Ceres T 640 radiometric thermal camera
Ceres T 640 radiometric thermal camera
Ceres-T-640-Series-3
Ceres-T-640-Series-4
Ceres T 640 radiometric thermal camera
Ceres T 640 radiometric thermal camera

Ceres T 640 | VGA LWIR Radiometric Thermal Camera

Sensor Type

Microbolometer

Resolution - pixel pitch

640 x 480 - 12 µm

Sensitivity

8 - 14 µm

Shutter Mode

Rolling shutter

Absolute temperature calibration

-20/+120ºC or +50/+400ºC

Interface

CameraLink, GigE Vision

LWIR Radiometric Thermal Camera Series

The Ceres T 640 series of radiometric thermal cameras utilize the Dione 640 OEM thermal imaging core, featuring an uncooled 12 μm pitch microbolometer detector with a resolution of 640 × 480 and a NETD of less than 60 mK.

These cameras are capable of outputting full-frame images at a rate of 60 Hz through either a CameraLink or GigE interface.

All versions of the Ceres T 640 adhere to GenICam standards, ensuring seamless integration into demanding industrial thermography setups. Offering multiple Horizontal Field-of-View (HFOV) options including 8, 12, 24, or 50 degrees, the Ceres T 640 caters to diverse application needs.

Compact and versatile, the Ceres T 640 series finds applications in process monitoring, medical, scientific, and advanced research fields.

Key Benefits & Features:

  • Cutting-edge 640 × 480 microbolometer detector with a 12 μm pitch
  • Compact design suitable for industrial thermography applications
  • GenICam compliance for easy integration
  • Operates without the need for cooling
  • Available with multiple field-of-view options for enhanced versatility

To view more LWIR radiometric cameras, click HERE. 

To view the manufacturer’s website, click HERE. 

LWIR Radiometric Thermal Camera Series

The Ceres T 640 series of radiometric thermal cameras utilize the Dione 640 OEM thermal imaging core, featuring an uncooled 12 μm pitch microbolometer detector with a resolution of 640 × 480 and a NETD of less than 60 mK. These cameras are capable of outputting full-frame images at a rate of 60 Hz through either GigE interface or a CameraLink.

All versions of this thermal camera adhere to GenICam standards, ensuring seamless integration into demanding industrial thermography setups. Offering multiple Horizontal Field-of-View (HFOV) options including 8, 12, 24, or 50 degrees which caters to diverse application needs.

Compact and versatile, this camera series finds applications in process monitoring, medical, scientific, and advanced research fields.

Key Benefits & Features:

  • Cutting-edge 640 × 480 microbolometer detector with a 12 μm pitch
  • Compact design suitable for industrial thermography applications
  • GenICam compliance for easy integration
  • Operates without the need for cooling
  • Available with multiple field-of-view options for enhanced versatility

To view more LWIR radiometric cameras, click HERE. 

To view the manufacturer’s website, click HERE. 

Eight Models Available

Ceres T 640 8 CL (CameraLink, 8º HFOV)

Ceres T 640 12 CL (CameraLink, 12º HFOV)

Ceres T 640 24 CL (CameraLink, 24º HFOV)

Ceres T 640 50 CL (CameraLink, 50º HFOV)

Ceres T 640 8 GigE (GigE Vision, 8º HFOV)

Ceres T 640 12 GigE (GigE Vision, 12º HFOV)

Ceres T 640 24 GigE (GigE Vision, 24º HFOV)

Ceres T 640 50 GigE (GigE Vision, 50º HFOV)

Applications

  • Process Monitoring
  • Scientific & Advanced Research
  • Medical

Ceres T 640 Data Sheet

Xeneth Software

Versatile software interface designed with the user in mind

Xeneth offers a versatile software interface designed to cater to user needs effectively. Regardless of the wavelength sensitivity, interface, resolution, or image format of Xenics infrared cameras, Xeneth seamlessly manages them all. In its default view, the GUI showcases essential control parameters alongside the infrared camera image. However, transitioning from beginner to expert and then to guru mode unlocks additional settings for customization.

A comprehensive suite of processing and post-processing tools is at your disposal, enabling the extraction of valuable information and optimization of infrared images. For selected cameras equipped with thermal calibration, Xeneth facilitates complete radiometric analysis (thermography), factoring in object, environmental, and optic characteristics.

Moreover, Xeneth allows for the export of recorded infrared images to common image formats, facilitating viewing and analysis in third-party software. A notable addition to Xeneth, introduced in version 2.7, is the extended calibration wizard, simplifying the optimization of image correction calibration data without the need for real-time camera images.

Key Features Include:

  • Alarms
  • Detection of black hot/white hot spots
  • Extended calibration wizard
  • Image histogram analysis
  • Image processing capabilities
  • Recording and playback functionalities
  • Storage and analysis of digital images/movies
  • TrueNUC for continuous real-time image correction
  • Bad pixel replacement
  • Seamless control of all Xenics infrared cameras
  • False color mode with various color profiles
  • Live view of images
  • Line profiles, spot meters, and time profiles
  • Selections and statistical analysis
  • Thermography (optional and available for selected cameras)
  • Xeneth LabVIEW SDK (optional)
  • Xeneth Software Development Kit (SDK)
Sensitivity

8 – 14 µm
Material

VOx
Resolution

640 x 512 (VGA)
Frame Rate

10 – 100 fps
Pixel Pitch

12 µm x 12 µm
Cooling

Uncooled / TEC-less
Interface

GigE
Type

Camera
Array Type

2D array / areascan

Shop related products…

Scroll to Top