Cable Pass Thru cabinet is an engineered alternative to the standard interior cable pass-through available from most retailers. It is designed for running cables through an interior wall while maintaining sound isolation.
The Cable Pass Thru is specified by architects for scientific research laboratories, surgery complexes, testing facilities and classrooms where multiple rooms are cable interconnected with each other and a common computer room.
Interior Applications
High performance audio rooms are so quiet inside and so acoustically fast in response that as the music plays, sounds and tones come and go quickly. When a tone slightly shakes the floating wall, which happens to be the same frequency as the resonance of the supporting stud, the stud is stimulated onto movement.
Recording studios and rooms with quiet requirements, particularly in hot climates, need dampened HVAC supply and return ducting. ASC designs and manufactures in-line mufflers, noise-reducing outlet diffusers, and duct baffle inserts.
Most residential and commercial HVAC equipment creates too much noise for use in recording studios. We build specialty mufflers that combine built-in bass traps with standard treble range absorbing panels. Our solutions not only deliver air into rooms silently but also reduce the acoustic crosstalk between rooms through the HVAC ducts.
The IsoTile Ceiling Panel is designed to isolate and absorb ceiling transmitted noise in both directions. Just drop in place on top of your existing acoustic ceiling tiles. ASC’s IsoTile is engineered to block and absorb sound.
Acoustical Residential SoundFence for reducing sounds in noisy neighborhoods and residential areas. Acoustic fences will reduce the sound from heat pumps, pool filters, pool pumps, traffic noise and more. Residential sound-proofing in neighborhoods.
High performance audio rooms are so quiet inside and so acoustically fast in response that as the music plays, sounds and tones come and go quickly. When a tone slightly shakes the floating wall, which happens to be the same frequency as the resonance of the supporting stud, the stud is stimulated onto movement.