Multi-Drop Command Coding OverviewMulti-Drop Command Coding Overview
PagePage
F-5F-5
CVOL nnnn.nCVOL nnnn.n
Response: “Response: “
RVOLRVOL
””
Set sample volume toSet sample volume to
nnnn.nnnnn.n
in feetin feet
33
(CF). (Causes LASAIR II to sample(CF). (Causes LASAIR II to sample
by CF and to sample by volume.)by CF and to sample by volume.)
Maximum value = 1439 CFMaximum value = 1439 CF
Minimum value = 0.1 CFMinimum value = 0.1 CF
Multi-Drop CTD Command Data FormatMulti-Drop CTD Command Data Format
This data format is identical to the MiniLaz output. The This data format is identical to the MiniLaz output. The six LASAIR II channelssix LASAIR II channels
are converted to five channeare converted to five channels for this report. See the “ls for this report. See the “CTDCTD” command” command
description for additional details.description for additional details.
RRTDTD
TI hh:mm:ssTI hh:mm:ss
Time (Start of sample)Time (Start of sample)
DA yy/mm/ddDA yy/mm/dd
Date (Start of sample)Date (Start of sample)
ID Loc_strID Loc_str
Sample LocationSample Location
SN s/nSN s/n
Sensor Serial NumberSensor Serial Number
LS #LS #
Laser Status (1 = good / 0 = Laser Status (1 = good / 0 = bad)bad)
FR ###.##FR ###.##
Flow Rate (cfm)Flow Rate (cfm)
VL ###.##VL ###.##
Sample Volume (cfm)Sample Volume (cfm)
C1 ########C1 ########
Channel 1 Raw Differential CountsChannel 1 Raw Differential Counts
C2 ########C2 ########
Channel 2 Raw Differential CountsChannel 2 Raw Differential Counts
C3 ########C3 ########
Channel 3 Raw Differential CountsChannel 3 Raw Differential Counts
C4 ########C4 ########
Channel 4 Raw Differential CountsChannel 4 Raw Differential Counts
C5 ########C5 ########
Channel 5 Raw Differential CountsChannel 5 Raw Differential Counts
TM ###.##TM ###.##
TTemperature (Degrees emperature (Degrees F)F)
RH ###.##RH ###.##
Relative Humidity (percent)Relative Humidity (percent)