_ WHY NIKKON LAMPS NOW? ABOUT THE COMPANY. We feel that this is the right time to introduce NIKKON lamps into the market.

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2 ABOUT THE COMPANY _ WHY NIKKON LAMPS NOW? We feel that this is the right time to introduce NIKKON lamps into the market. Our lighting expertise has always been in designing, integrating, manufacturing and supplying industrial lighting products; and in custommaking energy efficient luminaire designs for our customers. SETM is a one-stop industrial lighting solutions provider, and launching our own line of NIKKON lamps serves to enhance this function. _ WHO ARE WE? Established in 1980, Success Electronics & Transformer Manufacturer Sdn Bhd (SETM) is one of the largest transformer and industrial lighting manufacturers in Malaysia. We began by consolidating our core business in transformers and battery chargers, after which we expanded our range of products and services into lighting products. The company is wholly owned by Success Transformer Corporation Berhad, which is listed on the Main Board of Malaysia s securities exchange, Bursa Malaysia. _ WHAT ARE WE? Accreditations (among others): ISO 9001:2000 Quality Management System Standards, certified by Bureau Veritas Quality International (BVQi), which verifies that SETM s management system complies with the ISO international standards of quality management SIRIM Product Certification for ballasts, ignitors and street lighting, SIRIM being a nationally recognised certification that conforms to national and international standards and guidelines TÜV certification Our NIKKON street lightings are rigorously tested for the applications they were designed for. TÜV certification shows that our devices satisfy the strictest European regulations for their kind in the industry and verifies that their component specifications are stated correctly. Our lights are re-tested yearly in order to maintain TÜV approval. The certification is without question the most comprehensive testing any product would undergo. We are a top ranking, reliable and professional organisation, well known for our commitment to customer satisfaction and innovation. Well established and stable, we are highly regarded by our loyal and longstanding customers. Our sales records and level of customer satisfaction bear out our high level of experience and success in this area. Moreover we are well placed to maintain this strong position for we have the drive and determination to constantly seek ways to enhance our range of products and services. We began by manufacturing transformers in We then expanded our product range to include industrial lighting products in Parallel to this we sold our own light fittings and components in lamps from renowned brands such as EYE (Japan). And now we are introducing our own line of NIKKON industrial, commercial and household lamps. NIKKON lamps complement our existing industrial lighting products. While remaining of a consistently high standard, our products are now also more competitive. In addition, NIKKON lamps are being integrated into our lighting design simulations in which we advise customers which light fittings to use, and how to use them, in order to illuminate an area in the most efficient and effective way. Using NIKKON lamps enhances this service. We now have more lamps, better lamps: more choice, better lighting designs. We can suit more of the customers needs, and we can augment the effectiveness of their lighting. Furthermore, NIKKON lamps are part of our environmental conservation effort. Using our own Spectroradiometric System, the lamps are tested for compliance with energy efficient category requirements. Putting NIKKON lamps on the market is our latest move in offering the customer more: more streamlined service, more products; greater efficiency, greater convenience. _ OUR ENDURING PHILOSOPHY It continues to be our philosophy to ensure that we are good at what we do; to improve; to regularly achieve greater things. Our workforce is committed, it is dynamic. Customer satisfaction is our common goal and that is what creates the cohesion that is necessary for sustained success. Innovation; judicious investment in state-of-the-art equipment; a sound Research and Development policy these underpin our corporate philosophy and create a fertile environment for improvement and growth. We continue to upgrade, and to advance.

3 Looking after our planet is about more than being able to enjoy it in the years to come: it is about ensuring that we have a viable one in the years to come. Our land, air and water are polluted. Our natural resources are diminishing rapidly. All these resources are the foundation of our existence and continued survival, yet our lifestyles threaten this foundation and therefore our very survival. The way we grow our food, produce or manufacture our goods, power our homes, get about, create cities the very way we live depletes and pollutes. The answer is balance. It is not about doing without. It is about using what we have in a responsible and sustainable way. Each and every one of us can play a part in this; each and every one of us can make a difference; each and every one of us has the responsibility to do so. SETM fully believes this and we are now in a position to participate in this global effort of environmental responsibility as individuals and as a company. As individuals, each and every one of us takes something from the planet, and so each and every one of us should put something back. Changing the way we live is possible, from small steps to big leaps. At SETM, we apply fundamental conservation practices to our most basic daily activities in the workplace. We re-use or recycle paper, carton boxes, wooden pallets & wooden cases; members of our staff are encouraged to dispose of their waste in the appropriate bins so that they can be sent for recycling; we conserve energy where possible, for example by switching off electrical appliances when not in use. We also green our premises with trees. There is no doubt that we live in a society where lighting is important it is unlikely that we are ever going to do without lights. Lights consume electricity. This depletes the Earth s resources. The manufacture of lights requires raw materials, also depleting the Earth s resources. The process of manufacturing itself produces some amount of waste. It is therefore crucial that we, as lighting manufacturers,take the initiative to improve energy efficiency and lower environmental impact. We have done just this, in one of the services we offer to our customers. We advise our customers which lighting fixtures (with high efficiency durability) would best suit their needs while being optimally energy efficient. By using high efficiency lighting, customers can reduce the number of fittings being installed while still achieving their desired lux level, thus reducing the total energy consumption. An increasing number of the products now designed and manufactured by us is energy saving. Some examples are the lumens regulator, power switch and dimmer ballast, all of which are used for energy saving streetlights on highways. We design, manufacture and integrate our power switches and dimming ballasts in our streetlights to reduce power consumption. Our streetlights are programmed to come on and go off at specific times of the day, and to dim during the off-peak hours of the night. The lumens regulator runs and controls entire systems, comprising lights, and it helps to stabilise the line voltage to increase the service life span of the lamp and prolong the maintenance cycle. Under NIKKON, we have designed and manufactured the Energy Saving Lamp that, while maintaining excellent colour rendering and high luminosity, saves considerable energy by using 80% less power than incandescent lamps.(see pages 08 & 09) Our efforts are ongoing. With a view to playing an ever-bigger part in conserving our planet, coming up with energy efficient and renewable energy products (such as solar, pico hydro and wind) has become a priority for us. Along with developing more energy efficient lamps and systems, we will continue to research their viability with the hope of developing these products as yet another way of playing a small but valuable part in looking after our planet. HELPING OUR PLANET

4 PRODUCT SPECIFICATION _ ENERGY SAVING LAMPS _ ELLIPTICAL COATED METAL HALIDE _ TUBULAR METAL HALIDE _ DOUBLE ENDED METAL HALIDE _ G12 METAL HALIDE _ 10000K TUBULAR METAL HALIDE _ HIGH PRESSURE SODIUM _ HIGH PRESSURE MERCURY VAPOUR

5 ENERGY SAVING LAMP lamp initial colour colour rendering model wattage current(ma) lamp type mogul base lumens(lm) temperature index(ra) DAYLIGHT NES 5W/865/E27 5W 45 2U E K 80 NES 5W/865/B22 5W 45 2U B K 80 NES 9W/865/E27 9W 78 2U E K 80 NES 9W/865/B22 9W 78 2U B K 80 NES 13W/865/E27 13W 90 3U E K 80 NES 15W/865/E27 15W 115 3U E K 80 NES 20W/865/E27 20W 145 3U E K 80 NES 26W/865/E27 26W 180 3U E K 80 WARM WHITE NES 5W/827/E27 5W 45 3U E K 80 NES 5W/827/E14 5W 45 3U E K 80 NES 9W/827/E14 9W 78 3U E K 80 NES 11W/827/E27 11W 83 3U E K 80 NES 15W/827/E27 15W 115 3U E K 80 NES 20W/827/E27 20W 145 3U E K 80 A B C D lumen average dimension fi gure quantity/ effi ciency(lm/w) life (hrs) i ii iii number carton (pcs) C A C A D D D D D B B D D D 25 ADVANTAGES _ Up to 80% savings in electricity costs compared to ordinary light bulbs _ Straightforward range with E14 & E27 wattage _ Low weight _ Excellent colour rendering

6 ELLIPTICAL COATED METAL HALIDE lamp lamp initial model ballast bulb base voltage(v) current(ma) lumens(im) effi ciency(lm/w) HIQ-E 70W/C/U/4K MH70W ED55 E HIQ-E 150W/C/U/4K MH150W ED55 E HIQ-E 250W/C/U MH250W ED90 E HIQ-E 400W/C/U MH400W ED90 E average burning fi gure quantity/ life (hrs) CCT(K) CRI fi nish position number carton (pcs) coated U C coated U C coated U B coated U A 06 A B C Ø _ 120mm Ø _ 90mm Ø _ 55mm MOL _ 292mm MOL _ 211mm MOL _ 138mm LCL _ 178mm LCL _ 127mm LCL _ 86mm base _ E40 base _ E40 base _ E27 ADVANTAGES _ Energy saving solution with better colour appearance and rendering property _ Minimum maintenance cost _ Long lifetime compared to incandescent and halogen lamps _ High colour stability over service life

7 TUBULAR METAL HALIDE lamp lamp initial model ballast bulb base voltage(v) current(ma) lumens(im) effi ciency(lm/w) HQI-T 250W/BH MH250W T46 E HQI-T 400W/BH MH400W T46 E average burning fi gure quantity/ life (hrs) CCT(K) CRI fi nish position number carton (pcs) clear HOR±45 A clear HOR±45 B 12 A B Ø _ 46mm Ø _ 46mm MOL _ 225mm MOL _ 285mm LCL _ 146mm LCL _ 175mm base _ E40 base _ E40 ADVANTAGES _ Energy saving solution with better colour appearance and rendering property _ Minimum maintenance cost _ Long lifetime compared to incandescent and halogen lamps _ High colour stability over service life

8 DOUBLE ENDED METAL HALIDE lamp lamp initial model ballast bulb base voltage(v) current(ma) lumens(im) effi ciency(lm/w) HQI-DE 70W/BH/4K MH70W Ø21 RX7s HQI-DE 150W/BH/4K MH150W Ø24 RX7s average burning fi gure quantity/ life (hrs) CCT(K) CRI fi nish position number carton (pcs) clear HOR±45 A clear HOR±45 B 48 A B Ø _ 21mm Ø _ 24mm MOL _ 117.6mm MOL _ 135.4mm base _ RX7s base _ RX7s ADVANTAGES _ Energy saving solution with better colour appearance and rendering property _ Long lifetime compared to incandescent and halogen lamps _ Compact size for smaller luminaire _ High lamp effi cacy results in low operating costs _ Minimum maintenance cost

9 G12 METAL HALIDE lamp lamp initial model ballast bulb base voltage(v) current(ma) lumens(im) effi ciency(lm/w) HQI-G12 70W/4K MH70W Ø23 G HQI-G12 150W/4K MH150W Ø23 G average burning fi gure quantity/ life (hrs) CCT(K) CRI fi nish position number carton (pcs) clear U A clear U A 48 A Ø _ 23mm MOL _ 110mm LCL _ 56mm base _ G12 ADVANTAGES _ Energy saving solution with better colour appearance and rendering property _ Long lifetime compared to incandescent and halogen lamps _ Compact size for smaller luminaire _ High lamp effi cacy results in low operating costs _ Relatively low heat output enhances comfort for shoppers

10 10000K TUBULAR METAL HALIDE lamp lamp initial model ballast bulb base voltage(v) current(ma) lumens(im) effi ciency(lm/w) HQI-T PLUS 250W/BH/10K MH250W T46 E HQI-T PLUS 400W/BH/10K MH400W T46 E average burning fi gure quantity/ life (hrs) CCT(K) CRI fi nish position number carton (pcs) clear HOR±45 A clear HOR±45 B 24 A B Ø _ 46mm Ø _ 46mm (min) 62mm(max) MOL _ 225mm MOL _ 285mm LCL _ 146mm LCL _ 165mm base _ E40 base _ E40 ADVANTAGES _ High lamp effi cacy results in low operating costs _ Optimum light spectrum _ High colour rendering

11 HIGH PRESSURE SODIUM lamp lamp initial model ballast bulb base voltage(v) current(ma) lumens(im) effi ciency(lm/w) SON-T 70W HPS70W T38 E SON-T 150W HPS150W T46 E SON-T 250W HPS250W T46 E SON-T 400W HPS400W T46 E average burning fi gure quantity/ life (hrs) CCT(K) CRI fi nish position number carton (pcs) clear U A clear U B clear U C clear U D 12 A B C D Ø _ 38mm Ø _ 46mm Ø _ 46mm Ø _ 46mm MOL _ 158mm MOL _ 210mm MOL _ 259mm MOL _ 292mm base _ E27 base _ E40 base _ E40 base _ E40 ADVANTAGES _ High lamp effi cacy results _ The ideal balance between colour impression and energy effi ciency

12 HIGH PRESSURE MERCURY VAPOR lamp lamp initial model ballast bulb base voltage(v) current(ma) lumens(im) effi ciency(lm/w) HPL-E 125W HPMV125W E75 E HPL-E 250W HPMV250W ED90 E HPL-E 400W HPMV400W ED120 E average burning fi gure quantity/ life (hrs) CCT(K) CRI fi nish position number carton (pcs) coated U A coated U B coated U C 06 A B C Ø _ 75mm Ø _ 90mm Ø _ 120mm MOL _ 173mm MOL _ 230mm MOL _ 292mm base _ E27 base _ E40 base _ E40 ADVANTAGES _ Good budget alternative _ Creates a comfortable environment at low investment cost

13 GENERAL INFORMATION _ BASIC LIGHT DEFINITIONS _ HOW TO OPERATE DISCHARGE LAMPS

14 _ BASIC LIGHT DEFINITIONS LIGHT Figure 1a_ Spectral distribution for normal daylight Figure 1b_ Spectral distribution for an incandescent lamp Without light vision would not be possible: we would not be able to see colours or objects. Light can be described as a brightness that is perceived by the normal unaided human eye. In technical terms, visible light is that part of the spectrum of electromagnetic radiation (or energy) that the human eye can see. It lies between the wavelengths of about 380 and 780 nanometres (nm), with violet being the light of the shortest wavelength and red being the light of the longest wavelength. Between these two extremes are the colours of the rainbow (see Figure 2). Electromagnetic waves with shorter wavelengths than visible light are called ultraviolet rays and those with slightly longer wavelengths are known as infrared rays. This is demonstrated in Figure 2, Figures 1a-d show the spectral distribution for natural daylight compared to that of three different types of lamps. Figure 2 LUMINOUS FLUX Luminous fl ux is a quantitative expression of the brilliance of a source of visible light from a theoretical point source that radiates equally in all directions in three-dimensional space. It is the measure of the perceived power of light (or the rate of fl ow of light per unit of time) and it is adjusted to refl ect the varying sensitivity of the human eye to different wavelengths of light. The fl ux of visible light is expressed in lumens (lm). LUMINOUS INTENSITY Figure 1c_ Spectral distribution for a cold white coloured Figure 1d_ Spectral distribution for a high pressure Luminous intensity is an expression of the amount of light power emanating from a point source within a specifi c solid angle, such as that emanating from a lamp in a certain direction or angle. The unit used to express this is the candela (cd). A_ Visible light spectral distribution fl uorescent lamp mercury lamp of corrected colour B_ Spectral distribution according to manufacturer

15 ILLUMINANCE Illuminance is the amount of light that covers a surface, in other words the luminance fl ux falling on a certain unit of area, (a measure of radiometric fl ux per unit area, or visible fl ux density). The unit used is lux (lx) and in artifi cial lighting there are standards of requested illuminance in different situations. LUMINOUS EFFICACY Expressed in lumens per watt (l/w), this measures the economic effi ciency of a lamp. The luminous effi cacy of a source of light is the result arrived at by dividing the total lamp power input by total luminous fl ux emitted. Incandescent lamps have a colour temperature of between 2,700 and 3,200 K, depending on their type. In the CIE (from the French title, Commission Internationale de l Eclairage, meaning the International Commission on Illumination) chromacity diagram above, a curve has been drawn representing the colour emitted by a black body according to its temperature. It is known as a black body temperature curve, or Tc. Typical values for luminous effi cacies: Designation lm/w Incandescent lamps (GLS lamps) 5-15 Low voltage halogen lamps High pressure mercury lamps Compact fl uorescent lamps Metal halide lamps Fluorescent lamps High pressure sodium lamps (HPS) COLOUR TEMPERATURE AND LIGHT COLOUR Colour temperature is an expression used to indicate the colour of a source of light by comparing it to black body colour, that is to say, a theoretical perfect radiant (an object whose light emission is only due to temperature. It is a method of specifying colour based on an absolute temperature scale, degrees Kelvin (K). The black body changes its colour as temperature changes, starting at red matte at the lower temperatures, moving through to light red, then orange, yellow, white and fi nally bluish-white at the higher temperatures. Thus the colour temperature of a light source defi nes its whiteness, yellowness or blueness.(see Figure 3) Figure 3_ CIE Chromaticity diagram

16 Figure 5_ Lamp colour rendering groups Rendering Rendering Colour Examples of Examples of group range appearance preferred use acceptable use In colour in colour (R or Ra) 1 R 90 Warm Colour equalness, Intermediate medical explorations, Cold art galleries COLOUR RENDERING Colour rendering is defi ned as the effect of an illuminant on the colour appearance of objects by conscious or subconscious comparison with their colour appearance under a reference illuminant. This reference is the Colour Rendering Index (CRI). It was created to help indicate how colours appear under different light sources. The colours that we see are regarded as natural when the illuminating artifi cial light source contains all spectral colours. The value of colour rendering is 100 Ra or 1A, for a general rule is The Higher The Better : light sources with high (80-100) CRI s tend to make people and things look better than light sources with lower CRI s > R 80 Warm Houses, hotels, Intermediate restaurants, shops, offi ces, schools, hospitals Intermediate Warm Printing, painting and textile industry, industrial work 2 80 > R 60 Warm Industrial work Offi ces, Intermediate schools Cold 3 60 > R 40 Rough Industrial work industries Figure 4_ Colour Rendering Index (CRI) Luminous sources Tc ( K) R.C. Blue sky 10,000 to 30, to 100 (group1) Cloudy sky 7, to 100 (group1) Daylight 6, to 100 (group1) Discharge lamps (except for Na) Daylight (halogen) 6, to 100 (group1) Neutral white 3,000 to 5, to 84 (group2) Warm white Lower than 3, to 69 (group3) Discharge lamp (Na) 2,900 Lower than 40 Incandescent lamp 2,100 to 3, to 100 (group1) Photographic lamp 3, to 100 (group1) Candle fl ame or oil candle 1, to 69 (group3) 4 40 > R 20 Rough work, Industrial work with low requisites for colour rendering

17 AVERAGE RATED LIFE AND SERVICE LIFE Figure 6_ Diagram showing acceptable tilt angles Average rated life is a statistical concept. It represents the duration in hours of each of the lamps of a representative group consisting of the same model and type. Service life is a practical measurement, also in hours. It calculates the number of hours after which the luminous fl ux of a certain lighting installation has decreased to such an extent that it is no longer deemed profi table, in other words the lamp consumes the same amount of energy as a new lamp but it is no longer as bright. p20 p45 p60 h45 VARIATIONS IN POWER SUPPLY Variations in power supply will infl uence the lighting engineering data of any lamp, especially the duration and colour temperature in incandescent lamps. It also causes the arc tube temperature (or pressure) to vary. Once the arc pressure falls above or below the manufacturer s specifi cation, it will cause a colour shift. TIME NEEDED FOR LUMINOUS FLUX TO ACQUIRE THE NORMAL REGIME Incandescent lamps ignite immediately, emitting their total fl ux. Fluorescent lamps may do so if quick ignition starters are used, otherwise it may take a few attempts to ignite them. Other discharge lamps take a few minutes to ignite as it takes some time for the metal vapour to acquire the necessary pressure and for the luminous fl ux to reach its maximum value. IMMEDIATE RE-IGNITION It is possible for an incandescent lamp to re-ignite immediately after being turned off, with full emission of the luminous fl ux, but not for other metal vapour lamps: High pressure mercury lamps: These require some minutes to cool down before re-ignition; they also require some time to reach total luminous fl ux. Metal halide lamps: As for mercury lamps, unless aided by special enabling devices. High pressure sodium lamps: As for mercury lamps, unless they have a separate ignition device which allows them to re-ignite while still hot, within a minute, and reach their total luminous fl ux immediately. Low pressure sodium lamps: As for mercury lamps. h110 h150 hs30 hs45 WORKING POSITION A lamp is usually made to work best in a certain working position in which it has optimal working properties. Away from this position (in other words through deviation of the discharge of the lamp arc or through variations of the surrounding heat), its performance declines. This is sometimes through excessive heating of the spiral, base or outer bulb. In order to have optimal performance of the lamp, the advice given in lamp catalogues regarding working positions and tilt angles should be followed.(see Figure 6) STROBOSCOPIC EFFECT Artifi cial sources of light that work with alternating currents have a stroboscopic effect. This occurs because their emissions stop every time the current goes through the zero point, due to thermal inertia of the fi lament of incandescent lamps. This takes place twice every period so with a voltage of 50Hz (periods per second), there will be 100 instances of darkness per second. The eye cannot perceive such quick variations in light. It can however pick it up with, say, a low power lamp with a 25Hz voltage. The stroboscopic effect can be reduced to make it unobservable by means of a special power supply mounting, or by means of a three-phased power supply. Abbreviations and their meanings: S (s) H (h) P (p) HS (hs) - Vertical (standing with base downwards) - Vertical (hanging with base upwards) - Horizontal (base sideways) - Vertical (base upwards or sideways) Universal - Any position

18 BALLAST _ HOW TO OPERATE DISCHARGE LAMPS LAMP OPERATION AND SAFETY Standard metal halide lamps emit UV radiation that may be harmful to eyes and skin. Metal halide discharge lamps that are not open fi xture rated should only be used in enclosed fi xtures with ultraviolet absorbing fi lter glass that is resistant to thermal shock and fracture. Do not operate these lamps if the ultraviolet absorbing fi lter glass is broken or not installed. Always turn the current off before inserting, removing, or cleaning the lamps and never touch the lamps when they are on as they are hot and will cause serious burns. Let the lamps cool for about 10 minutes after they are turned off before touching them. Only operate these lamps with the compatible ballast and fi xture rating and in their designated operating positions. They should never be operated beyond their rated useful life. The risk of lamps bursting increases with lamp age, temperature, improper operation and improper handling (such as bumping, dropping, scratching or operating a lamp above or below its rated current or voltage.) Remove dirt or other contaminants from the lamps with alcohol and a clean cloth, as they can affect light output, cause lamps to overheat and thus decrease lamp life. Replace the lamp at or before the end of its rated life and do not operate any lamps with scratches, cracks, or physical damage. Electrical connections should be clean and in good condition. Replace lamp holders and sockets when needed. Tip: Lamps should be turned off for minutes per week, depending on how much it is used. Discharge lamps generate light through ionised gases and metal vapour. The operation of discharge lamps depends on starters or ignitors that provide the requisite ignition voltage, in combination with a ballast to stabilise the lamp during normal operation. Once the lamp has been ignited, the ballast limits the operating current for a light can fail if the lamp is over- or under-powered. Magnetic ballasts for high pressure discharge lamps therefore have an infl uence on the system s wattage and luminous fl ux, its light output and lifetime as well as colour temperature of the light. With pulse systems the ignition voltage is jointly supplied by the ignitor and the ballast. It is important to ensure that the structure and insulation of the ballast is suitable for high voltages and that the ballast is suitable for the lamp wattage and mains voltage. As lamp current and lamp voltage values specifi ed by lamp manufacturers for high pressure sodium and metal halide (HI) lamps are usually identical, it is often possible to use the same ballasts for both. However, metal halide lamps are susceptible to colour changes if the impedance value is different from the nominal value. NIKKON ensures all ballasts comply with the narrower tolerances of these lamps.

19 Success Electronics & Transformer Manufacturer Sdn Bhd [ k] A Wholly Owned Subsidiary of Success Transformer Corporation Berhad - Main Board of Bursa Malaysia Securities Berhad No 3, 5 & 7 Jln TSB 8, Taman Industri Sungai Buloh, Sungai Buloh Selangor Darul Ehsan, Malaysia. Phone : / 2785 / 2787 Fax : / ses@success.com.my Url : LAMP_1, 08.11