Festo FESTO cylinder ADVC-12-10-A-P

Festo FESTO cylinder ADVC-12-10-A-P

Technical Specifications:

Double ended piston rod

With or without position sensing

Either end has a non adjustable buffer or

Dual end with adjustable buffer

More piston rod derivatives

Stroke: 40 mm Piston diameter: 20 mm

Piston rod thread: M8 Buffer: PPV (with adjustable air buffers at both ends)

Assembly position: Any compliant standard: ISO 6432

End of piston rod: male thread design structure: piston piston rod

Position detection: No Variants: Single ended piston rod

Work pressure: 1-10 bar Work mode: double acting

Working medium: dry compressed air, lubricated or unlubricated

Corrosion resistance level CRC: 2 Environmental temperature: -20-80 ° C

Impact energy at terminal position: 0.2 J Buffer length: 17 mm

Theoretical force at 6 bar, recovery stroke: 158.3 N

Theoretical force at 6 bar, process: 188.5 N

Festo FESTO cylinder ADVC-12-10-A-P

The load on FESTO cylinders increases or decreases too quickly, especially during rapid start-up, shutdown, and changes in operating conditions, with large temperature fluctuations, incorrect cylinder warming methods, and premature opening of insulation layers during shutdown maintenancecylinderSignificant thermal stress and deformation are generated on the neutralizing flange.

cylinderStress was generated during mechanical processing or after welding repair, but there was no responsecylinderTempering treatment is carried out to eliminate, resulting incylinderThere is a significant residual stress that causes deformation during operation.

During installation or maintenance, due to maintenance processes and techniques, the inner cylindercylinderThe expansion gap of the partition, partition sleeve, and gland sleeve is not suitable, or the expansion gap of the hanging ear pressure plate is not suitable, resulting in a huge expansion force after operationcylinderTransform.

The quality of the cylinder sealant used is poor, there are too many impurities, or the model is incorrect; If there are hard impurities particles in the cylinder sealant, it will make it difficult for the sealing surface to bond tightly.

cylinderThe tightening force of the bolt is insufficient or the material of the bolt is unqualified.cylinderThe tightness of the joint surface is mainly achieved by the tightening force of the bolts. The thermal stress and high temperature generated during the start stop or load increase/decrease of the unit can cause stress relaxation of the bolts. If the stress is insufficient, the pre tightening force of the bolts will gradually decrease. ifcylinderThe bolt material is not good, and during long-term operation, the bolt experiences thermal stress andcylinderUnder the action of expansion force, it is stretched and undergoes plastic deformation or fracture, resulting in insufficient tension and causingcylinderLeakage phenomenon occurs