performed by an installer with LonWorks engineering ... - PNet - Trend

! 8 = 

! 

) 

5 JH= JA C O 

1, 

5 A HE= 

! " # $ % 

5 4 8 

! " # 2 1 

" 8 = 

+ + 

+ 

 

 

" # $ % & ' ! " # $ % & ' ! " # $ % & 

5 

' ! ! ! 

 

) 

5 

5 JH= JA C O 

1, 

5 A HE= 

! " # $ % 

5 4 8 

! 8 = 

! " # 2 1 

 

" 8 = 

" 8 

+ + 

" 8 

+ 

 

 

! " # $ % & ' ! " # $ % & ' ! " # $ % & 

' ! ! ! 

Installation Instructions 

IQL13+/xxx 

LonMark Terminal Unit Controllers 

Important: Retain these instructions 

CONTENTS 

1 Unpacking .................................................... 1 

2 Storage ......................................................... 1 

3 Installation - Mounting .................................. 1 

4 Installation - Configuration .......................... 6 

5 Disposal ...................................................... 12 

1 Unpacking 

IQL13+/xxx 


TG200383 

2 Storage 

-10 °C 

(14 °F) 

+50 °C 

(122 °F) 

0 

3 Installation - Mount ing 

0 

90 %RH 

It is recommended that the 

installation should comply with 

the HSE Memorandum of 

Guidance on Electricity at Work 

Regulations 1989. 

For USA install equipment in 

accordance with National Electric Code. 

! 

Note that this product may involve Lonworks system integration 

as referred to in section 4 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 

! 

 

" 8 

" 8 

 

 

129 mm (5.08”) 

! 

75 mm (3”) 

63 mm (2.48”) 

IQL13+/xxx Installation Instructions TG200383 Issue 3/C 06/09/07 1

! 

! 

 

! 8 = 

+ 

! 

 

! 8 = 

+ 

! 

) 

5 JH= JA C O 

1, 

5 A HE= 

! " # $ % ! " # 

" 8 = 

" 8 " 8 

+ 

+ 

" # $ % & ' ! " # $ % & ' ! " # $ % & 

5 

 

) 

5 JH= JA C O 

1, 

5 A HE= 

! " # $ % ! " # 

" 8 = 

" 8 " 8 

+ 

+ 

" # $ % & ' ! " # $ % & ' ! " # $ % & 

5 4 8 

2 1 

 

 

 

' ! ! ! 

5 

 

5 4 8 

2 1 

 

 

 

' ! ! ! 

! 8 = 

! 

! 8 = 

! 

! " # $ % 

" 8 = 

" 8 " 8 

" # $ % & ' ! " # $ % & ' 

) 

5 JH= JA C O 

1, 

5 A HE= 

 

! " # 

+ + 

+ 

! " # $ % & 

) 

5 

5 JH= JA C O 

1, 

5 A HE= 

! " # $ % 

5 4 8 

! " # 2 1 

 

" 8 = 

" 8 

+ + 

" 8 

+ 

 

 

" # $ % & ' ! " # $ % & ' ! " # $ % & 

' ! ! ! 

5 

5 4 8 

2 1 

 

 

 

' ! ! ! 

! 

 

! 8 = 

+ 

! 

) 

5 JH= JA C O 

1, 

5 A HE= 

! " # $ % ! " # 

" 8 = 

" 8 " 8 

+ 

+ 

" # $ % & ' ! " # $ % & ' ! " # $ % & 

5 

 

5 4 8 

2 1 

 

 

 

' ! ! ! 

! 8 = 

! 

" 8 = 

! " # $ % 

" # $ % & ' ! " # $ % & ' 

! 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 4 8 

! " # 2 1 

 

" 8 = 

" 8 

+ + 

" 8 

+ 

 

 

" # $ % & ' ! " # $ % & ' ! " # $ % & 

' ! ! ! 

IQL13+/xxx 


3 Installation - Mounting (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, NEMA 1 

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”) 

 

 

or DIN rail mount 

∅ 6 mm 

(0.24”) 

a b c d 

! 

 

 

! 

 

 

4 

Lift Hinged Cover 

b 

c 

a 

WARNING: Failure to use a screwdriver 

to open the cover will cause damage to 

the unit. 

2 

IQL13+/xxx Installation Instructions TG200383 Issue 3/C 06/09/07

) 

5 JH= JA C O 

1, 

5 

) 

5 JH= JA C O 

1, 

5 


IQL13+/xxx 


5 

Connect Power 

/24VAC option 

IQL consumption 

) 

5 JH= JA C O 

1, 

5 

IQL13+/xxx 



6 

LINC 

IQ Outstations 

Connect LonWorks Bus (continued) 

IQL 

LINC 

LonMark 

Device 

IQ Outstation 

Lonworks bus 

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 step 12 

Non-standard Strategy 


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. 

 

! " # $ % & 

! " # 

 

+ 

+ 

! " # $ % & 

2 1 3 6 5 4 

TB/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 4 step 13 

+ 

" 

+ 

$ % 

RD-IQL 

Note that terminal types COM and C should 

not be connected together 

Local 

Space 

Temperature 

Sensor 

Auto 

Local Setpoint 

Adjust 

Potentiometer 

Off 

Fan Speed Select 

T 

Pushbutton 

or PIR input 

ΔT 

Window or 

Alarm 

contact 

Pushbutton or PIR 

input type selected 

by configuration 

parameter W6 

PIR 

PIR 

T B/TS ! " " " / " 

T B/TS/K ! ! " " / " 

T B/TS/KE ! ! ! " / " 

T B/TS/KEF ! ! ! ! / " 

R D/IQL/K !S ! / " / " 

R D/IQL/KOS !S ! ! " / " 

R D/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 

4 


) 

5 JH= JA C O 

1, 

5 

) 

5 JH= JA C O 

1, 

5 


IQL13+/xxx 


9 

Connect Heat/Cool Outputs 

(24 Vac, 400 mA maximum shared between 24 Vac 

auxiliary output and all triac outputs used) 

! 

 

 

/AR2 /WR2 /WR4 /WT2 /WT4 

" # $ % 

< " 8 < " 8 

" # $ % 

< " 8 < " 8 

" # $ % 

< " 8 < " 8 

" # $ % 

< " 8 < " 8 

" # $ % 

< " 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) 

10 

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 

5 JH= JA C O 

1, 

5 A HE= 

! " # $ % 

5 4 8 

! " # 2 1 

 

" 8 = 

" 8 

+ + 

" 8 

+ 

 

 

" # $ % & ' ! " # $ % & ' ! " # $ % & 

' ! ! ! 

) 

5 JH= JA C O 

1, 

5 A HE= 

5 

) 

5 JH= JA C O 

1, 

5 

1, ) # ! $ # ) 

5 A HE= 13 N 9 4 " # # 5 

IQL13+/xxx 



11 

Connect 24 Vac Auxiliary 

Output 

12 

a 

Close Hinged Cover 

& 

" 8 = 

! 

 

 

" # 

400 mA maximum shared 

between 24 Vac Auxiliary output 

and all triac outputs used. 

b 

Load 

terminal size 0.5 to 2.5 mm 2 

(14 to 20 AWG) 

4 Installation - Configuration 

1 

Tear off Label Strip 

‘locate’ 

2 

Switch On 

! 

 

1, 00:A0:25:36:51:00 

5 A HE= 

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 LonWorks 

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 LonWorks) 

(Check LonWorks, LINCs) 

6 


) 

5 JH= JA C O 

1, 

5 A HE= 

5 


IQL13+/xxx 

4 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 

IQL13+/xxx 



7 

Test input/output functionality 

If non standard strategy follow special installation instructions and jump to step 14. 

Non-standard Strategy Installation Instructions 

8 

Check Strategy, Sensor/Fan/Heat Cool Outputs/Electric Heater 

! 

 

 

IN1 

6 

S 

OUT1 

heat 

 

 

cool 

 

S 

 

heat 

 

 

/ 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 

 

 

 

 

 

 

 

 

 

8 


) 

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 


IQL13+/xxx 


9 

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 

OUT4 

OUT4,5 OUT4,5 heat valve OUT4 heat valve 

damper 

 

 

 

 

 

 

cool 

damper goes to 

neutral 

 

valve closes 

 

OUT6,7 

cool valve 

 

valve closes 

 

OUT6 

cool valve 

 

 

 

 

10 

Check Operation 

- Pushbutton or PIR Input 

11 

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 

step 8 

Pb/PIR input type selected 

by configuration parameter 

W6 - see step 13. 

Pushbutton can be provided by TB/TS/KE, /KEF, 

or RD-IQL/KOS, /KOSF (see section 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 3 step 8). 

Wait 6 secs at each end to calibrate 

potentiometer 

 

 

 

 

see table 

step 8 


) 

5 JH= JA C O 

1, 

5 A HE= 

5 

IQL13+/xxx 



12 

Check Operation - Fan Speed Select 

IN3 

) K J 

OUT1, 2, 3 

! 

 

 

BB 

If Occupied and Remote Fan Speed (K7) Auto 

Fan Speed Switch can be provided by TB/TS/KEF or 

RD-IQL/KOSF (see section 3 step 8) 

Set up Strategy Parameters 

13 if required 

Use IqlTool2 (see 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 


around setpoint during Standby 


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 

Default 

20 ° C 

20 ° C 

1 ° C 

2 ° C 

12 ° C 

0=Occupied 

4=Auto 

0 ° C 

K15(V) 

W1(S) 

W2(S) 

W3(S) 

W4(S) 

W5(S) 

W6(S) 

W7(S) 

W8(S) 

L1(G) 

L1(I) 

L2(G) 

L2(I) 

O ffset range 

Defines 

range of Local SP adjust pot. 

2 ° C 

O =4Pipe I=2Pipe 

S trategy change W1=O (WR4, WT4, AR2) W1=I (WR2, WT2) 

* 

S ummer Mode 

Winter 

(heat only) or Summer (cool only) (only used for /WR2, /WT2) 

O=Winter 

Elec 

Disable 

=Water I=Air 

Window mode 

O=Pb 

I=PIR 

Frost 

Condition 

Remote 

Shutdown 

eat Loop Gain 

Heat 

Loop Integral 

ool Loop Gain 

Cool 

Loop Integral 

Disable 

Electric Heater if set to I 

trategy change W4=O (WR, WT) W4=I (AR 

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 

O S ) 

* 

H 0 

C 0 

O=enable Elec 

O=alarm contact 

O=pushbutton 

O=no frost 

O=no shutdown 

4 

0 mins 

-4 

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=0), recommended], to commit changes to flash memory. 

* Default depends on strategy 

If used with RD-IQL (see section 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=1) 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): 

IQL13+/xxx data 

sheet TA200284 

Note that for AR2, WR2, WR4 strategies D2 and D3 full scale drive times should not be greater than 262s. 

10 



IQL13+/xxx 


14 

Set up System Core Firmware Module Parameters 

if required - see conditions 

Using IqlTool2 (see step 5) and text communications 

Parameter 

Setting 

Function 

Condition 

Note 

R(..address 

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 

See IQ System LonWorks 

2 

i - LonWorks interpacket 

Products Engineering 2 

delay 

Manual for details 

a - LonWorks service class 

2 

b - router Buffer size buffer size 

specifies smallest router If routers separate 

2 

(bytes) 

Default = 146 

buffer on system IQLs/LINCs/LONCs and 

have buffer size smaller that 

146 bytes - set to smallest 

buffer size. (minimum = 66) 

m - LonWorks Message 

code 

code number. 

Default = 64 

Code used by 

IQLs/LINCs/LONCs, all 

LINCs/LONCs must use 

same code 

If message code being used 

by other users - must be 

exclusive to IQ System 

2, 5 

T(..Time 

U1(..User 

g - generator number 

e - neuron id 

H - Hours 

N - Minutes 

D - Day of month 

unique 

identifier for 

neuron 

T o find PIN if lost 

(read only) 

To find PIN if lost; to (read only) 

identify Lon node 

Current 

time 

Current 

date 

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 3, 4 

'l' 

parameter is non-zero 

and own address = 11 

To protect from 

3, 6 

unauthorised changes 

No 

protection if zero 

3 

Note 1: IqlTool2 facilitates setting of these parameters across the LonWorks 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=0), 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 step 5 

3 

15 

Set up Lan System 

if required 

Check Lan 

SET 

IQL 

LonWorks 

LINC 

IQ 

Use SET and terse text communications 

LINC Installation 

Instructions TG103062 

IQ System LonWorks 

Products Engineering 

Manual - TE200292 


IQL13+/xxx 


4 Installation - Configuration (Continued) 

16 

Set up IC Comms from IQL 

if required 

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) 

Use IqlTool2 (see step 5) and text communications 


LCI 

IQL 

S1 

S8 

K1 

K2 

K8 

I1 

I8 

W1 

W7 

W8 

Nx 

Nx 

IC Comms 

LINC 

IQ 

17 

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 

Use SET and terse text communications 

18 


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 

IQL 

S1 

Terse Text Comms 

LINC 


S1 

IQL 

A1 

LINC 

S8 

K1 

K2 

K8 

I1 

IQ 

S16 

K1 

K8 

I1 

A16 

A17 

A24 

B1,0 

Nx 

I8 

W1 

W7 

W8 

I16 

W1 

W8 

B2,7 

B18,0 

B19,7 

IC Comms 

Nx 

IQ 

Note that any changes to the strategy parameters 

should immediately be followed by a write to the 

address module, [text comms command, R(z=0), 

recommended], to commit changes to flash memory. 

5 Disposal 

WEEE Directive : 

At the end of their useful life the packaging and product should be disposed of by a 

suitable recycling centre. Do not dispose of with normal household waste. Do not burn. 

Manufactured for and on behalf of the Environmental and Combustion Controls Division of Honeywell Technologies Sàrl, Ecublens, Route 

du Bois 37,Switzerland by its Authorized Representative, Trend Control Systems Limited. 

Trend Control Systems Limited reserves the right to revise this publication from time to time and make changes to the content hereof 

without obligation to notify any person of such revisions or changes. 

Trend Control Systems Limited 

P.O. Box 34, Horsham, West Sussex, RH12 2YF, UK. Tel:+44 (0)1403 21888 Fax:+44 (0)1403 241608 www.trend-controls.com 

Trend Control Systems USA 

6670 185th Avenue NE, Redmond, Washington 98052, USA. Tel: (425)897-3900, Fax: (425)869-8445 www.trend-controls.com 

12

performed by an installer with LonWorks engineering ... - PNet - Trend

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