i2Systems Ember E1150Z Snap-In - Polished Chrome - Round - Warm White Light

Ember E1150Z Snap-In - Polished Chrome - Round - Warm White LightProduct Highlights:2.5 watts9-30V DC input/9-15 AC Input0 to 100% DimmingStainless Steel ConstructionAsymmetric Light DistributionWide lateral angle6 Vibrant Color OptionsIP67, Exterior RatedUp to 50,000 Hours of OperationFeatures:Advanced optical system - Asymmetric beam angle eliminates glare while providing excellent surface illumination0 - 100% Dimming - Connection with i2Systems LightLink Series allows simple and seamless integration to most of today's conventional dimming systemsRugged design - Stainless steel construction, sealed design, and electronic regulation to the LED source ensure product longevityNo heat or UV in the light beam - Fixture lens remains much cooler than halogen sources, allowing safe and "burn free" operationIn addition, no UV means reduced risk of fading or deteriorating products or artifacts on displayStainless Steel Trim with PVD - Removable trim ring and Physical Vapor Deposition (PVD) coating provides a very durable surface finish which will not tarnish or discolorSnap-in Installation - Simply bore a 1.25" diameter hole and snap the fixture into placeFixture accomodates wall thicknesses ranging from .125" to .625"Exclusive Technology:SmartDriver Integrated - i2Systems SmartDriver Technology is integrated directly inside every fixtureConnect the Ember to a wide range of voltages without sacrificing light output or lifetimeNo external drivers are required and wiring is made simpleAccuWhite - i2Systems AccuWhite Technology allows integration of Ember fixtures to traditional applications without sacrifice in color temperature (CCT) or color rendering (CRI)AccuWhite ensures and accurate and consistent color matching from fixture to fixture and across product linesLightLink Compatible - i2Systems LightLink controllers represent the next generation in lighting control and connectivityLightLink modules provide seamless integration of today's marine dimming systems through a wide variety of desirable interfaces