混水单元

采用先进的二次混水技术使混水温度的控制更精确具有结构紧凑、外形美观、占用空间小等优点,混水控制中心通过恒温头的远程温度传感器检测水温,根据设定的温度确定冷热水的比例,从而发出指令控制阀芯的升压量进行热水量的控制,而主体上的2次旁通阀使系统增加了一个混合区域使地暖回水再利用从而使混合阀能更好的运行和调节。安全可靠:配备有使系统优化运行的所有配件,压差旁通阀可以实现过压保护,有效保护循环泵安全温度控制器有效保证进入地暖的水温不会超过60C,有效保护地暖管道。
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采用先进的二次混水技术使混水温度的控制更精确具有结构紧凑、外形美观、占用空间小等优点,混水控制中心通过恒温头的远程温度传感器检测水温,根据设定的温度确定冷热水的比例,从而发出指令控制阀芯的升压量进行热水量的控制,而主体上的2次旁通阀使系统增加了一个混合区域使地暖回水再利用从而使混合阀能更好的运行和调节。安全可靠:配备有使系统优化运行的所有配件,压差旁通阀可以实现过压保护,有效保护循环泵安全温度控制器有效保证进入地暖的水温不会超过60C,有效保护地暖管道。

Adopting advanced secondary water mixing technology to make the control of mixing water temperature more precise has the advantages of compact structure, beautiful appearance, and small space occupation. The proportion of hot water, so as to issue instructions to control the boost of the spool to control the amount of hot water, and the secondary bypass valve on the main body adds a mixing area to the system to reuse the floor heating return water, so that the mixing valve can be more efficient. Good operation and regulation. Safe and reliable: Equipped with all accessories to optimize the operation of the system, the pressure differential bypass valve can realize overpressure protection, effectively protect the safety of the circulating pump, and the temperature controller can effectively ensure that the temperature of the water entering the floor heating will not exceed 60C, effectively protecting the floor heating pipeline.




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