NANO Site Information Form International GNSS Service See Instructions at: ftp://igscb.jpl.nasa.gov/pub/station/general/sitelog_instr.txt 0. Form Prepared by (full name) : Lisa Nykolaishen Date Prepared : 2010-04-30 Report Type : UPDATE If Update: Previous Site Log : nano_20090926.log Modified/Added Sections : 2003-02-20: - 3.8 : 2006-03-01: - 13.0, Antenna Diagram B : 2008-03-17: - 3.2, receiver serial number line : missing - added line; : - 4.1, corrected end date from : 1995-08-06 to 1999-08-06; : - 11, corrected email address for : Michael Schmidt; : 2008-12-10 - 3.9, new receiver installation; : file audited 2008-03-17; : 2008-10-08: - 3.2,3.3,3.4: inserted missing : elevation cutoff settings; : - 3.2,3.7: corrected end times; : - 4.3: expanded antenna serial : number; : - 7.1: inserted effective start : date of repeat abs. grav. : observations; : 2009-09-26 - 3.10: f/w upgrade : - 4.4: Antenna change, dome added, : HI change : 2010-04-30 - 3.11: f/w upgrade; 1. Site Identification of the GNSS Monument Site Name : Nanoose Four Character ID : NANO Monument Inscription : 957000 IERS DOMES Number : 40138M001 CDP Number : Monument Description : PILLAR/BRASS Height of the Monument : 1.5m Monument Foundation : BEDROCK Foundation Depth : Marker Description : BRASS PLATE Date Installed : 1995-05-13 Geologic Characteristic : BEDROCK Bedrock Type : IGNEOUS/METAMORPHIC Bedrock Condition : WEATHERED Fracture Spacing : 50 - 100cm Fault zones nearby : BEAUFORT FAULT / CASCADIA SUBDUCTION ZONE Distance/activity : Additional Information : This station is part of the Western Canada : Deformation Array (WCDA) as well as the : Canadian Active Control System (CACS). : : ******************************************* : The GPS reference mark consists of a brass : plate with a forced centered stainless steel : bolt. The brass plate is embedded on top of : a 1.5 metre high concrete pier, 60 cm in : diameter. The concrete pier is anchored to : exposed bedrock using steel re-enforcement : bars to a depth of 1.5 m. The antenna is : attached to the brass forced centered plate : via an anodized aluminum base. : ** File Audited as of 2008-10-08 2. Site Location Information City or Town : Nanoose Bay State or Province : B.C. Country : Canada Tectonic Plate : North America Approximate Position (ITRF) X coordinate (m) : -2335726.7300 Y coordinate (m) : -3451608.3290 Z coordinate (m) : 4812009.9710 Latitude (N is +) : +491741.28 Longitude (E is +) : -1240511.40 Elevation (m,ellips.) : +6.0 Additional Information : located on Winchelsea Island 3. GNSS Receiver Information 3.1 Receiver Type : ROGUE SNR-8000 Satellite System : GPS Serial Number : 162 Firmware Version : 3.0.32.3 lk 95/03/21 Elevation Cutoff Setting : Date Installed : 1995-05-13T00:25Z Date Removed : 1996-02-14T18:20Z Temperature Stabiliz. : ± 5 DEG C Additional Information : Installed 3.2 Receiver Type : ROGUE SNR-8000 Satellite System : GPS Serial Number : 162 Firmware Version : 3.2 lk 95/03/09 Elevation Cutoff Setting : 10 Date Installed : 1996-02-14T18:20Z Date Removed : 1999-05-13T16:52Z Temperature Stabiliz. : (none or tolerance in degrees C) Additional Information : firmware upgrade 3.3 Receiver Type : ROGUE SNR-8000 Satellite System : GPS Serial Number : 162 Firmware Version : 3.2.32.8 lk 98/12/28 Elevation Cutoff Setting : 10 Date Installed : 1999-05-13T16:52Z Date Removed : 1999-08-06T00:24Z Temperature Stabiliz. : ± 5 DEG C Additional Information : 3.4 Receiver Type : ROGUE SNR-8000 Satellite System : GPS Serial Number : 165 Firmware Version : 3.2.32.8 lk 98/12/28 Elevation Cutoff Setting : 10 Date Installed : 1999-08-06T00:24Z Date Removed : 2001-11-08T17:15Z Temperature Stabiliz. : ± 5 DEG C Additional Information : 3.5 Receiver Type : AOA BENCHMARK ACT Satellite System : GPS Serial Number : 2042 Firmware Version : 3.3.32.4x lk 00/03/08 Elevation Cutoff Setting : 5 Date Installed : 2001-11-08T17:15Z Date Removed : 2002-10-18T17:00Z Temperature Stabiliz. : ± 5 DEG C Additional Information : 3.6 Receiver Type : ROGUE SNR-8000 Satellite System : GPS Serial Number : 158 Firmware Version : 3.2.32.11 lk 00/07/25 Elevation Cutoff Setting : 5 Date Installed : 2002-10-18T17:00Z Date Removed : 2003-01-09T18:35Z Temperature Stabiliz. : ± 5 DEG C Additional Information : 3.7 Receiver Type : LEICA CRS1000 Satellite System : GPS Serial Number : 30174 Firmware Version : 9.00 4.42 1.26 1.20 Elevation Cutoff Setting : 5 Date Installed : 2003-01-09T23:00Z Date Removed : 2003-02-20T18:00Z Temperature Stabiliz. : ± 5 DEG C Additional Information : 3.8 Receiver Type : LEICA CRS1000 Satellite System : GPS Serial Number : 23214 Firmware Version : 9.00 4.42 1.26 1.20 Elevation Cutoff Setting : 5 Date Installed : 2003-02-20T18:30Z Date Removed : 2008-12-09T21:30Z Temperature Stabiliz. : ± 5 DEG C Additional Information : 3.9 Receiver Type : LEICA GRX1200GGPRO Satellite System : GPS+GLONASS Serial Number : 355846 Firmware Version : 6.00 Elevation Cutoff Setting : 5 Date Installed : 2008-12-09T21:50Z Date Removed : 2009-09-25T15:51Z Temperature Stabiliz. : ± 5 DEG C Additional Information : 3.10 Receiver Type : LEICA GRX1200GGPRO Satellite System : GPS+GLONASS Serial Number : 355846 Firmware Version : 7.53 Elevation Cutoff Setting : 5 Date Installed : 2009-09-25T19:50Z Date Removed : 2010-04-28T23:50Z Temperature Stabiliz. : ? 5 DEG C Additional Information : 3.11 Receiver Type : LEICA GRX1200GGPRO Satellite System : GPS+GLONASS Serial Number : 355846 Firmware Version : 7.80/3.019 Elevation Cutoff Setting : 5 Date Installed : 2010-04-29T00:00Z Date Removed : (CCYY-MM-DDThh:mmZ) Temperature Stabiliz. : ? 5 DEG C Additional Information : 3.x Receiver Type : (A20, from rcvr_ant.tab; see instructions) Satellite System : (GPS/GLONASS/GPS+GLONASS) Serial Number : (A5) Firmware Version : (A11) Elevation Cutoff Setting : (deg) Date Installed : (CCYY-MM-DDThh:mmZ) Date Removed : (CCYY-MM-DDThh:mmZ) Temperature Stabiliz. : (none or tolerance in degrees C) Additional Information : (multiple lines) 4. GNSS Antenna Information 4.1 Antenna Type : AOAD/M_T EMRA Serial Number : 92174 Antenna Reference Point : BPA Marker->ARP Up Ecc. (m) : 0.100 Marker->ARP North Ecc(m) : 0 Marker->ARP East Ecc(m) : 0 Alignment from True N : 0 Antenna Radome Type : EMRA Radome Serial Number : Antenna Cable Type : Andrews FSJ4-50B Antenna Cable Length : 100m Date Installed : 1995-05-13T00:25Z Date Removed : 1999-08-06T00:24Z Additional Information : The dome was installed using an aluminum : flange ring attached to the choke : ring. The flange ring extends the radius of : the ground plane by 2.5 cm. : Antenna p/n 7490400-1 : ref. Antenna Diagram 'A' below 4.2 Antenna Type : AOAD/M_T EMRA Serial Number : 94383 Antenna Reference Point : BPA Marker->ARP Up Ecc. (m) : 0.100 Marker->ARP North Ecc(m) : (F8.4) Marker->ARP East Ecc(m) : (F8.4) Alignment from True N : 0 Antenna Radome Type : EMRA Radome Serial Number : Antenna Cable Type : Andrews FSJ4-50B Antenna Cable Length : 100m Date Installed : 1999-08-06T00:24Z Date Removed : 2003-01-09T18:35Z Additional Information : The dome was installed using an aluminum : flange ring attached to the choke : ring. The flange ring extends the radius of : the ground plane by 2.5 cm. : Antenna p/n 7490582-2 : ref. Antenna Diagram 'A' below 4.3 Antenna Type : LEIAT504 NONE Serial Number : 00411 Antenna Reference Point : BPA Marker->ARP Up Ecc. (m) : 0.200 Marker->ARP North Ecc(m) : 0.0 Marker->ARP East Ecc(m) : 0.0 Alignment from True N : 0 Antenna Radome Type : NONE Radome Serial Number : Antenna Cable Type : Andrews FSJ4-50B Antenna Cable Length : 100m Date Installed : 2003-01-09T23:00Z Date Removed : 2009-09-25T15:51Z Additional Information : SS RF skirt : ref. Antenna Diagram 'B' below 4.4 Antenna Type : LEIAT504GG LEIS Serial Number : 00724 Antenna Reference Point : BPA Marker->ARP Up Ecc. (m) : 0.100 Marker->ARP North Ecc(m) : 0.0 Marker->ARP East Ecc(m) : 0.0 Alignment from True N : 0 Antenna Radome Type : LEIS Radome Serial Number : Antenna Cable Type : Andrews FSJ4-50B Antenna Cable Length : 100m Date Installed : 2009-09-25T19:50Z Date Removed : CCYY-MM-DDThh:mmZ Additional Information : SS RF skirt : ref. Antenna Diagram 'B' below 4.x Antenna Type : (A20, from rcvr_ant.tab; see instructions) Serial Number : (A*, but note the first A5 is used in SINEX) Antenna Reference Point : (BPA/BCR/XXX from "antenna.gra"; see instr.) Marker->ARP Up Ecc. (m) : (F8.4) Marker->ARP North Ecc(m) : (F8.4) Marker->ARP East Ecc(m) : (F8.4) Alignment from True N : (deg; + is clockwise/east) Antenna Radome Type : (A4 from rcvr_ant.tab; see instructions) Radome Serial Number : Antenna Cable Type : (vendor & type number) Antenna Cable Length : (m) Date Installed : (CCYY-MM-DDThh:mmZ) Date Removed : (CCYY-MM-DDThh:mmZ) Additional Information : (multiple lines) 5. Surveyed Local Ties 5.x Tied Marker Name : Tied Marker Usage : (SLR/VLBI/LOCAL CONTROL/FOOTPRINT/etc) Tied Marker CDP Number : (A4) Tied Marker DOMES Number : (A9) Differential Components from GNSS Marker to the tied monument (ITRS) dx (m) : dy (m) : dz (m) : Accuracy (mm) : (mm) Survey method : (GPS CAMPAIGN/TRILATERATION/TRIANGULATION/etc) Date Measured : (CCYY-MM-DDThh:mmZ) Additional Information : (multiple lines) 6. Frequency Standard 6.1 Standard Type : RUBIDIUM Input Frequency : 5MHz Effective Dates : 1995-05-13T00:25Z/1998-02-26T19:18Z Notes : 6.2 Standard Type : RUBIDIUM Input Frequency : 5MHz Effective Dates : 1998-02-26T19:27Z/1998-03-03T17:15Z Notes : 6.3 Standard Type : internal clock steering Input Frequency : 5MHz Effective Dates : 1998-03-03T17:15Z/1998-06-10T14:46Z Notes : 6.4 Standard Type : RUBIDIUM Input Frequency : 5MHz Effective Dates : 1998-06-10T14:54Z/2000-11-07T17:08Z Notes : 6.5 Standard Type : CLOCK STEERING Input Frequency : Effective Dates : 2000-11-07T17:08Z/2003-01-09T18:35Z Notes : 6.6 Standard Type : INTERNAL Input Frequency : Effective Dates : 2003-01-09T23:00Z Notes : 6.x Standard Type : (INTERNAL or EXTERNAL H-MASER/CESIUM/etc) Input Frequency : (if external) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Notes : (multiple lines) 7. Collocation Information 7.1 Instrumentation Type : Absolute Gravity Status : Mobile Effective Dates : 1995-07-26 Notes : Located approx. 7km from site; : contact GSC for additional information 7.x Instrumentation Type : (GPS/GLONASS/DORIS/PRARE/SLR/VLBI/TIME/etc) Status : (PERMANENT/MOBILE) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Notes : (multiple lines) 8. Meteorological Instrumentation 8.1.x Humidity Sensor Model : Manufacturer : Serial Number : Data Sampling Interval : (sec) Accuracy (% rel h) : (% rel h) Aspiration : (UNASPIRATED/NATURAL/FAN/etc) Height Diff to Ant : (m) Calibration date : (CCYY-MM-DD) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Notes : (multiple lines) 8.2.x Pressure Sensor Model : Manufacturer : Serial Number : Data Sampling Interval : (sec) Accuracy : (hPa) Height Diff to Ant : (m) Calibration date : (CCYY-MM-DD) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Notes : (multiple lines) 8.3.x Temp. Sensor Model : Manufacturer : Serial Number : Data Sampling Interval : (sec) Accuracy : (hPa) Aspiration : (UNASPIRATED/NATURAL/FAN/etc) Height Diff to Ant : (m) Calibration date : (CCYY-MM-DD) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Notes : (multiple lines) 8.4.x Water Vapor Radiometer : Manufacturer : Serial Number : Distance to Antenna : (m) Height Diff to Ant : (m) Calibration date : (CCYY-MM-DD) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Notes : (multiple lines) 8.5.x Other Instrumentation : 9. Local Ongoing Conditions Possibly Affecting Computed Position 9.1.x Radio Interferences : (TV/CELL PHONE ANTENNA/RADAR/etc) Observed Degredations : (SN RATIO/DATA GAPS/etc) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Additional Information : (multiple lines) 9.2.x Multipath Sources : (METAL ROOF/DOME/VLBI ANTENNA/etc) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Additional Information : (multiple lines) 9.3.x Signal Obstructions : (TREES/BUILDLINGS/etc) Effective Dates : (CCYY-MM-DD/CCYY-MM-DD) Additional Information : (multiple lines) 10. Local Episodic Effects Possibly Affecting Data Quality 10.x Date : (CCYY-MM-DD/CCYY-MM-DD) Event : (TREE CLEARING/CONSTRUCTION/etc) 11. On-Site, Point of Contact Agency Information Agency : Geological Survey of Canada Preferred Abbreviation : GSC Mailing Address : P.O. Box 6000 : 9860 West Saanich Rd. : Sidney, B.C. : Canada V8L 4B2 Primary Contact Contact Name : Michael Schmidt Telephone (primary) : 250-363-6760 Telephone (secondary) : 250-363-6500 Fax : 250-363-6565 E-mail : MSchmidt@nrcan.gc.ca Secondary Contact Contact Name : Herb Dragert Telephone (primary) : 250-363-6447 Telephone (secondary) : 250-363-6500 Fax : 250-363-6565 E-mail : HDragert@nrcan.gc.ca Additional Information : (multiple lines) 12. Responsible Agency (if different from 11.) Agency : (multiple lines) Preferred Abbreviation : (A10) Mailing Address : (multiple lines) Primary Contact Contact Name : Telephone (primary) : Telephone (secondary) : Fax : E-mail : Secondary Contact Contact Name : Telephone (primary) : Telephone (secondary) : Fax : E-mail : Additional Information : (multiple lines) 13. More Information Primary Data Center : ftp://wcda.pgc.nrcan.gc.ca Secondary Data Center : none URL for More Information : http://gsc.nrcan.gc.ca/geodyn/wcda/index_e.php Hardcopy on File Site Map : (Y or URL) Site Diagram : (Y) Horizon Mask : (Y) Monument Description : (Y) Site Pictures : (Y) Additional Information : Hardcopy Information available from www : site or site contact Antenna Graphics with Dimensions Antenna Diagram A ***************** TURBOROGUE: AOAD/M_T (Allen Osborne Design) (not to scale) . . . . . . . .<- ACRYLIC DOME . ----- . (EMRA) . / + \ . <- 0.128 L2 . | + | .<- 0.110 L1 . +-----------------------------------------------+ <- 0.102 TCR . | | . . | | . . | | . . | | . . +-+------------------------------------------------+-+ . <- 0.038 ... +-------------------+-------------+------------------+ <- 0.035 BCR |======FLANGE======= | | =======RING=======| | | | | | +------X------+ <------ 0.000 ARP | | * * | | | * * | | | * * | |< metal | * * 0.100m | screen | * * | |RF skirt | * * | | [---------------------------------#--------------------------------]<-TOP OF [ ]CONCRETE [ ] PIER [ ] [ ] # ... Monument Reference Point X ... Antenna Reference Point (ARP) L1 : L1 Phase Center L2 : L2 Phase Center TCR: Top of Chokering BCR: Bottom of Chokering Antenna Diagram B ***************** LEICA AT504 Antenna: (not to scale) ----- / + \ | + | +-----------------------------------------------+ <- 0.1012 TCR | | | | | | | | +-+------------------------------------------------+-+ +-------------------+-------------+------------------+ <- 0.0345 BCR | | | | | | | | | +------X------+ <------ 0.000 ARP | * * | | | * * | | | * * | | | * * 0.200m |SS | * * | |RF skirt | * * | | | * * | | | * * | | | * * | | | * * | | | * * | | | * * | | [---------------------------------#--------------------------------]<-TOP OF [ ]CONCRETE [ ] PIER [ ] [ ] # ... Monument Reference Point X ... Antenna Reference Point (ARP) TCR: Top of Chokering BCR: Bottom of Chokering Antenna Diagram C ***************** LEIAT504GG LEIS (not to scale) . . . . . . . . . . . . . . . . <-- DOME (LEIS) . . . . . . . . . . . . ----- . . / + \ . . | + | . . +-----------------------------------------------+ .<- 0.102 TCR . | | . . | | . . | | . . | | . . +-+------------------------------------------------+-+ . . +-------------------+-------------+------------------+ .<- 0.0345 BCR | | | | | | | | | +------X------+ <--------------- |<- 0.000 ARP | * * | | | * * | | | * * | |< metal | * * 0.100 | screen | * * | |RF skirt | * * | | [---------------------*------#------*--------------------]<-TOP OF [ ]CONCRETE [ ] PIER [ ] [ ] # ... Monument Reference Point X ... Antenna Reference Point (ARP) TCR: Top of Chokering BCR: Bottom of Chokering