サニー・トレーディング Product Lineup

- Visualization of compressed air and gas leaks By visualizing leaks in compressed air and gas, gas leaks can be pinpointed and displayed on the screen immediately. Leaks in difficult-to-reach areas, such as high places or large pipe joints, can also be detected, which are challenging for conventional gas detectors. Regardless of the type of gas, leaks of flammable gases and vapors can be detected. - Easy-to-read and user-friendly display With a 7-inch touchscreen, leaks can be easily discovered with simple operations. By adjusting just two parameters, frequency range and dynamic range, most testing requirements can be met. - Analysis and reporting All test results are recorded along with photos, audio, and video, and a dedicated software generates reports compliant with ISO 50001 in an editable Excel format. - Long continuous usage With a large-capacity battery, it can be used continuously for over 4 hours. Data can be stored in the internal 8GB storage, and it can be expanded up to 256GB using an external micro SD card.

- Visualization of compressed air and gas leaks By visualizing leaks in compressed air and gas, pinpoint gas leaks can be displayed on the screen immediately. Leaks in difficult-to-reach areas, such as high places or large pipe joints, can also be detected, which are challenging for standard gas detectors. Regardless of the type of gas, leaks of flammable gases and vapors can be detected. - Easy-to-read and user-friendly display With a 7-inch touchscreen, leaks can be easily discovered with simple operations. By adjusting just two parameters, frequency range and dynamic range, most testing requirements can be met. - Analysis and reporting All test results are recorded along with photos, audio, and video, and a dedicated software generates reports compliant with ISO 50001 in an editable Excel format. - Detection of partial discharge (PRPD) The PRPD mapping function detects partial discharges such as surface discharge, floating discharge, and corona discharge, helping to diagnose discharge failures.

- Visualization of compressed air and gas leaks By visualizing leaks in compressed air and gas, gas leaks can be pinpointed and displayed on the screen immediately. Leaks in difficult-to-reach areas, such as high places or large pipe joints, can also be detected, which are challenging for standard gas detectors. Regardless of the type of gas, leaks of flammable gases and vapors can also be detected. - Easy-to-read and user-friendly display With a 7-inch touchscreen, leaks can be easily discovered with simple operations. By adjusting just two parameters—frequency range and dynamic range—most testing requirements can be met. - Analysis and reporting All test results are recorded along with photos, audio, and video, and a dedicated software generates reports compliant with ISO 50001 in an editable Excel format. - Detection of partial discharge (PRPD) The PRPD mapping function detects partial discharges such as surface discharge, floating discharge, and corona discharge, helping to diagnose discharge failures. - ATEX explosion-proof certification ATEX- II 3 G Ex ic IIC T5 Gc

【Product Lineup】 CRY2620 Industrial Ultrasonic Camera Catalog Entry Model CRY2623 Industrial Ultrasonic Camera Catalog Standard Model CRY2624 Industrial Ultrasonic Camera Catalog ATEX Model - Visualization of compressed air and gas leaks By visualizing leaks in compressed air and gas, pinpoint gas leaks can be displayed on the screen immediately. Leaks in difficult-to-detect locations, such as high places or large pipe joints, can also be detected, which is challenging for standard gas detectors. It can detect leaks of flammable gases and vapors, regardless of the type of gas. - Easy-to-read and user-friendly display The 7-inch touchscreen allows for easy operation to discover leaks. By simply adjusting two parameters, frequency range and dynamic range, most testing requirements can be met. - Detection of partial discharge (PRPD) The PRPD mapping function helps detect partial discharges such as surface discharge, floating discharge, and corona discharge, assisting in diagnosing discharge failures. - ATEX explosion-proof certification ATEX- II 3 G Ex ic IIC T5 Gc

- Visualization of compressed air and gas leaks By visualizing leaks in compressed air and gas, gas leaks can be pinpointed and displayed on the screen immediately. Leaks in difficult-to-reach areas, such as high places or large pipe joints, can also be detected, which are challenging for conventional gas detectors. Regardless of the type of gas, leaks of flammable gases and vapors can be detected. - Easy-to-read and user-friendly display The 7-inch touchscreen allows for easy operation to discover leaks. By simply adjusting two parameters, frequency range and dynamic range, most testing requirements can be met. - Analysis and reporting All test results are recorded along with photos, audio, and video, and a dedicated software generates reports compliant with ISO 50001 in an editable Excel format. - Long continuous usage With a large-capacity battery, it can be used continuously for over 4 hours. Data can be stored in the internal 8GB storage, and external storage can be expanded up to 256GB using a micro SD card.

- Visualization of compressed air and gas leaks By visualizing leaks in compressed air and gas, you can immediately pinpoint and display gas leaks on the screen. It can also detect leaks in difficult locations such as high places or large pipe joints, where conventional gas detectors may struggle. It supports leak detection for various gases, including air, hydrogen, flammable gases, and steam. - Easy-to-read and user-friendly large touch panel The 7-inch touch panel is easy to read, and you can discover leaks with simple operations that only require adjusting two parameters: frequency range and dynamic range. - Analysis and reporting All test results are recorded along with photos, audio, and video, and data compliant with ISO 50001 is generated in Excel format using dedicated software. - Long continuous usage possible With a large-capacity battery, it can be used continuously for over 4 hours. It has an internal storage of 8GB for data storage, and external storage can be expanded up to 256GB using a micro SD card. - Demo available Before implementation, you can use a demo unit to verify whether it can actually detect leaks.

⚫Industry-leading performance The CRY8124, equipped with 200 microphones, a frequency range of 100kHz, and the industry's fastest processor, can pinpoint smaller leaks and partial discharges than any other product. ⚫8-inch, 2M pixel touch panel The CRY8124 display features 2K resolution, 6x digital zoom, and a display brightness of 600 nits, allowing for accurate field situation assessment even in sunlight. ⚫Communication methods Data can be transmitted directly to local devices via Bluetooth and WiFi. ⚫Four IEPE sensor inputs Up to four IEPE sensors (such as accelerometers and microphones) and a thermal camera can be added to the system, enabling complex detection scenarios. ⚫Up to 10 hours of operation With one rechargeable lithium-ion battery, continuous use of up to 5 hours is possible. The CRY8124 comes standard with two batteries, allowing for a total of up to 10 hours of operation. ⚫Ergonomic design and usability Weighing only 1.4 kg, it can be safely operated with one hand. ⚫2-year warranty The CRY8124 comes with a 2-year warranty.

【Product Lineup】 CRY8124 Industrial High-Performance Ultrasonic Camera CRY8125 Industrial High-Performance Ultrasonic Camera EX Model IECEx ⚫ Industry's Best Performance The CRY8124, equipped with 200 microphones, a frequency range of 100kHz, and the fastest processor in the industry, can pinpoint smaller leaks and partial discharges than any other product. ⚫ 8-Inch, 2M Pixel Touch Panel The CRY8124 display features 2K resolution, 6x digital zoom, and a display brightness of 600 nits, allowing for accurate visibility of field conditions even in sunlight. ⚫ Up to 10 Hours of Operation With one rechargeable lithium-ion battery, it can be used continuously for up to 5 hours. The CRY8124 comes standard with two batteries, allowing for a total of up to 10 hours of operation. ⚫ Ergonomic Design and Usability Weighing only 1.4kg, it can be safely operated with one hand. ⚫ 2-Year Warranty The CRY8124 comes with a 2-year warranty.

⚫Industry-leading performance The CRY8124, equipped with 200 microphones, a frequency range of 100kHz, and one of the fastest processors in the industry, can pinpoint smaller leaks and partial discharges than any other product. ⚫8-inch, 2M pixel touch panel The CRY8124 display features 2K resolution, 6x digital zoom, and a display brightness of 600 nits, allowing for accurate field situation assessment even in sunlight. ⚫Communication method Data can be transmitted directly to local devices via Bluetooth and WiFi. ⚫Four IEPE sensor inputs Up to four IEPE sensors (such as accelerometers and microphones) and a thermal camera can be added to the system, enabling complex detection scenarios. ⚫Up to 10 hours of operation With one rechargeable lithium-ion battery, continuous use of up to 5 hours is possible. The CRY8124 comes standard with two batteries, allowing for a total of up to 10 hours of operation. ⚫Ergonomic design and usability Weighing only 1.4 kg, it can be safely operated with one hand. ⚫2-year warranty The CRY8124 comes with a 2-year warranty.

⚫TÜV Certification Obtained Zone 2 IECEx & ATEX Compliant The CRY8125 has obtained TÜV certification in compliance with IECEx and ATEX standards, meeting the requirements of IEC 60079-11 and 60079-0. It is capable of detecting gas leaks in explosive gas and dust atmospheres. ⚫Industry Leading Performance Equipped with 200 microphones, a frequency range of 100 kHz, and the fastest processor in the industry, the CRY8124 can pinpoint smaller leaks and partial discharges than any other product. ⚫Communication Methods Data can be transmitted directly to local devices via Bluetooth and WiFi. ⚫Four IEPE Sensor Inputs The system can accommodate up to four IEPE sensors (such as accelerometers and microphones) and a thermal camera, enabling complex detection scenarios. ⚫Up to 10 Hours of Operation With one rechargeable lithium-ion battery, continuous use of up to 5 hours is possible. Two batteries are included as standard, allowing for a total of up to 10 hours of operation. ⚫2-Year Warranty The CRY8125 comes with a 2-year warranty.

The CRYSOUND gas leak detection camera is an industrial detection solution that visualizes leaks of compressed air and gas using ultrasonic imaging technology, allowing for rapid and accurate identification of leak locations. Compared to traditional visual checks or soap solutions, it enables safe inspections even on operating equipment, contributing to reduced downtime and improved maintenance efficiency. With a wide frequency range of 20 to 100 kHz, it can detect leaks from very small to large. Some models also support partial discharge detection, making them useful for predictive maintenance of power equipment. Equipped with data transfer capabilities via Bluetooth and Wi-Fi, it facilitates easy recording and reporting on-site. Additionally, explosion-proof models (II 3G Ex ic IIC T5 Gc) are available, ensuring safe use in chemical plants and hazardous environments. A variety of models can be selected according to application and environment, significantly enhancing the reliability and efficiency of equipment maintenance.

- Visualization of compressed air and gas leaks By visualizing leaks in compressed air and gas, gas leaks can be pinpointed and displayed on the screen immediately. Leaks in difficult-to-detect areas, such as high places or large pipe joints, can also be detected, which is challenging for standard gas detectors. Regardless of the type of gas, leaks of flammable gases and vapors can be detected. - Easy-to-read and user-friendly display With a 7-inch touchscreen, leaks can be easily discovered with simple operations. By adjusting just two parameters—frequency range and dynamic range—most testing requirements can be met. - Analysis and reporting All test results are recorded along with photos, audio, and video, and a dedicated software generates reports compliant with ISO 50001 in an editable Excel format. - Long continuous usage With a large-capacity battery, it can be used continuously for over 4 hours. Data can be stored in the internal 8GB storage, and external storage can be expanded up to 256GB using a micro SD card.

In the oil and gas industry, safety and efficient operations are essential. Gas leaks can lead to serious accidents and operational shutdowns, necessitating rapid detection and response. The CRY8124 gas leak detection camera quickly detects minute gas leaks, helping to identify potential risks early and support safe operations. [Usage Scenarios] - Gas leak detection in plants, pipelines, and storage tanks - Leak inspection of compressed air systems - Detection of partial discharges [Benefits of Implementation] - Reduces the risk of accidents due to gas leaks - Minimizes losses from operational shutdowns - Strengthens safety management systems

In the chemical plant industry, gas leaks can lead to serious accidents, making safety management the top priority. In particular, the leakage of flammable and toxic gases poses risks of explosions and health hazards. The CRY8124 gas leak detection camera has been developed to quickly detect even minor gas leaks and enhance the safety of the plant. 【Usage Scenarios】 - Gas leak inspection of pipes, valves, tanks, etc., in chemical plants - Regular equipment inspections - Gas leak detection in emergencies 【Benefits of Implementation】 - Reduces the risk of accidents caused by gas leaks - Enhances plant safety - Lowers maintenance costs

In the aerospace industry, fuel leaks pose a significant safety risk and can lead to accidents. Fuel leaks not only cause a decline in aircraft performance and worsen fuel efficiency, but they also contribute to environmental pollution. The CRY8124 gas leak detection camera addresses these issues by quickly and accurately detecting even the smallest gas leaks. This ensures the safety of aircraft and contributes to reducing operational costs. 【Usage Scenarios】 - Inspection of aircraft fuel tanks, piping, and around engines - Leak testing of fuel systems in space rockets - Quality control in aircraft manufacturing 【Benefits of Implementation】 - Reduced risk of accidents due to fuel leaks - Shortened inspection time and increased efficiency - Savings on fuel costs and reduced environmental impact

In power plants, safe operation of equipment and efficient management are required. Gas leaks can lead to decreased equipment performance and accidents, making early detection and countermeasures crucial. The CRYSOUND CRY8124 gas leak detection camera quickly detects even minor gas leaks, contributing to safety management and equipment maintenance in power plants. 【Usage Scenarios】 * Leak inspection of compressed air piping * Leak inspection from gas piping * Detection of abnormal sounds from equipment such as turbines 【Benefits of Implementation】 * Reduction of energy loss due to gas leaks * Improved safety of equipment * Decreased maintenance costs

In the shipbuilding industry, the quality of welds affects the safety and durability of ships. Gas leaks due to welding defects can lead to serious accidents. Especially in welding operations that use high-pressure gases, it is crucial to detect even minor leaks early and take appropriate measures. CRYSOUND CRY8124 contributes to the efficiency of welding inspections and enhances safety by rapidly and accurately detecting minute gas leaks. 【Usage Scenarios】 - Inspection after welding - Leak testing of piping - Inspection of gas supply systems 【Benefits of Implementation】 - Improved quality control of welds - Enhanced safety - Reduced inspection time - Cost savings

In the semiconductor manufacturing industry, even minor gas leaks in clean rooms can have serious impacts on product quality and manufacturing processes. Especially in environments using high-purity gases, even trace amounts of gas leaks are unacceptable. Gas leaks pose risks of reduced product yield and equipment failures. The CRYSOUND CRY8124 gas leak detection camera quickly and accurately detects gas leaks in clean rooms, addressing these issues. 【Usage Scenarios】 - Gas leak inspection of piping and equipment in clean rooms - Detection of gas leaks from semiconductor manufacturing equipment - Safety management within clean rooms 【Benefits of Implementation】 - Reduction of product defects due to gas leaks - Stabilization of manufacturing processes - Assurance of a safe working environment

- Ultra-compact and highly portable for immediate on-site response. The pocket-sized design allows for smooth daily inspections even in tight or elevated spaces. - Non-contact, high-speed detection. Quickly identifies the sound source location compared to snoop tests or manual ultrasonic probes. - Automatic frequency range selection for immediate usability. Adopts a simple UI that optimizes the frequency range automatically. With smartphone-like operability, it is easy to learn and can be deployed immediately, making it ideal for large-scale inspections and contributing to total cost reduction. - Complete viewing, saving, and sharing on-site. Establishes a WLAN hotspot, allowing data verification, download, and sharing from a smartphone on-site. - High durability design for harsh environments. Complies with IP54 standards and passes a 1.5m drop test, ensuring safe use in demanding industrial environments. - Supports leak detection, partial discharge detection, automotive maintenance, and HVAC maintenance. - Easily create inspection reports with a mobile app.

- Ultra-compact, highly portable for immediate on-site response: The pocket-sized design allows for smooth daily inspections even in tight or elevated spaces. - Non-contact, high-speed detection: Quickly identifies the sound source location compared to snoop tests or manual ultrasonic probes. - Automatic frequency range selection for immediate usability: Adopts a simple UI that automatically optimizes the frequency range. With smartphone-like operability, it is easy to learn and can be put into operation immediately, making it ideal for large-scale inspections and contributing to total cost reduction. - Complete on-site viewing, saving, and sharing: Establishes a WLAN hotspot, allowing data confirmation, download, and sharing from a smartphone on-site. - High durability design for harsh environments: Complies with IP54 standards and passes a 1.5m drop test, ensuring safe use even in demanding industrial environments. - Supports leak detection, partial discharge detection, automotive maintenance, and HVAC maintenance. - Report creation via mobile app and advanced post-processing and analysis using PC software are possible.

- Ultra-compact and highly portable for immediate on-site response: The pocket-sized design allows for smooth daily inspections even in narrow or high places. - Non-contact and high-speed detection: Quickly identifies the sound source location compared to snoop tests and manual ultrasonic probes. - Automatic frequency range selection for immediate usability: Adopts a simple UI that automatically optimizes the frequency range. With smartphone-like operability, it is easy to learn and can be put into operation immediately, making it ideal for large-scale inspections and contributing to total cost reduction. - Complete viewing, saving, and sharing on-site: Establishes a WLAN hotspot, allowing data confirmation, download, and sharing from a smartphone on-site. - High durability design for harsh environments: Complies with IP54 standards and passes a 1.5m drop test, ensuring safe use even in demanding industrial environments. - Supports leak detection, partial discharge detection, automotive maintenance, and HVAC maintenance. - Easily create inspection reports with a mobile app.

In the energy industry, particularly in power plants, early detection and identification of gas leaks are extremely important for the safe operation of equipment and accident prevention. Even minor leaks carry the risk of leading to serious accidents. Traditional inspection methods can be time-consuming, labor-intensive, or may require entry into hazardous areas. Our ultrasonic gas leak detection camera addresses these challenges, enabling safe and efficient inspections. 【Usage Scenarios】 - Inspection of gas piping around power generation facilities - Confirmation of gas leaks in turbine rooms - Inspection of equipment in high or confined spaces - Regular safety patrols 【Benefits of Implementation】 - Reduced accident risk through early detection of gas leaks - Increased efficiency and time savings in inspection work - Ensured safety for workers (reduced entry into hazardous areas) - Stable operation of equipment and reduced maintenance costs

In the automobile manufacturing process, confirming gas leaks and airtightness is crucial for maintaining product quality and ensuring safety. Particularly, rapid checks in parts with complex structures and on assembly lines directly impact production efficiency. Our pocket-sized ultrasonic gas leak detection camera contributes to these challenges with its on-site responsiveness and high detection accuracy. 【Usage Scenarios】 - Gas leak inspection on automobile parts manufacturing lines - Airtightness checks during the assembly process - Identifying leak points during vehicle inspections 【Benefits of Implementation】 - Prevention of defective products from being released due to rapid identification of leak points - Increased efficiency in inspection tasks and reduction of man-hours - Enhanced product reliability and ensured safety

In the inspection of onboard equipment on ships, early detection of gas leaks and partial discharges is crucial for ensuring safety and maintaining equipment. In the confined spaces and densely packed piping of a ship, rapid and accurate identification of leak locations is required. Traditional inspection methods have been time-consuming and carried the risk of oversight. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges and supports efficient inspections. 【Usage Scenarios】 - Gas leak inspection of onboard piping - Identification of leak locations in engine rooms and cargo holds - Inspection of equipment in high or confined spaces 【Benefits of Implementation】 - Reduction and efficiency of inspection time - Decrease in accident risk due to gas leaks - Strengthening of equipment maintenance and reduction of maintenance costs

In the construction industry, the early detection of gas leaks and accurate location identification are essential for ensuring safety and improving construction efficiency. Particularly, leaks in hard-to-access areas such as underground buried pipes and high-altitude piping pose a risk of serious accidents if detection is delayed. Additionally, in sites where rapid response is required, complex operations and prolonged measurements can lead to work delays. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges by providing on-site responsiveness and reliable detection capabilities. 【Usage Scenarios】 - Installation and inspection of gas piping at construction sites - Identification of leak locations in underground buried piping - Routine inspections of piping in high or narrow spaces - Final checks after project completion 【Benefits of Implementation】 - Improved safety through early detection of gas leaks - Reduced construction time through rapid identification of leak locations - Increased efficiency of inspection work in hard-to-access areas - Detection of leaks that cannot be confirmed visually

In the oil and gas industry, pipeline inspections require the early detection of even minor gas leaks to ensure safety. Delayed detection of leaks increases the risk of environmental pollution, damage to equipment, and even serious accidents. Therefore, technology that can quickly and accurately identify leak locations is essential. Our ultrasonic gas leak detection camera is pocket-sized yet highly portable, allowing for smooth inspections in confined or elevated spaces. With non-contact, high-speed detection, it quickly identifies the sound source location compared to traditional testing methods and visualizes gas leaks, supporting safe pipeline management. 【Usage Scenarios】 - Daily pipeline inspections - Identification of gas leak locations within plants - Equipment inspections in high or confined spaces - Emergency leak location identification 【Benefits of Implementation】 - Increased efficiency of inspection work - Reduced accident risk through early gas leak detection - Lower maintenance costs - Rapid response through on-site data sharing

In the maintenance of chemical plant equipment, early detection and accurate identification of gas leaks are extremely important for safe operations and accident prevention. If leak points cannot be quickly identified, the risk of serious accidents increases. Additionally, efficient inspection work is required to minimize equipment downtime. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges, enabling safe and efficient equipment maintenance. 【Usage Scenarios】 - Detection of gas leaks from pipes, valves, and flanges within the plant - Inspection of hard-to-access areas such as high places and narrow spaces - Identification of leak points during regular equipment maintenance - Rapid identification of leak points in emergencies 【Benefits of Implementation】 - Reduction of accident risks through early detection of gas leaks - Increased efficiency and speed of inspection work - Shortened equipment downtime - Maintenance of safe plant operations

In public infrastructure, especially in gas network management, early detection and accurate location identification of gas leaks are extremely important for ensuring safety and maintaining infrastructure. Gas leaks not only increase the risk of accidents and environmental pollution but can also lead to the shutdown of infrastructure. Given the demand for rapid and reliable inspections, traditional verification methods can be time-consuming and labor-intensive. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges and streamlines inspection work on-site. 【Usage Scenarios】 - Regular inspections of gas pipelines - Identification of leak points in urban gas supply networks - Detection of anomalies in underground buried pipes - Confirmation of gas leaks around plant facilities 【Benefits of Implementation】 - Acceleration and efficiency improvement of inspection work - Reduction of accident risks through early detection of leak points - Maintenance of stable operation of infrastructure - Reduction of worker burden and enhancement of safety

In monitoring production lines in the manufacturing industry, early detection of gas leaks and partial discharges is essential for ensuring stable operation of equipment and safety. Particularly, inspections in complex piping, high places, and confined spaces require prompt and accurate responses. Traditional inspection methods can be time-consuming for identifying leak points and may make detailed non-contact verification difficult. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges with on-site responsiveness and high detection capability. 【Usage Scenarios】 - Leak inspection of gas piping in production lines - Detection of partial discharges from high-pressure equipment - Regular safety inspections of equipment - Identifying leak points during maintenance work 【Benefits of Implementation】 - Reduced inspection time and increased efficiency - Lower risk of accidents due to gas leaks - Decreased equipment downtime - Optimization of maintenance costs

In the aerospace industry, it is extremely important to ensure the safety and reliability of aircraft by checking for minute gas leaks and airtightness of components. Particularly in inspections of parts with complex structures or in hard-to-access areas, rapid and accurate identification of leak points is required. Even a slight leak can lead to serious accidents, making high-precision detection technology essential. Our pocket-sized ultrasonic gas leak detection camera addresses these challenges and supports efficient on-site component inspections. 【Application Scenarios】 - Airtightness inspection of aircraft engine components - Detection of minute gas leaks in fuel systems - Leak verification after assembly of spacecraft components - Quality control on manufacturing lines 【Benefits of Implementation】 - Reduction and efficiency of inspection time - Decreased accident risk through early detection of minute leaks - Easier inspection of hard-to-access areas - Improved traceability through report generation