Core Technologies Of Commercial Water Dispensers

The water dispenser employs multi-level heating technology, steam preheating technology, electrode temperature control technology, intelligent management technology, and multi-level liquid control technology. Multi-level heating technology combines instantaneous heating with intermittent multi-level heating to meet the demand for continuous water dispensing while saving energy. Steam preheating technology directs excess steam generated during boiling into a high-level cold water pipe for preheating, achieving energy savings and avoiding the negative effects of steam diffusion. Electrode temperature control technology accurately controls water temperature to accommodate boiling point differences caused by varying altitudes through dual electrode temperature control and a user interface.

 

Intelligent management technology uses a high-temperature resistant VDF display screen and a computer motherboard to intuitively display the machine's operating status and achieve fully automatic, unattended operation. Intelligent anti-dry-burning technology uses the computer motherboard to control multiple liquid level sensors, automatically cutting off the power to the heating element when water is insufficient or the water level has not reached the safe level, and automatically restarting after the water level is restored. Intelligent water and electricity linkage technology uses the computer motherboard to collaboratively control liquid and temperature sensors, achieving intelligent linkage between water inlet, outlet, and heating to achieve overall energy savings.

 

Multi-level control technology employs various liquid level controls (medium, high, and low) to provide a constant hot water flow rate by using cold water to push the hot water out of the faucet, unaffected by external pressure and ensuring accurate IC billing. The self-stabilizing structural technology uses an up-and-down push-type structure to effectively avoid fluctuations in water temperature and flow caused by unstable water pressure and voltage, ensuring stable water flow rate and temperature.