IQ204/ADL Autodialling Controller Data Sheet - Trend

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Data Sheet
IQ204/ADL
Autodialling Controller
IQ204/ADL Autodialling Controller
Description
The IQ204/ADL Autodialling Controller has 8 analogue inputs, 8
digital inputs and 8 voltage analogue outputs. There is a special
connector for an external 2-line display panel. The controller
provides full Direct Digital Control (DDC) with PID loops. The unit
is enclosed in a robust metal box. The IQ204 and one other
controller on its local Lan (e.g. an IDxx access controller) can
communicate using the modem.
Features
• 1 second cycle time and extended logging
• integral autodialling facility to external modem
• option to share line (dial out alarms only)
• full DDC control with PID control loops
• stand alone or integrated system operation
• 8 analogue + 8 digital inputs
• 8 voltage analogue outputs
• RS232 or RS485 local supervisor port (if modem disconnected)
• dual strategy non-volatile backup
Physical
earthing
(grounding)
flange
network
connections
input
channels
indicators
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180 mm (7.09”)
57 mm (2.24”)
230 Vac input power (option)
24 Vac input power (option)
auxiliary output supply
output channels
1 2 7 6
7 6 2 7 6
255 mm (10.04”)
4 5 " & #
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earthing (grounding)
flange
Supervisor port
RS485
RS232
25 Way D type female
display panel connector
RJ11
adaptor cable (450 mm, 17.72”, supplied)
PSTN Connector
60 mm
(2.36”)
cable length
200 mm
(7.87”)
modem
25 Way D type male
25 mm
(0.98”)
55 mm (2.17”)
IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06
1

IQ204/ADL
Data Sheet
FUNCTIONALITY
The IQ Controller’s functionality can be divided into four sections; the System, the Strategy, the Firmware, and the Hardware.
SYSTEM
The IQ204/ADL is able to communicate with other IQ system Building Management System devices (e.g. supervisors and IQ
controllers), using the modem or using the IQ system network. The modem may be unplugged from the supervisor port, and replaced
with a local supervisor type device (e.g. PC).
Quick Start
When the IQ204/ADL is received ‘out of the box’, the system must first be configured so that a supervisor can dial up and communicate
with the unit using the modem. Any further configuration can then be done using the modem or locally if required with the exception
that a strategy data file cannot be downloaded to the IQ204 using the modem.
Required Configuration:
1 Plug in modem to supervisor port using adapter cable
provided
2 IQ204 address switch set in range 11 to 117 (e.g. 16)
3 Supervisor port address = Record module proxy port: set
to be the same - they are set to be the same by factory
default settings (also restored by strategy cleardown) as
follows:
Supervisor port address = address switch + 1 (e.g. 17)
Record module proxy port = address switch + 1 (e.g. 17)
If the address switch is set less than 11 these are set to 20.
Note that the IQ204 will restore a backed up strategy from strategy
backup module 1, if set up, after a loss of data due to battery
failure and this may change these parameters.
4 network connection: link using ‘loop back’ connector
(supplied) if controller stand-alone.
5 address of second accessible controller: set to be IQ204
address switch + 2; range 13 to 119 (e.g. 18).
Subsidiary Configuration:
A supervisor or software tool can now be used to dial into the
controller using the modem or to connect locally (in place of the
modem, or on the local Lan) and to configure the following:
1 Address module, Alarm address: set to record module proxy
port address (e.g. 17) to allow controller to send alarms
using modem.
2 Record module, (the following parameters also allow
controller to send alarms using modem).
Address: set to supervisor address on its Lan
Lan: set to supervisor Lan number
3 Telephone number: set to telephone number of modem
being used by supervisor.
4 Autodial module, own telephone number: must be set to
the IQ204 modem’s telephone number if sending alarms
to a supervisor (e.g. 963).
The supervisor can now communicate with the controller and [controller address + 2], and the 2 controllers will send their alarms to
the supervisor. If the second controller is an access controller the BMS supervisor can retransmit the access alarms to the access
supervisor. A detailed description of autodial lite system functionality is given in the IQ Configuration Manual Addendum.
Communications
Using the above configuration, information within the IQ204/ADL can be communicated to and from an IQ system supervisor or
software tool.
The IQ204 can communicate with other local IQ controllers using inter-controller communications (IC comms). If the modem is
connected, the autodialled supervisor can only talk to the two designated controllers, but the IQ204 can use IC Comms to communicate
to or from other controllers not directly accessible to the supervisor enabling the sharing of information across the whole system.
Note that Inter-Controller Communications cannot be used to communicate using the modem.
Note that unlike the TMN, the IQ204/ADL cannot be on an internetwork, and does not use the next five addresses.
Note that although a strategy data file can be uploaded using the modem (backup) it cannot be downloaded using the modem to the IQ204;
a file can be downloaded to the second controller at [address + 2].
2 IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06

Data Sheet
IQ204/ADL
STRATEGY
The strategy processes inputs according to a set of instructions and then outputs signals which can be used to control equipment.
Configuration: The IQ204/ADL uses the standard IQ
configuration mode which enables configuration using the
network, or using the supervisor port (either using modem or by
local PC). SET can be used to create a strategy data file (.IQ2)
which can then be downloaded to the controller if connected to
the controller directly or using the network. The strategy file can
be uploaded using the modem for backup purposes.
Modules: The strategy consists of a number of individual
functional blocks known as configuration modules. These blocks
can be linked in various combinations to enable equipment to be
controlled in accordance with the building’s requirements. The
table lists the different types of configuration modules and the
number of each type available with IQ204/ADL.
Module
Type
Number
Module
Type
Number
Sensor
32
Critical
Alarm
4
Sensor
type
10
Alarm History
20
Loop
16
IC Comms
16
Function
120
Digital
Inputs
32
Logic
120
Fast
Sequence
8
Driver
12
Zone
5
Knob
60
Schedule
8
Switch
60
Calendar
20
Sensor
log
20
User
Password
6
Sequence
step 240
Sequence
time
1 s
Analogue
Nodes 510
Digital
Nodes
1012
Display
140
Directory
25
Group
10
Route
50
Destination
7 New Alarm Log
100
autodial
1 record
1
delay
list
1 modem
1
Full details of the modules are given in the IQ Configuration
Manual and Addendum. The IQ204/ADL also contains the
standard IQ2 features as described in IQ Configuration Manual
Addendum: Engineers Journal (J), I/O Summary (i/o) Loader
Issue (R(c), ’c’ lower case), Serial Number (R(s), ‘s’ lower case),
Supply Frequency Option, Enhanced Logging, Module position,
and Strategy Cleardown.
Differences between the modules covered in the manuals and
the IQ204’s modules are described below.
Line Sharing: As explained in the manuals, changing modem
initialisation string 2 in the modem module (to ATS0=0) enables
the modem to share a line; the modem can dial out with alarms,
but it will ignore incoming calls, so cannot be accessed from a
supervisor.
Dual Strategy Backup: Two strategy files may be stored in nonvolatile
memory (i.e. retention is independent of controller's
battery). The strategy backup modules can be accessed in
configuration mode by character '#'. There are two modules (#1
or #2). Since the controller will load the strategy from module 1
if it detects a corrupted memory condition, it is recommended to
keep module 1 as the current strategy backup.
STRATEGY 1
date 22/08/00
Save to flash 0
Restore from flash 0
=
Entering 'S1' will cause the controller to respond with the following
message while it suspends strategy operation and saves the
strategy to the relevant strategy backup module in non-volatile
memory:
'Please wait saving strategy to location 1'
Entering 'R1' will cause the controller to respond with the following
message while it suspends strategy operation and restores the
strategy from the relevant strategy backup module in non-volatile
memory:
'Please wait restoring strategy from location
1'
The instructions can be given by text comms commands e.g.
'#1(S=1)' causes a save to module 1, and '#2'(R=1) causes a
restore from module 2. IQ system software tools can implement
these commands by text comms or configuration mode; the GDP+
can be programmed to execute the commands using text comms.
It is recommended that the running strategy is backed up in
strategy backup module 1 so that it will be restored after a strategy
cleardown due to a faulty battery. Backup module 2 may then be
used to store a default or alternative strategy.
Strategy Cleardown: The IQ204 has a modified version of IQ2v3
strategy cleardown because it is able to restore the strategy from
a strategy backup module. If there is a strategy file backed up in
module 1, it will restore the file after loss of data during power
down due to a faulty battery (i.e. checksum error or checksum
invalid). If there isn't a strategy file backed up in module 1, it will
null down the memory, set the address module ID and attributes
to indicate 'Strategy Erased', and enter a CONL condition
(Controller on line - restart).
Note that the time, date, and day of week will need to be set up;
this can be done automatically by a timemaster.
Other methods of strategy cleardown act as normal and leave
the controller with a null strategy and any strategies backed up
will still be set up in the strategy backup modules; however, a
firmware upgrade will clear down the strategy backup modules.
IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06
3

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OK OK NETWORK
T-
T-
T+
T+
R- TX
R-
R+
TX
R+
T-
T-
RX
T+ RX
T+
R-
R-
R+
R+
24V
24V
0V
0V
D8
D8
A8
A8
D7
D7
A7
A7
24V
24V
D6
D6
A6
A6
D5
D5
A5
A5
0V
0V
D4
D4
A4
A4
D3
D3
A3
A3
24V
24V
D2
D2
A2
A2
D1
D1
A1
A1
0V
0V
INPUT
1 2 3
4 5 6
7 8 9
0
NDP
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POWER IN
24V
0V
B8
0V
B7
0V
B6
0V
B5
0V
B4
0V
B3
0V
B2
0V
B1
0V
E
N
(0V)
~(24V)
E160 mA
0V
(0V)
OUTPUT
A
B
C
D
24V
0V
B8
0V
B7
0V
B6
0V
B5
0V
B4
0V
B3
0V
B2
0V
B1
0V
, 2
DP
IQ204/ADL
Data Sheet
HARDWARE
Box: The unit is enclosed in a metal box. This provides a robust
construction, and in conjunction with the multi-layer board provides
excellent EMC performance. The box is mounted using the four 'u' slots
on the outside of the unit. There are four holes in the cover normally
covered by labels which can be used for fitting two lengths of DIN rail.
Connectors: Two part connectors are used throughout. Input
power connectors have enhanced creepage and clearance.
Earthing (grounding) flanges are provided adjacent to the I/O
terminals to terminate cable screens.
Power: The IQ204 can be supplied in 230 Vac or 24 Vac versions.
Displays: The IQ204/ADL may have an optional 2-line display
panel (HDP or FPK) connected. If the modem is removed from
the local supervisor connector, either a local PC (e.g. supervisor),
a Network Display Panel (NDP), or a Generic Display Panel
(GDP+ - which can be either RS232 or RS485) may be connected.
2-line Display Panel A 2-line display panel (FPK or HDP) can be
mounted externally and connected using the display panel
connector, to provide access to parameters within the controller.
It gives the only indication of the call connection status, so it is
useful to have a display panel fitted either permanently or
temporarily for commissioning purposes.
Fusing: The controller has no replaceable fuses: protection is
provided by means of a self-resetting thermally protected
transformer. The 24 Vac version has a solid state multifuse.
" 8
" 8
" 8
Network: The network terminals will facilitate connection of 4 wire,
or 2 wire cables. The standard IQ system current loop node features
are included (Lan OK, TX and RX indicators, bypass relay, network
alarm generation). There is also the facility for connection of a
supervisor, network display panel, or GDP+ to the network using the
controller without the need for additional node controllers.
Modem: The modem is connected to the RS232 RJ11 supervisor port
by the adaptor cable supplied with the IQ204/ADL. It is capable of
V22bis (2400 bps), V22 (1200 bps), and V21 (300 bps) and supports
V25 active handshake protocol. It will communicate only with a TMN
(TMN v4 or greater, V22bis). It consumes 20 mA maximum (equivalent)
from 24 V input power when in use. The modem is compatible with most
major networks in the world. It complies with FCC Part 68 USA, IC CS03
Canada, TS 002 Australia, and CTR21, for use with all telephone networks
of the European Union.
Address/Baud rate switch: The address on the Lan is set by
poles 1 to 7 in the range 11 to 117 and must be unique on the Lan.
(The normal address range is allowed (1, 4 to 9, 11 to 119), but
if another controller on the local network is to dial out using the
modem, its address must also be valid; additionally the default
address setting mechanism uses the address switch plus one
rule for address 11 and greater so this is recommended as the
lowest address, resulting in a recommended range of 11 to 117).
The baud rate is set by poles 8 to 10 in the range 1k2, 9k6, 19k2,
and must match the other nodes on the Lan.
The address and baud rate switch may also be used to perform
a strategy cleardown; this is done by setting all the poles to zero
before power up (see installation instructions, TG200490 sheet
4 and IQ Configuration Manual Addendum). For this reason the
address should normally be set to non-zero.
Local Supervisor Port: By default the local supervisor port is set
to RS232 and intended for connection to the modem. If the modem
is disconnected the RS232 interface (RJ11 socket) can be used for
direct connection of a local supervisor, NDP, or GDP+/RS232.
The local supervisor port can be switched to either RS232 or
RS485 by internal link (J5). The RS485 interface (RJ45 socket)
is for direct connection of a GDP+/RS485; to use it, a flange
covering the RJ45 connector must be bent and snapped off.
The RS232 J11 connects using adapter cable CABLE/EJ101442
to a local supervisor, using adapter cable EJ104029 to an NDP,
or using a special adaptor cable (e.g. RS477-450, 3 meters) to
a GDP+/RS232. The RS485 RJ45 connects using a special
adaptor cable (RJ45 to RJ45 plugs, not crossed-over e.g. RS446-
686, 3 m, 3.25 yds) to a GDP+/RS485. The RS485 interface gives
increased distance compare to RS232 (up to about 100 m, 110 yds).
And, if the modem is disconnected:
PC, NDP, or GDP+/RS232: A computer running a IQ system
Supervisor or Engineering Tool, an NDP or a GDP+/RS232 can
be connected using the controller’s RS232 interface (RJ11
connector).
or GDP+/RS485: A GDP+/RS485 may be connected using the
controller's RS485 interface (RJ45 connector).
The RS232 and RS485 interfaces are alternative interfaces to the
local supervisor port (see below) and enable access to all devices
on the network, as if connected using a separate node controller.
local port RS232
local port RS485
GDP+/RS485
Note that only one device
can be connected to the
local supervisor port.
NDP
Battery Backup: Details about the strategy configuration, time
and date, and logged data are stored in RAM. A plug-in lithium
cell provides power to maintain the data in the event of power
failure, or the controller being switched off.
Indicators: LED indicators for receive and transmit network
current (RX, TX, both yellow) and Lan OK (OK - green) visible
externally. See specification section for details.
PC
L ~
24 V (24V) ~ ~
GDP+/RS232
2-line display
panel
connector
FPK
or
HDP
The NDP and GDP+ take their input power from the IQ204 using
the adaptor cable.
4 IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06

Data Sheet
IQ204/ADL
HARDWARE (Continued)
Auxiliary output supply: An auxiliary output supply of 24 Vdc at
200 mA is available at terminals on the input and output rails.
This is in addition to the full complement of inputs, outputs, NDP
or GDP+, and an external 2-line display panel. If the modem is
in use, it consumes the equivalent of 20 mA maximum (reduces
auxiliary output supply to 180 mA).
If more current is required from the auxiliary output supply, it can
be compensated for by reducing input consumption.
The auxiliary output supply is part of a 24 Vdc supply protected
by a 500 mA self-resetting thermal device (effectively 380 mA at
maximum temperature, 45 °C, 113 °F). This protected supply
powers the inputs and the auxiliary output supply.
# )
I A @ = HO F H JA JE
E F K JI
= K N EE= HO I K F F O
@ A )
The current consumed by these items is shown in the table:
Area
Inputs
Analogue
Digital
Modem
V
oltage
Load
Item
Current
(IQ powered)
Current
(externally powered)
Thermistor
Auxiliary
Supply
24 Vdc Current
P er Channel
Total (maximum)
0 mA
20
mA
160 mA
0 mA
0 mA
2 mA
16 mA
total
20 mA
180 mA
376 mA
For example:
If an IQ204/ADL with modem connected has 8 digital inputs, 4
voltage and 4 current (IQ supplied) inputs, what current can be
taken from the auxiliary output supply
ignore voltage inputs
digital inputs (8 x 2)
16 mA
analogue current inputs (4 x 20) 80 mA
modem
20 mA
Available for auxiliary output supply = 380 -16- 80 - 20 = 264mA
I/O Channels: the IQ204 is supplied with 8 digital inputs, 8 analogue inputs and 8 analogue outputs (voltage only).
Digital inputs (Channels D1 to D8)
Analogue voltage outputs (Channels B1 to B8)
,
" 8
! !
" 8
" 8
8
4
4
2
Analogue inputs (Channels A1 to A8)
The channels can be linked for thermistor (T), current (I), or
voltage (V).
8
8
# 8
)
" 4
&
1
8 6
8
8
" 8
8
" 8
6 1 8
The current sensor, I, is IQ powered. For an externally powered
current sensor, the channel should be linked for I, and connected
as a voltage input, V.
IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06
5

IQ204/ADL
Data Sheet
COMPATIBILITY
Supervisors:
94x series, 921, 96x, ViewPoint+
Utility software: PowerTool, 822+/Toolbox version 6, 841
Strategy Browser (Vx), 842 Change
Tracker, SET, 915 (using v4.2 TMN)
Controllers:
Interface:
Local Display:
It can communicate to other IQ controllers
using inter-controller communications (not
using modem)
It can be connected to IQ system interface
modules. Check interface module
specification to ensure compatibility.
Network Display Panel, GDP+, 2-line
Display Panel (all external).
Autodialling Devices :Modem connects to TMN (v4.0 or greater,
V22bis)
Using TMN: Prefixing the number used by the TMN to dial into
an IQ204/ADL with the letters ‘IQ’ will speed up the connection.
If dialling from a 945, the 945 must have the Lan number to which
it dials set as Lan 1 (the IQ204/ADL ignores the Lan number).
Modem Modules: Downloading an IQ2 or IQF strategy data file
from an earlier version of IQ will set the modem modules to
default. Downloading a data file from an IQ204/ADL version 3 or
greater will include the modem module settings.
Strategy and Sensor Logs: The IQ Configuration Manual
Addendum covers the compatibility between different types of
strategy files, and between the IQ204 sensor logs and supervisors
and software tools.
FIELD MAINTENANCE
The IQ Controller requires virtually no routine maintenance, however it is recommended that the lithium battery be replaced every
5 years as explained in the IQ204/ADL Installation Instructions - TG200490 (Replacing Battery).
INSTALLATION
The IQ204/ADL Controller is installed in a cabinet or panel, using 4 screws and washers. For IQ204/ADL/USA, the unit is UL rated
as ‘UL916, open energy management equipment’. The procedure involves:
Mounting the controller in position
Fitting DIN rail on cover if required
Connecting power, do not power up
Connecting /ADL adapter cable to RS232 local supervisor
port (RJ11 connector)
Connecting modem to IQ204 using adapter cable
Connecting modem to PSTN
Connecting the network or connect network loop-back
connector (supplied) if stand-alone
Terminating the I/O, leave unconnected
Connecting the auxiliary output supply output, if used
Connecting any input or output interfaces (mount on DIN
rail if fitted)
Removing cover
Specifing network address and baud rate
Performing input channel linking
Replacing cover
Disconnecting I/O, network
Powering up
Checking network
If configuring IQ204 locally, replace modem with PC (software
configuration tool), else configure using modem
configure the strategy.
If applicable, replacing PC with modem
Connecting inputs and test
Connecting outputs and test
Storing strategy to strategy backup module 1 in IQ204 if required
Backing up strategy to file if required
Note that a 2-line display panel can facilitate commissioning by displaying the dialling status.
This installation procedure, is covered by the IQ204/ADL Installation Instructions (TG200490).
6 IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06

" 8
" 8
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4 - 8 ) . 6 0 15 + 8 - 4
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8 6 ) / - 5
8
" 8
Data Sheet
IQ204/ADL
INSTALLATION (Continued)
CONNECTIONS
Network
2 part connections for screw terminals, 0.5 to 2.5 mm 2 cross
section area (14 to 20 AWG) cables.
Connection to R+,R- of
previous device polarity
independent
earth (ground)
flange
Terminate screen at transmit
end of cable
Cutback screen at receive end
Connect to T+,T- of next
device polarity independent
Connection to T, R of
previous device polarity
independent
earth (ground)
flange
Terminate screen at transmit
end of cable
Cutback screen at
receive end
4 4
6 6
6 6 4 4
6
6
4
4
6
6
4
4
6
6
4
4
6
6
4
4
Connect loop back
connectors (supplied)
if not networked
6
6
4
4
6
6
4
4
earth (ground)
flange
230 Vac Input power
2 part connector
-
6
6
4
4
6
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) %
, $
) $
, #
) #
8
, "
) "
, !
) !
,
)
6
6
4
" 8
" 8
" 8
,
)
8
E
N
L
4 - 8 ) . 6 0 15 ) * - 9 1 - : 2 5 - , 1 4 ) 1 7 6 1 / 0 - 5
, 6 2 - 4 ) 6 - 6 0 15 7 16 9 16 0 6 0 - 5 - 0 - 5 - : 2 5 - ,
+ ) 7 6 1
4 5 " & #
230 Vac
9 ) 4 1 /
6 D EI K EJEI I K F F EA @ I A JJ B= J HO @ A B= K JI M D E D M E= M =
I K F A HL EI HJ @ E= K F = @ K E = JA M EJD JD EI K EJL E= 2 5 6
M EJD K J= O BK HJD A HI A JJE C BJD EI K EJ
, A B= K JI A JJE C I = HA ) @ @ HA I I $ 5 K F A HL EI HF HJ= @ @ HA I I
% 2 H N O F HJ %
6 D A E A @ A JM H A J HI K F F EA @ K I J> A BEJJA @ EB= =
A JM H EI J A JA @
, 15 2 ) ; 2 ) -
4 5 ! , JF K C = F K JA HE J JD EI A J H= I J @ I
= O = K I A @ = = C A > JD J JD A F K JA H= @ JD EI K EJ
24 Vac Input power
(option) 24 Vac
4 - 8 ) . 6 0 15 ) * - 9 1 - : 2 5 - , 1 4 ) 1 7 6 1 / 0 - 5
, 6 2 - 4 ) 6 - 6 0 15 7 16 9 16 0 6 0 - 5 - 0 - 5 - : 2 5 - ,
+ ) 7 6 1
" 8
8
" 8
8
* &
8
* %
8
* $
8
* #
8
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8
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8
*
8
*
8
2 9 - 4 1
-
" 8
- $ )
8
7 6 2 7 6
8
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" 8
8
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8
* %
8
* $
8
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8
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8
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8
*
8
*
8
24 Vac
E
0 V
Do not plug a computer into this
connector as to do so may cause damage
both to the computer and this unit
earth
(ground)
flange
Connect to T, R of next
device polarity
independent
Inputs
2 part connections for screw
terminals, 0.5 to 2.5 mm 2
cross section area (14 to 20
AWG) cables - Cu only.
" 8
8
, &
) &
, %
) %
" 8
, $
) $
, #
4 4 6 6
Local Port, RS485
RJ45 (FCC68)
If modem disconnected
GDP+/RS485
RJ45 to RJ45
special
e.g. RS446-686
Local Port, RS232
2-line Display Port
Connect using cable
supplied with display
panel - 25 Way D type
Supervisor
RJ11 to 9 way ’D’
cable
CABLE/EJ101442
Outputs
2 part connections for screw
terminals, 0.5 to 2.5 mm 2
cross section area (14 to 20
AWG) cables - Cu only.
8
* &
8
* %
8
* $
8
* #
" 8
) #
8
, "
) "
, !
) !
" 8
,
)
,
)
8
A1 to A8 analogue inputs
(V,I,T) D1 to D8 digital inputs
Connect modem
for default use
RJ11 (FCC68)
adapter cable
(supplied)
modem
PSTN
If modem
disconnected
either
NDP
GDP+/RS232
RJ11 to 9 way ’D’ and
2 screw terminals
CABLE/EJ104029
RJ11 to RJ11
special
e.g. RS477-450
8
* "
8
* !
8
*
8
*
8
B1 to B8
analogue voltage outputs
IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06
7

IQ204/ADL
Data Sheet
DISPOSAL
COSHH (Control of Substances Hazardous to Health - UK
Government Regulations 2002) ASSESSMENT FOR DISPOSAL
OF IQ204/ADL. The only part affected is the lithium battery which
must be disposed of in a controlled way.
RECYCLING.
All plastic and metal parts are recyclable. The printed circuit
board may be sent to any PCB recovery contractor to recover
some of the components for any metals such as gold and silver.
WEEE Directive :
At the end of their useful life the packaging,
product, and batteries should be disposed of
by a suitable recycling centre.
Do not dispose of with normal household waste.
Do not burn.
ORDER CODES
Non USA Order Code USA Order Code
IQ204/ADL/UK/230 not available in USA IQ204 with /UK modem requiring 230 Vac input power
IQ204/ADL/UK/24 not available in USA IQ204 with /UK modem requiring 24 Vac input power
IQ204/ADL/USA/24 882000100 IQ204 with /USA modem requiring 24 Vac input power
All units come with network loop back connectors and a modem adaptor cable.
/UK/ supplied complete with UK PSTN adapter. The modem complies with CTR21 for use with telephone networks of the European
Union and most major networks of the world. Contact Technical support for country specific information.
/USA/ supplied with modem lead with RJ11 suitable for USA PSTN. The modem complies with US Telecom. requirements.
Accessories
Non USA Order Code USA Order Code
CABLE/EJ101442 not available in USA Adaptor cable RJ11 to 9F for local PC connection.
CABLE/EJ104029 not available in USA Adaptor cable RJ11 to 9F and 2 way screw terminals for NDP
connection.
8 IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06

Data Sheet
IQ204/ADL
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IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06
9

IQ204/ADL
Data Sheet
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10 IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06

Data Sheet
IQ204/ADL
SPECIFICATIONS
Electrical
CPU
:68334 32 bit micro controller
CPU speed
:16.78 MHz
Cycle time
:1 s
Memory
:128 kbyte battery backed SRAM, and
256 kbyte Flash.
Input power
/230 :230 Vac +15 -10 %, 50 to 60 Hz
/24 :24 Vac ±10%, 50 to 60 Hz
Consumption :22 VA max.
Battery backup :Non-rechargeable lithium plug-in cell,
maintains time and logged data with input
power off for 5 years minimum.
Battery type
:Saft LM2450, 3 V, or equivalent
Clock accuracy :30 s per month typical.
Auxiliary output supply
/230 :24 Vdc nominal (unregulated), 23 to
28 Vdc @ 230 Vac
/24 :24 Vdc ± 5 % regulated
Both versions have 200 mA (180 mA with
modem connected) available for
accessory loads in addition to full
complement of I/O and external display
panel. Protected by solid state self
resetting thermal fuse. The available
current may be increased by reducing
input loading (see page 4 for available
current calculation).
2-line Display Panel :Optional 2x40 character display, with 4
programmable softkeys. Can be
mounted externally using adaptor cable
supplied with display panel.
Modem
:V22bis, V22, V21. Will communicate
with any TMN >=V4.0, V22bis (e.g.
TMNH). The modem is compatible with
most major networks in the world. It
complies with FCC Part 68 USA, IC CS03
Canada, TS 002 Australia, and CTR21,
for use with all telephone networks of the
European Union. Consumes 20 mA
maximum (equivalent) from 24 V input
power when in use.
Supervisor port transmission
:Either RS232 or RS485 selected by
on-board link, default setting is RS232.
RS232
:EIA RS232, EIA/TIA232E, V28
RS485
:RS485
Network
:20 mA serial 2 wire current loop,
opto-isolated, polarity independent
receiver, balanced transmitter.
Distance
Supervisor port :RS232, 15 m (16 yds). RS485, 100 m
(110 yds).
Network
:Dependent on cable type, see table
below:
Cable
Belden 9182
Belden 9207
Trend
TP/1/1/22/HF/500
(Belden 8761)
Trend
TP/2/2/22/HF/500
(Belden 8723)
Baud rate
Network
Supervisor port
1k2
baud
9k6
baud
19k2
baud
No. of Wires
1000 m 1000 m 700 m
(1090 yds) (1090 yds) (765 yds)
2
1000 m 1000 m 500 m
(1090 yds) (1090 yds) (545 yds)
2
1000 m
(1090 yds)
1000 m
(1090 yds)
700 m
(765 yds)
500 m
(545 yds)
350 m
(380 yds)
250 m
(270 yds)
:Selectable by switch 1k2, 9k6, or 19k2
- set to be same as other nodes on Lan.
:9k6.
2
4
Network addresses
Controller
Supervisor port
Signal Cable
:Selectable by switch, 116 nodes
addressable (1,4 to 119 excluding 10) -
recommended address range 11 to 117
- set to be unique on Lan.
:Software selectable, 116 nodes
addressable (1,4 to 119 excluding 10) -
set to be unique on Lan. Defaults to
controller address plus 1, but if controller
address is less than 11, supervisor port
defaults to 20.
:Analogue, Thermistor, or Digital inputs,
and Analogue outputs. Trend TP/1/1/22/
HF/500 recommended (Belden 8761) -
Cu only.
Analogue inputs :Channels A1 to A8, 12 bit resolution
(4096 steps - effective). Minimum 60 dB
series mode rejection at supply
frequency. Linkable for analogue current
(I), analogue voltage (V), thermistor (T).
analogue current (I):0 to 20 mA, input resistance 240 Ω,
accuracy ±0.5 % of span (i.e. 100 μA),
loop powered input power is 20 to 30 Vdc.
analogue voltage (V) :0 to 10 V, input resistance 200 kΩ,
accuracy 50 mV equivalent to ±0.5 % of
span.
thermistor (T) :Thermistor bridge resistor 10 kΩ 0.1%,
accuracy 0.5 % span. Bridge supply 5 V.
Digital Inputs :Channels D1 to D8. Volt free contact.
24 V input power. Wetting current = 1.8
mA. Count rate 30 Hz max.
Analogue outputs :Channels B1 to B8. 11 bit resolution
(2048 steps). 0 to 10 V with 20 mA current
limit, accuracy ±0.5 % of span (50 mV).
Indicators
RX
:(yellow) ON if current is entering network
receiver
TX
:(yellow) ON if current is flowing from
network transmitter
OK (Lan OK) :(green) ON if network is operating.
Flashes if prohibited controller network
address set (0,2,3,>119).
Mechanical
Dimensions
Enclosure material
Weight
Connectors
Input power
:255 mm (10.04”) x 180 mm (7.09”) x
57 mm (2.24”).
:1 mm (0.039”) zinc passivated mild steel
:1.5 kg (3.3 lbs).
:2 part connector for 0.5 to 2.5 mm 2 cross
section area (14 to 20 AWG) cable.
Network :2 part connectors for 0.5 to 2.5 mm 2
cross section area (14 to 20 AWG) cable.
I/O :2 part connectors for 0.5 to 2.5 mm 2
cross section area (14 to 20 AWG) cable
- Cu only
Supervisor port (RS232):RJ11 (FCC68) normally for modem
using adapter cable (supplied).
Modem may be unplugged so that port
may be used by IQ system utility software
PC connected using adaptor cable,
CABLE/EJ101442 or by NDP or GDP+.
Supplies signal and power to NDP using
CABLE/EJ104209 and to GDP+/RS232
using special cable.
Supervisor port (RS485):RJ45 (FCC68). For GDP+/RS485
using special cable.
Display panel 25 way D type.
IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06
11

IQ204/ADL
Data Sheet
SPECIFICATIONS (Continued)
Environmental
EMC
Emissions :EN50081-1.
Immunity :EN50082-2.
Modem emissions :EN55022 Class B
Modem Immunity :EN50082-1
Modem EMC :AS/NZS 3548 (Australia)
Safety
IQ204
:EN61010.
Modem
:EN60950 (User and network safety)
ACA TS 001, AS/NZS 3260 (Australia)
Telecommunications Terminal
Modem
:TBR 21 (network compatibility)
ACA TS 002 (Australia)
UL
:IQ204/USA only. The unit is UL rated as
‘UL916, listed open energy management
equipment’.
Ambient limits
storage
:-10 °C (14 °F) to 50 °C (122 °F)
operating :0 °C (32 °F) to 45 °C (113 °F)
humidity
:0 to 90 %RH non-condensing
UL flammability rating :94 V-0.
Protection
:IP40.
Version
:This data sheet covers:
Firmware :v3 or greater
Board
:AM103812 v2 or greater
Modem :/UK v3.5, /USA v3.11
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 211888 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 IQ204/ADL Autodailling Controller Data Sheet TA200489 Issue 1/E 01/11/06