Vibration isolator DVA.7-30-30-M8-55 Z031034
Catalog numbers:
- DVA.7-30-30-M8-55
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Vibration isolator DVA.7-30-30-M8-55 Z031034
Vibration Isolators – Reduction of vibrations and noise in machines and equipment
The DVA.7-30-30-M8-55 vibration isolator is an element designed to dampen vibrations and noise generated by machines and equipment. Its task is to isolate the vibrating mass from the environment, which translates to improved work comfort, increased safety, and extended equipment life. The construction based on rubber with a specific hardness allows for effective absorption of vibration energy, minimizing its transfer to the supporting structure.
Construction and application
This specific model, DVA.7, is characterized by a conical construction and has an internal thread M8, which facilitates mounting. The diameter of the vibration isolator is 30 mm, and its height is also 30 mm. It is made of galvanized steel with a rubber insert with a hardness of 55 on the Shore scale. This combination of materials ensures both mechanical strength and effective vibration damping.
Vibration isolators from the DVA series are widely used for mounting components of devices such as motors, fans, or pumps. They will also work as elements damping impacts – bumpers or damping pads. Thanks to their versatility, they find application in many industries – from agricultural machinery to precision laboratory equipment.
Key features and benefits
- Effective vibration damping: Rubber with a hardness of 55 Shore'a provides optimal damping properties for a wide range of applications.
- Durable construction: Galvanized steel guarantees corrosion resistance and long-term operation even in harsh environmental conditions.
- Easy installation: The internal thread M8 enables quick and secure mounting to standard structural elements.
- Versatile application: Ideal for isolating various devices and components, reducing noise and vibrations.
- Protection against damage: Reducing vibrations translates to lower mechanical loads on machine elements, which extends their life and reduces the risk of failure.
- Improved work comfort: Reducing noise and vibrations positively affects the operator's work environment, increasing their efficiency and safety.

