When choosing a multifunctional coupling tank with additional features, the first thing to consider is the system requirements of the heating system, including factors such as water pressure and temperature conditions, as well as the size of the heating area. Then, according to the needs of the flow specifications to choose, the common specifications are 63mm, 76mm, 89mm, 102mm, etc., the flow rate is 45L min, 80L min, 120L min, 150L min, the specific selection also needs to be combined with the actual use environment and flow requirements. In terms of material, it is recommended to choose stainless steel material to ensure its long-term corrosion resistance and rust resistance.
When choosing, it is important to consider whether the selected multifunctional coupling tank has the function of separating the hydraulic coupling of the primary and secondary sides of the heating system, and also pays attention to the function of exhaust and blowdown, which is very important for the stability and reliability of the heating system. In terms of design, a multi-functional coupling tank that is easy to install and use, easy to maintain and replace, should be selected to ensure the convenience of operation and maintenance of the system.
In addition, when choosing a multifunctional coupling tank with additional functions, it is also necessary to pay attention to whether it has the function of heat compensation and distribution. This can ensure that the water pressure and flow in the system are stable, and it has the function of heat storage, which is very helpful in improving the comfort and energy efficiency of underfloor heating, protecting the wall-hung boiler from water flow impact and high temperatures.
Finally, depending on the actual system needs, it may also be necessary to consider whether the multi-function coupling tank with additional pressurization and buffering functions, or automatic maintenance and servicing with built-in antiscalants, can ensure the proper operation of the heating system and reduce the operating costs of the system.