ECN 100 High Temperature Blackbody

HIGH-TEMPERATURE BLACKBODY WITH LARGE EMISSIVE SURFACE AREA

A micro-pyramidal structure for high emissivity with ECN 100!

The ECN 100 High-Temperature Blackbody Series is undoubtedly a game-changer in the field of infrared reference sources. These top-of-the-line blackbodies are specifically designed to provide superior stability and remarkable thermal uniformity of up to +600°C, making them the ideal choice for various calibration and testing applications.

One of the key features of this high-temperature blackbody is its innovative emissive surface made up of micro-pyramids. This cutting-edge design ensures that the emissivity and thermal uniformity are exceptionally high and accurate, representing a significant advancement over conventional blackbody sources.

These sources are built to be incredibly versatile, working seamlessly across a wide range of wavelengths from near-IR to far-IR. These micro-cavities offer unbeatable control over various emission profiles, making the ECN100 perfect for a multitude of research, calibration, and quality control applications.

Each ECN 100 blackbody comes with a traceable certificate of conformity that includes real measurements of thermal uniformity across the entire emissive surface. This added convenience ensures that the ECN100 is ready to use right out of the box, helping you save time and effort in verifying the accuracy and performance of your test equipment.

Why use ECN 100 High-Temperature Blackbody?

thermometer (2)
Absolute temperature range from +5°C to +600°C
pyramid
High emissivity, thanks to its micro-pyramidal structure
surface emissive
Extended emissive surface up to 1000 mm x 1000 mm

ECN100

ECN100 Blackbody Features

  • Emitting surface temperature range from ambient to +600 °C
  • Ultra-high emissivity 0.98 ± 0.02
  • Each blackbody is calibrated at the factory to a recognised standard and is available in the mid-wave and long-wave infrared bands.
  • Up to 1 square meter emitting surface with high uniformity
  • Real-time display of the measured and set temperature of the emitting surface
  • Blackbody control via touch screen
  • Remote control via Ethernet link, RS232, IEEE488, WiFi

Main applications of high-temperature blackbody sources:

  • Calibrate thermal imaging cameras in full field of view
  • Calibration of Linear Scanners
  • Large Spectral Bandwidth Reference Source Calibration
  • Non-uniformity correction for infrared cameras
  • Simultaneous performance testing of multiple sensors on a production line
    Infrared (IR) camera testing of different sized target sources
  • Rugged construction of the transmitter head for lab and field operation

Integration Tests with Labview drivers:

We offer a full featured LabVIEW driver with each blackbody source compatible with LabVIEW 2019 or later, with all available communication links for Ethernet, RS232 and IEEE.

The resources provided include all the necessary VIs available directly from the LabVIEW menu. These allow the operator to send temperature setpoints, read the current temperature, check the stabilisation status and many other functions.

Also included is a sample programme built on the existing Vis!

With this driver, all HGH blackbodies can be fully controlled and can be integrated into complex test platforms to automatically run IR characterisation tests.

About INFRATEST Software - Included with ECN100 Blackbody:

Infratest Software is a comprehensive software suite included with HGH Blackbody Sources, designed specifically for testing and evaluating a wide range of electro-optical systems, including cameras, thermal imagers, Night Vision Devices, binoculars, and goggles, among others. It provides support for any type of electro-optical device or system, offering users a highly flexible and customizable solution for their testing needs.

Using advanced algorithms that have been thoroughly vetted and referenced, the Infratest Software suite delivers incredibly precise measurement data for both visible and infrared cameras, including NIR, SWIR, and IR. Whether working in real-time or conducting offline analysis and evaluation, the software offers unparalleled accuracy and reliability.

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