A bollard includes a bollard post having a lamp which includes a louver stack. The louver stack includes louvers spaced apart in the longitudinal direction of the bollard post. The bollard post is rectangular in cross section and the louver stack extends outwardly beyond the periphery of the bollard. There is a primary light source inwardly of the louver stack and a mechanism for providing light downwardly about the base end of the bollard post. One such mechanism includes an LED providing a light wash down the bollard post from beneath where that louver extends outwardly of the periphery of the bollard post. A second mechanism employs a top reflector above the primary light source to reflect light downwardly about the light source. Bottom reflector surfaces direct the light from the top reflector outwardly to louver reflectors located beneath the lowermost louver. Such reflectors can reflect light downwardly for light wash of the bollard post and an illumination about the base of the bollard post. The spacing between the lowermost louver and the periphery of the bollard post is exposed to the primary light source to create additional light downwardly to about the bollard post.
1. A bollard comprising
a bollard post having a top end and a base end;
a lamp on the top end of the bollard post including a louver stack defining at least a segment of the periphery of the lamp, the louver stack including louvers spaced apart in the longitudinal direction of the bollard post, at least the louver closest to the top end of the bollard post extending laterally of the bollard post past the periphery of the top end of the bollard post in at least one location, a primary light source inwardly of the louvers for directing light between the louvers and at least one LED at the louver most adjacent the bollard at the at least one location for directing light in a light wash of the bollard post.