CRY2623 Industrial Acoustic Imager (Superior Version)
CRY2623 is a hand-held industrial acoustics imager that supports ultrasonic frequency band.The
instrument 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.
CRY2623 Industrial Acoustic Imager helps you quickly detect possible air, gas and vacuum leakage faults in noisy industrial environments. An electrical device with a partial discharge fault is found in the power system.The industrial acoustics imager is made of aluminum alloy shell, which is strong and durable and can adapt to the complex and changeable working environment.
CRY2623 is especially for our overseas customers with English/Korean/French user interface. It features both Partial Discharge and Gas Leakage detection function,and can show partial discharge type, estimation of gas leakage and loss value.
CRY2623 Industrial Acoustic Imager helps you quickly detect possible air, gas and vacuum leakage faults in noisy industrial environments. An electrical device with a partial discharge fault is found in the power system.The industrial acoustics imager is made of aluminum alloy shell, which is strong and durable and can adapt to the complex and changeable working environment.
CRY2623 is especially for our overseas customers with English/Korean/French user interface. It features both Partial Discharge and Gas Leakage detection function,and can show partial discharge type, estimation of gas leakage and loss value.
- PD Detection & PD Type Identification
- Partial discharges can be detected before more serious faults occur, even before they can be detected by a thermal camera.
- Gas Leakage Detection
- When a leak or vacuum leak occurs in any pressurized gas, turbulence is created by the gas flow, and the turbulence emits acoustic energy, which covers the audible domain and the ultrasonic frequency band.In the general environment, noisy ambient noise can very easily mask the acoustic signal in the audible domain.So through the CRY2623 imager to detect the possible ultrasonic frequency band sound source in the environment, you can quickly locate the location of the gas leakage.
- Airtightness Test
- Most of the existing equipment airtightness testing programs are based on pressure-holding, water immersion and soap water, they are extremely inefficient.Acoustic imaging gas tightness test method, using the ultrasonic microphone and acoustic imager combination, the ultrasonic microphone is placed in the object to be tested. If there is a leak, its internal ultrasonic source emitted through the leak hole to the outside and thus accurately captured by the acoustic imager.This method is very efficient and does not cause damage to the object to be measured.
- Abnormal Noise Locating
- CRY2623 acoustic imager can help you quickly locate defects such as: valve rattling, abnormal structural vibration and other noise type of fault, to help you better monitor the status of equipment and control product quality.
| Acoustic specification | |
| Microphone array | 128 channels MEMS microphone |
| Effective test bandwidth | 2kHz-40kHz |
| Dynamic range | 2dB-12dB user adjustable |
| Test sound pressure level range | 25.7-132.5dBA |
| Auto max/min dB gain | User-settable minimum test bandwidth 1kHz |
| Number of digits | 24bit |
| Sound image FOV | 62° |
| Sound image frame rate | At least 25 FPS |
| Leak detection rate s | 10m 5bar 0.92ml/s 0.5m 5bar 0.55ml/s |
| Detect distances | 0.3m-120m |
| Camera | |
| Camera FOV | 62° |
| Camera focal length | 3.04mm fixed focal length |
| Camera pixel | 8 million pixel |
| Storage | |
| Internal storage | About 8GB |
| External storage | TF memory card, at least 64G, expandable to 256G |
| Data storage format | Picture: .jpg Video: .mp4 Recording: .wav |
| Video length | 5 minutes |
| Digital export | TF Card |
