User manual ATIKA ALE 800

[. . . ] You may not start to operate the machine until you have read these operating instructions, observed all the instructions given and installed the machine as described!Keep the operating instructions in a safe place for future use. Electrical devices do not go into the domestic rubbish. give devices , accessories and packaging to an ecofriendly recycling. [. . . ] Do not use any defective connection cables. Do not set up any provisional electrical connections. never bypass protective devices or deactivate them. Only hook up the machine by means of a fault-current circuit breaker (30 mA). The electrical connection or repairs to electrical parts of the machine must be carried out by a certified electrician or one of our customer service points. Local regulations ­ especially regarding protective measures ­ must be observed. Repairs to other parts of the machine must be carried out by the manufacturer or one of his customer service points. Accidents can arise for the user through the use of other spare parts. The manufacturer is not liable for any damage or injury resulting from such action. If possible, the air dehumidifier should be placed in the middle of the room in order to have a good air circulation in the whole room. If this is not possible, locate the air dehumidifier so that air can be sucked and discharged unhindered. Keep a minimum distance of 10 cm to walls. Place the air dehumidifier horizontally to ensure that the condensed water can flow off unhindered away from a heat source (e. Make sure that windows and doors of the room to be dehumidified are closed. Use an electrical socket with a rated voltage of 230 V with a fault-current circuit breaker (30 mA). This air dehumidifier works on the basis of the condensation principle. Room air is sucked through a filter and a refrigerating element where water vapour in the air condense as water droplets. Then, the water droplets flow into a condensation water bowl and further into the water container while the dried cold air is piped through the condenser of the device, heated and blown again into the room. the temperature of the blown out air is approx. This increase of heat is caused by power introduced in the compressor and fan and by heat which is released by the condensation of the water vapour. The relative humidity of air is gradually reduced thanks to continuous recirculation of the room air through the device resulting in a quick and gentle drying of the room. Water vapours move easily and unhindered through the air. [. . . ] Clean the device's external surfaces using a wet cloth and a mild cleaning solution (soapy) on a regular basis. make sure that no water enters the interior of the device. Do not use detergents or solvents for cleaning because such may attack parts of the device. Have the interior of the air dehumidifier inspected for contamination by service staff once in a year or more frequently depending on the operating conditions. [. . . ]