Andre Single Pendant Matt Grey and Opal Glass
Measurements: H min30 - max125 x Ø21cm
Height is adjustable at the point of installation (30-125cm).
Bulb not included; takes 1 x 40W max ES GLS. We recommend our BUL-E27-LED-17 bulb. Click here to shop.
Dimmable when paired with suitable bulbs.
Don't understand technical jargon? View our useful Lighting Glossary
- Measurements H min30 - max125 x Ø21cm
- Fixing Plate Dimensions H2 x Ø10cm
- Finish Matt Grey,Opal Glass
- Material Glass, Metal
- Cable Material Braided Black
- Nett Weight (kg) 1.269 kg
- Symbols 2H
- Suitable For Indoor
- Electrical Class Class 2 - Double Insulated
- Shade Included Not Required
- Primary Light:
- Lamp 1 x 40w max ES GLS
- Recommended Lamp BUL-E27-LED-17
Useful to Know
Are the light bulbs included?
No these have to be bought separately, this allows you the opportunity to choose the colour temperature 2700k for a warm inviting feel, most people use this in the lounge or bedroom or 4000k for a more crisp white, most people use this in the kitchen or study but it's a personal preference. We have a range of highly efficient LED filament lamps, most are dimmable when using an LED compatible dimmer. Take a look at our LED Lamps for the full range.
What colour is the cable?
The cable is Braided Black.
Is the height of this ceiling light adjustable?
Yes this ceiling light is adjustable on installation
My room has low ceilings is this light suitable?
Yes this light fitting is adjustable on installation to a minimum height of 30cm and is generally suitable for ceiling heights of 2.4m or greater, but please check the measurements in your exact room before purchase, we recommend the light hangs no lower than the door frame.
I have an older house, there is no earth cable where I want to fit my light, can I use this light?
Yes this product is double insulated and is designed to be safe to use where there is no earth cable. It can still be used where an earth cable is present. Your electrician should ensure that earth continuity is maintained in the rest of the wiring loop.
