White and gold Keter Lighting GIZA 897 pendant 1×E27 max. 60 W 30 cm

Keter Lighting GIZA 897, EAN 5901087108977, is a white and gold metal pendant light measuring 30 cm across with a maximum height of 120 cm. It has one E27 holder for a replaceable source up to 60 W, and that bulb is not included.

A 30 cm metal shade with white and gold detail

The shade uses stepped white horizontal metal rings with a narrower gold sleeve above the lamp. The exact product card and all four producer images confirm a white ceiling cup, white cable and gold accent. Both the width and length of the fitting are 30 cm, while the drawing labels the ceiling cup as 10 cm. Its open underside leaves the bulb visible, making the source shape and finish part of the overall appearance. The metal construction works over a small table or as a single focal point in a living room, dining area or bedroom.

A maximum overall height of 120 cm

The producer drawing specifies a maximum height of 120 cm. This helps position the bottom of the shade relative to the tabletop and sight line, although the actual cable adjustment and clearance for the bulb projecting below the shade should be checked before installation. The current producer card lists a gross weight of 1.6 kg. IP20 is intended for dry indoor use and does not make this a fitting for splash-prone locations. Fixed connection to a 230 V installation should be completed with the circuit isolated by a suitably qualified person.

One replaceable E27 bulb is excluded

GIZA has one standard E27 holder for a replaceable source rated up to 60 W. The bulb is not included, so its colour temperature, lumen output, shape and transparency are selected separately. A visible decorative filament-style lamp can underline the open construction, whereas an opal bulb can reduce direct brightness. Dimming depends on fitting a dimmable E27 bulb and a compatible control in the electrical installation; the pendant itself contains neither an integrated LED module nor a built-in dimming circuit. The stated 60 W ceiling for the single light point must be observed.