Japan Radio Co. JLN-740A, Instruction Manual

Page: 146 / 232

Chapter 9 Installation Method 9-4
9.3 Connection Diagram
For details of the equipment connection, refer to the Installation Manual.
9.3.1 JLN-740A inter-connection diagram
*1
)T
TY
CS
LA
-1
*1
)T
TY
CS
LA
-1
*1
)T
TY
CS
LA
-1
IE
C6
11
62
-1
IE
C6
11
62
-1
IE
C6
11
62
-1
NQ
A-
70
40
DI
ST
RI
BU
TI
ON
P
RO
CE
SS
OR
IE
C6
11
62
-1
*1
)T
TY
CS
LA
-1
J1
0
Dis
pla
y(
O
NL
Y)
J1
1
M
ai
nt
en
an
ce
J7
Ba
tte
ry
24
V
＋ － J1
AC
IN
L N FG
*1
)D
1
Sh
ip
’
s
Ba
ck
up D
C2
4V
Fo
r P
ow
er
A
lar
m
*3
)D
1
or
D
2
Sh
ip
’
s M
ain
A
C1
00
,2
30
V
1 2 3 4 5 6 7 8 9 10 11 12 13 14
TB
1
Dim mer
Ser ial
Dim mer
Anal og
MID
(Ma in D isp lay )
RX
-A
RX
-B
TX
-A
TX
-B
RX
+
RX
-
DC
26
V O
UT
GN
D
RX
-A
RX
-B
TX
-A
TX
-B
ON
/O
FF
+
ON
/O
FF
-
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
TB
2
An
alo
g O
UT
+
An
alo
g O
UT
-
EL
O
UT
EL
O
UT
An
alo
g O
UT
+
An
alo
g O
UT
-
EL
O
UT
EL
O
UT
DC
26
V O
UT GN
D
RX
-A
RX
-B
TX
-A
TX
-B
DC
26
V O
UT
GN
D
RX
-A
RX
-B
TX
-A
TX
-B
TX
1+
TX
1-
TX
2+
TX
2-
Rem ote 1
Anal og
Disp lay 1
NWW
-2
4
RE
M
O
TE
D
IS
PL
AY
AN
AL
O
G
1 1 2 2
DA
TA EL
1 L
*4
)T
TY
CS
LA
-4
NC
M
-3
29
DI
M
M
ER
U
NI
T
1 1 2 2
1 1 2 2
*4
)T
TY
CS
LA
-4
NWW
-7
DI
ST
AN
CE
C
OU
NT
ER
DI
ST
AN
CE
1 2 3 4
+
*1
)T
TY
CS
LA
-1
IE
C6
11
62
-1
*1
)T
TY
CS
LA
-1
IE
C6
11
62
-1
*1
)T
TY
CS
LA
-1
IE
C6
11
62
-1
*1
)T
TY
CS
LA
-1
IE
C6
11
62
-1
*1
)T
TY
CS
LA
-1
*1
)T
TY
CS
LA
-4
*1
)T
TY
CS
LA
-4
*1
)T
TY
CS
LA
-4
*1
)T
TY
CS
LA
-1
*1
)T
TY
CS
LA
-4
Po
we
r A
lar
m
Sys
tem
A
lar
m
Sp
ee
d A
lar
m
Se
ria
l A
larm
*1
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AN
Br
idg
e I
nte
rfac
e
(S
ens
or
LA
N
SW
)
NC
M
-2
27
DI
M
M
ER
U
NI
T
+
1 2 3 4
CA
UT
IO
N
Us
e t
he
CF
S-
568
0.
M
AI
N D
IS
PL
AY
U
NI
T N
W
Z-
510
SD
W
is
dam
age
d w
he
n
yo
u d
ire
ct
ly c
on
ne
ct
a
L
AN
c
ab
le
in
M
AI
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IS
PL
AY
U
NI
T
wi
tho
ut
us
ing
CF
S-
568
0.
*1
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TY
CS
LA
-1
G
PS
in
(D
AT
E,
UT
C)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
TB
4
IEC61 162-1
TX N o.2
TX
-A
(S
AT
LO
G)
TX
-B
(S
AT
LO
G)
RX
1-
A(
RO
T)
RX
1-
B(
RO
T)
RX
2-
A(
GPS
)
RX
2-
B(
GPS
)
RX
3-
A(
Sp
are
)
RX
3-
B(
Sp
are
)
TX
1-
A
TX
1-
B
TX
2-
A
TX
2-
B
TX
3-
A
TX
3-
B
TX
4-
A
TX
4-
B
TX
5-
A
TX
5-
B
TX
6-
A
TX
6-
B
TX
7-
A
TX
7-
B
TX
8-
A
TX
8-
B
IEC61 162-1
TX N o.1 RX TX
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
TB
3
AL
M-
NC
AL
M-
CO
M
BZ
IN
+
BZ
IN
-
AL
M-
NC
AL
M-
CO
M
BZ
OU
T-
CO
M
BZ
OU
T-
NO
BZ
IN
+
BZ
IN
-
AL
M-
NC
AL
M-
CO
M
RX
-A
RX
-B
TX
-A
TX
-B
TX
+
TX
-
RX
-A
RX
-B
TX
-A
TX
-B
PWR
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N+
PWR
_E
N-
Pow er
Alar m
Sys tem
Alar m
Spee d
Alar m
Ser ial
Alar m
Signa l
Pro ces sor
Dista nce
Coun ter
Anal og
Disp lay 2
Rem ote 2 Log P ulse
1+ 1- 2+ 2- 1+ 1- 2+ 2-
NWW
-2
5
RE
M
O
TE
D
IS
PL
AY
AN
AL
O
G
1 1 2 2
DA
TA EL
1 L
*1
)T
TY
CS
LA
-4
Lo
g P
uls
e1
*1
)T
TY
CS
LA
-1
Lo
g P
uls
e2
*1
)T
TY
CS
LA
-1
*1
)T
TY
CY
SL
A-
4
1 2 3 4 5 6 7 8 + S -
RED
BLK
OR
G
YE
L
GR
N
BL
U
PU
R
GR
Y
WH
T
PN
K
SH
IE
LD
1- 3+ 3- 2+ 2- 1+
NK
F-
547
TR
AN
SD
UC
ER
NJ
C-
70
S S
IG
NA
L P
RO
CE
SS
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R
J2
AC
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T
L N FG
NWZ
-4
61
0
RE
M
O
TE
D
IS
PL
AY
DC
12
/24
V
DAT
A
conn
ec
tor
SEN
SO
R/
DAT
A2
conn
ec
tor
CQ
D-
10
JU
NC
TI
ON
B
OX
PU
RP
LE
RE
D
3 7 1 2 5 6 4
NC
M
-2
27
DI
MME
R
UN
IT
1 2 3 4
4 5
*1
)T
TY
CS
LA
-1
1+
1-
2+
2-
*5
)T
TY
CS
LA
-4
1+ 1- 2+ 2- 3- 3+ 1+ 1- 2+ 2-
12
NWZ
-6
50
SD
R N
W
Z-
840
SD
R
Re
m
ot
e D
is
pl
ay
P11 1 2
+
P12
RED BL
K
1 2 3 4 5 6 7 8
OR
G
YE
W
GR
N
BL
U
Tx
+
Tx
-
GN
D
Rx
+
Rx
-
NO C NC
+ - 2+ 2- 1+ 1- 3+ 3-
*1
)
NK
F-
531
E
TR
AN
SD
UC
ER
(G
at
e V
al
ve
T
yp
e)
*2) Tran sdu cer Cabl e Dia 13. 2
(JR C 4 0m )
W
he
n
re
tro
fit
fr
om
JL
N
- 2
05
M
k II
, w
hen
u
sing
e
xis
tin
g c
abl
e
TT
YC
SL
A
- 4
fo
r c
om
m
uni
ca
tion
a
nd
us
ing
th
e r
em
ain
in
g
1
pai
r as
AC 1
pai
r
230
VA
C M
ax
2
80
m
100
VA
C M
ax
1
60
m
W
he
n
re
tro
fit
fr
om
JL
N
- 5
50
, w
hen
u
sing
e
xis
tin
g c
abl
e T
TY
CS
LA
-
7
fo
r c
om
m
uni
ca
tion
a
nd
u
sing
th
e r
em
ain
in
g
4
pai
rs
as
A
C
1
pai
r
230
VA
C M
ax
2
80
m
100
VA
C M
ax
1
60
m
2
pai
rs
230
VA
C M
ax
5
00
m
100
VA
C M
ax
3
20
m
3
pai
rs
230
VA
C M
ax
5
00
m
100
VA
C M
ax
4
80
m
4
pai
rs
230
VA
C M
ax
5
00
m
100
VA
C M
ax
5
00
m
*2
)T
er
m
in
al B
lo
ck
D1
: 0
.6
/1
kV
D
PY
C-
1.
5
D2
: 0
.6
/1
kV
D
PY
C-
2.
5
TT
YC
SL
A-
1
:1
50
/2
50
V
T
TY
CS
LA
-1
TT
YC
SL
A-
4
:1
50
/2
50
V
T
TY
CS
LA
-4
LA
N
:C
AT
-5
L
AN
C
abl
e
*W
at
er
pr
oo
f E
th
er
net
C
abl
e(
Sh
ie
ld T
wi
st
-P
ai
r c
ab
le w
ith
w
at
er
pr
oof
)
is o
pt
io
na
l it
em
*1
):
Sh
ip
yar
d S
upp
ly
*2
):
JR
C S
upp
ly
*3
):
Sh
ip
yar
d S
upp
ly
If S
hi
p
’
s M
ain
2
30
VA
C,
D1
(M
ax
500
m
)
D2
(M
ax
500
m
)
If S
hi
p
’
s M
ain
1
00
VA
C,
D1
(M
ax
320
m
)
D2
(M
ax
500
m
)
*4
),
*5
):
Sh
ip
yar
d S
upp
ly
T
ot
al
100
m
o
f t
he
tw
o c
ab
le
s
*1
)C
OP
PE
R P
LA
TE
JLN
-740
A
DO
PPL
ER
LO
G O
VER
AL
L C
ON
NEC
TI
ON
D
IAG
RA
M
*1
)
J2
02
1 2 3 4
TD
_F
OR
E
TD
_A
FT
1 2
1:T
he
rm
o+
J1
03
2:T
he
rm
o-
1 2 3 4
L N FG
1 2
AC
IN
J2 J4
J2
03
UP
LI
NK
A
UP
LI
NK
B
DO
W
N L
IN
K A
DO
W
N L
IN
K B
EN
+
EN
-
1+ 1- 2+ 2- 3+ 3-
2+ 2- 3+ 3- 1- 1+
SH
IE
LD
20
19
08
19
CA
UT
IO
N
W
he
n c
onn
ec
ting
th
e T
ra
ns
du
cer
C
abl
e t
o t
he
S
ign
al
P
ro
ces
sor
(N
JC
-7
0S
),
if
th
e w
irin
g i
s d
iff
er
ent
fro
m
th
e f
ig
ur
e,
th
e s
hip
s
pe
ed
w
ill no
t b
e di
sp
lay
ed
c
or
re
ctl
y.
Al
so
, I
f a t
ran
sm
iss
io
n v
ol
ta
ge
is
a
ppl
ied
to
th
e
th
er
m
ist
or
d
ue
to i
nc
or
rec
t w
iring
, t
he
th
er
m
ist
or
b
ur
ns
o
ut
an
d
ca
nno
t b
e r
ep
ai
red
.
Pl
ea
se i
ns
ta
ll w
hi
le c
he
ck
ing
th
e c
on
ne
cti
on d
iag
ram
a
nd
th
e eq
ui
pm
ent
to
th
e f
ol
low
in
g s
ta
te
m
en
t.
>>
Co
nn
ec
t t
he
ca
ble
m
ar
ke
d "
2"
to
J2
02
(T
her
m
o)
"+
" C
opp
er
w
ire
: C
onn
ec
t t
o c
on
ne
ctor
n
um
be
r "
1"
"-"
Sh
ie
ld w
ire
: C
onn
ec
t t
o c
on
ne
ctor
n
um
be
r "
2"
>>
Co
nn
ec
t th
e
ca
ble
m
ar
ke
d w
ith
"3
" to
J1
03
(T
D_
AF
T)
"+
" C
opp
er
w
ire
: C
onn
ec
t t
o c
on
ne
ctor
n
um
be
r "
1"
"-"
Sh
ie
ld w
ire
: C
onn
ec
t t
o c
on
ne
ctor
n
um
be
r "
2"
>>
Co
nn
ec
t th
e
ca
ble
m
ar
ke
d w
ith
"1
" to
J1
03
(T
D_
FOR
E)
"+
" C
opp
er
w
ire
: C
onn
ec
t t
o c
on
ne
ctor
n
um
be
r "
4"
"-"
Sh
ie
ld w
ire
: C
onn
ec
t t
o c
on
ne
ctor
n
um
be
r "
3"