Able2/Sho-Me 11.1005TSF Strobe-Style LED Flasher with Terminals

This solid-state, two-output LED flasher offers exceptional reliability and performance, making it a versatile choice for a wide range of applications. Engineered with seven strobe-style flash patterns, it is designed to grab the attention of motorists and passersby, enhancing visibility and safety. Whether used for signaling, emergency lighting, or other applications, its dependable performance ensures consistent and effective operation.

Built with epoxy-sealed electronics, the Able2/Sho-Me 11.1005TSF Strobe-Style LED Flasher with Terminals is highly durable, offering robust protection against moisture, vibration, and shock. This rugged construction makes it especially suitable for exterior mounting, where exposure to harsh environmental conditions is a concern. The durable design ensures that the flasher can withstand demanding environments while maintaining reliable operation over time.

The Able2/Sho-Me 11.1005TSF Strobe-Style LED Flasher with Terminals stands out for its ease of installation. Unlike traditional designs, this model uses terminals instead of wires, significantly simplifying wiring connections and reducing installation time. Its compact dimensions—2″ H x 1/2″ D x 4″ L—make it easy to fit into tight spaces without compromising functionality, offering flexibility for a variety of setups.

Designed exclusively for use with LED lights, the Able2/Sho-Me 11.1005TSF Strobe-Style LED Flasher with Terminals ensures optimal compatibility and performance, delivering consistent and energy-efficient operation. Its focus on LED technology makes it an ideal choice for modern lighting systems that require precision and reliability.

Proudly made in the U.S.A., the Able2/Sho-Me 11.1005TSF Strobe-Style LED Flasher with Terminals reflects the highest standards of craftsmanship and quality. Whether for industrial, commercial, or vehicular applications, it provides a reliable, durable, and efficient solution for enhancing safety and visibility in any setting.