电渣炉

该方案采用有衬电渣炉实现金属的熔化与提纯，以获得纯净的优良金属液，并可获得较高的功率因数，具有明显的节电效果。

The program using lined electric slag furnace to for the metal melting and purification , obtaining pure liquid metal with higher power factor . This program reached a significant energy-saving effect .

简要介绍了电渣炉PLC加变频调速控制系统的组成、功能及PLC的选型和程序设计。

The composition , functions , PLC model selection and program design of PLC plus frequency speed - regulating system on electroslag furnace are briefly introduced .

PLC加变频调速控制系统在电渣炉上的应用

Application of PLC plus frequency speed-regulating control system on electroslag furnace

电渣炉电极调节系统的模糊自适应PID控制

Fuzzy adaptive PID control for electrode regulating system of electroslag furnace

双极串联技术在5t电渣炉的设计与应用

The Design and Application of Double Electrode Series Technique in 5t ESF

利用ANSYS软件对电渣炉的部分机械结构进行了强度校核，分析结果显示，所设计的结构符合要求。

Doing some strength check of parts of electroslag furnace mechanical structure of using the ANSYS software , the results show that the structure is designed to meet the requirements .

10t电渣炉冶炼工艺与二次电流摆动控制的应用

Electroslag Remelting Technology of 10 t Ingot and Application of Secondary Current Swing Control

200t大型电渣炉成分均匀性研究

An investigation on composition homogeneity in 200t gigantic ESR furnace

5t电渣炉重熔工艺研究

Research on Remelting Process of 5T ESR

12t电渣炉系统配置的优化与应用

Optimization and Application of 12 t Electroslag Furnace System Disposition

用高速钢磨屑作主要原料，采用有衬电渣炉直接冶炼M2高速钢，提高了合金的收得率，降低了生产成本，在二次资源开发和综合利用上具有很广泛的发展前景。

Using granulated HSS as main raw material to smelting M2 directly by lined electroslag furnace is described . The yield of alloy is raised . The production cast of M2 can be reduced .

通过对10t电渣炉电气特性的分析，确定了渣池输入功率最大时的临界电流值。

Through analysing of the electric characters of 10t ESR furance . the critical current intensity at the moment cf maximum input power has been determined .

给出了确定系统参数的实验方案，并在0.5t电渣炉上进行了实验，结果表明，渣温对输入功率的响应是一个一阶线性系统，理论分析与实验结果相符。

An experimental scheme was suggested and performed on a 0.5t ESR furnace to evaluate the parameters of ESR system . Test results show that the response dependence presents linearly and the theoretical consideration is in conformity with it .

对不同结构形式的电渣炉和供电方式进行比较分析，制定12t电渣炉设计方案并进行优化，提出降低短网无功损耗的措施，介绍了在实际中的应用效果。

Through analyzing for different structure electroslag furnace and power supply , formulate 12 t electroslag furnace designing plan and optimize it , suggest reducing reactive power loss measure for short network , introduce practical application effects .

在电渣炉使用过程中，由于所通交变电流高达24000A，因此在其周围就产生一个较大的交变磁场。

In the usage process of the electro-slag furnace , because of the alternative current reaching to 24000A , it creates a major alternative magnetic field in the surrounding of the electro-slag furnace .

14~电渣炉滑动触头过热打弧的故障分析

Sliding Contactor Arcing Fault Analysis in 14 ~ # Electrical-slag furnace

关于电渣炉表面摆动控制问题的研究

A Study on Problem of Surface Swing Control of Electroslag Remelter

大型电渣炉钢锭凝固过程的动态快速响应模型

Dynamically Fast Response Model for Solidification Process of Large-Size ESR Ingots

电渣炉除尘方法及工艺探讨

Probe into Method and technology of Dust Elimination of Electroslag

降低电渣炉电耗的实验研究

Experimental Research on the Reduction of the Electric Consumption of Electroslag Furances

三相双极串联200吨级电渣炉炉内启动技术

Inside starting technique for three-phase bifilar 200 ton ESR furnace

电渣炉调压方法与功率变化

Voltage Regulation Method and Power Change of Electro-Slag Remelting Furnace

用数理统计方法制定大型电渣炉重熔工艺

To develop large-scale electro-slag remelting furnace process by mathematical statistics

电渣炉计算机控制系统配置与任务

Computer Control System and Its Task for ESR Furnace

200吨电渣炉的低氢控制及氢的行为

Hydrogen control and hydrogen behaviour in 200t ESR furnace

电渣炉圆形锭模式结晶器的设计

Design of cylindric ingot model crystallizer of electroslag furnace

基于有限元电磁场分析的电渣炉结构优化

Arrangement Optimization of Electro-Slag Remelting Furnace Based on Finite Element Analysis of Electromagnetic Field

电渣炉电极升降机构单片机控制系统

Research and Design of Single Chip Computer Control System for Electrode Lift Mechanism of Electroslag Furnace

系统论述了电渣炉发展的三个阶段，以及电渣炉最新发展。

This article describes three stages in the development of electroslag furnace and its recent development .

电渣炉重熔技术最新发展

New Development of Electroslag Furnace