Belt stabilization in hot-dip coating lines
In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed. In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed.
In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed. In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed.
Application challenge
In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed.
Measurement method and system
In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed.
The problem
In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed.
The method
In hot-dip coating lines, steel strips are coated with liquid zinc, zinc alloys and aluminum alloys in a continuous process. Due to the high speed of the belts, vibrations occur. To minimize these, electromagnetic stabilization systems from the market leader EMG are used, in which 10 to 16 inductive sensors of type EU40 from Micro-Epsilon are installed.