The Eagle Eye Optically Programmable Signal Head allows the user to limit visibility to drivers in a specific lane or direction. This helps improve safety at the intersection for complex lane geometries or road angles. The polycarbonate material makes the Eagle Eye the lightest and most cost-effective programmable signal in the marketplace, with the high-quality, long-lasting construction that defines the Eagle Brand. The material is UV-resistant and made to handle the elements. The Eagle Eye signal is produce in the United States and meets all Build America, Buy America (BABA) requirements. The Eagle Eye signal meets or exceeds ITE specifications for signal heads.
Specifications Housing — Polycarbonate material with .125” wall thickness for strength and durabilty. One-piece unit with serrations in 50 increments at each end. Each housing includes a socket for a PAR46 LED bulb and a terminal block for connection to the cabinet. Door — Polycarbonate material with .125” wall thickness for strength and durabilty. Equipped with stainless steel hinge pins. Uses stainless steel captive eye bolts and wingnuts to close the door to the housing. Door includes a gasket for maximum water protection. Aimin lens includes area to mask off non-visible areas to allow programmable visibility. Visor — The removeable twist-on visor is secured to the door with stainless steel hardware. Cap, tunnel, and full circle visors are available. Positive Positioning — Positive positioning and locking is achieved through the use of serrated brackets, mast arm, or span wire fittings. Terminal Block— All terminal blocks are composed of a sturdy polycarbonate, water-resistant casing and stainless steel hardware. Hardware — Stainless steel material inside and outside. Construction — Sections are modular to allow for signals in different configurations - 1 or 3-section signals available.
.125" ABS UV-stabilized plastic vacuum-formed backplate with 3/4" flange. Available for SG/SA series signal heads in 1, 3, 4, 5-section inline and 5-section cluster configurations.