HFC-227EA CLEAN AGENT FIRE EXTINGUISHING SYSTEM
Because it is rapidly responding and leaves no hazards behind, the HFC227ea Clean Agent Fire Extinguishing System is an outstanding extinguishing system. It is intended to extinguish Class A, B, and C flames. This sort of system is completely safe to discharge near persons since there are no dangerous chemicals in the extinguishing agent. According to the stored form of power gas, HFC227ea Clean Agent Fire Extinguishing System are classed as outside stored pressure or inside stored pressure. It is available in pipe network and cabinet configurations.
Pressures of 2.5Mpa, 4.2Mpa, and 5.6Mpa are available.
HOW HFC227EA CLEAN AGENT FIRE EXTINGUISHING SYSTEM WORK
HFC227ea Clean Agent Fire Extinguishing System operate on the principle of total flooding. When a fire is detected, the system releases HFC-227ea into the protected area within seconds. The agent discharges as a gas, rapidly filling the space and suppressing the fire. HFC 227 works by removing heat from the fire, interrupting the chemical reaction, and lowering the oxygen concentration to a level that cannot sustain combustion. Its fast-acting nature and ability to reach all corners of an enclosure make it highly effective in extinguishing fires.
APPLICATIONS OF HFC227EA CLEAN AGENT FIRE EXTINGUISHING SYSTEM
HFC227ea Clean Agent Fire Extinguishing System find applications in a diverse range of industries and environments, including:
- Telecommunications facilities
- Power generation and distribution facilities
- Industrial manufacturing plants
- Laboratories and research facilities
- Marine and offshore installations
- Museums, archives, and historical buildings
EUROSAFE SYSTEM ASSEMBLY
A typical EUROSAFE HFC227ea Clean Agent Fire Extinguishing System includes a gas cylinder suite, a manual discharge device, a guiding hose, an emission hose, a check valve, a manifold, a pressure-relief device, a directional valve, a pressure-operated switch, pipe fittings, a nozzle, and the units that connect the fire suppression system to an automatic fire alarm system.
Some of the components listed above may be unnecessary depending on the actual use.
TECHNICAL PARAMETERS
40L,50L,60L,70L,80L,90L,100L,120L,150L and 180Lsteel cylinders all meet the requirements of TPED.
| Material | |
|---|---|
| Carbon% | 0.200%Max |
| Manganese% | 1.500%Max |
| Phosphorus% | 0.025%Max |
| Sulphur% | 0.025%Max |
| TPED | |
|---|---|
| Hydraulic test pressure | 69.0bar(1000psi) |
| Working Pressure | 34.5bar(500psi) |
| Hydraulic test pressure | 138.0bar(2000psi) |
| Working Pressure | 69.0bar(1000psi) |
| Paint Specification | Red polyester powder Coated |
DESIGN PROCESSES OF FIRE SUPPRESSION SYSTEM
- The design of HFC 227ea system must follow the following procedures.
- Determine the hazardous substance and the required concentration.
- Determine the volume of every cabinet and take out all the impermeable volume in the right place.
- Determine the risk altitude and correction coefficient.
- Calculate the amount of HFC-227ea of every protected area at the lowest design temperature.
- Choose the type and the position of nozzles.
- Design the container size and filling density.
- Design the network of pipes.
- Calculate the amount of HFC-227ea of every nozzle.
- Check the agent percentage at every flow bypass part.
- Identify the length, rising, and declining of all pipes, and identify the nozzle reference numbers.
COST ANALYSIS
The cost of an HFC-227ea fire suppression system depends on various factors, including the size of the protected area, the complexity of the installation, and the required storage capacity. While the initial investment may be higher compared to some other systems, the benefits of quick fire suppression, minimal damage, and reduced downtime can outweigh the upfront costs in many cases. A comprehensive cost analysis should consider the long-term savings and the value of protecting critical assets.
CERTIFICATION AND STANDARD
APPLICATIONS
The HFC-227ea fire suppression system is appropriate for most commercial and industrial settings. Bank strong room, library, bookshop, electronic data processing center, telephone switching studio, communication center, transformer and switchgear room, control room, testing lab, and inflammable liquid storage room are typical areas it can protect.