IceCube Deployment Monitoring System (PTS)

Slides:

Advertisements

Similar presentations

Data Quality Issues Cabled observatories will produce long time series of real time physical ocean data -- revealing: –Trends –Long-period fluctuations.

Advertisements

Electrical wiring for piezo movers piezo power supply strain gauges readout temperature probes 1 Frédéric BOGARD – LAL/IN2P3/CNRS – Jan 25, 2013 Electrical.

38GXC(Q)/40GXC(Q) Service Training Sizes 18 and 24K.

Pacific Gyre Digital Minimet Drifters Hurricane Rita 2005 DBCP 21 October 17 th -18 th Buenos Aires, Argentina.

AMANDA Lessons Antarctic Muon And Neutrino Detector Array.

Aloha Proof Module Design Cabled Observatory Presentation School of Ocean and Earth Science and Technology February 2006.

Speed of Sound Team BalloonWorks. Table of Contents Mission Goal and Objectives Science and Technical Backgrounds Mission Requirements Payload Design.

Master Clock for IceCube October 21, 2003 Contributors: Jerry Przybylski, Kalle Sulanke, Dave Nygren, Chuck McParland, Bob Stokstad Lawrence Berkeley National.

Sebastian Böser Acoustic test setup at south pole IceCube Collaboration Meeting, Berkeley, March 2005.

MICE Hydrogen Control System MICE H2 Review Meeting RAL 15 th Jan 2015 PJ Warburton – STFC Daresbury Lab.

Objective #1 Mrs. Quedens. 1 TimeAltitude (ft)Temperature ( o F)Pressure (psi) 7:08 AM :34 AM 26, :50 AM 43, :10 AM 53,

IceCube System Testing

DAQ Systems and Instruments for Hx Performance Testing and Periodic Monitoring.

LEGNARO - LCS - LEGNARO - LCS - IFMIF/EVEDA – RFQ Legnaro Local Control System M. Montis INFN-LNL Monthly Collaboration Meeting - May 29, 2012.

Temperature Measurement

Your Hospital What are sensing circuits ?

Greg Sullivan University of Maryland Data Filtering and Software IceCube Collaboration Meeting Monday, March 21, 2005.

Well Monitoring Hot Geothermal Wells Pressure, Temperature Tool based on High Temperature Electronics Developed for Commercial Aircraft Engine Control.

AMANDA and IceCube neutrino telescopes at the South Pole Per Olof Hulth Stockholm University.

Karsten Heeger, Univ. of Wisconsin UW, June 3, 2010 The DM-Ice Test Detector Detector Concept Mechanical Assembly Vessel Options Logistics Considerations.

Nov 30, 2003Tom Gaisser The IceTop component of IceCube Perspective from the South Pole.

The 2009 Deployment Tour Matthew Newcomb. The hole shrinks by 15 cm on the diameter every 24 hours A DOM requires at least 45 cm on the diameter or it.

Why Neutrino ? High energy photons are absorbed beyond ~ 150Mpc   HE  LE  e - e + HE s are unique to probe HE processes in the vicinity of cosmic.

Cascade and Flasher Workshop Welcome! n Logistics n Agenda n Goals Spencer Klein, LBNL.

J. Vandenbroucke N. Bramall, M.D’Agostino, A. Morey, P. Sandstrom, M.Solarz, I.Taboada Calibration of the Standard Candle: How Standard Is It? IceCube.

Ship-based observations: CTD, Nansen and Niskin bottles, inverting thermometer and Acoustic Doppler Current Profiler Ben Lee December 2, 2005 EPS 131.

Jan 16, 2004Tom Gaisser 1.3 Cost & schedule review The IceTop component of IceCube Area--solid-angle ~ 1/3 km 2 sr (including angular dependence of EAS.

Calibrating the first four IceCube strings Kurt Woschnagg, UCB L3 Detector Characterization IceCube Collaboration Meeting, Bartol, March 2004.

RAVISANKAR G EMS INSTRUMENTS

Thermal Measurement Choices for Correctors C. Drennan, February 23, 2009.

Hagar Landsman, Mike Richman, and Kara Hoffman On behalf of the IceCube Collaboration Ice index of refraction n(z) Ice Attenuation Length (point to point)

David Seckel, IceTop Baseline Review, Madison, Dec. 4, 2003 IceTop Baseline Review Dec. 4, Madison WI.

Calibrations Accomplishments in PY03 Plans for PY04 Kurt Woschnagg, UCB L3 lead – Detector Characterization.

IceCube Calibration Overview Kurt Woschnagg University of California, Berkeley MANTS 2009 Berlin, 25 September identical sensors in ultraclean,

Adding Decibels. Speed of Sound in Water Depth Salinity Pressure Temperature Medium Effects: Elasticity and Density Salinity Pressure Temperature Variable.

Series RHP Temperature and Humidity Transmitter The materials included in this compilation are for the use of Dwyer Instruments, Inc. potential.

9/18/2003Safety Review Electronics Electronics design LV, HV power supply Fusing Heat.

IceCube Dust Loggers Kurt Woschnagg, Ryan Bay Physics Department, UC Berkeley Instrumentation Session IceCube Collaboration Meeting Bartol, March 2004.

DOM MB Test Results at LBNL Main Board Readiness Status Review LBNL, July 2003 Azriel Goldschmidt.

South Pole Glaciology with the IceCube telescope Kurt Woschnagg University of California, Berkeley for the IceCube Collaboration Open Science Conference,

Time and amplitude calibration of the Baikal-GVD neutrino telescope Vladimir Aynutdinov, Bair Shaybonov for Baikal collaboration S Vladimir Aynutdinov,

Plan: 1)3 meter deep and a 10 meter deep holes at the undisturbed site. We have a location picked out and Yuri and I are planning to go there this week.

Climate Reference Network Temperature Measurements C. Bruce Baker, NCDC, Tilden P. Meyers, ATDD Mark E. Hall, ATDD, Richard R. Heim, Jr., NCDC.

Temperature Sensor TYWu. Seeed’s Temperature Sensor Picture.

IceRay-0 Testbed: A Radio Surface Listening Station John Kelley IceCube Collaboration Meeting April 30, 2008 UH Radio Detection Group: P. Gorham, G. Varner,

Latest Developments in Equipment and QA/QC systems in Driven Pile and Drilled Shaft Systems By George Piscsalko, PE Pile Dynamics Inc.

Deployment Monitoring & Drill Logging (offline) at Pole Kurt Woschnagg IceCube collaboration meeting, Berkeley, March 2005.

DAQ ELECTRONICS 18 March 2015MEG Collaboration Meeting, Tokyo Stefan Ritt.

The ARA concept and history construction activities Future plans The ARA concept and history construction activities Future plans Kara.

Status of Detector Characterization a.k.a. Calibration & Monitoring Project Year 2 objectives ( → Mar ‘04) 1. Calibration plan (first draft in March.

Karsten Heeger, Univ. of Wisconsin UW, June 3, 2010 The DM-Ice Test Detector Detector Concept Mechanical Assembly Vessel Options Logistics Considerations.

1 Transducers EKT 451 CHAPTER 6. 2 Definition of a Transducers   Transducer is any device that converts energy in one form to energy in another.  

TF Joint Testing Data Acquisition Special Test Equipment Hans Schneider with Robert Marsala (609) Engineering Operations April.

Product Overview Analogue Input, 2fold, SM  Box  Sensor connections

Future high energy extensions of IceCube with new technologies: Radio and/or acoustical detectors Karle.

NEW RMC Rack Multi Control.

ProtoDUNE SP – Slow control temperature readout setup test

IceCube System Testing

Instrumentation Used in LAPD and 35T Runs (Dune DocDB 1759)

Intelligent controller with Microprocessor Incorporated NPS6220

Final (?) line_0 configuration (follows steering group consideration 5/5/2004) Line Zero meeting, Nov

P08453 Flow Visualization 2/8/2008

Light Sources for AMANDA/IceCube Cross-Calibration

Dust Logger stratigraphy studies

EVLA MONITOR & CONTROL CDR

The Instrumentation Unit of The KM3NeT Calibration Unit

UNR Quad turbulence experiment on March-15, 2018 Set number : 5

Photonics Workshop AMANDA/IceCube Collaboration Meeting Berkeley, March 19, 2005 Going the last mile…

PRESSURE TRANSDUCER 250 PSI

Door Panel Door panel can open after 1800 angle /KK/12_RPP_6

Presentation transcript:

IceCube Deployment Monitoring System (PTS) Kurt Woschnagg, Ryan Bay UC Berkeley IceCube Collaboration Meeting, Bartol, March 2004

Requirements during deployment How deep is the string? Is it still moving – or is it . . . s***k? Save data for post-deployment analysis

Post-deployment requirements Analyze data: drop speed deployment speed string stretching Monitor freeze-in (p, T) Ambient temperature profile

temperature pressure drill

Pressure sensors Both used in AMANDA Specs and quotes in docushare Paro[scientific] 0-4000 m, also temp. RS232/RS485 Temperature corrected $6k Keller 0-2600 m (formerly 2000 m) Needs temperature correction Calibration curves supplied $0.7k Both used in AMANDA Specs and quotes in docushare

Thermistors Omega, model no. 4403x Working range: -80 to +75 C Resistance (100’s kΩ-MΩ) → temperature (using calibration chart) 0.1 degree accuracy Leads spliced to service wires, molded onto breakout Used in AMANDA Specs and quote in dosushare

Cable considerations Use DOM breakout locations Paro: 4 wires (=2 pairs), slipring Keller: 2 pairs, slipring Thermistors: 1 pair All strings: Paro at bottom (breakout 30) Keller (+thermistor?) at ~1900 m (b/o 15) First 4 strings: Additional Paro at top of instrumented section (b/o 1), using LC quad Four thermistors in bottom 400 m Surface cable: no wires needed for pressure sensors

Stand-alone DAQ (laptop with RS232/485) or Integrated with drill b/o 1 b/o 15 b/o 30 Stand-alone DAQ (laptop with RS232/485) or Integrated with drill monitoring system

Issues Responsibilities Paro readout rate: DAQ RS232 (300 baud) → RS485 (9600 baud?) DAQ Integration Data merging Readout during freeze-in