Ruby Dry DH600 Dehumidifier
October 4, 2007
Breathe healthy with Ruby Dry Dh600 Dehumidifier
Dehumidifiers are very helpful to maintain the humidity level in your room. This way you can help yourself from being affected by sensitive diseases like allergies that is very likely to affect you in the verifications in the climate. It is hence necessary to balance the moisture content in an area to breathe hassle free. Ruby Dry DH600 Dehumidifier is the subject of attraction in the latest of Dehumidifiers in the market. This dehumidifier gives your premises the ideal humidity level which ranges from 40% to 60% for a room.
The dehumidifiers from Ruby Dry will perform this by removing condensation that can lead to mould and mildew. The absorption of humidity is done using a silica gel disc and thus the dehumidifier is free from compressor that usually performs this duty of absorbing humidity. Now that there is no compressor used in it the noise level too is very low or can be said to have no noise at all other than the humming of the fan inbuilt in it. In spite of maintaining the humidity level it again keeps the temperature raised in the room up to 12 c.
The Ruby Dry DH600 Dehumidifier is supplied with a reservoir that collects the water in it in its process of dehumidifying and when the reservoir reaches its limit of 6 litres the system automatically switches off. Simultaneously the water thus collected can be easily drained off. This dehumidifier from Ruby Dry is made to be conveniently light and portable. It thus weighs only 7 kg and can be carried from one place to another with the integral handle provided on it.
The power supply it requires for its smooth run can be calculated to be 230V or 50 Hz and it consumes electricity up to 0.435kW. The maximum dehumidification possible by this Ruby Dry DH600 Dehumidifier is 5.50 L per 24 hours. It is equipped with a 2 meter electric cable and a carbon filter too for its better performance. 545 x 200 x 430 is its dimensions in millimetres which are the height, length and depth respectively.
