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- top bearing lock nut 上轴承锁紧螺母
- bearing lock nut 轴承锁紧螺母
- Install adjuster nut and lock nut. 安装调节器螺母和防松螺母。
- Lock handle securely by turning lock nut clockwise. 3、顺时针方向拧紧螺帽,可靠的锁好把手。
- Slide the top bearing on the stem. 将顶部轴承移到阀杆上。
- To Readjust- Loosen lock nut on the adjusting screw. 重新调节:松开调节螺丝上的锁定螺母。
- To Readjust - Loosen lock nut on the adjusting screw. 重新调节:松开调节螺丝上的锁定螺母。
- Revolving the lock nut 5 anti-clockwise to the suitable position. 逆时针方向旋转锁紧螺母5;使其退到适当位置.
- Unclamp the shaft from the vise and slide off the top bearing. 松开老虎钳上的轴,将顶部轴承移出。
- Disc is fastened securely to disc hanger with a lock nut and cotter pin. 通过一个锁紧螺母和开口销将阀瓣安全紧固在阀瓣支架上。
- If only one locating ring is required, it should be inserted on the same side as the lock nut. 如果只需一个定位环,此定位环应插入与锁紧螺母相同的一侧。
- The first product we developed and completed based on this theme was the Hard Lock nut. 我们以此为出发点,开始了研究开发,经过不断实验终于研究成功了Hard Lock螺母。
- Small bearings with a bore diameter up to 100 mm can be properly mounted by measuring the lock nut tightening angle. 孔径最大为100毫米的小型轴承可通过测量锁定螺母的紧固角度正确安装。
- Top bearing, as well as the upper and lower bushings, are glass-filled TFE for ease of operation and maximum service life. 顶部轴承,以及上部轴承和底部轴承,是玻璃纤维填充TFE材料,用于使得操作更加容易,并最大限度延长使用寿命。
- To replace diaphragm; loosen lock nut (48) and remove lock washer (46), diaphragm plate (60) and diaphragm (20). 要更换隔膜,先松开锁紧螺母(48),并拆卸锁紧垫圈(46),隔膜板(60)和隔膜(20)。
- Loosen and remove the diaphragm lock nut and lock washer, pressure plate and diaphragm from the valve stem. 松开和拆卸隔膜锁紧螺母和锁紧垫圈,从阀杆上往下压阀盘和隔膜。
- Remove spring cage, spring and washer. Remove bottom plug. Grasp upper and lower stem lock nut with wrench and loosen. Clean or replace any damaged or worn parts. 拆卸弹簧笼,弹簧和垫圈。拆卸底部塞。用扳手抓住上部和下部阀杆锁紧螺母并且松开。清洗或更换任何损坏或磨损部件。
- Remove the locking nut from the flow/conductivity/temp sensor. 移开流量/导电/温度传感器上的固定螺丝。
- Remove the locking nut from the flow / conductivity / temp sensor. 卸除流量/电导/温度传感器上的锁紧螺帽。
- The feasibility of repetitive use of Fe-based shape memory alloy lock nut has been studied in order to lower the usage cost. 为了降低铁基形状记忆合金防松螺母的使用成本,探索了该新型螺母重复使用的可行性。