Prices of HiWater Gasketed Plate Pool Heat Exchangers
HiWater Pool Heat Exchanger
A swimming pool heat exchanger is designed to transfer heat between two fluids without direct contact. These exchangers are commonly manufactured using copper tubing or stainless steel and are available in the market. Being a type of water-to-water heat exchanger, they are widely used for heating pool water. The HiWater brand is among the most popular brands in this industry, known for offering high-quality heat exchangers at a reasonable price.
 
Functions of a Pool Heat Exchanger
Heat exchangers transfer thermal energy from one fluid to another and come in various types. For example, the shell-and-tube heat exchanger consists of multiple copper tubes within a cylindrical shell. The tubes are arranged in a tube bundle or behind the tubes within the cylinder. These tubes expand or contract depending on temperature variations. This type of heat exchanger is designed in a way that allows the tube bundle to be removed easily, facilitating cleaning and repairs. Another thermal type is the plate heat exchanger, which operates similarly to the shell-and-tube model but utilizes plates on each other. These plates are either brazed together or secured with gaskets, depending on their application. Constructed from stainless steel, this type of heat exchanger is an excellent choice for use with refrigerants.
 
  
Applications of Pool Heat Exchangers
Pool heat exchangers are utilized in systems, including solar-heated pools, jacuzzis, Swimming pools with chlorine, and hot water supply systems.
 
Types of Pool Heat Exchangers
Pool heat exchangers can generally be categorized based on their heat transfer methods, which include shell and tube exchangers as well as plate exchangers. In plate exchangers, heat is transferred through fluid convection and its movement, whereas in shell and tube exchangers, thermal energy is distributed via particle collisions. Therefore, fluids can be classified into two main types: fluids flowing toward the inner walls of the tube and those transferring heat from the outer tube wall to the external fluid.
 
 
Advantages of Using a Pool Heat Exchanger

Different sizes and shapes
Compact design that occupies minimal space
Effective for both heating and cooling applications
Low maintenance requirements due to the simplicity of components
Does not require air compressors or additional ventilation systems, resulting in reduced energy consumption and pollution.
Environmentally friendly, as continuous operation prevents overheating of control panels
The small components in pool heat exchangers are prone to higher failure rates due to the significant pressure they endure. As a result, it is essential to implement a cooling system.

 
Installation Process of a Pool Heat Exchanger
Pool heat exchangers are located in a circulation loop. The boiler is crucial in this system, as it heats the pool water, while the heat exchanger is the primary source of energy. It absorbs heat from the exchanger and the cold pool water, then uses filtration pumps to direct it to the pool. After passing through the filtration process, the water returns to the filter to achieve the required temperature.
 
 Features of a High-Quality Pool Heat Exchanger

It ensures optimal efficiency with minimal energy consumption.
It allows for periodic maintenance.
Highly resistant to corrosion is suitable.
Strong body and secured connections are highly effective.
Compact design is an advantage.

 
 
Heat exchangers, apart from pool heat exchangers, exist in a variety of types, each of which will be described in detail below.
 
Heat Exchanger Types
Heat exchangers are components in industrial and residential applications due to their versatility and widespread use. The reason for their extensive use is the vast range of designs. However, it is important to note that all heat exchangers share the same working principle in a way that their purpose is to modify the temperature of a fluid without allowing it to mix or come into direct contact with another substance. Based on various factors, heat exchangers can be categorized into different classifications. The most important ones are as follows:
 
Classification by Heat Transfer Mechanism
Single-Phase: In some industries, it is essential to ensure that neither the primary fluid nor the secondary fluid undergoes a phase change. To achieve this, single-phase heat exchangers are used. For example, if two liquids are utilized in the heat exchanger, they will retain their liquid state after the heat transfer process, without converting from liquid to gas.
 
Two-Phase: In this type of heat exchanger, the fluid undergoes a phase transition while exchanging heat. For example, the working fluid may change from gas to liquid or vice versa. Therefore, these devices are called two-phase heat exchangers.
 
Classification by Fluid Flow Direction
There are three major flows for heat exchangers:
Parallel Flow: In this configuration, both fluids enter the heat exchanger from the same inlet and flow side by side in the same direction. As they move through the exchanger, they transfer heat between them before exiting through the outlet.
Countercurrent flow: Like the previous type, in this arrangement, both fluids travel parallel to each other inside the heat exchanger, but if the cold fluid enters from the left, the hot fluid simultaneously enters from the right, flowing against each other throughout the heat exchange process.
Crossflow: As the name suggests, in this configuration, the two fluids move perpendicular to each other within the heat exchanger in a way that one fluid flows horizontally, while another moves vertically.
 
Classification by Structural Design
Structurally, heat exchangers come in various types. Two of the most important ones are as follows. These two heat exchanger models are commonly utilized across a wide range of applications.
Shell and Tube Heat Exchanger: This type is used in high-capacity applications where high pressure and temperature are involved due to its specific design and structure. Its main components include the shell and a series of tubes, where one fluid flows through the shell while the other moves through the tubes.
Plate Heat Exchanger: Compared to shell and tube models of the same capacity, plate heat exchangers are more compact and offer greater efficiency. As the name suggests, their primary structural elements are plates, which are mainly made of stainless steel.
  
HiWater products come with a 1-year full warranty and a 5-year compressor guarantee, provided by the original manufacturer.
 
For purchasing, getting information about prices, or expert consultation regarding HiWater heat exchangers, feel free to contact the numbers listed on our website.