Electromagnetic hot water heating device for public bathhouse

Abstract

The invention discloses an electromagnetic hot water heating device for a public bathhouse. The electromagnetic hot water heating device comprises a front hot water tank, a middle hot water tank, a rear hot water tank, a hot water storing tank, electromagnetic heaters and a control box, wherein the front hot water tank, the middle hot water tank, the rear hot water tank and the hot water storing tank are made of stainless steel; the electromagnetic heaters are respectively mounted below the front hot water tank, the middle hot water tank, the rear hot water tank and the hot water storing tank;temperature sensors are respectively arranged in each water tank; the front hot water tank is connected with the middle hot water tank through a front water guiding pipe; the middle hot water tank isconnected with the rear hot water tank through a middle water guiding pipe; and the upper part of the rear hot water tank is connected with the hot water storing tank through a hot water outlet pipe.According to the electromagnetic hot water heating device disclosed by the invention, through the electromagnetic heaters, eddy currents are produced in the heating water tanks to heat water in the water tanks, so that the electric energy is converted into heat energy to produce hot water; and therefore, compared with a conventional boiler, the heat efficiency of the electromagnetic hot water heating device is greatly improved, energy resources are greatly saved, and the heating speed is high.

Description

technical field [0001] The invention relates to a heating device, in particular to an electromagnetic hot water heating device for a bath. Background technique [0002] At present, the hot water used in the bath is usually heated by the hot steam produced by the boiler. The upper part of the boiler that produces the hot steam is equipped with a smoke exhaust port, and there is a water container around it. After burning in the boiler, the hot air is quickly discharged from the upper port, and the flue gas is discharged from the chimney. Its shortcomings are: first, the chimney is upright and directly connected to the smoke exhaust port, without heat collection, large waste of heat energy, low utilization rate, and small water storage; second, the safety of use is not high, and accidents such as explosions are prone to occur, so in many Boilers are not allowed in the region to supply water to the baths. Contents of the invention [0003] Aiming at the deficiencies of the a...

AI Technical Summary

Problems solved by technology

Its shortcomings are: first, the chimney is upright and directly connected to the smoke exhaust port, without heat collection, large waste of heat energy, low utilization rate, and small water storage; second, the safety of use is not high, and accidents such as explosions are prone to occur, so in many Areas that do not allow boilers to supply bath water

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