RPC units for BOS chambers - Sector 2
hole
Splitter
Side A
PAD
Wired_or
Questo schema è valido anche per i settori 4 – 6 – 8
Version 19.10.05
Side C
Z= 0
HV-MDT
0
B D
6A02
B
5A02
B
B
Cavi Phi. Tutti da 3 m
B
4A02
B
3A02
B
0
h0 h1
h0
h1
h0
h1
B
B
B
B
B
h1
h0
h1
h0
h1
2A02
1A02
z
1C02
1
2
h0
h1
h0
B
B
B
B
B
h0
h1
h0
h1
h0
2C02
h1
3C02
4
3
B
4C02
B
B
5
B D B
5C02
6C02
RO-MDT
N.B. Sul lato HV c’e’ un solo
supporto meccanico, mentre
sul lato RO ce ne sono due
IP
Inversione PAD-Splitter rispetto
al montaggio “normale”
RPC3
Chambers are seen from outside
MDT
N.B. Le camere sono viste come durante il montaggio delle scatole, vale a dire dovete
guardare il piano con i cavi degli RPC.
RPC units for BOS chambers - Sector 4
It is like sector 2
Side A
B D
B
B
B
B
B
B
B
Side C
Z= 0
B
B
B
B
B
B
B
B
B
B
B
B
B
D B
RPC units for BOS chambers - Sector 6
It is like sector 2
Side A
B D
B
B
B
B
B
B
B
Side C
Z= 0
B
B
B
B
B
B
B
B
B
B
B
B
B
D B
RPC units for BOS chambers - Sector 8
It is like sector 2
Side A
B D
B
B
B
B
B
B
B
Side C
Z= 0
B E E
E E B
B
B
B
B
B
B
B
D B
RPC units for BOS chambers - Sector 10
Questo schema è valido anche per il settore 16
hole
Splitter
Side A
PAD
Wired_or
6A10
B
5A10
B
B
B
B
4A10
3A10
B
B
2A10
Problem to tilt the box
Cavo phi da 4.80 m
B
B
B
1A10
B
B
1C10
RO-MDT
N.B. Sul lato HV c’e’ un solo
supporto meccanico, mentre
sul lato RO ce ne sono due
Cavi phi da 3 m
HV-MDT
Once we put the cables, we could
have problems to tilt the box
B D
Side C
Z= 0
B
2C10
B
B
B
3C10
B
B
4C10
B
B
5C10
D B
6C10
IP
N.B. il cavo phi interno
deve essere da 4.80 m
RPC3
Chambers are seen from outside
MDT
N.B. Le camere sono viste come durante il montaggio delle scatole, vale a dire dovete guardare
il piano con i cavi degli RPC.
Splitter
hole
PAD
Wired_or
RPC units for BOF chambers - Sector 12
Side A
Upgrade PAD
3 oppure 4.8?
0
h1
h0
A
8A12
7A12
Ist.
6A12
h1
5A12
4A12
Ist.
B D* B
h0 h1
h0
3A12
2A12
Ist.
1A12
0B12
RO
3m
1
h1 h0 h1 h1
D* E E D* C C D* B
h0
4.8 m
0
h1
Ist.
A
Side C
Z= 0
HV
Pad dummy only
for read out and
not for trigger
2
h1
4
A
A
h1
Ist.
B D* C C D* E E D*
h0 h0
1C12
3
2C12
h0
3C12
4C12
h0
5C12
6C12 7C12
8C12
It is not yet clear where
to place the boxes here
A
A
D* E E
C C
IP
Outer layer
RPC3
MDT
Chambers are seen from outside
C C
E E D*
A
A
RPC units for BOF chambers - Sector 14
Splitter
hole
PAD
Wired_or
It is like sector 12, but HV and RO side are inverted
Side A
HV
Ist.
A
8A14
7A14
Ist.
Ist.
D* E E D* C C D* B
h1
RO
6A14
Side C
Z= 0
h0 h0 h1 h0 h0 h1 h0 h0 h1
h0
A
RO
Ist.
B D* B
h1 h1 h0 h1 h1 h0 h1 h1
5A14
4A14
3A14
2A14
1A14
0B14
1C14
Here HV e RO are inverted
h0
Pad dummy only
for read out and
not for trigger
h0
HV
h0
Ist.
B D* C C D* E E D*
h0 h1
2C14
HV
h1
3C14
4C14
5C14
A
A
h0
RO
6C14 7C14
8C14
It is not yet clear where to
place the boxes here
IP
A
A
D* E E
C C
C C
Outer layer
RPC3
MDT
Chambers are seen from outside
E E D*
A
A
RPC units for BOS chambers - Sector 16
It is like sector 10
Side A
B D
B
B
B
B
B
B
B
Side C
Z= 0
B
B
B
B
B
B
B
B
B
B
B
B
B
D B