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Main factors affecting the price of induction melting furnace
The development of the induction melting furnace industry is getting faster and faster. The industry continues to improve the production technology of the induction melting furnace and improve the components of the equipment. Nowadays, China's induction melting furnace equipment not only has good performance and reliable operation, but also the price is gradually open and transparent. There are many kinds of induction melting furnace equipment on the market and the prices are different. So what affects the price difference of the induction melting furnace?
1. Component selection
Thyristors and Power Capacitors: The most important components on IF power supplies are thyristors and power capacitors. First of all, the intermediate frequency power supply equipment manufactured by various manufacturers, the selected thyristor and power capacitors, the quality is generally reliable, but the selected manufacturers are different; any manufacturer has a period of unstable quality, and the scale is large. Enterprise quality fluctuations are less. But there are still some differences in the price.
Furnace shell: The price of a simple steel furnace shell, stainless steel furnace shell and aluminum furnace shell is about doubled.
Copper bars and copper pipes: the cost can be doubled or even doubled.
Chassis: The cost can be several times or even several times.
The number of capacitor configurations is different: it can cost less than a thousand to several thousand.
DC reactor: It can be different by one thousand to two thousand yuan, depending on the power of the intermediate frequency power supply.
Other small components: such as capacitors, resistors, plastic wires, water-cooled cables, water pipes, various transformers, etc., there will be cost differences in the choice.
Distribution cabinet: regular products should be equipped with power distribution cabinets with automatic switches (several thousand dollars), not included in the price of low-cost equipment.
Capacitor cabinet: Low-cost equipment users need to solve the problem of capacitor placement and fixing.
Water pipe clamps: regular stainless steel water pipe clamps are used for regular equipment, and ordinary iron wire can be used for low-cost equipment.
2. Technical content
For low-priced equipment, the technical content will definitely be lower. The manufacturers with high prices are investigating and testing advanced circuits, investing a lot of manpower and material resources, and their equipment is advanced, and the price will naturally be higher. Generally speaking, the equipment with different price will have different effects, which will reflect different aspects such as melting speed, power consumption, operation complexity and failure rate.
3. Service commitment
The price is different and the service commitment is different. The equipment produced by the regular intermediate frequency furnace manufacturer has to undergo repeated static and dynamic debugging before leaving the factory. And there is a half-year to one-year warranty period. During this period, any equipment failure caused by non-human responsibility will be the responsibility of the manufacturer, and the regular manufacturer will have sufficient personnel and ability to serve.
The production of low-cost equipment is generally assembled by individuals and their relatives. They generally do not have the conditions for pre-sales commissioning, and there is no formal warranty, and there are no redundant personnel to serve. The service promise of finding some unfixed maintenance personnel to go out and debug low-cost equipment is generally: the main components of the equipment are the consumables are thyristors and intermediate frequency capacitors. If there are quality problems in these components, the production of thyristors and capacitors The factory is responsible, can be taken back and sent back to the production plant for exchange, other problems, users should provide their own repair capabilities.
4. Quality
A considerable number of production plants do not have in-plant commissioning conditions, and the cost will naturally be lower. The structure and installation of the equipment are also closely related to the cost. For example, the thyristor is installed on the iron parts rather than on the epoxy electric board. The cost is much lower. The impact of assembly and commissioning process on quality is very large. Different production plants, different processes and different prices also cause different quality, which is directly reflected in the failure rate.
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