It is a pyranometer of First Class as specified by ISO 9060.
This device measures the total solar radiation incident from the sky onto a horizontal surface and is a pyranometer that corresponds to First Class as defined by ISO 9060. The sensing element has no wavelength dependency and is coated with a special black paint that has good absorption properties. Additionally, by adopting a double glass dome structure, it is designed to be less affected by variable factors other than solar radiation (such as wind and temperature changes). Similar to the MS-802, the adoption of a new thermopile has significantly improved the response speed and temperature characteristics compared to the old model (MS-401). There is also a version with forced convection for protection against frost and snow during winter (MS-402F).
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basic information
This device measures the total solar radiation incident from the sky onto a horizontal surface and is a pyranometer equivalent to First Class as defined by ISO 9060. The sensing element has no wavelength dependence and is coated with a special black paint that has good absorption properties. Additionally, by adopting a double glass dome structure, it is designed to be less affected by other variable factors (such as wind and temperature changes) besides solar radiation. Similar to the MS-802, the adoption of a new thermopile has significantly improved the response speed and temperature characteristics compared to the old model (MS-401). For protection against frost and snow during winter, a model with forced convection is also available (MS-402F).
Price information
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Delivery Time
P4
Applications/Examples of results
It is widely used for operational purposes, starting with the Japan Meteorological Agency's ground-based weather observation network.
Company information
Eihon Seiki has always built its 90-year history with a spirit of "proactive innovation." Today, as a company supporting research institutions around the world, it is globally expanding its business with the themes of "environment and new energy" and "material property analysis."