KEXIN 260KW High Frequency Bearing Induction Heater
What are 260KW High Frequency Bearing Induction Heater Advantages?
260KW high-frequency bearing induction heater does not need to heat the workpiece as a whole, but can selectively heat the parts, so as to achieve the purpose of reducing power consumption, and the deformation of the workpiece is not obvious. The fast heating speed can make the workpiece reach the required temperature in a short time or even within 1 second. As a result, the surface oxidation and decarburization of the workpiece are relatively small, and most workpieces do not require gas protection.
The high-frequency bearing induction heater can adjust the surface hardening layer by adjusting the working frequency and power of the equipment as needed. As a result, the hardness, strength, and toughness of the hardened layer are relatively high. After the heat treatment by the induction heating method, the toughness area of the workpiece under the surface hard layer becomes thicker, and the compressive internal stress is also improved, thereby making the workpiece more resistant to fatigue and fracture. The induction heating machine is easy to install on the production line, easy to realize mechanization and automation, easy to manage, and can effectively reduce transportation, save manpower, and improve production efficiency.
High-frequency bearing induction heaters can realize multiple purposes on one machine. It can complete the heat treatment process, such as quenching, tempering, welding, smelting, thermal assembly, thermal disassembly, and thermal forming, easy to operate, and can be started or stopped at any time. And no preheating is required. It can be operated manually, semi-automatically, and fully automatically; it can work continuously for a long time, or a high-frequency heating machine can be used randomly when in use.
KEXIN’s high frequency bearing induction heater advocated by the state has high electric energy utilization, environmental protection and energy saving, safety and reliability, and good working
260KW high frequency bearing induction heater can improve the working environment, increase production efficiency and reduce production costs. The machines have the ability to guaranty product quality, producing fire-free safety and eliminating welders’ dependence.
|260KW High Frequency Bearing Induction Heater|
|Rated Power Output||260KW|
|Single Phase Input||Three Phase 380V/50Hz|
|Current Range||Three Phase 10-390A|
|Volume (mm³)||900*585*1300mm; 920*550*490mm|
|Cooling Water Flow||Hydraulic Pressure≧0.2MPa;Flow Rate: 5-20L/Min|
|Cooling Water Temperature||≤40℃|
|Water Connection||1 inlet and 1 outlet|
|Packing Method||Wooden Box|
High frequency bearing induction heater offers a controllable and localized method of heat without contact with the parts (components) being heated. The heat of the induction heating machine is generated by inducing an alternating magnetic field into electrically conductive materials. High-frequency induction heat treatment furnace is very low cost to run and normally creates significant cost savings versus other traditional process heating technologies..
The high frequency bearing induction heater’s large current flows to the heating coil that is wound into a ring or other shape. As a result, a strong magnetic beam with an instantaneous change in polarity is generated in the coil.
When the heated object such as metal is placed in the coil, the magnetic beam will penetrate the entire heated object, and the inside of the heated object will be generated in the opposite direction to the heating current. Due to the resistance in the heated object, a lot of Joule heat will be generated and the temperature of the object will rise rapidly. To achieve the purpose of heating all metal materials.
The 260KW high-frequency bearing induction heater puts the workpiece into the inductor, and when an alternating current of a certain frequency is passed through the inductor, an alternating magnetic field is generated around it. The electromagnetic induction of the alternating magnetic field produces a closed-induced current in the workpiece.
The distribution of the induced current on the cross-section of the workpiece is very uneven, and the current density on the surface of the workpiece is very high and gradually decreases inward. This phenomenon is called the skin effect. The electric energy of the high-density current on the surface of the workpiece is converted into heat energy, and the temperature of the surface is increased, that is, surface heating is realized. The higher the current frequency, the greater the current density difference between the surface and the interior of the workpiece, and the thinner the heating layer. After the temperature of the heating layer exceeds the critical point temperature of the steel, high frequency bearing induction heater is rapidly cooled to achieve surface quenching.
When high frequency (HF) current is used for induction, even welding is possible. In this application, using HF current can reach a very shallow electrical reference depth. In this case, the metal belt is continuously formed and then passed through a set of precisely designed rollers whose sole purpose is to press the edges of the formed belt together and weld it. Before the formed strip reaches the roll set, it passes through the induction coil. In this case, the current flows down the geometric “V-shaped” flow created by the strip edges, rather than around the outside of the formed channel. When the current flows along the edges of the strip, it will be heated to the proper welding temperature (below the melting temperature of the material). When the edges are pressed together, all debris, oxides, and other impurities are pressed out to form a solid forged weld.
1. Germany SIEMENS INFINEON IGBT Module (40-60KH Zoscillation frequency, fast response time, high arc stability, and almost spatter-free welding).
2. Japan Nichicon electrolytic capacitor (filter capacitor).
3. Adopted signal circuit, drive circuit board, control circuit board, and components: Toshiba, Hitachi, Motorola, and also China’s top manufacturers.
4. International advanced all-solid-state semiconductor power devices.
5. Imported transistor integrated block.
6. High-speed control tube.
7. As with perfect control, protection, and alarm display circuit, the machine could get full automatic tracking frequency and continuously adjustable power. It is also safe and dependable protection, clear and occurs data display and etc.
What is the purpose of an induction heating machine?
The induction heat treatment machine consists of an electromagnet and an electronic oscillator. The electronic oscillator passes high-frequency alternating current through the electromagnet. The rapidly alternating magnetic field penetrates the object and generates current in the conductor, which is called eddy current. Induction heating is used in various applications in domestic and commercial cooking, such as heat treatment, brazing, welding preheating, melting, shrink assembly, sealing, brazing, curing, and research and development. High-frequency heat treatment; Induction heat treatment furnace; induction tempering process
How does frequency affect induction heating?
Low-frequency induction heating has a deeper skin effect which is more efficient for larger parts. As a rule, heating smaller parts with induction requires higher operating frequencies (often greater than 50 kHz), and larger parts are more efficiently heated with lower operating frequencies. Heat treatment and induction tempering; Induction heat treatment furnace
Are there any metal materials that the high-frequency heating machine cannot perform heat treatment?
Metal heat treatment can be said to be inseparable from high-frequency heating machines. High-frequency heating heat treatment can be used to heat various metal workpieces locally or as a whole, such as round bars, steel plates, drill rods, drill rods, bolts, nuts, pieces, fasteners, round steel, square steel, etc. High-frequency induction heating treatment can also be used for various metal workpieces, such as gears and sprockets. Round steel, steel plate, guide rail, spline shaft, gear shaft, and other shafts are quenched and heat treated. There are also good quenching effects on screwdrivers, hammers, axes, rollers, train wheels, etc., easy to use, high efficiency, and energy saving. In addition, high-frequency induction heating can also be used for annealing and heat treatment of various metal workpieces, such as stainless steel, stainless steel pipe, round steel, ribbed steel bars, steel bars, iron wires, steel wires, etc. We cannot rule out that some metals such as aluminum and aluminum alloy workpieces or products use high-frequency induction heating. The effect is sometimes not ideal, because aluminum has low magnetism and heat dissipation is too fast, which prevents the workpiece from collecting heat well. Heat treatment and induction tempering; Induction annealing; Induction heat treating equipment; High-frequency heat treatment; Induction hardening heat treatment process.
Application of high-frequency heating machine in the petrochemical industry
High-frequency induction heating machine was first used in the field of mechanical metal processing and quenching. Now the fields of petroleum and chemical industries are also increasingly commonly used in electromagnetic induction heating addendum.
1. Heating and heat preservation of oil pipeline
2. In the oil extraction of high-viscosity heavy oil wells, the hollow pumping oil is heated by induction to make the heavy oil thinner and realize smooth extraction.
3. Heat treatment and quenching of petroleum brick rod
4. Heating of containers such as chemical reactors
5. Heat forming of insulation chemicals such as nylon and Teflon.
Application of high-frequency heating machines in the light industry and food industry
At present, the technology of high-frequency induction heating machines has penetrated into the baking, frying, steaming, frying, etc. in light industry food processing industry, beverage packaging, sealing, food packaging, sealing, etc., welding seam sealing, coating heating, Quenching heat treatment of cutting tools (knives, saw blades), quenching heat treatment of textile machine needles, and quenching heat treatment of camera shutters.
Application of high-frequency heating machines in the automobile manufacturing industry
The automobile manufacturing industry is also an earlier field of application of high-frequency induction heating technology. The flywheel ring gear, crankshaft, convex crankshaft, cylinder, coil spring, etc. of the automobile are quenched. The induction heating method not only saves energy but also greatly improves efficiency and product quality. , Improve the strength, toughness, and wear resistance of the product.
Application of high-frequency heating machine in electric current and communication field
Various specifications and types of wires and cables are used in the power and communication fields. These wires and cables are extruded from copper or aluminum conductor profiles to the required temperature (copper wire or aluminum wire) and are made into various products according to product specifications. Specifications of wires and cables. At present, many wire and cable production lines have gradually adopted high-frequency induction heating machine technology to replace traditional resistance furnace heating. In addition, ordinary communication cable sheaths and optical fiber cables used in power and communication are treated with high-frequency induction heating machine technology, which is not only simple and easy to operate, but also improves the strength of the cable, is firmly bonded, and is not easy to peel off.
Export standard packing, inner carton outer wooden box, and double protection
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