The 3D MAX integrated rapid heating system (software simulation system) has the ability to resist dry burning in its own design and materials. The surface temperature is equivalent to the outlet water temperature during operation. In the case of sudden switch on, the control system controls the thermal hysteresis temperature below 60 degrees. With good cooperation with infrared water flow sensors, the occurrence of dry burning has been solved.

Integration Intelligent thermostatic water heater The control system also uses a flow sensor and an electric valve to control the water flow, so that all information required for system control can be mastered; When the microcomputer detects the real-time inlet and outlet water temperature and flow, it can make accurate calculations. Through the output pulse modulation voltage of the bidirectional silicon controlled rectifier, the output power is completely in accordance with the actual needs of the user, and no more electricity is wasted to achieve accurate temperature control. It is worth noting that in addition to achieving real constant temperature control, the water flow can also be adjusted according to user needs. This is because the integrated intelligent thermostatic water heater products still use an electric valve to control the water flow. Users can accurately control the water flow according to needs, saving water and electricity, which is probably unique in the industry.

One of the great advantages of the integrated intelligent thermostatic water heater is that it can be heated at any time, realizing the real purpose of using at any time. But if we have an integrated intelligent thermostatic water heater installed at home, we'd better have an understanding of this product, so that when the product breaks down, we can roughly judge what the problem is.