79207 OT100W/347-480/1250C/2DIMLT2/P6
Contents
1. Conditions of Acceptability When installed in the end product consideration shall be given to the following 10 WARRANTY OPTOTRONIC products are covered by our LED Module OPTOTRONIC Power Supply or Control Warranty For additional details refer to the latest version of the warranty LED089 available at www osram americas com optotronic OSRAM LEDset and OPTOTRONIC are registered trademarks of OSRAM GmbH Specifications subject to change without notice 2015 OSRAM SYLVANIA Inc 09 15 2015 OSRAM SYLVANIA Inc 02 14 112. 50 of V A Ipeak 347 41 5 155 us 480 63 155 us DIMMER COMPATIBILITY Manufacturer Part no EN LCM 1R10V GB2 BK Encelium EMS EN LCM 1R10V GB2 BK DR EN ALC 1R10V GB2 BK EN ALC 1R10V GB2 BK DR SYLVANIA ELMC SL3W TVWBX UNV Leviton IP710 DLX Lutron DVTV XX Wattstopper ADF 120277 Synergy lighting Controls ISD BC Note 5 The absence of a dimmer from this chart does not necessarily imply incompatibility Please reference the dimmer manufacturer s instructions for installation Rated output loading for these products was achieved using electronic loads and or actual LED Loads The temperature tests were performed at nominal 40 C ambient for TL Type reference temperatures These models were also tested at elevated ambient temperatures and the Tc applied for non TL applications for these models is 90 C Non TL Type application Model No Test ambient Tc rating at elevated temperature temp OT100W 347 480 1250C 2DIMLT2 P6 61 90 C OT100W 347 480 800C 2DIMLT2 P6 61 90 C As part of temperature testing the case temperature at Tc was monitored During the normal temperature test of the end product the temperature at Tc is to be monitored The absolute value at Tc cannot exceed the specified Tref noted in product characteristics table for a TL application These products are intended for building in Acceptability of the LED driver with respect to environmental mounting spacing casualty t
3. www osram americas com OPTOTRONIC OPTOTRONIC LED Power Supply OT100W 347 480 1250C 2DIMLT2 P6 Technical Specifications OSRAM 9 OPTOTRONIC Danvers MA gt Danvers Made in Mexico Pos Wu G3 ELECTRICAL SPECIFICATIONS Input Input Voltage VAC 347 480V 10 Frequency Range Hz 50 60 Hz 10 347V 480V Input Current A 0 34 0 25 THD Full load lt 10 lt 10 Power Factor Full load gt 0 95 gt 0 95 Efficiency Full load 286 290 Inrush Current Apk 41 5A 155us G3A 155us Output 600 1250mA 1mA resolution programmable Output Current mA Output Voltage VDC 30 100VDC Output Ripple Current lt 25 1250mA Max Output power W 100W LED Power up time 1 sec Load Regulation 596 Line Regulation 596 Over voltage protection Yes Over load protection Current foldback 105W ke eo Yes Dimming Dimming Control 0 10V Isolated AstroDIM Dimming Range 10 100 Dimming Type Analog Source Sink Current 1mA Class 2 or non Class 2 wiring allowed GENERAL INFORMATION Item Number 79207 Type Constant Current 100W Max 51645 Software Output current Output Power Programming tool Dimming level LED thermal protection Programmable features AstroDIM LEDSet Gen2 Constant Lumen output End of life indicator ELECTRICAL SPECI
4. the output current in case of abnormal temperature conditions To use this feature a third party NTC thermistor should be connected to the LED power supply as shown in the wiring diagram below RED LED LINE LED PRG NTC LT2 NEUTRAL DIM NTC Thermistor DIM In the end application care must be taken to place the NTC thermistor close to the hottest spot on the LED module If LED thermal protection is not required the NTC port on the LED power supply connector can be left open Vishay EPCOS Murata Panasonic are some of the manufacturers of NTC thermistor EPCOS part number for reference only B57164K153J 15kQ 25 C Murata part number for reference only NCPO3XH223JO5RL 22KQ 25 C Note 2 Graphs for reference The de rating limits can be programmed using the OT Programmer Derating start 6 3kQ Derating end 4 3kQ Min output level 10 100 80 o San i 3 O 60 da 3 a 5 6 40 ta Oo s 20 0 AstroDIM is an autonomous five level 1 Power ON amp 4 Dimming levels dimming protocol It provides multi stage night time power reduction based on an internal timer there is no need for an external control infrastructure The ECG is automatically aligned to the on and off times for the street lighting and provide a defined output for the particular period of time Compared with conventional systems there are significant cost savings AstroDIM is designed for dimming without any external control wi
5. FICATIONS LED thermal protection NTC NTC value active range lt 25KQ User defined Output level minimum ENVIRONMENTAL SPECIFICATIONS Ambient Operating 40 C to 55 C Temperature 85 C Case Temperature Tc 90 C max Max Storage Temp 70 C Max Relative Humidity 95 non condensing ANSI C62 41 Cat B Transient Protection 6 0kV IP Rating IP66 UL Environmental Rating Damp amp Wet UL File number E320395 EMI Compliance FCC Part 15 Class A Sound Rating Class A Warranty applicable only at 85 C Meets only 4kV for common mode combination wave ces TA Vans 0 ma OSRAM WIRING DIAGRAM LED SED BLACKJORANGE Lep BLUE PRG NTC LT2 SRANGE NEUTRAL DIM LE ELE GRAY DIM Note 1 Maximum suggested remote mounting distance is 16 feet For additional information on further distances and EMI compliance reference application note LED126 Note 2 The Dimming input is isolated and will allow Class 2 or non Class 2 wiring across Purple and Gray wires MECHANICAL DIAGRAM 7 0 MOUNTING SLOT 4680 LENGTH 152 4 MOUNTING MECHANICAL DIAGRAM Length 6 61 168mm Width 2 36 60mm Height 1 5 38 1mm Mounting length 6 0 152 4mm Mounting slot width 0 28 7mm OPERATING RANGE EE ME DEE EEE AE 4 w eee EE
6. ee Si 120 8 4 A 23e1j0a ndino 1000 1100 1200 1300 1400 Output Current A 400 PF gt 0 9 and THD 2096 DIMMING CURVE 100 80 uan 3ndingo JO 20 Dim Voltage V The absolute minimum current the driver can deliver is G0mA EFFICIENCY VS OUTPUT VOLTAGE iciency 347V Eff I 250mA EEE ER LK MR ED CIS RE AO IE RT Eise re de DE sis sie eo Sa Se Sar ee ee ate eae eren Ste EE er IE 4 f 90 89 8 N 91 8 8 86 85 A2u812j3 40 30 Output Voltage V iciency 480V Eff 1250MA EE ee Sete ae Cee Ao AE IE VA AA I SO ET 4 bh 4 v OUT EE EE IE Sa 4 30 92 90 88 6 84 82 80 A2u314J3 Output Voltage V POWER FACTOR PERFORMANCE Power Factor vs Output Power 1 00 0 94 347V 480V JOPEF J9MOd 0 84 0 82 Output Power W Power Factor vs Input Voltage Full Load J032e4 J9MOd Input Voltage Va THD PERFORMANCE THD vs Output Power Output Power W THD vs Input Voltage EE ads de esse Full Load d d 4d 4d re EE GE ME EE IE Input Voltage Va LED THERMAL PROTECTION NTC CHARACTERISTIC The LED thermal protection feature of the OT100W helps reduce the temperature of the LED module by reducing
7. emperature and segregation is to be determined as part of the end device evaluation These products are provided with 18 AWG leads refer to descriptive pages for input and output connections Acceptability of the leads relative to strain relief and secureness is to be determined as part of the end device evaluation These products are dimmable using a low voltage 0 10 V or a DALI proprietary interface This interface is a sink since the interface circuit operates from an external source of supply The interface circuit has been evaluated for isolation from primary input and secondary output circuits with spacings based on the maximum rated branch supply 277 Vac A Dielectric test was applied to verify spacing in the dimming circuit at 2500Vac The PWB spacings for use in wet locations have been evaluated to UL8750 spacing requirements The driver is completely potted and spacing requirements comply with Table 7 4 in UL8750 Parts Potted or subsequently coated These drivers are Type TL rated and shall be marked with a TC point on the label for temperatures recorded during temperature testing performed in a 40 C ambient Model No Tc point on label C OT100W 347 480 XXXC 2DIMLT2 P6 XXXC 800mA max 86 62 OT100W 347 480 YY Y YC 2DIMLT2 P6 YY Y Y 1250mA max 90 71 These Drivers are 100 potted refer to ILL 14 for assembly drawings demonstrating amount of potting applied UL CONDITIONS OF ACCEPTABILITY E320395
8. fer to Technical Application guide LEDset interface LED 409 Note 3 When the LEDset feature is enabled the LED Thermal protection NTC feature is disabled CONSTANT LUMEN MAINTENANCE The Constant Lumen Maintenance feature of the OT100W helps to maintain the required lumen output of the fixture at a constant level throughout its lifetime In general LED s lumen output will depreciate over time and in order to maintain sufficient light level towards the end of lifetime the LED s are driven at high current initially and will result in more energy consumption The constant lumen maintenance will give the flexibility to drive the LEDs at optimal driving current throughout its lifetime This helps in energy savings constant light output and enhanced reliability of the system Note 4 A detailed step by step instructions are outlined in the OT Programmer User Manual V2 1 END OF LIFE INDICATOR The End of Life indicator feature helps the end user to receive a signal from the fixture indicating that it has reached its programmed life time After the LED driver reaches the programmed life time whenever it is turned ON it stays at Dim level 10 for 10 minutes and reaches its appropriate level LIFETIME VS CASE TEMPERATURE 120 100 80 60 Life time kHrs 40 20 Case Temperature C INRUSH CHARACTERISTICS Vin Ipeak T
9. ring Therefore AstroDIM helps to save energy extend the life of the driver and the LED module and reduce light pollution even if only a power line is available In AstroDIM operation the driver executes a preset dimming profile which can be reconfigured via the OT Programming Tool The autonomous dimming is regulated by an integrated timer no real time clock which adjusts the dimming profile according to the previous night operation from switch on to switch off LEDset 2 LEDset Gen is an analog interface allowing basic communication between a LED control gear and one or more LED modules lt allows setting the output current of the LED driver by providing a highly accurate voltage reference Vset to the driver The interface supports the following functions e Output current setting of the constant current LED control gear to single LED modules as well as to series parallel connected LED modules e Best matching of LED control gear and modules working point e Self configuration according to system structure automatic tracking of technology development e Easy mode of operation e Additional monitoring amp protection features e g thermal protection of the LED modules Therefore the typical applications of this interface are single or multiple LED module parallel connections offering an increasing choice of modular capabilities and low cost thermal protections circuits For detailed information on LEDset interface please re
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