This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压电机起动用饱和电抗器参数选择及设计方法，并给了具体例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指，为了减少电抗电能损失，消除散磁，低电流搅拌作用，现点状偏析，同轴设计电路（同轴导电立柱、同轴电缆）将会为电渣炉今后发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压机起动饱和抗器参数选择及设计方法，并给出了具体例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少抗造成损失，消除散磁，低流搅拌，止出现点状偏析，同轴设计路（同轴导立柱、同轴缆）将会成为渣炉今后发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压机起动饱和抗器参数选择及设计方法，并给出了具体例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少抗造成损失，消除散磁，低流搅拌，止出现点状偏析，同轴设计路（同轴导立柱、同轴缆）将会成为渣炉今后发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压电机起动用饱和电抗器参数选择及设计方法，并给出了具体例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗造成电能损，散磁，低电拌作用，防止出现点状偏析，同轴设计电路（同轴导电立柱、同轴电缆）将会成为电渣炉今后发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压机起动用饱和抗器参数的选择及设计方法，并具体例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指，为减少抗造成的能损失，消除散磁，低流的搅拌作用，防止现点状偏析，同轴设计路（同轴导、同轴缆）将会成为渣炉今后的发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压电机起用饱和电抗器参数的选择及设计方法，并给出了具体例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗造成的电能损失，消除散磁，低电流的搅拌作用，防止出现点状偏析，同轴设计电路（同轴导电立柱、同轴电缆）将会成为电渣炉今后的发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压电机起动用饱和电抗器参数的选择及方法，并给了具体例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分，为了减少电抗造成的电能损失，消除散磁，低电流的搅拌作用，防止现点状偏，同电路（同导电立柱、同电缆）将会成为电渣炉今后的发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要介绍高压机起动用饱和抗器参数的选择及设计方法，并给出例子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为减少抗造成的能损失，消除散磁，低流的搅拌作用，防止出现点状偏析，同设计路（同立柱、同缆）将会成为渣炉今后的发展方向。

This paper presents the parameter selection and design method of saturant reactor for the start of high-voltage ac motor. The concrete example is given.

摘要压电机起动用饱和电抗器参数的选择及设计方法，并给出了具体子。

To reduce extra loss of energy, erase sperromagnetism, and prevent spot-like segregation and current's stirring action, the coaxial arrangement of ESR furnace will be the trend of ESR furnace design.

分析指出，为了减少电抗造成的电能损失，消除散磁，低电流的搅拌作用，防止出现点状偏析，同轴设计电路（同轴导电立柱、同轴电缆）将会成为电渣炉今后的发展方向。