Refrigeration tower failure and disposal methods
I. Noise failure in the cooling tower studio
1. Reasons for failure: chronic use, insufficient or missing lubricant in cooling towers; unstable wind leaf selection, changing location, causing friction when wind leaves touch the inner wall of the cylinder at high speed; the main thruster bearings are the most trouble-prone link, with long-term rotation resulting in the loss of lubricant and increased degree of friction。
2. Fault resolution: first, check the quantity of oil for bearings or lubricating oil elsewhere, then check the correct location of the wind blades, and whether there was any friction between the rotary blade and the interior wall. Timely correction of page angles to supplement lubricants. Heavy wear and tear of bearings will be replaced in a timely manner。
Ii. The temperature of the cooling tower is abnormal
1. Analysis of the causes of the failure: the water cycle in the tower is not smooth, the water flow in the tower is excessive or too small, the wind engine is inadequate, and during the cycle there is a second cycle of heat gas, which also has a significant effect on the temperature, as well as distillation sheets and water pipes, which need to be checked and processed in a timely manner。
The first is to look at the volume of water inside the tower and check whether it meets normal standards, which increases the temperature of the water at any rate; the second is to examine the circulation system, whether there is heat in circulation, and the end is to check the wind mass, the wind volume is insufficient or uneven, and the congestion causes the temperature to rise。
Iii. Quick reduction of intra-turkish water
1. Analysis of the causes of the failure: the most direct effect of the decrease in water volume is the poor heat dispersion, which occurs only minimally, mainly because of inadequate water supply due to the congestion of water leaks or filtration networks, resulting in a decrease in the volume of water in the tower and the low level of water in the tanks, as well as a shortage of water in the tower。
2. Fault resolution: first, to check the quantity of water in the water tanks, to see if they are too small, with low water levels and inadequate water supply; and to check whether the main dispersive water holes and filtration networks are blocked, i. E. Clean-up and replacement of new fittings when serious。
Iv. Splash of droplets
1. Analysis of the causes of the failure: the most common conditions contributing to this phenomenon are the excessive rate of back-turning of the dispersive pipe, which is caused by poor control, and the excessive amount of water in the dispersive tanks, the obstruction of the dispersed heat sheet, or the inability to function in the wrong position of the sheet, which is caused by the excessive circulation of the water in the tower。
2. Frustration solutions: first checking cooling water levels in the tower, controlling water volumes in a timely manner, reducing the volume of circulation, adjusting or replacing new water shielding panels, providing timely access to congestioned radiators, cleaning difficult and timely replacement of new cooling tower accessories。
