The utility model discloses a rolling mill production line cooling water circulation system, including cooling tower, cooling tower in the side of the top is provided with a water inlet pipe, the cooling tower is fixed with a net layer, a water outlet pipe is arranged on the side wall of the cooling tower, a wind guide channel in the net layer, which is provided with air holes communicated with the air guiding channel in the net net layer on the wall, at the top of the cooling tower is provided with a fan base, a fan base through a bolt fixed on the top of the cooling tower, a blower is fixed on the fan seat, connected with a wind blower channel is arranged on the tower wall of the cooling tower of wind channel, temperature the sensor is fixed on the inner wall in the cooling tower, cooling tower is provided with a temperature controller, temperature sensor input and the temperature controller is connected with signal output end of the temperature controller is connected with a blower. The structure of the utility model is reasonable, and the cooling efficiency of the cooling tower can be greatly improved, and the technical problem of low cooling efficiency of the cooling tower in the traditional technology is solved, and the use stability is good and the applicability is strong.
【技术实现步骤摘要】
轧机生产线冷却水循环系统
本技术属于轧机高温水冷却塔
,具体涉及一种轧机生产线冷却水循环系统。
技术介绍
轧机在轧制过程中,为了保证轧机的使用稳定性和轧制产品的质量,一般都需要对轧机进行冷却,冷却水对轧机冷却后的高温水一般通过回水管进入开式冷却塔降温后进行循环使用,然而传统技术的冷却降温塔的降温速度较慢,而且由于回收到高温水中会含有较多的轧制碎屑,从而也会影响高温水的冷却效率,而采用电机控制扇片进行加速降温效果并不太明显,故而适用性受到限制。
技术实现思路
本技术的目的是提供一种结构设置合理且可有效提高降温效率的轧机生产线冷却水循环系统,旨在解决传统技术中冷却塔降温效率较低的技术不足。实现本技术目的的技术方案是一种轧机生产线冷却水循环系统,包括冷却塔,在所述冷却塔的侧部顶端设有与轧机生产线相连接的进水管,在所述冷却塔内固定有隔网层,在所述冷却塔的侧壁上设有出水管,所述出水管设置在所述隔网层的上方,在所述隔网层内设有导风通道,在所述隔网层的网壁上设有与所述导风通道相连通的风孔,在所述冷却塔的顶部设有风机座,所述风机座通过螺栓固定在冷却塔的顶部,在所述风机座上固定有鼓风机,在所述冷却塔的塔壁上设有连通鼓风机与导风通道的传风通道,在所述冷却塔内壁上固定有温度传感器,在所述冷却塔上设有温控仪,所述温控仪的输入端与温度传感器相连接且所述温控仪的信号输出端与鼓风机相连接。在所述冷却塔的塔壁外侧面均匀设有散热孔,在所述散热孔内设有散热鳍片,在所述冷却塔的塔壁内镶嵌有导热金属杆,所述导热金属杆的外侧端与散热鳍片相连接且内侧端伸入冷却塔内。在所述冷却塔的底壁上设有沉渣清扫 ...
【技术保护点】
一种轧机生产线冷却水循环系统,包括冷却塔,在所述冷却塔的侧部顶端设有与轧机生产线相连接的进水管,在所述冷却塔内固定有隔网层,在所述冷却塔的侧壁上设有出水管,所述出水管设置在所述隔网层的上方,其特征在于:在所述隔网层内设有导风通道,在所述隔网层的网壁上设有与所述导风通道相连通的风孔,在所述冷却塔的顶部设有风机座,所述风机座通过螺栓固定在冷却塔的顶部,在所述风机座上固定有鼓风机,在所述冷却塔的塔壁上设有连通鼓风机与导风通道的传风通道,在所述冷却塔内壁上固定有温度传感器,在所述冷却塔上设有温控仪,所述温控仪的输入端与温度传感器相连接且所述温控仪的信号输出端与鼓风机相连接。
【技术特征摘要】
1.一种轧机生产线冷却水循环系统,包括冷却塔,在所述冷却塔的侧部顶端设有与轧机生产线相连接的进水管,在所述冷却塔内固定有隔网层,在所述冷却塔的侧壁上设有出水管,所述出水管设置在所述隔网层的上方,其特征在于:在所述隔网层内设有导风通道,在所述隔网层的网壁上设有与所述导风通道相连通的风孔,在所述冷却塔的顶部设有风机座,所述风机座通过螺栓固定在冷却塔的顶部,在所述风机座上固定有鼓风机,在所述冷却塔的塔壁上设有连通鼓风机与导风通道的传风通道,在所述冷却塔内壁上固定有温度传感器,在所述冷却塔上设有温控...
【专利技术属性】
技术研发人员:王志南,李继坤,
申请(专利权)人:重庆正杰铝业有限公司,
类型:新型
国别省市:重庆,50
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