Ken Wyllie, CERN Upgrade infrastructure, Feb LHCb Upgrade Electronics Infrastructure K. Wyllie & L. Roy

General view FE PP MPO Local racks LVPS ELMB Turbine Low voltage < 8V ‘High’ voltage 50 – 1000V Sense Monitoring for DCS/DSS 230 VAC CANBus Control & Monitoring 380 VDC D2/D3/B1 PFCs RCMs Turbine Electrical network CAN controller Turbine HV power supply Turbine ECS DCS DSS Network ECS/TFC fibres Data fibres Surface container PP MPO Fibre trunks SOL40 PC SOL40 PC SOL40 PC Network & Farm TELL40 PC TELL40 PC TELL40 PC TELL40 PC TELL40 PC LHC interface? Sub-detector responsibility Infra-group responsibility Sub-detector responsibilityInfra-group responsibility Sub-detector responsibility ?

Ken Wyllie, CERN Upgrade infrastructure, Feb Copper cabling & connectors I Existing cable database: re-use very useful features: naming convention, barcodes Re-cycle existing cables Remove cables…..? eg Velo Cu signals All between detector & D2/D3/B1 (none to surface) Common cable types Maraton 380VDC + monitoring/control CANbus for ELMBs Sub-detector specific eg multiwire HV for silicon detector bias coax for PMT signals

Ken Wyllie, CERN Upgrade infrastructure, Feb Copper cabling & connectors II New cables: Choose cables/connectors available through CERN stores Easy purchasing & delivery (careful with delivery times) Unused length can be returned Most meet safety regulations (IS-23) Must be carefully specified & documented in EDMS Long-distance cables: purchasing & installation by infrastructure group (sub-detector budget codes!) Short-distance cables: sub-detector responsibility (help from infra-group)

Ken Wyllie, CERN Upgrade infrastructure, Feb Example of cable+connector specification

Ken Wyllie, CERN Upgrade infrastructure, Feb Power supplies Re-cycle existing units Assume maintenance contract extended after 2018 Buying new units: Stay with the usual suppliers easy to integrate, common software support, organized maintenance, shared experience, database Buy units that are commonly used (eg Wiener 0M ) Delivery times can be long my last order took 5 months

Ken Wyllie, CERN Upgrade infrastructure, Feb Power supply sharing - summary See summary slides for proposal for sharing power supplies IT + TT + OT + PS/SPD => TT + SciFi + Calo Optimum distribution of existing power supplies BUT most sub-detectors have to purchase more units Excellent database for orders, repairs, prices etc etc

Laurent Roy, CERN Upgrade infrastructure, Feb LHCb Upgrade Infrastructure - Electrical powering - Racks - Long distance optical fibres

Laurent Roy, CERN Upgrade infrastructure, Feb Electrical installations -main additional power need (UX or Surface)?  to be foreseen well in advance with EN/EL (previous slides from EL) -Experiment equipment powered by same network of LHC (EXD)  can your systems live with power cuts? - glitches (µs ; often) - micro cut (ms-s ; few/year) rk: with LHC stop - AUG tests (1day/year) - switchboards, transformers maintenance (2-5days/2 years) -Possibility to power systems with ‘secure’ powering (schema next slide)  quantity of power limited : must be justified -Possibility to install ‘repowering’ possibilities  ex: for failure in the distribution, during AUG, maintenance

18kV Diesel 66kV EXPERIMENT GENERAL SERVICES SAFETY UPS 100kVA 10min EXD 400V ESD D1 PC Farm D3 Front End UXA-B1 AC/DC for Maraton UXA-C Cooling UXA-A Gas SX Online Servers Control room EBD 400V UX 85 Lights Local power Cranes Ventilation … LHC Loop Machine network D2 ECS Network Online Servers UXA-SX8 Fire detection Permanent lights Water pumps LIFT VELO cooling DSS SX8 SNIFFER EDF 400kV EOS-SIG 120kV drawing for UX85: LHCEB___8026 EDF Gex 20kV 18kV 400V UPS 100kVA 10min UPS 200kVA 10min UPS 200kVA 10min UPS 10kVA 10min UXA Magnet control Magnet SS DSS UX85 UPS 10kVA 10min EOD SX Lights Local power Crane Workshop Lab Offices … EOD D2 PC Farm extension

11 Electrical installations Racks for electronics underground: in D3 barracks distribution designed for ~11 kW/rack max. distribution box: 7 single phase 16 A circuit breakers Doc. ‘Different electrical networks in LHCb’  Laurent Roy, CERN Electrical distribution + grounding documentation  doc to update (Velo, Rich, Muon, Calo, Herschel) or to produce (UT, Scifi) existing doc in edms/LHCb/Technical coordination/Safety/SMS Inspection Reportsedms/LHCb/Technical coordination/Safety/SMS Inspection Reports  Safety inspections will be re-done for each system

Laurent Roy, CERN Upgrade infrastructure, Feb Racks attribution in D3 MUON CALO No change RICH1 RICH2 No change SciFi VELO No change UT

13 Racks attribution in B1 + UX85B SciFi UT Racks naming will be updated  dBalconyB dBunker dB1 platform Shielding Wall

Laurent Roy, CERN 14 -Cooling: vertical air flow mixed water exchangers - Safety aspect (DSS): Thermo switch: 40 ˚C, Smoke detection, CO2 automatic triggering.  Mechanical adaptation to be done for new equipment (plates for air, rails…) Racks ‘standard’ for electronics

Laurent Roy, CERN Upgrade infrastructure, Feb Racks preparation Rack modification need for your equipment ?  Propose to use an Excel template to modify (not Rackwizard)  Manpower for mechanical work to defined

16 Optical fibres: Responsibilities Order + Installation by Sub detectors Order + Installation by Cern group Order + Installation by Sub detectors

Laurent Roy, CERN Upgrade infrastructure, Feb Optical fibres Long distance status: 3 x 144 fibers cables installed between UX-Bunker and SG8  Learn a lot with installation (blowing+splicing and pre-connectorized solution) document with all details in preparation (EN/EL)  Tests with AMC40 on going (Rainer)  Electronic setup in preparation for long duration tests in UX85 (Ken) Patch cord type, splitting cassette, PCIe40 quantities…  Sub-detectors should converge to final designs now Each group produce schemes for next ‘Electronic meeting’ in April ? Tender for new ‘optical Cern contract’ (EN/EL) on going  New companies (supplier and installation) ? new conditions ~ mid 2015

Calo Muon 18 Optical Patch panel location SciFi dBalconyB Shielding Wall dNew Plaform for optical Patch Panel VELO Rich1 UT optical Patch Panel in Bunker Racks Rich2 Scifi SciFi Laurent Roy, CERNUpgrade infrastructure, Feb 2015 PM85 side

Laurent Roy, CERN Upgrade infrastructure, Feb New platform for opt.PP VELO, RICH1, UT New cable trays between platform and existing cable trays (~ top of the magnet) to installed

Actual opt.Patch Panel A side Upgrade infrastructure, Feb opt.PP for CALO -> new Rack

Upgrade infrastructure, Feb opt.PP for CALO Laurent Roy, CERN -> new CALO PP Rack -> new cable trays to installed

Laurent Roy, CERN Upgrade infrastructure, Feb opt.PP for Muon -> use Muon PP racks A and C side for new Opt PP. A side C side

Laurent Roy, CERN Upgrade infrastructure, Feb Thanks -End-