1 / 26

Study report on the TDC2/TCC2 Cabling and Low Voltage activities

Study report on the TDC2/TCC2 Cabling and Low Voltage activities. Summary. Replacement of cable trays Cable trays DC Cables Control cables New cables installation requests + reinstallation of temporary cables Redo joints magnets cables TCC2 Consolidation of existing cables

alaula
Télécharger la présentation

Study report on the TDC2/TCC2 Cabling and Low Voltage 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. Study report on the TDC2/TCC2 Cabling and Low Voltage activities Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  2. Summary • Replacement of cable trays • Cable trays • DC Cables • Control cables • New cables installation requests + reinstallation of temporary cables • Redo joints magnets cables TCC2 • Consolidation of existing cables • Low Voltage refurbishment activity Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  3. Replacement of cable trays (I) Re-routing zone (40m approx.) Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  4. Replacement of cable trays (II) DC cables in one cable tray (0D115+0D116+0D516) Control cables in one cable tray with separator (0D110+0D114) Maintains some of the old cable trays & re-use some parts of the old cable trays. Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  5. Replacement of cable trays: 0D516 & 0D514 (III) • Cables in cable tray 0D516 already identified (DC cables)  8 cables • Cables in cable tray 0D514 already identified (Control cables)  17 cables Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  6. Replacement of cable trays: DC Cables (I) x4 x2 x4 x4 x4 Cable tray 0D116 + 0D516 x4 Start point x4 x2 x8 x4 x4 x4 x6 Cable tray 0D115 Type of cables: a) PZK1 (1x1x240 AL ) ”ANTIRAD” b) PZK2 (2x1x240 AL ) ”ANTIRAD” c) PZM3 (3x1x400 AL) ”ANTIRAD” d) PZM4 (4x1x400 AL) ”ANTIRAD” Forbidden zone Number of affected cables: a) 56 in cable trays b) 14 on the floor (+8 no accessible) x2 x2 x2 Number of joints and lugs a) Lugs : 14*2+38 =66 1) 14 short cables (link between magnets) 2) 38 arrivals b) Joints: 38+36=74 1) 36 for magnets in “forbidden zone” 2) 38 the rest of the zone Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  7. Replacement of cable trays: DC Cables (II) * ** EDMS Id: 1213585 provided by Yann Pira ** Old cables PZK1 (1x1x240 AL ), PZK2 (2x1x240 AL ),PZM3 (3x1x400 AL) PZM4 (4x1x400 AL) – “ANTIRAD” IS23  New cables ZCR1 (1x240 AL CL.2 0.6/1kV) ZCT1 (1x400 AL CL.2 0.6/1kV) Technical appendix 362 rev. 11.5 (01.12.2004) * “ “ “ “

  8. Replacement of cable trays: 0D110 Control Cables (I) • Cables in cable tray 110 : identification in progress. • Some cables are old. • Difficult to follow in the cable trays. • No info of the use. • Cables: • C4E75: LEP TDM project, is it still alive? • NE4?: • CB50: routing not according to thecâblothèque. • NE48? Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  9. Replacement of cable trays: 0D114 Control Cables (II) • Cables in cable tray 114 : identification in progress. Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  10. Replacement of cable trays: 0D117 Control Cables (III) • Cables in cable tray 117 : identification in progress. • Difficult to follow in the cable trays. • Cables at the end of forbidden zone. (Pump system (CV), radiation monitor, emergency lights, plugs, lighting system…) • Cables entering in the ventilation pit? Red door Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  11. Replacement of cable trays: Control Cables Summary (IV) • 34 cables to re-install • Total cable length = 3701 m • 6 cables in the “forbidden zone” • Users: • Vacuum: 1 cables • RP: 1 cables • BMP detectors: 18 cables • Intercom:3 cables • Magnets: 3 cables • Telephone (sec.+normal+alarm): 3 cables • Others : 5 • BT cables not included: lighting, security lighting, AUG, pumps (CV), plugs, … • Remaining work: • 4 cables in cable tray 0D110 • 7 cables in cable tray 0D114 • Re-check cable passing to TT20/end TDC2. Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  12. New cables installation requests + temporal cable • 18 cables to install • Total cable length = 2985 m • 4 cables in the “forbidden zone” • Users: • Vacuum: 15 cables • RP: 2 cables • ABM detectors: 1 cable Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  13. Cable consolidation (I) • Near the splitter 2: • 50 or 60 new cables to pull. • No possibility to redo connectors • They will be replaced in LS2 • Best solution: wait to LS2 • Home made box (vacuum) • Redo the box in a proper place. • Home made cables to reinstall and to be included in the câblothèque.( 4 short cables) • In LS2, new cables can be installed from surface. Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  14. Cable consolidation (II) • 3 cables pulled by user up to BTV925 • Are they needed? • New cables to re-install porperly? Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  15. Cable consolidation (III) • Cable to remove: • MDFP230707: 6 cables • MDFP230710: 6 cables • Easy access • Removal up to TA801 (to be re-used in the future if it is needed) • No interference with other cables. Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  16. Magnets cables joints • 12 connections of as shown in the document (6 underMBN V071 and 6 under MBN 067) have been found. • Solution:“Manchonnage” Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08 • From “Magnets” Draft EDMS 1260733

  17. Time Estimations

  18. Low Voltage works • Scope: Replacement of all obsolete and non-compliant systems. • Lighting (Normal & Emergency) • Power distribution (Socket outlets) • Fixed appliances (Cranes, transport rails) • AUG buttons • Reversed sequence of installation: • Install new • Remove old James Devine – EN/EL/BT – WP 31st Meeting 2014.04.08

  19. Normal Lighting • Provide minimum 100 Lux illumination at floor level throughout TDC2/TCC2. • 50% de-rating for radiation impact on luminaires. • 58W T26 Fluorescent lighting within TDC2, long life tubes and ferromagnetic ballasts to resist radiation. • 207W LED High-bay lighting within TCC2, power converters installed in CV Mezzanine to reduce radiation dose. James Devine – EN/EL/BT – WP 31st Meeting 2014.04.08

  20. Emergency Lighting • Provide 1 Lux illumination along escape routes • 50% de-rating for radiation. • Comatelec LEDs within TDC2 and TCC2, custom radiation resistant design specific for CERN. • Additional Thorlux LED fittings installed on TCC2 catwalk for illumination of beam line bridges. James Devine – EN/EL/BT – WP 31st Meeting 2014.04.08

  21. Power Distribution • Install rationalized electrical distribution for socket outlets in vicinity of beam line • Remove obsolete equipment and cables where possible. • Agreement on positions with users required. OLD NEW James Devine – EN/EL/BT – WP 31st Meeting 2014.04.08

  22. AUG buttons • Existing cabling + buttons are life expired. • Replacement with new cables and CERN specific AUG button. • Rationalise AUG placement to minimise dose (installation and operation). OLD NEW James Devine – EN/EL/BT – WP 31st Meeting 2014.04.08

  23. Sequence of works • Pulling of new cables arriving to TT20/BA20/TDC2(4.5m) • Emergency Lighting Installation • AUG Installation • New Lighting & Power installation • EL/CF cable tray removal/installation activities • Final removal of obsolete equipment James Devine – EN/EL/BT – WP 31st Meeting 2014.04.08

  24. Conclusions • Identification must be finished. • The preparation of the work is quite advanced. • Procedure to work in safety condition must be finished (grounding) • The work in the splitter zone implies high doses • New dose survey is needed for a better calculation of the dose. • Some more work is required to reduce the total dose. Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  25. Thanks! Ivan Moya Martinez– EN/EL/CF – WP 31st Meeting 2014.04.08

  26. WDP – DRAFT!!! Handle with precaution!! RP Survey 31.1.14

More Related