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TPC DCS. Pre-commissioning Final system. Pre-commissioning Hardware PVSS Supervisory Layer / FSM. HV 3 Module Iseg LV 2 PL500/F8 Temperature Monitoring 500 Sensors read-out by 18 ELMBs VHV Heinzinger incl. PLC/PVSS/FSM FEE 12 Readout Partitions (2 sectors) Laser Laser control

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TPC DCS

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Tpc dcs

TPC DCS

Pre-commissioning

Finalsystem

U. Frankenfeld


Pre commissioning hardware pvss supervisory layer fsm

Pre-commissioning HardwarePVSS Supervisory Layer / FSM

  • HV

    • 3 Module Iseg

  • LV

    • 2 PL500/F8

  • Temperature Monitoring

    • 500 Sensors read-out by 18 ELMBs

  • VHV

    • Heinzinger incl. PLC/PVSS/FSM

  • FEE

    • 12 Readout Partitions (2 sectors)

  • Laser

    • Laser control

    • Mirror control

  • Gas system

    • GWG / IT-CO

U. Frankenfeld


Commissioning hardware stand alone

Commissioning Hardwarestand alone

  • Drift Velocity Monitor

  • FEC cooling

  • Pulser PS

U. Frankenfeld


Pre commissioning cooling system concept similar to final set up

Electronics Cooling System

After water accident

All sensitive area at under pressure

ΔT ~ 1 K in each sector

System has been optimized for safe operation even with large leaks (silicon hose)

Pressure in the reservoir: > 350 mbar, < 380 mbar

Interlock: 400 mbar

Interlock action:

turns circulation pump off

generates alarm

starts procedure to turn off electronics

Pre-commissioning Cooling System(concept similar to final set-up)

1

4

2

3

U. Frankenfeld


Tpc dcs

1

2

3

4

U. Frankenfeld


Water spill from under pressure system

Water spill from under pressure system?

Vacuum Pump

Squeezed hose

Air bubbles

Reservoir

Sector

Over pressure

Circulation Pump

U. Frankenfeld


Pressure single sector

Bypass (or 2nd sector) needed to limit max pressure at sector

Flow: 10 l/min

Hydrostatic pressure in sector 13

Pressure (single sector)

Bypass

Valve in serial

U. Frankenfeld


Pressure drop in sector

Pressure drop in Sector

U. Frankenfeld


Summary cooling

Summary Cooling

  • Save operation with two sectors (opening of one hoses tested)

    • Hoses

    • Bypass (one sector)

    • Alarm settings

  • Visual alarm

    • Triggered by flow meter

    • System stops flow in case of alarm

  • Final system:

    • One pressure sensor at the inlet of each cooling sector

    • Signal read-out by DSS system-> used as interlock to stop circulation pump

U. Frankenfeld


Temperature sensors

500 calibrated PT1000

18 ELMBs

Display with color code and auto scaling

Trending of selected probes

Display of history data

Temperature Sensors

U. Frankenfeld


Sensor calibration

Sensor Calibration

U. Frankenfeld


Temperature monitoring

Temperature monitoring

U. Frankenfeld


History

History

U. Frankenfeld


Trending

Trending

Δ T ~ 1K

U. Frankenfeld


Pre commissioning summary

Pre-commissioning Summary

  • Cooling

    • Additional presure sensores -> Interlock

  • Temperature Monitoring

    • Working

  • LV

    • Pl500 F8 used +ok

  • HV

    • Control software for Iseg: ok

    • Combination PS – Chamber with serial resistor

  • FEE -> next talk

    • Connection Intercom Layer -> PVSS installed

      • Needs to be tested and debugged

U. Frankenfeld


Pre commissioning summary1

Pre-commissioning Summary

  • VHV

    • ok

  • Laser

    • Laser control and tracker used

    • Frame grabber for cameras

    • Mirror control tested

  • Gas system

    • Operated very well

    • Updates/bug fixes during pre-commissioning

  • Drift Velocity Monitor

    • Put in operation

  • Pulser PS

    • Operated manually

  • Next step

    • Installation + Commissioning

U. Frankenfeld


Tpc dcs

TPC(1)

1

2

2

216

1

2

18

18

1

6

12

10

288

108

12

2..4

1

216

1

72

500

1

06/03/13

[FSM?]

Database(s)

PVSS II

PVSS II

PVSS II

Control room (ACR)

OPCclient

DIMclient

User interface

Ethernet

CR3

CR3

CR4-Z08

CR3

CR3

CR3

PVSS II

PVSS II

PVSS II

PVSS II

PVSS II

PVSS II

OPC client

Modbus/TCP

OPC client

DIMclient

Virtual Serial

OPC client

ISEG OPCserver

Wiener OPCserver

E

E

E

ELMB OPCserver

CR3

[FED]

PCI-CAN

DIMserver

PCI-CAN

C

E

C

CR4-Z08

DIMclient

PLC

C

ACC

E

ACC

S

CR4-Y08

CR4-Z08

ISEG

Heinzinger

ACC

UX-C08/D16

Eth.-RS232

UX-A,B,C

UX-C/D

PS

Calibr.pulser

Wiener

Ethernetswitch

Gatingpulser

E

HV

LV

ELMB

HV

ELMB

DDL

Chambers

Chambers

Chambers,detector

RCU

HVrod

HVrod

Chambers

DIMsrv

High Voltage

Low Voltage

Temp. Monitor

FEE

Very High Voltage

VHV Curr. Monitor

Pulser system


Tpc dcs

TPC(2)

1

1

4

18?

40

06/03/13

Ethernet

CR3

SG2

CR3

CR3

PVSS II

PVSS II

PVSS II

PVSS II

Modbus/TCP

DIMclient

DIP

DIM client

E

E

RS232

CR3

E

[Vision]

DIMserver/filesystem

[GWG]

GasPVSS

Video In

[TS/CV]

SG2

CR3

PLC

[Motion][Laser]

DIMserver

Heinzinger

TS/CVSCADA

virtual serial

SG2

Video

Analysis

DIMsrv

Gas

LHut

UX-C

UX-C

Eth.-RS232

PLC

PLC

LHut

LHut

Spectronlaser

Mirrorcontrol

CR5

Gas

CoolingPlant (ch)

CoolingPlant (TS)

Mirror adj.

Trig Board(STAR)

Mirror adj.

Videocameras

Chambers,detector

HVrod

ThermalScreen(s)

Detector

Laser calibration system.

Chamber Cooling

VHV rod Cooling

Thermal Screen(s)

Gas system

Drift velocity mon.


Tpc dcs

Hierarchy overview

TPC

Detector

GAS

ROC

FC

FERO

TEMP

Screen

LASER

D mon

GasD

GasD

CO2

RCool

VHV

SSW

Cone

ROC

TSen

.......

+500x

HV

Gating

ESC

CalibP

ESC

LaserC

MirrorC

36x

.......

IROC

OROC

MISC

GPulser

PS

FED

LV

ECool

CPulser

PS

Crate

PS

Calib

Image

Mirror

Ch

Ch

Ch

Ch

Ch

RCU

Ch

Ch

.......

.......

.......

.......

.......

.......

.......

.......

36x

(2x) 36x

10x

98x

??x

6x

72x

??x


Tpc dcs

Hierarchy overview

Prototype

TPC

Prototype in

progress

Detector

GAS

ROC

FC

FERO

TEMP

Screen

LASER

D mon

GasD

GasD

CO2

RCool

VHV

SSW

Cone

ROC

TSen

.......

+500x

HV

Gating

ESC

CalibP

ESC

LaserC

MirrorC

36x

.......

IROC

OROC

MISC

GPulser

PS

FED

LV

ECool

CPulser

PS

Crate

PS

Calib

Image

Mirror

Ch

Ch

Ch

Ch

Ch

RCU

Ch

Ch

.......

.......

.......

.......

.......

.......

.......

.......

36x

(2x) 36x

10x

98x

??x

6x

72x

??x


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