HIKMICRO Lynx PRO LE10 10mm Smart Thermal Monocular

Joining the range of HIK Micro thermal monoculars – the Lynx LE10 is focused on delivering high-level thermal performance at an entry-level price point.

At the heart of this enhanced performance is the 256 x 192, 12um sensor, this delivers higher levels of image detail that will be especially useful when trying to locate and identify small animals like rabbits, squirrels and birds. The sub-35 NETD performance of the sensor ensures the detection of small temperature changes and excellent performance in harsh conditions.

The Lynx 10mm offers the same software as the more expensive HIK models and includes 4 colour palettes, white-hot, black hot, red hot and fusion. The LE10 can also record video or images with the onboard memory or connect to the T-Vision app to seamlessly share or record your shooting experience.

The fixed-focus optical system and wide field of view make it easy to quickly scan large areas and identify them.

• Brand HIKMICRO
• Product Name A-Z HIKMICRO Lynx PRO 10mm Smart Thermal Monocular
• SKU HM-LE10
• Unit Type Thermal
• Colour Palettes Yes
• Detection Range 450m
• Display Resolution 720x540
• Display Type LCOS
• Magnification (Digital) 8x
• Magnification (Optical) 1x
• NETD <35mK
• Objective Lens Diameter 10mm
• Operating Temperature -20/+55°C
• Pixel Pitch 12μm
• Refresh Rate 25HZ
• Sensor Resolution 256x192
• Video Recording Yes
• WiFi Yes

Main

• Sensor: 256x192px @ 12µm
• Objective Lens (Focal Length): 10 mm
• Detection Range (Human 1.8m x 0.5m): 458 m

Sensor

• Type: VOx Uncooled Focal Plane Arrays
• Resolution, pixels: 256 x 192 PX
• Pixel pitch, um: 12µm
• Frame rate, Hz: 25 Hz
• NETD: <35mK

Optics

• Objective lens: F1.0
• Magnification (optical): 1x
• Magnification (Digital): 1x, 2x, 4x, 8x
• Field of view: 18.00° × 13.55° (H × V)°

Display

• Type: 5.08mm, LCOS
• Resolution, Pixels: 720 × 540
• Colour Palettes: Black Hot, White Hot, Red Hot, Fusion

Video Recorder

Built-in memory, GB: 8

Additional features

• Hot tracking: Yes
• WIKI Hot spot: Yes
• T-Vision App support: Yes

Environmental

• Degree of protection, IP code: IP67
• Dust protection: Protected against dust ingress
• Water protection: Protected against temporary submersion in water
• Operating temperature range: -20 °C to 55 °C

Weight & size

Dimensions, mm: 158 mm x 61 mm x 57 mm
Weight, Kg: 0.26 kg

Power Supply

Operating time on battery (WIFI & Hot tracking disabled): 8 Hours continuous running
Charging interface: USB-C
Battery capacity after 1000 cycles: 80%

Warranty

Main Unit: 3 Years
Battery: 2 Years

How thermal imaging cameras work

Thermal imaging, also known as infrared thermography or thermographic imaging, is a technology that allows us to capture and visualize the infrared radiation emitted by objects and living beings. Every object with a temperature above absolute zero (-273.15 degrees Celsius or -459.67 degrees Fahrenheit) emits infrared radiation in the form of heat. Thermal imaging devices detect this radiation and create images or videos that represent the temperature variations across a scene.

Here are some key points about thermal imaging:

1. Principle of Operation: Thermal imaging works on the principle that different objects emit different levels of infrared radiation based on their temperature. Infrared cameras or thermal imagers use sensors that can detect and convert this radiation into a visible image.

2. Applications: Thermal imaging has a wide range of applications, including:

   • Security and Surveillance: Thermal cameras can be used for surveillance and security to detect intruders in the dark or in low-visibility conditions.
   • Search and Rescue: In disaster situations, thermal imaging can help locate survivors by detecting their body heat.
   • Firefighting: Firefighters use thermal cameras to see through smoke and locate people or hotspots in burning buildings.
   • Medical Diagnosis: Infrared cameras are used for medical purposes, such as identifying areas of inflammation or elevated body temperature.
   • Building Inspections: In construction and maintenance, thermal imaging can identify heat leaks, moisture, and electrical problems in buildings.
   • Industrial Inspections: It's used to inspect machinery, electrical systems, and detect overheating components.

3. Color Mapping: In thermal images, colors are often used to represent different temperatures. Typically, warm areas are displayed in warm colors (red, yellow, orange), while cooler areas are displayed in cool colors (blue, green, purple). This color mapping helps users quickly identify temperature differences in the scene.

4. Resolution: Thermal imaging cameras come in various resolutions, with higher resolution cameras providing more detail and accuracy in temperature measurements.

5. Limitations: Thermal imaging is limited by the fact that it can't see through opaque materials like walls or glass, and it may struggle to distinguish objects with very similar temperatures. Additionally, it's affected by factors like ambient temperature, humidity, and distance.

6. Types of Cameras: There are different types of thermal imaging cameras, including handheld devices, fixed installations, and even smartphone attachments that use thermal imaging technology.

7. Military and Defense: Thermal imaging has been widely used in military and defense applications for target detection, navigation, and surveillance.

8. Consumer Applications: In recent years, thermal imaging has become more accessible to consumers through smartphone attachments and dedicated consumer devices. This has led to applications in areas like home improvement and outdoor activities, such as hunting and wildlife observation.

In summary, thermal imaging is a technology that allows us to see and measure temperature differences in various applications, from industrial and medical uses to military and consumer applications. It has proven to be a valuable tool for detecting heat-related issues and providing enhanced vision in low-light or adverse conditions.