CO2 Fire Extinguishing System
CO2 Fire Extinguishing System is a fire-fighting equipment that uses carbon dioxide gas to extinguish fires. Its fire extinguishing principle is mainly based on asphyxiation and cooling effect. When carbon dioxide is released, it vaporizes quickly and takes up space, reducing the oxygen concentration in the air to a level that cannot sustain combustion (usually below 15%), thereby suffocating the flame. At the same time, carbon dioxide will absorb a large amount of heat during the vaporization process, further reducing the temperature of the fire scene and achieving the effect of rapid fire extinguishing.
CO2 Fire Extinguishing System is suitable for a variety of special locations and equipment, especially areas that are sensitive to traditional fire extinguishing agents. In addition, the system is also widely used in high-risk areas such as ship engine rooms, aircraft cargo holds, chemical equipment, pharmaceutical workshops, etc., and can effectively extinguish electrical fires, flammable liquid fires and some solid fires.
CO2 Fire Extinguishing System has significant advantages, including high-efficiency fire extinguishing, environmental protection and no residue, wide application range, and good economy. It is widely available and inexpensive, easy to maintain, and has a long service life. At the same time,the CO2 Fire Extinguishing System will be equipped with strict safety measures during design and installation, such as leak detection, automatic alarm, and delayed start function to ensure safety during use.
| CO2 FIRE EXTINGUISHING SYSTEM SPECIFICATION |
| Product Name |
CO2 Fire Extinguishing System |
| Trademark |
Xingjin / OEM |
| Origin |
Guangzhou, Guangdong, China |
| Actuation |
Automatic Or Manual Start |
| Pattern Of Extinguishing |
Enclosed Flooding |
| Model Number |
EMP70-XJ |
| Certificate |
GSG/TUV/ISO9001, 14001, 45001 |
| Cylinder Volume |
70L |
| Power |
DC24V/1.6A |
| Capacity Of Gas |
42Kg |
| Max. Working Pressure |
12.4MPa |
| Working Pressure |
5.7MPa |
| Discharge Time |
≤60s |
| Nitrogen Pressure |
6.0±1.0MPa(20ºC) |
| Starting Mode |
Automatic, Electrical Manual, Mechanical Emergency Manual |
| Supply Ability |
3000 Set/Sets Per Week |
| Mini Order |
5 Set |
| Packaging Details |
Plywood Outer Box With Bubble Bag Or Paper |
| Specification |
CO2 |
| Cylinder Color |
Red |
| Production Capacity |
30000 Sets Per Week |
| Max Filling Rate |
0.6Kg/L |
| Durability |
High |
| Installation |
Easy To Install |
| Safety |
High |
| Working Temperature |
0ºC~50ºC |
| We support customized fire extinguishers of various types and uses. |
EFFICIENT FIRE EXTINGUISHING
CO2 Fire Extinguishing System can quickly reduce oxygen concentration and absorb a large amount of heat in a short period of time, quickly extinguishing fires, especially in the early stages of fires, effectively preventing the spread of fire.
ENVIRONMENTALLY FRIENDLY AND POLLUTION-FREE
Carbon dioxide is a naturally occurring gas that does not produce any residue or chemical pollution after extinguishing a fire, and does not damage the protected equipment, archival materials or precision instruments. It is particularly suitable for places with high environmental requirements.
WIDE RANGE OF APPLICATIONS
The CO2 Fire Extinguishing System is suitable for a variety of fire types, including electrical fires, flammable liquid fires, and some solid fires (Class A, B, and C fires). It can be used for total flooding fire extinguishing and local application fire extinguishing, and has strong adaptability.
HIGH SECURITY
The system design is equipped with a variety of safety measures, such as leak detection, automatic alarm, delayed start, and manual emergency stop functions to ensure the safety of personnel and equipment during use.
STRONG PROTECTION
The CO2 Fire Extinguishing System does not conduct electricity during the fire extinguishing process and will not cause damage to electrical equipment. At the same time, it is highly protective of precious items such as cultural relics and archives. No cleanup is required after the fire is extinguished, reducing the recovery work after the fire.
Q1: Are foam firefighting systems effective on all types of fires?
A1: While foam fire fighting systems are highly effective on flammable liquid fires and fires involving solid combustibles, their use may be limited or require additional precautions on certain fires, such as electrical fires or reactive metal fires. In such cases, using foam may not be the best option, and other fire suppression methods should be considered.
Q2: How often should foam firefighting systems be maintained?
A2: Regular maintenance is crucial to ensure foam firefighting systems' reliability and effectiveness. Generally, a routine monthly inspection is recommended, along with annual maintenance. Additionally, hydrostatic testing of foam concentrates and other specific requirements must be performed at specified intervals to comply with industry standards and regulations.
Q3: Can foam firefighting systems be used in portable form?
A3: Foam fire fighting systems can be used in various portable forms, such as handheld foam branches, foam extinguishers, and portable foam generators. These portable systems are designed for use in smaller applications or as supplementary equipment in firefighting operations, providing versatility and mobility in fire suppression efforts.
Q4: Are foam concentrates environmentally friendly?
A4: Traditionally, some foam concentrates contained per- and poly-fluoroalkyl substances (PFAS), raising environmental and health concerns. However, advancements have been made in developing low-hazard foam concentrates that minimize PFAS content. These environmentally friendly options are designed to provide effective fire suppression while reducing potential environmental impacts. It's essential to choose foam concentrates that meet environmental standards and regulations.
Q5: Can foam firefighting systems be integrated with other fire suppression technologies?
A5: Foam fire fighting systems can be combined with other technologies, such as water mist systems, sprinklers, and clean agent systems, to create a comprehensive fire protection strategy. This integration enhances the overall effectiveness of fire suppression, providing tailored solutions for complex industrial facilities and maximizing safety and asset protection.
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