UV-NIR Spectrometer
 
        
          Reference number: ADM-SM-Hera
The Hera spectrometer from Admesy provides an accurate UV-VIS spectrometer with auto range function and excellent linearity in a rugged housing of only 95x85x61mm.
 
        
           
           
          Reference number: ADM-SM-Hera
The Hera spectrometer from Admesy provides an accurate UV-VIS spectrometer with auto range function and excellent linearity in a rugged housing of only 95x85x61mm.
 
           
          
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Optical Test & Measurement Team 
Phone: +49 8153 405-11
Description
The Hera spectrometer series is a highly accurate spectrometer with auto range function and excellent linearity in a robust and compact housing. Due to this combination the Hera can be used in a broad range of applications varying from R&D research to non-stop use in production environments. The Hera is available with a fixed (lens or cosine corrector) or fiber optics setup covering all you need to start your measurements. The Hera: stuffed with measurement power!
| Model | Hera 01 – VIS | 
| Spectral range | 380 - 780 nm | 
| Optical resolution (FWHM) | 2.3 nm | 
| Order sorting filter | 2nd order sorting filter | 
| Wavelength accuracy | +/- 0.5 nm | 
| Stray light | <0.03 % | 
| Luminance accuracy*2 | +/-4% | 
| Chromaticity accuracy*2 | +/- 0.002 | 
| Non - Linearity | < 1% | 
| Integration time | 2.5 ms – 20 s | 
| Spectral resolution | Selectable 0.5 nm - 1 nm - 2.5 nm - 5 nm - 10 nm | 
| Interfaces | High speed USB, RS232, Ethernet, Trigger connections | 
| Measurement parameters | Spectral output, radiometric data or colour data (Lumen, x,y, DWL, PWL, CRI, CCT, etc.) | 
| Data processing time | 14 ms | 
| Size (L x W x H) | 95 x 81 x 61mm (without optical system) | 
| Weight | 650 gram | 
| Operating temperature | 10 - 35 °C | 
| Power consumption | 1250 mW | 
| Luminance range | 0.05 – 6000 cd/m² | 
| Wavelength accuracy | +/- 0.5 nm | 
| Luminance accuracy (measured at standard illuminant A) | +/-4% | 
| Colour accuracy (measured at standard illuminant A) | +/-0.002 |