
Overview: The ECN100 series are high-temperature extended area blackbodies designed for infrared validation testing. They cover a wide range of wavelengths from near to far infrared and are used for the calibration and testing of NIR to LWIR sensors with high accuracy.
Specifications: Each unit is delivered with a traceable certificate of compliance, ensuring high accuracy for various applications such as thermal imager calibration, infrared camera non-uniformity correction, and simultaneous sensor testing. The emissive head is robust for both lab and field operations, with external parts maintained below 50°C for safety.
Options: The ECN100 series offers several options including LabVIEW drivers, specific target patterns, cold masks for emissivity enhancement, and a temperature range from ambient to +800°C. They feature high emissivity of 0.98 ± 0.02, large emissive areas up to 1m², real-time temperature display, and remote control capabilities via Ethernet, RS232, IEEE488, and WiFi.
Technical Data: The series includes models like ECN100 H6, H12, N20, and N40, each with varying emissive areas and temperature ranges. Emissive area uniformity and stability are specified, with temperature measurement accuracy up to ±0.5°C. The units have different warm-up times, dimensions, weights, and power consumption requirements.
Applications: These blackbodies can be used as reference sources for sample emissivity or transmission measurement, infrared targets, or large spectral bandwidth reference sources. They are suitable for both lab and field conditions.
Contact Information: For more details, contact HGH Systèmes Infrarouges at their office in Igny, France, via phone or email.
> Infrared validation test equipment ECN100 series HIGH TEMPERATURE EXTENDED AREA BLACKBODY THE HIGHEST UNIFORMITY, CERTIFIED BY ACCEPTANCE TEST REPORT The ECN100 blackbodies are extended area reference sources covering a wide range of wavelengths, from near IR to far IR. The ECN100 series provide infrared radiation with an unparalleled emissivity, uniformity and stability for the test and calibration of NIR to LWIR sensors with the highest accuracy. Each ECN100 is delivered with a traceable certificate of compliance, including the actual thermal uniformity measurement over the full emissive surface. These data ensure high accuracy for: • the calibration of thermal imagers over their full field of view • the non-uniformity correction of infrared cameras • the simultaneous test of several sensors during manufacturing process • the measurement of the size of source effect on cameras In addition, they can be used as reference sources for sample emissivity or transmission measurement, as real size infrared targets, or as large spectral bandwidth reference sources. The robust structure of the emissive head enables lab or field condition operation. Besides, the external mechanical parts are maintained to temperatures below 50°C, thus preserving safe operation. Extended area blackbody THE HIGHEST EMISSIVITY OVER LARGE EMISSIVE AREA, UP TO 1 m • Temperature range from ambient to +800 °C • Exceptionally high emissivity of 0.98 ± 0.02 • Supplied with individual certificate of radiometric calibration over multiple bandwidths • Large emissive area up to 1m2 with high uniformity • Real time display of surface and set point temperature • Control through touchscreen panel • Remote control via Ethernet link, RS232, IEEE488, WiFi • Built In Test Equipment (BITE) • INFRATEST LT control software OPTIONS • LabVIEW drivers • Specific target patterns • Cold mask for ECN100 H6 (adaptation to collimator aperture / emissivity enhancement) OPTIONS • LabVIEW drivers for all communicat
Open the catalog to page 1ECN100 series HIGH TEMPERATURE EXTENDED AREA BLACKBODY TECHNICAL DATA Emissive area Temperature range Emissive area uniformity Emissivity / Apparent emissivity after calibration Temperature measurement accuracy Display resolution Warm-up time from ambient to Tmax Head weight Electronic unit size Electronic unit weight Power supply Remote control Operating temperature range (head) (1): Differential mode available on ECN100 N40 (2): Thermal map supplied Above information is subject to change without notice
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