Model: MS-321LR | Make: EKO |
Category: Sky Scanners
The MS-321LR Sky Scanner is a state-of-the-art device designed to measure luminance (kcd/m2) and radiance values (W/m2/sr) with unparalleled accuracy. Developed in accordance with the CIE108-1994 recommendation (CIE – International Commission on Illumination, IDMP – International Daylight Measurement Program), this device is the perfect tool for professionals in the field of building automation, design, daylight software modeling, and light pollution research.
One of the key features of the MS-321LR Sky Scanner is its ability to deliver integrated values over the full hemisphere, even in low light and diffuse skies. This is made possible by the use of two highly sensitive detectors that automatically block direct radiation with the active shutter function. This ensures that the measurements are accurate and reliable, regardless of the lighting conditions.
The device is attached to a tracker positioner with two-axis control, which allows for a viewing angle of x11 degrees. This, combined with the precise tracking mechanism, enables the MS-321LR Sky Scanner to capture the hemisphere in x145 sequential steps. This makes it possible to study diffuse sky radiation contributions, an important parameter for building automation, design, daylight software modeling and light pollution research.
Another advantage of the MS-321LR Sky Scanner is its advanced software control functions. These functions offer users the flexibility to export data for research analysis and other applications. This means that the data collected by the device can be easily integrated into other software programs for further analysis and research.
In summary, the MS-321LR Sky Scanner is a powerful and versatile device that is designed to meet the needs of professionals in the field of building automation, design, daylight software modeling, and light pollution research. Its advanced features, such as its ability to deliver integrated values over the full hemisphere, precise tracking mechanism, and advanced software control functions, make it a valuable tool for any researcher or professional in the field.