What is the efficient shock-absorbing structure of DWEX series side wall fans?

The high-efficiency shock-absorbing structure of the DWEX series side wall fans is an important feature in the design of this series of products, aiming to minimize vibration transmission and noise generation, ensuring that the equipment can remain stable and quiet during operation. The following is a detailed introduction to the efficient shock-absorbing structure of the DWEX series side wall fans:

Use of elastic materials: DWEX series side wall fans use highly elastic materials, such as rubber or elastic alloys, in key parts. These materials have excellent shock-absorbing properties and can effectively absorb vibration and impact forces, preventing them from being transmitted to the wind turbine structure.

Shock-absorbing pad design: The bottom of equipment and key connection points are often equipped with specially designed shock-absorbing pads. These shock-absorbing pads dampen mechanical vibrations and reduce the vibrations generated by the machine when it is running, thus reducing the overall noise level.

Application of vibration absorber: A vibration absorber may be used in DWEX series side wall fans, which is a specially designed device to absorb mechanical vibration and convert it into minute heat energy.

Rigid design of the structure: In addition to using elastic materials, the overall structural design of the DWEX series side wall fans also focuses on rigidity. Reasonable structural rigidity helps reduce resonance phenomena and prevent vibration from accumulating and transmitting in the structure.

Design of shock-absorbing and vibration-isolating feet: Some DWEX series side wall fans may be equipped with shock-absorbing and vibration-isolating feet, which is a device that can adjust the connection between the equipment and the ground. By adjusting the height and hardness of the vibration isolation feet, the vibration and noise from the ground can be effectively reduced.

Precision balance technology: The rotating part of the fan adopts precision balance technology to ensure that there will be no imbalance during high-speed rotation, thereby reducing vibration. This helps improve the stability of the fan and reduces the possibility of vibration transmission.

Vibration analysis and optimization: During the design stage, DWEX series side wall fans may undergo vibration analysis and optimization. By using computer modeling and simulation tools, design teams can accurately predict and adjust structures to minimize the generation of vibrations.

Unique connections: Efficient shock-absorbing structures may involve unique connections, such as flexible connectors. This connection method can effectively isolate mechanical vibration and prevent it from being transmitted to other parts through the connection point.

Process and material selection: The design of an efficient shock-absorbing structure is also closely related to the selected process and materials. During the manufacturing process, selecting wear-resistant and corrosion-resistant materials and adopting advanced manufacturing processes will help improve the reliability and durability of the shock-absorbing structure.