1 / 11

Status and plans for PI section activities

Status and plans for PI section activities. Status and plans for PI section activities. = . = :-. = . List of equipment that has been modified/created and that is ready . L2 + BI FBCTs.

shauna
Download Presentation

Status and plans for PI section activities

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Status and plans for PI section activities TB on proton injector start-up

  2. Status and plans for PI section activities =  = :- =  TB on proton injector start-up

  3. List of equipment that has been modified/created and that is ready. TB on proton injector start-up

  4. L2 + BI FBCTs • LI.BCT02, LI. BCT06, LA. BCT07, LT. BCT10, LTE. BCT15, LTS. BCT12, LTS. BCT14, LT. BCT20, LT.BCT30. • New acquisition system: TRIC in L2 gallery. Installed. • FESA class tested • 2 external timings ordered • OASIS, intensity per ring, A.P. • LT.BCT40, LTB.BCT50, LTB.BCT5, LTB.BCT60, LBS.BCT62, LBS.BCT64, LBE.BCT65. • New Acquisition system: TRIC, moved to BOR, • Cables pulled and checked. • TRIC installed • FESA class tested • 2 external timings ordered • OASIS, intensity per ring, A.P? • BI.BCT10, BI:BCT20 (*4) • New acquisition system: TRIC • FESA class tested. Lack of Ethernet • 2 external timings ordered, A.P • BI.BCT10 rewound, almost done • BI.BCT20 (*4) will PROBABLY NOT be rewound, due to lack of time. • OASIS, intensity per ring TB on proton injector start-up

  5. PSB, PS, AD FBCT, upgrades, • New BCTs: • BT.BCT10, BTP.BCT10, BTY.BCT112, BTY.BCT183, BTY.BCT213, BTY.BCT325, PR.ATFA38, FT16.BCT126, FT16.BCT372, FT16.BCT379, FT16.BCT386. • 11 BCTs manufactured and ready • All cables pulled • Head amplifiers manufactured, still to be installed • New power supplies • Firmware upgrade for OASIS • Test and commissioning • AD • FT16.TRA9012, FT16.TRA9053, TRA6006, TFA.5302, DE.TFA7049 • Two TRIC cards to install • DE.TFA7049 moved, verify cable lengths TB on proton injector start-up

  6. LIN2 + BI Trajectory • New BPMs • LT.UMA10, LT.UMA20, LT.UMA30, LT.UMA40, LT.UMA50, LTB.UMA10, LTB.UMA20, LTB.UMA30, BI.UMA00, BI.UMA10, BI.UMA20, BI.UMA30, BI.UMA40 (*4), BI.UMA50 (*4). • Installation planning established, all installed by end February • Analogue electronics ordered, expected 20/2-2014. • Limited accuracy ( S11, calibration), W.C. error <3% . Error to be quantified and improved <1% • Cables pulled, still to be checked. • Cabling of cards and racks, Ethernet L2 • Tests • RF modules for LO, clock and reference frequency ordered (RF-group, end February). Responsibility? • Clock and IF distribution module under development • Digital acquisition system installed • Software to be tested, but should be OK, same as L4 • Position per ring. Development ongoing TB on proton injector start-up

  7. PSB, PS - DCCT’s • PSB • Change of acquisition system(FESA 3, CPU,VD80, VMOD TTL) operational. • Update of FE-software ongoing • PS • VME crate installed, cards to be added • Update of FE-software ongoing • PSB and PS • Change of FE hardware (foot box), to be decided next week (status quo, partial or complete). Depends on available manpower (L2 electronics) TB on proton injector start-up

  8. PSB, PS WCMs • PSB R2 WCM: • Old leaky device repaired and tight. Installed Tuesday. • Manufacturing of 2 new devices (Titanium) at CERN failed, new solution to be found. • Manufacturing of 1 pc by external company very delayed due to “theft”, new delivery date 28/4. • Replacement vacuum chamber on stock, but must be modified. • PS WCM03 (*2): • Delayed (AP), installation date depends on electrical test and vacuum tests. • One ready for electrical tests • Will probably have to start with old WCM • 1000T firmware delayed, hope to start work soon • Ghost and satellite detections: • Analogue + digital parts ordered • Relay control still to be defined • FESA class?? TB on proton injector start-up

  9. PSB extraction trajectory • New BPMs • BTP.UES10, BTP.UES20, BTP.UES30, BTY.UES120, BTM.UES00, BTM. UES10, BT.UES10 (*2), BTP.UES00 • Installation planning established, all installed by end February • 20 new head amplifiers ready for installation • Burndy connectors to be changed • All OASIS signal cables removed by CO • New calibration hardware and acquisition system installed. • FESA class being tested. TB on proton injector start-up

  10. PSB and PS orbit and trajectory • PSB “old” orbit: • New dsc, same CPU • New timing ordered, CTRV • To be tested • PSB “new” trajectory and orbit (BTMS) • System controller computer and acquisition crates are installed in BOR, with new TMS software. Works with raw data and beam seen with 3 Pus. • Analogue signals still to be connected. • FESA class and FE TMS software clones of PS system. • PS TMS • 3 new WS PUs installed, PU54has developed short circuit, changed this week. Cabling and pre-amplifiers ready. The head-assemblies are ready in the lab. • System OS (Linux) updated to new version (same as PSB), Still some bugs to be fixed. • FESA class to be re-compiledand tested • Extra WS PUs to be integrated TB on proton injector start-up

  11. Summery • Everything's going to be all right, but…..  • Clarify OASIS situations and requirements • Limited accuracy on L2 beam position, optimize and estimate accuracy • Clarify the responsibility of L2 BPM RF signals • PS WCM’s delayed, unclear when they can be installed. • PSB WCM, installed but alignment problems, no spares for the moment. TB on proton injector start-up

More Related