Luoyang HongtengIntermediate frequency induction furnace
When users buy an intermediate frequency furnace, they need to know some methods about power supply debugging. Today we will summarize them for you. Overvoltage debugging methods and steps Turn on the power supply, slowly increase the power potentiometer to make the intermediate frequency voltage reach 750v, adjust the overvoltage protection potentiometer clockwise, and the overvoltage indicator light is on. The power potentiometer returns to zero, and the quenching equipment automatically resets the protection system. Turn the overvoltage potentiometer two to three turns counterclockwise, and release the voltage limiting potentiometer. Restart the power supply to make the voltage of the intermediate frequency furnace rise to 800v ~ 820v, and slowly adjust the overvoltage potentiometer clockwise to make the intermediate frequency power supply overvoltage protection action, and the overvoltage indicator light is on. Start again to verify that the overvoltage protection value is accurate. Restore the voltage-limiting setting value, and adjust the potentiometer of the inverter angle ceramic disc to make the ratio of the intermediate frequency voltage and the DC voltage about 1.4. Note: The debugging of overvoltage and voltage limit should be carried out under no-load condition. These two debuggings are strictly prohibited under overload conditions! Otherwise the consequences...
Today we will introduce to you the common measuring equipment in induction heating. The induction furnace uses an infrared thermometer to measure the temperature of the blank coming out of the discharge port of the inductor of the intermediate frequency furnace. This temperature signal is fed back to the intermediate frequency furnace control system and the PLC control system through the temperature control system. Using these parameters, we can adjust the heating temperature and control the temperature classification cylinder to achieve a qualified process. When the blank temperature reaches the requirement, it can pass. If the blank temperature is lower than the process requirement, then heat the blank temperature. The temperature of the blank is higher than the process requirements, and the heating temperature of the blank enters the low-temperature material frame and the high-temperature material frame respectively to realize three-sorting for the induction furnace. The automatic sorting mechanism of induction furnace three-sorting consists of photoelectric switch, infrared temperature detector, regulator and PLC. After the photoelectric switch detects the discharge, it sends this signal to the PLC. After the PLC detects the discharge signal, it sends out an instruction to detect whether there is an upper and lower limit alarm...
Today we are going to introduce to you some about copper smelting furnaces. We have talked about aluminum melting furnaces before, and in theory, no matter what metal needs to be melted, our furnaces can meet your requirements. This set of copper alloy melting furnace is used to melt copper alloy. Capacity of copper alloy melting furnace: 500Kg Melting temperature of copper alloy melting furnace: 1200℃ Power supply of copper alloy melting furnace: series resonance intermediate frequency power supply Copper alloy melting furnace tilting method: reducer tilting furnace Copper alloy melting furnace cooling method: cooling tower cooling Melting power of copper alloy melting furnace: 400Kw Frequency of copper alloy melting furnace: 2000Hz Power consumption of copper alloy melting furnace: 550Kwh/T Internal protection of melting furnace: Protection measures for copper alloy melting furnace power supply include main circuit short circuit, phase loss protection, high and low grid voltage protection, high cooling water temperature, low water pressure, low cooling water flow protection, thyristor overvoltage, overcurrent protection, DC through protection , inverter direct protection, etc. Furnace body: The copper alloy smelting furnace body is composed of steel furnace shell welded by section steel, tilting furnace mechanism of reducer, induction coil, stainless steel tie...
Industrial furnaces are used to smelt metals, and there are many types on the market. The intermediate frequency furnace that we Hongteng uses the most, adopts the principle of induction heating. The metal heating of induction heating equipment is also called intermediate frequency induction forging furnace, intermediate frequency induction diathermy furnace, intermediate frequency induction pre-forging heating furnace, intermediate frequency induction heating furnace, and intermediate frequency induction furnace. Today we will introduce to you about induction heating equipment. The first is the application of the device. It involves the heating, heat treatment and melting of metals. The heating application range is in the process of forging, extrusion, hot rolling and shearing of metal materials. Heating and heat treatment such as quenching and tempering, annealing, and tempering of the whole metal material. The composition and configuration of induction heating equipment is generally composed of intermediate frequency power supply, electric heating capacitor, induction furnace body, feeding and discharging transmission device and temperature measurement equipment. When using induction heating, pay attention to the cooling method of the induction coil of the equipment. Common cooling methods are: Closed circulating cold zone tower system, pool + circulating pump cooling system; Pool + plate heat exchanger cooling...
We, Hongteng, are a company that produces industrial furnaces. Today, I will share with you some knowledge about industrial metal furnaces. When the industrial furnace is working, the power is a problem that everyone is concerned about, so how to improve the power of the intermediate frequency induction furnace? The coil is the key to converting electrical energy into heat, so the design of the coil is very important. The advanced coil design should be based on the actual use of the induction furnace, according to the principle of electromagnetic field, through the optimization calculation of the computer industry software to determine a good plan, using the new coil anti-parallel winding technology, better gather the magnetic field, improve the magnetic field stirring force, The error between the design power of the induction coil and the actual operating power is not more than 5%. We can increase the wall thickness of the induction coil. Thick-walled induction coils will provide more smelting energy, and thick-walled induction coils have larger current-carrying cross-sections than induction coils with other cross-sections, so the coil resistance is low and more energy can be used for smelting. And because the thickness of the surrounding pipe wall is uniform,...
We are a manufacturer of industrial electric furnaces, which are also induction heating metal smelting equipment. What is the difference between an intermediate frequency furnace and a power frequency furnace? In the case of the same stirring force and capacity, the intermediate frequency furnace can even input three times the power of the power frequency furnace. The size of the gap is not as simple as the difference between their names. In other words, the crucible size of the intermediate frequency furnace under the same power is only one third of that of the power frequency furnace. In addition, due to the influence of the current and voltage of the inductor coil, the input power of the intermediate frequency furnace is about twice the input power of the power frequency furnace, so the average power consumption of the intermediate frequency furnace is much lower than that of the power frequency furnace. The difference between the power frequency furnace and the intermediate frequency furnace is not only the difference in power, but also in the use experience. Each time the intermediate frequency furnace is smelted, the charge can be directly emptied. Advanced pouring type intermediate frequency furnace, easy to use. The...
Induction Steel Melting Furnace
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Medium Frequency Gold Induction Melting Furnace
Small Medium Frequency Induction Furnace
Aluminum/Copper Ingot Continuous Casting Line
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