How To Help Operators Address The Risk of Sound:

Fortunately, there are many ways to reduce acoustics and mitigate the risk and threat to data center’s hard drive disks and save data quality and integrity.

Acoustic Suppression Technologies

Acoustic suppression technologies reduce sonic shockwaves from fire suppression systems and vastly improve a data center’s ability to protect HDDs and other sensitive electronic equipment from the impact of sound. These technologies are specifically designed with advanced noise-reducing features to lower sound power output while still maintaining the required suppression system flow rate, discharge time and protection of the protected space. On average acoustic suppression technologies, and more specifically acoustic nozzles, reduce sound by more than 20 decibels and in-turn minimize the risk of damage to HDDs in data centers.

Softer construction materials and sound-absorbing panels

When designing a new data center or making upgrades to an existing center, room dampening materials on the walls, ceilings and floors can help reduce vibrations within the room. Softer construction materials including carpet, foam padding, fiberglass insulation and softer wood are great options for new construction, while sound-absorbing panels are good for reducing vibrations in data centers with existing infrastructure. Additionally, isolations mounts, instead of rigid metal mounts, can be used to store HDDs and prevent vibrations from transmitting through the racks into the HDDs.

Relocate Hard Drive Disks

The closer HDDs are to the source of the acoustic noise, the greater the amount of acoustic energy is directly transferred into HDDs as vibrations. Locating HDDs as far away as possible from sound sources such as alarms, sprinklers, fire suppressions, and HVAC vents reduces the risk of exposure to acoustics above the 110dBZ threshold.

For example, if HDDs are in proximity to or in the direct path of the fire suppression discharge agent, they are at risk of being exposed to acoustics as high as 130dBZ, or the sound of a commercial airplane at takeoff. Moving the HDDs away from the discharge agent decreases their risk of being exposed to the harmful vibration that full 130dBZ of sound may cause. Furthermore, acoustic suppression nozzle technology can be installed within the fire suppression system to reduce the discharge sound by 20dBZ, bringing the decibel level to the 110dBZ threshold for optimal HDD performance.

Get Prepared Now:

Understanding the hidden risk of acoustics in data centers and the significant threat they pose to hard drive disk performance is critical to protecting HDDs and customer data. By taking the necessary steps to reduce acoustics and mitigate the risk, perpetual uptime for data centers is maintained and HDDs continue to process and store data without interruption.