Particle Measuring Systems LASAIR II 310 Operator's Manual page 180

CVOL nnnn.n CVOL nnnn.n
Response: " Response: "
RVOL RVOL
Set sample volume to Set sample volume to
by CF and to sample by volume.) by CF and to sample by volume.)
Maximum value = 1439 CF Maximum value = 1439 CF
Minimum value = 0.1 CF Minimum value = 0.1 CF
Multi-Drop CTD Command Data Format Multi-Drop CTD Command Data Format
This data format is identical to the MiniLaz output. The six LASAIR II channels This data format is identical to the MiniLaz output. The
are converted to five channe are converted to five channels for this report. See the "
description for additional details. description for additional details.
R R TD TD
TI hh:mm:ss TI hh:mm:ss
DA yy/mm/dd DA yy/mm/dd
ID Loc_str ID Loc_str
SN s/n SN s/n
LS # LS #
FR ###.## FR ###.##
VL ###.## VL ###.##
C1 ######## C1 ########
C2 ######## C2 ########
C3 ######## C3 ########
C4 ######## C4 ########
C5 ######## C5 ########
TM ###.## TM ###.##
RH ###.## RH ###.##
Multi-Drop Command Coding Overview Multi-Drop Command Coding Overview
" "
3 3
in feet in feet (CF). (Causes LASAIR II to sample (CF). (Causes LASAIR II to sample
nnnn.n nnnn.n
ls for this report. See the "
Time (Start of sample) Time (Start of sample)
Date (Start of sample) Date (Start of sample)
Sample Location Sample Location
Sensor Serial Number Sensor Serial Number
Laser Status (1 = good / 0 = Laser Status (1 = good / 0 = bad)
Flow Rate (cfm) Flow Rate (cfm)
Sample Volume (cfm) Sample Volume (cfm)
Channel 1 Raw Differential Counts Channel 1 Raw Differential Counts
Channel 2 Raw Differential Counts Channel 2 Raw Differential Counts
Channel 3 Raw Differential Counts Channel 3 Raw Differential Counts
Channel 4 Raw Differential Counts Channel 4 Raw Differential Counts
Channel 5 Raw Differential Counts Channel 5 Raw Differential Counts
T T emperature (Degrees emperature (Degrees F) F)
Relative Humidity (percent) Relative Humidity (percent)
six LASAIR II channels
" command " command
CTD CTD
bad)
Page Page
F-5 F-5