High-Pressure Gas Fire Suppression Systems Piping Network with Carbon Steel Tubes for Industrial Safety

IG541 Mixed Gas Automatic Fire Suppression System

Product Introduction:
  IG541 mixed gas extinguishing agent is a colorless, odorless, non-toxic, and non-conductive pure "green" compressed gas. It is composed of atmospheric gases—nitrogen, argon, and carbon dioxide—with abundant raw materials. During the fire extinguishing process, it does not obstruct people's vision and does not produce temperature differences or corrosive decomposition products. The release of the extinguishing agent simply returns the gases to their natural state. It has no ozone depletion potential (ODP), does not produce a "greenhouse effect," and does not produce chemical substances that damage the atmosphere. It does not cause the toxicity problems associated with halogenated alkanes and their alternative extinguishing agents during the fire extinguishing process. It is an ideal extinguishing agent suitable for places where people frequently work.
 

Composition and quality indicators of the mixed gas:

Extinguishing Principle of the Extinguishing Agent:   The extinguishing principle of the IG541 gas mixture is primarily to reduce the oxygen concentration (below 15%) to inhibit combustion and thus extinguish the fire. It can extinguish Class A surface fires, Class B flammable liquid fires, and fires involving energized electrical equipment in enclosed spaces using total flooding methods.

Application Locations:
 

Computer rooms, communication equipment rooms, transformer rooms, electrical switch and distribution rooms, generator rooms, oil immersion tanks, drying equipment, paint booths, electrical instrument rooms, control centers, libraries and archives, and cultural relic storage facilities, etc.

Technical Parameters:

 

System composition and System component structure: 1. System Composition: (1) Combined distribution system: This system involves setting up one system for multiple protected areas to provide comprehensive protection for the entire area, but it does not have the function of simultaneously extinguishing fires in all protected areas. (2) Unit independent system, that is, one system is established for each protected area. Separate protected areas for places with special requirements.

2.System component structure (1) Fire extinguishing agent cylinder group: The IG541 mixed gas fire extinguishing cylinder group includes fire extinguishing agent and storage containers, container valves, safety relief devices, pressure gauges, etc. (2)Container valve: The container valve is installed on the fire extinguishing agent storage cylinder to seal the fire extinguishing agent inside the cylinder. In case of fire, the container valve is usually opened by the starting gas to release the fire extinguishing agent and carry out the fire suppression (3)Gas actuator: The gas actuator is installed on the container and is used to start the container valve. When a fire occurs, the controller issues a fire extinguishing command, which triggers the corresponding drive gas cylinder group of the selection valve. The drive gas cylinder group releases the starting gas, opens the corresponding selection valve, and the starting gas passes through the gas check valve. The starting pipeline enters the gas driver, pushing the knife switch inside the gas driver to Pierce the working diaphragm in the container valve, opening the container valve. The container valve releases the fire extinguishing agent to implement the fire extinguishing. (4)Drive gas cylinder group: Composed of gas cylinders and electromagnetic start valves. (5)Drive gas cylinder group - container valve: The manual/solenoid valve is mainly composed of the valve body, connecting seat, electromagnet, push rod, spring, manual button, manual safety pin, etc. (6)Electromagnetic driver:The electromagnetic container valve is installed on the starting gas storage cylinder to seal the starting gas inside the cylinder. When a fire occurs, the controller issues a fire extinguishing command, which activates the electromagnet inside the electromagnetic container valve, opens the electromagnetic container valve, and releases the starting gas. The starting gas then passes through the starting pipeline to open the corresponding selection valve and container valve, releasing the fire extinguishing agent and implementing the fire extinguishing. For detailed information on metal hoses, check valves, pneumatic check valves, pressure signal feedback devices, manifold, manifold safety valves, cylinder frames, nozzles, etc., please consult us

Extinguishing Principle of the Extinguishing Agent

  The extinguishing principle of the IG541 gas mixture is primarily to reduce the oxygen concentration (below 15%) to inhibit combustion and thus extinguish the fire. It can extinguish Class A surface fires, Class B flammable liquid fires, and fires involving energized electrical equipment in enclosed spaces using total flooding methods.

FAQ:
Q1: What is the purpose of the Inert Gas Fire Suppression System from Guangzhou Xingjin Fire Equipment Co.,Ltd.?

A1: The Inert Gas Fire Suppression System is designed to protect critical areas and high-value equipment from fire without causing harm to the environment or to people. It uses inert gases to reduce the oxygen level around a fire, effectively extinguishing it without the use of water or chemicals.

Q2: What models of the Inert Gas Fire Suppression System are available?

A2: Guangzhou Xingjin Fire Equipment Co.,Ltd. offers the Inert Gas Fire Suppression System in two models, the 80L and 90L, to suit different room sizes and fire suppression requirements.

Q3: Where is the Inert Gas Fire Suppression System manufactured?

A3: The Inert Gas Fire Suppression System is manufactured in Guangzhou, Guangdong, China, ensuring high-quality production standards and reliable performance.

Q4: Can the Inert Gas Fire Suppression System be used in data centers?

A4: Yes, the Inert Gas Fire Suppression System is ideal for data centers as it does not leave any residue that could harm sensitive electronic equipment, and it is effective at quickly extinguishing fires without causing downtime or data loss.

Q5: How does the Inert Gas Fire Suppression System impact the environment?

A5: The system is environmentally friendly as it uses inert gases, such as nitrogen, argon, and carbon dioxide, which are naturally occurring and do not contribute to global warming or ozone depletion. Additionally, these gases do not create toxic by-products when deployed.