Handheld Thermal Imaging Camera for Water Pipe Leak and Power Electrical

Brand Name: GOYOJO Model Number: HT-18 Plus Product name: thermal imaging camera Size: 90105223mm Infrared resolution: 256192 Visible light resolution: 640480 Display size: 3.2-inch(240320) Infrared response band: 8 to14μm Cell size: 12μm Lens focal length: 3.2mm IFOV: 3.75mrad

Introducing the GOYOJO HT-18+ Handheld Thermal Imaging Camera, an advanced device designed for efficient detection of water pipe leaks and power electrical issues through its state-of-the-art thermal imaging technology. This thermal imager boasts impressive imaging capabilities, with an infrared resolution of 256x192 and a visible light resolution of 640x480, providing users with clear and detailed images for accurate analysis.

The camera's user-friendly 3.2-inch display (240x320) ensures easy viewing and interpretation of thermal data in real-time, enabling quick and efficient decision-making. The device's optimal infrared performance is further enhanced by its infrared response band of 8 to 14μm, combined with a cell size of 12μm and a lens focal length of 3.2mm, ensuring precise thermal measurements and efficient detection of issues.

The GOYOJO HT-18+ also features an IFOV (Instantaneous Field of View) of 3.75mrad, which guarantees high-level accuracy in thermal imaging, making it an essential tool for detecting and diagnosing problems in water pipes and power electrical systems. This advanced feature allows users to pinpoint the location of issues with exceptional precision, streamlining the troubleshooting process and enabling prompt resolution of problems.

The combination of high-resolution imaging, user-friendly display, and enhanced precision makes the GOYOJO HT-18+ Handheld Thermal Imaging Camera a valuable asset for professionals and technicians working in water management, power maintenance, and other industries where accurate thermal analysis is crucial. With its advanced capabilities, this thermal imager empowers users to effectively identify and address issues, ultimately optimizing performance and ensuring the reliability of critical infrastructure.

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