Type

LED downlight

Beam angle

90°

Color

Weiß

Voltage

230 V

Watt

40 W

Dimmable

Yes

Useful life in hrs.

45000 h

IP protection class

IP20

Consumption kWh/1000h

40

Height

94 mm

Manufacturer

mlight

Color temperature

3000 K / 4000 K / 6000 K

Diameter

279 mm

Frequency

50 Hz / 60 Hz

Contains mercury

No

Start time

0.5 s

Construction current

1050mA

UVP 70,18 £
-45%
44,92 £
plus 19% tax, plus shipping
(Gross price 53,45 £)
Downloads & datasheets

Product description mlight LED downlight with color selection, external driver, dimmable 1- 10V

mlight LED downlight with color selection, external driver, dimmable 1- 10V.

The mlight LED downlight with color selection and external driver is a high quality ceiling light with numerous advantages. With a power of 40W and a lifetime of 45,000 hours, it offers high durability and performance. The luminaire is dimmable and has a switch on the back to select 3,000K, 4,000K and 6,000K light colors. The luminaire is available in white and features a non-replaceable LED. The LED driver is included and can be optionally dimmed with DALI. With a beam angle of 90 degrees and a brightness of 3600-3880 lumens, the downlight is ideal for a variety of indoor applications.

Downlight has established itself as the name for mostly round ceiling lights equipped with reflectors and other optical elements. Downlights, including swivel-mounted ones, are designed for recessed ceiling mounting (recessed downlights) or surface-mounted ceiling mounting (surface-mounted downlights). Recessed ceiling luminaires are suitable for mounting in cavities or false ceilings. Most of the luminaire is not visibly installed in the ceiling, and often the light emission opening is flush with the ceiling. 

Luminaires for mounting directly on the ceiling are surface-mounted ceiling luminaires. Their luminaire body is visible. Visible luminaire bodies act as part of the room furnishings, and are thus also means of architectural design. Depending on the design of the reflector, different luminous intensity distributions and beam angles are created.