![]() Please contact us via email for an export Training, or where the equipment is likely to be used in areas of This option is recommended for both cleanroom applications,Īs well as for heavy duty / high usage applications such as fire Stainless steel metalwork shells to special orderĪt extra cost. Pea Soup industrial smoke systems are also available in Put, you cannot buy a better smoke system than this! The difference between PS33's Thermo-Resist smoke and water The smoke has a very dull smell and is much less irritatingĬompared to high concentrations of water based fog. In smoke fluid chemical required to achieve complete white-out. Is also the safest smoke available due to the huge reduction Machine producing such a thick, dense, persistent smoke. Resist temperatures up to 200C (making them ideal for hotįire training), but its fluid use is unparalelled by any other ![]() Not only does the smoke from the Thermo-Resist versions These systems utilise only a small fraction (10%) of theĪmount of smoke chemical as water based options. The actual chemical concentration within that environment. #Pdfinfo water chemistry simulatorParticle size is critical in ensuring that dense smoke concentrationsĬan be achieved within the simulator whilst keeping to a minimum The production of a consistent smoke with an extremely small They can alsoīe programmed to use oil or water based fluid for effects Reliability and running costs are the main factors for fixed The smoke from the Thermo-Resist models is Ideal if your smoke detectors are very high up in theĬeiling. Unlike water-based smoke, oil-based smoke can be given thermalīuoyancy to closely replicate hot rising smoke from a realįire. As the unitsĭo not utilise a fluid pump, an ultra-smooth smoke output at any output Type B water based fluid which disperses quickly. Tunnels (not PIV LVA) you can reprogram the machine to use The fog does not evaporate in fast movingĪir streams, ideal for open ended wind tunnels, large or small.įor visual perspective in closed (recirculating) small wind In LVA / PIV laser doppler anemometry the fog particles faithfullyįollow flow dynamics. Where water based smokes simply evaporate. The smoke is heated and rises, staying visible Given thermal buoyancy - the only machineĬapable of this. It remains dense and highly visible over longĭistances and test durations and does not evaporate due to Only smoke that gives you the most superior results is from car park ventilation tests for ventilation systems, the ![]() Water based smoke) which enables you to fill huge areas effectivelyĪnd efficiently for air tightness testing work.įor impulse / PPV (positive pressure ventilation) / road tunnel Hangs for around 4 hours without evaporating or layering (unlike Ideally suited to large building envelope tests - the smoke Tests (water based smoke is not officially suitable for these They can be programmed to use Ondina EL orĮmery 3004 / Durasyn 164 - the approved oil chemical for HEPA ![]() ('Entertainment'įog machines' particle size are generally around 10 to 50 So they are ideal for HEPA filtration tests. Smoke particle size is consistently 0.2 - 0.3 microns in diameter, Year warranty as standard, and a lifetime Users from fire trainingĬentres to theme parks throughout the world have selected Purges its heater block after every smoke issue.Īre available for different needs. Virtually no routine maintenance is required as the unit automatically Of 80 - 90% with these systems compared to water-based smoke You will likely notice a reduction in smoke fluid consumption Hundreds of critical applications including aircraft simulatorsįor the world's biggest aircraft manufacturers and pharmaceuticalĬlean rooms for over 50 years without any problems arising Smoke is the safest in its class, outperforming The oil based fog hasĪ temperature resistance of up to 200° Celcius (392 F). Safe, non-toxic, intrinsically biodegradable and leaves no discernible residue. The fog particles don't evaporate as quickly. In the air many, many times longer than water based fog, as Oil-based and water-based fog - what's the ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |