Introduction to The ILC and Contemporary Low Energy Lighting This most comprehensive introduction to Induction Lighting explores the many successful applications of the technology, the real cost benefits, and impartial comparisons of Induction, LED, and Metal Halide lighting solutions. Case studies of just some of the many successfully implemented induction lighting systems are presented that have significantly delivered energy cost and carbon savings for national companies both in the UK and main land Europe.
The ILC – Introduction to The ILC
The ILC
An Introduction to Contemporary Lighting Contents • The ILC - Who Are We?.........................................p 3- 5 • Why Induction Lighting ? The Benefits...................p 6 - 13 • Product Applications ..............................................p 14 - 26 • Project Examples – proven pay back.....................p 27 - 38 • Service -an Integrated Lighting Solution ................p 39 - 51 •System Designs, •UK Manufacture •Factory Bespoke Solutions, and •Retro Fit packages • Low Energy Lighting Solutions – a Comparison.....p 52 - 74 • Why The Induction Lighting Company?..................p 75 - 77 • General Product Range.........................................p 77-102
The ILC – Who Are We?
The ILC – Introduction to The ILC
The ILC – Who Are We? European Induction Lighting Specialists – Design, Install, Cost Saving, and Carbon Reduction The Induction Lighting Company,(The ILC), located in Sheffield , UK, is one of Europe’s fastest growing suppliers of low energy, cost and carbon saving lighting solutions specialising in a wide variety of Induction Lighting products complimented by a portfolio of Cold Cathode(LCD),LED, and Retrofit Fluorescent Lighting products. The massive growth potential for its products and services has been identified throughout the UK, Europe, and the Middle East. Made in the UK At ILC we have set up a robust logistics chain for the supply of high quality, long life Induction lamps and ballasts through a distribution agreement with our partners in China. This enables component parts and/or complete, fully assembled products to be shipped direct from China. Almost without exception all Induction Lamps and Ballasts are sourced from China. Additionally, we have established a partnership with our production unit in Bedfordshire for CAD / CNC high precision component parts and sheet metal assembly. Lighting components can be shipped direct to the factory for assembly. Light fittings are then either bought fully assembled from China or manufactured here in the UK. This flexibility of options enables us to provide a cost effective bespoke design and manufacturing service with timely deliveries, and counter foreign competition with a “made in the UK” portfolio of product offerings. •Low Fat Lighting Solutions The company creates and markets new technology-driven innovative Induction lighting solutions and operates independently of any major OEM lighting company and thus provides unbiased cost effective solutions from a portfolio of Induction Lighting products and other contemporary lighting products to meet all our customer's needs. ILC's core strength is its ability to design and deliver commercially viable, innovative, technology-driven lighting solutions for today's market that outperform conventional systems in terms of brighter lighting (CRI), energy efficiency (cost reduction), reduced carbon emissions (CRC Tax and Environment saving), maintenance, ease of installation, and functionality. All solutions strive to exceed client expectations and provide reduced lighting operating costs by over 50% and commensurate carbon reductions. The ILC ethos is to be recognised for its outstanding customer service and quality and durability of its products by its clients and competition alike. From traditional applications to emerging markets whether it be industrial and warehouse facilities, production factories, highways and tunnel infrastructures, utilities, and every market in-between, The ILC low fat Induction lighting solutions will save you £pounds direct to the bottom line and help save our environment.
The Induction Lighting Company – Who Are We? Design The exact light outputs’ of our light fittings are confirmed by independent test houses providing our own IES files. Independent testing is essential to provide customers with accurate and representative designs that reflect the solution in real life situations providing absolute confidence in the ILC’s lighting solutions. These IES files are the bases of our photometric designs to ensure uniformity of distribution of light and acceptable and workable light levels. Installation The Induction Lighting Company have established working partnerships with lighting installation companies that have the traditional certifications and accreditatioins. •Environment
We recognise that maintaining a healthy environment is vital for a healthy life and sustainable growth for future generations. We are committed to our goals of surpassing environmental standards and being proactive in dealing with and saving energy, and decreasing carbon outputs - all for a better quality of light and life. These goals are being achieved by combining technological innovation with sound commercially viable, environmental business decisions. Markets Our unique low energy UK designed and manufactured lighting solutions underpinned by our commercially advantageous lower cost offerings are helping to develop new markets in the UK, Europe, and the Middle East. Research and development and new product development are at the forefront of our production and design facilities in Bedford and Sheffield. Bespoke fittings and new product design and application are a major feature of our mission to bring the Induction lighting solution to all sectors of the lighting world. Operations The company operates from Vantage House, Rother Valley Way, Sheffield, S20 3RW. (Telephone 01142 511 512). Management The ILC benefits from the hands-on, working life time experience of the directorial and senior management team that is continually expanded, developed and strengthened. All employees have had considerable in-depth relevant experience in the electrical contracting, lighting, and lighting research sectors and have made a significant contribution to the status of the company at this time. Notwithstanding the core competencies of each Director the team exhibit multi-tasking skills across the whole commercial spectrum required to underpin the strategies for the successful roll out of this vibrant, entrepreneurial, and unique company The ILC team are highly motivated personnel who are passionate about the all round success and all of whom constantly drive the company to meet its objectives and provide a customer service beyond expectations.
Why Induction Lighting ? -The Benefits
The ILC – Introduction to The ILC
THE ILC – INDUCTION LIGHTING – THE BENEFITS You Can Reduce your Lighting Costs by over 50% - Fact At The Induction Lighting Company we have modern solutions to combat energy costs inflation that provide REAL BENEFITS. •You can reduce your energy costs by over 50% •You can reduce your carbon emissions by over 50% •You can reduce your CRC tax by £12 per tonne •You can reduce your lighting maintenance costs •You can improve your lighting and working environment •You do not need a capital expenditure budget •You can pay the whole costs from your energy savings The ILC low energy carbon reduction lighting solutions can decrease carbon emissions and reduce lighting operating costs by over 50%.
THE ILC – INDUCTION LIGHTING – THE BENEFITS Induction lamps have a lifespan of 80,000 to 100,000 hours (depending on type and model), compared to 45,000 to 50,000 hours claimed for LED lamp life spans. However, and most importantly, the induction ballasts have a 80,000 hour lifetime whilst the power supply units for LED lamps are around 20,000 to 30,000 hours at the present time. This makes a simple life time choice in favour of the induction lamp. There are NO lighting filaments as in traditional lamps and the elimination of filaments and electrodes results in a lamp of unmatched life. Lasting 80,000 hours or 25 years, this solution has a lifetime greater than •Two LED lamp changes •five HID, •eight metal halide, or •eight typical fluorescent lamp changes.
THE ILC – INDUCTION LIGHTING – THE BENEFITS BENEFITS -REDUCED ENERGY COSTS > 50% In general terms and subject to the lighting design •A 120 Watt induction lamp will replace a 250 Watt metal halide lamp •A 150 Watt induction lamp will replace a 300 Watt metal halide lamp •A 200 Watt induction lamp will replace a 400 Watt metal halide lamp •A 300 Watt induction lamp will replace a 500/600 Watt metal halide lamp Importantly, and additionally, Induction Lighting reduces energy costs along with the benefit of increased lifetime. BENEFITS –REDUCED OPERATING COSTS > 50% •Increased lumens – brighter, uniform light •5 year warranty – RoI > 4 over warranty period •Payback <2 years •Carbon savings – platform for green strategies •Easy point for point replacement •Lowest life time costs •Reduced failures •Minimal maintenance
THE ILC – INDUCTION LIGHTING – THE BENEFITS BENEFITS –REDUCED CRC ENERGY TAX The government has proposed that the CRC Energy Efficiency Scheme becomes a flat charge of £12 per tonne of CO2 emissions and that the revenue-neutral payment recycling element has been scrapped. Section 2.108 of the Comprehensive Spending Review (CSR) excluded Local Authorities from the CRC scheme but this has changed and it is expected that “practical measures immediately to reduce carbon emissions, and in particular consider those from their schools”.
BENEFIT - in general our solutions are compliant under the Government’s ECA scheme and will have huge cash flow benefits in the year of purchase. Induction lighting cuts Carbon Emissions and Reduces Costs and provides compliance with ECA and CSR
THE ILC – INDUCTION LIGHTING – THE BENEFITS Cost benefits – •50% energy savings, •lowest life time costs, •minimal maintenance, •mitigate CRC tax •projected 100,000 hrs Life •UK Manufactured providing a full 5 YEAR warranty
THE ILC – WE REDUCE YOUR ENERGY COSTS “Fuel costs are up by almost 10 per cent” (Royal Bank of Scotland Research - Dec 08 2011 Hunter Ruthven)
“Lighting is essential for carrying out your daily business activity but it can account for up to 40% of your operation’s total electricity bill” (Carbon Trust Figure).
“ A 20% cut in energy costs represents the same bottom line benefit as a 5% increase in sales” (Carbon Trust Figure).
THE ILC low energy carbon reduction lighting solutions can decrease carbon emissions and reduce lighting operating costs by over 50%. (The Induction Lighting Company)
THE ILC â&#x20AC;&#x201C; INDUCTION LIGHTING â&#x20AC;&#x201C; HOW DOES IT WORK Induction lighting is a type of electrode-less lamp, where the light source is generated by means of electromagnetic fields or induction. There are NO lighting filaments as in traditional lamps
Induction lighting is similar to conventional fluorescent lamp technology in the way that UV is converted to visible light with the use of phosphors (e.g., mercury in the amalgam is vaporised and is electrically excited to produce short-wave ultraviolet light, which then excites the phosphors coating the interior of the lamp to produce visible light), as shown in the figure. The unusual shape of an induction lamp maximizes the efficiency of the fields that are generated providing 50% more light for the same power usage. The lamp life is only limited by the life of the electronic components Induction lamps offer a lamp life of 80,000 hr to 100,000 hr.
Product Applications
The ILC â&#x20AC;&#x201C; Introduction to The ILC
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting
Luminaires are CE, RoHS, FCC, UL, certified and comply with EU directives and design standards.
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting
A broad range of interior and exterior applications can benefit from induction lighting Externally, these include area lighting for municipal streets, parks, campuses, parking garages, and tunnels. Induction lighting has also been very effective as a light source on offshore oil rigs because of its stability, long life, and high resistance to vibration. Interior atria spaces with high ceilings, such as industrial low-bay/high-bay settings, and two-story retail spaces and airport concourses.
Other general lighting applications, include but are not exclusive to ,exterior signage installations based on the -25°C starting temperature (large box signage especially), covered parking facilities, decorative post-top street lights, and exterior-mounted security lights. Other successful interior installations have occurred in tunnels, gyms, food production areas, and arenas. In addition, the technology is well-suited to cold storage applications like walk-in freezers and unconditioned warehouses, where induction lighting can be combined with occupancy sensors for maximum efficiency.
The Induction Lighting Company- Projectâ&#x20AC;&#x201C; European Distribution Centre
60,000 sq metres ; 850 200W Induction Luminaires at 11 metres; 135 Lux
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Induction High / Low Bay Applications BENEFITS • 5 Year warranty • Increased Lumens 370 Lux to 510 Lux • Reduced operating costs 120w replaces 250w 150w replaces 300w 200w replaces 400w 300w replaces 600w • Carbon savings • 80,000 hours life • Reduced failures and maintenance • Easy retro fit • Lease options
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Hi-Bay Food Processing Application 200w Induction replaces a 400W SON and Metal Halide
Work in progress images show new induction v existing SON
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Multi-Bay Public Transport Application
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Low-Bay Production Area Application Low Bay Induction Lamp: 100W Height: 6m Distance: 3m x 3m Ground level Lux:240 Replaces Lamp: MH 250W Benefits Pay Back : 1.76 yrs Warranty: 5 years RoI over 5 years: 2.85
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Floodlight and Car Park Application
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – LCD and T5 Replacement and Retrofit Applications INDOOR Linear Tube Replacement and Retrofit Applications • Office, meeting rooms • Schools • Commercial and Industrial complexes • Sports complexes BENEFIT · Lower Initial Costs · High Initial Lumen Output
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Multi-bay Workshop and Showroom Applications
Find new image
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Sports Hall and Gymnasium Application
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting The ILC – Retail Applications
Project Examples
The ILC â&#x20AC;&#x201C; Introduction to The ILC
The I L C - PROJECT 1 â&#x20AC;&#x201C; European Distribution Centre
60,000 sq metres ; 850 200W Induction Luminaires at 11 metres; 135 Lux
The I L C - PROJECT 1 â&#x20AC;&#x201C; European Distribution Centre
Luminaire maintenance savings over 5 year warranty period in excess of ÂŁ72,500
The I L C - PROJECT 1 â&#x20AC;&#x201C; European Distribution Centre
Carbon emissions savings in excess of 1135 tonnes per annum
The I L C – PROJECT 2 Food Processing Warehouse
The figures Quantified energy savings per annum CO2 tonnes saved per annum: Projected payback period (with ECA)
£ 59,191 453 tonnes 1.48 years
Additional and ongoing benefits Total energy saving over 5 year warranty period £295,594 Return on Investment over warranty period 3.39 Total carbon saving over warranty period 2176 tonnes CRC Tax saving over warranty period £ 26,117 Maintenance saving over warranty period £ 33,745
The I L C – PROJECT 3 Food Processing Production Area For a recent and ongoing project in the food processing sector 5000 400watt Sodium and HQI high energy lamps are to be replaced with 200 Watt KERS Induction lamps. Based on electricity prices (May 2011) a saving of £895,855 per year (£74,655 per month) on energy costs will accrue- an energy saving of £4,479,274.50 over 5 years. Capital Investment Option For an outright capital investment of £1.6 million ECA tax benefits of 25% in the first year will also accrue under the energy efficiency scheme. Thus providing a Pay Back on Investment over 1.33 years and ongoing benefits of £895,854.90 per annum thereafter from reduced fuel costs alone.
The I L C – PROJECT 3 Food Processing Production Area Lease Purchase Option However, to avoid such a massive upfront cash outlay TILC have negotiated a lease purchase option:• Lease cost per month for 5 years • Fuel saving per month • Cash flow benefit per month for 5 years
£33,520 £74,654 £41,136
At the end of the 5 year lease period the full £74,136 per month fuel benefit accrues - £895,854.90 per annum from the reduced fuel costs alone. The monthly rental premiums are tax allowable at the company’s 25% corporation tax rate, reducing the gross £33,520 to £25,140
The I L C – PROJECT 3 Food Processing Production Area Carbon and CRC Tax Savings The Carbon emission reduction based on the above equates to 6,116 tonnes per annum Under current CRC tax rates this equates to a real saving of £73380 per annum Maintenance Savings Historical costings show that the existing traditional lighting lamps have cost the company a sum of £17 per lamp per annum in replacement costs. This will be mitigated by the Induction lamps and will save a further £85,000 per annum
The I L C â&#x20AC;&#x201C; PROJECT 4 Warehouse The ILC were invited to review and design the high bay lighting for a warehouse which was using metal halide lamps. A survey was completed and a comparison was delivered between the existing metal halide lighting and proposed replacement ILC induction lamps Comparison Item
Old Lighting System
Induction Lighting System
Light Source Wattage
400W ( per lamp )
200W ( per lamp )
Actual Power Consumption
460W ( lamp & ballast )
210W ( lamp & ballast )
Brightness
373Lux
510Lux
Luminous Efficacy
Low Efficacy, Severe Luminous Decline, Poor CRI
High Efficacy, Low Luminous Decline
Life Hours
8000 hrs. ( 1 year @ 24 hrs/Day ) ( Change 250 lamps Every Year )
80,000 hrs. (10 years @ 24 hrs/Day) ( Change ZERO Bulbs for 10 Years )
No. of Fixtures
250 pieces
250 pieces
Excellent CRI
The I L C – PROJECT 4 Warehouse – Lighting Design
The I L C – PROJECT 4 Warehouse – CRC Cost and Carbon Saving The TILC energy cost comparator calculator indicates an operating cost saving of £35,380 per annum and 275 tonnes of carbon The use of a motion detector/lux meter which based upon Carbon Trust figures accounts for a further 40% saving in energy and carbon costs providing cost saving of £46,388 per annum and 360 tonnes of carbon The Return on Investment in the former case is 19 months whilst in the latter case this is reduced to 14 months Key Variable Information
Standard Fitting
KERS Solution
KERS+ Sensor Solution
Amount of Lamps Used in Example Wattage Rating of Solution Hours of Use Per Day Days Used Per Week (for 52 Weeks of the year) Total Days Used in the year
250 480 24 6 312
250 210 24 6 312
250 210 14.4 6 312
3594.24
1572.48
943.488
Annual Total KWA (multiplied by the amount of fittings)
898560.00
393120.00
235872.00
Rate of KWH in Pence
7
7
7
Cost of Power Useage For Year
£62,899
£27,518
£16,511
Running Cost Saving Per Annum
Running Cost Saving Per Annum
£35,380.80
£46,388.16
Carbon Tonnage Saved Per Annum
Carbon Tonnage Saved Per Annum
275.050
360.622
The I L C – PROJECT 4 Warehouse – Energy Saving Power Log Below is a 24 hour time line of each light system showing Amps, KW (red line) and KVA (green line). On the left are the existing SON lamps and on the right are the induction lamps. There was a reduction in true energy consumption from around 10Kw with the old lighting system reduced to a 3.5Kw with the induction lamps. The induction lamps have also been turned off at 15.30 when the room was not occupied. This is showing a reduction in true energy of 6.5Kw including the batteries trickle charging via the UPS system.
SON lamp– circa 10KW
Induction lamp– circa 3.5 KW
Service - An Integrated Lighting Solution System Designs, UK Manufacture, Factory Bespoke Solutions, and Retro Fit Packages
The ILC â&#x20AC;&#x201C; Introduction to The ILC
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting
Quality Components, UK Manufacture, Quality Assurance
Almost without exception all Induction Lamps and Ballasts are sourced from China. Our chosen LED products are from the Far East from quality assured manufacturers. At The ILC we have set up a robust logistics chain for the supply of high quality, long life Induction lamps and ballasts through a commercial agreement with our import partners in China. Quality control and customer services are undertaken at source, thereby guaranteeing the highest quality products and reliable service. Add to this, the high quality components are shipped direct to our production unit in Bedfordshire sufficient to ensure timely lead times to our customers. Our lighting fittings are produced here in the UK and shipped direct to you the customer, and the all round facilities enable us to provide our portfolio of standard products and a factory bespoke solutions manufacturing service. Shrewd volume buying and the efficient logistics chain deliver significant costs savings which underscore the provision of quality products at hugely competitive pricing for the benefit of our customers. Luminaires are CE, RoHS, FCC, certified and comply with EU directives and design standards and are covered by a 5 year full lamp and ballast replacement warranty (c 40,000 operating hours) with a rated lifetime of c 80,000 hours (10 years). Our installation partners are NIC EIC accredited and dedicated to providing you with the best in design, project planning, and implementation, and our solutions are bespoke to your requirements. The installation works are warranted for 1 year and the Induction luminaires for 5 years. Our products and services often offer a 50% reduction in lighting energy cost and carbon usage, improvement in light quality, reduced maintenance costs, and reduced CRC tax (where applicable). The competitive pricing and energy saving provide pay back periods of less than 2 years, and Returns on Investment exceeding 4 supported by the 5 year warranty period.
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting
Site Specific Integrated Low Energy Lighting Solutions Mission Statement - Service and Support above Customer Expectations • Free survey • CRC calculations to indicate cost and carbon savings • Pay back periods < 2 years, and Return on Investment > 4 during warranty periods • Quotation pack to present at Board level (and support if required) • Power Log – prior and post installation to quantify savings • UK Manufacture, •Factory Bespoke Solutions from an extensive portfolio of Induction, LED, LCD, and T5 •LCD and T5 Linear Tube Replacement and Retro Fit cost effective solutions •Induction and LED lamp replacement • 5 year warranty on Induction, 2 year warranty Cold Cathode (LCD) Passion to succeed and create life time partnerships
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting
Free Survey, Design, Report, Presentation
Accurate positioning and quantity of the correct lamp size for the solution
Photometric visualisation of lumen levels and uniformity of distribution of light
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting
Power Log – Measure and Control Usage True Energy Consumption. Below is a 24 hour time line of both lighting system showing Kw and Kwh consumption during midweek and weekends. On the left is the existing 400watt lighting system recorded at the start of the project Tuesday /Wednesday the 14th and 15th of June 2011. On the right is the 200 watt Induction system and was recorded on Tuesday /Wednesday the 5th and 6th of July.
Existing HID Lighting Mid-Week Usage
Induction Lighting Mid-Week Usage
32.5 Kw
13.0 Kw
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting
Bespoke Management Reports for Board Level Consideration Pay Back and Return on Investment
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting CRC Tax, Cost and Carbon Savings Calculations, and Funding Options
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting
UK MANUFACTURED – CAD and CNC MACHINE SHOP
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting
UK MANUFACTURED – RETRO FIT BESPOKE SOLUTIONS
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting
HF INDUCTION BULBS FOR RETRO FIT
HF Induction Bulbs
20W
30W
40W
End Cap
HF Induction bulbs of 20W, 30W, and 40W with E27 screw fitting, and also an E40 / E27 end cap converter. The light outputs vary and are summarised as:•20W provides 1258 lumens equivalent to a traditional 100W lamp •30W provides 2260 lumens equivalent to a traditional 150W lamp •40W provides 2472 lumens equivalent to a traditional 200W lamp The Induction bulb gives significant energy cost savings – energy and carbon costs savings of 80% can be realised.
The ILC – A Low Energy Range of Induction, LED, LCD, & T5 Lighting
HF INDUCTION LAMPS FOR RETRO FIT Model
Warranty
Voltage
Lumens
Colour Temperature
120W
5 YR
220-240
9600
2700/3500/4100/6500
150W
5 YR
220-240
12,000
3500/4100/5000/6500
200W
5 YR
220-240
16,000
3500/4100/5000/6500
300W
5 YR
220-240
24,000
3500/4100/5000/6500
Circular Lamp
Rectangular Lamp
BENEFITS • 5 Year warranty – underscores your investment strategy • Increased Lumens per watt – better brighter working environment • Reduced operating costs – often more than 50% 120w replaces 250w 150w replaces 300w 200w replaces 400w 300w replaces 600w • Carbon savings – supports environment strategies • 80,000 hours life - Reduced failures and maintenance saves costs • Easy retro fit • Lease options – no capital expenditure requirements and tax efficient
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting
LED LAMPS FOR RETRO FIT LED 60W Corn replaces 200W CFL lamps > 70% energy cost savings
LED 18W downlight replaces twin 2 x18 W PL > 50% energy cost savings
The ILC â&#x20AC;&#x201C; A Low Energy Range of Induction, LED, LCD, & T5 Lighting
LCD and T5 Linear Tubes for Replacement and Retrofit
Low Energy Lighting Solutions - A Basic Comparison
The ILC â&#x20AC;&#x201C; Introduction to The ILC
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons Overview of Lighting Usage in Various Sectors
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons Metal Halide or Induction? Costs and Energy Savings
The ILC – Low Energy Lighting - Basic Comparisons Metal Halide or Induction? Costs and Energy Savings Q? Metal Halide luminaires are cheaper to install initially than the equivalent light emitting Induction luminaire. When do I realise a pay back using Induction? A The example across compares a 400W MH and a 200W Induction luminaire. The operating wattages are 440W and 205 W respectively and it is this much reduced energy pull that will provide the pay back. The induction lamp benefits financially from ECA tax relief after which the average price difference is circa £35. The costs to run the Induction are more than 50% cheaper and it is this cost benefit that contributes to mitigate the initial more expensive investment. In the example, depending on the hours of operation, the pay back cross over period varies between 10 to 14 weeks – thereafter the costs benefits accrue for the 8 years of the induction lamp expected life.
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons Indicative Energy and Carbon savings for examples of 10 off of each of various luminaires in a typical commercial environment using Induction to replace traditional lighting
Excludes cost benefits of reduced life time maintenance and annual CRC Tax
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons – 250W Metal Halide v 100W Induction
alide H l a t e M 250W
100W Ind
uction
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons – Light Output and Costs
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons Lamp Comparisons â&#x20AC;&#x201C; Maintenance
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons Lamp Comparisons â&#x20AC;&#x201C; Carbon and Environment
A pellet of Amalgam can be seen in the glass "fill tube" of a typical round induction lamp. The silver object at the bottom left of the picture is one of the external inductors.
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons – Pay Back and Return on Investment
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons – Induction v Traditional lamps
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons – Induction v Traditional Fluorescent Lamps
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons – Induction v LED v Contemporary T5 Lamps
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons–Lumen Degradation–Induction v MH v LED
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons Lamp Comparisonsâ&#x20AC;&#x201C;Life Time Hours Lifetime LEDs are promoted as the best alternative to conventional lighting due to their longevity. At The ILC we question and challenge this! The chart below shows the typical lifespan for the most frequently used types of commercial/industrial lamp types
Induction lamps have a lifespan of 80,000 to 100,000 hours (depending on type and model), which is essentially twice that claimed made for LED lamp life spans. However, and most importantly, the induction ballasts last the lifetime of the lamp whilst the power supply units for LED lamps are around 10,000 to 20,000 hours at the present time. This makes a simple life time choice in favour of the induction lamp .
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons–Energy Convertion (Efficacy) (L/W)
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons–Scotopic / Photopic Ratios (S/P) Q? What is the difference between Photopic and Scotopic light output from lamps? A Early lighting technology measured light outputs “lumen outputs” using a light meter which only reads a limited part of the spectrum and this provided a “photopic” measure of the light output. However, the eye, assesses a much broader part of the spectrum and “reads” a much higher “lumen output” than a simple meter. This is the “Scotopic” measure of light Q? Is the Scotopic effect advantageous to Induction lamps? A YES – Research has shown that the light emitted by an induction lamp has a higher Scotopic to Photopic ratio(S/P) ratio than other lighting technology outputs, thus further enhancing the benefits of Induction lighting relative to other technologies
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons–Scotopic / Photopic Ratios (S/P)
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons–Scotopic / Photopic Ratios Efficacy
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons– Light Output of a 200W Lamp
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons– Mercury Consumption
The ILC – Low Energy Lighting - Basic Comparisons Lamp Comparisons– Contemporary Lighting
Why The Induction Lighting Company ?
The ILC â&#x20AC;&#x201C; Introduction to The ILC
The ILC – Low Energy Lighting - Basic Comparisons Your Partner Now and for the Future We all operate in a fast-changing world, and the challenges facing our businesses are manifold and complex. Advances in affordable Induction Lighting and other emerging low energy lighting provide us with significant benefits in business critical areas. •Save money •Save Carbon •Increase lighting efficiency Implement and continuously assess green strategies that are both cost effective and commercially beneficial It’s not what we know it’s what we do with what we know
The ILC â&#x20AC;&#x201C; Low Energy Lighting - Basic Comparisons Your Partner Now and for the Future
THE ILC continues to develop its product offerings over the whole range of technology driven new lighting solutions directed at reducing energy costs, carbon footprint, maintenance, and workplace H&S compliance. The ILC low energy lighting solutions are site specific and designed with your lighting needs and costs in mind. We give you what you need not what we want to sell you! The ILC your Lighting Partner Now and for the Future
General Product Range A guide to our extensive range of induction lighting, LED, T5 linear tube, and other low energy lighting products
The ILC â&#x20AC;&#x201C; Introduction to The ILC
TESLA.HB HIGH BAY RANGE Model
Wattage
Lumens
Tesla HB 80
80W
6,400
Tesla HB 120
120W
9,600
Tesla HB 150
150W
12,000
Tesla HB 200
200W
16,000
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
200 Watt induction lamp will replace a 400 Watt metal halide lamp Features •Lamp source: Circular Induction •Power 80/120/150/200W •Protection Class: IP54 •Die cast aluminium end covers •Die cast aluminium electric box •Polished high purity aluminium reflector for stable optical properties • UV-proof heat resistant PC diffuser cover, long life span, •16000Lm (42,000 Plm/W) •80 Lm/watt •5 year warranty •No glare
Applications •Warehouses , Factories, Production areas, Food production, Open Areas, Racking aisles
200W Distribution
Dia 575 x H635
TESLA LP - LOW PROFILE HIGH BAY RANGE Highbay / Lowbay for restricted head room applications Model
Wattage
Lumens
Tesla LP HB 80
80
6,400
Tesla LP HB 120
120
9,600
Tesla LP HB 150
150
12,000
Tesla LP HB 200
200
16,000
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
150 Watt induction lamp will replace a 300 Watt metal halide lamp Features •Lamp source: Circular Induction •Power 80/120/150/200W •Protection Class: IP54 •Die cast aluminium electric box •Polished high purity aluminium reflector •12000Lm (31,000 Plm/W) •80 Lm/watt •Open Diffuser •Glass or Polycarbonate Diffuser optional
Applications •Low Ceiling Warehouses, Factories, Production areas, •Retail, Food production, Logistics centres
80W Distribution
200W Distribution
Dia 555 x H390
TESLA S - SUPER HIGH BAY RANGE SUPER HIGH REFLECTION Model
Lamp Wattage
Lumens
TeslaS HB 120
120
9,600
TeslaS HB 150
150
12,000
TeslaS HB 200
200
16,000
TeslaS HB 300
300
24,000
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
300 Watt induction lamp will replace a 600 Watt metal halide lamp Features •Lamp source: Circular Induction •Power 120/150/200/300W •Protection Class: IP65 •Electrostatic sprayed great heat dissipation box •Diamond reflector, high purity aluminium reflector, (patented of Hongyuan) •Stable optical performance •Tempered glass for high transmission of light •24,000Lm (63,000 Plm/W) •80 Lm/watt
Applications •Warehouses, Industrial Factories, Retail, Supermarkets, Stadia, Food production
300W Distribution
Dia 585 x H755
TESLA .VG. HB HIGH BAY RANGE UK MANUFACTURE 200 Watt induction lamp will replace a 400 Watt metal halide lamp Model
Lamp Wattage
Lumens
Tesla.VG. HB 80
80
6,400
Tesla.VG. HB 120
120
9,600
Tesla.VG. HB 150
150
12,000
Tesla.VG. HB 200
200
16,000
Features •Lamp source: Circular Induction •Power 80/120/150/200W •Protection Class: IP64 •Die cast aluminium electric box •High purity spun aluminium reflector •Tempered glass for high transmission of light •16,000Lm (42,000 Plm/W) •80 Lm/watt
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
Applications •High Warehouses •Factories •Production areas •Logistics centres •Food production
TESLA .VPC.HB HIGH BAY RANGE UK MANUFACTURE 200 Watt induction lamp will replace a 400 Watt metal halide lamp Model
Lamp Wattage
Lumens
Tesla. VPC. HB 80
80
6,400
Tesla. VPC. HB 120
120
9,600
Tesla. VPC. HB 150
150
12,000
Tesla. VPC. HB 200
200
16,000
Features •Lamp source: Circular Induction •Lamp life : 80,000 •Warranty 5 years •Power 80/120/150/200 W •Protection Class: IP64 • Polycarbonate reflector • Open •Glass or Polycarbonate Diffuser option •Die cast body, black powder coat finish •16,000Lm (42,000 Plm/W) •80 Lm/watt
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
Applications •Warehouses • Sports Halls •Stadia • Retail •Food production •Logistics centres
TESLA .MB. MULTI and LOW BAY RANGE UK MANUFACTURE Model
Lamp Wattage
Lumens
Tesla MB 80
80
6,400
Tesla MB 120
120
9,600
Tesla MB 150
150
12,000
Tesla MB 200
200
16,000
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
200 Watt induction lamp will replace a 400 Watt metal halide lamp Features •Lamp source: Rectangular Induction •Power 80/120/150/200W •Protection Class: IP54 • Powder coated steel chassis and picture frame cover •High purity diamond polished steel reflector •16,000Lm (42,000 Plm) •80 Lm/watt
Applications •Industrial production areas • Warehouses •Garages •Workshops •Factories •Food production
All luminaires are CE, RoHS, FCC,UL certified and comply with EU directives and design standards (T) +44(0) 1142511512
info@theinductionlightingcompany.com
www.theinductionlightingcompany.com
TUNNEL LIGHT – SERIES 1 AND SERIES 2 Lumens
Tunnel Series 1 80
80W
6,400
Tunnel Series 1 120
120W
9,600
Tunnel Series 1 150
150W
12,000
Tunnel Series 2 200
200W
16,000
Tunnel Series 2 300
300 W
24,000
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
5 YR
220-240
2700/3500/4100/6500
Series 2
Lamp Wattage
Series 1
Model
Series 1
Series 2
Dimension: 630 x 435 x 165 Protection Class: IP65 Lamp source: rectangular induction Operating Life: 80,000 hours 80 Lm/watt – (32,000 PLm) Material: Die cast aluminium, electro sprayed Reflector: mirror surface aluminium Cover: high intensity, high impact glass Silicon rubber sealant
Dimension: 630x435x300 Protection Class: IP65 Lamp source: rectangular induction Operating Life: 80,000 hours 24,000 Lm – (63,000 PLm) Material : Die cast aluminium., electro sprayed Reflector: mirror surface aluminium Cover: High intensity, high impact glass Silicon rubber sealant
TESLA FLOOD LIGHT – FL SERIES 1,2 & 5 Tessla FL Series 1 40
40W
3,200
Tessla FL Series 1 50
50W
4,000
Tessla FL Series 1 80
80W
6,400
Tessla FL Series 2 120
120W
9,600
Tessla FL Series 2 150
150W
12,000
Tessla FL Series 2 200
200W
16,000
Tessla FL Series 5 200
200W
16,000
Tessla FL Serties 5 250
250W
20,000
Tessla FL Series 5 300
300 W
24,000
FL Series 1 Dimension: 260 x 380 x 210 Protection Class: IP65 Lamp source: rectangular induction Operating Life: 80,000 hours 80 Lm/watt – (17,000 PLm) High pressure die cast aluminium body High efficiency curve mirror surface reflector Tempered glass cover
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
5 YR
220-240
2700/3500/4100/6500
5 YR
220-240
2700/3500/4100/6500
Series 5
Lumens
Series 2
Lamp Wattage
Series 1
Model
FL Series 2 Dimension: 360 x 550 x 234 Protection Class: IP65 Lamp source: rectangular induction Operating Life: 80,000 hours 80 Lm/watt – (43,000 PLm) High pressure die cast aluminium body High efficiency curve mirror surface reflector Tempered glass cover
FL Series 5 Dimension: Dia580 x H700 x D490 Protection Class: IP65 Lamp source: circular induction Operating Life: 80,000 hours 80 Lm/watt – (64,000 PLm) High pressure die cast aluminium electrical box High purity aluminium reflector Tempered glass cover
CAR PARK–CAPRA- SERIES 1,SERIES 3 Model
Lamp Wattage
Lumens
Capra Lux Series 1. 40W
40W
2,800
Capra Lux Series 1. 50W
50W
3,500
Capra Lux Series 1. 80W
80W
6,400
Capra Lux Series 3. 40W
40W
2,800
Capra Lux Series 3. 50W
50W
3,500
Capra Lux Series 3. 80W
80W
6,400
Warranty
Voltage
Colour Temperature
5 YR
220-240
2700/3500/4100/6500
Capra CP 1 Dimension: 315 X 315 X 245 Protection Class: IP20 Lamp source: circular induction Operating Life: 80,000 hours 80 Lm/watt – (.c.17,000 PLm) High pressure die cast aluminium cover High efficiency mirror aluminium reflector High intensity, UV proof, high temperature PC cover
Series 3
Series 1
Series 1 80W
Series 3 80W
Capra CP 3 Dimension: Dia 370 x H210 Protection Class: IP43 Lamp source: circular induction Operating Life: 80,000 hours 80 Lm/watt – (.c.17,000 PLm) Electro Sprayed die cast aluminium cover High efficiency aluminium reflector High intensity, UV proof, high temperature PC cover
ATEX GARAGE – ATHENA RANGE Model
Lamp Wattage
Lumens
Athena ATEX series 1- 40W
40W
3,400
Athena ATEX series 1 -50W
50W
4,250
Athena ATEX series 2- 40W
40W
3,400
Athena ATEX series 2- 50W
50W
4,250
Athena Atex Garage – Series 1 Dimension: Dia 265 x H240 Protection Class: IP66 Lamp source: circular induction Operating Life: 80,000 hours 80 Lm/watt – (.c.17,000 PLm) High pressure die cast aluminium body high mechanical and thermal performance. High pressure electro dust sprayed surface – resistance to corrosion.WF2 High efficiency mirror aluminium reflector High intensity, UV proof, high temperature, high corrosion resistance PC cover Polished aluminium reflector.
Warranty
Voltage
Colour Temperature
5 YR
110-277V/220V/347V
2700/3500/4500/5000/6500
Athena Atex Garage – Series 2 Dimension: Dia 290 x H390 Protection Class: IP66 Lamp source: circular induction Operating Life: 80,000 hours 80 Lm/watt – (.c.17,000 PLm) High pressure die cast aluminium body high mechanical and thermal performance. High pressure electro dust sprayed surface – resistance to corrosion.WF2 High efficiency mirror aluminium reflector High intensity, UV proof, high temperature, high corrosion resistance PC cover Polished aluminium reflector.
STREET LIGHT â&#x20AC;&#x201C; DOUBLE 20W LAMPS Model
Lamp Wattage
Lumens
Warranty
Voltage
Colour Temperature
Double 20W Street Light
40W
2,800
5 years
220-240
2700/3500/4100/6500
FEATURES High pressure diecast aluminium body High efficiency mirror aluminium reflector Protection class: IP54 70 lm/watt â&#x20AC;&#x201C; (c. 7,400 PLm) High mechanical and thermal performance Operating life:80,000 hours Powder coated finish for corrosion resistance High power factor (>0.95) Flicker free Instant on/instant restrike Engineered for efficient cold weather working to -40 APPLICATIONS Street lights, roadways, parking lots, plazas, driveways, off-street areas
STREET LIGHT â&#x20AC;&#x201C; AURA 120W to 300W Model
Aura
Lamp Wattage
Lumens
120W
9,600
150W
12,000
200W
16,000
300W
26,000
Warranty
Voltage
Colour Temperature
5 years
220-240
2700/3500/4000/5000/6500
FEATURES High pressure diecast aluminium body High efficiency aluminium press reflector Protection class: IP65 80 lm/watt â&#x20AC;&#x201C; (c.69,000 PLm) High mechanical and thermal performance Operating life:80,000 hours Powder coated finish for corrosion resistance High power factor (>0.95) Flicker free Instant on/instant restrike Engineered for efficient cold weather working to -40 APPLICATIONS Street lights, roadways, parking lots, plazas, driveways, off-street areas 120W Distribution
300W Distribution
T5 LINEAR MULTI TUBE (MT)HIGHBAY Model
Ballast
Warranty Fitting and Ballast
Voltage
Osram HO 54W Lumens
ILC-T5-HB-MT-2 ILC-T5-HB-MT-4 ILC-T5-HB-MT-6 ILC-T5-HB-MT-8
2 Osram ballasts 2 Osram ballasts 3 Osram ballasts 4 Osram ballasts
5 year
220-240
93 Lm/W
Ballasts – Osram, life time > 100,000 hours Housing: 22 gauge die formed CRS – 1.22 meters in length in white powder coat Reflector: Alanod 320G with 86% reflection 5 year guarantee on fixture and ballast Osram HO 54W linear tube nominal 15,000 hours
T5 Linear Multi Tube Series downward light throw 2 tube
4 tube
6 tube
Tubes NOT included but Osram HO, or GE Starcoat recommended for longer life
8 tube
LED HIGHBAY RANGE
Lamp Wattage
Lumens
LED Highbay 60W
60W
5,000
LED Highbay 80W
80w
6,500
LED Highbay 120W
120w
11,000
LED Highbay 160W
160W
14,000
LED Highbay 200W
200W
18,000
Model
Warranty
Voltage
3 years
110-240V
Colour Temperature
3000K - 3500K 4000K - 4500K 6000K-6500K
Features •Columnar- structured aluminium heat radiator for heat dissipation •Manufacturers estimated lifetime of 50,000 hours •Housing ; polished aluminium alloy •Diffuser Polycarbonate (PC) •Working temperature -40C to +55C •IP 55 •CRI >70 Ra All luminaires are CE, RoHS, FCC,UL certified and comply with EU directives and design standards
LED DOWNLIGHT Model
Wattage
Lumens
Warranty
Voltage
Colour Temperature
18W
1350
2 YEARS
AC110-240V
4200K
LED Downlight LED Dimmable Downlight
Low Energy Linear Tube Lighting Solutions (T5, LCD, LED)
New, Replacement, Retro-fit
LOW ENERGY LINEAR HF TUBE OPTIONS Low Energy Linear HF Tube Options A number of low energy light new fittings, low energy replacement tube, and/or tube retrofit options are available as part of The Induction Lighting Company’s Low Energy Lighting Solutions. These include, but are not exclusive to:•New T5 fittings, new LCD T8 fittings, or new LED T8 or T5 fittings as direct replacements of existing T8/T12 fittings •Replacement of traditional T8 tubes using low energy•LCD T8 fluorescent tubes as a direct replacement for traditional T8 fluorescent tubes in 2ft, 4ft and 5ft options •LED T8 fluorescent tubes as a direct replacement for traditional T8 fluorescent tubes in 4ft and 5ft options •Retro-fit withT5 fluorescent converter/retro-fit kits with a number of tube options, •T5 Tri-phosphate fluorescent tubes •T5 Osram HO Smartlux fluorescent tubes •T5 GE StarCoat fluorescent tubes •T5 LED fluorescent tubes
LOW ENERGY LINEAR HF FITTING OPTIONS New T5 fittings, new LCD T8 fittings, or new LED T8 or T5 fittings as direct replacements of existing T8/T12 fittings
Replacement of traditional T8 using low energyâ&#x20AC;˘LCD T8 fluorescent tubes as a direct replacement for traditional T8 fluorescent tubes in 2 ft,4ft and 5ft options â&#x20AC;˘LED T8 fluorescent tubes as a direct replacement for traditional T8 fluorescent tubes in 4ft and 5ft options
Retro-fit with T5 fluorescent converter/retro-fit kits
LOW ENERGY T5 LINEAR HF REPLACEMENT TUBE FOR HIGH BAY StandardT5 – 10,000 / 15,000 hours Model
Linear Tube Length
Nominal Wattage
T5-14W-2FT-WD-CW/DL
2 FT
14W
T5-21W-3FT-WD-CW/DL
3 FT
21W
T5-28W-4FT-WD-CW/DL
4 FT
28W
T5-35W-5FT-WD-CW/DL
5 FT
35W
Colour
Cool White (4,000 K) Daylight (6,000 K)
Lumen Cool White
Lumen Daylight
1520 Lm
1600 Lm
1950 Lm
2050 Lm
2945 Lm
3100 Lm
3610 Lm
3800 Lm
Lumen Cool White
Lumen Daylight
Osram T5 HO - 15,000/20,000 hours Model
Linear Tube Length
Nominal Wattage
T5-28W-4FT-OSRAM
4 FT
54W
Colour
2700/3000/3500/ 4000/6500
4750 Lm
GE Starcoat T5 – 20,000/30,000 hours Model
Linear Tube Length
Nominal Wattage
T5-28W-4FT-WD-CW/DL
4 FT
54W
Colour 2700/3000/3500/ 4000/6500
Lumen Flux
5000Lm
LOW ENERGY LCD T8 LINEAR HF REPLACEMENT TUBE Linear Tube Length
Nominal Wattage
LCD 2 ft (600 mm)
2 FT
14W
LCD 4 ft (1,200mm)
3 FT
21W
LCD 5 ft (1,500mm)
4 FT
28W
Model
Colour
Lumen
Lumen Output
1,260 5,000 K
90Lm/W
1,890 2,520
The LCD is a T8 HF REPLACEMENT LAMP which has 3 integral switched settings but the following tabulation compares energy savings at the default setting at switch on. The comparative T8 details are taken from the table above. LCDs have a first time to failure of 30,000 hours and an average lifetime of 50,000 operating hours providing an exceptional life time cost relative to other low energy linear tubes.
LOW ENERGY LCD T8 LINEAR HF REPLACEMENT TUBE The tabulation below compares, in round terms, the energy saving between an existing T8 fluorescent and a retrofit LCD T8 solution. It does not take into account the energy savings that accrue from the ability to use a PIR as part of the solution. In general LCD T8s have a first time to failure of 30,000 hours and an average lifetime of 50,000 operating hours. Replaces – Fluorescent Tube T8
LCD – CCFL Tube
Size 2 foot 4 foot 5 foot
At switch on
Level 2
Level3
At switch on
Lamp Wattage
Lamp Wattage
Lamp Wattage
Lamp Wattage
14 Watt
9 Watt
8 Watt
30 Watt
28 Watt
17 Watt
14 Watt
48 Watt
35 Watt
21 Watt
18 Watt
70 Watt
Applications •Easy low labour cost replacement T8 tube using existing T8 fittings •Difficult access areas requiring long lifetime solutions •Museums in fine art and materials displays as there is no damaging UVB •Ideal for food and Deli counters •Schools for low energy light replacement with switched level options •Office lighting – no flicker •Conference and Board meeting areas where dimmable lighting is required •Office lighting
Saved Energy
53% 42% 50%
T5 HF RETRO-FIT / CONVERSION OPTIONS Linear Tube Length
Nominal Wattage
2 FT 3 FT 4 FT 5 FT 6 FT 8 FT
14W 21W 28W 35W 42W 56W
Linear Tube Length
Nominal Wattage
2 FT 3 FT 4 FT 5 FT 6 FT 8 FT
14W 21W 28W 35W 42W 56W
Model
Linear Tube Length
Nominal Wattage
T5-14W-2FT-WD-CW/DL
2 FT
14W
T5-28W-4FT-WD-CW/DL
4 FT
28W
T5-35W-5FT-WD-CW/DL
5 FT
35W
Model T5-14W-2FT-WF-CW/DL T5-21W-3FT-WF-CW/DL T5-28W-4FT-WF-CW/DL T5-35W-5FT-WF-CW/DL T5-42W-6FT-WF-CW/DL T5-56W-8FT-WF-CW/DL
Model T5-14W-2FT-WD-CW/DL T5-21W-3FT-WD-CW/DL T5-28W-4FT-WD-CW/DL T5-35W-5FT-WD-CW/DL T5-42W-6FT-WD-CW/DL T5-56W-8FT-WD-CW/DL
Colour
Cool White (4,000 K) Daylight (6,000 K)
Colour
Cool White (4,000 K) Daylight (6,000 K)
Colour
Cool White (4,000 K) Daylight (6,000 K)
Lumen Cool Lumen Daylight White 1520 Lm
1600 Lm
1950 Lm
2050 Lm
2945 Lm
3100 Lm
3610 Lm
3800 Lm
4370 Lm
4600 Lm
5890 Lm
6200 Lm
Lumen Cool White
Lumen Daylight
1520 Lm
1600 Lm
1950 Lm
2050 Lm
2945 Lm
3100 Lm
3610 Lm
3800 Lm
4370 Lm
4600 Lm
5890 Lm
6200 Lm
Lumen Cool White
Lumen Daylight
1520 Lm
1600 Lm
2945 Lm
3100 Lm
3610 Lm
3800 Lm
RETRO FIT HIGH FREQUENCY INDUCTION LAMPS Model Link 15 (E27) Link 23 (E27) Link 40 (E27) Link 40 (E40) Link 50 (E27) Link 50 (E40)
Lamp Wattage 15 23
Lumens
Warranty
Voltage
Colour Temperature
3 years
110-277/120/220/277/347, 12/24
2700/3500/4000/5000/6500
Warranty
Voltage
Colour Temperature
3 years
180-265
2700/4000/5000/6400
750 1,400
40
2,600
50
3,250
Model
Lamp Wattage
Lumens
Relamp 20
20
1,257
Relamp 30
30
2,134
Relamp 40
40
2,596
HF Induction bulbs of 20W, 30W, and 40W with E27 screw fitting, and also an E40 / E27 end cap converter. The light outputs vary and are summarised as:•20W provides 1257 lumens equivalent to a traditional 100W lamp •30W provides 2134 lumens equivalent to a traditional 150W lamp •40W provides 2596 lumens equivalent to a traditional 200W lamp The Induction bulb gives significant energy cost savings – energy and carbon costs savings of 80% can be realised. All luminaires are CE, RoHS, UL certified and comply with EU directives and design standards
RETRO FIT LED CORN LAMPS Model
Wattage
ILC CORN 40W
40W
ILC CORN 60W
60W
ILC CORN 80W
80W
Lumens CW(4000-4200LM) CW(6000-6200LM) CW(8000-8300LM)
Warranty
Voltage
Colour Temperature WW(2700-3500K),
2 YEARS
AC85-277V
NW( 4000-6000K), CW( 6000-7500K)