Vibration isolator DVA.1-100-60-M16-41-40 Z050377

Vibration isolator DVA.1-100-60-M16-41-40 is a component designed to dampen vibrations and noise, widely used in machinery and equipment. Its construction is based on a combination of a threaded steel pin with a natural rubber housing, which ensures effective vibration reduction and minimizes their negative impact on the environment and the lifespan of devices.

This particular model is characterized by a cylindrical shape, a diameter of 100 mm and a height of 60 mm. It has an external M16 thread, which facilitates mounting in various structures. The rubber hardness of 40 on the Shore A scale provides optimal damping properties for a wide range of applications. The steel pin is galvanized, which increases its corrosion resistance and ensures durability even in harsh environmental conditions.

Vibration isolators of this type are crucial in situations where it is necessary to isolate a machine from the ground or structural elements to minimize the transmission of vibrations and noise. They are used when mounting motors, pumps, fans, as well as in electrical cabinets or other devices sensitive to vibrations. This improves operator comfort, reduces the risk of mechanical damage and extends the life of the equipment.

• Effective vibration reduction: the combination of steel and natural rubber effectively dampens vibrations of various frequencies.
• Universal mounting: M16 thread allows for easy integration with various structures.
• Durability and resistance: galvanized steel pin provides protection against corrosion.
• Optimal hardness: 40 Shore A hardness guarantees good damping properties while maintaining adequate flexibility.
• Wide application: ideal for isolating motors, pumps, fans and other vibration-generating devices.

The choice of the appropriate vibration isolator depends on the specifics of the application – load, vibration frequency and the required degree of damping. Elesa+Ganter offers a wide selection of vibration isolators with different parameters, allowing for precise adaptation to individual needs.