The ThermalSense EG2+ thermal camera combines precision with advanced imaging technology to deliver reliable performance in professional environments. Powered by a 256×192 IR detector and real-time IR-Perfclear technology, it produces sharper, clearer thermal images by reducing noise and enhancing detail. Designed with professionals in mind, it also features a 2MP visible light camera, video streaming and recording, Wi-Fi connectivity, and convenient OTA upgrades—ensuring a smooth, efficient, and future-ready user experience.
ThermalSense Thermal Camera EG2+
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High-Resolution Imaging
256×192 infrared resolution with a sensitive 12μm detector for sharper, detailed visuals.
Wide Temperature Range
Accurately measures from -20°C to 550°C with a low 45mK NETD for detecting even subtle temperature differences.
Description
Description
Downloads
Downloads
Powerful features for smarter inspections
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High-Resolution Infrared Detector
Powered by a self-developed 12μm uncooled infrared detector, it offers two resolution options – 256×192 and 120×90. The compact design ensures lower power consumption without sacrificing performance.
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Real-Time IR-Perfclear Technology
With advanced real-time computational optimisation, IR-Perfclear technology enhances image quality by up to 4 times. The result is sharper, more detailed thermal images with outstanding clarity.
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Wide Temperature Measurement Range
Covering a range from -20℃ to 550℃, with automatic switching between modes, the EasIR Series is adaptable for diverse applications. It delivers accurate readings across low, medium, and high temperatures for reliable results.
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Dual Infrared and Visible Imaging
Equipped with both a thermal sensor and a visible light camera, the ThermalSense offers 4 imaging modes and 6 colour palettes. This makes it easier to analyse heat distribution with clearer visual context.
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Seamless Mobile App Connectivity
With built-in Wi-Fi, users can connect to the mobile app for real-time control, image and video capture, and easy sharing directly from their smartphone.
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Real-Time Video Streaming
Thermal data can be transmitted instantly via Wi-Fi to PC analysis software, enabling live recording and in-depth analysis on the spot.
Designed for professionals, built for every task
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Electrical Inspections
Spot overheating components, faulty connections, and circuit issues.
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HVAC Maintenance
Check insulation, leaks, airflow problems, and uneven heating or cooling.
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Building Inspections
Detect moisture, insulation gaps, and structural heat loss.
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Mechanical & Industrial Checks
Monitor machinery and equipment for abnormal heat signatures.
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Research & Education
Support lab work, demonstrations, and thermal imaging training.
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Safety Applications
Identify fire hazards and hot spots early.
ThermalSense FAQs
What is a high-resolution infrared detector?
What is a high-resolution infrared detector?
A high-resolution infrared detector captures detailed thermal images by detecting infrared radiation. This product uses a 12μm uncooled infrared detector, offering clear and accurate imaging without the need for bulky cooling systems.
What resolution options are available?
What resolution options are available?
The detector is available in 256×192 and 120×90 resolution options, giving flexibility for different applications from detailed thermal analysis to more basic monitoring needs.
How does an uncooled infrared detector work?
How does an uncooled infrared detector work?
Unlike cooled detectors, an uncooled infrared detector operates at ambient temperature. This makes it more compact, energy efficient, and cost effective, while still providing high-quality thermal imaging.
What are the benefits of a 12μm detector?
What are the benefits of a 12μm detector?
A 12μm detector allows for higher resolution in a smaller, more compact design, delivering clear images while reducing power consumption.
What industries or applications can benefit from this detector?
What industries or applications can benefit from this detector?
It is widely used in research, education, laboratory work, thermal imaging demonstrations, and training programmes where accurate, high-resolution thermal imaging is required.
Does the compact design affect performance?
Does the compact design affect performance?
No, the compact design actually improves usability by reducing power consumption and making the unit easier to handle, without compromising image quality or reliability.
Can it be used for long-term projects or continuous monitoring?
Can it be used for long-term projects or continuous monitoring?
Yes, thanks to its low power consumption and durable uncooled design, it is suitable for extended use in both research and educational environments.
