Rectangular corrugated compensator notes

Rectangular corrugated compensator notes
Rectangular single wave compensator general material for stainless steel 304, there are also pipeline medium with very high temperature or corrosive, encounter such rectangular corrugated material will need stainless steel 310s or stainless steel 316L material, rectangular corrugated compensator precautions have those points?
 
Rectangular corrugated compensator can be used individually, but also in groups. Used to compensate for axial displacement, lateral displacement, angular displacement of pipelines and equipment, as well as by their arbitrary combination of displacement. Applications: import and export of various pumps, valves and air compressors; various fire protection piping, air conditioning piping, steam piping, etc.; general factory piping and occasions requiring sanitation; mechanical equipment piping, occasions requiring vibration damping and compensation of thermal displacement; domestic water piping and occasions requiring flexible coupling. Rectangular corrugated pipe effectively reduce the host vibration, absorb pipeline noise, protect equipment, extend the service life of equipment, corrugated compensator has the advantages of durability, high pressure resistance, anti-corrosion, environmental protection, etc. Rectangular corrugated compensator is placed next to the fixed bracket, then next to two guide brackets, the distance is 4Dg, 14Dg, the main purpose is to prevent its axial instability, steam direct buried pipeline by insulation material to support the external steel pipe or guide and hot water direct buried pipe is mainly controlled by the soil and sand layer, with insulation material overall formation. This arrangement is a good starting point, but in practice, it is limited by the terrain, if there are too many overhead pipe supports, it is difficult to arrange. Rectangular corrugated compensators are required to be arranged only in straight pipe sections. Fixed supports flanking this type of compensator may cause corrugation due to channel displacement. The corrugated compensator absorbs and displaces the displacement of each node unevenly and has insufficient compensation capacity. We believe that the solution of the problem of axial instability of the compensator is related to the arrangement and position of the square compensator. More importantly, it depends on the performance and quality of the rectangular corrugated compensator. The performance of the rectangular corrugated compensator is installed only on the side of the fixed bracket.