The multifunctional coupling tank is an important component in the heating system, and its main role is to regulate the water to achieve the best heating effect. Its internal design has independent water flow circulation on the primary side and secondary side, which does not affect each other, can avoid the coupling phenomenon, and effectively solves the hydraulic coupling problem of the heating system.
First of all, when the water flow stays in the tank for too long, the pressure will increase, so that the water flow velocity at the secondary side outlet will increase. This phenomenon can be controlled by setting a control valve in the tank, which opens automatically when the pressure is too high, thus reducing the water flow rate at the outlet on the secondary side.
Secondly, the decoupling device installed in the tank can eliminate noise and vibration in the water flow, thereby improving the operational stability of the system. In addition, the internal circulation pump regulates the flow rate and enables precise control of the heating temperature. The circulating pump drives the shaft to rotate through the flow of water, thus forming a circulation, and then forming a vortex to achieve work.
Therefore, by controlling the degree of opening of the control valve and decoupler, the multifunctional coupling tank can effectively regulate the flow speed of the water so that it achieves an optimal balance in the heating equipment, which can not only prevent damage to the system due to excessive pressure, but also improve the comfort of the user. At the same time, it also has the effect of energy saving and environmental protection.