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Fire Suppression System Telangana
Fire suppression systems are used to extinguish, control, or in some cases, entirely prevent fires from spreading or occurring. Fire suppression systems have an incredibly large variety of applications, and as such, there are many different types of suppression systems for different applications being used today. Of these, there are some that are still in use but are no longer legal to manufacture and produce.[1]
Suppression systems[edit]Fire suppression systems are governed by the codes under the National Fire Protection Association, also known as the NFPA. This organization writes codes, regulations, and recommendations on the proper installation and maintenance of these fire suppression systems. Likewise, the NFPA also lists criteria that must be met for the requirements of certain types of fire suppression systems.[2]
Wet Chemical SP KITCHEN Suppression Systems
Fire Fighting System Type | Fire Suppression Systems |
Agent | Wetchemical |
Capacity | 20L |
Usage/Application | KITCHEN FIRE SUPPRESSION SYSTEM |
Color | SILVER |
Certification | UL/CE |
Body Material | SS |
Installation Services Required | YES |
Size/Dimension | 20L |
Automation Grade | FULLY AUTOMATIC |
AutoFireX® ILP- Indirect Low-Pressure Clean Agent Systems are primarily Pre-Engineered Automatic Fire detection and suppression System utilising various Low-pressure agents like, ABC Dry Chemical Powder, Foam, Clean agents (HFC227ea, FK 5-1-12, FE36). These Units are designed, manufactured, and tested in ISO 9001:2015 certified facilities
The AutoFireX Linear Pneumatic Fire Detection Tubing (FDT) is installed and connected to ILP Valve via dual seal threaded union attached to the isolation ball valve and routed over/near the protected hazard area/enclosure. Being heat sensitive, the primary function of Linear Pneumatic Fire Detection Tube (under pressure) is to detect heat/fire and activate the valve for discharge of the agent by rupturing at the hottest point along its installed length on flame impingement. On rupture due to loss of pressure in the tube connected to the valve, the pressure from the top head assembly of the ILP valve is released (this can also be achieved by manual activation via operating manual release) thereby initiating internal piston to open position, allowing the pressurised agent to travel through any or combination of three outlet ports via delivery hose/pipes and discharge out from the fixed nozzles, within the protected area, flooding the entire area with the agent and suppressing the fire instantly.
WET CHEMICAL KITCHEN FIRE SUPPRESSION SYSTEM (LHS)
Fire Fighting System Type | Fire Suppression Systems |
Usage/Application | Commercial |
Capacity | 10L |
Packaging Type | Set |
System type | Kitchen Fire Suppression System |
Brand | AUTOFIREX |
Material | Carbon Steel |
Environment Temp | 135 |
Fire Suppression Type | Pipeline, Fire Extinguisher, Cylinder |
Certification | UL/CE |
Operating Temperature Limit | 140+ |
Working Pressure | 15 BAR |
Temperature | 150 |
Cylinder Size | 10L |
Working Temp | 150 |
Cylinder Volume | 10L |
Discharge Time | 7-10 SEC |
Purity | 100% |
Filling Density | 80% |
Power | 230V AC |
Automation Grade | Automatic |
Spray Duration | 10 SEC |
Model Name/Number | AFX-P |
Finishing | CROME |
Suppression System | KITCHEN FIRE |
Portable | Portable |
Control Head | PNEUMATIC |
Chemical Agent | WET CHEMICAL |
Installation Services Required | Yes |
AutoFireX® ILP- Indirect Low-Pressure Clean Agent Systems are primarily Pre-Engineered Automatic Fire detection and suppression System utilising various Low-pressure agents like, ABC Dry Chemical Powder, Foam, Clean agents (HFC227ea, FK 5-1-12, FE36). These Units are designed, manufactured, and tested in ISO 9001:2015 certified facilities
The AutoFireX Linear Pneumatic Fire Detection Tubing (FDT) is installed and connected to ILP Valve via dual seal threaded union attached to the isolation ball valve and routed over/near the protected hazard area/enclosure. Being heat sensitive, the primary function of Linear Pneumatic Fire Detection Tube (under pressure) is to detect heat/fire and activate the valve for discharge of the agent by rupturing at the hottest point along its installed length on flame impingement. On rupture due to loss of pressure in the tube connected to the valve, the pressure from the top head assembly of the ILP valve is released (this can also be achieved by manual activation via operating manual release) thereby initiating internal piston to open position, allowing the pressurised agent to travel through any or combination of three outlet ports via delivery hose/pipes and discharge out from the fixed nozzles, within the protected area, flooding the entire area with the agent and suppressing the fire instantly.