KENT Alps + Air Purifier
An advanced HEPA Pure Technology based Air Purifier with Real Time Air Purity Monitor to display the density of PM 2.5 in indoor air. A high CADR and high Capacity air purifier that uses state-of-the-art HEPA air purification technology and real time air quality monitoring to make the indoor environment clean and dust-free.
KENT Alps + Air Purifiers use revolutionary HEPA Pure technology that removes 99.97 % indoor air pollutants present in the indoor air. The air purifier uses three different mechanisms of Impact, Interception and Diffusion to trap the pollutants such as dust mites, mold spores which have more than 0.3 microns in size.
Real Time Air Purity Monitor
KENT Alps + comes with real time air purity monitor and display of PM 2.5 for indoor air. The air purifier uses an advanced laser scattering technique to detect the level of PM 2.5 in a room on a real time basis. A digital screen displays the density of PM 2.5 in µm/m3 inside the room.
Air Quality Indicator
KENT Alps + Air Purifier comes with an inbuilt sensor and a display to indicate the air quality in a room. The air quality is indicated in three colours- blue for excellent, pink for good and red for poor.
KENT Alps + Air Purifier has a user-friendly, convenient and functional design which makes it suitable for homes and offices. The air purifier comes with a pedestal mode of installation which makes it convenient to use the purifier.
Inbuilt Ionizer to Improve Freshness
KENT Alps + air purifier also has an inbuilt ionizer which improves the freshness in the indoor air. The ionizer forces the pollutants to stick to the walls or traps them on an electrically charged collection plate to make the indoor air clean.
|Model Name||KENT Alps + (Plus) Air Purifier|
|Net Weight||8.00 kg|
|Input Power Supply||Single Phase 220-240 V, AC 50/60 Hz.|
|Product dimension (mm)||410 (L) * 245 (W) *580 (H)|
|Effective room area||Up to 43. Sq. m.|
|Noise (dB)||<= 54 dB (A)|
|CADR (Clean air delivery rate)||400 m
|PM 2.5 (Sensing Range)||0-1500 µg/m