Teisaldatav kliimaseade BC 221, 22.000 m3/h

Jahutuspadi, dm³: 120 Õhuvool, m³/h: 22,000 Maksimaalne pindala, m²: 330 Voolutarbimine, W: 800 Toide, V/Hz: 220-240/1ph/50 Voolutugevus, A: 3,7 Veetarbimine, l/h: 12-18 Paagi mahutatavus, l: 120 Veevõrgu otseühendus, toll: ½ Paagi veetaseme näidik: Jah Toote mõõdud (l x w x h), mm: 1230 x 640 x 1730 Kasti mõõdud (l x w x h), mm: 1300 x 720 x 1920 Neto/brutokaal, kg: 65/70 Tõhus ja vastupidav punktjahuti tööstuslike rakenduste jaoks Töötab ka suure õhuvoolu korral vaikselt Klappide automaatse liikumise funktsioon kuulub standardvarustusse Suur veepaak tööaja pikendamiseks Suured rattad ja pidur mugavaks teisaldamiseks Ühendage veevoolik või täitepaak käsitsi, et tagada oma töötajate mugavus Korrosioonikindel plastkere Komplekti kuuluv õhufilter lihtsustab hooldust Kaugjuhtimispuldiga saab hõlpsasti reguleerida kiirust UV lamp, desinfitseerib vee The heart of the evaporative cooling system is the cooling pad where the water evaporates and the air passing through the pads is cooled. Evaporative cooling pads are manufactured from fluted cellulose sheets that are glued together. The material is chemically impregnated with special compounds to prevent rot and ensure a long service life and easy maintenance. A given volume of air at a certain temperature and pressure is capable of absorbing and holding a certain amount of water vapour. If that volume of air contains 50% of the moisture it is capable of holding, we say it is at 50% relative humidity. The hotter the day, the drier the air, the more cooling can be done by means of evaporation. In other words, the cooling effect is best when you need it most. Our evaporative coolers are developed to work well in high-humidity environments too, however, and will remain much more efficient than a simple fan that just circulates warm air. Our coolers will increase humidity by 2 to 5%, depending on temperature and humidity in the environment you want to cool. The slight increase is not noticeable in ventilated areas where the air produced by the unit is exhausted.