Description:
The FM200 fire suppression system is a popular and exceptionally effective fire prevention method for putting out fires in enclosed spaces. It employs FM200, a clean gaseous extinguishing chemical known for its speedy fire suppression and low environmental impact. The FM200 system is widely utilized in critical areas such as data centers, server rooms, control rooms, museums, labs, and other sites where water-based fire suppression approaches could substantially disrupt operations.
An Automatic FM200 Fire Suppression System,is designed to extinguish fires quickly and efficiently without causing collateral damage to equipment or the environment. FM-200 (Heptafluoropropane) is a colorless, odorless gas that works by removing the heat from a fire, thereby stopping the combustion process.
Here are some key features of an Automatic FM200 Fire Suppression System:
- Automatic Detection: The system includes smoke detectors and heat sensors that trigger when they detect signs of a fire.
- Early Warning Alerts: Before the FM-200 is released, audible and visual alarms sound to alert occupants, giving them time to evacuate safely.
- Quick Response: Once activated, the FM-200 gas is discharged rapidly into the affected area, typically within 10 seconds, to smother the fire.
- Clean Agent: FM-200 leaves no residue after discharge, making it ideal for sensitive environments like data centers, server rooms, and telecommunications facilities where electronic equipment must be protected.
- Environmentally Friendly: Unlike Halon, which was phased out due to its ozone-depleting properties, FM-200 has zero ozone depletion potential and a low global warming potential.
- Non-conductive: FM-200 does not conduct electricity, making it safe for use around electrical equipment.
- Easy Maintenance: The system requires regular maintenance checks but is generally easy to maintain compared to other types of fire suppression systems.
- Reliable: These systems have a high success rate in suppressing fires, especially in the early stages.
- Integration with Building Management Systems: Modern FM200 systems can be integrated with building management systems for centralized monitoring and control.
The FM200 fire suppression system is well-known for its fast response times, powerful fire suppression capabilities, and minimal interruption to populated areas. Because of its non-corrosive and non-conductive properties, it is ideal for protecting valuable assets, critical infrastructure, and delicate equipment. Appropriate installation, frequent maintenance, and compliance with local fire safety requirements are required for the system to perform optimally and protect persons and property.
Parameters:
| NO. | Specifications | 4.2Mpa system | 5.6Mpa system |
| 1 | Capacity | 40Ltr,70Ltr,100Ltr,120Ltr,150Ltr,180Ltr | 70Ltr,90Ltr,120Ltr |
| 2 | Device model | QMP40/4.2, QMP70/4.2, QMP100/4.2,QMP120/4.2, QMP150/4.2, QMP180/4.2 | QMP70/5.6, QMP90/5.6, QMP120/5.6 |
| 3 | Filling pressure | 4.2Mpa | 5.6Mpa |
| 4 | Max filling rate | 0.95kg/L | 1.08kg/L |
| 5 | Discharge time | ≤10s | |
| 6 | Power | DC24V/1.6A | |
| 7 | Nitrogen driving device | 6.0±1.0Mpa | |
| 8 | Storage surroundings | Temperature:-10~50℃ Relative humidity:≤97% | |
| 9 | Proportion | ≤800m² | |
| 10 | Volume | ≤3600m³ | |
Components:
Let’s expand on the last two components of the FM200 fire suppression system: the firefighting apparatus and the electrical components.
- Firefighting Apparatus: The firefighting equipment, which is in charge of storing and dispersing the FM200 agent, is an essential part of the FM200 fire suppression system. It is made up of a number of related components that operate in concert to provide efficient fire suppression:
- FM200 Cylinders: Under certain conditions, the FM200 agent is stored in these high-pressure cylinders. The number and size of the cylinders are determined by the dimensions and risks of the protected area.
- Cylinder Frames: The cylinders are firmly attached to frames to provide stability and support, as well as to prevent movement or damage during operation.
- Nitrogen-Pressure Driving Devices: Nitrogen gas is used as a driving force in these devices to regulate the discharge of FM200 from the cylinders. They ensure that the agent is discharged uniformly and that the required pressure is maintained.
- Driving Device Frames: The driving device frames, like cylinder frames, securely support the nitrogen-pressure driving devices during usage, ensuring their steadiness and security.
- Flexible Hoses: By linking the cylinders and the distribution pipes, these hoses enable the FM200 agent to move from the cylinders to the protected region. They offer flexibility for installation needs while being built to endure high pressure.Container Valves: These valves govern how much FM200 is released from the cylinders, enabling a controlled discharge in the case of a fire. They are built to be dependable and guarantee efficient operation.
- Check valves: These valves regulate the direction of FM200 flow within the pipe system (for liquid and gas flow). While the check valves for gas flow maintain unidirectional flow during system operation, the check valves for liquid flow prevent backflow or leakage.
- Manifolds: Manifolds are utilized to evenly distribute the FM200 agent throughout the pipe system. They act as a hub for linking various pipes and nozzles, ensuring that the agent is distributed equally throughout the protected area.
- Safety Valves: Safety valves are installed to release system overpressure, protecting against overpressurization and ensuring the equipment’s integrity.
- Selective Valves: These valves provide the capability to isolate specific sections of the piping network for maintenance or repairs without affecting the entire system’s operation.
- Flanges and Elbows: Flanges and elbows are essential components that connect and join different sections of the piping network. They provide secure connections, flexibility, and ease of installation.
- Nozzles: Nozzles are strategically placed along the piping network to disperse the FM200 agent effectively. They are designed to provide optimal coverage and ensure the agent reaches the fire source efficiently.
- Electrical Components: The FM200 fire suppression system contains a variety of electrical components that are required for monitoring and operation. These components boost system performance and provide critical feedback and control mechanisms. Some of the electrical components are as follows:
- Control Panels: The FM200 system’s central command post is represented by the control panels. They receive signals from the detection equipment, turn on the suppression system, and emit both visual and auditory alarms to warn staff and building occupants.
- Discharge Indication Lights: When the FM200 system is triggered and the agent is released into the protected area, these lights are put to signal this. They give an unmistakable visual cue that the suppression process is active.
- Alarm Bells and Sounders with Lights: These visual and auditory alarm systems are used to notify staff and residents of a fire emergency. They produce obnoxious noises and flashing lights to make sure that a fire is rapidly identified.
- Smoke Detectors and Heat Detectors: These detecting tools are essential for spotting smoke or extreme heat inside the enclosed space. They communicate with the control panel via signals, which activate the FM200 system.
- Manual Buttons: As an extra method of turning on the FM200 system, manual buttons or switches are offered. Authorized workers can use them to manually start the fire suppression operation.