马钢2250热轧卷取区域软硬件冗余改进实践OA
Practice of Software and Hardware Redundancy Improvement in the Coiling Area of Masteel 2250 Hot Rolling Mill
针对热轧卷取区域原有冗余设计在长期运行中暴露出的不足,从硬件与软件两个层面实施了低成本、高实效的改进措施.硬件方面,对供电系统、网络架构及关键检测环节进行了冗余优化与升级;软件方面,完善了信号容错逻辑及备用设备强制测试机制.上述改进有效缩短了故障停机时间,显著降低了因单点故障引发堆钢的风险,提升了设备运行可靠性.实践表明,精准匹配现场工况的冗余设计是保障热轧卷取区域连续稳定运行的有效手段.
To address the deficiencies exposed in the long-term operation of the original re-dundant design in the hot rolling coiling area,low-cost and highly effective improvement measures were implemented from both hardware and software aspects.In terms of hardware,redundant optimi-zation and upgrades were performed on the power supply system,network architecture,and key de-tection links.In terms of software,the signal fault-tolerant logic and the forced testing mechanism for backup equipment were improved.These improvements effectively shortened the downtime caused by failures and significantly reduced the risk of cobble caused by single-point failures,en-hancing the reliability of equipment operation.The practice shows that the redundant design pre-cisely matching the site operating conditions is an effective means to ensure the continuous and stable operation of the hot rolling coiling area.
刘晖;朱培显
马鞍山钢铁有限公司,安徽 马鞍山 243000马鞍山钢铁有限公司,安徽 马鞍山 243000
矿业与冶金
卷取区域冗余设计信号容错逻辑设备强制测试机制
coiling arearedundant designsignal fault-tolerant logicforced testing mecha-nism for equipment
《冶金动力》 2026 (4)
11-14,4
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