Back In Stock 6hz Spring Pad (160 - 1700 Dan) Eco-friendly [3WqNFftJ]

6Hz Spring Pad: The Ultimate Solution for Vibration Reduction

The Back In Stock 6hz Spring Pad (160 - 1700 Dan) Eco-friendly [3WqNFftJ] is a cutting-edge anti-vibration spring support designed to minimize vibrations and eliminate structure-borne noise in HVAC systems. Engineered with a low suspension frequency of 6 Hz, this pad offers exceptional isolation, particularly for rotary sources operating at speeds below 600 rpm. Its robust construction and wide range of load capacities make it an ideal choice for a variety of applications.

Key Product Properties and Specifications

The 6Hz Spring Pad features a static deflection of 6.5mm with its given loads, ensuring uniform deflections even in machines with unevenly distributed loads. It is equipped with elastomeric components to effectively eliminate medium/high frequency structure-borne noise. The multi-spring solution provides increased lateral stability, making it suitable for installation at the base of machinery. This product boasts high resistance to environmental agents, oils, corrosion, and high temperatures, ensuring long-lasting performance. The load capacities range from 160 to 1700 daN, catering to diverse application needs.

• Wide Range of Load Capacities: From 160 to 1700 daN to accommodate various application requirements.
• Low Suspension Frequency: 6 Hz for effective isolation of low-speed rotary sources.

Practical Applications and Benefits

The 6Hz Spring Pad is commonly used in HVAC applications, such as air conditioning units, compressors, fridges, and fans. It is also suitable for pumps and generators. By reducing vibrations and noise, this product enhances the overall performance and longevity of machinery. Its high resistance to environmental agents and temperature extremes makes it a reliable choice for various industrial and commercial settings. With its versatile design and exceptional performance, the 6Hz Spring Pad is the perfect solution for those seeking to minimize vibrations and improve the operational efficiency of their equipment.