The Working Principle Of The Bus Liquid Heater

- Jun 09, 2017-

   Popular is the use of benzene as a heating agent heater, the use of metal in the alternating magnetic field in the eddy current and make their own fever, usually used in metal heat treatment and so on.Bus Liquid Heater

    The so-called liquid heater on the use of benzene as a heating agent heater, wire reinforced refractory fiber layer, tightly combined and along the full length of the twisted pair of double-layer coating and its center of the resistance wire composed of a The main body is free to bend on demand and can be in close contact with the heated parts of the direct heating monomer, heating the body according to the shape of heating objects, the size of repeated and formed around the sheet, and then use the wire to a number of parallel Horizontal weave together, the formation can be directly enclosed in the object to be heated directly on the use of braided high-temperature electric heater.Bus Liquid Heater

    The working principle is to put a number of turns more primary coil and a smaller number of secondary coil mounted on the same core. The input and output voltage ratio is equal to the ratio of the turns of the coil, while the energy remains constant. As a result, the secondary coil generates a high current at low voltage. For induction heaters, the bearing is a short-circuit single-turn secondary coil, under low AC voltage conditions through the high current, resulting in a lot of heat. The heater itself and the yoke are kept at room temperature.Bus Liquid Heater

    Since this heating method can induce current, the bearing is magnetized. It is important to ensure that the bearing after the demagnetization, so that in the course of the operation will not suck metal chip. FAG induction heaters have automatic demagnetization function.Bus Liquid Heater

    Is the use of metal in the alternating magnetic field to produce eddy current and make their own heat, usually used in metal heat treatment and so on. The principle is that when the thicker metal is in an alternating magnetic field, the current is generated by the electromagnetic induction. And the thicker metal to generate current, the current will form a spiral within the metal flow path, so that the current flow of heat generated by the metal itself is absorbed, will lead to metal heating soon.