PC100 is equipped with a 120 * 90 infrared detector, and the thermal imager is also equipped with a 2-megapixel visible light camera, which can achieve real-time fusion of infrared and visible light images. This dual light fusion technology enables users to simultaneously obtain temperature information and appearance features of the tested object, providing more comprehensive information for fault diagnosis and detection. In addition, a new IR Perfclear super-resolution reconstruction technology has been adopted, which significantly improves the detail expression and clarity of infrared images through intelligent processing and optimization. This enables users to observe the temperature distribution and detailed features of the measured object more clearly.

120 × 90 infrared resolution

-Temperature measurement range from 20 ° C to 550 ° C

4x image quality improvement, real-time super-resolution

OTA remote upgrade

Product Features

Based on a 12 μ m 120 × 90 infrared detector

IR Perfclear real-time super-resolution technology

Wide range, can automatically switch gears

Infrared+visible light, rich image display

Connect to mobile app for convenient sharing

Support video streaming

Solution

Application of Infrared Thermal Imaging in the Power Industry

At present, in the operation of power systems such as generation, transmission, transformation, and distribution, various equipment and lines may experience varying degrees of thermal defects due to complex operating environments and long periods of time. Non contact infrared thermal imaging technology is a good choice for detecting thermal defects in equipment. Through temperature detection, image analysis, intelligent diagnosis and other technologies, it can enable workers to detect safety hazards and defect problems at a safe distance in a timely manner, reduce the occurrence of accidents, and ensure the safe and economic operation of the power grid.

Partial discharge detection

Partial discharge (referred to as "PD") refers to a non penetrating discharge phenomenon that occurs in a localized area of insulation material in electrical equipment. This type of partial discharge has an erosive effect on insulators. Long term partial discharge can lead to the gradual deterioration and damage of insulators, resulting in a decrease in insulation strength, causing insulation damage to high-voltage power equipment, and even posing safety hazards.

Whole station monitoring of wind power plants

Most wind farms in China are located in remote areas, and the distance between power plants and companies is far. Most wind farms rely on inspection personnel to board and check, handle unit failures, and eliminate safety hazards. When there are safety hazards in the unit and they are not detected and eliminated in a timely manner during on-site operation, it may lead to the occurrence of unit burning and collapse accidents.

Photovoltaic panel testing

Photovoltaic power generation mainly relies on crystalline silicon solar panels, which convert solar energy into electrical energy through the photoelectric conversion effect. In open outdoor spaces, the silicon wafers of photovoltaic panels may exhibit hidden defects due to the changing natural environment such as thermal stress, dust, and storms. Through the high-performance intelligent infrared thermal imager of Gaode Zhigan, it can help enterprises detect defects such as cracks, broken grids, black sheets, etc. in battery panels in a timely manner.

Real time monitoring of thermal imaging of transmission line insulators

The insulators of transmission lines not only serve as insulation for electrical equipment or conductors, but also as fixed suspension. Due to the long-term exposure of insulators to complex and harsh environments such as strong electric fields, high temperatures, and pollutants, their insulation performance may decrease. The infrared thermal imaging monitoring solution provided by Gaode for transmission line insulators can monitor the entire life cycle of ultra-high voltage transmission line insulators, providing analytical data support for the entire process of insulator degradation in the future.

Application of Infrared Thermal Imaging in Intelligent Manufacturing Industry

In application fields such as food packaging, automobile manufacturing, semiconductor and electronic manufacturing, infrared thermal imaging continuously monitors and detects irregular heat distribution issues to improve production efficiency. Infrared thermography, as a long-distance non-contact temperature measurement technology, can be widely applied in intelligent manufacturing processes and is the key to detection and control in production processes.

Hot melt adhesive testing for packaging boxes

In the field of food packaging applications, infrared thermal imaging is continuously monitored to detect irregular heat distribution issues, analyze and determine the presence or absence of glue coating, and improve production efficiency.

Truck suspension vibration test

Conduct a comprehensive vibration fatigue durability test on the truck, with a particular focus on the durability testing of the leaf spring elastic components. During the vibration process, the leaf spring has a significant temperature rise, which can be monitored by an infrared thermal imager to obtain the temperature rise trend throughout the entire testing process.

Fiber optic fusion temperature monitoring

Real time temperature measurement of the fusion point is carried out throughout the entire fusion process. Once the temperature reaches the set value, such as the melting point temperature of the flux, a signal is output, and the fusion equipment stops heating up. The fusion and fusion conditions of the flux are confirmed in conjunction with an optical imaging system.

PCBA inspection

The use of infrared to detect whether the thermal signals and temperature distribution images generated by each electronic component on the PCBA correspond one-to-one with predefined standards can be used as a simple and highly automated method for detecting the quality of PCBA, to detect defects in small components, ensure the electrical performance of PCBA is normal, and qualified for storage.

Application of Infrared Thermal Imaging in the Mechanical and Electrical Industry

In the process of equipment operation and maintenance, preventive maintenance engineering is often required to ensure the normal service life of the equipment. Infrared thermal imagers, as temperature measurement and testing tools, help optimize production processes and monitor quality control processes, and can detect and eliminate mechanical equipment and electrical and power system failures.

Machinery and equipment

There are various types of mechanical equipment, such as pumps, process valves, storage tanks, oil pipelines, conveyor belts, etc. When mechanical equipment is in operation, uneven force or heavy load can easily cause damage to the equipment, affecting its service life. Infrared thermography can quickly observe temperature changes during equipment operation, thereby making preventive judgments on equipment operation status and promptly identifying potential faults in mechanical equipment.

electrical equipment

Almost all electrical equipment will experience an increase in temperature before a malfunction occurs. Infrared thermal imagers can guide preventive maintenance experts correctly, detect potential hazards such as loose or poor connections, unbalanced loads, overloads, overheating, etc., and make accurate judgments on the operation of electrical or equipment.

power equipment

Power equipment such as steam boilers, steam engines, generators, diesel engines, etc. are prone to damage during operation due to uneven loads of kinetic and electrical energy, which can affect their service life. Infrared thermal imaging thermometers can quickly display the operating status of power equipment and detect and troubleshoot power system faults in a timely manner.

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Technical Specifications

*The above data were obtained in a specific laboratory testing environment, but your test results may vary due to multiple external environmental factors. All product information is based on the actual product. The manufacturer reserves the right to change technical specifications without prior notice or liability.