A power controller for electromagnetic heating steam generator

Abstract

The invention discloses a power supply controller for an electromagnetic heating steam generator, comprising: a processor for collecting steam parameters and generating analog signals according to the parameters; a main power supply with a communication module for receiving Analog signal and real-time control of the output power according to the analog signal; the isolator, including a primary isolation transformer and a secondary isolation heater, used to connect the main power supply and the steam generator; the input end of the primary isolation transformer is connected to the main power supply , the output end is connected to the secondary isolation heater, which converts the electrical energy of the main power supply into magnetic energy and transmits it to the secondary isolation heater; the secondary isolation heater is distributed on the water pipeline of the steam generator, and converts the magnetic energy into induced eddy currents Heating water produces steam. It truly realizes the separation of water and electricity heating technology. Compared with gas and ordinary electric heating, the safety is greatly improved, the volume is smaller, and the equipment is convenient.

Description

technical field [0001] The invention relates to an electromagnetic heating steam generator, in particular to a power supply controller for the electromagnetic heating steam generator. Background technique [0002] At present, steam heating methods include gas, electric heating and traditional electromagnetic heating. Gas heating, through natural gas or gas combustion, converts chemical energy into heat energy to heat water in the pipeline to generate steam; ordinary electric heating directly heats water to generate steam through resistance wires. These two heating methods are relatively primitive. Gas combustion is a chemical reaction. During the heating process, flue gas pollution will be generated, and there will be safety hazards due to open fire. If the smoke exhaust effect is not good, gas poisoning will occur. Ordinary electric heating water and electricity are not separated. The electric heating tube directly generates heat in the water. When it is in contact with wa...

AI Technical Summary

Problems solved by technology

To sum up, the traditional electromagnetic heating mainly has the following disadvantages: the direct electromagnetic drive method is used, the coil is thick and long, the current is large, the coil itself generates a lot of heat, and part of the heat is dissipated into the air, resulting in a decrease in thermal efficiency and insufficient safety.

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