Modified water-separating damper for water inlet of covered pipe of cooler

Abstract

The invention discloses a modified water-separating damper for a water inlet of a covered pipe of a cooler. The modified water-separating damper comprises a cooling pipe and is characterized in that the cooling pipe is provided with a water-separating damper body mounted on the front lateral part of the cooling pipe. The water-separating damper body comprises a front cover recess plate and a back cover plate, a plurality of water outlets are evenly distributed in the back cover plate, the water inlet pipes are connected to the front end face of the front cover recess plate and communicated with the same, dampers are mounted in the middle positions inside the front cover recess plate and welded on the inner side of the front cover recess plate, and face to the water inlet pipes. According to the arrangement,the inflowing water firstly impacts on the dampers, and then evenly impacts on the whole covered pipe inside; since the water does not impact directly on the cooling pipe, impact force generated is greatly reduced, impact on welding points of the cooling pipe inside is further greatly reduced, and service life of equipment is thus prolonged.

Description

technical field [0001] The invention belongs to the field of cooling equipment, and in particular relates to an improved water diversion plate of a water inlet of a cooler wrapping tube. Background technique [0002] The cooling tower is a tower heat dissipation device. It uses the principle of water evaporation and heat absorption to absorb the heat in the heat transfer medium, so as to ensure the normal operation of the heat dissipation equipment in the system, avoid safety accidents, and prolong the service life of the heat dissipation equipment. The cooling tower has the characteristics of good cooling effect, long service life and stable operation, and has been widely used in HVAC, cooling and other fields. [0003] The cooling tower mainly includes air cooling equipment, circulating water cooling equipment and coolers. The cooler includes various branch pipes. After the cooled liquid enters the equipment, it needs to be distributed to each branch pipe. The pipeline c...

AI Technical Summary

Problems solved by technology

The flow rate and pressure of the liquid entering the sealing tube from the main pipeline are generally very high, impacting on the inner wall of the sealing tube and the welding connection point between the slender straight tube and the sealing tube, impacting on the above position for a long time will cause damage to the welding point, and even bulge crack, which will cause a large loss

This method also makes the water flow in the branch pipe uneven, which affects the cooling effect of the entire equipment

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