Fire suppression system using the clean agent FM-200 (also known as HFC-227ea) to extinguish fires. It is commonly used in areas where water-based suppression systems are not suitable or may cause damage to sensitive equipment, electronics, or valuable assets. FM-200 systems are highly effective and widely used in various industries and applications.

Key features:

1. Clean Agent: FM-200 is a colorless, odorless, and electrically non-conductive gas. It is stored as a liquefied compressed gas and is discharged as a gas when the system is activated. The agent does not leave any residue after discharge, making it suitable for protecting sensitive equipment.
2. Effective Fire Suppression: FM-200 is highly effective at extinguishing Class A, B, and C fires. It works by interrupting the fire's combustion process, primarily through heat absorption and free radical chain reaction inhibition. FM-200 suppresses the fire quickly, minimizing damage and reducing downtime.
3. Rapid Discharge Time: FM-200 systems have a fast discharge time, typically within 10 seconds. This rapid response helps to suppress the fire in its early stages, preventing its spread and minimizing potential damage.
4. Environmentally Friendly: FM-200 has a relatively low environmental impact. It has zero ozone depletion potential (ODP) and a short atmospheric lifetime. However, it does have a high global warming potential (GWP), so proper handling and installation are essential to minimize any potential environmental effects.
5. Safe for Occupants: FM-200 is safe for occupied spaces when used within design parameters. It has a wide margin of safety for human exposure and does not displace oxygen, allowing occupants to evacuate safely during a fire event.
6. Design Flexibility: FM-200 systems can be designed to suit various applications, from small server rooms to large data centers and industrial facilities. They can be configured as total flooding systems, where the agent is dispersed throughout the protected area, or as local application systems that target specific hazards.