Vibration Isolation For Condensing Unit On Roof

Condensing units on the roof of a mixed use building.

Vibration isolation for condensing unit on roof.

The proposed fix in this instance seems rather bizarre and horrendously expensive. Ldr eliminates vibration from penetrating into the structure and occupants below. Reviewed in the united states on august 22 2018. Transmission of vibration into the structure.

Vibration from the roof top unit can be transmitted to the building occupants through the structure. Kinetics esr features high frequency noise isolation pads code compliant seismic and wind restraint and access ports for each isolator to inspect level or change springs after equipment placement. Ldr light duty rail isolation system is a low cost solution designed to isolate residential style condensing units and other light weight equipment small fans mini split systems etc. The condenser vibration shouldn t be transferred to anything except proper vibration isolators.

Roof curb isolation solutions. Make up air handling units on the roof of a luxury condominium building generating noise and vibration in residential units several floor below the roof. Packaged rooftop air handling units above classrooms required to meet leed for schools sound level limits. 5 0 out of 5 stars worked great for a noisy outdoor ac compressor condenser unit.

Kinetics noise control provides technical assistance in the selection and specification of tailor made isolation systems and vibration isolation products that enable building owners to install complex heating ventilation and air conditioning systems without the worry of vibration problems. Isolating the equipment on spring mounts with 1 2 static deflection should be sufficient to overcome the rooftop deficiency. This is more common in cases where the roof is made of corrugated steel. Slide an anti vibration pad under one lifted foot.

You can match the final location of the feet by observing the air conditioner s concrete pad marks from the feet are commonly visible and can.