Thermal imaging モジュール HI384S

HI384S is a thermal imaging module specifically designed for installation on quadcopters. It makes it possible to obtain thermal images from aircraft. This module allows you to obtain data on the temperature of objects on the ground, their intensity and other parameters. This makes it an indispensable tool for many areas of activity.

The module has high accuracy and sensitivity thanks to the use of modern optical and electronic components. The module provides high image quality with a resolution of up to 640x512 pixels. It is capable of operating in a wide temperature range - from minus 20 to plus 150 degrees Celsius. This allows the HI384S to be used in a wide variety of climate conditions and measure the temperature of objects with high accuracy.

One of the key features of the module is its ease of installation and integration with quadcopters. The module has compact dimensions and low weight, which does not load the aircraft and does not reduce its maneuverability. Installation and configuration of the module can be done in the shortest possible time, which allows you to quickly start using the thermal imaging capabilities of the quadcopter.

The module is equipped with special software. This makes it possible to perform various operations of processing and analyzing the received data. The module can be used to monitor observation objects, search for problem areas on the surface, control infrastructure and territories. The thermal imaging module supports video imaging and can be used to generate reports and analytics.

The use of a thermal imaging module is especially valuable for ensuring safety and detecting problems at energy facilities, equipment, etc. The module allows you to identify potential threats and damage in the early stages, which minimizes the risks of emergency situations and reduces the costs of eliminating them.

Specifications

• 384*288 17 microns.
• NETD≤30μ @f/1,0,300k.
• size: 28X28X30 mm.
• with curtain.
• output: BT656/PAL.
• White, black and colored.

In addition, the thermal imaging module is used to perform various tasks in the field of science and research. Thanks to its high sensitivity and accuracy, the module allows you to obtain data on the thermal characteristics of objects and processes with a high degree of detail. This makes it an indispensable tool for many areas of scientific activity. Summarizing the above, the thermal imaging module is a powerful and multifunctional device.