IQL13+/xxx
Installation Instructions - Sheet 1
IQL13+/xxx Installation Instructions TG200383 Issue 3/B 19/08/04
1 - 4
T
S
T
/
E
T
9
8
8
8
/
8
K
/
S
T
/
E
T
9
9
8
8
/
8
E
K
/
S
T
/
E
T
9
9
9
8
/
8
F
E
K
/
S
T
/
E
T
9
9
9
9
/
8
K
/
L
Q
I
/
D
R
9
S
9
/
8
/
8
S
O
K
/
L
Q
I
/
D
R
9
S
9
9
8
/
8
F
S
O
K
/
L
Q
I
/
D
R
9
S
9
9 9
S
/
8
Pushbutton
or PIR input
Window or
Alarm
contact
Local
Space
Temperature
Sensor
Local Setpoint
Adjust
Potentiometer
Fan Speed Select
Auto
Off
C O M
2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8
C O M
1
2
3
4
5
C
Connect Inputs and Outputs
7
If non standard strategy, follow
special installation instructions and
jump to section 2.1 step 14
Connect Inputs
8
1 3 +
L
L A N
N I D
S t r a t e g y
: : : : :
O / S
Non-standard Strategy
Installation Instructions
IQL13+/xxx Installation
Instructions, TG200383 -
Sheet 2
Configure/Commission
9
6
1.3 Installation - Fixing
(continued)
Connect Lon
(continued)
If used with LPT-10 (powered bus), cable lengths differ - see “Link Power Transceiver
User’s Guide (078-0105-01C)”.
LINC
LINC
IQ Outstations
LonMark
Device
Lonworks bus
IQL
IQ Outstation
Normal IQ System current loop Lan cable is not
recommended
Do not use screened cable
Terminal size 0.5 to 2.5 mm
2
(14 to 20 AWG)
2
1
2
3
6
5
4
TB/TS
/K
/E
/F
C O M
2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8
C O M
1
2
3
4
5
C
Sensors TB/TS, TB/TS/K, TB/TS/KE, TB/TS/KEF
recommended; wire as shown below.
Room Display Module (RD-IQL/K, /KOS, /KOSF)
provides monitor and control; wired as shown
below:
RD-IQL
2 6 2 7
4
C
polarity
independent
Note that the IQL must be
correctly set up to use the
RD-IQL, see section 3 step 15
∆
T
input included in TB or RD
S
separate input may be used
/
Input either cannot be connected, or will be ignored
Connection of separate device to input required
PIR
Terminal size 0.5 to
2.55 mm
2
(14 to
20 AWG)
Pushbutton or PIR
input type selected by
c o n f i g u r a t i o n
parameter W6
PIR
Note that terminal types COM and
C should not be connected together
e
l
b
a
C
h
t
g
n
e
l
s
u
b
x
a
M
e
d
o
n
o
t
e
d
o
n
x
a
M
2
0
1
5
8
n
e
d
l
e
B
)
s
d
y
5
4
5
(
m
0
0
5
)
s
d
y
5
4
5
(
m
0
0
5
m
e
t
s
y
s
Q
I
0
0
2
/
F
H
/
6
1
/
0
/
1
/
P
T
)
1
7
4
8
n
e
d
l
e
B
(
)
s
d
y
5
4
5
(
m
0
0
5
)
s
d
y
0
3
4
(
m
0
0
4
G
W
A
2
2
,
V
I
l
e
v
e
L
L
U
)
s
d
y
5
4
5
(
m
0
0
5
)
s
d
y
0
3
4
(
m
0
0
4
8
.
0
x
2
x
2
Y
)
t
S
(
Y
J
)
s
d
y
5
4
5
(
m
0
0
5
)
s
d
y
0
5
3
(
m
0
2
3
,
5
.
t
a
C
A
8
6
2
5
A
I
T
G
W
A
4
2
)
s
d
y
0
9
4
(
m
0
5
4
)
s
d
y
0
7
2
(
m
0
5
2
