Research on Broken Edge Wave Control Strategy Caused by Edge Drop Control in UCMW Cold Tandem Rolling

Author:

Wang Lu Bing1,Yan Lin Jing1,He An Rui1,Liu Yu Jing2

Affiliation:

1. University of Science and Technology Beijing

2. Hebei Shougang Qian’ An Iron and Steel CO., LTD

Abstract

Taking MH UCMW cold tandem mill as research object, broken edge wave generating mechanism and characteristics were analyzed which caused by edge drop control. Based on original control strategy, an automatic edge wave control model was developed, and edge drop control strategy was optimized. Effect of taper work roll shifting and taper shape on broken edge wave were analyzed by actual rolling data. Results show that broken edge wave decreases with effective contact depth increasing of taper work roller and strip. Optimized control system application eliminate broken edge wave, and improve automatic shape control accuracy.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference6 articles.

1. Wang Junsheng, Zhao Qilin, Jiao Zhijie. WRS&C cold rolling mill working principle and application of [J]. heavy machinery, 2001, ( 6): 8.

2. Lu Haitao, Zhang Jie, Cao Jianguo. A taper roll for cold strip mill roll edge drop control model research [J]. metallurgical equipment, 2007, 161 ( 2): 14.

3. Zhou Xiaomin, Zhang Qingdong, Wang Changsong. UCMW mill edge drop control performance and influence factor analysis [J]. Journal of University of Science and Technology Beijing, 2007, 29 ( 4): 417.

4. Zhu Jianru, Lin Xiuzhen. Five stands UCMW cold rolling mill flatness automatic control system of [J]. copper engineering, 2005, ( 2): 26.

5. Chen Shouqun . Baosteel 3 cold rolling mill strip shape control technology of [J]. steel rolling, 1999, ( 3): 40-41.

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