INLINE Phresh Filter 1500 PRO,75cm,1500m3/hr,200mm

Technical data:
- filter housing: galvanized steel
- open space: 53%
- flange and base: aluminium
- flange height: 45 mm
- flange outer diameter: 250 mm
- inner flange diameter: 248.4 mm
- filter diameter: 291 mm
- filter height: 750 mm
- box dimensions: 304 x 304 x 795 mm
- weight: 11.1 kg
- activated carbon - type: granular - high activity - Australian RC48
- carbon bed depth: 40 mm
- mounting: vertical / horizontal
- lifetime: 18 - 24 months
- maximum operating temperature: 80 °C
- maximum relative humidity: 80%
- maximum recommended airflow: 1250^m3 / h
- maximum recommended fan power: 1500^m3 / h

Phresh Filters are odour filters that use the highest quality activated carbon available on the planet as an internal cartridge. It is mined in Australia in deposits that are several million years old. It is characterised by its minimal dust and enormous absorption capacity. Another huge advantage is their weight, which has gone down significantly due to the super quality of the activated carbon, which is really noticeable especially in high air flow filters. Of course, the filter includes a dust filter (firon), which can be easily removed or put on the filter body.
The manufacturer recommends cleaning this dust filter every 3-6 months, washing it in lukewarm water and putting it back on the filter body. Each Phresh Filter comes with 2 pieces. A cool feature is the steel clips that snap onto the flange. When the air hose is subsequently fitted, attaching it with a steel clamp or tape becomes a simple matter. The hose does not slip and attachment is really a breeze. We must also mention that we can recycle the used charcoal, for example in the garden, as it is a very high quality soil enrichment agent.

Calculation to choose the right filter
Calculate the volume of air in a room by multiplying the length of the room (m) by the width of the room (m) and the height of the ceiling (m).
E.g.: A room 4 m long, 3 m wide and 2 m high => 4 x 3 x 2 = 24 m3
Multiply the resulting volume of air by 60 (i.e. the number of minutes per hour) to find the amount of air that needs to be purified in 1 hour.
Compare the result with the maximum output of the selected filter. If its max. performance is higher than our result, the filter is sufficient for the space.