Acoustic Nozzle

Noise Mitigation for Data Center Protection

The acoustic nozzle is crucial to help safeguard equipment sensitive to sound such as Hard Disk Drives (HDDs). The nozzle may be used in inert gas or halocarbon systems which are used to protect enclosures housing this type of equipment, but when discharged can produce sound levels that may be harmful to noise sensitive equipment. In the event of discharge, acoustic nozzles attenuate sound compared to standard nozzle designs. When used with the acoustic calculator, it is possible to estimate the sound power reaching the sensitive equipment, through algorithms that take into account the system flow rate, proximity of the nozzles to the sensitive equipment as well as the general construction of the protected space.

Protects HDDs and sound-sensitive equipment
Supports system sound level estimation and design
Acoustic nozzle reduces discharge noise

Acoustic Nozzle

Keep Fire Protection Quiet When It Counts

Fire suppression systems protect critical equipment, but system discharge noise can create risks of its own. The Acoustic Nozzle is designed to help safeguard sound-sensitive equipment, including hard disk drives and other data center technologies, by reducing sound levels during agent discharge. Compatible with inert gas and halocarbon systems, it helps support protection strategies for sensitive environments.

Features

Engineered for noise reduction
360-degree discharge pattern
Available in 1-1/2 in. (DN40) and 3/4 in. (DN 20) sizes with either National Pipe Thread (NPT) or British Standard Pipe Tapered (BSPT) thread typres

Models available for use with inert gas or halocarbon systems
Tested and optimized sound output
Drill diameter determined through a hydraulic flow calculation

Benefits

Avoid acoustic damage

Acoustic nozzles are designed to operate at a low decibel level that diminishes risk of sound damage to sensitive equipment

Room acoustic modeling

Understand HDD sound pressure impact with acoustic modeling based on nozzle sound output, HDD distance from nozzle, use of construction and sound absorption materials

360-degree discharge pattern

The acoustic nozzle is designed to be installed in the center of the hazard and so that noise attenuation features do not interfere with effective suppression.