FoamTronic is an electronic foam mixing system which very accurately mixes foam concentrate and water, based on the actual firewater demand of the system.
This is achieved by continuous monitoring of the firewater and foam concentrate flows, using electromagnetic flowmeters and real-time adjustment of the concentrate control valve. The accuracy and stability of the system is based on the combination of specially selected components and a unique control system with state-of-the-art logic developed specifically for FoamTronic. The control system records all process values and alarms during operation or test which are available via a user friendly interface.
Benefits
Electronic foam mixing technology
- Smart technology;
- Environmental friendlyk;
- High accuracy;
- No pressure loss;
- Self-diagnostics
FoamTronic allows system performance to be regularly tested without mixing foam and water, thus avoiding environmental concerns and depletion of valuable foam stocks.
Foam proportioning systems rely on the accuracy of the percentage mixing ratio of foam concentrate to water, with the FoamTronic technology this accuracy can be controlled to finite levels and will automatically adjust to changes in system demand.
An advantage of the FoamTronic is that there is no pressure loss in the water supply towards the extinguishing systems. The FoamTronic can be installed close to the foam storage or on remote locations where multiple FoamTronic systems can be used on site using a centralized foam storage system.
Design
Foamtronic cabinet
FoamTronic is designed for the harshest environments. The cabinet is manufactured from stainless steel and powder coated to ensure maximum corrosion protection. The complete assembly is preassembled using high quality components. Options such as cabinet heating and insulation are available.
Collect data
User interface
A touchscreen is integrated into the front panel of the controller cabinet. This intuitive graphic user interface allows a user to view system parameters and diagnostics. All process values, alarms and events are recorded during normal operation and testing of the system.
SYSTEM CAPACITY
The FoamTronic can be adjusted to match project specific requirements and components will be selected to ensure optimum operation. The system capacity depends on the allowable pressure drop over the flow control valve which is sized to suit each application. Examples of system capacity are indicated for 1% and 3% mixing ratios.
The FoamTronic system up to DN50 is standardized into the same cabinet, larger sizes are available and will be custom built. Other flow rates are available up on request.
Possibilities
Foamtronic in combination with a pressure tank
For applications where a large amount of foam concentrate is required at multiple locations, such as at tank terminals, a FoamTronic in combination with a pressure tank is a perfect solution. The extinguishing foam concentrate is stored in a stainless steel pressure tank. In the event of fire, nitrogen cylinders are activated. The pressure of the cylinders is reduced to the desired working pressure for the extinguishing foam system using pressure control valves. The nitrogen pushes the foam concentrate to the FoamTronic.
Roadmap
Extinguishing foam transition
In the coming years, all fire-fighting foam must be fluorine-free. The legal rules will be tightened in the short term and developments in fluorine-free fire-fighting foam are following each other in rapid succession.
We can tailor a transition program for you so that you can go through the inevitable transition smoothly and efficiently in six clear steps.