Design-in Guide for Xtreme drivers low wattage - Philips Lighting

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2.2 Mains properties The new DynaVision gears have a wide operating voltage performance range (198-254V), Within this range the electronic gear provides an almost constant power output (± 3%). This is favourable for lamp life and energy consumption (no overpower situation possible). If the mains voltage falls below this specified performance range of the gear (see gear specification), the gear operates the lamp at a lower power. If the mains voltage drops below 160V or rises above 320V, the gear shuts down. In Figure 3, the lamp power supplied by the electronic gear is shown in green as a function of mains voltage. Figure 3 Mains voltage range, Pmains_MAX [W] @ Rsub_lamp with Pla = nom. 208V – 277V Nominal output power 45W 50W 60W 70W 90W 100W 140W 150W Nominal input power 51W 56W 67W 78W 98W 106W 153W 160W Table 1 8
2.3 Mains behaviour The absolute mains voltage range is specified as shown below. If the mains voltage is too low, the gear will dim the lamp to 50% power so as to protect it against too high an input current. If the mains voltage drops below the minimum, the gear will shut down the lamp. This behaviour is represented in Figure 4: Figure 4 2.4 Inrush current Test conditions: Vmains = 230V Un: 208V - 277V fn: 50Hz / 60Hz Min Max Performance input voltage range (Vperformance) 187V 305V Performance input frequency range 47.5Hz 63Hz Operational/safety input voltage range 160V 305V Operational/safety input frequency range 45Hz 66Hz v_input_low_OFF 150V v_input_low_ON 172V See v_input_high_ON 310V Figure 4 v_input_high_OFF 320V Performance mains frequency range 47.5Hz 63Hz Operational/safety mains voltage range 160V 264V Operational/safety mains frequency range 45Hz 66Hz Table 2 fmains = 50Hz Zmains_nom= Rmains_nom + Lmains_nom Rmains_nom= 0.4Ω Lmains_nom= 0.8mH 9
Page 1 and 2: Design-In Guide Electronic (start)X
Page 3 and 4: End-of-life causes ................
Page 5 and 6: 1.3 Available Xtreme and startXtrem
Page 7: Figure 2. All four screws are requi
Page 11 and 12: 3.1 Factors affecting lifetime The
Page 13 and 14: 6 For optimal EMI behaviour the lar
Page 15 and 16: Metal pole Concrete pole Wooden pol
Page 17 and 18: 5 Class I and Class II applications
Page 19 and 20: Over time the lamp voltage will inc
Page 21 and 22: Insulation: basic insulation IEC 61
Page 23 and 24: Power consumption with nominal lamp
Page 25 and 26: Warnings DO NOT CONNECT THE OUTPUT
Page 27 and 28: Appendix 1. How to use DynaVision X
Page 29 and 30: The dim level and fade time are var
Page 31 and 32: The length (and distance between th
Page 33 and 34: Starting the PC Tool After installa
Page 35 and 36: 1. 3.2.2 Programming the Line Switc
Page 37: Appendix 4 Overview of dimming HID

Design-in Guide for Xtreme drivers low wattage - Philips Lighting

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