ARTEMIDE architectural 2019

IP 65/ IP 40 MacAdam 3SDCM Life L70 (4K)=50000h CRI =80 XF Code NL17036 Code NL17032VTK0 NL17032VTK1 Code T409998 T409999 DV5004 NL19096 NL19096 NL170330 Code NL19030 NL19031 NL7833 Code NL17037 Code NL17034VTK0 NL17034VTK1 IP40 IP40 IP65 IP65 5000 12 3 Driver Vac L mm W mm H mm IP 24W 48W DIM cv 60W 24Vdc 90-305 163 43 32 67 2max 1max - cv 90W 24Vdc 90-305 161 61 36 67 3max 1max - cv 150W 24Vdc 90-305 228 68 39 67 5max 2max - Dimmer 144W 12Vdc 20 156 68 39 Dimmer 288W 24VdcVin 24Vdc 156 52 26 20 DALI/PUSH/ 1-10/0-10 W Lenght Weight RGB 60 W 240 LED 5000 mm 0,48 kg 16,7m W Lenght Weight Flux CCT 24 W 300 LED 5000 mm 0,4 kg 1104 lm 3200K 48 W 600 LED 5000 mm 0,4 kg 2202 lm 3200K DEDALO RGB DEDALO For further information on Dedalo visit artemide.com Dedalo 2013 D E D A L O PowerSupply LEDDriver LEDDriver LEDDriver Driver Vac W Vdc Ch Control LxWxH IP 60W Driver NLX1-100 120-250Vac 95W 12Vdc PWM 1xRGB DMX/DALI 388x42x30 40 1 max Driver NLX1-75 72W 12Vdc PWM 1xRGB DMX/DALI 153x50x23 40 1 max PSU 150W 90-305Vac 150W 12Vdc 228x68x39 67 1 max Driver NLX1-100 IP 120-250Vac 95W 12Vdc PWM 1xRGB DMX/DALI 340x103x61 66 1 max Code NL12150 NL19084 DV1043 DV1043 DSC 30 USB interface DMX stand alone 9V/350mA ballast with mini USB connector for DSC30 50cm cable with HE10 connector for keyboard (optional) Connection Kit (1 male - 2 female) Driver 24Vdc SELV supplied separately Light fixture with high-performance LED light sources. Ceiling, wall or floor installation. Flexible profile. Flexible UV-resistant polyurethane resin rim. Accurate led selection equal to 3-Step MacAdam, ensuring colour consistency. 3M adhesive film to fix the product, supplied with the fixture. Remote driver. Electrical connection to the driver by means of H05RN-F (IP65) or FEP-FEP cable (IP40), and appropriate terminal board, provided with the fixture. RGB Full colour LED. Operating temperature -20°C / +40°C. Technical features of light fixtures in compliance with EN60598- 1. 24 W divisible every 100 mm 48 W divisible every 50mm 60 W divisible every 62,5 mm 892 893