High-Performance Microphone Array

The CRY2623 utilizes cutting-edge technology with its compact yet powerful 12 cm (4.7 inch), 128-channel microphone array. By analyzing the time delays of sound waves detected by each of the 128 microphones, the system accurately identifies the direction and distance of sound sources. Advanced algorithms then convert this data into a detailed acoustic image, highlighting key areas of interest. The compact size of the array ensures high-resolution imaging while maintaining a portable form factor, making it ideal for a wide range of industrial applications.

Gas/Vacuum Leak Detection & Leak Rating

The CRY2623 is exceptional for gas leak detection, offering precise location identification and thorough leak assessment. Leveraging advanced acoustic technology, it detects the ultrasound emitted by escaping gases to pinpoint the exact source of the leak. This high precision reduces inspection time and improves safety by minimizing the need for manual checks. The imager also measures the leak rate for accurate gas loss evaluation and calculates the economic impact of the leak, helping businesses assess potential financial losses and prioritize repairs effectively.

Detects Any Type of Gas

Engineered to detect leaks of any gas type, the CRY2623 offers remarkable versatility for various industrial applications. By employing 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 spectrum of gases, including compressed air, natural gas, hydrogen, oxygen, and more. Its adaptability makes it suitable for all stages of industrial processes, from production and processing to transportation and storage. Whether for routine maintenance or emergency situations, the real-time visualization feature enables operators to swiftly locate and assess leaks, allowing for prompt corrective actions.

PD Localization & PD type Recognition

The CRY2623 provides advanced capabilities for partial discharge (PD) localization and type recognition, essential for evaluating the integrity of electrical insulation in high-voltage equipment. Its high spatial resolution allows for precise pinpointing of PD sources within the equipment. In addition to localization, the imager can classify various PD types, including surface discharge, suspension discharge, and corona discharge. By accurately identifying these types, the device enables maintenance teams to prioritize repairs and preventive measures, thereby improving reliability and safety.

Eliminating Environmental Noise Interference by “Beamforming”

The CRY2623 features a “focusing” function that effectively eliminate environmental noise interference by “Beamforming”. This acoustic technology utilizes advanced microphone array to pinpoint and amplify specific sound sources while attenuating ambient noises. By focusing on targeted areas of interest, such as machinery or structural components, the device improves signal clarity and accuracy in noisy environments. This functionality is particularly valuable in industrial settings where background noise can obscure critical acoustic signals related to equipment health and performance.

Designed for Harsh Industrial Environments

Designed to be exceptionally robust and durable, the CRY2620 is capable of withstanding significant pressure and unexpected drops. Built with aluminum alloy materials and engineered for resilience, it ensures reliable performance in challenging environments. This durability allows the camera to maintain functionality and accuracy even in harsh conditions where it might encounter physical impacts. Whether used in industrial settings, outdoor environments, or during transportation, its robust construction and protective features safeguard against impacts and ensure continuous operation. This resilience is essential for ensuring long-term reliability and cost-effectiveness in inspection and diagnostic applications, where equipment durability is crucial for consistent performance.