CRY2624 ATEX Zone 2

The CRY2624 Industrial Acoustic Imager is a state-of-the-art device designed for the precise detection of gas leaks in hazardous environments, particularly within the chemical and energy industries. Constructed with a robust aluminium alloy shell, it is engineered to withstand complex and challenging working conditions, ensuring reliable performance and durability.

The imager operates by converting sound waves into visual images, allowing for the swift and accurate identification of leaks from pressurised or vacuum systems. This real-time sound imaging capability is crucial for maintaining safety and efficiency in industrial settings, where undetected leaks can lead to significant safety hazards and economic losses.

Key to its functionality is the use of 128 digital MEMS microphones, which provide high sensitivity and resolution. This array of microphones enables the device to capture minute acoustic signals, translating them into clear visual data that can be easily interpreted by operators.

Additionally, the CRY2624 is equipped with advanced features for the continuous display and assessment of leak severity. This allows for the prioritisation of maintenance efforts and helps in preventing minor leaks from developing into major issues. The device also has capabilities for detecting partial discharges, which are early indicators of potential electrical faults, thereby contributing to overall system reliability and safety.

For compliance and reporting, the CRY2624 generates detailed analytic reports that adhere to ISO 50001 standards. These reports are invaluable for energy management and regulatory compliance, providing clear documentation of leak detection activities and findings.

Overall, the CRY2624 Industrial Acoustic Imager represents a critical tool for modern industrial maintenance, combining advanced acoustic technology with user-friendly operation to enhance safety and efficiency in hazardous environments.

Key Features