Connect ethernet, 2 wire, Connect current loop – TREND IQView.._RPM User Manual
Page 4: 4 wire, Link, Ethernet ok data, Xt t r r
4
IQView../RPM Installation Instructions TG200712 Issue 1/F 10/01/07
IQView../RPM
Installation Instructions
3.1 Installation - Mounting
(continued)
Connect Ethernet
9
3 2 1
1
LINK
RS232
Rx Tx
OK
28-36 V
24 V
ETHERNET
OK
DATA
R+ R- T+ T-
7 6 5 4
if required, and if not connected to RS232 as in step 8
100-240 V
OK RX
3 2 1
1
LINK
RS232
Rx Tx
OK
28-36 V
24 V
ETHERNET
OK
DATA
R+ R- T+ T-
7 6 5 4
100 m
(max)
RJ45 e.g.
RJ45 PLUG UPT/10 (UTP)
RJ45 PLUG FTP/10 (FTP)
(packs of 10)
Cat 5e twisted pair e.g.
CAT5E UTP LSZH 305 M (UTP)
CAT5E FTP LSZH 305 M (FTP)
305 m, 333 yds cable
Ethernet hub or switch e.g. EDS-205
standard Ethernet cable
RJ45
XCITE/XA crossover adaptor order
separately (XCITE/XA/5 pack of 5)
RJ45
or direct connect to an IQ3 or EINC
IQView (standard version) only
either connect to an Ethernet hub
use standard Ethernet
cable
R T
R T
R T
R T
R T
R T
R T
R T
2 wire
Network Engineering
Manual, 92-1735
polarity independent
terminal size 0.5 to 2.5 mm
2
(14 to 20 AWG)
Connect Current Loop
10
3 2 1
1
LINK
RS232
Rx Tx
OK
28-36 V
24 V
ETHERNET
OK
DATA
R+ R- T+ T-
7 6 5 4
if required and if not connected to RS232 as in step 8 nor to Ethernet as in step 9
X
T
T
R
R
7 6 5 4
R+ R- T+ T-
T
T
R
R
T
T
R
R
7 6 5 4
R+ R- T+ T-
IQView (standard version) only
4 wire
additional terminals
rear view
of connector
rear view
of connector
e
l
b
a
C
d
u
a
b
2
k
1
d
u
a
b
8
k
4
d
u
a
b
6
k
9
d
u
a
b
2
k
9
1
f
o
.
o
N
s
e
r
i
W
2
8
1
9
n
e
d
l
e
B
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
7
)
s
d
y
5
6
7
(
2
7
0
2
9
n
e
d
l
e
B
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
5
)
s
d
y
5
4
5
(
2
0
0
2
/
F
H
/
2
2
/
1
/
1
/
P
T
d
n
e
r
T
)
1
6
7
8
n
e
d
l
e
B
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
7
)
s
d
y
5
6
7
(
m
0
5
3
)
s
d
y
0
8
3
(
2
0
0
2
/
F
H
/
2
2
/
2
/
2
/
P
T
d
n
e
r
T
)
3
2
7
8
n
e
d
l
e
B
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
0
1
)
s
d
y
0
9
0
1
(
m
0
0
5
)
s
d
y
5
4
5
(
m
0
5
2
)
s
d
y
0
7
2
(
4