6" uplight/downlight wall cylinders are ideal for a wide variety of interior and exterior applications including residential and commercial. The aluminum Cylinders offers a contemporary design with its sleek cylindrical form and elegant fade and chip resistant Metallic Gray finish, perfect for today's inspired exteriors. With over 2,150 lumens both up and down the LED Cylinders unite performance, energy savings and safety benefits. Provides even illumination up and down. Specify P860046 top cover lens for use in wet locations.
Subcategory:
Wall Lights
, Outdoor Wall Lights
Style:
Contemporary
, Transitional
Option:
Energy Efficient
, Title 24
, Outdoor
, Wet Rated
, Damp Rated
, LED
, Title 20
Location Rating:
Wet Rated
Style:
Modern;Transitional
Option:
Damp Rated
, Energy Efficient
, Title 20
, Title 24
Height To Center of Outlet:
8.00
Introduction Date:
01/01/2015
Keyword(s):
lantern;exterior light;outdoor light
Lumens / Light Output:
2150
Material:
Die Cast and Extruded Aluminum
Ship Carton Height:
19.50
Ship Carton Length:
10.12
Special Features:
Metallic Gray finish.;Powder coat finish.;Die-cast aluminum construction with durable powder coated finish;2,150 lumens 30 lumens/watt per module (delivered);3000K color temperature, 90+ CRI;Meets California Title 24 high efficacy requirements for outdoor
Vendor Ship Method:
Non UPS Shippable False
Americans with Disabilities Act:
No
Can be Mounted Up or Down:
No
Certified Listed Location:
Damp Location Listed
Construction Material Main Part:
Construction
Dimming Compatability:
Lutron_Diva DVELV-300P;Lutron_Nova NTELV-300;Lutron_Vierti VTELV-600;Lutron_Maestro MAELV-600;Lutron_spacer/system SPSELV-600;Leviton_Renoir II AWRMG-EAW;Leviton_6615-P
Dimming Protocol:
ELV/Reverse Phase
Finish Type:
Powder Coat Paint
Grounded Convenience Outlet included:
No
Lamp Type Basic:
Solid State
Operating Temperature Celcius Max:
30 °C
Prop 65 Description:
Reproductive Harm, Cancer
Starting Temperature Minimum:
-30 °C
Weight of Fixture Exceeds NEC Limits:
No
Width Diameter:
6 in Depth
