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AVC

Wire rope vibration damper

Stainless steel

AVC-4

Wire rope vibration damper
Four loops

AVC-6

Wire rope vibration damper
Six loops

AVC-8

Wire rope vibration damper
Eight loops

AVC-4

Wire rope vibration damper
Four loops

Cable, bars and screws

AISI 316 stainless steel.

Standard executions

Threaded pass-through holes.

  • AVC-4: the cable extends for four loops.
  • AVC-6: the cable extends for six loops.
  • AVC-8: the cable extends for eight loops.

Features and applications

AVC wire rope vibration dampers are composed of two pairs of bars, joined together by a connecting cable with a helical winding (loop).

They are generally used for isolating vibrations and shock absorption, where resistance to tension, compression and shear force is required.

Vibrations can cause:

  • malfunctioning and reduction of the machine lifespan and/or of the adjacent ones;
  • damage to health;
  • noise.

They are particularly suitable for use with HVAC, pumps, purification and desalination plants, instrumentation panels, rail, naval and military industry. Some examples of application are shown in Fig.1.

See High performance vibration dampers - Characteristics and selection criteria.

 
DescriptionCompression resistanceAxial holding forceShear resistance
Min load
[N]		Max load
[N]		Min deflection
[mm]		Max deflection
[mm]		Min load
[N]		Max load
[N]		Min deflection
[mm]		Max. deflection
[mm]		Min load
[N]		Max load
[N]		Min deflection
[mm]		Max. deflection
[mm]
AVC-4-4-53501102550110132040510
AVC-4-6-6120030024200300237015037
AVC-4-6-93701402770140363070513
AVC-4-7-110801802980180283090517
AVC-4-10-80850150025850150013400900411
AVC-4-10-1083006302730063026150300514
AVC-4-13-102100025002810002500255001000513
AVC-6-7-822004502620045025100230311
AVC-6-8-6760010002460010002330060038
AVC-6-10-80150025002515002500137501400511
AVC-6-13-13585015004118501500411300800621
AVC-8-13-1201500300041115003000376001500719

The min. load is the value below which the vibration damper is not able to isolate the vibrations as it would be too rigid.

The max load is the value beyond which some type of failure may occur compromising the functionality of the vibration damper.

The min.deflection is the compression of the vibration-damping support corresponding to the min. load.

The max.deflection is the compression of the vibration-damping support corresponding to the max. load.

Special executions on request

  • Wire rope vibration dampers with AISI 304 stainless steel bars.
  • Wire rope vibration dampers with aluminium bars with chromic passivation.

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