GreCon’s new Intelligent Extinguishing Module (IEM)

Common causes of fires are sparks, embers, and hot particles. One of the most efficient measures to prevent fire or dust explosion is the early identification of the ignition source so it can be extinguished quickly.

GreCon Spark Detection & Extinguishing Systems provides excellent preventive protection; it does not wait for an actual fire or dust explosion to erupt. The GreCon system prevents the development of these hazards by early detection and elimination of the ignition source.

Now there is an even better “smart” extinguishing option. The new GreCon Intelligent Extinguishing Module (IEM) reliably extinguishes sparks while also monitoring early wear recognition.  The new smart GreCon IEM has sensors integrated into the extinguishing module to detect the wear of your nozzles while also monitoring low pressure flow to the nozzles. Thus, increasing plant and system availability with efficient planning of maintenance to reduce downtime. In addition, to monitoring flow to the nozzle the system will also detect and recognize when micro leaks are occurring with a nozzle. Thus, allowing for repair of defective nozzles before they become a problem. The IEM system can also add a built-in integrated frost monitoring component into the system, for greater operational safety. Another benefit of the system may be less intelligent, but it is certainly smarter for saving time while maintaining the system. It is the non-tool needed quick release latches that are built into the system to allow for changing a nozzle in less than a minute.

The IEM builds upon Fagus GreCon’s existing knowledge of intelligent systems, which includes the intelligent DLD 1/9 Spark Detector. The DLD 1/9 also offers additional protection to industries with intelligent detection technology (IDT).  IDT not only identifies hazardous moving ignition sources before a fire breaks out, but the DLD 1/9 detector is also able to differentiate between dangerous sparks or harmless incidence of extraneous light due to leaky/damaged pipes or an opening of an inspection flap.