PARADISE IN THE TOWER OR LIME, LIQUIDS MAY BE NON-CLASSIFIED (IT IS PHYSICALLY CONTROLLED WITH THE TOWER AND THE INTERNAL EYE?)
 
If the feeding water cooling tower is not lime-free with the softener, the lime formation usually grows as the soil gradually grows. Small limescale particles are first accelerated to a thin film layer before each point on the surface, forming a surface that can be easily seen on the surface in the form of sediment and calcification. It is possible to form bacteria even at the level where the temperature, fresh air, dark or light areas are considerably large, and in the cooling towers which do not have the proper conditioning, clog up the fillings.
 
 
PARADE CREATIONS IN THE TOWER FAN WINGS MAY BE BALANCED. (Is the parasitic formation obsolete in the fan wings?)
 
Particularly, the parasites that grow very rapidly with the load humidity in the region where the fan is located, seen in the intermittently stopped podiums, cause the fan balance in negative direction when they form colony on the fan wings and reach effective weight.
 
THE FAN MOTOR IS LIQUIDATED OR THE FAILURE OF THE FAN MOTOR CONNECTIONS. (MOTOR AND ENGINE CONNECTIONS HAVE CONTROLLED?)
 
The fan motor connections must be visually checked, the tower must be at a standstill during this check, and these checks should not be carried out while running. If the motordan is coming from a burning resin odor or scintillating smell, this means that there is a burning in the windings of the motor, a burn in the pole heads or a deterioration in the bearings. In systems where the fan is directly connected to the motor, the motor fan connection must be connected as tightly as possible, so that it will not loosen.
 
 
 
YOU MAY CHANGE BUSINESS CONDITIONS. (WAS THERE A CHANGE IN OPERATIONAL CONDITIONS WHICH HAD BEEN DURING YOUR INSTALLATION?)
 
The towers will not be able to respond to clogs at full capacity selected towers, to off-line falls, seasonal capacity shortfalls outside the water distribution system and fountains, fan and engine failures, and increased capacities due to changes and failures in existing operating conditions.
 
WATER TEMPERATURE MAY BE INCREASED. (INSTALLED, INCREASING, INCREASING, INCREASING IN WATER TEMPERATURE?)
 
Capacity changes in cycle pumps in water cooling towers directly affect tower performance. The tower capacity, which is directly related to the warmth of the incoming waters and to the waters, will be markedly ineffective by one or more of these factors changing.
 
 
 
MAY BE CHANGED IN THE TOWER POSITION. (WAS THERE A CHANGE IN THE TOWER LOCATION?)
 
The altitudes of the water cooling tower are important to each other and in terms of the yield of the tower if there are any structures nearby. The towers must always be positioned so that they can receive fresh air. In addition, their position is very important, depending on the environmental conditions, in order not to take the air they leave out into the system again.
 
A NEW CONSTRUCTION IN THE TOWER WALLS, PANELS, BRANDA AS A STRUCTURE MAY STRENGTH AIR PORTION. (DO YOU HAVE A NEW STRUCTURE TO EFFECT THE AIR CIRCULATION WHICH IS IN THE TOWER?)
 
It is natural that the operative towers are partially or totally enclosed in order to provide sound insulation by the inexperienced persons due to fan or water noise. In addition to this, due to the location of the tower, the development of the existing settlement at the level that will sometimes include the tower creates occasional situations where the tower will leave the closed area, which poses serious risks both from the environment in which it is used and from the tower performance.
 
 
 
TAIL WATER DISTRIBUTION SYSTEM CAN BE BREAKING OR OUTCOMING. (WAS THE CONTROLLED WATER WATER INSTALLATION HAS BEEN CONTROLLED?)
 
water cooling tower distribution system is usually manufactured from durable pvc or pprc material with a pressure of 6 bar. Breakage occurs from material that has been tired during circulation for many years, or parts that have been accidentally reduced in meat thickness during manufacturing. this situation should be checked periodically from the observation window of the water distribution system since it is often but not always probable. Another reason for the breakage may be the choice of the wrong material. The use of PPrc (polypropylene) material instead of PVC at 45 ºC and above in water cooling towers is caused by softening of pvc material at temperatures of 45 ºC and above and decrease in strength resulting in eventual bending and breakage. When welding both materials (pvc and pprc), it is very important that both the welding electrodes and the welding material are homogeneously produced on the same specimen. It is closely related to the suitability of the products as well as the capability of the operator to make the welding quality source. If the welded materials have melting points and so on. If there are differences, the resource will be disconnected shortly. In addition, in order to increase the welding surface while welding and to make welding more robust, a process called chamfering must be performed in both parts. Another reason may be miscalculation. Each pipe has a water permeability at certain pressures, and the forces on it can cause it to break in the pipe or fountain.
 
FISH PROTECTION SHOULD BE CONTROLLED. (BROKENED OR WATER DISTRIBUTION INSTALLATION, FISKING OBSERVATION?)
 
Fountains must be firmly secured while they are secured to their place. it would be appropriate to choose fine, frequent and multi-tooth fins at this point. The most important element that pushes the fountains is the water pressure in the water distribution system, the high pressure will cause a bigger balloon for the purpose and the uneven water distribution will be made, as well as the constant force of the whole installation and the breakage of the fountains in some places. At this point the inadequate pressure of the fountain water distribution ball is another inefficiency as it is calculated to cause the ending water to be thrown onto the filler without being adequately pulverized.
 
A DROP SHUTTER CAN BE A LITTLE OR ANCHORED BREAK. (DROP HOLDING POSITION AND DISCUSSED CONTROL)?
 
The drop holder is designed to prevent water droplets from being thrown out of the tower with air with a relative humidity of 100% outside the tower. It is not possible for air passing through drop holders to drop droplets on them without encountering a certain resistance. This strain is due to the shape of the drop holder and the horizontal lines on the drop holders. Any space in the drop holder layer directly affects the operation efficiency of the operator and a rapid airflow is observed at the point where there are very severe drop leaks from those portions where the breakage or slippage of the drop holder layer is present. This means that the refrigerator should not cool enough and is sufficient.
 
 
 
HAVE AIR LEAKS IN THE LUMBOZ (Is the CONTALARIN CONTROL PROVIDING THE AIR SEALING IN THE MONITORING WINDOW?)
 
The lid is also called the observation window. It is easy to observe the part between filler pad and drop holder layer. These covers are watertight (EPDM). it is only possible to deformation of these gaskets resulting in carelessness of the maintenance element during the closing of the opening of the cover. Air leakage from the deformed part means that the air which is to be vacuumed by the fan and must pass through the filler floor is sucked directly from this door and is a cause of serious inefficiency.
 
THE CYCLE PUMP MAY HAVE BEEN DECREASED OR ENHANCED THIS PERCENTAGE WITH AN OR OR AN ORDER OF ANCHOR.
 
Insufficient circulation; This can be caused by a break of the engine from the missing phase or a few outsides from the wheel wings. If the pumps are not operated in this case absolutely, negative consequences such as the burning of the pump and the complete disintegration of the wheel group may occur.