PH/DT MCP & MNO Xavier Pons on behalf of MCP team – 25/03/2013.

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Presentation transcript:

PH/DT MCP & MNO Xavier Pons on behalf of MCP team – 25/03/2013

PH/DT MCP & MNO Commitment: -To assure the availability of Atlas, CMS, Alice and LHCb magnets. -To assure the preventive and corrective maintenance of the experiment magnets. -Magnet ON-Call Standby service 24/24 h, 7/7 d, 365/365 y -When beam is ON, we provide support for other magnet control and systems related to control and instrumentation

PH/DT MCP & MNO

AliceLHCbAtlasCMS SolenoideDipole ToroidsEnd-capsSolenoide Technology Resistive Superconducting Nominal Current 30 kA6 kA 20.5 kA 7.6 kA19.5 kA Nominal Field 0.5 T0.7 T 3.9 T4.1 T2.6 T4 T Nominal voltage 130 V639 V730 V Inductance 1 H2 H5.14 H1.09 H1.35 H14 H Atlas Magnet Simplified Representation

PH/DT MCP & MNO ATLAS OVERALL MAGNET CONTROL LAYOUT MDS PLC PVSS HLM. ALTERA PROGR. LOGIC ARRAY

PH/DT MCP & MNO MCS SLOW CONTROL – PLC +SCADA

PH/DT MCP & MNO MSS – MAGNET SAFETY SYSTEM The purpose of the MSS is to detect anomalies endangering the safety of the magnet and to take appropriate action in order to bring the magnet into a safe state. Maximum availability/reliability Dedicated sensors Multiple detection techniques/Overlapping sensors Redundancy Galvanic Isolation Fail-safe operation

PH/DT MCP & MNO MSS - Digital Signal Processing

PH/DT MCP & MNO MSS - Analogue Signal Processing Analogue Input Types: Dual Voltage Measurement module –DVM module 2 Voltage measurements – 1 differential measurement Bipolar Dual Temperature Measurement module – DRM module2 Temperature measurements Configurable for PTC, NTC and SQD measurements Dual Bridge Measurement module – DBM module2 Bridge measurements Bipolar

PH/DT MCP & MNO Sensors –ATLAS (BT –ECTA-C –CS) 5 types for safety: Voltage measurements –DVM moduleTotal:28/14 Channels/Modules (MSSA+MSSB) Temperature measurements –DRM moduleTotal:32/16 Channels/Modules (MSSA+MSSB) Supra-conducting measurements –DRM moduleTotal:36/20 Channels/Modules (MSSA+MSSB) Differential measurements –DVM moduleTotal:20/10 Channels/Modules (MSSA+MSSB) Bridge measurements –DBM moduleTotal:24/16 Channels/Modules (MSSA+MSSB) Grand total:Total:140/76 Channels/Modules (MSSA+MSSB

PH/DT MCP & MNO CMS -SENSORS 4 types for safety: Voltage measurements –DVM moduleTotal:21/11 Channels/Modules (MSSA+MSSB) Temperature measurements –DRM moduleTotal:8/4 Channels/Modules (MSSA+MSSB) Differential measurements –DVM moduleTotal:10/5 Channels/Modules (MSSA+MSSB) Bridge measurements –DBM moduleTotal:5/3 Channels/Modules (MSSA+MSSB) Grand total:Total:44/23 Channels/Modules (MSSA+MSSB)

ATLAS 8 racks 12 chassis 4 control boxes 8 interface boxes 8 power boxes 260 modules + Heater cicuits A mess of cables... MSSA only ATLAS MSS Racks PH/DT MCP & MNO

Why upgrade? Mean Time Before Failure - Components Worst case calculations - Environmental factors Many opto-couplers (in series) Some components no longer available – Isolation amplifier – FPGA MSS started in 1998 – First installation (CS of ATLAS – Still running)

PH/DT MCP & MNO BACK-UP SLIDES

PH/DT MCP & MNO