SUSTAINABILITY
DOUBLE DYNAMIC LIGHT
LIGHTING CONTROLS
CUSTOMISATION
GLOSSARY
INTERIORS PENDANT SYSTEM RECESSED DOWNLIGHT SPOTLIGHT
TASK LIGHT DECORATIVE
EXTERIOR CEILING/ SUSPENDED WALL
INGROUND BOLLARD POLE TOP PROJECTOR
OUR STORY
The Fagerhult story began in 1945 when our founder, an engineer called Bertil Svensson, created a lamp so that his mother could keep knitting during the long, dark, Nordic winter nights. A simple tale that provided the basis of over 75 years’ worth of lighting developments.
The Scandinavian relationship with light is unique, ranging from almost never-ending darkness to a sun that seldom sets. It’s a culture defined by form and function, design with a purpose but also aesthetics. These cultural characteristics remain at the heart of what we do.
Creating the right lighting solution is both an art and a science. We work with a range of different industry bodies and academic institutions to help progress and further understand the relationships between humans and light. From the biological to the emotional, this level of insight pioneers the development of products, our philosophy and helps us create solutions that facilitate the everyday with a great lit environment.
As the industry and technology have evolved, the Fagerhult Group has increasingly looked outside of Scandinavia, being joined by brands that share the same ethos but bring new approaches and technical expertise.
In the UK, Fagerhult provide lighting solutions from ateljé Lyktan, LTS, WE-EF and LED Linear. By adopting this approach, we can support our customers not only with a simple, single point of contact but with access to a wide range of industry-leading luminaires and control systems.
Find out more www.fagerhult.co.uk
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LinkedIN: @fagerhultUK
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The Fagerhult Group is based on collaboration rather than assimilation. Optimising economies of scale and shared learning while still retaining the individual characteristics and areas of expertise.
From exterior, linear and bespoke to integrated and general lighting, the R&D, production methodology, supply and support are all tailored to the application’s specific requirements. Meet our UK brands.
Merging decorative with technical expertise, all products within the assortment are a result of collaborations with leading creatives or reinventions of classic concepts.
Evolving from a garage business manufacturing optics 30 years ago, the artisan spirit has been retained combining responsive flexibility with the capacity to deliver.
With a foundation of high-quality LED engines, versatile combinations of light and housings offers all the flexibility of customisation within a standard solution.
A pioneer and innovator of application-specific modular lens technologies, developing optical systems that deliver photometric efficiency together with high visual comfort in exterior environments.
Find out more www.ateljelyktan.com www.lts-light.com www.led-linear.com www.we-ef.com
Follow us on socials @lts_lighting @ateljelyktan @led.linear @weef_lighting
For us, sustainability is all about balance and farsightedness, whether that be in production, investment, technical innovation or social aspects.
Our own environmental impact is especially important to us and never far from our minds, given that our factory in Fagerhult has both a water protection zone and a nature reserve on its doorstep. This manufacturing site now uses 100% renewable hydroelectric energy to power equipment, and we turn single-use pallets from our suppliers into pellets, which are used to heat the factory.
Our Group Sustainability Promise prioritises five areas linked to the UN Global Goals for Sustainable Development, and in each, we aim for constant improvement and achieve long-term goals. Lighting Ergonomics, Conscious Production, Energy Efficiency, Empowering People and Pure Materials are our five pillars of sustainability. We target these areas where we see the most significant potential for positive impact.
As a lighting manufacturer, our greatest opportunity to make a difference is in reducing the energy consumed by our luminaires when in use. But, as green electricity production grows, the emphasis will shift toward the materials we use as part of the wider construction industry, which accounts for 60% of all waste in the UK.
We are already making strides in the right direction - LED Linear’s Ultima, which uses ground-breaking optical technology to radically reduce the size of the luminaire and cut material use by 94%. And Fagerhult’s Multilume Re:Think, the first recessed luminaire to use a body made from new material to the industry, consisting entirely of Swedish grown, natural organic fibres that are completely recyclable, 100% renewable, and has reduced its climate impact by 81%. At WE-EF, our products originate from an aluminium substrate sourced from 90% authentic refined recycled aluminium. This material is an ‘energy storer’, with only 5% of the original energy input required to recycle at the end of life.
Design and materials initiatives like these and many others across our Group will continually help reduce and mitigate our impact on the wider world.
Find out more www.fagerhult.com/about-fagerhult/sustainability www.fagerhultgroup.com/sustainability/
A modern wireless alternative to traditional wired network lighting control systems. Using the latest technologies, Organic Response (OR) offers features beyond lighting control functionality or energy savings by harnessing the lighting installation as a backbone for smart building services.
With true distributed intelligence and a dense network of sensors, OR simplifies the specification and installation of the whole lighting system. As a result, building owners and occupiers can easily optimise the lighting performance and make informed decisions about how spaces within buildings are used.
Integrated into the luminaire wherever possible, the sensor nodes detect movement and ambient daylight, transmitting and receiving this information from adjacent luminaires as part of a wireless mesh. The proximity communication protocol enables each sensor to understand its position within the space in relation to other sensor nodes, making informed decisions on how much light is required, dependent upon its immediate surroundings.
OR can be programmed to respond to the levels of light in the room and adapt the output accordingly. In addition, the latest version is equipped with colour temperature control, enabling dynamic environments by adjusting the CCT and output levels across the course of a day or specific activities being undertaken.
Rather than requiring specialist commissioning engineers, OR can be configured via an intuitive smartphone app. For example, activate daylight dimming at a push of the button or utilise a selection of pre-configured room and system characteristic settings. Install, learn and adapt as your estates and facilities teams can make simple changes to settings to reflect user preference, layout or room changes.
In areas where it is not possible or necessary to integrate into a luminaire, remote sensors enable you to connect the entire premises to a single control system.
Operating at radio frequencies between 2.4GHz and 2.5GHz, the OR wireless mesh employs co-existence strategies to minimise interference with other building wireless systems, such as WiFi, automatically selecting between 40 different channels across this part of the spectrum. In addition, the Mesh blacklists channels occupied by other systems and automatically switches to a clear channel at a local node to node level and network level.
When presence is detected, each luminaire defines the output level in relation to the proximity of the occupier.
The system can handle signals from multiple sources, maintaining a balanced light level when more than one person is in the space.
CONNECTED LIGHTING FOR SMART BULDINGS
Smart building are fundamentally changing the relationship between owners, occupiers, users and their built environment. Due to their prevalence through the space, luminaires are seen as being the backbone of IoT. OR has a range of features and functionalities making it an ideal conduit to bring data and services together for a truly connected eco-system.
With the latest radio frequency wireless mesh technology integrated inside the sensor node, whole lighting installations can be controlled and monitored from a centralised web-based Portal, including floor plans of the building. Industry-leading data throughput across the mesh enables datadriven services such as space optimisation through to occupancy monitoring with high resolution realtime or historical data. Maintenance, energy and emergency test reports are generated automatically for building facility managers.
In addition to gaining estate wide visibility, the Portal can be used to fine-tune the performance and output of the lighting system remotely. Each group of settings can be assigned a specific personality that allows replication of settings across different groups of luminaires through a few simple clicks.
The low energy mesh network uses Industry Standard encryption. Connection to the cloud is through Amazon AWS IoT and is encrypted using TLS.
All data is secure behind the AWS firewall. Authentication and authorisation is conducted through LinkedIn, with support for fine-grained, rolebased permissions.
The dual-level architecture splits communications between lighting control and data harvesting. The sensors live stream occupancy and light level data to the portal via a Wirepas mesh. Wirepas enables significantly higher data throughput compared to other wireless mesh systems.
All OR installations offer system assimilation via our secure Cloud Application Programming Interface (API). This API enables third parties to access the data held within the Organic Response system, opening up the possibilities for integration with Building Management Systems, Data Analytic platforms or custom developed mobile applications.
CONNECTED SYSTEMS
ORGANIC RESPONSE
Using the secure RESTful API, Organic Response can provide data to 3rd party applications e.g. BMS systems or custom developed mobile applications.
The web-based Portal provides a centralised hub for monitoring energy consumption, measuring occupancy for space planning and automated emergency and maintenance reports
Designed by DSDHA architects and delivered by Great Portland Estates plc (GPE), The Hickman is a seven-storey, 78,000 sq ft, dynamic workspace located in the heart of Whitechapel.
Fagerhult worked closely with GPE to create a lighting scheme complementing the smart building concept and offering users control over their working environment. Responding to the challenge of providing a flexible lighting scheme, Fagerhult developed a custom design product for the project used throughout the building. Now available as a commercial product, Pondero is the perfect luminaire for modern, contemporary office spaces: with a raw and unpolished appearance, it works effortlessly in The Hickman’s industrial backdrop. OR is connected to sensors integrated into the luminaires used throughout The Hickman to allow remote control and monitoring of spaces.
The Hickman is designed to make life easy for all those who work there, with technology embedded throughout the building and a raft of technical features that facilitate simple control of each office floor, allowing users to manage their working environment. The smart workplace app, sesame™, GPE’s award-winning smart workplace app, developed in partnership with SmartSpaces, provides contactless access, access to service and amenity and a smart interface with the building.
Fagerhult’s lighting concept, including the OR system, is fully integrated with SmartSpaces’ platform at cloud level using an API (Application Programming Interface) and locally using a mobile SDK (Software Development Kit).
The cloud API allows access to building-wide information such as real-time or historical occupancy data collected from the dense network of sensor nodes. Data collected can then be used by the SmartSpaces platform to optimise the energy usage of building services and provide occupiers with insights into their space utilisations.
The mobile SDK enables users of the sesame app to take local control of individuals or groups of luminaires. By connecting directly to the sensor nodes using Bluetooth, the luminaires move seamlessly and with minimal delay as users select their preferred lighting level. Moreover, the Organic Response system is ideal for occupiers who may want to reconfigure their working spaces and landlords who want to offer flexible spaces.
Allowing landlords and occupiers control over their workspace environment, the app also works as a facilities management tool enabling users to track faults, manage spaces remotely and provide a digital network for people to communicate. Moreover, data gathered through the app provides an added value for occupiers who can review how they work and behavioural patterns and use the data to inform plans for co-working spaces.
The Hickman is the first building globally to achieve the prestigious SmartScore ‘Platinum’ rating. SmartScore identifies best in class smart buildings that deliver an exceptional user experience, drive cost efficiency, meet high standards of sustainability and are fully future-proof.
INTEGRATIONS
The connected building eco-system provides owners and tenants with ever-increasing insights into operations and occupancy. Connecting smart lighting sensors to other services, analytic platforms and interfaces, the dense flow of information permits automated processes and adds value to the space.
The open nature of the OR system, combined with central and localised expertise, has enabled the development of bespoke solutions and integrations created to elevate the user experience.
In addition to BACnet and Application Programming Interface, Organic Response is now compatible with the Niagra Framework for integration with BMS systems. Via connection to a Jace, access all the rich data and intelligence harvested from the OR system to connect with different services, to create a smart building ecosystem with minimal complexity.
The Dewey Space solution is a customisable way of viewing the occupancy data generated by the OR lighting system. Helping to promote spatial and navigational efficiencies by channelling footfall towards less populated areas within the building.
Live information about presence detection from the dense network of sensor nodes can be viewed in different ways. A dashboard overview of average occupancy on each floor of a building or more detailed graphical representations on floorplans.
When combined with digital signage, it can give building users valuable insight into which areas are busy or not. It can also increase productivity by enabling them to find suitable areas to work more quickly.
Integration between OR and the Nimway smartoffice solution from Sony Network Communications Europe makes office life smoother and simpler for employees. Using the Nimway mobile app, they can navigate the office, book rooms and locate colleagues in the building.
Together, these technologies combine the advantages of smart lighting with smart indoor positioning. The result is seamless connectivity that enables more efficient and dynamic working methods.
Employees benefit from finding colleagues easily – one of the main challenges of activity-based working – and from responsive lighting whenever and wherever needed. Business owners get a better overview of and control over people flows in larger buildings and sustainability and cost savings in lower energy consumption and reduced need for hardware.
CREATE YOUR OWN LIGHT
LED evolution and the resulting impact on manufacturing processes have opened up new opportunities to tailor lighting solutions to specific applications. Customisation is becoming increasingly prominent, from practical requirements and consolidation of services to creating one-off showpieces.
Across our Fagerhult brand portfolio, we have a number of departments dedicated to creating nonstandard luminaires. Within the UK, over 50% of all the luminaires we supply are, in some way, adapted for a specific purpose.
By remaining diode independent but keeping the production of the LED boards in-house, we can continuously evaluate the market for the best option while retaining the capability to adjust the placement and shape of the LED boards for both standard and custom requirements. Our manufacturing facilities are 3rd party validated to conduct our testing and accreditation. Both elements are essential to produce adapted fittings with viable price points and delivery schedules.
With many of the luminaires we produce today, the catalogue range is essentially just the base possibilities. Fagerhult Configure is an easy way of changing the parameters of a fitting within a defined tolerance. Simply select the Fagerhult Configure option on the product page, and you can make changes download a specific datasheet and LDT file.
Define the exact output needed to achieve the right lit effect, adjust the direct/ indirect components, create profiles for critical lengths, colour match to other building elements, change the optics, create exact ceiling tile replacements with integrated services. From time-saving installation to the architectural design concept, whatever the motivation, it has never been easier to produce project-specific solutions with our adaption service.
The Studio is the home of bespoke. A department that combines resourceful problem solving with expert lighting and a passionate enthusiasm for making things. The Studio develops everything from prototypes which will never be more than just a prototype to luminaires for offices, hotels, churches and the odd private home. Interior or exterior in small or large numbers. From die-cutting, welding and joining to cutting, grinding and all types of forge work, unleash your creative vision with confidence we have the skills to help bring it to life.
ADAPTIONS
Using Notor 65 to create a lighting solution that was both dynamic and sympathetic to the building’s historical context. Created in exact made-to-measure lengths, the output was adapted to provide a higher illuminance on the direct component with the indirect element tuned to avoid hotspots of light from luminaries mounted close to the soffit.
A custom created panel manufactured as a quick and easy to install tile replacement for a specific SAS ceiling type. To facilitate a cleaner ceiling line, the solution integrated air-handling and the output from the luminaire was preprogrammed to deliver the exact light level required, avoiding any energy waste.
ADAPTIONS
A track-mounted fixture adapted with a triple-layered optic merging micro prism with opal and clear diffuser to carefully control the output and create an office compatible lit environment. A custom-created cable trunking profile houses sprinkler systems, lighting, power cables and fire alarm cables in a single solution.
The hotel’s interior design has been created together with architects and nine different designers, inspired by traditional Nordic design. A custom-developed luminaire that plays with contrast, matt and gloss finishes, wood and chromed metal work together to create a pendant that is both simple and expressive at the same time.
THE STUDIO
Part of 80 completely new product designs, two luminaires have been custom created for the National Museum in Stockholm. Mela, designed by Matti Klenell, was inspired by the shape of an apple, where the stem meets the fruit. Satellite, designed by TAF Studio, has a form that reflects the space satellites circulating the Earth.
Faulkner Browns Architects wanted to create a luminaire that would act as a focal point for the circular hub of the building. The installation consists of 82 circular drums measuring 6.5 m in diameter. Housing speakers, spot and general light, the Tunable White functionality allows the light to redefine the entire feel of the space.
THE STUDIO
Light Bureau designed these completely bespoke pole-top luminaires and created them in The Studio to illuminate an iconic park in Stockholm. Aligned with the transition to darkness in the evenings, the lower light source, with a 2200k CCT, lights up before the upper general light comes on, slowly achieving full brightness over a 30min period.
Developed by Form Us With Love as part of the annual Landskrona festival, adapted Cob pendants were installed in clusters of 20 or 40 across the park. Controlled via a Seneco smart lighting system, both the energy and occupancy levels are monitored via a cloud-based interface, acting as a pilot for future public realm lighting strategies.
While many of the traditional metrics of LED quality are still relevant, several new technologies and production techniques have emerged that can enhance operational performance, durability and the overall lit experience.
The colour characteristics of individual LEDs of the same type can vary significantly. To ensure consistency, we select LEDs from pre-sorted batches or bins. The degree of deviation from a LEDs’ intended colour can be defined by a MacAdam ellipse based SDCM system that ranks colour consistency on a scale from 0 to 10. For indoor applications, a SDCM rating of between 2-3 is recommended; for exterior applications, above 5 would be OK.
CRI is a quantitate scale, ranging from 0-100, that measures the ability of a light source to render 8 predefined colour samples. Traditionally, the higher the CRI, the less efficient and more costly the luminaire becomes; however, as the technology evolves, this is less prevalent. While CRI 80 is standard in many interior luminaires, the increasing adoption of the WELL standard is seeing more requirements for CRI 90 in workplaces.
The LED module contains a mixture of diodes providing warm or cold light. We can get colour temperatures between 2700-6500 Kelvin out of a single luminaire by mixing these lights. In addition, systems can be pre-programmed to vary both the CCT and the intensity of the light over the course of a day, bringing an extra element of dynamism into the interior and exterior spaces.
The lifetime of an LED module is shown using a system of L and B values combined with a calculated time. L80 B10 70000 would indicate that, after 70,000 hours of operation, the lumen output from the luminaire would be 80% of the initial value and that on average 10% of the luminaires are expected not to meet the lumen value. The L value would be used to help calculate a maintenance factor for use in lighting calculations.
Maintenance factors are used in lighting calculations to take account of the reduction in light output due to dirt. Lower maintenance factors mean more fittings are used, with higher initial illuminance levels and increased energy consumption. The shift to LEDs can fundamentally improve a luminaire’s maintenance behaviour, allowing higher maintenance factors to be used with reductions in luminaire quantities and excess illuminance.
LED luminaires may lose 20-30% of their light output over 50,000 hours and, when this is taken into account in the initial lighting calculation, can result in substantial overlighting. CLO electronic drivers automatically increase the power to the LEDs over time to maintain constant light output. As a result, the maintenance factors used in lighting calculations can be higher, initial quantities of fittings lower, and excess energy used to over-light eliminated.
TECHNICAL TERMS
PTLO is a technique where LED luminaire light outputs are factory set to the precise requirements of a project, no more, no less. When combined with constant light output technology, the lighting scheme will never deliver more light than needed nor consume a single watt more than necessary.
The UGR is an internationally accepted method used to calculate an index of discomfort glare, which is ranked on a scale running from 13 to 28, where the higher the glare index, the higher the level of glare. Discomfort glare depends on several factors; the luminance and the size of the glare source, the position of the glare source in relation to the line of sight and the background luminance against which the glare source is viewed.
LED lighting has brought many benefits but also some challenges, including the emergence of multiple shadows. The change to numerous output points, where the diodes themselves create a shadow in the reflector or remain exposed, create multiple shadows on the task area making standard tasks like writing or drawing very distracting and uncomfortable to the eye.
The Beta Opti Nano optic combines lenses and a collimator, channelling light into the louvre, so each louvre cell receives light from seven LEDs, eliminating multiple shadows. The highest efficiency can be created using angled, closed top louvre cross-blades, combined with contoured side profiles, creating a
wide batwing light distribution limited to <1500 cd/ m2 at all relevant angles.
The combination of 19th century optics with 21st century light sources might seem surprising, but the brilliantly designed Fresnel lens is as relevant today as when it was first conceived. In the Pleiad G4 downlights the Fresnel lens directs light to almost bypass the reflector system completely, with minimal loss in efficiency.
In the LED era, optical systems are often complex combinations of mixing chambers, reflectors and lenses. But where size matters, nano-ray optics are invaluable. The Ultima product is only 12.5mm thick, made possible by optics that eliminate the need for conventional reflectors and lenses and shrink the whole system into a super-thin film of incredible, repeatable precision.
Evidence shows that night-time artificial light can have negative effects on plants and creatures, with short-wavelength, blue light cited as having a particularly negative impact. The International Dark-Sky Association recommends the adoption of warmer, 2200k colour temperature sources to help limit blue light. In support of this important initiative, 2200k LEDs are available to specify for the vast majority of WE-EF luminaires.
Ingress Protection Rating: IP testing helps establish how well a luminaire is sealed. An IP67 luminaire, for example, is considered dust-tight and able to be temporarily immersed in water. An IP66 luminaire, in contrast, would be dust-tight and able to withstand a powerful jet of water from any direction. It might be expected that an IP67 luminaire would also, by default, be IP66, but we don’t take that for granted because the tests are entirely different.
Reflection Free Contour technology: the conventional flat glass exterior cover is replaced by a UV stabilised panel with a contoured surface to minimise the loss of light that normally occurs due to internal reflection. As a result, LOR improvements of 5% are realised, with as much as 30% improvements in light output at certain critical angles, allowing wider spacing of luminaires..
One LED Concept: conventional area lighting luminaires create their light distribution using individual LEDs with various beam orientations and angles in a “multiple spot” lighting technique. WE-EF use a “multi-layer” principle where each LED illuminates the area equally, with each layer creating a uniform end result. The advantage is obvious: the failure of any individual LED reduces the light level, but the uniformity is unaffected.
RGBW/RGBA light sources make colourful lighting effects by allowing selective mixing of four different light colour channels.
The total luminaire power is distributed evenly across all four channels. However, when only three channels are used, Colour Boost technology works differently, distributing 100% of the electrical power to the three active channels so that each channel uses 33%.
Outdoor luminaires can be exposed to rapid, extreme or recurring changes in ambient conditions causing seals to fail. Our specially designed breather gland solves the problem. The gland allows air and gases to pass freely through the luminaire housing, rapidly and effectively equalising pressure, so liquid and any other contaminants are blocked, but moisture vapour passes freely through.
Gaskets are precision engineered and critical parts of any sealed luminaire housing to ensure longevity and safety, but gaskets can be damaged by over-zealous tightening of fixings and fasteners. Our controlled compression gasket designs ensure that the gasket can only be compressed to its optimum designed level and no more for consistent performance over time.
Any luminaire used in arduous indoor or outdoor environments is prone to corrosion, especially when screw fixings connect parts. PCS hardware solves the problem – a tough, impregnated polymer coat is applied to fixings, reducing friction during tightening and creating a non-metallic barrier between metals, eliminating the risk of galvanic corrosion or cold welding.
PENDANT KVISTEN
SUPERDUPERTUBE
NOTOR
TIMBA
TIME G3
PONDERO FABRIK
APPAREO
WORKER HOOD POZZO SWEEP
SCOOT
SYSTEM VAULT
LICHTKANAL ULTIMA
MARS NANO
RECESSED/ SURFACE
MULTILUME RE:THINK
MULTILUME FLAT
DWIDE
MULTILUME HYDRO
DISCOVERY ALLFIVE
DOWNLIGHT
PLEIAD G4
LEWEY
CHOC
SPOTLIGHT
STREAMER MINI
JAMIE
ORYO
STARE
TASK
CHARGE
SVIT
BIRDIE / SPARROW
SIMRIS
PLUGGIE
DECORATIVE
OGLE
ERA
PILO
RIFF
DINO
TWISTER LINE
EAGLE
BUMLING
ECLIPSE
ALBA
XOOTUBE
LEPO
GLOBIA
XOOCOVE
XOOLUX NANO
KVISTEN SUPERDUPERTUBE NOTOR 36
NOTOR DYNAMIC 65
NOTOR 65
NOTOR 78
TIMBA
TIME G3
PONDERO
FABRIK APPAREO WORKER
HOOD HOOD MINI
POZZO SCALE
SWEEP
SCOOT
The perfect solution for modern interiors, especially where balanced combinations of direct and indirect light are desired. Today’s pendant luminaires have shrunk in physical size but expanded in capability.
Often used for task-oriented, focussed lighting, pendant solutions have the potential to drive efficiency and light quality up. Precisely controlling light from high output LEDs in luminaires with minimal dimensions requires a number of specific techniques to merge visual comfort and energy regulation.
Beta Opti, with side and cross blades and an integral optical film, strictly controls glare with hardly any loss in efficiency. In addition, the perfect millimetre positioning of individual LEDs within the optic helps create the most efficient light output and eliminates multiple shadows in the distributed light. Honeycomb louvres provide a completely different visual expression with exceptional UGR values. Despite producing 35% less light by eliminating light spill, the lux values on the task area are virtually the same. Large surfaces can be uniformly illuminated without glare by combining high-quality materials and side-emitting LEDs.
FAGERHULT
Kvisten is a unique luminaire with thoroughly thought out details in every aspect. The luminaire body made entirely of wood, has a neat and natural feel –and a promise of a brighter future.
Throughout the process, conscious choices were made to enable complex solutions around details, methods and materials. Kvisten is built from 77% recycled or renewable materials. The luminaire body is made of pine plywood and birch veneer and the reflectors are reused from old television sets. The louvre was made using only half as much plastic compared to conventional Delta louvres.
The wooden body was joined using traditional craftsmanship and without any screws or other attachments. The result is an innovative – and at the same time traditional luminaire.
Kvisten is 1200 mm, and has two different light distributions: direct or direct/ indirect light. The luminaire is available in versions with CRI 90 or Tunable White as well as with pull dim switch. Kvisten is also compatible with our wireless Plug and Play system for light control, Organic Response.
FAGERHULT
DESIGN
Pendant. With a wooden frame, recycled reflectors, and reduced plastic components. ☐75x 1236.
Delta – micro-prism louvre optic in acrylic (PMMA).
Frame in pine plywood with an outer layer of birch. Coated with a water-based UV varnish.
D or D/ID 50/50 %.
1820- 4050lm, 138- 144lm/w.
30/ 4000k, CRI 80, SDCM 3, CLO- L100 50 000 h.
A reimagining of a classic suspended luminaire first created in 1969, adapted for LED in the 2010’s and now redesigned using innovative materials to minimise its carbon impact. Superdupertube is the latest collaboration between Atelje Lyktan and Snøhetta.
Superduper tube is a perfect balance between light comfort, aesthetical values and a conscious material choice. The main component in this luminaire is extruded or injection moulded and made by a hemp fibre reinforced bio composite whose resins are starch-based aliphatic polyesters, sourced from responsibly-grown sugarcane and beetroot. All the main ingredients comes from agricultural products.
The unique louvre of superdupertube has been constructed of the same materials as the housing but offers a completely new visual expression while creating exceptional light treatment for an enhanced lit experience.
The strong hemp fibre can grow on poor soils, it needs only a small amount of water, no fertilisers and it absorbs more CO2 as it grows making it a carbon negative crop. With this material we do not need any surface treatment.
Superdupertube reduces fossil material dependence and is industrially compostable, challenging office lamp norms and promoting sustainable, innovative materials and production technologies.
DESIGN
Pendant. Ø80x 1243/ 1526/ 1808/ 2373.
Clear acrylic with linear prism or mini microprism or diagonal louvre with linear film or lens 60o Bio-based polymer consisting of hemp fibre, wood cellulose, PLA from sugar cane and lime.
D/ID 30/70, 70/30, 60/40 %. 2600- 7900lm, 94- 138 lm/w.
30/ 4000k, CRI 80/90, SDCM 3, CLO- L100 50/100 000 h.
FAGERHULT
Defined by a minimalist style that houses so many possibilities, Notor’s flexibility has helped keep it relevant for over 15 years. The technology has changed, but the concept remains; Notor ensures an optimal lit experience, whatever your design concept.
Notor 36 is a luminaire with a square profile and a Scandinavian design style. Only 36x36 mm, it blends into the background and enables you to create both symmetrical and creative patterns. In continuous installation, each module is assembled electrically by means of an innovative installation technology where the luminaires click together easily by hand, saving time by avoiding the need to run electrical cables between the fixtures.
Notor 65 Dynamic is grounded in the insights gained via the Double Dynamic Lighting research project. With a diffused direct/indirect light, combined with directional light from a spotlight mounted on the side, it helps produce a lit experience closer to what we enjoy in natural daylight. Helping to create more motivating environments and increase well-being at the workplace.
Notor 65 offers a wide range of distribution angles, direct only, direct/indirect, or indirect only distribution angles, with Beta Opti, Delta or Opal louvres. Using Notor 65 Control Track, a unit for mounting spotlights, in a continuous installation allows additional accent lighting.
Notor 78 is ideal for workplaces with direct/indirect light distribution in combinations of 70/30, 50/50 or 30/70. The direct light is equipped with a Delta louvre and the indirect light with a technical film that increases the spread of light to avoid bright spots on the ceiling.
FAGERHULT
DESIGN
Suspended, surface mounted, wall mounted via bracket. Single or continuous. ☐36x 1200/ 2400.
Opal: frosted acrylic diffuser (PMMA). Beta Opti: Double parabolic reflector louvre with an integrated opal film. Body finished in white, silver or black.
Opal: D only. Beta Opti: D or D/ID 65/ 35%.
D: 1800- 5600lm, 110- 127lm/w. Beta Opti D: 1750- 5600lm, 127- 134lm/w. Beta Opti D/ID: 4800lm, 133lm/w. 30/ 4000k, CRI 80, SDCM 3, CLO- L100 50 000 h.
FAGERHULT
DESIGN
Pendant with integrated spotlight. Profile: ☐36x 1346/ 1435. Spotlight: Ø55.
Beta Opti: double parabolic reflector louvre with an integrated opal film. Delta: microprism louvre in acrylic (PMMA).
Body lacquered in white or black. Indirect light is covered by an opal film.
D/ID 30/70%, Narrow beam spotlight.
Beta Opti: 4500- 4700lm, 86- 124lm/w. Delta: 4400- 4900lm, 94- 124lm/w. 30/ 4000k, CRI 80/ 90, SDCM 3, option for T/W, CLO- L100 50 000 h.
FAGERHULT
NOTOR 65
Single or continuous. ☐65x 800/ 1200/ 2400 mm as standard or custom lengths with 105mm LED boards. Wall option. Microprismatic, Opal diffuser or Beta Opti louvre (1200/ 2400 only). D or D/ID 50/50% light distribution. Asymmetric option. 800: 1000- 2300lm. 1200: 1500- 6000lm. 2400: 3100- 12000lm. SDCM 3, CRI 80, CLO- L100 B50 50.000 h.
Single or continuous. ☐78x 1200/ 2400 mm with option for wall mounting.
Microprismatic Optic. D or D/ID 70/30, 50/50, 30/70% light distributions.
1200: 1700- 5400lm. 2400: 3500- 10700lm. SDCM 3, CLO- L100 B50 50.000 h.
DESIGN
Pendant. 91x 1139.
Sustainable pendant luminaire with ash wood body in rectangular design with design grooves in the top side end covers made from black aluminium. Opal acrylic glass diffuser.
Direct distribution. 5310-5690lm, 106lm/w.
27/ 3000k, CRI 80, L90 50 000 h.
ATELJÉ LYKTAN
DESIGN
Pendant or surface mounted. Single or continuous installation. 1140/1420/ 1700/ 2260/ 2280mm lengths.
Two prismatic louvres (one high output, one high efficiency) optical diffuser, micro lamella louvre or opal.
Luminaire body in extruded aluminium, end-caps in cast zinc. White or grey finish.
FAGERHULT
DESIGN
Pendant. Ø80x 1200/ 1500.
Double parabolic reflector louvre with an integrated opal film.
Body of untreated steel sheet and end caps in untreated aluminium. Transparent tube in acrylic.
D/ID 97/ 3% light distribution. 1200: 2900lm, 117-128lm/w. 1500: 4300lm, 122- 130lm/w. 30/ 4000k, CRI 80, 90 on request, SDCM 3, CLO- L100 B50 50 000 h.
ATELJÉ LYKTAN
DESIGN
Pendant. 142x 455/ 1933.
Shade in spunned aluminum and a microprismatic louvre combined with an opal folie.
Well de-glared with a symmetrical direct light.
Side-emitting LED. D only or D/ID 60/40% light distribution. D: 4000- 4400lm, 113-133lm/w. D/ID 800: 4100- 4700lm, 101- 117lm/w. D/ID 1200: 5100- 5800lm, 128- 135lm/w. 30/ 4000k, CRI 80, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
FAGERHULT
APPAREO
Pendant. D/ID 40/ 60%. 1255x 374x 28.
Body in extruded aluminium and ends in cast metal. Black or white. Side-emitting LEDs, transparent acrylic diffuser. 4900- 5400lm, 118- 140lm/w, 30/ 4000k, CRI 80, 90 on request, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
Pendant. D/ID 40/ 60%. Ø675x 31.
Body in cast aluminium. Black or white. Side-emitting LEDs, transparent acrylic diffuser. 4800/4900lm, 130lm/w, 30/ 4000k, CRI 80, 90 on request, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
Pendant, single or continuous. D/ID 35/ 65%. 1187/ 1467/1747/ 2307/ 2867x 94x 85.
Frame in extruded aluminium. White, black, green, blue, pink or grey. Microprismatic acrylic glass or plastic Honeycomb louvre. 1187: 4000lm>. 1467: 5200lm>. 1747: 6400lm>. 2307: 8900lm>. 2867: 11400lm>, 30/ 4000k, CRI 90, SDCM 3, CLO- L100 B10 50 000 h.
Pendant. Ø391x 206/ 600x 318. Base in cast aluminium. Shade in opal acrylic. Opal or microprismatic diffuser.
Ø400: 1000- 1500lm, 30/ 4000k, CRI 80, SDCM 3, L80 B50 50 000 h.
Ø600: 2000- 3500lm, CRI 80/ 90, SDCM 3, L80 B50 50 000 h.
Pendant. Configurable from 1200x 1200 up to 1800x 3000. Shades of moulded polyester felt. Frame in lacquered structure aluminium. Diffuser in opal acrylic.
Individual light module: 1400lm, 61lm/w. 3000k, CRI 80, 90 on request, SDCM 3, L90 50 000 h.
Pendant. Configurable from 600x 600 up to 600x 3000.Shades of moulded polyester felt.
Pro: frame in aluminium, diffuser in opal acrylic. E27: Body in spun aluminium, supplied without light source.
Pro: 600: 900lm. 1200: 2000lm. 1800: 3000lm. 2400: 4100lm. 3000: 5300lm. 27/ 30/ 4000k, CRI 80 , 3 SDCM.
FAGERHULT
DESIGN
Pendant or surface mounted. Ø500/ 650/ 850 x 51.2.
Opal- acrylic (PMMA). Delta – microprism louvre in acrylic (PMMA). Metal housing with white structured finish.
D only or D/ID light distribution.
Ø500D: 2200lm. Ø500D/ID: 3500lm. Ø650D: 3900lm. Ø650D/ID: 5800lm. Ø850D: 5900lm. Ø850D/ID: 8900lm. 30/ 4000k, CRI 80, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
FAGERHULT
SWEEP
Pendant. Body in plastic enamelled in various colours. Opal or microprism louvre. D/ID 55/45%. Ø500/ 700.
Ø500: 3900- 4100lm, 129- 137lm/w. Ø700: 6900- 7300lm, 124lm/w.
30/ 4000k, CRI 80, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
Pendant. Body in plastic enamelled in various colours. Opal or Delta microprism, D/ID 65/35%. Ø450x 275. Opal: 3100lm, 123lm/w. Delta: 2900lm, 117lm/w. 30/ 4000k, CRI 80, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
VAULT PENDANT
VAULT WALL
LICHTKANAL
LICHTKANAL RECESSED
ULTIMA T
ULTIMA P
ULTIMA S
MARS NANOModular and multi-functional, systems help lighting become an integral part of any interior. Each system is intended to be a precision lighting instrument, helping deliver the correct aesthetics and technical aspects of light for any given application.
As well as offering versatility in arrangement and pattern, systems are also available in multiple configurations – ceiling, recessed, surface or suspended – creating visual ceilings or even wall surfaces, using additional components like acoustic tiles or stretch fabrics.
In all cases, systems are engineered with meticulous attention to detail and are squarely aimed at ultimate flexibility and ease of installation. Each light component can also be equipped as standard with technical interfaces giving smart phone control of the entire lighting system in whole or in part, allowing easy set-up and choreography of the lit environment.
Creativity without complexity. Vault is the creation of East London Design agency Fourmation. A modular, multi-functional lighting system that empowers designers to create a spatial concept that can be tailored to suit any environment. Made up of only a few components that can be linked together to form an array of configurations, Vault provides limitless possibilities for creating different lighting patterns and feature ceiling grids.
Utilising a simple click-in technique, the light bars can connect horizontally from each side of the suspension blocks. Available in three sizes, the light bars can be positioned to supply light either up and down or side to side.
Vault is available in both suspended and wall-mounted variations, both sharing the same design philosophy. Rather than being static, using the same fixing points but rearranging the configuration and direction of the light bars, it is easy to change the dynamic of the installation.
Both variations can be supplemented by an acoustic panel developed for large, noisy environments such as open-plan offices, restaurants and shopping centres or spaces where a fully absorbent ceiling cannot be used. Flexible grid formations can be installed directly above work areas or other zones where good acoustics and high-quality lighting are essential for communication, concentration or rest. With a sound absorption Class A rating, the high-density wool is fully recyclable, while the back of the panel is covered with glass tissue.
Designer: Fourmation
ATELJÉ LYKTAN
DESIGN
Pendant. Up to four light bars can be connected horizontally per block. 1144/ 1564/ 1984x 64 x63. Diffuser in opal acrylic glass.
Profile in extruded aluminium. Block in die-cast solid metal.
Symmetrical omnidirectional light distribution. The bars can be installed to provide light up/ down or side to side. 1144: 2200lm, 81lm/w. 1564: > 3000lm, 87lm/w. 1984: 3900lm, 86lm/w. 30/ 4000k, CRI 80, SDCM 3, L90 B10 60 000 h.
ATELJÉ LYKTAN
DESIGN
Wall mounted. Up to four light bars can be connected per block. 1144/ 1564/ 1984x 64 x63. Diffuser in opal acrylic glass.
Profile in extruded aluminium. Wall bracket in aluminium. Block in die-cast solid metal.
Symmetrical omnidirectional light distribution. The bars can be installed to provide light up/ down or side to side. 1144: 2200lm, 81lm/w. 1564: > 3000lm, 87lm/w. 1984: 3900lm, 86lm/w. 30/ 4000k, CRI 80, SDCM 3, L90 B10 60 000 h.
With a stylish, stripped-down design language, Lichtkanal accentuates the form of the architecture. Lichtkanal is always constructed to order, offering all the flexibility of a custom solution within a standard assortment.
The aluminium profile forms the base of the system, constructed in made-tomeasure lengths, surface mounted, suspended or recessed into walls and ceilings. Available in 4 different sizes, the recessed profile can be supplied with or without a trim for installation in plasterboard or concrete surfaces.
The profiles are supplemented by a choice of lighting inserts with a non-reflecting matt reflector for the highest luminous efficiency and a curved acrylic glass diffuser for uniform light distribution in long runs or at corners.
The lit experience is shaped by the optic. While the prismatic acrylic glass provides a focused, glare-free light, the opal cover delivers a uniform illumination. The nanoOptix micro-structured foil transfers the functions of an optical lens to a wafer-thin foil only 0.6 mm thick while maintaining specific narrow or batwing beam characteristics. Produced in lengths up to 150m, there is no impact from visible edges when it comes to longer light lines.
Surface, pendant or wall mounted. 45/ 60/ 70 x made-to-measure lengths and custom configurations. 45/ 70: Prismatic flush, opal flush or opal dropped. 60: Optical foil with opal dropped diffusers. Profile in aluminium, black, silver or white. Profile supplemented with choice of light insert.
60: foils for batwing, narrow, wide or wallwash beam distributions. 45: D only. 60/70: D or D/ID options. 45: 860- 3500lm, 107lm/w. 60: 1200- 8100lm, 120lm/w. 70: 870- 6000lm, 113lm/w. 30/ 4000k, CRI 80, SDCM 3, option for T/W, L80 B20 50 000 h.
LTS
Recessed in concrete or plasterboard ceilings. 45/ 60/ 70 x made-to-measure lengths and custom configurations. 45/ 70: Prismatic flush, opal flush or opal dropped. 60: Opal dropped diffuser. Profile in aluminium with or without a trim, black, silver or white. Profile supplemented with choice of light insert.
Flush, D only. Dropped opal diffuser provides an element of ambinet light on the ceiling. 45: 860- 3500lm, 107lm/w. 60: 1200- 8100lm, 100lm/w, 120lm/w. 70: 870- 6000lm, 113lm/w. 30/ 4000k, CRI 80, SDCM 3, option for T/W, L80 B20 50 000 h.
Ultima represents a ground-breaking step toward an enhanced quality of life through lighting while conserving the scarce resources of our environment. Its minimal design measuring just 10 x 13 mm, blends into any building structure and disappear from sight while also reducing the consumption of raw materials.
The NanoRay 2.0 optics feature more than 220,000 Nano lenses in each LED cell. The lens details, smaller than 1ųm, accurately guide each light beam and ensure proper mixing of all wavelengths. This approach enables sharp lighting distributions and homogeneous colour over the whole lighting scene.
Despite its extremely slim design, it achieves lumen outputs from 300 lm/m reaching up to 2,000 lm/m. Making it suitable for general, task and accent lighting. An elegant louvre ensures excellent glare control (UGR < 13), making Ultima not only ideal for general, task and accent lighting applications but also hides the luminaire from sight.
The recessed trimless track version enables a simple planning and seamless installation in drywall construction. Thanks to its minimal installation depth of 11.2 mm, it does not require structural planning or modification of the ceiling support structure; a simple cut-out in the 12.5 mm thick plasterboard will suffice. Mounted as trimless, the light line disappears into the ceiling with 13 mm width.
Track version as surface, recessed or pendant mounted. Light section 10x 13x 290/ 540/ 790/ 1040/ 1290/ 1540.
Anti-glare optics available in black or white offering a UGR < 13 or Opal PMMA diffuser offering a dot free illumination. Extruded and anodized aluminium casing profile, black or silver finish.
Nano optics for 15°/ 25°/ 40°/ 60°/ Batwing/ asymmetrical light distribution. Opal. Nano: 470- 2200lm/m. 78- 108lm/w. Opal: 470- 940lm/m. 64lm/w. 22/ 27/ 30/ 35/ 40/ 5000k, CRI 85- 95, SDCM 3, L80 B10 60 000 h.
LED LINEAR
DESIGN
Pendant. L16.2x 12x 1092/ 1592.
NanoRay 2.0 optics for precise beam and glare control with minimal color over angle or opal.
Extruded and anodized aluminium profile embedded in a steel housing. Brown AppleSkin or leather loops. IP40.
NanoRay optics 40°/ 60°/ batwing light distribution. Opal. Nano: 1400- 1800lm/m. 78- 108lm/w. Opal: 470- 940lm/m. 64lm/w. 27/ 30/ 35/ 4000k, CRI 95, SDCM 3, option for T/W, L80 B10 60 000 h.
LED LINEAR
Surface or recessed mounted via magnets, clips or adjustable brackets. 10x 13x 290/ 540/ 790/ 1040/ 1290/ 1540.
Anti-glare optics available in black or white offering a UGR < 13 or Opal PMMA diffuser offering a dot free illumination. Extruded and anodized aluminium casing profile, black or silver finish. IP40 rated.
Nano optics for 15°/25°/40°/60°/batwing or asymetrical light distribution. Opal. Nano: 470- 2800lm/m. 78- 108lm/w. Opal: 470- 1600lm/m. 64lm/w. 22/ 27/ 30/ 35/ 40/ 5000k, CRI 85- 95, SDCM 3, option for T/W, L80 B10 60 000 h.
LED LINEAR
DESIGN
Surface, pendant or recessed mounting. 41.5mm wide profile, scalable lengths up to 4m.
Antiglare optics available in black or white offering a UGR as low as < 13.
Extruded and anodized aluminium casing profiles, white, black or silver. IP40 rated.
Nano optics for 15°/25°/40°/65° light distribution. Opal. Nano: 410- 3900lm/m, 78- 109lm/w. Opal: 1100- 2800lm, 70lm/w. 22/ 27/ 30/ 35/ 40/ 5000k, CRI 95, SDCM 3, option for T/W, L80 B10 60 000 h.
INDEX
Recessed luminaires are a staple in areas with limited ceiling heights, where the concepts demand clean ceiling lines or as part of a layered solution, bringing light into the volume of the space.
Our recessed solutions use the latest LED and electronic driver technology and control the output of LED sources using sophisticated optical components to give the best possible mix of light distribution and efficiency. Beyond the standard assortment, adaptions to luminaires to projectspecific requirements are purpose-designed and built to seamlessly integrate into any suspended ceiling system. Whether it be incorporating airhandling functionality or the perfect aesthetic incorporation of a shadow gap, trim edge detail or perforation line.
For glare critical workplace applications, luminaires using NanoRay beam shaping can be specified to achieve glare (UGR) levels of 13 or less in practice for the highest ergonomic visual quality.
Multilume Re:Think is the result of an in-depth analysis of the different phases of a luminaire lifecycle and how much of the CO2 emissions each stage accounts for. Usage accounts for the largest energy consumption with the materials used for the manufacturing of a luminaire identified as the second largest impact on the carbon footprint.
Equipped with the latest energy reduction technologies, Re:Think was designed to reduce the consumption of virgin or fossil materials used in the luminaire housing and packaging. Using an innovative Solid Board material, it is possible to reduce the climate impact from the luminaire body by 81% when compared to a traditional steel construction.
Solid Board is produced with paper in several layers (PE laminate or paper with PE coating) to protect the product from moisture and meet the challenges associated with transport and storage. It is made from 100% renewable materials with 78% coming from recycled materials in the first instance.
The weight of the fitting is reduced by 32% with shipping volumes also decreasing by 30%. No plastic parts or non-recyclable packaging, only recyclable corrugated cardboard remains after installation. The instruction manual is printed directly on the back of the luminaire, so that it is always available for any future reference.
More than 90% of the luminaire can be recycled into new materials and the rest can be recycled into energy, i.e. district heating for households. The luminaire body itself, made of Swedish natural fibre and recycled materials, can be recycled to 100%.
FAGERHULT
DESIGN
Recessed mounting in ceilings with visible T-bars. ☐600x 26.
Delta: microprism in UV stable PS with a thin opal diffuser on the inside. Opal: frosted UV stable PS.
Luminaire body in Solid Board, hard recycled paper material. White visible surface.
Direct only distribution.
Delta: 3600- 4300lm. Opal: 4200- 4400lm. Other options via Fagerhult configure. 30/ 4000k, CRI 80/ 90, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
FAGERHULT
DESIGN
Recessed mounting in exposed or concealed grid. ☐300/ 300x 600/ 300x 1200/ ☐ 600x 52. Ceiling tile specific sizes via customisation.
Delta: microprism in acrylic (PMMA) with a thin opal diffuser (acrylic/PMMA) on the inside. Opal: frosted acrylic (PMMA).
Luminaire body in white enamelled sheet steel. Additional integrated services via customisation.
Delta: ☐300: >1000lm, >112lm/w. 300x 600: 1900- 2300, 103- 113lm/w ☐600: 2500- 4700lm, 116- 131lm/w.
Opal: ☐300: >950lm, >122lm/w. 300x 600: >2100, >129lm/w. 300x 1200: 2500- 4600lm, >115lm/w. ☐600: 2600- 4900lm. 30/ 4000k, CRI 80/ 90, SDCM 3, option for T/W, CLO- L100 B50 50 000 h.
FAGERHULT
DESIGN
Recessed mounting in exposed or concealed grid. 300x 600/ 300x 1200/ ☐600.
Microprism louvre in PMMA with a thin opal diffuser in PMMA on the inside. Light divider in PMMA.
Body of white enamelled sheet steel.
The microprism louvre provides optimal light comfort and distributes light evenly in the reflector.
300x 600: 1700- 2300lm, 104- 135lm/w. 300x 1200: 2400- 4400lm, 109- 137lm/w. ☐600: 2500- 4400lm, 110- 137lm/w. 30/ 4000k, CRI 80/ 90, SDCM 3, CLO- L100 B50 100 000 h.
FAGERHULT
DESIGN
Recessed in exposed grid or fixed suspended ceilings or surface mounted. R: 300x 600/ 300x 1200/ ☐600. S: 300x1200.
Microprismatic PMMA louvre above hardened 4 mm glass cover.
IP65/ 50. Body in extruded aluminium and enamelled sheet steel. Surface mounted model in white enamelled sheet steel.
All luminaire models fulfil the standard of 3,000 cd/m2 required for monitor work.
300x 600: 2100- 3000lm, >86lm/w. 300x 1200: 4200- 6300lm, >105lm/w. ☐600: 3800- 5900lm, >102lm/w. 30/ 4000k, CRI 80/ 90, SDCM 3, option for T/W, CLO- L100 B50 100 000 h.
FAGERHULT
DESIGN
For recess or surface mounting on ceilings or walls.
Luminaire body of polycarbonate and diffuser of opal polycarbonate.
ISCC-certified all-round luminaire in plastic based on renewable materials instead of fossil oil with IP 44
The circular shape provides an omnidirectional beam, harmonious and pleasant both indoors and outdoors. 1181- 2652lm, >133lm/w.
30/ 4000k, CRI 80, SDCM 3, option for T/W, CLO- L80 B50 100 000 h.
FAGERHULT
DESIGN
Surface mounted, cable wire, wire suspension or on a wall. 130x 1500 / 130x 1200 / 130x 600
Clear cover of extruded acrylic plastic with prismatic underside and lined sides.
IP44/ 40. Body in white enamelled, corrosion resistant aluzinc (RAL 9016). End-caps of PP (polypropene).
Direct only distribution. 2964- 7770lm, >136lm/w.
30/ 4000k, CRI 80, SDCM 3, L81 100 000 h.
PLEIAD G4 70
PLEIAD G4 FLEX
PLEIAD G4
PLEIAD G4 ROBUST
PLEIAD G4 WALLWASHER
PLEIAD G4 SQUARE
PLEIAD G4 SURFACE
LEWEY
CHOC
Compact but packing a significant punch, downlights are the go-to solution for many applications and are increasingly finding their way into modern workplaces, where combined with task lighting, flexibility and control are key.
In all applications, optical designs must address the challenge of high light outputs from small apertures, with a resultant risk of glare. As a result, lens and reflector technologies have had to keep pace with increasing light output and reducing source sizes.
Still, the latest iterations have gone back to the future by employing 1900’s lighthouse technology which has proven perfect in providing the necessary light control. A spin-off advantage of such precise control is the opportunity to use reflectors of any finish, including black, with minimal disturbance to system efficiency.
Heat is the enemy of LED sources, and we go to great lengths to optimise the thermal performance of our luminaires. In the case of the Pleiad G4, painstaking attention to design and precision engineering of the cooling body minimises the LED temperature to maximise efficiency and longevity.
FAGERHULT
Pleiad G4 is the definitive downlight collection, encompassing one square, two wallwashers, two surfaces mounted and four recessed variations in different diameters. The combination of the luminaire models, comprehensive range of lumen packages, distribution angles and reflector finishes makes it possible to plan functional, comfortable and energy-efficient lighting environments for any situation.
The reflectors in matt, black or white, make it easy to vary the room’s appearance and mood. A custom-developed Fresnel lens facilitates efficient and precise control of the light, which gradually fades out against the reflector, with 90 per cent of the light distribution emanating from the lens. By adopting this approach, you can add colour to the reflective surface without absorbing the light, significantly increasing efficiency compared to traditional techniques. This, combined with a redesigned cooling body that lowers the luminaire’s temperature, ensures the optimal lit experience with the least amount of energy from the moment it’s installed.
A wide range of accessories extends the range even further. Opal, clear or micro prismatic optics for IP20, 54 or 64 cover plates in a black, white or grey finish. Additionally, there is an attachment for trimless installation.
FAGERHULT
PLEIAD G4 70
Recessed downlight. Ø82x 104. Heat sink and edge ring in aluminium. White, black, or aluminium reflector. Narrow or medium beam. Narrow: 520-1280lm, 67-107lm/w. Medium: 500-1260lm, 66-106lm/w. 27/ 30/4000k, CRI80- 95,>L90 B50 100 000h.
Recessed downlight. Rotatable 355º and tilts 45º. Ø122x 110. Body and reflector ring in white aluminium. Reflector of black enamelled aluminium. Lens of clear acrylic. Narrow: 660-1300lm, >80lm/w. Medium: 700-1400lm, >86lm/w. 30/ 4000k, CRI 80/90, CLO- L100 B50 100 000 h.
FAGERHULT
DESIGN
Recessed downlight. 125: Ø143x 98. 165: Ø183x 98. 205: Ø223x 107.
Reflector of matt metallised aluminium, white or black. Lens of clear acrylic. Body in cast aluminium. Visible reflector ring in white aluminium. IP64/20 under/ above suspended ceiling.
Medium or wide beam light distributions. 165: T/W or RGB options. 205: T/W option. 125: 800- 2350lm, 83-128lm/w. 165: 800- 3800lm, 80-140lm/w. 205: 900- 5500lm, 79-142lm/w. 30/ 4000k, CRI 80/ 90, SDCM 3, CLO- L100 B50 100 000 h.
FAGERHULT
ROBUST
Recessed downlight IK10 IP64/20. Ø230x 114. Luminaire body in cast aluminium. Two-part visible edge ring in aluminium with torx screws. Lens of clear acrylic. 1000- 3500lm, > 100lm/w. 30/ 4000k, SDCM 3, CRI 80, option for T/W, CLO- L90 B50 100 000 h.
Recessed downlight wallwasher. Ø183x138. Body in cast aluminium and white PBT-plastic. Reflector in metallised PBT in specular or matt aluminium. Matt: 600- 2000lm. Specular: 700- 2500lm. 30/ 4000k, CRI 80/ 90, SDCM 3, option for T/W. CLO- L100
FAGERHULT
SQUARE
Recessed downlight. ☐184x 109. IP64/20 under/ above suspended ceiling. Body in cast aluminium. Visible reflector ring in white aluminium. Reflector matt, white or black. Lens of clear acrylic. 1200- 1600lm, 94- 122lm/w. 30000k, SDCM 3, option for TW, CRI 80, CLO- L100 B50 100 000 h.
Surface mounted downlight. Cable pendant and sloping ceiling accessories. 128: Ø129x 134. 168: Ø168x 154. Body in white aluminium. Reflector of matt anodised aluminium, white or black finish. Lens of clear acrylic. 128: 750- 2400lm, 84lm/w. 168: 1000- 3700lm, 84lm/w. 30/ 4000k, CRI 80/ 90, SDCM 3, CLO- L100 B50 100 000 h.
DESIGN
Recessed downlight. Ø165x 79/ 210x 99.
Thermal management via reflector housing. High-tech reflector lens made from acrylic glass. Mounting ring made from white polycarbonate.
Precise symmetrical beam, 670 Small: 1300> 2500lm, 127> 141lm/w. Medium: 1300> 3500lm, 127> 142lm/w. 30/ 4000k, CRI 80, L90 B50 50 000 h.
DESIGN
Recessed downlight. ☐106/ 186x 67/ 306x 67 x 27. Option for insert within Lichtkanal lighting system.
Lens optic of acrylic glass with matt black glare control component.
Body of lasered and powder-coated steel housing, black, silver or white finish.
Symmetrical and wide-beam light distribution. 106: >760lm, >104lm/w. 186: >800lm, >103lm/w. 306: >1400lm, >110lm/w. 30/ 4000k, CRI 80, L90 B50 50 000 h.
Whether highlighting objects in a gallery, emphasising merchandise in a retail setting or bringing elements of definition and visual interest to a workplace, spotlighting is a key part of the lighting toolbox.
With the adoption of LEDs, products have shrunk in physical size, and designs are minimalist, tasteful and discreet, yet powerful and with high light quality. The latest LED technologies combine excellent efficiency with high colour rendering qualities and are packaged with lenses and reflectors to create numerous beam distributions to solve any lighting task.
Coupled with the inherent rotational and elevational flexibility that our spotlights possess, creating drama, emphasis, or visual interest in any interior has never been easier.
FAGERHULT
STREAMER MINI SPOTLIGHT
3-phase track mounted spotlight. Ø70x 139.
Frame in cast aluminium (99-100% recycled), white or black finish. Reflector segmented in MIRO material. Narrow, medium or wide distribution. 1296- 2469lm, 139- 151lm/w. 3000k BBBL, CRI 90, L85 100 000 h.
Recessed into ceilings. Ø125x 169.
Frame in cast aluminium (99-100% recycled), white or black structured lacquer. Reflector segmented in MIRO material. Narrow beam, medium or wide distribution. 1254- 2538lm, 138- 144lm/w. 3000k BBL. CRI 90, 2 SDCM, L85 100 000 h.
Track mounted spotlight. Ø48x 125.
Housing from aluminium, black, silver or white finish. Reflector lens from acrylic glass. 650- 1000lm, >54lm/w. 250/ 400/ 550 beam. 27/ 30/ 4000k, CRI 90, L90 B50 50 000 h.
JAMIE 200
Track mounted spotlight. Ø80x 180. Housing from aluminium, black, silver or white finish. Reflector lens from acrylic glass. 1230- 2500lm, > 77lm/w. 150/ 250/ 350/ 450 beam. 27/ 30/ 4000k, CRI 90, L90 B50 50 000 h.
DESIGN
Track spotlight or pendant, recessed spotlight. 100: S/ P: Ø66. R: Ø130. 200: S/ P: Ø85. R: Ø152.
Specular aluminium reflector with precise symmetrical beam characteristic. Clear acrylic safety glass. Light-head made from die-cast aluminium, black, white or silver. Black internal thermoplastic front ring.
LIGHT 15/ 25/ 40° beam angles.
100: 1300- 1900lmlm, 73- 97lm/w. 200: 2800- 3500lm, 94- 117lm/w.
27/ 30/ 4000k, CRI 80, SDCM 3, L90 B50 50 000 h.
DESIGN
Track mounted spotlight. Ø65xL145mm
Reflector. Can be supplied with honeycomb louvre on request. Luminaire housing in laquered aluminium.
Stare can be angled up to 90 ° steplessly and is rotatable 360°. Beam angle of 36°. 1000-1050lm, 12W. 27/ 30/4000k, CRI 930, SDCM 3, L90 B10 70 000 h.
Positioned slap bang in your personal space, the design of task lights is uniquely challenging. Closer to being pieces of art or sculpture than the majority of other fittings, they are required to be rather flexible in light pattern, aim and precise positioning.
Highly tactile materials like aluminium, wood and leather are used extensively as befits designoriented, artistic pieces, and surface finishes are carefully chosen to heighten still further the genuine attributes of solidity and quality.
Despite the award-winning aesthetic designs, task lights are not simply artistic pieces; they are precision lighting instruments. In being mounted so close to the surfaces where illumination is needed, they are also required to be proficient in technical performance and lighting quality terms.
Our task lights incorporate the very best LED light sources, which are well managed in terms of heat, control electronics and, of course, safety. Light distributions are often flexible and adjustable but engineered to provide high levels of technical lighting performance in terms of efficiency, uniformity of task illuminance and glare control.
DESIGN
Table, floor, pendant or wall mounted. T: Ø118x 571. F: Ø209x 1406. P: Ø209x 250- 2500. W: Ø118x 219.
Diffuser in PMMA with USB 2.0 socket and USB-C placed in diffuser.
Luminaire housing in powder coated die-cast aluminium. Luminaire base in powder coated steel.
Adjustable light unit. Dimmable via 2-step touch dim on luminaire top. T/ W: 115lm. F/P: 280lm.
2700k, CRI 80, SDCM 3, L70 B10 50 000 h
Table, floor or wall mounted. T: 225x 140x 433. F: 250x 140x 1450. W: 200x 140x 238. Diffuser in frosted acrylic.
Stand and table base in steel. Die cast metal details in zinc. Shades in birch plywood.
Adjustable light distribution, 40°-180° adjustable angle. T/W: 450/ 400lm, 64/54lm/w. F: 450lm, 90lm/w. 27/ 3000k, CRI 80/ 90, SDCM 3.
Table or floor mounted. T: 100x 76x 377. F: 100x 76x 1092.
Lamp housing made of milled anodised aluminium. Arm in extruded, machined, anodised aluminium. White/ black. T/F: 500lm, 75lm/w, 3000k, CRI 90, SDCM 3, L70 50 000 h.
Table or floor mounted. T: Ø95x 14x 377. F: Ø95x 14x 1092.
Housing in milled anodised aluminium, and top side in glass. Arm in extruded anodised aluminium. White/ black. T/F: 525lm, 75lm/w, 3000k, CRI 90, SDCM 3, L70 50 000 h.
ATELJÉ LYKTAN
DESIGN
Table or floor mounted. T: Ø180x 530. F: Ø180x 1350. Glare shield in injection moulded acrylic. Lamp housing in aluminium. Stand in chromed steel. Foot plate in leather covered steel. White/ Black.
Light control 0-100% via the sensor surface placed on top of the lamp housing. T/F: 580lm, 47lm/w. 3000k, CRI 80, SDCM 5, L70 50 000 h.
ATELJÉ LYKTAN
DESIGN
Table mounted. Ø130x 210.
Equipped with 2 USB sockets type A. Total output 5V, 3A. Opal glass shade. Body and base in die-cast aluminium, white, black or dusty green finish.
LIGHT
Switch on the side regulates the output and turns on/ off. 270lm, 45lm/w.
2700k, CRI 80, SDCM 3, 80 000 h.
OGLE
ERA
PILO
RIFF PUCK
PARAGON
RIFF CONE
RIFF BOWL
DINO KVARTS
DINO CUP
DINO NET
DINO PRISMATIC
TWISTER LINE
EAGLE
BUMLING BUMLING MINI
ECLIPSE
ALBA
XOOTUBE
LEPO
GLOBIA
GLOBIA FLOW
XOOCOVE
XOOLUX NANO
Whether inspired by the form of an opened cube, objects that are noted as colossal or unwieldy, or swirls of light in a natural sky, decorative products give unsurpassed freedom of expression.
Materials like spun or die-cast aluminium handblown glass. These luminaires will complement any interior design with myriad RAL colours and surface finish options, from brushed copper to textured enamel.
But high design is not just surface deep. Every product uses the latest LED technology for maximum efficiency and reliability, high-level colour rendering, and initial and ongoing colour consistency. Electronic drivers allow adjustability depending on model for dim level and colour temperature, accessible via simple wall controls or smart apps. Our decorative luminaires can give the perfect finishing touch for any installation and be seamlessly integrated into the technical infrastructure of any built environment.
A minimal, spherical form with a spotlight function, Ogle works as well in isolation or as part of a clustered installation, creating a decorative element without overexpression.
Aligned with the miniaturising LED possibilities, both the standard and mini versions are available with the same lumen package, with the latter also equipped with a high output option. The die-cast aluminium housing is 360° adjustable and can be incrementally tilted up to 90° for a precise direction of the light.
Ogle can be supplied with either a GU10 or COB lighting solution and, in addition to the pendant, is available in complementary track and floor mounted designs.
Ogle mini has a diameter of just 90mm. Beyond the pendant, the range extends to track, floor, wall, and desk mounted variations. To help bring a splash of colour to the interior, Ogle mini can be supplied in 8 different finishes.
Designer: Form Us With Love
OGLE
Pendant, track or floor mounted. P/T: Ø150x 165. F: Ø150 x 280(foot) x 1308.
Body of die-cast aluminium black or white finish. Faceted reflector in aluminium. P/T COB: 1600lm, 3000k, CRI 90, L90 B10 60 000 h. P/T/F GU10: MasterLED recommended.
Pendant, track, wall, floor or table mounted. P/C/W: Ø90x 100. F: Ø90x 100x 250(foot)x 1244. T: Ø90x 100x 165(foot)x 391. Body of die-cast aluminium. P/C/W/F/T: GU10 MasterLED recommended.
DESIGN
Pendant. Two suspension options; fixed cable and adjustable via a counterweight. F: Ø350x 3000. A: Ø350x 600- 2000. Opal diffuser.
Housing in pressure-turned aluminium. Adjustable variant with counterweight and wheels in solid brass. White finish.
Symmetrical D only distribution with a perforated top creating a decorative uplight. COB: 1500lm, 94lm/w. E27: Max 28w. 3000k, CRI 90, L90 B10 50 000 h.
DESIGN
Pendant. Two suspension options; fixed cable and adjustable via a counterweight. F: Ø350x 3000. A: Ø350x 600- 2000. Opal diffuser.
Housing in pressure-turned aluminium. Adjustable variant with counterweight and wheels in solid brass. White finish.
Symmetrical D only distribution with a perforated top creating a decorative uplight.
COB: 1500lm, 94lm/w. E27: Max 28w. 3000k, CRI 90, L90 B10 50 000 h.
Created by Olle Lundberg, the Riff series is a collection of luminaires that share the same light engine supplemented with a number of shades, which can be easily swapped to create multiple expressions with the same base luminaire.
In combination with the simplistic suspension system in die-cast metal and the spherical diffuser, the light engine provides the basic platform for the luminaire. The visual impression focuses on the details — the smooth transition between the mouth-blown opal glass shade and the die-cast metal edge. The die-cast metal is lacquered in black or white with diffusing glare shield. Available in three different sizes and two-colour finishes, Riff’s comfortable direct light adds a contemporary style to reception desks, restaurants and breakout spaces.
With its distinctive grid consisting of 16 parts in 8 different styles, Paragon utilises the medium Riff light engine, but with the opal acrylic glare cover adapted to clear acrylic. This combination enables the light output to increase without causing glare.
The series is currently available as pendant, table, ceiling and wall versions, all with a distinctive Scandinavian design flair and complementing minimalistic colour palette.
Designer: Olle Lundberg
Pendant. Ø116x 110/ Ø157x 166/ Ø232x 243.
Light engine in die cast metal with die cast metal puck lacquered in black or white with an extra diffusing plate. Ø116: 310lm, 31lm/w. Ø157: 290lm, 29lm/w. Ø243: 550lm, 28lm/w. 30/ 4000k, CRI 80, SDCM 3, L70 50 000 h.
Pendant with interchangeable shade. Ø188x 192/ Ø278x 294/ Ø400x 433.
Light engine in die cast metal, die cast metal edge lacquered in black or white with opal conical glass shade. Ø118: 700lm, 70lm/w. Ø278: 650lm, 65lm/w. Ø400: 1200lm, 60lm/w. 30/ 4000k, CRI 80, SDCM 3, L70 50 000 h.
Pendant with interchangeable shade. Ø132x 171/ Ø196x 256/ Ø285x 354. Light engine in die cast metal in black or white with opal glass shade. Ø132: 740lm, 74lm/w. Ø196: 630lm, 63lm/w. Ø285: 1140lm, 57lm/w. 30/ 4000k, CRI 80, SDCM 3, L70 50 000 h.
FAGERHULT
KVARTS
Pendant Ø190x 240.
Body in aluminium enamelled in white, graphite, black, red or turquoise. Shade in opal glass. 1400- 1500lm, 86- 92lm/w, 30/ 4000k, CRI 80, SDCM 3, L90 B50 100 000 h.
Pendant Ø90x 190.
Body in aluminium enamelled in white, graphite, black, red or turquoise. Shade in opal glass. 1400- 1500lm, 86- 92lm/w, 30/ 4000k, CRI 80, SDCM 3, L90 B50 100 000 h.
FAGERHULT
NET
Pendant Ø500x 343/ Ø900x 616. Luminaire body of aluminium in white textured enamel. White textile shade. Ø500: 1400- 1500lm, 88- 93lm/w. Ø900: 2600- 6100lm, 101- 115lm/w. 30/ 4000k, CRI 80, SDCM 3, L90 B50 55/ 100 000 h.
Pendant Ø410/ 412x 427.
Luminaire body of aluminium in white textured enamel. Lined prismatic acrylic or opal acrylic reflector. Ø410: 2800- 6500lm, 107lm/w. Ø412: 8900- 9700lm, 111- 122lm/w . 30/ 4000k, CRI 80, SDCM 3, L90 B50 55 000/100 000 h.
FAGERHULT
Twister Line is a rotating tube light that brings a new dimension to striking and ergonomic accent lighting. The narrow, rounded minimalist shape has 23 “guided” positions across the 350º turning cycle to create stunning illuminated graphic panels in ceilings. Simply adjust the configuration in situ to change and redefine the visual impression and create a completely new feel while using the same installed solution.
Available in two lengths, 1260 mm and 630 mm, Twister Line measures a slight 24mm in diameter. The luminaire has an optic with wide light distribution and is available in discreet black as standard. Twister Line produces a pure white light with exceptional uniformity across the diffuser and a 3500K light source with high CRI (min. 90) to enhance the visual experience and provide clear, evenly distributed illumination.
Easily click the Twister Line in place with either a Control Track or Lighting Track Pro and choose how you want to control it – with Control Track (DALI) or wireless lighting control.
Designer: Design Campus.
FAGERHULT
Track mounted. Turn 350º. Ø24x 630/ 1260.
of aluminium in black finish.
Opal diffuser. Housing
LIGHT
Wide light distribution.
630: 1500lm, 90lm/w. 1260: 2500lm, 95lm/w. 3500k, CRI 90, SDCM 3, L80 B50 55 000 h.
DESIGN
Pendant, ceiling or wall installation. P/ C: 820x 820. W: 300x 560.
Light opening in opal acrylic.
Luminaire housing in die cast aluminium, black or white finish.
P/C: D/ID light distribution. W: D only light distribution.
P/C: 3300- 3700lm, 96- 103lm/w. W: 850- 950lm, 85- 95lm/w. 30/ 4000k, CRI 80, 90 on request, SCDM 3, L90 B10 60 000 h.
Pendant. Ø400x 225/ Ø600x 335. Shade in powder-coated or brushed aluminium. Ø400: Circular plastic grid. Ø600: Opal acrylic or circular plastic grid. E27: 470- 1500, CRI 90, 15/25 000 h.
Pendant, floor, wall or table mounted. P/W: Ø190x 125/ 250x 165. F: Ø190x 1470. T: Ø190x 540. Shade in spun aluminium, circular grid in opal acrylic combined with diffuser film. COB: 350lm, 70lm/w, 2700k, CRI 80, SDCM 3, L70 B10 50 000h. GU10: Max 8w.
DESIGN
Pendant luminaire with surface or recessed ceiling rose. Ø806/ 1164x 20. PMMA opal diffuser. Body in in aluminium, anodised matt black or silver.
Sideways D/ID light distribution creating a homogeneous ring of light. Ø806: 2500> 4900lm. Ø1164: 3900> 4900lm. 20/ 22/ 25/ 27/ 30/ 35/ 40/ 5000k, CRI 85, SDCM 3, L80 B10 60 000 h.
DESIGN
Wall luminaire. Mounted on wall with concealed wiring or surface mounted. Ø350, 490 or 600mm. Like a cymbal, the structure appears in the frontplate. Shade in brushed anodized aluminium colour gold.
Decorative and a atmospheric light. Dimmable by turning front plate clockwise. 335lm, 13W. 2700k, CRI 90, L90 B10 50 000 h.
LED LINEAR
DESIGN
Horizontal or vertical pendant or wall installation. Ø40x 800/ 1050/ 1300/ 1550.
Round opal PMMA cover. IP40.
Extruded and anodized aluminium profile, aluminium end caps in white, black or brushed stainless-steel finish.
Homogeneous 360° light distribution. 700- 2000lm/m, 83lm/w.
20/ 22/ 25/ 27/ 30/ 35/ 40/ 5000k, CRI 85, SDCM 3, option for T/W and RGB, L80 B10 60 000 h.
FAGERHULT
DESIGN
Pendant in single or vertically continuous installation. Ø160x 680/ 980/ 1280. Shades made of matt opal acrylic. Screen holder made of silver-coated steel.
The diodes are positioned on a central rod to ensure perfect uniformity across the shade. 680: >1900lm, >113lm/w. 980: >3200lm, >120lm/w. 1280: >4300lm, >117lm/w. 30/ 4000k, CRI 80, SDCM 3, L80 B50 100 000h.
FAGERHULT
CLASSIC
Pendant. Ø300/400/ 450.
Frosted opal glass globe or acrylic. PMMA. Luminaire fitting in white. Ceiling cup of white ABS-plastic.
300: >2500lm. 400: > 3000lm. 450: 3000- 6100lm. >126lm/w. 30/ 4000k, CRI 80, SDCM 3, L80 B50 100 000 h.
Pendant Ø300/ 250.
Ceiling cup in white or black ABS plastic Elliptical diffuser made of shiny opal glass with opening at the bottom. 2716-2874lm, 135lm/w, 30/ 4000k, CRI 80, SDCM 3, L100 50 000 h.
Tool free cove installation via silicone pads or mounting clips, both adjustable. Ø20x 260/ 635/ 1010/ 1260/ 1510/ 2510. Diffused cover (PMMA) for general cove applications. Linear lens 60° for set ceiling flooding.
Translucent end-caps for increase cove homogeneity in maximum runs up to 10m, dependant on output.
Diffused cover (PMMA) for general cove applications, linear lens 60° for ceiling flooding. 330- 3000lm/m, 121lm/w.
20/ 22/ 25/ 27/ 30/ 35/ 40/ 5000k, CRI 85- 96, SDCM 3, L80 B10 60 000 h.
LED LINEAR
DESIGN
Linear grazing luminaire, surface-mounted via clips adjustable from 0° – 45° in 5° steps. 17.7x 41.4x 271/ 521/ 771/ 1021.
Nano optics for an accurate light beam while minimizing colour over angle.
Housing in aluminium, black finish. Nano optic cover in PMMA.
Ideal for wall grazing. Beam angles of 15°/ 25° or oval 15°x 40°. 300- 2600lm/m, 66-78lm/w.
22/ 27/ 30/ 35/ 40/ 5000k, CRI 85- 95, SDCM 3, option for T/W, L80 B10 60.000 h.
EXTERIOR
Whether functional or decorative, designed to foster civic pride or feelings of security, for amenity or sheer delight, lighting for outdoor environments offers much but also has many challenges.
With an emphasis on benefits to society, light pollution, light trespass, cradle to cradle energy use, and effects on wildlife, exterior lighting is subject to significant scrutiny to ensure that effective lighting is delivered with minimal extraneous impacts.
Against this background, luminaires that are constructed from recycled and recyclable material, whose engineering designs promote durability and longevity, and whose optics have the necessary precision to deliver light only where required are paramount.
We focus heavily on the design of our optical systems, which employ in house lenses and reflectors specifically designed for the application. And our mechanical fixings are treated with permanent, purpose-designed polymer coatings to eliminate electrolytic corrosion or cold welding, ensuring easy maintenance year after year, whatever the environment.
WE-EF
DOC100
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection Symmetric and wallwash distributions. DOC110: Ø117, 1000- 1400lm. DOC120: Ø155, 2100- 2600lm. DOC140: Ø216, 4300- 5500lm. 27/ 30/ 4000k, L90 B10 90 000 h. Darklight: Ø155: 700- 2500lm. Ø216, 1200- 3600lm. T/W: Ø155, 500- 1100lm. Ø216: 900-1900lm.
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection Symmetric and wallwash distributions. DOC220: Ø154, 2000- 2600lm. DOC240: Ø250, 4100- 5500lm. 30/ 4000k, L90 B10 90 000 h. Darklight: Ø154: 2300- 2500lm. Gimble: Ø250: 1500- 2000lm.
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens. Ceiling mounted. Symmetric wide, medium, very narrow distributions. Option for T/W.
DAC110: Ø105, >1500lm. DAC120: Ø140, >3000lm. DAC140: Ø195, > 5900lm. 27/ 30/ 4000k, CRI 80, L90 B10 90 000 h.
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens. Ceiling mounted. Symmetric wide, medium, very narrow, linear spread, wallwasher distributions. Gimble version. DAC220: Ø154, 2000- 2700lm. DAC240: Ø250, 4200- 5200lm. 27/ 30/ 4000k, CRI 80, option for T/W, L90 B10 90 000 h.
WE-EF
DESIGN
Pendant or suspended on catenary wire. Ø140x 250/ Ø195x 300.
Safety glass lens. Optimised optics for enhanced glare control.
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. CCG® silicone gasket.
Symmetric wide, medium, very narrow distributions. DAS120: Ø140, 2000- 2700lm. DAS140: Ø195, 4200- 5100lm. 27/ 30/ 4000k, CRI 80, option for T/W, L90 B10 90 000 h.
FAGERHULT
IP66, IK10. Body and reflector ring of cast aluminium. PMMA cover. Ø192x 189.
Fixed: Wide or medium distributions. 1200- 3800lm. 30/ 4000k, CRI 80, SDCM 3, CLO- L100 B50 100 000h.
Wallwash: Asymmetrical distribution. 1100- 2400lm. 30/ 4000k, CRI 80, SDCM 3, CLO- L100 B50 100 000h.
IP66, IK10. Body and reflector ring of cast aluminium. Fixed: Clear acrylic cover. Wallwash: PMMA. Ø220x146.
Fixed: Wide or medium distributions. 1200- 3800lm. 30/ 4000k, CRI 80, SDCM 3, CLO- L100 B50 100 000h. Wallwash: Asymmetrical distribution. 1200- 2400lm. 30/ 4000k, CRI 80, SDCM 3, CLO- L100 B50 100 000h.
RECESSED AND SURFACE
PLS400
RLS400
QLS400
SLS400
VLS400
OLV300
RONDO G3
STL/ SVL 100
STO/ STI 200
QRI300
QRO300
VLR100
Our wide range of recessed and surface wall luminaires offer options to cover most conceivable building surrounding lighting demands. Whether you need technical illumination of a thoroughfare, dramatic feature façade lighting, or a combination of the two, the luminaires combine timeless design with precision engineering.
Where the most unobtrusive result is required, our wall recessed luminaires are the perfect solution for focussed highlighting of footpaths, stairways and similar, and any relevant surface within the built environment. The luminaire lit surface can be deliberately visible to provide unambiguous guidance, or the source output can be almost entirely shielded, emphasising the surfaces being lit.
Whether recessed or surface mounted, WE-EF wall luminaires offer precision optics with a wide variation of output options to put light only where needed, optimising surface illuminance whilst minimising energy use and glare.
WE-EF
PLS400
IP66, IK08. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens. Wall mounted. Symmetric medium, narrow, asymmetric side, forward throw, rectangular side throw distributions. PLS420: 265x 225, 800- 2800lm. PLS430: 350x 225, 1500- 5500lm. 27/ 30/ 4000k, L90 B10 90 000 h.
IP66, IK08. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens. 180/ 270 x 100. Wall mounted. Symmetric narrow, medium, asymmetric forward-throw distributions. RLS410: 180x 100, 500- 1400lm. RLS420: 270x 100, 900- 2800lm. 27/ 30/ 4000k, L90 B10 90 000 h.
WE-EF
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens. Downward distribution, narrow, medium, forward-throw distributions.
QLS410: 160x 90, 500- 1300lm. QLS420: 230x 95, 1000- 2600lm. 27/ 30/4000k, L90 B10 90 000 h.
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens. Up/Down or Downward distribution, symmetric narrow, medium, asymmetric, forward-throw distributions. SLS410: 255x 170, 700- 3500lm. SLS420: 260x 210, 1400- 6900lm. 27/ 30/ 4000k, L90 B10 90 000 h.
WE-EF
IP66, IK07. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens Up/Down or Downward distribution, symmetric, narrow, medium, asymmetric forward throw distributions.
VLS410: 255x 170, 700- 3400lm. VLS420: 260x 210, 1400- 6900lm. 27/ 30/ 4000k, L90 B10 90 000 h.
VLS400
Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Can be installed facing up or down. Ø220x 220, Ø300x 300. Symmetric medium, very narrow, asymmetric forward, side throw, rectangular side throw distributions. IP65, IK07. Ø220: 1100- 2300lm. Ø300: 2300- 4700lm. 27/ 30/ 4000k, L90 B10 90 000 h.
FAGERHULT
IP66, IK10. Body of die cast aluminium. Reflector of specular aluminium. PMMA cover. Ø150x244.
Optical film for wide beam light distribution. Moulded lens in PMMA for narrow beam distribution. Narrow: 1000lm. Wide: 1200- 2500lm. 30/ 4000k, CRI 80, SDCM 3, CLO- L100 B50 100 000h.
WALL
IP66, IK10. Body of die cast aluminium. Reflector of specular aluminium. Glass of PMMA. Ø150x244. Optical film for wide beam distribution. Moulded lens in PMMA for narrow beam light distribution.
Wide/Narrow: 1500- 1600lm. Narrow: 1500- 1600lm. Wide: 2600- 2800lm. 30/ 4000k, CRI 80, SDCM 3. CLO- L100 B50 100 000h.
WE-EF
STL100/ SVL100
IP66, IK07. Marine-grade, die-cast aluminium alloy. Polycarbonate lens. 5CE corrosion protection.
STL134: 270 x 65 horizontal recessed installation. SVL134: 270 x 65 vertical recessed installation.
Shielded light distribution. 18-25lm. 30/ 4000k. L80 B10 54 000h.
IP55/ 66, IK10. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. STO polycarbonate/ STI glass lens. STO209: 205x 92, >120lm. STO259: 250x92, >180lm. STO279: 425x 135, >310lm. 27/ 30/ 4000k. L80 B10 54 000 h. STI259: 250x 92, >180lm. STI279: 425x 135, >360. 30/ 4000k. L80 B10 54 000 h.
WE-EF
QRI300
IP55, IK08. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Safety glass lens. ☐262. Asymmetric forward-throw distribution.
QRI359: >180lm. 30/4000k, L80 B10 54 000 h.
IP55, IK10. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection. Polycarbonate main lens. Diffused light distribution.
QRO359: ☐262, 600- 700lm. QRO379: ☐322, 1400lm. 27/ 30/4000k, L80 B10 54 000 h.
DESIGN
IP67, IK09 Surface mounted. 328/ 628/ 928/ 1228/ 1528 x42. PMMA main lens.
Marine-grade, all-aluminium construction, 5CE Corrosion Protection, PCS Polymer Coated Stainless Steel Hardware.
Symmetric linear, wide, medium, narrow, very narrow distributions. VLR110: 328, 1400lm. VLR120: 628, 2900lm. VLR130: 928, 4300lm. VLR140: 1228, 5800lm. VLR150: 1528, 7200lm. 27/ 30/ 4000k, CRI 80, L90 B10 90.000 h.
RECESSED AND SURFACE
Circular or linear, fixed or adjustable, dynamic colours or Tuneable white, inground luminaires are a versatile way of providing orientation or tracing contours to elevate the architecture with light.
The EFC100 series inground marker lights are ideal tools for floor-grazing applications. Optics within the shallow above-ground hood emit a tightly controlled horizontal beam to reveal the material, colour, and texture of a pavement, landscape, or similar setting.
Fixed optic uplights, in close vicinity to the vertical target surfaces, are used as ‘wall grazers’. The intentional ‘scalloping’ effects just above ground level, combined with the fading luminance towards the top, enhance the building’s polygon design. With the objective of using wallwashing to achieve the highest possible uniformity on a horizontal level, some gradual fading of light towards a wall’s top is sometimes desirable for enhancing the threedimensional visual effect.
The VarioLED Flex Venus range is perfect for areas where the building doesn’t follow linear lines. Available to be bendable and twistable, it makes elaborate designs achievable with sophisticated bent forms without compromising light quality and homogeneity.
WE-EF
IP67/68, IK09/IK10+. Stainless steel construction. Safety glass lens; max. load 5 tonnes. Gimble 355/ 360° and 20/ 20° tiltable.
ETC110: Ø95: Symmetric medium, very narrow distributions. 27/ 30/ 4000k.
ETC120: Ø160 ETC130: Ø252 ETC130: Ø304. Symmetric medium, very narrow distribution. 27/ 30/ 4000k. Option for TW/ RGBW.
IP68 (up to 10m), 12V/Class III. IK09. Stainless steel construction. Luminaire can be driven over at low speed. ETC109: Ø65. White, red, green, blue or RGB. Symmetric diffused distribution. L90 B10 90 000 h. ETC119: Ø95. White, red, green, blue or RGB. Symmetric diffused distribution. L90 B10 90 000 h.
WE-EF
IP67, Class I. IK10+. Stainless steel construction. Safety glass lens; max. load 5 tonnes. Gimble mounted. 27/ 30/ 4000k.
ETC320: 355° rotatable, 20° tiltable. Ø160, 511- 594lm. Symmetric medium, very narrow distributions.
ETC330: 360° rotatable, 20° tiltable. Ø252, 1130- 1400lm. Symmetric medium, very narrow, wallwash distributions.
IP67, Class I. IK10+. Stainless steel construction Safety glass lens; max. load 5 tonnes. Can be driven over at low speed.
ETC329: Ø160. 114- 122lm. Symmetric diffused distribution. 30/ 4000k. L90 B10 90 000 h.
ETC339: Ø252. 292- 318lm. Symmetric diffused distribution. 30/ 4000k. L90 B10 90 000 h.
WE-EF
ETV100
IP67, IK08. Marine-grade all aluminium construction. Anodized aluminium extrusion. Safety glass lens. Symmetric, wallwash, wall graze distributions. 927 and 1227 variants available with T/W or RGBW.
ETV120: 627, 850- 2400lm. ETV130: 927, 1300- 3600lm. ETV140: 1227, 1700- 4800lm. 27/ 30/ 4000k. L90 B10 90 000 h.
IP67, IK09. Stainless steel inground section. Die-cast dome made from marine-grade aluminium alloy. Ø160. PMMA lens. Controlled 110o one-sided or two-sided distribution.
One sided: 400lm. Two sided: 800lm. 27/ 30/ 4000k. L90 B10 90 000 h.
Robust inground installation for indoor or outdoor areas, to be walked on or traversed by vehicles. Polyurethane encapsulation for a premium seal, IP67 and IK10 certified. 520/ 1020 lengths. Luminaire with stainless steel housing.
Opal diffused light distribution or 100/ 300 lenses for wall grazing. 370- 2100lm/m, > 113lm/w.
19/ 21/ 23/ 25/ 28/ 32/ 37/ 4500k, CRI 85- 98, SDCM 3, option for T/W and RGB, L80 B10 60.000 h.
Fixed horizontal surface, fixed vertical surface, adjustable surface mounting or via adjustable wall-arms. Polyurethane encapsulation.
IK10, IP67. Powder-coated aluminum profile. 20.5x 25.5x 639/ 952/ 1264/ 1514/ 1827
Opal diffused distribution fully dot free 410- 2600lm/m, 68- 73lm/w.
19/ 21/ 23/ 25/ 28/ 32/ 37/ 4500k, CRI 85- 96, SDCM 3, option for T/W and RGB, L80 B10 60.000 h.
From orientation and safety to create the atmosphere at night, bollards are an essential tool for exterior illumination. This bollard range has been developed to combine a well-proportioned, visually appealing design with advanced optical solutions and a wide range of distributions to create the right lit effect for the application.
Utilising adapted high-performance street and area lighting optics, the bollards from WE-EF deliver firstclass illumination with 100 per cent horizontal cut-off that addresses dark sky concerns and safeguards high visual comfort. Through careful control of the output, the luminaires can be widely spaced without impairing the effect and homogeneity of the light.
An innovative Optical System features CAD-optimised optics that provide superior illumination and glare control. The luminaire’s reflector elements produce a controlled downward distribution. An additional refractor lens reduces surface brightness while creating a limited amount of vertical illuminance - all contributing factors to ensuring high visual comfort, facial recognition and public safety.
Durability is another key component; the 5CE Superior Corrosion Protection ensures a reliable and durable performance by the luminaires even under the harshest conditions, e.g., in the vicinity of seawater.
WE-EF
IP67, IK10. Marine-grade, all-aluminium construction. 5CE corrosion protection Symmetric distributions. Ø200, 840- 1110lm.
27/ 30/ 4000k, L90 B10 90 000 h.
IP66, IK10. Marine-grade, all-aluminium construction. 5CE corrosion protection
Symmetric and asymmetric, side-throw beam distributions. Ø600/ Ø850/ Ø1000, 1323- 1978lm. 27/ 30/ 4000k, L90 B10 90 000 h.
WE-EF
DESIGN
IP66, IK10. 190x 180x 600/ 260x 180x 1000.
Polycarbonate Reflection Free Contour main lens.
Marine-grade, die-cast aluminium alloy, inner galvanised steel. 5CE superior corrosion protection.
Asymmetric side throw, rectangular forward throw distributions. 600: 500- 1300lm. 1000: 1000- 2900lm. 27/ 30/4000k, L90 B10 90 000 h.
WE-EF
CTY100
IP66, IK10. Marine-grade, all aluminium construction. 5CE corrosion protection. Polycarbonate main lens.
CTY150: Ø170x 1000, 1100- 4000lm, 27/ 30/ 4000k, rectangular, side-throw, asymmetric side-throw distributions.
CTY150- FT: Ø170x 1000, 1900- 4400lm, 27/ 30/ 4000k, controlled symmetric, rectangular, symmetric distributions.
IP66, IK10. Marine-grade, all aluminium construction. 5CE corrosion protection. Satinised safety glass. Single or double sided asymmetric, forward-throw distributions. CFY250: Ø240x 685/ 1085, 300- 1100lm. 27/ 30/ 4000k, L90 B10 90 000 h.
WE-EF
IP66, IK10. Marine-grade, all aluminium construction. 5CE corrosion protection. Polycarbonate lens. Controlled symmetric distribution.
ZFY230: Ø180x 600/ 1000, 700- 1200lm. ZFY250: Ø240x 600/ 1000, 700- 1100lm. 27/ 30/ 4000k, L70 B50 90 000 h.
ZFY200
IP66, IK10. Marine-grade, all aluminium construction. 5CE corrosion protection. Ø180x 600/ 1000. Polycarbonate lens indirect optics for superior glare control. Controlled symmetric, rectangular pathway distribution.
Symmetric: 2200- 3400lm. Rectangular side-throw: 1100- 1700lm. 27/ 30/ 4000k, L90 B10 90 000 h.
IP65, IK07. Frame in weatherproof Corten steel with no surface treatment. ☐150x 1000. Clear PC diffuser with asymmetric distribution.
500- 700lm. 3000k, CRI 90, SDCM 3, L80 B50 100 000 h.
IP65, IK07. Luminaire housing in cast aluminium. Body made from extruded aluminium. ☐150x 600/ 1000. UV protected clear polycarbonate diffuser. Asymmetric distribution. 500/ 700lm. 30/ 4000k, CRI 90, SDCM 3, L80 B50 100 000 h.
AREA LIGHTING
CFT500
PFL500
Devina kallkälla
Devina solglitter
Devina höstglöd
Devina rimfrost
LSP400
LTM400
Whether your requirement is for technical illumination of a road, pathway or cycleway, efficient area illumination for car parking or sport, or perhaps something altogether more decorative, our post-top products have it covered.
Technically oriented products from WE-EF sport timeless design and incorporate multiple light outputs and distributions to help deliver the perfect end result, whatever the specifics of the application. Innovative optical features, like Reflection Free Contour technology, help achieve best in class lighting quality and efficiency.
We also recognise that the life of a pole-top is not an easy one, with luminaires often subject to the harshest conditions and extreme variations of wind, rain and temperature, requiring only the very best designs, materials and finishes to maximise performance and durability. Materials like die-cast aluminium, outdoor grade PMMA, and even UV-resistant golden fabric and honeycomb metal mesh are used to give the best combination of performance and beauty.
When combined with features like specially designed housing ventilation enabled by high-tech breather membranes, purpose-designed and precisionengineered gasketing, and the very best marine grade surface finishes for all components, sustainable longevity is assured.
WE-EF
CFT500
IP66, IK08. Marine-grade, all aluminium construction. 5CE corrosion protection. Ø532x 286/ Ø700x 323. PMMA Reflection Free Contour technology. Rectangular, symmetric distribution. CFT530: Ø532, 2800- 5300lm. CFT540: Ø700, 4300- 14700lm. 27/ 30/ 4000k, L90 B10 90 000 h.
IP66, IK08. Marine-grade die-cast aluminium alloy. 5CE corrosion protection. OLC® optics. 867x 330x 90. Asymmetric side-throw, asymmetric forward-throw, rectangular side-throw distribution. 5600- 30400lm, 27/ 30/ 4000k, CRI 70/80, L90 B10 90 000 h.
FAGERHULT
KALLKÄLLA
IP66, IK08. Body and cover in die-cast aluminium. Ø410x 876. Installation on post top Ø60. Cylinder in impact and UV-resistant PMMA. Omnidirectional distribution.
1500lm. 30/ 4000k, CRI 80, SDCM 3, L100 B50 100 000 h. CLO and DALI as standard.
IP66, IK08. I Body and cover in die-cast aluminium. Inner core of hand-blown crystal. Ø410x 876. Cylinder in impact and UV-resistant PMMA. Omnidirectional distribution. 1950> 3100lm. 30/ 4000k, CRI 80, SDCM 3, L100 B50 100 000 h. CLO and DALI as standard.
FAGERHULT
HÖSTGLÖD
IP66, IK08. Body and cover in die-cast aluminium. UV-resistant golden fabric and honeycomb metal mesh. Ø410x 876. Cylinder in impact and UV-resistant PMMA. Omnidirectional distribution. 2000lm. 30/ 4000k, CRI 80, SDCM 3, L100 B50 100 000h. CLO and DALI as standard.
IP66, IK08. Body and cover in die-cast aluminium. UV-resistant transparent mesh. Ø410x 876. Cylinder in impact and UV-resistant PMMA. Omnidirectional distribution. 2000> 3000lm. 30/ 4000k, CRI 80, SDCM 3, L100 B50 100 000 h. CLO and DALI as standard.
WE-EF
LSP400
IP44, IK10. Marine-grade, all aluminium construction. 5CE superior corrosion protection. Ø350x 1500/ 4000. Prismatic polycarbonate lenses, Three-sided light output.
2600lm. 30/ 4000k, L70 B50 90 000 h.
IP66, IK10. Marine-grade die-cast aluminium alloy. 5CE corrosion protection. Polycarbonate lens Ø170x 4000.
LTM440: symmetric, controlled symmetric, rectangular distribution. 2000- 5800lm, 27/ 30/ 4000k , L70 B50 90 000 h.
LTP444: asymmetric side-throw, rectangular forward-throw distribution. 1900- 3800lm, 27/ 30/ 4000k , L90 B10 90 000 h.
In a world where outdoor lighting is, quite rightly, heavily scrutinised due to dark sky concerns, WE-EF projectors inspire confidence. Their modular structure comprises basic elements and sizes that can be specified with wide ranges of different wattages, lumen packages and white light of various colour temperatures. In addition, tunable white or colour changing functionality is available across the range.
In addition, there are profile projectors for zoom, gobo or framing applications and other optional accessories such as wall wash or linear lenses, honeycomb louvres and glare shields, and snoot attachments, all of which allow the creation of any desired lighting effect.
All WE-EF optics are designed in-house to provide the most efficient and effective light distributions to put light precisely and only where you want it, no more, no less. The result is effective architectural outdoor illumination with nothing stray, wasted or spilled, revealing the architecture and passing scrutiny.
Whether your application requires conventional lighting techniques or new ideas and concepts for showcasing buildings, monuments or landmarks, WE-EF projectors deliver results.
WE-EF
DESIGN
IP66, IK07. Surface mounted or wall via brackets. Ø75/ 150/ 190/ 260/ 340/ 385. Glare shield, honeycomb louvre, linear spread lens and snoot accessories. Marine-grade, die-cast aluminium alloy. 5CE corrosion protection.
Symmetric, very narrow, narrow, medium, wide beam, wallwash distributions. FLC201: > 610lm. FLC210: > 1400lm. FLC220: > 3000lm. FLC230: > 5700lm. FLC240: > 12100lm. FLC260: > 18200lm. 27- 6000k, option for T/W and RGBW, L90 B10 90 000 h.
WE-EF
DESIGN
IP66, IK05. Wall, floor, pole or post mounted via bracket accessories. Ø150/ 190/ 260. Safety glass lens. PMMA, spherical flat convex lens system. Marine-grade, die-cast aluminium alloy. 5CE superior corrosion protection.
Symmetric Zoom, Symmetric Gobo, Symmetric Framing Projector.
Options for T/W and RGBW. 800- 3300lm, 27/ 30/ 4000k, L70 B50 90 000 h.
WE-EF
DESIGN
IP66. IK07. Surface, column, rail or wall mounting. Option for ground spike. Safety glass lens.
Marine-grade, die-cast aluminium alloy. 5CE superior corrosion protection.
Symmetric wide, medium, narrow, very narrow distributions. 450-720lm.
27/ 30/ 4000k, CRI 80, L90 B10 90 000 h.
This catalogue was produced by Fagerhult Lighting LTD, a fully owned subsidiary of the Fagerhult Group. We reserve against any errors and we reserve the right to make changes to the assortment.