WILA's new overview catalogue featuring all our latest luminaires.

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L1
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
ID A2455-0514
Luminaire Overview
L1LuminaireOverview2014

2. Freedom of imagination is not flight into the unreal,
it is not escape, it is daring and invention.
Eugène Ionesco (1912-94), Franco-Romanian Author
1 WILA

3. Freedom to Design
Efficiency: optimised
WILA focuses on smart engineering processes in order to achieve a high degree
of robust stability with a minimum of resource and material input. We capitalise
on know-how from bionics research, from new manufacturing processes and
innovative materials. Our approach to product efficiency also aims to meet your
personal expectations: easy assembly, installation and maintenance, low energy
consumption, high flexibility as well as sustainable performance. Add to this
the fact that all WILA products have boast as compact a design as possible.
Your benefit: optimised value for money.
Technology: flexible
In line with our principle “modular systems with standardised interfaces” our
products are made up of multi-purpose “fractal components”. This allows for
a high degree of customisable, project-specific variants combined with high
quality standards and a good price point.
WILA products use the latest, reliable version of advanced and innovative
technologies in terms of light quality, luminous output, durability and mounting
technology. This is how we satisfy individual customer requests or architectural
requirements with highest visual comfort and individual functional lighting while
meeting international standards as well as psychological and physiological needs.
Design: integrative
Our products are oriented towards the needs and expectations of lighting
professionals, e.g. lighting designers, electrical planners or architects amongst
others. The international design awards we have received are evidence of our
high-quality design.
Thanks to WILA design all product functionalities are easy to understand and
straightforward to handle. The aesthetic features convey our attitude to design
and quality: harmonious integration into the individual context of the given
architectural concept.
Transparency Page 13
αbet focus Page 6
2 3 WILA

4. Overview
LED
Pendant Luminaires
Linic Modular Lighting System
Micro Prisms Page 12
Opal Cover Page 12
Surface Mounted Luminaires
Linic Modular Lighting System
Micro Prisms Page 10
Opal Cover Page 10
Ingenic Light Atmosphere
Micro Prisms Page 10
T-BAR Light Modules for System Ceiling
Mini Reflector Page 11
Micro Prisms Page 11
Linear Prisms Page 11
Light LinesRecessed Luminaires
αbet focus Precision Lens Technology
Downlights Page 6
Fully Recessed Adjustable Spotlights Page 6
Recessed Adjustable Spotlights Page 6
αbet spectra Highest Light and Colour Quality
Downlights Page 6
Fully Recessed Adjustable Spotlights Page 6
WarmDim Page 7
αbet zono Highest Visual Comfort and Efficiency
Downlights Page 7
Recessed Depth 49mm Page 7
E Connect Nero Power Powerful Downlights
Downlights Page 8
Wallwasher Downlights Page 8
Tentec accent The Economical Approach to Accent Lighting
Downlights Page 9
Fully Recessed Adjustable Spotlights Page 9
Tentec zono The Economical Approach to General Lighting
Downlights Page 9
Flat Light Integration into the Interior Design
Downlights Page 12
E Connect Nero Accent Economical Installation
Downlights Page 12
Transparency Pure Design
Prism Technology Page 13
Ingenic Flexible Lighting Solution
Micro Prisms Page 14
Opal Cover Page 14
Linic Project Specific Solution
Micro Prisms Page 14
Opal Cover Page 14
Wall and Floor Recessed Luminaires
E Connect Nero Accent Architectural Accent Lighting
Downlights Page 15
Handrail Lighting
Puck Lighting Solution for Handrails and More
Downlights Page 15
4 5 WILA

5. Q10 127x127 18-50W 24-60 395-2260 47 150-200
Q15 177x177 18-50W 24-60 395-2260 47 150-200
R10 127 18-50W 24-60 400-2260 45 150-200
R15 177 18-50W 24-60 400-2260 45 150-200
Q10 127x127 18-50W 14-40 290-2120 42 200
R10 127 18-50W 14-40 350-2160 52 200
Q15 177x177 18-50W 14-40 300-2195 44 160
R15 177 18-50W 14-40 360-2235 53 160
Q08 102x102 13W 20/40/60 590 42 100
Q10 127x127 13-42W 20/40/60 590-1680 42 125-165
R08 102 13W 20/40/60 640 46 95
R10 127 13-42W 20/40/60 640-1820 46 120-160
Q08 102x102 6-18W 20/40/60 340-1090 60 100
Q10 127x127 13-45W 20/40/60 840-2520 60 125-165
R08 102 6-18W 20/40/60 360-1180 65 95
R10 127 13-45W 20/40/60 910-2720 65 120-160
Q10 127x127 13-42W 20/40/60 570-1720 43 135-165
R10 127 13-42W 20/40/60 570-1720 43 135-165
Q10 127x127 10-45W 20/40/60 570-2580 61 135-165
R10 127 10-45W 20/40/60 570-2580 61 135-165
R10 127 26W 20/40/60 1010 36 150
Q15 177x177 12-32W <1000 1170-3060 96 135-175
Q18 207x207 15-32W <1000 1670-3150 98 135-175
R15 172 12-32W <1000 1260-3280 102 135-175
R18 202 15-32W <1000 1790-3370 105 135-175
Q15 185x185 9-19W - 830-1480 83 49
Q18 215x215 12-25W - 1090-2020 83 49
R15 180 9-19W - 780-1410 78 49
R18 210 12-25W - 1050-1930 81 49
LED
Recessed Adjustable Spotlights
Downlights, Fully Recessed Adjustable Spotlights
Excellent design quality in every detail with variable focusing
System photometric data
LxW, D mm LED α° Llm Llm/W max RD mm
Fully Recessed Adjustable Spotlights CRI > 90, 3000K, 4000K
Recessed Adjustable Spotlights CRI > 90, 3000K, 4000K
CRI > 95 Colour Rendering Index, <2SDCM Colour Homogeneity
System photometric data
LxW, D mm LED α° Llm Llm/W max RD mm
Downlights CRI > 80, 2700K, 3000K, 4000K
Fully Recessed Adjustable Spotlights CRI > 95, 2700K, 3000K, 4000K
Fully Recessed Adjustable Spotlights CRI > 80, 2700K, 3000K, 4000K
Downlights IP44
Downlights
Fully Recessed Adjustable Spotlights
Downlights, suitable for VDU Workstations
Intelligent Dimming - 100% (3000K) to 1% (1800K)
Suitabe for VDU Workstations ɣ 65°<1000 cd/m², UGR <19, 30° Cut-off angle
System photometric data
D mm LED α° Llm Llm/W max RD mm
System photometric data
LxW, D mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm
Downlights CRI > 90, 3000K, 4000K
Downlights CRI > 95, 2700K, 3000K, 4000K
Downlights, suitable for VDU Workstations CRI > 80, 3000K, 4000K
Downlights CRI > 90, 3000K-1800K
Downlights
Downlights IP44
System photometric data
LxW, D mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm*
Downlights CRI > 80, 3000K, 4000K
Ideal Problem Solver for small installation height
Downlights IP44
*RD 85 mm at max. power level
Recessed Luminaires
αbet focus - Precision Lens Technology
αbet spectra - Highest Light and Colour Quality
αbet spectra - WarmDim
αbet zono - Highest Visual Comfort and Efficiency
αbet zono flat - Maximum Performance with as little as
49mm Recessed Depth
6 7 WILA

6. Q15 185x185 20W <1000 1145-1490 68 125
Q18 215x215 30-33W <1000 1510-2365 64 145
Q21 250x250 48-54W <1000 2355-3955 68 185
R15 180 20W <1000 1130-1465 67 130
R18 210 30-33W <1000 1550-2360 64 145
R23 255 48-54W <1000 2295-3830 66 200
Q15 185x185 20W as 1120-1440 65 125
Q18 215x215 30-33W as 1475-2240 61 145
Q21 250x250 48-54W as 2295-3870 67 185
R15 180 20W as 1105-1435 65 130
R18 210 30-33W as 1475-2300 62 145
R23 255 48-54W as 2240-3735 64 200
R08 102 5-23W 20/40/60 510-1840 92 90-95
R10 127 5-23W 20/40/60 550-1960 98 120-125
R10 127 5-23W 20/40/60 530-1770 88 140-145
Q15 185x185 16-23W <1000 1260-1830 77 160
Q18 215x215 16-50W <1000 1330-3630 81 160-180
R15 180 16-23W <1000 1370-1990 84 160
R18 210 16-50W <1000 1410-3750 86 160-180
Q15 185x185 16-23W - 1420-2060 87 120
Q18 215x215 16-50W - 1450-3810 89 120-140
R15 180 16-23W <3000 1460-2110 89 120
R18 210 16-50W - 1480-3760 91 120-140
System photometric data
LxW, D mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm
Standard Downlights CRI > 80, 3000K, 4000K
Wallwasher Downlights CRI > 80, 3000K, 4000K
Downlights
Wallwasher Downlights
System photometric data
D mm LED α° Llm Llm/W max RD mm
Fully Recessed Adjustable Spotlights CRI > 80, 3000K, 4000K
System photometric data
LxW, D mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm
Standard Downlights CRI > 80, 3000K, 4000K
Downlights CRI > 80, 3000K, 4000K
Downlights, suitable for VDU Workstations CRI > 80, 3000K, 4000K
Light Proof Housing and uniform appearance through diffuser
Suitable for VDU Workstations ɣ 65° < 1000 cd/m², UGR < 19
Downlights
Downlights IP44
Fully Recessed Adjustable Spotlights
Downlights IP44
Downlights, suitable for VDU Workstations
LED
Downlights IP44
Recessed Luminaires
E Connect Nero Power - High Performance Downlights for
General Lighting
Tentec accent - The Economical Approach to
Accent Lighting
Tentec zono - The Economical Approach to
General Lighting
8 9 WILA

7. 586x74 1x10W <3000 750 58 115
1146x74 1x19W <3000 1500 69 115
2266x74 2x19W <3000 3000 69 115
586x74 1x7-11W - 600-1000 71 115
1146x74 1x13-21W - 1200-2000 80 115
2266x74 2x13-21W - 2400-4000 83 115
597x597 35W <3000 3680 97 70
622x622 35W <3000 3680 97 70
1197x297 42W <3000 4200 94 70
24x600/625 17W <3000 1133 66 -
24x1200/1250 34W <3000 2266 66 -
24x600/625 17W - 989 58 -
24x1200/1250 34W - 1978 58 -
15x600/625 17W - 743 43 -
15x1200/1250 34W - 1486 43 -
24x600/625 17W - 892 52 -
24x1200/1250 34W - 1785 52 -
15x600/625 17W - 833 49 -
15x1200/1250 34W - 1666 49 -
System photometric data
LxW mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm
Opal Cover CRI > 80, 3000K, 4000K
Surface Mounted Luminaires Page 12, Light Lines Page 14
System photometric data
LxW mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm
System photometric data
LxW mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm
Micro Prisms
Linear Prisms, asymmetric
Micro Prisms CRI > 80, 3000K, 4000K
Micro Prisms CRI > 80, 3000K, 4000K
Ceiling Grid 600x600, 625x625mm, CRI > 80, 3000K, 4000K
Mini Reflectors
Pendant Luminaires Page 14
Only 15 or 24mm Profile Width - minimalist look, simple installation
Mounting Bar and Lighting Element at the same time - in general all bars,
that are not one-piece mounting bars, can be replaced by the linear light
modules. This means the T-BAR LED System opens up new, unobtrusive
design perspectives.
Micro Prisms Opal Cover
Mini Reflectors Liniear PrismsMicro Prisms
LED
Micro Prisms
Original Size
Recessed Luminaires
Linic - Flexible Modular System for Individual Solutions T-BAR - Unobtrusive Integration in Ceiling Systems
Ingenic - Light Atmosphere through a Combination of
direct and indirect Light
10 11 WILA

8. 250x250x70 18W - 1480-1610 81
410x410x70 36W - 2610-2840 73
640x640x70 36W <3000 2650-2890 74
335x70 18-26W - 1440-2070 79
515x70 26-36W <3000 1930-2770 75
1000x100 72W <3000 4840-5280 68
R10 130x218 18-29W 60 1180-1820 62
572x60x80 1x10W <3000 750 58
1132x60x80 1x19W <3000 1500 69
2252x60x80 2x19W <3000 3000 69
572x60x80 1x7-11W - 600-1000 71
1132x60x80 1x13-21W - 1200-2000 80
2252x60x80 2x13-21W - 2400-4000 83
1197x496x23 50W <3000 4800 92
1482x496x23 62W <3000 6000 92
System photometric data
LxWxH, DxH mm LED ɣ≥65° cd/m2 Llm Llm/W max
System photometric data
DxH mm LED α° Llm Llm/W max
System photometric data
LxWxH mm LED ɣ≥65° cd/m2 Llm Llm/W max
Opal Cover CRI > 80, 3000K, 4000K
CRI > 80, 3000K, 4000K
Downlights CRI > 80, 2700K, 3000K, 4000K
Micro Prisms CRI > 80, 3000K, 4000K
With a separate suspension set the luminaire turns into a pendant luminaire
Recessed Luminaires Page 10, Light Lines Page 14
With a separate suspension set the luminaire turns into a pendant luminaire
System photometric data
LxWxH mm LED ɣ≥65° cd/m2 Llm Llm/W max
CRI > 80, 3000K, 4000K
LCS-Technology - Light Control Structure for 55% direct and 45% indirect
light, suitable for VDU workstations according to LG7
Off - when switched off there is just a 15mm visible slim frame and
a transparent panel
On - switched on it becomes a light statement in the room: minimalist and
clear-cut
LED
Micro Prisms Opal Cover
Surface Mounted Luminaires
Flat Light - Surface Mounted Luminaires that integrate into
the Interior Design
E Connect Nero Accent - Modular System Range in
Concrete Ceilings
Linic - Flexible Modular System for individual Solutions
Transparency - Transparent LED Pendant Luminaire
with a pure Design
Pendant Luminaires
12 13 WILA

9. 1277x223x45 60W <3000 3740 57
1277x223x45 60W - 3895 59
1209x196x45 60W <3000 3740 57
1209x196x45 60W - 3895 59
2248x74 2x1x19W <3000 3000 69 115
622x622 2x1x10W <3000 1500 69 115
2248x74 2x1x13-21W - 2400-4000 83 115
622x622 2x1x7-11W - 1200-2000 83 115
2248x60x80 2x1x19W <3000 3000 69 -
615x615 2x1x10W <3000 1500 69 -
2248x60x80 2x1x13-21W - 2400-4000 83 -
615x615 2x1x7-11W - 1200-2000 83 -
Q01 38x38 1.1W - 31-72 - 45
Q03 60x60 2.2W - 46-135 - 45
Q05 78x78 3.3W - 50-202 - 45
R01 38 1.1W - 31-72 - 45
R03 60 2.2W - 46-135 - 45
R05 78 3.3W - 50-202 - 45
16 1.5W 60-90 119-132 70-80 -
System photometric data
LxWxH mm LED ɣ≥65° cd/m2 Llm Llm/W max
Opal Cover
Opal Cover
System photometric data
LxWxH mm LED ɣ≥65° cd/m2 Llm Llm/W max RD mm
Recessed Luminaires with Micro Prisms, CRI > 80, 3000K, 4000K
Extension Luminaires
Flexible Modular Design - Light Lines and angular connectors can be com-
bined with single luminaires to individual configurations
Freedom of Design - two designs and customer-oriented
profile adjustments allow for individual lighting solutions
Cover clear, Reflector anthrazit, asymmetrical
System photometric data
LxW, D mm LED α° Llm Llm/W max RD mm
Cover matt, Reflector white
Cover clear, Reflector black
Downlights, CRI > 80, 3000K, 4000K
High quality finishes in stainless steel, brushed or chrome, high gloss
Quick Installation and easy alignment of all luminaires due to uniform
round panel cutout also for square luminaires
System photometric data
D mm LED α° Llm Llm/W max RD mm
Downlights, CRI > 80, 3000K, 4000K
Impact Resistance class IK 10 (EN 62262) for IP66
IP67 for Outdoor Areas Versions suitable for round and rectangular handrails of metal up to
100mm diameter
LED
Corner Luminaires
Recessed Luminaires with Opal Cover, CRI > 80, 3000K, 4000K
Extension Luminaires
Corner Luminaires
Surface Mounted Luminaires with Micro Prisms, CRI > 80, 3000K, 4000K
Extension Luminaires
Corner Luminaires
Surface Mounted Luminaires with Opal Cover, CRI > 80, 3000K, 4000K
Extension Luminaires
Corner Luminaires
Square Design CRI > 80, 3000K, 4000K
Micro Prisms
Square Design
Micro Prisms Opal Cover
Step Design
Micro Prisms Opal Cover
Step Design CRI > 80, 3000K, 4000K
Micro Prisms
Ingenic - Flexible Lighting Solution
Linic - Light Lines for Project Specific Solutions
Light Lines
Puck - Flexible Lighting Solutions for Handrails and More
Handrail Lighting
E Connect Nero Accent - Architectural
Accent Lighting in a small size
Wall and Floor Recessed LuminairesPendant Luminaires
14 15 WILA

10. Fluorescent Lamps
Recessed Luminaires
E Connect Optimised for Special Applications
Downlights Page 18
Downlights with Liteoptic IP20/IP44 Page 19
Downlights IP65 and Insect Proof Page 20
Downlights Ball Proof Page 20
Downlights with Louvre Page 18
Wallwasher Downlights Page 18
Wallwasher Page 18
Recessed Depth 49mm Page 20
Compact+ Modular System Range
Downlights Page 21
Downlights with Liteoptic IP20/IP44 Page 21
Downlights with Louvre Page 21
Wallwasher Downlights Page 21
Air Handling Downlights Page 22
Multifunctional Downlights Page 23
Dual Light Downlights Page 23
Tentec Efficient Standard Solution
Downlights Page 24
Downlights with Liteoptic IP20/IP44 Page 24
Downlights with Louvre Page 24
Wallwasher Downlights Page 24
Linic Modular Lighting System
Micro Prisms Page 26
Opal Cover Page 26
Parabolic Louvre Page 26
Wallwasher Page 26
Variatic Approach to Quality Office Lighting
Opal Cover Page 27
Parabolic Louvre Page 27
Wallwasher Page 27
Ingenic Light Atmosphere
Micro Prisms Page 27
Surface Mounted Luminaires
Compact+ Modular System Range
Downlights Page 28
Downlights with Liteoptic IP20/IP44 Page 28
Downlights with Louvre Page 28
Micronic Lightness with Glare Free Illumination
Micro Prisms Page 29
Avic Straight Lined Appearance
Micro Prisms Page 29
Linic Modular Lighting System
Micro Prisms Page 30
Opal Cover Page 30
Parabolic Louvre Page 30
Wallwasher Page 30
Variatic Approach to Quality Office Lighting
Opal Cover Page 30
Parabolic Louvre Page 30
Wallwasher Page 30
Ingenic Flexible Lighting Solutions
Micro Prisms Page 31
Opal Cover Page 31
Parabolic Louvre Page 31
Pendant Luminaires
Micronic Lightness with Glare Free Illumination
Micro Prisms Page 31
Avic Straight Lined Appearance
Micro Prisms Page 32
Parabolic Louvre Page 32
one4one Page 32
Linic Modular Lighting System
Micro Prisms Page 32
Opal Cover Page 32
Parabolic Louvre Page 32
Variatic Approach to Quality Office Lighting
Opal Cover Page 33
Parabolic Louvre Page 33
Ingenic Flexible Lighting Solutions
Micro Prisms Page 33
Opal Cover Page 33
Parabolic Louvre Page 33
Tentec Classical Ball Pendant Luminaire
Opticlights Page 34
High Pressure Discharge Lamps
E Connect, Compact +, Tentec Powerful Lighting from Great Heights
Downlights, Recessed Page 36
Downlights, Surface Mounted Page 37
Light Lines
Linic Project Specific Solutions
Micro Prisms Page 34
Opal Cover Page 34
Parabolic Louvre Page 34
Variatic Project Specific Solutions
Parabolic Louvre Page 35
Wallwasher Page 35
Recessed Wall
Luminaires
E Connect Optimised for Special Applications
Downlights Page 35
Freestanding
Luminaires
Avic Flexibel with Changed Use of Space
Micro Prisms Page 35
Recessed/Surface Mounted Luminaires
Overview
16 17 WILA

11. Q15 185x185 1x18-26W <1000 73 45 125
Q18 215x215 1x18-32W <1000 86 61 145
Q21 250x250 1x26-2x32W <1000 80 58 160
R13 155 1x18W <1000 66 40 120
R15 180 1x18-32W <1000 77 46 130-205
R18 210 1x18-2x18W <1000 84 60 145-240
R23 255 1x26-2x32W <1000 75 51 170-180
R27 300 2x32-42W <1000 83 58 185
Q15 185x185 1x26W - 67 43 125
Q18 215x215 1x26-32W - 69 47 145
Q21 250x250 1x26-42W - 71 49 160
R13 155 1x18W - 53 32 120
R15 180 1x18-32W - 59 38 130-205
R18 210 1x26-42W - 64 45 145-240
R23 255 1x42W - 69 50 170
Q15 185x185 1x26W - 56 36 100
Q18 215x215 1x26-32W - 68 44 100
Q21 250x250 1x26-42W - 66 45 100
Q15 185x185 1x26-32W <1000 74 52 145
Q21 250x250 1x26-2x32W <1000 76 53 160
R18 210 1x26-32W <1000 57 39 125
R23 255 2x26-32W <1000 59 40 135
Fluorescent
Lamps
Linear Prism Cover
Rotationally Symmetric
Wallwasher Downlights
Cross Blade Louvre
Wallwasher
Micro Prisms Cover
Soft Carré
Clear Carré
Opal Cover
Downlights with Liteoptics IP44
Downlights with Liteoptics IP20
System photometric data
LxW, D mm TC-TELI ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights
Wallwasher Downlights
Wallwasher
Downlights with Louvre
Safety Screen Glas Cone
Prism Screen
Opal Cup
Corona Carré Corona Ring Diffusor
Halo Optic
Float Glass Screen
Glass Shade Glass Cylinder
Turbo Louvre
Reflector Louvre
Annular Louvre
Soft Disc
Clear Disc
Downlights with Louvre
Downlights
Recessed Luminaires
E Connect - Optimised for Special Applications
18 19 WILA

12. R15 180 1x18W <1000 62 37 125
R18 210 1x26-2x18W <1000 65 42 150
R23 255 1x26-2x32W <1000 75 51 185
R27 300 2x32-42W <1000 83 58 185
R15 180 1x18W - 60 36 125
R18 210 1x26-2x18W - 60 39 150
R23 255 2x26W - 60 39 185
R18 210 1x26-32W - 62 44 95
R23 255 2x18-32W <1000 62 40 95-120
R27 300 2x26-42W <1000 64 46 120
Q15 185x185 1x13-2x13W - 61 36 49
Q18 215x215 1x18-2x18W - 53 32 49
Q21 250x250 2x18-2x26W - 55 35 49
R18 210 1x18-2x13W - 48 29 49
R23 255 1x26-2x26W - 54 35 49-74
Q15 185x185 1x18-26W <1000 69 44 125
Q18 215x215 1x18-32W <1000 83 58 145
R15 180 1x18-26W <1000 68 58 130
R18 210 1x18-2x18W <1000 81 57 145
R23 255-282 1x26-2x32 <1000 73 50 170-220
R27 322 1x57-2x42W <1000 74 54 190
System photometric data
LxW, D mm TC-DEL ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Opal Cover
Opal Cover Opal Cup
Soft Carrè Soft Disc
Float Glass Screen
Downlights
System photometric data
LxW, D mm TC-DEL ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights
Downlights IP65 and Insect Proof
Downlights Ballproof with
Safety Screen
Rotationally Symmetric
Wallwasher Downlights
Downlights with Liteoptics IP44
Prism Screen
Opal Cup
Float Glass Screen
Turbo Louvre
Reflector Louvre
Annular Louvre
Downlights with Liteoptics IP20
Downlights with Louvre
System photometric data
D mm TC-TELI ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights
Wallwasher Downlights
Downlights with Louvre
Problem Solver with low recessed depth
Protected Light - Ballproof for sports halls or IP65 and Insect Proof for
clean appearance in entrance areas
Fluorescent
Lamps
Downlights
E Connect - Recessed Depth only 49mm
E Connect - Higher Protection
Recessed Luminaires
Compact+ - Modular System Range
20 21 WILA

13. R18 210 1x18W - 57 34 245
R27 300 2x26-42W <1000 64 46 120
R27 300 2x26-32W - 62 44 95
R27 300 2x26-42W <1000 64 46 120
R27 300 2x26-42W <1000 64 46 120
R27 300 1x22W - 49 35 90
R37 400 1x40-55W - 65 48 90
R27 300 1x22W <1500 42 30 90
R37 400 1x40-55W <1000 75 52 90
System photometric data
D mm TC-TELI ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Air Supply or Return
Downlights
System photometric data
D mm TC-TELI ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights
Prism Ring
Opal Ring
Radial Louvre
Function Plate
Loudspeaker
Air Handling Component
Prepared for Smoke Detector
Video Camera
Prepared for Sprinkler
Multifunctional Inserts for circLet Dual Light Inserts for circLet
Downlight Downlight with Safety Screen
Downlight with Diffusing Screen Wallwasher-Downlight
Cardan Spotlight
Downlights with Louvre
Air Return ducted / Low Pressure Ceilings
Downlights
Air Return in Low Pressure Ceilings
Downlights
Downlights with Louvre Downlights with Louvre
Combination of air and light technical functions in only one ceiling cutout Integration of building functions for a clear ceiling appearance
Turbo Louvre
Reflector Louvre
Air Supply- or
Air Return
Fluorescent
Lamps
Opal CupDownlights
Float Glass Screen
Prism Screen
Air Return ducted or
Air Return in Low Pressure
Ceilings
Recessed Luminaires
Compact+ - circLet multifunctionalCompact+ - Air Handling Luminaires
22 23 WILA

14. Q15 185x185 1x13-26W - 76 49 100
Q18 215x215 1x26-2x18W - 76 52 100-125
Q21 250x250 1x32-2x32W - 79 56 125-150
R15 180 1x13-26W - 79 51 100
R18 210 1x26-2x18W - 83 59 100-125
R23 255 1x32-2x32W <1500 83 59 125-175
Q15 185x185 1x13-26W - 72 47 100
Q18 215x215 1x26-32W - 72 50 100
Q21 250x250 1x32-42W - 76 55 125
R15 180 1x13-26W - 74 46 100
R18 210 1x26-32W - 70 46 100
R23 255 1x32-42W - 72 51 125
Q15 185x185 1x13-26W <1000 59 38 100
Q18 215x215 1x26-2x18W <3000 68 46 100-125
Q21 250x250 1x32-2x32W <1500 67 48 125-150
R15 180 1x13-26W <1000 54 33 100
R18 210 1x26-2x18W <1000 54 35 100-125
R23 255 1x32-2x32W <1000 61 43 125-175
Rotationally Symmetric
Wallwasher Downlights
Safety Screen
Diffusing Screen
Halo Optic
Float Glass Screen
Cross Blade Louvre
System photometric data
LxW, D mm TC-TELI ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights
Wallwasher Downlights
Downlights with Louvre
Fluorescent
Lamps
Downlights with Liteoptics IP44
Downlights with Liteoptics IP20
Downlights
Recessed Luminaires
Tentec - Economic Standard Solution
Downlights with Louvres IP20
25 WILA24

15. 1204x74 1x28-54W <3000 50 42 115
1540x74 1x35-49W <3000 50 45 115
1240x165 1x28-2x54W <1000 72 60 115
1540x165 1x35-2x80W <1000 72 67 115
1204x74 1x28-54W - 53 45 115
1540x74 1x35-49W - 53 48 115
1240x165 1x28-54W - 75 63 115
1540x165 1x35-80W - 75 70 115
1204x74 1x28-54W <1500 71 59 115
1540x74 1x35-49W <1500 71 64 115
1240x165 1x28-54W <1000 80 67 115
1540x165 1x35-80W <1000 80 75 115
1240x165 1x28-54W - 68 57 115
1540x165 1x35-80W - 68 63 115
1251x120 1x28-54W - 57 46 95
1551x120 1x35-80W - 57 48 95
1251x120 1x28-2x54W <1000 68 55 95
1551x120 1x35-2x49W <1000 68 58 95
1251x120 1x28-54W - 75 60 95
1551x120 1x35-80W - 74 63 95
597x597 2x14-24W <3000 83 58 70
622x622 2x14-24W <3000 83 58 70
1197x297 1x28-2x54W <3000 75 62 70
1497x297 1x35-2x80W <3000 75 65 70
597x597 2x14-24W - 83 58 70
622x622 2x14-24W - 83 58 70
1197x297 1x28-2x54W <3000 88 74 70
1497x297 1x35-2x80W <3000 88 77 70
597x597 1x40-55W <3000 67 54 70
622x622 1x40-55W <3000 67 54 70
597x597 1x40-55W - 82 66 70
622x622 1x40-55W - 82 66 70
Parabolic Louvre
System photometric data
LxW mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
System photometric data
LxW mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Opal Cover
Flat Design
Curved Design
System photometric data
LxW mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Flat Design, Micro Prisms
Curved Design, Micro Prisms
Micro Prisms
Wallwasher
Opal Cover
Parabolic Louvre
Parabolic Louvre
Fluorescent
Lamps
Opal Cover Wallwasher
Wallwasher
Flat Design, Micro Prisms
Curved Design, Micro Prisms
LxW mm TC-L ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Recessed Luminaires
Linic - Modular Lighting System Variatic - Approach to Quality Office Lighting
Ingenic - Light Atmosphere through a Combination of
direct and indirect Light
Profile Width 165 mm
Opal Cover Parabolic Louvre
Profile Width 74 mm
Opal Cover Parabolic Louvre
Wallwasher
Micro Prisms
Micro Prisms
26 27 WILA

16. R18 210x190-278 1x26-42W <1000 66 43
R23 255x215 2x26-32W <1000 57 40
R23 255x190 2x26-32W <1000 49 35
R27 300x80 1x22W - 48 35
R37 400x80 1x40-55W - 64 47
R27 300x80 1x22W <1500 43 31
R37 400x80 1x40-55W <1000 64 47
1215x290x65 2x28-54W <1000 66 53
1515x290x65 2x35-80W <1000 66 55
300x300x80 2x18-26W <1000 44 27
625x625x80 4x14-24W <1500 63 50
1255x260x54 2x28-54W <1000 52 42
1555x260x54 2x35-80W <1000 52 44
System photometric data
DxH mm TC-TELI ɣ≥65° cd/m2 ɳLB max Llm/W max
Downlights
Downlights
Opal Cup Prism Screen
Float Glass Screen Turbo Louvre
Prism Ring
Opal Ring
Radial Louvre
System photometric data
DxH mm T16-R ɣ≥65° cd/m2 ɳLB max Llm/W max
Downlights with Louvre
Downlights with Louvre
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
Micro Prisms
System photometric data
LxWxH mm ɣ≥65° cd/m2 ɳLB max Llm/W max
Micro Prisms
With a separate suspension set the luminaire turns into a pendant luminaire
Downlights
Direction Neutral Arrangement in the room due to an exact micro
prismatic structure
Fluorescent
Lamps
Lateral Linear Prisms for ceiling illumination, direction neutral arrangement
in the room due to an exact micro prismatic structure
With a separate suspension set the luminaire turns into a pendant luminaire
Surface Mounted Luminaires
Compact+ - Modular System Range for Concrete Ceilings
Compact+ - circLet
Micronic - Lightness with Glare Free Illumination
Avic - Straight Lined Appearance
28 29 WILA

17. 1276x145x50 1x28-54W - 66 53
1576x145x50 1x35-80W - 65 55
1276x145x50 1x28-2x54W <1000 68 56
1576x145x50 1x35-2x49W <1000 68 57
1276x145x50 1x28-54W - 63 51
1576x145x50 1x35-80W - 62 53
1277x249x45 2x28-54W - 82 70
1577x249x45 2x35-80W - 82 72
1277x249x45 2x28-54W - 76 65
1577x249x45 2x35-80W - 76 67
1277x249x45 2x28-54W <3000 75 64
1577x249x45 2x35-80W <3000 75 66
1209x222x45 2x28-54W - 66 57
1509x222x45 2x35-80W - 66 58
1209x222x45 2x28-54W - 60 51
1509x222x45 2x35-80W - 60 52
1209x222x45 2x28-54W <3000 74 63
1509x222x45 2x35-80W <3000 74 64
1204x60x80 1x28-54W <3000 50 42
1540x60x80 1x35-49W <3000 50 45
1240x150x84 2x28-54W <3000 50 42
1540x150x84 2x35-49W <3000 50 45
1204x60x80 1x28-54W - 53 45
1540x60x80 1x35-49W - 53 48
1240x150x84 2x28-54W - 53 45
1540x150x84 2x35-49W - 53 48
1204x60x80 1x28-54W <1500 71 59
1540x60x80 1x35-49W <1500 71 64
1240x150x84 2x28-54W <1500 71 59
1540x150x84 2x35-49W <1500 71 64
1240x150x84 1x28-54W - 68 57 115
1540x150x84 1x35-80W - 68 63 115
1215x290x40 2x28-54W <1000 74 60
1515x290x40 2x35-80W <1000 78 66
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
Micro Prisms
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
Opal Cover
Parabolic Louvre
Parabolic Louvre
Wallwasher
Opal Cover
Opal Cover
Parabolic Louvre
Opal Cover
Parabolic Louvre
Direct, Direct/Indirect and Asymmetric Distribution for different
requirements
V2A Stainless Steel Housing, aging-resistant and anti-static or
white lacquered RAL 9016 steel sheet housing
Freedom of Design - two designs and customer-oriented
profile adjustments allow individual lighting solutions
Fluorescent
Lamps
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
Micro Prisms
Direction Neutral Arrangement in the room due to an exact micro
prismatic structureParabolic LouvreOpal Cover Wallwasher
Opal Cover Parabolic Louvre
Opal Cover Parabolic Louvre
Wallwasher
Step Design
Micro Prisms
Square Design
Micro Prisms
Square Design
Micro Prisms
Step Design
Micro Prisms
Ingenic - Flexible Lighting Solutions
Variatic - Approach to Quality Office Lighting
Surface Mounted Luminaires
Profile Width 150mm
Opal Cover Parabolic Louvre
Profile Width 60mm
Opal Cover Parabolic Louvre
Wallwasher
Linic - Modular Lighting System
Micro Prisms
Micro Prisms
Micronic - Lightness with Glare Free Illumination
Pendant Luminaires
30 31 WILA

18. 1240x150x80 1x28-2x54W <1000 79 66
1520x150x80 1x35-2x80W <1000 79 73
220x150x80 1x28-54W - 79 66
1520x150x80 1x35-80W - 79 74
1220x150x80 1x28-54W <1000 88 74
1520x150x80 1x35-80W <1000 88 82
1255x260x44 2x28-54W <1000 77 63
1555x260x44 2x35-80W <1000 77 65
1350x260x44 2x28-54W <1000 83 67
1650x260x44 2x35-80W <1000 82 69
1555x260x44 2x54W + 2x26W <1500 72 53
1855x260x44 2x35-49W + 2x26W <1000 73 56
1650x260x44 2x54W + 2x26W <1000 77 56
1950x260x44 2x35-49W + 2x26W <1000 77 58
1276x145x50 1x28-54W <3000 69 55
1576x145x50 1x35-80W <3000 68 58
1276x145x50 1x28-2x54W <1000 87 71
1576x145x50 1x35-2x80W <1000 87 74
1277x249x45 2x28-54W <3000 89 76
1577x249x45 2x35-80W <3000 97 85
1277x249x45 2x28-54W - 84 66
1577x249x45 2x35-80W - 95 84
1277x249x45 2x28-54W <3000 77 66
1577x249x45 2x35-80W <1500 85 74
1209x222x45 2x28-54W <3000 84 72
1509x222x45 2x35-80W <3000 92 81
1209x222x45 2x28-54W - 82 70
1509x222x45 2x35-80W - 90 79
1209x222x45 2x28-54W <1500 80 68
1509x222x45 2x35-80W <1500 88 77
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
Micro Prisms
Parabolic Louvre or Perforated Sheet
one4one, Micro Prisms
one4one, Parabolic Louvre
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
Micro Prisms
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max
Opal Cover
Parabolic Louvre
V2A Stainless Steel Housing, aging-resistant and anti-static or
white lacquered RAL 9016 steel sheet housing
Fluorescent
Lamps
Micro Prisms Perforated SheetParabolic Louvre
one4one
Micro Prisms Parabolic Louvre
Micro Prisms Parabolic LouvreOpal Cover
Parabolic LouvreOpal Cover
Opal Cover Parabolic Louvre
Opal Cover Parabolic Louvre
one4one - the additional asymmetric indirect component provides a
standardized vertical illumination into the room depth
Opal Cover
Parabolic Louvre
Opal Cover
Parabolic Louvre
Opal Cover
Parabolic Louvre
Avic - Straight Lined Appearance
Linic - Modular Lighting System
Square Design
Micro Prisms
Step Design
Micro Prisms Step Design
Micro Prisms
Square Design
Micro Prisms
Variatic - Approach to Quality Office Lighting
Ingenic - Flexible Lighting Solutions
32 33 WILA

19. 761x74 1x21W <3000 50 38 115
2122x74 2x28-54W <3000 50 42 115
2722x74 2x35-49W <3000 50 45 115
761x74 1x21W - 53 41 115
2122x74 2x28-54W - 53 45 115
2722x74 2x35-49W - 53 48 115
878x74 1x21W <1500 71 54 115
2356x74 2x28-54W <1500 71 59 115
2956x74 2x35-49W <1500 71 64 115
761x60x80 1x21W <3000 50 38 -
2122x60x80 2x28-54W <3000 50 42 -
2722x60x80 2x35-49W <3000 50 45 -
761x60x80 1x21W - 53 41 -
2122x60x80 2x28-54W - 53 45 -
2722x60x80 2x35-49W - 53 48 -
878x60x80 1x21W <1500 71 54 -
2356x60x80 2x28-54W <1500 71 71 -
2956x60x80 2x35-49W <1500 71 64 -
650x330x44 4x55W <1500 51 42
Q15 185x185 1x13-18W - 39 24 90
Q18 215x215 1x18-32W - 38 24 90
Q21 250x250 1x26-42W - 55 40 90
300 1x26-32W <1500 68 48
400 1x42-2x32W <1500 68 49
450 2x26-42W <1500 68 49
1266x120 1x28-2x54W <1000 68 55 95
1526x120 1x35-2x49W <1000 68 68 95
1266x120 1x28-54W - 75 60 95
1526x120 1x35-80W - 74 63 95
1226x145x50 1x28-2x54W <1000 68 55 -
1526x145x50 1x35-2x49W <1000 68 57 -
1226x145x50 1x28-54W - 63 50 -
1526x145x50 1x35-80W - 62 53 -
1226x145x50 1x28-2x54W <1000 87 71 -
1526x145x50 1x35-2x80W <1000 87 74 -
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
System photometric data
LxWxH mm TC-LEL ɣ≥65° cd/m2 ɳLB max Llm/W max
Freestanding Luminaires
System photometric data
LxW mm TC-TEL/I ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights
Fluorescent
Lamps
System photometric data
D mm TC-TELI ɣ≥65° cd/m2 ɳLB max Llm/W max
Recessed Luminaires
Parabolic Louvre Wallwasher
Reflector matt Micro Prisms Cover Safety Screen
Pendant Luminaires
Parabolic Louvre
Surface Mounted Luminaires
Parabolic Louvre Wallwasher
Wide Range of Accessories - End caps, linear connector, angular
connector, inner connector, through wiring and much more for
individual solutions
Secure Route along corridors and stairways
Micro Prisms
Light Lines can be combined with single luminaires to form custom
configurations. Required single luminaires of the respective
mounting type are recessed luminaires Page 26 or surface mounted
luminaires Page 30.
System photometric data
LxWxH mm T16 ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Recessed Luminaires
Micro Prisms
Opal Cover
Parabolic Louvre
Surface Mounted Luminaires
Micro Prisms
Opal Cover
Parabolic Louvre
Recessed Luminaires
Parabolic Louvre
Surface Mounted Luminaires
Parabolic Louvre
Pendant Luminaires
Parabolic Louvre
Pendant Luminaires
Micro Prisms Parabolic LouvreOpal Cover
Tentec - Classical Ball Pendant Luminaires
Linic - Light Lines for Project Specific Solutions
Light Lines
E Connect - Optimised for Special Solutions
Avic - Flexible with Changed Use of Space
Variatic - Light Lines for Project Specific Solutions
Recessed Wall Luminaires
Freestanding Luminaires
Wallwasher
Wallwasher
Pendant Luminaires
34 35 WILA

20. R18 210 1x35-70W - <1000 54 53 145
R18 210 1x150W + 1x70W 66 <1000 47 44 265
R10 130/210 1x35-150W 70 <1000 61 60 290
R10 130 1x20-35W 11-62 <1000 69 62 140-145
R13 155 1x70W 11-68 <1000 70 65 120-180
R18 210 1x70-150W 52-71 <1000 64 60 165
R08 105 1x20-35W 8-54 <1500 62 55 140
R10 130 1x35-70W 8-54 <1500 62 57 155
R13 155 1x70W 10-48 <3000 67 66 180
R15 180 1x150W 10-38 <3000 65 63 210
R18 210 1x70-150W - - 62 59 165
R10 130 1x35W 58 <3000 48 43 150
R13 155 1x70W 60 <3000 40 39 190
R15 180 1x150W 62 - 40 38 215
R15 180 1x35,70W 5/52 <1500 68 64 140
R18 210x280 1x70 <1000 74 68
R23 255x280 1x150W <1000 81 76
System photometric data
D mm HIT-CE α° ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights IP65 and Insect Proof
Downlights
Wallwasher Downlights
Day/Night Downlights
Doublefocus Downlights
Focus Downlights
Downlights with Higher Protection
Downlights
Wallwasher Downlights
Downlights IP65 and Insect Proof
Day/Night Downlights
Doublefocus Downlights, mounting from below and from above
Focus Downlights
Downlights IP44
Downlights IP44
HIT-Lampen
System photometric data
D mm HIT α° ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
Downlights IP44
Downlights with Safety Screen IP44
Downlights
Powerful Light for illumination from great heights.
With a separate suspension set the luminaire turns into a pendant luminaire
Focus - smallest possible reflector opening with optimum glare control
System photometric data
D mm HIT-TC-CE α° ɣ≥65° cd/m2 ɳLB max Llm/W max RD mm
System photometric data
DxH mm HIT-DE-CE ɣ≥65° cd/m2 ɳLB max Llm/W max
Isolated Reflector - no insects can enter to present an eyesore on the lower
glass, reducing maintenance and providing constant light distribution
Simple Switching - Day: 150W neutral white, Night: 70W warm white.
Crosswise arrangement of the lamps for optimum light distribution.
Special Design for high illuminance levels with maximum glare control
combined with the smallest possible reflector opening.
Recessed Luminaires
E Connect - Optimised for Special Solutions
Tentec - Modular System Range
Compact+ - Modular System Range
Compact+ - Modular System Range for Concrete Ceilings
Surface Mounted Luminaires
IP44 - higher protection
36 37 WILA

21. IR Receiver
Daylight Sensor
Presence Detector
Pushbutton
Mounting: solution-oriented
WILA offers an extensive range of mounting accessories for diverse installation requirements: for instance, concrete
mounting boxes for easy mounting of Downlights in concrete ceilings, inclination adaptors for surface-mounted ceiling
luminaires for various ceiling inclinations and special mounting rings and frames for flush integration into standard ceilings.
Special solutions for combining light with facility functions also bring down installation costs while making for tidy-looking
ceilings at the same time.
Concrete Mounting Box for concrete
ceilings
Ring for reducing recessed depth
Module Panels for panel ceilings Flush Ring - flush with the ceilingInclination Adaptor for inclined ceilings
Control Gear: intelligent
To ensure the highest possible degree of flexibility, many control gears are not
part of LED Downlights. To avoid errors during connection, both, luminaires and
control gears, are colour-coded and come with polarity protected plug-type
connectors. This ensures significantly safer electrical connections. To cut
installation and energy costs WILA LED control gears are available as static,
DALI dimmable versions or with network extension. Optional daylight and
presence sensors can also cut energy costs by up to 75%.
Lighting Technology: functional
WILA optical attachments direct the light precisely, emitting soft, diffused light
into the room, either illuminating the ceiling or making the light visible. Optical
attachments can also upgrade the mode of protection of the luminaire to IP44
from below in closed ceiling systems. Due to the modular set-up of WILA
luminaires optical attachments can also subsequently be exchanged when
room purposes change.
Attachments
39 WILA38

22. Appendix
Product Details
Planning Data
This brochure gives a concise overview of the current WILA product ranges.
All necessary data and specifications for planning and product ordering as
well as article numbers can be found up to date on our homepage
www.wila.com
Information and Tolerance
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. Photometric data is subject to a tolerance of +/- 10%.
Optical attachments also impact IP values. Pictures and drawings are for
illustrative purposes only. Our terms and conditions of sale and delivery
apply.
F Mark
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 are marked with a new pictogram.
Information about Maintenance
The illuminance for a room/property must satisfy the published values
according to EN 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 on our homepage www.wila.com
Photography Index
Photographer: architektur visuell, Hof - Schmidt Bank, Hof, P.29
Photographer: Udo W. Beier, Uhldingen (Bodensee) - Rathaus Altensteig,
P.23 - Augustinum, Munich, P.33
Photographer: Gunter Binsack, Leipzig - Saegeling Medizintechnik,
Dresden, P.21
Photographer: H.-C. Brinkschmidt, Hamburg - Airport Dublin, Terminal 2,
P.39
Photographer: Nina Broberg - Birger Jarls Torn, Stockholm, P.34
Photographer: ComKom digitalmedia - Jugendstilbad, Darmstadt, P.36
Photographer: Wolfgang Geyer - Sparkasse Hof, P.36
Photographer: Werner Huthmacher, Berlin - Bibliothek am Bauhaus,
Dresden, P.7 - Barnim Gymnasium Bernau, P.21 - OstseeSparkasse
Rostock, P.23
Photographer: Hutstedt, Hamburg - Gasteig Munich, P.15
Photographer: Andrea Flak, Hamburg - Kreisverwaltung Güstrow, P.28
Photographer: Roger Frei - Franz Marc Museum, Kochel am See, P.38
Photographer: fotostudio freistil, Halle - solarwatt, Dresden, P.30
Photographer: Guido Kasper - Gymnasium Bad Marienberg, P.20
Photographer: Katia Klose, Leipzig - Landgericht Halle, P.15
KPMG, London; Photos supplied courtesy of KPMG, UK; P.10
Photographer: Krumnow, Bannewitz - Baader Bank, Unterschleißheim,
P.10, 20, 30, 39 - EON Rechenzentrum, Hannover, P.18, 25 - Oeconomicum,
University Dusseldorf, P.18 - EIB European Investment Bank, Luxembourg,
P.24, 37 - Vollack Forum, Karlsruhe, P.37
Photographer: MM Fotowerbung, Kaufungen - Airport Hamburg, P.36
Photographer: James Newton - Union Square Mall, Aberdeen, Lighting
Design Pinninger and Partners, P.9
Photographer: Rainer Rehfeld, Cologne - MECU, Velbert, P.29, 31 - Cortal
Consors, CitiSite, Nuremberg, P.32
Photographer: Ralf Richter - Commerzbank DLZ, Frankfurt, P.27
Photographer: Redshift Photography UK - 110 Fetter Lane, London, P.8,
14 - East Park Design Centre, Loughborough University, London, P.12, 33 -
Robert Aitken Institute for Clinical Research, University Birmingham, P.12 -
Nomura, London, P.14, 26 - YO! Sushi Restaurant, Brighton, P.23 - Helicon,
London, P.26 - Astra Zeneca, Macclesfield, P.35
Photographer: Daniel Somesgutner, Hamburg - Hochschule Zittau, P.22
Photographer: Max Schulz Studio, Muehlheim/Ruhr - rehauwork, Rehau;
Architekten: weber+würschinger, Weiden, P.27 - Priesterseminar Regens-
burg, P.35 - Schulkomplex Roodt-Syre, Luxembourg, P.39
Luminaire Luminous Flux Llm
The 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 luminaireand thermal losses associated with LED
systems. WILA defines only the Llm value for all LED lamps at operating
temperature. This value can be found both in data sheets and in the
relevant EULUMDAT file.
System Efficiency Llm/W
System efficiency defines the ratio of luminaire luminous 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
Cut-off Angle
The cut-off angle of luminaires is defined as the angle between the
horizontal plane and the point from which the light source is not directly
visible yet. The increased visual comfort offered by shielded light sources
is clearly perceivable. The Downlights of the αbet zono family of products,
for example, have a very good cut-off angle of 30°.
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.
super spot < 10°
spot 10° - 20°
flood 21° - 45°
wide flood 46° - 55°
very wide flood > 55°
Definitions
Guaranteed Quality
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
guarantee applies for all standard products listed in this brochure and
their variants. You can find further details about the guarantee and the
required registration on www.wila.com „Service“.
5 years
Man
ufacturers guarante
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Re
gistraƟon www.w
ila.com
Heat sink
LED module
2000 lm / 69 lm/W
Luminaire luminous flux 1720 Llm
System efficiency 55 Llm/W
Beam Spread Angle ɣ
The beam spread angle ɣ is defined as the angle at which the luminous
intensity drops to 1% of the maximum value lmax. It is measured from the
vertical (see luminous intensity distribution curve) and is an important
measurement for glare reduction.
Limits of the average luminance of screens with a beam angle of > 65°
Screen high Screen average
illuminance ≥ 200 cd/m2 illuminance ≤ 200 cd/m2
Positive polarity and
usual requirements 1) ≤ 3000 cd/m2 ≤ 1500 cd/m2
Negative polarity and
high requirements 2) ≤ 1500 cd/m2 ≤ 1000 cd/m2
1) Example Office programme, dark text on bright background
2) Example CAD programme, bright lines on dark background
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 observers position. WILA provides UGR values where the
observers 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 maximum 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.
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 average illuminance Em [lx] can be read from the
chart for each corresponding height.
Planning Grid Room
The chart is intended as a means of calculating the approximate illuminance
required for ceiling grids in rooms and corridors. For the 600 grid, the
illuminances should be multiplied by a factor of 0.9.
Index
-DV = loop-in/loop-out function
-DD = dimmable, DALI
-DD-DV = DALI dimmable with loop-in/loop-out function
Abbreviations/Dimensions
OH = overhang, max. length of luminaire from the centre of reflector
W, W1 = width information
D = diameter
CO = ceiling, wall or floor cut-out for recessed luminaires
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 in Kelvin
L, L1 = length information
Q = reflector size, square
R = reflector size, round
Ra = colour rendering index
W = electrical power
α = half-peak divergence angle
ɣ = beam spread angle
40 41 WILA