冶金自动化
冶金自動化
야금자동화
METALLURGICAL INDUSTRY AUTOMATION
2012年
2期
34-40
,共7页
芦永明%王丽娜%贺东风%徐安军%田乃嫒
蘆永明%王麗娜%賀東風%徐安軍%田迺嬡
호영명%왕려나%하동풍%서안군%전내애
精炼设备%优化配置%板带%生产组织%精准设计
精煉設備%優化配置%闆帶%生產組織%精準設計
정련설비%우화배치%판대%생산조직%정준설계
refining equipment%optimal configuration%plate and strip%production organization%pre-cise design
基于对某全板带型钢厂2250和15802条生产线对应连铸机的产品大纲、工艺路线和生产时间的分析,从精准设计的角度出发,确定了2条生产线的4种精炼设备配置模式。首次提出“生产组织方式出现的频率”理念,以表征不同设备配置模式下产品大纲生产组织方式的灵活度和频率。在此基础上,通过计算给出基于转炉-精炼-连铸采用“一一对应”、2座RH对应1台连铸机、LF-RH“双联法”以及2座RH对应1台连铸机和LF-RH“双联法”同时存在4种模式下27种生产组织方式出现的频率。对此,建立了精炼设备配置模型,最终确定本文提出的2条生产线的精炼设备配置模式为1座双工位LF,3座双工位RH和2座CAS。文章最后给出最终确定的全板带型钢厂炼钢-连铸区段14种基本生产组织方式。
基于對某全闆帶型鋼廠2250和15802條生產線對應連鑄機的產品大綱、工藝路線和生產時間的分析,從精準設計的角度齣髮,確定瞭2條生產線的4種精煉設備配置模式。首次提齣“生產組織方式齣現的頻率”理唸,以錶徵不同設備配置模式下產品大綱生產組織方式的靈活度和頻率。在此基礎上,通過計算給齣基于轉爐-精煉-連鑄採用“一一對應”、2座RH對應1檯連鑄機、LF-RH“雙聯法”以及2座RH對應1檯連鑄機和LF-RH“雙聯法”同時存在4種模式下27種生產組織方式齣現的頻率。對此,建立瞭精煉設備配置模型,最終確定本文提齣的2條生產線的精煉設備配置模式為1座雙工位LF,3座雙工位RH和2座CAS。文章最後給齣最終確定的全闆帶型鋼廠煉鋼-連鑄區段14種基本生產組織方式。
기우대모전판대형강엄2250화15802조생산선대응련주궤적산품대강、공예로선화생산시간적분석,종정준설계적각도출발,학정료2조생산선적4충정련설비배치모식。수차제출“생산조직방식출현적빈솔”이념,이표정불동설비배치모식하산품대강생산조직방식적령활도화빈솔。재차기출상,통과계산급출기우전로-정련-련주채용“일일대응”、2좌RH대응1태련주궤、LF-RH“쌍련법”이급2좌RH대응1태련주궤화LF-RH“쌍련법”동시존재4충모식하27충생산조직방식출현적빈솔。대차,건립료정련설비배치모형,최종학정본문제출적2조생산선적정련설비배치모식위1좌쌍공위LF,3좌쌍공위RH화2좌CAS。문장최후급출최종학정적전판대형강엄련강-련주구단14충기본생산조직방식。
From the perspective of precision design, four modes of refining equipment configuration were determined based on analysis of product outline of CCMs, their technical routes and production time, which corresponded to the 2250 and 1580 hot rolling line. Flexibility and frequency of the organization for production outline related to different equipment configuration modes were expressed according to the definition of frequency of production organization proposed, On this basis, the frequencies of 27 production organizations were calculated based on four modes of BOF-LF/RH/CAS-CCM one-to-one correspondence, two RH correspond to one CCM, LF-RH duplex process and two RHcorrespond to one CCM and LF-RH duplex process existed simultaneously. Then, the refining equipment configuration of one twin LF, three duplex RH and two CAS for two lines was determined under the premise of the mathematical model established firstly. Finally, 14 basic production organization modes of BOF-CC section relevant to the steelmaking plant of all plate and strip were proposed.