Sig Echo Thermal Monocular with 640x512 LWIR Sensor and 3-24x Magnification

MV50 LRF 3-24X50 640X512 VGA

The Sig Echo Thermal Monocular offers advanced thermal imaging capabilities for outdoor enthusiasts, security professionals, and surveillance operators. Featuring a long-wave infrared (LWIR) sensor with a 640x512 resolution and 12-micron pixel pitch, this device provides clear and detailed thermal images in various lighting conditions. It operates at 50Hz refresh rate, ensuring smooth thermal video feed for real-time observation. The compact design measures approximately 4.10 inches in length, 5.20 inches in width, and 11.80 inches in height, making it easy to carry and deploy in various environments. The lightweight construction, weighing around 0.53 pounds, enhances portability without sacrificing durability or performance. The monocular's zoom capability ranges from 3x to 24x magnification, allowing users to adapt to different observation distances and scenarios with ease. Whether for wildlife hunting, security monitoring, or search and rescue operations, the Sig Echo provides reliable thermal detection and visualization in a compact, user-friendly package. Its high-resolution thermal sensor, combined with versatile zoom and lightweight design, makes it an essential tool for professionals requiring precise thermal imaging in the field. The device's rugged build and efficient thermal technology ensure consistent performance across diverse environmental conditions, making it a versatile addition to your thermal imaging equipment. Experience enhanced visibility and detection with the Sig Echo Thermal Monocular, crafted for demanding applications and optimal operational efficiency.

Features:

• LWIR 640x512 VGA sensor with 12-micron pixel size for detailed thermal imaging

• 50Hz refresh rate for smooth real-time thermal video

• 3x to 24x magnification for versatile observation distances

• Compact dimensions measuring approximately 4.10 x 5.20 x 11.80 inches

• Lightweight design weighing about 0.53 pounds for portability