Pack 4 Slimline Downlight LED 9W 720Lm 6000ºK 40.000H [HO-PLCIR9W-CW-4PK-AP]
-13%£ 20.28
£ 17.71
Advantages of buying in GreenIce?
- 100% free returns
- 60 day return
- More than 20,000 products in our catalog
- Up to 10 year warranty
Pack 4 Slimline Downlight LED 9W 720Lm 6000ºK 40.000H [HO-PLCIR9W-CW-4PK-AP]
The 150mm diameter circular LED plate with ultra-thin dimensions (18mm), offers solutions for offices, factories, supermarkets, shops and for residential use.It can be installed directly to power outlets supplied by the electrical network (85-265VAC) with a service frequency of 50/60Hz.
It has a high efficiency (80 Lm/W) consuming 9W through SMD2835 type LEDs and managing to provide a flux luminous of 720Lm uniformly distributed by an opal plastic diffuser from which a color rendering index of 80 is obtained. It provides lighting equivalent to a 60W incandescent bulb, its consumption represents a value of 9kWh/1000h , reducing the amount of energy billed and the emissions of polluting gases into the atmosphere.
This board is powered by a non-dimmable driver included in the package that must be connected directly to the network, with a company exit tible with the connection of the plate (24-42VDC, 300mA), additionally the necessary accessories for the installation of the plate are included.
White finish built with aluminum.The plate has a IP25 degree of protection (valid for dust and humidity indoors), as well as being robust enough for the required mechanical demands.
This plate is available in natural white (4200°K ), cold white (6000°K) and warm white (3000°K). The indicated color temperature may suffer fluctuations corresponding to a tolerance of 7%.
LED downlights are ideal for general lighting in spaces that require high performance and long periods of continuous lighting. And that is why they include a high-quality aluminum heat sink, which contributes to minimal heat emission from the LED luminaire. They are also very easy to install and being so thin they can be placed in false ceilings with little height where more voluminous solutions could not be used.