Free shipping on orders over €100

Physical store in Zarasai

Over 3000 happy customers

28% off

Thermal Imager InfiRay EYE III EH35

Sale price €1.581,53 Regular price €2.195,00

Pickup available at Armota parduotuvė Zarasuose

Usually ready in 1 hour

EYE III Series Thermal Imager InfiRay EH35

The EH35 thermal imager is from the renowned InfiRay EYE III series. EYE III series thermal imagers are distinguished not only by their high image quality but also by their unparalleled design and ease of use within their class. All thermal imagers in the EYE III product family are equipped with a high-performance thermal sensor with a thermal sensitivity (NETD) of no more than 25mK.

In addition to impressive technical specifications, the EH35 also boasts a new generation InfiRay thermal image processing processor, allowing you to select a specific image mode or a color palette adapted to a specific situation. Improve image sharpness with calibrated "forest", "field", and "city" modes, which help adapt to environmental landscape temperature differences and natural lighting conditions.

Thanks to high-quality components and a 35mm focal length lens, the EH35 thermal imager has a thermal detection range of up to 1800m.

Convenient Control

The design of the EYE III series thermal imager is created to provide greater comfort when using the device, and its ergonomics allow comfortable use with both the right and left hand.

The philosophy of a practical and stylish device is also reflected in the thermal imager's control solutions. When using the EYE III EH35 thermal imager, there will be no problems with the placement of control buttons. Instead of several traditional buttons, the EYE III product family uses a multifunctional rotary knob – an encoder, so users can easily and quickly perform most operations with just a few movements.

The USB-C type connector and the large capacity fast-charging integrated internal battery will allow not only 8 hours of uninterrupted operation but also, if necessary, charge the battery up to 90% in just 2 hours.

PIP Function

The Picture-in-Picture function allows you to see necessary details without diverting attention from the overall image. A second small screen with x2 or x4 magnified view appears at the top of the screen. This helps to zoom in on the object while maintaining a wider field of view and not losing control of the situation.

Ultra-Clear Function

This mode is designed to programmatically enhance the image in conditions of low-temperature difference, bad weather, such as heavy fog or rain. The mode increases image detail and better highlights the contours of the heat-emitting object.

IP67 Resistance Class

You can confidently use the thermal imager in any weather. The casing is resistant to moisture, temporary water immersion, impervious to dust and other dirt. So it is completely safe to use the device even in heavy rain or dense fog.

Standby Mode

When the device is not in use, standby mode is activated, during which the screen turns off to save energy, ensuring your invisibility and longer operating time. This function does not change your selected settings, and if necessary, you can reactivate the screen and return to observation with a single button press.

Video Recording

The InfiRay EH35 has 32 GB of internal memory. Video (video and photos) recording, video recording with sound. Also, the integrated Wi-Fi module supports real-time video transmission. Allows you to quickly and easily connect your device to a phone or computer and transfer files or change thermal imager parameters.

Technical Data

Model

EH35

Sensor Resolution

640×512

Pixel Size, μm

12

Thermal Sensitivity NETD, mK

≤25

Frame Rate, Hz

50

Objective Lens, mm

35

Field of View, °

12.5° × 10°

Screen Resolution

1440×1080 OLED

Optical Magnification

2 – 8

Digital Zoom

×2/ ×4

Detection Range, m

1800

Video Recording and Photo Capture

Supported

Max Battery Life, hours

8

Battery

Li-ion/4200mAh/3.6V

Wi-Fi, Mobile Application

Supported

Operating Temperature

-20 – +50

Size, mm

54×200

Weight, g

<480