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A unique all-weather sensor, the MS-713 features a temperature-controlled detector, ensuring optimum performance in hot and cold conditions ranging from -30 to 50°C. Measuring the near-infrared (NIR) range from 900nm to 2500nm, the MS-713 comes with NIST traceable calibration, a calibration uncertainty budget, and is compatible with EKO STR-Series sun trackers.
The MS-713 is commonly paired with the MS-711N as part of the WISER II system, covering 98% of the integrated solar-terrestrial spectrum, from 300nm to 2500nm.
The new generation grating and rugged optical design of the diffusor and input optics in the MS-713 make it superior to any fiber-optic based spectroradiometer by eliminating common issues with mechanical vibration and handling; ideal for permanent installation or as a travelling reference.
The MS-713 has a separate power supply and can be controlled through RS232 / 422 via a PC or data logger. EKO also provides software options for device and data management and visualisation.
EKO Spectroradiometers deliver top-tier spectral measurements and detail about energy distribution (W/m2/nm), essential for effective PV or CPV cell research and performance analysis.
Key Features:
Wavelength Range | 900 to 2500 nm |
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Optical resolution FWHM | < 20 nm |
Wavelength accuracy | ± 2 nm |
Directional response at 1000W/m² | < 5 % |
Temperature response | < 5 % (-10°C to 50°C) |
Temp. control | -20 °C |
Operating temperature range | -30 to 50 °C |
Exposure time | 1 – 30 ms |
Dome material | Quartz |
Communication | RS-422 / 232C |
Power supply | 16VDC, 5DC |
Dimensions mm | 320 (D) x 326 (H) |
Weight | 12 kg |
Ingress protection | IP65 |
Power supply (Power Adapter) | 100-240VAC, 50/60Hz |
Power Consumption | |
Power supply operating conditions | 0 to 40°C / 0 to 90 %RH |
Power supply dimensions (mm) | 320 (W) x 220 (D) x 120 (H) |
Power supply weight | 1 kg |
Program | Analysis software WSDAc |
OS | Microsoft Windows 7/8/9/10 |
Functions | Display and analyse data |
Cable length | 10m ( 20m / 30m ) |
Field of View (FOV) | – |