Vibration isolator DVA.4-30-25-M8-20-70 Z050575
Catalog numbers:
- DVA.4-30-25-M8-20-70
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Vibration isolator DVA.4-30-25-M8-20-70 Z050575
Vibration and Noise Dampening – DVA.4 Vibration Isolator
This vibration isolator, with a diameter of 30 mm and a height of 25 mm, is a key element in reducing vibrations and noise generated by machines and equipment. Its construction based on 70 Shore’a hardness rubber, combined with a solid M8 external thread, provides effective insulation and stability. It is an ideal solution for both professional installers and end-users looking for quiet and efficient equipment operation.
Design and Application
The DVA.4 vibration isolator utilizes the damping properties of rubber to absorb vibration energy, minimizing its transfer to the environment. The cylindrical model with an M8 thread allows for easy mounting in various applications – from industrial machines to equipment components. Thanks to being made of galvanized steel, it is corrosion-resistant and ensures long-term reliability. These types of vibration isolators are widely used in the isolation of motors, pumps, fans, and other vibrating equipment. They not only improve working comfort but also extend the life of machines by reducing dynamic loads.
Advantages and Benefits
- Effective noise reduction: Vibration isolation directly translates to a reduction in the noise level generated by equipment.
- Protection against damage: Damping vibrations reduces the risk of mechanical damage to machine elements and structures.
- Extended service life: Reducing dynamic loads affects the longer service life of devices.
- Easy installation: The M8 thread ensures quick and secure mounting in standard threaded holes.
- Corrosion resistance: Galvanized steel guarantees durability even in harsh environmental conditions.
- Versatility of application: Suitable for isolating various devices – from light components to heavier machines.
- Optimal rubber hardness: 70 Shore’a hardness provides a good compromise between vibration damping and structural stability. This allows for effective vibration damping while maintaining adequate load capacity.