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CO2 Suppression System

CO2 Suppression System

55000 INR/Piece
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Product Details:

  • Temperature Range CELSIUS Celsius (oC)
  • Material M.S
  • Weight KG Kilograms (kg)
  • Alarm YES
  • Dimension (L*W*H) METER Meter (m)
  • Input Power WATT Watt (W)
  • Product Type FIRE SUPPRESSION SYSTEM
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CO2 Suppression System Price And Quantity

  • 100 Piece
  • 55000 INR/Piece

CO2 Suppression System Product Specifications

  • METER Meter (m)
  • FIRE SUPPRESSION SYSTEM FOR ELECTRICAL PANEL
  • YES
  • M.S
  • KG Kilograms (kg)
  • CELSIUS Celsius (oC)
  • RED
  • 1 YEARS
  • FIRE SUPPRESSION SYSTEM
  • For Industrial Use
  • WATT Watt (W)
  • HZ Hertz (HZ)

CO2 Suppression System Trade Information

  • Cheque
  • 100 Piece Per Month
  • 7 Days
  • Yes
  • Free samples available with shipping and taxes paid by the buyer
  • LOT
  • Asia
  • All India
  • ISO & CE CERTIFICATE

Product Description

A CO2 suppression system, or carbon dioxide suppression system, is a fire protection system that uses carbon dioxide (CO2) as the extinguishing agent to control and extinguish fires in various environments, including industrial facilities, data centers, laboratories, and other high-value areas. CO2 is a colorless, odorless gas that is effective at suppressing fires by displacing oxygen, which is essential for combustion.

# Here are the key components and features of a CO2 suppression system:


1. CO2 Storage: The system typically includes a storage tank or multiple tanks containing pressurized liquid CO2. The storage capacity is determined based on the protected area's volume and the fire hazard classification.

2. Distribution System: A network of pipes and nozzles is used to distribute the CO2 from the storage tank(s) to the protected area. The distribution system may include flexible hoses or rigid piping, depending on the specific application.

3. Detection and Control: Fire detection and control equipment, such as smoke detectors, heat detectors, or flame detectors, are integrated into the system. When a fire is detected, the system is activated automatically or manually, releasing CO2 into the protected area.

4. Discharge Nozzles: Nozzles are strategically placed to ensure even distribution of CO2 throughout the protected space. The discharge nozzles are designed to optimize the gas's flow and distribution pattern.

5. Release Mechanism: The release mechanism can be pneumatic or electrical and is activated upon fire detection. It opens valves in the CO2 storage tanks to release the gas into the protected area.

6. Warning Systems: Warning alarms and sirens are often incorporated to alert occupants to evacuate the area when the CO2 system is activated, as CO2 can displace oxygen and pose a suffocation risk.

7. Interlocking Systems: CO2 suppression systems are typically interlocked with other safety systems, such as building management systems, to ensure coordinated responses to fires.

8. Remote Control: Some systems offer remote control and monitoring capabilities, allowing operators to activate the system and monitor its status from a centralized location.

CO2 suppression systems are particularly suitable for fires involving flammable liquids, electrical equipment, and other hazards where water-based suppression systems may be ineffective or cause further damage. However, because CO2 can displace oxygen, it is essential to ensure that areas protected by these systems are evacuated before activation to prevent harm to occupants.

# Frequently Asked Questions:


Q. What is a CO2 suppression system?


Ans: A CO2 suppression system is a fire protection system that uses carbon dioxide (CO2) as an extinguishing agent to control and extinguish fires. It works by displacing oxygen in the protected area, effectively removing one of the essential elements for combustion.

Q. Where are CO2 suppression systems commonly used?


Ans: CO2 suppression systems are commonly used in various settings, including data centers, industrial facilities, power plants, laboratories, museums, and storage areas with sensitive or valuable equipment. They are suitable for fires involving flammable liquids, electrical equipment, and other hazards.

Q. How does a CO2 suppression system work?


Ans: When a fire is detected, the system releases CO2 from pressurized storage tanks into the protected area. The CO2 displaces oxygen, reducing the oxygen concentration below the level required for combustion, thereby suppressing the fire.

Q. Are there different types of CO2 suppression systems?


Ans: There are two main types of CO2 suppression systems: high-pressure systems and low-pressure systems. High-pressure systems store CO2 as a gas, while low-pressure systems store CO2 as a liquid. The choice of system depends on the specific application and requirements.

Q. Is CO2 safe for humans in the protected area?


Ans: CO2 can be harmful to humans if present in high concentrations. Therefore, CO2 suppression systems are designed to be used in unoccupied or evacuated areas. Warning systems are typically included to alert people to evacuate before system activation.

Q. What types of fires are CO2 suppression systems effective against?


Ans: CO2 suppression systems are particularly effective against Class B (flammable liquid) and Class C (electrical) fires. They work by smothering the fire and disrupting the combustion process.

Q. Are there any limitations to CO2 suppression systems?


Ans: CO2 suppression systems may not be effective against fires involving certain metals or other materials that can continue to burn in an oxygen-depleted environment. Additionally, the system may not provide post-fire cooling, so re-ignition can be a concern.

Q. How often should CO2 suppression systems be inspected and maintained?


Ans: Regular inspections, testing, and maintenance are critical to ensure the system's reliability. The specific maintenance schedule and requirements should follow local regulations and industry standards. Typically, inspections are conducted semi-annually or annually.

Q. Can CO2 suppression systems be integrated with other safety systems?


Ans: Yes, CO2 suppression systems can be integrated with fire detection systems, alarm systems, and building management systems to provide a comprehensive fire protection strategy.

Q. Are there environmental considerations when using CO2 as a suppression agent?


Ans: CO2 is not ozone-depleting, but it is a greenhouse gas. Therefore, it's important to consider environmental impacts and adhere to regulations when using CO2 suppression systems. Some jurisdictions may require systems to be equipped with automatic discharges to prevent excessive CO2 release.

Q. What should I do in case of a CO2 suppression system activation?


Ans: If a CO2 suppression system is activated, it's important to evacuate the protected area immediately. The CO2 can displace oxygen, posing a suffocation risk in enclosed spaces.
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