Advanced Inspection System Integrating Acoustic and Infrared Imaging
Advanced Inspection System Integrating Acoustic and Infrared Imaging
Hands on control and monitoring
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The latest generation acoustic camera, the CRY8120 Series, features 200 MEMS microphones and a 200kHz sampling rate. In partial discharge (PD) detection, it can precisely pinpoint even the smallest fault points, display real-time PRPD maps, identify discharge types, and deliver highly accurate assessments of equipment operational status. Additionally, the device supports infrared modules and analog signal inputs, with plans for future compatibility with a broader range of sensors.
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The device retains the sound monitoring function of traditional ultrasonic detection equipment, processes the received ultrasonic signals using an algorithm of amplification, frequency reduction, volume adjustment, and power amplification processing, and eventually produces audio signals that can be heard by the human ear. The user can insert 3.5mm interface headphones to observe the strange sound source.
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The Acoustic Imaging Camera preserves both type-C and analog signal ports to allow access to different sensors. When a single sensor cannot be adequately examined, it is feasible to switch to another sensor that is more suited to the current situation.
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The sound Imaging Camera transformed the infrared module by increasing its ability to collect temperature data while doing sound testing on equipment. In power system testing, partial discharges and overheating defects can be detected simultaneously.
The latest generation acoustic camera, the CRY8120 Series, features 200 MEMS microphones and a 200kHz sampling rate. In partial discharge (PD) detection, it can precisely pinpoint even the smallest fault points, display real-time PRPD maps, identify discharge types, and deliver highly accurate assessments of equipment operational status. Additionally, the device supports infrared modules and analog signal inputs, with plans for future compatibility with a broader range of sensors.
The latest generation acoustic camera, the CRY8120 Series, features 200 MEMS microphones and a 200kHz sampling rate. In partial discharge (PD) detection, it can precisely pinpoint even the smallest fault points, display real-time PRPD maps, identify discharge types, and deliver highly accurate assessments of equipment operational status. Additionally, the device supports infrared modules and analog signal inputs, with plans for future compatibility with a broader range of sensors.
The latest generation acoustic camera, the CRY8120 Series, features 200 MEMS microphones and a 200kHz sampling rate. In partial discharge (PD) detection, it can precisely pinpoint even the smallest fault points, display real-time PRPD maps, identify discharge types, and deliver highly accurate assessments of equipment operational status. Additionally, the device supports infrared modules and analog signal inputs, with plans for future compatibility with a broader range of sensors.
The device retains the sound monitoring function of traditional ultrasonic detection equipment, processes the received ultrasonic signals using an algorithm of amplification, frequency reduction, volume adjustment, and power amplification processing, and eventually produces audio signals that can be heard by the human ear. The user can insert 3.5mm interface headphones to observe the strange sound source.
The device retains the sound monitoring function of traditional ultrasonic detection equipment, processes the received ultrasonic signals using an algorithm of amplification, frequency reduction, volume adjustment, and power amplification processing, and eventually produces audio signals that can be heard by the human ear. The user can insert 3.5mm interface headphones to observe the strange sound source.
The device retains the sound monitoring function of traditional ultrasonic detection equipment, processes the received ultrasonic signals using an algorithm of amplification, frequency reduction, volume adjustment, and power amplification processing, and eventually produces audio signals that can be heard by the human ear. The user can insert 3.5mm interface headphones to observe the strange sound source.
The Acoustic Imaging Camera preserves both type-C and analog signal ports to allow access to different sensors. When a single sensor cannot be adequately examined, it is feasible to switch to another sensor that is more suited to the current situation.
The Acoustic Imaging Camera preserves both type-C and analog signal ports to allow access to different sensors. When a single sensor cannot be adequately examined, it is feasible to switch to another sensor that is more suited to the current situation.
The Acoustic Imaging Camera preserves both type-C and analog signal ports to allow access to different sensors. When a single sensor cannot be adequately examined, it is feasible to switch to another sensor that is more suited to the current situation.
The sound Imaging Camera transformed the infrared module by increasing its ability to collect temperature data while doing sound testing on equipment. In power system testing, partial discharges and overheating defects can be detected simultaneously.
The sound Imaging Camera transformed the infrared module by increasing its ability to collect temperature data while doing sound testing on equipment. In power system testing, partial discharges and overheating defects can be detected simultaneously.
The sound Imaging Camera transformed the infrared module by increasing its ability to collect temperature data while doing sound testing on equipment. In power system testing, partial discharges and overheating defects can be detected simultaneously.
The latest generation acoustic camera, the CRY8120 Series, features 200 MEMS microphones and a 200kHz sampling rate. In partial discharge (PD) detection, it can precisely pinpoint even the smallest fault points, display real-time PRPD maps, identify discharge types, and deliver highly accurate assessments of equipment operational status. Additionally, the device supports infrared modules and analog signal inputs, with plans for future compatibility with a broader range of sensors.
The device retains the sound monitoring function of traditional ultrasonic detection equipment, processes the received ultrasonic signals using an algorithm of amplification, frequency reduction, volume adjustment, and power amplification processing, and eventually produces audio signals that can be heard by the human ear. The user can insert 3.5mm interface headphones to observe the strange sound source.
The Acoustic Imaging Camera preserves both type-C and analog signal ports to allow access to different sensors. When a single sensor cannot be adequately examined, it is feasible to switch to another sensor that is more suited to the current situation.
The sound Imaging Camera transformed the infrared module by increasing its ability to collect temperature data while doing sound testing on equipment. In power system testing, partial discharges and overheating defects can be detected simultaneously.
Explore More Use Cases
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System Devices
Introducing CRYSOUND’s cutting-edge acoustic imaging camera, revolutionizing industrial inspections with advanced capabilities. The CRY8124 acoustic imaging camera excels at pinpointing leaks, identifying electrical partial discharge, and detecting mechanical deterioration. Setting a new standard for sensitivity and efficiency, the CRY8124 boasts 200 microphones (the most in the industry). The device detects smaller leaks and partial discharges from greater distance than any other handheld acoustic imaging camera on the market.
The CRY8124 reporting software allows offline analysis, editing, and report generation, simplifying regular maintenance routines.
Elevate the effectiveness of your industrial inspections with CRYSOUND’s acoustic cameras.
The CRY2623 is a 128-mic industrial acoustic imaging camera that is user-friendly and requires minimal training. Its durable aluminum alloy shell is built to withstand complex and variable working conditions. The device offers real-time acoustic imaging, significantly accelerating the detection of pressurized or vacuum leaks compared to traditional methods. It supports both photo and video modes for flexible on-site data recording. With an expandable large-capacity TF storage card, test results can be quickly exported and reported. The CRY2623 helps enterprises reduce safety risks and minimize economic losses associated with gas leaks, partial discharges, and other malfunctions.