Series universal ripple compensator

Series universal corrugated compensator. The series universal corrugated compensator uses metal bellows as a flexible component. The universal corrugated compensator is a structural part that compensates displacement, absorbs deformation and vibration in the pipeline transportation system. The universal corrugated compensator has Anti-fatigue, high pressure resistance, high and low temperature resistance, corrosion resistance, long service life and other characteristics.
Series universal corrugated compensator
Installation requirements
Before installing the compensator, check its model, specifications and pipeline configuration, and it must meet the design requirements.
For compensators with an inner sleeve, care should be taken to ensure that the direction of the inner sleeve is consistent with the direction of medium flow. The hinge rotation plane of the hinge-type compensator should be consistent with the displacement plane.
For compensators that need to be cold-tightened, the auxiliary components used for pre-deformation should be removed only after the pipeline is installed.
It is strictly forbidden to use the method of deforming the corrugated compensator to adjust the installation tolerance of the pipeline, so as not to affect the normal function of the compensator, reduce the service life, and increase the load on the piping system, equipment, and supporting components.
During the installation process, welding slag is not allowed to splash on the surface of the wave shell, and the wave shell is not allowed to suffer other mechanical damage.
All movable components of the compensator must not be blocked by external components or limit their range of movement, and the normal movement of each movable part should be ensured.
During the hydraulic test, the secondary fixed pipe frame at the end of the pipeline equipped with the compensator should be reinforced so that the pipeline does not rotate and move. For compensators used for gas media and their connecting pipelines, attention should be paid to whether temporary supports need to be added when filling with water.
After the hydraulic pressure test, the accumulated water in the wave shell should be drained as soon as possible, and the inner surface of the wave shell should be dried quickly.
The insulation material in contact with the compensator bellows should not contain chloride ions.