Vibration isolator DVA.4-50-30-M10-28-55 Z030986

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

Vibration isolator DVA.4-50-30-M10-28-55 is an element dedicated to damping vibrations and reducing noise generated by machines and equipment. Its construction based on a combination of galvanized steel and rubber allows for effective isolation, protecting both the equipment itself and the surroundings. Installation of this type of isolators translates into extending the service life of machines by reducing dynamic loads.

Construction and application

This vibration isolator is characterized by a cylindrical shape and has an external M10 thread, which facilitates mounting in many applications. A diameter of 50 mm and a height of 30 mm ensure stability and efficiency. Rubber hardness at 55 Shore’a provides good flexibility and the ability to absorb vibration energy. It finds application in mounting components such as motors, fans or pumps, as well as in isolating equipment from external vibrations – e.g. electrical cabinets.

Key features and benefits

• Effective vibration reduction: The isolator minimizes the transmission of vibrations from the device to the supporting structure, which translates into quieter operation and reduced wear of mechanical components.
• Versatile mounting: M10 thread allows for easy integration with various structures.
• Durable construction: The use of galvanized steel ensures corrosion resistance, and the appropriately selected rubber hardness guarantees long-lasting damping efficiency.
• Protection against damage: Shock and vibration damping protects delicate equipment components from mechanical damage.
• Improved work comfort: Reducing the noise generated by machines translates into better working conditions for the operator.
• Increased equipment life: Reducing dynamic loads has a positive impact on the durability of machines and equipment, reducing the risk of failure.

Choosing the right vibration isolator, taking into account the vibration frequency, load and required degree of damping, is crucial for achieving optimal results. Other rubber hardnesses (40, 70 ±5 Shore’a A) are also available for specific applications.