iFLOW 300 Bar System

Gaseous Clean Agent Fire Suppression System

iFLOW systems are designed to protect valuable or sensitive assets. The system utilizes Inergen® (IG-541), IG-55 or IG-100 agent, which are all naturally occuring Inert gases. The system suppresses the fire by lowering the oxygen concentration below the level that supports combustion, while maintaining an environment that will allow a person to breathe. The iFLOW valve technology provides a regulated agent discharge minimizing pipe sizes in the distribution network when compared to conventional Orifice Inert Gas Systems. IFLOW systems offer selector valve functionality allowing a single container bank to protect multiple enclosures. iFLOW 300 Bar Systems are UL Listed, FM Approved and VdS, A2P and CNBOP system approved and hold CE component and PESO component approvals.

Regulated discharge reduces pipe size requirements
Selector valves protect multiple enclosures
Inert gas suppression safe for occupied spaces

iFLOW 300 Bar System

Inert Gas Protection with Greater Efficiency

Protecting valuable assets should not require compromising design flexibility. The iFLOW 300 Bar System utilizes naturally occurring inert gas agents and advanced valve technology to provide controlled agent discharge and efficient system performance while supporting multiple hazards from a single container bank.

Features

Suited for suppressing fire hazards where an electrically non-conductive inert gas is essential or required and where hazard is normally occupied.
The horizontal check valve allows the connection of iFLOW containers without manifold for small systems

Regulated pressure valve reduces the downstream pressure thereby requiring small pipe sizes and pressure vents
The matrix bracket system for 80L containers allows for flexible container arrangements to suit site requirements and constraints

Benefits

Multiple Inert Gases available

Available with Inergen® (IG-541), IG-55 and IG-100

Comprise of naturally occurring gases

Inert Gases do not support combustion, or impact the ozone layer, and has no global warming potential.

Sound Attenuation

The acoustic nozzle is intended for use in applications requiring a system discharge generating a lower sound output than a standard suppression nozzle, with data centers and server rooms being typical applications.