Gian FRP cooling tower technology is the use of parameter-class contact cooling tower water and air through evaporation to disperse a refrigeration and air conditioning equipment for industrial or waste heat generated. The basic principle is: after drying (low enthalpy) of air through the fan twitch from the inlet into the cooling tower at the net; the saturated vapor pressure of water molecules to large high-temperature low-pressure air flow, heat (high enthalpy) The water from the broadcast tower has been spilled into the water system. When the water droplets and air in contact, on the one hand due to the direct heat transfer contact with water in the air, on the other hand due to the presence of water vapor pressure difference between the surface and the air, is evaporated under the pressure of the phenomenon, i.e., by dry air with an unsaturated heat transfer away sensible heat of water, some water evaporation latent tropical water to go, so as to achieve the cooling water to cool the head. FRP cooling tower technology: Parameter Model cooling water m3 / h power system interface Dimensions Weight diameter fan motor LWH inlet diameter into the tower pressure weight (tons) operating weight (t) diameter power (L) (W) ( H) (h1) (h2) Φmm KW mm mm mm mm mm Dnmm Kpa TKGN-1000 1000 4700 37 8400 8400 9000 4000 6500 300 × 2 30 15.5 24.5 TKGN-1250 12550 5000 45 9400 9400 9200 4200 6700 350 × 2 30 17.5 27.5 TKGN-1500 1500 5500 55 10300 10300 9650 4350 7150 350 × 2 30 23.5 38.5 TKGN-2000 2000 7000 90 12000 12000 10700 4900 7700 400 × 2 35 32.5 49.5 TKGN-2500 25000 7700 132 13300 13300 11300 5300 8300 450 × 2 35 37.5 55.5 TKGN-3000 3000 8000 160 14600 14600 12100 5600 8600 500 × 2 35 45.5 64.5 TKGN-3500 3500 8500 160 15800 15800 12400 5900 8900 550 × 2 35 50.5 71.5 TKGN-4000 4000 9140 200 16800 16800 12800 6300 9300 550 × 2 40 58.5 80.5 TKGN-4500 45000 9800 220 18000 18000 13400 6400 9400 600 × 2 40 63.5 88.5 TKGN-5000 5000 10060 250 19000 19000 13900 6900 9900 600 × 2 40 68.5 93.5 Note: TKGN series design conditions: water temperature 43 ℃ ; water temperature is 33 ℃; wet bulb temperature 28 ℃; one thousand bulb temperature = 31.5 ℃; atmospheric pressure 9.94 × 104pa.