The AcoustiRACKâ„˘ ACTIVE (ARAâ„˘) is a soundproof, cabinet providing unprecedented levels of noise reduction up to 30 dB(A) with 8 KW of heat dissipation and dust protection for 19-inch servers and networking equipment. When combined with unique, high-quality acoustic materials, the ARAâ„˘ achieves previously unattainable spatial noise reduction over the entire frequency bandwidth of the audible spectrum.
Extreme energy consumption is the number one challenge facing data centers today. Using the ARAâ„˘, companies are freed from paying exorbitant energy bills to hyper-cool dedicated server rooms just to avoid equipment burnout. Employees are no longer faced with the myriad of physical and psychological ills associated with exposure to chronic noise pollution.
Available in 32RU & 42RU Variants with 1200 Depth Configurations and 600 width configurations.
The Active Silencer Fan Trayâ„˘ (ASFTâ„˘) is a fan drawer, designed for assisting ventilation by forcing air into and out of an enclosure, while preventing noise from escaping.
The unit is lined with acoustic material and equipped with Silentium's proprietary noise-cancelling technology which is highly effective in reducing low frequency noise. When combined with unique high quality acoustic materials this product achieves unprecedented spatial noise reduction over the entire frequency bandwidth of the audible spectrum.
This product is the most advanced solution for the growing IT noise problems faced by today's workforce. The ASFTâ„˘ reduces the auxiliary fans noise and the left installed equipment noise to the surrounding noise level.
|Model Matrix & Dimensions|
|AcoustiRack Series||H||h||W||w||D||d||Caster Type||Plinth Height|
H - Overall height
h - Usable height
W - Overall width
w - Usable width
D - Overall depth
d - Usable depth
The ARAâ„˘ airflow design considerations were made to enable maximum noise reduction by using hybrid means. Simultaneously, the chance of inflicting damage to enclosed equipment is reduced by preventing hotspot and dissipating maximum heat under the constraint of keeping minimum total cost of the rack ownership.
Cool air is suctioned in through a fan tray at the bottom of the ARAâ„˘. The air is directed to the front of the unit, whereas a cool wall of air is formed and then flows through the equipment to the rear of the cabinet. The newly warm air is emitted out from the front of the cabinet through a second fan tray positioned at the top. This keeps continuous flow of fresh air through the ARAâ„˘cabinet. The advantages of this design allows the user to place the rack close to a wall, high flexibility and save valuable space.