Technical support
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition October 2013
OPTOTRONIC LINEAR (non-isolated)
Approval marks in July 2013
OTi DALI 90/220-240V/1A0 LT2 L (SMART Interface)
EPBD
European
Building
Directive
STAND-BY
< 0.3W
Fit for SMART Grid
Diversity. Quality. Efficiency.
Driver product features
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Supply voltage: 198-264 V (AC) / 176-276 V (DC)
Output Data: 54-240 V / 250-1000 mA / 1.5-90 W
Line frequency: 0 Hz, Pulsating DC, 50 - 60 Hz
Suitable for use in emergency lighting systems as per EN
50172/DIN VDE 0108-100
Dimming range: 1 to 100 % luminous flux (Combi PWM /
Linear Dimming)
Energy efficiency > 92 % (Full Load) / > 90 % (Half Load)
Lifetime up to 100,000 hours and more (Tc – 10 °C)
Suitable for luminaires of protection class I
Suitable for New OSRAM SELV and NON-SELV (SLIM)
Modules
Smooth Dimming behaviour
Effective Overtemperature Protection of the dimmable System
(Intelligent Thermomanagement of the Driver)
Very low Stand-By consumption < 0.3 W
Tc = +75 °C (max.)
Max. cable cross section for plug contact*:
“s”: 0.5...1.5 mm² / “f”: 0.75...1.5 mm²
Easy. Flexible. FIT.
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* “s“ = “solid“ = Single-wire conductor, “f“ = Multi-wire conductor
DALI product features
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Compliance with the DALI standard to IEC 62386 latest
Edition 2012
DALI Control Input protected against overvoltage and polarity
reversal
Touch DIM® and Touch DIM® Sensor function: Manual
dimming (Touch DIM®) without any controller and with
standard switches, incl. memory function (double click) and
soft start (Last Switch-On Level)
Approbations (in July 2013)
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Safety: to EN 61347-1, 61347-2-3, 61347-2-13, 62384
Lamp operation: to EN 60929
DALI standard: to IEC 62386 – 101, 102, 207
RFI requirements: to EN 55015: 2007+A1:2007 (300 MHz
compliance)/CDN
Line harmonics: to EN 61000-3-2
Immunity: to EN 61547
EL (Emergency Lighting): to IEC 61347-2-3 / App. J
Emergency Installation: to EN 60598-2-22
Suited for Central Battery Systems: to EN 50172
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SELV / NON-SELV System FIT
o Operation Area for SELV-/NON-SELV
Modules (Combination of Serial/Parallel
Module Connection)
Corridor Functionality on 3 Dimming Level Basis
o Triggered via Commodity Relay PresenceSensor or Push Button for 220-240V
o NO DALI Controls needed
TouchDIM RELEASE
o Auto Switch-Off @ sufficient Light
Levels
o Optimized Synchronity of DALI participants
in one control loop
o Suitable for Pulsating DC Input  No
limitations in length of control loops
SMART Interface Driver/Module: Auto Current Set
Easy FIT for Emergency
o Automatic DC detection (0 Hz, Pulsating
DC (50/60 Hz), On/Off switchable)
o Configurable emergency power
characteristics (1…100 % Lum. Flux /
DEFAULT: 15% Arc. Power);
o Locking Functionality of DALI parameters
for Higher Safety (Read Only Mode)
o Re-Installation of AC Level/Conditions
before DC operation (Auto AC/DC)
Constant Lumen Output (CLO) / Flex. Current
Setting
o Compensation of Lm-Degeneration over
Module Lifetime
o Pre-Set CLO Functionalities
o Current Setting for highest Module-Variety
Power2Module Technology
o Power Boost Mode for Higher LmPackages on demand / CLO via Flexible
Flag Setting
Smart Monitoring & Management
o Feedback of Power Consumption (High
Range/Resolution)
o Feedback of Detected Module & Module
Operation Counter (Resettable)
o Overvoltage Monitoring (Detection of up to
3 sep. OV events)
Switching b/w Linear/Logarithmic Dimming Curve
for Daylight Simulations / Special Effects
Memory Bank Usage: Public Information
Management w/ Internet XML description
GREY: Available > 2014
Misprints and technical changes excepted
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition June 2013
Technical Specification
Input (Mains) Specification
Nominal Voltage
Nominal Frequency
Max. allowed cable capacitance
Any Lead to Ground
Ballast to Ballast (all leads)
Mounting Screws
220-240 V
0 / 50…60 Hz /
Pulsating DC
176 V
198-264 V
198 V
176-276 V
350 V (AC)
Min. AC Voltage for Starting
AC Operation on
Min. DC Voltage for Starting
DC Operation on
Max. allowed Input Voltage (2h)
Output (LED Module) Specification
Rated Output Operating Voltage
Rated Output Operating Current
Max. Output Voltage (w/ Open Circuit)
Output Current Accuracy
Max. Output Current Ripple
Total Harmonic Distortion (THD)
Max. allowed cable length
(SUM all Modules)
Leakage Current / ECG
Efficiency / Stand-By Power
Energy efficiency
100 pF
5 pF
M4 max.
54-240 V
250 – 1000 mA
<250 V DC
±5 %
<10 % (@ 100 Hz)
<10 %
2m
<0.5 mA
No Load Power (EuP 2009/125/EC – r)
Stand-By Power (AC + DC Mode)
Power Factor (@ Pmax.)
Dimming Interface
Dimming Range
Way of Dimming: Smart Combination
(PWM < 250 mA / Linear Dimming ≥ 250 mA)
Constant Lumen Output (CLO)
Starting Time
Temperature / Lifetime Conditions
Ambient Temperature Range
Max. allowed Tc - Temperature
Ballast Lifetime
Advanced Lifetime
50.000
100.000
Tc = +75 °C
Tc = +65 °C
Protection Class
Push In Terminals (Wago 250)
Max. cable cross section for plug contact*
> 92 % (Full Load)
> 90 % (Half Load)
< 0.5 W
< 0.3 W
> 0.95
1…100 %, DALI
PWM (463 Hz) /
Linear Dimming
70…100 % settable
< 0.3 s
-25…+50 °C
+75 °C
Failure Rate
<10 %
IP 20
“s”: 0.5...1.5 mm² “f”:
0.75...1.5 mm²
* “s“ = “solid“ = Singlewire conductor, “f“ =
Multi-wire conductor
Inrush Current / Max. ECG per Circuit Breaker (unipolar version)
typ.
/∆
(
230 ,
network impedance
1Ώ)
53 A / 200 µs / 22 µF
Cap.
CB
Type
B
C
10 A
8
13
16 A
13
22
20 A
16
27
25 A
20
34
Tab. 1: Driver`s Technical Specification
2
Misprints and technical changes excepted
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition June 2013
Operation Areas: Combinations w/ OSRAM NON-SELV/SELV Modules 630/1000/2000 lm
OTi DALI 90/220-240V/1A0 LT2 L
V/I-Output Characteristic incl. LEP Non-SELV
250
225
5P-2S
200
LEP Non-SELV:
630lm:
green
1000lm: cyan
2000lm: orange
4P-2S
3P-2S
175
2P-2S
Vout [V]
150
125
5P-1S 6P-1S
100
4P-1S
3P-1S
75
2P-1S
6P-1S
8P-1S
5P-1S
7P-1S
8P-1S
3P-1S
9P-1S
10P-1S
4P-1S
5P-1S
50
25
0
0
100
200
300
400
500
600
700
800
900
1000
1100
Iout [mA]
Fig. 1: Different Lm-Packages w/ NON-SELV Module Combinations (Example w/ Luminous Color 830)
P: Parallel / S: Serial Wirings
OTi DALI 90/220-240V/1A0 LT2 L
V/I-Output Characteristic incl. LEP SELV
250
225
LEP SELV:
650lm:
bright green
1100lm: dark blue
2000lm: magenta
200
2P-5S
175
1P-5S
2P-4S
Vout [V]
150
2P-5S
1P-4S
125
2P-4S
2P-3S
100
1P-3S
2P-3S
2P-2S
75
1P-2S
2P-2S
4P-2S
2P-2S
3P-2S
50
25
0
0
100
200
300
400
500
600
700
800
900
1000
1100
Iout [mA]
Fig. 2: Different Lm-Packages w/ SELV Module Combinations (Example w/ Luminous Color 830)
P: Parallel / S: Serial Wirings
3
Misprints and technical changes excepted
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition June 2013
DALI (GII): Corridor Function & Parametrization Possibilities
a)
Description
The Corridor Function is a Driver`s Automatic Dimming Functionality of ALL OSRAM DALI (GII) ECGs having the Corridor Function
Symbol on their Rate Stamp. Switching the mains voltage (220-240V, 50/60Hz) on the DALI Inputs (DA, DA) of the ballasts via
commercial Relay Presence detectors (or Staircase Automates) triggers the Automatic Corridor Dimming behaviour. This solution is
used for cost-effective Energy Saving installations in Floors, Staircases, Storage Halls etc. w/o add. Light Management Peripheries.
OSRAM DALI (GII) drivers being in Corridor Mode are synchronized via the mains frequency (50/60 Hz) to guarantee SAME operation
behaviour when controlled by the SAME sensor – the number of participants in one Corridor Mode control loop is only limited by the Sum
of participants` Inrush Currents allowed per Phase.
Fig. 3: Wiring diagram of OSRAM DALI (GII) drivers, being in Corridor Operation Mode
b)
Entering/Leaving the Corridor Mode
The Corridor Mode can be entered (from DALI or TouchDIM Mode) by providing a 220-240V/50,60Hz Signal on driver`s DALI input for
longer than 120 (50 Hz), 100 (60 Hz) seconds, permanent. Defined change-over from Corridor Mode to TouchDIM Mode by 5 single
short push events (Push Button, switching mains 220-240V/50,60Hz) w/in 3 seconds.
c)
Parametrization of Corridor Function
The 3-Levels Corridor Function can be easy set via DALI magic/wizard System (see also DALI wizard manual). The settings (Light
Levels (A, B, C), Delay- & Stand-By Times (D0, T1, T2), Fade Down Times (F1, F2)) are stored in the ballast - no intelligent external
peripheries are needed.
Light Value
A
Fig. 4:
3 Dimming levels (1….100%)
Free parameterization (I…VI) via
DALI magic
Stand-By I
B
Stand-By II
C
I
II
III
D0
F1
IV
T1
V
F2
VI
T2
Time
DEFAULT Values:
A: 100%, D0: 120s, F1: 32s
B: 10%, T1: Endless
C: OFF
230V
ON
OFF
4
Misprints and technical changes excepted
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition June 2013
DALI (GII): TouchDIM® Function & Parametrization Possibilities
a)
Description
The Standard TouchDIM® Function is used to ALL OSRAM DALI drivers – pls. refer to OSRAM Application Notes / Installation hints for
detailed description. OSRAM DALI (GII) ECGs offer extended TouchDIM® features as follows:
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Flexible Setting of TouchDIM® parameters via DALI magic/wizard system
Automatic LED Modules` Switch-Off at sufficient light level (Controlled via Light- / Presence Detection Sensor)
Additional Operation in Pulsating DC (i.e. via mains rectifying diode) for control loop lengths w/o limitations
Optimized Synchronity of participants in SAME control loop (lowest asynchronity)
b)
Parametrization of TouchDIM® Function in OSRAM DALI (GII) drivers
ALL OSRAM DALI (GII) ECGs allow the free setting of TouchDIM® parameters (i.e. min./max. Levels, Fade Up- & Down Times, Time
Outs, Standby Times, Switch On Levels etc.) via DALI magic/wizard System (see also DALI wizard manual). Advanced Setting options
allow the enabling/disabling of TouchDIM® specific control options (i.e. Short/Long Push, Double Push etc.) or the Automatic LED
Modules` Switch-Off at sufficient light level.
Light Value
Fixed or Daylight Controlled
TDmax
I
II
III
Fade Up
Time Out
DEFAULT Values:
Fade Up Time: 0.7 s
Fade Down Time: 32 s
Time Out: 15 min.
Standby Time: 5 s
IV
TDmin
Fade Down
Stand-By
Fig. 5:
TouchDIM® Functionality
Free parameterization (I…IV) via
DALI magic
Time
TouchDIM LS/PD
Signal
c)
Automatic LED Modules` Switch-Off at sufficient light level
Using TouchDIM® Functionality in Light- /Presence Detection Sensor Mode (LS/PD Signal), OSRAM drivers perform a regulation of
luminous flux to guarantee constant light levels on working areas during presence. The correlation: The more natural light
incidence, the less artificial light is necessary for getting constant light levels.
Being already on Control Limits (min. Dimming Level (TD min.)), OSRAM DALI (GII) ballasts offer the possibility to Switch-Off Light
(disable PIR signals of the TouchDim® Sensor) as long as the Light Sensor detects a Light Level which is above the set Threshold
level (Default 25 Lux) for more than 1 min. (incl. 5 s Standby Time). A reduction of the natural light incidence causes a value drop below
the Threshold Setpoint and reactivates the driver to guarantee constant light levels on working areas during presence (Enabling of PIR
signals). Actual Level
Deviation
TD max.
Fig. 6: TouchDIM®
Automatic Switch-Off
Concept for OSRAM DALI
(GII) drivers
TD min.
OFF
Threshold Setpoint
1 min. + Stabdby
Time
5
Misprints and technical changes excepted
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition June 2013
Pinning / Connection Diagrams: OTi DALI 90/220-240V/1A0 LT2 L
Input Pinning
Fig. 7
Output Pinning
Fig. 8
Output Pinning w/ ECG Internal
Through Wiring
Lines 21/27 (21/22–26/27) max. 2 m whole length (incl. ALL Modules)
SMART Module Interface: OTi DALI 90/220-240V/1A0 LT2 L
a)
General Description
LEDSet2 is a 1-wire analogue interface (Pin 24 / in Fig. 8) designed for OPTOTRONIC constant-current LED drivers. The interface uses
LEDaux (-) as reference Ground (PIN 25 or 27 for external Resistor Connection) and supports the following functionalities:
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Output current setting of the constant current LED driver (LED module self recognition)
Handling of Parallel LED modules connection (Multiple parallel LED strings)
Thermal protection of the LED module
The output current can be set by a simple external resistor placed between the Driver`s PINs 24, 25 or by intelligent Modules themselves,
supporting LEDSet2 . The interface is safe proof in case of broken connection of the control wire.
b)
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LEDSet2 Connector Configuration
PIN 21, (26) is the positive power line LED (+) to the LED load, RED coloured on the Driver.
PIN 24 is the output of the internal constant voltage source LEDSet2 (O+), WHITE coloured.
PIN 22, (27) is the power return line LED (-) from the LED load as well as the ground reference for the interface logic (signal
ground), BLACK coloured.
c)
LEDSet2 characteristic
The relation between Rset and the driver output current (Iout) is defined by the following equation:
1000 (1)
Where Kv is a fixed voltage source of 5 V generated by the driver`s interface circuit and delivered by the control wire to the external
resistor Rset used to set the desired LED operating current. Rset-Iout characteristic is shown in Fig. 9. The relation is valid for values of
Iout w/in the current range 0.1–5 A.
Fig. 9: LEDSet2 / Iout vs. Rset Characteristica
6
Misprints and technical changes excepted
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition June 2013
Easy FIT for Emergency Installations
a)
Description
OSRAM DALI (GII) ballasts are able to detect DC operation (Operation range: 176 – 276V (0Hz / Pulsating DC)) w/o add. DALI
commands / System Failure Levels. Due to flexible Enabling/Disabling via DALI magic/wizard (see also DALI wizard manual), highest
flexibility in ALL installations is guaranteed:
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Operation range: 176 – 276V (0Hz / Pulsating DC)
Flexible enabling / disabling via DALI magic
DC level has higher priority than system failure level
DEFAULT DC Level of 15% Arc. Power
Locking functionality of DALI communication
SMART Thermomanagement when DC Level is applied  FIT for IEC 60598-2-22 (LUMINAIRE in Emergency Installations)
Auto re-installation of AClevel / conditions before DC operation w/o external controls
EL approval marks (acc. IEC 61347-2-3) w/ EBLF, EMC, overvoltage, endurance test …
Constant Lumen Output (CLO) / Flexible Current Setting
a)
Description
OSRAM DALI (GII) ballasts support the Constant Lumen Output Setting (CLO) Functionality via DALI magic / OSRAM Optotronic Tool
2.0 (2.1). The user has the possibility to define own CLO profiles and to set min./max./nom. Currents for Module operations. ALL settings
can be password protected – for detailed info pls. see 3DIM Tool Manual, page 18 - 24 (SW and manual downloadable under:
http://www.osram.com/osram_com/tools-and-services/tools/dali-magic/index.jsp)
OSRAM DALI magic/wizard: Diagnostics, Analysis & Parametrization of DALI Installations
The ONE Parametrization-, Analysis- & Diagnostics Tool.
Suited for ALL DALI ECGs BUT specialized for OSRAM DALI (GII) models.
ONE System – ONE Solution – Highest Flexibility in Applications.
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Easy Diagnostics/Analysis/Parametrization of DALI Installations
Fast Search of Failures in Adressing/Programming
Easy Programming of OSRAM 3DIM ECG
Dimensions [mm] 120 x 79 x 28
L=120 / B=79 / H=28 (DALI magic)
NEW
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Corridor Functionality & TouchDIM Configuration Tool: GUI based setting of dimming levels + Fade Timing via Drag & Drop
Emergency Package Tooling: Setting of Emergency Level (DC, AC), Locking Flag, DALI System Failure Level etc.
Constant Lumen Output (CLO) / Power2Module Functionality: Compensation of Lm-Degeneration over Module Lifetime
DALI magic EAN40 (1 pc.): 4008321582768 / Software Download: www.osram.com/lms-magic
DALI magic: Wiring Topology
DALI magic
DALI ECG
300 m
DALI ECG
LMS Software:
DALI ECG
OR
• DALI wizard
Up to 64 ECGs within one DALI circut
• 3DIM Tool
3DIM ECG
USB
6 V DC power supply
One ECG at a time
L
N
Misprints and technical changes excepted
7
DALI (GII) Dimmable ECG for Current Sourced LED Modules
Edition June 2013
Installation Instructions
Radio interference suppression of dimmable SSL luminaires
Operation of multiple drivers in a luminaire:
General hints:
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Mains cables and control lines may be routed
together and should be laid close to the luminaire
wall
Mains and control cables must not be laid close to
the module cables
If crossovers of mains and modul cables are
unavoidable, they should cross perpendicularly
Do not lay the PE conductor together with the
module cables
Do not use shielded module cables (reduction of
capacity leakage currents)
The OSRAM DALI ECG must always be installed
near the module(s) so that the module cables can
be kept short in the interests of good radio
interference protection
Lay the module cables close together and close to
the module
Module cables must not be laid in metal pipes and
must not be shielded cables
Guide the cables of the different module ends
separately
There should be a minimum spacing of 12 cm between the module
circuits (module and cables) of different ECGs. If this is not possible,
the module wiring must be carefully installed so coupling between the
module circuits is reduced to a minimum:
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Lay the module cables close to the appropriate modules so
that the area covered by the module circuit is as small as
possible. The module circuits of the two ECGs must not
overlap. This is particularly important for color control if
adjacent ECGs are dimmed to different levels.
There should be a spacing of several centimeters between
the module cables of two ECGs
Mains and control cables should not be laid close to the
module cables (prevents undesired couplings into the control
cable)All the mains and control cables may be routed
together. To ensure that radio interference suppression is not
impaired, there should be a gap of several centimeters to the
module cables.
Housing dimensions/article numbers OTi DALI 90/220-240V/1A0 LT2 L
DALI
Product description
l
b
h
l1
[mm] [mm] [mm] [mm]
OTi DALI 90/220-240V/1A0 LT2 L 280
30
21
270
EAN10
1 pc.
EAN40
20 pcs.
4008321867568 4008321867575
Manufacturer’s address:
OSRAM GmbH
Steinerne Furt 62
D-86167 Augsburg
Germany
www.osram.com
Technical support:
www.osram.de
www.osram.com
Kunden Service Center Germany
+49 (0)89-6213-60 00
8
Misprints and technical changes excepted
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