Westgate 120V/277V LED Urban Cube Bollard

Product Features

• The Westgate 120V/277V LED Urban Cube Bollard provides efficient architectural and pathway illumination for commercial, residential, institutional, and landscape applications, with flexible 120V/277V operation.
• Integrated LED technology delivers efficient, long-lasting illumination while reducing maintenance associated with traditional replaceable-lamp bollard fixtures.
• The cube-shaped architectural profile creates a clean, contemporary appearance that works well with modern buildings, landscaped areas, plazas, courtyards, and pedestrian pathways.
• Dual-voltage operation supports both 120V and 277V electrical systems, giving contractors added flexibility when specifying the fixture across residential and commercial projects.
• The bollard format is well suited for illuminating walkways, entrances, pedestrian paths, plazas, courtyards, campuses, and landscaped areas where dependable outdoor lighting is required.
• The Urban Cube form provides a distinctive architectural element while maintaining a compact footprint suitable for contemporary site and landscape designs.
• Line-voltage LED operation can simplify installation by allowing connection to a compatible electrical system without requiring a separate low-voltage landscape transformer.
• The architectural design makes the fixture suitable for projects where pathway illumination needs to complement rather than compete with the surrounding building and landscape elements.
• The fixture is designed for exterior site-lighting applications where efficient LED performance, modern styling, electrical flexibility, and reduced maintenance are important considerations.

Why Choose the Westgate Urban Cube Bollard?

The Westgate Urban Cube Bollard combines efficient LED performance, flexible 120V/277V operation, and a distinctive cube-shaped architectural profile. It gives contractors and property owners a practical solution for pathway and area lighting where dependable outdoor illumination, modern styling, and low-maintenance operation are priorities.