IG-541 High Safety Inert Gas fire suppression system without
pollution
IG-541 Inert Gas Fire Suppression System
The IG-541 Inert Gas Fire Suppression System is a highly effective
and environmentally friendly solution for fire prevention and
protection. It utilizes inert gases to quickly and effectively
suppress fires, making it a safe and reliable choice for a wide
range of applications.
IG-541 is an inert fire extinguishing agent composed of
Nitrogen,Argon and Carbon Dioxide,which is
safe,colorless,odorless,electrically non-conductive and
environmental. When discharging,IG-541 is quickly and uniformly
distributed in the protected enclosure,achieving designed fire
extinguishing concentration within 60 seconds and suppressing fire
by reducing the oxygen concentration. With no atmospheric
lifetime,zero ODP and zero GWP IG-541 is a completely green system.
Product Overview
The IG541 Fire Suppression System utilizes Inert Gas Fire
Suppression Equipment to extinguish fires without causing any harm
to people or the environment. The system is designed to
automatically or manually start, depending on the specific needs of
the environment.
When activated, the system releases a mixture of Carbon
dioxide,nitrogen and argon gases, known as IG541 Inert Gas Fire
Suppression System, into the protected area. These gases work
together to quickly reduce the oxygen levels in the air,
effectively smothering the fire and preventing it from spreading.
Actuation
The IG541 Fire Suppression System can be activated either
automatically or manually. In automatic mode, the system is
connected to a fire detection and alarm system, which will trigger
the release of the gases when a fire is detected. In manual mode,
the system can be activated by a person using a control panel.
Work pressure
The minimum working pressure of IG541 fire extinguishing system is
13.6 MPa and the working pressure is 15MPa. This ensures that the
system releases a sufficient amount of gas to effectively
extinguish the fire and prevent reignition.
Reliability
The IG541 Fire Suppression System is known for its high reliability
and effectiveness in extinguishing fires. It has been extensively
tested and proven to be an efficient and safe fire protection
solution. It is also designed to minimize any potential damage to
the protected area, ensuring minimal downtime and cost.
In conclusion, the IG541 Inert Gas Fire Suppression System is a
top-of-the-line fire protection solution that offers fast,
efficient, and environmentally friendly fire suppression. Its
advanced technology and customizable options make it a popular
choice for various industries, making it a must-have for any fire
safety plan.
| Technical Parameter |
| Production Name | IG541 Inert Gas Fire Suppression System |
| Capacity | 70 | 80 | 90 | 120 |
| Weight of agent | 14.78kg | 16.89kg | 19kg | 25.34kg |
| Outside Diameter of Cylinder | φ267±10mm | φ279±10mm | φ325±10mm | φ325±10mm |
| Height of Cylinder | 1530±10mm | 1610±10mm | 1370±10mm | 1720±10mm |
| Working pressure | 15 MPa |
| Working temperature | 0~50℃ |
| Discharge time | ≤60 S |
| Safety concentration | ≤43% |
| Min.extinguishing concentration | 37.5% |
Application
- Electric utilities
- Air traffic centers
- Financial networks
- Telecommunication
- Medical equipment
- Museums and libraries
- Data and server rooms
- Flammable liquid storage
Packaging and Shipping
Inert Gas Fire Suppression System is carefully packaged to ensure
safe delivery and protection from damage during transportation.
The system is first placed in a sturdy cardboard box.
It is then wrapped with bubble wrap to provide extra cushioning.
The box is sealed with strong tape to prevent any tampering.
For international shipping, the box is placed in a wooden crate for
added protection.
We work with reputable shipping carriers to ensure timely and
secure delivery of our products.
Once the package is shipped, we will provide a tracking number so
you can monitor the status of your delivery.
For any questions or concerns regarding packaging and shipping,
please contact our customer service team.
