Vibration isolator DVA.1-100-75-M16-41-55 Z030865

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

The DVA.1-100-75-M16-41-55 vibration isolator is an element designed to dampen vibrations and reduce noise generated by operating machines and equipment. Its construction, based on a combination of galvanized steel and natural rubber, effectively isolates vibrations, protecting both the equipment itself and the surroundings. Installation of this type of isolators translates into extended machine life and improved work comfort.

This specific model is characterized by a cylindrical structure, threaded connections (M16) and a diameter of 100 mm. The height of the vibration isolator is 75 mm, which allows it to be adapted to various applications. The natural rubber used, with a hardness of 55 on the Shore scale, provides optimal damping properties while maintaining adequate strength.

Application and benefits:

• Noise reduction: Vibration isolation minimizes the noise level generated by machines, which is particularly important in work environments requiring silence.
• Device protection: Damping vibrations reduces the mechanical loads on machine elements, which translates into their longer life and fewer failures.
• Work comfort: Reducing vibrations improves the comfort of machine operators, reducing fatigue and increasing the precision of tasks performed.
• Universal mounting: Threaded M16 connections make it easy to mount the vibration isolator in various structures.
• Resistance to external conditions: Galvanized steel provides corrosion resistance, allowing the vibration isolator to be used in harsh industrial conditions.
• Isolation from external vibrations: Possibility of use for isolating devices from vibrations coming from the environment, e.g. when mounting electrical cabinets.

DVA.1 vibration isolators are widely used to mount components such as motors, fans or pumps. Choosing the appropriate rubber hardness (55 Shore’a in this case) allows for optimal adaptation to the specific requirements of a given application and the characteristics of the generated vibrations. Let us remember that proper selection of an anti-vibration element is crucial for effective damping of disturbances – the frequency of vibrations, load and the required degree of damping must be taken into account.