Traffic Flashers

Most systems support solar power for off-grid installations, AC power with battery backup for grid-connected sites, and some models add cellular or Wi-Fi connectivity for remote monitoring. This flexibility allows agencies to deploy flashers in remote rural locations as well as urban intersections without extensive electrical infrastructure work.

Activated beacons only flash when triggered by radar, vehicle presence, pedestrian push-buttons, or a preset schedule, reducing driver desensitization compared to devices that flash around the clock. Continuous beacons run 24/7 and are typically used at fixed hazards like sharp curves, stop signs, or unsignalized intersections requiring constant warning.

A flash transfer relay, such as the TR-200, switches a traffic signal into flashing operation during power interruptions or conflict conditions. It uses a rectified coil for chatter-free performance even during voltage brownouts as low as 89 VAC, helping intersections fail safely instead of going dark.

Yes. Many current systems integrate with cloud platforms like Applied Information's Glance or JSF Technologies' ACMS, allowing agencies to remotely adjust schedules, monitor AC voltage, battery, and solar charge levels, and receive automated text or email alerts for lamp failures or power issues before they cause downtime.

Flashing beacons, RRFBs, and LED embedded signs offered through our catalog are designed to align with MUTCD guidance for warning and regulatory signage, including FHWA-recognized pedestrian safety treatments. Specific approvals can vary by jurisdiction, so we recommend confirming installation requirements with your local traffic authority.

Wireless traffic flasher controllers, such as JSF Technologies' WP6 platform, offer communication ranges exceeding 2,000 meters between units, with support for up to 1,664 independent radio networks and 64 channel selections. This enables synchronized, system-to-system flash patterns across large intersections, school zones, and multi-unit corridor deployments.