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震底式炉是利用炉底板的往复运动实现工件在炉中不断前进而连续加热的,炉底板的往复运动是靠震动机构实现的。目前盛行的驱动炉底板的震动机构有气动、机械振动、电磁振动三种。在分析这三种震动机构工作特点的基础上,我们研制了一种复合式震动机构,在RJZ-40-9震底式电阻炉上已经使用三年,效果良好。一、复合式震动机构的结构复合式震动机构主要由单活塞杆液压
Shock-bottom furnace is the reciprocating motion of the furnace floor to achieve continuous heating of the workpiece in the furnace, the reciprocating movement of the furnace floor is achieved by the vibration mechanism. Currently popular drive floor vibration mechanism pneumatic, mechanical vibration, electromagnetic vibration of three. Based on the analysis of the working characteristics of the three vibration mechanisms, we developed a composite vibration mechanism that has been used for three years on the RJZ-40-9 shock-bottom resistance furnace and works well. First, the structure of composite vibration mechanism Composite vibration mechanism mainly by a single piston rod hydraulic