LED Spotlight 24V, 10W, 2200K/5700K, CRI90 (Tuneable White, CCT)

E10114
  • 24V LED Spot Tunable White 2200K to 5700K
  • high luminous flux (1054 - 1161 lumens) for bright applications
  • very flat front for a discreet look on the ceiling
  • Aluminum fronts in white or black
  • extremely efficient from 106 - 116lm/W
  • high light quality with CRI90 for natural light
  • 24Vdc PWM dimmable
  • 60° beam angle
  • Suitable for protected outdoor areas and damp rooms
  • high-quality reflector with diffuser disc for a subtle look
  • For 68 - 75 mm standard cut-out

  • surface color 

56,40 €
incl. 20% VAT , plus shipping costs

This item has variations. Please select the requested variation.

Available immediately
24V LED Spot Tunable White 10W

LED Spotlight 24V, 10W, 2200K/5700K, CRI90 (Tuneable White,...

56,40 €
incl. 20% VAT , plus shipping costs

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CE

PDF CE

Loxone Config

Zur einfachen Ansteuerung zeigen wir in einer Beispiel Loxone Config wie einfach unsere Tuneablewhite LED Spots angesteuert werden können mit einem Loxone Miniserver.

  • Seite 1. Beispiel Config mit unserem 4 Kanal DMX Dimmer und einer

    Loxone Config

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Color Rendering Index (CRI) > 90

Color Rendering Index (CRI) > 90

The Color Rendering Index (CRI) is a measure of lighting quality that assesses how naturally and accurately a light source reproduces colors compared to sunlight. The value ranges from 0 to 100, with 100 representing the best color rendering. A CRI of 90 or higher indicates very high color rendering. Values lower than a CRI of 90 distort the natural colors of illuminated objects.
3 Step-Mac-Adam, selected

3 Step-Mac-Adam, selected

With the 3-Step-MacAdam method, the deviation falls within a very narrow tolerance range, so color differences are barely noticeable. This is particularly important for applications where uniform color rendering is required, such as in architectural lighting or residential lighting.
Appropriate beam angle

Appropriate beam angle

The correct beam angle for spotlights determines how the light appears in a room. It determines whether specific areas will be highlighted or whether surfaces will be evenly illuminated. If the beam angle is too narrow, sharp light cones and dark zones are created. If it is too wide, the desired effect is lost. An appropriate beam angle therefore ensures a harmonious distribution of light, better orientation within the room, and efficient use of the light output.