Difference: MatWindingCenter (1 vs. 31)

Revision 302017-07-21 - RomanGreim

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 11 to 11
 
Added:
>
>
 
Line: 54 to 55
 

Wheels

Winding center Wheel Producer Producer ID In use for fibre mats since Axial wobbling
min-to-max [mm]
Pin width (range [mm]) Pin-to-thread alignment
(min-to-max [um])
Comments Documents
Changed:
<
<
Aachen AC1 IPT              
AC2 IPT              
AC3 BOMA              
AC4 BOMA              
>
>
Aachen AC1 IPT IPT1           Slides
AC2 IPT IPT2          
AC3 BOMA BOMA3          
AC4 BOMA BOMA6         used to be used at Dortmund
 
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01) 0.10 2.96-3.03
(2 pins > 3.0)
63   Slides
EPFL2 BOMA BOMA2017-5 April 2017 (SF82) 0.08 2.93-2.97 83 re-worked
EPFL3 BOMA BOMA2017-4 June 2017 (SF117) 0.15 2.94-2.99 98 re-worked, Smooth variation of the pin-to-thread alignment
Line: 189 to 190
 
META FILEATTACHMENT attachment="BOMA2017-BOMA-measurements.pdf" attr="" comment="BOMA wheels 2017 measurements by BOMA" date="1490688140" name="BOMA2017-BOMA-measurements.pdf" path="BOMA2017-BOMA-measurements.pdf" size="15767491" user="rekelhof" version="1"
META FILEATTACHMENT attachment="BOMA2017-Dortmund.pdf" attr="" comment="BOMA wheels 2017 measurements by Dortmund" date="1490688171" name="BOMA2017-Dortmund.pdf" path="BOMA2017-Dortmund.pdf" size="615790" user="rekelhof" version="1"
META FILEATTACHMENT attachment="Wheel_Properties_EPFL.pdf" attr="" comment="" date="1499866236" name="Wheel_Properties_EPFL.pdf" path="Wheel_Properties_EPFL.pdf" size="1744208" user="liferrei" version="2"
Added:
>
>
META FILEATTACHMENT attachment="AachenWheelGeometry.pdf" attr="" comment="" date="1500636069" name="AachenWheelGeometry.pdf" path="AachenWheelGeometry.pdf" size="1789393" user="rgreim" version="1"

Revision 292017-07-12 - LinoFerreiraLopes

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 188 to 188
 
META FILEATTACHMENT attachment="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" attr="" comment="" date="1490548674" name="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" path="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" size="51444545" user="phopchev" version="1"
META FILEATTACHMENT attachment="BOMA2017-BOMA-measurements.pdf" attr="" comment="BOMA wheels 2017 measurements by BOMA" date="1490688140" name="BOMA2017-BOMA-measurements.pdf" path="BOMA2017-BOMA-measurements.pdf" size="15767491" user="rekelhof" version="1"
META FILEATTACHMENT attachment="BOMA2017-Dortmund.pdf" attr="" comment="BOMA wheels 2017 measurements by Dortmund" date="1490688171" name="BOMA2017-Dortmund.pdf" path="BOMA2017-Dortmund.pdf" size="615790" user="rekelhof" version="1"
Changed:
<
<
META FILEATTACHMENT attachment="Wheel_Properties_EPFL.pdf" attr="" comment="" date="1499699116" name="Wheel_Properties_EPFL.pdf" path="Wheel_Properties_EPFL.pdf" size="1727279" user="liferrei" version="1"
>
>
META FILEATTACHMENT attachment="Wheel_Properties_EPFL.pdf" attr="" comment="" date="1499866236" name="Wheel_Properties_EPFL.pdf" path="Wheel_Properties_EPFL.pdf" size="1744208" user="liferrei" version="2"

Revision 272017-07-11 - LinoFerreiraLopes

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 58 to 58
 
AC2 IPT              
AC3 BOMA              
AC4 BOMA              
Changed:
<
<
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01) 0.10   63   Slides
EPFL2 BOMA BOMA2017-5 April 2017 (SF82) 0.08 2.93-2.97   re-worked
>
>
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01) 0.10 2.96-3.03
(2 pins > 3.0)
63   Slides
EPFL2 BOMA BOMA2017-5 April 2017 (SF82) 0.08 2.93-2.97 83 re-worked
 
EPFL3 BOMA BOMA2017-4 June 2017 (SF117) 0.15 2.94-2.99 98 re-worked, Smooth variation of the pin-to-thread alignment
Changed:
<
<
EPFL4 BOMA BOMA2017-2 June 2017 (SF130) 0.13    
>
>
EPFL4 BOMA BOMA2017-2 June 2017 (SF130) 0.13 2.97-3.03
(2 pins > 3.0)
77
 
Dortmund DO1 BOMA BOMA2016-1 Jan2016 checked checked checked    
DO2 BOMA BOMA2017-1 Feb2017 checked checked checked re-worked once see below
DO3 BOMA BOMA2017-6 - checked checked checked re-worked once, scretch introduced by BOMA see below

Revision 262017-07-10 - LinoFerreiraLopes

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 52 to 52
 
mat transport pad     - - - - AC  

Wheels

Changed:
<
<
Winding center Wheel Producer Producer ID In use for fibre mats since Axial wobbling
min-to-max [mm]
Pin width Pin-to-thread alignment
(std. deviation [micron])
Comments Documents
>
>
Winding center Wheel Producer Producer ID In use for fibre mats since Axial wobbling
min-to-max [mm]
Pin width (range [mm]) Pin-to-thread alignment
(min-to-max [um])
Comments Documents
 
Aachen AC1 IPT              
AC2 IPT              
AC3 BOMA              
AC4 BOMA              
Changed:
<
<
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01)         Slides
EPFL2 BOMA BOMA2017-5 April 2017 (SF82)        
EPFL3 BOMA BOMA2017-4 June 2017 (SF117)        
EPFL4 BOMA BOMA2017-2 June 2017 (SF130)        
>
>
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01) 0.10   63   Slides
EPFL2 BOMA BOMA2017-5 April 2017 (SF82) 0.08 2.93-2.97   re-worked
EPFL3 BOMA BOMA2017-4 June 2017 (SF117) 0.15 2.94-2.99 98 re-worked, Smooth variation of the pin-to-thread alignment
EPFL4 BOMA BOMA2017-2 June 2017 (SF130) 0.13    
 
Dortmund DO1 BOMA BOMA2016-1 Jan2016 checked checked checked    
DO2 BOMA BOMA2017-1 Feb2017 checked checked checked re-worked once see below
DO3 BOMA BOMA2017-6 - checked checked checked re-worked once, scretch introduced by BOMA see below
Line: 188 to 188
 
META FILEATTACHMENT attachment="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" attr="" comment="" date="1490548674" name="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" path="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" size="51444545" user="phopchev" version="1"
META FILEATTACHMENT attachment="BOMA2017-BOMA-measurements.pdf" attr="" comment="BOMA wheels 2017 measurements by BOMA" date="1490688140" name="BOMA2017-BOMA-measurements.pdf" path="BOMA2017-BOMA-measurements.pdf" size="15767491" user="rekelhof" version="1"
META FILEATTACHMENT attachment="BOMA2017-Dortmund.pdf" attr="" comment="BOMA wheels 2017 measurements by Dortmund" date="1490688171" name="BOMA2017-Dortmund.pdf" path="BOMA2017-Dortmund.pdf" size="615790" user="rekelhof" version="1"
Added:
>
>
META FILEATTACHMENT attachment="Wheel_Properties_EPFL.pdf" attr="" comment="" date="1499699116" name="Wheel_Properties_EPFL.pdf" path="Wheel_Properties_EPFL.pdf" size="1727279" user="liferrei" version="1"

Revision 252017-07-10 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 52 to 52
 
mat transport pad     - - - - AC  

Wheels

Changed:
<
<
winding center wheel producer producer ID in use for fibre mats since checks comments documents
Aachen AC1 IPT          
AC2 IPT          
AC3 BOMA          
AC4 BOMA          
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01)      
EPFL2 BOMA BOMA2017-5 April 2017 (SF82)      
EPFL3 BOMA BOMA2017-4 June 2017 (SF117)      
EPFL4 BOMA BOMA2017-2 June 2017 (SF130)      
Dortmund DO1 BOMA BOMA2016-1 Jan2016 pin width, pin position, wobbling    
DO2 BOMA BOMA2017-1 Feb2017 pin width, pin position, wobbling re-worked once see below
DO3 BOMA BOMA2017-6 - pin width, pin position, wobbling re-worked once, scretch introduced by BOMA see below
DO4 BOMA BOMA2017-8 - pin width, pin position, wobbling re-worked twice see below
DO0 TUDO DOPrototype1 in current version: Sep2016   test wheel  
Moscow KU 1            
KU 2            
KU 3            
KU 4            
KU 5            
KU 6            
>
>
Winding center Wheel Producer Producer ID In use for fibre mats since Axial wobbling
min-to-max [mm]
Pin width Pin-to-thread alignment
(std. deviation [micron])
Comments Documents
Aachen AC1 IPT              
AC2 IPT              
AC3 BOMA              
AC4 BOMA              
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01)         Slides
EPFL2 BOMA BOMA2017-5 April 2017 (SF82)        
EPFL3 BOMA BOMA2017-4 June 2017 (SF117)        
EPFL4 BOMA BOMA2017-2 June 2017 (SF130)        
Dortmund DO1 BOMA BOMA2016-1 Jan2016 checked checked checked    
DO2 BOMA BOMA2017-1 Feb2017 checked checked checked re-worked once see below
DO3 BOMA BOMA2017-6 - checked checked checked re-worked once, scretch introduced by BOMA see below
DO4 BOMA BOMA2017-8 - checked checked checked re-worked twice see below
DO0 TUDO DOPrototype1 in current version: Sep2016       test wheel  
Moscow KU 1                
KU 2                
KU 3                
KU 4                
KU 5                
KU 6                
 
wheels documents comments
BOMA2017

BOMA2017-BOMA-measurements.pdf: BOMA wheels 2017 measurements by BOMA

BOMA2017-Dortmund.pdf: BOMA wheels 2017 measurements by Dortmund

 

Revision 242017-07-10 - LinoFerreiraLopes

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 58 to 58
 
AC2 IPT          
AC3 BOMA          
AC4 BOMA          
Changed:
<
<
Lausanne EPFL1 BOMA BOMA2016-2        
EPFL2 BOMA          
EPFL3 BOMA          
EPFL4 BOMA          
>
>
Lausanne EPFL1 BOMA BOMA2016-2 May 2016 (SF01)      
EPFL2 BOMA BOMA2017-5 April 2017 (SF82)      
EPFL3 BOMA BOMA2017-4 June 2017 (SF117)      
EPFL4 BOMA BOMA2017-2 June 2017 (SF130)      
 
Dortmund DO1 BOMA BOMA2016-1 Jan2016 pin width, pin position, wobbling    
DO2 BOMA BOMA2017-1 Feb2017 pin width, pin position, wobbling re-worked once see below
DO3 BOMA BOMA2017-6 - pin width, pin position, wobbling re-worked once, scretch introduced by BOMA see below

Revision 232017-07-03 - RobertEkelhof

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 64 to 64
 
EPFL4 BOMA          
Dortmund DO1 BOMA BOMA2016-1 Jan2016 pin width, pin position, wobbling    
DO2 BOMA BOMA2017-1 Feb2017 pin width, pin position, wobbling re-worked once see below
Changed:
<
<
DO3 BOMA BOMA2017-8 - pin width, pin position, wobbling re-worked twice see below
DO4 BOMA BOMA2017-6 - pin width, pin position, wobbling re-worked once, scretch introduced by BOMA see below
>
>
DO3 BOMA BOMA2017-6 - pin width, pin position, wobbling re-worked once, scretch introduced by BOMA see below
DO4 BOMA BOMA2017-8 - pin width, pin position, wobbling re-worked twice see below
 
DO0 TUDO DOPrototype1 in current version: Sep2016   test wheel  
Moscow KU 1            
KU 2            

Revision 222017-05-22 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 164 to 164
 
Winding Center Contact person Address Proforma invoice Comment EORI number
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
Template - -
Dortmund Robert Ekelhof
Janine Müller
TU Dortmund
Experimentelle Physik 5
Janine Müller
Otto-Hahn-Straße 4a
44227 Dortmund
Germany
- - DE3100596
Changed:
<
<
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
- -
>
>
Lausanne Plamen Hopchev
Fred Blanc
EPFL SB IPHYS LPHE
Laboratoire de Physique
des Hautes Energies
Route de la Sorge (BSP-Cubotron)
CH-1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
- -
 
Moscow - - - - -
Heidelberg Sebastian Bachmann Physikalisches Institut 03.404
Sebastian Bachmann
Im Neuenheimer Feld 226
69120 Heidelberg
Germany
+49 6221 54 19404
     

Revision 212017-03-28 - RobertEkelhof

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 7 to 7
 

Documents

Changed:
<
<
Fibre Mat Production Bible:
>
>
Fibre Mat Production Bible:
 
Deleted:
<
<
 
Line: 52 to 51
 
glue mixer     - - - - AC  
mat transport pad     - - - - AC  
Added:
>
>

Wheels

winding center wheel producer producer ID in use for fibre mats since checks comments documents
Aachen AC1 IPT          
AC2 IPT          
AC3 BOMA          
AC4 BOMA          
Lausanne EPFL1 BOMA BOMA2016-2        
EPFL2 BOMA          
EPFL3 BOMA          
EPFL4 BOMA          
Dortmund DO1 BOMA BOMA2016-1 Jan2016 pin width, pin position, wobbling    
DO2 BOMA BOMA2017-1 Feb2017 pin width, pin position, wobbling re-worked once see below
DO3 BOMA BOMA2017-8 - pin width, pin position, wobbling re-worked twice see below
DO4 BOMA BOMA2017-6 - pin width, pin position, wobbling re-worked once, scretch introduced by BOMA see below
DO0 TUDO DOPrototype1 in current version: Sep2016   test wheel  
Moscow KU 1            
KU 2            
KU 3            
KU 4            
KU 5            
KU 6            

wheels documents comments
BOMA2017

BOMA2017-BOMA-measurements.pdf: BOMA wheels 2017 measurements by BOMA

BOMA2017-Dortmund.pdf: BOMA wheels 2017 measurements by Dortmund

 
 

Endpieces

Line: 76 to 101
 

Light yield

Changed:
<
<
Light yield (LY) measurements are performed before
and after the mirror gluing. A Sr90 source is used (electrons
up to ~2 MeV) to evaluate:
    -- LY per cluster and per channel, cluster size
    -- Channel uniformity
    -- Mirror efficiency
    -- Optional: attenuation length
>
>
Light yield (LY) measurements are performed before
and after the mirror gluing. A Sr90 source is used (electrons
up to ~2 MeV) to evaluate:
-- LY per cluster and per channel, cluster size
-- Channel uniformity
-- Mirror efficiency
-- Optional: attenuation length
 
Deleted:
<
<
 
Deleted:
<
<
 
Line: 163 to 186
 
META FILEATTACHMENT attachment="QA_LY_Strosmic90_HOWTO.pdf" attr="" comment="" date="1490547340" name="QA_LY_Strosmic90_HOWTO.pdf" path="QA_LY_Strosmic90_HOWTO.pdf" size="456839" user="phopchev" version="1"
META FILEATTACHMENT attachment="QA_LY_TriggerBoard_UserManual_v1.0.pdf" attr="" comment="" date="1490547340" name="QA_LY_TriggerBoard_UserManual_v1.0.pdf" path="QA_LY_TriggerBoard_UserManual_v1.0.pdf" size="383272" user="phopchev" version="1"
META FILEATTACHMENT attachment="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" attr="" comment="" date="1490548674" name="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" path="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" size="51444545" user="phopchev" version="1"
Added:
>
>
META FILEATTACHMENT attachment="BOMA2017-BOMA-measurements.pdf" attr="" comment="BOMA wheels 2017 measurements by BOMA" date="1490688140" name="BOMA2017-BOMA-measurements.pdf" path="BOMA2017-BOMA-measurements.pdf" size="15767491" user="rekelhof" version="1"
META FILEATTACHMENT attachment="BOMA2017-Dortmund.pdf" attr="" comment="BOMA wheels 2017 measurements by Dortmund" date="1490688171" name="BOMA2017-Dortmund.pdf" path="BOMA2017-Dortmund.pdf" size="615790" user="rekelhof" version="1"

Revision 202017-03-26 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 6 to 6
 

Documents

Changed:
<
<
>
>
Fibre Mat Production Bible:


 

Materials

Line: 56 to 62
 
Added:
>
>

Quality Assurance


Geometry


Optical Scan


Light yield

Light yield (LY) measurements are performed before
and after the mirror gluing. A Sr90 source is used (electrons
up to ~2 MeV) to evaluate:
    -- LY per cluster and per channel, cluster size
    -- Channel uniformity
    -- Mirror efficiency
    -- Optional: attenuation length


 

Experience and practical advices

  • Fishing line vs scintillating fibre
Line: 129 to 159
 
META FILEATTACHMENT attachment="cast-15-3016d.pdf" attr="" comment="" date="1462288064" name="cast-15-3016d.pdf" path="cast-15-3016d.pdf" size="44293" user="phopchev" version="1"
META FILEATTACHMENT attachment="proforma_assembly-jig_moscow.pdf" attr="" comment="" date="1463572194" name="proforma_assembly-jig_moscow.pdf" path="proforma_assembly-jig_moscow.pdf" size="133137" user="phopchev" version="1"
META FILEATTACHMENT attachment="LHCb_SciFi_FibreMat_Production_Bible_v2.pdf" attr="" comment="WindingBibleV02" date="1470057457" name="LHCb_SciFi_FibreMat_Production_Bible_v2.pdf" path="LHCb_SciFi_FibreMat_Production_Bible_v2.pdf" size="46646962" user="rekelhof" version="1"
Added:
>
>
META FILEATTACHMENT attachment="QA_LY_Overview.png" attr="" comment="" date="1490547340" name="QA_LY_Overview.png" path="QA_LY_Overview.png" size="366752" user="phopchev" version="1"
META FILEATTACHMENT attachment="QA_LY_Strosmic90_HOWTO.pdf" attr="" comment="" date="1490547340" name="QA_LY_Strosmic90_HOWTO.pdf" path="QA_LY_Strosmic90_HOWTO.pdf" size="456839" user="phopchev" version="1"
META FILEATTACHMENT attachment="QA_LY_TriggerBoard_UserManual_v1.0.pdf" attr="" comment="" date="1490547340" name="QA_LY_TriggerBoard_UserManual_v1.0.pdf" path="QA_LY_TriggerBoard_UserManual_v1.0.pdf" size="383272" user="phopchev" version="1"
META FILEATTACHMENT attachment="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" attr="" comment="" date="1490548674" name="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" path="LHCb_SciFi_FibreMat_Production_Bible_v3.pdf" size="51444545" user="phopchev" version="1"

Revision 192017-02-28 - BlakeLeverington

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 113 to 113
 
Dortmund Robert Ekelhof
Janine Müller
TU Dortmund
Experimentelle Physik 5
Janine Müller
Otto-Hahn-Straße 4a
44227 Dortmund
Germany
- - DE3100596
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
- -
Moscow - - - - -
Added:
>
>
Heidelberg Sebastian Bachmann Physikalisches Institut 03.404
Sebastian Bachmann
Im Neuenheimer Feld 226
69120 Heidelberg
Germany
+49 6221 54 19404
     
 

EORI number of the wheel-producing company BOMA (http://boma.de/): DE4920368

Revision 182016-10-26 - RobertEkelhof

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 110 to 110
 
Winding Center Contact person Address Proforma invoice Comment EORI number
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
Template - -
Changed:
<
<
Dortmund Robert Ekelhof
Janine Müller
Janine Müller
Experimentelle Physik 5
Otto-Hahn-Straße 4
44227 Dortmund
Germany
- - DE3100596
>
>
Dortmund Robert Ekelhof
Janine Müller
TU Dortmund
Experimentelle Physik 5
Janine Müller
Otto-Hahn-Straße 4a
44227 Dortmund
Germany
- - DE3100596
 
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
- -
Moscow - - - - -
Deleted:
<
<
 

EORI number of the wheel-producing company BOMA (http://boma.de/): DE4920368

Revision 172016-10-26 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 108 to 108
 The persons given in column "Contact person" must be informed when a delivery is organized to the relevant Winding Center.
To accelerate the customs formalities, a proforma invoice must be included by the sender (typically 3 copies). Templates are given in column "Proforma invoice".
Changed:
<
<
Winding Center Contact person Address Proforma invoice Comment
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
Template -
Dortmund Robert Ekelhof
Janine Müller
Janine Müller
Experimentelle Physik 5
Otto-Hahn-Straße 4
44227 Dortmund
Germany
- -
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
-
Moscow - - - -
>
>
Winding Center Contact person Address Proforma invoice Comment EORI number
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
Template - -
Dortmund Robert Ekelhof
Janine Müller
Janine Müller
Experimentelle Physik 5
Otto-Hahn-Straße 4
44227 Dortmund
Germany
- - DE3100596
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
- -
Moscow - - - - -


EORI number of the wheel-producing company BOMA (http://boma.de/): DE4920368

 
META FILEATTACHMENT attachment="ProFormaInvoiceEPFL.doc" attr="" comment="" date="1455800941" name="ProFormaInvoiceEPFL.doc" path="ProFormaInvoiceEPFL.doc" size="42496" user="phopchev" version="1"
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Revision 162016-08-01 - RobertEkelhof

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 6 to 6
 

Documents

Deleted:
<
<
 
Changed:
<
<
>
>
 

Materials

Line: 101 to 100
 

Screenshots of the winding machine control screen (examples)

Main window Technology settings for L1 Service window
Changed:
<
<
>
>
 

Transport of equipment between the Winding Centers

Line: 127 to 124
 
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Added:
>
>
META FILEATTACHMENT attachment="LHCb_SciFi_FibreMat_Production_Bible_v2.pdf" attr="" comment="WindingBibleV02" date="1470057457" name="LHCb_SciFi_FibreMat_Production_Bible_v2.pdf" path="LHCb_SciFi_FibreMat_Production_Bible_v2.pdf" size="46646962" user="rekelhof" version="1"

Revision 152016-05-18 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 110 to 110
 To accelerate the customs formalities, a proforma invoice must be included by the sender (typically 3 copies). Templates are given in column "Proforma invoice".

Winding Center Contact person Address Proforma invoice Comment
Changed:
<
<
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
- -
>
>
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
Template -
 
Dortmund Robert Ekelhof
Janine Müller
Janine Müller
Experimentelle Physik 5
Otto-Hahn-Straße 4
44227 Dortmund
Germany
- -
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
-
Moscow - - - -
Line: 127 to 126
 
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Added:
>
>
META FILEATTACHMENT attachment="proforma_assembly-jig_moscow.pdf" attr="" comment="" date="1463572194" name="proforma_assembly-jig_moscow.pdf" path="proforma_assembly-jig_moscow.pdf" size="133137" user="phopchev" version="1"

Revision 142016-05-03 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 47 to 47
 
glue mixer     - - - - AC  
mat transport pad     - - - - AC  
Added:
>
>

Endpieces

  • Latest version: 2016.04.21 (M. Wlochal)
 

Experience and practical advices

Line: 115 to 123
 
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Added:
>
>
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Revision 122016-04-19 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 104 to 104
 
Winding Center Contact person Address Proforma invoice Comment
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
- -
Dortmund Robert Ekelhof
Janine Müller
Janine Müller
Experimentelle Physik 5
Otto-Hahn-Straße 4
44227 Dortmund
Germany
- -
Changed:
<
<
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template -
>
>
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template1
Template2
-
 
Moscow - - - -
Line: 114 to 114
 
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Added:
>
>
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Revision 112016-04-14 - PlamenHopchev

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

Documents

 

Materials


Line: 53 to 59
 
    • Any small dust or hard grain could lead to fibre jumps:
      • Check for had grains in the TiO2, and if needed -- sift it
      • Make sure there are no crystals in the bonding-component of the glue (apply heat treatment if needed)
Changed:
<
<
    • What is the recommended programme for the vacuum mixer (stages, rotation speed, duration)
>
>
    • Program for the vacuum mixer (time interval, rotation speed, etc.): see the production bible (p. 46 in the current version)
 
  • Glue application
    • Too much glue could lead to fibre jumps due to displacement / aqua-planning of the fibre (according ot Matthias D. the amount of glue is actually not so critical)
Line: 76 to 82
 
    • Tip from Michael W.: attach the fiber to a screw and wind slowly backwards until the fiber is free (has no contact to the wheel anymore) except the connection point (screw) itself. After this we just start winding in the winding direction after about 1 turn the fiber moves into the groove

  • Technology parameters
Added:
>
>
    • See the screenshot with example setting below
 
    • Recommended mat width: 140 mm for the first layer. For each following layer, subtract half pitch at the Start and at the End
Changed:
<
<
    • Tension: the recommended value is 40 cN (for now the same value is used for all layers). The tension sensor on the machine can be cross-checked (calibrated) by attaching a known weight to a fibre and leave it hang vertically after the last spool. Or, one can measure the fibre tension with an independent tool (e.g. a spring balance).
>
>
    • Tension: the recommended value is 30 cN (same for all layers). The tension sensor on the machine can be cross-checked (calibrated) by attaching a known weight to a fibre and leave it hang vertically after the last spool. Or, one can measure the fibre tension with an independent tool (e.g. a spring balance).
 
  • Cleaning of the wheel
    • It is recommended to do dry cleaning (see tools below). In case a liquid product is used (e.g. ethanol or zyvax) it might be necessary to re-apply the non-stick agent
    • Tools: Nylon6.6 piece 20 x 20 x 100 mm or a wooden piece with sharpened edge (bamboo is being tested). For the more persistent glue remnants one can use a soft brass brush (bristles of 0.1 mm) or a metallic/plastic spike (one should push only along the grooves and wear safety glasses!)
Added:
>
>

Screenshots of the winding machine control screen (examples)

Main window Technology settings for L1 Service window
 

Transport of equipment between the Winding Centers

Below are listed the delivery addresses and additional information for transporting material to the Winding Centers.

Line: 99 to 111
 

META FILEATTACHMENT attachment="ProFormaInvoiceEPFL.doc" attr="" comment="" date="1455800941" name="ProFormaInvoiceEPFL.doc" path="ProFormaInvoiceEPFL.doc" size="42496" user="phopchev" version="1"
Added:
>
>
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Revision 102016-02-25 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 90 to 90
 To accelerate the customs formalities, a proforma invoice must be included by the sender (typically 3 copies). Templates are given in column "Proforma invoice".

Winding Center Contact person Address Proforma invoice Comment
Changed:
<
<
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
yyy  
Dortmund - - - -
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template  
>
>
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
- -
Dortmund Robert Ekelhof
Janine Müller
Janine Müller
Experimentelle Physik 5
Otto-Hahn-Straße 4
44227 Dortmund
Germany
- -
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template -
 
Moscow - - - -

Revision 92016-02-24 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 77 to 77
 
  • Technology parameters
    • Recommended mat width: 140 mm for the first layer. For each following layer, subtract half pitch at the Start and at the End
Changed:
<
<
    • Tension: the value provided by the winding machine is not understood (includes a calibration factor). One can measure the real fibre tension with an independent tool (e.g. a spring balance) -- the recommended value is 0.4 N
>
>
    • Tension: the recommended value is 40 cN (for now the same value is used for all layers). The tension sensor on the machine can be cross-checked (calibrated) by attaching a known weight to a fibre and leave it hang vertically after the last spool. Or, one can measure the fibre tension with an independent tool (e.g. a spring balance).
 
  • Cleaning of the wheel
Changed:
<
<
    • Can require some soaking and wiping with applied force (can take up to 2 hours). The application of a liquid / chemical might degrade the anti-stick coating. At Dortmund liquid is not used
    • Products: Ethanol or Zyvax
>
>
    • It is recommended to do dry cleaning (see tools below). In case a liquid product is used (e.g. ethanol or zyvax) it might be necessary to re-apply the non-stick agent
 
    • Tools: Nylon6.6 piece 20 x 20 x 100 mm or a wooden piece with sharpened edge (bamboo is being tested). For the more persistent glue remnants one can use a soft brass brush (bristles of 0.1 mm) or a metallic/plastic spike (one should push only along the grooves and wear safety glasses!)
Deleted:
<
<
 

Transport of equipment between the Winding Centers

Below are listed the delivery addresses and additional information for transporting material to the Winding Centers.

Revision 82016-02-18 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 83 to 83
 
    • Can require some soaking and wiping with applied force (can take up to 2 hours). The application of a liquid / chemical might degrade the anti-stick coating. At Dortmund liquid is not used
    • Products: Ethanol or Zyvax
    • Tools: Nylon6.6 piece 20 x 20 x 100 mm or a wooden piece with sharpened edge (bamboo is being tested). For the more persistent glue remnants one can use a soft brass brush (bristles of 0.1 mm) or a metallic/plastic spike (one should push only along the grooves and wear safety glasses!)
\ No newline at end of file
Added:
>
>

Transport of equipment between the Winding Centers

Below are listed the delivery addresses and additional information for transporting material to the Winding Centers.
The persons given in column "Contact person" must be informed when a delivery is organized to the relevant Winding Center.
To accelerate the customs formalities, a proforma invoice must be included by the sender (typically 3 copies). Templates are given in column "Proforma invoice".

Winding Center Contact person Address Proforma invoice Comment
Aachen Thomas Kirn
Michael Wlochal
I. Physics Institute B, RWTH Aachen
Michael Wlochal
Sommerfeldstrasse 14
52074 Aachen
Germany
yyy  
Dortmund - - - -
Lausanne Plamen Hopchev
Fred Blanc
Laboratoire de Physique des Hautes Energies
EPFL, SB IPHYS LPHE
BSP 118, Cubotron
Route de la Sorge
1015 Lausanne
Switzerland

Contact 1: Florian BERNARD: +41 21 693 0486
Contact 2: Alain PINARD: +41 21 693 0478
Template  
Moscow - - - -

META FILEATTACHMENT attachment="ProFormaInvoiceEPFL.doc" attr="" comment="" date="1455800941" name="ProFormaInvoiceEPFL.doc" path="ProFormaInvoiceEPFL.doc" size="42496" user="phopchev" version="1"

Revision 62016-02-16 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Line: 47 to 47
 
  • Fishing line vs scintillating fibre
    • From experience it is known that winding fishing line is "harder" than winding scintillating fibre, i.e. higher rate of fibre jumps. Possible reasons are the higher elasticity and unknown thickness (bumps) of the fishing line
Changed:
<
<
    • In the case of a fishing line it has been observed different behavior as function of the fibre tension (higher tension leads to more unexpected results). In Dortmund a "wirbel" was added to rectify this behavior
>
>
    • In the case of a fishing line it has been observed different behavior as function of the fibre tension (higher tension leads to more unexpected results)
 
  • Glue preparation
    • Any small dust or hard grain could lead to fibre jumps:
Line: 69 to 69
 
  • Initial positioning of the fibre
    • It is possible that bad initial positioning leads to fibre jumps, e.g. if the fibre position has forerun or backlash with respect to the positioning wheel (direction transverse to the fibre). Combined with fibre bumps and not-uniform glue layer one can get various winding errors. For instance if the fibre/fishing line is too thick and the placing wheel has too much backlash one could also get back jumps and gaps in the same layer
Changed:
<
<
    • In the beginning one needs to set the proper range for the linear stage that guides the fibre (technology file). The optimal values can be found experimentally
    • Do you use different start/end position of the linear stage for the different layers?
>
>
    • In the beginning one needs to set the proper range for the linear stage that guides the fibre (technology file)
      • Distance between Start and End position: 140 mm (recommended)
      • The exact values for Start/End depend on the relative position of the final spool and the winding wheel. The values should be tested and adjusted for each machine
      • At the start of the layer, it is recommended to have 1-2 turns outside the thread
 
    • Tip from Michael W.: attach the fiber to a screw and wind slowly backwards until the fiber is free (has no contact to the wheel anymore) except the connection point (screw) itself. After this we just start winding in the winding direction after about 1 turn the fiber moves into the groove

  • Technology parameters
Changed:
<
<
    • Nominal tension: ???
    • Please share the parameters you use (text or a screen snapshot)
>
>
    • Recommended mat width: 140 mm for the first layer. For each following layer, subtract half pitch at the Start and at the End
    • Tension: the value provided by the winding machine is not understood (includes a calibration factor). One can measure the real fibre tension with an independent tool (e.g. a spring balance) -- the recommended value is 0.4 N
 
  • Cleaning of the wheel
Changed:
<
<
    • Can require some soaking and wiping with applied force (can take up to 2 hours)
>
>
    • Can require some soaking and wiping with applied force (can take up to 2 hours). The application of a liquid / chemical might degrade the anti-stick coating. At Dortmund liquid is not used
 
    • Products: Ethanol or Zyvax
    • Tools: Nylon6.6 piece 20 x 20 x 100 mm or a wooden piece with sharpened edge (bamboo is being tested). For the more persistent glue remnants one can use a soft brass brush (bristles of 0.1 mm) or a metallic/plastic spike (one should push only along the grooves and wear safety glasses!)
Added:
>
>

Revision 52016-02-15 - PlamenHopchev

Line: 1 to 1
 
META TOPICPARENT name="FibreMatsModules"
Changed:
<
<

>
>
 

Materials

Added:
>
>

 

Tools

Tool sub-tool Number (minimum) Drawing date needed Production date needed info/url link to drawing
Line: 35 to 40
 
wiper     - - - - AC  
glue mixer     - - - - AC  
mat transport pad     - - - - AC  
Deleted:
<
<
-- BlakeLeverington - 2015-06-18
 \ No newline at end of file
Added:
>
>

Experience and practical advices

  • Fishing line vs scintillating fibre
    • From experience it is known that winding fishing line is "harder" than winding scintillating fibre, i.e. higher rate of fibre jumps. Possible reasons are the higher elasticity and unknown thickness (bumps) of the fishing line
    • In the case of a fishing line it has been observed different behavior as function of the fibre tension (higher tension leads to more unexpected results). In Dortmund a "wirbel" was added to rectify this behavior

  • Glue preparation
    • Any small dust or hard grain could lead to fibre jumps:
      • Check for had grains in the TiO2, and if needed -- sift it
      • Make sure there are no crystals in the bonding-component of the glue (apply heat treatment if needed)
    • What is the recommended programme for the vacuum mixer (stages, rotation speed, duration)

  • Glue application
    • Too much glue could lead to fibre jumps due to displacement / aqua-planning of the fibre (according ot Matthias D. the amount of glue is actually not so critical)
    • Info from Michael W.: amount of mixed glue+TiO2 (there is always a little bit of a rest):
      • On the wheel: 31,25 g
      • On L1-5: 21,88 g
      • On top of L6: 31,25 g (here we have the most rest we keep until the next day)
      • Note: the amount of glue given in the EDR is less: ~12 g/layer (Table 3.1)
    • Tools and procedure:
      • Deposition of the glue: syringe (in particular to fill the pin holes)
      • Spread/polish the glue: window cleaning wiper or a similar custom-made wiper (Matthias D.: I find the hardness of a window wiper a bit too soft. So we build our own „rakel“ of two pieces of wood and a piece of approx. 3 mm thick soft silicone-rubber). Brush is not recommended as bristles might detach
      • Some experience is needed in order to perform the procedure properly. Different force leads to different glue layer thickness, too high force might displace the fibres. It is possible to apply and spread the glue while the wheel is turning at low speed (e.g. 3 turns/minute)

  • Initial positioning of the fibre
    • It is possible that bad initial positioning leads to fibre jumps, e.g. if the fibre position has forerun or backlash with respect to the positioning wheel (direction transverse to the fibre). Combined with fibre bumps and not-uniform glue layer one can get various winding errors. For instance if the fibre/fishing line is too thick and the placing wheel has too much backlash one could also get back jumps and gaps in the same layer
    • In the beginning one needs to set the proper range for the linear stage that guides the fibre (technology file). The optimal values can be found experimentally
    • Do you use different start/end position of the linear stage for the different layers?
    • Tip from Michael W.: attach the fiber to a screw and wind slowly backwards until the fiber is free (has no contact to the wheel anymore) except the connection point (screw) itself. After this we just start winding in the winding direction after about 1 turn the fiber moves into the groove

  • Technology parameters
    • Nominal tension: ???
    • Please share the parameters you use (text or a screen snapshot)

  • Cleaning of the wheel
    • Can require some soaking and wiping with applied force (can take up to 2 hours)
    • Products: Ethanol or Zyvax
    • Tools: Nylon6.6 piece 20 x 20 x 100 mm or a wooden piece with sharpened edge (bamboo is being tested). For the more persistent glue remnants one can use a soft brass brush (bristles of 0.1 mm) or a metallic/plastic spike (one should push only along the grooves and wear safety glasses!)

Revision 42015-11-27 - RobertEkelhof

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

Materials

Line: 8 to 8
 
Tool sub-tool Number (minimum) Drawing date needed Production date needed info/url link to drawing
Online Camera hardware 4 DO Dec? DO+external Dec?    
software - DO Jan? - -    
Changed:
<
<
Jig basic 30 (27) AC Nov

AC+EPFL make a list

(have a look at existing lists)

production will be shared

between institutes

Dec    
Casting (upper + lower) 10 " " "    
Cutting 4 " " "    
1st end pice 5 " " "    
2nd end piece (wo basic) more? " " "    
optical scan see below          
Sr90 see below          
optical scanner jig 4          
hardware 4 AC?        
software - Warsaw?   -    
Sr90 Jig 4 AC/HD        
Jig Sr90 modification 4 AC/HD        
trigger 4 AC/HD        
read out electronics 4 AC/HD        
>
>
Jig basic (ITEM+parts) 30 (27) AC Nov ITEM profile everyone on its own Dec    
Casting (upper + lower) 10 " " EPFL "    
Cutting 4 " "   "    
1st end pice 5 " " AC "    
2nd end piece (wo basic) more? " " AC "    
optical scan see below            
Sr90 see below            
optical scanner jig 4            
hardware 4 AC?          
software - Warsaw?     -    
Sr90 Jig 4 AC/HD          
Jig Sr90 modification 4 AC/HD          
trigger 4 AC/HD          
read out electronics 4 AC/HD          
 
end piece     AC   external      
metrology   4 HD   HD      
transport box   ? EPFL          
Line: 31 to 31
 
hot cutter   4 AC exists        
mat storage     -          
fibre storage     -          
Changed:
<
<
bearing     AC exists        
>
>
bearing (adapter axis to heel)     AC exists AC will be send out in Dec    
 
wiper     - - - - AC  
glue mixer     - - - - AC  
mat transport pad     - - - - AC  

Revision 32015-11-20 - RobertEkelhof

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

Materials

Tools

Changed:
<
<
Tool sub-tool Number Drawing date needed Production date needed info/url link to drawing
>
>
Tool sub-tool Number (minimum) Drawing date needed Production date needed info/url link to drawing
 
Online Camera hardware 4 DO Dec? DO+external Dec?    
software - DO Jan? - -    
Changed:
<
<
Jig basic   AC Nov EPFL/DO/HD? Dec    
Casting 4 " "   "    
Cutting 4 " "   "    
1st end pice 4 " "   "    
2nd end piece (wo basic) more? " "   "    
mirror (wo basic) more? " "   "    
optical scan see below            
Sr90 see below            
optical scanner jig 4            
hardware 4 AC?   ? + external(scanner)      
software - Warsaw?   - -    
Sr90 Jig 4 AC/HD          
Jig Sr90 modification 4 AC/HD          
trigger 4 AC/HD          
read out electronics 4 AC/HD          
>
>
Jig basic 30 (27) AC Nov

AC+EPFL make a list

(have a look at existing lists)

production will be shared

between institutes

Dec    
Casting (upper + lower) 10 " " "    
Cutting 4 " " "    
1st end pice 5 " " "    
2nd end piece (wo basic) more? " " "    
optical scan see below          
Sr90 see below          
optical scanner jig 4          
hardware 4 AC?        
software - Warsaw?   -    
Sr90 Jig 4 AC/HD        
Jig Sr90 modification 4 AC/HD        
trigger 4 AC/HD        
read out electronics 4 AC/HD        
 
end piece     AC   external      
metrology   4 HD   HD      
transport box   ? EPFL          
Changed:
<
<
cart with wheel bearing   12 EPFL  

carts+motors: external

axis etc: EPFL?

     
>
>
cart with wheel bearing   12 AC has something  

carts+motors: external

axis etc: EPFL?

     
 
fume housings winding 4 DO?          
anti-stick 4 DO?          
hot cutter   4 AC exists        

Revision 22015-11-06 - RobertEkelhof

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

Materials

Added:
>
>

Tools

Tool sub-tool Number Drawing date needed Production date needed info/url link to drawing
Online Camera hardware 4 DO Dec? DO+external Dec?    
software - DO Jan? - -    
Jig basic   AC Nov EPFL/DO/HD? Dec    
Casting 4 " "   "    
Cutting 4 " "   "    
1st end pice 4 " "   "    
2nd end piece (wo basic) more? " "   "    
mirror (wo basic) more? " "   "    
optical scan see below            
Sr90 see below            
optical scanner jig 4            
hardware 4 AC?   ? + external(scanner)      
software - Warsaw?   - -    
Sr90 Jig 4 AC/HD          
Jig Sr90 modification 4 AC/HD          
trigger 4 AC/HD          
read out electronics 4 AC/HD          
end piece     AC   external      
metrology   4 HD   HD      
transport box   ? EPFL          
cart with wheel bearing   12 EPFL  

carts+motors: external

axis etc: EPFL?

     
fume housings winding 4 DO?          
anti-stick 4 DO?          
hot cutter   4 AC exists        
mat storage     -          
fibre storage     -          
bearing     AC exists        
wiper     - - - - AC  
glue mixer     - - - - AC  
mat transport pad     - - - - AC  
 -- BlakeLeverington - 2015-06-18 \ No newline at end of file

Revision 12015-06-18 - BlakeLeverington

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

Materials

-- BlakeLeverington - 2015-06-18

 
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