What prevents vibration from a suspended HVAC unit being transferred to the supporting structure?

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Isolators play a crucial role in vibration control for suspended HVAC units. These devices are specifically designed to absorb and reduce vibration energy generated by the operation of HVAC systems. By isolating the mechanical components from the supporting structure, they prevent vibrations from traveling and potentially causing noise or structural damage to the building.

Isolators can come in various forms, including rubber mounts, springs, and specialized vibration-damping materials. Their effectiveness lies in their ability to provide a barrier that disrupts the transmission of vibrations, which ultimately enhances the comfort level in the occupied spaces and helps maintain the integrity of the building's structural elements.

While flexible connections, inertia pads, and housekeeping pads may contribute to overall system performance and stability, they do not serve the primary purpose of isolating vibrations in the way that isolators do. Flexible connections may allow for some movement without transferring stress, inertia pads help with stabilizing the system from shifting, and housekeeping pads are primarily designed to provide a flat and level surface for equipment installation. However, none focus specifically on vibration reduction as isolators do.

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