Fire protection is of utmost importance in any building, as it ensures the safety of the facility, the well-being of the employees and reduces the risk of prolonged business interruption. Viking water mist systems are well suited for the various risks that can be found within such facilities, ensuring effective protection of all areas.
Features & advantages:
The ProCon PC-M water mist system:
Particular hazard points such as the oil-lubricated bearings of steam turbines and generators can pose significant fire risks, but also are at risk of severe damage with traditional water-based systems. ProCon PC-M systems can protect such sensitive machinery with low volumes of water by benefitting from the increased heat capacity of smaller water droplets.
When installing water mist systems, operators can comply with building regulations, ensuring a compliant, safe working environment. Asset protection, employee safety and business continuity are maintained.
Fire-safe environments and working should be the goal for all building owners. Water mist systems offer a proven solution that is clean, cost-effective and that reduces risk - giving owners peace of mind.
The ProCon PC-M system makes use of impulse nozzles of type MXID or swirl nozzles of type MXDD. The design of the PC-M nozzles and integrated strainer allows the use of standard galvanised pipes so expensive speciality piping systems are not required. The use of specially treated extinguishing water can also be avoided. A cap with retaining chain can protect the nozzle from outside contamination in particularly dirty environments such as surrounding conveyor belts.
The ProCon PC-M system creates fine droplets thus increasing the contact area for heat transfer and thereby optimising the cooling effect of the water. In addition – due to rapid vaporisation of the small water droplets within the location of the flame – a large amount of steam is produced, which prevents the oxygen from reaching the fire. An effective combination for rapid control and suppression of a fire. In addition, the smaller water droplets minimise the equipment distortion arising from the increase in heat.
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