VAC - Ctrl System 04Nov2011. Some points to be discussed Give support for the cryogenic control system prepared by Nikhef team for Cryotrap (and Genova.

Slides:



Advertisements
Similar presentations
Small cryotrap – control rack Nov Piano temporale Mid Jan: RR Begin Feb:order of the cryostat May:cryostat on site, rack ready.
Advertisements

André Augustinus 15 March 2003 DCS Workshop Safety Interlocks.
Electrical wiring for piezo movers piezo power supply strain gauges readout temperature probes 1 Frédéric BOGARD – LAL/IN2P3/CNRS – Jan 25, 2013 Electrical.
HEAT PUMPS.
André Augustinus 16 June 2003 DCS Workshop Safety.
27/10/ PHOS Cooling status (1-27 Oct) Brief History: 28 Sep start cool down. Steps (by liquid) was: +17, +5, -3, -10, -15,
Vac meeting 08 Oct 08 Agenda 1. needed operations for towers displacements (Frederic R.) final comments on the 2m bottom not accessible anymore 2. Larger.
DP Cabinet.
Chapter 8 Output Modules.
UNICOS Objects (CPC) 11/02/14 UNICOS, CERN1 CERN, EN/ICE, UNICOS Team.
PLC Fundamentals Module 2: Hardware and Terminology.
Actuators & Their Applications
UNICOS-CPC applied to Cryogenics and specifications Benjamin Bradu EN-ICE-PLC February 2014.
The MICE vacuum system Presented by Mark Tucker at CM-39, 26 June 2014.
MICE Hydrogen Control System MICE H2 Review Meeting RAL 15 th Jan 2015 PJ Warburton – STFC Daresbury Lab.
VAC – CTRL SYS 8 Feb VAC : MSRC equipment Central area links, to be discussed Ion Tmp aux.
1 VAC – Vacuum system modifications Cascina, 03Nov08 A.Pasqualetti for the VAC contributors.
BioWin ®. Bio Gas – The alternative energy source of the future! BioWin ® - Bio Gas Analysis of the future!
Progress Report on CGSE Control System Project Team of SJTU for AMS-02 Yang Yupu AMS JSC, Jan 8-12, 2007.
Settings & Adjustments. Settings & Adjustments.
Vacuum / cryo links Mechanical design issues Jo van den Brand, Martin Doets Nikhef Cascina, January 21,
AdV VAC design meeting Cascina, 19 July Agenda first discussion about vacuum design of central area - and pickoff chamber design in particular -
AdV Vacuum system changes, 04Mar2010, NDRC option Preliminary Cryotrap_NI Link or tube? Cryotrap_NE Link Cryopump SR? Cryopump PR? Zeolites/27K/77K (or.
MICE Hydrogen Safety Functions IEC61508 Compliance & Emergency Procedures MICE Safety Review Meeting 4 th Oct 2011 PJ Warburton - Daresbury Lab.
Vacuum - CONTROL SYSTEM 29 June Agenda MSRC design, first ideas and plans – Antonio quiet cooling fans test – Irene some scada SW review - Martin.
AdV VAC CTRL SYS Paris, 22 Mar Proposed Agenda - Morning (9h30 to 12h) part I general status of ctrl system activity
Unit - #6 Air Brake System
André Augustinus 16 September 2002 Safety issues.
MICE Hydrogen Control System MICE Collaboration Meeting CM33 27 th July 2012 PJ Warburton – STFC Daresbury Lab.
Evaporative Heater Design, qualification and planning M.Olcese PRR SCT off-detector cooling PRR SCT off-detector cooling March March 2005.
AdV cryotrap: cryostat surface is partially exposed to the near mirror (input ~ end). Its seismic shaking is amplified by LN2 boiling. The rest of vacuum.
Claudio Bortolin. 1 st June: PT100 electrical connection failure (Temp Chiller water In&Out) 1) it required an access to the cavern to be fixed 2) access.
20/10/ PHOS Cooling status (1-20 Oct) Brief 28 Sep start cool down. Steps was: +5, -3, -10, -15, -20, -25, -30°C (by liquid).
Vacuum / cryo links Mechanical design issues Jo van den Brand, Martin Doets Nikhef Cascina March 4,
Cooling of NA62 vacuum system November 11 th, 2014 E. Harrouch, EN-MEF, on behalf of the NA62 Vacuum Team.
AdV- VAC CTRL SYS/Cryo Interface 06Feb2013. Cryotrap cryogenics (simplified sketch) = the ‘electronic’ equipment needed to read LN2 level, temperature,
MICE Hydrogen Control System MICE Safety Review Meeting 4 th Oct 2011 PJ Warburton - Daresbury Lab.
AdV Vacuum system changes, 23Feb2011 Central area vacuum equipment SVC 2 (mini) towers 1 new HV tower (Inj) DT,IB from HV->UHV towers (with additional.
Claudio Bortolin 03/09/2012. SPD (RP analyses required) 1) Pump 17b replacement and leak test 2)Pressure test on the old inlet lines (technicians coming.
André Augustinus 9 October 2006 Interlocks update.
CUE – Make Any Pump an E-Pump
GIF++ Control System (GCS) Gilles MAIRE PH-DT-DI1.
CM27 – 8 th July 2010 LH2 System Progress and Future Plans M Hills T Bradshaw M Courthold I Mullacrane P Warburton.
Johan Bremer, 22th-26th September 2008 Cryogenics Operations 2008, CERN, Geneva, Switzerland 1 CRYOGENICS OPERATIONS 2008 Organized by CERN Safety aspects.
Process Definition of the Operation Modes for Super-FRS Magnet Testing CSCY - CrYogenic department in Common System, GSI, Darmstadt Y. Xiang, F. Wamers.
AdV Vacuum system changes, Feb2010 ‘New stations’ generic Layout preliminary Cryotrap_NICryotrap_NE Cryotrap_WI Cryotrap_WE Cryotrap_DT ? Cryotrap_IB ?
A.Henriques (JCOV meeting 31/5/2001) ATLAS Calorimeter cooling project Goal: u Definition of a common frame work for the cooling of the ATLAS calorimeter.
Restarting Cooling, Ventilation for PS and SPS. PS /SPS days 2006.
Installation of the T600 at Fermilab CSN2, September 22,
EN-CV Progress EHN1 Extension Project Jérôme Rodary EN-CV-PJ 2016/01/21.
VAC – CTRL SYS internal meeting, 14 Dec A list of topics Start of the disassembly works: mid Jan. At first the W arm shall be off- service, then.
RESEARCH AND DEVELOPMENT FOR FUTURE LHC SUPERCONDUCTING MAGNETS POINT SUR LA STATION D’ESSAIS préparé par Jean-Marc Gheller Steering committee –September.
Practical experience with the AD Stochastic Cooling Murphy’s Law R. Louwerse.
GTK GAS COOLING SYSTEM Marco Statera, Vittore Carassiti, Ferruccio Petrucci, Luca Landi, Stefano Chiozzi, Manuel Bolognesi NA62 - GTK working group meeting.
TRD Gas System Layouts Production Readiness Review 03 – Nov F. Hahn.
Status of Vertical Test Stand at RRCAT P Shrivastava, P Mohania,D.Baxy, Vikas Rajput S C Joshi, S Raghavendra,S K Suhane RRCAT, Indore November 26, 2012.
ARÇELİK TİCARİ KLİMA EĞİTİM DÖKÜMANI APPENDIX.
MVD COOLING STATUS COOLING PLANT: -UPDATE of THE HYDRAULIC SYSTEM -INTEGRATION OF THE MVD COOLING CIRCUIT PATHS INSIDE THE PANDA AREA -DEFINITION OF THE.
S A Griffiths CM42 June 2015 Electrical & Control.
INTRODUCTION TO ELECTRONIC INSTRUMENTATION
Installation of the T600 at Fermilab
Gaseous N2 -196⁰C Vacuum Liquid N2 -196⁰C Radiation shields Outer wall
IT-4189 Supply and installation of a cryogenic distribution system
Recent developments in the Vacuum Control Software
Mathieu, Gabriel, Max, Spyros, Guillaume
Fault codes.
Charge 2. Equipment Protection 3. Definition and Documentation
Cryogenics – The Basics
Periodical meeting about the 'control system ‘
‘New stations’ generic Layout Preliminary, NDRC or MSRC?
Presentation transcript:

VAC - Ctrl System 04Nov2011

Some points to be discussed Give support for the cryogenic control system prepared by Nikhef team for Cryotrap (and Genova for LN2 tanks signals to be integrated in the system). Need to indicate ref. people Status from LAL Some news from EGO (Tango tests...) ‘Actions’ summary

Cryotrap ctrl system, the understanding was Cryotrap TRL SYS RACK (Lal team) Usual various vacuum equipment controllers and devices,... Cryogenic device 1 (es LN2 level meter) Cryogenic device 2 (es LN2 level regulator) Cryogenic device...

CL1 Level External Tank LN2 External Tank LN2 TL1 Level PID I/O Temperature, T1- T8 Pressure Pc1 Pressure Pc2 CL2 Level A1-A4 alarms Cryostat Vcryo Basis for discussion to be corrected according to the final design and real items

Interface between Cryotrap (Nikhef) & LN2 plant (Genova) vs CTRL SYS (LAL) Basis to be corrected according to the final design and real items itemquantitydescription Pc11Pressure of cryostat, 4-20mA, TBC Pc21Pressure of LN2 storage tank, 4-20mA T1-T818 pt100 temp sensors already converted to 4-20mA, TBC Vcryo1 %opening of the refill valve, directly acquired by the valve itself (Normally AI 4-20mA). Note: not the output signal transmitted by the PID regulator but the real valve status, for redundancy. Normally Closed, TBC CL22 Input signal to PID regulator LN2 level inside cryostat (capacitive sensor), retransmitted by PID regulator or directly by its controller (rs232 or better I/O standard), TBC CL1, TL1 4 LN2 level inside cryostat and storage tank (diff pressure sensors), normally AI 4-20mA A1-A44Alarms of LN2 system, DI, relays status to be acquired Spares4Additional DO, relays Spares8Additional AI, 4-20mA or 0-10V Spares8Additional DI, relays Spares1Additional rs232 device TBD TABLE OF SIGNALS from CRYO APP. to general CTRL SYS

IdType(*)Goal TriggerActionComments 1A Prevent backstreaming if pump stops and opening a valve in front of a pump OFF P1 OFFClose V22 2A Prevent high pressure in cryotrap tank and in turbo foreline when electrical mains restarts. Critical equipment shall not automatically restart. Mains turns ON after a black out Keep vacuum valves closed and pumps off. The station will be supplied with UPS, dry pump included. Vcryo will also remain closed (NC) 3A Prevent gas backstreaming if pump stops and opening a valve in front of a pump OFF Rotating freq. P21 < thresholdClose V21 4C Prevent to open the valve in front of the turbo if cryotrap is not under vacuum Ge1> 5 mbar AND Ge2> 5 mbar OR Ve1 closed Close V21 5 C TBC Protect large gate valve VNI_cryo between cryotrap and tower (Same for VWI_cryo, VWE_cryo, VWI_cryo) Ge2>5 mbar Forbid VNI_cryo opening (type C and not A, because Large gate valves should not close automatically with this simple interlock, other checks should be added, TBC) 6APrevent to have not the possibility of closing valvesCompressed air low (relay)Close all valves (**)Must be activated before the air is too short 7A Protect the system from overpressures in case of cryostat leak T4 5 mbar AND V1 closed AND V21 closed TBC Close VNI_cryo, LV NE TBC, Vcryo LV NI is not closed, but remains open: LN2 is let evaporating in the 3km tube (200 liters LN2 -> 40 mbar) 8A Prevent the back-diffusion of adsorbed gases in the tubes and on mirrors T4>threshold4 AND T5>threshold5 Close VNI_cryo, LV NI Case of level sensor malfunction or stop of the LN2 refill 9TBC TABLE OF INTERLOCKS, NOT FINAL. Some driven by Cryo signals

Actions Finalization of the general document describing the system listing the interlocks, new pumping stations … (Antonio + All) virgo/vac/control-system/meeting-03may2011/Vac_CTRLSYS_01may.docx/ Antonio will circulate the updated draft within November Better to fix now next meeting date, Wed14Dec ore 14 ? Please, propose From June : Some tests about racks heating is to be done: LAL team will check what are more critical boards/items, then EGO team will check their temperature variation with thermocamera stopping some fans From June : Ego will prepare a more detailed mechanical design about the proposal of hanging the 'control command rack' to 'seismic' isolate it from the platform. A proto has been prepared, shall be tested within the end of the year (Irene F.) From June: Noise measurements of some selected fans to be completed from Ego