Secondary Cooling Zone Ingot Guidance Device
Introduction
In steelmaking, the power of high-precision and high-efficiency rolling technology is becoming increasingly important. The secondary cooling zone ingot guidance device is an important part of some of the advanced rolling mills. It has a significant influence on the quality of steel bars produced by rolling mills. The device is made up of several components, such as the treatment table, guide rollers, guide rollers, transfer rollers and tail rollers.
Working Principle
The secondary cooling zone ingot guidance device is generally composed of several components, including the treatment table, guide rollers, guide rollers, transfer rollers, tail rollers, feedback roller, guide roller and transmission motor. The treatment table is used to support the vertical axis of the ingot shape and it is also used to provide an area for the rolling of the ingot.
The guide rollers are used to control the movement of the ingot to ensure that it is guided precisely and in the correct direction. The guide rollers are supported by a horizontal rail mounted on the lower side of the treatment table. The guide rollers contact the ingot and guide the ingot down the guide roller rail.
The transfer rollers are then used to transfer the ingot to the tail rollers. The tail rollers are located at the end of the treatment table and they are used to further guide the ingot along the horizontal guide track. The feedback roller is located at the end of the tail rollers and is used to provide a feedback signal to the guide rollers to ensure that the ingot is following the correct path.
Finally, the transmission motor is used to drive the guide rollers to move the ingot along the guide track. The motor is located at the end of the treatment table and is connected to the guide roller via a transmission shaft. The transmission shaft transmits the rotational motion of the motor to the guide roller so that it can move the ingot along the guide track.
Conclusion
The secondary cooling zone ingot guidance device is an important part of some of the advanced rolling mills. It plays a vital role in ensuring the quality of steel bars produced by the rolling mills. The device is made up several components, including the treatment table, guide rollers, transfer rollers, tail rollers, feedback roller, guide roller and the transmission motor. Through these components, the device is able to precisely guide the ingot along the correct path and control its movement, thus ensuring the quality of the steel bars produced by the rolling mills.
