MS-711N Spectroradiometer
All-weather UV–Visible–NIR spectroradiometer for high-accuracy 300–1100 nm solar spectral irradiance measurement, featuring temperature-controlled detection, <7 nm optical resolution and NIST-traceable calibration.
Typical Applications
- Photovoltaic research
- CPV performance analysis
- Solar spectral irradiance monitoring
- Solar resource assessment
- Spectral albedo measurement
- Bifacial PV research
- Meteorological research
- Atmospheric spectral studies
- Material and plant-science research
- Travelling spectral reference measurements
Product Enquiry
MS-711N Spectroradiometer
All-weather UV–Visible–NIR spectroradiometer for high-accuracy 300–1100 nm solar spectral irradiance measurement, featuring temperature-controlled detection, <7 nm optical resolution and NIST-traceable calibration.
Typical Applications
- Photovoltaic research
- CPV performance analysis
- Solar spectral irradiance monitoring
- Solar resource assessment
- Spectral albedo measurement
- Bifacial PV research
- Meteorological research
- Atmospheric spectral studies
- Material and plant-science research
- Travelling spectral reference measurements
The MS-711N Spectroradiometer is a research-grade, all-weather UV–Visible–NIR solar spectral irradiance sensor designed for accurate outdoor measurements from 300 to 1100 nm. Its new-generation grating optical system, temperature-controlled detector core, high optical resolution below 7 nm and NIST-traceable calibration provide stable spectral measurements for photovoltaic research, solar-resource assessment and scientific monitoring. With no moving optical components, RS-422/RS-232 communication and compatibility with EKO STR-Series sun trackers, the MS-711N is suitable for permanent monitoring stations as well as travelling reference measurements. It also forms the shortwave component of both the WISER I and WISER II systems.
Key Features
- 300–1100 nm UV–Visible–NIR spectral range
- Optical resolution below 7 nm
- ±0.2 nm wavelength accuracy
- Temperature-controlled detector core
- 25°C detector temperature control
- Automatic 10–5000 ms exposure
- NIST-traceable calibration
- Calibration uncertainty budget
- Less than 5% directional response
- Less than 2% temperature response
- 180° hemispherical field of view
- Quartz optical dome
- RS-422 / RS-232 communication
- IP65 environmental protection
- Compatible with EKO STR-Series sun trackers
The MS-711N can also be installed in an albedometer configuration for spectral albedo measurement in bifacial PV installations, allowing wavelength-resolved analysis of both incoming and reflected solar radiation rather than only broadband albedo.
Product Models
MS-711N
- MS-711N UV-Visible-NIR Spectroradiometer
- Measures solar spectral irradiance from 300 to 1100 nm
- High optical spectral resolution below 7 nm
- Wavelength accuracy ±0.2 nm
- Directional response less than 5% at 1000 W/m²
- Temperature response less than 2% from -10°C to +50°C
- Temperature-controlled detector core maintained around 25°C
- Automatic exposure time from 10 to 5000 milliseconds
- 180° hemispherical field of view
- Synthetic quartz optical dome
- RS-422 / RS-232 communication for PC or data logger control
- Operating temperature range -10°C to +50°C
- 12VDC sensor supply with IP65 environmental protection
- Compatible with EKO STR-Series sun trackers and WISER systems
- NIST-traceable calibration with calibration uncertainty budget
The MS-711N Spectroradiometer is a research-grade, all-weather UV–Visible–NIR solar spectral irradiance sensor designed for accurate outdoor measurements from 300 to 1100 nm. Its new-generation grating optical system, temperature-controlled detector core, high optical resolution below 7 nm and NIST-traceable calibration provide stable spectral measurements for photovoltaic research, solar-resource assessment and scientific monitoring. With no moving optical components, RS-422/RS-232 communication and compatibility with EKO STR-Series sun trackers, the MS-711N is suitable for permanent monitoring stations as well as travelling reference measurements. It also forms the shortwave component of both the WISER I and WISER II systems.
Key Features
- 300–1100 nm UV–Visible–NIR spectral range
- Optical resolution below 7 nm
- ±0.2 nm wavelength accuracy
- Temperature-controlled detector core
- 25°C detector temperature control
- Automatic 10–5000 ms exposure
- NIST-traceable calibration
- Calibration uncertainty budget
- Less than 5% directional response
- Less than 2% temperature response
- 180° hemispherical field of view
- Quartz optical dome
- RS-422 / RS-232 communication
- IP65 environmental protection
- Compatible with EKO STR-Series sun trackers
The MS-711N can also be installed in an albedometer configuration for spectral albedo measurement in bifacial PV installations, allowing wavelength-resolved analysis of both incoming and reflected solar radiation rather than only broadband albedo.
Additional information
| Models | MS-711N |
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