ITALO 3. LED luminaire for street lighting. Registered models Design by Massimo Sacconi and Marzia Bandini MADE IN I TALY

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1 ED luminaire for street lighting ITAO 3 Registered models Design by Massimo Sacconi and Marzia Bandini MADE IN I TAY

2 ITAO 3 Compact design in line with the contemporary trend : ITAO is the exclusive series of AEC luminaires able to meet the needs of the most modern Smart Cities. Functionality, versatility, and a wide variety of optics feature ITAO 3, designed for the lighting of high traffic urban and suburban streets. Quality light, excellent colour rendering, optimum energy efficiency. ITAO: a preview on the future of lighting. Rev Annell jus + Form AB Tel info@annell.se

3 Available versions Ø / Ø / AVAIABE COMPOSITIONS: STE-M / STE-S / STW / SV optic: from 9 to 15 modules. OPTICA UNIT CHARACTERISTICS: Modular optical system. ED source colour temperature: 4000K. CRI > Ø /76 OpTIONS 306 Please download ITAO 3 photometric data at HEAT SINK PROTECTION SCREEN ITAO 3 TECHNICA DATA SHEET 3

4 ITAO 3 MECHANICA CHARACTERISTICS Frame and cover in die cast aluminum alloy UNI EN Heat sink in die cast aluminum UNI EN 1706 with lamellar design. Polyurethane seal. Closure screen in flat tempered glass (4mm thickness) featured by high transparency and optimum thermal and mechanical resistance (IK08). Removable optical unit in 99.85% aluminum. Removable ED module. EECTRICA CHARACTERISTICS Insulation class: I, II. Power supply: V - 50/Hz. ED current: 525/700mA. Power Factor: >0.9 (at full load). Connection for cables featured by a maximum cross section of 4mmq. Optional fuse. Optical unit lifetime 525mA: >70.000hr B2080 (included critical failures); >.000hr 80, TM-21; 700mA: >50.000hr B2080 (included critical failures); >70.000hr 80, TM-21. Available dimming options: DA: automatic dimming. DAC: customizable DA profile. PM: power line communication light flux adjustment. Removable metal gear plate. Watertight membrane grommet. Integrated cable clamp. Post top or brackets mounting in die cast aluminum alloy UNI EN 1706 for Ø Ø76mm. Post top tilt: 0, +5, +10, +15, +20. Bracket tilt: 0, -5, -10, -15, -20. Closure hook in extruded aluminum with stainless steel spring. IP66 protection degree. Rev

5 PROTECTION AGAINST OVERVOTAGE A lighting device installed in a standard electrical system may be subjected to voltage fluctuations and external disturbances due to different factors such as discontinuous loads on the line, faults on the lines (upstream or downstream) and atmospheric electrical discharges (in outdoor installations). In those ED installations where the electronic components are predominant, an adequate resistance to surges is synonymous with reliability and proper functionality. Thanks to the research and the experimentation performed in its own laboratories, AEC offers its customers customized solutions according to every specific installation. CASS I: protection up to 10kV. CASS II: protection from 5kV up to 9kV. For more information about the protection against overvoltage, please download the technical report at ITAO 3 TECHNICA DATA SHEET 5

6 ITAO 3 - optics ITAO 3 STE-M AVAIABE OPTICS NAME DESCRIPTION DRAWING PHOTOMETRY OPERATING ENVIRONMENTS Gamma Angles STE-M SUBURBAN STREET OPTIC Asymmetrical optic for street and motorway lighting. Specific optic for roadways where the width is equivalent to the pole height. STE-S Coordinate system C-Gamma, polar graph. ITAO STE-M (Polare) 500 cd/klm Gamma Angles STE-S SUBURBAN STREET OPTIC Asymmetrical optic for street and motorway lighting. Specific optic for roadways where the width corresponds to 0,8 times the pole height. STW Coordinate system C-Gamma, polar graph. ITAO STE-S (Polare) 0 cd/klm Gamma Angles STW WIDE EMISSION STREET OPTIC Asymmetrical optic for wide streets and wet asphalt. Specific optic for roadways where the width corresponds to 1,2 times the pole height. SV Coordinate system C-Gamma, polar graph. ITAO STW (Polare) 0 cd/klm Gamma Angles SV STREET JUNCTIONS OPTIC Asymmetrical optic for motorway junctions and narrow street lighting. Specific optic for roadways where the width corresponds to 0,5 times the pole height Coordinate system C-Gamma, polar graph. ITAO SV (Polare) 0 cd/klm Rev

7 Installation rep. /H SEECTION OF THE OPTICS ACCORDING TO UNI EN IGHTING CATEGORIES ITAO 3 ITAO 3 H 1.25 STW STW H 1 STE-M H 0. STE-S STE-M H 0.5 SV UNI EN ighting categories CEO ME1 CE1 ME2 CE2 ME3 CE3 ME4 CE4 ME5 CE5 ME6 CE6 S1 S2 S3 S4 S5 S6 MEW 1 MEW 2 MEW 3 MEW 4 MEW 5 Street Application Cycle path Application Street Application WET Class ITAO 3 TECHNICA DATA SHEET 7

8 Dimming options ED technology offers easy and reliable light flux adjustment. The devices are equipped with an electronic power supply capable of adjusting light emission by directly regulating the optical assembly ED input current. The standard version of the device is supplied with a constant ED input current of 525mA or 700mA. The following options are available: DA (DIM-AUTO) OPTION Automatic light flux regulation The power supply is configured using an automatic dimming profile which fully utilises the maximum light intensity during the first and last few hours of system operation, thereby reducing energy consumption in the middle of the night when a lower level of illumination is often sufficient. The reduction profile automatically adapts to the duration of the night-time period during the year. DAC OPTION (DIM-AUTO CUSTOM PROFIE) The power supply is configured using a dimming profile totally customizable by the user (up to 5 levels in 4 steps). 100% 80% % 40% 20% 0% 100% 100% 70% *Saving in relation to the fixed power version. 1:100% 2: 70% Tdim: 6hr Saving*: 15% PM OPTION ight flux regulation using power line communication ight flux reduction can be associated with punctual and remote monitoring of the individual device via the power line communication remote control. This option, used in conjunction with an CU (ight Control Unit), makes it possible to control an individual lighting point, allowing the creation of customised lighting scenarios. More complex remote control panels can be used as part of a wireless or GSM/GPRS network, to remotely monitor the energy consumption of the system and provide fault indications as necessary without the need for on-site maintenance procedures. CU CU The ight Control Unit offers flexible system control. The reduction profile can be customised with simple local or remote programming. Devices can be divided into sub-groups with different dimming profiles. Option of using an astronomical clock or interfacing with external switching devices. Simplified installation, wiring and testing. Programming software free of charge. Rev

9 OPTIONS ON REQUEST (SUBJECT TO FEASIBIITY CHECK) D10 (DIM-10) OPTION Flux adjustment via 1-10V analogue control Allows lighting device adjustment via an analogue voltage signal between 1V and 10V, the minimum and maximum brightness levels respectively. The device is designed for connection of -N-1/10V cables. DAI (Digital Addressable ighting Interface) OPTION Flux adjustment via digital interface DAI is the standard digital technology for the management of luminaires; it is based on a digital signal capable of univocally addressing up to 64 modules on the same bus. The device is designed N for connection of -N-DAI cables. 1-10V DB (DIM-BIP) OPTION Bi-power light flux adjustment with pilot cable Option mainly designed for underpasses or small systems where a simple and synchronised flux reduction N PIOT CABE is required. The device is supplied with a bi-power switch which will stablish an operating regime at full or reduced power, depending on whether in additional conductor (pilot cable) is also present or not. N 1-10V N DAI 1-10V PIOT CABE N PIOT CABE N D N D DR (DIM-REG) OPTION ight flux adjustment with flux controllers ED retrofit systems may include a discharge lamp flux controller. This option allows the ED device to follow up the voltage adjustment carried out within the system, varying the ED input current as a result. This means both HID and ED devices can be installed within the same system, thereby fully utilising existing energy saving systems. Operation is only guaranteed if amplitude modulation controllers are used instead of phase cut controllers. FUX CONTROER ADDITIONA OPTIONS: (can be combined with all other flux reduction options, subject to feasibility check) FC OPTION - ED light flux recovery The natural depreciation of the light flux produced by the EDs can be offset by progressively increasing the input current of the EDs during operation. This option guarantees a virtually constant light flux output.the lighting system can therefore be designed while taking account of a maintenance factor which is higher than that usually used with the standard product, offering instant savings in terms of the energy consumed and/or the initial cost of the system. The FC option also means the useful life of the system can be extended. 100% 85% 120% 100% 80% UMINOUS FUX at constant current UMINOUS FUX with FC uminaire wattage at fixed current uminaire wattage with FC 80% 80% FR (FU RANGE) OPTION - Extended input voltage range Option of supplying the device with an extended input voltage (example: V). This option maintains device operation even in systems where the power supply voltage is adjusted by flux controllers VAC 50 / Hz FC (PHOTOCE) OPTION Possibility to install a twilight switch that allows to automatically turn the unit on at sunset and to turn it off at sunrise. SYSTEM FEATURES AND ADJUSTMENT SYSTEM INSTAATION: DA/DAC PM & CU PM DB DR DAI D10 Independent adjustment system x Central adjustment system (switch / control unit / cabinet) x x x x x x Remote reduction profile change x x x x x x Use of additional cables x x x Remote management software required x Free configuration software (ED and electronic HID systems only) x Interfacing with external regulation systems (e.g. PIR sensors, traffic sensors, switches) x x x x Commissioning by specialist personnel x x x x ITAO 3 TECHNICA DATA SHEET 9

10 MADE IN ITAY Product sheet MADE IN ITAY Ø / DA PROFIE Ø /76 100% 80% % 40% 20% 0% PM 100% 100% 70% CU Applications Ø / Street lighting. ITAO 3 MAIN CHARACTERISTICS STE-M/S: Asymmetrical optic for street lighting - suburban application (0F). STW: Asymmetrical optic for wide roads and wet asphalts (0F). SV: Asymmetrical optic for narrow urban streets or motorways junctions (0F2H1). Colour temperature: 4000K (optional 3000K). Optic CRI > 70. Photobiological safety class: EXEMPT GROUP. CIE Photometrical classification: Semi cut-off. IES Photometrical classification: Full cut-off. ED source efficiency: 700mA, Tj=85 C, 4000K. Insulation class II (I optional). Protection degree IP66. IMPACT ProtectioN IK08. ED Modules Removable. Tilt Angle Post-top: 0, +5, +10, +15, +20. Bracket: 0, -5, -10, -15, -20. Dimensions See the drawing. WEIGHT 18,5 kg. Exposed surface Side: 0.1m 2. Top: 0.4m 2. Mounting Bracket or Post-top Ømm Ø76mm. Gear tray Removable plate. Main reference standards EN 598-1, EN , EN 62471, EN 55015, EN 61547, EN , EN Gamma Angles STE-M Optic All the published photometrical data has been obtained according to EN Rev ITAO STE-M (Polare) 500 cd/klm EECTRICA CHARACTERISTICS Rated voltage V 50/Hz. ED current 525mA (Ta max. 50 C). 700mA (Ta max. 40 C). Power factor >0,9 (at full load). On-load switch Included, with integrated cable clamp. Connection For cables max section 4mm 2. Control system Integrated surge protection Optical unit lifetime (Ta=25 C) Fixing Heat-sink ower frame Upper canopy Closure hook Optic Screen Cable gland / membrane Gasket F: Fixed output. DA: Automatic dimming with default profile. DAC: DIM-AUTO CUSTOM profile. PM: Single point communication module. Pulse withstand class I: up to 10kV. Pulse withstand class II: from 5kV to 9kV. 525mA >70.000hr B2080 (including critical failures). >.000hr 80, TM mA >50.000hr B2080 ( including critical failures ). >70.000hr 80, TM21. MATERIAS Die-cast aluminium UNI EN1706. Die-cast aluminium UNI EN lamellar design. Die-cast aluminium UNI EN1706 powder painted. Die-cast aluminium UNI EN1706 powder painted. Extruded aluminium with stainless steel spring % aluminium. Flat tempered glass, 4mm thickness. Watertight membrane grommet. Optional: plastic cable gland M20x1.5 - IP68. Polyurethane. Optical unit lifetime could be different for each size of the luminaire. Data listed above are subject to change without notice.

11 MADE IN ITAY The tables below describe the flux and output power of the available versions. These parameters are necessary in order to guarantee a correct comparison of the luminaire performance. In particular, the luminaire efficiency (expressed in lm/w) must be calculated as the ratio between the output luminous flux of UMINAIRE FUX 1 (Ta=25 C, 4000K, lm) MODUES 525mA 700mA STE-M / STE-S / STW Optic MODUES SV Optic RATED UMINAIRE POWER 1 (Ta=25 C, Vin=230Vac, W) F and DA version at full load MODUES 525mA 700mA STE-M / STE-S / STW Optic MODUES SV Optic the luminaire and the power absorbed by the input power supply unit. For the sake of completeness the tables also show the data of the nominal flux and power of the used ED. RATED ED FUX 2 (Tj=85 C, 4000K, lm) 525mA 700mA STE-M / STE-S / STW Optic STU-M / STU-S / SV Optic RATED ED POWER 2 (Tj=85 C, W) 525mA 700mA STE-M / STE-S / STW Optic STU-M / STU-S / SV Optic MADE IN ITAY Multiplier to obtain the flux as a function of Ta and Tk. Ta( C) Multiplier 50 0, , , ,02 5 1,04 0 1,05 Tk(K) Multiplier , ,00 Multiplier to obtain the power as a function of Ta. Ta( C) Multiplier 50 0, ,00 0 1,01 egend: Ta = Ambient temperature. Tk = Colour temperature. Example of luminaire data calculation Ta=40 C Tk=4000K 9 MODUES, 525mA STE Optic FUX 170 x 0,96 = POWER 177 x 0,99 = 1,2 EFFICIENCY / 1,2 = 96 UMINAIRE EFFICIENCY (Ta=25 C, lm/w) MODUES 525mA 700mA STE-M / STE-S / STW Optic MODUES SV Optic Note: The characteristics of the product listed above are subjected to change. They will have to be confirmed in case of order. Values indicated in this technical sheet are to be considered rated values subject to a tolerance of +/-5%. Data listed above are subject to change without notice. 1: Rated data obtained in laboratory. 2: Rated data extrapolated from ED manufacturer datasheet. For the most updated technical sheet, please visit ITAO 3 TECHNICA DATA SHEET 11

12 The information contained in this catalogue aren t binding. In order to guarantee a continuos updating of its products, AEC reserves itself the right to modify the contents without notice. AEC Illuminazione Srl I Subbiano - Arezzo - Italy Via Righi, 4 - Zona Industriale Castelnuovo Tel Fax aec@aecilluminazione.it