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QUICKTRONIC ® Intelligent DALI DIM | Contents Contents 1 Introduction 04 4 Additional properties of dimmable control gears 1.1 Dimmable lighting installations 04 from OSRAM 1.1.1 Economy 04 4.1 OSRAM DALI/1…10 V-ECGs: Added value through intelligent 1.1.2 Light comfort 04 features 20 1.1.3 Reliability/Safety 05 4.2 OSRAM DALI ECG and Touch DIM interface 21 1.1.4 The right control unit for every application 05 4.2.1 Setting Touch DIM Function parameters 21 4.2.
QUICKTRONIC ® Intelligent DALI DIM | Contents 5 System power consumption and dimmer setting 39 6 Dimming compact fl uorescent lamps 40 6.1 Characteristics of the new OSRAM KLL ECGs 41 7 The DALI Group 42 8 Tender documents 43 9 Frequently asked questions (FAQ) 45 9.1 DALI part 45 9.1.1 Touch DIM and Corridor Function 45 9.1.2 DALI in general 45 9.1.3 Converter from DALI to 1…10 V 47 9.1.4 Troubleshooting Touch DIM mode 47 9.1.5 Troubleshooting DALI control gears 47 9.1.
QUICKTRONIC ® Intelligent DALI DIM | Introduction 1 Introduction 1.1 Dimmable lighting installations Dimmable electronic control gears (DIM ECGs) are playing an increasingly important role in all modern lighting technology applications. Dimmable ECGs from OSRAM integrated into the building management are at the heart of an intelligent lighting system that creates up to 80% energy savings compared to solutions with conventional control gears.
QUICKTRONIC ® Intelligent DALI DIM | Introduction Advanced technical developments have made this possible. Modern dimmable ECGs with digital (DALI = Digital Addressable Lighting Interface) or analog (1…10 V) interface in combination with the corresponding control elements and sensors lay the foundations for easy and cost-effective realization. 1.1.3 Reliability/Safety — Reliability and safety play a crucial role when using electronic control gears.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears 2 Overview of dimmable control gears 2.1 Block diagrams of a digital/analog dimmable ECGs 2) 2.1.1 Block diagram of a digital dimmable ECG with DALI interface The EMC filter and safety shutdown are important components of a high-quality dimmable control gear + ≈/= EMC filter ≈/= Rectifi er + PFC – = – Inverter and filament heating Lamp DALI interface μC & Memory DALI Safety shutdown Lamp control Filament heating control 2.1.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears 2.2 DALI in comparison to 1…10 V and KNX/LON DALI closes the gap between the previous 1…10-V technology and complex bus systems. On the one hand, DALI offers a very simple local solution – on the other hand, however, it can also be integrated into a building management system as a sub-system. 2.2.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears 2.3 Installation and wiring instructions for dimmable luminaires/lighting installations 2.3.1 Burn-in instructions, wire insulation and voltage loads — New lamps must be burned in for 100 hours at full power to achieve formation and basic stabilization. Interruptions while burning-in are permitted. Without burn-in, lamps may flicker and premature burn-outs or low lifetimes may be caused.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears Protection class I luminaires Maximum line lengths between dimmable ECGs and lamps Radio interference suppression with PC I L N R Lamp ECG PE Hot ends* 1-lamp 21, 22 1-lamp 26, 27 2-lamp 21, 22, 23 2-lamp 24, 25, 26, 27 T5 1.5 m 1.0 m T8 1.5 m (2 m HF DIM) DULUX D/E, T/E Earthed metal plate or reflector Cold ends* 1.0 m (1.5 m HF DIM) All 0.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears — The distance between the lamps should be 32 mm; distances between the lamps and luminaire parts may never be less than 6 mm. No part of the luminaire should touch the lamp glass. 2.3.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears Three 2-lamp ECGs 12 12 12 13 13 13 12 12 12 13 13 13 45 45 45 67 67 67 45 45 45 67 67 67 Correct: The lamp cables are twisted and laid close to the respective lamps. The overlapping of the three lamp current circuits on the right is minimized. Incorrect: The lamp cables of all ECGs are laid together and they also form overlapping lamp current circuits.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears 2.4 The DALI interface – technical details 2.4.1 Simplifi ed installation The DALI installation is carried out with commercial installation material for 230 V mains voltage. Both wires not required in the case of five-core cables (e.g. NYM 5 x 1.5 mm²) can be used for the DALI interface – without taking the polarity into account.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears 2.4.10 DALI parameters in the ECG The following data can be saved in the DALI ECG when a DALI system is started up: — Group membership of the DALI ECG (maximum 16 groups, multiple assignment possible) — Individual addresses for directly addressing each ECG (max. 64) — Light values for the individual scenes (max.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears 2.4.13 DALI data transmission For DALI, the data line is supplied by a voltage source with current limiter. This source can be separately executed or integrated into another control unit. Typical characteristic values of the source are an open-circuit voltage of approx. 16 V and a short-circuit current of 250 mA. A transmitter can modulate the data telegram on the line by periodically short-circuiting and releasing the line.
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears 2.6 Features and performance characteristics of the digital interface — IEC 62386: This allows devices from different manufacturers to be combined. A special feature which should be noted is that the manufacturers represented in the DALI Group 5) are continuously expanding the tests defined as standard to guarantee high functional safety. — Physical user data rate of 1200 bit/s enables a fail-safe operation 6).
QUICKTRONIC ® Intelligent DALI DIM | Overview of dimmable control gears — It is possible to test if the ECG is working properly as follows: — Switching on the ECG with open control line. The lamp must ignite and burn at maximum luminous flux. — Short-circuiting the control line (wire jumper). The lamp must burn at minimum brightness. — Each OSRAM DIM ECG can be used as a normal, nondimmable ECG if a control unit is not connected to the control line.
QUICKTRONIC ® Intelligent DALI DIM | New properties of QTi DALI 3 New properties of QTi DALI 3.1 Corridor Function and parametrization options CORRIDOR FUNCTION 3.1.1 Description Corridor Function: It is possible to connect the ECG directly to commercially available motion sensors. The Corridor Function is triggered by a switching signal, i.e. the voltage of the supply line (220–240 V, 50/60 Hz) is switched to the DALI control line inputs (DA, DA; see the diagram below).
QUICKTRONIC ® Intelligent DALI DIM | New properties of QTi DALI 3.1.2 Activating the Corridor Function Activate the Corridor Function by permanently applying the supply voltage (220 V–240 V) to the DALI input of the ECG for at least 120 seconds (50 Hz) and 100 seconds (60 Hz), respectively. 3.1.
QUICKTRONIC ® Intelligent DALI DIM | New properties of QTi DALI OSRAM DALI ECG wiring diagram for Touch DIM Function L3 L2 L1 N PE Pushbutton Touch DIM sensor 1 2 ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG Lamp 1 2 3 4 ~ ~ DA DA 3 4 OSRAM DALI ECG Lamp 1 2 3 4 Lamp T PE N L1 L2 L3 3.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4 Additional properties of dimmable control gears from OSRAM 8) 4.1 OSRAM DALI/1…10-V ECGs: Added value through intelligent features — Automatic lamp detection through intelligent multi-lamp operation (reduction of the ECG range of models) — Lamps of the same length and various outputs can be operated on a single ECG. Furthermore, special approvals exist for certain lamp/ECG combinations.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.2 OSRAM DALI ECG and Touch DIM interface To be able to make simple light management systems, the DALI ECGs from OSRAM also have the integrated Touch DIM Function. This makes it possible to dim and switch DALI ECGs directly with mains voltage using the DALI control terminals (Touch DIM interface = TDI). Only one commercial push-button is required; the controller takes over the ECG.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.2.3 Wiring and cable compensation — The cable length between the push-button and the farthest DALI ECG may not be longer than 25 meters. Compensation measures must be applied for line lengths required to be more than 25 meters long (bell transformer, resistance). — Do not use more than 20 DALI ECGs in a single Touch DIM application (up to 20 ECGs can be controlled by one push-button).
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.2.3.1 Operating parameters for Touch DIM and Corridor functionality AC voltages of 10…230 V (effective value) with a frequency of 48...63 Hz must be used for operating Touch DIM and Corridor functionalities – not DC voltage. 4.2.3.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.2.4 Touch DIM operation — Switch lamp on/off: Briefly press push-button (< 0.5 s). — Dimming: Press and hold push-button (> 0.5 s, dimming direction changes with every press of the push-button). — Store the reference value when switched on: “Doubleclick” (briefly press 2 x within 0.4 s). — Delete reference value: Double-click when lamp is switched off (ECG starts with 10 % luminous flux when restarting).
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM After these steps are executed – long–short–long– (double-click) – the ECGs act synchronously once again. Note Touch DIM was developed for manual control and is not suitable for automation, e.g. for connecting an SPS. 4.2.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM The use of OSRAM DALI control gears in emergency lighting management is illustrated in the following diagram. Switching example monitoring module and OSRAM DALI ECG in emergency lighting management UV general illumin.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.3.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.5 Basic circuits in 1…10-V control gears The simplest type of light management system can be executed via a corresponding logarithmically dimensioned potentiometer (available from electrical retailers). As the control power of the OSRAM DIM ECG is produced by the ECG itself, the resistance value depends on the number of connected ECGs.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM Standby switching with staircase light timer N L N L L – + T Pushbutton N L 1 2 DIM ECG 3 4 – + Lamp Staircase light timer – + Additional luminaires b) “Standby switching” with staircase light timer and motion sensor As the push-button switches on the mains voltage (L), it can be replaced by a motion sensor. Parallel switching with the push-button is also possible.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.5.1.2 Control via analog output The external control with an analog output 0…10 V (e. g. PC card) is possible, in principle. This control module must be in the position to absorb the current delivered by the ECG in the control line and to minimize the control voltage to at least 1 V.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM a) Upper limitation The easiest way to achieve this is parallel switching of a Zener diode with the corresponding value. A Zener diode with a nominal value of 7 V must be used when limiting, for example, to 7 V. Model Bzx 55C xVx can be recommended. For xVx, for example, 7V5 equals 7.5 V. At least 20 ECGs can be controlled with this model.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.7.1 Pressing in and loosening the connection cables Manual contact of the insulation displacement termination (above) with the insertion tool, e.g. order number: WAGO 206-831 4.7.2 Cable cross sections Typical cable cross sections of pin and insulation displacement connectors (IDCs) Single-strand wire Wago insertion tool Loosen the plug contacts (below) with the WAGO 206-830 extraction tool.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.8 Temperature behavior of dimmable ECGs from OSRAM Permissible guideline values for minimum luminaire ambient temperatures Type of lamp Min. temperature with1 % (3 % CFL) dimmer setting Min.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM Temperature at the tc measuring point as a function of luminaire ambient temperature Relative power as a function of luminaire ambient temperature tc temperature [ °C] Relative power [%] with without temperature limitation 110 with without temperature limitation 110 100 100 90 80 90 80 70 70 60 60 50 50 40 40 30 30 20 20 10 10 0 0 5 10 15 20 25 30 35 40 45 50 55 5 10 15
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM Why is hardly any light lost through the temperature limitation? Let's assume we have a luminaire with an internal temperature, i.e. the lamp ambient temperature, that should be lowered from 65 °C to 55 °C. A reduction of the system power by 20 % is required for this purpose. The diagram shows the Φ(T) curves of T5 lamps for 100 % system power and, according to the power reduction of 20 %, for 80 % system power.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM luminaire, as it is defined with DALI. If the luminaire has been switched off via Touch DIM, the luminaire remains out even after a disruption of the voltage – the installer may incorrectly assume a defective ECG in this case. When the luminaire is connected to the mains voltage for the first time (without control unit), it must switch on with 100 % luminous flux (= DALI factory setting).
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM 4.9.1 Falling below the min. dimmer setting at low temperatures QTi DALI/DIM operating principle: “Power Boost” and amalgam lamps The amalgam releases as much mercury as needed for the discharge and, as a result, minimizes the drop in luminous flux in hot or cold temperatures. After a change to the operational mode, however, it takes a few minutes until the mercury balance is readjusted.
QUICKTRONIC ® Intelligent DALI DIM | Additional properties of dimmable control gears from OSRAM More light from new luminaires thanks to amalgam technology — High-wattage downlights Up to 20 % more light 38 — High-wattage floor-standing luminaires — Street luminaires with DL 55 W — Handrail luminaires Up to 20 % more light — — — — — — Tunnel lighting Wallwashers for outdoor areas High-wattage, tight office luminaires Hall lighting Parking garage luminaires Refrigerated display cases Up to 30 % more l
QUICKTRONIC ® Intelligent DALI DIM | System power consumption and dimmer setting 5 System power consumption and dimmer setting Because a primarily linear correlation exists between the power consumption of the DALI/DIM systems (lamp and ECG) and the dimmer setting, the power consumption PN(d) can be calculated for every dimmer setting d from the values PN10 % (rated power 100 %, PN = “power nominal”) and PN % (rated power 1 %; depends on lamp ECG combination, available upon request): Linear correlation: D
QUICKTRONIC ® Intelligent DALI DIM | Dimming compact fluorescent lamps 6 Dimming compact fluorescent lamps Lamp variety with an ECG DULUX T/E 18 W and T/E 57 W can be operated on an ECG with the new KLL-MULTI-lamp ECGs. All 2-lamp downlights can be equipped for 2x18, 2x26, 2x32 and 2x42 W with a single 2-lamp DIM ECG. DALI/Touch DIM or Touch DIM sensor interfaces can be optionally ordered 13). The user is able to continuously set the desired level of light by dimming.
QUICKTRONIC ® Intelligent DALI DIM | Dimming compact fluorescent lamps 6.1 Characteristics of the OSRAM KLL ECGs — The DULUX CONSTANT (amalgam) can also be operated on the DIM ECG — Lamp start with optimized filament heating within 0.
QUICKTRONIC ® Intelligent DALI DIM | The DALI Group 7 The DALI Group The “Activity Group DALI” (AG DALI) was created in 1999 under the umbrella of the “Zentralverband der Elektroindustrie e.V.” (ZVEI) in order to establish this new standard on the market. In the meantime, the DALI Group has grown out of AG DALI. All leading ECG and control unit manufacturers are represented in this community so as to be able to develop and market their products in accordance with DALI requirements.
QUICKTRONIC ® Intelligent DALI DIM | Tender documents 8 Tender documents QUICKTRONIC ® Intelligent DALI DIM for compact fl uorescent lamps Order reference depending on the type of lamp: QTi DALI T/E … DIM — Intelligent ECG with DALI interface according to IEC 60929 — OSRAM DULUX® T/E 18, 26, 32, 42 W and OSRAM DULUX® compact fluorescent lamps — T/E CONSTANT 26, 32, 42 W (amalgam lamps) with dimming from 3 % to 100 % — Warm start of the lamp within 0.
QUICKTRONIC ® Intelligent DALI DIM | Tender documents QUICKTRONIC ® Intelligent DIM (1…10 V) for compact fl uorescent lamps Order reference depending on the type of lamp: QTi-T/E…DIM — Intelligent ECG with 1…10-V interface according to IEC 60929 — OSRAM DULUX® T/E 18, 26, 32, 42 W and OSRAM DULUX® T/E CONSTANT 26, 32, 42 W compact fluorescent lamps (amalgam lamps) with dimming from 3 % to 100 % — Warm start of the lamp within 0.6 seconds without ignition flash — Lifetime: 80,000 h at tc = 75 °C and a max.
QUICKTRONIC ® Intelligent DALI DIM | Frequently asked questions (FAQ) 9 Frequently asked questions (FAQ) 9.1 DALI part 9.1.1 Touch DIM and Corridor Function — Which push-buttons may be used? Any push-button which is suitable for mains voltage may be used, however, not push-buttons with glow lamps.
QUICKTRONIC ® Intelligent DALI DIM | Frequently asked questions (FAQ) — How can DALI ECGs be addressed? They can be addressed individually, in groups or all together. — Can existing 1…10-V control lines be used for DALI? Yes (line rated for mains voltage). — Can I receive feedback from the DALI ECGs? Yes, all device settings as well as the device status (lamp malfunction, for example) can be queried.
QUICKTRONIC ® Intelligent DALI DIM | Frequently asked questions (FAQ) 9.1.3 Converter from DALI to 1…10 V — Can the converter from DALI to 1…10 V be used for switching and dimming? Yes, both are possible with the converter. — Is the Touch DIM Function also possible with the converter? Yes, the converter acts just like a DALI ECG in Touch DIM mode 1. — Why does the converter have a characteristic line switch? It compensates for the different behaviors of the incandescent lamps and the fluorescent lamps.
QUICKTRONIC ® Intelligent DALI DIM | Frequently asked questions (FAQ) — How can I easily and cost-effectively control a permanently set level of lighting? Easily controlling preset levels of lighting with 100 % or 1 % luminous flux and multiple values in between is possible using fixed resistors or Zener diodes. — Can dimmable 1…10-V ECGs from OSRAM be used for emergency lighting? Yes, however, using dimmable ECGs in emergency lighting systems is associated with additional costs.
QUICKTRONIC ® Intelligent DALI DIM | Appendix 10 Appendix 10.1 Inrush currents and maximum number of ECGs with circuit breakers (B characteristics), measured at Inrush currents and maximum number of ECGs with circuit breakers (B characteristics) Product reference 10.2 DALI fade time and fade rate The fade time is adjustable in 16 levels (0 to 15) and designates the cross fade time between two scenes (room light conditions).
QUICKTRONIC ® Intelligent DALI DIM | Appendix 10.3 Lamp wirings QTi DALI/DIM 1x: Lines 26 and 27 Max. length: 1 m 1 2 3 4 5 6 7 – UN ~ DA(–) DA(+) 21 22 23 QTi 1x… 24 25 26 27 QTi DALI/DIM 2x: Lines 24, 25 and 26, 27 Max.
QUICKTRONIC ® Intelligent DALI DIM | Appendix Touch DIM Function wiring L3 L2 L1 N PE ~ ~ DA DA Pushbutton ~ ~ DA DA Touch DIM sensor 1 2 OSRAM DALI ECG Lamp 1 2 OSRAM DALI ECG 3 4 ~ ~ DA DA 3 4 OSRAM DALI ECG Lamp 1 2 3 4 Lamp T PE N L1 L2 L3 Corridor Function wiring L3 L2 L1 N PE 1 2 ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG Motion sensor Lamp 1 2 3 4 ~ ~ DA DA 3 4 OSRAM DALI ECG Lamp 1 2 3 4 Lamp T PE N L1 L2 L3 10.
QUICKTRONIC ® Intelligent DALI DIM | Appendix 10.5 Operating parameters of lamp/ECG combinations Product reference Lamp CONSTANT = Amalgam lamp SLS = Seamless lamp ES = Energy Saver lamp XT = Longlife lamp IN [A] Lamp [W] System [W] N100 %* System [W] N1 %* Power factor λ QTi (DALI) 1x14/24 DIM 1xHE 14W (SLS**) 1xHE 13W ES 1xHO 24W (CONSTANT) 1xHO 20W ES 1xDL 24W 0.07 0.07 0.11 0.11 0.11 13.7 13.7 22.5 22.5 22.5 15.4 15.4 25.3 25.3 25.3 5.5 5.5 5.5 5.5 5.5 0.95 0.95 0.98 0.98 0.
QUICKTRONIC ® Intelligent DALI DIM | Appendix Product reference Lamp CONSTANT = Amalgam lamp SLS = Seamless lamp ES = Energy Saver lamp XT = Longlife lamp IN [A] Lamp [W] System [W] N100 %* System [W] N1 %* Power factor λ QTi (DALI) 2x35/49/80 DIM 2xHE 32W ES 2xHE 35W (XT) 2xHO 45W ES 2xHO 49W (CONSTANT, XT, CONSTANT XT) 2xHO 73W ES 2xHO 80W (CONSTANT, XT, CONSTANT XT) 2xDL 80W (CONSTANT)*** 0.34 0.34 0.45 0.45 34.7 34.7 48.5 48.5 74.0 74.0 101.0 101.0 11.0 11.0 12.1 12.1 0.95 0.95 0.97 0.
QUICKTRONIC ® Intelligent DALI DIM | Appendix Product reference t a [°C] Full dimming range 1…100 % kHz ECG Weight I [A] t h [µs] n (B10) n (B16) QTi (DALI) 1x14/24 DIM +10...50 (SLS HO: +15…50) 53…120 305 24 174 17 (B10) 28 (B16) QTi (DALI) 1x21/39 DIM +10...50 (SLS HO: +15…50) 44…120 305 24 174 17 (B10) 28 (B16) QTi (DALI) 1x28/54 DIM +10...50 (SLS HO: +15…50) 44…120 305 24 174 17 (B10) 28 (B16) QTi (DALI) 1x35/49/80 DIM +10...
QUICKTRONIC ® Intelligent DALI DIM | Appendix 10.
QUICKTRONIC ® Intelligent DALI DIM | Appendix 10.8 Installation instructions for the Corridor Function QUICKTRONIC ® Intelligent DALI GII, cable length: < 25 m SMART CORRIDOR TOUCH DIM GRID FUNCTION SENSOR Integrated light management system Corridor Function DALI ECG L1 N PE Max.
QUICKTRONIC ® Intelligent DALI DIM | Appendix Cable length up to 100 m, control transformer for compensation near the ECG (e.g. in a luminaire) L N TR ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG Motion sensor TR: Transformer U P = 230 V US ≥ 12 V PS ≥ 25 mW per ECG T1 T2 N L Cable length up to 100 m, control transformer near the push-button (e.g. in the SD (sub-distributor) or an FTB (flush-type box)).
QUICKTRONIC ® Intelligent DALI DIM | Appendix Line length up to 100 m, compensation capacity L N c ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG 25 m c T 58 N L ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG ~ ~ DA DA OSRAM DALI ECG
QUICKTRONIC ® Intelligent DALI DIM | General application note 11 General application note Creating a sample setup for new luminaires or those with a change in design or application is recommended. This sample setup should be accurately tested under the conditions occurring in the application (ambient temperature, dimmer settings etc.). A sample setup is the only way to make necessary design adaptations to achieve the desired system properties (e. g.
02/14 OSRAM S-GI MK EM Subject to technical changes and corrections. www.osram.com OSRAM GmbH Head office: Marcel-Breuer-Strasse 6 80807 Munich, Germany Phone +49 89 6213-0 Fax +49 89 6213-2020 www.osram.
