We Invent to Prevent.
We Invent to Prevent.
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Pergam acoustic camera
Ultrasound camera able to pinpoint leaks of any gas, air and vacuum, detects corona discharges on power lines and transformer equipment. Industrial Acoustic Imager is suitable for use in explosion-proof scenarios in chemical and energy industry.
The device adopts the aluminum alloy shell, which is sturdy and durable, and can adapt to the complex and changeable working environment. Real-time sound image display, helping the detection of pressurized or vacuum leaks significantly faster compared to other previous methods.
useful for
useful for
Refineries
Power
Chemical
Manufacturing
Biogas
LNG
Power
Refineries
Chemical
Manufacturing
Biogas
LNG
Refineries
Chemical
Manufacturing
Biogas
LNG
Industrial Acoustic Imaging Camera
Industrial Acoustic Imager is suitable for use in explosion-proof scenarios in chemical and energy industry.
High-Performance Microphones for Efficient Detection With ATEX Certification
128 digital MEMS microphones can provide exceptionally high sensitivity, sound resolution and detection accuracy, real-time audio-visual display, anti-jamming, help detection.
Leakage Assessment
By activating the leak measurement function, the camera continuously displays the amount of leaks and losses as well as the level of loss.
PD Detection & PD Type Identification
Partial discharges can be detected before more serious faults would occur, even before a thermal camera would detect them.
Analytics And Reports
Template-based processing and recording of data, waveforms,spectra,spectrograms is supported by CRYSOUND report analysis tool software, generating ISO 50001 compliant, editable protocols in Excel format.
Minimum settings
Acoustic Imager only needs to adjust the two parameters of the test frequency range and the test dynamic range to meet the vast majority of test requirements.
Internal storage
The device supports camera mode, video mode, and flexible on-site data recording. The test results can be quickly exported and reported. It can help enterprises to reduce losses caused by gas leakage, partial discharge and other accidents.
How It Works?
Ultrasound Camera allow you to see gas or compressed air emissions up to several meters away. The ultrasound camera uses 128 integrated sensors to locate ultrasound emitted by leaks of all types of gases and vacuum. Provides information in the form of a spectral image indicating the rate of leakage. Acoustic imaging technology uses the microphones array to scan and receive spatial sound waves, pinpoint the location of the sound source by the phase difference of the sound waves. Then superimpose optical information to obtain a 'sonogram' on device screen, which indicates the intensity of the sound by the colour of the image.
Certified for explosion protection in ATEX
In Use
FAQ
Honest answers to important questions
An acoustic camera is a diagnostic tool used to locate and analyze sound sources. It combines the principles of acoustics with visual technologies and makes it possible to make sounds visible. Here are some key elements of an acoustic camera:
- Microphone array: An acoustic camera typically consists of an array of microphones strategically placed to capture sound waves from different directions.
- Signal processing: The signals picked up by the microphones are processed to determine the direction and intensity of the sound sources. This often happens in real time.
- Visualization: The results are visualized on a screen, often overlaid on a visual image of the scene captured by an integrated camera. This makes it possible to see the exact position of the sound source in visual context.
CRY2624 is the ATEX version anti-explosion hand-held industrial acoustic imager, support the ultrasonic frequencies, with II 3G Ex ic IIC T5 Gc explosion-proof grade.
The camera uses the microphone array beamforming technology to acquire the sound source distribution data and collects the video images in real time with the high-definition camera. By integrating the sound source distribution data with the video image, the changing sound source is dynamically presented on the display screen.
Turn on the function of gas leakage level calculation in the equipment. After opening, the software will turn on the focusing function by default to avoid interference. At the same time, the test frequency band will be fixed in the 25kHz-40kHz of accuracy leakage calculation. There are options of air pressure and distance on the left side of the software. The user needs to input the air pressure (unit: kPa) and distance (unit: cm) of the leaked gas according to the actual situation of the site. The software will calculate the leakage level and the approximate range of gas leakage according to the gas pressure, distance and calculated leakage energy. The gas leakage levels are divided into 7 classes.
Yes, the instrument works in all weather and harsh industrial conditions.
- CRY2620 Base Kit and Pro Kit (64 MEMS)
- CRY2623 Base Kit and Pro Kit (128 MEMS)
- CRY2624 Superior ATEX version (128 MEMS with explosion-proof certification ATEX-II 3 G Ex ic IIC T5 Gc)
It combines advanced beamforming technology with real-time HD video capture for precise leaks detection.
It boasts a high frame rate of 25 FPS.
This function is useful for early fault diagnosis of electrical systems. It allows the user to confirm the type of defect they are listening to.
It’s made with an aluminum shell, not plastic, ensuring longevity and durability. Acoustic imager has proven its incredible robustness through a recent car crash test and dustproof test.
Contact us
You can order the equipment or ask questions here
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