Cimel CE318-T, User Manual

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CE318-T Photometer
User Operation Manual
Revision V4.10 October 2021
50
Filters used and their sequence (i for InGaAs channel)
Standard / Polarized BRDF BRDF 12 filters ocean color / lake color
1020 nm 1020 nm 1020 nm 1020 nm
1640 i nm 1640 i nm 1640 i nm 865 nm
870 nm 870 nm 870 nm 779 nm / 709 nm
675 nm 675 nm 675 nm 665 nm
440 nm 440 nm 440 nm 620 nm
500 nm 550 nm 500 nm 560 nm
1020 i nm 1020 i nm 555 nm 1020 i nm
937 nm 937 nm 1020 i nm 510 nm
380 nm 380 nm 937 nm 490 nm
340 nm 740 nm 782 nm 442 nm
Sensor head T (°C) Sensor head T (°C) 740 nm 412 nm
702 nm 400 nm / 681 nm
415 nm 937 nm
Sensor head T (°C) Sensor head T (°C)
MOON (only in Standard and polarized): Same sequence than the SUN
measurements. SKY gains are used to measure.
BCLSUN : The BCLSUN scenario consists in launching in continue TRACK/SUN
scenario with a time interval defined in SETTINGS menu with P.bclsun parameter.
3 SUN / 3 MOON: The 3 SUN / 3 MOON scenario consists in repeating 3 times a SUN
/ MOON scenario. Temperature is recorded once at the end of the scenario.
SKY : The SKY scenario consists in measuring the sky radiance for several
wavelengths. SKY or AUREOLE (AUR) gains are used and the measures are done in
the following order:
Filters used and their sequence (i for InGaAs channel)
Standard Polarized BRDF BRDF 12 filters ocean color / lake color
1020 nm AUR 1020 nm AUR 1020 nm AUR 1020 nm AUR 1020 nm AUR
1640 i nm AUR 1640 i nm AUR 1640 i nm AUR 1640i nm AUR 865 nm AUR
870 nm AUR 870 nm AUR 870 nm AUR 870 nm AUR 779 nm / 709 nm AUR
675 nm AUR 675 nm AUR 675 nm AUR 675 nm AUR 665 nm AUR
440 nm AUR 440 nm AUR 440 nm AUR 440 nm AUR 620 nm AUR
500 nm AUR 500 nm AUR
550 nm AUR 500 nm AUR 560 nm AUR
380 nm AUR 380 nm AUR
380 nm AUR 555 nm AUR 1020 i nm AUR
1020 nm SKY 340 nm AUR 740 nm AUR
782 nm AUR 510 nm AUR
1640 i nm SKY 1020 nm SKY 1020 nm SKY
740 nm AUR 490 nm AUR