IARC 207 Wiki - User contributions [en]

NGEE December 2014 Barrow

2014-12-03T21:55:22Z

137.229.29.86:

== 12/5/2014 ==
* 9:45 Arrive at Airport
* 11:15am Fly to Barrow, on Alaska Flight 2817
* 6:10pm arrival
* 7:00pm Safety Training & Barrow Introduction (maybe?)

==12/6/2014==
* 9am Snowmachine training
* 9:30am Snowmachine to control shed
*
* Any other odds or ends?
* @ the control shed

==How I think things will work==
# Gain access to the control shed
# Look to see if the lights are active on the dreamplug (ie is it getting power)
# If yes...
## Try using ''PUTTY'' to ssh to the dreamplug.
## First, disconnect the port 1 ethernet cable, which connects to the webcam
## connect another ethernet cable between port 1 on the dreamplug and the laptop
## when you connect your laptop to the dreamplug if it is working fine it should dynamically supply an IP address using DHCP
## IP address for the server will be '''192.168.1.1'''; port initially is '''22''' ''(if we use the replacement dreamplug the port will be '''20593''')''; user will be ''bob''
## If you're able to log in... awesome!
### let's try a few commands then. Here are some commands:
### su root --> typing this will allow you to become the root user, which is used for configuration and advanced management.
### ifconfig --> this will output to the screen the current ip address of the dreamplug. there is a lot of information that will be spit out. eth0 = connection to the greater internet & eth1 = connection to the webcam.
### nano --> this is a simple text editor. To use it, from the command line type nano followed by the file name. for example ''nano textfile.txt''
#### important nano commands: <CONTROL><X> = exit & save
#### <CONTROL><O> = save
#### <ESCAPE><\> = fast forward to the last line of the program
### cat $filename = output to the terminal screen the contents of a file (like a text file)
### tail $filename = output to the terminal screen the last 10 lines of a text file
### cd = change directory. so, like cd .. or cd /etc/ or cd /home/bob/bin. invoking that command will take you different places. Also, to denote directories in linux you'll use the forward slash as shown there so /home/bob/bin is three directories in from the ''root'' directory.
### exit --> this is how you log out
### shutdown now -r --> slightly more complex, typing this will restart the dreamplug.
### nano /etc/network/interfaces --> couple of changes I anticipate making:
#### iface eth0 inet static
#### address 199.165.126.165
# After all of that is done:
## Download the data using LoggerNet
### change the file names to reflect the date.
### collect the data for A-D.

Tools list:
* charged laptop
* laptop power cable
* putty installed on it
* serial cable
* Network cable (5 -10 feet long to stretch from dreamplug mounted on wall to the desk.
* Cell phone and charger
* Camera

NGEE December 2014 Barrow

2014-12-03T20:26:19Z

137.229.29.86:

== 12/5/2014 ==
* 9:45 Arrive at Airport
* 11:15am Fly to Barrow, on Alaska Flight 2817
* 6:10pm arrival
* 7:00pm Safety Training & Barrow Introduction (maybe?)

==12/6/2014==
* 9am Snowmachine training
* 9:30am Snowmachine to control shed
*
* Any other odds or ends?
* @ the control shed

==How I think things will work==
# Gain access to the control shed
# Look to see if the lights are active on the dreamplug (ie is it getting power)
# If yes...
## Try using //PUTTY// to ssh to the dreamplug.
## First, disconnect the port 1 ethernet cable, which connects to the webcam
## connect another ethernet cable between port 1 on the dreamplug and the laptop
## when you connect your laptop to the dreamplug if it is working fine it should dynamically supply an IP address using DHCP
## IP address for the server will be 192.168.1.1; port initially is 22; user will be bob
## If you're able to log in... awesome!
### let's try a few commands then. Here are some commands:
### su root --> typing this will allow you to become the root user, which is used for configuration and advanced management.
### ifconfig --> this will output to the screen the current ip address of the dreamplug. there is a lot of information that will be spit out. eth0 = connection to the greater internet & eth1 = connection to the webcam.
### nano --> this is a simple text editor. To use it, from the command line type nano followed by the file name. for example ''nano textfile.txt''
#### important nano commands: <CONTROL><X> = exit & save
#### <CONTROL><O> = save
#### <ESCAPE><\> = fast forward to the last line of the program
### cat $filename = output to the terminal screen the contents of a file (like a text file)
### tail $filename = output to the terminal screen the last 10 lines of a text file
### cd = change directory. so, like cd .. or cd /etc/ or cd /home/bob/bin. invoking that command will take you different places. Also, to denote directories in linux you'll use the forward slash as shown there so /home/bob/bin is three directories in from the ''root'' directory.
### exit --> this is how you log out
### shutdown now -r --> slightly more complex, typing this will restart the dreamplug.
### nano /etc/network/interfaces --> I

Tools list:
* charged laptop
* laptop power cable
* putty installed on it
* serial cable
* Network cable (5 -10 feet long to stretch from dreamplug mounted on wall to the desk.
* Cell phone and charger

NGEE December 2014 Barrow

2014-12-03T19:47:22Z

137.229.29.86:

NGEE

2014-12-03T18:48:43Z

137.229.29.86: /* Trips */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* Programs:
** https://github.com/frankohanlon/ngee/
* [[NGEE Site A Instrumentation History]]
* [[NGEE Site B Instrumentation History]]
* [[NGEE Site C Instrumentation History]]
* [[NGEE Site D Instrumentation History]]
* [[NGEE Backup Instrumentation]]

===Metadata type stuff===
* Still to be collated: [[NGEE-Barrow Calibration and Serial Numbers]]
* Thermistor Probe Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-MG9FTjFCb2w2c28])
* Thermistor Strings and Triple Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-WkVfMDdLX3Zjc2c])
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 404; BRW_Grid = 403
====Lists====
* [[Guruplug Setup]]
* [[Webcam Tips]]

===Trips===
* [[NGEE April 11 2012 Trip]]
* [[NGEE September 3 2012 Trip]]
* [[NGEE September 24 2012 Trip]]
* [[NGEE Barrow Wiring Layout]]
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* [[NGEE Barrow 2013 Boring Trip]]
* [[NGEE Barrow 2013 Site Install Trip|[NGEE Barrow 2013 Site Install Trip 5/7]]
* [[NGEE Barrow 2013 Site Install Trip 2|NGEE Barrow 2013 Site Install Trip June]]
* [[NGEE Barrow 2013 Site D Install Trip August 2013]]
* [[March 2014 Barrow]]
* [[August 2014 Barrow]]
* [[NGEE December 2014 Barrow]]
* [[NGEE Barrow Remainder Items]]
* [[CPCRW 2012-10-12]]
* [[CPCRW 2013-07-15]]

Pakbus IDs

2012-05-01T19:04:26Z

137.229.29.86:

<pre>
60 - CesnaSonde (Periodically Active 5/2012) - In storage
70 - Umiat SNOW (Inactive 5/2012)
75 - MIT Wind Tunnel (Inactive 5/2012)
80 - NESDIS SNOW (Active 5/2012)- @ Fox NESDIS Facility
90 - Barrow SNOW (Active 5/2012) - @ ARM Site
95 - Atqasuk SNOW (Active 5/2012) - @ ARM Site
301 - K1 Thermocouples Site (Active 5/2012) - @ Kougarok K1 Site
302 - K2 Thermocouples Site (Active 5/2012) - @ Kougarok K2 Site
420 - Super Site Met Logger (Active 5/2012) - @ PFRR Super-site
421 - Super Site Soil Logger (Active 5/2012) - @ PFRR Super-site
422 - Super Site Diagnostics (Active 5/2012) - @ PFRR Super-site
423 - Super Site Ecosystem 1 (Active 5/2012) - @ PFRR Super-site
424 - Super Site Snow Profile (Active 5/2012) - @ PFRR Super-site
425 - Super Site Heat Flux 1 (Active 5/2012) - @ PFRR Super-site
500 - CPCRW North Facing High Site (Active 5/2012) - @ CPCRW
501 - CPCRW South Facing High Site (Active 5/2012) - @ CPCRW
502 - CPCRW North Facing Low Site (Active 5/2012) - @ CPCRW
503 - CPCRW South Facing Low Site (Active 5/2012) - @ CPCRW
</pre>

Pakbus IDs

2012-05-01T19:03:58Z

137.229.29.86:

60 - CesnaSonde (Periodically Active 5/2012) - In storage
70 - Umiat SNOW (Inactive 5/2012)
75 - MIT Wind Tunnel (Inactive 5/2012)
80 - NESDIS SNOW (Active 5/2012)- @ Fox NESDIS Facility
90 - Barrow SNOW (Active 5/2012) - @ ARM Site
95 - Atqasuk SNOW (Active 5/2012) - @ ARM Site
301 - K1 Thermocouples Site (Active 5/2012) - @ Kougarok K1 Site
302 - K2 Thermocouples Site (Active 5/2012) - @ Kougarok K2 Site
420 - Super Site Met Logger (Active 5/2012) - @ PFRR Super-site
421 - Super Site Soil Logger (Active 5/2012) - @ PFRR Super-site
422 - Super Site Diagnostics (Active 5/2012) - @ PFRR Super-site
423 - Super Site Ecosystem 1 (Active 5/2012) - @ PFRR Super-site
424 - Super Site Snow Profile (Active 5/2012) - @ PFRR Super-site
425 - Super Site Heat Flux 1 (Active 5/2012) - @ PFRR Super-site
500 - CPCRW North Facing High Site (Active 5/2012) - @ CPCRW
501 - CPCRW South Facing High Site (Active 5/2012) - @ CPCRW
502 - CPCRW North Facing Low Site (Active 5/2012) - @ CPCRW
503 - CPCRW South Facing Low Site (Active 5/2012) - @ CPCRW

Main Page

2012-05-01T18:55:40Z

137.229.29.86: /* Project Site Logs and To-Do lists */

= Water and Environmental Research Center Hydrologic Research Sites Wikipedia =

This is a collaborative website for people involved with WERC's research stations, in any of several different projects:

== Some Good Things to Know ==

* [[New Person]] in the department guide
* [[North Slope Training Procedures - Bullen/Foothills/Kuparuk projects]]
* [[Common Instrumentation]] links
* [[Software]] we use
* [[Troubleshooting]] sensors etc.
* [[Common Sensor Wiring]]
* [[Datalogger programming]]
* [[Laboratory Scale Logging Computer]]
* [[Field Safety]]

== Field Notes and Procedures ==

* Making [[discharge measurements with ADCP]]
* [[Spring Stream Gauging Field Supplies]] Umiat Project Supplies List
* [[Winriver II]] Software for RDI ADCP Discharge Measurements
* Using the [[RDI StreamPro ADCP]]
* Using the [[RDI Rio Grande ADCP]]
* [[Bluetooth Communiciations]] for ADCP Discharge Measurements
* Using the [[Sontek RiverSurveyor S5 ADCP]]
* [[Quality Assurance/Control of ADCP Measurements]]
* Using the [[Sontek handheld ADP]]
* Using the [[Sontek Rivercat and Toughbook]]
* Using the [[Flo-Mate]] flow meter
* [[WERC Snow Survey Procedure]]
* Checking the [[TPS]] precipitation sensor.
* [[Trimble R8 Fast-Static Surveys]]
* A [[Thaw probe design]]
* Alternative to the Gieck Stand-- [[variable terrain rain gage stand]]
* [[Tripod setup|Cheap tripod setup]]<br>
*Using [[Isco 3700 Auto-Sampler]]
* Update a [[CR10X Operating System]]
* Add a [[scheduled task in windows]]

== Project Site Logs and To-Do lists ==
* [[Umiat Project Station Inventories]]
* [[Umiat May 2010 Field Trip]] Logistics Planning
* [[Umiat May 2011 Field Trip]] Planning
* [[April 2010 Snow Survey Trip]] TO DO List
* [[all projects]] todo and site logs
* [[Sept 2009 Field Trip ]] General ToDo List
* [[Sept 2008 Field Trip - Emily and Ken]] General ToDo List
* [[June 2008 Field Trip - Emily and Ken]] General ToDo List
* [[North Slope Kuparuk]]
* [[North Slope Bullen]]
* [[North Slope Foothills]]
* [[Seward Peninsula Sites]]
* [[Super-Site]]
* [[Jessie Cable & Bob Bolton EPSCOR in CPCRW project]]
* [[Barrow Soil Moisture]] Anna L's SM experiment in Barrow
* [[Chas Sites]]
* [[NGEE]]
* [[Pakbus IDs]]

== WERC Field Books ==
* [[ken 2005 1]]
* [[ken 2005-2]]
* [[ken 2006-1]]
* [[ken 2007-1]]
* [[ken 2008-2]]
* [[ken 2008-3]]

== ''Meta-topics'' on the use & setup of the WERC wiki ==
* editing wiki pages
* [[implementing site todo lists and logs]]

Bob Hardware Serial Numbers

2012-05-01T18:47:32Z

137.229.29.86:

Just a page I should have started long ago...

====Freewave Radios====
Model Serial Number Project Location Last Inventory Date
FGR-115WC SN 878-6629 PACMAN SP Skookum -- 8/2011
FGR-115WC SN 878-6697 PACMAN SP Anvil1 -- 8/2011
FGR-115WC SN 878-6734 PACMAN SP Anvil2 -- 8/2011
FGR-115WC SN 878-6733 PACMAN SP Nome Base -- 10/2010
FGR-115RC SN 872-0122 PACMAN SP Anvil City -- 8/2011
FGR-115WC SN 878-5624 PACMAN SP C2 Blueberry -- 8/2011
FGR-115WC SN 878-6891 PACMAN SP C1 Grid -- 8/2011
FGR-115WC SN 878-6669 PACMAN SP Kig1 -- 8/2011
FGR-115WC SN 878-6907 PACMAN SP K1 Burn -- 8/2011
FGR-115WC SN 878-6681 PACMAN SP K2 Met -- 8/2011
FGR-115RC SN 873-7574 JAMSTEC / JAXA SP K3 Mauze -- 8/2011
FGR-115RC SN 916-4336 EPSCOR? / NSF? 207E -- 9/2011
FGR-115RC SN 873-5346 JAMSTEC 207E -- 9/2011
FGR-115RC SN 873-7563 JAMSTEC 207E -- 9/2011

====Campbell Scientific====
CR1000 SN 13090 JAMSTEC / JAXA -- SS-Eco1 -- 9/2011
CFM100 SN 6157 JAMSTEC / JAXA -- SS-Eco1 -- 9/2011
MD485 SN 2931 JAMSTEC / JAXA -- SS-Eco1 -- 9/2011
AM16/32B SN 6333 JAMSTEC / JAXA -- SS-Eco1 -- 9/2011
CR1000 SN 25440 JAMSTEC / JAXA -- SS-HF1 -- 5/2012
CFM100 SN 6165 JAMSTEC / JAXA -- SS-HF1 -- 5/2012
MD485 SN 3671 JAMSTEC -- SS-HF1 -- 5/2012
CR10X SN 32347 OLD STOCK -- Anna Spare -- 9/2011
CR800 SN TBD JAMSTEC -- SS-SnowTemps -- 9/2011
AM16/32B SN 6331 JAMSTEC -- SS-SnowTemps -- 9/2011
MD485 SN 2934 JAMSTEC -- SS-SnowTemps -- 9/2011
RF450 SN 8825337 BLM (Cherry) -- 207E -- 9/2011
RF450 SN 8752750 JAMSTEC -- Hiroki PFRR Tower -- 9/2011
RF450 SN 8752691 JAMSTEC -- Super-Site Base Station -- 9/2011
CR800 SN 16784 JAMSTEC? -- 207E -- 9/2011
CR1000 SN 22972 JAMSTEC -- 207E -- 9/2011
CFM100 SN 6158 JAMSTEC -- 207E -- 9/2011
CC640 SN 1043 NSF? -- 207E but headed to WR Hiroki Tower -- 9/2011
SDM-SW8A SN 4120 JAMSTEC -- 207E -- 9/2011
A21REL-12 SN 2592 NSF? -- 207E -- 9/2011
A21REL-12 SN 2593 NSF? -- 207E -- 9/2011
MD485 SN 3620 JAMSTEC -- 207E -- 9/2011
MD485 SN 3714 JAMSTEC -- 207E -- 9/2011
NL100 SN 1216 NSF? -- 207E -- 9/2011
NL100 SN 5013 JAMSTEC -- 207E -- 9/2011
RF401 SN 30778 OLD STOCK -- 207E -- 9/2011
SC32B SN 5941 OLD STOCK -- 207E -- 9/2011
SC32B SN UNK OLD STOCK -- 207E -- 9/2011
CR10KD SN 10474 OLD STOCK -- 207E -- 9/2011
CR10KD SN 14002 OLD STOCK -- 207E -- 9/2011
CR10X SN 4111 OLD STOCK -- 207E -- 9/2011
CR10X SN 42777 OLD STOCK -- 207E -- 9/2011
CR10X SN 25759 OLD STOCK -- 207E -- 9/2011
CR10X SN 18089 OLD STOCK -- 207E -- 9/2011
CR10X SN 25761 OLD STOCK -- 207E -- 9/2011
CR10X SN 39030 OLD STOCK -- 207E -- 9/2011
CR10 SN 11015 OLD STOCK -- 207E -- 9/2011
CR10 SN 13735 OLD STOCK -- 207E -- 9/2011
CR10 SN 17587 OLD STOCK -- 207E -- 9/2011
SM716 SN 6015 OLD STOCK -- 207E -- 9/2011
SM716 SN 6016 OLD STOCK -- 207E -- 9/2011
AM16/32B SN 7011 JAMSTEC -- 207E -- 9/2011
AM416 SN 14804 OLD STOCK -- 207E -- 9/2011
AM416 SN 2405 OLD STOCK -- 207E -- 9/2011
AM416 SN 4557 OLD STOCK -- 207E -- 9/2011
SDMX50 SN 2967 OLD STOCK -- 207E -- 9/2011
TDR100 SN 1133 OLD STOCK -- 207E -- 9/2011
SR50 SN 2000 OLD STOCK -- 207E -- 9/2011
SR50 SN UNK OLD STOCK -- 207E -- 9/2011
UDG01 SN C1167 OLD STOCK -- 207E -- 9/2011
UDG01 SN C1033 OLD STOCK -- 207E -- 9/2011
SR50A SN 1201 JAMSTEC/NSF -- 207E -- 9/2011
SR50A SN 1285 JAMSTEC/NSF -- 207E -- 9/2011
SR50A SN 1439 JAMSTEC/NSF -- 207E -- 9/2011
SR50A SN 2002 JAMSTEC -- 207E -- 9/2011
SR50A SN 2012 JAMSTEC -- 207E -- 9/2011
SR50A SN 2901 JAMSTEC/NSF/PACMAN -- 207E -- 9/2011
SR50A SN 2910 JAMSTEC/NSF/PACMAN -- 207E -- 9/2011
SR50A SN 3538 JAMSTEC/NSF/PACMAN -- 207E -- 9/2011
SR50A SN 3961 PACMAN -- 207E -- 12/2011
SR50A SN 3949 PACMAN -- 207E -- 12/2011
SR50A SN 3943 PACMAN -- 207E -- 12/2011
SR50A SN 3969 PACMAN -- 207E -- 12/2011
SR50A SN 3957 PACMAN -- 207E -- 12/2011

====Judd Communications====
Ultrasonic Depth SN02897 CHERRY -- 207E -- 9/2011

====Met One ====
014A SN M3685 PACMAN -- Seward Pen -- 8/2011
014A SN M3690 PACMAN -- Seward Pen -- 8/2011
014A SN M3691 NSF -- CPCRW -- 9/2011
014A SN M3676 NSF -- CPCRW -- 9/2011

====Vaisala ====
HMP155 SN G4940001 JAMSTEC -- SS-HF1 -- 5/2012

Bob Hardware Serial Numbers

2012-05-01T18:46:14Z

137.229.29.86: /* Campbell Scientific */

Common Sensor Wiring

2012-04-30T19:55:33Z

137.229.29.86:

Commonly Used Sensor Wiring
* Judd Snow Depth:
Power: Red -- 12 volts
Ground: Black -- Ground
Shield: Clear -- Ground
Reset: Green -- Control Port
Transmit: White -- Control Port

* SR50 / SR50A Sonic Distance Sensor
Power: Red -- 12 volts
Ground: Black -- G
Shield: Clear -- G
Sensor Ground: White -- G
Communication: Green -- Control Port

* CS105 Vaisala Barometric Pressure Sensor
Power: Red -- 12 volts
Ground: Black -- G
Shield: Clear -- G
Signal: Blue -- SE Channel
Signal Ground: Yellow -- AG
Reset: Green -- Control Port

* TE525M Rain Gage
Signal +: Black -- Mode 1 - Pulse Channel; Mode 2 - 5 Volts
Signal -: White -- Mode 1 - G; Mode 2 - Control Port 7 or 8

* HMP45C (older)
Power: Red -- 12 volts
Ground: Black -- G
Shield: Clear -- G
Temperature Signal: Yellow -- SE Channel
Relative Humidity Signal: Blue -- SE Channel
Signal Ground: Purple -- G
Reset: Orange -- Control Port

* HMP45C (newer)
Power: Red -- SW12V
Ground: Black -- G
Shield: Clear -- G
Temperature Signal: Yellow -- SE Channel
Relative Humidity Signal: Blue -- SE Channel
Signal Ground: White -- G

* CS615 / CS616 Soil Moisture Sensor
Power: Red -- 12 volts
Ground: Black -- G
Shield: Clear -- G
Signal: Green -- SE Channel
Reset: Orange -- Control Port

* Met One Wind Speed 034A
Signal +: Red -- Pulse Channel
Signal -: Black -- G
Shield: Clear -- G

* Met One Wind Direction 034B
Signal: Green -- SE Channel
Excitation: Blue -- Excitation Channel
Signal Ground: White -- AG
Shield: Clear -- G

* RM Young Wind Speed & Direction 05103
Wind Speed +: Red -- Pulse Channel
Wind Speed -: Black -- G
Wind Direction Excitation: Blue -- Excitation Channel
Wind Direction Signal: Green -- SE Channel
Wind Direction Signal Ground: White -- AG
Shield: Clear -- G

* Generic Thermistor:
Excitation: Precision Resistor From Excitation Channel to SE Channel
Signal +: Wire 1 - SE Channel
Signal -: Wire 2 - AG

* HMP155 MD485 mode
Pin2 - Connect to MD485A
Pin6 - Connect to MD485B
Pin7 - Connect to 12V
Pin8 - Connect to Ground
Put MD485 in transparent mode and connect RS485 port to either the CSIO or the RS232. CSIO is good because then the unit is powered, which simplifies the wiring a bit.
Default HMP155 Mode:
4800 baud
even parity
7 data bits
1 stop bit
no flow control
MD485s can't support this so you'll need to use the Vaisala USB interface to first communicate with the HMP155 to change the settings like this:
seri 9600 n 8 1
Also, set up the formatting:
form 5.3 T " " RH #n
Typing in a question mark (''?'') will get you a dump of the unit's settings and serial numbers etc.