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在钢管水淬工程设计中,须将定径以后的钢管分流(按批量):淬火钢管送往水淬池,而不淬火的钢管送上1号冷床。为此就需要一台话动挡料器。常用挡料器有机械式和气动式,但占地较大,基础较深,不适合此处的需要。活动挡料器仍在原固有挡料器位置上。两个传动辊之间间距不足两米,地面上有两支润滑主管线,地下不足1米深有电缆沟,钢管冲击挡料器最大冲击力约30000牛顿,因此基础承受不了如此大的冲击力。原固定式挡料器的基础寿命都较短。为了解决这
In the pipe water quenching engineering design, the pipe after sizing must be shunt (in batches): hardened steel pipe to the water quench tank, and not quench the pipe to send a cooling bed. To do this requires a dynamic blocker. Common stoppers are mechanical and pneumatic, but covers a larger, deeper foundation, not suitable for the needs here. The activity stopper is still in the original position of the stopper. The distance between the two drive rollers is less than two meters. There are two main lubrication lines on the ground. There is a cable trench in the ground less than 1 meter deep. The maximum impact force of the steel impact blocker is about 30,000 Newton, so the foundation can not withstand such a large impact force . The original fixed blocker base life are shorter. In order to solve this