# SR21C.ACQ
# 2021 July
#
# Test ACQ file for providing a workaround to issue SR-1425, whereby Ride's EM712
# SIS-5 application is unable to read Valeport data from its Sound Velocity Probe
# Sensor input.  The proposed workaround is to have the MET provide similar data
# via serial and UDP feed, in hopes that it might overcome any bias or confusion 
# that SIS-5 may have regarding the Valeport source (hkjohnson, mhuey 12oct2021)
#
# STS Meteorological Acquisition Program
# Serial Port and Sensor Configuration/Calibrations file
# R/V Sally Ride
#
################################################################################
# UNIT 1-2: MAINBOARD DB9 COM Ports Configuration
################################################################################
UNIT1   0 COM1   9600 NONE 8 1   # Spare
UNIT2   0 COM2   9600 NONE 8 1   # Spare
################################################################################
# UNIT 3-18: COMPUTER LAB RocketPort RJ45 COM Ports Configuration
################################################################################
UNIT3   1 COM3    9600 NONE 8 1   # RS232 Input  - MET Mast sensors
UNIT4   1 COM4    9600 NONE 8 1   # RS232 Input  - SBE48 Hull Temperature Sensor
UNIT5   1 COM5    9600 NONE 8 1   # RS232 Input  - 2017/7 - Hemisphere above winch shack
UNIT6   1 COM6    9600 NONE 8 1   # RS232 Input  - Bow Wind
UNIT7   1 COM7   19200 NONE 8 1   # RS232 Input  - Seapath VRU
UNIT8  20 COM8    4800 NONE 8 1   # RS232 Output - OUT08 to X-band Radar
UNIT9  20 COM9    4800 NONE 8 1   # RS232 Output - OUT09 temp gyro output to splitter
UNIT10  1 COM10   9600 NONE 8 1   # RS232 Input  - ADCP currents speedlog
UNIT11  1 COM11   9600 NONE 8 1   # RS232 Input  - SBE45 (Bow Thruster Rm)
UNIT12  1 COM12  19200 NONE 8 1   # RS232 Input  - Seapath GPS
UNIT13 20 COM13   9600 NONE 8 1   # RS232 Output - MET data to PCO2
UNIT14  4 COM14   9600 NONE 8 1   # RS232 Output - MET Data out $WICOR
UNIT15  1 COM15   9600 NONE 8 1   # RS232 Input  - Hydrins navbho
UNIT16  1 COM16  19200 NONE 8 1   # RS232 Input  - Hydrins GPS-like
UNIT17  0 COM17   9600 NONE 8 1   # RS232 
UNIT18  1 COM18   9600 NONE 8 1   # RS232  
UNIT19  0 COMM19 19200 NONE 8 1   # Spare
UNIT20  1 COMM20 19200 NONE 8 1   # RS232 Input  - Trawl Winch 
UNIT21  1 COMM21 19200 NONE 8 1   # RS232 Input  - Hydro Winch Aft 
UNIT22  1 COMM22 19200 NONE 8 1   # RS232 Input  - Hydro Winch Forward 
UNIT23  1 COMM23  9600 NONE 8 1   # RS232 Input  - SeaSpy Magnetometer(s)
UNIT24  0 COMM24  9600 NONE 8 1   # Spare
UNIT25  0 COMM25  4800 NONE 8 1   # Spare
UNIT26  1 COMM26 19200 NONE 8 1   # RS232 Input  - CTD Depth,Spd,Alt
UNIT27  1 COMM27  1200 NONE 8 1   # RS232 Input  - BGM-3 gravimeter counts
# UNIT28  0 COMM28  9600 NONE 8 1   # Spare
UNIT28 20 COMM28  9600 NONE 8 1   # RS232 Output - OUT28 to EM124 and EM712 (hkj)
UNIT29  0 COMM29  9600 NONE 8 1   # Spare
UNIT30  0 COMM30  4800 NONE 8 1   # Spare
UNIT31  0 COMM31  9600 NONE 8 1   # Spare
UNIT32 20 COMM32  4800 NONE 8 1   # RS232 Output - OUT32 to MVP for Ohman/Landry cruises
UNIT33  0 COMM33  9600 NONE 8 1   # Spare
UNIT34  0 COMM34  9600 NONE 8 1   # Spare
UNIT35  0 COMM35  9600 NONE 8 1   # Spare
################################################################################
# UNIT 36-43: MAIN LAB COM-via-net Serial Ports Configuration
# Commented out line 61 UNIT43 - TEMP GGA OUT for CALCOFI
################################################################################
UNIT36  1 COMM36  9600 NONE 8 1   # RS232 Input  - Main Lab Flo-thru system
UNIT37  1 COMM37 19200 NONE 8 1   # RS232 Input  - FLUNTS
UNIT38  1 COMM38 19200 NONE 8 1   # RS232 Input  - ECO Triplet-w
UNIT39  1 COMM39  9600 NONE 8 1   # RS232 Input  - SBE63
UNIT40  1 COMM40  9600 NONE 8 1   # RS232 OUTPUT - SR2001 Temp GGA
UNIT41  0 COMM41  9600 NONE 8 1   # Spare 
UNIT42 20 COMM42  9600 NONE 8 1   # RS232 OUTPUT - SR1909-11 Ship Data Temp
UNIT43 20 COMM43  9600 NONE 8 1   # RS232 OUTPUT - SR2001 Temp GGA

#
################################################################################
# UNIT 64-127: UDP/IP datagram modules
# As practical, Source port = Destination port - 1
# Do not use the same UDP port number more than once.
################################################################################
UNIT64  0 UDP    40009 NONE 40008 100.124.101.255     # Spare
UNIT65 19 UDP    40019 NONE 40018 100.124.101.255     # Output - $WICOR to Acq-LAN subnet broadcast
UNIT66 81 UDP    40183 NONE 40182 100.124.101.255     # Output - OUT66 to Acq-LAN subnet broadcast
UNIT67 80 UDP    55000 NONE NONE   		     # Input  - Knudsen 3260 UDP feed from Acq-LAN subnet broadcast
UNIT68 80 UDP    28002 NONE NONE   		     # Input  - Trimble UDP feed from Acq-LAN subnet broadcast
#UNIT71 81 UDP    40193 NONE 40031 100.124.100.255    # Output - GPS/HDG to Main-LAN subnet broadcast    
#UNIT72 81 UDP    40194 NONE 40032 100.124.100.255    # Output - GPS/HDG to Main-LAN other subnet broadcast    
#UNIT73 19 UDP	 40019 NONE 40020 100.124.100.255    # Output - $WICOR to Main-LAN other subnet broadcast
UNIT79 80 UDP     9133 NONE NONE                     # Input  - UHDAS Speed Log VBW Message DAS-LAN subnet broadcast
UNIT81 81 UDP     9713 NONE 9712 100.124.101.255     # Output - Broadcast OUT28 to EM124 and EM712 (hkj)
UNIT82 80 UDP    16185 NONE NONE                     # Input  - EM712 depth DAS-LAN subnet broadcast
UNIT83 80 UDP    16187 NONE NONE                     # Input  - EM124 depth DAS-LAN subnet broadcast
#
################################################################################
# Module initialization, in order of preference.
#	Any defined Output modules should be listed here.  To disable, set 
#	SERUNITNUM = 0 in the module itself.
#	Add OUT42 for the GGA, GLL, RMC output to the mammal hydrophone 
#	people on line 108 CALCOFI, under the STARDMOD
################################################################################ 
STARTMOD
	TMP29 BPR85 HRH93 HRH28 VLT01 PRC64
	WND96
	LWR36 SWR36 PAR70
	SOW01	# UHDAS speedlog
	NME02	# Trimble
	NME01	# Seapath 330+
	NME03	# Hydrins
	SND01	# Knudsen 3260
	MBD01	# EM712 Center Beam Depth
	MBD02	# EM124 Center Beam Depth
	IST01	# CTD Depth
	#	BOW SBE45, TSG_Flow, PCO2_Flow
	TSG67 FLW19 FLW20
	SST61	# Transducer Void SBE48
	#	Main lab SBE45, TSG_FLOW, O2, Fluorometer#1_FlUNTS, Fluorometer#2_WetStar, Transmissometer
	TSG75 FLW09 OXY66 FLU43 FLU47 XMS92
#	FLU81
#	VRU16
	GYR01   # Trimble
	GYR02   # Seapath
	GYR04   # Hemisphere V104S
	GYR05   # Hydrins
	GRV01   # gravimeter counts
	WCH01   # Cast6, forward
	WCH02	# Cast6, aft
	WCH03	# Traction winch
#	USP01   # CalCOFI pco2
	OUT13 OUT43 OUT42
	OUT66 OUT71 OUT09 OUT73
	OUT08 OUT66 OUT71 OUT72 OUT09
	OUT40   # GGA SR2001
#	OUT98   # GGA,RMC SR1913
#       OUT99   # GGA SR1913
	MAG01
#       OUT32 # Ohman MVP cruises
	UCW01
        OUT28 # SVP output to EM123 and EM712 (hkj)
ENDMOD
################################################################################

[GENERAL]
	# Do not rely on ntp.rv-sallyride.ucsd.edu for time sync (system settings).
	# While the time server is accurate, Windows updates too infrequently
	# to avoid clock drift.
	GPS_SYNCH		= TRUE
#	SET_TRACE = TRUE

	# Write data to directories, e.g. C:\MET\SR1605, based on the contents
	# of C:\MET\cruisename.txt
	MKCRUISEDIRS		= TRUE

	########################################################################
	# Surface PAR to CTD Config
	########################################################################

	SPARSCL = 1000.0, 0.0

	########################################################################
	# Vessel Info
	########################################################################
	TITLE			= R/V Sally Ride MET System
	CALL_SIGN		= WSAF
	SHIP			= RIDE
	RADIO_CALL_SIGN		= WSAF

	########################################################################
	# Write settings
	########################################################################
	PRINT_EN		= FALSE
	MK_COR			= TRUE
	MK_UNC			= FALSE
	MK_LOG			= TRUE
	MK_DCC			= TRUE
	DCC_INTERVAL		= 60.0
#	Change interval to 1.0 sec for SR1911 - hkj
# For FLEAT and Graber cruises, e.g., SR1716 Colosi
	FileWriteInterval       = 1
	SerialWriteInterval	= 15.0
	TIMEOUT			= 400
	ONEGPS2FILE		= FALSE
	MAX_SCAN_RATE		= 10.0
	CHART_RATE		= 2

	########################################################################
	# Global E-mail settings
	########################################################################
	# If configured, use local IIS SMTP service to relay mail
	# to ship's SMTP server.
	#
	# As long as the MET is on private IP space, set IIS SMTP Server
	# Properties to General->IP address to "(All Unassigned)".
	# This will enable localhost delivery.
#	#MAIL_SERVER		= 127.0.0.1
	# If not, use shipboard SMTP server; not used for better performance
	MAIL_SERVER		= 127.0.0.1
	MAIL_RETADD		= sts-cr@ucsd.edu

	########################################################################
	# SIO shiptrack E-mail settings.
	# NOTE: you must also set the cruisename in C:\MET\cruisename.txt
	########################################################################
# Currently Shiptrack is not accepting email.
#	SHIPTRACK_RECEP		= sio-shiptracks@ucsd.edu

	########################################################################
	# SAMOS and NOAA E-mail Settings
	########################################################################
	MAIL_NOAA		= webship@noaa.gov
	MAIL_RECEP		= samos_data@coaps.fsu.edu

		################################################################
		# Note the following SAMOS locations for module configuration:
		# E.G. SAMOS_LD	= B
		################################################################
		# B = Bow mounted MET Mast
		# C = Bow mounted MET Mast 2nd sensor
		# U = UCW intake area
		# A = Aft (stern weather deck)
		# P = Port
		# S = Starboard
		# N = Main Lab

#		 Winch Names
	WID1	= CAST6-fwd Winch,0
	WID2	= CAST6-aft Winch,1
	WID3	= Traction Winch,2
	WID4	= Traction Winch #2,3

################################################################################
# Customized output modules, in alphanumeric order.
# Add [OUT42] module for the custom NMEA output from the serial box 
# in the main lab, lines 226-230 CALCOFI
################################################################################

[OUT08]	# DESCRIPTION: Wind Data Output for WAMOS
	SERUNITNUM		= 8
	MKOUTFILE		= FALSE
	INTERVAL		= 1.0
	NMEA			= MWV, MWD

[OUT09]	# DESCRIPTION: 1Hz NMEA 0183 heading. Temp SR1710
	SERUNITNUM		= 09
	MKOUTFILE		= FALSE
	INTERVAL		= 1.0
	NMEA			= HDT
[OUT13]
	SERUNITNUM		= 13
	MKOUTFILE		= FALSE
	INTERVAL		= 1.0
	PARAMETERS		= FI TT SA FI FI ST AT BP GY SP
	PARAMETER NUMBERS	= 0 1 1 1 2 0 0 0 0 0
	DELIMITERS		= ,
	ADDTIMESTAMP            = FALSE
	ADDCRC			= FALSE

[OUT28] # DESCRIPTION: EM124 and EM712 AML SV&T (C+T) sound speed derived from TSG. (hkj)
        SERUNITNUM        = 28,81
        #SERUNITNUM        = 28
        PARAMETERS        = TT, SV
        # Change to 0,0 for Bow Thruster; 1,1 for Main Lab
        PARAMETER NUMBERS = 0, 0
        #PARAMETER NUMBERS = 1, 1
        PRECISION         = 3, 1
        MKOUTFILE         = FALSE
        INTERVAL          = 1.0
        FORMAT            = %7.3f %7.1f

[OUT32] # DESCRIPTION: 1Hz NMEA for Ohman/Landry cruises with MVP
        SERUNITNUM              = 32
        MKOUTFILE               = FALSE
        INTERVAL                = 1.0
        NMEA                    = GGA,ZDA,VHW,DBS

[OUT40] # DESCRIPTION: GGA OUT.  Temp SR2001
        SERUNITNUM              = 40
        MKOUTFILE               = FALSE
        INTERVAL                = 1.0
        NMEA                    = GGA

[OUT42]	# DESCRIPTION: 1Hz SHIP DATA. Temp SR1909
	SERUNITNUM		= 42
	MKOUTFILE		= FALSE
	INTERVAL		= 1.0
	PARAMETERS		= LA LO CR SP GY AT RH TI TW WD WS TT SA BP SW LW LB LD PR
        FORMAT			= LA: %.4f LO: %.4f CR: %.2f SP: %.2f GY: %.4f AT: %.4f RH: %.4f TI: %.4f TW: %.4f WD: %.4f WS: %.4f TT: %.4f SA: %.4f BP: %.4f SW: %.4f LW: %.4f LB: %.4f  LD: %.4f PR: %.2f
	ADDTIMESTAMP            = TRUE

[OUT43]	# DESCRIPTION: GGA Temp SR2001
	SERUNITNUM		= 43
	MKOUTFILE               = FALSE
        INTERVAL                = 1.0
        NMEA                    = GGA


[OUT66]	# DESCRIPTION: 1Hz NMEA 0183 position/heading for UDP and RS232.
	SERUNITNUM		= 66
	MKOUTFILE		= TRUE
	INTERVAL		= 1.0
	NMEA			= GGA,VTG,ZDA,HDT

[OUT99]	# DESCRIPTION: 1Hz NMEA 0183 position/heading for UDP and RS232.
	SERUNITNUM		= 41
	MKOUTFILE		= FALSE
	INTERVAL		= 1.0
	NMEA			= GGA,ZDA,VTG,HDT

[OUT98]	# DESCRIPTION: 1Hz NMEA 0183 position/heading for UDP and RS232.
	SERUNITNUM		= 40
	MKOUTFILE		= FALSE
	INTERVAL		= 1.0
	NMEA			= ZDA,GGA,VTG,HDT,RMC


[OUT71] # DESCRIPTION: 1Hz NMEA 0183 position/heading for UDP and RS232. 
        SERUNITNUM              = 71
        MKOUTFILE               = FALSE
        INTERVAL                = 1.0
        NMEA                    = GGA,VTG,ZDA,RMC,HDT

[OUT72] # DESCRIPTION: 1Hz NMEA 0183 position/heading for UDP and RS232.
        SERUNITNUM              = 72
        MKOUTFILE               = FALSE
        INTERVAL                = 1.0
        NMEA                    = GGA,VTG,ZDA,RMC,HDT

################################################################################
# Sensor modules, in alphanumeric order.
################################################################################

[MAG01]
	SENSOR		= Magnetometer
	MODEL		= SeaSpy
	SERIAL		= ?????
	MFG		= Geometrics
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= Towed Fish, 300m, 600m or 700m behind the ship.
	OWNER		= SIO/STS
	DCC		= FALSE
	# Module setup parameters
	MSP		= 23 21 0 0 10 0 6  1 2 3 4 5 6 0 0
	MCP		= 1   1 6 0  0 0 0 0 0 0 0 0
	# Emulation value(s) can be Mag Mode, e.g.:
	# *12.118/07:49:28.0 F:029129.131 S:184 D:+001.1m  L0 0965ms Q:99  
	# ... or Grad Mode, e.g.:
	# *12.127/03:43:32.5 F[024996.573 153 0466 +0033.5 ___] R[024996.263 158 0466 +0023.5 ___] +000000.310
	Emulation       = 026452.728, 35.0, 150 0 0 0
	# A/D Calibration
	ADCAL		= 1,0.0
	# Corrections RH
	COR		= 1.0,0.0
	# Corrections RT
	COR2		= 1.0,0.0

[SOW01]
        SENSOR          = Speed Log
        MODEL           = UHDAS (WH300)
 	SERIAL		= 24625
#       SERIAL          = 41899 (OS150)
        MFG             = RDI
        LOCATION        = TRANSCEIVER ROOM
        OWNER           = SIO-STS
        DCC             = FALSE
        TAGS-R          = SL, SX
        TAGS-C          = SL, SX
        ## Module setup parameters
#	MSP		= 79 14
        MSP             = 10 8
        # $VDVBW,13.53,0.20,A,,,*26
        ## Emulation Value
        Emulation       = 1.0 -0.01

[BPR85]
	SENSOR		= Barometric Pressure
	MODEL		= 61302V
	SERIAL		= BPA9785
	MFG		= RM Young
	CAL_LAB		= STS Cal Lab
	CAL_DATE	= 04-Feb-2021
	LOCATION	= MET Mast 46.5'above DWL
	INSTALL_DATE	= 11-Feb-2021
	OWNER		= SIO/STS
	DCC		= TRUE
	SAMOS_LD	= B
	## Module address
	CMD		= #02\r
	## Module setup parameters
	MSP		= 3 2 0 0 13 0 1  7 0 0 0 0 0 0 0
	MCP		= 1 1 2 0  13 37 0 0 0 0 0 0
	## Emulation Value
	Emulation	= 2.8739 # 1014.4233
	AVGTYPE		= 1
	SECSTOAVG	= 60.0
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## Corrections
	COR		= 4.00108662E+1 9.00215467E+2
	## Altitude of sensor above water line in Meters
	COR2		= 15.24

[TMP29]
	SENSOR		= Air Temperature
	MODEL		= 41342VC
	SERIAL		= 27718
	MFG		= RM Young
	CAL_LAB		= STS
	CAL_DATE	= 21-Jan-2021
	LOCATION	= MET Mast 46.5'above DWL
	OWNER		= SIO/STS
	INSTALL_DATE	= 11-Feb-2021
	DCC		= TRUE
	SAMOS_LD	= B
	## Module address
	## Adam 4117 Channel #4 (counting from 0)
	CMD		= #02\r
	## Module setup parameters
	MSP        = 3 2 0 0 13 0 1  5 0 0 0 0 0 0 0
	MCP		= 1 1 1 0 5 0 0 0 0 0 0 0
	Emulation	= 0.7568
	AVGTYPE		= 1
	SECSTOAVG	= 60.0
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## Corrections
	COR		= 9.97046305E+1 -5.00445490E+1

[HRH28]
	SENSOR		= Relative Humidity
	MODEL		= EE08
	SERIAL		= 171505000253F0
	MFG		= E+E ELEKTRONIK
	CAL_LAB		= STS Cal Lab
	CAL_DATE	= 02-Feb-2021
	LOCATION	= MET Mast 46.5' above DWL
	INSTALL_DATE	= 11-Feb-2021
	OWNER		= SIO/STS
	DCC		= TRUE
	SAMOS_LD	= C
	DCC_MASK	= 1,1,0,0,0,0,0,0
	# Module address
	CMD		= #02\r
	# Module setup parameters
	MSP		= 3 2 0 0 13 0 2  1 2 0 0 0 0 0 0
	MCP		= 1 1 3 0  5 13 15 0 0 0 0 0
	# Emulation value
	Emulation	= 0.6 0.6
	AVGTYPE		= 1 1 0
	SECSTOAVG	= 60.0
	# A/D Calibration
	ADCAL		= 1.0 ,0.0
	# Corrections RH
	COR		= 1.06320780E+2 -4.08901530E+0
	# Corrections RT
	COR2		= 9.94459519E+1 -3.96888904E+1

[HRH93]
	SENSOR		= Relative Humidity
	MODEL		= EE60
	SERIAL		= S86493
	MFG		= E+E ELEKTRONIK
	CAL_LAB		= STS Cal Lab
	CAL_DATE	= 02-Feb-2021
	LOCATION	= MET Mast 50'above DWL
	INSTALL_DATE	= 11-Feb-2021
	OWNER		= SIO/STS
	DCC		= FALSE
	SAMOS_LD	= B
	DCC_MASK	= 1,1,0,0,0,0,0,0
	# Module address
	CMD		= #02\r
	# Module setup parameters
	MSP		= 3 2 0 0 13 0 2  3 4 0 0 0 0 0 0
	MCP		= 1 1 3 0  5 13 15 0 0 0 0 0
	# Emulation value
	Emulation	= 0.6 0.6
	AVGTYPE		= 1 1 0
	SECSTOAVG	= 60.0
	# A/D Calibration
	ADCAL		= 1.0 ,0.0
	# Corrections RH
	COR		= 1.01459910E+2 -2.63048754E+0
	# Corrections RT
	COR2		= 9.87179282E+1 -3.90957087E+1


[VLT01]
	SENSOR		= Fan Aspirator
	MODEL		= LAM630
	SERIAL		= 20226
	MFG		= Eigenbrodt
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= MET Mast 46.5'above DWL
	INSTALL_DATE	= 20-May-2020
	OWNER		= SIO/STS
	LABELS-TAB      = ASPIRATOR
        LABELS-SC       = FAN
	DCC		= TRUE
	SAMOS_LD	= B
	# if fan is running then the value is greater than 2 otherwise it is not running.
	CMD = #04\r
	## Module setup parameters
	MSP		= 3 2 0 0 13 0 1  1 0 0 0 0 0 0 0
	MCP		= 1 1 1 0  0 0 0 0 0 0 0 0
	## Emulation value
	Emulation	= 2.5
	COR		= 1.0, 0.0

[PRC64]
	SENSOR		= Precipitation
	MODEL		= 50202
	SERIAL		= 02364
	MFG		= RM Young
	CAL_LAB		= RM Young
	CAL_DATE	= 08-Feb-2021
	LOCATION	= MET Mast 46.5'above DWL
	INSTALL_DATE	= 11-Feb-2021
	OWNER		= SIO/STS
	DCC		= TRUE
	SAMOS_LD	= B
	CMD		= #02\r
	## Module setup parameters
	MSP		= 3 2 0 0 13 0 1  6 0 0 0 0 0 0 0
	MCP		= 1 1 1 0  13 0 0 0 0 0 0 0
	## Emulation value
	## mm/min, mm/hr, mm
	Emulation	= 4.360  #45.220
	## A/D Calibration
	ADCAL		= 1.0, 0.0
	## Corrections
	COR		= 1.03987522E+1 -5.26425927E-1


[WND96]
	SENSOR		= WIND
	MODEL		= 86106
	SERIAL		= 001296
	MFG		= RM Young
	CAL_LAB		= RM Young
	CAL_DATE	= 06-Aug-2020
	LOCATION	= MET Mast 47.5'above DWL
	INSTALL_DATE	= 11-Feb-2021
	OWNER		= SIO/STS
	DCC		= TRUE
	SAMOS_LD	= B
	TLD		= Bow
	SLD		= BW
	## Module address
	#CMD		= #Z9R0\r
	## Module setup parameters
	#MSP		= 3 0 0 0 10 0 2  4 2 0 0 0 0 0 0
	MSP		= 6 8
	MCP		= 1 1 4 0 0 0 19 20 0 0 0 0
	## Emulation value
	Emulation	= 6.0 10.0
	AVGTYPE		= 1 2 0 0
	SECSTOAVG	= 60.0
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## Corrections Wind Speed
	COR		= 1.0, 0.0
	## Corrections Wind Direction
	COR2		= 0.0, 0.0

[IST01]
	SENSOR		= CTD Depth
	MODEL		= SBE11
	SERIAL		= XXXX
	MFG		= Seabird
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= 01 Lab
	OWNER		= SIO/STS
	DCC		= FALSE
	## CTD Depth, Rate of descent, Altimeter
	TAGS-C		= IP, IV, IA
	TAGS-R		= IP, IV, IA
	PRC-C		= 2, 4, 1
	PRC-R		= 2, 4, 1
	RANGE		= -10.0 15000.0
	RANGE2		= -200.0 200.0
	RANGE3		= -10.0 500.0
	## Module setup parameters
	MSP		= 26 3 0 0 10 0 3  1 2 3 4 5 0 0 0
	MCP		= 0 1 3 0  0 3 0 0 0 0 0 0
	AVGTYPE		= 0 1 0
	SECSTOAVG	= 10.0
	## Emulation Value
	## Depth, Speed, Altimeter
	Emulation	= 1500.0 0.95 45.0
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## Corrections
	COR		= 0.0 0.0
	COR2		= 60.0 0.0
	COR3		= 0.0 0.0

[LWR36]
	SENSOR		= Long Wave Radiation
	MODEL		= PIR
	SERIAL		= 38302F3 
	MFG		= Eppley Labs
	CAL_LAB		= Eppley
	CAL_DATE	= 06-Feb-2020
	LOCATION	= MET Mast 50'above DWL
	OWNER		= SIO/STS
	INSTALL_DATE	= 20-May-2020
	DCC		= TRUE
	DCC_MASK	= 0,0,0,1,0,0,0,0
	SAMOS_LD	= B
	# ADAM 4118 0-15mv Thermopile CH1, 0-2.5VDC Dome CH4, Body CH5
	CMD		= #04\r
	# Module setup parameters
	MSP        	= 3 2 0 0 13 0 3  4 5 2 0 0 0 0 0
	MCP		= 1 0 4 0  9 9 3 8 0 0 0 0
	# Emulation values
	Emulation	= 0.7568 0.7568 0.1147
	# A/D Calibration
	ADCAL		= 1.0 0.0
	# Dome, Body, Thermopile
	# Corrections for Dome Glass Temp sensor
	COR		= 5.0, 82500, 0.0010295, 0.0002391, 1.568e-7, 1.0, 0.0
	# Corrections for Body Temp sensor
	COR2		= 5.0, 82500, 0.0010295, 0.0002391, 1.568e-7, 1.0, 0.0
	# Eppley correction factors
	# Thermopile Slope Offset (in uv)
	COR3		= 1000.0, 0.0
	# Eppley factor, Stefan-Boltzmann Const, absorption/dome glass IR
	# Cal Factor  volts/watts meter -2
	COR4		= 2.89e-6

[PAR70]
	SENSOR		= Surface PAR
	MODEL		= QSR-2200
	SERIAL		= 20226
	MFG		= Biospherical Instruments
	CAL_LAB		= Biospherical Instruments
	CAL_DATE	= 28-Feb-2020
	LOCATION	= MET Mast 50'above DWL
	INSTALL_DATE	= 20-May-2020
	OWNER		= SIO/STS
	DCC		= TRUE
	SAMOS_LD	= B
	CMD = #02\r
	PRC-C		= 2
	PRC-R		= 3
	## Module setup parameters
	MSP = 3 2 0 0 13 0 1  8 0 0 0 0 0 0 0
	MCP		= 1 1 1 3  13 0 0 0 0 0 0 0
	## Emulation value
	Emulation	= 1.0
	AVGTYPE		= 1
#	SECSTOAVG	= 30.0
	## A/D Calibration
	ADCAL		= 1.04464, 0.0
	## Corrections Surface PAR V/(MicroEinsteins/sec/cm2)
	## Slope, Offset, scale
	COR		= 1517.2 0.0

[SWR36]
	SENSOR		= Short Wave Radiation
	MODEL		= SPP
	SERIAL		= 38363F3
	MFG		= Eppley Labs
	CAL_LAB		= Eppley Labs
	CAL_DATE	= 05-Feb-2020
	LOCATION	= MET Mast 50'above DWL
	INSTALL_DATE	= 20-May-2020
	OWNER		= SIO/STS
	DCC		= TRUE
	SAMOS_LD	= B
	# ADAM 4118 0-100mv CH2
	# Module address
	CMD		= #04\r
	PRC-C		= 2
	PRC-R		= 3
	# Module setup parameters
	MSP		= 3 2 0 0 13 0 1  3 0 0 0 0 0 0 0
	MCP		= 1 1 1 3  26 0 0 0 0 0 0 0
	# Emulation value
	Emulation	= 1.5
	# A/D Calibration
	ADCAL		= -1.0,0.0
	# Slope, Offset, Cal Factor
        COR             = 1e-3,0.0,7.82e-6
#       COR             = 1e-3,0.040,7.82e-6

[NME01]
	SENSOR		= GPS
	MODEL		= Seapath 330+
	SERIAL		= 11700
	MFG		= Kongsberg
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	INSTALL_DATE	= 2016-Jul-01
	LOCATION	= Main Mast
	OWNER		= SIO/STS
	DCC		= FALSE
	DCC_MASK	= 1,1,0,1,1,0,0,0
	SAMOS_LD	= E
	## Module setup parameters
	MSP		= 12 8
	## Emulation Value
	Emulation	= 32.25 -117.86 4000.0 90.0 12.0 1018724200.0 25.0 207.0

[NME02]
	SENSOR		= GPS
	MODEL		= BD982
	SERIAL		= 5529C00326
	MFG		= Trimble
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	INSTALL_DATE	= 2016-Jul-01
	LOCATION	= Main Mast
	OWNER		= SIO/STS
	DCC		= TRUE
	DCC_MASK	= 1,1,0,1,1,0,0,0
	SAMOS_LD	= E
	## Module setup parameters
	MSP		= 68 14
	## Emulation Value
	Emulation	= 32.25 -117.86 4000.0 90.0 12.0 1018724200.0 25.0 207.0

[NME03]
        SENSOR          = GPS
        MODEL           = Hydrins
        SERIAL          = PH-490
        MFG             = iXBlue
        CAL_LAB         = n/a
        CAL_DATE        = n/a
        INSTALL_DATE    = 2016-Jul-01
        LOCATION        = Transducer Room, with feed from Trimble BD982
        OWNER           = SIO/STS
        DCC             = FALSE
	DCC_MASK	= 1,1,0,1,1,0,0,0
        ## Module setup parameters
        MSP             = 16 8
        ## Emulation Value
        Emulation       = 32.25 -117.86 4000.0 90.0 12.0 1018724200.0 25.0 207.0

[GRV01]
        SENSOR          = Gravimeter
        MODEL           = BGM-3
        SERIAL          = S224
        MFG             = Bell Aerospace
        CAL_LAB         = n/a
        CAL_DATE        = n/a
        LOCATION        = Transceiver Room
        DCC             = FALSE
        SAMOS_LD        = L
        INSTALL_DATE    = 26-Jan-2017
        OWNER           = SIO/STS
        # Module setup parameters
        MSP             = 27 22 0 0 10 0 1  1 0 0 0 0 0 0 0
        MCP             = 1 1 1 0  0 0 0 0 0 0 0 0
        # Emulation Value 01:024843 00
        Emulation       = 024843
        ADCAL           = 1,0.0
        COR             = 1.0,0.0
[GYR01]
        SENSOR          = Gyro
        MODEL           = BD982
        SERIAL          = 5529C00326
        MFG             = Trimble
        CAL_LAB         = n/a
        CAL_DATE        = n/a
        INSTALL_DATE    = 2016-Jul-01
        LOCATION        = Aft wheelhouse
        OWNER           = SIO/STS
        DCC             = FALSE
        # Module setup parameters
        MSP             = 68 14
        Emulation       = 281.0
        MCP             = 1 1 1 0  0 0 0 0 0 0 0 0
        COR             = 0.0

[GYR02]
    	SENSOR        	= Gyro
    	MODEL        	= Seapath 330+
    	SERIAL        	= 11700
    	MFG        	= Kongsberg
    	CAL_LAB        	= n/a
    	CAL_DATE    	= n/a
    	INSTALL_DATE    = 2016-Jul-01
    	LOCATION    	= Aft wheelhouse
    	OWNER        	= SIO/STS
    	DCC        	= TRUE
	SAMOS_LD        = B
    	# Module setup parameters     
    	Emulation    	= 279.0
    	MSP        	= 12 8
    	MCP        	= 1 1 1 0  0 0 0 0 0 0 0 0
    	COR        	= 0.0

[GYR04]
        SENSOR          = Gyro
        MODEL           = MV104S, 804-0114-0 Rev B1
        SERIAL          = C1436-00182-02-670
        MFG             = Hemisphere
        CAL_LAB         = n/a
        CAL_DATE        = n/a
        LOCATION        = Above winch shack
        OWNER           = SIO/STS
        INSTALL_DATE    = 25-Jul-2017
        DCC             = FALSE
        SAMOS_LD        = B
        #CMD = $HEHDT\r\n
        # Module setup parameters
        Emulation       = 279.0
        MSP             = 5 8
        MCP             = 1 1 1 0  0 0 0 0 0 0 0 0
        COR             = 0.0

[GYR05]
        SENSOR          = Gyro
        MODEL           = Hydrins
        SERIAL          = PH-490
        MFG             = iXBlue
        CAL_LAB         = n/a
        CAL_DATE        = n/a
        LOCATION        = Transducer Room, with feed from Trimble BD982
        OWNER           = SIO/STS
        DCC             = FALSE
        #CMD = $HEHDT\r\n
        # Module setup parameters
        Emulation       = 279.0
        MSP             = 15 8
        MCP             = 1 1 1 0  0 0 0 0 0 0 0 0
        COR             = 0.0

[VRU16]
    	SENSOR		= Vertical Reference Unit
    	MODEL		= Seapath 330+
    	SERIAL		= 11700
    	MFG		= Kongsberg
    	CAL_LAB		= n/a
    	CAL_DATE	= n/a
    	LOCATION	= VRU Plate
    	INSTALL_DATE	= 01-Jul-2016
    	OWNER    	= SIO/STS
    	DCC     	= FALSE
    	# Module address
    	TAGS-C		= VP VR VH GY
    	TAGS-R		= VP VR VH GY
    	PRC-C		= 2 2 2 2
    	PRC-R		= 2 2 2 2
    	# Module setup parameters
    	MSP		= 7 7 0 0 10 0 4  1 2 3 6 0 0 0 0
    	MCP		= 1 1 4 0  0 0 0 0 0 0 0 0
    	# Emulation value
    	Emulation	= 2.0 5.0 0.5 128.0
    	# A/D Calibration
    	ADCAL		= 1.0 0.0
    	COR		= 1.0 0.0
    	COR2		= 0.0
    	COR3		= 0.0
    	COR4		= 0.0

[SND01]
        SENSOR          = Depth
        MODEL           = 3260
        SERIAL          = K2K-14-0546
        MFG             = Knudsen
        LOCATION        = Xcvr Room
        INSTALL_DATE    = 2016
        OWNER           = SIO/STS
        CMD             = PKEL
        DCC             = FALSE
        DCC_MASK        = 1,0,0,0,0,0,0,0
        # Module setup parameters
        MSP             = 67 14
        MCP             = 0 1 3 0  1 0 0 0 0 0 0 0
        # Emulation Value
        Emulation       = 1550.0 1600 1700
        # A/D Calibration
        ADCAL           = 1.0 0.0
        # Corrections
        COR             = 0.0,0.0

[TSG67]
        SENSOR          = Thermosalinograph
        MODEL           = SBE45
        SERIAL          = 0067
        MFG             = Seabird
        CAL_LAB         = Seabird
        CAL_DATE        = 23-Sep-2020
        LOCATION        = Bow thruster UCW intake
        INSTALL_DATE    = 13-Feb-2021
        OWNER           = SIO/STS
        DCC             = TRUE
	DCC_MASK	= 1,1,1,0,0,0,0,0
        SAMOS_LD        = L
        LABELS-TAB      = TSG_Temp_BW,TSG_Cond_BW, Salinity_BW,SigmaT_BW,SoundVel_BW,TSG_RCond_BW
        LABELS-SC       = TT_BW,TC_BW, Sal_BW,SgT_BW,SV_BW,TRC_BW
        ## Module setup parameters
        MSP             = 11 3 0 0 10 0 2  2 3 0 0 0 0 0 0
        MCP             = 1 1 6 0  0 13 16 17 18 35 0 0
        ## Emulation value
        EMULATION       = 20.0 0.0
        AVGTYPE         = 1 1 0 0 0
        SECSTOAVG       = 60.0
        ADCALTYPE       = 0 3
        ADCAL           = 1.0 0.0
        ADCAL2          = 10.0 0.0
        ## Temperature slope offset
        COR             = 1.0, 0.0
        ## Conductivity Slope offset
        COR2            = 1.0, 0.0
        ## Nominal Depth of TSG intake below waterline
        COR3            = 3.0

# For FLEAT cruises, which want unaveraged 1Hz TSG data; also change FileWriteInterval to 1.0
[TSG92]
        SENSOR          = Thermosalinograph
        MODEL           = SBE45
        SERIAL          = 0067
        MFG             = Seabird
        CAL_LAB         = Seabird
        CAL_DATE        = 23-Sep-2020
        LOCATION        = Bow thruster UCW intake
        INSTALL_DATE    = 13-Feb-2021
        OWNER           = SIO/STS
        DCC             = FALSE
	DCC_MASK	= 1,1,1,0,0,0,0,0
        LABELS-TAB      = TSG_Temp_BW,TSG_Cond_BW, Salinity_BW,SigmaT_BW,SoundVel_BW,TSG_RCond_BW
        LABELS-SC       = TT_BW,TC_BW, Sal_BW,SgT_BW,SV_BW,TRC_BW
        ## Module setup parameters
        MSP             = 11 3 0 0 10 0 2  2 3 0 0 0 0 0 0
        MCP             = 1 1 6 0  0 13 16 17 18 35 0 0
        ## Emulation value
        EMULATION       = 20.0 0.0
        ADCALTYPE       = 0 3
        ADCAL           = 1.0 0.0
        ADCAL2          = 10.0 0.0
        ## Temperature slope offset
        COR             = 1.0, 0.0
        ## Conductivity Slope offset
        COR2            = 1.0, 0.0
        ## Nominal Depth of TSG intake below waterline
        COR3            = 3.0

[FLW19]
	SENSOR		= Seametrics
	MODEL		= SES-050-13
	SERIAL		= 112018004550
	MFG		= Seametrics
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= Bow TSG System
	INSTALL_DATE	= 15-Mar-2019
	OWNER		= SIO/STS
	DCC		= TRUE
        LABELS-TAB      = BwTSGFM
	SLD		= BW
	SAMOS_LD	= L
	## Module setup parameters
	MSP		= 11 3 0 0 10 0 1  13 0 0 0 0 0 0 0
	MCP		= 1 1 1 0  13 0 0 0 0 0 0 0
	## Emulation value
	Emulation	= 13.0
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## K-Factor	= 1585 PPG
	## Coef = 1.0/((Kfactor/3.7854118)*(1.0/60.0));
	COR		= 0.1433, 0.0

[FLW20]
	SENSOR		= Seametrics
	MODEL		= SES-050-13
	SERIAL		= 112018004549
	MFG		= Seametrics
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= Bow PCO2 System
	INSTALL_DATE	= 15-Mar-2019
	OWNER		= SIO/STS
	DCC		= FALSE
        LABELS-TAB      = BwPCO2FM
	SLD		= BW
	SAMOS_LD	= L
	## Module setup parameters
	MSP		= 11 3 0 0 10 0 1  14 0 0 0 0 0 0 0
	MCP		= 1 1 1 0  13 0 0 0 0 0 0 0
	## Emulation value
	Emulation	= 13.0
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## K-Factor	= 1630 PPG
	## Coef = 1.0/((Kfactor/3.7854118)*(1.0/60.0));
	COR		= 0.1393, 0.0


[SST61]
        SENSOR          = Hull Temperature Sensor
        MODEL           = SBE48
        SERIAL          = 0061
        MFG             = Seabird
        CAL_LAB         = Seabird
        CAL_DATE        = 24-Sep-19
        LOCATION        = Transducer Void
        INSTALL_DATE    = 08-Dec-19
        OWNER           = SIO/STS
        DCC             = FALSE
	DELIMITERS      = \s,ts>
        SAMOS_LD        = U
        LABELS-TAB      = Hull_Temp
        LABELS-SC       = HT_TV
	CMD		= ts\r
        ## Module setup parameters
        MSP             = 4 0 0 1200 10 0 1  1 0 0 0 0 0 0 0
        MCP             = 0 0 1 0  0 0 0 0 0 0 0 0
        ## Emulation value
        EMULATION       =  19.0715, 18 Sep 2016, 19:16:41

[MBD01]
        SENSOR       = Depth Sounder
        MODEL        = EM712
        SERIAL       = 10003
        MFG          = Kongsberg
        CAL_LAB      = n/a
        CAL_DATE     = 2021-06-30
        LOCATION     = Comp Lab
        INSTALL_DATE = 16-Aug-2016
        COMMENT      = Center Beam Depth
        OWNER        = SIO/STS
        DCC          = FALSE
        ## Module setup parameters
        MSP          = 82 14 0 0 10 0 1  1 0 0 0 0 0 0 0
        ## Emulation Value
        Emulation    = 1119
        ## A/D Calibration
        ADCAL        = 1.0 0.0
        ## Corrections
        COR          = 0.0


[MBD02]
        SENSOR       = Depth Sounder
        MODEL        = EM124
        SERIAL       = 119
        MFG          = Kongsberg
        CAL_LAB      = n/a
        CAL_DATE     = 2021-06-30
        LOCATION     = Comp Lab
        INSTALL_DATE = 01-May-2021
        COMMENT      = Center Beam Depth
        OWNER        = SIO/STS
        DCC          = FALSE
        ## Module setup parameters
        MSP          = 83 14 0 0 10 0 1  1 0 0 0 0 0 0 0
        ## Emulation Value
        Emulation    = 1119
        ## A/D Calibration
        ADCAL        = 1.0 0.0
        ## Corrections
        COR          = 0.0

[WCH01]
	SENSOR		= Winch Readouts
	MODEL		= LCI90i
	SERIAL		= ??
	MFG		= Measurement Technology NW
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= Computer Lab - Hydro, forward
	OWNER		= RV Sally Ride
	DCC		= FALSE
	## Module setup parameters
	MSP		= 22 3 0 0 10 0 4  5 4 3 1 0 0 0 0
	MCP		= 0 1 4 0  0 0 0 0 0 0 0 0
	## Emulation Value
	Emulation	= 20 60 10000 1
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## Corrections
	COR		= 1.0 0.0
	COR2		= 1.0 0.0
	COR3		= 1.0 0.0
        LABELS-TAB      = HydroFwd_Payout,HydroFwd_Speed,HydroFwd_Tension

[WCH02]
	SENSOR		= Winch Readouts
	MODEL		= LCI90i
	SERIAL		= ??
	MFG		= Measurement Technology NW
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= Computer Lab - Hydro, aft
	OWNER		= RV Sally Ride
	DCC		= FALSE
	## Module setup parameters
	MSP		= 21 3 0 0 10 0 4  5 4 3 1 0 0 0 0
	MCP		= 0 1 4 0  0 0 0 0 0 0 0 0
	## Emulation Value
	Emulation	= 20 60 10000 1
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## Corrections
	COR		= 1.0 0.0
	COR2		= 1.0 0.0
	COR3		= 1.0 0.0
        LABELS-TAB      = HydroAft_Payout,HydroAft_Speed,HydroAft_Tension

[WCH03]
	SENSOR		= Winch Readouts
	MODEL		= LCI90i
	SERIAL		= ??
	MFG		= Measurement Technology NW
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= Computer Lab - Trawl
	OWNER		= RV Sally Ride
	DCC		= FALSE
	## Module setup parameters
	MSP		= 20 3 0 0 10 0 4  5 4 3 1 0 0 0 0
	MCP		= 0 1 4 0  0 0 0 0 0 0 0 0
	## Emulation Value
	Emulation	= 50 10 20000 3
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## Corrections
	COR		= 1.0 0.0
	COR2		= 1.0 0.0
	COR3		= 1.0 0.0
        LABELS-TAB      = Traction_Payout,Traction_Speed,Traction_Tension

[FLU47]
	SENSOR		= Fluorometer
	MODEL		= Wetstar
	SERIAL		= Ws3S-647P
	MFG		= Wetlabs
	CAL_LAB		= Wetlabs
	CAL_DATE	= 11-Mar-2019
	LOCATION	= FLO-Thru system Main Lab
	INSTALL_DATE	= 11-Feb-2021
	OWNER		= SIO/STS
	DCC		= FALSE
	SAMOS_LD	= N
	## Range 0.0-27.0 ug/l
	## Module setup parameters
	MSP		= 36 3 0 0 10 0 1  6 0 0 0 0 0 0 0
	MCP		= 1 1 1 0  3 0 0 0 0 0 0 0
	AVGTYPE		= 1
	SECSTOAVG	= 60.0
	## Emulation value
	Emulation	= 2.0
	## A/D Calibration
	ADCAL		=1.0 , 0.0
	## Scale, -Vblank
	#Chlorophyll ug/l
	COR		= 5.5, -0.072


[FLU43]
	SENSOR		= Fluorometer
	MODEL		= FLUNTS
	SERIAL		= 4403
	MFG		= Wetlabs
	CAL_LAB		= Wetlabs
	CAL_DATE	= 12-Jun-2018
	LOCATION	= FLO-Thru system Main Lab
	INSTALL_DATE	= 11-Feb-2021
	OWNER		= SIO/STS
	DCC		= FALSE
	SAMOS_LD	= N
	TAGS-R		= FL TB
	TAGS-C		= FL TB
	## Range 0.0-50.0 ug/l 0-25NTU
	## Module setup parameters
	MSP		= 37 3 0 0 10 0 2  4 6 0 0 0 0 0 0
	MCP		= 1 1 2 0  3 3 0 0 0 0 0 0
	AVGTYPE		= 1
	SECSTOAVG	= 60.0
	## Emulation value
	Emulation	= 2.0
	## A/D Calibration
	ADCAL		=1.0 , 0.0
	## Scale, -Vblank
	#Chlorophyll ug/l
	COR		= 0.0124, -49.0
	#NTU
	COR2		= 0.0267, -50.0


[FLU81]
	SENSOR		= Fluorometer
	MODEL		= ECO Triplet-w
	SERIAL		= 1481
	MFG		= Wetlabs
	CAL_LAB		= Wetlabs
	CAL_DATE	= 03-May-2018
	LOCATION	=  FLO-Thru system Main Lab
	INSTALL_DATE	= 07-Aug-2018
	OWNER		= SIO/STS
	DCC		= FALSE
	SAMOS_LD	= Y
	TAGS-R		= XX XX XX
	TAGS-C		= XX XX XX
 	LABELS-TAB      = cp(m-l), Phycoerythrn, CDOM(ppb)
        LABELS-SC       = cp, Phy,CDOM
	## Scattering (beam cp(m-l)), Phycoerythrin(ppb), CDOM (ppb)
	## Module setup parameters
	MSP		= 38 3 0 0 10 0 3  4 6 8 0 0 0 0 0
	MCP		= 1 1 3 0  3 3 3 0 0 0 0 0
	AVGTYPE		= 1
	SECSTOAVG	= 60.0
	## Emulation value
	Emulation	= 2.0
	## A/D Calibration
	ADCAL		=1.0 , 0.0
	## Scale, -Vblank
	# beam cp(m-l)
	COR		= 7.775e-6, -50.0
	#Phycoerythrin(ppb)
	COR2		= 0.0401, -63.0
	# CDOM (ppb)
	COR3		= 0.0848, -47.0

[FLW09]
	SENSOR		= Seametrics
	MODEL		= SPX-038-01
	SERIAL		= 052016002493
	MFG		= Seametrics
	CAL_LAB		= n/a
	CAL_DATE	= n/a
	LOCATION	= Main Lab Flo-thru System
	INSTALL_DATE	= 20-Oct-2016
	OWNER		= SIO/STS
	DCC		= TRUE
	TLD		= MAIN
	SLD		= ML
	SAMOS_LD	= N
	## Module setup parameters
	MSP		= 36 3 0 0 10 0 1  13 0 0 0 0 0 0 0
	MCP		= 1 1 1 0  13 0 0 0 0 0 0 0
	## Emulation value
	Emulation	= 13.0
	## A/D Calibration
	ADCAL		= 1.0 0.0
	## K-Factor	= 1426 PPG
	## Coef = 1.0/((Kfactor/3.7854118)*(1.0/60.0));
	COR		= 0.1592, 0.0

[OXY66]
	SENSOR		= Oxygen
	MODEL		= SBE-63
	SERIAL		= 1194
	MFG		= Seabird
	CAL_LAB		= Seabird
	CAL_DATE	= 28-Jan-2021
	LOCATION	= FLO-Thru system Hydro Lab
	INSTALL_DATE	= 10-Feb-2021
	OWNER		= SIO/STS
	DCC		= FALSE
	SAMOS_LD	= N
	TAGS-R		= OT OX
	TAGS-C		= OT OX OS
        DCC_MASK        = 1,1,0,0,0,0,0,0
	## Module setup parameters
	MSP		= 39 3 0 0 10 0 2  4 1 0 0 0 0 0 0
	MCP		= 1 1 3 0  0 45 23 0 0 0 0 0
	## Emulation value
	Emulation	= 24.3279 16.443
	## A/D Calibration
	ADCAL		= 1.0, 0.3
	## Corrections Oxygen Temp
	COR		= 1.0, 0.0
	## Corrections Oxygen
	COR2		= 1.0513, -1.5e-3, 3.3019e-1, -2.3209e-1, 1.5663, 9.48086e-2, 4.0696e-3, 6.1627e-5, 1.1e-2


[TSG75]
	SENSOR		= Thermosalinograph
	MODEL		= SBE45
	SERIAL		= 0575
	MFG		= Seabird
	CAL_LAB		= Seabird
	CAL_DATE	= 01-Sep-2020
	LOCATION	= Main Lab
	INSTALL_DATE	= 13-Feb-2021
	OWNER		= SIO/STS
	DCC		= TRUE
        DCC_MASK        = 1,1,1,0,0,0,0,0
	SAMOS_LD	= N
	TLD		= ML
	SLD		= ML
	## Module setup parameters
	MSP		= 36 3 0 0 10 0 2  2 3 0 0 0 0 0 0
	MCP		= 1 1 6 0  0 13 16 17 18 35 0 0
	## Emulation value
        SECSTOAVG       = 60.0
        ADCALTYPE       = 0 3
        ADCAL           = 1.0 0.0
        ADCAL2          = 10.0 0.0
        ## Temperature slope offset
        COR             = 1.0, 0.0
        ## Conductivity Slope offset
        COR2            = 1.0, 0.0
        ## Nominal Depth of TSG intake below waterline
	EMULATION	= 20.0 5.0
	AVGTYPE		= 1 1 0 0 0
	SECSTOAVG	= 60.0
	ADCALTYPE	= 0 3
	ADCAL		= 1.0 0.0
	ADCAL2		= 10.0 0.0
	## Temperature slope offset
	COR		= 1.0, 0.0
	## Conductivity Slope offset
	COR2		= 1.0, 0.0
	## Nominal Depth of TSG below waterline
	COR3		= 0.0

# For FLEAT cruises, which want unaveraged 1Hz TSG data; also change FileWriteInterval to 1.0
[TSG98]
	SENSOR		= Thermosalinograph
	MODEL		= SBE45
	SERIAL		= 0575
	MFG		= Seabird
	CAL_LAB		= Seabird
	CAL_DATE	= 01-Sep-2020
	LOCATION	= Main Lab
	INSTALL_DATE	= 13-Feb-2021
	OWNER		= SIO/STS
	DCC		= FALSE
        DCC_MASK        = 1,1,1,0,0,0,0,0
	TLD		= ML
	SLD		= ML
	## Module setup parameters
	MSP		= 36 3 0 0 10 0 2  2 3 0 0 0 0 0 0
	MCP		= 1 1 6 0  0 13 16 17 18 35 0 0
	## Emulation value
	EMULATION	= 20.0 5.0 
        ## AVGTYPE      = commented out for FLEAT, normally 1 1 0 0 0
        ## SECSTOAVG    = 01.0 (e.g. no averaging, commented out for FLEAT) normally 60.0
        SECSTOAVG       = 60.0
        ADCALTYPE       = 0 3
        ADCAL           = 1.0 0.0
        ADCAL2          = 10.0 0.0
        ## Temperature slope offset
        COR             = 1.0, 0.0
        ## Conductivity Slope offset
        COR2            = 1.0, 0.0
        ## Nominal Depth of TSG intake below waterline
	ADCALTYPE	= 0 3
	ADCAL		= 1.0 0.0
	ADCAL2		= 10.0 0.0
	## Temperature slope offset
	COR		= 1.0, 0.0
	## Conductivity Slope offset
	COR2		= 1.0, 0.0
	## Nominal Depth of TSG below waterline
	COR3		= 0.0

[XMS92]
	SENSOR		= Transmissometer
	MODEL		= Cstar
	SERIAL		= CST-1793PR
	MFG		= Wetlabs
	CAL_LAB		= Wetlabs
	CAL_DATE	= 2-Apr-2021
	LOCATION	= Main Lab
	OWNER		= SIO/STS
	DCC		= FALSE
	INSTALL_DATE	= 08-Jul-2021
	## Wetlabs Cstar
	## Module setup parameters
	MSP		= 36 3 0 0 10 0 1  5 0 0 0 0 0 0 0
	MCP		= 1 1 2 0  38 39 0 0 0 0 0 0
	## Emulation value
	Emulation	= 3.56
	## A/D Calibration
	ADCAL		= 1.0, 0.0
	## A0, Y0, A1, Y1, W0, z
	COR		= 4.803, 0.007, 4.803, 0.007, 4.699, 0.25
	A0		= factory voltage output in air (factory calibration from transmissometer manufacturer)
	Y0		= factory dark or zero (blocked path) voltage (factory calibration from transmissometer manufacturer)
	A1		= current (most recent) voltage output in air
	Y1		= current (most recent) dark or zero (blocked path) voltage
	W0		= factory voltage output in pure water (factory calibration from transmissometer manufacturer)
	z 		= Path Length in Meters


#[USP01] #CalCOFI PCO2
        SENSOR          = PCO2
        MODEL           = Super-PCO2
        SERIAL          = ????
        MFG             = ???
        CAL_LAB         = n/a
        CAL_DATE        = n/a
        LOCATION        = Ocean Lab
        INSTALL_DATE    = 31-Mar-2015
        OWNER           = Science
	DCC		= FALSE
        #DOY_UTC, pH, CO2_ppm, Valve_Pos, TSG_Temp, TSG_S
        TAGS-C          = XX,PH,XX,XX,TT,SA
        TAGS-R          = XX,PH,XX,XX,TT,SA
        PRC-C           = 6 6 3 0 4 4
        PRC-R           = 6 6 3 0 4 4
        LABELS-TAB      = pc_DOY,pc_PH,pc_CO2,pc_Valve,pc_TMP,pc_SLT
        LABELS-SC       = pcDY,pcPH,pcCO,pc_VP,pcT,pcS
        # Module address         
        # Module setup parameters        
        MSP             = 43 3 0 0 10 0 6 1 2 3 4 5 6 0 0
        MCP             = 1 1 6 0  0 0 0 0 0 0 0 0
        #64.555323      8.125004        467.844 1       18.0287 34.31
        Emulation       = 64.555323     8.125004        467.844 1       18.0287 34.31
        # A/D Calibration        
        ADCAL           = 1.0, 0.0
        # Corrections    
        COR             = 1.0 0.0
[UCW01]
        SENSOR          = UCW Pumps
        MODEL           = ????
        SERIAL          = ????
        MFG             = ???
        LOCATION        = Bow RM/Port sea-chest
        INSTALL_DATE    = 25-Feb-2021
        OWNER           = STS
	DCC		= TRUE
	SAMOS_LD	= U
        MSP             = 29 25 0 0 10 0 1 1 2 0 0 0 0 0 0
        MCP             = 1 1 1 0  0 0 0 0 0 0 0 0
#	1.Bow Pump    2. Port Sea-chest
#	0=Pump Off   1= Pump On
	Emulation	= 1