Kindergarten water dispensers are also generally called kindergarten warm water dispensers, which are very different from ordinary campus water dispensers.
1. The product size is designed according to the height of the child and is suitable for children.
2. Drinking water safety is the first issue that must be considered for kindergarten water dispensers. Therefore, the water temperature of kindergarten water dispensers is also strictly limited (generally between 35°C and 45°C).
3. Due to water temperature requirements, traditional kindergarten water boilers mix boiled water and tap water directly to lower the temperature to a suitable range for drinking. This will produce yin and yang water, which will seriously damage the health of children.
4. Beijing Bilai’s kindergarten-specific warm water machine adopts hot and cold exchange technology. The boiling water is heated to 100°C and then cooled down to a truly cool boiled water. Safe and secure.
Product features:
■This product is specially designed for kindergartens.
■Safe and hygienic, it specially provides purified warm water, that is, the water is boiled and then cooled.
■Safe, no water will flow out if the water is not turned on, and you will not drink raw water.
■Safe and will not burn children.
■Safe, fully arc-free design, will not hurt children.
■Safety, anti-leakage and low-voltage control design.
■Suitable for 40 people. Five-level filtration. Suitable for small and middle classes.
Product advantages:
■The first front touch screen switch, making it more convenient for young children to use.
■Purified warm water, boiling water will not burn children.
Purifying warm water process:
Tap water - 5-level filtration - boiling at 100℃ - forced cooling by heat exchanger - 35℃ warm water
■If the water is not turned on, no water will flow out.
■100% safe:
Fully arc-free design, will not hurt children;
Anti-leakage and low-voltage 24-volt design.
The production fully complies with the CQC quality and safety certification requirements
Drinking warm boiled water saves 80% of electricity
As shown in the picture: 20-degree tap water is absorbed through the exchanger After the water is heated, it has reached 85 degrees before entering the water boiler. To heat it from 85 degrees to 100 degrees, it only needs to be heated by 15 degrees. However, ordinary water boilers and water dispensers need to heat tap water from 20 degrees to 100 degrees by heating it to 80 degrees. Then, Compared with ordinary water boilers and water dispensers, energy-saving water dispensers. Theoretical energy saving rate: (80-15)÷80=81.25%, measured energy saving rate>80%