Pre Engineered Systems

Electrical Cabinets Panel Flooding System IHP

Carbon dioxide gas panel flooding systems is based on creating an extinguishing concentration of CO2 within an enclosed space containing the combustible materials. The quantity of CO2 is determined by applying an appropriate flooding factor to the volume being protected with proper enclosing.

INDIRECT SYSTEM

The detection tube just triggers the valve when it detects a fire. The extinguishing agent discharges through a conventional outlet port. A fixed supply of CO2 is permanently connected to a fixed CO2 piping and discharge nozzles are arranged to discharge CO2 into the protected space.

Advantages

Fair environmental profile: 0 ODP and GWP=1
Non reactive gases with no residue
Electrically non-conductive
Extremely low refilling cost in comparison with clean agents
Dual action: cooling effect + oxygen removal

DETECTION TUBE TECHNOLOGY

  • Linear pneumatic detection requires no external power source for detection

  • Compact, flexible and reliable

  • The tube is pressurized to 16 bar

  • Tube bursts at the heat of a young fire (100°C - 110°C)

INSTALLATION

  • Ensure that the Fire Detector tube length is chosen appropriately as per desired application.

  • The system is designed as per requisite standard.

  • It is important to ensure that the flow of gas is properly distributed in an indirect system.

TECHNICAL SPECIFICATIONS

S. No. DESCRIPTION SPECIFICATION
1 Make Cylinder - RAMA/EKC and valve - FireDeTec
2 Cylinder Size 4.5,6.5,9,22.5 kg (PESO approved)
3 Operating Pressure
(AT 21 °C [70 °F])
60-70 Bar [195 psig]
4 Description High pressure cylinder as per IS 7238 & PESO approved.
5 Suppression Agent Co2 gas
6 Nozzle and piping Brass nozzle and SS delivery line
7 Usage Co2 is effective for use on:
● Class B – Flammable liquid fires
● Class C – Electrical equipment fires
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