Acoustic and Sound Instrument

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Environmental Sound Analyzer dBAir

It brings the power of wireless technology to sound measurement. From one button, all your measurement results are on your fingertips - plug the meter in and simply copy a csv file to your computer.

Measuring environmental noise often involves working in bad weather and at difficult locations during unsociable hours. The instrumentation employed needs to be tough, weatherproof, designed for the purpose and easy to use. With every Castle dBAir Environment Assessment System you’ll find exactly that.

Specifically designed to help you with assessments to BS4142, site noise survey reports, local authority complaint measurements and much more, these dBAir Environment Assessment Systems are the result of nearly 50 years of knowledge and experience with noise in the environment.

Features

• No Wires, No Software, No Waiting
• Audio Recording
• Instant Hearing Protection Selection
• Octave and 1/3 Octave Capability
• Instant CSV file from dBAir
• Multi Language
• Secure, instant & globally available data by The Castle Cloud

Applications

• Noise at Work Assessments
• Exposure Assessments
• Factory Noise Mapping
• Octave Band Hearing Protection Assessments
• Noise Control Effectiveness
• SNR & HML Hearing Protection Assessments
• Litigation Defence

Although Hearing Protection Assessments can be carried out using SNR and HML, the addition of 1/1 Octave Band Analysis provides the user with the most accurate method possible ensuring staff are properly protected.

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Acoustic Camera -Sound Analyser (Bionic XS-56 Array)

An Acoustic Camera or Noise Inspector is an imaging device used to locate sound sources and to characterize them. It is a real time noise analysis camera which consists of a group of microphones — also called microphone array — that are simultaneously acquired to form a representation of the location of sound sources. Acoustic Camera generally consists of a microphone array and an optical camera. Acoustic Camera can extend the time and frequency selectivity and add a location selective component. With this method the sound signal is shown and also a sequence of acoustic images can be acquired as acoustic videos are generated at same time. Acoustic Camera comprises traditional analysis methods as well, like A-weighting,1/3 octave band and narrow band analysis. With Acoustic Camera it can be precisely analyzed that when, where and which part is emitting sound i.e. ' Noise Source Localization '.

A range of applications like measurements of a washing machine, a motorcycle, a hydraulic pump, a PC, a car and etc.

With this, one can perform Sound Analysis, Noise Reduction, Quality Control, Free Field Measurement, Far Field Measurement, Near Field Measurement, Aircraft Interior, Wind Turbine,Wind Tunnel, Car Interior and Room Interior.

Application

• NVH

• Squeak and rattle

• Noise leakage detection

• Engine noise

• Automotive (interior and exterior)

• Quality assurance

• Product development

• For transient and stationary noise source

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Medium Acoustic Camera with Holography and Beamforming - Bionic M112 Array

Noise plays an increasingly important role in environment, so understanding noise reduction is a critical factor during research, development and operation. Accurate tools are necessary to locate and evaluate the noise. iAdept Marketing is here, for providing solutions for noise reduction using different techniques in India.

An Acoustic Camera or Noise Inspector is an imaging device used to locate sound sources and to characterize them. It is a real time noise analysis camera which consists of a group of microphones — also called microphone array — that are simultaneously acquired to form a representation of the location of sound sources. Acoustic Camera generally consists of a microphone array and an optical camera. Acoustic Camera can extend the time and frequency selectivity and add a location selective component. With this method the sound signal is shown and also a sequence of acoustic images can be acquired as acoustic videos are generated at same time. Acoustic Camera comprises traditional analysis methods as well, like A-weighting,1/3 octave band and narrow band analysis. With Acoustic Camera it can be precisely analyzed that when, where and which part is emitting sound i.e. ' Noise Source Localization '.

A range of applications like measurements of a washing machine, a motorcycle, a hydraulic pump, a PC, a car and etc.

With this, one can perform Sound Analysis, Noise Reduction, Quality Control, Free Field Measurement, Far Field Measurement, Near Field Measurement, Aircraft Interior, Wind Turbine, Wind Tunnel, Car Interior and Room Interior.

Features

• Far field analysis (beamforming)

• Near field analysis (holography)

• High dynamic range and resolution

• Very small package volume

• 40° Resolution at 600 Hz with beamforming

• From 40 Hz with holography

• Handheld

Application

• NVH

• Squeak and rattle

• Noise leakage detection

• Environmental and building acoustics

• Engine noise

• Automotive (exterior)

• Machine acoustics

• For transient and stationary noise sources

Additional Information:

• Item Code: M112

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Small Acoustic Camera with Holography and Beamforming - Bionic S112 Array

Noise plays an increasingly important role in environment, so understanding noise reduction is a critical factor during research, development and operation. Accurate tools are necessary to locate and evaluate the noise. iAdept Marketing is here, for providing solutions for noise reduction using different techniques in India.

An Acoustic Camera or Noise Inspector is an imaging device used to locate sound sources and to characterize them. It is a real time noise analysis camera which consists of a group of microphones — also called microphone array — that are simultaneously acquired to form a representation of the location of sound sources. Acoustic Camera generally consists of a microphone array and an optical camera. Acoustic Camera can extend the time and frequency selectivity and add a location selective component. With this method the sound signal is shown and also a sequence of acoustic images can be acquired as acoustic videos are generated at same time. Acoustic Camera comprises traditional analysis methods as well, like A-weighting,1/3 octave band and narrow band analysis. With Acoustic Camera it can be precisely analyzed that when, where and which part is emitting sound i.e. ' Noise Source Localization '.

A range of applications like measurements of a washing machine, a motorcycle, a hydraulic pump, a PC, a car and etc.

With this, one can perform Sound Analysis, Noise Reduction, Quality Control, Free Field Measurement, Far Field Measurement, Near Field Measurement, Aircraft Interior, Wind Turbine, Wind Tunnel, Car Interior and Room Interior.

Features

• Far field analysis (beamforming)

• Near field analysis (holography)

• Fully integrated design (no frontend necessary)

• 40° resolution at 1000 Hz with beamforming

• From 40 Hz with holography

• Handheld

Application

• NVH

• Squeak and rattle

• Noise leakage detection

• Environmental and building acoustics

• Engine noise

• Automotive (interior and exterior)

• Product development

• For transient and stationary noise sources

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Large Acoustic Camera with Beamforming - Bionic L112 Array

Noise plays an increasingly important role in environment, so understanding noise reduction is a critical factor during research, development and operation. Accurate tools are necessary to locate and evaluate the noise. iAdept Marketing is here, for providing solutions for noise reduction using different techniques in India.

An Acoustic Camera or Noise Inspector is an imaging device used to locate sound sources and to characterize them. It is a real time noise analysis camera which consists of a group of microphones — also called microphone array — that are simultaneously acquired to form a representation of the location of sound sources. Acoustic Camera generally consists of a microphone array and an optical camera. Acoustic Camera can extend the time and frequency selectivity and add a location selective component. With this method the sound signal is shown and also a sequence of acoustic images can be acquired as acoustic videos are generated at same time. Acoustic Camera comprises traditional analysis methods as well, like A-weighting,1/3 octave band and narrow band analysis. With Acoustic Camera it can be precisely analyzed that when, where and which part is emitting sound i.e. ' Noise Source Localization '.

A range of applications like measurements of a washing machine, a motorcycle, a hydraulic pump, a PC, a car and etc.

With this, one can perform Sound Analysis, Noise Reduction, Quality Control, Free Field Measurement, Far Field Measurement, Near Field Measurement, Aircraft Interior, Wind Turbine, Wind Tunnel, Car Interior and Room Interior.

Features

• Far field analysis (beamforming)

• High dynamic range and resolution

• 40° resolution at 350 Hz with beamforming

Application

• Automotive

• Machine acoustics

• Noise leakage detection

• Environmental acoustics

• Building acoustics

• Wind energy

• Wind tunnel

• For transient and stationary noise sources

Acoustic Camera Beamforming technology is having other applications as below :-

• Door slam measurements

• Pass by measurements

• Wind tunnel acoustic measurements

Using the same software the biggest advantage of the giant microphone array is the capability to analyse on:-

• Low frequency noise

• Far distance objects 

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• Simple, Lightweight Portable and robust (IP54 Waterproof)
• Integrated Battery (Min 2.5 h)
• 64 Mics, Frequency Range 10Hz- 24Khz, Good Localization Result 800Hz to 24kHz
• 4LED’s for Lighting
• USB Port for Data Export