RCN Series

High temperature cavity blackbody

From Visible to Far Infrared

The RCN series high temperature cavity blackbodies are reference sources covering a wide range of wavelengths, from visible to far IR. They consist of a compact emissive head controlled by a new generation 2U electronic unit and an intuitive color touchscreen.

The cavity structure leads to incomparable uniformity and emissivity.

3 Key Points

thermometer (2)

High temperature reference source up to 1350°C

surface emissive

High spatial and angular uniformity / emissivity

snowflake

Reduced cooling time thanks to COOLSPEED technology

RCN

Key Features

  • High temperature reference source up to 1350°C
  • Optimized cavity shape ensuring high spatial and angular uniformity and emissivity
  • Aperture diameter up to 50 mm
  • Real time display of temperature data and intuitive interface
  • Control through touchscreen panel
  • Remote control via Ethernet link, RS 232, and IEEE
  • Built In Test Equipment (BITE)
  • Supplied with individual certificate of radiometric calibration over multiple bandwidths
  • INFRATEST LT control software
RCN series 1

Main Applications

  • Calibration of thermal imagers
  • Calibration of pyrometers
  • Calibration of SWIR to LWIR cameras
  • Sample emissivity or transmission measurement
  • Reference source for atmospheric spectral transmission measurement

Integrated Tests with LabVIEW Driver

HGH provides a full-featured LabVIEW driver for its family of blackbodies, compatible with LabVIEW 2019 or higher and for all available communication links Ethernet, RS232 and IEEE.

The supply includes all the required VIs directly available from the LabVIEW menu. These functions allow the operator to send a temperature setpoint, read the current temperature, check the stabilization status and many other functions.

The supply also includes an example program built with all the available VIs.

Thanks to this driver, all HGH blackbodies are fully controllable and can be integrated into complex test benches running automatic infrared characterization routines.

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Options & Software