Difference: Rich1UpgradeMechanics (1 vs. 10)

Revision 102015-04-28 - AmandaJayneBrummitt

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META TOPICPARENT name="RichUpgrade"

RICH 1 Upgrade mechanics

Line: 84 to 84
 Current RICH1 CAD Files 04/08/2014 STEP AP214 CAD File of the current RICH1 System; translation/import may take up to 5 minutes on slower computer. Components are broken down into sub-assemblies, however the import of the governing assemblies is subject to user software. At this phase in the RICH1 Upgrade project, CAD files are released For Information Only.
Added:
>
>
 
META FILEATTACHMENT attachment="RICH1_low_detail_01-08-14_asm.zip" attr="" comment="STEP AP214 CAD File of RICH1 Experiment (Low Detail)" date="1407157577" name="RICH1_low_detail_01-08-14_asm.zip" path="RICH1_low_detail_01-08-14_asm.zip" size="24107882" user="rgabriel" version="1"
META FILEATTACHMENT attachment="3650optimized_PDsajan.txt" attr="" comment="" date="1428938784" name="3650optimized_PDsajan.txt" path="3650optimized_PDsajan.txt" size="2261" user="mmccann" version="1"
Added:
>
>
META FILEATTACHMENT attachment="td-1206-940_asm-28-4-15.stp" attr="" comment="April 2015 low detail CAD model of RICH 1 with Mirror paths" date="1430210812" name="td-1206-940_asm-28-4-15.stp" path="td-1206-940_asm-28-4-15.stp" size="909382" user="abrummit" version="1"

Revision 92015-04-13 - MichaelMcCann

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META TOPICPARENT name="RichUpgrade"

RICH 1 Upgrade mechanics

Line: 85 to 85
 STEP AP214 CAD File of the current RICH1 System; translation/import may take up to 5 minutes on slower computer. Components are broken down into sub-assemblies, however the import of the governing assemblies is subject to user software. At this phase in the RICH1 Upgrade project, CAD files are released For Information Only.

META FILEATTACHMENT attachment="RICH1_low_detail_01-08-14_asm.zip" attr="" comment="STEP AP214 CAD File of RICH1 Experiment (Low Detail)" date="1407157577" name="RICH1_low_detail_01-08-14_asm.zip" path="RICH1_low_detail_01-08-14_asm.zip" size="24107882" user="rgabriel" version="1"
Added:
>
>
META FILEATTACHMENT attachment="3650optimized_PDsajan.txt" attr="" comment="" date="1428938784" name="3650optimized_PDsajan.txt" path="3650optimized_PDsajan.txt" size="2261" user="mmccann" version="1"

Revision 82015-02-24 - MichaelMcCann

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META TOPICPARENT name="RichUpgrade"

RICH 1 Upgrade mechanics

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p8

RICH 1 Services

Deleted:
<
<
Mostly taken from a talk at the infrastructure workshop. but based on a plane of 11 columns, a column of 6 modules, and a module of 2 DB and 4 ECs.

Data

Each DB requires a fibre per GBT, there are two GBTs per FPGA, and 3 FPGAs per board. Each DB is coupled to a harness board which merge fibres into ribbons. Each ribbon will remain as a bundle all the way to the TELL40s, so should only contain data. It is envisioned that a 12 fibre ribbon can cover two digital boards, and hence a single module. Patch pannel connectors like one of these [http://www.usconec.com/products/mtp_adaptors.htm], probably.

ECS

Each DB requres a transmission and receiver fibre coupled through a GBT to the SCA. It is envisioned that a 12 fibre ribbon will serve multiple boards.

Low Voltage

LV shared accros a column. 8.5 Amps per DB, so 100 A per column, probably at 2.5/5 V? quick back of envelope calc says conductors ~ 7mm diameter (20 m ~ 1V drop).

High Voltage

1.1kV, mostly common to a module, some split powering in high occupancy regions (a 4 by 4 module region) of the last, and maybe last but one dynode. Maybe some SHV connector like [http://www.alliedelec.com/1/products/106825-0-187-gold-solder-nickel-shv-connector.html], since it's only 1kV? Arrives at the detector as several 56 conductor cables 04.31.52.100.5(cern stores), needs to get to the harness as 1 or 2 or 3 SHVs?. Common ground on a column (or to several modules), so patch panel isn't straight through.

Cooling

???

DSS

???

Summary

 Some very incomplete summary tables for different levels.

Per module

Service Number Type Comment
Data 1 12 fibre MPO Some how shared between the two boards
Changed:
<
<
ECS 4 Individual fibres  
LV 1 3mm plugs?  
HV 1 (+4 if split powered?) + 1 gound SHV? common ground
Cooling 1 cooling bar All modules connecetd to a common heat sink
DSS      
>
>
ECS 4 Individual fibres How will they enter the module?
LV 1 Pair of 3mm plugs? That's how it's connected internally now.
HV 1 (+1/2 if split powered?) + 1 gound SHV? Common ground.
Cooling 1 cooling bar All modules connected to a common heat sink
DSS/DCS 8 + 1 TWP? Do we need measure every voltage? Granularity of the thermoswitches?
 

Per column

Service Number Type Comment
Data 6 12 fibre MPO One per module
ECS 2 12 fibre MPO Shared between multiple modules
LV 1 Pair of screw terminal again?  
Changed:
<
<
HV 6 ( + 4/8 if split powered) + 3? ground SHV? Rather speculative
>
>
HV 6 ( + 4/8 if split powered) + 3/6? ground SHV? Rather speculative
 
Cooling 2 quick release? Assume similar to current RICH 1, in and out
Changed:
<
<
DSS ~50 somewhat arbitrary differential ADC channels Assume similar to current RICH 1, although maybe most temps read through the fibres now?
>
>
DSS/DCS 48 + 6 TWP? Do we need measure every voltage? Granularity of the thermoswitches?
 

Per plane

Service Number Type Comment
Changed:
<
<
Data 66 12 fibre MPO  
ECS 22 12 fibre MPO  
>
>
Data 66 12 fibre MPO No spares
ECS 22 12 fibre MPO No spares
 
LV 11 Pairs of scew terminals? One per column
Changed:
<
<
HV 66 + 16 (split powering) + ~20 ground SHV?  
Cooling      
DSS      
>
>
HV 66 + 16/32 (split powering) + ~20 ground SHV?  
Cooling 2 cooling loop in and out Assumes some manifold somehere.
DSS/DCS ~600 TWP? Really?
 

Other Stuff

Revision 72015-02-21 - MichaelMcCann

Line: 1 to 1
 
META TOPICPARENT name="RichUpgrade"

RICH 1 Upgrade mechanics

Line: 57 to 57
 

Low Voltage

LV shared accros a column. 8.5 Amps per DB, so 100 A per column, probably at 2.5/5 V? quick back of envelope calc says conductors ~ 7mm diameter (20 m ~ 1V drop).
Added:
>
>
 

High Voltage

Changed:
<
<
1.1kV, mostly common to a module, some split powering in high occupancy regions. Maybe some SHV connector like [http://www.alliedelec.com/1/products/106825-0-187-gold-solder-nickel-shv-connector.html], since it's only 1kV?
>
>
1.1kV, mostly common to a module, some split powering in high occupancy regions (a 4 by 4 module region) of the last, and maybe last but one dynode. Maybe some SHV connector like [http://www.alliedelec.com/1/products/106825-0-187-gold-solder-nickel-shv-connector.html], since it's only 1kV? Arrives at the detector as several 56 conductor cables 04.31.52.100.5(cern stores), needs to get to the harness as 1 or 2 or 3 SHVs?. Common ground on a column (or to several modules), so patch panel isn't straight through.
 

Cooling

???
Added:
>
>
 

DSS

???
Added:
>
>
 

Summary

Some very incomplete summary tables for different levels.

Per module

Line: 79 to 83
 
Data 6 12 fibre MPO One per module
ECS 2 12 fibre MPO Shared between multiple modules
LV 1 Pair of screw terminal again?  
Changed:
<
<
HV 6 ( + 8 if split powered) + 3? ground SHV? Rather speculative
>
>
HV 6 ( + 4/8 if split powered) + 3? ground SHV? Rather speculative
 
Cooling 2 quick release? Assume similar to current RICH 1, in and out
DSS ~50 somewhat arbitrary differential ADC channels Assume similar to current RICH 1, although maybe most temps read through the fibres now?
Line: 89 to 93
 
Data 66 12 fibre MPO  
ECS 22 12 fibre MPO  
LV 11 Pairs of scew terminals? One per column
Changed:
<
<
HV 132 + 32 (split powering) + ~40 ground SHV?  
>
>
HV 66 + 16 (split powering) + ~20 ground SHV?  
 
Cooling      
DSS      

Revision 62015-02-20 - MichaelMcCann

Line: 1 to 1
 
META TOPICPARENT name="RichUpgrade"

RICH 1 Upgrade mechanics

Line: 56 to 56
 Each DB requres a transmission and receiver fibre coupled through a GBT to the SCA. It is envisioned that a 12 fibre ribbon will serve multiple boards.

Low Voltage

Added:
>
>
LV shared accros a column. 8.5 Amps per DB, so 100 A per column, probably at 2.5/5 V? quick back of envelope calc says conductors ~ 7mm diameter (20 m ~ 1V drop).
 

High Voltage

Added:
>
>
1.1kV, mostly common to a module, some split powering in high occupancy regions. Maybe some SHV connector like [http://www.alliedelec.com/1/products/106825-0-187-gold-solder-nickel-shv-connector.html], since it's only 1kV?
 

Cooling

Added:
>
>
???
 

DSS

Added:
>
>
???
 

Summary

Changed:
<
<
>
>
Some very incomplete summary tables for different levels.
 

Per module

Service Number Type Comment
Data 1 12 fibre MPO Some how shared between the two boards
ECS 4 Individual fibres
Changed:
<
<
LV
HV
Cooling
>
>
LV 1 3mm plugs?  
HV 1 (+4 if split powered?) + 1 gound SHV? common ground
Cooling 1 cooling bar All modules connecetd to a common heat sink
 
DSS

Per column

Service Number Type Comment
Data 6 12 fibre MPO One per module
ECS 2 12 fibre MPO Shared between multiple modules
Changed:
<
<
LV      
HV      
Cooling      
DSS      
>
>
LV 1 Pair of screw terminal again?  
HV 6 ( + 8 if split powered) + 3? ground SHV? Rather speculative
Cooling 2 quick release? Assume similar to current RICH 1, in and out
DSS ~50 somewhat arbitrary differential ADC channels Assume similar to current RICH 1, although maybe most temps read through the fibres now?
 

Per plane

Service Number Type Comment
Data 66 12 fibre MPO  
ECS 22 12 fibre MPO  
Changed:
<
<
LV      
HV      
>
>
LV 11 Pairs of scew terminals? One per column
HV 132 + 32 (split powering) + ~40 ground SHV?  
 
Cooling      
DSS      

Revision 52015-02-20 - MichaelMcCann

Line: 1 to 1
 
META TOPICPARENT name="RichUpgrade"

RICH 1 Upgrade mechanics

This page gives an inexhaustive summary of the RICH 1 mechanics. See sub-project pages for details particular details.

Added:
>
>
 

RICH 1 Mechanics sub-projects

MaPMT mechanics

Line: 44 to 50
 Mostly taken from a talk at the infrastructure workshop. but based on a plane of 11 columns, a column of 6 modules, and a module of 2 DB and 4 ECs.

Data

Changed:
<
<
Each DB requires a fibre per GBT, there are two GBTs per FPGA, and 3 FPGAs per board. Each DB is coupled to a harness board which merge fibres into ribbons. Each ribbon will remain as a bundle all the way to the TELL40s, so should only contain data. It is envisioned that a 12 fibre ribbon can cover two digital boards, and hence a single module.
>
>
Each DB requires a fibre per GBT, there are two GBTs per FPGA, and 3 FPGAs per board. Each DB is coupled to a harness board which merge fibres into ribbons. Each ribbon will remain as a bundle all the way to the TELL40s, so should only contain data. It is envisioned that a 12 fibre ribbon can cover two digital boards, and hence a single module. Patch pannel connectors like one of these [http://www.usconec.com/products/mtp_adaptors.htm], probably.
 

ECS

Each DB requres a transmission and receiver fibre coupled through a GBT to the SCA. It is envisioned that a 12 fibre ribbon will serve multiple boards.

Revision 42015-02-20 - MichaelMcCann

Line: 1 to 1
 
META TOPICPARENT name="RichUpgrade"

RICH 1 Upgrade mechanics

Added:
>
>
This page gives an inexhaustive summary of the RICH 1 mechanics. See sub-project pages for details particular details.

RICH 1 Mechanics sub-projects

MaPMT mechanics Gas Enclosure Optics and Mirrors Seals and windows Services

 

MaPMT plane specification

This is a summary of the current engineering layout for the upgraded RICH 1 optical plane. See attachment for details.

Line: 10 to 21
 
Parameter value
$x$-pitch 56 mm (dummy value)
$y'$-pitch 56 mm (dummy value)
Added:
>
>
$x$ instrumented EC 22
$y'$ instrumented EC 11
 
width 1243 mm
height 641 mm
Line: 26 to 39
 
pc
p8
Added:
>
>

RICH 1 Services

Mostly taken from a talk at the infrastructure workshop. but based on a plane of 11 columns, a column of 6 modules, and a module of 2 DB and 4 ECs.

Data

Each DB requires a fibre per GBT, there are two GBTs per FPGA, and 3 FPGAs per board. Each DB is coupled to a harness board which merge fibres into ribbons. Each ribbon will remain as a bundle all the way to the TELL40s, so should only contain data. It is envisioned that a 12 fibre ribbon can cover two digital boards, and hence a single module.

ECS

Each DB requres a transmission and receiver fibre coupled through a GBT to the SCA. It is envisioned that a 12 fibre ribbon will serve multiple boards.

Low Voltage

High Voltage

Cooling

DSS

Summary

Per module

Service Number Type Comment
Data 1 12 fibre MPO Some how shared between the two boards
ECS 4 Individual fibres
LV
HV
Cooling
DSS

Per column

Service Number Type Comment
Data 6 12 fibre MPO One per module
ECS 2 12 fibre MPO Shared between multiple modules
LV
HV
Cooling
DSS

Per plane

Service Number Type Comment
Data 66 12 fibre MPO
ECS 22 12 fibre MPO
LV
HV
Cooling
DSS

 

Other Stuff

Work in progress

Revision 32014-12-16 - MichaelMcCann

Line: 1 to 1
 
META TOPICPARENT name="RichUpgrade"
Added:
>
>

RICH 1 Upgrade mechanics

MaPMT plane specification

This is a summary of the current engineering layout for the upgraded RICH 1 optical plane. See attachment for details. Version: 1

Parameter value
$x$-pitch 56 mm (dummy value)
$y'$-pitch 56 mm (dummy value)
width 1243 mm
height 641 mm

RICH 1 Optics

The following is a summary of current engineering layout for the upgraded RICH 1 optics. See attachment for details. Version: 1

Point x y z
p1
p2
p3
p4
pc
p8

Other Stuff

 Work in progress -- StefaniaRicciardi - 23 May 2014

Revision 22014-08-04 - RobertKrystianGabrielczyk

Line: 1 to 1
 
META TOPICPARENT name="RichUpgrade"
Work in progress -- StefaniaRicciardi - 23 May 2014 \ No newline at end of file
Added:
>
>
Current RICH1 CAD Files 04/08/2014 STEP AP214 CAD File of the current RICH1 System; translation/import may take up to 5 minutes on slower computer. Components are broken down into sub-assemblies, however the import of the governing assemblies is subject to user software. At this phase in the RICH1 Upgrade project, CAD files are released For Information Only.

META FILEATTACHMENT attachment="RICH1_low_detail_01-08-14_asm.zip" attr="" comment="STEP AP214 CAD File of RICH1 Experiment (Low Detail)" date="1407157577" name="RICH1_low_detail_01-08-14_asm.zip" path="RICH1_low_detail_01-08-14_asm.zip" size="24107882" user="rgabriel" version="1"

Revision 12014-05-23 - StefaniaRicciardi

Line: 1 to 1
Added:
>
>
META TOPICPARENT name="RichUpgrade"
Work in progress -- StefaniaRicciardi - 23 May 2014
 
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