Lyft 12 LED Outdoor Wall Sconce | Tech Lighting

Tech Lighting Lyft 12 LED Outdoor Wall Sconce

Combining modern geometric design with unique diffuser materials, the Lyft wall sconce by Tech Lighting can create either of two distinctive lighting experiences: solid, sand blasted acrylic diffusers that create a wide dispersion of soft LED up and down light; or clear acrylic diffusers that add sparkle to the illuminated area with equally effective light distribution. This unique outdoor light fixture features a durable, marine grade powder coat finish available in two finishes: Charcoal or Bronze. Lyft wall scones feature stainless steel hardware and impact-resistant, UV stabilized acrylic lensing for added durability and stability.

Features

• Powerful, long lasting (L70, 70,000 hours) dimmable LED tested against the highest quality standards to ensure it delivers consistent LED performance and color over time
• Die-cast aluminum structure, marine-grade powder coat finish, and stainless steel hardware for robust durability in harsh elements; appropriate for commercial use
• Universal 120-277 volt driver with integral transient surge protection at 2.5KV per American National Standard (ANSI) and IEEE standards
• Wet listed, IP65 (International Protection rating indicating resistance to dust and water; suitable and safe for commercial use)
• Two diffuser options: clear acrylic to create a dramatic sparkle or solid white to create a wide dispersion of soft light
• 5-year Warranty

CRI/CCT
830: 80 CRI, 3000K
840: 80 CRI, 4000K

Size
12: 12"

Lens
C: Clear
D: Diffused

Finish
Z: Bronze
H: Charcoal

Dimension
5" W x 12.5" H x 4.7" Ext.

Lamping
1 x 9.9W 120V-277V LED module, 3000K/4000K, 80+ CRI, 215 lumens (for clear lens) or 286.4 lumens (for diffused lens) (included)

Shipping
Ships in 3 to 7 business days.

Listing
cETLus Listed
IP65 wet listed

Item Code
700OWLYT

Weight
5.00 LBS

Return Policy
All sales are final, and not eligible for return. We accept returns for exchange for items damaged in transit, or if the item is defective.