Lighting Electronics 2007/08

Transcription

1 We produce Components, which are installed with the luminaires and left for many years - Fit and Forget. HÜCO is remembered for light. Lighting Electronics 2007/08 Electronic Ballasts Electronic Transformers Trailing Edge Phase-Cut Dimmer Visit: From Kuala Lumpur to Beijing the Lighting industry, planners, architects, wholesalers and builders appreciate our components and benefits. We strive to exceed our customers expectations through: Outstanding performance, improved safety and greater life time. We are original equipment manufacturers (OEM) for the lighting industry for public buildings, ship outfitters and for emergency lighting. HÜCO, a worlwide partner for the lighting industry. All this has a simple reason. We know what our customers want; because we ask them.

2 For 25 years our quality and innovations are the basis for continous growth and worldwide acceptance. Products In this catalogue you find: Multipower technology based ballasts Electronic ballasts with DALI technology Dimmable electronic ballasts Electronic transformers Trailing-edge dimmers Complimentary lighting components. You can find our entire product range and the easy search facility at our website About us Outstanding product features developed for you Many unique HÜCO-solutions are developed and evolve in close partnership with our customers, for example the HÜCO Control Technology (HLC) or the markets smallest dimmable ballast. Our global sales logistics and the excellent customer service are the results of our ongoing partnerships with the key organisations in the lamp and luminaire marketplace. Quality starts at product development The people working for HÜCO in Germany and abroad are highlyqualified experts with years of experience. They are committed to the principle of HÜCO, the best solutions are the simple solutions: Development and production of highly reliable products by excluding all the features that are not needed in every-day life. 25 years experience For more than 20 years our customers have continued success with their own end customers. Because we know what they need: Components, which are installed with the luminaires and left for many years - Fit and Forget. HÜCO is remembered for light. HÜCO-Quality as standard The quality management system in the HÜCO group is accredited to the DIN EN ISO 00:2000 standard - from the development through to the purchase of raw materials and from the production to our sales logistics and service. We looking forward to welcoming you. We understand a lot depends on our components - for example the light in skyscrapers, exterior lighting or factory lighting, where our components are integrated into the fittings and in use every day.

3 5 STAR Premium Guarantee The guarantee is extended to 5 years in total by registration of an installation and the use of lamps conforming to IEC Standard. Please complete the registration document a forward within 30 days of commissioning the installation to Hüco. The registration form is available for download at Guarantee The guarantee covers all High Performance ballasts in HC or HS housings, and Hüco transformers. The equipment must be installed and operated in accordance with the manufacturers recommendations. In the event of a complaint Hüco electronic GmbH will provide a free repair or replacement or a credit for those products which can be demonstrably shown to have failed within the relevant time period due to a component or manufacturing. Legal rights are not affected and are independent of the warranty. Hüco electronic GmbH reserves the right to decide on the authorisation of a claim. So it is then necessary to send the failed equipment (for defect analysis) and a copy of the registration form in each case. Guarantee Longterm product reliability and trust into innovative technology Hüco can look back on over 20 years experience in lighting electronics and the reliability of our products reflects our acquired know-how and our Quality philosophy. In order to maintain this quality level we have developed a comprehensive Quality Management system. The international standard EN ISO 00:2000 is integrated and operating throughout the organisation. The million fold use of Hüco ballasts by notable lighting manufacturers confirms that our product philosophy is in keeping with the requirements of the international market. 5 STAR Premium Guarantee for registered lighting systems The 5 STAR Premium Guarantee extends the guarantee for the functionality of all High Performance ballasts in HC or HS housings, and Hüco transformers in a registered lighting installation for a further 2 years to a total of 5 years. This is done by a simple registration process. No specific lamp brands are stipulated, other than the obligation to use lamps which conform to IEC-Standard. Accordingly your choice of replacement lamps is not restricted. The 5 year Premium Guarantee begins with the commissioning and registration of the installation. 3 STAR Comfort Warranty for all products 3 STAR Comfort Warranty for all products is the new name for the existing 3 year guarantee. It consists of 2 obligatory years and a special extra year s warranty. 3

4 HÜCO Electronic Ballasts With regard to the increasing energy costs in the future, the system Electronic Ballast (Ballast) and Fluorescent is the best illumination solution when considering the economic, conveniece and environmental aspects. HÜCO offers a wide range of electronic ballasts in various versions for the different kinds of fluorescent lamps. The development of customer specific solutions for their particular problems is as important to us as the continious development of these ballasts in line with changing market needs. Important differences between magnetic ballast and electronic ballast Flicker-free light/high light comfort Magnetic ballast + Starter no Electronic ballast yes Flicker-free start no yes Stroboscope effect yes no Energy saving to KVG ca. 25% Self-heating large small Dependence on mains fluctuations strong small switching constancy small high DC operation (emergency power) Disconnection in the event of an error Magnetic breakdown induction not possible no (only DEOS) large possible yes small The high economy when operating full-electronic HÜCO ballasts compared to the conventional operation is mainly achieved by a power consumption of less than 25% at the same efficiency of luminoussource and a lamp life-span of more than 50% by high-frequency operation. Consequently, the maintenance costs are not as high due to longer exchange intervals of the lamps. Apart from the economy the use of full-electronic ballasts has some other important advantages: Ballasts with active PFC provide a constant luminous flux for a wide input voltage range and therefore guarantee a constant lighting level which does not depend on fluctuations in the mains voltage. Furthermore, the lamp is constantly supplied and thus contributes to a longer life-span of the lamp. When using the Multipower-Ballast it is no longer necessary to have different electronic ballasts for different lamp types on stock, because this Ballast can operate alternatively different lamps. Consequently, it is easier to handle the logistics and there is less capital tied-up in stock There is an increasing demand of convenient solutions in the range of illumination, in particular with regard to the dimming. If the customer asks also for high economy, the dimmable HÜCO ballasts for energy saving fluorescent lamps are the best solution. The compact shape makes it possible to use the Ballast for various applications. In addition, HÜCO Ballasts have the advantage to effect an independent illumination planning regarding the question of dimming. This is because nearly the complete range of DIM-Ballasts has the same dimensions as the non-dimmable Ballasts. Due to the these advantages the HÜCO ballasts are suitable for different applications such as outside illumination, offices, production areas with long switch-on time, rooms fitted with screens, tunnels, underground car parks, safety and emergency lighting, hospitals and medical rooms. 0,8-5kg < 450g Wiring cost large small needs compensation yes no 4 Subject to technical modifications

5 Application Sample: Ballast only without lamp available Minipower Ballasts For some time now HÜCO has monitored the development of the existing miniature or low-cost electronic ballasts on the market. This market research which was carried out in advance of the development of the Huco Mini series showed a high proportion of lighting manufacturers do not see their needs fulfilled by the low-cost ballasts currently available on the market. In many cases low-cost means just low-value in the components and the circuit design. The information indicated in the data sheets of the manufacturer regarding life time and reliability is often nowhere near those achieved in practise. In some cases the low-cost ballast will quickly become high-cost due to maintenance and replacement costs. Typically such ballasts often have an unsuitable ambient temperature of 40 or 45 C, no constant power over the permitted mains voltage range, insufficient pre-heating of the cathodes, etc. For the solution to these problems we have developed the HÜCO Mini series. The solution. Mini Series or Mini i (integrated socket) All ballasts are based on our Multipower Technology of which we have over million already in use and is especially suited to the smaller configuration of Mini ballasts which are also controlled by digital ASIC.( Application Specific Integrated Circuit) technology. Temperature The maximum ambient temperature is 50/55 C, so the ballasts can be installed in small fittings which are inclined to generate more heat. Lifetime The life time is hours with a maximum ambient temperature of 50/55 C and failure rate 0 %. Due to the low power loss of the ballasts, typically,5w,there will be a lower temperature inside many luminaries, resulting in a lifetime of hours with ambient temperature of ta maximum -0 C. Constant Output and emergency operation When operating in AC, the lamp power will be maintained at +/- 5 % constant; so the voltage variations in the range of V do not impact directly on light output. In emergency operation the lamp power reduces in proportion to the input voltage. In case of a voltage of 76V AC the ballast reduces the lamp power by approx. 50 % and so central battery systems can be installed with considerably smaller battery capacities. Lifetime of lamps All ballasts are warm start ballasts. The lamps are pre-heated and operated according to EN 602. Thus a long lamplife is assured; additionally the ballasts exhibit a particularly quick start. Fittings with class II The ballasts do not require an earth connection and so are suitable for the incorporation in fittings with class II. Housings and fixing The housings are manufactured from robust PC/ABS and have a additional side-mount option which gives more scope for the fitting designer. Safety All Mini s are tested by VDE for fulfilment of the safety standards and are accordingly VDE marked. Furthermore, the ballasts have a safety shutdown on detection of EOL ( end of life) of the lamp. 5

6 Table of contents Selection by lamp Technical appendix Electronic Ballasts for TC-SEL 7 Various markings of electronic control gear 3 Electronic Ballasts for TC-DEL/TEL 8 Savings by use of electronic Ballasts 4-5 Electronic Ballasts for /F HLC Technology (HÜCO Control) 6 Electronic Ballasts for TC-DD 0 Max. number of ballasts at miniature circuit breaker 7 Electronic Ballasts for c Dimmable electronic ballasts 8 Electronic Ballasts for 2 DALI dimmable electronic ballasts Examples of circuits fordimmable ballasts Electronic Ballasts for T8 3 Reference list control equipment -0 V controls 00 Electronic Ballasts for HID 83 Lifetime of HÜCO ballasts 0 List of article numbers 4 Electronic Transformers 02 Product by type General sales conditions 03 Compact Electronic Ballasts, not dimmable Compact Electronic Ballasts,...0V dimmable 3-4 Compact Electronic Ballasts, DALI dimmable 4-55 Electronic Ballasts, not dimmable Electronic Ballasts,...0V dimmable 64-7 T8 Electronic Ballasts, not dimmable T8 Electronic Ballasts,...0V dimmable 76-8 HID Electronic Ballasts Electronic Transformers 86-8 Trailing Edge Phase-Cut Dimmer 0 Accessories Subject to technical modifications

7 Standard Holder GE Lighting Osram Philips Radium Sylvania TC-SEL 2G7 Biax S/E Dulux S/E PL-SxxW/4P Ralux/E CF-SE TC-SEL (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 7 W W W W W W W W W W W W W Page 7

8 Standard Holder GE Lighting Osram Philips Radium Sylvania TC-DEL TC-TEL TC-DEL TC-TEL G24q GX24q Biax D/E Biax T/E Dulux D/E Dulux T/E PL-CxxW/4P PL-TxxW/4P Ralux duo/e Ralux trio/e CF-DE CF-TE (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 0 W W W W W W W W W W W V 3 3 W W W V 45 3 W W W W W W V 3 8 W DALI 4 8 W W W V 46 8 W DALI 53 8 W W W W W V W W W DALI W W W W W V W V W DALI W W V W W W W DALI W W W V W DALI W W W V W W W W DALI W W W V W DALI W W W V W V W Page 8

9 Standard Holder GE Lighting Osram Philips Radium Sylvania TC-F 2G 2G0 Biax L Dulux L Dulux F PL-L PL-TxxW/4P Ralux long Ralux twin CF-L/LE CF-F (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 8 W V W W W W DALI W W W V W DALI W W W W W W V W W W W DALI W W Switch Control W W V W DALI W W W Switch Control W W W W W W W Switch Control W W Switch Control W W W W W W Switch Control W W W Switch Control W W DALI W V W W W Switch Control 7 55 W V 4 55 W W Switch Control 7 80 W W Switch Control + 7 Page TC-DEL TC-TEL TC-F

10 Standard Holder GE Lighting Osram Philips Radium Sylvania TC-DD TC-DD GR0q Biax 2D (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 0 W W W W W W W W W W V W W W V W W W Page 0

11 Standard Holder GE Lighting Osram Philips Radium Sylvania c 2GX3 Circline Lumilux FC c (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 22 W W V W W W W DALI W W W W W V W W W W DALI W W Switch Control W W Switch Control W W V W DALI W W V W DALI 52 Page TC-DD c (T6-R)

12 Standard Holder GE Lighting Osram Philips Radium Sylvania (T6) G5 Starcoat Lumilux FH/FQ TL NL F (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 4 W W W W W W W W W W W Switch Control 7 4 W V W W W W V W Switch Control 7 4 W W W Switch Control 7 2 W W W W Switch Control 7 2 W V W W V W Switch Control 7 24 W W W W W W Switch Control W V W W W W V W Switch Control W W W Switch Control 7 28 W V W W V W Switch Control 7 35 W W Switch Control 7 35 W V W W V W Switch Control 7 3 W W W W W W Switch Control W V W W V W Switch Control W W Switch Control 7 4 W V 66 4 W W V 70 4 W Switch Control 7 54 W W Switch Control 7 54 W V W W V W Switch Control 7 80 W W Switch Control W V 67 Page 2

13 Standard Holder GE Lighting Osram Philips Radium Sylvania T8 G3 Polylux Lumilux TL NL F (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 5 W W W W W W W W W W W W W W Switch Control 8 8 W V 76 8 W W W W V 78 8 W Switch Control 8 8 W W W Switch Control 8 30 W W W W W W W W Switch Control W V W W V 7 36 W Switch Control W W W W W W Switch Control 8 58 W V W W V W Switch Control 8 Page Standard Holder GE Lighting Osram Philips Radium Sylvania T2 (T38) G3 Standard Halosphate L (W) Number HÜCO No. Length (mm) Width (mm) Height (mm) Interface Multipower- Technology 40 W W W W Page 3 T8 T2 (T38)

14 List of numbers HÜCO No. Description Page HÜCO Nr. Description Page BL-HP /2 x -2W HS Twingle BL-HP /2 x 8W TC-DEL/TEL HS Twingle BL-HP /2 x 5-42W HS Twingle BL x6-3w HMC Minipower BL x7-3w HMC Minipower BL x8w TC-DEL/TEL HMC Minipower BL x22-26w TC-DEL/TEL HMC Minipower BL x28w TC-DD HMC Minipower BL x0-3w HMC Minipower i BL x8w TC-DEL/TEL HMC Minipower i BL-HP x35w HID HC BL-HP x70w HID HC BL-HP x35w HID HC3 2C BL-HP x35w HID HC3 C BL-HP x70w HID HC3 2C BL-HP x70w HID HC3 C DIMMER W A-DIM BL 4-0W 2V Multibox HMB 260 VPE 50 pcs 067 ET 6-WAY CONNECTOR ET 20-70VA LE ET 20-05VA LE/TE ET 20-05VA LE HANDY ET 00-20VA LE ET 50-50VA Le BL-HP x55w MS BL-HP 2x55W MS BL-HP x55w MS A-DIM BL-HP x55w MS3 A-DIM BL-HP 2x55W MS A-DIM BL-HP 2x55W MS3 A-DIM BL-HP x8w T8 MS BL-HP x36w T8 MS BL-HP x58w T8 MS BL-HP 2x8W T8 MS BL-HP 2x36W T8 MS BL-HP 2x58W T8 MS BL-HP x8w T8 MS3 A-DIM BL-HP x36w T8 MS3 A-DIM BL-HP x58w T8 MS3 A-DIM BL-HP 3/4x5-24W MS BL-HP 4x8W T26 MS A-DIM BL-HP x8w T26 MS A-DIM BL-HP x36w T26/ MS A-DIM BL-HP x58w T26 MS A-DIM BL-HP 2x8W T26 MS A-DIM BL-HP 2x36W T26/ MS A-DIM BL-HP 2x58W T26 MS A-DIM BL-HP 2x8W T8 MS3 A-DIM BL-HP 2x36W T8 MS3 A-DIM BL-HP 2x58W T8 MS3 A-DIM BL-HP x4-35w MS BL-HP x24-40w / TC-F/L MS BL-HP x4w MS BL-HP x54w MS BL-HP x55/80w / MS BL-HP 2x4-35W MS BL-HP 2x24-40W / TC-F/L BL-HP 2x4W MS BL-HP 2x54W MS BL-HP x4-35w MS3 A-DIM BL-HP x24/3w MS3 A-DIM BL-HP x4w MS3 A-DIM BL-HP x54w MS3 A-DIM BL-HP x80w / MS3 A-DIM BL-HP 2x4-35W MS3 A-DIM BL-HP 2x24/3W MS3 A-DIM BL-HP 2x4W MS3 A-DIM BL-HP 2x54W MS3 A-DIM BL-HP 4x4W MS A-DIM BL-HP x4w T6 MS A-DIM BL-HP x2w T6 MS A-DIM BL-HP x28w T6 MS A-DIM BL-HP x35w T6 MS A-DIM BL-HP x24w T6 MS A-DIM BL-HP x3w T6 MS A-DIM BL-HP x4w T6 MS A-DIM BL-HP x54w T6 MS A-DIM BL-HP x80w T6 MS A-DIM BL-HP 2x4W T6 MS A-DIM BL-HP 2x2W T6 MS A-DIM BL-HP 2x28W T6 MS A-DIM BL-HP 2x35W T6 MS A-DIM BL-HP 2x24W T6 MS A-DIM BL-HP 2x3W T6 MS A-DIM BL-HP 2x4W T6 MS A-DIM BL-HP 2x54W T6 MS A-DIM BL-HP 3/4x4W MS BL-HP x28w TC-DD HS BL-HP x36-38w TC-DD HS BL-HP x28w TC-DD HC BL-HP x38w TC-DD HC BL-HP x55w TC-DD HC BL-HP x28w TC-DD HC A-DIM BL-HP x38w TC-DD HC A-DIM BL-HP x8-40w HC A-DIM BL-HP 2x8/42W /F HC A-DIM BL x8w TC-DEL/TEL HC BL x5-42w HC BL-HP x57w TC-TEL HC BL-HP x70w TC-TEL HC BL-HP /2 x -2W HC Twingle BL-HP /2 x 8W TC-DEL/TEL HC Twingle BL-HP x5-42w/2x5-26w HC Twingle BL-HP /2 x 26-42W HC Twingle BL-HP 2x8-40W HC BL-HP x26-42w TC-DEL/TEL HC A-DIM BL-HP x57/70w TC-TEL HC A-DIM BL-HP x3w TC-DEL/TEL HC A-DIM BL-HP x8w TC-DEL/TEL HC A-DIM BL-HP 2x26-42W TC-DEL/TEL HC A-DIM BL-HP 2x3W TC-DEL/TEL HC A-DIM BL-HP 2x8W TC-DEL/TEL HC A-DIM BL-HP 2x26W TC-DEL/TEL HC A-DIM BL-HP x55w c HC BL-HP x60w c HC BL-HP x55w c TC A-DIM BL-HP x60w c HC A-DIM BL-HP x8-40w HC D-DIM BL-HP 2x8/24W /F HC D-DIM BL-HP x55w c/ HC D-DIM BL-HP x60w c HC D-DIM BL-HP x26-42w TC-DEL/TEL HC D-DIM BL-HP x8w TC-DEL/TEL HC D-DIM BL-HP 2x26-42W TC-DEL/TEL HC D-DIM BL-HP 2x8W TC-DEL/TEL HC D-DIM 53 4 Subject to technical modifications

15 Manual HÜCO Online-Catalogue Example: I search for an electronic Ballast: x2w At: you enter our online catalogue Lighting Electronics 2 On this page you can search for the characteristics of the ballasts. Our example: : Type of lamp: : 2W 3 In this page you can see all ballasts according to your selection. Select your preferred ballast 3 4 You have reached the right ballast 5 5

16 BL x6-3w HMC Minipower Article Number: Alternative design to magenetic ballast Digital ASIC technology Output stabilization at V AC warm start and operation acc. to EN 602 Safe operation under emergency conditions V DC reduction under DC conditions Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Harmonic wave limit acc. to EN High spec components for a lifetime of h at tc max. /ta max. Lifetime h at ta = 45 C Approved lamp combinations W 6 W 8 W 3 W Combination ENEC certified Rated input current (230V) 6 W 0,06 A 8 W 0,08 A 3 W 0, A Additional ECG no dim EN 602 EN factor V~ V -5 C C A2 > 0,55c 80 x 40 x 22 mm ca. 38 g VDE, ENEC , Subject to technical modification

17 BL x7-3w HMC Minipower TC-SEL Article Number: Alternative design to magenetic ballast Digital ASIC technology Output stabilization at V AC warm start and operation acc. to EN 602 Safe operation under emergency conditions V DC reduction under DC conditions Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Harmonic wave limit acc. to EN High spec components for a lifetime of h at tc max. /ta max. Lifetime h at ta = 45 C Approved lamp combinations TC-DEL TC-TEL TC-SEL W Combination ENEC certified Rated input current (230V) TC-DEL 0 W 0,08 A TC-DEL 3 W 0, A TC-TEL 3 W 0, A 7 W W 0 W W 3 W 4W TC-SEL 7 W 0,06 A TC-SEL W 0,08 A TC-SEL W 0, A TC-DEL TC-TEL Additional EN 602 EN ECG no dim factor V~ V -5 C C A2/A3 > 0,55c 80 x 40 x 22 mm ca. 38 g VDE, ENEC ,

18 BL x8w TC-DEL/TEL HMC Minipower TC-DEL TC-TEL Article Number: Alternative design to magenetic ballast Digital ASIC technology Output stabilization at V AC warm start and operation acc. to EN 602 Safe operation under emergency conditions V DC Ignition time approx.,0 Sek. reduction under DC conditions Flicker-free ignition No stroboscopic effects and flicker-free during operation Harmonic wave limit acc. to EN High spec components for a lifetime of h at tc max. /ta max. Lifetime h at ta = 40 C Additional ECG no dim EN 602 EN Rated input current factor TC-DEL/TEL 8W V~ 0,4 A V -5 C C A2 > 0,57c 80 x 40 x 22 mm ca. 40 g VDE, ENEC , Subject to technical modification

19 BL x22-26w TC-DEL/TEL HMC Minipower Article Number: Alternative design to magenetic ballast Digital ASIC technology Output stabilization at V AC warm start and operation acc. to EN 602 Safe operation under emergency conditions V DC Ignition time approx.,0 Sek. reduction under DC conditions Flicker-free ignition No stroboscopic effects and flicker-free during operation Harmonic wave limit acc. to EN High spec components for a lifetime of h at tc max. /ta max. Lifetime h at ta = 40 C Approved lamp combinations c TC-F TC-TEL TC-DEL W 22 W 24 W 26W Combination ENEC certified Rated input current (230V) TC-DEL/TEL 26 W 0,22 A /F 24 W 0,20 A c 22 W 0,20 A TC-DEL TC-TEL TC-F c Additional EN 602 EN ECG no dim Rated input current factor V~ 0,4 A V -5 C C A2 > 0,55c 80 x 40 x 22 mm ca. 50 g VDE, ENEC, EMV ,

20 BL x0-3w HMC Minipower i TC-DEL TC-TEL Article Number: Minipower i, Ballast with (i)ntegrated lamp-holder Digital ASIC technology Output stabilization at V AC warm start and operation acc. to EN 602 Ignition time approx., Sek. Safe operation under emergency conditions V DC reduction under DC conditions Very good (EEI) Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Harmonic wave limit acc. to EN High spec components for a lifetime of h at tc max./ ta max. Lifetime h at ta = 40 C Approved lamp combinations TC-DEL TC-TEL W 0 W 3 W Combination approved Rated input current (230V) TC-DEL 0 W 0,08 A TC-DEL 3 W 0, A TC-TEL 3 W 0, A Additional ECG no dim EN 602 EN factor Diameter Height V~ V -5 C C A3 0,56c 62 mm 56 mm ca. 70 g VDE ,25 3, Subject to technical modification

21 BL x8w TC-DEL/TEL HMC Minipower i Article Number: Minipower i, Ballast with (i)ntegrated lamp-holder Digital ASIC technology Output stabilization at V AC warm start and operation acc. to EN 602 Ignition time approx. 0, Sek. Safe operation under emergency conditions V DC reduction under DC conditions Very good (EEI) Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Harmonic wave limit acc. to EN High spec components for a lifetime of h at tc max./ ta max. Lifetime h at ta = 40 C TC-DEL TC-TEL Additional EN 602 EN ECG no dim Rated input current factor Diameter Height TC-DEL/TEL 8W V~ 0,4 A V -5 C C A2 0,57c 62 mm 56 mm ca. 70 g VDE ,25 3,

22 BL-HP x8w TC-DEL/TEL HC TC-DEL TC-TEL Article Number: HÜCO compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional ECG no dim EN 602 EN Rated input current factor TC-DEL/TEL 8W 0,08 A V -20 C C A2 0,6 03 x 67 x 30 mm ca. 5 g, EMV 03 3, ,5 0 ( ) , Subject to technical modification

23 BL-HP x5-42w HC Article Number: HÜCO compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Different connection possibilities for various lamps warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Corrosion ressistant version with lacquered circuit board Order number: Additional EN 602 EN Approved lamp combinations TC-DEL TC-TEL TC-F c T8 T 2 W Combination approved 5W 8W 22W 24W 26W 32W 36W 38W 3W 40W 42W Rated input current (230V) TC-DEL/TEL 26 W 0,2 A TC-TEL 32 W 0,6 A TC-TEL 42 W 0,2 A /F 8 W 0,08 A /F 24 W 0, A /F 36 W 0,6 A 40 W 0, A c 22 W 0, A Combination ENEC certified c 40 W 0, A T8 5 W 0,08 A T8 8 W 0,0 A T8 36 W 0,6 A T8 38 W 0,7 A 24 W 0,2 A 3 W 0,7 A T2 40 W 0,7 A TC-DEL TC-TEL TC-F c T8 T2 ECG no dim factor V -20 C C A2 0,6 03 x 67 x 30 mm ca. 20 g, EMV 03 3,5 0 ( ) , ,5 23

24 TC-TEL BL-HP x57w TC-TEL HC Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL-HP x70w TC-TEL HC Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional Additional ECG no dim EN 602 EN EN 602 EN TC-TEL TC-TEL Rated input current factor 57W 0,27 A V -20 C C A2 0,8 03 x 67 x 30 mm ca. 55 g Rated input current factor 70W 0,32 A V -20 C C A2 0,8 23 x 7 x 33 mm ca. 5 g, EMV 03 3, ( ) 83.5 (2,5) 27, , , Subject to technical modification

25 BL-HP x55w c/ HC Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Different connection possibilities for various lamps warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations c W 55W Combination ENEC certified Rated input current (230V) 55 W 0,26 A c 55 W 0,26 A c Additional EN 602 EN ECG no dim factor V -20 C C A2 0,8 03 x 67 x 30 mm ca. 50 g, EMV 03 3,5 0 ( ) , ,5 25

26 TC-DD c BL-HP x60w c HC Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL x28w TC-DD HMC Minipower Article Number: Alternative design to magenetic ballast Digital ASIC technology Output stabilization at V AC warm start and operation acc. to EN 602 Safe operation under emergency conditions V DC reduction under DC conditions Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Harmonic wave limit acc. to EN High spec components for a lifetime of h at tc max. /ta max. Lifetime h at ta = 40 C Additional Additional ECG no dim EN 602 EN EN 602 EN c TC-DD Rated input current factor 60W 0,28 A V -20 C C A2 0,8 03 x 67 x 30 mm ca. 55 g Rated input current factor 28W V~ 0,24 A V -5 C C A2 > 0,55c 80 x 40 x 22 mm ca. 50 g, EMV VDE, ENEC, EMV 03 3, ,4 0 ( ) , , Subject to technical modification

27 BL-HP x28w TC-DD HC Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL-HP x28w TC-DD HS Article Number: Alternative design to magnetic ballast Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN TC-DD Additional Additional EN 602 EN EN 602 EN ECG no dim TC-DD TC-DD T8* Rated input current factor 28W 0,2 A V -20 C C A2 0,7 03 x 67 x 30 ca. 20 g Rated input current factor 26W 30W 0,2 A 0,3 A V -20 C C A2 0,7 50 x 42 x 30 mm ca. 25 g 03 3, ( ) ,5 27,5 30 4,

28 BL-HP x38w TC-DD HC TC-F TC-DD Article Number: HÜCO compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations TC-DD TC-F W 36W Combination approved 38 W Rated input current (230V) TC-DD 38 W 0,7 A 36 W 0,6 A TC-F 36 W 0,6 A Combination ENEC certified Additional ECG no dim EN 602 EN factor V -20 C C A2 0,8 03 x 67 x 30 mm ca. 20 g 03 3,5 0 ( ) , ,5 28 Subject to technical modification

29 BL-HP x36-38w HS Article Number: Alternative design to magnetic ballast Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations TC-DD TC-F T8 W 36W Combination approved 38 W Rated input current (230V) TC-DD 38 W 0,7 A 36 W 0,6 A TC-F 36 W 0,6 A T8 36W 0,5 A Combination ENEC certified TC-F TC-DD T8 Additional EN 602 EN ECG no dim factor V -20 C C A2 0,8 50 x 42 x 30 mm ca. 25 g 30 4,

30 BL-HP x55w TC-DD HC Article Number: TC-DD HÜCO compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional ECG no dim EN 602 EN Rated input current factor TC-DD 55W 0,25 A V -5 C C A2 0,5 23 x 7 x 33 mm ca. 0 g 23 (2,5) , Subject to technical modification

31 EN 602 EN EN 602 EN W 0,27 A V -20 C C A2 0,8 280 x 30 x 2 mm ca. 25 g 55W V~ 0,5 A 0-0 V C 2 A x 30 x 2 mm 285 g 270 0,3 350 ±0,3 30 Ø 30 BL-HP x55w MS2 Article Number: BL-HP 2x55W MS2 Article Number: Fast and smooth lamp warm start within second HLC II circuit (HÜCO Control): Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) Shut down of ballast at lamp end of life or defect Construction height just 2 mm Fast and smooth lamp warm start within second HLC II circuit (HÜCO Control): Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect Additional Additional ECG no dim Rated input current factor Rated input current Energieklasse factor 5, , ,8 2 2,8 Ø 350 ±0,3 5,4 3

32 TC-SEL TC-DEL TC-TEL TC-DD BL-HP /2 x -2W HC Twingle Article Number: Twingle Usable with or 2 lamps Compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional Replaces 07533/53 Approved lamp combinations TC-SEL TC-DEL TC-TEL TC-DD W 2 TC-SEL W 4 W TC-SEL W 4W TC-TEL 3W TC-SEL W TC-DD 6W TC-DEL 0W TC-DD 0W Combination approved W 0 W W 3W 4W 6W 2W TC-TEL 3W TC-SEL W TC-DD 6W TC-DEL 0W Combination ENEC certified TC-DD 0W ECG no dim factor EN 602 EN V -20 C C /2 A2/A3 ca. 0, 03 x 67 x 30 mm ca. 35 g, EMV Rated input current (230V) TC-SEL x W 0,05 A TC-DEL x0 W 0,05 A TC-SEL x W 0,06 A TC-DEL/TEL x3 W 0,06 A TC-DD x0 W 0,06 A x4 W 0,07 A TC-DD x6 W 0,07 A x2 W 0,0 A Rated input current for double (230V) TC-SEL 2x W 0,0 A TC-DEL 2x0 W 0,0 A TC-SEL 2x W 0,2 A TC-DEL/TEL 2x3 W 0,3 A TC-DD 2x0 W 0,0 A 2x4 W 0,3 A TC-DD 2x6 W 0,4 A 2x2 W 0,0 A 03 3,5 0 ( ) , ,5 32 Subject to technical modification

33 BL-HP /2 x -2W HS Twingle New Neu TC-SEL Article Number: Twingle Usable with or 2 lamps Different lamps can be operated at the same time Compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional Replaces 05033/53 Approved lamp combinations TC-SEL TC-DEL TC-TEL TC-DD W 2 TC-SEL W 4 W TC-SEL W 4W TC-TEL 3W TC-SEL W TC-DD 6W TC-DEL 0W TC-DD 0W Combination approved W 0 W W 3W 4W 6W 2W TC-TEL 3W TC-SEL W TC-DD 6W TC-DEL 0W Combination ENEC certified TC-DD 0W TC-DEL TC-TEL TC-DD factor EN 602 EN V -20 C C /2 A2/A3 ca. 0, 50 x 42 x 30 mm ca. 20 g Rated input current (230V) TC-SEL x W 0,05 A TC-DEL x0 W 0,05 A TC-SEL x W 0,06 A TC-DEL/TEL x3 W 0,06 A TC-DD x0 W 0,06 A x4 W 0,07 A TC-DD x6 W 0,07 A x2 W 0,0 A Rated input current for double (230V) TC-SEL 2x W 0,0 A TC-DEL 2x0 W 0,0 A TC-SEL 2x W 0,2 A TC-DEL/TEL 2x3 W 0,3 A TC-DD 2x0 W 0,0 A 2x4 W 0,3 A TC-DD 2x6 W 0,4 A ECG no dim 30 4,

34 BL-HP /2x8W TC-DEL/TEL HC Twingle BL-HP /2x8W TC-DEL/TEL HS Twingle New Neu TC-DEL TC-TEL Article Number: Twingle Usable with or 2 lamps Compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Replaces Article Number: Twingle Usable with or 2 lamps Different lamps can be operated at the same time Compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Replaces 05034/44 Additional Additional ECG no dim EN 602 EN EN 602 EN TC-DEL/TEL TC-DEL/TEL Rated input current Single / Double factor 8W 0,08 A / 0,7 A V -20 C C /2 A2 ca. 0,5 03 x 67 x 30 mm ca. 35 g Rated input current Single / Double factor 8W 0,08 A / 0,7 A V -20 C C /2 A2 ca. 0,5 50 x 42 x 30 mm ca. 20 g, EMV 03 3, ( ) ,5 27,5 30 4, Subject to technical modification

35 BL-HP x5-42w/2x5-26w HC Twingle Article Number: Twingle Usable with or 2 lamps Compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional factor EN 602 EN V -20 C C /2 A2 ca. 0,5 03 x 67 x 30 mm ca. 35 g, EMV Approved lamp combinations TC-DEL TC-TEL TC-F c T8 T2 W 2 T8 T8 5W 8W 4W T8 5W T8 8W 4W c 22W TC-F 24W 24W TC-TEL 26W 8W TC-F 8W TC-DEL 26W Combination approved Rated input current (230V) 5W 8W 22W 24W 26W 32W 36W 38W 3W 40W 42W c 22W xtc-del/tel 26 W 0,2 A xtc-tel 32 W 0,6 A xtc-tel 42 W 0,2 A x 40 W 0, A xt8 5 W 0,08 A xt8 8 W 0,0 A xt8 36 W 0,6 A xt8 38 W 0,7 A TC-F 24W TC-TEL TC-F TC-DEL 24W 26W 8W 8W 26W Combination ENEC certified x/f 8 W 0,08 A x/f 24 W 0, A xc 22 W 0, A xc 40 W 0, A x 24 W 0,2 A x 3 W 0,7 A xt2 40 W 0,7 A TC-DEL TC-TEL TC-F c T8 T2 ECG no dim Rated input current for double (230V) 2xTC-DEL/TEL 26 W 0,24 A 2xT8 5 W 0,5 A 2xT8 8 W 0,6 A 2x/F 8 W 0,6 A 2x/F 24 W 0,22 A 2xc 22 W 0,22 A 2x 24 W 0,24 A 03 3, ,5 0 ( ) ,

36 BL-HP x5-42w/2x5-26w HS Twingle New TC-DEL TC-TEL TC-F c T8 T2 ECG no dim Article Number: Twingle Usable with or 2 lamps Different lamps can be operated at the same time Compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional factor Replaces 05035/55 EN 602 EN V -20 C C /2 A2 ca. 0,5 50 x 42 x 30 mm ca. 20 g Approved lamp combinations TC-DEL TC-TEL TC-F c T8 T2 W 2 T8 T8 5W 8W 4W T8 5W T8 8W 4W c 22W TC-F 24W 24W TC-TEL 26W 8W TC-F 8W TC-DEL 26W Combination approved Rated input current (230V) 5W 8W 22W 24W 26W 32W 36W 38W 3W 40W 42W c 22W xtc-del/tel 26 W 0,2 A xtc-tel 32 W 0,6 A xtc-tel 42 W 0,2 A x 40 W 0, A xt8 5 W 0,08 A xt8 8 W 0,0 A xt8 36 W 0,6 A xt8 38 W 0,7 A TC-F 24W Rated input current for double (230V) TC-TEL TC-F TC-DEL 24W 26W 8W 8W 26W Combination ENEC certified x/f 8 W 0,08 A x/f 24 W 0, A xc 22 W 0, A xc 40 W 0, A x 24 W 0,2 A x 3 W 0,7 A xt2 40 W 0,7 A 2xTC-DEL/TEL 26 W 0,24 A 2xT8 5 W 0,5 A 2xT8 8 W 0,6 A 2x/F 8 W 0,6 A 2x/F 24 W 0,22 A 2xc 22 W 0,22 A 2x 24 W 0,24 A 30 4, Subject to technical modification

37 BL-HP /2x26-42 W HC New Article Number: Twingle Usable with or 2 lamps Different lamps can be operated at the same time Compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations TC-DEL TC-TEL W 26 W 32 W 42W 2 TC-DEL TC-TEL 26W 26W TC-DEL 26W TC-TEL 26W TC-TEL 32W TC-TEL 42W Combination approved TC-TEL 32W TC-TEL 42 W Combination ENEC certified TC-DEL TC-TEL Additional Replaces Rated input current (230V) TC-DEL 26 W 0,4 A TC-TEL 26 W 0,4 A TC-TEL 32 W 0,6 A TC-TEL 42 W 0,20 A EN 602 EN Rated input current for double (230V) TC-DEL 26 W 0,24 A TC-TEL 32 W 0,30 A TC-TEL 26 W 0,24 A TC-TEL 42 W 0,3 A ECG no dim factor V -20 C C /2 A2 > 0,5c 23 x 7 x 33 mm ca. 80 g VDE, ENEC (2,5) 27,

38 BL-HP 2x8-40W HC TC-DEL TC-TEL TC-F c Article Number: Different lamps can be operated at the same time HÜCO compact housing Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations 2 TC-DEL 26W TC-TEL 26W TC-TEL 32W c 22W c 40W 8W 24W 40W TC-F 8W TC-F 24W TC-DEL 26W Combination approved TC-TEL TC-TEL 26W 32W c 22W c 40W 8W 24W 40W Combination ENEC certified TC-F 8W TC-F 24W Rated input current for double (230V) Additional 2xTC-DEL/TEL 26 W 0,24 A 2x/F 24 W 0,22 A ECG no dim EN 602 EN xTC-DEL/TEL 32 W 0,32 A 2x/F 8 W 0,6 A 2xc 22 W 0,22 A 2xc 22/40 W 0,3 A factor V -20 C C 2 A2 0,5 23 x 7 x 33 mm ca. 80 g, EMV 23 (2,5) , Subject to technical modification

39 BL-HP x3w TC-DEL/TEL HC A-DIM Article Number: Same housing as non-dimmable electronic ballast (03x67x30mm) Flicker-free dimming from 00% to 3% Controlled via -0V signal Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL-HP x8w TC-DEL/TEL HC A-DIM Article Number: Same housing as non-dimmable electronic ballast (03x67x30mm) Flicker-free dimming from 00% to 3% Controlled via -0V signal Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN TC-DEL TC-TEL Additional Additional EN 602 EN EN 602 EN ECG,...0V TC-DEL/TEL TC-DEL/TEL Rated input current factor Interface Interface current 3W 0,07 A V +5 C C A 0,7...0 V 0,5 ma 03 x 67 x 30 mm ca. 45 g Rated input current factor Interface Interface current 8W 0,0 A V +5 C C A 0,7...0 V 0,5 ma 03 x 67 x 30 mm ca. 40 g 03 3,5 03 3,5 0 ( ) ( ) , , , ,5 3

40 BL-HP x26-42w TC-DEL/TEL HC A-DIM TC-DEL TC-TEL Article Number: Flicker-free dimming from 00% to 3% Controlled via -0V signal Same housing as non-dimmable electronic ballast (03x67x30mm) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Different connection possibilities for various lamps Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations W 26W 32W 42W TC-DEL TC-TEL TC-TEL TC-TEL Combination approved Combination ENEC certified Rated input current (230V) TC-DEL 26 W 0,3 A TC-TEL 26 W 0,3 A TC-TEL 32 W 0,6 A TC-TEL 42 W 0,2 A Additional EN 602 EN ECG,...0V factor Interface Interface current V +5 C C A 0,7...0 V 0,5 ma 03 x 67 x 30 mm ca. 45 g 03 3,5 0 ( ) , ,5 40 Subject to technical modification

41 BL-HP x57/70w TC-TEL HC A-DIM Article Number: Digital ASIC technology Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations W 57W 70W TC-TEL Combination approved Combination ENEC certified Rated input current (230V) TC-TEL 57 W 0,27 A TC-TEL 70 W 0,32 A TC-TEL Additional EN 602 EN factor Interface Interface current TC-TEL 57/70W V +5 C C A 0,8...0 V 0,5 ma 23 x 7 x 33 mm ca. 235 g ECG,...0V 23 (2,5) ,

42 BL-HP x8-40w HC A-DIM TC-F c Article Number: Digital ASIC technology Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations W 8W 22W 24W 40W c TC-F Combination approved Combination ENEC certified Rated input current (230V) c 22 W 0, A c 40 W 0, A /F 8 W 0,0 A /F 24 W 0,2 A Additional EN 602 EN ECG,...0V factor Interface Interface current V +5 C C A 0,8...0 V 0,5 ma 03 x 67 x 30 mm ca. 45 g 03 3,5 0 ( ) , ,5 42 Subject to technical modification

43 BL-HP x55w c HC A-DIM Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL-HP x60w c HC A-DIM Article Number: Digital ASIC technology Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN c Additional Additional EN 602 EN EN 602 EN ECG,...0V c c Rated input current factor Interface Interface current 55W 0,26 A V +5 C C A 0,8...0 V 0,5 ma 23 x 7 x 33 mm ca. 200 g Rated input current factor Interface Interface current 60W 0,28 A V +5 C C A 0,8...0 V 0,5 ma 23 x 7 x 33 mm ca. 200 g (2,5) (2,5) , ,

44 TC-DD BL-HP x28w TC-DD HC A-DIM Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL-HP x38w TC-DD HC A-DIM Article Number: Digital ASIC technology Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional Additional EN 602 EN EN 602 EN ECG,...0V TC-DD TC-DD Rated input current factor Interface Interface current 28W 0,3 A V +5 C C A 0,8...0 V 0,5 ma 03 x 67 x 30 mm ca. 45 g Rated input current factor Interface Interface current 38W 0,7 A V +5 C C A 0,8...0 V 0,5 ma 03 x 67 x 30 mm ca. 45 g 03 3,5 03 3,5 0 ( ) ( ) , , , ,5 44 Subject to technical modification

45 TC-DEL TC-TEL EN 602 EN EN 602 EN TC-DEL/TEL 55W V~ 0,27 A V +5 C C A V > 0.2 ma 360 x 30 x 2 mm 265 g 3W 0,3 A V +5 C C 2 A 0,8...0 V 0,5 ma 23 x 7 x 33 mm ca. 200 g 30 Ø 350 ±0, (2,5) 2 2,8 BL-HP x55w MS3 A-DIM New BL-HP 2x3W TC-DEL/TEL HC A-DIM Article Number: Article Number: Flicker-free dimming from 00% to % Active harmonic wave filter enables constant power output across a Controlled via -0V signal wide input range Construction height just 2 mm Digital ASIC Technology Flicker-free ignition Flicker-free during operation No stroboscopic effects and flicker-free during operation HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast No irritating noise EOL (end of life) shut down of ballast at lamp end of life or defect Flicker-free dimming from 00% to 3% Universal terminal blocks for manual and automatic lamp wiring Controlled via -0V signal Reduced power losses, decreased self-heating of the ballast Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional Additional ECG,...0V Rated input current Energieklasse factor Interface Interface current Rated input current factor Interface Interface current 27,5 33 Ø 350 ±0,3 5,4 45

46 TC-DEL TC-TEL BL-HP 2x8W TC-DEL/TEL HC A-DIM Article Number: Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL-HP 2x26W TC-TEL/DEL HC A-DIM Article Number: Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional Additional EN 602 EN EN 602 EN ECG,...0V TC-DEL/TEL TC-DEL/TEL Rated input current factor Interface Interface current 8W 0,7 A V +5 C C 2 A 0,7...0 V 0,5 ma 23 x 7 x 33 mm ca. 220 g Rated input current factor Interface Interface current 26W 0,24 A V +5 C C 2 A 0,7...0 V 0,5 ma 23 x 7 x 33 mm ca. 225 g (2,5) (2,5) , , Subject to technical modification

47 BL-HP 2x26-42W TC-TEL/DEL HC A-DIM Article Number: Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Different connection possibilities for various lamps Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations 2 TC-DEL 26W TC-TEL 26W TC-TEL 32W TC-TEL 42W TC-DEL 26W TC-TEL 26W Combination approved TC-TEL 32W Rated input current (230V) 2xTC-DEL 26 W 0,24 A 2xTC-TEL 26 W 0,24 A 2xTC-TEL 36 W 0,3 A 2xTC-TEL 42 W 0,40 A TC-TEL 42W Combination ENEC certified TC-DEL TC-TEL Additional EN 602 EN ECG,...0V factor Interface Interface current TC-DEL/TEL V +5 C C 2 A 0,8...0 V 0,5 ma 23 x 02 x 33 mm ca. 260 g 22,6 0,5 0,6 0 (42.5) 32,8 27,3 47

48 TC-F BL-HP 2x8/24W /F HC A-DIM Article Number: Active harmonic wave filter enables constant power output across a wide input range Digital ASIC technology Different connection possibilities for various lamps Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Different connection possibilities for various lamps Flicker-free dimming from 00% to 3% Controlled via -0V signal Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations TC-F TC-F 2 8W 24W 8W 24W 8W 24W Combination approved TC-F 8W Rated input current (230V) 2x 8 W 0,7 A 2x 24 W 0,23 A 2xTC-F 8 W 0,7 A 2xTC-F 24 W 0,23 A TC-F 24W Combination ENEC certified Additional EN 602 EN ECG,...0V factor Interface Interface current /F 8/24W V +5 C C 2 A 0,8...0 V 0,5 ma 23 x 7 x 33 mm ca. 225 g 23 (2,5) , Subject to technical modification

49 BL-HP 2x55W MS3 A-DIM New BL-HP x8w TC-DEL/TEL HC D-DIM Article Number: Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN TC-DEL TC-TEL Additional Additional EN 602 EN EN 602 EN ECG,...0V TC-DEL/TEL Rated input current factor Interface Interface current 55W 0,54 A V +5 C C 2 A 0,7...0 V > 0,2 ma 425 x 30 x 2 mm ca. 350 g Rated input current factor Interface 8W 0,0 A V +5 C C A 0,7 DALI 23 x 7 x 33 mm ca. 75 g 45 ±0,3 30 Ø (2,5) 27, ,8 Ø 45 ±0,3 5,4 4

50 BL-HP x26-42w TC-DEL/TEL HC D-DIM TC-DEL TC-TEL Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations W 26W 32W 42W TC-DEL TC-TEL Combination approved Combination ENEC certified Rated input current (230V) TC-DEL 26 W 0,3 A TC-TEL 26 W 0,3 A TC-TEL 32 W 0,6 A TC-TEL 42 W 0,2 A Additional EN 602 EN ECG DALI factor Interface TC-DEL/TEL V +5 C C A 0,7 DALI 23 x 7 x 33 mm ca. 75 g 23 (2,5) , Subject to technical modification

51 BL-HP x8-40w HC D-DIM Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations W 8W 22W 24W 40W c TC-F Combination approved Combination ENEC certified Rated input current (230V) c 22 W 0, A c 40 W 0, A /F 8 W 0,0 A /F 24 W 0,2 A TC-F c Additional EN 602 EN Rated input current factor Interface 0,0 A V +5 C C A 0,8 DALI 23 x 7 x 33 mm ca. 75 g ECG DALI 23 (2,5) ,

52 c BL-HP x55w c/ HC D-DIM Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN BL-HP x60w c HC D-DIM Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition, No stroboscopic effects and flicker-free during operation Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Additional Additional EN 602 EN EN 602 EN ECG DALI Rated input current factor Interface c, 55W 0,26 A V +5 C C 0,8 A DALI 23 x 7 x 33 mm ca. 200 g Rated input current factor Interface c 60W 0,28 A V +5 C C 0,8 A DALI 23 x 7 x 33 mm ca. 200 g (2,5) (2,5) , , Subject to technical modification

53 BL-HP 2x8W TC-DEL/TEL HC D-DIM Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN TC-DEL TC-TEL Additional EN 602 EN Rated input current factor Interface TC-DEL/TEL 8W 0,7 A V +5 C C 2 A 0,8 DALI 23 x 02 x 33 mm ca. 245 g ECG DALI 22,6 0,5 0,6 0 (42.5) 32,8 27,3 53

54 BL-HP 2x26-42W TC-DEL/TEL HC D-DIM TC-DEL TC-TEL Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition, no irritating noise No stroboscopic effects and flicker-free during operation Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations 2 TC-DEL 26W TC-TEL 26W TC-TEL 32W TC-TEL 42W TC-DEL 26W TC-TEL 26W Combination approved TC-TEL 32W Rated input current (230V) 2xTC-DEL 26 W 0,24 A 2xTC-TEL 26 W 0,24 A 2xTC-TEL 32 W 0,32 A 2xTC-TEL 42 W 0,40 A TC-TEL 42W Combination ENEC certified Additional EN 602 EN ECG DALI factor Interface TC-DEL/TEL V +5 C C 2 A 0,8 DALI 23 x 02 x 33 mm ca. 255 g 22,6 0,5 0,6 0 (42.5) 32,8 27,3 54 Subject to technical modification

55 BL-HP 2x8/24W /F HC D-DIM Article Number: DALI Interface with extended over voltage protection Microprocessor controlled Different connection possibilities for various lamps Optimal lamp operating by HLC technology (HÜCO Control) Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise Flicker-free dimming from 00% to 3% Common dimming of electronic ballasts possible in spite of being splitted into different circuits warm start and operation acc. to EN 602 Harmonic wave limit acc. to EN Approved lamp combinations TC-F TC-F 2 8W 24W 8W 24W 8W 24W Combination approved TC-F 8W Rated input current (230V) 2x 8 W 0,7 A 2x 24 W 0,23 A 2xTC-F 8 W 0,7 A 2xTC-F 24 W 0,23 A TC-F 24W Combination ENEC certified TC-F Additional EN 602 EN factor Interface V +5 C C 2 A 0,8 DALI 23 x 02 x 33 mm ca. 245 g ECG DALI 22,6 0,5 0,6 0 (42.5) 32,8 27,3 55

56 BL-HP x4-35w MS2 Article Number: Multi power function for and lamps Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect. Approved lamp combinations W 4W 2W 28W 35W Combination approved Combination ENEC certified Rated input current (230V) 4 W 0,08 A 2 W 0,0 A 28 W 0,4 A 35 W 0,7 A Additional HVP HLC II LAMP CONTROL EN 602 EN ECG no dim factor V -20 C C A2 0,5c 280 x 30 x 2 mm ca. 200 g 270 0,3 30 5, , ,8 56 Subject to technical modification

57 BL-HP x24-40w /TC-F/L MS2 Article Number: Multi power function for and lamps Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect. Approved lamp combinations W 24W 36W 3W 40W TC-F Combination approved Combination ENEC certified Rated input current (230V) 24 W 0,7 A 3 W 0, A /F 36 W 0,5 A /F 40 W 0, A Additional HVP HLC II LAMP CONTROL EN 602 EN factor V -20 C C A2 0,8c 280 x 30 x 2 mm ca. 200 g ECG no dim 270 0,3 30 5, , ,8 57

58 BL-HP x4w MS2 Article Number: BL-HP x54w MS2 Article Number: Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect. Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect Additional Additional HVP HLC II LAMP CONTROL EN 602 EN HVP HLC II LAMP CONTROL EN 602 EN ECG no dim Rated input current factor Länge x Breite x Height 4W 0,24 A V -20 C C A2 0,8c 280 x 30 x 2 mm ca. 200 g Rated input current factor 54W 0,26 A V -20 C C A2 0,8c 280 x 30 x 2 mm ca. 25 g 270 0, ,3 30 5, ,3 0,3 30 5, ,8 2 2, Subject to technical modification

59 BL-HP x55/80w / MS2 Article Number: Multi power function for and lamps Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL ( end of life ) Shut down of ballast at lamp end of Life or defect. Approved lamp combinations W 80W 55W Combination approved Combination ENEC certified Rated input current (230V) 80 W 0,38 A /F 55 W 0,27 A /F 80 W 0,38 A Additional HVP HLC II LAMP CONTROL EN 602 EN factor V -20 C C A2 0,8c 280 x 30 x 2 mm ca. 25 g ECG no dim 270 0,3 30 5, , ,8 5

60 2 4W 2W 28W 35W 4W 2W 2x 4 W 0,5 A 2x 2 W 0,2 A 2x 28 W 0,28 A 2x 35 W 0,34 A 28W 35W HVP HLC II LAMP CONTROL EN 602 EN V -20 C C 2 A2 0,5c 360 x 30 x 2 mm ca. 270 g 350 ±0,3 Ø ,8 BL-HP 2x4-35W MS2 Article Number: % Light independent from mains voltage fluctuations Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect Approved lamp combinations Combination approved Rated input current (230V) Combination ENEC certified Additional ECG no dim factor Ø 350 ±0,3 5,4 60 Subject to technical modification

61 2 24W 3W 24W 3W 36W 40W TC-F 36W TC-F 40W Combination approved 2x 24 W 0,23 A 2x 3 W 0,34 A 2x/F 36 W 0,30 A 2x/F 40 W 0,38 A 36W 40W TC-F 36W TC-F 40W TC-F HVP HLC II LAMP CONTROL EN 602 EN V -20 C C 2 A2 0,8c 360 x 30 x 2 mm ca. 270 g 350 ±0,3 Ø ,8 BL-HP EVG-HP 2x24-40W /TC-F/L MS2 Article Number: Multi power function for and lamps Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL ( end of life ) Shut down of ballast at lamp end of Life or defect. Additional Approved lamp combinations Rated input current (230V) Combination ENEC certified factor ECG no dim Ø 350 ±0,3 5,4 6

62 HVP HLC II LAMP CONTROL EN 602 EN HVP HLC II LAMP CONTROL EN 602 EN W 0,47 A V -20 C C 2 A2 0,8c 360 x 30 x 2 mm ca. 285 g 54W 0,50 A V -20 C C 2 A2 0,8c 360 x 30 x 2 mm ca. 285 g 350 ±0,3 Ø ,8 350 ±0, ,8 Ø 30 BL-HP 2x4W MS2 Article Number: BL-HP 2x54W MS2 Article Number: % Light independent from mains voltage fluctuations Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect 00% Light independent from mains voltage fluctuations Fast and smooth lamp warm start within second HLC II Schaltung (HÜCO lamp control), Preheat of the cathodes and the operation of the lamp circuit run independently from each other, thereby ensuring very little impact from lamp tolerances and a very low power loss Reduced power losses, decreased self-heating of the ballast Lifetime > h at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection For the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic wiring EOL (end of life) Shut down of ballast at lamp end of Life or defect Additional Additional ECG no dim Rated input current factor Rated input current factor Ø 350 ±0,3 5,4 Ø 350 ±0,3 5,4 62 Subject to technical modification

63 BL-HP 3/4x4W MS3 New Article Number: Wiring scheme 3-lamps Construction height just 2 mm Alternative fixing via side-installation Very flat connection clamps permit easy installation in flat lamps Active harmonic wave filter enables constant power output across a wide input range Flicker-free ignition No stroboscopic effects and flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Very good (EEI) Also usable for 3 lamps Harmonic wave limit acc. to EN Replaces Wiring scheme 4-lamps Additional HVP HLC II LAMP CONTROL EN 602 EN factor 4W V -20 C C 3/4 A2 0,6c 280 x 3 x 2 mm ca. 240 g ECG no dim 270 0,3 3 5, , ,8 63

64 Approved lamp combinations W 4W 2W 28W 35W Combination approved Combination ENEC certified Rated input current (230V) x 4 W 0,08 A x 2 W 0,2 A x 28 W 0,5 A x 35 W 0, A HVP EN 602 EN V +5 C C A 0,6 c 360 x 30 x 2 mm ca. 255 g 350 ±0,3 Ø ,8 BL-HP x4-35w MS3 A-DIM New Article Number: Multipower technology, one ballast for several lamps and/or performances Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional ECG...0V factor Ø 350 ±0,3 5,4 64 Subject to technical modification

65 Approved lamp combinations W 24W 3W Combination approved Combination ENEC certified Rated input current (230V) x 24 W 0,2 A x 3 W 0,7 A HVP EN 602 EN V +5 C C A 0,8 c 360 x 30 x 2 mm ca. 255 g 350 ±0,3 Ø ,8 BL-HP x24/3w MS3 A-DIM New Article Number: Multipower technology, one ballast for several lamps and/or performances Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional factor ECG...0V Ø 350 ±0,3 5,4 65

66 HVP HVP EN 602 EN EN 602 EN W V +5 C C A 0,6 c 360 x 30 x 2 mm ca. 255 g 54W V +5 C C A 0,5 c 360 x 30 x 2 mm ca. 265 g 350 ±0,3 Ø ,8 350 ±0, ,8 Ø 30 BL-HP x4w MS3 A-DIM New BL-HP x54w MS3 A-DIM New Article Number: Article Number: Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional Additional ECG...0V factor factor Ø 350 ±0,3 5,4 Ø 350 ±0,3 5,4 66 Subject to technical modification

67 Approved lamp combinations W 80W 80W Combination approved Combination ENEC certified Rated input current (230V) x 80 W 0,37 A x 80 W 0,37 A HVP EN 602 EN V +5 C C A 0,5 c 360 x 30 x 2 mm ca. 300 g 350 ±0,3 Ø ,8 BL-HP x80w / MS3 A-DIM New Article Number: Multipower technology, one ballast for several lamps and/or performances Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional factor ECG...0V Ø 350 ±0,3 5,4 67

68 BL-HP 2x4-35W MS3 A-DIM New Article Number: Multipower technology, one ballast for several lamps and/or performances Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Approved lamp combinations 2 4W 2W 28W 35W 4W 2x 4 W 0,5 A 2x 2 W 0,2 A 2x 28 W 0,28 A 2x 35 W 0,35 A 2W Combination approved Rated input current (230V) 28W 35W Combination ENEC certified Additional HVP EN 602 EN ECG...0V factor V +5 C C 2 A 0,7 c 425 x 30 x 2 mm ca. 320 g 45 ±0,3 30 Ø ,8 Ø 45 ±0,3 5,4 68 Subject to technical modification

69 BL-HP 2x24/3W MS3 A-DIM New Article Number: Multipower technology, one ballast for several lamps and/or performances Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Approved lamp combinations 2 24W 3W Combination approved Combination ENEC certified Rated input current (230V) 2x 24 W 0,23 A 2x 3 W 0,34 A Additional HVP EN 602 EN factor 24W, 3W V +5 C C 2 A 0,7 c 425 x 30 x 2 mm ca. 320 g ECG...0V 45 ±0,3 Ø ,8 Ø 45 ±0,3 5,4 6

70 BL-HP 2x4W MS3 A-DIM New BL-HP 2x54W MS3 A-DIM New Article Number: Article Number: Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation warm start and operation acc. to EN 602 Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional Additional HVP HVP EN 602 EN EN 602 EN ECG...0V factor 4W V +5 C C 2 A 0,7 c 425 x 30 x 2 mm ca. 350 g factor 54W V +5 C C 2 A 0,7 c 425 x 30 x 2 mm ca. 350 g 45 ±0,3 45 ±0,3 Ø ,8 2 2,8 Ø 30 Ø 45 ±0,3 5,4 Ø 45 ±0,3 5,4 70 Subject to technical modification

71 Ballasts for SWITCH CONTROL Ballasts for SWITCH CONTROL Dimmable with push button (SWITCH CONTROL) Flicker-free dimming from 00% to % Construction height just 2 mm Alternative fixing via side-installation Very flat connection clamps permit easy installation in flat lamps Active harmonic wave filter enables constant power output across a wide input range No stroboscopic effects and flicker-free during operation No irritating noise Common dimming of electronic ballasts possible in spite of being splitted into different circuits Technical drawing for x ballasts Technical drawing for 2x/4x ballasts Additional EN 602 EN [W] Art. Nr. Number of lamps [V~] Mains frequency [Hz] Rated current [A] D.C. voltage range [V] / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca. 365 Technical 28 0 Drawing / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca. 365 Ballasts for / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca. 365 [ C] / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / , A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca. 285 (EEI) factor Interface Interface current typ. [ma] Length x Width x Height [mm] [g] ECG...0V 7

72 BL-HP x8 T8 MS3 Article Number: 0 73 BL-HP x36w T8 MS3 Article Number: 0 74 T8 Very compact housing: height only 2 mm, length only 280 mm Active harmonic wave filter enables constant power output across a wide input range Reduced power losses, decreased self-heating of the ballast Flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Fast and smooth lamp warm start within second Alternative fixing via side-installation. 00 % light independent from mains voltage fluctuations Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) shut down of ballast at lamp end of life or defect Very compact housing: height only 2 mm, length only 280 mm Active harmonic wave filter enables constant power output across a wide input range Reduced power losses, decreased self-heating of the ballast Flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Fast and smooth lamp warm start within second Alternative fixing via side-installation. 00 % light independent from mains voltage fluctuations Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) shut down of ballast at lamp end of life or defect Additional Additional HVP HVP EN 602 EN EN 602 EN T8 T8 factor 8W V -20 C C A2 0,6 c 280 x 30 x 2 mm ca. 200 g factor 36W V -20 C C A2 0,8 c 280 x 30 x 2 mm ca. 200 g T8 ECG no dim 270 0, ,3 30 5, ,3 0,3 30 5, ,8 2 2, Subject to technical modification

73 BL-HP x58w T8 MS3 BL-HP 2x8W T8 MS3 Article Number: 0 75 Article Number: Very compact housing: height only 2 mm, length only 280 mm Active harmonic wave filter enables constant power output across a wide input range Reduced power losses, decreased self-heating of the ballast Flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Fast and smooth lamp warm start within second Alternative fixing via side-installation. 00 % light independent from mains voltage fluctuations Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) shut down of ballast at lamp end of life or defect Very compact housing: height only 2 mm, length only 280 mm Active harmonic wave filter enables constant power output across a wide input range Reduced power losses, decreased self-heating of the ballast Flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Fast and smooth lamp warm start within second Alternative fixing via side-installation. 00 % light independent from mains voltage fluctuations Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) shut down of ballast at lamp end of life or defect T8 Additional Additional HVP HVP EN 602 EN EN 602 EN T8 T8 factor 58W V -20 C C A2 0,8 c 280 x 30 x 2 mm ca. 200 g factor 8W V -20 C C 2 A2 0,7 c 280 x 30 x 2 mm ca. 200 g T8 ECG no dim 270 0, ,3 30 5, ,3 0,3 30 5, ,8 2 2,

74 BL-HP 2x36W T8 MS3 BL-HP 2x58W T8 MS3 Article Number: Article Number: T8 Very compact housing: height only 2 mm, length only 280 mm Active harmonic wave filter enables constant power output across a wide input range Reduced power losses, decreased self-heating of the ballast Flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Fast and smooth lamp warm start within second Alternative fixing via side-installation. 00 % light independent from mains voltage fluctuations Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) shut down of ballast at lamp end of life or defect Very compact housing: height only 2 mm, length only 280 mm Active harmonic wave filter enables constant power output across a wide input range Reduced power losses, decreased self-heating of the ballast Flicker-free during operation No irritating noise warm start and operation acc. to EN 602 Fast and smooth lamp warm start within second Alternative fixing via side-installation. 00 % light independent from mains voltage fluctuations Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) shut down of ballast at lamp end of life or defect Additional Additional HVP HVP EN 602 EN EN 602 EN T8 T8 factor 36W V -20 C C 2 A2 0,7 c 280 x 30 x 2 mm ca. 200 g factor 58W V -20 C C 2 A2 0,8 c 280 x 30 x 2 mm ca. 200 g T8 ECG no dim 270 0, ,3 30 5, ,3 0,3 30 5, ,8 2 2, Subject to technical modification

75 BL-HP 3/4x5-24W MS3 New Article Number: 0 76 Multipower technology, one ballast for several lamps and/or performances Very compact housing: height only 2 mm, length only 280 mm warm start and operation acc. to EN 602 Optimal lamp operating by HLC technology (HÜCO Control) Reduced power losses, decreased self-heating of the ballast Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast Suitable for emergency light fittings in accordance with VDE 008 Universal terminal blocks for manual and automatic lamp wiring EOL (end of life) shut down of ballast at lamp end of life or defect Approved lamp combinations W 5W 8W 24W 3x T8 3x /F 3x T8 4x /F 4x Rated input current (230V) 3x 24 W 0,33 A 4xT8 5 W 0,28 A 3xT8 5 W 0,2 A 4xT8 8 W 0,3 A 3xT8 8 W 0,25 A 4x/F 8 W 0,2 A 3x/F 8 W 0,23 A 3x/F 24 W 0,32 A TC-F T8 Additional HVP EN 602 EN factor V -20 C C 3/4 A2 0,5 c 280 x 3 x 2 mm ca. 240 g T8 ECG no dim 270 0,3 3 5, , ,8 75

76 T8 HVP EN 602 EN T8 8W V +5 C C A 0,6 c 360 x 30 x 2 mm ca. 255 g 350 ±0,3 Ø ,8 BL-HP x8w T8 MS3 A-DIM New Article Number: Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional factor T8 ECG...0V Ø 350 ±0,3 5,4 76 Subject to technical modification

77 Approved lamp combinations W 36W 36W 40W T8 /F Combination approved Combination ENEC certified Rated input current (230V) xt8 36 W 0,6 A x/f 36 W 0,6 A x 40 W 0,2 A TC-F T8 HVP EN 602 EN V +5 C C A 0,8 c 360 x 30 x 2 mm ca. 255 g 350 ±0,3 Ø ,8 BL-HP x36w T8 MS3 A-DIM New Article Number: Multipower technology, one ballast for several lamps and/or performances Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional factor T8 ECG...0V Ø 350 ±0,3 5,4 77

78 T8 HVP HVP EN 602 EN EN 602 EN T8 T8 58W V +5 C C A 0,5 c 360 x 30 x 2 mm ca. 265 g 8W V +5 C C 2 A 0,7 c 425 x 30 x 2 mm ca. 320 g 350 ±0,3 45 ±0,3 Ø Ø BL-HP x58w T8 MS3 A-DIM New BL-HP 2x8W T8 MS3 A-DIM New Article Number: Article Number: 0 73 Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Additional Additional factor factor T8 ECG...0V ,8 Ø 350 ±0,3 5,4 2 2,8 Ø 45 ±0,3 5,4 78 Subject to technical modification

79 BL-HP 2x36W T8 MS3 A-DIM New Article Number: 0 74 Multipower technology, one ballast for several lamps and/or performances Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast Approved lamp combinations 2 T8 36W /F 36W 40W T8 36W Combination approved /F 36W Rated input current (230V) 2xT8 36 W 0,3 A 2x/F 36 W 0,3 A 2x 40 W 0,38 A 40W Combination ENEC certified TC-F T8 Additional HVP EN 602 EN factor V +5 C C 2 A 0,7 c 425 x 30 x 2 mm ca. 320 g T8 ECG...0V 45 ±0,3 30 Ø ,8 Ø 45 ±0,3 5,4 7

80 BL-HP 2x58W T8 MS3 A-DIM New Article Number: 0 75 Flicker-free dimming from 00% to % Controlled via -0V signal Construction height just 2 mm Digital ASIC Technology Flicker-free during operation Lifetime > 50,000 hours at tc max / ta max HVP (HÜCO Voltage Protection) high overvoltage protection for the ballast EOL (end of life) shut down of ballast at lamp end of life or defect Universal terminal blocks for manual and automatic lamp wiring Reduced power losses, decreased self-heating of the ballast T8 Additional HVP EN 602 EN factor T8 58W V +5 C C 2 A 0,7 c 425 x 30 x 2 mm ca. 325 g T8 ECG...0V 45 ±0,3 Ø ,8 Ø 45 ±0,3 5,4 80 Subject to technical modification

81 EVG for T8 SWITCH CONTROL Dimmable with push button (SWITCH CONTROL) Flicker-free dimming from 00% to % Construction height just 2 mm Alternative fixing via side-installation Very flat connection clamps permit easy installation in flat lamps Active harmonic wave filter enables constant power output across a wide input range No stroboscopic effects and flicker-free during operation No irritating noise Common dimming of electronic ballasts possible in spite of being splitted into different circuits Technical drawing for x ballasts Technical drawing for 2x/4x ballasts T8 T8 (T26) Additional EN 602 EN [W] Art. Nr. Number of lamps [V~] Mains frequency [Hz] D.C. voltage range [V] [ C] (EEI) factor Interface Interface current typ. [ma] Length x Width x Height [mm] / A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca * / A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / A 0,8 Switch Ctrl. 0,8 360 x 30 x 2 ca / A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca ** / A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca / A 0,8 Switch Ctrl. 0,8 430 x 30 x 2 ca. 365 [g] *Approved lamp combinations **Approved lamp combinations W 36W T8 /F T8 /F 2 36W 36W T8 36W /F 36W T8 ECG...0V ENEC approved ENEC approved 8

82 TC-SEL BL 4-0W 2V TC-DEL Article Number: For 2V applications (.5-4.5V) Compact housing Geringes No stroboscopic effects and flicker-free during operation No irritating noise Different connection possibilities for various lamps warm start Approved lamp combinations W 4W 6W 7W 8W W 0W TC-SEL TC-DEL Combination approved Combination ENEC certified Rated input current (230V) 4 W 0,44 A 6 W 0,63 A 8 W 0,78 A TC-SEL 7 W 0,68 A TC-SEL W 0,82 A TC-DEL 0 W 0,8 A Additional ECG no dim factor DC 0,5 - V -0 C C 82 x 40 x 2 mm ca. 65 g 6.3x0.8 (2x) Subject to technical modification

83 BL-HP x35w HID HC3 New BL-HP x70w HID HC3 New Article Number: Article Number: ECG for high intensity discharge lamps (HID) Lifetime min houres at Tc max. lifetime houres Steady lamp performances by mains fluctuations and lamp tolerances Preservation of the colour lamp temperature Short-circuit protection on the secondary side Over-temperature protection Independent housing with strain relief The ECG is suitable for loop wiring Also available as pre converted version (see and 05624) Restart after cut-off time of 20 minutes ECG for high intensity discharge lamps (HID) Lifetime min houres at Tc max. lifetime houres Steady lamp performances by mains fluctuations and lamp tolerances Preservation of the colour lamp temperature Short-circuit protection on the secondary side Over-temperature protection Independent housing with strain relief The ECG is suitable for loop wiring Also available as pre converted version (see and 05624) Restart after cut-off time of 20 minute HID Additional Additional ECG no dim HID HID factor 35 W 50/60 Hz V -20 C C > 0,7c 3,8 x 87,2 x 3 mm factor 70 W 50/60 Hz V -20 C C > 0,7c 3,8 x 87,2 x 3 mm 83

84 BL-HP x35w HID HC3 C2 New BL-HP x35w HID HC3 C New Article Number: Article Number: ECG for high intensity discharge lamps (HID) Pre converted version with x cable and plug for lamp Pre converted version with x cable and plug for mains Lifetime min houres at Tc max. lifetime houres Steady lamp performances by mains fluctuations and lamp tolerances Preservation of the colour lamp temperature Short-circuit protection on the secondary side Over-temperature protection Independent housing with strain relief The ECG is suitable for loop wiring Also available as pre converted version (see and 05624) Restart after cut-off time of 20 minutes ECG for high intensity discharge lamps (HID) Pre converted version with x cable and plug for lamps Lifetime min houres at Tc max. lifetime houres Steady lamp performances by mains fluctuations and lamp tolerances Preservation of the colour lamp temperature Short-circuit protection on the secondary side Over-temperature protection Independent housing with strain relief The ECG is suitable for loop wiring Also available as pre converted version (see and 05624) Restart after cut-off time of 20 minute HID Additional Additional ECG no dim HID HID factor 35 W 50/60 Hz V -20 C C > 0,7c 3,8 x 87,2 x 3 mm factor 35 W 50/60 Hz V -20 C C > 0,7c 3,8 x 87,2 x 3 mm 84 Subject to technical modification

85 BL-HP x70w HID HC3 C2 New BL-HP x70w HID HC3 C New Article Number: Article Number: ECG for high intensity discharge lamps (HID) Pre converted version with x cable and plug for lamp Pre converted version with x cable and plug for mains Lifetime min houres at Tc max. lifetime houres Steady lamp performances by mains fluctuations and lamp tolerances Preservation of the colour lamp temperature Short-circuit protection on the secondary side Over-temperature protection Independent housing with strain relief The ECG is suitable for loop wiring Also available as pre converted version (see and 05624) Restart after cut-off time of 20 minutes ECG for high intensity discharge lamps (HID) Pre converted version with x cable and plug for lamp Lifetime min houres at Tc max. lifetime houres Steady lamp performances by mains fluctuations and lamp tolerances Preservation of the colour lamp temperature Short-circuit protection on the secondary side Over-temperature protection Independent housing with strain relief The ECG is suitable for loop wiring Also available as pre converted version (see and 05624) Restart after cut-off time of 20 minute HID Additional Additional ECG no dim factor factor HID 70 W 50/60 Hz V -20 C C > 0,7c 3,8 x 87,2 x 3 mm HID 70 W 50/60 Hz V -20 C C > 0,7c 3,8 x 87,2 x 3 mm 85

86 ET 20-70VA LE Article Number: Light weight Short-circuit, overload and over-temperature protection Open circuit protection Soft start maximises lamp life Dimmable with trailing edge dimmer Constant voltage for complete load range Complies to all relevant standards Dimmer compatibility load indication Small compact housing, for build in into luminaires ET 20-05VA LE/TE Article Number: Suitable for leading and trailing edge dimmers Trailing edge dimmer: Load range W Leading edge dimmer: Load range W Loop in loop out primary connection 3 lamp connection on secondary Light weight Short-circuit, overload and over-temperature protection Open circuit protection Soft start maximises lamp life Constant voltage for complete load range Output voltage.8v at 240V input Complies to all relevant standards Dimmer compatibility load ind Additional Additional äquivalent 20-70W 20-05W Netzspannung factor Dimmer load indication Load range Secondary voltage Rated current Operating frequency losses 230 V~ Hz 0, C VA,4 V~ eff 25 ma ca. 3,5 khz 64 x 70 x 2 mm ca. 3,2 W -20 C C Netzspannung factor Dimmer load indication Load range Secondary voltage Rated current Operating frequency losses V~ Hz 0, L, C 20/ VA,8 V ~ eff 460 ma 35 khz 60 x 40 x 30 mm ca. 5 W -20 C C ca. 85 g ca. 50 g Transformer 3, , Subject to technical modification

87 ET 20-05VA LE HANDY Article Number: Light weight Short-circuit, overload and over-temperature protection Open circuit protection Soft start maximises lamp life Dimmable with trailing edge dimmer For difficult installation conditions (fits through a ceiling opening of 58 mm with a - restricted height of 28 mm ) Complies to all relevant standards Dimmer compatibility load indication Fits through a ceiling opening of 58 mm with a restiricted height of 28 mm, max. thickness of ceiling 2 mm. Additional äquivalent Rated Voltage factor Dimmer load indication Load range Secondary voltage Rated current Operating frequency losses 20-05W V~ Hz 0, C VA 2 V ~ eff 460 ma ca. 46 khz 28 x 4 x 28 mm ca. 6 W -20 C C ca. 5 g max. 28 Transformer í

88 ET 50-50VA LE Article Number: Output voltage 2V ~ eff Light weight Open circuit protection Soft start maximises lamp life Dimmable with trailing edge dimmer Constant voltage for complete load range Loop in loop out primary connection 3 lamp connection on secondary Complies to all relevant standards Dimmer compatibility load indication Additional Rated Voltage factor Dimmer load indication Load range Secondary voltage Rated current Operating frequency losses 50-50W V~ Hz 0, C VA 2 V ~ eff 650 ma 42 khz 220 x 45 x 40 mm ca. 7 W -20 C C ca. 245 g Transformer Subject to technical modification

89 x x x x x x x x x x x x x x x x x x x x x x x x x x ET 00-20VA LE Article Number: Light weight Short-circuit, overload and over-temperature protection Open circuit protection Soft start maximises lamp life Dimmable with trailing edge dimmer Constant voltage for complete load range Loop in loop out primary connection Complies to all relevant standards Dimmer compatibility load indication ET 6-WAY CONNECTOR Article Number: 0 67 Light weight Compact housing 6 fully shrouded terminals for protection agianst accidental contact (max. 2,5mm²) max. 00W per connection (2V) or I=8.5A max. 20W total load (2V) oder I=7.5A Can also be used with conventional transformers, provided that they are protected on sec. Side Additional Additional 00-20W max. 20W Rated Voltage factor Dimmer load indication Load range Secondary voltage Rated current Operating frequency losses 230 V~ Hz 0, C VA,3 V ~ eff 30 ma 33 khz 220 x 45 x 40 mm ca.,4 W -20 C C Load range Output voltage Trailing edge Leading edge 2 V~ 0-20 VA 2 V -20 C C Ja Ja 63,5 x 36 x mm ca. g ca. 25 g Transformer x x

90 DIMMER W A-DIM Article Number: Flicker-free dimming Load range (60-750W at a temperature of 40 C at each dimmer) High-voltage halogen and incandescent lamps are also dimmable (60-500W) Simple control via built-in -0V interface, potentiometer, manual control devices, photosensors, etc. Capable of dimming halogen and fluorescent lamps via a -0 V dimmer Dimmers can be linked via -0V interface to increase dimming capability, with each dimmer connected to different mains circuits Short-circuit, overload and over-temperature protection Dimmer compatibility load indication Important notice: When operating the phase-cut dimmer (750W) in full load, you have to observe that the power loss of transformers has to be taken into consideration. Rated power + power loos < 750W Additional Wiring diagram Example application Dimmable Ballast Maximum load Minimum load Dimmer load marking Interface 230 V~ 50 Hz 750 W 60 W -20 C C R,C...0V 220 x 45 x 40 mm ca. 235 g Dimmer Subject to technical modification

91 Multibox HMB 260 packaging unit 50 pcs.* Article Number: Glow-wire test: 850 C Housing material: PC ABS Conductor cross-section: from 2 x 0,75 mm² to 5 x,5 mm² Area for a product writing or for a label is present Optimize installation time A hanging installation is also possible Independent housing fits for all HÜCO standard high performance ballasts (03x67x30, 23x7x33, 2x02x33) With 4 cable implementations With 4 screwless strain reliefs * Ballasts and cables not included Additional Mentre A 00 mm B 60 mm Mentre A 200 mm B 25 mm Supplies

92 Disconnection tool Article Number: - Press-in tool for IDC contact Article Number: - Disconnection-tool, for disconnecting of the wiring from the plug-in terminal (WAGO serial ) To disconnect a concuctor bring the tool between the conductor and the clip Including 2 spare blades in the housing Until you hear a quiet click-sound Easy connection of the conductor with a connection tool Time-saving wiring with the IDC contact Fast and easy wiring also in pre mounted luminaires, without stripping the insulation of the conductor Additional Supplies 2 Subject to technical modification

93 Various markings of electronic control gear ENEC test mark The new European safety mark for lamps is valid in the whole of Europe. The related number between and 6 refers to the respective testing laboratory, the 0 to the VDE. VDE test mark Products that carry this VDE symbol meet the safety requirements according to EN 6046 (transformers) or EN 6028 (electronic ballasts). VDE-EMV test mark For equipment, which corresponds to the standards for electromagnetic compatibility (EMV, disturbance transmission, immunity from disturbance). Independent Convertor The transformer can be fitted outside the lamps without an additional housing. Non-inherently short-circuit proof convertor Short-circuit proof convertor which incorporates a protective device which opens the circuit or reduces the current in the input circuit or the output circuit when the convertor is overloaded or short-circuited. Class II Luminaires in accordance with EN 6058 An earth connection is not required. A temperature - protected convertor The overtemperature protection ensures that the housing temperature stipulated in the triangle is not exceeded even in unusual operating conditions. An earth connection is not required. SELV (Safety Extra Low Voltage) SELV - formerly known as protective extra-low voltage is now mentioned as extra-low voltage against electric shock. SELV is considered protection class III according to DIN EN 640 (VDE 040-). This means with SELV there is no earth wire. Metal housings may not be earthed and voltage must be extra-low. Maximum recommended temperature refers to that at the case tc point Maximum recommended ambient temperature ( C) May be fitted on wood in accordance with DIN VDE 070 T 4 Establishing of ballasts in energy efficiency classes A3 = A2 = A = Electronic ballast Electronic ballast with reduced losses Dimmable electronic ballast CE Symbol The CE Symbol is not a test mark but simply declares that the product complies with EC guidelines. Compliance is the responsibility of the individual manufacturers and does not affect National Product or Safety standards. The CE Symbol refers in particular to interference emissions and immunity of the equipment. The CE Symbol is compulsory from 0. January 6. HLC EN 602 EN S&E Active power factor correction Devices bearing this symbol have the following advantages: Active harmonic wave filter factor approximately Fully electronic circuit system current consumption almost sinusoidal little distortions of the rated current Total harmonics typ. <0% values fall clearly below the limits acc. to EN Constant Output Regular lighting level because of input voltages in the range of 8 V to 254 V Wide range of input voltage the same luminous flux in case of AC/DC may be fitted to emergency lighting (VDE 008) Interference Suppression acc. to EN 5505 Multipower Electronic Ballast With these elecetonic ballasts it is possible to operate different lamps and/or different wattages. HLC - Hüco Control See page 2 HLC 2 - Hüco Control II Unterschiede zu HLC: Kürzere Vorheizzeit der EVG, sowie die Energieklassifizierung A2 wird eingehalten operation according to EN 602 Line current harmonics according to EN HVP - Hüco Voltage Protection Brief tension firmness to 350V, against overvoltage at the net entrance. End of Life Turning off with lamp defect and at the lamp end of life. C-Tick Devices carrying this symbol correspond to the Australian and New Zealand EMV standards. The marking must contain the approval number (Approval NO. NSWxxxxx) and the supplier number (Supplier code No. Nxxxx). Both numbers have to be shown on he product. A part of the HÜCO products carries this certification. Further devices will follow. China Compulsory Certification Since August st 2003 a variety of goods imported to china have to pass China Compulsory Certification. The Chinese certification authority CNCA has published a list of affected tariff numbers. Goods concerning to these published tariff numbers may not be imported to china. A part of the HÜCO products carries this certification. Further devices will follow.. 3

94 Savings by use of electronic Ballasts Fully electronic ballasts have a high energy saving potential in comparison to conventional ballasts. This is due to the following factors: up to 25% lower system load up to 50% longer lamp life due to high frequency operation reduced maintenance costs due to longer periods between replacements reduced airconditioning costs due to savings in power loss reduced connection charges due to the smaller system loading for the same light output MB LLMB EB EB+ EB++ -7% -25% -50% -60% Further Advantages The fully electronic construction of HÜCO ballasts offers a series of significant performance advantages with regard to lighting quality, lighting comfort and safety of operation: no flickering and no noise when the light is switched on and in operation operating with direct current voltage is permitted; i.e. may be fitted to safety and emergency lighting in accordance with VDE 008 no stroboscopic effects with rotating machines reduced luminous flux loss during the complete life span of the lamp due to high frequency operation reduced self-heating due to minimal losses automatically restarts once the lamp has been changed conventional ballasts can emit noise around the audible thres-hold, HÜCO ballasts almost run noiseless Interference Suppression HÜCO ballasts meet EMC guide-lines. Depending on the rating HÜCO ballasts weigh between ca. 40 and ca. 400 gms. This, along with their compact design, makes them extremely suitable for fitting into suspended ceilings, or cramped and restricted spaces. Energy balance by the example x58w T8 Magnetic ballast: power 58W, Ballast losses 3W, Total circuit power 7W Low loss magnetic ballast: power 58W, Ballast losses 8W, Total circuit power 70W HÜCO electronic ballast: power 50W, (with same light output), Ballast losses 4W, Total circuit power 56W HÜCO electronic ballast + daylight sensor: Total circuit power 35W (average) HÜCO EVG + daylight sensor + PIR sensor: Total circuit power 28W (average) D.C. Voltage Operation HÜCO ballasts are suitable for DC operation. The voltage range in which ignition can be guaranteed depends on the configuration of the ballast. Further information can be found on the product description pages. May be used for emergency lighting applications in accordance with VDE 008. Extra costs for emergency needs are not incurred. The battery load is significantly smaller when a HÜCO ballast is used in contrast to conventional emergency lighting systems. This means either a longer emergency lighting time or a smaller battery design. Please notice that HÜCO ballasts got a programmed start. After mains interruption the restart time will be,5s in any case. The ballast are not suitable for emergency application with restart in less then,5s. Life Span Due to the stable operation at High Frequency Voltage, the lamp load is lower. This results in a longer lifespan of the lamp by up to 50% and thereby a reduction in purchase, replacement and maintenance costs. Constant Output HÜCO electronic ballasts with an active harmonic wave filter (Active PFC) ensure a constant power output in the range of 8V to 254V and guarantee a regular lighting level irrespective of voltage fluctuations. As a result there is a constant power supply to the lamp, thus contributing to the increased life of the lamp. (ill. EVG ) Voltage Supply HÜCO electronic ballasts are suitable for all European mains voltages from 220V - 240V. Light Output / The High Frequency operation achieves the stated light output at a 0% lower lamp power. (ill. EVG 2) Luminous Flux Drop A lower luminous flux drop is achieved throughout the entire life of the lamp due to High Frequency operation in contrast to conventional operating systems. High Frequency Operation As lamps react very quickly when 50 Hz current is being used, there is the usual flickering due to the fact that each time the voltage is zero on the sine-wave, the lamp has to be restarted. When HÜCO ballasts are used the flickering of the lamp will be reduced by more than 0%. Flickering and stroboscopic effects are barely noticeable. Start Process Warm start : These ballasts have a warm start which ensures the ignition of the lamps is preceded by optimal preheating of the electrodes. This type of ballast is for areas where the light has to be frequently switched on and off or where this option is desirable (more than 5 cycles per day) Loss There is approximately 75% less power loss with HÜCO ballasts in comparison to conventional ballasts. 4 Subject to technical modification

95 Savings by use of electronic Ballasts Relative Systempower of 2 x T8 58W. Conventional ballast in dual circuit Ballast 2. HÜCO Electronic Ballasts Prel.0%. Relative light output L- light output as a function of the supply voltage at constant load 0% 2. 00% 05% Supply Voltage 0% 220 V 230 V 240 V U 00% Hz Block wiring diagram RFI Filter PFC HF-Amplifier 2 3 Control RFI filter: Noise suppression acc. to EN 5505 Immunity acc. to EN 6547 PFC: harmonics acc. to EN Sinusoidal line current, high power factor power constance HF-Amplifier: Operation of lamps acc. to EN 602 Secureness ignition, good pre-heating Control: Safety acc. to EN 6028 End of life detection of lamps, monitoring of mains voltage, PFC, HF-Amplifier 5

96 HLC Technology (HÜCO Control) For several years HÜCO has utilised HLC technology (HÜCO Control) in dimmable electronic ballasts. Due to its superior performance this technology is also incorporated in the new generation of Multi- ballasts.. HÜCO electronic ballast with HLC technique The HLC technology makes it possible that the ignition circuit is quasi switched off after ignition of the lamp. The lamp current is then distributed to both ends of the cathode. Advantages: Due to the distribution of the lamp current to both cathodes, the temperature is distributed equally. In comparison to other Cutoff technologies the thermal stress at the cathodes is lower and cathodes failures rates are minimized. The cathode voltage drop at the lamp is reduced. The result is a lower lamp current without loss of luminous flux: 2. Electronic ballast with preheating cut-off If you consider this technique, the preheating circuit is cut off after ignition of the lamp and the complete lamp current flows into one end of the cathode. This technology is identical with the operation of a lamp at a KVG or a WG.(Wire wound) Vorteile: Simple circuit for the limitation of power loss. Nachteile: The complete lamp current is conducted by one cathode pin and therefore the cathode is heated up on one side. The ensuing thermal stress could result in failure of the cathode. The cathode voltage drop at the lamp increases, as a consequence the efficiency of the lamp decreases. The comparison We asked an independent lamp manufacturer to compare the HÜCO HLC technology with an electronic ballast with preheating cut-off, in order to have verifiable figures for these statements. In the test HÜCO Multi- ballast x8 32 W and a comparable ballast with cut-off technology were used. The most widely used ballast type, 2x26W TC-TEL, was tested. The table below shows that the HÜCO ballast with a lamp power of 23,8 W provides a luminous flux of 754 lumen. This means in comparison: Watt lower lamp losses at a higher luminous flux! Or in other words: At nearly the same luminous flux a lower lamp current of 3 ma! The effect is that the lamp is not used at such high temperatures and therefore has a longer life-span and can be used for various difficult applications. Reference measurements by HÜCO customers can verify this! L [lm] P [W] Im/W Ud [V] Id [A] HÜCO ballast with HLC ,8 73,8 7, 0,302 Ballast with preheating cut-off ,8 70,2 78,7 0,36 Measurements with TC-DEL 26W; average value from measurements with 6 lamps; Ta = 25 C L [lm] - luminous flux in lumen P [W] - lamp power in Watt lm/w - efficiency lumen per Watt Ud [V] - lamp voltage. in Volt Id [A] - lamp current in Ampere These measurements show the advantage of the HÜCO HLC technology: Higher efficiency of luminosity Lower power loss Higher efficiency 6 Subject to technical modification

97 Max. number of ballasts at miniature circuit breaker Max. number of ballasts at miniature circuit breaker -pin type B with 6 ampere Art. No. Description Max No BL-HP /2x-2W HS Twingle BL-HP /2x8W TC-DEL/TEL HS Twingle BL-HP x5-42w/2x5-26w HS BL x6-3w HMC Minipower BL x7-3w HMC Minipower BL x8w TC-DEL/TEL HMC Minipower BL x22-26w TC-DEL/TEL HMC Minipower BL x28w TC-DD HMC Minipower BL-HP x55w MS BL-HP 2x55W MS BL-HP x55w MS A-DIM BL-HP 2x55W MS A-DIM BL-HP x8w T8 MS BL-HP x36w T8 MS BL-HP x58w T8 MS BL-HP 2x8W T8 MS BL-HP 2x36W T8 MS BL-HP 2x58W T8 MS BL-HP 3/4x5-24W T8 MS BL-HP 4x8W T26 MS A-DIM 0776 BL-HP x8w T26 MS A-DIM BL-HP x36w T26/ MS A-DIM BL-HP x58w T26 MS A-DIM BL-HP 2x8W T26 MS A-DIM BL-HP 2x36W T26/ MS A-DIM BL-HP 2x58W T26 MS A-DIM BL-HP x4-35w MS BL-HP x24-40w / TC-F/L MS BL-HP x4w MS BL-HP x54w MS BL-HP x55/80w / MS BL-HP 2x4-35W MS BL-HP 2x24-40W / TC-F/L BL-HP 2x4W MS BL-HP 2x54W MS BL-HP 4x4W MS A-DIM BL-HP x4w T6 MS A-DIM BL-HP x2w T6 MS A-DIM BL-HP x28w T6 MS A-DIM BL-HP x35w T6 MS A-DIM BL-HP x24w T6 MS A-DIM BL-HP x3w T6 MS A-DIM BL-HP x4w T6 MS A-DIM BL-HP x54w T6 MS A-DIM BL-HP x80w T6 MS A-DIM BL-HP 2x4W T6 MS A-DIM BL-HP 2x2W T6 MS A-DIM BL-HP 2x28W T6 MS A-DIM BL-HP 2x35W T6 MS A-DIM BL-HP 2x24W T6 MS A-DIM BL-HP 2x3W T6 MS A-DIM BL-HP 2x4W T6 MS A-DIM BL-HP 2x54W T6 MS A-DIM BL-HP 3/4x4W MS BL-HP x28w TC-DD HS BL-HP x36-38w HS 28 Art. No. Description Max No BL HP x28w TC-DD HC BL-HP x38w TC-DD HC BL-HP x55w TC-DD HC BL-HP x28w TC-DD HC A-DIM BL-HP x38w TC-DD HC A-DIM BL-HP x8-40w HC A-DIM BL-HP 2x8/24W /F HC A-DIM BL-HP x8w TC-DEL/TEL HC BL-HP x5-42w HC BL-HP x57w TC-TEL HC BL-HP x70w TC-TEL HC BL-HP x/2x-2w HC Twingle BL-HP x/2x8w TC-DEL/TEL HC Twingle BL-HP x/2x5-42w HC Twingle BL-HP /2 x 26-42W HC Twingle BL-HP 2x8-40W HC BL-HP x26-42w TC-DEL/TEL HC A-DIM BL-HP x57/70w TC-TEL HC A-DIM BL-HP x3w TC-DEL/TEL HC A-DIM BL-HP x8w TC-DEL/TEL HC A-DIM BL-HP 2x26-42W TC-DEL/TEL HC A-DIM BL-HP 2x3W TC-DEL/TEL HC A-DIM BL-HP 2x8W TC-DEL/TEL HC A-DIM BL-HP 2x26W TC-TEL/DEL HC A-DIM BL-HP x55w c/ HC BL-HP x60w c HC BL-HP x55w c TC A-DIM BL-HP x60w c HC A-DIM BL-HP x8-40w HC D-DIM BL-HP 2x8/24W /F HC D-DIM BL-HP x55w c/ HC D-DIM BL-HP x60w c HC D-DIM BL-HP x26-42w TC-DEL/TEL HC D-DIM BL-HP x8w TC-DEL/TEL HC D-DIM BL-HP 2x26-42W TC-DEL/TEL HC D-DIM BL-HP 2x8W TC-DEL/TEL HC D-DIM 23 Notice! Conversion for other types of miniature circuit breakers Type B, 6 A 00 % (look at table above) Type B, 0 A 63% Type C, 6 A 70% Type C, 0 A 04% At 2- or 3-pin circuit breakers the max. numbers are reduced by 20% The actual number depends strongly on the net reactance The data refer to Siemens N-circuit breakers 7

98 Dimmable electronic ballasts Advantages of HÜCO, tried and tested circuit technology Flicker-free dimming Hüco electronic ballasts, increase efficiency, reduce lamp changes,and disposal costs Warm start enhances lamp life Flicker-free, high frequency operation Active electronic power factor correction PFC Integrated performance regulator for constant output Increased lamp life due to high frequency operation Stand-by - operation when the lamp is defective Due to the fully electronic circuit there is no irritating noise Meets national and international standards thereby ensuring reliability Application HÜCO dimmable ballasts are designed for the operation of standard lamps. Control Control is via an isolated -0 V/DC interface. Connection by cables firm against by mains rated cables voltage. (Interface not in accordance with SELV) Consequently the unit may be controlled on different phases. Complex lighting systems can be controlled via a -0 V interface. This interface has been incorporated into various HÜCO product; allowing simultaneous dimming of Compact fluorescent lamps, low voltage halogen and GLS. Control Options switch or control panel (electronic potentiometer) IR-remote control Light sensors for daylight lighting light control By combining the control modules listed with signal amplifiers, the number of electronic ballasts can be even extended. Reference list of the above mentioned modules see also page 6. Assembly and Operation Switch off the mains Wire according to specification Ensure the correct lamp is fitted Switch on the mains and carry out function test Important Instructions Installation and fitting should only be carried out by an approved electrical contractor Electronic ballasts and lights with inductive ballasts should not be fitted in the same circuit When three-phase systems are being used, ensure that the neutral connection is fitted. Neutral interruption may result in overvoltage, thus damaging the ballast. The maximum permitted temperature should not be exceeded Ensure there is adequate heat dissipation Low ambient temperatures prolong the life of the ballast In lighting systems with high frequency ballasts, it is recommended to check the relevant manufacturer s directions when selecting sensitive IR-controls Connection of the -0 V Interface by main rated cables (Interface not in accordance with SELV) Recommended Cable Length and Cross Section Please choose the cable length according to the manufacturer indications for cable capacities. We recommend that when using dimming double ballasts, the cables between the ballast and the lamp are the same length. If one lamp fails, both lamps should be replaced with lamps of the same type and manufacturer. The terminal blocks are suitable for a conductor cross-section of maximum,5 mm 2. Earth Connection It is to be noted that in order to ensure smooth operation, an earth connection should be fitted. Adjustment range Minimum Luminous Flux: With V - signal at the control terminals Maximum Luminous Flux: With 0V - signal at the control terminals Comfortable Lighting HÜCO dimmable ballasts enable a uniform and individual dimming of fluorescent lamps. HÜCO electronic ballasts work in the High Frequency range i.e. the gas discharge in the lamp is not interrupted. The lamp operates evenly without the electrode flickering and therefore emits a comfortable and relaxing light. Starting The ballasts can be started at any position of the dimmer. The lampprotecting warm start guarantees reliable operation of the ballast even if the light has to be frequently switched on and off. Due to optimized management of the lamps excessive luminous flux (flash) can be avoided at switch on. Voltage Supply HÜCO dimmable ballasts are of a configuration which is suitable for all European mains voltages. They are also suitable for d.c. operation. Interference Suppression HÜCO products meet EMC guidelines. 8 Subject to technical modification

99 DALI dimmable electronic ballasts DALI is the abbreviation for Digital Addressable Lighting Interface - The new standard for controllable lighting systems As a leading manufacturer of Electronic Ballasts and initial member of the AG DALI, HÜCO has contributed to developing a new standard for lighting control. This new standard provides more comfort and flexibility for lighting systems and at the same time reduces system costs. The function of DALI ballasts is superior to the analog (-0 V) controlled electronic ballasts. Despite the parallel wiring of the DALI electronic ballasts, they can be controlled singly (switching on and off directly via the control line without additional relay) and can be combined in banks and scenes. In addition, DALI ballasts offer the possibility of checking the operating condition of the lamp and the electronic ballast. Examples of circuits for dimmable ballasts Wiring plan for smaller configuration with manual potentiometer. The number of electronic ballasts in the configuration depends on type of manual potentiometer....0v vs. DALI summary Addressable individually Group setting Scene setting Integrated system switching Standard operation Two-wire control Isolated interface Polarity independ interface...0v DALI Wiring plan For larger configuration with additional signal amplifier. The number of electronic ballasts in the configuration depends on type of signal amplifier. The DALI Standard has now been included in the ballast norm IEC 602(E) and therefore facilitates the operation of ballasts from different manufacturers at the same time in one control system. Initially DALI, was conceived as a stand alone solution but subsequently it has been developed to be integrated in other building management systems via the relevant interface. (EIB, LON etc.) DALI ballasts are based on the tried and tested reliable technology of analog ballasts. This led to 00% compatibility and the adherence of the DALI standards acc. to IEC 602(E). HÜCO DALI ballasts regularly undergo rigorous testing to ensure compatibility with requirements of the standard. Important product characteristics of HÜCO DALI ballasts Dimming each device with one potentiometer Microprocessor controlled DALI interface with extended over-voltage immunity Multipower technology (one electronic ballast suitable for different lamps) very compact shape energy-saving (energy class EEI = A) flicker-free dimming from 00% to 3% optimal lamp operation by HLC technology (HÜCO lamp control) warm start of the lamp and operation acc. to EN 602 Fulfills requirements of the new EN 6347 standard (previously EN6028) ENEC approved 3 years warranty Potentiometer kω log Notice: The maximum quantity of dimmable electronic ballasts depends on: the capacity of the automatic fuses and on the capacity of the relays.

100 Reference list control equipment -0 V controls Manufacturer Electronic Potentiometer Signal Amplifier AC/DC Converter IR - Module Control Unit Light/Movement Sensor Altenburger Busch-Jaeger 22-U EB U EB xxx UJ xx 22 AJ 602-xx 22 UJ U Feller * EUR * X EUR F F F Elko GIRA JUNG REG X EB PMU 360 WW REG PMK 360 WW 240 STE FST 240 REG FPM 360 WW FST 240 EB Legrand OSRAM DIM MCU P DIM SA DALI CON -0 LI DIM MULTI 2 DIM PICO DALI CON -0 DIM MULTI 3 DIM MICO SO DIM MULTI LS/PD MULTI 3 LS/PD MULTI 3 B LS/PD MULTI3 FL PHILIPS LPS 00/00 IRC 230 LRC 00 LRL 220 LPS 00/0 IRT 8030 LRC 05 LRL 220 T8 IRT 8050/00 LRC 020 LRI 833/0 IRR 824 LRC 025 IRR 825 LRD 800/0 LRL 80/0 SIEMENS 5TC8424 5TC8425 SIMON Because of the variety of manufacturers this table only contains a small selection of products. The exact product program with novelties and changes is available from the respective manufacturer. All data without guarantee. 00 Subject to technical modification

101 Lifetime of HÜCO ballasts Increase life time of your fitting! The life time of a fitting depends on the ambient temperature, the quality of the assigned components and the design. The maximum ambient temperature is governed by the application, so the technical designer can affect the quality of the fitting only by careful selection of components and a conscientious design. A critical and life time determining component is the electronic ballast. Just as the life time of the fitting is determined by the ballast, so the life time of the ballast is determined by the assigned electrolytic capacitors. Due to the expecting life time of the Elko, the life time of the ECG will reach at least h with tc max, except for few exceptions. Whereby the indicated value refers to a maximum failure rate of 0%, operated with tc max. For Multipower ballasts, the measurement was done with max. allowed lamp. That means, e.g. a Multipower fitting for 26-42W reach the maximum tc point temperature with a 42W lamp and with 26W lamp the tc point temperature is 0 C lower; then the life time for 26W will be doubled. How does HÜCO realize high life time and reliability? Electrical concept: To resist against short- and long- term over voltage, we use more robust components and an additional over voltage protection. The over voltages on mains (Surge and Burst) are relatively well known today and converted into a normative requirement. HUECO ballasts are fully tested in accordance with the standard and comply with the general requirements. Additionally HUECO ballasts except the Minipower product range are resistive against over voltage, 320V for 48h and 350V for 2h (e.g. neutral interruption). Mechanical concept: The insensitivity to mechanical loads such as vibrations and impacts is reached by the employment of SMD components. SMD s do not have long connection legs and a lower weight than discrete components. SMD s are soldered or stuck on the printed circuit board. Electronic transformers of HUECO have additionally double sided printed circuit boards. This guarantees a further mechanical security for specially loaded components like terminal blocks and output transformers. Thermal concept: Application example: By a skilful luminairy construction it is possible to reduce the tcpoint temperature and the Elko temperature in such a way which will disburse themselves this by the rise of the life span. Is it possible as in the example to realise a temperature reduction of 0 C, the life span of the EVG will increase approximately to the double. Also in this point HÜCO went a clear, but not very easy way. As heat affects the life time negatively and heat is the result of power losses, the best way is to reduce the power losses on a minimum! Due to our experience of many years in the development of ballasts, we have succeeded in reducing the power losses by more than half. For example a 2x 26W TC-TEL ballast has power losses of only 3,5W at a power consumption of 53W. This corresponds to an efficiency of approx. 3%. Further, only quality components are used and the technical specification of the components is never exceeded. With HÜCO, particularly temperature-sensitive components (e.g. electrolytic capacitors) are positioned in such a way that they have sufficient clearance from hot components such as coils. Which factors determine the life time of a EVG? The life time of a ballast will be influenced by the electrical- mechanical and thermal- stress, for example high ambient temperature, voltage peaks on mains and vibrations. 0

102 Electronic Transformers Connection - Primary Side Some Hüco transformers provide a loop in loop out facility on the primary side of the transformer, eliminating complex wiring and at the same time reducing installation costs. Strain relief is also provided for both cables. Connection - Secondary Side All HÜCO transformers up to 50VA permit the connection of cables of up to 2,5 mm 2 core cross-section and on a 20VA transformer up to a maximum of 4mm 2. On 05VA types up to 3 lamps can be fitted directly to the 6-way terminal block. Dimmer operation Electronic transformers can be operated with standard trailing edge phase-cut dimmers but when a dimmer is used, the power consumption of the dimmer will cause a reduction in the maximum achievable brightness. (ill. ET ) Interference Suppression All HÜCO transformers meet EMC guidelines. Silent Running With HÜCO transformers are used only highly developed electronic construction units. Thus annoying humming of conventional transformers is void. Light weight and compact shape HÜCO transformers are characterised, depending upon equipment specification, by a small weight from ca. 40g to ca. 270g and very compact dimensions. Overload and Short Circuit Protection HÜCO transformers have integrated overload and short-circuit protection. Once the short-circuit or the overload has been removed, they will automatically switch on again. Exception: 20VA transformer. The electronic protection circuit on the 20VA transformer is reset after the mains supply has been interrupted for at least > 3 sec. Overtemperature Protection Due to low power loss, HÜCO transformers have ample temperature reserves. Most types are automatically switched off by a reversible electronic over-temperature sensor as soon as a specified temperature is exceeded. After a short cooling-down period the transformer will automatically switch on again. Ambient Temperature HÜCO transformers operate trouble-free in a temperature range of -20 C to 50 C or 60 C. Unhoused configurations can operate in higher ambient temperature ranges. Further information is available on request from our Customer Service Personnel. Loss The minimal power loss of HÜCO transformers guarantees a sure and lasting operation, even under thermally unfavourable conditions. Cable Strain Relief For those types of transformers designed for domestic and commercial installation there is an interchangeable cable strain relief available so that all standard cable types (flat, round, NYM) may be connected normally. (ill. ET 2) No-Load Protection HÜCO transformers can be run without secondary load (missing or defective lamp) for an unlimited time. Abb. ET Dimmer operation Recommended Mains Voltage Range The maximum recommended Mains Voltage is rated voltage 230V +0%. For application in countries which do not use 230V, compatible transformers are available. Harmonic Content of the Mains Supply HÜCO products meet EMC guidelines. Leading edge dimming Trailing edge dimming Protection All HÜCO independent converters are manufactured to Class II and are suitable for operating in Class II and III luminaires. Softstart HÜCO transformers have an electronic starting current restriction which enables a start without damaging the lamp (softstart). The lifespan of the lamp is therefore not reduced, particularly if it is frequently switched on and off. Abb. ET 2 Part Load Operation In contrast to conventional transformers, the output voltage varies very little when different loads are used. A minimum load is however required in order to make the circuit active. The transformer will not be damaged should the minimum load fall below that recommended, however, it can cause flickering of the lamp. Cable strain relief a.) Without reversible insert b.) For round cables c.) For flat cables a) b) c) 02 Subject to technical modification

103 Sales and Supply Conditions HÜCO electronic GmbH Range lighting electronics, Status 05/2002 I. General. The scope of deliveries and/or services (hereinafter referred to as Supplies ) shall be determined by the written declarations of both Parties. General terms and conditions of the Purchaser shall apply only if and when expressly accepted by the supplier or the provider of services (hereinafter referred to as Supplier ) in writing. 2. The Supplier herewith reserves any industrial property rights and/or copyrights pertaining to its cost estimates, drawings and other documents (hereinafter referred to as Documents ). The Documents shall not be made accessible to third parties without the Supplier s prior consent and shall, upon request, be returned without undue delay to the Supplier if the contract is not awarded to the Supplier. Sentences and 2 shall apply mutatis mutandis to documents of the Purchaser; these may, however, be made accessible to third parties to whom the Supplier may rightfully transfer Supplies. 3. The Purchaser shall have the non-exclusive right to use standard software, provided that it remains unchanged, is used within the agreed performance parameters, and on the agreed equipment. The Purchaser may make one back-up copy without express agreement. 4. Partial Supplies shall be allowed, unless they are unreasonable to accept for the Purchaser. II. Prices and terms of payment. Prices shall be ex works and exclude packaging; value added tax shall be added at the then applicable rate. 2. If the Supplier is also responsible for assembly or erection and unless otherwise agreed, the Purchaser shall pay the agreed remuneration and any incidental costs required, e. g. travel costs, costs for the transport of tools and equipment, and personal luggage as well as allowances. 3. Payments shall be made free Supplier s paying office. 4. The Purchaser may set off only those claims that are undisputed or against which no legal recourse is possible. III. Retention of title. Items pertaining to the Supplies ( Retained Goods ) shall remain the property of the Supplier until each and every claim the Supplier has against the Purchaser on account of the business connection has been fulfilled. If the combined value of the security interests of the Supplier exceeds the value of all secured claims by more than 20 %, the Supplier shall release a corresponding part of the security interest if so requested by the Purchaser. 2. For the duration of the retention of title, the Purchaser may not pledge the Retaine Goods or use them as security, and resale shall be possible only for resellers in the ordinary course of their business and only on condition that the reseller receives payment from its customer or makes the transfer of property to the customer dependent upon the customer fulfilling its obligation to effect payment. 3. The Purchaser shall inform the Supplier forthwith of any seizure or other act of intervention by third parties. 4. Where the Purchaser fails to fulfil its duties, including failure to make payments due, the Supplier shall be entitled to cancel the contract and take back the Retained Goods in the case of continued failure following expiry of a reasonable time set by the Supplier; the statutory provisions that a time limit is not needed remain unaffected. The Purchaser shall be obliged to surrender the Retained Goods. IV. Time for supplies; delay. Times set for Supplies can only be observed if all Documents to be supplied by the Purchaser, necessary permits and releases, especially concerning plans, are received in time and if agreed terms of payment and other obligations of the Purchaser are fulfilled. Unless these conditions are fulfilled in time, times set shall be extended appropriately; this shall not apply where the Supplier is responsible for the delay. 2. If non-observance of the times set is due to force majeure such as mobilization, war, rebellion or similar events, e. g. strike or lockout, such time shall be extended accordingly. 3. If the Supplier is responsible for the delay (hereinafter referred to as Delay ) and the Purchaser demonstrably suffered a loss therefrom, the Purchaser may claim a compensation as liquidated damages of 0.5 % for every completed week of Delay, but in no case more than a total of 5 % of the price of that part of the Supplies which because of the Delay could not be put to the intended use. 4. Purchaser s claims for damages due to delayed Supplies as well as claims for damages in lieu of performance exceeding the limits specified in No. 3 above shall be excluded in all cases of delayed Supplies even upon expiry of a time set to the Supplier to effect the Supplies. This shall not apply in cases of mandatory liability based on intent, gross negligence, or due to injury of life, body or health. Cancellation of the contract by the Purchaser based on statute shall be limited to cases where the Supplier is responsible for the delay. The above provisions do not imply a change in the burden of proof to the detriment of the Purchaser. 5. At the Supplier s request the Purchaser shall declare within a reasonable period of time whether the Purchaser cancels the contract due to the delayed Supplies or insists on the Supplies to be carried out. 6. If dispatch or shipment is delayed at the Purchaser s request by more than one month after notice of the readiness for dispatch was given, the Purchaser may be charged, for every month commenced, storage costs of 0.5 % of the price of the items of the Supplies, but in no case more than a total of 5 %. The parties to the contract may prove that higher or, as the case may be, lower storage costs have been incurred. V. Transfer of risk. Even where delivery has been agreed freight free, the risk shall pass to the Purchaser as follows: a) if the Supplies do not include assembly or erection, at the time when the Supplies are shipped or picked up by the carrier. Upon request of the Purchaser, the Supplier shall insure the Supplies against the usual risks of transport at the expense of the Purchaser; b) if the Supplies include assembly or erection, at the day of taking over in the own works or, if so agreed, after a fault-free trial run. 2. The risk shall pass to the Purchaser if dispatch, shipping, the start or performance of assembly or erection, the taking over in the own works or the trial run is delayed for reasons for which the Purchaser is responsible or if the Purchaser has otherwise failed to accept the Supplies. VI. Assembly and erection Unless otherwise agreed in writing, assembly/erection shall be subject to the following provisions:. The Purchaser shall provide at its own expense and in good time: a) all earth and construction work and other ancillary work outside the scope of the Supplier, including the necessary skilled and unskilled labour, construction materials and tools, b) the equipment and materials necessary for assembly and commissioning such as scaffolds, lifting equipment and other devices as well as fuels and lubricants, c) energy and water at the point of use including connections, heating and lighting, d) suitable dry and lockable rooms of sufficient size adjacent to the site for the storage of machine parts, apparatus, materials, tools, etc. and adequate working and recreation rooms for the erection personnel, including sanitary facilities as are appropriate in the specific circumstances. Furthermore, the Purchaser shall take all measures it would take for the protection of its own possessions to protect the possessions of the Supplier and of the erection personnel at the site, e) protective clothing and protective devices needed due to particular conditions prevailing on the specific site. 2. Before the erection work starts, the Purchaser shall make available of its own accord any information required concerning the location of concealed electric power, gas and water lines or of similar installations as well as the necessary structural data. 3. Prior to assembly or erection, the materials and equipment necessary for the work to start must be available on the site of assembly/erection and any preparatory work must have advanced to such a degree that assembly/erection can be started as agreed and carried out without interruption. Access roads and the assembly/erection site itself must be level and clear. 4. If assembly, erection or commissioning is delayed due to circumstances for which the Supplier is not responsible, the Purchaser shall bear the reasonable costs incurred for idle times and any additional travelling of the Supplier or the erection personnel. 5. The Purchaser shall attest to the hours worked by the erection personnel towards the Supplier at weekly intervals and the Purchaser shall immediately confirm in writing if assembly, erection or commissioning has been completed. 6. If, after completion, the Supplier demands acceptance of the Supplies, the Purchaser shall comply therewith within a period of two weeks. In default thereof, acceptance is deemed to have taken place. Acceptance is also deemed to have been effected if the Supplies are put to use, after completion of an agreed test phase, if any. VII. Receiving of supplies The Purchaser shall not refuse to receive Supplies due to minor defects. VIII. Defects as to quality The Supplier shall be liable for defects as to quality ( Sachmängel, hereinafter referred to as Defects,) as follows:. All parts or services where a Defect becomes apparent within the limitation period shall, at the discretion of the Supplier, be repaired, replaced or provided again free of charge irrespective of the hours of operation elapsed, provided that the reason for the Defect had already existed at the time when the risk passed. 2. a) Claims based on Defects are subject to a limitation period of 2 months. Thi provision shall not apply where longer periods are prescribed by law according to Sec. 438 para. No. 2 (buildings and things used for a building), Sec. 47 para. (right of recourse), and Sec. 634a para. No. 2 (defects of a building) German Civil Code ( BGB ), as well as in cases of injury of life, body or health, or where the Supplier intentionally or grossly negligently fails to fulfil its obligation or fraudulently conceals a Defect. The legal provisions regarding suspension of expiration ( Ablaufhemmung ), suspension ( Hemmung ) and recommencement of limitation periods remain unaffected. b) Extension of Period of Limitation Irrespective of any other contractually or legally stipulated warranty claims, the supplier shall provide a warranty to the customer in deviation from 438 Section No. 3. of the BGB (German Civil Code) for material defects beyond the two-year limitation period until expiry of the 36-month period from delivery for the freedom of the object from material defects. The supplier shall be obligated, within the extended period of limitation, to rectify the defects in, re-supply or renew all parts or perfomances that exhibit deficiencies within the extended period of limitation. This shall be subject to the provisions that the cause of the deficiency was already present at the time of risk transfer and that the material defect was caused through the fault of the supplier. Article VIII. Nos. 3., 4. and 7. shall apply accordingly. Rectification,resupply or renewal shall be free of charge and the decision as to which of these measures or which combination of these measures is taken shall be at the discretion of the sup-plier. Further claims of the customer, in particular claims for damages or losses, rights of withdrawal or rights to price reduction or claims under a right of recourse of the customer are excluded within the period of the extended period of limitation. Claims of the customer on account of the required expenses for the purposes of subsequent performance, in particular transportation, travel and labour costs and costs of materials are also excluded. 3. The Purchaser shall notify Defects to the Supplier in writing and without undue delay. 4. In the case of notification of a Defect, the Purchaser may withhold payments to a rea-sonable extent taking into account the Defect occurred. The Purchaser, however, may withhold payments only if the subject-matter of the notification of the Defect occurred is justified beyond doubt. Unjustified notifications of Defect shall entitle the Supplier to have its expenses reimbursed by the Purchaser. 5. The Supplier shall first be given the opportunity to supplement its performance ( Nacherfüllung ) within a reasonable period of time. 6. If supplementary performance is unsuccessful, the Purchaser shall be entitled to cancel the contract or reduce the remuneration, irrespective of any claims for damages it may have according to Art. XI. 7. There shall be no claims based on Defect in cases of insignificant deviations from the agreed quality, of only minor impairment of usefulness, of natural wear and tear or Damage arising after the transfer of risk from faulty or negligent handling, excessive strain, unsuitable equipment, defective workmanship, inappropriate foundation soil or from particular external influences not assumed under the contract, or from non-reproducible software errors. Claims based on defects attributable to improper modifications or repair work carried out by the Purchaser or third parties and the consequences thereof shall be likewise excluded. 8. The Purchaser shall have no claim with respect to expenses incurred in the course of supplementary performance, including costs of travel and transport, labour, and material, to the extent that expenses are increased because the subject-matter of the Supplies was subsequently brought to another location than the Purchaser s branch office, unless doing so complies with the intended use of the Supplies.. The Purchaser s right of recourse against the Supplier pursuant to Sec. 478 BGB is limited to cases where the Purchaser has not concluded an agreement with its customers exceeding the scope of the statutory provisions governing claims based on Defects. Moreover, No. 8 above shall apply mutatis mutandis to the scope of the right of recourse the Purchaser has against the Supplier pursuant to Sec. 478 para. 2 BGB. 0. Furthermore, the provisions of Art. XI (Other Claims for Damages) shall apply in respect of claims of damages. Any other claims of the Purchaser against the Supplier or its agents or any such claims exceeding the claims provided for in this Art. VIII, based on a Defect, shall be excluded. IX. Industrial property rights and copyright; defects in title. Unless otherwise agreed, the Supplier shall provide the Supplies free from third parties industrial property rights and copyrights (hereinafter referred to as IPR ) with respect to the country of the place of destination. If a third party asserts a justified claim against the Purchaser based on an infringement of an IPR with respect to the Supplies made by the Supplier and then used in conformity with the contract, the Supplier shall be liable to the Purchaser within the time period stipulated in Art. VIII No. 2 as follows: a) The Supplier shall choose whether to acquire, at its own expense, the right to use the IPR with respect to the Supplies concerned or whether to modify the Supplies such that they no longer infringe the IPR or replace them. If this would be unreasonable to demand from the Supplier, the Purchaser may cancel the contract or reduce the remuneration pursuant to the appli-cable statutory provisions. b) The Supplier s liability to pay damages shall be governed by Art. XI. c) The above obligations of the Supplier shall only apply if the Purchaser(i) immediately notifies the Supplier of any such claim asserted by the third party in writing, (ii) does not concede the existence of an infringement and (iii) leaves any protective measures and settlement negotiations to the discretion of the Supplier. If the Purchaser stops using the Supplies in order to reduce the damage or for other good reason, it shall be obliged to pointout to the third party that no acknowledge ment of the alleged infringement may be inferred from the fact that the use has been discontinued. 2. Claims of the Purchaser shall be excluded if it is itself responsible for the infringement of an IPR. 3. Claims of the Purchaser shall also be excluded if the infringement of the IPR is caused by specifications made by the Purchaser, to a type of use not foreseeable by the Supplier or to the Supplies being modified by the Purchaser or being used together with products not provided by the Supplier. 4. In addition, with respect to claims by the Purchaser pursuant to No. a) above, Art. VIII Nos. 4, 5, and shall apply mutatis mutandis in the event of an infringement of an IPR. 5. Where other defects in title occur, Art. VIII shall apply mutatis mutandis. 6. Any other claims of the Purchaser against the Supplier or its agents or any such claims exceeding the claims provided for in this Art. IX, based on a defect in title, shall be excluded. X. Impossibility of performance; adaption of contract. To the extent that Supplies are impossible to be carried out, the Purchaser shall be entitled to claim damages, unless the Supplier is not responsible for the impossibility. The Purchaser s claim for damages shall, however, be limited to an amount of 0 % of the value of the part of the Supplies which, owing to the impossibility, cannot be put to the intended use. This limitation shall not apply in the case of mandatory liability based on intent, gross negligence or injury of life, body or health; this does not imply a change in the burden of proof to the detriment of the Purchaser. The right of the Purchaser to cancel the contract shall remain unaffected. 2. Where unforeseeable events within the meaning of Art. IV No. 2 substantially change the economic importance or the contents of the Supplies or considerably affect the Supplier s business, the contract shall be adapted taking into account the principles of reasonableness and good faith. Where doing so is economically unreasonable, the Supplier shall have the right to cancel the contract. If the Supplier intends to exercise its right to cancel the contract, it shall notify the Purchaser thereof without undue delay after having realised the repercussions of the event; this shall also apply even wherean extension of the delivery period had previously been agreed with the Purchaser. XI. Other claimes for damages. Any claims for damages and reimbursement of expenses the Purchaser may have (hereinafter referred to as Claims for Damages ), based on whatever legal reason, including infringement of duties arising in connection with the contract or tort, shall be excluded. 2. The above shall not apply in the case of mandatory liability, e. g. under the German Product Liability Act ( Produkthaftungsgesetz ), in the case of intent, gross negligence, injury of life, body or health, or breach of a condition which goes to the root of the contract ( wesentliche Vertragspflichten ). However, Claims for Damages arising from a breach of a condition which goes to the root of the contract shall be limited to the foreseeable damage which is intrinsic to the contract, unless caused by intent or gross negligence or based on liability for injury of life, body or health. The above provision does not imply a change in the burden of proof to the detriment of the Purchaser. 3. To the extent that the Purchaser has a valid Claim for Damages according to this Art. XI, it shall be time-barred upon expiration of the limitation period applicable to Defects pursuant to Art. VIII No. 2. In the case of claims for damages under the German Product Liability Act, the statutory provisions governing limitation periods shall apply. XII. Venue and applicable law. If the Purchaser is a businessperson, sole venue for all disputes arising directly or indirectly out of the contract shall be the Supplier s place of business. However, the Supplier may also bring an action at the Purchaser s place of business. 2. Legal relations existing in connection with this contract shall be governed by German substantive law, to the exclusion of the United Nations Convention on Contracts for the International Sale of Goods (CISG). XIII. Severability clause The legal invalidity of one or more provisions of this contract shall in no way affect the validity of the remaining provisions. This shall not apply if it would be unreasonable for one of the parties to continue the contract. XIV. Catalogue information Only the catalogue valid at the time of the conclusion of the contract shall apply. All previous catalogues and the information therein shall be rendered invalid by the catalogue applicable at the time of concluding the contract. All technical values of the supplier s product stated in the catalogue are average values determined from electronically-held operational data. HÜCO electronic GmbH Selection by lamp Electronic Ballasts for TC-SEL 7 Electronic Ballasts for TC-DEL/TEL 8 Electronic Ballasts for /F Electronic Ballasts for TC-DD 0 Electronic Ballasts for c Electronic Ballasts for 2 Electronic Ballasts for T8 3 Electronic Ballasts for HID 83 List of article numbers 4 Product by type Compact Electronic Ballasts, not dimmable Compact Electronic Ballasts,...0V dimmable 3-4 Compact Electronic Ballasts, DALI dimmable 4-55 Electronic Ballasts, not dimmable Electronic Ballasts,...0V dimmable 64-7 T8 Electronic Ballasts, not dimmable T8 Electronic Ballasts,...0V dimmable 76-8 HID Electronic Ballasts Electronic Transformers 86-8 Trailing Edge Phase-Cut Dimmer 0 Accessories - 2

104 HÜCO electronic GmbH, Espelkamp, Germany Germany (Headquarters) HÜCO electronic GmbH Von dem Bussche-Münch-Str Espelkamp Deutschland Phone: Fax: sales.de@hueco.com Northern Ireland HÜCO Lightronic N.I. Ltd. 3 Aghanloo Ind. Estate, Aghanloo Road Limavady Co. Londonderry Northern Ireland, BT4 OHE Phone: Fax: sales.gb@hueco.com India Hueco Lightronic (India) Pvt. Ltd. Survey No, Yewlewadi Kondhwa, Pune India Phone: Fax: sales.in@hueco.com Italy U.K. China HÜCO Lightronic N.I. Ltd., Limavady, Northern Ireland HÜCO electronic GmbH Sales Office Italy Via Cavriana, Milano Phone Fax sales.it@hueco.com HÜCO Lightronic N.I. Ltd. Sales Office UK Unit 6, The Gateway, 2A Rathmore Road London SE7 7QW Phone Fax sales.gb@hueco.com HÜCO Lightronic N.I. Ltd. Sales Office China Room 722, No. 40, Dongzhong St, Donghcheng District, Beijing Phone Fax sales.cn@hueco.com Hueco electronic (India) Pvt. Ltd., Pune, India Distributors by HÜCO electronic GmbH Due to a policy of continuous improvement, HÜCO electronic GmbH reserves the right to amend the specifications and details in this catalogue without prior notice This catalogue replaces all previous material issued by HÜCO Austria VBE Vertrieb Beleuchtung Pragerstraße WIEN Phone: Fax: vbe@aon.at Turkey SPOT ELEKTRIK Ltd. 35. CAD., No. 0/ USKUDAR Phone: Fax: info@spotelektrik.com Australia Lighting Australia Pty. Ltd. Unit R2, Regents Park Estate 3 Park Road Regents Park NSW 243 Phone: Fax: components@ lightingaustralia.com.au Belgium Tertium Sprl, Avenue des lilas 640 Rhode Saint Genese Phone: Fax: pierre@tertium.be Sweden Vanpée & Co. AB Glanshammarsgatan Bandhagen Phone: Fax: info@vanpee.se Danmark Vanpée & Westerberg A/S Transformervej Herlev Phone: Fax: info@vanpee.dk Malaysia Switzerland UNI-TEC Engineering PTE Ltd Sir Heian 3, Lorong Bakar Batu # 07-0 Brightway Building Singapore Phone: Beleuchtungstechnik AG Alte Steinhauserstraße Cham Phone: Fax: Fax: enquiries@unitec. info@sir-heian.ch com.sg France Ditronic S. A. R. L. 3, rue des hirondelles Weyersheim Phone: Fax: ditronic@wanadoo.fr Greece TransHellas 20-22, Kyparissias street Agioi Anargir, 3562 Athen Phone: Fax: j.agistriotis@transhellas.com South Korea Norway Israel Jeung Han Trading Company Vanpée Norge AS Electrosen Ltd. 35-2, Chegi-Dong ROK Tongdaemun-Ku Seoul Phone: Vestvollveien 6D 2020 Skedsmokkorset Phone: , Hapalmach Street 5246 BNEI-BRAK Phone: Fax: Fax: Fax: jeunghankr@yahoo. fi rmapost@vanpee.no info@electrosen.co.il co.kr Netherlands Regoort B. V. Technische Handelsmaatschappij Bergstraat TD-ROTTERDAM Phone: Fax: info@regoort.nl Spain Industrial Eléctra Cassanense S. A. Crta/ de Girona a Sant Feliu Km, 7244 Cassa de la Selva Phone: Fax: inecsa@inecsa.com