1. Anti-overflow function Water overflow: When water is accidentally spilled during cooking, water overflows to the control panel area, after about 3-5 seconds, the stove will automatically stop working to ensure safety.

2. Inverter 1~9 level keep heating: The basic operating principle of inverter technology is to control each oscillation frequency depending on the design of the internal board. For induction cooktops without inverters, they usually operate at frequencies from 18kHz to 26kHz, equivalent to a minimum power of 1000W. Therefore, if you want to cook at a power of only 600W, the induction cooktop will automatically operate in 6-second running mode and 4-second interrupt to maintain the average power value as desired, causing the stove to always be in a constant state of turning on and off. While the amount of power required to restart the stove continuously is huge.

3. Overheat protection (temperature sensor integrated in each cooking zone): The hob is designed with a temperature sensor under each cooking zone, when there is an overheat phenomenon (the cooker is empty, burn, ..) will actively turn off to ensure the safety of the device as well as to ensure that no unfortunate incident occurs.

4.The function of automatically turning off the stove when there is no pot: During the cooking process, if the pot is lifted out of the cooking zone of the hob, the cooker will also automatically cut off the power and not cook for that cooking zone, the display shows U to warn the user. After a certain time, the stove will automatically turn off.

5.The Warming feature reheats, warms, and defrosts food flexibly: The warming function is programmed to keep the temperature at a constant level to help us maintain the heat for the food to stay hot and warm without cooling down. Reheating many times reduces nutrition in food, especially in cold winter weather.

6. Residual heat indicator “H” is displayed for each hot cooking zone: The hob will warn with a flashing “H” when the cooking zone is still hot above 60ºC af