15.87 mm (5/8 in) aluminum recessed channel


Finish
SKU: 30145350
59,39 $CAD
Made in North America
Compact recessed profile that makes the LED light source invisible.
The sides of this extrusion allow it to be recessed for a low profile, clean look. Aluminum profiles are in great demand as they allow our customers, like never before, to adapt their designs perfectly to the taste of their customers.

Listed as a lighting component in Canada and the United States.

ADVANTAGES AND BENEFITS
Richelieu's new recessed profile can accommodate light strips as well as light strips sold in rolls.
Designed for installation under cabinets or indoors
The profiles can be easily cut to the required length using a miter saw.
Slim shape

TECHNICAL SPECIFICATIONS
Mounting: Recessed
Luminaire: Rigid linear
Location: Inside cabinet, Under cabinet, Wardrobe, Furniture
Application: Kitchen, Bedroom, Office, Commercial, Wardrobe
Lighting: Ambience, Accent, Task, Functional
Length: 8 ft
Height: 11.5mm
Material: Plastic, Aluminum
Function: Aluminum Profile
Lighting type: LED
Style: Contemporary, Functional
Width: 23.65mm

IMPORTANT INFORMATION
2.44 m (96 in) aluminum profile with opal diffuser
127 mm (5/8 in.) recessed depth
Overall width: 26.65 mm (1 1/16 in)
Height: 11.5 mm (15/32 in)
Inside width: 11.6 mm (15/32 in)
Opal diffuser included

APPLICATION
Food
Displays
Mood lighting in hotels
Under a tablet
Cove lighting

PRODUCT(S) INCLUDED
2.4 m (8 ft) aluminum profile with opal diffuser that prevents glare and dot effect, giving a uniform appearance, without light dots, to the new luminosity.
The opal diffuser was specifically chosen to provide the ideal, glare-free brightness in cabinetry. The thicker the diffuser, the less light it lets in. For example, a transparent diffuser offers 96.5% translucency and only 20% diffusion (transparent here means that the diffuser is transparent and the ribbon of light is visible). An opal diffuser provides 65% translucency and 100% diffusion.

The efficiency of the opal diffuser is 50% of the emission of the original light source.

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