HT-A10 Thermal Imaging Camera - Precision Vision with 256x192 IR Resolution, Enhanced 3.5" Color LCD Screen, WiFi Wireless Connectivity, Versatile 5 Color Palettes, Sleek Handheld Design

2024 New Product
HT-A10 has an ability to “see” heat this way creates an entirely new level of awareness for professionals and consumers, it is much different with a traditional inspection.
In buildings and mechanical systems, this includes water penetration, heat or cooling loss, blockages or leaks in plumbing systems, malfunctioning mechanical systems (motors, bearings, belts, heat pumps, etc.), overloaded or lose electrical circuits, and building diagnostic issues.
3.5‘’ TFT Large Screen
Clearer Image Display: The large screen provides clearer image details, helping users to more accurately identify and analyze the temperature distribution of target objects.
Enhanced Visual Experience: The large screen provides a wider field of view, allowing the observer to view images more comfortably and reduce eye strain.
Facilitate analysis and diagnosis: In the industrial field, the large screen helps professionals to carry out more in-depth analysis and diagnosis, especially when they need to observe small temperature changes.
Enhanced Field Adaptability: When used in the field or in the field, the large screen can provide better adaptability, especially in poor lighting conditions can also clearly display images.
Increase equipment specialization: Large-screen thermal imagers are often seen as more specialized equipment for high-end applications that require high-resolution images and accurate temperature measurement.
Thermal imager with WiFi function
After turning on WIFI, use the mobile device to search for WIFI, the WIFI name can be found in the local menu (as shown above); access the device through the IP address 192.168.230.1.
In the mobile device, you can set the color palette, fusion, emissivity, maximum/minimum value, language conversion, and then it can be
synchronized to the machine, and the settings on the machine can also be synchronized to the mobile device.
Remote control: Through a WiFi connection, users can remotely control the thermal imager using a device such as a smartphone or tablet to take photos or videos.
Real-time image sharing: WiFi functionality allows users to share images and videos captured by the thermal imager in real-time, facilitating team collaboration and remote consultation.
Data storage: Supports uploading data directly to the phone for easy data storage, management and sharing.
Increased efficiency: WiFi connectivity simplifies the data transfer process and avoids the use of physical storage media, resulting in increased productivity.
Infrared image fusion
In this fusion method, thermal imaging images are aligned and merged with visible light images at the pixel level to produce an image that contains information from both. An infrared image with higher spatial resolution can be constructed.
Real-time imaging
The addition of the WiFi function makes the HT-A10 not only limited to on-site use, but can also be extended to a variety of application scenarios that require remote monitoring and data transmission.
PC analysis software
A professional tool for processing and analyzing infrared images captured by the HT-A10. It is possible to improve image clarity, make temperature measurements, and perform other specialized analyses.
Electric
Temperature abnormalities in components such as the windings, bearings and cooling system of a generator can be monitored to detect possible problems such as short-circuiting of the windings, bearing failures and clogging of the cooling system in advance.
It can be used to detect hot spots in transformer windings to find problems such as poor contact, looseness or overloading of the windings, as well as to check that the cooling system is working properly and that the insulation is not deteriorating.
HVAC
In HVAC systems, it can be used to detect and locate faults, such as problems with leaking pipes, blockages or broken insulation, where temperature anomalies can be visualized through thermal images.
By analyzing the images captured by the thermal imager, technicians can assess air flow and temperature distribution to help with system balancing and optimization, ensuring that the HVAC system operates efficiently.
Power equipment
In the transmission, substation and distribution of the power system, equipment inspections can be carried out efficiently to detect potential faults and problems.
By detecting the temperature and operation status of the equipment in operation in a non-contact way, it can quickly determine overheating faults of electrical equipment and take measures.
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Display screen 3.2 ? full angle TFT display screen 3.2 ? full angle TFT display screen 3.2 ? full angle TFT display screen No needed No needed
Infrared image resolution 256×192 320×240 220×160 256×192 384x288
Field angle/shortest focus length 56°×42°/3.2mm 35°x26°/0.15mm 56°x 42°/ 0.15m 50.0°×37.2° 28.4°×21.4°
Emissivity Adjustable from 0.01 to 1.0 Adjustable from 0.01 to 1.0 Adjustable from 0.01 to 1.0 Adjustable from 0.01 to 1.0 Adjustable from 0.01 to 1.0
Frame rate of thermal images 25Hz 9Hz 9Hz 25Hz 25Hz
Wavelength coverage 8-14um 8-14um 8-14um 8-14um 8-14um
Storage medium Built-in 4G eMMC (user available storage space is about 3G) Built-in 3G (above 20 thousand image stored) Built-in 3G (above 20 thousand image stored) No needed No needed
Temperature measurement accuracy ±2°C or ±2 % ±2°C or ±2 % ±2°C or ±2 % ±2°C or ±2 % ±2°C or ±2 %
Temperature range -15? to 550? ±2? or ±2%; -20? to -15? ±4? -20?~300?(-4?~572?) -20?~300?(-4?~572?) -15? to 550? ±2? or ±2%; -20? to -15? ±4? -15? to 550? ±2? or ±2%; -20? to -15? ±4?
Focus mode Auto focus Auto focus Auto focus Auto focus Manual focus