MS-57SH Pyrheliometer

Model: MS-57SH Make: EKO

Key Highlights

    *Ultra-fast and accurate, the MS-57SH is a unique digital DNI sensor fully traceable to the World Radiometric Reference with competition-beating long-term stability and exceptional reliability. *Measurand: Direct Solar Radiation *Sensor Type: Thermopile Sensor *Standards & Classifications: ISO 9060, Class A *Signal Output: Analog or Digital *Supplied With: Mounting Bracket

Category: Pyrheliometer

The MS-57SH Pyrheliometer is a high-precision instrument designed for measuring direct solar radiation (i.e., the solar radiation that comes directly from the sun without scattering by the atmosphere). It is particularly useful in research, solar energy applications, and meteorology, where accurate and direct measurement of solar irradiance is needed.

The MS-57SH uses a thermopile sensor to detect the intensity of solar radiation and converts it into a measurable electrical signal. This device is known for its high accuracy and reliability, making it ideal for scientific research, weather stations, and solar energy monitoring

The MS-57SH Pyrheliometer is an advanced instrument designed to measure direct solar radiation with high accuracy. Its thermopile sensor provides reliable and precise data, which is essential for applications in solar energy, meteorology, environmental research, and agriculture. Whether for research, system optimization, or climate studies, the MS-57SH offers the performance needed for demanding solar radiation measurement tasks.

Application


*Solar Energy Systems *Meteorology and Climate Research *Solar Irradiance Research *Agriculture *Aerospace and Atmospheric Studies:

Feature


*High Precision *Thermopile Sensor *Wide Measurement Range *Durable Construction *Analog and Digital Outputs *High Sensitivity *Mounting Flexibility

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