TORCHSTAR LED Exit Sign with Battery Backup — Double Face, UL 924, 4-Pack (120/277V, Damp Location)

Reliable emergency lighting for indoor spaces

When safety matters most, TORCHSTAR’s LED Exit Sign with Battery Backup keeps pathways illuminated and clearly guided during power interruptions. Designed for indoor use, this 4-pack combines visible, double-faced signs with a dependable built-in battery, offering peace of mind for busy facilities such as offices, schools, and retail environments.

Durable construction and moisture readiness — crafted from fireproof ABS plastic with a slim 45 mm profile, the sign resists moisture and corrosion while maintaining a compact footprint. The rounded corners reduce the risk of damage from everyday contact, helping the unit stay intact in high-traffic areas and damp locations.

Key design and visibility features

• Double-faced panels display clear red exit indicators from multiple angles, aiding fast direction recognition.
• Two directions of arrows on each side provide flexible guidance for complex floor plans.
• UL 924 listed signaling compliance supports safe operation in commercial environments.

Mounting flexibility and included hardware

• Three mounting options are supported: side wall, ceiling, and back wall installation.
• All required mountings and accessories are included in the package, simplifying retrofits and new builds alike.

Battery backup and power versatility

• Built-in rechargeable battery (1.2V, 900 mAh) provides illumination during outages for up to 90 minutes after full charge.
• Wide operating voltage supports 120V or 277V circuits, suitable for various indoor environments.

Typical use cases and expectations

Ideal for doorways, hallways, lobbies, classrooms, warehouses, and other indoor spaces where reliable exit signage is essential. The double-face design supports cross-aisle visibility, while the damp-location rating helps it perform in moisture-prone areas.

Note: Benefits described are possible outcomes based on the product features and typical use scenarios. Actual performance may vary depending on installation, environment, and power conditions.