 0.5
40 600 55 135 0.5
W
W
W
AS1103123-33-30
52 135 0.5
61 135 0.5
40 860 61 135 0.5
W
AS1103114-33-30
60 810 58 135 0.5
W
W
AS1103115-33-30
AS1103116-33-30
W
AS1103117-33-30
60 1050 55 135 0.5
W
AS1103118-33-30
20 1720 55 135 0.5
W
W
AS1103119-33-30
AS1103120-33-30
AS1103121-33-30
Use index -30 for 3000 K or -40 for 4000 K or -27 (2700 K, just 10-13 W), photometric data in the “products” on www.wila.com
Operating and assembly technology
LED gear box to be ordered seperately
Mounting for ceiling thicknesses 1-25 mm
Installation flush with the ceiling or with cover ring
LED gear boxes Article number
CRI 95, 13 W
CRI 95, 22 W
CRI 95, 28 W
CRI 80, 10 W
CRI 80, 13 W
CRI 80, 18 W
CRI 80, 29 W without loop-in function with loop-in function standard DALI
83762
83763
83763
83765
83763
83763
83763
83762-DD
83763-DD
83763-DD
83768-DD
83768-DD
83769-DD
83763-DD standard DALI
83762-DV 83762-DD-DV
83763-DV 83763-DD-DV
83763-DV 83763-DD-DV
83765-DV 83768-DD-DV
83763-DV 83768-DD-DV
83763-DV 83769-DD-DV
83763-DV 83763-DD-DV
Concrete mounting boxes
R10
Article number
88053R10
Details to operation, assembly and emergency lighting on page 64
IP20
AS1103007-33-30 AS1103008-33-30 AS1103009-33-30
15°
6000 cd/klm
15°
2500 cd/klm
15°
1500 cd/klm
AS1103007-33-30
H [m] Ø [m]
0,5
1,0
1,5
2,0
2,5
0,17 / 0,17
0,33 / 0,33
0,50 / 0,50
0,67 / 0,67
0,84 / 0,84
E m
[lx]
6864
1716
763
429
275
AS1103008-33-30
H [m] Ø [m]
0,5
1,0
1,5
2,0
2,5
0,35 / 0,35
0,70 / 0,70
1,06 / 1,06
1,41 / 1,41
1,76 / 1,76
E m
[lx]
2692
673
299
168
108
AS1103009-33-30
H [m] Ø [m]
0,5
1,0
1,5
2,0
2,5
0,56 / 0,56
1,12 / 1,12
1,68 / 1,68
2,24 / 2,24
2,79 / 2,79
E m
[lx]
1315
329
146
82
53
Flush mounted with the ceiling
Replace the number AS11 by AS12, example AS1203004-33-30.
58
High light intensity 14.000 cd
For great height and for precise accentuation
Half-peak divergence angle α 7°
CRI > 80
LED 22 W, 3000 K
R10, CO 120 mm, D 127 mm
Article number AS1103100-33-30
IP20
AS1103100-33-30
90°
60°
90°
60°
45° 45°
30° 15° 15°
40000 cd/klm
30°
AS1103100-33-30
H [m] Ø [m]
1,0
2,0
3,0
4,0
5,0
0,13 / 0,13
0,25 / 0,25
0,38 / 0,38
0,50 / 0,50
0,63 / 0,63
E m
[lx]
3327
832
370
208
133
59 WILA

Product LED Puck
60
The LED lighting system was specifically developed for flush-mounted integration into the profile bottom of handrails.
Thanks to individually arranged LED units, the variable system can be used both with straight lines and all radii. Retrofitting is also possible. Depending on the design, the LED is protected against destruction by a lens of hardened polycarbonate.
The resilience of all visible parts corresponds to impact resistance class IK 10 (EN 62262).
61 WILA

LED Puck Spotlights, recessed
H
D
Lighting technology
Colour Rendering Index CRI > 80
Half-peak divergence angle α1° crosswise, α2° in running direction
Lens made of polycarbonate (IP 66) or borosilicate (IP 67)
Constant colour temperature 3000, 4000 K
50.000 h lifetime (L70)
Luminaire housing
Corrosion protected stainless steel V4A Impact
Resistance IK 10 (EN 62262) at IP 66
Suitable for handrails with a diameter of 38-100 mm
Protection class IP 66 and IP 67 for outdoor spaces
Handrail
Round
Material thickness Mode of protection
< 2,5 mm
90°
60°
> 2,5 mm
< 2,5 mm
> 2,5 mm
IP66 IK10
IP67
IP66 IK10
IP67
IP66 IK10
IP67
IP66 IK10
IP67
Rectangular
< 2,5 mm
20°
90°
60°
> 2,5 mm
< 2,5 mm
> 2,5 mm
IP66 IK10
IP67
IP66 IK10
IP67
IP66 IK10
IP67
IP66 IK10
IP67
Ballast and electrical connection
External LED gear box IP 20, sold separately
Up to 20 Pucks per gear box (SELV)
Higher protection rating through combination with standard IP 66 boxes, e.g. from Spelsberg company
Installation instructions and maintenance
Suitable for metallic handrails
Mounting tool can be made available upon request
Retrofitting on site possible
Easy replacement of individual LED Pucks via screw threads
Theft protection with special tools for removal
System photometric data
LED α1° α2° Llm
3000 K - D 16 mm - H 15 mm
Llm/W
1,5 W 60 80 127 85
1,5 W 60
1,5 W 60
80
80
127
127
85
85
1,5 W 60
1,5 W 90
1,5 W 90
1,5 W 90
1,5 W 90
80
70
70
70
70
127
132
132
132
132
85
88
88
88
88
1,5 W 20/60 80
1,5 W 20/60 80
1,5 W 20/60 80
1,5 W 20/60 80
119
119
119
119
79
79
79
79
1,5 W 90
1,5 W 90
70
70
132
132
88
88
1,5 W 90 70 132 88
1,5 W 90 70 132 88
Use index -30 for 3000 K or -40 for 4000 K
Article number
MP1201001-70-30
MP1201021-70-30
MP1201002-70-30
MP1201022-70-30
MP1201003-70-30
MP1201023-70-30
MP1201004-70-30
MP1201024-70-30
MP1201011-70-30
MP1201031-70-30
MP1201012-70-30
MP1201032-70-30
MP1201013-70-30
MP1201033-70-30
MP1201014-70-30
MP1201034-70-30
MP1201001-70-30 MP1201003-70-30 MP1201011-70-30
15°
900 cd/klm
15°
800 cd/klm
30°
1000 cd/klm
LED gear boxes IP 20 for 1-20 Pucks
L 125 mm - W 79 mm - H 22 mm
Standard
DALI
Article number
83746
83747
62
Version for round handrails Version for rectangular handrails
Distribution of the LED Puck system in the various countries is handled exclusively by WILA distribution partners or other local partners.
Please contact WILA’s export department for further details by calling 0049 2371 823 0.
α 1
α 2
Beam spread angle: α2 refers to angle parallel to handrail, α1 refers to the perpendicular angle.
63 WILA

Appendix
LED gear boxes
All LED luminaires shown in this brochure are sold without gear boxes to provide you with the highest degree of flexibility. Two product lines with distinct characteristics are available. The colour-coded LED gear boxes are coordinated with the corresponding luminaire to reduce errors during electrical installation. The electrical connection occurs via a plug connector that is protected against polarity reversal.
Premium version with loop-in function
WILA LED gear boxes, standard or DALI dimmable. High-quality version with gear box housing with loop-in function. Suitable for emergency lighting with central battery.
Standard version without loop-in function
Cost-effective alternative if loop-in function is not required, standard or
DALI dimmable. Suitable for emergency lighting with central battery.
LED gear boxes Article number
α bet focus
CRI 90, 18 W
CRI 90, 25 W
CRI 90, 38 W
CRI 90, 50 W
α bet spectra
CRI 95, 13 W
CRI 95, 22 W
CRI 95, 28 W
CRI 80, 6 W
CRI 80, 10 W
CRI 80, 13 W
CRI 80, 18 W
CRI 80, 29 W without loop-in function with loop-in function standard DALI
83761
83762
83766
83767
83762
83763
83763
83764
83765
83763
83763
83763
83761-DD
83762-DD
83767-DD
83767-DD
83762-DD
83763-DD
83763-DD
-
83768-DD
83768-DD
83769-DD
83763-DD standard DALI
83761-DV
83762-DV
83766-DV
83767-DV
83762-DV
83763-DV
83763-DV
83764-DV
83765-DV
83763-DV
83763-DV
83763-DV
83761-DD-DV
83762-DD-DV
83767-DD-DV
83767-DD-DV
83762-DD-DV
83763-DD-DV
83763-DD-DV
83768-DD-DV
83768-DD-DV
83769-DD-DV
83763-DD-DV
-
OH
Concrete mounting boxes
Concrete mounting boxes allow the uninterrupted use of Downlights even in exposed concrete and plastered ceilings. Thus the ceiling appearance remains clean, and alternative surface-mounted luminaires are not required.
The two-part metal housing holds its shape and is designed for better heat transfer; it also allows accurate positioning and fast installation while meeting all legally required fire prevention regulations.
Concrete mounting boxes
CO RD D L x W
α bet focus, square
R08
R10
95 140 200 -
120 165 260 -
OH H
Q10, 15/25 W 120 150 - 594 x 335 215 30
Q10, 37/50 W 120 200 - 594 x 335 215 30
α bet focus, round
R10, 15/25 W 120 150 - 594 x 335 215 30
R10, 37/50 W 120 200 - 594 x 335 215 30
α bet spectra
160 30
215 30
Article number
88085Q10
88088Q10
88083R10
88089R10
88022R08
88053R10
RD
W H
88085Q10
88088Q10
RD
H
88022R08
88053R10
CO
CO
D
L
OH
64
RD
W
H
88083R10
88089R10
CO
L
OH
Catalogue information
Many luminaires are protected by comprehensive design registrations, patents and trademark protections. We reserve the right to change material, design and programme without notice. Statements are not warranted characteristics. Pictures and drawings are for illustrative purposes only.
Our terms and conditions of sale and delivery apply.
Luminaire luminous flux Llm
T he luminaire luminous flux (Llm) defines the usable light of the luminaire and is the decisive value in lighting design. As opposed to the lamp luminous flux (lm), the luminaire luminous flux (Llm) accounts for losses due to the design of the luminaire. WILA defines only the Llm value for all LED lamps. This value can be found both in data sheets and in the relevant ldt file.
System efficiency Llm/W
System efficiency defines the ratio of luminaire light flux (Llm) to power input (W). Efficiency losses due to gear boxes have already been taken into account by WILA in the Llm/W value.
System photometric data
For a qualified comparison between LED luminaires and luminaires with compact fluorescent lamps, it is important to ensure first that the products to be compared share approximately the same photometric data. Sample calculation:
LED luminous flux 2000 lm (100%) – system losses (light output ratio) = luminaire luminous flux 1720 Llm
LED efficiency 2000 lm : 29 W = 69 lm/W
System efficiency 1720 Llm : 31 W (29 W LED module + 2 W driver) =
55 Llm/W
Heat sink
LED module
2000 lm / 69 lm/W
Luminaire luminous flux 1720 Llm
System efficiency 55 Llm/W
Half-peak divergence angle α
For accent lighting, the half-peak divergence angle α is given rather than the beam spread angle. The half-peak divergence angle is defined as the angle of the rotationally symmetrical luminous intensity distribution at which the luminous intensity equals half of its maximum value.
The half-peak divergence angle is given as a full angle.
Beam spread characteristic super spot < 10° spot 10° - 20° flood 21° - 45° wide flood 46° - 55° very wide flood > 55°
UGR
The UGR method takes into account the layout of the luminaires in the room and evaluates the glare produced by the entire lighting system for a specific observer‘s position. WILA provides UGR values where the observer’s position is parallel to the longitudinal axis of the luminaire and the lamp/luminaire axis is parallel to the longer side of the room. The UGR method is implemented on the basis of simple tables. A low UGR value indicates that glare is negligible or non-existent.
Suitability examples UGR values:
< 16 for drafting rooms,
< 19 for offices and control rooms,
< 22 for precision industrial tasks
< 25 for light industrial tasks and
< 28 for heavy industrial tasks.
F marking
All WILA luminaires are suitable for use in or on ceilings of normal flammability and have so far been labelled with the F marking. With the publication of the EN 60598 standard, date of issue 09/2009, this marking is no longer applicable. After the end of the transitional phase on 12.04.2012, all luminaires without labelling are suitable for use in or on a ceiling of normal flammability. Luminaires that do not fulfil the thermal requirements will be marked with a new pictogram in the future.
Luminous intensity distribution
In order to give a clearer overview, the luminous intensity distribution curves have been divided into groups. Shown are the planes from 0° to 180°
(red line) and from 90° to 270° (blue line). The 0° plane is on the right.
Beam chart
For accent luminaires beam charts are shown. The angle of the spread out beam corresponds to the half-peak divergence angle of the luminous intensity. Diameter and mean illuminance Em [lx] can be read from the chart for each corresponding height.
Index
-DV = power pass-through
-DD = dimmable, Dali
Abbreviations/Dimensions
OH = overhang, maximum expansion of luminaire from the centre of reflector
W, W1 = width information
D = diameter
CO = ceiling, wall or recessed floor cut-out
CO W = width of ceiling or wall cut-out for recessed luminaires
CO L = length of ceiling or wall cut-out for recessed luminaires
RD = required installation depth for recessed luminaires under consideration of F conditions
H, H1= height information
K = colour temperature
L, L1 = length information
Q = reflector size, square
R = reflector size, round
Ra = colour rendering index
W = electrical power
α = half-peak divergence angle
γ = beam spread angle
Information about maintenance
The illuminance for a room/property must satisfy the published values according to DIN 12464-1 over the entire period of usage; this corresponds to the maintenance value. The electrical planner is responsible for determining the maintenance factor dependent upon the lighting system and the spatial conditions used and ensuring this with a maintenance schedule. Further details about maintenance can be found in the
“Knowledge” section of our website at www.wila.com
65 WILA