HIKMICRO TQ35 V2.0 THUNDER 50MM THERMAL

Description

The HIKMICRO TQ35 V2.0 Thunder 50mm Thermal Imager is an advanced imaging device that exemplifies cutting-edge thermal technology.

Manufactured by HIKMICRO, a renowned leader in the field, the TQ35 V2.0 combines high-resolution imaging with a 640x512 sensor and an ultra-sensitive 12-micron pixel pitch, achieving impressive image quality.

This thermal imager is equipped with a 50mm objective lens, providing enhanced clarity and a broad field of view for detailed observations. With a remarkable thermal sensitivity of less than 20mK, it excels in detecting subtle temperature differences, making it an excellent tool for a wide range of applications, including surveillance, security, and search and rescue operations.

The Thunder 50mm Thermal Imager is designed for user convenience, featuring a compact build and user-friendly controls, making it an invaluable asset for professionals and enthusiasts seeking superior thermal imaging performance.

Product form

SKU: 6974004643010
Barcode: 6974004643010

$4,999.00 Incl. GST

Out of stock

    Description

    The HIKMICRO TQ35 V2.0 Thunder 50mm Thermal Imager is an advanced imaging device that exemplifies cutting-edge thermal technology.

    Manufactured by HIKMICRO, a renowned leader in the field, the TQ35 V2.0 combines high-resolution imaging with a 640x512 sensor and an ultra-sensitive 12-micron pixel pitch, achieving impressive image quality.

    This thermal imager is equipped with a 50mm objective lens, providing enhanced clarity and a broad field of view for detailed observations. With a remarkable thermal sensitivity of less than 20mK, it excels in detecting subtle temperature differences, making it an excellent tool for a wide range of applications, including surveillance, security, and search and rescue operations.

    The Thunder 50mm Thermal Imager is designed for user convenience, featuring a compact build and user-friendly controls, making it an invaluable asset for professionals and enthusiasts seeking superior thermal imaging performance.

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