| Specification |
Details |
| Extinguishing Agent |
Carbon Dioxide (CO2) |
| Storage Temperature Range |
0°C to 40°C |
| Cylinder Capacity |
67.5 liters filled with 45 kg CO2 |
| Cylinder Material |
High-strength alloy steel |
| Pressure Rating |
190 bar (nominal bursting pressure) |
| Release Mechanism |
Pneumatic, electrical, mechanical, and manual options |
| Application Areas |
Paint Manufacturing & Painting Booths, Transformers & Substations, Rolling Mills & Turbines, CNC Machines |
| Certifications |
Complies with LRS, DNV, BV, PRS, CCS, ABS, GL, RMRS, NK, and other national authorities |
| Installation |
Can be installed as a total flooding system with centralized distribution |
| Residue-Free Operation |
Ensures minimal downtime post-fire suppression |
| CO2 Storage Room Requirements |
Well-ventilated and insulated, Minimum height of 2.4 meters for manifold and weighing equipment installation |
With its robust design and high efficiency, the HPCO2 Fire Suppression System from Hanumaa Protek is the ideal choice for safeguarding critical facilities from fire hazards, ensuring safety and compliance with global fire safety standards.
The HPCO2 Fire Suppression System by Hanumaa Protek is a state-of-the-art fire extinguishing solution utilizing high-pressure carbon dioxide (CO2) to effectively suppress fires in various high-risk environments. CO2 is a colorless, odorless, and non-conductive gas that rapidly displaces oxygen, thereby eliminating the fire without causing collateral damage to sensitive equipment or infrastructure.
This system maintains CO2 at 21°C and 850 psig in high-strength alloy steel cylinders, ensuring a ready-to-use supply for immediate hazard protection. It is particularly suitable for protecting spaces such as paint manufacturing booths, transformers and substations, rolling mills, turbines, and CNC machines. Designed for both total flooding and local application, the system guarantees complete fire suppression in enclosed areas without leaving any residue, making it ideal for use in critical applications.
The HPCO2 system is constructed with precision-engineered components, including electronically controlled master valves and pressure-actuated slave valves. The release mechanism can be operated pneumatically, electrically, mechanically, or manually, offering flexibility in various emergency scenarios. Certified to meet multiple international and national fire safety standards, this system ensures compliance and reliability for industrial fire protection needs.
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