Tess Safety Pole -Smoke Detector and Emergency Exit- Extendable Pole Tester Original - Allows Easy Excess and Monitoring for Life Safety Products -Spellbound (2)

The Tess Safety Pole ensures the safe and efficient operation of exit lights, emergency illumination lights, and smoke detectors. Designed for easy and safe use, it allows for efficient monthly testing of life safety systems. The pole adjusts from 14 to 50 inches with a telescopic handle, making it versatile for various settings. Suitable for homeowners, DIY enthusiasts, and professionals, it’s ideal for use in schools, medical facilities, hotels, food services, retail stores, warehouses, industrial facilities, and office buildings.

• Safely Test Smoke Detectors Without a Ladder Reach most ceiling alarms from the floor; reduce fall risk and avoid unnecessary ladder use. Safely test smoke detectors and exit signs; reduce overreach and accidents by minimizing ladder use
• Ideal for home and business use; ensures smoke detectors and safety systems function properly. Stay Safe and Protect What Matters--Designed for Homeowners Who Want Simple, Safe Testing Perfect for houses, condos, apartments, and senior living — no climbing, no strain, no risk.
• Tests Emergency Exit Signs & Commercial Safety Devices Ideal for offices, retail, schools, warehouses, and property managers who must perform routine safety checks. Universally designed testing head easily accesses a variety of reset buttons.
• Lightweight, Durable, and Easy to Use Strong telescoping pole extends from 14" to 50"; compact for storage; built for repeated monthly testing. Complies with NFPA and OSHA Standards of testing emergency safety Systems
• Maintain user and employees on the ground to decrease costly ladder accidents while decreasing the time it takes to test equipment
• The Tess Pole is a tool used to safely and efficiently ensure proper operation of exit lights, emergency illumination lights, and smoke detectors. The Tess Pole is safe, easy, and efficient to use.
• Minimize overreach and accidents by reducing ladder use