A-EM5W-T8 Emergency LED Driver for Type A/A+B T5 T8 LED Tubes | 90 Mins Emergency Backup

UL924 & CSA Certified LED Emergency Driver with 0.3s Fast Switch, Auto Test & Ni-Cd Battery

A-EM5W-T8

2500 Charging Cycles Long-Life Emergency LED Driver for Retrofit LED Lamps

FEATURES

Introducing the A-EM5W-T8 Emergency LED Driver, the ultimate backup power solution for Type A and Type A+B T5, T8, compact, PL and circular LED retrofit lamps. This high-performance emergency driver features a built-in Ni-Cd battery pack, delivering a reliable 90+ minutes of emergency discharge time and seamless normal-to-emergency mode conversion in just 0.3 seconds—ensuring uninterrupted lighting during power outages.

With a 2500 charging cycle battery lifespan and a full charge time of only 24 hours, this driver offers long-lasting durability and quick recharging for continuous readiness. Boasting UL924 and CSA C.22.2 No.141 safety certifications, plus FCC Part 15 and ICES-005 EMC compliance, it meets global safety and electromagnetic standards. The driver includes comprehensive abnormal protection (inrush current limiting, short circuit, open circuit) for enhanced operational safety, with a rated power of 2.0W and max output power of 4W at 80% efficiency.

Equipped with both Auto Test and Manual Test functions, the A-EM5W-T8 eliminates the need for frequent manual inspections—with preprogrammed monthly (30-60s) and annual (90mins) auto tests, and easy one-touch manual test controls for the LED test switch (LTS). The LTS provides clear status feedback (charging, fully charged, power failure, testing, abnormal) for simple maintenance. Designed with 18AWG/0.75 mm2 wiring and compact dimensions (L242xW52xH26mm), it is easy to mount and integrate into existing lighting setups, with a mounting center of 230mm for flexible installation. Ideal for commercial and industrial lighting retrofits, this emergency LED driver is perfectly compatible with most LED tube types, delivering consistent and reliable emergency lighting performance in 0-50°C operating temperatures.