Description: The MXOne has a 360° operating range and enables the highly precise application of water mist from a significant and safe distance. When applied to a fire, the water mist absorbs a huge amount of energy, cools particularly effectively and reaches hidden fire sources better than typical water spray devices.
MXOne can be operated with potable water, seawater and with/without foaming agents. Spray patterns can range from a fine water mist to a full jet. It can produce a flow rate of up to 4,000 liters per minute. MXOne can be aimed at a hot spot either fully automatically or manually via remote control. Thanks to a smart operating system, a single turbine can supply water alternately to two or more neighboring areas. Accordingly, several fires can be fought in parallel, or nearby facilities threatened by fire can be cooled to prevent ignition.
The turbine can be easily integrated into existing plant facilities and is suitable for use in areas with temperatures ranging from -25°C to +60°C.
Superior throwing range
MXOne has the unique ability to fight a fire with water mist from a significant distance. The turbine is able to offset the susceptibility of small droplets to external factors such as crosswinds or head- winds using a smart control system and activating a supporting air stream. Its flexibility allows it to be adapted to meet almost any challenge posed by different fire scenarios.
Efficient firefighting with water mist
When extinguishing a fire with water mist, the water is atomized under high pressure, producing a dramatic increase of water surface which allows a greater efficiency in the absorption of heat. When water evaporates, its volume is increased many times over, which causes a cooling and suffocating effect on the fire. The volume of water consumed during the firefighting effort as well as the consequential damage caused by the water are extremely low.
Maximum flexibility in positioning and application
The control and direction of the extinguishing turbine can be done fully automatically upon detection by IR Flame Detectors, remotely by mobile devices or manually. Various stationary and mobile control variants can be implemented according to the operator's requirements.