The Sekonic C-7000 SpectroMaster Color Meter would not list correct gels/values for a targeted temperature like the C-800.

The Sekonic C-7000 Color Meter has all safety and accuracy certifications, but no specialized industrial certifications.

Calibration and possible certification are done by the USA distributor of Sekonic. https://bit.ly/3BmQwoK .

No, the following unit is a spectro but will only capture measurements of all forms of continuous light. Please review the following item if you are trying to capture the color code of a coffee bean. Datacolor ColorReader Color Matching Tool https://bhpho.to/3BLhrdS

The hardware appears to be the same, or almost the same, but with different firmware for different applications. The C-800 has a bunch of commercial filter information which might be of interest to movie makers, whereas the the C-7000 has more detailed colorimetric information, which is useful for analyzing displays or for analyzing lights. The C-7000 also has PPFD (Photosynthetic Photon Flux Density) which is a measure of how much light is available for plants. The C-7000 has a little more range on the upper end of brightness supported for some measurements. Reuben's answer sums it up - The C-800 is better matched to photographers and cinematographers, whereas the C-7000 is better matched to engineers designing/analyzing lighting or displays. The C-7000 is the unit to get if you have a plant grow operation. If you really want both sets of functionality, you can download the full spectrum, and with a spreadsheet you could calculate all the filter values the C-800 delivers, *but* this would be tedious on set!

The Sekonic C-7000 SpectroMaster Color Meter Bundle Kit does not have a port for remote sensing via radio.

The Sekonic C-7000 Spectrometer Color Meter Bundle Kit BH #SEC7000K does not have the ability to do 30 readings per minute.

The Sekonic C-7000 Spectrometer Color Meter Bundle Kit can read most type of light and can measure it in , CIE1931/CIE1964 CIE1976/CIELUV CRI (Color Rendering Index) Correlated Color Temperature (TCP) Deviation (Δ uv) Dominant Wavelength (λd) Footcandle Horizontal Footcandle (HFc) Lux Lux Sec (HLx) Peak Wavelength (λp) Photosynthetic Photon Flux Density (PPFD) Purity (Pe)