Page 636 - Wurth Total Catalogue
P. 636

HIGH INTENSITY DISCHARGE (HID) GLOBES


        Innovative.                                                 The advantages at a glance.
        Light arc technology generates a very bright light arc via electronically-controlled   •  100% more light than halogen technology with 300% more
        gas discharge. This produces twice as much light in comparison to the glow   luminous efficacy.
        filament of a halogen bulb using one third the energy. Improved road lighting   •  Easier on the eyes thanks to higher colour temperatures in
        increases driver comfort during long night drives. A colour temperature similar to   comparison to halogen bulbs.
        daylight enables relaxed driving.                           •  Replacement for original equipment.


        Typical HID Applications


                                   Projection Headlights             Reflection Headlights


          For ellipsoid projection
          headlights                                                                   For complex reflectors
                                                                                       without built-in optical shield



                  Ellipsoid-reflection        Lens
                             Shielding                        Complex            Front Glass
                                              Front glass     Surface Reflector




         Fig.  Model Description         Volts            Watts        Base type             Art. No.     P. Qty.
         A     D2S Gas Discharge Bulb                                  P32d-2                0720 110 30
         B     D2R Gas Discharge Bulb    Can only be operated          P32d-3                0720 110 31
         C     D1S Gas Discharge Bulb    with a suitable   35          PK32d-2               0720 110 32  1
         D     D4S Gas Discharge Bulb    electronic ballast!           P32d-5                0720 110 33
         E     D3S Gas Discharge Bulb                                  PK32d-5               0720 110 34


         Fig. A              Fig. B             Fig. C                Fig. D               Fig. E




























      AUS. pub. 12/16 ©





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