Mobotix MX-O-SMA-TS-T079 Thermal Sensor Module For S16/S15 50 mK B079 (45°)

Product Information

Specification

Description:

Introducing the Thermal Sensor Module for S16/S15, model B079, designed to deliver highly sensitive thermal imaging capabilities. This module features a NETD of typ. 50 mK (with a maximum of <79 mK), operating in the infrared range of 7.5 to 13.5 micrometers. The uncooled microbolometer can capture thermal images at up to 9 frames per second, making it ideal for various applications requiring precise temperature measurement.

Included with the module is a high-quality Germanium lens (model B079) that provides a horizontal image angle of 45° and a vertical angle of 32°, ensuring excellent coverage for thermal imaging tasks. The image resolution is 336 x 252 pixels, with the capability to be scaled up to 6MP for enhanced detail.

Built to withstand harsh conditions, the Thermal Sensor Module is rated IP66, ensuring protection against dust and water ingress. It operates effectively in temperatures ranging from -30°C to 60°C (-22°F to 140°F). Housed in robust black anodized aluminum, this module is designed for durability and longevity.

For connectivity, the camera connects via a MOBOTIX sensor cable (available separately, max. length of 3 m / 9.8 ft), allowing for flexible installation options. Enhance your thermal imaging capabilities with the S16/S15 Thermal Sensor Module B079, and ensure precise monitoring in any environment.

Technical Data:

• Compatibility: S15D, S16

• LensType: Germanium lens; can be optionally equipped with a second optical 6MP sensor module (day/color or night/black and white to be ordered separately for easy self-assembly)

• Image Angle horizontal: 45°

• Image Angle vertical: 32°

• Focal Length: equivalent to B079 Optics

• Max. Frame Rate: 9 frames per second (fps) for thermal images, Thermal Overlay and dual images (thermal & optical)

• Max. Image Size: Image size: 336 x 252 pixels (can be scaled up to 6MP)

• Camera Optics: Thermal

• Light Sensitivity: Typ. 50 mK, < 79 mK (50 mK is equal to temperature changes of 0,05°C), pixel pitch 0,017mm (17µm) at 336 x 256 pixel