CRY2624 128-Mic Industrial Acoustic Imaging Camera (ATEX)
The CRY2624 is a 128-mic industrial acoustic imaging camera and is designed for use in explosive environments within the chemical and energy industries. Featuring a robust aluminum alloy shell, this device is built to withstand complex and dynamic work conditions. It offers real-time sound image display, significantly improving the speed of detecting pressurized or vacuum leaks compared to other methods.
The CRY2624 is ATEX certified with a rating of II 3G Ex ic IIC T5 Gc, ensuring safe operation in potentially explosive atmospheres while adhering to stringent safety standards. The device supports camera and video modes, providing flexible on-site data recording. With an expandable large-capacity TF storage card, test results can be quickly exported and reported. This camera helps industrial facilities minimize losses from gas leaks, partial discharge, and other accidents, enhancing overall safety and operational efficiency.
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- ATEX-certified
- Gas and vacuum leak detection and leak rate evaluation
- PD detection & PD type identification
- Generate reports to share key data with stakeholders
The CRY2624 is ATEX-certified, making it ideal for use in explosive environments. This certification guarantees that the device meets rigorous safety standards required for equipment operating in potentially explosive atmospheres, such as those in the oil and gas, chemical, and mining industries. The ATEX certification ensures that the camera is designed to prevent ignition sources that could trigger explosions, thereby safeguarding both operators and equipment.
The CRY2624 is ATEX-certified, making it ideal for use in explosive environments. This certification guarantees that the device meets rigorous safety standards required for equipment operating in potentially explosive atmospheres, such as those in the oil and gas, chemical, and mining industries. The ATEX certification ensures that the camera is designed to prevent ignition sources that could trigger explosions, thereby safeguarding both operators and equipment.
The CRY2624 employs advanced technology with its compact yet powerful 12 cm (4.7 inch), 128-channel microphone array. By analyzing the time delays of sound waves captured by each of the 128 microphones, the system accurately determines the direction and distance of sound sources. Advanced algorithms then transform this data into a detailed acoustic image, highlighting areas of interest. The compact size of the array ensures high-resolution imaging while maintaining a portable form factor, making it versatile for a wide range of industrial applications.
The CRY2624 employs advanced technology with its compact yet powerful 12 cm (4.7 inch), 128-channel microphone array. By analyzing the time delays of sound waves captured by each of the 128 microphones, the system accurately determines the direction and distance of sound sources. Advanced algorithms then transform this data into a detailed acoustic image, highlighting areas of interest. The compact size of the array ensures high-resolution imaging while maintaining a portable form factor, making it versatile for a wide range of industrial applications.
A device that is exceptional atdetecting gas leaks, the CRY2624 delivers precise location identification and thorough leak assessment. Using advanced acoustic technology, it detects the ultrasound of escaping gases to accurately pinpoint the exact source of the leak. This precision not only speeds up inspection times but also enhances safety by reducing the need for manual checks. The camera quantifies the leak rate for accurate gas loss evaluations and assesses the economic impact of leaks, helping businesses understand potential financial losses and prioritize repairs effectively.
A device that is exceptional atdetecting gas leaks, the CRY2624 delivers precise location identification and thorough leak assessment. Using advanced acoustic technology, it detects the ultrasound of escaping gases to accurately pinpoint the exact source of the leak. This precision not only speeds up inspection times but also enhances safety by reducing the need for manual checks. The camera quantifies the leak rate for accurate gas loss evaluations and assesses the economic impact of leaks, helping businesses understand potential financial losses and prioritize repairs effectively.
The CRY2624 is engineered to detect leaks of any gas type, offering exceptional versatility for various industrial applications. With its advanced acoustic technology, the camera captures ultrasound waves emitted by gas leaks, regardless of the gas composition. This ensures efficient and accurate detection across a broad range of gases, including compressed air, natural gas, hydrogen, oxygen, methane, and more. Its versatility makes it suitable for all stages of industrial processes, from production and processing to transportation and storage. Whether for routine maintenance or emergency response, the real-time visualization feature enables operators to swiftly locate and assess leaks, facilitating prompt corrective actions.
The CRY2624 is engineered to detect leaks of any gas type, offering exceptional versatility for various industrial applications. With its advanced acoustic technology, the camera captures ultrasound waves emitted by gas leaks, regardless of the gas composition. This ensures efficient and accurate detection across a broad range of gases, including compressed air, natural gas, hydrogen, oxygen, methane, and more. Its versatility makes it suitable for all stages of industrial processes, from production and processing to transportation and storage. Whether for routine maintenance or emergency response, the real-time visualization feature enables operators to swiftly locate and assess leaks, facilitating prompt corrective actions.
The device provides advanced capabilities for partial discharge (PD) localization and type recognition, which are essential for evaluating the integrity of electrical insulation in high-voltage equipment. Its high spatial resolution allows for precise identification of PD sources within the equipment. In addition to localization, the camera can classify various PD types, including surface discharge, suspension discharge, and corona discharge. By accurately identifying these types, the device helps maintenance teams prioritize repairs and preventive measures, significantly enhancing both reliability and safety.
The device provides advanced capabilities for partial discharge (PD) localization and type recognition, which are essential for evaluating the integrity of electrical insulation in high-voltage equipment. Its high spatial resolution allows for precise identification of PD sources within the equipment. In addition to localization, the camera can classify various PD types, including surface discharge, suspension discharge, and corona discharge. By accurately identifying these types, the device helps maintenance teams prioritize repairs and preventive measures, significantly enhancing both reliability and safety.
Equipped with a "focusing" function, the CRY2624 minimizes environmental noise interference through advanced "Beamforming" technology. This cutting-edge acoustic feature uses a sophisticated microphone array to accurately pinpoint and amplify specific sound sources while reducing ambient noise. By concentrating on targeted areas, such as machinery or structural components, the camera enhances signal clarity and accuracy in noisy environments. This capability is especially valuable in industrial settings where background noise can mask critical acoustic signals related to equipment health and performance.
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Equipped with a "focusing" function, the CRY2624 minimizes environmental noise interference through advanced "Beamforming" technology. This cutting-edge acoustic feature uses a sophisticated microphone array to accurately pinpoint and amplify specific sound sources while reducing ambient noise. By concentrating on targeted areas, such as machinery or structural components, the camera enhances signal clarity and accuracy in noisy environments. This capability is especially valuable in industrial settings where background noise can mask critical acoustic signals related to equipment health and performance.
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The CRY2624 is exceptionally robust and durable, designed to endure significant pressure and accidental drops. Constructed from high-strength aluminum alloy and engineered for resilience, it guarantees reliable performance even in demanding environments. Its sturdy build ensures that the device maintains functionality and accuracy in harsh conditions, including exposure to physical impacts. Whether used in industrial settings, outdoor environments, or during transportation, its rugged construction and protective features shield it from impacts, ensuring uninterrupted operation. This durability is crucial for long-term reliability and cost-effectiveness in inspection and diagnostic applications, where consistent equipment performance is essential.
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The CRY2624 is exceptionally robust and durable, designed to endure significant pressure and accidental drops. Constructed from high-strength aluminum alloy and engineered for resilience, it guarantees reliable performance even in demanding environments. Its sturdy build ensures that the device maintains functionality and accuracy in harsh conditions, including exposure to physical impacts. Whether used in industrial settings, outdoor environments, or during transportation, its rugged construction and protective features shield it from impacts, ensuring uninterrupted operation. This durability is crucial for long-term reliability and cost-effectiveness in inspection and diagnostic applications, where consistent equipment performance is essential.
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The IP54 rating of the CRY2624 indicates its robust resistance to dust ingress and water splashes, making it well-suited for challenging environments. This rating ensures protection against most solid particles and limited water exposure, enhancing the imager's durability and reliability. Whether used in industrial settings, outdoor conditions, or other demanding applications, the IP54 rating guarantees that the device will maintain peak performance without being compromised by environmental factors.
The IP54 rating of the CRY2624 indicates its robust resistance to dust ingress and water splashes, making it well-suited for challenging environments. This rating ensures protection against most solid particles and limited water exposure, enhancing the imager's durability and reliability. Whether used in industrial settings, outdoor conditions, or other demanding applications, the IP54 rating guarantees that the device will maintain peak performance without being compromised by environmental factors.
