High-end refrigeration infrared thermal imagers are advanced infrared thermal imaging devices with the following characteristics and functions:
Cooling system: High-end infrared thermal imagers are usually equipped with a cooling system to keep the sensor at a low temperature, improving the performance and sensitivity of the thermal imager. This helps detect objects with smaller temperature differences and provide higher image quality.
High resolution: These thermal imagers typically have high-resolution thermal sensors, which can capture more details for more accurate measurement of surface temperatures.
Multiple color palettes: High-end infrared thermal imagers usually support multiple color palettes, allowing users to better visualize temperature distributions according to their needs. Common color palettes include iron red, rainbow, black and white, etc.
Video and photo capture: These thermal imagers can typically capture real-time videos and allow users to take thermal infrared images for further analysis and reporting.
Data recording and analysis: High-end infrared thermal imagers usually have data recording and analysis capabilities, allowing users to store, analyze, and generate temperature data reports. This is very useful in scientific research, engineering applications, and building inspections, etc.
High sensitivity and dynamic range: These thermal imagers typically have high sensitivity, capable of detecting objects with very small temperature differences, and have a wide dynamic range to adapt to applications with different temperature ranges.
Durability and protection: High-end infrared thermal imagers usually have a robust housing design to ensure durability and reliability in various environmental conditions, and may have features such as waterproof, dustproof, and shock resistance.
Advanced features: Some high-end infrared thermal imagers also have advanced features such as auto-focus, temperature point tracking, image overlay, and wireless connectivity, to enhance user convenience and analysis capabilities.
These high-end refrigeration infrared thermal imagers are commonly used in various application fields, including equipment inspection in the industrial sector, electrical inspection, building thermal failure analysis, medical diagnosis in the medical field, military applications, etc. They provide valuable tools for non-contact temperature measurement and detection of abnormal heat conditions. Due to their advanced features and performance, these devices are usually priced higher and suitable for professional applications that require high-precision temperature measurement and reliability.
