Fire Engineering Technology

The revolutionary Quick Response System combines ground-breaking technology with functional simplicity. Armed with a UL listed, UV protected, Multi-layered, Modified Polyamide, heat-sensing tube, this direct system is entirely self-activated, and requires no human intervention once it has been installed. 

When the flame comes in contact with the heat-sensitive tubing and reaches a temperature of 100-120°C, the tubing bursts open at that exact spot and forms a miniature nozzle. 

The pneumatic mechanism triggers the valve of the extinguisher and sprays the extinguishing agent out of the tube directly onto the flame, dousing the fire instantaneously.

Because the extinguishing agent used is HFC227ea this system is effective to combat any kind of fire.

This is an ideal solution in case of fire in a single location, whether small or large, and can be designed to suit the specific needs of the premises.

Classification: Works on class A, B, C fires and fires involving electrically-charged devices. Effective on a wide range of flammable and combustible materials.

Self- Actuated: Does not require any power supply and will function normally in the event of a power outage.

Electronics-Friendly: Shown to be electrically non-conductive and is safe for electrically charged equipment, it is kinder on electronics than the majority of extinguishing agents available in the market.

High-value Risk Protection: Suitable for protection on a range of high-value risks as it virtually eliminates damage to high-tech equipment, artwork and other delicate and sensitive objects.

No Clean-up Required After Discharge: After a discharge, the extinguishing agent can be removed by simple ventilation.

24-hour Protection: Automatic detection and actuation controls ensure fire protection is always ‘on’.

Flexible Design: Flexible tubing allows protection in areas that are difficult to access and may not be  able to accommodate any other means of defection.

International Quality Standards: The Quick Response System is manufactured to the highest global and national standards like CE certified and is as per LPCB tested for Forced and Natural Air Flow cabinet applications. 

Rugged Design: Can withstand even harsh conditions where other types of detection systems might be rendered inadequate.

Residue-Free: Being a clean agent, it won’t leave behind oily residue, particulate or corrosive material.

AutoFireX® Fire Detection Tubes are Linear Pneumatic Heat Detection tubes specifically manufactured and designed for the use in fire suppression systems for fire detection. It responds to combination of heat and radiant energy that generally accompanies a fire.

The pressurised Fire Detection tube when exposed to fire/radiating heat from fire, is designed to rupture due to flame impingement, at specific temperatures at any point throughout its length, thereby releasing the pressure and initiate the release of the suppressant from connected valve and operate any other pressure operated signalling device interfaced with the system. The AutoFireX® Detection Tube is used as a nonelectrical detection device.

• Special Formulated material designed to function in Harsh and reactive environments.
• Formulation designed to prevent surface damage when exposed to or installed on Galvanised metal/equipment’s.
• Special Formulation prevents gradual permeation of pressurising agent over period of time, adding to its 100% reliability.
• Non-Destructive,Tested to withstand pressure max up to 140 Bar.
• UV Protected, available in 3 temperature options.
• Low moisture and water absorption ratios.
• Chemically resistive to most common chemicals.
• Compatible with all Inert, Low pressure and High-Pressure Agents
• Utilised and installed as combination linear heat detector and unit activation device to cause actuation of Fire Suppression Systems.

A gas suppression system for electrical panels uses fire-suppressing liquids that are pressurized with nitrogen. These liquids contain a chemical agent called FM200, which is quickly released to suppress flames. The most common gas suppression systems for electrical rooms are inert gas systems, such as nitrogen and argon-based extinguishing agents. These systems replace oxygen with an inert gas to smother the fire. Nitrogen is often preferred because it doesn't damage sensitive electrical equipment. A clean agent fire suppression system is another option for electrical panels. Clean agents are gaseous fire suppressants that don't leave residue and don't conduct electricity. When choosing a fire suppression system, you can consider factors like: 
The type of facility
Potential fire hazards
The size and layout of the building

Stand alone fire suppression system is perhaps a bit of a misnomer, since this term refers to�individual devices that contain fire suppression mechanisms that are not linked to a bigger system