Brief: Follow along for a hands-on demonstration that highlights performance points of the IG541 Gas Suppression System. This video showcases how the automatic Inergen clean agent system rapidly suppresses fires by reducing oxygen levels, ensuring safety for occupants and protection for critical assets without leaving residue.
Related Product Features:
Uses inert gases like argon and nitrogen to extinguish fires by reducing oxygen concentration to non-combustible levels.
Achieves design fire suppression concentration within 60 seconds of discharge for rapid response.
Leaves no residue after discharge, preventing damage to sensitive equipment and eliminating cleanup.
Chemically inert, non-conductive, and non-corrosive, safe for use with various materials including metals and plastics.
Features a time-delay mechanism allowing approximately 2 minutes for safe occupant evacuation.
Suitable for protecting data centers, telecom facilities, UPS rooms, and medical facilities.
Available in multiple cylinder configurations for single or multiple zone protection setups.
Offers zero ozone depletion potential and no greenhouse effect, making it an environmentally friendly solution.
Pertanyaan:
How does the IG541 system extinguish fires?
It uses inert gases to rapidly reduce the oxygen concentration in the protected area from 21% to between 11-13%, a level where combustion cannot be sustained, while remaining safe for people.
Is the IG541 system safe for sensitive electronic equipment?
Yes, the system is non-conductive, leaves no residue, and is non-corrosive, ensuring no damage to equipment which can continue functioning normally after discharge.
What types of facilities is this system designed for?
It is ideally suited for data centers, communication rooms, telecommunication facilities, UPS rooms, and medical facilities where asset protection is critical.
How quickly does the system discharge and achieve fire suppression?
The system achieves design concentration in 60 seconds, with full agent discharge typically completed in under 120 seconds for effective flooding of the protected space.