LINEAR SYSTEM 3000K 4000K 5000K 6000K 7000K

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1 Tunable White Brightness dimmable RGB adjustable 2500K K 5% - Colours and sequences Biorhythmic lighting Vitalisation and Recreation 2 control modes Excellent CRI DALI DT8, NeoLink CRI> K 7000K 3000K 4000K 5000K 6000K 7000K 1 Last modified: PI-LED-Linear_System_en

2 PRODUCT DESCRIPTION SMD Mid Power LEDs Alignment: either linear arrangement or for edge lighting High system efficiency 100lm/W High colour rendering index CRI>90 Low tolerance for colour temperature MacAdam 3 2 control modes: DALI DT8 and NeoLink Integrated overtemperature protection Adjustable colour temperature (2500K 7000K) Adjustable RGB-colours Dimming: RGB - 0% to, CCT - 5% to Available as PI-LED Linear Set 2pcs LED modules SMD MID Power or 4pcs LED modules SMD MID Power, each with included light management unit (LMU) and connecting cable TECHNICAL DATA Luminous source SMD LED modules Voltage 48V DC Service life 50,000h Control mode DALI DT8, NeoLink Dimmable RGB: 0% - CCT: 5% - Ambient temperature 10 C +45 C Storage temperature -20 C C LED module 75 C LMU 85 C Radiation characteristic 140 Energy } L E D ORDERING DATA AND TECHNICAL DATA LINEAR SYSTEM Type Description Control mode Cable length [mm] Luminous flux [lm] Voltage [V DC] LTS V02 PI-LED Linear System DALI DT8 20x1, 2pcs x 1800lm DALI DT lm LTS V01 PI-LED Linear System NeoLink 20x1, 2pcs x 1800lm NeoLink lm Power [W] LTS V03 PI-LED Linear System DALI DT8 20x1, 4pcs x 1800lm DALI DT lm LTS V02 PI-LED Linear System NeoLink 20x1, 4pcs x 1800lm NeoLink lm LTS V03 PI-LED Linear System DALI DT8 20x1, 4pcs x 1800lm DALI DT8 2x450 +2x lm LTS V02 PI-LED Linear System NeoLink 20x1, 4pcs x 1800lm NeoLink 2x450 +2x lm LMU: LED module 1:1 or respectively 1:3 configuration on request Notes: All values apply at ta=25 C, tc=45 C and 3000K Tolerance range of illumination data: +/-10% Illumination specifications in accordance with CIE1931 Tolerance range of electrical power: +/-15% Tolerance range of supply voltages: 48V DC +/- 5% If the supply voltage exceeds the max. permitted operating voltage, the LMU will be damaged. 2

3 TECHNICAL DRAWINGS AND DATA L/W [mm] Design type Light spots P / B / R 263 x 28 Linear 20x1 20 / 20 / 20 7, ,75 3,2 263 tc 7,75 110,8 3,2 3,4 11,8 2, , , ,3 4 34, tc 22,45 11,9 14, ,27 1,8 3

4 WIRING DIAGRAM AND DIMENSIONS DALI DT8 FUNCTION DESCRIPTION DALI DT8 Mode CCT RGB CIE Colour 2500K 7000K individually controlled channels PI-LED colour space Brightness Groups and scenes possible Recommended control sets: LTP-1028 (DALI Touchpanel DT8) LTP-1029 (DALI Display 7 DT8) 0V DC +48V DC DALI DALI LMU DALI Interface WIRING DIAGRAM AND DIMENSIONS NEOLINK FUNCTION DESCRIPTION NEOLINK Mode CCT RGB CIE Colour 2500K 7000K individually controlled channels PI-LED colour space Brightness Groups and scenes possible. NeoLink radio module connected to PI-LED LMU on board (pre-mounted). 0V DC +48V DC NeoLink System: Type LTP-1026 Control NeoLink App NeoLink Box We are happy to recommend suitable NeoLink operating units. NeoLink Module LMU! All components of the LUMITECH system are parts of a coordinated unit. It is not allowed to operate the components in a different configuration. 4

5 NOTES Cable type and cable cross-section Installation and mounting To connect the power supply to the terminal, a single-wire or fine-wire conductor with a cable cross section of 0.2 to max. 1.5mm2 can be used. When installing the PI-LED LINEAR SYSTEM in a luminaire, it does not have to be protected against accidental contact. The photometric parameters of PI-LED LINEAR SYSTEM may change when installed in a luminare. Electrical supply The PI-LED LINEAR SYSTEM must be operated with a constant-voltage power supply recommended by Lumitech. When using a constant-voltage power supply, the following protective functions have to be ensured: Short-circuit detection Overload protection Over-temperature shutdown A list of recommended constant-voltage power supplies is available on our website. Operation Assembly! The PI-LED LINEAR SYSTEM needs a sufficiently large cooling surface for proper operation. The LED modules must be thermally bonded and fixed by an electrically insulating thermally conductive foil to the heat sink. The PI-LED LINEAR SYSTEM must not be mounted directly on a metal surface. When mounted on a metallic surface, additional insulation must be installed (eg insulating thermal pad) between LED module and metallic surface. The LED modules can be mounted with 2 M3 screws per LED module. In order to not damage the LED modules, additional plastic inserts should be used. Max. torque for fixing: 0.5 Nm EOS/ESD security policy CE - luminaire labeling The PI-LED LINEAR SYSTEM contains components that are sensitive to electrostatic discharge and may only be installed if appropriate EOS / ESD protection in manufacturing and in application is applied. The PI-LED LINEAR SYSTEM is tested according to the applicable standards (see Standards). Corresponding standard tests of the final product must be carried out separately. LUMITECH PI-LED systems must be supplied with constant voltage DC! Operation with a constant current converter will lead to an irreversible damage of the LMU. Connecting the supply line to the control channels or connecting an improper power supply to the power terminals may result in irreversible damage to the LMU. STANDARDS EN62031: EN62471: EN LED modules for general lighting - Safety specifications Photobiological safety of lamps and lamp systems Particular requirements for d.c. or a.c. supplied electronic control gear for LED modules 5

6 PHOTOMETRICAL PROPERTIES 95,0 94,0 93,0 92,0 91,0 90,0 colour Farbwiedergabeindex rendering index 89,0 88,0 87,0 86,0 85,0 84,0 83,0 82,0 81,0 80, Colour Farbtemperatur temperature [K] (K) relativer lumious Lichtstrom flux [%] (%) 40% relative input Leistungsaufnahme power (%) [%] 40% 30% 30% 20% 20% 10% 10% 0% Colour Farbtemperatur temperature [K] (K) 0% Colour Farbtemperatur temperature [K] (K) Notes: The actual drop in the luminous flux can vary across the delivered LED modules. 6

7 COORDINATES AND TOLERANCES ACCORDING TO CIE ,9 0,8 0,7 0,6 Colour space achieved by PI-LEDs with reference to the CIE 1931 colour space system. If a colour outside the colour triangle is choosen, it will be referred to the best fitting colour within the PI-LED colour space. 0,5 0,4 PI-Ppint 2500 K 0,3 0,2 0, K Red 0 Blue 0 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8 THERMAL CHARACTERISTICS Ambient temperature 10 C +45 C Storage temperature -20 C C LED module 75 C LMU 85 C! Lumitech PI-LED systems are equipped with integrated overtemperature protection that protects the LED module against thermal overloads: If the temperature tc at the LED module reaches 85 C, power is reduced by lowering the brightness. If the temperature remains at that level or reaches 90 C, the LED is totally switched off. The LED module is switched on again when the temperature tc drops to below 65 C again. relative realtiver luminous Lichtstrom flux [%] (%) 2500K 7000K realtiver relative Leistungsaufnahme input power (%) [%] 2500K 7000K 30,0 35,0 40,0 45,0 50,0 55,0 60,0 Temperature [ C]( C) 30,0 35,0 40,0 45,0 50,0 55,0 60,0 Temperature [ C] ( C) SERVICE LIFE LED MODULE tp [ C] L70 [h] 65 C 50,000 Notes: Value L is a statistical value, the actual drop in the luminous flux can vary across the delivered LED modules. tp-position = tc-position LED module 7