Several types of electric water boiler technology comparison

Summary: water boiler comparison - purchase - experience: the stepper electric water boiler, instantaneous electric water boiler, float electric water boiler and probe electric water boiler and other five kinds of electric water boiler working principle and advantages and disadvantages of the introduction and comparison. Comparison of several electric water boiler technology

A step electric water boiler

1.1 working principle:

Step water boiler adopts the world's most advanced step-by-step layer-by-layer heating technology, through the damping of the water inlet and water flow control program with high-precision temperature control components, the use of laminar flow heating principle, to achieve layer-by-layer layer-by-layer boiling, boil a layer of re-heating a layer by layer, layer-by-layer upward! Water inlet layer by layer.

1.2 Advantages and disadvantages:

The use of step-by-step electric water boiler each layer of water from low temperature to boil only once heated, out of the boiling water temperature fluctuations of no more than one degree Celsius. In normal operating conditions, open the faucet can run water is boiling water, a complete farewell to the yin and yang water and a thousand boiling water.

Two instantaneous electric water boiler

1.1 Heating principle:

Instantaneous electric water boiler adopts the principle of flow heating technology, the power is larger, the heating speed is fast, do not need to preheat. Instantaneous heating, fast and convenient to use.

2.2 Advantages and disadvantages

The instantaneous electric water boiler does not have the same storage container as the electric water boiler it basically does not need to store hot water, so the volume is very lightweight, light weight, the appearance of the design to please the huge volume of the constraints. But the instantaneous electric water boiler power, line requirements are higher. Suitable for soft water quality in the south of China; hard water quality in the north, such as increasing the water treatment device is economically inappropriate, and maintenance is complex. In addition, due to the instantaneous heat type is not popular enough, small production, market development is slow cost and unit price is still high, individual products are not stable, rapid power decay, short service life, in addition to love to control the water flow, to avoid damage to the electric water heater due to the water inlet is too small resulting in the outlet temperature is too high.

Three float electric water boiler

3.1 working principle

Float electric water boiler through the float switch to control the water level in the heating tank, when the water level in the heating tank is lower than the set level, automatically replenish the tap water for heating.

3.2 Advantages and disadvantages

Currently there are two main types of float type, one is to heat all the water in the tank, to be used up, and then turn on the replenishment of water for heating, the type in the process of use, the water temperature will drop, can not effectively prevent a thousand boiling water and waiting for the heating process is longer, can not provide continuous water. Another type is a fully automatic control, once the water while replenishing water, but the heating type will form a yin and yang water, long-term drinking will be harmful to the human body.

Four probe type electric water boiler

4.1 working principle:

Probe type electric water boiler by the boiling water tank and water storage tank and the outer box composed of the boiling water tank device in the water storage tank, water storage tank and installed in the outer box. Electric water boiler by the solenoid valve and water level probe control water. Boiling water flows into the water storage tank from the spout of the boiling water tank for drinking.

1.2 advantages and disadvantages

The electric water boiler water level control is not particularly sensitive, temperature control is not very accurate, to varying degrees, but also produces a thousand boiling water, so the current use is not a lot.

Five electromagnetic energy conversion heating

5.1 working principle

Electromagnetic energy conversion heating using high-frequency inverter electromagnetic induction heating technology, electricity into magnetic energy and then converted into heat to heat the water.

5.2 Advantages and disadvantages

The heating method overcomes the low efficiency of traditional electric heaters. All full of poor, short service life and other issues. Can provide users with fresh, health care, magnetized boiling water. But at present, the magnetic energy water boiler is expensive, the daily maintenance costs are extremely high, the use is not very widespread.