Fire monitors

InnoVfoam supplies fire monitors that can be operated from a water-powered oscillation unit, or manually or electrically. Under a given pressure and capacity, InnoVfoam fire monitors have an optimum throw length. InnoVfoam also supplies fire monitor trailers and skids for mobile use. InnoVfoam/Europoles towers with a monitor lift are supplied for stationary systems.

InnoVfoam is also specialised in completely electrically operated fire monitor systems that can be delivered in accordance with the specific customer’s wishes with, for example, a simple standard control panel or a fully automated PLC-operating system with one or more infrared cameras. Our experts provide support during the installation process from start to finish in order to guarantee successful end results.

InnoVfoam’s fire monitor systems are used in and on petrochemical and chemical plants, port installations, aircraft hangars and helidecks.

  • Water turbine operated fire monitor

    The InnoVfoam fire monitor type FWM was developed as compact and reliable device. The manual operation (horizontally and vertically) is done by protected handles which enables safe monitorcon- trols. The Jet/Spray nozzle can be ajusted between full jet and spray by turning the nozzle-grib. Ca- pacityadjustment can be calibrated easily in order to get the best performance regarding throw length and Jet-pattern in relation to the available waterpressure on site. If supplied together with a Waterturbine, installed at the inletflange of the FWM monitor, the rotati- on of the monitor can be done automatically on waterpressure. This additional device enables safe operation in hazardous conditions without putting people into danger.
  • Manual Fire Monitor

    The InnoVfoam fire monitor type FWM was designed as compact and reliable device. Horizontal and vertical positioning is set manually with help of levers (FWM-3/4/6) or hand wheels (FWM-8), which enable safe manual operation. The Fog/Jet nozzle type FJN can be adjusted, by hand, between full jet and spray mode. The capacity of the unit can be manually adjusted such that the best performance possible at the given water pressure in regard to throw length and jet pattern is achieved. The monitor can be equipped with a foam branch pipe or a water branch pipe.
  • Lift monitor

    In collaboration with Europoles Swiss, InnoVfoam BV has developed a new concept for fire monitors at height. Conventional steel towers are generally equipped with cage ladders and platforms used in performing mainte-nance work on the monitors. The InnoVfoam-Europoles concept consists of a mast made of pre-stressed concrete with a lowering mechanism fitted to the exterior. The monitor can be lowered using a sled, allowing maintenance to be conducted at ground level.
  • Fire Monitor Trailer Type 3

    The InnoVfoam trailer mounted fire monitors are available in various executions in order to serve a wide range of mobile firefighting applications. The InnoVfoam monitor trailers show a solid construction which is stable in all circumstances. Due to integrated foam proportioning devices, the Innovfoam monitor trailers can do their job both with water and the admixture of any foam concentrate. Depending on the monitor capacity, an InnoVfoam monitor trailer can be provided with an integrated foam concentrate tank.
  • Fire Monitor Trailer Type 2

    The InnoVfoam trailer mounted fire monitors are available in various executions in order to serve a wide range of mobile firefighting applications. The InnoVfoam monitor trailers show a solid construction which is stable in all circumstances. Due to integrated foam proportioning devices, the Innovfoam monitor trailers can do their job both with water and the admixture of any foam concentrate. Depending on the monitor capacity, an InnoVfoam monitor trailer can be provided with an integrated foam concentrate tank.
  • Fire monitor Trailer

    The InnoVfoam trailer mounted fire monitors are available in various executions in order to serve a wide range of mobile firefighting applications. The InnoVfoam monitor trailers show a solid construction which is stable in all circumstances. Due to integrated foam proportioning devices, the Innovfoam monitor trailers can do their job both with water and the admixture of any foam concentrate. Depending on the monitor capacity, an InnoVfoam monitor trailer can be provided with an integrated foam concentrate tank.
  • Skid-mounted system

    InnoVfoam produces skid-mounted systems, meaning that a ‘plug-and-play’ foam-proportioning skid is mounted in the water extinguishing system. A custom-made system like that is delivered fully tested and ready to use. Because the system is produced dimensionally stable, hardly any time is lost during assembly and commissioning. Proper preparation guarantees efficient project progress. We produce our systems entirely according to the client’s wishes and design everything client-specific. Clients often want the systems to be delivered in a housing such as an insulated container. In some cases, the system is produced in parts so it can be assembled on site in spaces that are difficult to reach.
  • FiFi-1 Remotely operated fire water monitor

    The InnoVfoam FiFi-1 monitor type FWM-EL was designed as compact and reliable device. Horizontal and vertical positioning is accomplished by remotely controlled electric motors, equipped with insulated handles to facilitate safe manual override. The unit can be supplied either with a water branchpipe, foambranchpipe or Fog/Jet nozzle type FJN which can be adjusted between full jet and spray modes by a separate electric motor.
  • Electric Fire Monitor

    The InnoVfoam fire monitor type FWM-EL was designed as compact and reliable device. Horizontal and vertical positioning is accomplished by remotely controlled electric motors, equipped with insulated handles to facilitate safe manual override. The Fog/Jet nozzle type FJN can be adjusted between full jet and spray modes by a separate electric motor. The capacity of the unit can be adjusted such that the best performance possible at the given water pressure in regard to throw length and jet-pattern is achieved.
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