Flexible Mounting Structures, also known as flex mounts, provide essential support and protection for a wide range of systems and equipment. These mounts are designed to withstand a variety of environmental conditions while maintaining stability and versatility. In this article, we will explore the function, types, and applications of Flexible Mounting Structures.
Flexible Mounting Structures serve to decouple and isolate the equipment being supported from the substrate to which it is mounted. They provide shock and vibration isolation, noise reduction, and isolation from structuralborne sound, helping to ensure the reliable performance of the equipment over time.
There are various types of Flexible Mounting Structures available, including spring-type mounts, rubber mounts, and liquid-filled mounts. Spring-type mounts offer good shock and vibration isolation but may have limited use in high-vibration applications. Rubber mounts provide good isolation over a wide range of frequencies and are often used for low-frequency isolation. Liquid-filled mounts are effective at damping high-frequency noise and vibrations but require care during installation.
Flexible Mounting Structures are used in a wide range of applications including HVAC systems, industrial equipment, transportation systems, and audio/visual systems. In HVAC systems, flex mounts help to reduce noise and vibration transmission while supporting air handlers, fans, and other components. On industrial equipment, they provide isolation from shock and vibration, protecting sensitive equipment from damage. Flex mounts are also used in transportation systems to decouple engines and other sources of vibration from the chassis, improving ride quality and durability. In audio/visual systems, they serve to isolate loudspeakers and other components from the supporting structure, enhancing sound quality and performance.
