SGP/SASHE/C1 - Temperature controller disabled

After servicing of the SASHe on Dec 20, 2013 a temperature controller was left in a 
stand-by mode.  The situation was corrected slightly before 20:00 UT on Jan 14, 2014.  Both the 
"vis" and "nir" spectrometers have some potential for temperature sensitivity but the 
impact should not be severe given that the system is housed within a climate controlled 
building and the temperature gradients are small.

The MFRSR, NIMFR, and RSS are possible substitutes for the SASHe measurement.

• Direct horizontal solar irradiance component, 615 nm(direct_horizontal_615nm)
• Total hemispheric irradiance component, 940 nm(total_hemisp_940nm)
• Diffuse hemispheric irradiance component, 500 nm(diffuse_hemisp_500nm)
• Direct normal solar irradiance, 615 nm(direct_normal_615nm)
• Diffuse hemispheric irradiance component, 870 nm(diffuse_hemisp_870nm)
• Responsivity of spectrometer at 870 nm(responsivity_870nm)
• Total hemispheric irradiance component, 500 nm(total_hemisp_500nm)
• Direct normal solar irradiance, 415 nm(direct_normal_415nm)
• Total hemispheric irradiance component, 415 nm(total_hemisp_415nm)
• Total hemispheric irradiance component, 870 nm(total_hemisp_870nm)
• Direct horizontal solar irradiance component,673 nm(direct_horizontal_673nm)
• Responsivity of spectrometer at 415 nm(responsivity_415nm)
• Diffuse hemispheric irradiance component, 415 nm(diffuse_hemisp_415nm)
• Responsivity of spectrometer at 940 nm(responsivity_940nm)
• Responsivity of spectrometer at 500 nm(responsivity_500nm)
• Responsivity of spectrometer at 673 nm(responsivity_673nm)
• Direct horizontal solar irradiance component, 500 nm(direct_horizontal_500nm)
• Direct horizontal solar irradiance component, 415 nm(direct_horizontal_415nm)
• Direct horizontal solar irradiance component, 940 nm(direct_horizontal_940nm)
• Direct normal solar irradiance, 673 nm(direct_normal_673nm)
• Responsivity of spectrometer at 615 nm(responsivity_615nm)
• Direct normal solar irradiance, 870 nm(direct_normal_870nm)
• Total hemispheric irradiance component, 615 nm(total_hemisp_615nm)
• Diffuse hemispheric irradiance component, 940 nm(diffuse_hemisp_940nm)
• Diffuse hemispheric irradiance component, 673 nm(diffuse_hemisp_673nm)
• Direct normal solar irradiance, 940 nm(direct_normal_940nm)
• Direct normal solar irradiance, 500 nm(direct_normal_500nm)
• Diffuse hemispheric irradiance component, 615 nm(diffuse_hemisp_615nm)
• Direct horizontal solar irradiance component, 870 nm(direct_horizontal_870nm)
• Total hemispheric irradiance component, 673 nm(total_hemisp_673nm)

• Total hemispheric irradiance component, Si CCD spectrometer(total_hemisp_spectrometer_vis)
• responsivity of Si CCD spectrometer(responsivity_spectrometer_vis)
• Diffuse hemispheric irradiance component, Si CCD spectrometer(diffuse_hemisp_spectrometer_vis)
• Direct normal solar irradiance, Si CCD spectrometer(direct_normal_spectrometer_vis)
• Direct horizontal solar irradiance from Si CCD spectrometer(direct_horizontal_spectrometer_vis)

• Spectra(spectra)

• Diffuse hemispheric irradiance component, InGaAs linear array spectrometer(diffuse_hemisp_spectrometer_nir)
• responsivity of InGaAs linear array spectrometer(responsivity_spectrometer_nir)
• Total hemispheric irradiance component, InGaAs linear array spectrometer(total_hemisp_spectrometer_nir)
• Direct normal solar irradiance, InGaAs linear array spectrometer(direct_normal_spectrometer_nir)
• Direct horizontal solar irradiance from InGaAs linear array spectrometer(direct_horizontal_spectrometer_nir)

• Spectra(spectra)