Vibration isolator DVA.4-60-40-M10-28-55 Z030989

Vibration Isolators – Reduction of vibrations and noise in machines and equipment

Vibration isolator DVA.4-60-40-M10-28-55 is an element dedicated to damping vibrations and reducing noise generated by machines and equipment. Its use translates to improved work comfort, increased safety, and extended component life. This is particularly important in applications where precision and minimizing vibrations are crucial.

This specific model features a cylindrical design and is made of galvanized steel, ensuring corrosion resistance and durability. The M10 threaded stud facilitates easy installation and a stable connection with the mounted element. This vibration isolator finds application in many industries, from agricultural machinery to precision equipment.

Construction and properties

Vibration isolator DVA.4-60-40-M10-28-55 was designed with effective vibration damping in mind. Its construction is based on utilizing the elastic properties of rubber with a hardness of 55 on the Shore scale. This hardness provides optimal damping for a wide range of loads and vibration frequencies. A diameter of 60 mm and a height of 40 mm define its physical dimensions, influencing the load capacity and damping range.

The use of natural rubber (NR) in the construction of Elesa+Ganter vibration isolators ensures not only effective vibration damping but also good resistance to abrasion and external factors. Galvanized steel used for the metal components further protects against corrosion, which is important in harsh industrial conditions. The M10 external thread allows for easy mounting to various structures, and the connection on the other side (labeled as "Other" in the specification) is adapted to specific applications – often requiring the use of a nut or other fastening element.

Applications and benefits

Vibration isolators from the DVA series are versatile and find application in many areas:

• Industrial machinery: Reduction of vibrations from engines, pumps, fans and other moving parts.
• Precision equipment: Ensuring stability and minimizing the impact of vibrations on measurement or operation accuracy.
• Electrical cabinets: Isolation from vibrations generated by devices inside the cabinet, protecting delicate electronics.
• Building structures: Damping vibrations transmitted through foundations or load-bearing structures.
• Component assembly: Shock absorption during transport or installation of machine components.

Using this type of vibration isolator brings a number of benefits:

• Noise reduction: Reducing the noise level generated by machines, improving work comfort and meeting acoustic safety standards.
• Extended service life: Protecting machine components from damage caused by vibrations, resulting in a longer service life of the equipment.
• Improved precision: Minimizing the impact of vibrations on the accuracy of precision equipment.
• Increased safety: Reducing the risk of failure due to material fatigue resulting from continuous vibrations.
• Work comfort: Improving working conditions for operators by reducing exposure to noise and vibration.