1 - PNet - Trend

! 8 =
!
&
! " # $ %
" # $ % & ' ! " # $ % & '
)
5 JH= JA C O
1,
5 A HE=
! " #
+
+
! " # $ % &
+
5
5 4 8
2 1
' ! ! !
! 8 =
!
5 JH= JA C O
1,
5 A HE=
& ! " # $ %
5 4 8
! " # 2 1
- 4
" 8
+ +
" 8
+
" # $ % & ' ! " # $ % & ' ! " # $ % &
' ! ! !
)
5
Important: Retain these instructions
CONTENTS
1.1 Unpacking 1-1
1.2 Storage 1-1
SHEET 1: Installation Instructions - Sheet 1
1
1.3 Installation - Fixing 1-1
2.1 Installation - Fixing (continued) 2-1
2.2 Installation - Configuration 2-2
3. Installation - Configuration (continued) 3-1
1.1 Unpacking
1
2
3
IQL15/xxx
Installation Instructions
TG200344
Sheet 1: Fixing
Sheet 2: Fixing/Configuration
Sheet 3: Configuration
1.2 Storage
-10 °C
(14 °F)
+50 °C
(122 °F)
0
0
90 %RH
It is recommended that the
installation should comply with
the HSE Memorandum of
Guidance on Electricity at Work
Regulations 1989.
1.3 Installation - Fixing
!
Note that this product may involve Lonworks system
integration as referred to in section 2.2 step 4: this
procedure should only be performed by an installer
with LonWorks engineering expertise.
1
Dimensions
205 mm (8.07”)
a
2
Requirements
b
#
- 4
" 8 " 8
129 mm (5.08”)
#
75 mm (3”)
63 mm (2.48”)

#
#
! 8 =
+
!
! 8 =
+
!
)
5 JH= JA C O
1,
5 A HE=
5
& ! " # $ %
5 4 8
! " # 2 1
- 4
" 8 " 8
+
+
" # $ % & ' ! " # $ % & '
! " # $ % &
' ! ! !
)
5 JH= JA C O
1,
5 A HE=
5
& ! " # $ %
5 4 8
! " # 2 1
- 4
" 8 " 8
+
+
" # $ % & ' ! " # $ % & '
! " # $ % &
' ! ! !
! 8 =
!
&
! 8 =
!
! " # $ %
" # $ % & ' ! " # $ % & '
" 8
5 JH= JA C O
1,
5 A HE=
& ! " # $ %
5 4 8
! " # 2 1
- 4
" 8
+ +
" 8
+
" # $ % & ' ! " # $ % & ' ! " # $ % &
' ! ! !
" 8
)
5 JH= JA C O
1,
5 A HE=
)
5
5 4 8
! " # 2 1
+ +
+
! " # $ % &
5
' ! ! !
#
)
5 JH= JA C O
1,
5 A HE=
5
! " #
! 8 =
" 8 = + +
4 - 6
" 8 " 8
+
! " # $ % & ' ! " # $
% & '
! 8 =
!
&
! " # $ %
" # $ % & ' ! " # $ % & '
! 8 =
!
&
" 8
" 8
)
5 JH= JA C O
1,
5 A HE=
! " #
+
+
! " # $ % &
! " # $ %
" # $ % & ' ! " # $ % & '
" 8
" 8
+
)
5 JH= JA C O
1,
5 A HE=
5
5 4 8
2 1
' ! ! !
5
5 4 8
! " # 2 1
+ +
+
! " # $ % &
' ! ! !
1.3 Installation - Fixing (continued)
c
2
Requirements (continued)
d
#
If not installed well outside normal
reach (e.g behind false ceiling)
e
0
0 °C
(32 °F)
0
+45 °C
(113 °F)
90 %RH
Protection: IP20
f
Avoid locations where corrosive
fumes or explosive vapours are
present. Avoid electrical noise
interference
3
Mounting
189 mm (7.44”)
4 holes
#
either surface mount
114 mm
(4.49”)
- 4
or DIN rail mount
∅ 6 mm
(0.24”)
a b c d
#
#
- 4
- 4
4
Lift Hinged Cover
b
c
a
WARNING: Failure to use a screwdriver
to open the cover will cause damage to
the unit.

)
5 JH= JA C O
1,
5 A HE=
5
)
5 JH= JA C O
1,
5 A HE=
5
1.3 Installation - Fixing (continued)
5
Connect Power
/24VAC option
IQL consumption

)
5 JH= JA C O
1,
5 A HE=
5
1.3 Installation - Fixing (continued)
6
Connect Lon (continued)
LonMark
Device
IQL
Lonworks bus
LINC
LINC
IQ Outstations
IQ Outstation
Normal IQ System current loop Lan cable is not
recommended
Do not use screened cable
Cable
Max
bus length
Max node to node
B elden 85102 500
m (545 yds)
500 m (545 yds)
IQ system
TP/1/0/16/HF/200 500
m (545 yds) 400 m (430 yds)
(Belden 8471)
U L Level IV, 22 AWG 500
m (545 yds)
400 m (430 yds)
J Y(St) Y2 x 2 x 0.8 500
m (545 yds)
320 m (350 yds)
TIA5268A Cat. 5,
24 AWG
450
m (490 yds) 250 m (270 yds)
Terminal size 0.5 to 2.5 mm 2 (14 to 20 AWG)
If used with LPT-10 (powered bus), cable lengths differ - see “Link Power Transceiver
User’s Guide (078-0105-01C)”.
Connect Inputs and Outputs
7
If non standard strategy, follow
special installation instructions and
jump to section 2.1 step 14
Non-standard Strategy
Installation Instructions
8
! " #
+ +
+
Connect Inputs
Terminal size 0.5 to
2.55 mm 2 (14 to
20 AWG)
#
Sensors TB/TS, TB/TS/K, TB/TS/KE, TB/TS/KEF
recommended; wire as shown below.
9
2
! " #
+
+
! " # $ % &
2 1 3 6 5 4
TE/TS /K /F /E
Room Display Module (RD-IQL/K, /KOS,
/KOSF) provides monitor and control; wired as
shown below:
polarity
independent
Note that the IQL must be
correctly set up to use the
RD-IQL, see section 3 step 15
Note that terminal types COM and
C should not be connected together
Configure/Commission
IQL15+/xxx Installation
Instructions, TG200344 -
Sheet 2
+
"
+
$ %
RD-IQL
Local
Space
Temperature
Sensor
! " # $ % &
Auto
Local Setpoint
Adjust
Potentiometer
Off
Fan Speed Select
T
Pushbutton
or PIR input
∆T
Window or
Alarm
contact
Pushbutton or PIR
input type selected
by configuration
parameter W6
PIR
PIR
TE/TS
/
TE/TS/K
/
TE/TS/KE
/
TE/TS/KEF
/
RD/IQL/K
S / / /
RD/IQL/KOS
S / /
RD/IQL/KOSF
S S / /
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

)
5 JH= JA C O
1,
5 A HE=
5
)
5 JH= JA C O
1,
5 A HE=
5
SHEET 2: Installation Instructions - Sheet 2
2.1 Installation - Fixing (continued)
10
Fixing
1
11
2
Connect Heat/Cool Outputs
(24 Vac, 400 mA maximum shared between
24 Vac auxiliary output and all triac outputs used)
#
IQL15+/xxx Installation Instructions,
TG200344 - Sheet 1
/AR2 /WR2 /WR4
< " 8 < " 8
< " 8 < " 8
< " 8 < " 8
" # $ % " # $ % " # $ %
# $ % & ' # $ % & ' # $ % & '
/WT2
" # $ %
< " 8 < " 8
# $ % & '
/WT4
" # $ %
< " 8 < " 8
# $ % & '
Raise
Common
Lower
Heat/Cool
Damper
not used
Raise
Common
Lower
Heat or Cool
Valve
not used
Raise
Common
Lower
Raise
Common
Lower
Heat Valve Cool Valve
Heat or Cool
Valve
not used
Heat Valve Cool Valve
terminal size 0.5 to 2.5 mm 2 (14 to 20 AWG)
12
Connect Fan Outputs
#
5 A maximum @240 Vac resistive or inductive (cosø>=0.4)
5A @ 30 Vdc (resistive), 2 A @ 24 Vdc (inductive, T

! 8 =
!
)
5 JH= JA C O
1,
5 A HE=
& ! " # $ %
5 4 8
! " # 2 1
- 4
" 8
+ +
" 8
+
" # $ % & ' ! " # $ % & '
! " # $ % &
5
' ! ! !
)
5 JH= JA C O
1,
5 A HE=
5
)
5 JH= JA C O
1,
5 A HE=
5
1, ) # ! $ #
5 A HE= 13 N 9 4 " # #
)
5
2.1 Installation - Fixing (continued)
13
&
- 4
Connect Relay Output
/E Electric Heater, /AUX Auxiliary Output
10 A maximum @240 Vac resistive or
inductive (cosø>=0.4), 28 Vdc (resistive)
Arc suppression
TG200208
" #
#
Electric
Heater
For electric heater (/E), a thermal
cutout should be fitted in the supply
to an electric heater.
terminal size 0.5 to 2.5 mm 2 (14 to 20 AWG)
WARNING:
The wires may be connected
to hazardous voltages.
Disconnect power before
attempting any wiring.
14
Close Hinged Cover
a
b
2.2 Installation - Configuration
1
Tear off Label Strip
‘locate’
2
Switch On
#
1,
5 A HE=
00:A0:25:36:51:00
IQL1xWR4_50100025
) 117 5 027
5 JH= JA C O IQL1x WR4 E 06
1, 00:A0:25:36:51:00
5 A HE= IQL1xWR4_50100025
1
3
Check IQL/LINC on Lon
IQL
LonMark
Device
Lonworks bus
LINC
LINC
#
LON OK (green)
IQ Outstations
IQ Outstation
Flashes every 24 s, ON after 1½ mins
Flashes every 1 s (Deaf IQL. Check Lon)
(Check Lon, LINCs)

)
5 JH= JA C O
1,
5 A HE=
5
2.2 Installation - Configuration (continued)
Install using LonWorks Network Manager Tool
4 If a binding IQLs to LonMark devices
or b LINCs version

)
5 JH= JA C O
1,
5 A HE=
5
2.2 Installation - Configuration (continued)
7
Test input/output functionality
If non standard strategy follow special installation instructions and jump to section 3 step 15.
Non-standard Strategy Installation Instructions
8
Check Strategy, Sensor/Fan/Heat Cool Outputs/Electric Heater
#
IN1
If /E and heat demand >99%
6
S
OUT1,2,3
heat
ER1
electric
heater
cool
S
heat
If Fan Speed Auto
/ AR2 / WR2
/ WR4
/ WT2
/WT4
OUT4,5
OUT4,5 OUT4,5 OUT4
If W2=0
If W2=0
OUT4
damper (Winter Mode)
heat valve
(Winter Mode) heat valve
heating
heating
cool
OUT4,5
damper
OUT4,5
If W2=1
(Summer Mode)
cooling
OUT6,7
cool valve
OUT4
If W2=1
(Summer Mode)
cooling
OUT6
cool valve
9
3
Configuration (continued)
IQL15+/xxx Installation
Instructions TG200344
Sheet 3

)
5 JH= JA C O
1,
5 A HE=
5
)
5 JH= JA C O
1,
5 A HE=
)
5 JH= JA C O
1,
5 A HE=
5
5
SHEET 3: Installation Instructions - Sheet 3
3. Installation - Configuration (continued)
10
Fixing/
Configuration
2
11
#
IQL15+/xxx Installation
Instructions, TG200344 -
Sheet 2
3
Check Operation - Window Contact Input
if Window Mode (W5=1)
Window
IN5
OUT1, 2, 3
heat
cool
fan off
heat
/ AR2 / WR2
/ WR4
/ WT2
/WT4
OUT4,5
damper
OUT4,5
OUT4,5
heat valve
OUT4
OUT4
heat valve
cool
damper goes
to neutral
valve closes
OUT6,7
cool valve
valve closes
OUT6
cool valve
12
Check Operation
- Pushbutton or PIR Input
13
Check Operation
- Local SP Adjust
#
#
If Fan Speed Auto
PIR if in
standby
Pushbutton
if non-occupied
or standby
IN4 OUT1, 2, 3
fan on
see table
section 2.2
step 8
Pb/PIR input type selected by
configuration parameter W6
- see step 15 .
Pushbutton can be provided by TB/TS/KE, /KEF, or
RD-IQL/KOS, /KOSF (see section 1.3 step 8)
IN2
OUT1, 2, 3
heat
cool
If Fan Speed Auto
Local adjustment can be provided by TB/TS/K, /KE,
/KEF or RD-IQL/K, /KOS, /KOSF (see section 1.3
step 8).
Wait 6 secs at each end to calibrate potentiometer
see table
section 2.2
step 8

)
5 JH= JA C O
1,
5 A HE=
5
3. Installation - Configuration (continued)
14
Check Operation - Fan Speed Select
IN3
) K J
BB
OUT1, 2, 3
#
If Occupied and Remote Fan Speed (K7) Auto
Fan Speed Switch can be provided by TB/TS/KEF or
RD-IQL/KOSF (see section 1.3 step 8)
Set up Strategy Parameters
15 if required
Use IqlTool2 (see section 2.2 step 5 ) and text
communications
For standard strategies use table below, else refer to
non-standard strategy installation instructions
Parameter
K1(V)
K2(V)
K3(V)
K4(V)
K5(V)
K6(V)
K7(V)
K8(V)
Label
Remote
Setpoint
RemoteSpaceTemp
OCC Deadbnd
Standby
Deadbnd
NOCC Deadbnd
Remote
Occ
Remote
Fan Spd
Remote
SP Offset
Function
Base
setpoint can be adjusted remotely
Used
if bound to Lon sensor, or if local sensor disconnected
Deadband
around setpoint during Occ
Deadband
around setpoint during Standby
Deadband
around setpoint during Nocc
Sets
state 0=Occ, 1=Nocc, 2=Bypass, 3=Standby
Sets
speed 0=off, 1=Low, 2=Med, 3=High, 4=Auto
Used
if bound to a Lon Sensor or if local adjust is disconnected
20 ° C
20 ° C
1 ° C
2 ° C
12 ° C
Default
0=Occupied
4=Auto
0 ° C
K15(V)
W2(S)
W3(S)
O ffset range
Defines
range of Local SP adjust pot.
S ummer Mode
Winter
(heat only) or Summer (cool only) (only used for /WR2, /WT2)
Elec
Disable
Disable
Electric Heater if set to I
2 ° C
O=Winter
O=enable Elec
W5(S)
W6(S)
W7(S)
W8(S)
L1(G)
L1(I)
L2(G)
L2(I)
Window mode
O=Pb
I=PIR
Frost
Condition
Remote
Shutdown
Window contact if set to I, alarm contact if set to O
PIR if set to I, Pushbutton if set to O
Overrides
heating to 98 % (not /AR2) if unoccupied
Shuts
off fan, and sets heat/cool to zero
Heat
Loop Gain
40
Heat
Loop Integral
Cool
Loop Gain
-40
Cool
Loop Integral
O=alarm contact
O=pushbutton
O=no frost
O=no shutdown
0 mins
0 mins
Note that any changes to the strategy parameters should immediately be followed by a write to the address
module, [text comms command, R(z=O), recommended], to commit changes to flash memory.
If used with RD-IQL (see section 1.3 step 8), the following must be configured: Local Space Temp Type
S9(Y=6), Local SP Adjust Type S10(Y=6), Local Fan Speed Type S11(Y=6), O=Pb I=PIR W6(S=O)
default, Remote Fan Spd K7(V=4) default, followed by R(z=I) to write changes to flash and reset.
Configuration for RD-IQL is facilitated by IqlTool2.
If the sensor on IN1 is to be used, leave local Space Temp Type at default, S9(Y=1). If the fan speed
switch on IN3 is to be used, leave Local Fan Speed type at default, S11 (Y=3).
If required the strategy type may be changed (e.g. /AR2 to /WR2) but
a /E strategy cannot be changed to a /AUX strategy or vice versa:
IQL15+/xxx data
sheet TA200367

3. Installation - Configuration (continued)
16
Set up System Core Firmware Module Parameters
if required - see conditions
Using IqlTool2 (see section 2.2 step 5) and text communications
Parameter
Setting
Function
Condition
Note
R(..address
T(..Time
U1(..User
L - own address
device
address of IQL
if required to rearrange
Lans, address
1, 2,
4
N - own LaN
Lan
number of IQL
if required to rearrange
1, 2
Lans, address
D - identifier
identifier
attribute of IQL
For alarm ident, text
1
comms, IC comms
F - attribute 2
text
comms attributes
For
text comms, IC comms
1
G - attribute 3
1
A - own Lan alarm address
address and Lan of own
to report Lan alarms to a 1
R - Own Lan alarm Lan
Lan alarm target supervisor
1
E - Internetwork alarm
address and Lan of to report internetwork
1
address
Internetwork alarm alarms to a supervisor (only
T - Internetwork alarm Lan
target
for lowest addressed IQ
System device on Lan)
1
r - LonWorks retry time
i - LonWorks interpacket
delay
See IQ System LonWorks
Products Engineering
Manual for details
a - LonWorks service class
2
b - router Buffer size
m - LonWorks
code
Message
g - generator number
e - neuron id
H - Hours
N - Minutes
D - Day of month
buffer size
(bytes)
Default = 146
code number.
Default = 64
unique
identifier for
neuron
specifies smallest router
buffer on system
Code used by
IQLs/LINCs/LONCs, all
LINCs/LONCs must use
same code
T o find PIN if lost
(read only)
To find PIN if lost; to
identify Lon node
Current
time
Current
date
If routers separate
IQLs/LINCs/LONCs and
have buffer size smaller that
146 bytes - set to smallest
buffer size. (minimum = 66)
If message code being used
by other users - must be
exclusive to IQ System
(read only)
To synchronise time for
alarms and logging
To synchronise date for
alarms and logging
M - Month
3
Y - Year
3
l - Lan of system
timemaster
P - PIN
l -level
IQL timekeeper gets
time sync from IQ at
address 11 on this Lan
PIN number in IQ
authority
level of PIN
IQL will be timekeeper If this
'l'
parameter is non-zero
and own address = 11
To protect from
unauthorised changes
Note 1: IqlTool2 facilitates setting of these parameters across the Lon segment
Note 2: Changing any of these parameters results in a controller reset (clears down time and and sensor logs)
Note 3: Any changes to these parameters should immediately be followed by a write to the address
module, [text comms command, R(z=O), recommended], to commit changes to flash memory.
Note 4: IqlTool2 facilitates setting to timekeeper (sets up timemaster Lan and changes own address to 11)
Note 5: Message code can only be changed by text comms if 'lonworks managed' (read only) is set to No .
Note 6: If PIN is forgotten see note in section 2.2 step 5
2
2
2
2, 5
3
3, 4
3, 6
No
protection if zero
3
17
Set up Lan System
if required
Check Lan
PowerTool or Wupdn
IQL
Lon
LINC
IQ
Use PowerTool or Wupdn and terse text
communications
LINC Installation Instructions
TG103062
IQ System LonWorks
Products Engineering
Manual - TE200292

3. Installation - Configuration (continued)
18
Set up IC Comms from IQL
if required
Use IqlTool2 (see section 2.2 step 5) and text communications
IC Comms Module Nx(.. - (x=1 to y; y=4 for standard strategies)
Parameter
Function
A - Remote device address
If zero, 'global to' comms. If non-zero specifies
target device address for 'data to' comms
For 'global to' comms only, attribute of target IQ,
B - Attribute
references attribute in address module (0 'no
attribute', - all IQs on Lan,1 'identifier', 2 'attribute
2', 3 'attribute 3')
N - Remote Lan
Target IQ Lan number; if Lan zero, address zero,
specifies global global
I - Interval
Interval between sending (minutes)
S - Significant change Amount analogue must change before sending
M - Source item string Item and parameter being sent (e.g. S1(V) )
E - Destination module number No. of destination module receiving IC comms
T - Destination type
Type of destn module receiving comms (e.g. W,K)
Lon
LCI
IQL
S1
S8
K1
K2
K8
I1
I8
W1
W7
W8
Nx
Nx
IC Comms
LINC
IQ
19
Set up IC Comms from IQ
if required
IC Comms ‘direction’ in IQ must be:
Global To, Min, Max, Sum, or
Average (directions 2 to 6)
see IQ Configuration
Manual 90-1533
20
Lon
Set up Communications from
Supervisor if required
e.g. 963 (drag and drop values)
Note that standard strategy pages
are available for 963 from
Partnernet
Terse Text Comms
Use SET, PowerTool, or Wupdn and terse text
communications
IQL
S1
LINC
Lon
S8
S1
S16
K1
K8
I1
I16
IQL
A1
A16
A17
A24
B1,0
B2,7
W1 B18,0
W8 B19,7
LINC
Nx
Nx
IQ
IC Comms
K1
K2
K8
I1
I8
W1
W7
W8
Note that any changes to the strategy parameters
should immediately be followed by a write to the
address module, [text comms command, R(z=O),
recommended], to commit changes to flash
memory.
IQ