Discharge: Horn Polyethylene – Non-Conductor of Electricity
Wall mounting Bracket with screw: Mild Steel Powder Coated
Min. effective Discharge Time: 8 Sec. (Actual: 12 Sec. approx)
Bulk Range of Discharge: Min. 2 meters (Actual: 2 meters approx)
Percentage of Discharge: Not Less than 95 % (Actual: 98% approx)
Temperature Range: -30 °C to +55 °C
Service Pressure: 60-70 bar
Fill Density: Not to exceed 0.667
Pressure test (Pt): 250 bar
Leakage test: By dipping in water for 2 minutes no bubbles shall occur.
Partial discharge: The second pressure or weight shall not be less than 75% of the first after interruption of the Discharge.
Burst Pressure Test For Discharge Hose: Not Less than 275 bar
Shell Thickness: 4.0 or 4.2 mm (Minimum)
Colour & Paints: Painted with Durable Enamel paint PO Red shade No.538 of IS: 5
Description
A carbon dioxide (CO2) fire extinguisher, the Kanex KFCRQ-4.5 is made to efficiently put out certain kinds of fires, especially those involving electrical equipment and flammable substances. This extinguisher is a great option for areas with electrical risks because it uses pure carbon dioxide gas as its extinguishing agent. The Kanex KFCRQ-4.5 CO2 fire extinguisher is a dependable option for both commercial and domestic applications because it combines cutting-edge safety features with sturdy construction and efficient fire suppression capabilities.
Features
:
The gas is 99.95% pure carbon dioxide.
superior enamel paint.
Wheel-type brass valve with discs for pressure release.
Hydro testing is done on shells up to 250 bar.
Braided hose with high-pressure wire.
It's also easier and less expensive to maintain and service.
maximum visibility when the discharge is happening.
Absence of Electrical Conductivity Let's go back to the operator.
No static or thermal shock.
Bodies PESO approved.
Applications
:
Ideal uses for the Kanex KFCRQ-4.5 CO2 fire extinguisher include:
Labs handling flammable chemicals.
Data centers and server rooms to safeguard delicate technological devices.
industrial environments where flammable liquid dangers could exist.
marine settings where it might not be possible to use conventional extinguishing techniques.