Combined Spring And Viscous Vibration Damping Elements Series-RAD-RT

About Combined Spring And Viscous Vibration Damping Elements Series-RAD-RT

Dynemech Spring Isolator

Dynemech is providing anti vibration solutions to the Indian Industry for the last 10 years. We are the only company to provide almost all types of vibration control solutions under one roof. Our product range consists of stud mounts for very small machines to wedge mounts for precision machine tools, along with air springs for very low natural frequency vibration damping to spring isolators for heavy presses, hammers, gen sets etc. A spring isolator gives desired natural frequency to obtain phase difference in the frequencies for a rotating machine. Viscous Damping is an important feature of an isolation system. In most cases viscous damping is required to limit excessive movement which could occur as a machine operates at a speed near to, or coinciding with the resonant frequencies of the system. Generally this problem arises during slow run up and run down of rotating machines and during impact at each stroke in presses and hammers.

Advantages of Spring Isolators:

The numerous benefits associated with the use of spring vibration isolators are: ïA MASSIVE reduction in the vibration in the works and the surrounding neighbourhood. ïProtection of machinery against external vibration. ïExtends the service life of machines. ïComplies with environmental constraints. ïAllows easy machinery leveling. ïCombats foundation subsidence. ïReduced cost foundation. ïMakes buildings and machinery safe from earthquakes. ïImpact noise isolation.

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Applications: ïPower Presses ïForging Hammers ïFans ïBlowers ïGenerating Sets ïCentrifuges ïTest Beds ïTextile Machines ïReducing Mills and Mixers ïCoal and Stone Crushers ïRefrigeration Units ïPumps and Boilers etc. ïAll types of heavy industrial machinery

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The Springs are made in top grade wire & finished with protective coatings thus ensuring trouble free service life.

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Selection Procedure ïDetermine the all-up weight of the machine to be mounted including work loads ïEstimate the position of its combined center of gravity in both horizontal and vertical planes allowing for work loads & any mobile loads; i.e. traversing work heads or tables etc. ïDecide where the mountings are to be positioned. ïSelect mountings to give the required static deflection. ïWhere especially very high levels of isolation are required, for instance where the disturbing frequency is less than 12 Hz, higher deflection springs may be necessary. Please contact for our advise accordingly.

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