Pedestrian Signal Housing – Polycarbonate

When the WALK signal is displayed, pedestrians should look both ways to confirm vehicles have stopped, then proceed to cross within the marked crosswalk boundaries. Pedestrians should continue watching for turning vehicles and complete crossing before the signal changes, using audible or tactile APS cues where available for added safety.

Polycarbonate pedestrian signal housings are constructed from high-impact, UV-stabilized polycarbonate resin that resists cracking, yellowing, and weather degradation. This material provides excellent durability against impacts, temperature extremes, and moisture while maintaining optical clarity for LED beacons and embedded signage housed within.

Polycarbonate housings are engineered to withstand extreme temperatures, UV exposure, moisture, and vandalism common in outdoor traffic environments. This makes them well-suited for long-term deployment on crosswalks, school zones, and highway installations where consistent performance and minimal maintenance are required.

Yes, most polycarbonate beacon and sign housings feature modular designs that allow easy retrofitting onto existing poles, signage structures, and overhead gantries without major infrastructure changes. This minimizes installation costs and downtime while upgrading visibility and safety performance at established crossings.

Pedestrian signal beacon systems typically support solar power, AC with battery backup, or a combination of both. Solar-powered options enable off-grid installation in remote locations, while AC with battery backup ensures continuous operation with a reliable power source and failover protection during outages.

Yes, many pedestrian signal systems include APS-compliant activation stations offering audible tones, tactile arrows, and vibrating surfaces to assist individuals with visual or hearing impairments. These features help transportation agencies meet accessibility regulations while improving overall crosswalk safety for all pedestrians.