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Medium Expansion Foam Generator
The Medium Expansion Foam Generator is a generator intended for fixed installations. Generally used for coverage of bunded and diked areas, incinerator plants, loading facilities, jetties, spill fires, control of vapor relese from toxic or flamable liquid spill or protection of loading facillities where medium expantion foam is needed. The generators are used with most types of foam systems like foam pumps, bladder tanks or In-line proportioners. The generator normally operates between 3 to 5 bar inlet pressure. -
Balanced Pressure Proportioner
Various types of foam proportioners for precisely proportioning foam concentrate in the water-stream of an extinguishing system can be used. The choice of proportioner depends on a number of factors: the type of extinguishing system, the required capacity, and the available energy, space (inside/outside/size) and pressure. -
Pop-Up Nozzle
Nozzle for deck integrated fire fighting system (DIFFS). Designed for installation in any deck where there is access from below for installation and to hook up water supply. The nozzle has an housing like a bulkhead pipe with lock nut and water supply connection to be installed permanently in the deck. A pop-up spray nozzle cartridge is installed in to this housing from topside. The cartridge can be removed for flushing, cleaning and pressure testing -
Reliable Proportioners
Various types of foam proportioners for precisely proportioning foam concentrate in the water-stream of an extinguishing system can be used. The choice of proportioner depends on a number of factors: the type of extinguishing system, the required capacity, and the available energy, space (inside/outside/size) and pressure. -
Electronic foam Proportioning system
Accurate foam proportioning is critical in fire fighting applications. Regulations such as NFPA-11 show different ways for inducing foam concentrate at a foam fire fighting system. The innoVfoam Electronic Foam Proportioning System (EFPS) meets NFPA-11 regulations. This system is accurate, simple, compact and suitable for any type o foam concentrate or system. It’s wide flow range makes is suitable for both sprinkler and deluge applications. Thanks to our special InnoVfoam software, the system operates without dedicated electronically operated control valves. Special flow meter-operated speed control, combined with a VdS-approved gear pump, guarantees accurate operation within range. -
Inbal Control Valve
The Inbal Electrically Actuated Control Valve is specifically designed for use in fire protection systems controlled electrically by automatic or manual release. The series 700D-02C01/2/3/4 consists of Inbal Automatic Water Control Valve series 700D and an Electric Actuator. The Inbal Valve is an automatic streamline sleeve control valve which utilizes only the line pressure as a source of energy to operate. -
Vertical bladdertank with built-in proportioner
The InnoVfoam bladdertank system is a system for mixing foam concentrate with water. A major advantage of the bladdertank system is that it can be installed in the main flow and subsequently doesn't need an external energy supply. The integrated water reference test option offers a functionality test without foam consumption. -
Fluorinated foam concentrate
In order to make water suitable for extinguishing flammable liquids (Class B fires), a fixed percentage of foam concentrate is added. The foam formed by mixing in air can be used as an extinguishing agent. In order to make water more effective in extinguishing combustible solid materials (Class A fires), a low percentage of foam concentrate is added to increase its penetration power. -
Reliable Proportioners
Various types of foam proportioners for precisely proportioning foam concentrate in the water-stream of an extinguishing system can be used. The choice of proportioner depends on a number of factors: the type of extinguishing system, the required capacity, and the available energy, space (inside/outside/size) and pressure. -
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. -
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. -
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. -
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. -
Plug- and play high expansion foam generator
InnoVfoam has developed a “plug-and-play” high expansion foam generator that works on the basis of the “outside air” principle. InnoVfoam's Hi-Ex 600 generator is part of the company's VdS-approved high expansion foam system and it reduces costs of installation, pipework, structural alterations and maintenance. -
Linear Heat Detection
The digital heat detection cable from Protectowire™ operates as a switch. Two conductors, covered by heat sensitive insulating Polymer hoses, run parallel inside a cover hose. At a preset temperature, the Polymer hose melts and the two conductors contact. This contact causes the fire alarm system to sound the alarm. The cable is UL/FM approved, it possesses very special characteristics which make it suitable for many various applications -
Fiber Optic Linear Heat Detection
Glas fibre detection is a revolutionary way of measuring exact temperature with help of a glas fibre detector. The reflected signal from the laser that is sent by the glass fibre is temperature sensitive and provides a precise temperature measurement on each point of the detector. With the supplied controller the detector can be devided into 256 zones and alarm criteria can be programmed per zone such as min/max temperature, rate of rise, deviation of an average etc. The system is perfectly suitable for buildings with explosion safe equipment such as chemical factories, refineries and tank terminals. Direct controlling from the fire fighting system is possible. The maximum length of 8 km offers a flexible and affordable detection device. -
Vertical bladdertank
The InnoVfoam bladdertank system is a system for mixing foam concentrate with water. A major advantage of the bladdertank system is that it can be installed in the main flow and subsequently it doesn't need an external energy supply. The integrated water reference test option offers a func- tionality test without foam consumption. -
Horizontal bladdertank
The InnoVfoam bladdertank system is a system for mixing foam concentrate with water. A major advantage of the bladdertank system is that it can be installed in the main flow and subsequently it doesn't need an external energy supply. The integrated water reference test option offers a func- tionality test without foam consumption. -
Atmospheric storage tank
An atmospheric tank is used for storing water or foam concentrate in combination with a pump and a proportioner. The size of the tank and the built-in pipe and hose connections can be adapted to meet your requirements.The InnoVfoam storage tanks are produced with high quality HDPE and are very suitable for storage of any kind of foam concentrate (for water as well). -
InnovDos Foam Proportioning System
InnoVfoam has developed a foam proportioning system called "InnovDos" for adding foam concentrate to mains water without needing an external energy supply. InnovDos uses a water-driven foam pump. Its main components have been tested and approved by VdS. The system is suitable for foam proportioning in large (sprinkler) systems.
