Details
Product introduction:
HP-DTVC4200 series dual-band thermal imaging temperature measurement high-speed ball is an optoelectronic product specially designed for temperature measurement applications. It is developed for non-contact temperature measurement requirements and can perform large-area, accurate and efficient temperature measurement. The product is based on the accurate temperature measurement technology of thermal imaging, which can timely alarm the over-temperature/low-temperature point, and assist the staff to implement rapid intervention methods and emergency measures. It can be widely used in temperature monitoring scenarios in industrial links that require temperature control, and temperature measurement of key nodes in power transmission networks.
Thermal imaging is developed based on the fifth-generation uncooled infrared technology and infrared optical technology. It adopts a high-sensitivity uncooled vanadium oxide focal plane imaging detector, a miniaturized infrared lens designed based on AS optical technology, and advanced digital circuits and image processing algorithms. Provides fine and smooth images. The visible light adopts a miniaturized all-in-one machine, which has the characteristics of fast zoom speed and automatic focusing, and the volume and weight of the whole machine are greatly reduced.
The product adopts the high-speed ball design concept as a whole, the structure is simple and reliable, compact and exquisite; the positioning accuracy is high, the speed is fast, the start and stop are stable, and the control is convenient. With multi-point target preset, memory, automatic cruise and other functions; can be positioned arbitrarily to achieve all-round blind spot monitoring; can automatically adapt to the brightness of the environment and automatically adjust the distance of the target and the size of the image, suitable for all-weather day and night 24-hour images collection and monitoring. The internal industrial-grade embedded control electronic system realizes the high-stability control of zoom, focus, video switching, and pan/tilt pitch/rotation for high-definition visible light and infrared thermal imaging dual-band cameras. The overall shell is made of super-strong aluminum alloy to achieve IP66 protection level, to ensure long-term operation of the equipment in harsh field mirrors.
The built-in GPU chip supports deep learning algorithms, and can support a variety of behavior analysis algorithms and target detection algorithms, effectively improving the detection accuracy.
Features:
1) Temperature measurement range: -20℃～+120℃ (optional -20℃～+550℃);
2) Temperature measurement accuracy: ±2°C or 2% of the range, whichever is the maximum value;
3) Multi-dimensional perception: support image scale; support access to multiple sensors;
4) It integrates infrared thermal imaging, high-definition visible light, video coding, gimbal shield, and control electronic system, with modular design, high integration, and easy installation and maintenance;
5) Built-in GPU chip, supports various detection algorithms such as area intrusion, entering/leaving area detection, people gathering detection, loitering detection, item leftover, item picking and so on;
6) The thermal imaging temperature detection sensitivity is better than 40mk, which is higher than the conventional products, obtains more delicate picture quality, and is less affected by fog, rain and snow;
7) Unique AS optical design and high-precision opto-mechanical design, excellent imaging quality;
8) Excellent non-uniform image correction technology with good image uniformity and dynamic range;
9) Driven by precision motor, the response is sensitive, the operation is smooth and stable, the accuracy deviation is small, and the image is free from jitter;
10) Support three-dimensional intelligent positioning function, which can realize click tracking and zooming;
11) IP66 protection, TVS4000V lightning protection, can adapt to various harsh environments.
Application scenarios:
Mainly used in temperature measurement, perimeter control and fire prevention scenarios, such as temperature measurement and fire warning monitoring scenarios such as carbide and petrochemical pipelines, pool manufacturing, power grids, etc.; perimeter prevention monitoring in safe cities, large venues, ports and terminals; oilfield security, high-speed All-weather day and night monitoring scenarios in harsh wild environments such as roads/railways, environmental protection, etc.
