ertadrive LED driver Datasheet ertadrive LED drivers Linear HV non-isolated Fixed current/voltage LED drivers for high volume LED propositions The ertadrive LED drivers are designed to fulfill the market need for essential lighting. The ertadrive LED drivers offer basic specifications such as specific current and voltage settings, optimal to operate ertaflux LED modules. Life time of the driver is set at 50,000 hours. Philips will extend the portfolio of ertadrive LED drivers to match high volume ertaflux LED line propositions as well as high volume opportunities of other LED board manufactures. enefits Features pplication Design freedom Small dimensions Waterproof luminaires Optimized to operate ertaflux LED Specific current and voltage Recessed, surface and suspended lines 3-years warranty vember 2016 50,000 hours life time Fast Time to Market luminaires in offices High bay luminaires
Electrical input data minal input voltage 220...240 Vac performance range minal input frequency 50...60 Hz minal input current 0.16 Input voltage 230 Vac minal input power 33 W Power factor 0.9 Total harmonic distortion 20 @ full load. See graph. Efficiency 90 @230V @ full load minal input voltage D 186...250 Vdc minal input current D 0.16 Input voltage 230 Vdc, full load Input voltage 202...254 Vac Operational range Input frequency 47.5...63 Hz Operational range Isolation Input to Output @230V @ full load @230V @ full load @ full load. See graph. Electrical output data Regulation method onstant urrent Output voltage 57...82 Vdc Output voltage max. 340 V Peak voltage at open load Output current 0.35 Full output current setting Output current tolerance ±8 Output current ripple LF 30 Ripple = peak / average Output power 29 W Full output ontrol method Fixed Electrical data controls input Logistical data Product name Order code 99954600 Logistic code 12N 9290 009 34806 EN3 8718291999577 Pieces per box 20 2/7 vember 2016
Wiring & onnections Input wire cross-section 0.5...1.5 2 16...20 WG Input wire strip length 8...9 Output wire cross-section 0.5...1.5 2 16...20 WG Output wire strip length 8...9 Maximum cable length 600 Total length of wiring including LED module, one way Dimensions and weight Length (1) 209 Width (1) 30 Height (1) 21.5 Fixing hole diameter (D1) 4.1 Fixing hole distance (2) 195 Weight 140 gram Operational temperatures and humidity mbient temperature -20...+50 º Higher ambient temperature allowed as long as Tcase-max is not Tcase-max 75 º for 30K Hrs lifetime Tcase-life 65 º for 50K Hrs lifetime Measured at Tc-point Maximum housing temperature 110 º In case of a failure Relative humidity 10...90 n-condensing exceeded. 3/7 vember 2016
Storage temperature and humidity mbient temperature -25...+85 º Relative humidity 5...95 n-condensing Driver lifetime 50,000 hours Measured temperature at Tcase-point is Tcase-life. Lifetime Maximum failures = 10 Prograable features Remark Set output current (O) See Design-in guide. Default output current: = 350 m LED module temperature derating (MTP) onstant Lumen Over Lifetime (LO) D emergency diing (DemDIM) orridor mode Energy metering Diagnostics Remark Features Open load protection Yes utomatic recovering Short circuit protection Yes utomatic recovering Over power protection Yes utomatic recovering Hot wiring Suitable for fixtures with protection class I per IE60598 ertificates and standards pproval marks / E / ENE Ingress Protection classification 20 4/7 vember 2016
Inrush current Inrush current Ipeak 5.3 Input voltage 230V Inrush current Twidth 70 µs Input voltage 230V, measured at 50 Ipeak Drivers / M 16 type 24 pcs M Rating Relative number of LED drivers 10 63 13 81 16 100 (stated in datasheet) 20 125 25 156 10 104 13 135 16 170 20 208 25 260 Driver touch current Typical touch current < 0.7 m peak cc. IE61347-1. LED module contribution not included Mains surge iunity (diff. mode) 1 kv cc. IE61000-4-5. 2 Ohm, 1.2/50us, 8/20us Mains surge iunity (co. mode) 2 kv cc. IE61000-4-5. 12 Ohm, 1.2/50us, 8/20us kv DLI - L/N/Ls acc. IE61000-4-5. 12 Ohm, 1.2/50us, 8/20us Surge iunity DLI surge iunity (co. mode) 5/7 vember 2016
Graphs Operating window Power factor versus output power 6/7 vember 2016
Efficiency versus output power THD versus output power 2016 Philips Lighting.V. ll rights reserved. Reproduction in whole or in part is prohibited without the prior written consent of the copyright owner. The information presented in this document does not form part of any quotation or contract, is believed to be accurate and reliable and may be changed without notice. liability will be accepted by the publisher for any consequence of its use. Publication thereof does not convey nor imply any license under patent- or other industrial or intellectual property rights. Data subject to change. Date of release: vember 18, 2016 www.philips.com/technology