Where is the Contraction Tank Used?
Contraction Tank
A contraction tank is generally the same as an expansion tank. It is preferred and used for cooling systems. It works with a logic that is more inverse than heating systems. Since the water in the heating system expands and increases the system pressure, the system pressure overcomes the pressure of the expansion tank. The expansion tank starts to take in more water. It holds a volume of water equal to the expansion rate of the water volume in the system at the highest temperature, according to the calculation made. It is used in water systems, pressure systems, washing systems, irrigation pumps, cooling systems, and solar and pressure holding systems. You can get service from the site https://www.vefaheat.com/tanklar-2/genlesme-buzusme-tanklari/.
Contraction Tank Groups
When the system pressure and expansion tank pressure are in balance, flow stops, and when the system returns to normal and experiences a pressure drop, the expansion tank returns the water inside it to the system. In cooling systems, the opposite situation occurs more often. When the water temperature drops, the water contracts and the system experiences a pressure drop. When the pressure inside the contraction tank is high, with the calculation based on the water volume, it contracts and delivers water equal to the contracted volume to the system until the system pressure becomes equal. When the water heats up and the system pressure returns to normal, the water is returned to the tank. Contraction tanks operate in the exact opposite way of expansion tanks. Contraction tanks are divided into two groups. One is an open contraction tank, and the other is a closed contraction tank. Open contraction tanks generally operate open to the atmosphere. The contraction tank prevents the installation pressure from exceeding the system pressure according to the atmospheric pressure ratio, thus protecting the system. Closed contraction tanks are preferred and used in systems that operate in situations where open expansion tanks are not feasible and in situations with much higher capacity. Their general areas of use are as follows:
