Ametek Land LSP-HD Series, Installation Manual

Page: 37 / 40

X0
01
X
00
2
CX
900
1-
0001
P
W
R
LAN
1
LAN
2
L/
A
H
DD
24
V
0
V
+
+
-
-
PE
PE
1
5
2
6
3
7
4
8
EL2
61
2
1
5
2
6
3
7
4
8
EL
91
00
1
5
2
6
3
7
4
8
EL
20
08
1
5
2
6
3
7
4
8
EL
40
14
1
5
2
6
3
7
4
8
E
L10
04
1
5
2
6
3
7
4
8
E
L2
62
4
1
5
2
6
3
7
4
8
EL3
11
2
1
5
2
6
3
7
4
8
EL
31
12
1
5
2
6
3
7
4
8
E
L4
01
4
1
5
2
6
3
7
4
8
EL4
01
4
1
5
2
6
3
7
4
8
E
L1
00
4
1
5
2
6
3
7
4
8
EL
2624
1
5
2
6
3
7
4
8
E
L26
24
1
5
2
6
3
7
4
8
EL
4014
1
5
2
6
3
7
4
8
EL4
01
4
1
5
2
6
3
7
4
8
EL
26
24
8
9
10
11
12
13
1
234
5
6
7
1
5
2
6
3
7
4
8
EL9
410
14
15
16
17
D
etai
ls fo
r 4
Fl
oatli
ne M
easur
ing
Points (8
05779
)
Et
her
net
C
onn
ec
tion
In
(fr
om
L
AN
D
e
qu
ipm
ent
)
Et
her
net
C
onn
ec
tion
O
ut
(i
f r
eq
ui
red
)
+24 VIn
0V In
+24 VIn
0V In
24
V
Supply
fro
m
C
us
tom
er
E
qu
ip
m
ent
O
R
O
pt
io
nal
LA
N
D
s
up
pl
ied
PS
U
(s
ho
w
n
le
ft)
+24 VIn
0V In
M
od
ul
e
13
-
Po
w
er
S
upp
ly
U
ni
t
(B
oo
ste
r)
Po
w
er
C
on
ne
ct
ion
s
O
nl
y
- N
o
I/O
+24 VO ut( to Pro ces sor 24V )
+24 VO ut( to Mod ule 3P in 2)
0V Out (to Pro ces sor 0V )
0V Out (to Mod ule 2P in 3)
+24 VO ut( to Mod ule 13 Pin 2)
0V Out (to Mod ukl e1 3P in 3)
35
m
m
S
lot
ted
D
IN
R
ai
l
(C
ut
to
le
ngt
h
re
qu
ire
d)
N
O
T
su
pp
lied
by
LA
N
D
O
pt
ion
al
LA
N
D
s
up
pl
ie
d P
SU
D
IN
R
ail Mount
ed
U
ni
ver
sal
In
pu
t
120W
R
at
in
g
LA
N
D
P
ar
t N
o.
805
95
3
(s
epa
rat
e
lin
e it
em
or
der
)
C
ust
om
er
s
uppl
ie
d
M
ai
ns
Input
(i
f r
eq
uir
ed)
TC
L120
-124
M
odu
le
4
-
2
C
ha
nn
el
Ana
logue
In
pu
t
In
pu
t 1
P
in
1
(+)
&
P
in
2
(-
)
In
pu
t 2
P
in
5
(+)
&
P
in
6
(-
)
M
odu
le
5
-
2
C
ha
nn
el
Ana
logue
In
pu
t
In
pu
t 3
P
in
1
(+)
&
P
in
2
(-
)
In
pu
t 4
P
in
5
(+)
&
P
in
6
(-
)
M
odu
le
6
-
4
C
ha
nn
el
Ana
logue
O
ut
pu
t
O
ut
pu
t 1
Pin
1
(+
) &
Pi
n
2
(0
V)
O
ut
pu
t 2
Pin
5
(+
) &
Pi
n
6
(0
V)
O
ut
pu
t 3
Pin
3
(+
) &
Pi
n
4
(0
V)
O
ut
pu
t 4
Pin
7
(+
) &
Pi
n
8
(0
V)
M
odu
le
7
-
4
C
ha
nn
el
Ana
logue
O
ut
pu
t
O
ut
put
5
P
in
1
(+
) &
P
in
2
(0V
)
O
ut
put
6
P
in
5
(+
) &
P
in
6
(0V
)
O
ut
put
7
P
in
3
(+
) &
P
in
4
(0V
)
O
ut
put
8
P
in
7
(+
) &
P
in
8
(0V
)
M
odu
le
8
-
4
C
ha
nn
el
Ana
logue
O
ut
pu
t
O
ut
put
9
P
in
1
(+
) &
P
in
2
(0V
)
O
ut
put
10
P
in
5
(+
) &
Pi
n
6
(0
V)
O
ut
put
11
P
in
3
(+
) &
Pi
n
4
(0
V)
O
ut
put
12
P
in
7
(+
) &
Pi
n
8
(0
V)
M
odu
le
9
-
4
C
ha
nn
el
Ana
logue
O
ut
pu
t
O
ut
put
13
P
in
1
(+
) &
Pi
n
2
(0
V)
O
ut
put
14
P
in
5
(+
) &
Pi
n
6
(0
V)
O
ut
put
15
P
in
3
(+
) &
Pi
n
4
(0
V)
O
ut
put
16
P
in
7
(+
) &
Pi
n
8
(0
V)
C
ust
omer
C
onne
ct
ions
M
od
ul
e
15
-
4
C
ha
nne
l R
el
ay
O
ut
pu
t
(1
25
V
a.
c.
/3
0V
d
.c
.,
0.
5A
a
.c
./2
A
d.
c.
m
ax
.)
O
ut
put
5
P
in
1
& P
in 2
O
ut
put
6
P
in
5
& P
in 6
O
ut
put
7
P
in
3
& P
in 4
O
ut
put
8
P
in
7
& P
in 8
M
od
ul
e
16
-
4
C
ha
nne
l R
el
ay
O
ut
pu
t
(1
25
V
a.
c.
/3
0V
d
.c
.,
0.
5A
a
.c
./2
A
d.
c.
m
ax
.)
O
ut
put
9
Pi
n 1 &
P
in
2
O
ut
put
10
Pin
5
&
Pin
6
O
ut
pu
t 1
1
P
in
3
&
p
in
4
O
ut
put
12
Pin
7
&
Pin
8
M
od
ul
e
17
-
4
C
ha
nne
l R
el
ay
O
ut
pu
t
(1
25
V
a.
c.
/3
0V
d
.c
.,
0.
5A
a
.c
./2
A
d.
c.
m
ax
.)
O
ut
put
13
Pin
1
&
Pin
2
O
ut
put
14
Pin
5
&
Pin
6
O
ut
pu
t 1
5
P
in
3
&
p
in
4
O
ut
put
16
Pin
7
&
Pin
8
Modul
e
10
-
4
C
ha
nn
el
Analo
gue
O
ut
pu
t
O
ut
put
17
P
in
1
(+
) &
P
in
2
(0
V)
O
ut
put
18
P
in
5
(+
) &
P
in
6
(0
V)
O
ut
put
19
P
in
3
(+
) &
P
in
4
(0
V)
O
ut
put
20
P
in
7
(+
) &
P
in
8
(0
V)
M
od
ul
e
11
- 4
C
han
ne
l D
igi
ta
l I
np
ut
(-3
V t
o
5V
lo
w
, 1
5V
to
3
0V
h
ig
h)
Input
1
P
in
1
&
Pi
n
2
Input
2
P
in
5
&
Pi
n
6
Input
3
P
in
3
&
Pi
n
4
Input
4
P
in
7
&
Pi
n
8
M
od
ul
e
12
- 4
C
han
ne
l D
igi
ta
l I
np
ut
(-3
V t
o 5
V
lo
w
, 1
5V
to
3
0V
h
ig
h)
Input
5
P
in
1
&
Pi
n
2
Input
6
P
in
5
&
Pi
n
6
Input
7
P
in
3
&
Pi
n
4
Input
8
P
in
7
&
Pi
n
8
M
od
ule
14
-
4
C
hannel
R
ela
y
O
ut
pu
t
(1
25V
a.
c.
/3
0V
d.
c.
, 0
.5A
a.
c.
/2
A
d.
c.
m
ax
.)
O
ut
put
1
P
in
1
&
Pi
n
2
O
ut
put
2
P
in
5
&
Pi
n
6
O
ut
put
3
P
in
3
&
pi
n
4
O
ut
put
4
P
in
7
&
Pi
n
8
1
5
2
6
3
7
4
8
EL2
00
8
3
1
5
2
6
3
7
4
8
EL
26
12
1
S
ig
na
l L
ED
Id
en
tif
ic
atio
ns
(s
ee
n
ot
es
b
el
ow
)
1
2
1 3 5 7
2 4 6 8
M
od
ul
e
1
- 2
C
ha
nn
el
R
el
ay
O
ut
put
(1
25
V
a.
c.
/3
0V
d
.c
.,
0.
5A
a
.c
./2
A
d.
c.
m
ax
.)
Pin
1
NC
Pin
2
C
Pin
3
NO
Pin
5
NC
Pin
6
C
Pin
7
NO
Alar
m
co
nd
iti
on
TR
U
E
if
LE
D
's
ar
e
of
f
Alar
m
1
TR
U
E
if
out
pu
t 1
is
b
et
w
ee
n
Pin 2
&
Pin 3
&
in
di
cat
es
a
c
on
nec
tion
to
p
ro
ce
ss
or
ha
s
been
lo
st
u
ne
xpec
te
dl
y.
Alar
m
2 TR
U
E if
out
pu
t 2
is
b
et
w
ee
n
Pin 6
&
Pin 7
&
in
di
ca
te
s
that
a
n
al
ar
m
c
ond
itio
n
is
T
R
U
E
on
a
con
ne
ct
ed devic
e.
M
odu
le
3
- 8
C
ha
nn
el
D
ig
ital
O
ut
put
(O
ut
put
V
olt
age
24
V
d.
c.
)
O
ut
put
1
P
in
1
O
ut
put
2
P
in
2
O
ut
put
3
P
in
3
O
ut
put
4
P
in
4
O
ut
put
5
P
in
5
O
ut
put
6
P
in
6
O
ut
put
7
P
in
7
O
ut
put
8
P
in
8
LE
D
1
flas
hi
ng
- s
of
tw
ar
e
run
ni
ng
LE
D
2
o
n
st
eady
- s
of
tw
ar
e
st
ar
te
d
LE
D
's
5
to
8
bi
na
ry
re
pr
es
en
ta
tion
of
the
no.
of
devic
es
co
nn
ec
te
d
to
th
e
I/O
p
ro
ce
sso
r