How a Pool Pump Works

Suction operation: The pool pump has a suction piece that absorbs the water and directs it to the pump system. In this part, there is a filter that prevents the passage of large water particles and prevents the pump from being damaged.

 Pumping process: The pool pump uses a pumping mechanism to pressurize the water it receives from the suction side. This pressurization process pushes water through the pool pipes and filter system. This ensures the purification and circulation of water. Filtration process: There is a filter system just behind the pump mechanism in the pool pump. These filters trap dirt, leaves, insects and other particles in the water. In this way, the water in the pool is purified and its quality is preserved.

 Return process: After the pumped water passes through the filter system, it is returned to the return pipe of the pool. The return line consists of pipes and showers that return the water to the pool. Showers distribute the water evenly throughout the pool and ensure circulation.

  Continuous use: The pool pump usually runs continuously or has a programmable timer. Thus, the water in the pool is constantly circulated and remains clean. The operating time of the pumps may vary depending on the size of the pool, the intensity of use and the quality of the water.

 The pool pump filters the dirty water in the pool, recirculates the water and produces clean water. In this way, you can maintain the water quality of your pool and make it more enjoyable to use.

Daily Working Time of Pool Pump

Pool size may vary depending on factors such as intensity of use, weather conditions and water quality. In general, the daily usage time of the pool pump can be 6-8 hours. This time may be sufficient to provide continuous pool circulation and to keep the water clean.

 However, it may be necessary to extend the daily usage period in regions where usage is high or the weather is hot. Also, the filtration time can be extended to maintain the water quality. Some pool owners may choose to run the pump twice a day for short periods to increase cleaning efficiency.

  It is important to contact the pool manufacturer or pool maintainer to determine the optimal usage time for your pool's features and needs. Also, if the pool pump has a programmable timer, it may be easier to set and optimize the run time.

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There are several possible reasons why the pool pump is making air.

Pool level: The pool pump works by absorbing water. If the pool water level is too low or not enough water is flowing into the pump, the pump may draw air. In this case, you can prevent the pump from getting air by checking the water level in the pool and adding water if necessary.

 Air Leaks: Air leaks may occur at openings or valves in the pool pump and filter system. These leaks may cause air to enter the pump suction line and the pump to produce air. It may be possible to fix this problem by checking for leaks and replacing the gaskets if necessary.

  Dirty or Clogged Filter: If the pool filter is dirty or clogged, the water flow may be blocked and air may accumulate in the pump. In this case, the filter must be cleaned or, if necessary, replaced.

  Pump Cover: If the pool pump cover is not installed correctly or the casing is damaged, the pump may draw air. To fix this problem, check the pump cover and replace if necessary. Blockage in the pump suction line: There may be a blockage in the pump suction line. They can be caused by leaves, mud or other particles. A blockage can block the water flow and cause the pump to suck in air. It is important to fix this problem by checking and cleaning the suction pipe.

There are several possible causes for the pressure drop of the water pump.

Air leakage: There may be air leakage in the suction or pressure lines of the water pump. This prevents the water from being pumped efficiently and causes a drop in pressure. It is important to check for and repair air leaks. 

 Clogging or Clogging: There may be blockages in the suction or discharge pipe of the water pump. Materials such as leaves, mud or other particles can block the free flow of water and cause a drop in pressure. You can solve this problem by checking the suction pipe and filters, removing any blockages or replacing the filters if necessary.

  Pump failure: Failure of the mechanisms inside the water pump can cause a pressure drop. For example, damage or wear on the pump impeller can prevent water from being pumped properly. It is important to check the pump mechanisms and repair or replace them if necessary.

  Filter problems: There may be a problem with the filter system connected to the pool pump. A dirty or clogged filter can restrict water flow, causing a drop in pressure. If necessary, the filter may need to be cleaned or the filter replaced.

  Electrical problems: Problems with the electrical supply of the water pump can affect the proper functioning of the pumps. Low voltage or connection problems can cause insufficient pump power and pressure drop. It is important to check the electrical connections and seek help from a professional electrician if necessary.

What Happens If The Water Pump Breaks?

A water pump failure can have several detrimental effects on the pool. Some of the problems that can occur when the water pump fails include:

 Low water circulation: The water pump circulates the water in the pool. If there is a malfunction in the pump, the water circulation slows down or stops. In this case, the water in the pool remains stagnant, dirt and particles accumulate and the quality of the water may deteriorate. At the same time, not mixing the water evenly can cause problems. Problems with water purity: pump failure affects the filtration process. Reducing or stopping filtration will affect the cleanliness of the pool. Dirt, leaves, insects and other particles collect in the water and the water becomes cloudy or dirty.

  Chemical Imbalance: A water pump helps distribute pool chemicals evenly. If there is a malfunction in the pump, the chemical balance may be disturbed. For example, inadequate distribution of chlorine can weaken the water's protection against microorganisms and render the water unhealthy.

 Pressure problems: A water pump failure can cause pressure problems.  The pressure may drop or rise, which upsets the stability of the system. While low pressure does not provide proper water circulation, high pressure can cause excessive pressure on the pump and excessive energy consumption.

  Energy efficiency: A faulty water pump can adversely affect energy efficiency. For example, pump roller wear or leaks cause energy losses by leaking water from the pump. This can lead to higher energy bills and higher operating costs.