Causes of Abnormal Noise of Pneumatic-Hydraulic Booster Cylinder Press

2026-05-26 14:42:50 liuxinde

  气液增压缸冲压机异响缘故

Causes of Abnormal Noise of Pneumatic-Hydraulic Booster Cylinder Press

  1、液压密封件毁坏

  气液增压缸冲压机里边的液压密封件毁坏得话,会在增压的情况下泻气进而导致异响的问题产生。

  2、活塞杆密封环衰老,毁坏

  活塞杆密封环的衰老,毁坏,会导致气液增压缸的摩阻大大减少,在飞速的输出功率下能导致液气增压冲压机异响。

  3、气液增压缸主缸有脏东西(铝块、钢块、螺钉)

  主缸有脏东西得话,脏东西伴随着气液增压缸往复式运作的,导致异响。

  4、设备常见故障

  因为使用不合理产生的设备常见故障所造成的异响。

  5、气液增压缸未调节好

  气液增压缸冲压机商品沒有调节好得话,有可能也会造成异响产生。

  1. Damaged hydraulic sealsIf the hydraulic seals inside the press are damaged, air will leak during pressure boosting and cause abnormal noise.
  2. Aged or damaged piston rod sealing ringsAged or damaged piston rod sealing rings greatly reduce frictional resistance. Abnormal noise will occur when the unit operates at high speed.
  3. Foreign matters inside the main cylinderDebris such as aluminum scraps, steel fragments and screws inside the main cylinder move back and forth with reciprocating motion and generate noise.
  4. Equipment malfunctionAbnormal noise caused by improper operation leading to equipment faults.
  5. Improper commissioning of the booster cylinderIncorrect adjustment of the pneumatic-hydraulic booster cylinder press may also result in abnormal noise.

  气液增压缸冲压机漏汽缘故

Causes of Air Leakage of Pneumatic-Hydraulic Booster Cylinder Press

  1、密封环毁坏。

  2、增压缸支气管不接好。

  3、调压阀毁坏。

  4、真空电磁阀毁坏。

  1. Damaged sealing rings.

  2. Improper connection of the air pipes of the booster cylinder.

  3. Faulty pressure regulating valve.

  4. Malfunctioned solenoid valve.


  气液增压缸增压时液压缸是不是会动?我在这儿给你表述这个问题!

Will the hydraulic cylinder move when the pneumatic-hydraulic booster cylinder is boosting pressure? Let's explain this question below!

  气液增压缸增压时活塞杆会动,气液增压缸增压时液压缸会往下运行产生工作压力,气液增压缸内的液压缸一旦触及到工作中件便会全自动增压到髙压出力。

  The piston rod moves during pressure boosting. The hydraulic cylinder travels downward to build up pressure. Once it contacts the workpiece, the cylinder automatically boosts to high pressure and outputs force.

  下边以预应力张拉式行程可调式气液增压缸表明:当工作中标准气压压在齿轮油(或活塞杆)表层时,齿轮油会空气压缩功效而流入预应力张拉行程腔,这时齿轮油会快速促进式件作偏移,当工作中偏移碰到摩擦阻力超过标准气压工作压力时缸则终止姿势,这时,增压缸的增压腔由于电子信号(或气动式数据信号)姿势,逐渐增压进而做到成形设备的实际效果。由这儿举的事例由此可见,气液增压缸充压时液压缸是会动的!

    Taking the adjustable-stroke pre-tensioning pneumatic-hydraulic booster cylinder as an example: When working air pressure acts on the hydraulic oil (or piston rod), the oil flows into the pre-tensioning stroke chamber under air compression and rapidly drives the moving parts to move. When the resistance encountered exceeds the air pressure, the cylinder stops moving.
Subsequently, the boosting chamber acts upon electrical or pneumatic signals to start pressure buildup, realizing the forming function of the equipment. As illustrated above, the hydraulic cylinder does move during pressurization!