RF background simulations MICE collaboration meeting Fermilab 2006-06-09 Rikard Sandström.
MICE Collaboration Meeting 15 Fermilab MICE Integration By Oxford University.
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Transcript of MICE Collaboration Meeting 15 Fermilab MICE Integration By Oxford University.
MICE Collaboration Meeting 15
Fermilab
MICE Integration
By
Oxford University
We propose that the integration of the MICE Cooling Channel is driven by:-
Well defined document referencing & control system;
User friendly drawing directory;
Document control access rights;
Using a tried and proven Electronic Document Management system, such as the VAULT in the AutoCAD suite, but compatibility between different CAD software remains to be solved
A Tree system has been looked at to organise the MICE Cooling Channel components in such a way that:-
Users know exactly what documents are available and where to find them;
Helps us to interrogate if there is any missing information still to be defined and specified;
The whole document control process could be managed with as little resource as possible;
At Oxford, this task falls onto Stephanie’s shoulder
Level 1 - The main modules
Level 2 – The components attached to the different modules
Level 2 – The components attached to the different modules
Level 2 – The components attached
to the different modules
Level 3 – sub-components not attached to the main modules
Level 3 – sub-components not attached to the main modules
Level 0
The Cooling Channel
Level 0
Level 1
Cooling Channel Instrument cable connection
Power Supply
Helium Supply
H2 venting system
Floor fixing
Foot print & temp docking allocation
Tracker Solenoid
Coupling Coil
Modules
AFC Modules
Iron
Shi
eld
Diff
user
Fib
re T
rack
er
Fib
re s
up
po
rt
Pa
tch
pa
ne
l
VL
PC
+
Cry
oco
ole
rs
Rad
iatio
n S
hie
ld
Cry
coo
lers
&
com
pres
sors
Vac
uum
pum
ping
H2
Abs
orbe
r
Hyd
roge
n su
pply
Cry
coo
lers
&
com
pres
sors
Hyd
roge
n pu
mps
Vac
uum
pum
ping
Hyd
ride
Be
d
Win
do
ws
Cry
coo
lers
&
com
pres
sors
Vac
uum
pum
ping
Bellow connection
Bellow connection
PIDsH
e W
ind
ow
0C
PIDs
1C-1-1C-3-1C-2-1C-
AB
ABC
AB
1A/2A1B/2C
2B/3A2B/3C1-C-
1H-1-1-2-3-….
1H-4-1-2-3-….
1H-2-1-2-3-….
1H-5-1-2-3-….
1H-3-1-2-3-….
1H-6-1-2-3-….
2C-3
--1
A B
2C-3
--2
A B
2C-2
--1
A B C
2C-2
--2
A B C
2C-2
--3
A B C
2C-2
--4
A B C
2C-2
--5
A B C
3C-1
--3
-1A B
3C-1
--3
-2A B
3C-1
--3
-3A B
3C-2
--2
-1A B C
3C-2
--1
-1-
A B C
A B C D
2C-1
--1
A B
2C-1
--2
A B
2C-1
--3
A B
2C-1
--5
A B
2C-1
--6
A B
2C-1
--7
A B
2C-1
--4
A B
Drawing identification and referencing system
Pretty straight forward for linking between one level
to the other
Cooling Channel
Tracker Solenoid
Coupling Coil
Modules
AFC Modules
Iron
Shi
eld
Diff
user
Fib
re T
rack
er
Fib
re s
up
po
rt
Pa
tch
pa
ne
l
VL
PC
+
Cry
oco
ole
rs
Rad
iatio
n S
hie
ld
Cry
coo
lers
&
com
pres
sors
Vac
uum
pum
ping
H2
Abs
orbe
r
Hyd
roge
n su
pply
Cry
coo
lers
&
com
pres
sors
Hyd
roge
n pu
mps
Vac
uum
pum
ping
Hyd
ride
Be
d
Win
do
ws
Cry
coo
lers
&
com
pres
sors
Vac
uum
pum
ping
Bellow connection
Bellow connection
He
Win
dow
Tracker Solenoid
Iron
Shi
eld
Diff
user
Fib
re T
rack
er
Fib
re s
uppo
rt
Pat
ch p
anel
VLP
C +
C
ryo
cool
ers
Rad
iatio
n S
hiel
d
Cry
cool
ers
&
com
pres
sors
Vac
uum
pum
ping
He
Win
dow
Tracker Solenoid
Iro
n S
hie
ld
Diff
use
r
Fib
re T
rack
er
Fib
re s
up
port
Pat
ch p
ane
l
VLP
C +
C
ryo
coo
lers
Rad
iatio
n S
hie
ld
Cry
coo
lers
&
com
pre
sso
rs
Vac
uu
m p
um
pin
g
He
Win
dow
1C-1-AB
2C-1
--1
A B
2C-1
--2
A B
2C-1
--3
A B
2C-1
--5
A B
2C-1
--6
A B
2C-1
--7
A B
3C-1
--3
-1A B
3C-1
--3
-2A B
3C-1
--3
-3A B
2C-1- -1/2AB
2C-1
--4
A B
2C-1- -2/3AB 2C-1- -4/5A
B
3C-1- -3-1/2AB
3C-1- -3-1/3AB
2/3C-1- -1/3-1AB
2/3C-1- -1/3-3AB
2/3C-1- -2/3-3AB
2/3
C-1
--2
/3-1
A B e.g.
2/3 C-1-A- 2/3-3
Links component C-1-A-2 to C-1-A-3-3
indicates cooling channel module 1A
Links between level 2&3
How about referencing the Cooling Channel to the infrastructure?
Level 1 Level 2 Level 3
2C1 -….. 2C2 - …. 2C3 -3C1 - .. 3C2
- ..
He supply –
1H1X X X X X X X X X
Power supply -
1H2X X X X X X X X X X X X X
Instrument & cable -1H3
X X X X X X X X X X X X X X X X X X X
Foot print & docking etc - 1H4
X X X X X X X X X X X X X X
Floor fixing –
1H5X X X X X X
H2 venting sys – 1H6
X X X X X X X
Other infrastructure 1Hn
X X
Tra
cke
r so
leno
id 1
C1
AF
C M
odue
1C
2
RF
M
odue
1C
3
Iro
n S
hie
ld 2
C1
-1
Diff
use
r 2
C1
-2
Fib
re T
rack
er
2C
1-3
He
Win
do
w
2C
1-4
Ra
d.
Sh
ield
2
C1
-5
Coo
lers
& c
omp.
2
C1
-6
Va
c P
um
ps
2C
1-7
Ab
sorb
er
2C
2-1
H2
sya
tem
2
C2
-2
Coo
lers
& p
ump
2C
2-3
H2
Pu
mp
s 2
C2
-4
Va
c P
um
ps
2C
2-5
Coo
lers
& p
ump
2C
3-1
Va
c P
um
ps
2C
3-2
Fib
re s
uppo
rt
3C
1-3
-1
VLP
C +
coo
lers
3
C1
-3-2
Pat
ch P
anel
3
C1
-3-3
Win
dow
s 3
C2
-2-1
Hyd
ride
Bed
3
C2
-2-1
Coo
ling
Cha
nnel
C
omp
onen
ts
Infrastructures
Summary
We believe the ”Tree” system is the best way to manage not only the drawings, but all the design and project documents;
The numbering system is crucial to its success. It allows us, and the users, to understand how each individual components are linked to the other components and where to find the information
Each drawing will have 2 numbering system; one assigned by the suppliers and the other in accordance with the numbering system that we have proposed here.
Users will be able to view drawings by clicking at the right links;
This will be put on the MICE web page.
A drawing viewer software will be available on the web. It could be downloaded by those those who do not have AutoCAD facility but wish to view drawings;