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Pyranometer Shadow Ring

₹1
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Specifications

Material Anodised Aluminium
Weight 15 kg
Function Forming a diffusometer when combined with a pyranometer
Diffusometer measurand Diffuse solar radiation in W/m2
Ring inner diameter 476 x 10 power-3 m
Ring rim height 22
Ring width 44
Ring profile U-profile
Average view angle 10.6 Degree
Ring height/radius ratio 0.185
Maximum diameter shaded area 40 x 10-3 m
Pyranometer tilt angle range -90 to 90 Degree
Sliding bar resolution 1 x 10-3 m
Sliding bar accuracy +/- 0.5 x 10-3 m
Sliding bar range +/-110 x 10-3 m
Maximum bounding box height 770 x 10-3 m
Maximum bounding box depth 725 x 10-3 m
Maximum bounding box width 516 x 10-3 m
Horizontal bar height 246 x 10-3 m
BASE PLATE DIAMETER 250 x 10-3 m
Rated operating temperature range -40 to +80 Degree C

Key Features

  • cost effective solution for deriving the constitute global short-wave diffuse and direct beam solar
Reference AAIYQ Category Pyranometer Brand TrackSo

Product Details

When properly installed and routinely adjusted, the  Shadow-Ring obstructs the daily direct beam solar component from irradiating the radiometer mounted within the shadow-ring, from sunrise to sunset. Mechanical adjustment of the Shadow Ring is recommended every two days for optimal measurement performance.The resulting measurement when optioned with a class  1 pyranometer is representative of the total global diffuse short-wave irradiance signal in W/m. Because the shadow-ring obstructs a portion of the diffuse sky field measured by the pyranometer, it is recommended to apply a small multiplier correction to account for the sky-field obstruction in the calculated diffuse irradiance measurement results. When used in conjunction with a second non-shaded  pyranometer, it is possible to infer direct beam solar disk irradiance by subtracting the corrected shaded pyranometer diffuse irradiance values from the non-shaded pyranometer global solar irradiance values, for the same time indices sampled.The Shadow Ring  provides a reliable cost effective solution for deriving the constitute global short-wave diffuse and direct beam solar irradiance components, in contrast to auto-tracking radiometer instrument solutions costing thousands more.
  • auto-tracking radiometer instrument solutions costing thousands

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