LED Lighting Catalogue 5.1

Designed & Producedin the UK

Featuring:

Colour Tuneable • High CRI • LED Technology

/LED Lighting Catalogue 5.1

2 T: +44 (0)2381 230 381www.photonstarlighting.co.uk

The Future of LightingLEDs are rapidly becoming the most efficient light

source available. What are the projections and

limits for both cost and efficiency?

page 22

Independent ViewpointLux magazine routinely bench tests industry

leading products. Since the first edition of this

respected publication, PhotonStarTM products

continue to shine in independant bench tests.

page 8

Award Winning SolutionsPhotonStarTM continue to win many industry

awards and have been recognised by the UKTI,

CIBSE and the LIA.

page 6

- Luxurious and modern high-end restaurant.

Rocksalt Restaurant - Folkestone

page 20

Simple Dimming to Advance Controls

Turning lights off is the simplest way to save

energy. Advanced solutions offer new possibilities

with inteligence and dynamic colour.

www.photonstarlighting.co.ukT: +44 (0)2381 230 381 3

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Advanced TechnologyAward winning LED luminaires with

embedded intelligence and colour tuning for

optimum energy saving and flexibility.

Evolution of LightHumans evolved to see with the light of the

sun. The evolution of light has brought us to

“ChromaWhiteTM” - a technology that more closely

matches the sun than ever before.

page 24

40Colour QualityA guide to selecting and using metrics when identifying products for retail and other applications.

50 Cool3RTM: Advanced Passive Thermal ManagementDesign choices & excellence in thermal management allow for a higher luminous flux with a lower environmental impact

58PhotonStarTM Luminaires & Micro RenewablesMicro renewable power sources such as photovoltaic panels as well as their battery backup systems operate at low voltages, making them a natural partner for the inherently low voltage LED solutions

Appendices229 Light Engine Tables

238 Maximum Operating Temperatures

240 Glossary of Terms

243 Compliance to Standard

246 UK Building Regulations

248 Enhance Capital Allowance

Features10 Case StudiesBDP Architects, The Wellesley Hotel, Yum Yum Ninja, 45 Park Lane (Dorchester Collection)

16Quality British Design & ManufactureLuminaire Design Philosophy 18Quality, Traceability & Lifetime TestingPhotonStarTM ensure the quality of products by careful design and rigorous testing in accordance with the LILG Guide

26Light & HealthFollowing the discovery of new receptors in the eye, studies have shown that lighting has a tremendous impact on human health and performance

36Ultra Efficient Lighting & LENIEuropean and industry standards for measuring the energy consumption of lighting in buildings

Contents

Selection GuideHow to select & order PhotonStarTM Luminaires & Light Engines

Product Guide PhotonStar’s in-depth range

Downlights

Spotlights

Amenity

PhotonStar Conventional Light Engines

ChromaWhiteTM Light Engines (embedded intelligence & colour tuning)

Third-Party Light Engines

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True Equivalence?The phase out of inefficient lamps, coupeld with

a fast paced technology improvements requires a

new approach to conparing lighting solutions

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Zhaga: The Vision

Zhaga is a consortium; a cooperation between companies from the international lighting

industry. The cooperation is governed by a consortium agreement that defines rules

regarding confidentiality, intellectual property and decision making.

Zhaga enables interchangeability of LED light sources made by different manufacturers.

This simplifies LED applications for general lighting.

Interchangeability is achieved by defining interfaces for a variety of application-specific

light engines.

Zhaga specifications cover the physical dimensions, as well as the photometric, electrical

and thermal behaviour of LED light engines.

Zhaga was established to benefit consumers and professional buyers of light engines and

luminaires in the expectation that interchangeability will prevent market fragmentation

into incompatible products.

Zhaga specifications increase confidence in specifying and purchasing LED products

that are easily replaceable and commercially available, while continuously enjoying the

performance upgrades that LED technology brings. This will help speed up innovation and

improve competition in the application of LED lighting in general.

Zhaga Making LED Light Sources Interchangeable

What is an LED light engine?An LED light engine is a combination of an LED module and the associated control gear.

Zhaga treats LED light engines as a black box, with defined interfaces that do not depend

on the type of LED technology used inside the light engine.

The Zhaga specifications only define the outside of LED light engines

PhotonStar is a member of Zhaga


Proven, Trusted & Quality Products

Arc Innovation Award Visitors’ Choice Winner ChromaWhiteTM Tungsten+

Lighting Industry Awards Winner 2011 Light Source of the Year - SLLE ModuleWinner 2010 Light Source of the Year - SmartWhite

Lighting Design Awards Finalist 2012 LED Smart Controls Finalist 2012 Light Source of the YearCommended 2010 Light Source of the Year

LUX Awards Finalist Controls and Light Source of the Year

Winner of LA / E.on Light Source of the Year two years running


2009 - BEX Innovation Award – PhotonStar LED Group plc.

The Building Exchange Award (BEX), part of the prestigious UKTI Business Innovation Awards, recognises the most innovative UK firms in construction and infrastructure. PhotonStar were one of the industry leading firms to be shortlisted for this award, which was announced by Minister for Trade and Investment Lord Davies.

Proven, Trusted & Quality Products Awards

2010 - Finalist Innovation Future Zone - PhotonStarTM SmartNemesis.

The KTN/TSB Innovation Future Zone, the biggest gathering of architects in the world - EcoBuild where over 50,000 delegates visited the show, featuring the most significant building products of 2010. The SmartNemesis by PhotonStarTM was the only lighting product to make the showcase final.

2010 - Commended Light Source of the Year - PhotonStarTM SmartWhite.

SmartWhite intelligent biodynamic LED downlight boasts ultra low energy combined with excellent colour quality. Colour tuneable between 3000K and 6500K, Ra>90 across the tuning range.

2010 - Best Light Source - PhotonStarTM SmartWhite Sponsored by E.ON

SmartWhite intelligent biodynamic LED downlight boasts ultra low energy combined with excellent colour quality. Colour tuneable between 3000K and 6500K.

2011 - Finalist, Energy Using Product - PhotonStarTM SmartNemesis.

The CIBSE Building Performance Awards recognise, reward and celebrate the best performance, innovation and practice in building services. The Awards recognise the best examples of actual low carbon performance in practice. They also highlight excellence in the design, construction, commissioning and operation of buildings of all types, as well as the development of people, products and processes in the building services sector.

2010 - Winner (SmartNemesis) Energy & Environment.

The prestigious UKTI Business Innovation Awards 2010, showcasing the very best of UK innovation in science and technology. In the Energy & Environment shortlist were organic waste recycling specialist GENeco, Perceptive Engineering - a provider of intelligent monitoring and control systems for the process industries - and PhotonStarTM for the SmartNemesis.

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Light Source Product of the Year

Awards 2010Industry

Lighting

Finalist For The UKTI Business Innovation Awards Finalist Innovation Future Zone AwardLight Source Of The Year - Lighting Design Awards

Best Light Source - Lighting Industry Awards CIBSE AwardsUKTI Business Innovation


Proven, Trusted & Quality Products Awards

2011 - PhotonStar LED Group plc. - Lux Awards

The award, which was presented at the Lux Awards evening in Chelsea Football Club’s grand hall, recognises lighting manufacturers who have shown exceptional performance, innovation and sustainable practices to a high level.

2012 - Light Sources - PhotonStarTM Technology ChromaWhiteTM SLLE Module.

This award is given to the most efficient and best performing light source, covering all types of lamp technology for any application.

2012 - Lighting Controls - PhotonStarTM LEDsmart Controls.

This award is given to the most innovative control gear or control equipment which offers unambiguous benefits

2012 - ChromaWhiteTM Tungsten H - PhotonStarTM Technology - The Energy Awards

PhotonStar’s ChromaWhiteTM Tungsten H technology was shortlisted for the “Energy Efficient Product Of The Year” 2012 Energy Awards. The Energy Awards aim to reward the achievement of companies cutting emissions and energy consumption.

2013 - Leisure Retrofit Of The year - Arcola Theatre.

PhotonStar were awarded the “Leisure Retrofit Of The Year” at the 2013 Greenbuild Awards for their most sustainable project, The Arcola Theatre. The award was given for the leisure refit project that had reduced its environmetal impact more feectively than its rivals.

2012 - ChromaWhiteTM Tungsten + - PhotonStarTM Technology.

PhotonStarTM were awarded the prestigious visitors choice award at the ARC show 2012, following a huge majority of visitors voting for the ChromaWhiteTM Tungsten + module. The module offered superior colour quality and visitors found that, compared to a Halogen MR16 in a dimming demonstration, the difference was not noticeable.

Environmental Manufacturer Of The Year - Shortlisted Lighting Design Awards - ShortlistedLighting Design Awards - Shortlisted

Energy Efficient Product Of The Year - Shortlisted Greenbuild Awards - WinnerVisitors Choice 2012 - ARC Innovation Zone - Winner


“Best Halogen Downlight Replacement” in third party tests against competitors.”

Independent Viewpoint Independent Bench Tests

Lux Magazine - PhotonStarTM Nemesis - 2013In 2011, 2012 and 2013 Lux listed PhotonStar

LED Group plc. as one of Britain’s 20 hottest

manufacturers in ‘The Power List’.

Read the articles and analysis on our website.

“Highest efficacy of the seven reviewed...”“Highly efficient, top performing unit at a decent price”

Lux Magazine - PhotonStarTM Downlight - 2011


Independent Viewpoint Testimonials

“The trimless PhotonStarTM

fittings look excellent - we like them a lot. They are a great find as we tend to stick to other big brands but the PhotonStar trimless seem to be an unbeatable product and we would like to start using them on other commercial and residential projects”George Evennett, Greenway and Lee Architects

“Great products. We have researched this field extensively and PhotonStar LED luminaires are consistent in performance and quality. Good output, excellent efficacy, dim well with good build quality. I will certainly continue to use them on appropriate projects.”

Graham Festenstein, PLDA

“To date we have not found any other products that meet the PhotonStarTM standard and quality.”

Jeff Naman, BSEC Design (Consulting Engineers)

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PhotonStar supplied an LED lighting solution for the BDP offices in London in order to increase energy efficiency and achieve rapid payback. The low energy LED luminaires offered an 80% reduction in both energy and co2 at an operational life of 50,000 hours compared to the previous 50W Halogen installation. The fittings also achieve savings of over £2000 a year on electricity and maintenance, with a fast payback of less than 2 years. In addition, the PhotonStar spotlights greatly improved the light quality in the offices whilst maintaining previous lux levels.

PhotonStarTM products used: Track Spot Aero

Product benefits:A maintenance free track spot 50,000 hours operational life at high ambient temperatures (to L70) 80% energy saving compared to halogens Compliant with EU ‘A’ energy rating Exceeds UK Part L1 and L2 Stylish, modern aestheticsFast Payback less than 2 years

“The PhotonStarTM LED spotlight offered a very good combination of light quality, lumen package and price.”

- Luke Smith-Wightman, BDP

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The prestigious Wellesley Hotel features PhotonStarTM luminaires throughout, which were installed to satisfy an all-LED design brief aiming to reduce energy and improve quality of light. The LED solution offers 85% energy saving and 2 year payback against typical 50W Halogens whilst still achieving their desired warmth and cosiness. The PhotonStarTM fittings, which are fully recyclable, also deliver high outputs and the wide beam angles reduced the number of fittings; reducing the overall project cost.

PhotonStarTM products used: Lorem Adjustable, Lorem Micro, Lorem Showerproof, CeilingStar TL

Product benefits:Excellent quality of lightHigh outputs and wide beam angles to reduce number of fittings requiredAchieved the desired ‘look and feel’ of Halogen fittings85% energy saving against typical 50W Halogens2 years paybackStylish, modern aestheticsFully recyclable Long rated life (50,000 hours)

“PhotonStarTM are leading the way in LED lighting; their luminaire lumen packages were superb, giving great luminous efficacy in a stylish and well-made product.”

- Lorraine Calcott, Director at It Does Lighting.

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The ExCel Centre, London installed PhotonStarTM fittings following the need to reduce energy in the central boulevard. The low energy LED solution, used in conjunction with Elite Renewables, offers a 50% reduction in energy usage and requires minimal maintenance and zero lamp changes; over their 50,000 hour lifetime increasing safety by eliminating the need for a bulb replacement in the 10m high ceiling. The LED solution also offers high performance and provides higher colour and light quality to improve the visitor’s visual experience

PhotonStarTM products used: Nemesis LG

Product benefits: High power low glare solution50% reduction in energy usageExcellent colour quality and quality of light Lifetime of 50,000 hoursCompliant with EU ‘A’ energy ratingExceeds UK Part L1 and L2Compatible with building control systemsMinimal maintenance (increased safety)Payback less than 36 months

“The Nemesis from PhotonStarTM was considered the best match in terms of aesthetics, quality of light and warranty.”

- Elite Renewables.

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Brighton’s Yum Yum Ninja Restaurant, designed by eco-celebrity Oliver Heath, is lit by a PhotonStarTM LED solution; reducing energy savings and costs whilst providing excellent colour rendering to highlight the Eastern décor. The PhotonStarTM luminaires, with a lifetime of 50,000 hours, offer energy savings of 80% against typical Halogens and reduced costs of over £1000 a year. Their excellent light quality and colour rendering accentuates the urban interior design and the 1-10v dimming system fulfils the flexibility needs of an all-day restaurant.

PhotonStarTM products used: Cryos Adjustable, CeilingStar

Product benefits:80% energy saving against typical HalogensReduced running costs by over £1000/yearConsistent high performanceExcellent colour rendering to accurately highlight Asian décorWarm 3000K colour temperatureReliable UK manufacturing1-10v dimmingFully recyclableMinimal maintenance and long lifetime

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King’s College, one of the world’s leading research and teaching universities, recently replaced the CFL and Halogen lighting in their reception and student area with a LEDsmart controllable PhotonStarTM system. The integrated LED illumination and control system offers maximum energy savings, functionality and scalability in the social environment, whilst requiring minimal maintenance over life. The solution also offers simple installation and improved light output and colour quality to enhance visibility and comfort.

PhotonStarTM products used: SmartNemesis

Product benefits: LEDsmart controllable PhotonStarTM systemMaximum energy savings Increased functionalityDaylight linking and presence detectionMinimal maintenance Lifetime of up to 50,000 hoursSimple installation Improved light output and performanceGood colour quality

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In a refurbishment of 54 flats in Doncaster Chevin Housing Association installed PhotonStarTM LED lighting, providing benefits to both the tenants and the association.

Installing LED lighting in social housing has proven to provide many advantages to those who bear the cost of ownership in serviced, non-serviced accommodation and communal areas. Housing associations and building owners can benefit from long-term energy and maintenance savings and rapid payback as well as achieving building regulation compliance, highlighting their sustainability credentials. Tenants suffering from fuel poverty can also reap the benefits of the efficient lighting; lowering their energy bills and eliminating the need to frequently purchase replacement bulbs.

LED fittings also improve the safety and quality of all areas of social housing, preventing accidents directly attributable to handling and changing light bulb (RoSPA quotes 3,588 domestic injuries a year) and reducing the risk of crime and accidents because of poorly lit environments.

The PhotonStarTM solution installed by Chevin Housing Association reduced electricity consumption by 80% compred to MR16 without reducing the amount or quality of light and offers improved functionality & safety features.

PhotonStarTM products used: CeilingStar ED

“We chose the PhotonStar LED fittings because they offered the best combination of genuine performance, lifetime potential, excellent light quality, product quality and legislative compliance. Their high level of recyclability & UK manufacture is key to our sustainability agenda.”

- Sam Sykes, Chevin Housing Association.

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PhotonStar™ Luminaire Manufacturing Facility Tredegar, South Wales

Designed & Producedin the UK


PhotonStar™ Design & Manufacture PhotonStar™ Design Philosophy

Efficiency & Control• Drive towards ultimate efficiency – LEDs

have the potential to reach 330lm/W

• Smart biodynamic functionality such as CCT

and CRI control

• Autonomous intelligence, presence dimming

and appropriate light utilisation saves

significant energy

Full Solutions• Emergency lighting and a broad collection of

LED drivers to suit a range of applications

• Compatibility with existing and future lighting

control and building management systems

Efficiency & Control

Product Design• Bespoke solutions developed rapidly using

quality components and latest computer

aided design tools

• Full in house optical testing referenced back

to NPL and LIA

• Full in house testing of optical and thermal

performance

Designed for Lighting• LED product rated lifetimes are long, making

aesthetics important as luminaires will last

a lifetime

• Genuine performance and photometric files

for use with lighting design software

• Designed for simple & easy replacement of

traditional lighting

Aesthetics & Design

Longest Lifetime• Excellence in thermal management

• Products are engineered to the highest

ambient temperatures to increase overall

lifetime

• Full in house reliability testing & quality

control codes of practice

Sustainability• Avoidance of environmentally harmful

materials – RoHS compliant

• Designed for the longest lifetimes and

reusable to minimise life cycle costs

• Use of recycled materials where possible in

all products

Sustainability & Longevity


Quality, Traceability & Lifetime Testing

QualityThere are a vast number of LED modules and packages on the market and not all are created equally.

Some have inflated claims of efficiency, lumen output, overall lifetime and colour stability. To ensure

that PhotonStarTM produce the best available LED lighting products, only high-bin LEDs are used from

manufacturers who have reliable and accurate performance data on their products. Luminaires are design to

achieve the best performance from our LED modules, keeping them as cool as possible for maximum lifetime

and efficiency. Light engines and luminaires in this catalogue are developed using LEDs from manufacturers

such as Lumileds and Cree.

PhotonStarTM ensure the quality of all luminaires through careful product design, rigorous design testing

(see page 30 – A Guide to Specifying LEDs) and long term lifetime testing. To ensure that finished luminaires

are consistent with the original design, 100% product testing is employed on the production line with full

serial number traceability of optical and electrical key parameters. As a result, luminaires manufactured by

PhotonStarTM are offered with a 5 year warranty.

TraceabilityEvery LED lighting product from PhotonStarTM has a unique serial number.

Every LED luminaire has a fully traceable LED light engine and PhotonStarTM

designed custom data logging equipment and software records the:

• LED type

• LED colour point and flux bin

• The luminaire colour point – the exact CCT

• The luminaire Colour Rendering Index (CRI)

• The on-axis brightness

PhotonStarTM electrically test 100% of the luminaires produced and every product is colour binned

and labelled against ANSI C78.377-2008. The on-axis brightness measurement ensures that the

luminaire shipped is consistent with the product specifications.


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Lifetime TestingEvery new luminaire light engine or LED module produced by PhotonStarTM is lifetime tested in accordance

with the LILG guide to ensure that customers receive products that are consistent with the lifetime claims

stated. A statistically significant set of luminaires are placed on long term test and for each luminaire family

two different ambient operating temperatures are monitored, one at standard 25ºC ambient and another at an

elevated temperature at least 10ºC higher than ambient.

These are then periodically tested in PhotonStar’s photometric lab and their performance plotted

to determine the lifetime of the whole product. All key electrical and optical parameters are measured

including the LED board temperature.

The CeilingStar (CS5) was first launched in February 2008. It is now in its 5th generation – each more efficient

than the last. The first generation has been on test since 23/06/2008. Generation 3 has over 30k hrs on test

and Generation 4 has over 18K hours on test. This shows build standard heritage of more than 5 years or

40,000 hours.

All previous generations of the CeilingStar demonstrate less than 8% loss in luminous flux over the industry

standard 6k hrs test, fully supporting our L70F10 rated lifetimes.

For more information on the lifetimes of specific light engines, please see relevant light engine section.

Quality, Traceability & Lifetime Testing


DALI Dynamic hospitality projects; transforming

space from one function to another.

Beautiful homes, with added security and

remote access.

Dynamic & flexible public spaces.

Creative retail environments with

dynamic branding and creative merchandising.

Control Protocols Supported Digital & Analogue Control Systems

DMXDMX is a standard for digital communication networks that is commonly used to control stage lighting and effects. However, more recently the protocol has gained more interest in the commercial and architectural lighting space. The protocol was originally devised for controlling light dimmers.

Digital Addressable Lighting Interface is a technical standard for network based systems that control lighting in buildings. The open standard was established as a successor to analogue 0-10V lighting control systems.

Further technical information may be found on www.dali.org.

PhotonStarTM has experience of other protocal including DSI, KNX, 1-10V, Leading Edge, Push-Dim and others - contact us for support on installations using these protocols.

Digital Protocols

Other

1-10V & Trailing EdgeA dimming system employing analogue input signals initiating and defining the dimming level that an LED driver or control gear will react to. Typical protocols include 1-10V, 0-10V, and trailing edge dimming (triac dimming). Such systems benefit from simplicity but lack the flexibility of customisation.

Analogue Protocols


Our prefered professional DALI solution partner. PhotonStar luminaires can be supplied pre-wired with Helvar drivers for seamless, reliable DALI based projects.

Our prefered professional DMX solution partner for ChromaWhiteTM and other colour changing products including RGB.

HelvarPharos

Control Partners

PhotonStarTM work with many controls manufacturers, however, we work closely with quality manufacturers such as Pharos and Helvar. Our products are tested to be compatible with these systems and our technical team are fully trained to support and advise on these products.

T: +44 (0)2381 230 381


The Future of Lighting

The US Department of Energy (US DOE) and its partners are working to accelerate advances in

solid-state lighting – a pivotal emerging technology that promises to fundamentally alter lighting in the future.

The US DOE has been tracking and driving R&D into solid-state lighting for over 10 years.

www1.eere.energy.gov/buildings/ssl/index.html

LEDs have a theoretical maximum efficiency of between 330lm/W and 440lm/W depending on

colour temperature and colour quality.

LEDs are rapidly becoming the most efficient light source availableWith improvements in LED efficiency dramatic savings in luminaire and lamp manufacture cost can be

achieved. This is through the use of fewer, more efficient LEDs to create the lumen output needed for an

application with overall lower power consumption and therefore lower cost drivers and smaller heat sinks.

As LEDs improve in design and efficiency it will be possible to drive them harder; thus even less LEDs

will be needed further reducing the cost of the system.

White Light LED efficacy targets, laboratory and commercial – US DOE

No other lighting technology offers as much potential to save energy and enhance the quality of building environments, contributing to energy and climate change solutions.


Watts or lumens?Traditional light sources such as the Incandescent lamps have not changed in efficiency for many years,

thus the electrical power consumption in Watts (W) is a traditional way of defining output.

As LED modules and products are increasing in efficiency so quickly, the Watt is becoming an increasingly

inaccurate way of determining light output. Whilst Watts are still important for overall load and energy saving

calculations, lumens are the only way of determining light output and suitability for purpose.

Improving efficiency and reducing power year on yearAs can be seen above, Watts is an increasingly ineffective method of specifying optical performance.

The CeilingStar range has improved in efficiency from 40 llm/cW to 90 llm/cW over the last 5 years.

This is an increase in efficiency of between 13-32% per year. The electrical power consumption has

fallen from 11.5W to 7.5W, whilst luminaire output has increased from 460lm to 673 lm at this efficacy

(with options available up to 915 lm).

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The Future of Lighting

Electrical Product Luminaire Lumens % Efficiency Power Delivered per Circuit Watt Change Product (Circuit Watt) Lumens (llm/cW) Gen on Gen

CS5-NIC Gen 1 11.5 460 40 2008 0

CS5-NIC Gen 2 9 430 47 2009 18%

CS5-NIC Gen 3 8 430 54 2010 13%

CS-ED Gen 4 7.3 576 79 2011 32%

CS-ED Gen 5 7.5 673 90 2013 14%

US DOE Roadmap 2011

LEDs improve rapidly, always see our website for latest data


The SunEnergy from the sun, in the form of sunlight, supports almost all life on earth via photosynthesis, and drives the earth’s climate and weather.

Candle LightThe Egyptians and Cretans made the candle from beeswax as early as 3000 BC. The early candle was made from various forms of natural fat, tallow and wax.

IncandescentIn 1802, Humphry Davy created the first incandescent light but it was not until 1879 that Thomas Edison created the first commercially practical incandescent lamp. Today it provides the highest quality fixed colour illumination, but sadly it is not very efficient; a problem in today’s energy conscious world.

Lifetime5,000,000,000 (5 Bn) years

PositivesFree, we evolved with it

NegativesOnly on during the day,UV, Non dimmable

LifetimeHours

PositivesWarm feel

NegativesNot much light,fire risk

Lifetime1,000 hours

PositivesCheap, familiar safer than naked flame

NegativesEmitted heat, UV

HalogenA halogen lamp is the ultimate evolution of the incandescent lamp. The earliest commercial lamps were called Quartz Iodine Lamps, launched by GE in 1959. A tungsten filament is sealed in with an inert gas and a halogen gas. This gives it a higher efficacy (10-25lm/W). It also gives light of a higher temperature compared to a non-halogen incandescent lamp.

Lifetime1,000 - 2,000 hours

PositivesCheap, warms when dims

NegativesEmitted heat, UV

Now Banned in the EU

The Evolution Of Light


Compact FluorescentA compact fluorescent lamp (CFL), is also known as a compact fluorescent light or energy saving light. The modern CFL was developed by Ed Hammer, an engineer with General Electric, in response to the 1973 oil crisis. Todays CFLs are energy efficient but there are increasing environmental concerns due to their mercury content.


PositivesCheap

NegativesLots of UV, contains mercury,disposal issues, poor colour quality

LED SourceThe first blue LEDs were made in 1971 by Jacques Pankove (inventor of the gallium nitride LED) at RCA Laboratories.

Building upon these foundations, in 1993 high brightness blue LEDs were demonstrated through the work of Shuji Nakamura at Nichia Corporation. White LEDs for lighting are usually made from blue LEDs and phosphors.

Dramatic improvements in efficiency have been made, with a theoretical efficiency of 330lm/W at 6500K, 50-100,000 hour lifetimes, and no environmental concerns.

LEDs represent the future of lighting.

ChromaWhite™ LED SourceChromaWhiteTM provides the illumination quality of the sun (and incandescent lighting) with the energy efficiency (and lifetime) of white LEDs. ChromaWhiteTM is dynamic, colour tuneable and controllable to simulate the qualities of daylight and conventional light sources. It represents a revolution from the “on/off” fixed colour lamps of today.

ChromaWhiteTM represents the ultimate evolution towards truly intelligent and dynamic lighting, able to create better, more natural and healthy living or working environments.

Lifetime

50,000 - 100,000 hours

PositivesDimmable, switchable, compatible with lighting control systems, no UV and no radiated heat, 50,000 - 100,000 hrs for well engineered products rated life is 70% of original brightnessRobust – no fragile filamentsEnergy saving – 40% saving compared to CFL low energy lamps, 80% against halogenEnvironmentally friendly – no mercury, RoHs compliant

NegativesFixed colours


Positives All the benefits of LEDs – energy efficiency and environmental etc.High quality lightColour /mood controlColour temperature locked, local intelligencePlug and playPhotobiological and circadian solutionFlexible use of space

ChromaWhiteTM

Tuning Range

Scan this QR code to see a tuning video of ChromaWhiteTM Variable CCT

T5 FluorescentFluorescent lamps or tubes are gas-discharge lamps that use electricity to excite mercury vapor. The excited mercury atoms produce short-wave ultraviolet light that then causes a phosphor to fluoresce, producing visible light. T5 fluorescent tubes were developed by Philips in the 1990’s and are the latest, most efficient version.

Lifetime20,000 hours

PositivesCheap, good efficacy and colour rendering

NegativesContains mercury, disposal issues, life shortened by dimming

PhotonStarTM


Next generation lighting design will take into account the biological responses to create more productive, healthier environments. This will use dynamic light sources such as ChromaWhiteTM

from PhotonStarTM. Increased connectivity of lighting will lead to personalised lighting solutions.

Circadian rhythm

Alertness & blue light

Lighting & HealthYour eye does not just see, you have a totally separate system that responds to the spectral distribution of light and effects your hormones and body clock. Even some blind people may still have functioning “non-visual” receptors.

Exposure to ~460nm light causes an immediate alertness response that lasts about 30 minutes – rather like “visual caffeine”. Installing this in a car might reduce accidents, but blue light from your tablet in the evening may prevent sleep.

Your circadian (latin for “of the day”) rhythm controls many functions of your body. It is entrained by the changing spectral distribution of light – adjusting your body for the environment that it is in. Effectively we are perceiving the movement of the sun across the sky as refraction changes both the colour and spectral distribution.. This is our signal to perform our basic functions and responses

You have probably suffered circadian rhythm disruption – we also call it “Jet Lag”.

You feel disoriented, disrupted and tired. Exposing yourself to daylight is one of the best cures. The recent Mars Mission simulations demonstrated extreme circadian rhythm disruption through inappropriate artificial light causing many physical and mental health issues. Following this, NASA will be installing a circadian lighting system on the International Space Station in 2016.

21:00 Melatonin secretion starts

22:30 Bowel movements suppressed

19:00 Highest body temperature18:30 Highest blood pressure

18:00

17:00 Greatest cardiovascular efficiencyand muscle strength

15:30 Fastest reaction time

14:30 Best coordinationHigh alertness 10:00

Bowel movement likely 08:30

Lowest body temperature 04:30

Deepest sleep 02:00

Highest testosterone secretion 09:00

Melatonin secretion stops 07:30

Sharpest rise in blood pressure 06:45

06:00

Noon12:00

Midnight00:00

Ligh

t-Dar

k c

ycle

In response to light, the non visual system affects many hormones, primarily cortisol and melatonin.

Photo-biological responses to lightYour eye responds to particular colours of light. The responses are very different when the light has a lot of energy in the blue part of the spectrum (460nm) than when there is little energy in this part of the spectrum.


Studies following installations of photo-biologically optimized solutions show:• Improved attention • Improved performance • Improved behaviour • Improved recovery times• Improved symptoms for Alzheimer sufferers• Improved mood

A 2011 study using dynamic lighting in schools documents a reading speed increase of 35%, concentration improves, thereby reducing errors 45% and classroom hyperactivity is reduced by 76%.

*studies show that mice kept under dynamic / daylight lighting live on average twice as long as those kept under one fixed colour of light

Ongoing studies are also demonstrating positive results with• General Health• Longer Life*• ADHD• Obesity• Diabetes• Dementia / Alzheimer’s• Cardiovascular Disease

T: +44 (0)2381 230 381

Potential value of photo-biologically optimized lighting.

Visual Cortex

Pineal Gland

SCN

Retina

Photo-biological lighting technology

The aim is to be like daylight:

Varying the spectral distribution* to reduce/increase blue content

High CRI and large GAI

Time based controls are essential.

* Changing the spectral distribution is not the same as varying the CCT. Varying the CCT will visually appear like daylight changes but will not necessarily cause a photobiological response.

Increased connectivity of lighting will lead to personalised lighting solutions, although these will also need adapt the light that is emitted by devices such as TVs and tablets at different times of day.

Photo-biologically optimised systems will use dynamic light sources such as the award winning ChromaWhite LED smartlamps and modules.

Developed in the UK by PhotonStarTM, this ultra efficient LED source can be designed into professional LED luminares. Not only does it tune between warm white and very cool white to appear visually like daylight, but it also delivers the correct variations in spectral distribution to meet circadian needs.


Adding intelligence and connecting devices that have previously been stand alone will enable a wealth of new applications of possibilities.

Why Lighting?

Quite simply, where there are people, there is nearly always artificial light. Adding sensors and intelligence to LED lighting is a natural next step, and will provide a whole new level of information about the users environment with new levels of intelligent personalisation.

Why Now?

• LED chips are now cheap, efficient and easily integrated with electronics

• Low cost high performance energy efficient embedded processors are very affordable eg ARM Cortex range • Low cost short range wireless radios and protocols are becoming standardized eg Bluetooth, ZigBee, 6LowPan, allowing interoperability • Smart devices – tablets and phones are common place

PhotonStar IOT optimised lighting technology previously demonstrated at:ARM Tech Con 2012Consumer Electronics Show 2012Embedded World 2013

Video - Fenella Frost, PhotonStar’s Marketing Communications Director talks about the future of smartlighting at the ARM TechCon in California.

Technology Ltd.


New Opportunities For Smart Lighting

There are many possibilities for smartlighting, only limited by software and imagination

Circadian LightingWireless technology simplifies retrofitting dynamic solutions for healthier & more productive environments for people. Connectivity and intelligence will enable an individual’s circadian preferences to be mapped across lighting in many locations as well as to other light emitting devices (PCs, tablets & TVs).

Multi Media ExperienceWireless dynamic lighting will enhance our multi media experience, enabling our built environment to respond to games, movies and music.

SustainabilityEmbedded microprocessors and sensors will enable reduction of wasted light. These on board electronics will make automatic protection of the lighting system possible, to maximise system lifetime and reduce maintenance.

Connectivity will provide data to other connected devices to optimise entire environments and reduce energy in other areas.

PersonalisationConnected lighting will allow you to change the environment around you to suit your preferences automatically via smart devices.

Example Application Demand Response

Recent news has highlighted the likelihood of rolling blackouts as our ability to meet peak electricity demand is reduced.

Source BRE

Meeting our peak load power requirements has serious environmental impacts, and typically is met by more carbon intensive generation methods. Increasingly we have to use imported fuels to meet this demand making us politically vulnerable.

Overall, on average the peak demand occurs at 18:00 hours and is 45.0GW;however, this increases to 53.4GW in winter also at 18:00 hours and decreases to 39.6GW in summer and peaks much earlier in the day at 16:00 hours.

Demand Response LightingSmart lighting and other connected devices will in future respond to the grid and where possible help to reduce the total load. Less automated systems are already in place to operate this through an aggregator and incentivise energy users., however as lighting is one of the biggest contributors to peak load, automated response in both homes and businesses will have a very significant positive impact.

www.photonstarlighting.co.ukwww.photonstarlighting.co.uk


PhotonStar™ supports and provides data in accordance with ‘The Guide for Specifying LED Lighting’, produced by the Lighting Industry Liaison Group (LILG) consisting of industry leading organisations.

LEDs

LED LUMINAIRE

OPTICAL

PCBCONTROL GEAR

FINISH (PAINT)

ELECTRICALCONNECTIONS

MECHANICALGASKETSEALANTS

THERMALHOUSING

MANUFACTURING PROCESS

Factors affecting the design of LED luminaires

A Guide to Specifying LEDs PhotonStar™ supports and provides data in accordance with ‘The Guide for Specifying LED Lighting’,

produced by the Lighting Industry Liaison Group (LILG) consisting of the organisations below.

Also many of the requirements are being mirrored in the International Electrotechnical Commission,

IEC LED Modules for General Lighting Performance Requirements IEC/PAS 62717, and

Particular Requirements for LED luminaires IEC/PAS 62722.

A chain is only as strong as the weakest linkAn LED luminaire is in many ways more complex than a traditional lighting fixture, in that many system

components and operating conditions require tighter control to provide optimum performance. It is an

electromechanical system that includes, in addition to the essential light emitting source, provisions for heat

transfer, electrical control, optical conditioning, mechanical support, and protection, as well as aesthetic

design elements. Because the LEDs themselves are expected to have long life, all of these other components,

adhesives, and other materials must be equally long lived, or, to the extent they are not, they will limit the

system lifetime.


Data Required for Specification

Ambient TemperatureAll key measured data for the luminaire should be presented for an ambient temperature of 25ºC.

(15ºC for exterior luminaires).

Initial Luminaire Lumen OutputThis is specified in the performance tables for the product as L100

Photometry Photometric data is available in two formats. Absolute photometry does not require the use of a separate

lumen output for the light source. Relative photometry requires the LED package flux to be quoted.

Both methods produce the same result. The manufacturer should state the format in which the

photometric data is supplied.

PhotonStarTM quote absolute photometry of LED luminaires conducted according to IES LM-79-08

Photometric Measurements of Solid-State Lighting Products.

Lumen Depreciation The lumen depreciation rate is judged by the light output at 25% of rated life (with a maximum duration

of 6,000hrs) compared to the initial output. The depreciation classification is:

Light output > 90% of initial Cat 1 / Code 9 / IEC/PAS 62717 Ed1

Light output > 80% of initial Cat 2 / Code 8

Light output > 70% of initial Cat 3 / Code 7

Under IES / PAS 62717 this is quoted as follows:

Lumen Maintenance (%) Code

≥90 9

≥80 8

≥70 7

1000 6000 RATED LIFE

Measured Data Delivered Data

0%

70%

100%CAT 1

CAT 2

CAT 3

Measured luminous flux valueafter 25% rated life or 6000 hours maximum

Initial luminous flux at zero hours

Luminous flux as % of flux at zero hours

Lower limit line: reference flux decrease of rated life

Data Required for Specification• Initial Luminaire Lumen Output L100

• Photometry at L100

• Light Output Depreciation Category (1, 2 or 3)

• Luminaire life L(x) (where x is the percentage of L100 at the declared life)

• Failure Fraction F(x) (where x is the percentage of failures at L(x))

• Colour Temperature at L100 and any shift 25% of rated life

• Colour Rendering Index Value

• Colour Rendering Index Value Shift

• Luminaire Electrical Characteristics (total power consumed and other key electrical parameters)

PhotonStar™ quote both

e.g. Cat 1 / Code 9.

These are effectively the same thing

expressed in different ways.


Explanation of Specification Parameters

Lifetime Lx

Lifetime is defined as “The length of time during which a LED light source, LED module or LED luminaire

provides more than the claimed percentage ‘x’ of the initial luminous flux, under standard conditions”.

An LED product has reached its end of life when it no longer provides the claimed percentage of the initial

luminous flux, Lx. Life is always published as combination of life at claimed lumen maintenance and failure

fraction, Fy applied at the time of reaching the claimed percentage of the initial luminous flux, Lx.

A reliable luminaire manufacturer will indicate the basis of these projections. It should be noted that if a

product contains a good quality LED light source that has LM-80 data available, and the LED module or

luminaire maker calculates lifetime data based upon the LM-80 data, this represents an extremely good

start in ensuring that the LED module or luminaire could be reliable. For LED modules and LED luminaires, the

lumen maintenance curve can also be affected by the combined attributes of all components of a light source/

luminaire as described in Section 1. LED modules and LED luminaires have life testing carried

out to 6,000hrs.

For general lighting applications, it is recommended to define lifetime as “The length of time it takes an

LED module or LED luminaire to reach (depending on the application) 70% of its initial light output (L70).”.

For decorative lighting applications, it is recommended to define lifetime as “The length of time it takes

to reach 50% of its initial output.” Lifetimes quoted according to L70 projected tests at 6,000hrs or 25%

of total lifetime at a 95% confidence level, defines the abrupt failure or statistical confidence of the data.

i.e. where light output is 70% for 95% of the population.

Failure Fraction (Fy) published in combination with lifetime (Lx)

This is the percentage ‘y’ of a number of LED light sources of the same type that have reached the end of their

individual lives where ‘y’ designates the percentage (fraction) of failures. For LED modules with drivers this

failure fraction expresses the combined effect of all components of a light source/luminaire.

Failure fraction should be declared at the lifetime Lx and can only be based on testing up to 6,000hrs together

with statistical predictions. For general lighting applications this should be less than 10% (F10).

The majority of catastrophic failures will be associated with LED driver electronics.

There are additional tests implied in this measurement including temperature cycling, thermal endurance

and supply voltage switching tests, however these are product specific.

Colour Temperature at L100 and any shift at 25% of rated lifeThe initial colour point (x & y) of the LED and the colour temperature derived from it or bin class related to

C78.377-2008, where colour temperature values are recommended as 2700K, 3000K, 3500K, 4000K,

5000K, 6500K.

Luminaire Colour Rendering IndexThe initial Colour Rendering Index (CRI) of a luminaire is measured. Generally a CRI of greater than

80 is appropriate for interior general lighting.

A second measurement is made after a total operation time of 25% of rated life (with a maximum

duration of 6,000hrs). The measured CRI values should not have decreased by more than 3 points from the

rated CRI for initial CRI values and 5 points from the rated CRI for maintained CRI values.

Further details on this guide can be found on websites of the organisations that endorse it.

Optical RiskThe Control of Artificial Optical Radiation at Work Regulations 2010 apply to light emitted from all artificial

light sources including LEDs. These regulations require employers to protect the eyes and skin of workers from

exposure to hazardous sources of artificial optical radiation. Exposure limits defined in the standard EN-62471

are in European regulation (directive 2006/25/CE). These are a combination of source power and exposure

time.

Risk Group 0 - Exempt Risk Group 1 - Low Risk Group 2 - Moderate Risk Group 3 - High

When light sources are placed in a luminaire, the Risk Group classification can change due to the optics used

in the luminaire.


Colour Temperature Tolerance Tolerance (categories) on nominal x & y values measured for both initial and at 25% of rated life

(with a maximum duration of 6,000hrs) are specified as measured x & y’s within a 1, 2, 3, 4, 5, 7-step ellipse.

Tolerances beyond a 7-step ellipse are considered unacceptable for general illumination purposes.

This is in compliance with IEC / PAS 62716.

PhotonStar™ ProductsAll of our luminaires are individually colour (CCT, CIE x, y) tested and serial number logged.

PhotonStar™ luminaires have transitioned from ANSI binning (e.g. 3000K ±150K) to a

4-step (e.g. 3000K ±100K) and 2-step (e.g. 3000K ±50K) MacAdam ellipse,

subject to the light engine.

Further details on this guide can be found on websites of the following organisations.

www.thelia.org.uk

www.pld-a.org

www.theilp.org.uk

www.highwayelectrical.org.uk

www.sll.org.uk

www.iald.org

Data Required for Specification

Size of MacAdam Colour Variation

ellipse centred on the Category

rated colour target initial maintained

3-step 3 3

5-step 5 5

7-step 7 7

>7-step ellipse 7+ 7+

-0.01 -0.005 0

2STEP

4STEP

7STEP

0.005 0.01

0.01

0.005

0

-0.005

-0.01

dv

7 STEP ANSI C287

CIE LUN 1976

0.46

0.45

0.44

0.43

0.42

0.41

0.40

0.33

0.34

0.35

0.36

0.37

0.38

0.39CC

y

0.33

0.34

4

0.35

0.36

0.37

0.38

0.39

0.40

0.41

0.42

0.43

0.44

0.45

0.46

0.47

0.48

0.49

CCx

5000K

4500K

4000K

3500K

3000K

2700K

ANSI C78.377A PhotonStar 4 bin ANSI 7 bin

0.46

0.45

0.44

0.43

0.42

0.41

0.40

0.33

0.34

0.35

0.36

0.37

0.38

0.39CC

y

0.33

0.34

4

0.35

0.36

0.37

0.38

0.39

0.40

0.41

0.42

0.43

0.44

0.45

0.46

0.47

0.48

0.49

CCx

5000K

4500K

4000K

3500K

3000K

2700K

ANSI C78.377A

3B

4C

4A

4D3C

3A

4B

3D

ANSI C78.377A

MacAdam EllipsesMacAdam ellipses refer to the region on a colour chromaticity diagram which contains all colours which are indistinguishable, to the average human eye, from the colour at the centre of the ellipse. The contour of the ellipse therefore represents the just noticeable differences of chromaticity.

ANSI/IEC Standard ANSI recommends that lamp manufacturers stay within a ‘7-step’ ellipse. This means that, given a certain CCT target point (in this case 3000K) on the CIE diagram, the lamp can deviate within the boundary of a 7-step ellipse.


What is an Equivalent Output?International environment and climate protection goalsWithin the framework of Kyoto 1997 climate protection objectives, the EU defined a series of measures for the

economical and sustainable use of resources. The core objective of these ambitious goals is to reduce CO2

emissions in the EU by 20% by 2020. In the professional lighting sector, reductions of just over

20 million metric tons of CO2 are being targeted with another 24 million metric tons in consumer lighting.

Key EU directivesIn April 2009, based on Article 15 of the EUP Directive by the European Parliament & The Council, two

regulations were enacted as implementing measures, establishing specific requirements for sub-areas in

electrical lighting.

Regulation EC 244/2009 for Domestic Lighting (part 1, modified by Regulation EC 859/2009) sets out

requirements for the acceptable eco-design of consumer-sector lamps with diffuse light. It covers technologies

that can generally be used in private households, namely incandescent lamps, halogen lamps, compact

fluorescent lamps with integrated ballasts, and LED products.

Regulation EC 245/2009 for Professional Lighting sets out requirements for the ecological design of products

used primarily in highway, industrial, and office lighting, which includes fluorescent lamps, compact fluorescent

lamps without integrated ballasts, high-pressure discharge lamps and LED products.

The regulations include clear marking on all lamps with the introduction of the Lumen as the best way of

assessing light output. This is because Wattage associated with defining incandescent sources no longer

makes sense in an efficiency driven world. Lumens / Circuit Watt is fast becoming a key measure of efficiency.

The EU Commission is removing inefficient lighting from the marketUnder these regulations the following timetable is in place for incandescent and halogen light sources:

September 2009 100W or above incandescent lamps

September 2010 75W clear incandescent lamps

September 2011 60W clear incandescent lamps

September 2012 All remaining clear incandescent lamps (40W and 25W)

September 2016 Phase out of C-class retrofit halogen lamps

After these dates, manufacturers will no longer be able to distribute certain types of lamps,

and retailers won’t be able to order new stocks of them.

In addition there are other bans in place for fluorescent and metal halide sources:

2012 Phase out of high-pressure sodium lamps (HPS): HPS standard efficiency Phase out of metal halide lamp lamps (MH): less efficient MH lamps

2014 Review of the regulations by the EU Commission

2015 Phase out of high-pressure mercury lamps (HPM) Phase out of plug-in/retrofit high-pressure sodium lamps of higher wattages

2017 Phase out of medium efficient metal halide lamps (MH)

Further details can be found in the Guide of the European Lighting Industry (CELMA & ELC) for the application

of the Commission Regulation (EC) No. 245/2009 amended by the Regulation No. 347/2010 setting

EcoDesign requirements for “Tertiary sector lighting products” 2nd Edition Dec 2010. This defines minimum

efficiency levels for lamps that remain on the market and therefore offers represents a good indication of

current performance for equivalent performance.

Lighting Europewww.lightingeurope.org

The two organizations representing the lighting industry in Europe, ELC and CELMA have now merged to form a

new organization named Lighting Europe, which was launched on December 5, 2012 in Brussels.

Billing itself as “the voice of the lighting industry in Europe”, the new association will represent Europe’s many

national lighting associations, as well as European lighting companies of all sizes – including SMEs – that are

active in consumer and/or professional lighting.

Light Source only Efficiency 2011 Estimated Efficiency 2020 Lumens/Circuit Watt Lumens/Circuit Watt

Incandescent 8 (typical) – 12 (best) 12

Halogen 15 (typical) – 30 (best) 30

Directional Halogen 10 (typical) – 20 (best) 20

Compact Fluorescent 45 (typical) – 65 (best) 65

Metal Halide 40 (typical) – 80 (best) 90

2D fluorescent 45 (typical) – 65 (best) 65

Linear Fluorescent 75 (typical) – 90 (best) 105

LED 30 (typical) – 79 (best) 150 (typical) – >200 (best)


Delivered Efficacy

10lm/W

Delivered Efficacy

35lm/W

Delivered Efficacy

69lm/W

Equivalent light output is keyWith LED lighting improving in efficiency so rapidly, it is important to pick the right equivalence levels.

Comparing Watts will allow you to measure savings, but the lumen output and beam profiles should be

used to decide equivalence.

For downlighting, directional reflector lamps are often used. The ELC have produced an

equivalence table for retrofit lamps below.

Placing a lamp in a luminaire or fixture results in losses between 5% to 50% depending on the fitting.

This is known as the Light Output Ratio or LOR and is expressed as a ratio e.g. 0.9 – which would indicate that

the fitting is 90% efficient.

Source numbers can be misleading

All of the PhotonStar™ equivalences are derived from the appropriate lamp data when placed in an appropriate

high quality fitting. This understates things slightly in some cases but it ensures that if you specify a

PhotonStar™ luminaire with a given equivalence, you are unlikely to be disappointed by the light levels

achieved in the application.

Low Voltage (12V) Reflector Type

Lamp Flux 90º Cone Type Wattage (Lumens)

MR11 GU4 20 200 – 35 400 MR16 GU 5.3 20 200 – 35 385 – 50 600 AR111 35 350 – 50 550 – 75 800 – 100 1050

Mains Voltage (230V) Blown Glass Reflector Type

Type Wattage Flux 90º Cone

R50/NR50 25 90 – 40 170 R63/NR63 40 180 – 60 300 R80/NR80 60 300 – 75 350 – 100 580

Mains Voltage (230 V) Pressed Glass Reflector Type

Type Wattage Flux 90º Cone

PAR16 20 90 – 25 125 – 35 200 – 50 300

What is an Equivalent Output?


Ultra Efficient Lighting & LENIDefinition of Ultra Efficient Lighting (UEL) It is well known that for ultimate energy efficient lighting we need the right lighting, in the right place,

at the right time, installed and operated by the right lighting system.

Accepting this leads to the following definitions:

Ultra efficient lighting (UEL) means the lighting scheme/design needed to fulfil the lighting requirements

specified in the relevant lighting application standard. The resulting installed scheme will use an energy

efficient lighting system consisting of lamps/light sources, ballasts, luminaires and lighting controls to deliver

the scheme lighting requirements without increasing the environmental impact.

To qualify as UEL, the energy efficiency of the system shall be in the top 20% of lighting energy efficiency

ratings of installations made is in accordance with BSEN 15193 LENI estimation (measured in units of

kWh/m2/year) for indoor lighting or BSEN 13201 for outdoor lighting.

Lighting scheme design means a design process in which the lighting designer selects the lighting

criteria for the task, chooses the lighting solution (including the use e.g. of day-lighting where appropriate),

makes lighting calculations, configures the layout, produces drawings of the lighting scheme and specifies

the operating functions of the lighting system. The lighting designer should ensure that the scheme is fully

compliant with all current regulations and standards, with particular reference to the Society of Light and

Lighting’s Code for Lighting.

Lighting system means the lighting equipment or lighting solution (lamps/light sources, ballasts, luminaires

and lighting controls) required for the lighting scheme, its installation and operation during

the life of the scheme.

Supplied by the Society of Light and Lighting

The recognised industry measurement for the overall system efficiency of an installation is W/m2/100 lux. PhotonStar LED luminaires are uniquely designed from chip level up for optimum light extraction, with each component being specifically designed for this purpose. This results in improved photometric performance (utilisation coefficient), meaning fewer fittings per application and optimum overall system efficiency (W/m2/100 lux).


EN 15193 / Lighting Energy Numeric Indicator (LENI)

Energy performance of buildings – Energy requirements for lighting.

This european standard specifies the calculated methodology for the evaluation of the amount of energy used

for lighting in the building. It also provides the numeric indicator for lighting energy requirements used for

certification purposes, as well as providing a methodology for the calculation of dynamic lighting energy use for

the estimated total energy performance of the building.

Energy consumptions for lightingLENI = kWh / (m2 year)

Square metre per year

EN 15193 specifies the calculated methodology and introduces a Lighting Energy Numeric Indicator (LENI) for certification purposes.

LENI


Correc,t well desig

ned

lum

inaire, good lighting designEf

ficien

t source within an efficient system

Controls, occupan

cy ti

me

and

lig

ht l

evel

Lighting Control

The Most Efficient Light Source Is One That Is Turned Off

Using efficient light sources is just part of the solution for energy reduction in lighting; reducing wasted light is the key to maximum energy saving without compromising on function.

Sustainable lighting solutions are designed to deliver the right light, in the right place at the right time.

Right Light

Right Place Right Time

Sustainable


Lighting Control

Time Based

From simple mechanical timers to sophisticated control systems to turn the light off or change other parameters when needed (such as when a building is not expected to be occupied).

Light Level Based

From simple remote sensors to luminaire integrated systems, light is adjusted in response to changes in ambient light.

• Daylight design and harvesting provides savings between 15% to 80% with greater savings in non domestic applications.

• Daylight linking varies by geographical location .

Savingsup to 80%

Creative

Buildings and monuments, shopping malls and retail chains, corporate foyers and museums; increasingly people expect to be entertained in locations that were traditionally the preserve of purely architectural lighting. In many venues it is no longer sufficient to light a space beautifully, the lighting is now required to be part of an interactive entertainment experience that must stand out against all of the competing presentations to which visitors are exposed.

This bridge between architectural and entertainment lighting, which increasingly utilises LED and video technology, has created a new market that is growing rapidly. As colour tuneable LED products such as RGB and ChromaWhiteTM become commonplace, a control system will be the essential tool behind the creativity of the project. Imagine the possibilities!

On / Off

LEDs are instant on.

Rapid cycling and switching does not damage them in the way that it does conventional lamps.

CreativeOn / OffBasedTimeDimming Occupancy

BasedLight Level

Based

Dimming

LEDs are highly controllable and, with suitable systems, can be smooth to dim.

Rapid cycling and switching does not damage them in the way that it does conventional lamps. Occupancy Based

Commonly using infrared or microwave sensors. These can detect presence or absence.

• In a 58 office study – 43% energy savings from occupancy sensors increases to 61% when combined with manual dimming capability (Lighting Research Centre) Savings

up to 61%


Colour Quality

Conventional incandescent lamps (GLS) were consistent in the way that they rendered colours, but as LED and fluorescent sources become commonplace, understanding the metrics is essential.

There are three common metrics for measuring colour quality; however none of them are perfect. No single metric can capture the multidimensional aspects of colour rendering, often a combination is useful. CRI (expressed in Ra) is most common metric in Europe, however as LED makes headway into retail applications, CQS and GAI will be considered.

Colour rendering is about source and can have different meanings. It measures the degree of colour shift objects undergo when illuminated by the light source as compared with the colour of those same objects when illuminated by a reference source of comparable CCT.

A good CRI score does not guarantee good colour quality, but will generally indicate how natural colours will appear.

Each swatch is measured, however, typically only the first 8 swatches are averaged to give the CRI, or rendering average (Ra8). Averaging of all swatches is a rarely used, but is a more accurate indicator of actual colour rendering.

95

95

85

79

88 96 92 87 91 89 97 95 94 98 81 85 89 922700K 95

96 99 91 99 96 95 97 93 91 94 95 63 97 934000K 95

94 95 89 93 89 88 94 87 80 80 87 56 96 93936500K

94 96 98 92 92 94 98 92 81 92 92 85 94 993022KTungsten halogen

99 99 93 98 97 96 94 86 66 93 97 94 99 954270KMetal Halide

84 90 97 86 83 89 86 64 20 78 89 73 85 982600KLED Manufacturer 1

79 77 85 91 76 77 85 62 9 64 71 51 78

92

96

91

953120KLED Manufacturer 2

*Ra is the average of samples R to R only1 8

chro

maw

hite

™

R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 Ra*

Typical IR coated Halogen Dichroic

Typical Compact Metal Halide

Typical Compact Fluorescent

98 98 99 99 99 98 98 99 97 92 97 98 97 98 99

90 94 69 82 81 81 87 71 27 59 62 55 9382 78

97

88

91 93 86 91 89 90 88 70 17 76 91 81 9387 92 81

A high CRI product may have a very poor score in swatches 9, 10 or more. These swatches are essential for true rendering of skin tones and retail/medical applications.

CRI – Colour Rendering Index

Humans evolved to perceive colour rendered by natural light. Light sources that have similar colour quality to daylight are preferable.

• A high CRI (Ra) implies that colours will appear natural.

• A low full spectrum index implies that the light source will enable good discrimination between small colour variations.

• A large GAI implies colours will be highly saturated.


Since its official publication in 2010, CQS has gained increasing attention from the lighting industry, but is not yet standard data. A new colour rendering metric that updates CRI in several respects. For CQS, 15 new test colour samples were chosen, which include more saturated colours. All 15 test colour samples are used to evaluate the general CQS score (Qa) through a weighted root mean square (RMS) approach for better statistical properties.

Because CRI has limited ability to predict a person’s perception, another factor must be taken into account to determine a good luminous environment. That factor is called Gamut Area Index, or GAI. GAI is determined by plotting the chromaticity values of the eight color swatches used in CRI definition for a light source. The area of the polygon created by this plot is that source’s GAI, so the larger the area, the higher the GAI. High GAI is characteristic of a source with good color discrimination and saturation of colors, or vividness.

GAI is a measure of colour rendering based upon volume in colour space. It is the range of colours achievable on a given colour reproduction medium (or present in an image on that medium) under a given set of viewing conditions. Unlike CRI, GAI can be over 100, but this usually means colours appear oversaturated, and observer’s preference declines. In studies (see our website), preferred LED sources have a GAI of 80-100. Incandescent source have a GAI of only 40.

A light source with a good CRI score and a good GAI score (between 80 and 100) is considered to have good “colour fidelity” and “color vividness.” This image shows good colour rendering (natural appearance) in both examples, however the colour mix LED approach with high GAI is more saturated and perhaps more visually appealing.

Studies show that a light source with both a high level of CRI and a high level of GAI will render the display more naturally than the other two sources of the same correlated colour temperature (CCT), but having either a high level of CRI or a high level of GAI.

Colour mix LEDs (such as ChromaWhiteTM) perform better than traditional lamps within this metric.

Guidelines & Recommendations

CIBSE and other organisations publish guidelines for suitable CRIs for specific applications.Car Parks >60 RaInterior occupied Areas (such as offices) >Ra80Homes >Ra80Medical >Ra90Photographic >Ra90

The ASSIST programme (see glossary) recommend the use of Colour Rendering Index AND Gamut Area Index to increase the chances a light source will provide good colour rendering for most retail applications.

CRI greater than Ra80 AND GAI 80 to 100

Colour Sample Set for Determining CQS (Bottom)

Colour Sample Set for Determining CRI (Top)

CQS - Color Quality ScaleGAI - Gamut Area Index Combination is key

GAI 85 @ 4000K

GAI 40

High CRI High CRI & Good GAI

www.photonstarlighting.co.uk



InnovateTM

High Thermal Performance “Chip on Board” Technology 54Innovate™

ColourlocTM

Active colour Monitoring and Control 48Colourloc™

Cool3RTM

Advanced Passive Thermal Management 50

CRIlocTM

Active Colour Quality, Monitoring and Control 47RaCRIloc™

LumenlocTM

Active Luminous Flux Monitoring and Control 46lmLumenloc™

ThermalocTM

Active Thermal Monitoring and Protection 49TLED

Thermaloc™

ChromaWhiteTM Colour Tuneable, High CRI, LED Technology 44

Advanced LED Technology


ChromaWhiteTM VersionsSoftware within the controller enables ChromaWhiteTM to behave

in many ways, creating different versions suited to a variety of

applications.

• ChromaWhiteTM Variable CCT

Suitable for creative and “circadian” projects, this version

has a two channel control of intensity and tuning along the

black body curve from 2700K-6500K.

• ChromaWhiteTM Tungsten H

Emulation of conventional halogen lamps with single

channel control; 3200K source warms to 2200K when

dimmed.

ChromaWhiteTM advanced colour mix technology takes lighting to the next level, enhancing creativity and reliability and increasing possible applications. It is the first widely colour tuneable light source to provide exceptional colour rendering (including the challenging R9/reds) and is suited to the most demanding applications such as retail, medical and art.

Proven in challenging applications

The ChromaWhiteTM colour mix technology has been thoroughly

proven in the challenging film and TV environment where the

sensitivity of cameras requires CRI >Ra98 and benefits from

a tuneable source. This technology has now been developed

further for use in architectural lighting, winning EoN Light Source

of the Year, Lighting Association Light Source of the year (x2) and

visitors choice at the ARC Innovation awards.

Controls Protocols

1-10V / DALI / DMX

Chip On Board technology with active feedback (using a direct measurement of key parameters) offers ultimate control and performance.

CRIlocTM

Active Colour Quality Monitoring and ControlRaCRIloc™

InnovateTM

High Thermal Performance “Chip on Board” TechnologyInnovate™

LumenlocTM

Active Luminous Flux ControllmLumenloc™

ColourlocTM

Active Colour Feedback and ControlColourloc™

ThermalocTM

Active Thermal Monitoring and ProtectionTLED

Thermaloc™


Superior CRIChromaWhiteTM colour mix technology achieves a CRI of >Ra90 across the tuning range*; compared to a typical

CRI of Ra over 80 for high quality fixed white LED products. Typically the colour rendering index evaluates only the

first 8 colour reference samples of the conventional CIE test method for CRI. ChromaWhiteTM is optimised to deliver

excellent results for the more saturated colours and skin tone samples of the CRI reference set. For the deep red

R9 reference sample a value of >Ra91 is achieved at 3000K, 4000K and 5000K in all versions. These results

are on par with tungsten halogen lamps and outperform other conventional LED solutions as well as compact

fluorescent and metal halide lamps.

Superior GAIChromaWhiteTM colour mix technology delivers superior Gamut Area Index (GAI); typically 85 @ 4000K. This provides

good colour discrimination and saturation of colours, or vividness. Conventional lamps such as halogen may have a

good CRI but their GAI is typically only 40.

The ASSIST programme recommends a CRI greater than Ra90 and a GAI of 80-100 for good colour rendering in

retail and colour critical applications. Read more on page 40.*2200K - 6500K

R196R499R797

R1195

R299R596R893 R9

91R1263

R391R695

R1094

R1397

R1493 CL

E VC

CT

@ 4

000K

ChromaWhiteTM advanced colour mix technology delivers Ra90 across the white tuning range*, providing superior colour perception.


lmLumenloc™

This active direct measurement of the light output is achieved through the use of a light level sensor

embedded in the module, and control is achieved through the use of a microprocessor based

feedback loop.

Lumenloc™ Active Luminous Flux Monitoring Control

Lumenloc™ technology ensures that the luminous intensity of the module is always maintained.


CRIloc™ Active Colour Quality Monitoring

RaCRIloc™

This active direct measurement of the light output is achieved through the use of a

colour sensor embedded in the module, and control is achieved through the use of

a microprocessor based feedback loop.

CRILoc™ technology ensures that the spectral performance of the module is monitored and adjusted during operation.


Colourloc™

MacAdam EllipsesMacAdam ellipses refer to the region on a colour chromaticity diagram which contains all colours which are indistinguishable, to the average human eye, from the colour at the centre of the ellipse. The contour of the ellipse therefore represents the just noticeable differences of chromaticity.

ANSI Recommends ANSI recommends that lamp manufacturers stay within a ‘7-step’ ellipse. This means that, given a certain CCT target point on the CIE diagram, the lamp can deviate within the boundary of a 7-step ellipse.

Colour Temperature Tolerance Tolerances beyond a 7-step ellipse are considered unacceptable for general illumination purposes. This is in compliance with IEC / PAS 62716.

Colourloc™ Active Colour Feedback And Control

ColourlocTM constantly monitors and corrects the output from the module, providing active colour control.

ChromaWhiteTM VCCT uses ColourlocTM to control typically within a 3 MacAdam Ellipse across a tuning range 2700K - 6500K


Keeping LEDs cool is key to long life and efficiency.Typically for every 10°C increase in junction temperature over 85°C, the LED

lifetime will decrease by 10,000 hours, the CCT will shift by 1% and the efficiency

will drop by 3%. InnovateTM Chip on Board technology ensures significantly lower

junction temperature can be achieved in a given environment. ThermalocTM

actively monitors the board temperature, ensuring that the Tb for the LED module

is not exceeded in any unexpected circumstances. The module responds by

dimming until a safe temperature is achieved.

ThermalocTM actively monitors the junction temperature to ensure that safe operating ranges are not exceeded

Thermaloc™Active Thermal Monitoring And Protection

TLED

Thermaloc™

heatsink temp

human body temp

LED junction

temp <60º


Keeping LEDs cool is key to long life and efficiencyLow LED junction temperatures ensure LED efficiency, long LED life and consistent

colour temperature over lifetime.

Typically for every 10ºC increase in junction temperature over 85ºC the LED

efficiency will drop by 3%, the colour temperature point will shift by 1% and

the lifetime will drop by 10,000 hours. Cool3R™ thermal management technology

ensures significantly lower junction temperatures can be accomplished in the

most sustainable way to maximise product life in

real world environments and applications.

Cool3R™ ensures that the junction temperature is maintained within an optimum range for both performance and reliable lifetime to L

70.

Cool3R™ Maximising Lifetime & Improving Efficiency

heatsink temp

human body temp

LED junction

temp <60º

Competitor PhotonStar™ Lorem

18.8W LED 9.2W LED

290lm 670lm

T(heatsink) 46.7ºC T(heatsink) 45.2ºC

Tb 62.8ºC approx. Tb 54.4ºC approx.

Tj 73.3ºC approx. Tj 63.4ºC approx.

Cool3R™ delivering 13.4% lower Tb in above example

Competitor PhotonStar™ Venturi

20.9W LED 9.2W LED

623lm 670lm

T(heatsink) 73.3ºC T(heatsink) 44.3ºC

Tb 93.6ºC approx. Tb 53.5ºC approx.

Tj 110.82ºC approx. Tj 62.5ºC approx.

Cool3R™ delivering 49% lower Tb in above example


Schematic of an LED module package showing key temperature points

XLamp XR-E White L 70 Lifetime Prediction Graphs - Grouped By IF

0

10,000

20,000

30,000

40,000

50,000

60,000

70,000

80,000

90,000

100,000

110,000

120,000

130,000

140,000

150,000

60 70 80 90 100 110 120 130 140 150 160

L n

ae

M0

7)sr

uo

h( e

mitefi

L

Junction Temperature (ºC)

Cree XLamp XR -E White L 70 Lifetime Prediction - I F = 350mA

TAIR = 45ºC

TAIR = 55ºC

TAIR = 65ºC

TAIR = 75ºC

TAIR = 85ºC

Data from Cree shows that both the ambient air and junction temperatures impact LED life

Cool3R™Maximising Lifetime & Improving Efficiency

Lens

LED Chip

Encapsulant

Ceramic Substrate

TA

Ambient Air Temp

TJ

LED Junction Temp

T Board TSP

Solder-Point Temp


High performance designThe heatsinks are cast with integral heat spreader and high capacity thermal

pathways to ensure LED junction temperatures are minimised during start up

and sustained operation. The open fin design promotes consistent convective

cooling in any orientation. Engineered as a single die-cast to keep LEDs cool by

minimising thermal interfaces, the passive technology requires no additional

power. Proprietary surface treatments and finishes improve cooling performance

by 30% over regular die-cast parts.

Integrated design and excellence in thermal management allows for higher luminous flux whilst maintaining maximum lifetime.

Thermal interfaces minimised Robust open fin design Consistent performance

Cool3R™

Advanced Passive Thermal Management


Cool3R™Sustainable Thermal Management

Cool3R™ is perhaps the most complete sustainability success story in lighting –

developed to reduce demand on environmental resources (materials and energy), it

supports the philosophy of REDUCE, REUSE & RECYCLE. Key to the design of ultra

long life luminaires and combined with the 3R philosophy, the Cool3R™ technology

results in the ultimate solid state lighting thermal management solution, contributing to

a sustainable built environment.

ReduceReduction of waste and consumption of resources is at the top of the 3R hierarchy.

Cool3R™ utilises 100% recycled material (that save 95% of the energy required to make

virgin aluminium) and is a key component to luminaires that have a lifetime more than

20 times that of disposable lighting technology. Modular design

minimises unnecessary waste by-products in manufacture.

ReusePassive heatsinking as part of a modular luminaire design provides for simple

refurbishment/upgrade at LED end of life, by reusing the heatsink without energy

required for recycling into raw materials.

RecycleGenuinely and easily recyclable aluminium.

Reducing environmental impact and lifecycle energy costs through

design choices.

Mat

eria

ls &

Transportation

End of Life Use

Design & Construction

Product Lifecycle

The sustainability hierarchy – Reduce, Reuse & Recycle is intended to encourage behaviour, product design and product use

in ways which have the least negative impact on the environment


InnovateTM High Thermal Performance “Chip on Board” Technology

Technology

• Unique Chip on Board Technology

• Advanced Materials & Processes

• Advanced Design

Features

• Better Thermal Performance

• Highest Power Density per LES* in class

Benefits

• Higher luminous flux

• Improved Lm/W efficiency

• Narrow beam options

• Excellent colour mixing

• Improved lifetime

• Simplified optical systems

• Reduced thermal management

• Reduced system costs

InnovateTM is a proven high reliability platform that

has been used by PhotonStar in applications for over

two years. It uses a unique chip on board approach,

comprising of less layers than conventional substrates

or surface mount solutions. This improves the thermal

performance . For general lighting this improvement

means that LEDs are more efficient in operation. For

specialty applications, this means that LEDs can be run

harder, providing higher luminous flux.

Innovate™

InnovateTM uses unique in house processes and

designs which pack chips very closely, resulting in the

highest power density per light emission in it’s class. In

application this increases lumen/Watt efficiency from

a very small light emission surface, enabling narrow

beam and spot solutions with excellent colour mixing.

Advanced colour mixing starts at this board level, and

InnovateTM is the underpinning technology that provides

excellence in colour mixing in ChromaWhiteTM and UNO

products, even through condenser optics and specular

reflectors.

InnovateTM is a highly flexible platform compared to

conventional substrates or surface mount designs.

This provides rapid new product development and

dramatically reduces tooling costs and lead times.

LES*Light Emission Surface


Software within the controller enables the ChromaWhiteTM technology to behave in many ways, creating different versions suited to a variety of applications.

ChromaWhiteTM Versions

ChromaWhiteTM Variable CCTHigh CRI – White Colour Tuneable – 2700K to 6500K

ChromaWhiteTM Tungsten HHigh CRI – Warms When Dimmed

RGB & Fixed WhiteNon-ChromaWhiteTM Product, Complimentary To The Range


ChromaWhiteTM Variable CCT High CRI – White Colour Tuneable – 2700K to 6500K

Applications

• Dynamic interior lighting projects

• Retail lighting

• Circadian lighting for health, wellbeing and human performance

Products using the Variable CCT version of ChromaWhiteTM are fully

tuneable between 2700K (warm white) and 6500K (cool white)

using two channel control. Where conventional LEDs will experience

increased and unwanted colour shift when dimming or if operating

temperatures vary, ChromaWhiteTM Variable CCT is locked to the black

body curve using active ColourlocTM technology.

The tuning range emulates many of the common artificial light sources,

allowing flexibility to create moods and scenes.

4000K 6500K3000K

winn

er

Light Source Product of the Year

Awards 2010Industry

Lighting

chromawhite™


2700K 3200K2200K

ChromaWhiteTM Tungsten H High CRI – Warms When Dimmed

Applications

• Hospitality

• High end homes

Products using the Tungsten H version of ChromaWhiteTM offer true

tungsten halogen GU10 colour reproduction, increasing in warmth when

dimmed without sacrificing quality of light. The source is fixed at 3200K,

slowly warming to 2200K when dimmed using single channel dimming.

Single channel control: DMX/ DALI/ 1-10 Controlled by ChromaWhiteTM in response to intensity

chromawhite™


The Arcola Theatre in Hackney installed PhotonStar LED luminaires as a step further towards becoming the world’s first carbon neutral theatre. Used as part of a solar powered hybrid DC microgrid system from Moixa Technology, the LED fittings helped to significantly reduce energy consumption whilst providing the high quality of light needed for a theatre. The PhotonStar solution offers long term maintenance and energy savings due to a long lifetime (50,000 hours) and is also fully recyclable.

PhotonStarTM products used: Lightslot Uno

Product benefits:65% less energy used than previous

CFL fittingsPart of a solar powered hybrid DC (direct current) microgrid system to reduce energy consumptionReduced risk of electric shocks due to DC usageHigher quality of lightFully recyclable fittings Long lifetime (50,000 hours)Reduced maintenance and costs

“The PhotonStarTM luminaires achieved our desired energy efficiency levels whilst providing the quality of light needed for the theatre. They were also compact and aesthetically pleasing, giving that extra creative flair”

- Ben Todd, Executive Director at Arcola.

The

Wor

ld’s

Firs

t Car

bon

Neu

tral

The

atre


Micro renewable power sources such as photovoltaic panels and compact wind turbines as well as their

battery backup systems operate at low voltages, making them a natural partner for the inherently low voltage

LED solutions.

In conventional applications, an inverter is required to invert the 12V DC or 24V DC generated (or stored) to

240V. This process is, at best, 85% efficient.

PhotonStar LED luminaires and controls are inherently low voltage products and as such, the inefficient

inverter is not required. A highly efficient (94%) constant current driver is used to provide power to the

luminaires directly from the battery or PV supply.

By comparison the CFL solution would have required control gear (85% efficient) in addition to the inverter to

achieve 240V (85% efficient at best).

This makes LED luminaires dramatically more efficient in combination with low voltage micro renewable power

sources than CFL or other sources that operate at 240V.

Case StudyPhotonStarTM provided CeilingStar luminaires for the Nottingham H.O.U.S.E (House Optimising the Use of Solar

Energy) – Britain’s entry for the European Solar Decathlon in 2010. The house operated only on solar

(low voltage) power with a battery backup.

The project demonstrated a 72% efficiency improvement against 240V Compact Fluorescent Downlights (from

13.9W/m2/100lx (CFL) to 3.9W/m2/100lx (CeilingStar)).

Light levels were increased by 27%, yet the total electrical load for lighting was by 65% reduced.

This resulted in 65% less generation/storage capacity requirement (for lighting) reducing both

capital cost and embodied CO2.

“The presentation of The Nottingham H.O.U.S.E was one of

the few ‘immersive’ experiences that were offered to visitors at Ecobuild.

This was especially facilitated by the use of light fittings which allowed us

to recreate the internal atmospheres that we aimed for within the building.”

Guillermo Guzman, Nottingham University

PhotonStar™ Luminaires & Micro Renewables

24V DC supply356W

109lx average

LED DC to CC Driver93% Efficient

LED Solution

3.9w/m2/100lx

24V DC supply1009W

CFL Control Gear(surge up to 900V)

85% Efficient

86lx average

24VDC to 240V AC Inverter 85% Efficient

CFL Solution

13.9w/m2/100lx


Product Ordering Guide Your Choice of Combination

New for 2013, PhotonStarTM offers an extended range of luminaires with a wide choice of more efficient and higher output light engines. This gives the flexibility to match the right aesthetic and mechanical solution to a number of illumination and efficiency possibilities, as well as colour tuneable, high CRI and RGB options.

Order Example

CeilingStar-TT

product-variant-finish

order code example

CSTTMW

LuminairePhotonStarTM manufacture a range of luminaires that are designed to

match the form, function and aesthetics of traditional solutions.

Within the range are gimbal solutions, architectural lightslot fittings

and an increased range of control track based solutions

Within each family in the range, choose from a number of variants

such as:

Other finishes are available to special order such as polished chrome

and specialist RAL colours; contact the sales department.

• Accessories

• Darklight collars

• Multi way options

• Micro/maxi versions

• Brushed Aluminium (BA)

• Matt Black (MB)

• Matt White (MW)

• Prismatic (PM)

• Satin Silver Anodised (SA)

• Satin Silver (SS)

Finishes (or Materials):

Product

Variant

Finish

Engine

Lumens

min CRI

Colour temp

Optic

Driver

CS

TT

MW

TN2

675

9

30

NF (29°)

AND

Code

CeilingStar

Thin Trim

Matt White

Titan II

675 LED lm

Ra90

3000K

Beam Angle

Recommended Non-dimmable

pages 65-227


Product Ordering GuideYour Choice of Combination

Optic/Beam AngleThe combination of excellence in fitting design and superior optic and

reflector choices results in optimum light output ratios.

Every combination of fitting, light engine and optic has been tested

to give you precise data on performance that avoids the use of

misleading hero numbers.

Photometric data is available for every unique combination.

Light EngineEach fitting is available prebuilt with a choice of different LED

light engine developed by PhotonStarTM, all providing exceptional

efficiency, colour quality, tested reliability and lifetime.

Lumen packages are designed to match, and in many cases surpass,

conventional sources such as 35W & 50W halogen, and single/twin

compact fluorescent lamps up to 42W, whilst offering efficiencies up

to 101 llm/cW.

Within the same footprint PhotonStarTM light engines are available in

ChromaWhiteTM versions that offer colour tuneable solutions as well

as embedded intelligence. Data tables on every product page show

the tested delivered lumens and efficiencies of each light engine

within each fitting. Data shows the variation in delivered lumens and

efficiency with different colour temperatures.

Choose From:

• High Efficiency

• High Output

• Cost Effective

• Colour Tuneable

• High CRI

• RGB

DriverLED fittings require a driver to convert from 240VAC to low voltage

constant current. The driver choices are determined primarily by the

light engine. All PhotonStarTM light engines are dimmable, subject

to the correct driver being selected. Drivers are pre-wired to simplify

installation. In a small number fo fittings an intergral driver to match

the light engine is included with the luminaire such as TrackSpots.

Choose From:

• Non-dimmable

• DALI, DMX & other dimming protocols

• Low Voltage

• ChromaWhiteTM controllers

• Option for no driver

engine type-lumens-photometric code

order code example

/TN2-675-930beam angle

order code example

/NFRecommended (A) non-dimming driver

order code example

/AND

pages 229-237


- Low maintenance flexible office lighting solution.

BDP Architects, London

63www.photonstarlighting.co.ukT: +44 (0)2381 230 381

Product Content

Downlights

Nemesis 65

Simetra 83

Cryos 87

Cryos CLE 91

Lorem 101

CeilingStar 121

Cordus 137

Vespertine 149

Venturi 155

Spotlights

Shore & Reef 167

Lightslot 173

Volume 177

Sunbird 191

Surface & Track Spots 195

Track & Accessories 204

Amenity

Olympus 207

Votan 213

Chime 217

Muro 223

High output, low glare

Low glare, specular reflector

Architectural downlight

Architectural module based downlight

MR16 & MR11 replacement

Compact IP & fire rated downlight

Single & multi gimbal fixtures

Square adjustable downlight

Seemless low glare downlight

Decorative marker light

Surface, adjustable gimbal

Module based trackspot

Module based trackspot

Surface & compact trackspot

Track

High output high bay

Surface, ambient fitting

Pendant, tubular diffuser

IP65 exterior fitting


Etihad Airways- Award winning airport.


Nemesis High Output Low Glare Downlight

• Equivalent illumination from 2 x 18W up to 2 x 32W CFL

• UGR 19 (see glossary)

• Excellent efficacy up to 101 luminaire lumens per circuit Watt

• Up to 3474 delivered lumens

• Available in high efficiency, high output, high CRI, fixed white light engines & tuneable options

• Full range of decorative and performance accessories

• Die-cast aluminium construction with passive heatsink for extended lifetime

• Dimming & emergency options available

• Beam Angle(s): 70o/(WF) (60o Cut-off angle)

Jupite

r II 4000

Jupite

r II 3000

Jupite

r II 2000

Jupite

r II 1600

Fortimo 3000

SLLE VCCT 2

000

Fortimo 2000


183

211

1

CUTOUT 160

1.7kg

Low glare high performance specular reflector, UGR 19

Up to 3474 delivered lumens

Efficacy of up to 101 luminaire lumens per circuit Watt

Cost effective die-cast aluminium construction

Finish(es): Matt White (MW)

Options: Emergency (-E), DALI Emergency (-D)

Beam Angle(s): 70o/(WF) (60o Cut-off angle)

Nemesis 165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

Order Codes:NSLGMW/JT2-4000-840/WF/AND-E

Product Finish Light Engine-Lumens Photometric Code Beam Drivers Options

NSLG MW /JT2-1600 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL /ODV -E -D

/JT2-2000 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL /ODV -E -D



WF

7

High Power Low Glare Downlight

NB: Unless stated, all dimensions are in mmCut-out adapters available - see website for further details


High Power Low Glare DownlightNemesis

Performance Data for NSLG Jupiter II 1600 Jupiter II 2000 Jupiter II 3000 Jupiter II 4000

Description High Efficiency High Output Very High Efficiency Very High Output

Order Code JT2-1600 JT2-2000 JT2-3000 JT2-4000

Illuminance Comparable To 1 x 28W CFL 2 x 18W CFL 2 x 26W CFL 2 x 32W CFL

Light Engine Power 12.6W 18.6W 22.8W 33.7W

LED (Source) Lumens (L100) * 1650 lm 2232 lm 3001 lm 4039 lm

Luminaire / System Power *** 15W 22.1W 25.6W 41.1W

For Drivers: I / Vmax 700 mA / 44V 1000 mA / 44V 700 mA / 44V 1000 mA / 44V

Cut-off Angle 60o 60o 60o 60o

Beam Angle(s) (Measured)** 70o/(WF) 70o/(WF) 70o/(WF) 70o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K TBC TBC TBC TBC

> 90 Ra 2700K - - - -

> 80 Ra 3000K 1217 lm 1646 lm 2276 lm 3049 lm

> 90 Ra 3000K 984 lm 1331 lm 1841 lm 2466 lm

> 80 Ra 4000K 1386 lm 1875 lm 2593 lm 3474 lm

> 90 Ra 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K TBC TBC TBC TBC

> 90 Ra 2700K - - - -

> 80 Ra 3000K 81 llm/cW 74 llm/cW 89 llm/cW 74 llm/cW



> 90 Ra 4000K - - - -

Initial / Maintained SDCM <3 / <3 <3 / <3 <3 / <3 <3 / <3

Rated Life (L70F10) 50,000 hours 50,000 hours 50,000 hours 50,000 hours

Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9

Drivers & Controls***

Non-Dimming /AND /AND /AND /AND

Mains Dimming /ATD /ATD /ATD /ATD

1-10 Dimming /A1O /A1O /A1O /A1O

0-10 Dimming - - - -

Push Dimmable - - - -

DALI /ADL /ADL /ADL /ADL

DMX - - - -

No Driver /ODV /ODV /ODV /ODV

Driv

ers

* @ 4000K Ra80 ** Measured, half value angle (/code)*** with recommended driver @ 25oC ambient, Power factor > 0.9, full data available in driver data sheets.

NB: All figures +/- 10%. Data in grey is indicative. CRI shift at 6000 hours remains within 3 points of the rated CRI.


183

22

111

160 CUTOUT

2.0kg

Order Codes:NSRCMW/JT2-4000-840/WF/AND-E


NSRC MW /JT2-1600 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL /ODV -E -D




Nemesis Clear Drop Ring

Clear glass ring with defined lit edge







WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

High Power Low Glare Downlight with Clear Glass Ring



High Power Low Glare Downlight with Clear Glass RingNemesis Clear Drop Ring

Performance Data for NSRC Jupiter II 1600 Jupiter II 2000 Jupiter II 3000 Jupiter II 4000










Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - -

> 80 Ra 3000K 1139 lm 1548 lm 2083 lm 2802 lm

> 90 Ra 3000K 921 lm 1252 lm 1685 lm 2266 lm

> 80 Ra 4000K 1297 lm 1763 lm 2373 lm 3192 lm

> 90 Ra 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 2700K - - - -




> 90 Ra 4000K - - - -








0-10 Dimming - - - -



DMX - - - -




Driv

ers


183

22

111

160 CUTOUT

1.95kg

Diffuse ring producing soft halo on ceiling







Order Codes:NSRDMW/JT2-4000-840/WF/AND-E


NSRD MW /JT2-1600 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL /ODV -E -D




Nemesis Diffuse Drop Ring

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

High Power Low Glare Downlight with Diffuse Glass Ring



High Power Low Glare Downlight with Diffuse Glass RingNemesis Diffuse Drop Ring

Performance Data for NSRD Jupiter II 1600 Jupiter II 2000 Jupiter II 3000 Jupiter II 4000










Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - -

> 80 Ra 3000K 1109 lm 1509 lm 2026 lm 2726 lm

> 90 Ra 3000K 897 lm 1220 lm 1638 lm 2204 lm

> 80 Ra 4000K 1263 lm 1219 lm 2308 lm 3105 lm

> 90 Ra 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 2700K - - - -




> 90 Ra 4000K - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers




183

211

1

CUTOUT 160

2.1kg

Order Codes:NSDEMW/JT2-4000-840/WF/AND-E


NSDE MW /JT2-1600 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL /ODV -E -D




Nemesis Drop Disc Centre Etched

Clear disc with diffuse centre







WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

High Power Low Glare Downlight with Centre Etched Glass Disc



High Power Low Glare Downlight with Centre Etched Glass DiscNemesis Drop Disc Centre Etched

Performance Data for NSDE Jupiter II 1600 Jupiter II 2000 Jupiter II 3000 Jupiter II 4000










Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - -

> 80 Ra 3000K 1058 lm 1440 lm 1950 lm 2623 lm

> 90 Ra 3000K 855 lm 1164 lm 1577 lm 2121 lm

> 80 Ra 4000K 1205 lm 1640 lm 2221 lm 2988 lm

> 90 Ra 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 2700K - - - -




> 90 Ra 4000K - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers




183

1411

1

80

160 CUTOUT

1.9kg

Order Codes:NSDCMW/JT2-4000-840/WF/AND-E


NSDC MW /JT2-1600 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL /ODV -E -D




Nemesis Diffuse Cup

Directs light onto vertical surfaces, assists with compliance to CIBSE LG7

High optical efficiency accessory







WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TM UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

High Power Low Glare Downlight with Diffuse Cup



High Power Low Glare Downlight with Diffuse CupNemesis Diffuse Cup

Performance Data for NSDC Jupiter II 1600 Jupiter II 2000 Jupiter II 3000 Jupiter II 4000










Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - -

> 80 Ra 3000K 1082 lm 1470 lm 1978 lm 2662 lm

> 90 Ra 3000K 875 lm 1188 lm 1600 lm 2152 lm

> 80 Ra 4000K 1233 lm 1674 lm 2254 lm 3032 lm

> 90 Ra 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 2700K - - - -




> 90 Ra 4000K - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers




193

6 1

11

160 CUTOUT

2.0kg

Order Codes:NS44MW/JT2-4000-840/WF/AND-E


NS44NS54

MW /JT2-1600 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL /ODV -E -D




Nemesis IP44 & IP54

Provides IP44 & IP54 protection from below the ceiling




UGR 19




WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

7UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

High Power Low Glare IP Rated Downlight

7 7or



High Power Low Glare IP Rated DownlightNemesis IP44 & IP54

Performance Data for NS44/54 Jupiter II 1600 Jupiter II 2000 Jupiter II 3000 Jupiter II 4000










Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - -

> 80 Ra 3000K 1151 lm 1554 lm 2104 lm 2831 lm

> 90 Ra 3000K 931 lm 1257 lm 1702 lm 2290 lm

> 80 Ra 4000K 1311 lm 1770 lm 2397 lm 3225 lm

> 90 Ra 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 2700K - - - -




> 90 Ra 4000K - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers




206

226

3.5kg

Order Codes:NSSMMW/JT2-2000-840/WF/AND-E


NSSM MW, MB /JT2-1600 -827 -830 -930 -840 WF /AND /ATD /A1O /ADL -E -D

/JT2-2000 -827 -830 -930 -840 WF /AND /A1O /ADL -E -D

High output surface mount downlight

Installation direct to the ceiling or on surface conduit box

Integral driver

Integral emergency option



UGR 19

Finish(es): Matt White (MW), Matt Black (MB)



Nemesis Surface

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

High Power Low Glare Surface Downlight

NB: Unless stated, all dimensions are in mm


High Power Low Glare Surface DownlightNemesis Surface

Performance Data for NSSM Jupiter II 1600 Jupiter II 2000

Description High Efficiency High Output

Order Code JT2-1600 JT2-2000

Illuminance Comparable To 1 x 28W CFL 2 x 18W CFL

Light Engine Power 12.6W 18.6W

LED (Source) Lumens (L100) * 1650 lm 2232 lm

Luminaire / System Power *** 15.3W 22.1W

For Drivers: I / Vmax 700 mA / 44V 1000 mA / 44V

Cut-off Angle 60o 60o

Beam Angle(s) (Measured)** 70o/(WF) 70o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K TBC TBC

> 90 Ra 2700K - -

> 80 Ra 3000K 1202 lm 1624 lm

> 90 Ra 3000K 972 lm 1313 lm

> 80 Ra 4000K 1370 lm 1850 lm

> 90 Ra 4000K - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K TBC TBC

> 90 Ra 2700K - -

> 80 Ra 3000K 80 llm/cW 73 llm/cW

> 90 Ra 3000K 65 llm/cW 59 llm/cW

> 80 Ra 4000K 91 llm/cW 84 llm/cW

> 90 Ra 4000K - -

Initial / Maintained SDCM <3 / <3 <3 / <3

Rated Life (L70F10) 50,000 hours 50,000 hours

Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9


Non-Dimming /AND /AND

Mains Dimming /ATD -

1-10 Dimming /A1O /A1O

0-10 Dimming - -

Push Dimmable - -

DALI /ADL /ADL

DMX - -

No Driver - -

Driv

ers




183

211

1

CUTOUT 160

1.7kg

Low glare high performance specular reflector

White colour tuneable version available, 2700K-6500K




UGR 19




Nemesis SLLE 165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

NB: Drawing is of Jupiter II Light Engine Range, Internal may differ with ChromaWhite Range.

Order Codes:NSLGMW/ST2-2000-936/WF/XDL


NSLG MW /ST2-2000 -936 WF /X10 /XDL /XDX -E

/SF2-2000 -830 -840 WF /X10 /XDL /XDX -E -D

/SF2-3000 -830 -840 WF /X10 /XDL /XDX -E -D

WF

7

High Power Low Glare Module Based Downlight



High Power Low Glare DownlightNemesis SLLE

Performance Data for NSLG SLLE VCCT 2000 Fortimo 2000 Fortimo 3000 SLLE RGB

Description Variable CCT 2700K to 6500K Fixed White Module Fixed White Module RGB

Order Code ST2-2000-936 SF2-2000 SF2-3000 Coming Soon - See Website

Illuminance Comparable To - - -

Light Engine Power 35.7W 17.5W @ 3000K /19.W @ 4000K 26W @ 3000K /28W @ 4000K

LED (Source) Lumens (L100) * 2527 lm 2000 lm 3000 lm

Luminaire / System Power *** 44.1W 22W @ 3000K /20.4W @ 4000K 32.6W @ 3000K /30.6W @ 4000K

For Drivers: I / Vmax N/A**** 1000 mA 1000 mA

Cut-off Angle 60o 60o 60o

Beam Angle(s) (Measured)** 70o/(WF) 70o/(WF) 70o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - -

> 90 Ra 2700K - - -

> 80 Ra 3000K Min 2217 lm across range 1847 lm 2770 lm

> 90 Ra 3000K - 1847 lm 2770 lm

> 80 Ra 4000K 2333 lm @ 4000K 1847 lm 2770 lm

> 90 Ra 4000K - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - -

> 90 Ra 2700K - - -

> 80 Ra 3000K - 92 llm/cW 92 llm/cW

> 90 Ra 3000K - 92 llm/cW 92 llm/cW

> 80 Ra 4000K 53 llm/cW 92 llm/cW 92 llm/cW

> 90 Ra 4000K - - -

Initial / Maintained SDCM <3 / <3 <3 / <3 <3 / <3

Rated Life (L70F10) 35,000 hours 50,000 hours 50,000 hours

Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9


Non-Dimming - - -

Mains Dimming - - -

1-10 Dimming /X1O /X1O /X1O

0-10 Dimming - - -

Push Dimmable - - -

DALI / XDL / XDL / XDL

DMX /XDX /XDX /XDX

No Driver -

Driv

ers

* @ 4000K Ra80 ** Measured, half value angle (/code)*** with recommended driver @ 25oC ambient, Power factor > 0.9, full data available in driver data sheets. **** Paired only with ChromaWhiteTM controller

NB: All figures +/- 10%. Data in grey is indicative. CRI shift at 6000 hours remains within 3 points of the rated CRI. 1. ChromaWhite is PhotonStar’s flagship technology, undergoing constant innovation. Printed performance data on this product is likely to be superceded

rapidly - always refer to the website for latest datasheet.

1


Romsey Dental Care installed PhotonStarTM LED luminaires in order to enhance the medical environment, improve customer service and lower energy costs. The LED solution addressed the challenges of medical lighting by providing better light quality and excellent colour rendering; allowing for accurate colour representation for patient examinations. The low glare fittings increased the visual comfort of customers and offered a 50% reduction in running costs compared to CFLs. They also eliminate the safety issues (mercury and UV) that CFLs present.

PhotonStarTM products used: Simetra

Product benefits:Ultra-modern practice Low glare fittings Improved quality of light and high CRI Increased patient satisfactionFully recyclable products Long life and minimal maintenance50% reduction in running costs Local manufacturing

“PhotonStarTM have a sustainable design philosophy that promises fully recyclable, long life quality products which suits the practices commitment to lowering its carbon footprint”

- Sam Price, Dental Surgeon at Romsey Dental Care.

Awar

d W

inni

ng U

ltra-

Mod

ern

Den

tal P

ract

ice


Simetra Low Glare Downlight with

Specular Reflector

• Low glare specular reflector <UGR19

• Equivalent illumination from 18W CFL or 75W LV halogen


• Excellent efficacy of up to 83 luminaire lumens per circuit Watt

• Emergency options available

• Available in high efficiency & high output options and variety of CCTs

• 105mm cutout, 125mm bezel, with adapter options

Aries I

I 1000

Titan II

675


0.37kg

Low glare specular reflector





Beam Angle(s): 48o/(WF), 54o/(WF)

Simetra

125

389

105 CUTOUT

Order Codes:e.g. SRLGMW/TN2-675-830/WF/AND-E


SRLG MW /TN2-675 -827 -830 -930 -840 /WF /AND /ATD /ADL /ODV -E -D

/AR2-1000 -827 -830 -840 /WF /AND /ATD /A1O /ADL /ODV -E -D

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Low Glare Downlight with Specular Reflector

WF



Low Glare Downlight with Specular ReflectorSimetra

Performance Data for SRLG Titan II 675 Aries II 1000

Description Cost Effective High Output

Order Code TN2-675 AR2-1000

Illuminance Comparable To 50W LV Halogen 18W CFL / 75W LV Halogen


LED (Source) Lumens (L100) * 727 lm 1063 lm @ 4000K



- -

Beam Angle(s) (Measured)** 54o/(WF) 48o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 502 lm TBC

> 90 Ra 2700K - -

> 80 Ra 3000K 537 lm 739 lm

> 90 Ra 3000K 423 lm -

> 80 Ra 4000K 572 lm 842 lm

> 90 Ra 4000K - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 67 llm/cW TBC

> 90 Ra 2700K - -

> 80 Ra 3000K 72 llm/cW 73 llm/cW

> 90 Ra 3000K 57 llm/cW -

> 80 Ra 4000K 77 llm/cW 83 llm/cW

> 90 Ra 4000K - -






Mains Dimming /ATD /ATD

1-10 Dimming - /A1O

0-10 Dimming - -

Push Dimmable - -

DALI /ADL /ADL

DMX - -

No Driver /ODV /ODV

Driv

ers




- Highly efficient, high output fittings for Code for Sustainable Homes level 4 project.

Luxurious New Build Home


Cryos Fully Adjustable Downlight

• Equivalent illumination 50W LV to 100W halogen


• Excellent efficacy of up to 82 luminaire lumrens per circuit Watt

• 3610 rotation & 250 tilt

• Available in cost effective, high efficiency, high output, very high output options

• 85mm cutout, 95mm bezel

• Beam Angle(s): 20o/(S), 28o/(NF), 32o/(NF), 40o/(FL), 50o/(WF)

Venus I

I 1600

Mercury

II 1000

Mercury

II 740

Titan II

675


95

119

3

25.00° 85mm CEILING CUTOUT

Fully adjustable downlight to replace 50 LV - 100W halogen

3610 rotation & 250 tilt adjustment





Options: Emergency (-E), DALI Emergency (-D); (Emergency Version Will Be Locked)

Beam Angle(s): 20o/(S), 28o/(NF), 32o/(NF), 40o/(FL), 50o/(WF

Cryos

0.60kg

Order Codes:e.g. CYADMW/MC2-740-830/NF/AND-E


CYAD MW /TN2-675 -827 -830 -840 -930 /S /FL /WF /AND /ATD /ADL /ODV -E -D

/MC2-740 -827 -830 -840 /NF /FL /WF /AND /ATD /A1O /ADL /ODV -E -D


/VN2-1600 -827 -830 -840 /NF /FL /WF /AND /ATD /A1O /ADL /ODV -E -D

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Fully Adjustable Darklight

NF

FL

WF



CryosFully Adjustable Darklight

Performance Data for LRAD Titan II 675 Mercury II 740 Mercury II 1000 Venus II 1600

Description Cost Effective High Efficiency High Output Very High Output

Order Code TN2-675 MC2-740 MC2-1000 VS2-1600

Illuminance Comparable To 50W LV Halogen 50W LV Halogen 75W LV Halogen 100W Halogen



Luminaire / System Power *** 7.5W 7.5W 11.4W 15.6W


- - - -

Beam Angle(s) (Measured)** 20o/(S) 40o/(FL) 50o/(WF) 28o/(NF) 40o/(FL) 50o/(WF) 28o/(NF) 40o/(FL) 50o/(WF) 32o/(NF) 40o/(FL) 50o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 505 lm 511 lm 352 lm 530 lm 504 lm 370 lm 721 lm 685 lm 504 lm 1187 lm 1023 lm 864 lm

> 90 Ra 2700K - - - - - - - - - - - -

> 80 Ra 3000K 540 lm 547 lm 376 lm 567 lm 539 lm 396 lm 771 lm 733 lm 539 lm 1270 lm 1094 lm 924 lm

> 90 Ra 3000K 425 lm 430 lm 296 lm - - - - - - - - -


> 90 Ra 4000K - - - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 68 68 47 73 69 51 63 60 44 76 66 56

> 90 Ra 2700K - - - - - - - - - - - -

> 80 Ra 3000K 72 73 50 78 74 55 67 64 47 82 70 59

> 90 Ra 3000K 57 58 40 - - - - - - - - -

> 80 Ra 4000K 77 78 54 78 74 55 67 64 47 82 70 59

> 90 Ra 4000K - - - - - - - - - - - -







1-10 Dimming - /A1O /A1O /A1O

0-10 Dimming - - - -



DMX - - - -


Driv

ers




The luxurious Pencreek House in Falmouth features a dynamic controllable PhotonStar LED solution, which reduces energy and provides flexible functionality. The adaptable lighting solution also delivers high light quality and operates with minimal maintenance over its 50,000 hour lifetime. It also complements the high-end design and aesthetic appeal of the building. The PhotonStar solution, which utilises occupancy sensors and dynamic colour tuning to suit the multi-purpose environment, offers high energy savings and reduces costs with very little effort.

PhotonStarTM products used: Cryos CLE Adjustable, Cryos CLE Fixed, CeilingStar Range, ChromaWhiteTM Technology and Pharos control system

Product benefits:Multi-purpose, functional installation Long lifetime (50000 hours)Minimal maintenanceReduced energy usage and costs for homeownerAesthetically pleasing fixturesOccupancy sensors and controls (RGB DMX control system)Dynamic colour tuning

Luxu

ry P

rivat

e Ec

o-R

esid

ence


Cryos CLE Architectural Module Based

Compact Downlights

• Available in RGB, Variable CCT, Tungsten emulation and fixed white light engines

• Fixed, IP54, fully adjustable & wall wash versions


• High quality, die-cast aluminium bezel

• 85mm cutout, 95mm bezel

Fixed W

hite 1000

CLE R

GB

CLE Tu

ngsten H

CLE Va

riable CCT


25°

142

139

85mm CUTOUT

95

0.60kg

Order Codes:e.g. CMA1MW/CT2-1000-936/FL/XDX


CMA1 MW /CT2-900 -923 /FL /WF /X10 /XDL /XDX -E

/CT2-1000 -936 /FL /WF /X10 /XDL /XDX -E

/CC2-750 -RGB /FL /WF /XDL /XDX

/CF2-1000 -830 -930 -840 /FL /WF /AND /ATD /A1O /ADL /ODV -E -D

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7Cryos CLE Adjustable

Fully adjustable downlight with low glare

3610 rotation & 250 tilt adjustment

Optional version with darklight collar

High quality, die-cast aluminium construction


Options: Emergency (-E), DALI Emergency (-D); (Emergency Version Will Be Locked),

Beams (in CMA1): 41o/(FL), 50o/(WF)

Fully Adjustable Downlight

FL

WF

CMAD

CMA1

25°

142

139

85mm CUTOUT

95

0.54kg

CMA1

CMAD

Cryos CLE Adjustable

Cryos CLE Adjustable Darklight

Also available with same light engines: CMAD: Darklight version in 280 /(NF) and 340 /(FL) NB: CMAD data not shown & will vary from CMA1


NB: available late 2013 - see our website for availability


Performance Datafor CMA1 CLE Tungsten H CLE Variable CCT CLE RGB Fixed White 1000

Description 3200K - 2200K, Warms As Dimmed Variable CCT 2700K - 6500K RGB Fixed White Module

Order Code CT2-900 CT2-1000 CC2-750 CF2-1000

Illuminance Comparable To 50W LV Halogen 50W LV Halogen - 75W LV Halogen

Light Engine Power 12.7W @ 3200K 13.7W N/A 15.5W

LED (Source) Lumens (L100) * 765 lm @ 3200K 850 lm @ 4000K 358 lm Total 1080 lm

Luminaire / System Power *** 16.7W @ 3200K 18.7W @ 4000K 15W Max System Power 17.2W

For Drivers: I / Vmax N/A**** N/A**** N/A**** TBC

- - - -

Beam Angle(s) (Measured)** 41o/(FL) 50o/(WF) 41o/(FL) 50o/(WF) 41o/(FL) 50o/(WF) 41o/(FL) 50o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K > 90 Ra 2700K Warms to 2200K at 10% Min 606 lm Min 662 lm R 249 lm R 273 lm

> 80 Ra 3000K across range across range G 269 lm G 294 lm 810 lm 886 lm

> 90 Ra 3000K 574 lm 627 lm B 34 lm B 37 lm 810 lm 886 lm

> 80 Ra 4000K @ 3200K @ 3200K 638 lm 697 lm 810 lm 886 lm

> 90 Ra 4000K @ 4000K @ 4000K Total 347 lm Total 379 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K> 90 Ra 2700K> 80 Ra 3000K 47 llm/cW 51 llm/cW


> 80 Ra 4000K @ 3200K @ 3200K 34 llm/cW 37 llm/cW 47 llm/cW 51 llm/cW

> 90 Ra 4000K performance varies (CCT & dimming)

Initial / Maintained SDCM <3 / <3 <3 / <3 N/A N/A


Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9 - -


Non-Dimming - - - /AND

Mains Dimming - - - /ATD

1-10 Dimming /X1O /X1O - /A10

0-10 Dimming - - - -


DALI /XDL /XDL /XDL /ADL

DMX /XDX /XDX /XDX -

No Driver - - - /ODV

Cryos CLE AdjustableFully Adjustable Downlight

Driv

ers

NB for UK Building Regs Part L1, achieves 46 Lamp l/cW @ 3200K



NB: All figures +/- 10%. Data in grey is indicative. CRI shift at 6000 hours remains within 3 points of the rated CRI. 1. ChromaWhiteTM is PhotonStar’s flagship technology, undergoing constant innovation. Printed performance data on this product is likely to be superceded


1 1


Range of fixed low glare reflectors

Optional version with darklight collar




Beams (in CMFX): 29o/(NF), 37o/(FL)

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7Cryos CLE Fixed

UK PartL1 & L23R

TM

Fixed Architectural Low Glare Compact Downlight

NF

FL

Order Codes:e.g. CMFXMW/CT2-1000-936/FL/XDX


CMFX MW /CT2-900 -923 /NF /FL /X10 /XDL /XDX -E

/CT2-1000 -936 /NF /FL /X10 /XDL /XDX -E

/CC2-750 -RGB /NF /FL /XDL /XDX

/CF2-1000 -830 -930 -840 /NF /FL /AND /ATD /A1O /ADL /ODV -E -D

CMFD

CMFX

162

1

60

85mm CUTOUT

95 0.51kg

85mm CUTOUT

153

1

51

95

0.50kg

CMFX

CMFD

Cryos CLE Fixed

Cryos CLE Fixed Darklight

Also available with same light engines: CMFD: Darklight version in 280 /(NF) and 340 /(FL) NB: CMFD data not shown & will vary from CMFX



Performance Data for CMFX CLE Tungsten H CLE Variable CCT CLE RGB Fixed White 1000








- - - -

Beam Angle(s) (Measured)** 29o/(NF) 37o/(FL) 29o/(NF) 37o/(FL) 29o/(NF) 37o/(FL) 29o/(NF) 37o/(FL)

Del

iver

ed L

umen

s (L

100)




> 80 Ra 4000K @ 3200K @ 3200K 723 lm 706 lm 918 lm 896 lm


Lum

inai

re

Effic

acy

(Llm

/cW

)












0-10 Dimming - - - -





Cryos CLE FixedFixed Architectural Low Glare Compact Downlight

Driv

ers





1. ChromaWhiteTM is PhotonStar’s flagship technology, undergoing constant innovation. Printed performance data on this product is likely to be superceded rapidly - always refer to the website for latest datasheet.

1 1


165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7Cryos CLE FixedIP54

IP54 from below the ceiling

Clear, diffuse & darklight options




Beams (in CMPC): 30o/(NF), 35o/(FL)

UK PartL1 & L23R

TM

Architectural Low Glare IP54 Compact Downlight

NF

FL

CMPC

Order Codes:e.g. CMPCMW/CT2-1000-936/FL/XDX


CMPC MW /CT2-900 -923 /NF /FL /X10 /XDL /XDX -E

/CT2-1000 -936 /NF /FL /X10 /XDL /XDX -E

/CC2-750 -RGB /NF /FL /XDL /XDX

/CF2-1000 -830 -930 -840 /NF /FL /AND /ATD /A1O /ADL /ODV -E -D

CMPK

Also available with same light engines: CMPD: Diffuse optic in 610 /(WF) CMPK: Darklight version in 320 /(WF) NB: CMPD & CMPK data not shown & will vary from CMPC


CMPD

155

1

52

85mm CUTOUT

95 0.51kg

162

1

60

85mm CUTOUT

95

0.51kg

CMPK

CMPC / CMPDCryos CLE Fixed IP54 Clear

Cryos CLE Fixed IP54 Diffuse

Cryos CLE Fixed IP54 Darklight


Performance Data for CMPC CLE Tungsten H CLE Variable CCT CLE RGB Fixed White 1000








- - - -

Beam Angle(s) (Measured)** 30o/(NF) 35o/(FL) 30o/(NF) 35o/(FL) 30o/(NF) 35o/(FL) 30o/(NF) 35o/(FL)

Del

iver

ed L

umen

s (L

100)




> 80 Ra 4000K @ 3200K @ 3200K 672 lm 706 lm 853 lm 875 lm


Lum

inai

re

Effic

acy

(Llm

/cW

)












0-10 Dimming - - - -





Cryos CLE Fixed IP54 ClearArchitectural Low Glare IP54 Compact Downlight

Driv

ers






1 1


155

1

53

85mm CUTOUT

171

1

69

95 0.60kg

NF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TMCryos CLE AdjustableWall Wash

Up to 350 precision locking guide

Soft-shield eliminates view into the ceiling void




Beam Angle(s): 28o/(NF)

UK PartL1 & L23R

TM

7

Adjustable Wall Wash Downlight

Order Codes:e.g. CMWWMW/CT2-1000-936/FL/XDX


CMWW MW /CT2-900 -923 /NF /X10 /XDL /XDX -E

/CT2-1000 -936 /NF /X10 /XDL /XDX -E

/CC2-750 -RGB /NF /XDL /XDX

/CF2-1000 -830 -930 -840 /NF /AND /ATD /A1O /ADL /ODV -E -D



Performance Data for CMWW CLE Tungsten H CLE Variable CCT CLE RGB Fixed White 1000








- - - -

Beam Angle(s) (Measured)** 28o/(NF) 28o/(NF) 28o/(NF) 28o/(NF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K > 90 Ra 2700K Warms to 2200K at 10% Min 678 lm R 279 lm

> 80 Ra 3000K across range G 301 lm 907 lm

> 90 Ra 3000K 643 lm @ 3200K B 38 lm 907 lm

> 80 Ra 4000K 714 lm @ 4000K 907 lm

> 90 Ra 4000K Total 388 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K> 90 Ra 2700K> 80 Ra 3000K 53 llm/cW

> 90 Ra 3000K 38 llm/cW @ 3200K 53 llm/cW

> 80 Ra 4000K 38 llm/cW 53 llm/cW









0-10 Dimming - - - -


DALI /XDX /XDL /XDL /ADL

DMX /XDL /XDX /XDX -


Cryos CLE Adjustable Wall WashFully Adjustable Wall Wash Downlight

Driv

ers






1 1


The CUT restaurant, situated within the prestigious 45 Park Lane hotel, replaced its existing lighting with a dimmable PhotonStarTM solution in order to increase the output and quality of light. The PhotonStarTM Lorem fittings were the only tested products to achieve suitable illumination from the 7 metre high ceiling, and offered narrow beam angles to highlight the décor. The solution delivers at 80% energy saving compared to typical Halogens and requires minimal maintenance over long life (50,000); significantly reducing energy and maintenance costs.

PhotonStarTM products used: Lorem Fixed Darklight & Adjustable Darklight

Product benefits:Design leading 1000+ lumen compact LED LuminaireAdjustable, fixed and showerproof recessed architectural DownlightProprietary high efficiency reflector optics Dark Light optionState of the art high dissipation passive heatsink technology providing upto 50,000 hours maintenance free operational life (L70) at 45oC80% energy saving compared to halogensCompliant with EU ‘A’ energy ratingExceeds UK Part L1 and L2 Available in beams of 70º flood for illumination & 24º for spot applicationsDimmable and instant onSpecially designed for high level installationAw

ard

Win

ning

5*

Luxu

ry H

otel


Venus I

I 1600

Lorem Family of Downlights to Replace

MR16 & MR11 Fittings

• Full range of downlights including compact & micro versions



• Available in high efficiency, high output and very high output options

• 70mm cutout (55mm for Micro)

• Very narrow beams available

• IP65, adjustable & darklight versions

• Dimensionally & aesthetically equivalent to MR16 / MR11

Pluto II 420

Pluto II 320

Pictor II

150 RGB

Mercury

II 1000

Mercury

II 740

Titan II

675


Order Codes:e.g. LRA1MW/MC2-740-830/FL/AND-E


LRA1 MW /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D

/MC2-740 -827 -830 -840 /S /FL /WF /AND /ATD /A1O /ADL /ODV -E -D


/VN2-1600 -827 -830 -840 /S /NF /WF /AND /ATD /A1O /ADL /ODV -E -D

2

111

MA

X

20°

80

70 CUTOUT

Adjustable DownlightLorem Adjustable

0.47kg

S

FL

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Dimensionally & aesthetically equivalent to MR16



200 tilt adjustment




Beam Angle(s): 13o/(NS), 20o/(S), 30o/(NF), 36o/(FL), 40o/(FL), 50o /(WF), 52o /(WF), 55o /(WF)

Adjustable Downlight



Lorem AdjustableAdjustable Downlight

Performance Data for LRA1 Titan II 675 Mercury II 740 Mercury II 1000 Venus II 1600








- - - -

Beam Angle(s) (Measured)** 13o/(NS) 40o/(FL) 50o/(WF) 20o/(S) 36o/(FL) 52o/(WF) 20o/(S) 36o/(FL) 52o/(WF) 20o/(S) 30o/(NF) 55o/(WF)

Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - - - - -


> 90 Ra 3000K 443 lm 418 lm 414 lm - - - - - - - - -


> 90 Ra 4000K - - - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 70 66 66 86 78 72 74 67 62 83 73 69

> 90 Ra 2700K - - - - - - - - - - - -

> 80 Ra 3000K 75 71 70 92 83 77 79 72 67 89 78 74

> 90 Ra 3000K 59 56 55 - - - - - - - - -

> 80 Ra 4000K 80 76 75 92 83 77 79 72 67 89 78 74

> 90 Ra 4000K - - - - - - - - - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers




117

2

20°

80

70 CUTOUT

Dimensionally & aesthetically equivalent to MR16



Low glare darklight collar

200 tilt adjustment




Beam Angle(s): 19o/(S), 20o/(S), 26o/(NF), 28o /(NF), 30o /(NF), 44o /(FL), 46o /(WF)

Lorem Adjustable DL

0.47kg

Order Codes:e.g. LRADMW/MC2-740-830/FL/AND-E


LRAD MW /TN2-675 -827 -830 -840 -930 /S /NF /FL /AND /ATD /A1O /ADL /ODV -E -D

/MC2-740 -827 -830 -840 /NF /FL /AND /ATD /A1O /ADL /ODV -E -D



S

NF

FL

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Adjustable Darklight



Lorem Adjustable DLAdjustable Darklight

Performance Data for LRAD Titan II 675 Mercury II 740 Mercury II 1000 Venus II 1600








- - - -

Beam Angle(s) (Measured)** 20o/(S) 28o/(NF) 44o/(FL) 26o/(NF) 44o/(FL) 26o/(NF) 44o/(FL) 19o/(S) 30o/(NF) 46o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 441 lm 408 lm 322 lm 523 lm 376 lm 711 lm 511 lm 1105 lm 880 lm 802 lm

> 90 Ra 2700K - - - - - - - - - -

> 80 Ra 3000K 472 lm 436 lm 344 lm 559 lm 402 lm 760 lm 547 lm 1182 lm 941 lm 858 lm

> 90 Ra 3000K 371 lm 343 lm 271 lm - - - - - - -


> 90 Ra 4000K - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 59 58 46 72 52 62 45 71 57 52

> 90 Ra 2700K - - - - - - - - - -

> 80 Ra 3000K 63 58 46 77 55 67 48 76 60 55

> 90 Ra 3000K 50 46 36 - - - - - - -

> 80 Ra 4000K 67 62 49 77 55 67 48 76 60 55

> 90 Ra 4000K - - - - - - - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers



106 T: +44 (0)2381 230 381www.photonstarlighting.co.uk10

73

78

70 CUTOUT

IP44 fixed architectural downlight







Lorem Fixed

0.50kg

Order Codes:e.g. LRF1MW/MC2-740-830/FL/AND-E


LRF1 MW /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D




S

FL

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

Fixed Downlight


7


Lorem FixedFixed Downlight

Performance Data for LRF1 Titan II 675 Mercury II 740 Mercury II 1000 Venus II 1600








- - - -


Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - - - - -


> 90 Ra 3000K 443 lm 418 lm 414 lm - - - - - - - - -


> 90 Ra 4000K - - - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 70 66 66 86 78 72 74 67 62 83 73 69

> 90 Ra 2700K - - - - - - - - - - - -

> 80 Ra 3000K 75 71 70 92 83 77 79 72 67 89 78 74

> 90 Ra 3000K 59 56 55 - - - - - - - - -

> 80 Ra 4000K 80 76 75 92 83 77 79 72 67 89 78 74

> 90 Ra 4000K - - - - - - - - - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers




119

3

70 CUTOUT

IP44 fixed architectural downlight







Beam Angle(s): 19o/(S), 20o/(S), 26o/(NF), 28o/(NF), 30o /(NF), 44o /(FL), 46o /(WF)

Lorem Fixed DL

0.50kg

Order Codes:e.g. LRFDMW/MC2-740-830/FL/AND-E


LRFD MW /TN2-675 -827 -830 -840 -930 /S /NF /FL /AND /ATD /ADL /ODV -E -D




S

NF

FL

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Fixed Darklight



Lorem Fixed DLLorem Fixed Darklight

Performance Data for LRFD Titan II 675 Mercury II 740 Mercury II 1000 Venus II 1600








- - - -


Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - - -


> 90 Ra 3000K 371 lm 343 lm 271 lm - - - - - - -


> 90 Ra 4000K - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 59 55 43 72 52 62 45 71 57 52

> 90 Ra 2700K - - - - - - - - - -

> 80 Ra 3000K 63 58 46 77 55 67 48 76 60 55

> 90 Ra 3000K 50 46 36 - - - - - - -

> 80 Ra 4000K 67 62 49 77 55 67 48 76 60 55

> 90 Ra 4000K - - - - - - - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers




73

78

70 CUTOUT

Compact showerproof downlight

Equiavalent in size and output to MR16







Lorem Showerproof

0.50kg

Order Codes:e.g. LRFSMW/MC2-740-830/FL/AND-E


LRFS MW /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D




S

FL

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Showerproof Downlight



Lorem ShowerproofShowerproof Downlight

Performance Data for LRFS Titan II 675 Mercury II 740 Mercury II 1000 Venus II 1600








- - - -


Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - - - - -


> 90 Ra 3000K 443 lm 418 lm 414 lm - - - - - - - - -


> 90 Ra 4000K - - - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 70 66 66 86 78 72 74 67 62 83 73 69

> 90 Ra 2700K - - - - - - - - - - - -

> 80 Ra 3000K 75 71 70 92 83 77 79 72 67 89 78 74

> 90 Ra 3000K 59 56 55 - - - - - - - - -

> 80 Ra 4000K 80 76 75 92 83 77 79 72 67 89 78 74

> 90 Ra 4000K - - - - - - - - - - - -







1-10 Dimming /A1O /A1O /A1O

0-10 Dimming - - - -



DMX - - - -


Driv

ers




119

3

70 CUTOUT

Compact showerproof downlight







Beam Angle(s): 19o/(S), 20o/(S), 26o/(NF), 28o/(NF), 30o /(NF), 44o /(FL), 46o /(WF)

Lorem Showerproof DL

0.50kg

Order Codes:e.g. LRDSMW/MC2-740-830/FL/AND-E


LRDS MW /TN2-675 -827 -830 -840 -930 /S /NF /FL /AND /ATD /ADL /ODV -E -D




S

FL

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

Showerproof Fixed Darklight7



Lorem Showerproof DLShowerproof Darklight

Performance Data for LRDS Titan II 675 Mercury II 740 Mercury II 1000 Venus II 1600








- - - -


Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - - -


> 90 Ra 3000K 371 lm 343 lm 271 lm - - - - - - -


> 90 Ra 4000K - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 59 55 43 72 52 62 45 71 57 52

> 90 Ra 2700K - - - - - - - - - -

> 80 Ra 3000K 63 58 46 77 55 67 48 76 60 55

> 90 Ra 3000K 50 46 36 - - - - - - -

> 80 Ra 4000K 67 62 49 77 55 67 48 76 60 55

> 90 Ra 4000K - - - - - - - - - -








0-10 Dimming - - - -



DMX - - - -


Driv

ers



114 T: +44 (0)2381 230 381www.photonstarlighting.co.uk76 51

127

Installation direct on to ceiling or on a conduit box with 50.8mm centres

Can be installed on flammable surfaces

Remote driver





Beam Angle(s): 13o/(NS), 20o/(S), 36o/(FL), 40o/(FL), 50o /(WF), 52o /(WF)

Lorem Surface

0.60kg

Order Codes:e.g. LRSMMW/MC2-740-830/FL/AND-E


LRSM MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



7UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

S

FL

WF

Surface Mounted Downlight



Lorem SurfaceSurface Mounted Downlight

Performance Data for LRSM Titan II 675 Mercury II 740 Mercury II 1000

Description Cost Effective High Efficiency High Output

Order Code TN2-675 MC2-740 MC2-1000

Illuminance Comparable To 50W LV Halogen 50W LV Halogen 75 LV Halogen

Light Engine Power 6.2W 6.1W 8.8W


Luminaire / System Power *** 7.5W 7.5W 11.4W

For Drivers: I / Vmax 350 mA / 24V 350 mA / 24V 500 mA / 24V

- - -

Beam Angle(s) (Measured)** 13o/(NS) 40o/(FL) 50o/(WF) 20o/(S) 36o/(FL) 52o/(WF) 20o/(S) 36o/(FL) 52o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 526 lm 496 lm 492 lm 623 lm 563 lm 524 lm 847 lm 766 lm 712 lm

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 563 lm 531 lm 526 lm 666 lm 602 lm 560 lm 906 lm 819 lm 762 lm

> 90 Ra 3000K 443 lm 418 lm 414 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 70 66 66 86 78 72 74 67 62

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 75 71 70 92 83 77 79 72 67

> 90 Ra 3000K 59 56 55 - - - - - -

> 80 Ra 4000K 80 76 75 92 83 77 79 72 67

> 90 Ra 4000K - - - - - - - - -





Non-Dimming /AND /AND /AND

Mains Dimming /ATD /ATD /ATD

1-10 Dimming - /A1O /A1O

0-10 Dimming - - -

Push Dimmable - - -

DALI /ADL /ADL /ADL

DMX - - -

No Driver /ODV /ODV /ODV

Driv

ers




50 CUTOUT

57

29

2

85

Order Codes:e.g. LRMAMW/PT2-320-830/S/AND


LRMA MW /PR2-150 -RGB /NF /FL /WF /Call / OND

/PT2-320 -830 -840 /NF /FL /WF /AND /ATD /A1O /ADL /ODV


Ultra compact architectural downlight

Equivalent in size and output to MR11


RGB option

300 tilt adjustment in 12mm ceiling




Beam Angle(s): 24o/(NF), 36o/(FL), 49o/(WF)

Lorem Micro Adjustable UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

0.12kg

NF

FL

WF

Small Adjustable Downlight

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38



Lorem Micro AdjustableSmall Adjustable Downlight

Performance Data for LRMA Pictor II 150 RGB Pluto II 320 Pluto II 420

Description RGB High Efficiency Ultra Compact High Output Ultra Compact

Order Code PR2-150 PT2-320 PT2-420

Illuminance Comparable To - 35W MR11 > 35W MR11

Light Engine Power 5W Max 4.1W 5.9W


Luminaire / System Power *** 6W Max 5.2W 7.5W

For Drivers: I / Vmax 350 mA / 14.4V 350 mA / 14.4V 500 mA / 14.4V

- - -

Beam Angle(s) (Measured)** 24o/(NF) 36o/(FL) 49o/(WF) 24o/(NF) 36o/(FL) 49o/(WF) 24o/(NF) 36o/(FL) 49o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - - - - - - -

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K Max Total Max Total Max Total 221 lm 177 lm 214 lm 277 lm 222 lm 268 lm

> 90 Ra 3000K 105 lm 84 lm 102 lm - - - - - -

> 80 Ra 4000K - - - 269 lm 245 lm 260 lm 337 lm 270 lm 327 lm

> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - - - - - - -

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K - - - 43 34 41 37 30 36

> 90 Ra 3000K - - - - - - - - -

> 80 Ra 4000K - - - 52 42 50 45 36 44

> 90 Ra 4000K - - - - - - - - -





Non-Dimming /Call /AND /AND

Mains Dimming - /ATD /ATD


0-10 Dimming - - -

Push Dimmable - - -

DALI /Call /ADL /ADL

DMX /Call - -


Driv

ers


NB: All figures +/- 10%. Data in grey is indicative. CRI shift at 6000 hours remains within 3 points of the rated CRI. Elliptical beams also available - call


50 CUTOUT

3

61

60 30

Ultra compact architectural downlight

Equivalent in size and output to MR11



Optional version with darklight collar (LRDM)


Beam Angle(s): 24o/(NF), 36o/(FL), 49o/(WF)

Lorem Micro Fixed UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

0.12kg

Small Fixed Light, IP20

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

Order Codes:e.g. LRMFMW/PT2-320-830/S/AND


LRMF MW /PR2-150 -RGB /NF /FL /WF /Call / OND




LRDM

LRMF

LRMFLorem Micro Fixed

50 CUTOUT

3

76

68 29 0.12kg

LRDMLorem Micro Fixed DL

Also available with same light engines: LRDM: Darklight version in same beam angles NB: LRDM data not shown & will vary from LRDM

NF

FL

WF


Lorem Micro FixedSmall Fixed Light, IP20

Performance Data for LRMF Pictor II 150 RGB Pluto II 320 Pluto II 420








- - -


Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - - - - - - -

> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 140 lm 130 lm 121 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - - - - - - -

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K - - - 57 53 49 49 46 43

> 90 Ra 3000K - - - - - - - - -

> 80 Ra 4000K - - - 69 64 59 60 56 52

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -


DMX /Call - -


Driv

ers




PhotonStar LED luminaires were installed in Southsea library to improve the light quality of the working and learning environment. The PhotonStar solution provides high light quality and outputs to improve visibility, whilst offering the appropriate lux levels. The energy and maintenance costs are reduced by 80% compared to Halogens despite the 16 hour/day usage and the payback is rapid at just 24 months. In addition, the LED fittings are modern in appearance, suiting the contemporary interior of the library.

PhotonStarTM products used: CeilingStar TTs, Lorem Micro Adjustable, TrackSpot Aero

Product benefits:Vibrant communal areaModern and fashionable appearanceEnergy and maintenance costs reduced by 80%24 months payback compared to halogenRelaxing warm lightHigh light quality and outputSuitable for 16 hours a day usage

“The advancement in LED technology has had a big jump in recent years, (lumen output comparable to 50W dichroic) and that LED’s added low maintenance compared to dichroic (longevity in a public building was also crucial).”

- RHB Partnership LLP.Rel

ocat

ed A

nd R

ejuv

enat

ed In

nova

tive

Libr

ary


CeilingStar Compact IP & Fire Rated Downlight

• Diffuse “non LED” appearance*

• Available in standard, white colour tuneable, RGB and tungsten emulation light engines

• IP65 for use in wet areas

• 30 & 60 minute fire rated

• 55mm ultra low void depth



BLE Tu

ngsten H

Mercury

II 1000

Mercury

II 740

Titan II

675

BLE Va

riable CCT

BLE R

GB

*not a CS/TN2-675/NS


8560

2

75 CUTOUT

Order Codes:e.g. CSTSMW/MC2-740-830/FL/AND-E


CSTS MW /TN2-675 -827 -830 -840 -930 /NF /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E

/BLE-550 -RGB /VW /XDL XDX

Discreet narrow trim, suited to new build applications

High quality machined aluminium bezel





Beam Angle(s): 25o/(NF), 29o/(NF), 44o/(FL), 58o /(WF), 61o /(WF), 81o /(VW)

CeilingStar TTs

NF

FL

WF

60mins ACOUSTIC RATED

0dB30mins

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Thin Trim Slim

0.33kg



CeilingStar TTsThin Trim Slim

Performance Data for CSTS Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB

Description Cost Effective High Efficiency High Output 3200K - 2200K, warms as dimmed Variable CCT 2700K - 6500K RGB

Order Code TN2-675 MC2-740 MC2-1000 BT2-400 BT2-500 BC2-550

Illuminance Comparable To 50W LV Halogen 50W LV Halogen 75W LV Halogen 50W 240V/ 35W LV Halogern 50W LV Halogen -

Light Engine Power 6.2W 6.1W 8.8W 7.6W 8.5W N/A

LED (Source) Lumens (L100) * 727 lm 741 lm 1015 lm 527 lm @ 3200K 651 lm @ 4000K 221 lm Total

Luminaire / System Power *** 7.5W 7.3W 11.4W 11.1W @ 3200K 12.2W @ 4000K 8W Max System Power

For Drivers: I / Vmax 350 mA / 24V 350 mA / 24V 500 mA / 24V N/A**** N/A**** N/A****

Optic Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse

Beam Angle(s) (Measured)** 29o/(NF) 58o/(WF) 25o/(NF) 44o/(FL) 61o/(WF) 25o/(NF) 44o/(FL) 61o/(WF) 81o/(VW) 81o/(VW) 81o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 552 lm 540 lm 644 lm 598 lm 592 lm 876 lm 814 lm 805 lm

> 90 Ra 2700K - - - - - - - - Warms to 2200K at 10% Min 467 lm across range R 182 lm

> 80 Ra 3000K 590 lm 578 lm 689 lm 640 lm 633 lm 937 lm 870 lm 861 lm G 186 lm

> 90 Ra 3000K 464 lm 455 lm - - - - - - 443 lm @ 3200K B 23 lm


> 90 Ra 4000K - - - - - - - - Total 227 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 74 72 89 82 82 77 71 70

> 90 Ra 2700K - - - - - - - -

> 80 Ra 3000K 79 77 95 88 87 82 76 75 30 llm/cW @ 3200K

> 90 Ra 3000K 62 61 - - - - - - performance varies (CCT & dimming)

> 80 Ra 4000K 84 82 95 88 87 82 76 75 45 llm/cW

> 90 Ra 4000K - - - - - - - -

Initial / Maintained SDCM <3 / <3 <3 / <3 <3 / <3 <3 / <3 <3 / <3 N/A

Rated Life (L70F10) 50,000 hours 50,000 hours 50,000 hours 35,000 hours 35,000 hours 25,000 hours

Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 -


Non-Dimming /AND /AND /AND - - -

Mains Dimming /ATD /ATD /ATD - - -

1-10 Dimming - /A1O /A1O /X1O /X1O -

0-10 Dimming - - - - - -

Push Dimmable - - - - - -

DALI /ADL /ADL /ADL /XDL /XDL /XDL

DMX - - - /XDX /XDX /XDX

No Driver /ODV /ODV /ODV - - -

Driv

ers

NB for UK Part L1, achieves 47 Lamp l/cW @ 3200K





Order Codes:e.g. CSTTMW/MC2-740-830/FL/AND-E


CSTT MW /TN2-675 -827 -830 -840 -930 /NF /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


Wide trim covers ceiling damage when retrofiting






Beam Angle(s): 25o/(NF), 29o/(NF), 44o/(FL), 58o /(WF), 61o /(WF), 81o /(VW)

CeilingStar TT

0.35kg

NF

FL

WF


0dB30mins

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Thin Trim

110

584

75 CUTOUT



CeilingStar TTThin Trim

Performance Data for CSTT Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB








Optic Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse

Beam Angle(s) (Measured)** 29o/(NF) 58o/(WF) 25o/(NF) 44o/(FL) 61o/(WF) 25o/(NF) 44o/(FL) 61o/(WF) 81o/(VW) 81o/(VW) 81o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 552 lm 540 lm 644 lm 598 lm 592 lm 876 lm 814 lm 805 lm

> 90 Ra 2700K - - - - - - - - Warms to 2200K at 10% Min 467 lm across range R 182 lm

> 80 Ra 3000K 590 lm 578 lm 689 lm 640 lm 633 lm 937 lm 870 lm 861 lm G 186 lm

> 90 Ra 3000K 464 lm 455 lm - - - - - - 443 lm @ 3200K B 23 lm


> 90 Ra 4000K - - - - - - - - Total 227 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 74 72 89 82 82 77 71 70

> 90 Ra 2700K - - - - - - - -

> 80 Ra 3000K 79 77 95 88 87 82 76 75 30 llm/cW @ 3200K

> 90 Ra 3000K 62 61 - - - - - - performance varies (CCT & dimming)

> 80 Ra 4000K 84 82 95 88 87 82 76 75 45 llm/cW

> 90 Ra 4000K - - - - - - - -








0-10 Dimming - - - - - -





Driv

ers






Order Codes:e.g. CSDLMW/MC2-740-830/FL/AND-E


CSDL MW /TN2-675 -827 -830 -840 -930 /NS /NF /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


603

86

75 CUTOUT







Beam Angle(s): 14o/(NS), 24o/(NF), 29o/(NF), 44o/(FL), 53o /(WF), 54o /(WF), 75o /(VW)

CeilingStar DL

0.38kg

NF

FL

WF


0dB30mins

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Darklight



CeilingStar DLDarklight

Performance Data for CSDL Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB








Optic Not Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse

Beam Angle(s) (Measured)** 14o/(NS) 29o/(NF) 53o/(WF) 24o/(NF) 44o/(FL) 54o/(WF) 24o/(NF) 44o/(FL) 54o/(WF) 75o/(VW) 75o/(VW) 75o/(VW)

Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - - Warms to 2200K at 10% Min 345 lm across range R 134 lm

> 80 Ra 3000K 523 lm 514 lm 489 lm 588 lm 547 lm 516 lm 800 lm 744 lm 702 lm G 137 lm

> 90 Ra 3000K 412 lm 405 lm 385 lm - - - - - - 327 lm @ 3200K B 17 lm


> 90 Ra 4000K - - - - - - - - - Total 168 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 65 64 61 76 70 66 65 61 57

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 70 69 65 81 75 71 70 65 61 22 llm/cW @ 3200K

> 90 Ra 3000K 55 54 52 - - - - - - performance varies (CCT & dimming)

> 80 Ra 4000K 75 73 70 81 75 71 70 65 61 33 llm/cW

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - - - - -







Driv

ers




Plaster-in trimless fixture

Height adjustable to allow flush or recessed installation





Beam Angle(s): 77o/(VW), 79o/(VW), 81o/(VW)

Order Codes:e.g. CSTLMW/MC2-740-830/FL/AND-E


CSTL MW /TN2-675 -827 -830 -840 -930 /VW /AND /ATD /ADL /ODV -E -D

/MC2-740 -827 -830 -840 /VW /AND /ATD /A1O /ADL /ODV -E -D


/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


2m

m S

KIM

117

MA

X

15

0

80

80 CUTOUT

CeilingStar TL

0.53kg

Flush setting Recessed setting

VW

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Trimless Diffuse


2m

m S

KIM

117

MA

X

15

0

80

80 CUTOUT


CeilingStar TLTrimless Diffuse

Performance Data for CSTL Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB








Optic Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse

Beam Angle(s) (Measured)** 77o/(VW) 79o/(VW) 79o/(VW) 81o/(VW) 81o/(VW) 81o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 448 lm 489 lm 665 lm

> 90 Ra 2700K - - - Warms to 2200K at 10% Min 467 lm across range R 182 lm

> 80 Ra 3000K 479 lm 523 lm 711 lm G 186 lm

> 90 Ra 3000K 377 lm - - 443 lm @ 3200K B 23 lm

> 80 Ra 4000K 510 lm 523 lm 711 lm 547 lm

> 90 Ra 4000K - - - Total 227 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 2700K - - -

> 80 Ra 3000K 64 llm/cW 72 llm/cW 62 llm/cW 30 llm/cW @ 3200K

> 90 Ra 3000K 64 llm/cW - - performance varies (CCT & dimming)


> 90 Ra 4000K - - -








0-10 Dimming - - - - - -





Driv

ers






Order Codes:e.g. CSEDMW/MC2-740-830/FL/AND-E


CSED MW /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


4 5

5

102

CUTOUT Ø 75

Optimised for excellent LOR at lower cost






Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o/(FL), 57o /(WF), 87o/(VW),

CeilingStar ED

0.33kg


0dB30mins

NF

FL

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Efficient Design



Performance Data for CSED Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB









Beam Angle(s) (Measured)** 14o/(NS) 42o/(FL) 57o/(WF) 27o/(NF) 44o/(FL) 57o/(WF) 27o/(NF) 44o/(FL) 57o/(WF) 87o/(VW) 87o/(VW) 87o/(VW)

Del

iver

ed L

umen

s (L

100)






> 90 Ra 4000K - - - - - - - - - Total 255 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72 33 llm/cW @ 3200K


> 80 Ra 4000K 92 86 83 93 87 84 80 75 72 50 llm/cW

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - - - - -





CeilingStar EDEfficient Design

Driv

ers



* @ 3000K Ra80 ** Measured, half value angle (/code)*** with recommended driver @ 25oC ambient, Power factor > 0.9, full data available in driver data sheets. **** Paired only with ChromaWhitec controller



160

45 1

3

75 CUTOUT

Suitable for use in insulated ceilings



Produces halo effect

Quality machined aluminium bezel



Beam Angle(s): 14o/(NS), 24o/(NF), 32o/(NF), 44o/(FL), 55o /(WF), 57o /(WF), 84o /(VW)

CeilingStar IC

0.39kgNF

FL

WF

ACOUSTIC RATED

0dB

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Insulated Ceiling

Order Codes:e.g. CSICMW/MC2-740-830/FL/AND-E


CSIC MW /TN2-675 -827 -830 -840 -930 /NS /NF /WF /AND /ATD /ADL /ODV -E -D


/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E




CeilingStar ICInsulated Ceiling

Performance Data for CSIC Titan II 675 Mercury II 740 BLE Tungsten H BLE Variable CCT BLE RGB

Description Cost Effective High Efficiency 3200K - 2200K, warms as dimmed Variable CCT 2700K - 6500K RGB

Order Code TN2-675 MC2-740 BT2-400 BT2-500 BC2-550

Illuminance Comparable To 50W LV Halogen 50W LV Halogen 50W 240V/ 35W LV Halogern 50W LV Halogen -

Light Engine Power 6.2W 6.1W 7.6W 8.5W N/A

LED (Source) Lumens (L100) * 727 lm 741 lm 527 lm @ 3200K 651 lm @ 4000K 221 lm Total

Luminaire / System Power *** 7.5W 7.3W 11.1W @ 3200K 12.2W @ 4000K 8W Max System Power

For Drivers: I / Vmax 350 mA / 24V 350 mA / 24V N/A**** N/A**** N/A****

Optic Not Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse Diffuse

Beam Angle(s) (Measured)** 14o/(NS) 32o/(NF) 57o/(WF) 24o/(NF) 44o/(FL) 55o/(WF) 84o/(VW) 84o/(VW) 84o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 603 lm 550 lm 553 lm 626 lm 605 lm 570 lm

> 90 Ra 2700K - - - - - - Warms to 2200K at 10% Min 523 lm across range R 203 lm

> 80 Ra 3000K 645 lm 588 lm 591 lm 669 lm 647 lm 610 lm G 208 lm

> 90 Ra 3000K 508 lm 463 lm 465 lm - - - 496 lm @ 3200K B 25 lm

> 80 Ra 4000K 687 lm 626 lm 629 lm 669 lm 647 lm 610 lm 612 lm

> 90 Ra 4000K - - - - - - Total 255 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 81 74 74 86 83 79

> 90 Ra 2700K - - - - - -

> 80 Ra 3000K 86 79 79 92 89 84 33 llm/cW @ 3200K

> 90 Ra 3000K 68 62 62 - - - performance varies (CCT & dimming)

> 80 Ra 4000K 92 84 84 92 89 84 50 llm/cW

> 90 Ra 4000K - - - - - -

Initial / Maintained SDCM <3 / <3 <3 / <3 <3 / <3 <3 / <3 N/A

Rated Life (L70F10) 50,000 hours 50,000 hours 35,000 hours 35,000 hours 25,000 hours

Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 -


Non-Dimming /AND /AND - - -

Mains Dimming /ATD /ATD - - -

1-10 Dimming - /A1O /X1O /X1O -

0-10 Dimming - - - - -

Push Dimmable - - - - -

DALI /ADL /ADL /XDL /XDL /XDL

DMX - - /XDX /XDX /XDX

No Driver /ODV /ODV - - -

Driv

ers






7

VW

Order Codes:e.g. CSSMMW/MC2-740-830/FL/AND-E


CSSM MW /TN2-675 -827 -830 -840 -930 /VW /AND /ATD /ADL /ODV -E -D


16

0 2

0

85

Ultra thin surface mount downlight - just 20mm depth

Direct installation on to ceiling, produces halo effect

Rear & side cable exit options

Remote driver



High quality machined aluminium construction



Beam Angle(s): 90o/(VW)

CeilingStar SM

0.41kg

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

Surface Mount

NB: Unless stated, all dimensions are in mmAdapter available for conduit boxes with 50.8mm centres (Order code: 100-0373)


CeilingStar SMSurface Mount

Performance Data for CSSM Titan II 675 Mercury II 740

Description Cost Effective High Efficiency

Order Code TN2-675 MC2-740

Illuminance Comparable To 50W LV Halogen 50W LV Halogen





Optic Diffuse Diffuse

Beam Angle(s) (Measured)** 90o/(VW) 90o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 468 lm 494 lm

> 90 Ra 2700K - -

> 80 Ra 3000K 500 lm 528 lm

> 90 Ra 3000K 394 lm -

> 80 Ra 4000K 532 lm 528 lm

> 90 Ra 4000K - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 63 llm/cW 68 llm/cW

> 90 Ra 2700K - -

> 80 Ra 3000K 67 llm/cW 73 llm/cW

> 90 Ra 3000K 53 llm/cW -

> 80 Ra 4000K 71 llm/cW 73 llm/cW

> 90 Ra 4000K - -







1-10 Dimming - /A1O

0-10 Dimming - -

Push Dimmable - -

DALI /ADL /ADL

DMX - -

No Driver /ODV /ODV

Driv

ers




The Berry Theatre in Southampton invested in a PhotonStar LED solution to solve two main problems of theatre lighting; maintenance and dimming control. The fittings require minimal maintenance and zero bulb changes over their 50,000 hour lifetime, providing long term maintenance savings. The LED solution runs on DMX controls, which offer full functionality and flexibility for dimming. With reduced energy costs over 80%, payback is rapid at less than 2 years.

PhotonStarTM products used: Cordus Trio, TrackSpot Aero LG, Olympus Basic

Product benefits:80% reduction in energy usage and costs50,000 hours operational lifeMinimal maintenance and zero lamp replacementsPayback period of 18 monthsSingle system- dimming and full brightnessDMX controlBetter light quality and colour rendering in theatre environment

Awar

d W

inni

ng S

tate

-Of-T

he-A

rt T

heat

re


CordusRecessed Gimbal Fixture

• Fully adjustable gimbal fitting

• Single or multiway configuration




• Equivalent illumination of 35W LV to 75W LV halogen

• Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o/(FL), 57o /(WF), 87o/(VW)

Mercury

II 1000

Mercury

II 740

Titan II

675

BLE R

GB

BLE Tu

ngsten H

BLE Va

riable CCT

NB: Image shown is with 140 optic. Most options feature diffuse optic.


125

95

101

2

CUTOUT 110 x 110

0.75kg

125

235

101

2

CUTOUT 110 x 215 108

125

235

101

2

CUTOUT 110 x 215 108

1.5kg

Square and rectangular trim recessed fixture with adjustable gimbal, 340 tilt

Up to 915 delivered lumens per light engine


Single or multiway configurations - 1/ 2/ 3/ 4



Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o/(FL) 57o /(WF), 87o/(VW)

Cordus

125

345

CUTOUT 330 x 112

102

2

108

125

345

CUTOUT 330 x 112

102

2

108

2.3kg

235

235

103

2

CUTOUT 220 x 220

Order Codes:e.g. CDR1MW/MC2-740-830/FL/AND-E


CDR/1/2/3/4 MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


CDR1

CDR2 CDR3 CDR4

3.0kg

NF

FL

WF

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Recessed Gimbal Fixture

CDR1 CDR2

CDR3 CDR4



CordusRecessed Gimbal Fixture

Performance Data for CDR1/ per light engine Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB










Del

iver

ed L

umen

s (L

100)






> 90 Ra 4000K - - - - - - - - - Total 255 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72 33 llm/cW @ 3200K


> 80 Ra 4000K 92 86 83 93 87 84 80 75 72 50 llm/cW

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - - - - -





Driv

ers






208

208

219 x 105 CUTOUT

5 T

O 5

5MM

109

208

208

219 x 105 CUTOUT

5 T

O 5

5MM

109

105

310

310 x 105 CUTOUT

5 T

O 5

5MM

106

105

310

310 x 105 CUTOUT

5 T

O 5

5MM

106

105

105

5 T

O 5

5MM

107

105 x105 CUTOUT

0.75kg

105

207

5 T

O 5

5MM

207 x 105 CUTOUT

106

105

207

5 T

O 5

5MM

207 x 105 CUTOUT

106

1.5kg

Plaster-in trimless fixture with adjustable recess depth with adjustable gimbal, 340 tilt

Suitable for wet-skim or dry lined ceilings







Cordus Trimless

2.3kg

Order Codes:e.g. CDT1MW/MC2-740-830/FL/AND-E


CDT/1/2/3/4 MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


CDT1

CDT2 CDT3 CDT43.0kg

NF

FL

WF

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Trimless Recessed Gimbal Fixture

CDT1 CDT2

CDT3 CDT4



Cordus TrimlessTrimless Recessed Gimbal Fixture

Performance Data for CDT1/ per light engine Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB










Del

iver

ed L

umen

s (L

100)






> 90 Ra 4000K - - - - - - - - - Total 255 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72 33 llm/cW @ 3200K


> 80 Ra 4000K 92 86 83 93 87 84 80 75 72 50 llm/cW

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - - - - -





Driv

ers






279

105 CUTOUT

125

0.65kg 1.3kg

Round single and twin trim gimbal fixtures with adjustable gimbal, 280 tilt



Single or double configuration




Cordus Round

Order Codes:e.g. CRR1MW/MC2-740-830/FL/AND-E


CRR/1/2 MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


CRR1

CRR2

NF

FL

WF

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Recessed Round Gimbal Fixture

CRR1 CRR2

279

125

229

207 x 105 CUTOUT

279

125

229

207 x 105 CUTOUT

279

105 CUTOUT

125



Cordus RoundRecessed Round Gimbal Fixture

Performance Data for CRR1/ per light engine Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB










Del

iver

ed L

umen

s (L

100)






> 90 Ra 4000K - - - - - - - - - Total 255 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72 33 llm/cW @ 3200K


> 80 Ra 4000K 92 86 83 93 87 84 80 75 72 50 llm/cW

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - - - - -





Driv

ers






238

238

180

5

180

5

348

128

128

238 170

75

180

5

128

238 170

75

180

5

128

128

1

80

5

75

90

2.00kg 4.00kg

Square and rectangular surface mount fixtures with adjustable gimbal, 340 tilt







Cordus Surface

6.00kg

Order Codes:e.g. CDS1MW/MC2-740-830/FL/AND-E


CDS/1/2/3/4 MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



CDS1

CDS2 CDS3 CDS48.00kg

238

238

180

5

NF

FL

WF

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Surface Mount Gimbal Fixture

CDS1 CDS2

CDS3 CDS4



Cordus SurfaceSurface Mount Gimbal Fixture

Performance Data for CDS1/ per light engine Titan II 675 Mercury II 740 Mercury II 1000



Illuminance Comparable To 50W LV Halogen 50W LV Halogen 75W LV Halogen






Beam Angle(s) (Measured)** 14o/(NS) 42o/(FL) 57o/(WF) 27o/(NF) 44o/(FL) 57o/(WF) 27o/(NF) 44o/(FL) 57o/(WF)

Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 506 lm 476 lm 457 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72

> 90 Ra 3000K 68 64 61 - - - - - -

> 80 Ra 4000K 92 86 83 93 87 84 80 75 72

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -

DALI /ADL /ADL /ADL

DMX - - -


Driv

ers




238

238

25

130

180

1000 AS STANDARD

128

128

1000 AS STANDARD

25

180

130

238

238

25

130

180

1000 AS STANDARD

2.00kg 4.00kg

Cordus Suspended

6.00kg

Order Codes:e.g. CDP1MW/MC2-740-830/FL/AND-E


CDP/1/2/3/4 MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



CDP1

CDP2 CDP3 CDP48.00kg

128

128

1000 AS STANDARD

25

180

130

128

238

25 1

80

1000 AS STANDARD

130

128

238

25 1

80

1000 AS STANDARD

130

128

128

1000 AS STANDARD

25

180

130

128

348

180

25

130

1000 AS STANDARD

128

128

1000 AS STANDARD

25

180

130

128

348

180

25

130

1000 AS STANDARD

NF

FL

WF

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Suspended Gimbal FixtureSuspended Gimbal Fixture

Square and rectangular suspended fixtures with adjustable gimbal, 340 tilt

Variable suspension length







CDP1 CDP2

CDP3 CDP4



Cordus Surface MountSurface Mount Gimbal Fixture

Performance Data for CDP1 Titan II 675 Mercury II 740 Mercury II 1000










Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 506 lm 476 lm 457 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72

> 90 Ra 3000K 68 64 61 - - - - - -

> 80 Ra 4000K 92 86 83 93 87 84 80 75 72

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -

DALI /ADL /ADL /ADL

DMX - - -


Driv

ers




‘Home of the future’ installed PhotonStar LED lighting in an average family home as part of a futuristic refit. The fittings use PhotonStar’s flagship colour tuneable, biodynamic ChromaWhite technology, which offers health benefits and dramatic energy savings of over 80% (compared to Halogens). The LED solution, which is controlled using a touchpad system, offers simple installation and long term energy and maintenance costs whilst remaining affordable.

PhotonStarTM products used: ChromaWhiteTM Technology, Vespertine Adjustable

Product benefits:80% energy reduction compared to halogensDramatic maintenance and energy cost savingsAffordable solution Touchpad control systemColour tuneable, biodynamic ChromaWhite technologySimple installation Long life

Chan

nel 4

’s ‘H

ome

Of T

he F

utur

e’


Pluto II 420

Pluto II 320

Pictor II

150 RGB

Vespertine Recessed High Output Downlight

• Equivalent illumination to 35W MR11 or >50W MR16



• Square trim

• Darklight baffle

• 200 tilt on one plane

• Available in standard, white colour tuneable and tungsten emulation light engines

• “Non-LED” appearance*

Mercury

II 1000

Mercury

II 740

Titan II

675

BLE R

GB

BLE Tu

ngsten H

BLE Va

riable CCT


*not a VS/TN2-675/NS


100

187

85

82

2

68

20°

175 x 85 CUTOUT 85 x 85 CUTOUT

73

75

20°

82

100

70

Order Codes:e.g. VSU1MW/MC2-740-830/FL/AND-E


MW, MB /TN2-675 -827 -830 -840 -930 /NS /NF /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


Single plane 200 tilt adjustment

Double version has independant tilt feature



IP44 versions available for use in wet areas (VSP1 & VSP2)



Beam Angle(s): 15o/(NS), 21o/(S), 29o/(NF), 43o/(FL), 51o /(WF), 59o /(WF), 87o /(VW)

Vespertine Adjustable

1.0kg

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

S

FL

WF

VSU1

VSD2

85

66

175 x 85

0.5kg

Square High Output Downlight


VSP1 VSP2

VSU1/VSP1 VSD2/VSP2

VSU1VSP1VSD2VSP2

7 7 7or


Vespertine AdjustableSquare High Output Downlight

Performance Data for VSU1/ per light engine Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB









Beam Angle(s) (Measured)** 15o/(NS) 29o/(NF) 51o/(WF) 21o/(S) 43o/(FL) 59o/(WF) 21o/(S) 43o/(FL) 59o/(WF) 87o/(VW) 87o/(VW) 87o/(VW)

Del

iver

ed L

umen

s (L

100)






> 90 Ra 4000K - - - - - - - - - Total 255 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 71 68 61 88 81 79 70 65 61

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 76 72 66 94 87 85 75 69 65 33 llm/cW @ 3200K


> 80 Ra 4000K 81 77 70 94 87 85 75 69 65 50 llm/cW

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - - - - -





Driv

ers






20°

79

77

66mm x 66mm CUTOUT

80

80

Ultra compact design

Single plane 200 tilt adjustment




Options: Emergency (-E); (Emergency Version Will Be Locked)

Beam Angle(s): 22o/(S), 39o/(FL)

Vespertine Micro UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

85

66

0.4kgS

FL

Ultra Compact Square Downlight

Order Codes:e.g. VSAMMW/PT2-320-830/WF/AND


VSAM MW. MB /PR2-150 -RGB /S /FL /Call /ODV

/PT2-320 -830 -840 /S /FL /AND /ATD /A1O /ADL /ODV -E

/PT2-420 -830 -840 /S /FL /AND /ATD /A1O /ADL /ODV -E



Vespertine MicroUltra Compact Square Downlight

Performance Data for VSAM Pictor II 150 RGB Pluto II 320 Pluto II 420





LED (Source) Lumens (L100) * TBC lm 315 lm 395 lm

Luminaire / System Power *** 5W 5.2W 7.5W


- - -

Beam Angle(s) (Measured)** 22o/(S) 39o/(FL) 22o/(S) 39o/(FL) 22o/(S) 39o/(FL)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - - - -

> 90 Ra 2700K - - - - - -

> 80 Ra 3000K Max Total Max Total 294 lm 273 lm 369 lm 342 lm

> 90 Ra 3000K 140 lm 130 lm - - - -

> 80 Ra 4000K - - 358 lm 332 lm 449 lm 417 lm

> 90 Ra 4000K - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - - - -

> 90 Ra 2700K - - - - - -

> 80 Ra 3000K - - 57 llm/cW 53 llm/cW 49 llm/cW 46 llm/cW

> 90 Ra 3000K - - - - -

> 80 Ra 4000K - - 69 llm/cW 64 llm/cW 60 llm/cW 56 llm/cW

> 90 Ra 4000K - - - - - -








0-10 Dimming - - -

Push Dimmable - - -


DMX /Call - -


Driv

ers




- High quality, high CRI LED lighting.

Harrods - The Pet Spa


Venturi Recessed High Output Downlight

• One piece low profile curved reflector for subtle lit effect

• Thin profile white reflector blends with ceiling



• Available in RGB, Variable CCT, Tungsten emulation and fixed white light engines

• Three sizes available

Mercury

II 1000

Mercury

II 740

Titan II

675

BLE R

GB

BLE Tu

ngsten H

BLE Va

riable CCT

Pluto II 420

Pluto II 320

Pictor II

150 RGB


Order Codes:e.g. VTMXMW/MC2-740-830/FL/AND-E


VTMX MW /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



/AR2-1000 -830 -840 /WF /AND /ATD /A1O /ADL /ODV -E -D

/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


14

0 1

02

101

127 CUTOUT

One piece low profile white trim and relfector





Beam Angle(s): 15o/(NS), 20o/(S), 31o/(NF), 44o/(FL), 49o /(WF), 54o /(WF), 80o /(VW)

Venturi Maxi

0.32kg

S

NF

WF

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Downlighter with 140mm Bezel



Venturi MaxiDownlighter with 140mm Bezel

Performance Data for VTMX Titan II 675 Mercury II 740 Mercury II 1000 Aries II 1000

Description Cost Effective High Efficiency High Output High Output

Order Code TN2-675 MC2-740 MC2-1000 AR2-1000

Illuminance Comparable To 50W LV Halogen 50W LV Halogen 75W LV Halogen 75W LV Halogen





- - - -

Beam Angle(s) (Measured)** 15o/(NS) 44o/(FL) 54o/(WF) 20o/(S) 31o/(NF) 54o/(WF) 20o/(S) 31o/(NF) 54o/(WF) 49o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 595 lm 538 lm 516 lm 637 lm 613 lm 560 lm 866 lm 834 lm 762 lm -

> 90 Ra 2700K - - - - - - - - - -


> 90 Ra 3000K 501 lm 453 lm 434 lm - - - - - - -


> 90 Ra 4000K - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 72 69 88 84 77 76 73 67 -

> 90 Ra 2700K - - - - - - - - - -

> 80 Ra 3000K 85 77 74 94 90 82 81 78 71 77

> 90 Ra 3000K 67 61 58 - - - - - - -

> 80 Ra 4000K 91 82 79 94 90 82 81 78 71 88

> 90 Ra 4000K - - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -

DALI /ADL /ADL /ADL

DMX - - -


Driv

ers




Venturi MaxiDownlighter with 140mm Bezel

Performance Data for VTMX BLE Tungsten H BLE Variable CCT BLE RGB

Description 3200K - 2200K, warms as dimmed Variable CCT 2700K - 6500K RGB

Order Code BT2-400 BT2-500 BC2-550

Illuminance Comparable To 50W 240V/ 35W LV Halogern 50W LV Halogen -

Light Engine Power 7.6W 8.5W N/A

LED (Source) Lumens (L100) * 527 lm @ 3200K 651 lm @ 4000K 221 lm Total

Luminaire / System Power *** 11.1W @ 3200K 12.2W @ 4000K 8W Max System Power

For Drivers: I / Vmax N/A**** N/A**** N/A****

- - -

Beam Angle(s) (Measured)** 80o/(VW) 80o/(VW) 80o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K > 90 Ra 2700K Warms to 2200K at 10% Min 501 lm across range R 195 lm

> 80 Ra 3000K G 199 lm

> 90 Ra 3000K 474 lm @ 3200K B 22 lm

> 80 Ra 4000K 521 lm

> 90 Ra 4000K Total 217 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K> 90 Ra 2700K> 80 Ra 3000K 32 llm/cW @ 3200K


> 80 Ra 4000K 48 llm/cW

> 90 Ra 4000K

Initial / Maintained SDCM <3 / <3 <3 / <3 N/A


Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9 -


Non-Dimming - - -

Mains Dimming - - -

1-10 Dimming /X1O /X1O -

0-10 Dimming - - -

Push Dimmable - - -

DALI /XDL /XDL /XDL

DMX /XDX /XDX /XDX

No Driver - - -

Driv

ers






- Efficient, high performance, good quality residential lighting.

Edwardian Built Private Residence


105

90

95 CUTOUT






Beam Angle(s): 15o/(NS), 22o/(S), 38o/(FL), 40o/(FL), 44o/(FL), 53o/(WF), 60o /(WF), 75o /(WF)

Venturi

0.30kg

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7


NS

FL

WF


Order Codes:e.g. VTMDMW/MC2-740-830/FL/AND-E


VTMD MW /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



/AR2-1000 -830 -840 /FL /AND /ATD /A1O /ADL /ODV -E -D

/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E



VenturiDownlighter with 105mm Bezel

Performance Data for VTMD Titan II 675 Mercury II 740 Mercury II 1000 Aries II 1000

Description Cost Effective High Efficiency High Output High Output

Order Code TN2-675 MC2-740 MC2-1000 AR2-1000

Illuminance Comparable To 50W LV Halogen 50W LV Halogen 75W LV Halogen 75W LV Halogen





- - -

Beam Angle(s) (Measured)** 15o/(NS) 38o/(FL) 53o/(WF) 22o/(S) 40o/(FL) 60o/(WF) 22o/(S) 40o/(FL) 60o/(WF) 44o/(FL)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 628 lm 580 lm 531 lm 634 lm 637 lm 588 lm 862 lm 866 lm 800 lm -

> 90 Ra 2700K - - - - - - - - - -


> 90 Ra 3000K 494 lm 456 lm 418 lm - - - - - - -


> 90 Ra 4000K - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 84 78 71 87 88 81 75 76 70 -

> 90 Ra 2700K - - - - - - - - - -

> 80 Ra 3000K 84 78 71 93 94 87 81 81 75 72

> 90 Ra 3000K 66 61 56 - - - - - - -

> 80 Ra 4000K 90 61 76 93 94 87 81 81 75 82

> 90 Ra 4000K - - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -

DALI /ADL /ADL /ADL

DMX - - -


Driv

ers




VenturiDownlighter with 105mm Bezel

Performance Data for VTMD BLE Tungsten H BLE Variable CCT BLE RGB

Description 3200K - 2200K, warms as dimmed Variable CCT 2700K - 6500K RGB

Order Code BT2-400 BT2-500 BC2-550

Illuminance Comparable To 50W 240V/ 35W LV Halogern 50W LV Halogen -

Light Engine Power 7.6W 8.5W N/A

LED (Source) Lumens (L100) * 527 lm @ 3200K 651 lm @ 4000K 221 lm Total

Luminaire / System Power *** 11.1W @ 3200K 12.2W @ 4000K 8W Max System Power

For Drivers: I / Vmax N/A**** N/A**** N/A****

- - -

Beam Angle(s) (Measured)** 75o/(VW) 75o/(VW) 75o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K > 90 Ra 2700K Warms to 2200K at 10% Min 506 lm across range R 197 lm

> 80 Ra 3000K G 201 lm

> 90 Ra 3000K 480 lm @ 3200K B 25 lm

> 80 Ra 4000K 592 lm

> 90 Ra 4000K Total 246 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K> 90 Ra 2700K> 80 Ra 3000K 32 llm/cW @ 3200K


> 80 Ra 4000K 48 llm/cW

> 90 Ra 4000K

Initial / Maintained SDCM <3 / <3 <3 / <3 N/A


Lumen Maintenance Category Cat 1 / Code 9 Cat 1 / Code 9 -


Non-Dimming - - -

Mains Dimming - - -

1-10 Dimming /X1O /X1O -

0-10 Dimming - - -

Push Dimmable - - -

DALI /XDL /XDL /XDL

DMX /XDX /XDX /XDX

No Driver - - -

Driv

ers






- Low energy LED lighting suited for domestic application.

High-End Private Residence


75 29

107

1

65mm CUTOUT





Beam Angle(s): 24o/(NF), 40o /(FL), 50o /(WF)

Venturi Micro

0.27kg

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7


NF

FL

WF

Order Codes:e.g. VTMOAMW/PT2-320-830/S/AND


VTMO MW /PR2-150 -RGB /NF /FL /WF /Call / OND





Venturi MicroDownlighter with 75mm Bezel

Performance Data for VTMO Pictor II 150 RGB Pluto II 320 Pluto II 420








- - -


Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - - - - - - -

> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 148 lm 130 lm 133 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - - - - - - -

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K - - - 60 53 54 52 46 47

> 90 Ra 3000K - - - - - - - - -

> 80 Ra 4000K - - - 73 64 66 63 56 57

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -


DMX /Call - -


Driv

ers




Long Bracket Short Bracket Spring Clip

Long Corner Bracket Short Corner Bracket Spring Clip


Oberon II 90

Shore & ReefSmall & Miniature IP Rated Feature Light

• Decorative fitting for recessed and surface mount applications

• Machined 316 marine grade stainless steel construction

• Only 1 - 1.7W of power

• Sealed to IP67 for use in wet areas including floor mounted applications

Oberon II 130

Nix II 9

0

Shore:

Reef:


50 54

60

20

45 16

49

50 54

87

20

50 54 20

54 50

80

20

Remote driver for non-integrated version (order seperately - see table)

IP67 rated

Machined 316 marine grade stainless steel construction

xxFB/xxEB suitable for recessed and cast-in applications

xxFF suitable for surface mounting with separate stirrup bracket

Finish(es): 316 Stainless Steel (SS)

Options (for xxFB & xxEB): Recessed Spring (-R), Casting-in Tube (-T)

Options (for xxFF): Short corner bracket (-C), Short bracket (-B),

Long corner bracket (-F), Long bracket (-G)

Beam Angle(s): 7o/(NS), 15o/(S), 25o/(NF), 20ox 9 /(EL) 70o Opal/(WF)

Shore

EL

Small Recessed Decorative IP67 Marker Light

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Order Codes:SRFBSS/OB2-90-830/WF/AND


SS /OB2-90 -830 -840 /NS /S /NF /EL /WF /ODV -R -T -C -B -F -G

/OB2-130 -830 -840 /NS /S /NF /EL /WF /ODV -R -T -C -B -F -G

S

NF

*drivers must be ordered seperately


0.240kg

38 57

38

CUT

OUT

56 38 57

38

CUT

OUT

56

Shore RD Flush Bezel

50 57 54

38

CUT

OUT

0.243kg

Shore RD Eyelid Bezel

50 56 54

38

CUT

OUT

0.243kg

Shore RD Flanged Bezel

SIFB SIEB SIFF

SRFB SREB SRFF

0.243kg

102100

38m

m C

UTO

UT

5050 103100

38 C

UTO

UT

0.243kg

102101

38 C

UTO

UT

38

0.240kg

Shore ID Flush Bezel

Shore ID Eyelid Bezel Shore ID Flanged Bezel

Recessed

Spring

Long Bracket Long Corner

Bracket

Short Corner

BracketShort Bracket

SRFB, SRFF, SIFB, SIFF,

Also available with same light engines: SR/SIEB: Eyelid version in same beam angles NB: SREB & SIEB data not shown & will vary from SR/SIFB & SR/SIFF


ShoreSmall Recessed Decorative IP67 Marker Light

Performance Data for SR/SIFB & SR/SIFF Oberon II 90 Oberon II 130

Description - -

Order Code OB2-90 OB2-130

Illuminance Comparable To Miniature Capsule Lamp Miniature Capsule Lamp

Light Engine Power 1W 1.4W



For Drivers: I / Vmax 350 mA / 4.1V 500 mA / 4.1V

Beam Angle(s) (Measured)** 7o/(NS) 15o/(S) 25o/(NF) 20o x 9/(EL) 70o/(WF) 7o/(NS) 15o/(S) 25o/(NF) 20o x 9/(EL) 70o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - - - - - - - -

> 90 Ra 2700K> 80 Ra 3000K 71 lm 71 lm 71 lm 71 lm 54 lm 95 lm 95 lm 95 lm 95 lm 50 lm

> 90 Ra 3000K - - - - - - - - - -


> 90 Ra 4000K - - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - - - - - - - -

> 90 Ra 2700K> 80 Ra 3000K 60 60 60 60 46 58 58 58 58 30

> 90 Ra 3000K - - - - - - - - - -

> 80 Ra 4000K 77 77 77 77 59 74 74 74 74 39

> 90 Ra 4000K - - - - - - - - - -





Non-Dim 10W-DVR-1-ND-350 (Min 1, Max 8) 12W-DVR-1-ND-500 (Min 1, Max 7)

Non-Dim 10W-DVR-2-ND-350 (Min 3, Max 9) 30W-DVR-1-ND-500 (Min 3, Max 9)

TD-Dim 15W-DVR-2-TD-350 (Min 4, Max 6) 18W-DVR-1-TD-500 (Min 3, Max 10)

TD-Dim 18W-DVR-1-TD-350 (Min 5, Max 14) -

1-10V 18W-DVR-1-1_10D-350 (Min 4, Max 13) 24W-DVR-1-1_10D-500 (Min 4, Max 13)

DALI 33W-DVR-1-DALI-350 (Min 5, Max 13) 33W-DVR-1-DALI-500 (Min 5, Max 13)

24V LV (requires LV input) 6W-LVDVR-24V-1-ND-350 (Min 1, Max 6) 6W-LVDVR-24V-1-ND-500 (Min 1, Max 8)

24V PSU /Call /Call



Driv

ers

Remote driver must be ordered seperately. Drives multiple units, min/max shown Remote driver must be ordered seperately. Drives multiple units, min/max shown


IP67 rated

Machined 316 marine grade stainless steel construction

RFFB/RFRB suitable for recessed and cast-in applications

RFFF suitable for surface mounting with separate stirrup bracket

Finish(es): 316 Stainless Steel (SS)

Options (for RFFB & RFRB): Recessed Spring (-R), Casting in tube (-T)

Options (for RFFF): Short corner bracket (-C), Short bracket (-B)

Beam Angle(s): 7o/(NS), 15o/(S), 25o/(NF), 20ox 9 /(EL) 70o Opal/(WF)

ReefMiniature Recessed Decorative IP67 Marker Light

165

60 65 70 75 80 85 90

95 100 105 110 155 16094

77

127

62 66

50

370

25 38UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Order Codes:RFFBSS/NX2-90-830/WF/AND


RFFB RFRB RFFF

SS /NX2-90 -830 -840 /NS /S /NF /EL /WF /ODV -R -T -C -B

S

EL

0.072kg

27 25

25 CUTOUT

34

Recessed

Spring

*drivers must be ordered seperately


RFFB RFRB RFFF

25 CUTOUT

32 31

35

0.082kg

27 25

25 CUTOUT

25

0.069kg

27 25

25 CUTOUT

25

Reef Flanged Bezel Reef Recessed Bezel Reef Flush Bezel

22

58 27

10

29 27

35

10

29 27

48

10

Short

Corner

Bracket

22

58 27

10

29 27

35

10

29 27

48

10

Long

Corner

Bracket

22

58 27

10

29 27

35

10

29 27

48

10

22

58 27

10

29 27

35

10

29 27

48

10

WF


ReefMiniature Recessed Decorative IP67 Marker Light

Performance Data for RFFB/RB/FF Nix II 90

Description -

Order Code NX2-90

Illuminance Comparable To Miniature Capsule Lamp

Light Engine Power 1W

LED (Source) Lumens (L100) * 138 lm

Luminaire / System Power *** 1.2W

For Drivers: I / Vmax 350 mA / 4.1V

Beam Angle(s) (Measured)** 7o/(NS) 15o/(S) 25o/(NF) 20o x 9/(EL) 70o/(WF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - - -

> 90 Ra 2700K> 80 Ra 3000K 71 lm 71 lm 71 lm 71 lm 54 lm

> 90 Ra 3000K - - - - -

> 80 Ra 4000K 91 lm 91 lm 91 lm 91 lm 69 lm

> 90 Ra 4000K - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - - -

> 90 Ra 2700K> 80 Ra 3000K 60 60 60 60 46

> 90 Ra 3000K - - - - -

> 80 Ra 4000K 77 77 77 77 59

> 90 Ra 4000K - - - - -

Initial / Maintained SDCM <3 / <3

Rated Life (L70F10) 50,000 hours

Lumen Maintenance Category Cat 1 / Code 9


Non-Dim 10W-DVR-1-ND-350 (Min 1, Max 8)

Non-Dim 10W-DVR-2-ND-350 (Min 3, Max 9)

TD-Dim 15W-DVR-2-TD-350 (Min 4, Max 6)

TD-Dim 18W-DVR-1-TD-350 (Min 5, Max 14)

1-10V 18W-DVR-1-1_10D-350 (Min 4, Max 13)

DALI 33W-DVR-1-DALI-350 (Min 5, Max 13)

24V LV (requires LV input) 6W-LVDVR-24V-1-ND-350 (Min 1, Max 6)

24V PSU /Call

Driv

ers



Remote driver must be ordered seperately. Drives multiple units, min/max shown


PhotonStar LED fittings were installed in Heathrow airports first class ‘Cathay Pacific’ lounge in order to reduce maintenance and costs despite near continuous usage. The LED solution requires minimal maintenance and zero lamp changes, resulting in long term maintenance savings of almost £9000/year and increased safety. The luminaires, which have a life expectancy of 50,000 hours, achieve an energy reduction of over 60% and, despite the 19 hour/day usage, Heathrow airport benefits from lower energy costs and rapid payback.

PhotonStarTM products used: Cordus, CeilingStar, Lorem, Lightslot

Product benefits: Long lifetime with dramatically reduced maintenance63% energy reduction19 hour/day usageMaintenance and energy cost savingsZero lamp replacements Increased safety

Luxu

rious

Firs

t Cla

ss H

eath

row

Lou

nge


LightSlotAdjustable Gimbal Fixture

• Fully adjustable 2 way gimbal

• Suitable for use in architectural lightslots




• Equivalent illumination is >75W LV halogen

• Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o /(FL), 57o /(WF), 87o /(VW)

Mercury

II 1000

Mercury

II 740

Titan II

675

BLE R

GB

BLE Tu

ngsten H

BLE Va

riable CCT



7

102

306

88

292

92

102

306

88

292

92

88

88

102

102

8

3

88

88

102

102

8

3

204

102

8

3

190

88

204

102

8

3

190

88

0.8kg 1.6kg

For use in architectural lightslots



Single or multiway configurations - 1/ 2/ 3



Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o /(FL), 57o /(WF), 87o /(VW)

LightSlot UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

2.4kg

Order Codes:e.g. LTA1MW/MC2-740-830/FL/AND-E


LTA/1/2/3 MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV -E -D



/BLE-400 -923 /VW /X10 /XDL /XDX -E

/BLE-500 -936 /VW /X10 /XDL /XDX -E


LTA1

LTA2 LTA3

NF

FL

WF

Surface Mount Gimbals

LTA1 LTA2

LTA3



LightSlotSurface Mount Gimbals

Performance Data for LTA1/ per light engine Titan II 675 Mercury II 740 Mercury II 1000 BLE Tungsten H BLE Variable CCT BLE RGB










Del

iver

ed L

umen

s (L

100)






> 90 Ra 4000K - - - - - - - - - Total 255 lm

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72 33 llm/cW @ 3200K


> 80 Ra 4000K 92 86 83 93 87 84 80 75 72 50 llm/cW

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - - - - -







Driv

ers




- Award winning LED lighting

PhotonStarTM - Lux Live 2012


Volume CLE & SLLE Dimmable & Colour Tuneable Track Spot

• Full colour temperature and dimming control



• On-board control option for standard track

• DMX or 1-10v control via 3 circuit track (DALI available soon - see website)

• 3600 rotation and 900 tilt

• Actively cooled heatsink

• Supplied with track adapter

• Beam Angle(s): 140/(NS), 220/(S), 160/(NS), 230/(S)

CLE 140 version

Fixed W

hite 1000

CLE R

GB

CLE Tu

ngsten H

CLE Va

riable CCT

Fortimo 3000

SLLE VCCT 2

000

Fortimo 2000


90º360º

180º330º

180º355º

Track spot for control track



Efficacy up to 57 luminaire lumens per circuit Watt

Finish(es): Matt White (MW), Matt Black (MB), Combination (BW)

Beam Angle(s): 14o/(NS), 22o/(S)

Volume CT CLE UK PartL1 & L23R

TMUK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

NS

S

1.7kg

140 version

1.7kg

220 version

Dimmable & Colour Tuneable Track Spotfor Control Track

Order Codes:e.g. VMCTMB/CT2-1000-936/NS/XDX


VMCT MW, MB, BW

/CT2-900 -923 /NS /S /X10 /XDL /XDX

/CT2-1000 -936 /NS /S /X10 /XDL /XDX

/CC2-750 -RGB /NS /S /X10 /XDL /XDX

/CF2-1000 -830 -930 -840 /NS /S /AND /ATD /A1O /ADL /ODV

130

192

208

173

350°

130

162

208

153

350°



Volume CT CLEDimmable & Colour Tuneable Track Spot for Control Track

Performance Datafor VMCT CLE Tungsten H CLE Variable CCT CLE RGB Fixed White 1000



Illuminance Comparable To 50W LV Halogen >50W LV Halogen - >75W LV Halogen





- - - -

Beam Angle(s) (Measured)** 14o/(NS) 22o/(S) 14o/(NS) 22o/(S) 14o/(NS) 22o/(S) 14o/(NS) 22o/(S)

Del

iver

ed L

umen

s (L

100)




> 80 Ra 4000K @ 3200K @ 3200K 767 lm 727 lm 974 lm 924 lm


Lum

inai

re

Effic

acy

(Llm

/cW

)











1-10 Dimming /X1O /X1O /X1O /A10

0-10 Dimming - - - -





Driv

ers




NB: All figures +/- 10%. Data in grey is indicative. CRI shift at 6000 hours remains within 3 points of the rated CRI. DALI, DMX, 1-10V will be supplied with track connector.


Suitable for conventional track

On-board control for dimming/colour






Volume OC CLE UK PartL1 & L23R

TMUK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

90º360º

180º330º

180º355º

1.7kg 1.7kg

Dimmable & Colour Tuneable Track Spot with On-Board Adjustment

130

192

208

173

350°

140 version

130

162

208

153

350°

220 version

Order Codes:e.g. VMOCMB/CT2-1000-936/NS/X10


VMOC MW, MB, BW

/CT2-900 -923 /NS /S /X10

/CT2-1000 -936 /NS /S /X10

/CC2-750 -RGB /NS /S /X10

/CF2-1000 -830 -930 -840 /NS /S /AND /ATD /A1O /ODV


NS

S


Volume OC CLEDimmable & Colour Tuneable Track Spot with On-Board Adjustment

Performance Datafor VMOC CLE Tungsten H CLE Variable CCT CLE RGB Fixed White 1000



Illuminance Comparable To 50W LV Halogen >50W LV Halogen - >75W LV Halogen





- - - -

Beam Angle(s) (Measured)** 14o/(NS) 22o/(S) 14o/(NS) 22o/(S) 14o/(NS) 22o/(S) 14o/(NS) 22o/(S)

Del

iver

ed L

umen

s (L

100)




> 80 Ra 4000K @ 3200K @ 3200K 767 lm 727 lm 974 lm 924 lm


Lum

inai

re

Effic

acy

(Llm

/cW

)











1-10 Dimming /X1O /X1O /X1O /A10

0-10 Dimming - - - -





Driv

ers






Suitable for 3 circuit track






Volume 3C CLE UK PartL1 & L23R

TMUK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

90º360º

180º330º

180º355º

1.7kg 1.7kg

Fixed White Low Glare Trackspot

140 version 220 version

Order Codes:e.g. VM3CMB/CF2-1000-930/NS/XDL


VM3C MW, MB, BW

/CF2-1000 -830 -930 -840 /NS /S /AND /ATD /A1O /ADL /ODV

130

192

208

173

350°

130

162

208

153

350°


NS

S


Volume IC CLEFixed White Low Glare Trackspot

Performance Datafor VM3C Fixed White 1000

Description Fixed White Module

Order Code CF2-1000

Illuminance Comparable To >75W LV Halogen

Light Engine Power 15.5W



For Drivers: I / Vmax TBC

-

Beam Angle(s) (Measured)** 14o/(NS) 22o/(S)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K > 90 Ra 2700K> 80 Ra 3000K 974 lm 924 lm

> 90 Ra 3000K 974 lm 924 lm

> 80 Ra 4000K 974 lm 924 lm

> 90 Ra 4000K

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 3000K 57 llm/cW 54 llm/cW

> 80 Ra 4000K 57 llm/cW 54 llm/cW

> 90 Ra 4000K

Initial / Maintained SDCM N/A


Lumen Maintenance Category -


Non-Dimming /AND

Mains Dimming /ATD

1-10 Dimming /A10

0-10 Dimming -

Push Dimmable -

DALI /ADL

DMX -

No Driver /ODV

Driv

ers




Track spot for control track

Actively cooled

Up to 2700 delivered lumens*

Efficacy up to 88 luminaire lumens per circuit Watt*


Beam Angle(s): 16o/(S), 23o/(NF)

Volume CT SLLE UK PartL1 & L23R

TMUK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

90º360º

180º330º

180º355º

Order Codes:VLCTMB/ST2-2000-936/NS/XDL


VLCT MW, MB, BW

/ST2-2000 -936 /NS /S /X10 /XDL /XDX

/SF2-2000 -830 -840 /NS /S /X10 /XDL /XDX

/SF2-3000 -830 -840 /NS /S /X10 /XDL /XDX

Dimmable & Colour Tuneable Track Spotfor Control Track

1.7kg

*indicative data

NB: Dimensions may change

NB: Product coming soon, appearance subject to change.


NS

S

130

124

208

148

350°


Performance Data for VLCT VCCT 2000 Fortimo 2000 Fortimo 3000

Description Variable CCT 2700K-6500K Fixed White 2000 lm Fixed White 3000 lm

Order Code ST2-2000 SF2-2000 SF2-3000

Illuminance Comparable To - >20W CDM-TC >35W CDM-TC





- - -

Beam Angle(s) (Measured)** 16o/(NS) 23o/(S) 16o/(NS) 23o/(S) 16o/(NS) 23o/(S)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - -

> 90 Ra 2700K Min 2164 lm Min 2054 lm> 80 Ra 3000K across range across range 1717 lm 1629 lm 2575 lm 2443 lm

> 90 Ra 3000K 1717 lm 1629 lm 2575 lm 2443 lm

> 80 Ra 4000K 2280 lm 2161 lm 1717 lm 1629 lm 2575 lm 2443 lm

> 90 Ra 4000K @ 4000K @ 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - -

> 90 Ra 2700K> 80 Ra 3000K 85.4 llm/cW 81 llm/cW 85.5 llm/cW 81 llm/cW

> 90 Ra 3000K 85.4 llm/cW 81 llm/cW 85.5 llm/cW 81 llm/cW

> 80 Ra 4000K 51.7 llm/cW 49 llm/cW 85.4 llm/cW 81 llm/cW 85.5 llm/cW 81 llm/cW

> 90 Ra 4000K - - - -





Non-Dimming - - -

Mains Dimming - - -


0-10 Dimming - - -

Push Dimmable - - -

DALI /XDL /XDL /XDL

DMX /XDX /XDX /XDX

No Driver

Volume CT SLLEDimmable & Colour Tuneable Track Spot for Control Track

Driv

ers





1


Suitable for conventional track

On-board control for dimming/colour


Actively cooled





Volume OC SLLE

Order Codes:VLOCMB/ST2-2000-936/NS/ADL


VLOC MW, MB, BW

/ST2-2000 -936 /NS /S /X10 /XDL /XDX

/SF2-2000 -830 -840 /NS /S /X10 /XDL /XDX

/SF2-3000 -830 -840 /NS /S /X10 /XDL /XDX

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

90º360º

180º330º

180º355º

Dimmable & Colour Tuneable Track Spot with On-Board Adjustment

130

124

208

148

350°

1.7kg

*indicative data




NS

S


Performance Data for VLOC VCCT 2000 Fortimo 2000 Fortimo 3000

Description Variable CCT 2700K-6500K Fixed White 2000 lm Fixed White 3000 lm

Order Code ST2-2000 SF2-2000 SF2-3000






- - -

Beam Angle(s) (Measured)** 16o/(NS) 23o/(S) 16o/(NS) 23o/(S) 16o/(NS) 23o/(S)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - -

> 90 Ra 2700K Min 2164 lm Min 2054 lm> 80 Ra 3000K across range across range 1717 lm 1629 lm 2575 lm 2443 lm

> 90 Ra 3000K 1717 lm 1629 lm 2575 lm 2443 lm

> 80 Ra 4000K 2280 lm 2161 lm 1717 lm 1629 lm 2575 lm 2443 lm

> 90 Ra 4000K @ 4000K @ 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - -



> 80 Ra 4000K 51.7 llm/cW 49 llm/cW 85.4 llm/cW 81 llm/cW 85.5 llm/cW 81 llm/cW

> 90 Ra 4000K - - - -





Non-Dimming - - -

Mains Dimming - - -


0-10 Dimming - - -

Push Dimmable - - -

DALI /XDL /XDL /XDL

DMX /XDX /XDX /XDX

No Driver

Volume OC SLLEDimmable & Colour Tuneable Track Spot with On-Board Adjustment



Driv

ers



1


Suitable for 3 circuit track

Actively cooled





Volume 3C SLLE

Order Codes:VL3CMB/SF2-2000-830/NS/XDL


VL3C MW, MB, BW

/SF2-2000 -830 -840 /NS /S /X10 /XDL /XDX

/SF2-3000 -830 -840 /NS /S /X10 /XDL /XDX

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

90º360º

180º330º

180º355º

Fixed White Low Glare Trackspot

1.7kg

*indicative data




NS

S

130

124

208

148

350°


Performance Data for VL3C Fortimo 2000 Fortimo 3000

Description Fixed White 2000 lm Fixed White 3000 lm

Order Code SF2-2000 SF2-3000

Illuminance Comparable To - -




For Drivers: I / Vmax 1000 mA 1000 mA

- -

Beam Angle(s) (Measured)** 16o/(NS) 23o/(S) 16o/(NS) 23o/(S)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - - -

> 90 Ra 2700K> 80 Ra 3000K 1717 lm 1629 lm 2575 lm 2443 lm

> 90 Ra 3000K 1717 lm 1629 lm 2575 lm 2443 lm

> 80 Ra 4000K 1717 lm 1629 lm 2575 lm 2443 lm

> 90 Ra 4000K - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - - -




> 90 Ra 4000K - - - -





Non-Dimming - -

Mains Dimming - -

1-10 Dimming /X1O /X1O

0-10 Dimming - -

Push Dimmable - -

DALI /XDL /XDL

DMX /XDX /XDX

No Driver

Volume 3C SLLEFixed White Low Glare Trackspot



Driv

ers



Sunbird SLLE High Output Spotlight for Track

with Control Circuit



• Full colour temperature and dimming control

• Actively cooled heatsink

• DALI, DMX or 1-10V control via 3 circuit track

• 3600 rotation and 900 tilt

• Supplied with track adapter

• Beam Angle(s): 24o /(NF)

Fortimo 2000

SLLE VCCT 2

000

Fortimo 3000


Actively cooled

3600 rotation and 900 tilt




Beam Angle(s): 24o/(NF)

Sunbird SLLE UK PartL1 & L23R

TMUK PartL1 & L23R

TM

DIGITAL 90º360º

180º330º

180º355º

NF

High Output Spotlight for Track with Control Circuit

201

229

350

°

161

45

350

°

1.4kg

UK PartL1 & L23R

TMUK PartL1 & L23R

TM UK PartL1 & L23R

TM

ANALOGUE

Order Codes:SBLGMW/ST2-2000-936/NF/XDL


SBLG MW /ST2-2000 -936 NF /X10 /XDX XDL -E

/SF2-2000 -830 -840 NF /X10 /XDX XDL -E -D

/SF2-3000 -830 -840 NF /X10 /XDX XDL -E -D



Sunbird SLLEHigh Output Spotlight for Track with Control Circuit

Performance Data for SBLG SLLE VCCT 2000 Fortimo 2000 Fortimo 3000

Description Variable CCT 2700K to 6500K Fixed White Module Fixed White Module

Order Code ST2-2000-936 SF2-2000 SF2-3000





For Drivers: I / Vmax N/A**** 1000 mA 1000 mA- - - - - -

Beam Angle(s) (Measured)** 24o/(NF) 24o/(NF) 24o/(NF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K - - -

> 90 Ra 2700K - - -

> 80 Ra 3000K Min 1955 lm across range 1629 lm 2443 lm

> 90 Ra 3000K - 1629 lm 2443 lm

> 80 Ra 4000K 2058 lm 1629 lm 2443 lm

> 90 Ra 4000K @ 4000K - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K - - -

> 90 Ra 2700K - - -

> 80 Ra 3000K - 81 llm/cW 81 llm/cW

> 90 Ra 3000K - 81 llm/cW 81 llm/cW


> 90 Ra 4000K @ 4000K - -





Non-Dimming - - -

Mains Dimming - - -


0-10 Dimming - - -

Push Dimmable - - -

DALI /XDL /XDL /XDL

DMX /XDX /XDX /XDX

No Driver -

Driv

ers


NB: All figures +/- 10%. Data in grey is indicative. CRI shift at 6000 hours remains within 3 points of the rated CRI. 1. ChromaWhiteTM is PhotonStar’s flagship technology, undergoing constant innovation. Printed performance data on this product is likely to be superceded


1


Sweden’s Scandic Grand Central Hotel is fitted with a low energy controllable PhotonStar LED solution, which suits the hotels sustainable ethos and compliments the distinct decor. The LED fittings, which run on dimming and occupancy detection control systems, provide up to 80% efficiency against Halogen despite 24/7 usage. The solution successfully highlights the vintage interior design and achieves the warmth of Halogen to create a relaxing environment.

PhotonStarTM products used: Phocus Spots, Track Spot Mount LG, Lorem Fixed and Lorem Showerproof DL

Product benefits:High performance throughout continual useModern aestheticsSuitable for the style and décor Low running costsOccupancy detection and dimmingMinimal maintenance and long lifetime (50,000 hours)Achieved a cosy atmosphereHigh light quality and output

“The PhotonStar products were chosen due to their outstanding energy performance combined with a perfect visual appearance.”

- Jim Collin at WSP Ljusdesign.

Clas

sic

Hig

h-En

d Sc

andi

navi

an H

otel


Track Mount SpotAdjustable Track Spot for

Halogen Replacement

• Equivalent illumination to 50W & 75W LV halogen



• 3300 rotation (3550 for Surface Spot) and 1800 tilt

• 3 circuit track adapter

• Optional dimmable versions can be controlled collectively

• Low energy, low maintenance solution suitable for accent and retail applications

• Beam Angle(s): 14o/(NS), 22o/(S), 27o/(NF), 32o/(NF), 42o/(FL), 44o/(FL), 50o /(WF), 57o /(WF)

Mercury

II 1000

Mercury

II 740

Titan II

675


Integral driver - dimming versions possible

Constructed of pressure die-cast aluminium


Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o/(FL), 57o /(WF)

90º360º

180º330º

180º355º

7Track Mount Spot Aero UK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

185

140

85

101

180°

TRACK CONNECTOR BLOCK

355°

1.4kg

Spot for 3 Circuit Track

NF

FL

WF

Order Codes:e.g. TSASMW/MC2-740-830/FL/AND


TSAS MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV

/MC2-740 -827 -830 -840 /NF /FL /WF /AND /ATD /A1O /ADL /ODV

/MC2-1000 -827 -830 -840 /NF /FL /WF /AND /ATD /A1O /ADL /ODV



Track Mount Spot AeroSpot for 3 Circuit Track

Performance Data for TSAS Titan II 675 Mercury II 740 Mercury II 1000









Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 506 lm 476 lm 457 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72

> 90 Ra 3000K 68 64 61 - - - - - -

> 80 Ra 4000K 92 86 83 93 87 84 80 75 72

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -

DALI /ADL /ADL /ADL

DMX - - -


Driv

ers






Integral glare cowl


Beam Angle(s): 14o/(NS), 22o/(S), 32o/(NF), 42o/(FL), 50o /(WF)

90º360º

180º330º

180º355º

7Track Mount Spot LG UK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

NS

FL

WF

140

185

85

118

180°

TRACK CONNECTOR BLOCK

355°

1.4kg

Low Glare

Order Codes:e.g. TSLGMW/MC2-740-830/FL/AND


TSLG MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ATD /ADL /ODV

/MC2-740 -827 -830 -840 /S /NF /WF /AND /ATD /A1O /ADL /ODV

/MC2-1000 -827 -830 -840 /S /NF /WF /AND /ATD /A1O /ADL /ODV



Track Mount Spot LGLow Glare

Performance Data for TSLG Titan II 675 Mercury II 740 Mercury II 1000








Beam Angle(s) (Measured)** 14o/(NS) 42o/(FL) 50o/(WF) 22o/(S) 32o/(NF) 50o/(WF) 22o/(S) 32o/(NF) 50o/(WF)

Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 397 lm 311 lm 286 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 63 49 46 81 65 66 70 56 57

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 68 53 49 86 70 71 75 60 61

> 90 Ra 3000K 53 42 38 - - - - - -

> 80 Ra 4000K 72 56 52 86 70 71 75 60 61

> 90 Ra 4000K - - - - - - - - -








0-10 Dimming - - -

Push Dimmable - - -

DALI /ADL /ADL /ADL

DMX - - -


Driv

ers







Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o/(FL), 57o /(WF)

90º360º

180º330º

180º355º 7Surface Mount Spot Aero UK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

102

148

180°

100

355°

10

0

70

1.3kg

Surface Mount Spot

NF

FL

WF

Order Codes:e.g. SSASMW/MC2-740-830/FL/AND


SSAS MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ODV

/MC2-740 -827 -830 -840 /NF /FL /WF /AND /ODV

/MC2-1000 -827 -830 -840 /NF /FL /WF /AND /ODV



Surface Mount Spot AeroSurface Mount Spot

Performance Data for SSAS Titan II 675 Mercury II 740 Mercury II 1000









Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 506 lm 476 lm 457 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 80 76 73 87 81 78 75 70 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 86 81 78 93 87 84 80 75 72

> 90 Ra 3000K 68 64 61 - - - - - -

> 80 Ra 4000K 92 86 83 93 87 84 80 75 72

> 90 Ra 4000K - - - - - - - - -






Mains Dimming - - -

1-10 Dimming - - -

0-10 Dimming - - -

Push Dimmable - - -

DALI - - -

DMX - - -


Driv

ers






Integral glare cowl


Beam Angle(s): 14o/(NS), 22o/(S), 32o/(NF), 42o/(FL), 50o /(WF)

Surface Mount Spot LG

NS

FL

WF

102

148

180°

100

355°

10

0

70

1.3kg

Low Glare Surface Mount Spot

Order Codes:e.g. SSLGMW/MC2-740-830/FL/AND


SSLG MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /ODV

/MC2-740 -827 -830 -840 /S /NF /WF /AND /ODV

/MC2-1000 -827 -830 -840 /S /NF /WF /AND /ODV

90º360º

180º330º

180º355º 7UK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM



Surface Mount Spot LGLow Glare Surface Mount Spot

Performance Data for SSLG Titan II 675 Mercury II 740 Mercury II 1000








Beam Angle(s) (Measured)** 14o/(NS) 42o/(FL) 50o/(WF) 22o/(S) 32o/(NF) 50o/(WF) 22o/(S) 32o/(NF) 50o/(WF)

Del

iver

ed L

umen

s (L

100)


> 90 Ra 2700K - - - - - - - - -


> 90 Ra 3000K 397 lm 311 lm 286 lm - - - - - -


> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 63 49 46 81 65 66 70 56 57

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 68 53 49 86 70 71 75 60 61

> 90 Ra 3000K 53 42 38 - - - - - -

> 80 Ra 4000K 72 56 52 86 70 71 75 60 61

> 90 Ra 4000K - - - - - - - - -






Mains Dimming - - -

1-10 Dimming - - -

0-10 Dimming - - -

Push Dimmable - - -

DALI - - -

DMX - - -


Driv

ers




Use of L- and T-connectors

Floor View

3TS-ADC 3TS-LEF-LP

3TS-EC

3TS-TCR-RP

3TS-EC

3TS-LC-LP

3TS-LC-LP

3TS-X

3TS-LEF-LP 3TS-LEF-RP

Green line indicates ridge of track

3TS-LC-LP 3TS-TCR-LP 3TS-LC-LP

3TS-LC-LP 3TS-TCL-RP 3TS-LC-LP

3TS-LC-RP 3TS-TCL-LP 3TS-LC-RP

3TS-LC-RP 3TS-TCR-RP 3TS-LC-RP


Floor View

3TS-ADC 3TS-LEF-LP

3TS-EC

3TS-TCR-RP

3TS-EC

3TS-LC-LP

3TS-LC-LP

3TS-X








Floor View

3TS-ADC 3TS-LEF-LP

3TS-EC

3TS-TCR-RP

3TS-EC

3TS-LC-LP

3TS-LC-LP

3TS-X








Floor View

3TS-ADC 3TS-LEF-LP

3TS-EC

3TS-TCR-RP

3TS-EC

3TS-LC-LP

3TS-LC-LP

3TS-X







Track & Accessories 3 Circuit Track


3 Circuit Track White Black

3 circuit surface track 1000mm 3TS-1000-W 3TS-1000-B



Live Feeds White Black

Live end feed left polarity ridge 3TS-LEF-LP-W 3TS-LEF-LP-B

Live end feed right polarity ridge 3TS-LEF-RP-W 3TS-LEF-RP-B

Live middle feed 3TS-LMF-W 3TS-LMF-B

Connector & Mounting Accessories White Black

Flexible corner 3TS-FXC-W 3TS-FXC-B

Adjustable corner white 3TS-ADC-W 3TS-ADC-B

L connector left polarity ridge 3TS-LC-LP-W 3TS-LC-LP-B

L connector right polarity ridge 3TS-LC-RP-W 3TS-LC-RP-B

T connector left turn left polarity ridge 3TS-TCL-LP-W 3TS-TCL-LP-B

T connector right turn left polarity ridge 3TS-TCR-LP-W 3TS-TCR-LP-B

T connector left turn right polarity ridge 3TS-TCL-RP-W 3TS-TCL-RP-B

T connector right turn right polarity ridge 3TS-TCR-RP-W 3TS-TCR-RP-B

X connector 3TS-X-W 3TS-X-B

Straight connector 3TS-STC-W 3TS-STC-B

End cap 3TS-EC-W 3TS-EC-B

Ceiling mounting clamp 3TS-CMC

Cut end bending tool 3TS-CEBT

XTS 11 XTS 12 XTS 14 XTS 21 XTS 23XTS 24

XTS 34 XTS 35 XTS 37 XTS 39 XTS 40XTS 36 XTS 41XTS 38

3TS-LEF-LP 3TS-LEF-RP 3TS-LMF 3TS-STC 3TS-FXC

3TS-ADC

3TS-LC-LP / 3TS-LC-RP3TS-TCL-LP / 3TS-TCL-RP 3TS-TCR-RP / 3TS-TCR-RP 3TS-X 3TS-EC

Track & Accessories 3 Circuit Track


- Low maintenance, low energy, controllable solution for entertainment venue, utilising a special 8-head Olympus Basic.

The Award-Winning Berry Theatre


OlympusHigh Output High Bay Luminaire

• Wire suspended high output ambient fixture

• Suitable for industrial and achitectural applications

• Can achieve equivalent lux levels to 150W metal halide or SON fixtures without re strike restrictions

• Minimal maintenance allows use in high or inaccessible areas

• Excellent efficacy of up to 93 luminaire lumens per circuit Watt (per light engine)


• Available in standard, white colour tuneable and tungsten emulation light engines

• Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o /(FL), 57o /(WF)

Mercury

II 1000

Mercury

II 740

Titan II

675


Order Codes:e.g. OPPMMW/MC2-740-830/FL/AND-E


OPPM MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /Call -E -D -0

/MC2-740 -827 -830 -840 /NF /FL /WF /AND /Call -E -D -0

/MC2-1000 -827 -830 -840 /NF /FL /WF /AND /Call -E -D -0

458

249

120

569

Prismatic diffuser

Adjustable wire suspensions

Integral sensor pack and emergency options

Integral driver options




Options: Emergency (-E), DALI Emergency (-D), Occupancy Sensor (-0)

Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o /(FL), 57o /(WF)

Olympus Prismatic

5.5kg

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

7

High Output High Bay Luminaire

NB: 8 head version available - call for special orderNB: Unless stated, all dimensions are in mm

NF

FL

WF


Olympus PrismaticHigh Output High Bay Luminaire

Performance Data for OPPM Titan II 675 Mercury II 740 Mercury II 1000




Light Engine Power 6 x 6.2W 6 x 6.1W 6 x 8.8W

LED (Source) Lumens (L100) * 6 x 727 lm 6 x 741 lm 6 x 1015 lm

Luminaire / System Power *** 6 x 7.5W 6 x 7.3W 6 x 11.4W


- - -


Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 6 x 601 6 x 565 6 x 543 6 x 629 6 x 589 6 x 569 6 x 856 6 x 801 6 x 774

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 6 x 643 6 x 604 6 x 581 6 x 673 6 x 630 6 x 609 6 x 915 6 x 857 6 x 828

> 90 Ra 3000K 6 x 506 6 x 476 6 x 457 - - - - - -

> 80 Ra 4000K 6 x 685 6 x 643 6 x 619 6 x 673 6 x 630 6 x 609 6 x 915 6 x 857 6 x 828

> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 6 x 80 6 x 76 6 x 73 6 x 87 6 x 81 6 x 78 6 x 75 6 x 70 6 x 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 6 x 86 6 x 81 6 x 78 6 x 93 6 x 87 6 x 84 6 x 80 6 x 75 6 x 72

> 90 Ra 3000K 6 x 68 6 x 64 6 x 61 - - - - - -

> 80 Ra 4000K 6 x 92 6 x 86 6 x 83 6 x 93 6 x 87 6 x 84 6 x 80 6 x 75 6 x 72

> 90 Ra 4000K - - - - - - - - -






Mains Dimming /Call /Call /Call

1-10 Dimming - /Call /Call

0-10 Dimming - - -

Push Dimmable - - -

DALI /Call /Call /Call

DMX - - -

No Driver - - -

Driv

ers




300

220

Order Codes:e.g. OPBSMW/MC2-740-830/FL/AND-E


OPBS, OPBB,

MW, MB /TN2-675 -827 -830 -840 -930 /NS /FL /WF /AND /Call -E -D -O

/MC2-740 -827 -830 -840 /NF /FL /WF /AND /Call -E -D -O

/MC2-1000 -827 -830 -840 /NF /FL /WF /AND /Call -E -D -O

High output module without glare control

Adjustable wire suspensions (BS) / Adjustable mounting bracket (BB)

Integral sensor pack and emergency options

Integral driver options




Options: Emergency (-E), DALI Emergency (-D), Occupancy Sensor (-0)

Beam Angle(s): 14o/(NS), 27o/(NF), 42o/(FL), 44o /(FL), 57o /(WF)

Olympus Basic

6.1kg

High Output High Bay Luminaire

NB: 8 head version available - call for special order

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

7


NF

FL

WF


Olympus BasicHigh Output High Bay Luminaire

Performance Data for OPBB/BS Titan II 675 Mercury II 740 Mercury II 1000




Light Engine Power 6 x 6.2W 6 x 6.1W 6 x 8.8W

LED (Source) Lumens (L100) * 6 x 727 lm 6 x 741 lm 6 x 1015 lm

Luminaire / System Power *** 6 x 7.5W 6 x 7.3W 6 x 11.4W


- - -


Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 6 x 601 6 x 565 6 x 543 6 x 629 6 x 589 6 x 569 6 x 856 6 x 801 6 x 774

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 6 x 643 6 x 604 6 x 581 6 x 673 6 x 630 6 x 609 6 x 915 6 x 857 6 x 828

> 90 Ra 3000K 6 x 506 6 x 476 6 x 457 - - - - - -

> 80 Ra 4000K 6 x 685 6 x 643 6 x 619 6 x 673 6 x 630 6 x 609 6 x 915 6 x 857 6 x 828

> 90 Ra 4000K - - - - - - - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 6 x 80 6 x 76 6 x 73 6 x 87 6 x 81 6 x 78 6 x 75 6 x 70 6 x 68

> 90 Ra 2700K - - - - - - - - -

> 80 Ra 3000K 6 x 86 6 x 81 6 x 78 6 x 93 6 x 87 6 x 84 6 x 80 6 x 75 6 x 72

> 90 Ra 3000K 6 x 68 6 x 64 6 x 61 - - - - - -

> 80 Ra 4000K 6 x 92 6 x 86 6 x 83 6 x 93 6 x 87 6 x 84 6 x 80 6 x 75 6 x 72

> 90 Ra 4000K - - - - - - - - -






Mains Dimming /Call /Call /Call

1-10 Dimming - /Call /Call

0-10 Dimming - - -

Push Dimmable - - -

DALI /Call /Call /Call

DMX - - -

No Driver - - -

Driv

ers





VotanSurface Mounted Ambient Fixture

• Equivalent illumination to 28W 2D or 2 x 26W TC-D luminaires

• High power ambient fixture



• Optional integral sensor & emergency pack

Jupite

r II 2000

Jupite

r II 1600


Integral non dimmable or dimmable driver

Finish(es): Matt Silver(MS)

Options: Emergency (-E), DALI Emergency (-D), Microwave Sensor (-M)

Beam Angle(s): 100o/(VW)

Votan

VW

30

0 1

13

1.7kg

7UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

Order Codes:VNSMMW/JT2-2000-840/WF/AND-E


VNSM MS /JT2-1600 -830 -930 -840 VW /AND /ATD /A1O /ADL /ODV -E -D -M

/JT2-2000 -830 -930 -840 VW /AND /ATD /A1O /ADL /ODV -E -D -M

Surface Mounted Ambient Fixture



Surface Mounted Ambient FixtureVotan

Performance Data for VNSM Jupiter II 1600 Jupiter II 2000

Description Highest Efficiency High Efficiency


Illuminance Comparable To 28W 2D 2x 26W 2D





- -


Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K TBC TBC

> 90 Ra 2700K - -

> 80 Ra 3000K 1173 lm 1587 lm

> 90 Ra 3000K 949 lm 1283 lm

> 80 Ra 4000K 1337 lm 1808 lm

> 90 Ra 4000K - -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K TBC TBC

> 90 Ra 2700K - -

> 80 Ra 3000K 78 llm/cW 72 llm/cW

> 90 Ra 3000K 63 llm/cW 58 llm/cW

> 80 Ra 4000K 89 llm/cW 82 llm/cW

> 90 Ra 4000K - -








0-10 Dimming - -

Push Dimmable - -

DALI /ADL /ADL

DMX - -

No Driver /ODV /ODV

Driv

ers




- Decorative, high quality LED pendant for high-end residential application.

Pencreek House - Falmouth


ChimeLED Pendant with Satin Tubular Diffuser

• Equivalent illumination to 50W LV - 75W LV halogen

• Efficacy of up to 79 luminaire lumens per circuit Watt


• Satin acrylic diffuser provides low maintenance

• Suspension cable can be shortened

• Beam Angle(s): 32o/(NF)

Mercury

II 1000

Mercury

II 740

Titan II

675


LED pendant with satin tubular diffuser

Available with 200mm diffuser (CHS3) or 350mm diffuser (CHL4)

Suspension cable can be shortened on site


Finish(es): Matt White (MW), Satin Silver Anodised (SA)

Beam Angle(s): 32o /(NF)

Chime

NF

1.1kg

300

100

110

2000 AS STANDARD

UK PartL1 & L23R

TMUK PartL1 & L23R

TM

ANALOGUE

UK PartL1 & L23R

TM

DIGITAL

UK PartL1 & L23R

TM

7

Pendant Fixture

Order Codes:e.g. CHS3MW/MC2-740-830/NF/AND


CHS3, CHL4

MW, SA /TN2-675 -827 -830 -840 -930 /NF /AND /ATD

/MC2-740 -827 -830 -840 /NF /AND /ATD

/MC2-1000 -827 -830 -840 /NF /AND /ATD


1.3kg

450

100

108

2000 AS STANDARD

CHS3

CHL4

CHS3Chime 300

CHL4Chime 450


ChimePendant Fixture

Performance Data for CHS3/CHL4 Titan II 675 Mercury II 740 Mercury II 1000








- - -

Beam Angle(s) (Measured)** 32o/(NF) 32o/(NF) 32o/(NF)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 492 lm 533 lm 731 lm

> 90 Ra 2700K - - -

> 80 Ra 3000K 526 lm 571 lm 782 lm

> 90 Ra 3000K 414 lm - -

> 80 Ra 4000K 550 lm 571 lm 782 lm

> 90 Ra 4000K - - -

Lum

inai

re

Effic

acy

(Llm

/cW

)


> 90 Ra 2700K - - -


> 90 Ra 3000K 55 llm/cW - -


> 90 Ra 4000K - - -







1-10 Dimming - - -

0-10 Dimming - - -

Push Dimmable - - -

DALI - - -

DMX - - -

No Driver - - -

Driv

ers




- Highly efficient, high performance and good colour quality for a learning environments and eductional applications.

Primary School


Jupite

r II 1600

MuroIP65 Surface Mount Exterior Fixture

• Equivalent illumination to 16W 2D - 38W 2D fixtures

• Excellent efficacy up to 69 llm/cW


• Die-cast aluminium body

• IP65 for wet areas in interior and exterior applications

• Durable opal polycarbonate high transmission diffuser

• Optional non-integral sensor, emergency pack and integrated occupancy sensor

Jupite

r II 2000

Titan II

675


Surface mount IP65 luminaire

Integral emergency and sensor pack options


Durable high impact resistant polycarbonate diffuser

Pressure die-cast aluminium construction

Finish(es): Matt Black (MB)

Options: Integral Emergency (-E), Occupancy Sensor (-M)

Beam Angle(s): 110o /(VW)

Maxi Muro

146

36

5

3.5kg

7UK PartL1 & L23R

TM

Order Codes:MMXOMB/JT2-2000-840/VW/AND-E


MMXO MB /JT2-1600 --827 830 -930 -840 VW /AND /ATD /A1O /ADL /ODV -E -M

/JT2-2000 -827 -830 -930 -840 VW /AND /ATD /A1O /ADL /ODV -E -M

IP65 Surface Mount Exterior Fixture

VW



IP65 Surface Mount Exterior FixtureMaxi Muro

Performance Data for MMXO Jupiter II 1600 Jupiter II 2000



Illuminance Comparable To 1 x 28W 2D 1 x 38W 2D





- -


Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 921 lm 1248 lm

> 90 Ra 2700K - -

> 80 Ra 3000K 990 lm 1335 lm

> 90 Ra 3000K 779 lm -

> 80 Ra 4000K 1054 lm 1335 lm

> 90 Ra 4000K 779 lm -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 60 llm/cW 54 llm/cW

> 90 Ra 2700K - -

> 80 Ra 3000K 65 llm/cW 58 llm/cW

> 90 Ra 3000K 51 llm/cW -

> 80 Ra 4000K 69 llm/cW 58 llm/cW

> 90 Ra 4000K - -








0-10 Dimming - -

Push Dimmable - -

DALI /ADL /ADL

DMX - -

No Driver /ODV /ODV

Driv

ers




Compact surface mount IP65 luminaire

Non-integral emergency and sensor pack options





Options: Non-Integral Emergency (-E), Occupancy Sensor (-M)


Mini Muro

VW

Order Codes:MMMIMB/TN2-675-840/VW/AND-E


MMMI MB /TN2-675 -827 -830 -840 -930 VW /AND /ATD /ODV -E -M

100

29

7

1.7kg

7UK PartL1 & L23R

TM

IP65 Surface Mount Exterior Fixture



Performance Data for MMMI Titan II 675

Description Cost Effective

Order Code TN2-675

Illuminance Comparable To 1 x 16W 2D

Light Engine Power 6.2W



For Drivers: I / Vmax 350 mA

-

Beam Angle(s) (Measured)** 110o/(VW)

Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 352 lm

> 90 Ra 2700K -

> 80 Ra 3000K 376 lm

> 90 Ra 3000K 296 lm

> 80 Ra 4000K 400 lm

> 90 Ra 4000K -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 47 llm/cW

> 90 Ra 2700K -

> 80 Ra 3000K 50 llm/cW

> 90 Ra 3000K 40 llm/cW

> 80 Ra 4000K 54 llm/cW

> 90 Ra 4000K -

Initial / Maintained SDCM <3 / <3


Lumen Maintenance Category Cat 1 / Code 9


Non-Dimming /AND

Mains Dimming /ATD

1-10 Dimming -

0-10 Dimming -

Push Dimmable -

DALI -

DMX -

No Driver /ODV

Mini MuroIP65 Surface Mount Exterior Fixture

Driv

ers




Hood prevents upward lightspill

Optimised for higher LOR

Surface mount IP65 luminaire

Integral emergency and sensor pack options

Non dimmable or dimmable driver




Options: Integral Emergency (-E), Occupancy Sensor (-M)


Maxi Muro Hood

Order Codes:MMXHMB/JT2-2000-840/VW/AND-E


MMXH MB /JT2-1600 -827 -830 -930 -840 VW /AND /ATD /A1O /ADL /ODV -E

/JT2-2000 -827 -830 -930 -840 VW /AND /ATD /A1O /ADL /ODV -E

365

1

55

1.7kg

7UK PartL1 & L23R

TM

IP65 Surface Mount Exterior Fixture with Hood

VW



IP65 Surface Mount Exterior Fixture with HoodMaxi Muro Hood

Performance Data for MMXH Jupiter II 1600 Jupiter II 2000



Illuminance Comparable To 1 x 28W 2D 1 x 38W 2D



Luminaire / System Power *** 15W 22.1W


- -


Del

iver

ed L

umen

s (L

100)

@ > 80 Ra 2700K 829 lm 1123 lm

> 90 Ra 2700K - -

> 80 Ra 3000K 891 lm 1202 lm

> 90 Ra 3000K 701 lm -

> 80 Ra 4000K 949 lm 1202 lm

> 90 Ra 4000K 701 lm -

Lum

inai

re

Effic

acy

(Llm

/cW

)

> 80 Ra 2700K 54 llm/cW 49 llm/cW

> 90 Ra 2700K - -

> 80 Ra 3000K 58 llm/cW 52 llm/cW

> 90 Ra 3000K 46 llm/cW -

> 80 Ra 4000K 62 llm/cW 52 llm/cW

> 90 Ra 4000K - -








0-10 Dimming - -

Push Dimmable - -

DALI /ADL /ADL

DMX - -

No Driver /ODV /ODV

Driv

ers




- Efficient, high quality, low maintenance halogen replacement for luxury hospitality project.

St. Michael’s Hotel & Spa


Jupiter High Output, High Efficiency Engine For Twin CFL Replacement


Manufacturer PhotonStar PhotonStar PhotonStar PhotonStar

LED Type Cree XTE Cree XTE Cree XTE Cree XTE

LED Module Power @ 4000K 12.6W 18.6W 22.8W 33.7W

Efficacy @ 4000K 115.0 lm/W 105.3 lm/W 115.8 lm/W 105.2 lm/W

Typ. Source Efficiency @ 4000K (with Recommended Driver)

110.0 lm/cW 100.8 lm/cW 117.4 lm/cW 98.3 lm/cW

Initial SDCM <3 <3 <3 <3

Maintained SDCM <3 <3 <3 <3

L70F10 (In Typical Luminaire+) 50,000 hrs 50,000 hrs 50,000 hrs 50,000 hrs

Lumen Catagory Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9

Vboard Max++ 24.5V 24.5V 36.3V 36.3V

LED current (ILED typ mA) 350 mA 500 mA 350 mA 500 mA

LED current (Iboard typ mA) 700 mA 1000 mA 700 mA 1000 mA

Light Aperture Compatability 80mm 80mm 80mm 80mm

Module Flux (L100)Ra / CCT Combination e.g JT2-1600-840 e.g JT2-2000-840 e.g JT2-3000-840 e.g JT2-4000-840

(827.339) 827 N/A N/A N/A N/A

(927.339) 927 N/A N/A N/A N/A

(830.339) 830 1448 lm 1959 lm 2634 lm 3546 lm

(930.339) 930 1171 lm 1585 lm 2130 lm 2867 lm

(840.339) 840 1650 lm 2232 lm 3001 lm 4039 lm

(940.339) 940 N/A N/A N/A N/A

Recommended Driver Efficacy 84% 84% 89% 82%

EM Pack BLF 9% 7% 5% 4%

Nemesis

Muro

Votan

NB: All light engines are optical risk group 0. + All values typical initial performance +/- 10% @ 250C ambient temperature. ++ BT2-400-923 and CT2-900-923 are not fully tuneable systems; as they warm when dimmed, data is only given at 100% intensity.

80 83 84 80 79 76 84 68 12 59 78 55 80 90JT2-1600-840

96 97 93 90 95 93 87 81 65 96 90 79 99 97JT2-1600-930

79

91

R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 Ra*CRI

For more data, please contact our technical support team.

Available In


Venus Very High Output Compact Light Engine

Order Code VS2-1600

Manufacturer PhotonStar

LED Type Cree XPG2

LED Module Power @ 4000K 12.8W

Efficacy @ 4000K 126.1 lm/W


103.4 lm/cW

Initial SDCM <3

Maintained SDCM <3

L70F10 (In Typical Luminaire+) 50,000 hrs

Lumen Catagory Cat 1 / Code 9

Vboard Max++ 24.5V

LED current (ILED typ mA) 700 mA

LED current (Iboard typ mA) 700 mA

Light Aperture Compatability 50mm

Module Flux (L100)Ra / CCT Combination e.g VS2-1600-840

(827.339) 827 1504 lm

(927.339) 927 N/A

(830.339) 830 1609 lm

(930.339) 930 N/A

(840.339) 840 1609 lm

(940.339) 940 N/A

Recommended Driver Efficacy 82%

EM Pack BLF 14%


80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-830

80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-840

81

81



Cryos (Original)

Lorem

Available In


80 83 84 80 79 76 84 68 12 59 78 55 80 90AR2-1000-840

96 97 93 90 95 93 87 81 65 96 90 79 99 97AR2-1000-930

79

91



Aries Light Engine Optimised For Compact Reflectors

Simetra

Venturi

Available In

Order Code AR2-1000


LED Type Cree XTE




105.0 lm/cW

Initial SDCM <3

Maintained SDCM <3



Vboard Max++ 16.0V




Module Flux (L100)Ra / CCT Combination e.g AR2-1000-840

(827.339) 827 N/A

(927.339) 927 N/A

(830.339) 830 933 lm

(930.339) 930 N/A

(840.339) 840 1063 lm

(940.339) 940 N/A


EM Pack BLF 13%



84 92 95 82 84 89 83 63 16 80 81 76 86 98MC2-740-830 84



Mercury High Efficiency Replacement For 50W LV - 75W LV Halogen

Surface Mount Spot

Track Mount Spot

Olympus

LightSlot

Venturi

Vespertine

Chime

Lorem

CeilingStar

Cryos (Original)

Cordus

Order Code MC2-740 MC2-1000

Manufacturer PhotonStar PhotonStar

LED Type Cree XPG2 Cree XPG2

LED Module Power @ 4000K 6.1W 8.8W

Efficacy @ 4000K 121.5 lm/W 115.3 lm/W


102.0 lm/cW 88.8 lm/cW

Initial SDCM <3 <3

Maintained SDCM <3 <3

L70F10 (In Typical Luminaire+) 50,000 hrs 50,000 hrs

Lumen Catagory Cat 1 / Code 9 Cat 1 / Code 9

Vboard Max++ 20.0V 20.9V

LED current (ILED typ mA) 350 mA 500 mA

LED current (Iboard typ mA) 350 mA 500 mA

Light Aperture Compatability 50mm 50mm

Ra / CCT Combination e.g MC2-740-840 e.g MC2-1000-840

(827.339) 827 693 lm 949 lm

(927.339) 927 N/A N/A

(830.339) 830 741 lm 1015 lm

(930.339) 930 N/A N/A

(840.339) 840 741 lm 1015 lm

(940.339) 940 N/A N/A

Recommended Driver Efficacy 84% 77%

EM Pack BLF 22% 16%


Available In


Titan Cost Effective Replacement For 50W LV Halogen

Order Code TN2-675


LED Type Cree XPE2




97.4 lm/cW

Initial SDCM <3

Maintained SDCM <3



Vboard Max++ 21.0V




Module Flux (L100)Ra / CCT Combination e.g TN2-675-840

(827.339) 827 639 lm

(927.339) 927 N/A

(830.339) 830 683 lm

(930.339) 930 N/A

(840.339) 840 727 lm

(940.339) 940 N/A


EM Pack BLF 22%


80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-830

80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-840

81

81



Surface Mount Spot

Track Mount Spot

Olympus

Muro Mini

LightSlot

Venturi

Vespertine

Chime

Lorem

CeilingStar

Cryos (Original)

Cordus

Available In


80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-830

80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-840

81

81



Pluto Ultra Compact LED Light Engine

Lorem

Venturi

Vespertine

Order Code PT2-320 PT2-420

Manufacturer PhotonStar PhotonStar

LED Type Cree XML EZW 12V Cree XML EZW 12V




73.9 lm/cW 64.4 lm/cW

Initial SDCM <3 <3




Vboard Max++ 14.4V 14.4V

LED current (ILED typ mA) 350 mA 500 mA

LED current (Iboard typ mA) 350 mA 500 mA

Light Aperture Compatability 39mm 39mm

Module Flux (L100)Ra / CCT Combination e.g PT2-320-840 e.g PT2-420-840

(827.339) 827 293 lm 368 lm

(927.339) 927 N/A N/A

(830.339) 830 315 lm 395 lm

(930.339) 930 N/A N/A

(840.339) 840 383 lm 481 lm

(940.339) 940 N/A N/A


EM Pack BLF 33% 25%


Available In


Nix & Oberon Micro Light Engines

Order Code OB2-90 OB2-130 NX2-90

Manufacturer PhotonStar PhotonStar PhotonStar

LED Type Cree XTE Cree XTE Cree XTE

LED Module Power @ 4000K 1.0W 1.4W 1.0W

Efficacy @ 4000K 138 lm/W 133 lm/W 138 lm/W


117.34 lm/cW 112.73 lm/cW 117.34 lm/cW

Initial SDCM <3 <3 <3

Maintained SDCM <3 <3 <3

L70F10 (In Typical Luminaire+) 50,000 hrs 50,000 hrs 50,000 hrs

Lumen Catagory Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9

Vboard Max++ 4.1V 4.1V 4.1V

LED current (ILED typ mA) 350 mA 350 mA 350 mA

LED current (Iboard typ mA) 350 mA 350 mA 350 mA

Light Aperture Compatability 20mm 20mm 20mm

Module Flux (L100)Ra / CCT Combination e.g OB2-90-840 e.g OB2-130-840 e.g NX2-90-840

(827.339) 827 N/A N/A N/A

(927.339) 927 N/A N/A N/A

(830.339) 830 121 lm 163 lm 121 lm

(930.339) 930 N/A N/A N/A

(840.339) 840 138 lm 186 lm 138 lm

(940.339) 940 N/A N/A N/A

Recommended Driver Efficacy 85% 85% 85%

EM Pack BLF N/A N/A N/A


80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-830

80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-840

81

81



Shore

Reef

Available In


Fortimo Zhaga Compliant White LED Module 80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-830

80 85 88 81 79 79 87 69 18 64 78 57 81 93SF2-2000-840

81

81



SPDSF2-2000/830

SF2-2000/930

SF2-2000/840Order Code SF2-2000 SF2-3000

Manufacturer Philips Philips

LED Type N/A N/A




99.4 lm/cW 99.6 lm/cW

Initial SDCM <3 <3




Vboard Max++ N/A N/A

LED current (ILED typ mA)LED current (Iboard typ mA)Light Aperture Compatability 23mm 23mm

Module Flux (L100) Constant @ 2000 Constant @ 3000

Ra / CCT Combination e.g SF2-2000-840 e.g SF2-3000-840

(827.339) 827 N/A N/A

(927.339) 927 N/A N/A

(830.339) 830 19W 28W

(930.339) 930 23W 33W

(840.339) 840 18W 26W

(940.339) 940 N/A N/A


EM Pack BLF 16% 11%


Available In

Nemesis SLLE

Sunbird SLLE

Volume SLLE


Order Code BT2-500 BT2-400 CT2-1000 CT2-900 ST2-2000

Manufacturer PhotonStar PhotonStar PhotonStar PhotonStar PhotonStarVariable CCT Warms As Dimmed Variable CCT Warms As Dimmed Variable CCT

Photometric Codes Min 927.339 Min 922.339 Min 927.339 Min 922.339 Min 927.339

Max 965.339 Max 932.339 Max 965.339 Max 932.339 Max 965.339

LED Module Power @ 4000K 8.5W 7.6W @ 3200K 13.7W 12.7W @ 3200K 35.7W

System Power @ 4000K 12.2W 11.1W @ 3200K 18.7W 16.7W @ 3200K 44.1W

Luminous Flux @ 4000K 651 lm 527 lm 850 lm 765 lm 2527 lm

Efficacy @ 4000K 76.7 lm/cW 69.3 lm/cW @ 3200K 62.0 lm/cW 60.2 lm/cW @ 3200K 70.8 lm/cW

Max. Luminous Flux Over Range 55.6 lm/cW See Note ++ 80.8 lm/cW See Note ++ 24.1 lm/cW

Min. Luminous Flux Over Range 69.3 lm/cW See Note ++ 60.2 lm/cW See Note ++ 68.8 lm/cW

Total System Efficiency @ 4000K 53.1 lm/cW 47.4 lm/cW @ 3200K 45.4 lm/cW 45.8 lm/cW @ 3200K 57.4 lm/cW

Initial SDCM <3 <3 <3 <3 <3

Maintained SDCM <3 <3 <3 <3 <3

L70F10 (In Typical Luminaire+) 35,000 hrs 35,000 hrs 35,000 hrs 35,000 hrs 35,000 hrs

Lumen Catagory Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9 Cat 1 / Code 9

System Drive Current & Voltage 240V 1A 240V 1A 240V 1A 240V 1A 240V 1A

EM Pack BLF 21% N/A 21% N/A 6%

Power Factor (W/ Supplied Controller) TBC TBC TBC TBC TBC

ChromaWhiteTM

Colour Tuneable High CRI Modules

85 (CT2-1000 @ 4000K)

Nemesis SLLE

Sunbird SLLE

Volume SLLE

Volume CLE

Cryos CLE

CeilingStar

LightSlot

Cordus

Vespertine

Venturi

Olympus

Available In

CT2-1000 @ 2700K

CT2-1000 @ 5500K

CT2-1000 @ 4000K

0.8

1

0.4

0.6

0

0.2

400 450 500 550 600 650 700 750 800

0.8

1

0.4

0.6

0

0.2

400 450 500 550 600 650 700 750 800

0.8

1

0.4

0.6

0

0.2

400 450 500 550 600 650 700 750 800


89 97 92 89 92 91 97 95 94 99 83 81 90 92CT2-1000 @ 3000K

96 99 91 99 96 95 97 93 91 94 95 63 97 93CT2-1000 @ 4000K

93

96


95

95


SPD

GAI


Maximum Operating Temperatures (Ta°C)*

All performance data shown in this brochure is specified at an ambient temperature of 25°C. The fittings or fixtures containing the light engines must be installed according to the install instructions provided with the product. Operating the fixtures at their absolute maximum operating temperatures will result in a significant reduction in product lifetime, light output and other parameters only specified at 25°C.

heatsink temp

human body temp

LED junction

temp <60º


Cordus

Chime

Cryos C

LE

Cordus Round

CeilingS

tar

Simetra

Cryos

Lorem

Lightsl

ot

MuroNemesis

Nemesis SL

LE

Sunbird

Olympus

Surfa

ce M

ount Spot

ReefSh

oreTrac

k Mount S

pot

Volume

VotanVesp

ertine

Venturi

CF2-1000 35 35CT2-1000 35 35BT2-500 35 35 35 35 35 35 35 35CT2-900 35 35BT2-400 35 35 35 35 35 35 35 35 35CC2-750 35 35BC2-550 35 35 35 35 35 35 35 35 35 ST2-2000 35 35 30SF2-2000 40 40 40 assuming fixed white SF2-3000 40 40 40 assuming fixed white PT2-320 40 40 40PR2-150 35 35 35PT2-420 35 35 35NX2-90 35 35OB2-90 35 35OB2-130 35 35MC2-740 45 40 45 45 45 45 45 35 45 35 35 45 45MC2-1000 35 30 35 35 35 35 35 35 35 35 35 45 45TN2-675 45 40 45 45 45 45 45 45 35? 45 35 35 45 45VS2-1600 33 33JT2-1600 35 55 40JT2-2000 35 55 35JT2-3000 45JT2-4000 35AR2-1000 35 35

Maximum Operating Temperatures (Ta°C)*

Jupiter II 4000Jupiter II 3000Jupiter II 2000Jupiter II 1600

Fortimo 3000

SLLE VCCT 2000Fortimo 2000

Aries II 1000

Fixed White 1000

CLE RGB

CLE Tungsten H

CLE Variable CCT

Venus II 1600

Pluto II 420

Pluto II 320Pictor II 150 RGB

Mercury II 1000Mercury II 740

Titan II 675

Oberon II 90Oberon II 130

Nix II 90

BLE RGB

BLE Tungsten H

BLE Variable CCT


Glossary of TermsAnalogue Dimming A dimming system employing analogue input signals initiating and defining the dimming level that an LED driver or control gear will react to. Typical protocols include 1-10V, 0-10V, and trailing edge dimming (triac dimming). Such systems benefit from simplicity but lack the flexibility of customisation.

Candela (cd) The base unit of luminous intensity.

Colour Rendering Index (Ra %) A quantitative measure of the ability of a light source to reproduce the colours of various objects faithfully in comparison with an ideal or natural light source. Values of 100-90 are very good, 90-80 good and LEDs with an Ra below 80 should not be used where people are working continuously.

Colour Temperature T(K) Black bodies (like most others) when heated to sufficiently high temperatures emit red light, when the temperature is increased further the emitted light becomes white. The colour co-ordinates derived from this heated black body (a full spectral, or perfect radiator) when plotted on a diagram lie on a smooth curve known as the full radiator locus, and are shown on the CIE Chromatic Diagram.

The colour appearance of a given light source can be compared to a position on the full radiator locus by reference to its colour temperature, referred to in degrees Kelvin.

DALI and DSI Digital Addressable Lighting Interface is a technical standard for network based systems that control lighting in buildings. The open standard was established as a successor to analogue 0-10V lighting control systems.

Further technical information may be found on dali.org.

Digital Signal Interface (DSI) is also a protocol for controlling lighting in buildings. It was created in 1991 and is the basis of the more sophisticated DALI protocol. DALI adds more complex features such as ability to address individual luminaires as well as information reporting back from the lighting to the control system.

The DALI standard is specified in the IEC 60929 standard for fluorescent lamp ballasts and encompasses the communication protocol and electrical interface for lighting control networks.

Digital Dimming A dimming protocol employing digital input signals initiating and defining the dimming level that an LED driver or control gear will respond to. Some digital protocols may also benefit from luminaire addressing and information reporting. Typical protocols include push dim, centre retractive dimming, DALI, DSI and DMX.

DMX DMX is a standard for digital communication networks that is commonly used to control stage lighting and effects. However, more recently the protocol has gained more interest in the commercial and architectural lighting space. The protocol was originally devised for controlling light dimmers.

The DMX512 digital bus network can support no more than 32 devices on a single bus. More devices may be installed if DMX splitters are employed on the bus. Please consult PhotonStar LED for further technical information and specific installation requirements.

Emergency BLF Ballast Lumen Factor is the ratio of the light output of the LED light engine or luminaire in emergency operation compared with the light output of the same LED light engine operated at normal lighting conditions. Please refer to the appropriate LED light engine pages for actual BLF values.

Emergency Luminaires All PhotonStarTM Emergency Luminaires comply to the relevant parts of EN61000:200 and EN55015:2006. All emergency luminaires are rated for 3 hour autonomous battery operation. The control gear enclosures are also UL94-V0 rated.

All PhotonStarTM emergency luminaires operate in “maintained” mode of operation until otherwise stated or specified. In maintained mode the LED light engine operates with a normal power supply and switches to the emergency power supply when there is a failure.

It is recommended that emergency lighting applications comply with EN1838 and EN60598-2-22.

Glare Glare is the discomfort caused by high luminances in the field of vision.

Light Level The incidence of light flux on a surface per unit of area, measured in lux. There is a difference between the vertical and horizontal light levels.

Light Output Ration (LOR) The ratio of the luminaire light output to lamp light output. The efficiency of the luminaire.

Lumen (lm) Unit of luminous flux used to describe a quantity of light emitted by a source or received by a surface.

Luminaire Efficiency How well a luminaire uses the luminous flux of the lamp used. The ratio is calculated by dividing the total luminaire lumens by the total circuit watts.

Luminance The measure of brightness with which the eye perceives an illuminated surface from a certain direction. The luminous intensity per unit of visible surface of a light source (direct) or an illuminated surface (reflection). Luminance is indicated in candelas per square metre (cd/m2).

Luminous Efficacy (lm/W) Indicates how efficiently a lamp converts electrical energy to light.

MacAdam Ellipse The technique was developed by MacAdam in 1943 to determine boundaries around target colour points on the CIE chromaticity diagram whereby the source can deviate before the observer can perceive a difference in target colour.

MacAdam ellipses were evolved to describe the “steps”, which define standard deviations from the target colour point. A 2-step ellipse defines 2 standard deviations from the target point in all colour directions.

Due to the non-conformal CIE 1931 XYZ chromaticity space, the deviations are defined as ellipses.

ANSI recommends that light engine manufacturers stay within a “4-step” ellipse. A point on the boundary of a 4-step ellipse is 8 standard deviations from a point on the opposite side of that same boundary.

It is also important to note that the perceived differences in colour can also depend on the correlated colour temperature, viewing angle, luminance, and size of object.

Ra Colour Rendering Index is either Ra8 or Ra14. Ra8 usually shortened too just Ra, this is the average of the first 8.


Glossary of TermsMeasurement and Sample Preparation In assessing the safety of an LED light engine, it is necessary to determine the spectral distribution of the LEDs at maximum irradiance (W/m2) or radiance (W/m2-sr). The wavelength measurement must cover 200nm to 3000nm.

RISK FACTOR RISK GROUP RESULT

Actinic UV, ES (200 – 400nm) Exempt

Near UV, EUVA (315 – 400nm) Exempt

Blue Light, LB (300 – 700nm) Risk Group I (Low Risk)

Retinal Thermal, LR (380 – 1400nm) Exempt

Retinal Thermal Weak Stimulus, LIR (780 – 1400nm) Exempt

IR Radiation Eye, EIR (780-3000nm) Exempt

Risk group categories of a typical PhotonStar Warm White 3000K LED light engine.

The LED light engine is tested at the maximum permissible constant current to provide constant emission and in accordance to the IEC 62471 guidelines.

Photobiological Damage The European standard, IEC 62471:2006 (and the closely associated ANSI/IESNA RP-27 in the USA) for Photobiological Safety of Lamps and Lamp Systems, is used to evaluate LED photobiological safety. The scope of this standard applies to lamps and lamp systems safety, including the safety of LED light engines and luminaires. The following information is provided by PhotonStar to assist customers to identify the viability of the LED light engine and luminaire in the end application. The information in this section can be used to help evaluate luminaire level safety and provide customers some indication of the risk factor classification of PhotonStar LED light engines and luminaires.

Luminous Flux (lm) The total light output of a lamp measured in lumen.

Luminous Intensity (cd) The power of a source or illuminated surface to emit light in a particular direction, measured in candela.

Lux (lux) The unit of illuminance, equal to one lumen per square metre (lm/m2).

Maintenance Factor Lighting levels decrease in time due to soiling and lamp deterioration. Mean values are 0.7 or 0.8 for a normal interior, depending on cleaning cycles for traditional sources. For LED luminaires the mean value is 0.9.

Part L1 & L2 UK Building Regulations for conservation of fuel and power, see further details on our website.

Performance Cone Shows whether the luminaire emits a narrow or wide beam of light and indicates the lighting level measured at the centre of the beam. The beam diameter and angle indicated where half the light is measured in relation to the centre of the beam. It gives only a rough guide of the size of beams narrower than 40º.

Polar Curve The graphic representation of the luminous intensity in different directions. If two curves are plotted, the distributions are in two vertical planes. The value is indicated in candelas per 1000 lumen (cd/klm) and therefore must be multiplied by the nominal luminous flux of the lamp used. The polar curve graph also indicates luminaire efficiency.

UGR The UGR method relates to glare from ceiling fixtures that are placed in a regular pattern. European standard EN 12461, Lighting of Indoor Work Places, contains a table in which the maximum allowed UGR value is prescribed per type of room and per type of activity. The UGR method produces a scale figure: below 13 no glare 13–16 suited for accurate eye tasks 16 –19 suited for average eye tasks 19–22 suited for moderate eye tasks 22–28 suited for simple eye tasks above 28 not suited for work lighting.

Utilisation Factor The ratio of the light flux which the reference surface receives to the totalled luminous fluxes of the installed lamps. This is influenced by the shape and size of the room and selected luminaire and is expressed in the form of UF tables.

ASSIST Programme The Alliance for Solid-State Illumination Systems and Technologies (ASSIST) is active in a number of research projects and other activities to advance and promote LED technology

CLE Compact Light Engines. LED modules with compact light emission surface. Unified footprint and mechanical assembly LED module providing high efficiencey, high CRI solution.

SLLE Spot LED Light Engines. Industry standard, unified footprint. Mechanically assembled LED module providing colour stable high efficiency, high CRI solution.

Variable CCT Variable Correlated Colour Temperature. User definable white colour tuneable light sources. PhotonStar LED VCCT light engines typically comprise of proprietary multiple LEDs or a chip on board module, a colour mix cavity and an active control system to monitor and prolong the lifetime and colour quality of the light engine.

Tungsten H Compact LED light engine that warms when dimmed.

Pastel Tuneable high CRI pastel light source with wide Cx Cy range.

RGB Red Green Blue colour tuneable compact LED light engine.

LumenlocTM LumenlocTM technology ensures that the luminous intensity of the module is always maintained. This active direct measurement of the light output is achieved through the use of a light level sensor embedded in the module, and control is achieved through the use of a microprocessor based feedback loop.

CRIlocTM CRIlocTM technology ensures that the spectral performance of the module is monitored and adjusted during operation. This active direct measurement of the light output is achieved through the use of a colour sensor embedded in the module, and control is achieved through the use of a microprocessor based feedback loop.

ColourlocTM ColourlocTM constantly monitors and corrects the output from the module, providing active colour control.

ThermalocTM ThermalocTM actively monitors the junction temperature to ensure that safe operating ranges are not exceeded.

InnovateTM High thermal performance “Chip On Board” technology.


- Decorative, aesthetically pleasing wall-washing with RGB fixtures and DMX controls.

St. Michael’s Hotel & Spa


Quality All luminaires produced by PhotonStar™ are designed to comply with

EN 60598 and The Lighting Association Code of Practice.

PhotonStar™ luminaires are developed and tested to the

highest standards:

• Compliant with ANSI C78.377-2008 chromaticity and

binning standard

• Compliant with IESNA LM-79 luminaire testing standard

• Compliant with IESNA LM-80 LED lifetime standard

• Compliant with EN60598 luminaire safety standard

Energy efficiency and photometry in collaboration with the

UK National Physics Laboratory.

• Compliant with EU “A” energy rating for lighting

• Beneficial to LEED compliance

markingCE marking indicates compliance with the requirements of:

1. Low voltage directive for electrical safety

(73/23/EEC as amended by 93/96/EEC

2. EMC directive for electro magnetic compatibility

(89/336/EEC as amended by 92/31/EEC)

VoltageFittings and drivers are supplied primarily for operation on

230/240V 50Hz. Contact us for alternative electrical specifications.

Electrical ProtectionEN 60598

Class 1 – fittings comply with class 1 (l) earthed electrical

requirements i.e. functional insulation in all parts and

earth termination.

Class 2 – fittings comply with class 2 (ll) double insulated

electrical requirements i.e. complete insulation in all parts

without earth termination. In the event of an electrical fault,

no dangerous voltage can reach touchable metal parts.

Class 3 – fittings comply with class 3 (lll) triple insulated

electrical requirements i.e. Where protection against electrical

shock relies on supply at safely extra-low (SELV) and in which

voltages higher than those of SELV are not generated.

Inflammability of Surface ProtectionEN 60598

F mark – fittings comply with installation requirements

for mounting on flammable surfaces.

- Use of this has been discontinued.

Suitable for mounting in or on furniture made of

semi-combustible or normally combustible materials

such as wood.


Fittings made for mounting in or on furniture made of

materials of unknown properties.


Luminaires not suitable for covering with thermally insulating

material.

Radio SuppressionEN 55015, EN 61000 & EN 61547

Fittings comply with radio interference suppression and electromagnetic

compatibility (EMC) regulations.

Compliance to Standard

M

M

M

M

M

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M M


Compliance to Standard

Degree of ProtectionEN 60529

The resistive performance of fittings to solids and liquids is indicated

by the IP (Ingress Protection) prefix followed by two numbers. The first

number indicates the measure of protection against the ingress of

solids. The second number indicates the measure of protection against

the ingress of liquids.

First Identification NumberProtection against the ingress of solids

NO. MEASURE OF PROTECTION TEST

IP2X Against foreign bodies ≥ 12.5mm Ø Ball 12mm Ø & finger test

IP3X Against foreign bodies ≥ 2.5mm Ø Steel wire 2.5mm Ø

IP4X Against foreign bodies ≥ 1.0mm Ø Steel wire 1.0mm Ø

IP5X Against harmful dust deposits Talcum powder – (dust proof) particles 1 μm Ø

IP6X Against any entry of dust (dust tight) Talcum powder – particles 1 μm Ø

NO. MEASURE OF PROTECTION TEST

IPX1 Against falling drops of water Water falling vertically

IPX2 Against falling drops of water Water falling up to 15º

IPX3 Against spraying water (rainproof) Water sprayed at 60º from vertical

IPX4 Against splashed water (splashproof) Water from all directions

IPX5 Against jets of water (jetproof) Water from all directions projected by a nozzle

IPX6 Against heavy seas / powerful water jets Water from all directions projected by a nozzle

IPX7 Against temporary immersion effects, Immersion in water & not for continuous < 1m for 30 minutes underwater application

IPX8 Against continuous submersion Immersion in water (pressure water-tight) ≥ 1m for 30 minutes – max. depth tested indicated after symbol


Performance ConesCones are for single luminaires.

Performance cones indicate beam spread, i.e. a narrow, medium or

broad beam of light. The illuminance values given (lux/klm) are the

maximum values within the beam for horizontal planes at various

distances below the luminaire. The beam diameter, i.e. the approximate

size of the light coverage, is also given. The cone widths are calculated

for an illuminance at the edge of the cone of 50% of the maximum.

By spacing luminaires at the beam diameter for the appropriate height,

the combined effect of adjacent cones is to produce an acceptable

uniformity along the centre lines between luminaires.

Polar Diagram of Luminous Intensity DistributionThese provide a graphic representation of the distribution of light from

a luminaire. Often referred to as polar curves, they indicate the intensity,

measured in candelas (cd) per kilo lumen (klm).

The tables provided use luminaire photometric data that has been

measured and tested in accordance with BS EN13032-1:2004

and BS EN13032-3:2007.

Additional photometric data can be provided upon request.

All data is available in IES format.

Photometric Data

C =9 0

C =270

C =0

C =180

45�

30�15�

0

90�

C = 90

C = 270

C = 0

C =180LUMINERIA


A Summary of Part L1 2010:

• AT least 75% of fittings must be low energy, defined as

- Efficiency greater than 45 lamp lumens/circuitW

- Delivering at least 400lm

• Fittings less than 5W are exempt from the total count - so

installing an array of 4w LED fittings would not count towards

the total, and the rest of the priject would require more to reach

75%.

• Fittings in infrequently accessed areas (such as cupboards) are

exempt

• Halogen and GLS lamps are highlighted in the guidelines as

non compliant

All PhotonStar fittings comply, subject to the light engine choice:

• Titan

• Mercury

• Venus

• Aries

• Jupiter

• ChromaWhite Tungsten

• ChromaWhite Variable CCT

UK Building Regulations were revised in October 2010 and is due to be changed again in Autumn 2013. Please refer to the website for the latest information.

Part L refers to conservation of fuel and power and encompasses lighting.

• L1A for new dwellings

• L1B Existing dwellings

• L2A New buildings other than dwellings

• L2B Existing buildings other than dwellings

New dwellings must also comply with the new Code for Sustainable homes which has further requirements to Building Regulations for energy and CO2 emissions. - See our catalogue.

UK Building Regulations

For more details and downloads visit our websitewww.photonstarlighting.co.uk

compliant

NEW 2010

0

100

200

300

400

500

700

800

900

600

1000

230V 50W

halogen12V

37.2W halogen

8.8W CSTT

7W market leadingLED lamp

Brightness (total delivered lumens)

Min 400lm to b

e Pa

rt L1

Compliant

compliant1&2

Part

385lumens

300lumens

350lumens

937lumens

NB. Pluto /Nix /Oberon are exempt.

CeilingStar TT 8.8W, MC2-1000-830/NF


A Summary of Part L2 2010:

• A minimum 55 luminaire lumens/circuit Watt, averaged over

the whole area for general lighting

• A minimum 22 lamp lumens/circuit Watt, averaged over the

whole area for display lighting

• A control factor of 0.9 can be applied to the efficiency when

occupancy sensors are used in appropriate areas

• A control factor of 0.9 can be applied to the efficiency when

daylight sensors are used in appropriate areas

• A control factor of 0.85 can be applied when both types of

controls are used in appropriate areas

• It is not necessary for individual luminaires to meet 55

luminaire lumens per circuit Watt, giving the designer

flexibility to use a mix of technologies that average 55 llm/cW.

As an individual fitting will not pass or fail, use this guide to select your mix of fitings to give a >55ll/cW average:

• Nix/Oberon up to 42 llm/cW @4000K

• Pluto up to 73 llm/cW @4000K

• Titan up to 84 llm/cW @4000K

• Mercury up to 95 llm/cW @4000K

• Venus up to 73 llm/cW @4000K

• Aries up to 83 llm/cW @4000K

• Jupiter up to 101 llm/cW @4000K

• CLE ChromaWhite Tungsten H up to 30 llm/cW @4000K

• CLE ChromaWhite Varaible CCT up to 45 llm/cW @4000K

• CLE Fixed White up to 57 llm/cW @4000K

• SLLE ChromaWhite Variable CCT up to 52 llm/cW @4000K

• SLLE Fortimo up to 88 llm/cW @4000K

compliant

NEW 2010

L2A

Efficacy (delivered lm/cW)0

10

20

30

40

50

60

70

80

90

100

230V 50W halogen

12V37.2W

halogen6.1W

CSTT

7W market leadingLED lamp

50lm/cW

6lm/cW

10lm/cW

95lm/cW

Min 45 lm/cW to

be

Part

L1 Compliant

compliant1&2

Part

CeilingStar TT 8.8W, MC2-1000-830/NF

As an individual fitting will not pass or fail, use this guide to select your mix of fitings to give a >55 ll/cW average:


The Enhanced Capital Allowance (ECA) scheme is a key part of the Government’s programme to manage climate change, and is designed to encourage businesses to invest in energy-saving equipment.

Why was it introduced?

The Government introduced the ECA scheme in 2001 to encourage businesses to invest in low carbon, energy-saving equipment.

What does the ECA Energy scheme involve?The scheme provides a tax incentive to businesses that invest in equipment that meets published energy-saving criteria. The Energy Technology List (ETL) details the criteria for each type of technology, and lists those products in each category that meet them. At this time LED lighting does not require testing or certification for the ETL.

Key Features of the ECA scheme• Open to all businesses that pay UK corporation or income tax,

regardless of size, sector or location. (Loss making businesses

may apply against income tax payments).

• Provides 100% first-year capital allowances on investments in

energy-saving equipment against taxable profits of the period

of investment.

• Only spending on new and unused energy-saving equipment

can qualify for ECAs.

• Capital allowances are available for spending “on the provision

of” plant and machinery. This can include certain costs arising

as a direct result of the installation of qualifying plant and

machinery such as; transport of the equipment to the site, and

some direct installation costs. Please refer to the ECA wesbite

for more information.

Full details of ECA performance criteria for LED lighting are available on the PhotonStar Lighting or the ECA website, however in summary LED luminaires are required to:

Have an efficacy after 100 hours of continuous operation of:

• Accent/amenity/display lighting

• Interior Downlights

• Interior Uplights

• Interior combined up/downlights

Have a colour rendering index that is at least Ra80 for interior general illumination

Have a power factor that is greater than or equal to 0.7 at all levels of product light output.

Do PhotonStarTM Fittings Comply?

LED lighting does not require a certificate to be issued or to be registered on the Energy Technology List. The manufacturer supplies a statement to confirm that products comply with the requirements.

For amenity, accent & display lighting units, all PhotonStarTM fixed white light engines comply with the efficiency, colour rendering and other requirements.

For general interior illuminations, fittings using the following light engines comply (subject to performance of the indivudiual fitting):

If you intend to make an ECA claim you should check our full ECA compliant list available on our website before placing your order.

The power factor is determined by the driver. All of our recommended “A” controllers and drivers comply.

Enhanced Capital Allowance

• Titan*

• Mercury*

• Aries

• Venus*

• Jupiter

PhotonStar Luminaires and controls comply with a number of regulations, details of which can be found on our website www.photonstarlighting.co.uk/regulations

>=46 luminaire lumens per circW

>=60 Luminaire lumens per circW



As lighting is typically only written down at 8% per annum, it potentially offers a greater cashflow advantage than other energy saving products when ECA is claimed.

*not when using a dark light collar


v5_1_02d


Unit 8 WestlinkBelbins Business Park

Cupernham LaneRomsey

HampshireSO51 7JF

tel: 02381 230 381 fax: 02381 230 381

[email protected]

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LED Lighting Catalogue 5.1

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