HIG Site Information Form International GPS Service for Geodynamics 0. Form Prepared by (full name) : Dr. Wolfgang Schlueter : Klaus Roettcher : Uwe Hessels : Andreas Reinhold : Reiner Wojdziak : Rudi Stoeger Date Prepared : 15-FEB-2000 Report Type : UPDATE Prepared Using : 1. Site Identification of the GPS Monument Site Name : O'Higgins / Antarctica Four Character ID : OHIG Monument Inscription : Pillar K5 IERS DOMES Number : 66008M001 CDP Number : Date Installed : 14-FEB-1995 00:00 UT Geologic Characteristic : Bedrock Bedrock Type : Metamorphic Bedrock Condition : Weathered Fracture Spacing : 50-200 cm Notes : Predominant rocks at the station : O'Higgins are quartz-bearing black, : grey and reddish brown : low-metamorphic clay slates and : phylitte slates of the Trinity : Peninsula Formation. They are very : brittle, fine-laminated in the mm- : and cm-range and incline with about : 60 to 80 degrees to NW. : Because of these characteristics : and the high clay mineral content : and the expansive force resulting : from this the slates are highly : susceptible to weathering and mostly : covered by detrital layers. Only : tectonicly less stressed parts and : parts resistant to weathering stick : out from these detrital masses. These : have a linear geometry and show strong : cleavings. The instrusions of 0.5m to : 1.5m thick vein rocks, which pass : through the slates, are significantly : younger. The pillar with the Turbo : Rogue antenna is bolted into one of : these veins, which are very resistant : to weathering. Additional Information : A ROGUE SNR-8000 operates since : 14-FEB-1995 at the ERS/VLBI- Station : O'Higgins. : Upgrading Firmware firmware from V 3.0 to : V 3.2 04-FEB-1996 16:40 UT. : Malfunctiong ROGUE SNR-8000 S/N T319 have : been replaced by ROGUE SNR-8000 S/N T398 : 17-FEB-1997 00:23 UT (Firmware V 3.2 to : V 3.32.4). : ROGUE SNR-8000 S/N T-398 have been : replaced by AOA SNR-8000 ACT : S/N T-395U (ROGUE SNR-8000 upgraded : to ACT, functionally like AOA : BENCHMARK ACT) V 3.3.32.3 14-FEB-2000 : 00:35 UT. 2. Site Location Information City or Town : O'Higgins State or Province : Country : Antarctic Peninsula Tectonic Plate : Antarctican Approximate Position X coordinate (m) : 1525872.392 Y coordinate (m) : -2432481.273 Z coordinate (m) : -5676146.066 Latitude (deg) : 63.320724011 S Longitude (deg) : 57.900342018 W Elevation (m) : 30.621 Additional information : The GPS-System was installed nearby : the German ERS/VLBI-Station and the : Chilenian Base O'Higgins. : The System is a stand-alone-system : during long Antartican-Winter. : Only for VLBI-Observation-Sessions : operators travel to O'Higgins during : short Antarctican-"Summer". 3. GPS Receiver Information 3.1 Receiver Type : ROGUE SNR-8000 Serial Number : T319 Firmware Version : 3.0 Date Installed : 14-FEB-1995 00:00 UT Date Removed : 04-FEB-1996 16:40 UT Additional Information : 3.2 Receiver Type : ROGUE SNR-8000 Serial Number : T319 Firmware Version : 3.2 Date Installed : 04-FEB-1996 16:40 UT Date Removed : 17-FEB-1997 00:23 UT Additional Information : 3.3 Receiver Type : ROGUE SNR-8000 Serial Number : T398 Firmware Version : 3.2.32.4 Date Installed : 17-FEB-1997 00:23 UT Date Removed : 14-FEB-2000 00:35 UT Additional Information : 3.4 Receiver Type : AOA SNR-8000 ACT Serial Number : T-395U Firmware Version : 3.3.32.3 Date Installed : 14-FEB-2000 00:35 UT Date Removed : Additional Information : 4. GPS Antenna Information 4.1 Antenna Type : AOAD/M_T DOME Serial Number : 414 Antenna Height (m) : 0.001 m : (1.0 mm above metal plate at : pillar # K5) : - 0.013 m (13.0 mm below top of : bolt at pillar # K5) Antenna Reference Point : ARP Degree Offset from North : Antenna Radome Type : DOME Date Installed : 09-FEB-1995 00:00 UT Date Removed : 30-JAN-1999 16:30 UT Additional Information : Modified Radome as used for : Inmarsat A equipments 4.2 Antenna Type : AOAD/M_T DOME Serial Number : 421 Antenna Height (m) : 0.001 m : (1.0 mm above metal plate at : pillar # K5) : - 0.013 m (13.0 mm below top of : bolt at pillar # K5) Antenna Reference Point : ARP Degree Offset from North : Antenna Radome Type : DOME Date Installed : 30-JAN-1999 16:30 UT Date Removed : Additional Information : Modified Radome as used for : Inmarsat A equipments 5. Local Site Ties 5.1 Monument Name : VLBI Site Ref CDP Number : Site Ref Domes Number : Differential Components from GPS Mark to Site Reference (ITRS) dx (m) : -39.4541 dy (m) : 17.6454 dz (m) : -28.4221 Accuracy (mm) : mm Date Measured : 30-JUL-1999 Additional Information : The vectors are refered to the top : of the bolt at pillar # K5 : dx = x (axis VLBI) - x (top of bolt : at pillar # K5). : Top of the bolt at pillar # K5 is : 13 mm above the ARP. 6. Frequency Standard 6.1 Standard Type : H-MASER Frequency : Effective Dates : 09-FEB-1995 Notes : 6.2 Standard Type : INTERNAL Frequency : Effective Dates : 09-FEB-1995 Notes : The ROGUE SNR-8000 / AOA SNR-8000 : ACT operate with internal : oscillator. 7. Collocation Information 7.1 Instrumentation Type : VLBI Status : PERMANENT Effective Dates : 1995 - now Notes : 2 VLBI-measurements in campaigns each year 8. Meteorological Instrumentation 8.1 Humidity Sensor Model : MP 408 A Manufacturer : Rotronic, Esslingen Data Frequency : 15 min Accuracy (% rel h) : + / - 1.5 % rel h Effective Dates : 14-FEB-1995 - now Notes : 8.2 Pressure Sensor Model : APS Manufacturer : Roessler + Cie Data Frequency : 15 min Accuracy (mbar) : + / - 1 mbar Height Diff to GPS (m) : 2,5 m Effective Dates : 14-FEB-1995 - now Notes : 8.3 Temperature Sensor Model : MP 408 A Manufacturer : Rotronic, Esslingen Data Frequency : 15 min Accuracy (deg C) : + / - 0.3 deg C Effective Dates : 14-FEB-1995 - now Notes : 8.4 Water Vapor Radiometer : Manufacturer : Distance to GPS (m) : Elev Diff to GPS (m) : Effective Dates : Notes : 8.5 Other Instrumentation : 9. On-Site, Point of Contact Agency Information Agency : Bundesamt fuer Kartographie : und Geodaesie Mailing Address : Bundesamt fuer Kartographie : und Geodaesie : Aussenstelle Leipzig : Karl-Rothe-Strasse 10 - 14 : D-04105 Leipzig : Germany Primary Contact Contact Name : Andreas Reinhold Telephone (primary) : (0049)-341-5634421 Telephone (secondary) : (0049)-341-56340 Fax : (0049)-341-5634415 E-mail : ar@leipzig.ifag.de Secondary Contact Contact Name : Reiner Wojdziak Telephone (primary) : (0049)-341-5634204 Telephone (secondary) : (0049)-341-56340 Fax : (0049)-341-5634415 E-mail : wojdziak@leipzig.ifag.de 10. Responsible Agency (if different from 9.) Agency : Bundesamt fuer Kartographie : und Geodaesie : Fundamentalstation Wettzell Mailing Address : Bundesamt fuer Kartographie : und Geodaesie : Fundamentalstation Wettzell : D-93444 Koetzting : Germany Primary Contact Contact Name : Dr. Wolfgang Schlueter Telephone (primary) : (0049)-9941-603107 Telephone (secondary) : (0049)-9941-6030 Fax : (0049)-9941-603222 E-mail : schlueter@wettzell.ifag.de Contact Name : Klaus Roettcher Telephone (primary) : (0049)-9941-603115 Telephone (secondary) : (0049)-9941-6030 Fax : (0049)-9941-603222 E-mail : roettcher@wettzell.ifag.d Contact Name : Uwe Hessels Telephone (primary) : (0049)-9941-603204 Telephine (secondary) : (0049)-9941-6030 Fax : (0049)-9941-603222 E-mail : hessels@wettzell.ifag.de Contact Name : Rudi Stoeger Telephone (primary) : (0049)-9941-603114 Telephone (secondary) : (0049)-9941-6030 Fax : (0049)-9941-603222 E-mail : stoeger@wettzell.ifag.de Secondary Contact Contact Name : Telephone (primary) : Telephone (secondary) : Fax : E-mail : Additional Information : 11. More Information URL for More Information : Hardcopy on File Site Map : X Site Diagram : Horizon Mask : Monument Description : Site Pictures : X Additional Information : Antenna Graphics with Dimensions AOAD/M_T DOME (DOME = modified Radome as used for Inmarsat A equipment) ----- / + \ <-- 0.128 L2 | + | <-- 0.110 L1 +--------------------------------------------------+ <-- 0.102 TCR | | | | | | | | +-+--------------------------------------------------+-+ <-- 0.038 +-------------------+-------------+--------------------+ <-- 0.035 BCR | | =| | +------x------+ <-- 0.000 ARP <-- 0.381 --> ARP: Antenna Reference Point L1 : L1 Phase Center L2 : L2 Phase Center TCR: Top of Chokering BCR: Bottom of Chokering