2) walking beam
步进式梁
3) walking beam furnace
步进梁式炉
4) walking beam kiln
步进梁式窑
5) walking beam heating furnace
步进梁式加热炉
1.
Author introduced furnace Construction Lining building and dry at a fire of walking beam heating furnace heats plate billet both up and down heating.
介绍了加热板坯用上下供热步进梁式加热炉炉型结构概况、炉衬施工及烘烤技术。
2.
The article discusses the characteristics of working beam heating furnace in broad and thick mill shop, and introduces the design circumstance of typical walking beam heating furnace.
文章论述了宽厚板轧机车间步进梁式加热炉的特点及发展趋势,并介绍了典型的步进梁式加热炉的设计情
3.
4 walking beam heating furnace in Wuhan Iron and Steel Company, the problems in the process of construction were analyzed, the removal boundary lines were generalized, and the issues during the installation process were discussed.
针对某钢铁公司3#、4#步进梁式加热炉节能改造工程,对施工过程中出现的问题进行分析,确定了改造工程中加热炉的设计拆除界线范围与实际施工拆除界线,对各种设备安装过程中出现的问题进行探讨。
6) walking beam reheating furnace
步进梁式加热炉
1.
Based on a walking beam reheating furnace,mathematical models of slab and hot skid were built in this paper.
以某钢厂的1座步进梁式加热炉为例,建立钢坯和垫块温度场的数学模型。
2.
This paper introduced the problem of walking beam reheating furnace Φ89 continuous mills Hengyang Valin Steeltube(group) Company Limited,and analyzed the cause.
介绍了衡阳华菱钢管有限公司Φ89连轧机组步进梁式加热炉存在的问题,并对其产生原因进行了分析,对燃烧系统的改造取得了良好的效
3.
In this paper, using mathematical model optimizing control on temperature setpoint of walking beam reheating furnace is put forward, an on line control mathematical model for billets thermal process and the ideal heat up curves are built.
针对步进梁式加热炉 ,提出对温度设定值采用数模优化控制 ,建立了钢坯热过程在线控制数学模型和理想加热曲线 ,以便精确控制钢坯出炉温度和温度均匀性 ,达到提高产量和节约能源的目
补充资料:步进梁式窑
分子式:
CAS号:
性质:由一组固定梁和一组步进移动梁作为坯体运载工具的隧道窑。梁本身为钢结构,其上铺有耐火砖,移动梁下部设有移动机构,使其作步进式移动,移动梁比固定梁略低,坯体或坯体的垫板放在固定梁上。移动时,坯体被移动梁由下向上抬起,向窑尾方向平移一步,移动梁由上向下降落,坯体又被放在固定梁上,已使坯体或垫板前进了一步。移动梁放下坯体后再退回原来位置。如此反复进行。其性能特点是传送制品平稳,提高了坯体人窑成品率,易与前后工序连成自动化生产流水线,但窑的密封比较困难,易漏气,热耗较推板窑大,造价也高。
CAS号:
性质:由一组固定梁和一组步进移动梁作为坯体运载工具的隧道窑。梁本身为钢结构,其上铺有耐火砖,移动梁下部设有移动机构,使其作步进式移动,移动梁比固定梁略低,坯体或坯体的垫板放在固定梁上。移动时,坯体被移动梁由下向上抬起,向窑尾方向平移一步,移动梁由上向下降落,坯体又被放在固定梁上,已使坯体或垫板前进了一步。移动梁放下坯体后再退回原来位置。如此反复进行。其性能特点是传送制品平稳,提高了坯体人窑成品率,易与前后工序连成自动化生产流水线,但窑的密封比较困难,易漏气,热耗较推板窑大,造价也高。
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