Electromagnetic boiler usage instructions

　　Electromagnetic boilerThe core is to use electromagnetic principles, using magnetic lines of force to cut metal to generate eddy current heat energy as a heat source, and achieve heating purposes through a water heating system and other heat dissipation systems. Below, let's understand the usage of electromagnetic boilers.

　　Electromagnetic boilers are also distinguished according to their frequency, application range, and design options. From the perspective of frequency: generally divided into low frequency, medium frequency, and high frequency, with high-frequency heating being more effective for heating.

　　Electromagnetic boiler Applications: Generally divided into household, commercial, and industrial use.

　　According to design and material selection, they are generally divided into single-tube, double-tube, half-bridge, and full-bridge circuits.

　　Due to the different names of electromagnetic boilers, they are also commonly called ultrasonic heating boilers, electromagnetic eddy current heating boilers, etc.

　　I. Matters regarding the heating range of different Model electromagnetic boilers:

　　The quality of the purchased electromagnetic boiler directly determines its reliability and service life. For users, manufacturers can only effectively match the coils and electromagnetic sensors. That is to say, a method of effectively converting electrical energy into heat energy through the pipe wall can be mastered, but in reality, only when the pipes, coils, and electromagnetic sensors are well matched can better electrothermal conversion, that is, electromagnetic thermal efficiency, be achieved. Rapidly removing heat energy from the pipe wall using circulating water is required.

　　UseElectromagnetic boilerThere are usually different heating systems and different Applications. What are the specific applicable ranges of these different heating systems?

　　1. Direct heating system. This is usually a small household heating system with a heat storage device. Suitable for home heating. It has the advantages of a simple system and fast heating speed. It can directly heat tap water or cold water in a high-level water tank.

　　2. Direct heating thermal storage system, suitable for low-power water storage boilers. The advantage is that the system is relatively simple. Generally, no water pump is needed; it uses a heat storage tank for transmission. The water temperature is relatively stable, and it heats up instantly. The water volume is not limited by the power of the electromagnetic boiler, and it can meet the needs of various power sources.

　　3. Circulating thermal storage heating system. This electromagnetic boiler system is suitable for rapid heating. In addition to the advantages of the existing direct thermal storage heating system, it also has the advantage of promoting the heat dissipation of electrothermal elements by using high-flow circulating heating. Due to the characteristics of user heating fees, the system operation is more reliable.

　　4. Heating regenerative heating system. This heating system is a two-stroke heating system using electromagnetic induction heating. It has high thermal efficiency, is stable and reliable, and is suitable for places with high water hardness.

　　Therefore, I chose an electromagnetic boiler. The guidance obtained through theoretical calculations and practical verification can be used in actual production, saving a lot of experimental work and repetitive links, and ensuring heat transfer efficiency. The heating furnace has high overall thermal efficiency, saving user costs.

　　II. The use of electromagnetic boilers is relatively stable, but there are many issues that need attention during use.

　　What should be noted when using an electromagnetic boiler? When using an electromagnetic boiler, please pay attention to house insulation. If the house is not well insulated, internal heat will flow outward, and external cold air will Enter the room. The boiler is constantly being heated, so there are many cases of using gas. The working principle of an electromagnetic boiler is to use the principle of electromagnetic induction heating to convert electrical energy into heat energy, quickly heating cold water into hot water. Through underfloor heating, radiant floor heating, fan coil units and other heating terminals, the heating equipment achieves energy-saving heating effects, with electricity consumption of 0.4 degrees per square meter every 24 hours, which is far more energy-efficient than ordinary electric boilers and wind-powered heat pump equipment.

　　The above is an introduction toElectromagnetic boilerUsage matters. For more information, please Contact Us! Our company has many years of experience and is looking forward to your joining.