105W B22 G9 GLS Xenon Bulb - Warm White Stock Number: ES1553677
With Xenon technology this lamp offers a brighter light output for less energy consumption
Manufactured by Wellco
(This part fits select models)
105W Bayonet Cap G9 GLS Xenon Bulb - Warm White
If you're looking to update some of the bulbs around your home or a few have blown then there's no better replacement than this bulb. This bulb is 30% more efficient than a standard lamp and lasts 3 times longer than a standard GLS light fitting.
The lamp is made with 105 watts of power that will keep your appliance lit up with no worries at all. This G9 type lamp sits inside a round bulb and is ideal for all lighting in your home. It produces a lumen output of 1900lm at a warm white light temperature. Xenon technology offers a brighter light output for less energy consumption.
Once fitted in your house, you will no longer be in a dark situation!
Specification:
- Wattage: 105W
- Equivalent Wattage: 135W
- Cap Fitting: B22/BC
- Lamp Style: GLS
- Lumens: 1900lm
- Colour Temperature: 2700K Warm White
- Beam Angle: 360°
- Long Life: 2000 Hours
- Dimmable
- Energy Class D
- Dimensions: 105mm x 60mm
1 Question and 1 Answer
The information given for the bulb does not tie up with the video. In the video you say that 150 Watts old style gives 2,600 lumens. This GLS 105 W only provides 1900 lumens, although you say it is the equivalent of 150 W. Also what no. of Ks please? 1 Answer
We need a really bright light for reading, which we can then dim if just sitting.
- I cant tell the difference in light levels between this and an 'old' 150w bulb but there might be a technical difference. It is far brighter than a old 100w and you will need sun glasses compared with the newer, so called 100w equivalent, eco bulbs. As for Kelvin values also seems similar to an old style bulb... I have no way of measuring this. When dimming this bulb it does drop into the 'red' sector but then so did the old style bulbs I replaced with these. Why not buy just one before putting in a larger order?
