Mitsubishi Electric CITY MULTI PUMY-SP112 Installation Manual page 41

6.
"M-NET"
OC
(51)
TB3 TB7
M1M2S M1M2S
D
L
3
OC
(53)
TB7
TB3
M1M2S M1M2S
M1M2S
M1M2 S
<
A
B •
C
L +L +L +L
1 2 3
D
-
)
•
E -
{ 200
L
6
•
F -
R , R
+R
1 2 3
G
Fig. 6-2
<
OC
(51)
L
1
TB3
TB7
M1 M2 S M1 M2 S
L
3
A
L
2
OC
(53)
TB7
L
4 A
TB3
M1 M2 S
M1 M2 S
A
M1 M2 S
L
5
M1 M2 S
A
< >
•
{ 500
L + L + L + L + L (1,25
1 2 3 4 5
•
{ 200
L + L , L + L , L (1,25
1 2 3 4 5
•
L { 25 (1,5 2 )
6
•
m { 200 (0,3–1,25 ²)
1
Fig. 6-4
L
1
A C
M-IC M-IC M-IC
(01) (02) (05)
TB5 TB5 TB5
M 1 M 2 S M 1 M 2 S M 1 M 2 S
A B A B A B
(101) (105) (155)
M-NET RC M-NET RC
M-NET RC
F G
L
4
M-IC M-IC
M-IC
(04) (07)
(03)
TB5
TB5 TB5
M 1 M 2 S M1 M2 S M 1 M 2 S
A B
(104)
M-NET RC
B
>
, L +L +L +L , L +L +L +L { 500
4 3 4 5 6 1 2 5 6
: L , L +L
1 3
(1,25 ² )
{ 10
(0,5–1,25 ²)
10 ,
1,25 ² shielded wire.
, 10 ,
:
L
6
TB3A TB3A TB15
S1 S1 1
A-IC
S2 S2 2
(01)
S3 S3
TB5 TB3B TB3A TB15
M1 S1 S1 1
A-IC
S2 S2 2
M2 (02)
S3 S3
S
TB3C TB3A TB15
S1 1
S1 A-IC
S2 2
S2
(03)
S3
S3
(01)
TB3D TB3A
S1 S1 A-IC
S2 S2
(04)
S3 S3
TB3E TB3A
S1
S1 A-IC
S2
S2
(05)
S3
S3
TB3A TB3A TB15
S1
S1 A-IC 1
S2
S2 2
(06)
S3
S3
TB5 TB3B TB3A
(06)
S1 S1
M1 A-IC
S2 S2
M2
(07)
S3 S3
S
TB3C TB3A
S1
S1 A-IC
S2
S2
(08)
S3
S3
( M-NET):
2 )
( M-NET):
2 )
(
:
"MA"
M-IC
OC
(51)
(06)
TB3 TB7
M1M2S M1M2S
TB5
M 1 M 2 S
D
OC
(53)
TB7
TB3
M1M2S M1M2S
M1M2 S
M1M2 S
<
:
•
(1,25 ²
L +L +L +L { 500
1 2 5 6
•
, L +L
4 2 5
200 (1,25 ²
: •
m +m +m +m { 200
1 2 3 4
.
> <
m
1
A
MA-RC OC
B
(51)
TB3
TB7
M1 M2 S M1 M2 S
A
MA-RC
B
L
5
A
MA-RC
B
A
WL-RC
OC
WL-RC
(53)
TB7
L
6
TB3
M1 M2 S M1 M2 S
A
MA-RC
B
A
WL-RC
M1 M2 S
L
7
WL-RC
M1 M2 S
A
<
•
L + L + L + L + L
1 2 3 4 5
(1,25
2
•
): L + L + L + L , L + L
1 2 3 4 5
•
L { 25 (1,5 ²)
8
•
{ 200
m (0,3–1,25
1
L
1
A
M-IC M-IC
m
2
(01) (02)
TB5 TB15 TB5 TB15
M 1 M 2 S 1 2 M1 M2 S 1 2
E
A B
MA-RC
L L
3 4
M-IC M-IC
(04)
(03)
TB15 TB5 TB15
TB5
M 1 M 2 S 1 2 M1 M2 S 1 2
A B
MA-RC
B
>
( M-NET): L
(1,25 ² )
( M-NET): L
)
: m , m
1
(0,3–1,25 ²)
Fig. 6-3
:
TB3A
S1
S2
S3
L
1
TB5 TB3B
M1 S1
M2 S2
S S3
TB3C
S1
S2
S3
TB3D
S1
L
2 S2
S3
TB3E
S1
S2
S3
A
TB3A
S1
S2
S3
TB5 TB3B
M1 S1
M2 S2
S S3
TB3C
S1
S2
L
3
S3
L
4
>
(
{ 500
+ L + L (1640 )
6 7
)
( M-NET):
, L { 200 (656 ) (1,25
6 7
(
²)
Fig. 6-5
C
M-IC M-IC
m
2
(05) (06)
TB5 TB15 TB5 TB15
M1 M2 S 1 2 M1 M2 S 1 2
A B A B
MA-RC MA-RC
F G
M-IC
E
(07)
TB15
TB5
M1 M2 S 1 2
+L +L +L
1 2 3 4
{
, L +L , L +L , L
1 3 4 2 5 6
+m +m ,
1 2 3
>
L
m
8
1
TB3A TB15
1 A
S1 A-IC
MA-RC
2 B
S2
(01)
S3
TB3A TB15
S1 A-IC 1 A
MA-RC
S2 2 B
(02)
S3
TB15
TB3A
S1 1 A
A-IC
MA-RC
S2 2 B
(03)
S3
TB3A
S1 A-IC
WL-RC
S2
(04)
S3
TB3A
S1
A-IC
S2 WL-RC
(05)
S3
TB3A TB15
S1 A-IC 1 A
MA-RC
S2 2 B
(06)
S3
TB3A
S1 A-IC
WL-RC
S2
(07)
S3
TB3A
S1
A-IC
WL-RC
S2
(08)
S3
TB5 TB15
M1 M-IC 1 A
MA-RC
2 B
M2
(09)
S
TB5 TB15
A
M1 M-IC 1
MA-RC
B
M2 2
(10)
S
ru
M-NET):
)
2
):
:
16