蒸發式冷凝器工作原理
冷卻塔是水與空氣直接接觸進行熱交換的-種設備,它主要由風機電機填料抽水系統塔身水盤組成主要由在風機作用下的溫度比較低的空氣與填料中的水進行熱交換從而達到降低水溫的目的。
A它是一種在塔內通過布水系統將熱水噴西成水滴或水膜狀水在鎮料中從上向下流動空氣在填料中由下向上或水平方向流動利用水的蒸發及冷空氣和熱水的熱傳遞帶走水中廢熱的設備。
B橫流塔是 指熱水從上向下穿過填料，而空氣從水平方向流動穿過填料熱水和空氣的流動方向呈近90%的一種冷卻塔。
C逆流塔是指熱水從上向下穿過填料,而空” 從下向上流動穿過填料,熱水和空氣的流動方向呈近乎180的-種冷卻塔浮球閥就自動打開補充冷卻水。
Being a kind of equipment for heat exchange through direct contact of water and air,the cooing tower is mainlycomposed of draught fan,electrical machine.padding.Pumping-out system.tower body and water pan.and it achieves thepurpose of lowering water temperature through heat exchange of water in the padding and law temperature air under thedraught fan.
B.Transverse flow tower refers to a kind of cooling towerin which hot water passes through the padding from the topdown,the air moves horizontally and passes through the padding,and the movement direction of hot water and air ispresented at approximately 900.
C.Countercurrent tower is a kind of cooling tower.in which hot water passes through the padding from the top downthe air mouse from the bottom lo tap and passes through the padding,and the movement direction of hot water and air ispresented at approximately 180.
逆流冷卻塔的工作原理
超低噪音逆流式冷卻塔的工作原理為熱水經過入側面入水管進水經過固定噴嘴噴灑到塔內部散水片熱水經過散水片均勻布水可確保熱水均勻分布到填料中,熱水在填料中依靠自身重力緩緩落下,保證熱交換充分風機由外置式馬達帶動抽風使冷空氣由底部四面進風穿透散熱材這樣冷空氣和水形成垂直相會,使熱水與級冷的空氣進行充分的熱交換換熱效率高，
The working principle of the ultra-low noise counter flow type cooling towers:the hot water goes by the sideways andqoes into tube.Then through fixed nozzle,it sprays the internal towerThe hot water goes through water diffusion piece tomake the uniformity of water-distribution and the hot water will be distributed evenly into the tirerIhe hot water fllingslowly with its own gravity and sfficient heat exchange will be guaranteed.The exhaust tan Is driven by the external typemotor to make the cold air ao through heat dissipation material from all directions.So the cold air and the water can Tormvertical meets.As a result,.the hot water can exchange with the coldest air to ensure high-efficiency heat energy exchange
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