Inner Range Concept IQ Installation And Programming Manual

INSTALLATION AND

PROGRAMMING MANUAL

Section 0. Title and Document Version log. (This sheet) Section 1. Installation Manual.

Section 2. Introduction to Programming and System Overview.

Programming Reference: Section 3. General Options. Section 4. Times. Section 5. Areas. Section 6. Zone Inputs. Section 7. System Inputs. Section 8. Auxiliary Outputs. Section 9. Terminals. Section 10. Communications. Section 11. Users.

Section 12. Quick Programming. (Includes Programming record sheets) Section 13. Index.

Contents

p2 Section 0. Title. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

SECTION TITLE CURRENT VERSION

-AS AT 16 JAN 2002

0 Title and Document Version log (This sheet) 1.02 1 Installation Manual 1.01 2 Programming Introduction 1.01 3 General Options 1.01

4 Times 1.01 5 Areas 1.01 6 Zone Inputs 1.01 7 System Inputs 1.02 8 Auxiliary Outputs 1.01 9 Terminals 1.02 10 Communications 1.01 11 Users 1.01 12 System Planning & Programming record sheets 1.02 13 Index 1.02

Document Revisions

This table shows the current Version numbers of all documents in the “Concept IQ Installation and Programming Manual”. This table can be used when checking the Website for updates. http://www.innerrange.com When you replace any documents in this manual with new Versions, ensure that this table is updated or replaced with the

latest Version from the Website.

Inner Range Pty Ltd is proud of the reputation it has gained in the provision of high quality electronic products. Exhaustive factory and field testing ensure that enhanced system programming features and additional hardware components operate as expected prior to their release to our customers. Extensive function testing is carried out on every Inner Range Concept product prior to it leaving the factory.

It is our intention to completely satisfy the requirements of our customers. To that end, Inner Range Pty Ltd stands behind its products with confidence. A Two Year Warranty accompanies every Inner Range Concept product. Should any Concept product fail to function as intended by the manufacturer within this period, it should be returned to the distributor and the fault or symptom detailed. Inner Range will, at its own discretion, repair or replace the product as soon as possible.

This Warranty does not cover product failures occurring wholly or in part as a result of misuse, malicious damage, accidental damage or acts of nature.

1) The manufacturer and/or it’s agents take no responsibility for any damage, financial loss or injury caused to any equipment, property or persons resulting from the correct or incorrect use of the Concept IQ system and its peripherals. The purchaser assumes all responsibility in the use of the Concept system and its peripherals.

2) Whilst every effort has been made to ensure the accuracy of this manual, Inner Range Pty Ltd assumes no responsibility or liability for any errors or omissions. Due to ongoing development the contents of this manual is subject to change without notice. Check regularly with your supplier or the Website for updates.

Disclaimer

Warranty

CONCEPT IQ. Installation & Programming Manual.

Install

SECTION 1.

INSTALLATION.

1. Installer and Master User Operations (NEXT functions) ...........2

2. Control Module ...........................................................................3

3. LED Terminal..............................................................................7

4. Programming Key ....................................................................... 8

5. Enhanced LED Terminal.............................................................9

6. Expansion Card ..........................................................................11

7. DTMF Card .................................................................................13

NOTE: Factory Default PIN Codes:

User 1. Installer: 2 3 4 5 User 2. Master User: 0 1 2 3

Contents

Section 1. Installation. CONCEPT IQ. Installation & Programming Manual.p2

Adding / Changing / Deleting Users. NEXT 20 See Section 11: Users

View history. NEXT 21

Press to view the Next Event. Press to view the Previous Event. If the are no further events to be displayed, one long beep will sound.

History Event Types: Arm: <ARM> Lamp. Armed in Home Mode: <HOME> Lamp.

Dis-arm: <ARM> and <0> Lamp. Zone Input in alarm: <Zone 1> to <Zone 16> Lamp. System Inputs in alarm: <0> Lamp.

Walk test mode. NEXT 22

Press to switch between Alarm Test Mode and Tamper Test Mode. Any Zone Input in the Terminal’s Associated Area that goes into the Alarm (Un-sealed) or Tamper state will cause:

- The corresponding Zone Lamp to fast flash on an Alarm state in Alarm Test Mode.

- The corresponding Zone Lamp to slow flash on a Tamper state in Tamper Test Mode.

- The Siren to sound for 3 seconds.

- The Terminal beeper to emit a short beep.

Setting the Real-Time Clock. NEXT 23 See Section 4: Time Programming.

Auxiliary Control and Test mode. NEXT 24

Enter the Auxiliary Output number (1 or 2 digits); then Press: to turn the Auxiliary ON OR: to turn the Auxiliary OFF..

When testing the Auxiliary, remember to return the Auxiliary to it’s original state before exiting Auxiliary Control Mode.

Fault Analysis mode. NEXT 25 See Section 7: System Inputs

System Inputs that are currently in Alarm will be indicated by Fast flashing on the relevant Zone Lamp. (See "System Input Mapping" in Section 7) These Alarms cannot be acknowledged until the problem is rectified.

Acknowledge any previous Faults and Alarms. Press . System Inputs that have been in Alarm but subsequently restored since the last Acknowledgement will be indicated by Slow flashing on the relevant Zone Lamp. Note the datails of the Alarm/s displayed.

Press to Acknowledge and Clear any of the Faults or Alarms that are not currently in Alarm.

IMPORTANT NOTES: 1) Press to toggle between the “Current Alarms” & “Previous Alarms” displays.

2) Zone Self-test (Lamp 10) can only be cleared from “Zone Self Test Display” Mode (NEXT 26).

3) Door Alarm (Lamp 15) can only be cleared from “Acknowledge Door Alarms” Mode (NEXT 29).

Zone Self Test display. NEXT 26

The Zone 1 to Zone 16 Lamps will indicate any Zones that have failed the Zone Self Test so that appropriate action may be taken. e.g. A detector fault may need to be rectified by the Installer. Press to acknowledge any Zone Self Test faults.

Edit Telephone numbers. NEXT 27 See section 10: Communications.

View Software Version number. NEXT 28

The 1st digit of the 4-digit Version number is displayed by the corresponding Zone Lamp flashing. To display each of the remaining digits of the Version number press the key..

Acknowledge Door Alarms. NEXT 29

Door Alarms will be indicated by the relevant Zone Lamp 1 to 4. Note the datails of the Alarm/s displayed. Press to Acknowledge any Door Alarms.

De-Isolate System Inputs. NEXT 90 De-Isolates any Isolated System Inputs. Test Siren speaker and Strobe (Aux. 1). NEXT 91 Triggers Siren and Strobe (Aux 1) for 3 Seconds. Battery Test. NEXT 92 Switches off the Battery charger for 5 seconds. Test Transmission. (Test report) NEXT 93 Triggers Test report via selected Dialer format. Day Alarm on / off. NEXT 94 Toggles Day Alarm Enabled/Disabled. Reset Latching Auxiliaries. NEXT 96 Resets all latched Auxiliaries. Answer Phone NEXT 97 Forces Control Module to answer incoming call. Reset Smoke Detectors. NEXT 99 Triggers the “Smoke Detector Reset” Aux Event.

Installer and Master User Operations.

CONCEPT IQ. Installation & Programming Manual.

Install

Control Module. 995501

Control Module Parts List

- Control Module PCB mounted in metal enclosure.

- User Manual.

- Installation Manual. (This document)

- Installation Kit containing:

- 4 x Pan Head Self-tapping screws 4x6mm. Used to secure the enclosure cover.

- 5 x plastic “D” bungs. Must be fitted to all unused cable entry cutouts in the cover.

- Telecom Line cord. (Note: Non-standard configuration. Only suitable for use with this product)

- 10 x 3k3 End-of-line resistors. (orange-orange-black-brown-brown) Used for Single EOL / Dual EOL / Zone Doubling.

- 10 x 6k8 End-of-line resistors. (blue-grey-black-brown-brown) Used for Dual EOL or Zone Doubling.

- 10 x 1k End-of-line resistors. (brown-black-black-brown-brown) Used for Zone Doubling.

- Tamper switch.

- Tamper switch bracket.

- 2 x 6 Way plug-on screw terminals. (Only for PCBs that do not have fixed terminal blocks fitted)

- 1 x 3 Way plug-on screw terminals. (Only for PCBs that do not have fixed terminal blocks fitted)

- 5 x 2 Way plug-on screw terminals. (Only for PCBs that do not have fixed terminal blocks fitted)

- 2 x 6.3mm Tamper switch connectors.

- Battery connection lead, 220mm, pre-assembled.

- 1 x 1 Amp M205 (20mm) Fuse. (Spare)

Electrical Specifications

Power Supply I/P: Plug pack Mains Supply: 240V AC -10% / +10%. 50 Hertz.

Plug pack Output: 16V AC. 1.0 Amperes. PCB AC Input Voltage: 16V AC. Battery Capacity: 12V. 7AH. Sealed Lead Acid Battery. DC Operating Voltage (Batt I/P) 9.5 to 14 V DC. (Low Battery alarm activated at 11.2V +/- 0.3V) Battery Input Fuse: 1 Ampere.

Power Supply O/P: Current: Total combined current required by devices connected to

“DET+” and “LAN+” must not exceed 600 milliAmps.

Fuse Protection: 1 Ampere. (DET+ and LAN+) Auxiliary Outputs: OUT1 (Strobe) / OUT2 Max. switched current = 200mA per Auxiliary. (Open Collector) Siren Output (SPK): Maximum Load: 8 Ohms. (i.e. 1 x 8 Ohm Speaker only. Additional speakers must

not be connected in parallel)

NOTES: 1) ALWAYS REPLACE FUSES WITH THE SAME FUSE TYPE AND VALUE!

2) See data supplied with detectors and output devices for current consumption.

Mechanical Specifications

Dimensions: Height: 260 mm. Width: 265 mm. Depth: 80 mm. Weight: 4.2 kg. (Cabinet & cover, PCB and 7AH battery) Plug pack = 0.6kg

Environmental Specifications

Continuous Operating Temperature 0 to +50 °C

Storage Temperature -20 to +70 °C

Relative Humidity (Non condensing) 15 to 85 %

Contents

Control Module Parts List ..............................................................................................................1

Specifications.................................................................................................................................1

Installation Procedure ....................................................................................................................2

Connection Details. Zone Inputs (Detectors), Tamper switch and Fuses ................................3

Mode 3 Telephone line connection ..............................................................................................3

Connection Details. Power, Warning devices & LAN.................................................................4

Control Module. Version 1.02

Section 1. Installation. CONCEPT IQ. Installation & Programming Manual.p4

Installation Procedure

1. Installer. The system must be installed and maintained by a competent, qualified installer who holds appropriate licences for Telecommunications and Security System cabling in accordance with local Regulations.

2. Location. The Control Module must be installed in a secure location near an AC Power outlet and Telephone line connection. Install the unit where it will not be subject to temperature or humidity outside the specified range, and will not come into contact with water, other liquids, high dust levels or chemical atmospheres. Adequate ventilation must be provided around the cabinet (50mm min.) to ensure that heat from any other source does not cause the Control Module to operate at an unsafe temperature.

3. Positioning. Orientation of the cabinet MUST be as per the illustration below with the battery at the bottom. Fit the Tamper switch into the hole provided in the Tamper switch bracket. The Tamper switch bracket must be positioned in the slot provided and under the base of the cabinet, before the cabinet is secured to the wall. When wired to the “TAMP” input, Tamper switch alarms if the cabinet is removed from the wall or the cover is opened.

4. Mounting. The cabinet must be secured to a flat, solid, vertical surface using appropriate fasteners through the 4 holes provided in the base, and must be positioned to provide unhindered access for installation and maintenance. The two mounting holes in the top of the cabinet are keyhole slots to assist with positioning. When mounting onto flammable surfaces, a fire protection backplate MUST BE INSTALLED.

5. Power. Strip 5mm of insulation from the ends of the 3 Plug pack cable conductors. Terminate the 16VAC conductors into the “AC” Input connections, and the Earth wire (Green/Yellow) into “BATT-” on the PCB.

CAUTION: Do not connect the Plug pack to an AC outlet until all wiring is complete and checked.

6. Battery. Connect the pre-assembled battery cable into the “BATT+” and “BATT-” connections on the PCB. CAUTION: Do not connect the Terminals to the Battery until all wiring is complete and checked.

7. Cabling. All cabling must enter the cabinet via the existing cutouts provided in the rear and sides. Additional holes must not be cut in the cabinet. Installation of Cables both inside the cabinet, and external to the cabinet, must conform to the appropriate Standards for Security and Telecommunications systems. Cables must be protected at the entry points by grommets or by allowing the conduit to protrude into the cabinet. The “D” Bungs provided must be fitted to all unused cable entry cutouts. DO NOT connect the LAN “CLK” & “DATA” wires to the Control Module until all LAN Modules (e.g. LED Terminals) are Commissioned.

8. Diagnostics. The “STATUS” Lamp on the Control Module can be used to assist with troubleshooting and testing. SLOW FLASHING: MicroProcessor OK (Running) FAST FLASHING: Controller is Dialing. NOT FLASHING: MicroProcessor Not running, OR Programming Key Upload or Download in progress.

9. Cover. In order to comply with regulations the cover must always be correctly re-fitted following any installation or maintenance work. Engage the hinges on the Left-hand side and fasten the cover tightly to the cabinet using all four (4) of the screws provided. Screw holes are located on both edges of the two Right-hand side corners.

STATUS Lamp.

Step 8.

JP9. Mode 3 Line Socket for connection to Telecom Line. (Special cable supplied must be used)

Tamper switch bracket. (and Battery retainer)

Step 3.

Latch for optional lock.

12V, 7AH Battery position.

Step 6.

< Location of Side Cable entries. Step 7.

^ ^

Top mounting holes (x2). Step 4.

Port 0. Serial Comms Port. (Prog. Key or PC)

T1. 16V AC Power connections. Step 5.

T3. Battery connections. Step 6.

Rear cable entry cutout. Step 7.

Bottom Mounting Holes (x 2).

Step 4.

CONCEPT IQ. Installation & Programming Manual.

Install

T2. “TAMP”. Dedicated Cabinet Tamper input. Tamper switch supplied. No End-of-line resistors necessary.

T6 and T7. Zone Input connections. Single End-of-Line.

e.g. 3k3 Seal Open Cct: Alarm

Dual End-of-Line. e.g. 3k3 Seal 10k1 Alarm Open Cct: Tamper Short Cct: Tamper

Zone Doubling. 1k Seal 4k3 1st Zone in Alarm 7k8 2nd Zone in Alarm 11k1 1st & 2nd Zones in Alarm Open Cct: Tamper Short Cct: Tamper

T5. “DET+” and “0V”.

Detector Power connections. 12V Supply for Detectors and Auxiliary Devices. Total combined current sourced from “DET+” and “LAN+” must not exceed 600 milliAmps.

F1. Battery Input Fuse. 1A. M205.

Connection Details. Detectors, Tamper switch and Fuses

Minimum Cable spec: 14/0.2

Tamp.

Alarm

Detector

NC C

EOL Res. 3k3 Typ.

Tamp.

Alarm

Detector

NC C

EOL Res. 3k3 Typ.

6k8 Typ.

Tamp.

Alarm

2nd Detector

NC C

EOL 1k

6k8

Tamp.

Alarm

1st Detector

NC C

EOL 3k3

PSTN Line

604 Socket

to other equipment.

604 Cable from

Concept IQ

(Supplied)

Mode 3 Telephone Socket Wiring for Australia

F2. PWR Fuse. 1A. M205.

1 2

3 4

1 2

3 4

5 6

1 2

5 6

3 4

JP9

Control Module

1 2

5 6

NOTE: Zone Input connections. “Normally Open” Alarm Contacts.

Normally Open Alarm Contacts (e.g. As often found on Smoke Detectors) are wired in the same manner as Normally Closed contacts. When programming the Zone Input, Option 8 (“Normally Open”) in the “Zone Options” must be selected. (Addresses 752 [Zone 1] to 767 [Zone 16] )

Control Module. Version 1.02

NOTE: The 1k EOL Resistor must be fitted at the 2nd Detector.

Section 1. Installation. CONCEPT IQ. Installation & Programming Manual.p6

T1. “AC”.

16V AC Input. (Connect Green/Yellow Earth wire to T3 “-”)

T4. LAN connections to Terminals. (Up to 4) Maximum run to furthest LAN Module: 100m. Total LAN cabling: 150m maximum. If twisted pair cable is used, DO NOT combine “Clock” & “Data” on the same pair.

T9. Zone Input / Auxiliary Output Expansion Bus Port.

T3. “+” & “-”.

12V Sealed Lead Acid Battery connection. Maximum Battery capacity: 7 AH

T5. “SPK” & “DET+”

Siren Speaker output. Maximum load: 8 Ohms Minimum Speaker rating: 10 Watts. (i.e. 1 x 8 Ohm Speaker only. Additional speakers must not be connected in parallel)

NOTE: A 6k8 Resistor must be connected between “SPK” & “DET+” if Siren speaker not connected.

T5. “OUT1” & “DET+” (Strobe) Auxiliary 1 Output. Normally used for Strobe. Maximum switched current: 200 mA.

T5. “OUT2” & “DET+”.

Auxiliary 2 Output. General purpose Aux. May be used for Piezo Siren. (Program Aux 2 as Event Type 59) Maximum switched current: 200 mA.

Minimum Cable spec: 14/0.2

Battery cable supplied.

4 Core Security Cable recommended. (14/0.2)

CAUTION: Total current sourced from “DET+” and “LAN+” must not exceed 600mA.

Connection Details. Power, Warning devices & LAN

T8. “Aux LAN”.

For temporary connection of a Terminal for diagnostic purposes.

Siren cover Tamper switch (Normally Closed)

Disclaimer: 1. The manufacturer &/or it’s agents take no responsibility for any damage, financial loss or injury caused to any equipment, property or persons resulting from the correct or incorrect use of the system or it’s peripherals. The purchaser assumes all responsibility in the use of the system and it’s peripherals.

2. While every effort has been made to ensure the accuracy of this manual, the manufacturer assumes no responsibility or liability for any errors or

omissions. Due to ongoing development, this manual is subject to change without notice.

JP10. DTMF/Voice Card Port.

Earth (Grn/Yell)

CONCEPT IQ. Installation & Programming Manual.

Install

Standard LED Terminal. 995500

The LED Terminal is the main operator interface for the Concept IQ system. The Terminal provides status display of 16 Zone Inputs and 4 Areas along with indication of “Power”, “Fault”, “Home Mode” and “Armed” conditions. Audible button press feedback is provided and the built-in Beeper also provides indication of Alarms, Entry/Exit warnings, Auto-Arm warning, User Operation OK and User Operation Unsuccessful. While the system can be programmed via Upload/Download software, the LED Terminal also provides the ability for the Installer to program all system parameters.

LAN connections to the Control Module T4 connector.

4 Core Security Cable recommended. (14/0.2)

INSTALLATION.

Mounting the Terminal.

- The Terminal must be installed on a flat, vertical surface in an appropriate location. Ensure that the display will be at, or slightly below eye level, for all Users.

- Remove the rear mounting plate from the back of the Terminal.

- Cut suitable holes in the mounting surface for cable entry and the fasteners. (The rear mounting plate can be used as a template) NOTE: The Terminal is also designed to be mounted on plasterboard/ gyprock surfaces using a standard switch plate Mounting Clip. e.g. Clipsal 154 or HPM 712. (84mm mounting centres)

- The rear mounting plate can now be installed using appropriate fasteners through the holes provided. Remember to insert the LAN cable and any other wiring through the cable entry cutout first.

- Connect the wiring into the Screw Terminal block T2.

- Clip the Terminal onto the rear mounting plate by first locating the tongue at the top of the Terminal into the slot provided by the rear mounting plate, then clip the bottom of the Terminal into place.

LAN connection. A maximum of 4 LAN Modules can be connected to the system LAN. The LAN must be connected as follows:

- Recommended cable is 4 core or 6 core security cable 14/0.20. (NOT twisted pair. Twisted pair cable [e.g. Category 5] may be used, however, DO NOT combine “Clock” & “Data” on the same pair)

- Do not apply power to cable until all connections are made & checked.

- Maximum cabling distance from the Control Module to the furthest Module must not exceed 100 metres.

- Maximum total LAN cabling in the system must not exceed 150 m.

- DO NOT connect the “CLK” & “DATA” wires to the Control Module until all LAN Modules (e.g. Terminals) are Commissioned. (See below)

ADDRESSING & COMMISSIONING (Read “LAN connection” first)

1. Enable Terminal Configuration Mode. Method 1: -Remove power from the Terminal.

-Hold down the <NEXT> and <HOME> keys.

-Re-apply power to the Terminal.

-Release the <NEXT> and <HOME> keys.

Method 2: -Hold down the <NEXT> and <HOME> keys.

-Short the “RST” (Reset) link on the rear of the Terminal.

-Release the <NEXT> and <HOME> keys.

2. Note the current Address setting. The current Address of the Terminal will be displayed via the Zone 1 to 4 Lamps. The Zone Lamp number that corresponds to the current Address will flash.

3. Select the new Terminal Address number.

-Press the key that corresponds to the required Address (1 to 4) within 10 seconds, then press <ENTER>.

-When the <ENTER> key is pressed, the Terminal will exit Terminal Configuration Mode.

4. Initialize the LAN. If a new Terminal is added to an existing system, once the Terminal is configured and connected to the system LAN, the LAN must be initialized by Removing and Re-applying power to the Control Module. Remember to disconnect the battery also when removing power.

5. Area Assignment. Additional system programming allows Terminals to be configured for Single Area or Multi-Area Mode (Address 961), and an “Associated Area” to be defined for each Terminal (Addresses 952 to 955).

Standard LED Terminal. Version 1.01

Section 1. Installation. CONCEPT IQ. Installation & Programming Manual.p8

Programming Key. 995510

Programming Key Parts List

- Programming key.

- Instruction Manual. (This document)

The Concept IQ Programming Key is a portable non-volatile memory device housed in a convenient “key tag”. The Programming Key connects directly to the Control Module Port 0 and allows the Installer to Upload the system database from the Control Module, or Download a system database to the Control Module via a simple key press sequence on the LED Terminal.

An indicator lamp is provided on the Programming key to monitor data transfer activity, and the LED Terminal provides audible indication of Upload/Download Successful/Failed.

OPERATION.

Importing Data from the Programming Key. This Mode allows the Installer to copy the programming contents of the Programming Key into the Control Module. IMPORTANT NOTE: The new data will override the existing contents of the Control Module memory. Connect the Programming Key to Serial Port 0 on the Control Module. Select the Import Data Mode:

Enter PIN; ... , then , then the Mode number; , .

The Lamp on the Programming Key will flash slowly to indicate data is being copied. The Terminal beeper will sound 3 short beeps if the operation was successful, or 1 long beep if unsuccessful.

Export Data to the Programming Key. This Mode allows the Installer to copy the programming contents of the Control Module into the Programming Key. IMPORTANT NOTE: The Control Module data will override the existing contents of the Programming Key. Connect the Programming Key to Serial Port 0 on the Control Module. Select the Export Data Mode:

Enter PIN; ... , then , then the Mode number; , .

The Lamp on the Programming Key will flash quickly to indicate data is being copied. The Terminal beeper will sound 3 short beeps if the operation was successful, or 1 long beep if unsuccessful.

Programming Key connected to Port 0.

Control Module

Version 1.00

CONCEPT IQ. Installation & Programming Manual.

Install

Enhanced LED Terminal. 995500EN

The Enhanced LED Terminal is a versatile operator interface for the Concept IQ system providing standard LED Terminal functions along with an interface for Door Access Control. The Terminal provides status display of a single “Associated” Area and up to 16 Zone Inputs along with indication of “Power”, “Fault”, “Home Mode” and “Armed” conditions. Audible button press feedback is provided and the built-in Beeper also provides indication of Alarms, Entry/Exit warnings, Auto-Arm warning, User Operation OK and User Operation Unsuccessful. While the system can be programmed via Upload/Download software, the Terminal also provides the ability for the Installer to program all system parameters.

In addtion to these standard functions, the Enhanced Terminal also provides:

-Single low power open-collector Door Unlock Output. (Programmable un-lock time; 0 to 60 seconds)

-Two multi purpose inputs configurable as Wiegand Reader Data inputs and REX / Door Sealed.

INSTALLATION. Connection diagrams provided on the next page.

Mounting the Terminal.

- IMPORTANT: Enhanced Terminals must be installed on the inside (secure side) of the Door to be controlled.

- The Terminal must be installed on a flat, vertical surface in an appropriate location. Ensure that the display will be at, or slightly below eye level, for all Users.

- Remove the rear mounting plate from the back of the Terminal.

- Cut suitable holes in the mounting surface for cable entry and the fasteners. (The rear mounting plate can be used as a template) NOTE: The Terminal is also designed to be mounted on plasterboard/gyprock surfaces using a standard switch plate Mounting Clip. e.g. Clipsal 154 or HPM 712.

- The rear mounting plate can now be installed using appropriate fasteners through the holes provided. Remember to insert the LAN cable and other wiring through the cable entry cutout first.

- Connect the wiring into the Screw Terminal block T2.

LAN connection. A maximum of 4 LAN Modules can be connected to the system LAN.

- Recommended cable is 4 core or 6 core security cable 14/0.20. (NOT twisted pair. Twisted pair cable [e.g. Category 5] may be used, however, DO NOT combine “Clock” & “Data” on the same pair.)

- Do not apply power to cable until all connections are made and checked.

- Maximum cabling distance from the Control Module to the furthest Module must not exceed 100 metres.

- Maximum total LAN cabling in the system must not exceed 150 metres.

- DO NOT connect the “CLK” & “DATA” wires to the Control Module until all LAN Modules (e.g. Terminals) are Commissioned. (See next page)

Wiegand Reader connection. Note: Supports 12V Reader power supply only. (No 5V supply option)

- The Reader “+”, “-”, “D1” & “D0” wires must be connected to “+LAN”, “0V”, “Zone1” & “Zone2” on the Terminal using Shielded RS232 Data cable. e.g. Tycab DMC6702, Electra EAS7206, Belden 9536, Alpha 1296C, etc. DO NOT use Twisted pair cable or Security cable under any circumstances. NOTE: Check that there is sufficient current still available from the LAN power to supply the Reader. If not, a separate power supply must be used for the Reader power.

- Diodes must be inserted in series with each of the D0 and D1 connections. Cathode to Reader. Ensure that appropriate insulating sleeve is fitted over the Diodes and solder connections.

- Maximum cabling distance from the Reader to the Terminal must not exceed 80 metres.

Door Reed switch and Request to Exit button (REX) connections.

- The “Normally Open” Request to Exit (REX) button (if used) is connected between the “Zone 1” Input and “0V”. A 6k8 Resistor must be connected in series with the button.

- The “Normally Closed” Reed switch (if used) is connected between the “Zone 2” Input and “0V”. A 6k8 Resistor must be connected in series with the Reed switch.

Lock Relay connection.

- The Lock power must be switched via a Relay to provide isolation from the Terminal circuits. e.g. 995085 -1A DPDT Relay Board, or 995083S -2x10A Relay Board.

- The Relay control input is connected to “+” and “AUX1” on the Terminal.

- The power to the lock must be wired from a separate lock power supply, through the appropriate Relay contacts, and must not make any connection to the Terminal wiring.

Enhanced LED Terminal. Version 1.02

Section 1. Installation. CONCEPT IQ. Installation & Programming Manual.p10

LAN connections to the Control Module T4 connector.

4 Core Security Cable recommended. (14/0.2)

ADDRESSING & COMMISSIONING (Read “LAN connection” first)

1. Enable Terminal Configuration Mode. Method 1: -Remove power from the Terminal.

-Hold down the <NEXT> and <HOME> keys.

-Re-apply power to the Terminal.

-Release the <NEXT> and <HOME> keys.

Method 2: -Hold down the <NEXT> and <HOME> keys.

-Short the “RST” (Reset) link on the rear of the Terminal.

-Release the <NEXT> and <HOME> keys.

2. Note the current Address setting. The current Address of the Terminal will be displayed via the Zone 1 to 4 Lamps. The Zone Lamp number that corresponds to the current Address will flash.

3. Select the new Terminal Address number.

-Press the key that corresponds to the required Address (1 to 4) within 10 seconds, then press <ENTER>.

4. Note the current Door Alarm enable status. After the Terminal Address has been entered as per Step 3, the display will now show the current Door Alarm enable status: 0 = Disabled (Default)

1 = Enabled

5. Enable / Disable Door Alarm. If an Enhanced Terminal is required to generate a Door Alarm for Door Forced or Door Held conditions, then “Door Alarm” must be enabled for that Terminal.

-To Enable or Disable, select the option required (0 or 1) within 10 seconds, then press <ENTER>.

-When the <ENTER> key is pressed, the Enhanced Terminal will now exit Terminal Configuration Mode.

6. Initialize the LAN. If a new Terminal is added to an existing system, once the Terminal is configured and connected to the system LAN, the LAN must be initialized by Removing and Re-applying power to the Control Module. Remember to disconnect the battery also when removing power.

7. Area Assignment. Enhanced Terminals must be configured for Single Area Mode (Address 961), and an “Associated Area” must be defined for each Terminal (Addresses 952 to 955).

8. Door Un-lock time. The system has a default Door Un-lock time of 5 seconds. If a different time is required, this value can be edited at Address 872.

Request to Exit (REX) button

(Normally Open)

EOL Res. 6k8

Door Reed Switch (Normally Closed)

EOL Res. 6k8

Shield 0V Black D0 Green D1 White + Red

To Lock -

Strike +

- From Lock + Power Supply

1A DPDT Relay Board. 995085

* Pwr to Lock: Use NC

Pwr to Unlock: Use NO

4 Core Security Cable recommended. (14/0.2)

Shielded RS232 Data cable.

Fit reverse Diode across Lock coil.

CONCEPT IQ. Installation & Programming Manual.

Install

p11

Expansion Card. 995503 / 995504

Expansion Card Parts List

- Zone/Auxiliary Expansion Card.

- Installation Manual. (This document)

- Installation Kit containing:

- 3 x 20mm Brass PCB standoff.

- 1 x 20mm Threaded plastic PCB standoff.

- 1 x Pan Head M3x6mm screw.

- 2 x 6 Way plug-on screw terminals.

- 4 x 2 Way plug-on screw terminals.

- 10 x 3k3 End-of-line resistors. 8 x Zone Inputs, 2 x Spare. (orange-orange-black-brown-brown)

- 10 x 6k8 End-of-line resistors. 8 x Zone Inputs, 2 x Spare. (blue-grey-black-brown-brown)

The Expansion Card connects directly to the Control Module Expansion Port and is available in 2 Versions:

995503. Zone Expansion Card. Provides 8 additional Zone Inputs and additional Detector power connections.

995504. Zone & Auxiliary Expansion Card. Incorporates all Zone Expansion card features along with 8 additional low power open-collector Auxiliary Outputs and 4 additional +12V Auxiliary power outputs.

INSTALLATION.

- Remove all power to the Control Module. Remember to disconnect the Battery. See Note 1 below.

- Remove the 3 screws along the bottom edge of the Control Module PCB. (The screws adjacent to T4, T6 & T2)

- Fit the 3 Brass PCB standoffs in place of these 3 screws.

- Fit the Threaded plastic PCB standoff into the mounting hole on the Control Module PCB next to T8 (AUX LAN).

- Plug the Expander Card onto the box header T9 on the Control Module (“EXT PORT”).

- Secure the Expander Card to the 4 standoffs using the 3 screws removed from the Control Module and the additional screw provided in the Installation kit.

- Connect the additional Zone Inputs and/or Auxiliary Outputs required.

- Reconnect the power and the Battery to the Control Module, then program the required Zones and Auxiliaries.

NOTES: 1) CAUTION: Shorting any of the pins on the Expansion Port connector whilst powered up, can result

in permanent damage to the Control Module and/or the Expansion Card.

2) Zone Doubling CANNOT BE USED on the system when an Expander Card is fitted.

See next page for Zone Input & Auxiliary Output wiring.

Location of Brass PCB standoffs

Control Module. Location of Threaded

plastic PCB standoff. Expansion Port.

T9. “EXT PORT”.

Expansion Cards. Version 1.00

Section 1. Installation. CONCEPT IQ. Installation & Programming Manual.p12

T2 and T3. Zone Input connections.

Single End-of-Line.

Dual End-of-Line.

T5 & T6. “+VE” and “0V”.

Detector Power connections. 12V Supply for Detectors. Total combined current sourced from “DET+” and “LAN+” on the Control Module, and “+ve” on the Expander Card must not exceed 600 milliAmps.

Minimum Cable spec: 14/0.2

Tamp.

Alarm

Detector

NC C

EOL Res. 3k3 Typ.

Tamp.

Alarm

Detector

NC C

EOL Res. 3k3 Typ.

6k8 Typ.

T4. Auxiliary Output connections. 995504 Only.

LED wiring. (Note. Dropping Resistor can be any value in the range of 1k to around 1k5. e.g. 2 x 3k3 Resistors in parallel)

Relay wiring. Relay coil voltage: 12V DC Fit reverse diode across coil. e.g. 1N4001 - 1N4004.

1k min.

Relay

NC O NO

EXPANDER CARD WIRING DIAGRAMS.

IMPORTANT NOTE. AUXILIARY POWER:

Total combined current sourced from “DET+” and “LAN+” on the Control Module, and “+ve” on the Expander Card must not exceed 600 milliAmps.

If additional current is required, a separate, external Power Supply and backup battery must be used to provide power to the required Auxiliary devices and/or Detectors. e.g. 994051 2A Power Supply.

994055 Short-form Power Supply Board + 560001 Plug pack (For 1A PS), or 560004 In-line transformer (For 2A PS)

When a separate Power Supply is used:

1) The Power Supply must be installed close to the Control Module, and the 0V (or “-VE”) supply connections of the Power Supply and the Control Module must be connected together using a heavy guage wire. (14/0.20 minimum)

2) The “+ve” supply connections of any system Module (“DET+”, “LAN+” or “+VE”) must not be connected to +ve of the separate Power Supply.

NOTE: ZONE INPUT CONNECTIONS. “NORMALLY OPEN” ALARM CONTACTS.

CONCEPT IQ. Installation & Programming Manual.

Install

p13

DTMF Card. 995505

INSTALLATION.

- Remove the screw on the top edge of the Control Module PCB next to the STATUS Lamp.

- Fit the Brass PCB standoff in place of the screw.

- Plug the DTMF Card onto the box header JP10 on the Control Module (“DTMF PORT”).

- Secure the DTMF Card to the standoff using the screw removed from the Control Module.

- Program the required DTMF functions. See Installation & Programming Manual, Section 10: Communications.

DTMF Card Parts List

- DTMF Card.

- Installation Manual. (This document)

- 1 x 20mm Brass PCB standoff.

The DTMF Card connects directly to the Control Module DTMF Port to provide Telephone remote control.

Location of Brass PCB standoff.

JP10. “DTMF PORT”.

Control Module.

DTMF Card. Version 1.00

Section 1. Installation. CONCEPT IQ. Installation & Programming Manual.p14

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Section 2. Intro. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

Intro

SECTION 2.

INTRODUCTION TO PROGRAMMING.

1. Introduction

1.1 System Overview .............................................................................................. 2

1.2 Types of Users..................................................................................................3

1.3 Default Users .................................................................................................... 3

2. The LED Terminal

2.1 Key Functions ................................................................................................... 4

2.2 Beeper Indications............................................................................................. 4

2.3 Lamp Indications ............................................................................................... 5

3 Installer Modes

3.1 Overview........................................................................................................... 6

3.2 Accessing the Installer Modes ........................................................................... 6

3.3 Mode 01. Programming Mode...........................................................................7

3.4 Mode 02. Defaulting Mode ................................................................................ 7

3.5 Factory Default Database settings .................................................................... 8

3.6 Mode 03. Import Data from Programming Key .................................................. 9

3.7 Mode 04. Export Data to Programming Key ......................................................9

3.8 Mode 05. Terminal Area Programming..............................................................9

4 Programming Techniques

4.1 The System Database ....................................................................................... 10

4.2 Selecting and Programming the Data.................................................................10

4.3 Example of Programming ..................................................................................11

5 Types of Data

5.1 Overview........................................................................................................... 12

5.2 “Value” Data......................................................................................................12

5.3 “Options” Data................................................................................................... 13

6 Recommended Programming Sequence .................................................................. 14

Contents

p2 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

1. Introduction

1.1 SYSTEM OVERVIEW

The Concept IQ is an affordable, simple to use security system targeted at the domestic and small commercial markets. The system has been designed for ease of use by the Installer and the End User.

System Hardware The basic Control Module has the following hardware dimensions:

• Zones: 8 standard Zone Inputs or 16 doubled Zone Inputs.

• Auxiliaries: Total of 3. 1 Siren speaker / 1 Strobe / 1 General purpose.

• Serial Communications Port: RS232.

• External Device Bus.

• System LAN: Provides connectivity for up to 4 LAN Devices.

• IO Expansion Bus.

• Separate Tamper Input.

A variety of Peripheral devices can be connected directly to the Control Module:

• Programming Key.

• Plug-on Expansion Card options. 8 additional Auxiliary outputs and/or 8 additional Zone Inputs.

• DTMF communications Card.

• DTMF + Voice communications Card.

• Serial Adapter Cable for connection to PC.

The System LAN supports the following LAN Modules:

• Standard 16 Zone / 4 Area LED Terminal.

• Enhanced 16 Zone / 4 Area LED Terminal incorporating Input for a Wiegand Reader

and Input/Output facilities for access control functions.

• RF Terminal that adds 2 key or 4 key radio remote functionality. Functional Description Zone Inputs. Zone Inputs are individually programmed to define how they are to be processed. An appropriate

“Zone Type” is chosen and additional options relating to; Alarm Processing, Reporting, Siren, Pulse counting, Testing, and type of Input Device can also be defined. Global Zone options also allow system-wide parameters to be set for Pulse Counting, End-Of-Line Resistor values and Zone Self Testing.

System Inputs. 20 System Inputs are also available for monitoring Faults and System Alarms such as; Power

Problems, Cabinet & Siren Tampers, Communication Problems, LAN & Battery Fuses, Zone Selftest Status, Keypad Emergency Alarms (Panic, Fire, Medical & Duress) and Access Control violations. The Installer enables the Siren and Reporting options for each System Input required. Automatic Battery Testing is available and triggers the Low Battery alarm if the test fails.

Areas. The system can be configured in Single Area or Multi Area Mode according to the site

requirements. Up to 4 Areas are available and Zone Inputs can be assigned to one or more Areas. Each Area can be armed in “AWAY” or “HOME” modes. Each LED Terminal can be configured for Multi-Area mode or assigned to a Single Area.

Siren. The Siren Speaker output supports a standard 8 Ohm Horn speaker and can generate 4 different

siren tones for Burglary, Fire, Medical & Panic alarms. The Siren time is programmable and any System Input Alarms that are programmed to activate the Siren are differentiated from Zone Input Alarms by a choice of 3 Siren tone-burst options.

Auxiliaries. Auxiliary outputs are extremely flexible thanks to a range of versatile programming options for

Security, Access control and Building/Home automation. A choice of over 50 “Auxiliary Types” provides for Auxiliaries to; Annunciate different types of alarms, Indicate (mimic) individual Area or Zone status, Indicate Entry, Exit, Auto-Arm & Zone Bypass conditions, Follow TimeZones, etc. For each individual Auxiliary the output logic and On/Off actions can be tailored including an optional timer that can be programmed in Minutes or Seconds.

Communications.The system offers “Contact ID” or “Domestic” dialing options. For a higher level of Dialer integrity a

Secondary telephone number can be programmed, Telephone line monitoring is provided and the maximum number of dial attempts can be specified. A “Comms Fail” alarm is activated if the line is

Section 2. Intro. Version 1.01 p3CONCEPT IQ. Installation & Programming Manual.

Intro

1.2 TYPES OF USERS

1.3 DEFAULT USERS:

The system has 3 special Users and 45 normal Users. The system can be configured for 4 digit or 6 digit PIN codes depending on the requirements of the site. The normal Users can each be assigned a “User Type” and their “User Areas” to define the items that they can control and the operations that they can perform.

Installer - User 1: The Installer can perform all Installer operations, and all Master operations except for User programming and Arming/Disarming. The Installer can only change their own PIN code. (Via Address 96. See Section 11: Users)

Master User - User 2: The Master User can perform all the Master operations and has access to all Areas.

The Master operations include; Edit Users, View history, Walk test Zones, Set Real-time clock, Siren/Strobe/ Auxiliary Testing, Fault Analysis, View Software Version, Test Battery and Door Bell Enable/Disable.

The Master User can also perform all User operations. (This includes Arming / Dis-arming the system, Isolating zones and Acknowledging alarms.) The Master User automatically has permission to control all the Areas, Zones and Auxiliary outputs in the system. These permissions cannot be changed for User 2.

Normal Users - User 3 to User 47: Normal Users can perform a variety of operations such as Arming / Dis-arming , Isolating zones and Acknowledging alarms with various levels of functionality as defined by the User’s “User Type”.

Any normal User can also be programmed as a Master User if required. In a Multi-Area system, a normal User programmed as a Master User can only add a new User or edit existing Users who can access a subset of their own Area list.

NOTE: DURESS CODES. A User PIN’s last digit + 1 will form a DURESS Code. e.g. If a user’s PIN is 1234, then 1235 will trigger a duress alarm, and if the user’s PIN is 1239, then 1230 will be a duress code.

tampered or the maximum attempts is reached. Daily, Weekly or Monthly Test reports can also be sent at a specified time of day, or triggered manually by a Master User.

The Installer can dial in to the system from a PC for Upload/Download when required. Security is provided by a PIN code requirement, and Callback and Fax Bypass options are available. With the DTMF Card fitted, a User can dial in to the system, and using their PIN code, can perform remote operations and obtain system status information.

On-board Serial Port is provided allowing connection of a Programming Key or PC for Upload / Download.

Timers. An extensive range of Timers are provided catering for; Individual Area Exit/Entry delays, System

Siren time, Keypad lockout time and AC fail delay time. Four TimeZones are provided including provision for up to 10 Holiday dates and automatic Daylight Saving adjustment is also catered for. The TimeZones can be used to turn Auxiliaries On and/or Off and to control Areas.

User Functions. In addition to the User operations described in “Types of Users” below, the system provides a

number of options to simplify and/or enhance the User operations and feedback. These include; Auto-Isolate on Arming, Quick Arming, Key-switch Arm/Disarm and Zone activity display on LED Terminals.

The Default Installer PIN and Master PIN Codes should be changed as soon as possible after installation. When choosing a new PIN Code, ensure that a PIN is chosen that will not be forgotten, while still providing security against unauthorised access.

User Number Description Factory Default PIN code

User 1 Installer 2345 (or 234567) User 2 Master User 0123 (or 012345) User 3 to User 47 General Users (Can be programmed as a Master User) None User 48 Reserved for system functions (e.g. Reporting Auto-arming etc.) Not applicable

p4 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

2. The LED Terminal

2 or 3 Short Beeps: A User, Master or Installer function was successful. 1 Long Beep: A User, Master or Installer function has been unsuccessful.

When a wrong key is pressed, or an incorrect value/option is selected, the beeper tones will sound at a lower pitch until a correct operation is successfully performed.

Continuous Short Beeps*: Entry Delay Timer, Exit Delay Timer or Auto-arm Warning.

*NOTE: Single Area systems. All Terminals will beep in response to Exit delay, Entry delay or Auto-arm warnings. Multi-Area systems. Only Terminals associated with a particular Area will beep in response to that Area’s

warning functions. IMPORTANT NOTE: Terminals not associated with an Area will only beep on Area 1 warning functions.

2.2 BEEPER INDICATIONS.

PANIC. Keys 1 & 3 pressed simultaneously. FIRE. Keys 4 & 6 pressed simultaneously. MEDICAL. Keys 7 & 9 pressed simultaneously. REX (Request to Exit) <OFF> key.

Enhanced Terminals only.

2.1 KEY FUNCTIONS.

NEXT Installer:

-Select an Installer Mode. After entering the Installer PIN code, press <NEXT> then the Mode number.

-Used to view data values above a value of 16. Press <NEXT> to step through the digits. Master User:

-Select a Master User operation. After entering the PIN code, press <NEXT> then the Mode number.

HOME -In Single Area Mode: Used to Arm the system in Home Mode.

-In Multi-Area Mode: Used to Arm the specified Area in Home Mode. Master User:

-Used to step through programming Addresses when programming Users or Telephone numbers.

-Used to toggle between Zone Test modes.

CLR -Set the data in the current Address to the Factory Default. (Press <*>, <CLR>, <ENTER>)

-Clear the data already entered if you have made a mistake.

-Logoff the Terminal. (Exit the current Mode of operation)

ENTER -Selects the specified programming Address. (After the PIN Code and the Address number have been

entered)

-Saves the data entered in a programming Address.

AUTO-LOGOFF: The Terminal will automatically logoff the operator if there is no keypad activity detected for 30

seconds. This is to protect the system against unauthorised operator activity.

Section 2. Intro. Version 1.01 p5CONCEPT IQ. Installation & Programming Manual.

Intro

2.3 LAMP INDICATIONS.

2.4 DATA VALUE INDICATION VIA TERMINAL LAMPS.

Single digit numbers. These are numbers between 0 and 16 and are displayed by the “0” Lamp and the Zone Lamps “1” to “16” on the LED Terminal.

Multi digit numbers. These are all other numbers ranging from 17 to 255. These numbers are displayed one digit at a time by a sequence of flashing Lamps on the LED Terminal. The “0” Lamp and the Zone Lamps “1” to “9” are used to display each digit in turn.

The key is used step through the digits. A short beep will sound each time the key is pressed to display the next digit. When the last digit in the sequence is displayed and the key is pressed again, a long beep will sound to indicate that there are no more digits to display and the first digit will again be displayed.

Lamp ON OFF FLASHING

ZONE Lamps 1 to 16

When the Zone is Un-sealed. (If the "Zone activity" option enabled)

When the Zone is Sealed.

FAST: * When there has been an Alarm / Tamper on the Zone. SLOW: * When the Zone has been Isolated.

AREA Lamps A1, A2, A3, A4

Area is Armed. (Multi-Area mode only)

Area is Dis-armed. There has been an Alarm in the

Area. (Multi-Area mode only)

ARM Area/s are armed

in normal mode.

System not armed in normal mode.

HOME Area/s are armed

in home mode.

System not armed in home mode.

FAULT § A system input is

currently in alarm *

No system inputs are in alarm.

FAST: * A system input has been in alarm and must be acknowledged. SLOW: * When a System Input has been Isolated.

PWR AC mains OK AC mains problem. -

ARM & HOME - - System is in "Isolate" mode.

(NEXT, 10)

FAULT & PWR - - System is in "Master Operations"

mode. i.e. NEXT functions.

0 Used to display values in programming mode.

NOTES: * Alarm indication takes priority over Isolate indication.

§ See "System Input Mapping and Functional Description" in Section 7.

p6 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

3. Installer Modes

The Default Installer Code is 2345. This Code should be changed as soon as possible after installation. When choosing a new Installer Code, ensure that a PIN code is chosen that will not be forgotten, while still providing security against unauthorised access.

Installer Operations require the Installer to Access a number of different Modes. This is done by entering a valid Installer PIN code, then pressing the <NEXT> key before selecting the 2-digit Mode number. e.g.

Enter PIN; ... , then , then the Mode number; ,

This key sequence must be used to access all the Operational Modes described in this section. Remember that the <NEXT> “n”, “n” sequence must be preceded by the Installer PIN code.

e.g. To Enter Programming Mode: Enter PIN; ... , then , then the Mode number; ,

NOTE: Upon entering Programming mode the first digit of the Primary Telephone Number at Address 16 will be displayed.

The following pages provide full descriptions of each of the Installer Modes.

3.2 ACCESSING THE INSTALLER MODES.

In order to Program the system and perform other Installer operations, the Installer must access the appropriate Installer Mode. There are 5 Installer Modes available.

Installer Modes and Mode Indication.

3.1 OVERVIEW.

Mode Mode Name LED Terminal Indication

01 Programming Mode <HOME>, <FAULT> and <PWR> Lamps flashing 02 Default the Control Module. <HOME>, <FAULT> and <PWR> Lamps flashing 03

Import system programming from Programming Key. 3 beeps when complete. Long beep if unsuccessful.

(Lamp on Prog. key flashes slowly during transfer)

Export system programming to Programming Key. 3 beeps when complete. Long beep if unsuccessful.

(Lamp on Prog. key flashes quickly during transfer)

Terminal Programming. <HOME>, <FAULT> and <PWR> Lamps flashing

Section 2. Intro. Version 1.01 p7CONCEPT IQ. Installation & Programming Manual.

Intro

3.4 MODE “02”. DEFAULTING THE CONTROL MODULE.

Defaulting the Control Module allows the Installer to clear any current system programming from the Control Module and select a factory default database to simplify the programming task.

The Default Database options can be divided into 3 main options: Option 0: The Control Module memory is completely cleared with the exception of the Installer and Master

User Codes.

Options 1 to 16: The Control Module memory is defaulted to the Factory settings shown in the table on the following

page AND the number of Zones specified by the Option selected, are programmed into Area 1.

Option 49: The Master Code is defaulted to the Factory setting and all other programming is left intact. CAUTION: Defaulting the Control Module will erase all current programming stored in the memory before

implementing any Factory default settings. (With the exception of Default Option 49)

Select the Defaulting Mode: Enter PIN; ... , then , then the Mode number; ,

The <HOME>, <FAULT> and <PWR> Lamps on the LED Terminal will flash simultaneously. Select the Default Option

Press , then the Default Option (1 or 2 digits), then

DEFAULT OPTIONS: 0: Database is completely cleared except for Installer & Master Codes.

1: Database is defaulted to Factory Default settings AND 1 Zone is programmed into the system. 2: Database is defaulted to Factory Default settings AND 2 Zones are programmed into the system. 3 to 15: Database is defaulted to Factory Default settings AND the specified number of Zones are programmed

into the system. i.e. 3 Zones to 15 Zones. 16: Database is defaulted to Factory Default settings AND 16 Zones are programmed into the system. 49: Master Code Default. Only the Master code is reset to the factory default. All other programming remains

unchanged. NOTES:

1) The product is dispatched from the factory Defaulted with Option 8 (Factory Default settings and 8 Zones)

2) In Default Options 1 to 16, the Zones programmed into the system are assigned to Area 1.

3) If Default options 9 to 16 are used, and Zones 9 to 16 are added using Zone Doubling (i.e. Not via an

Expander card), the “End-of-Line Resistor value” (Address 786) must be set to Type 14 - Zone Doubling.

Exit from Defaulting Mode Press to exit.

Reset the Control Module: Disconnect the AC Input and the Battery from the Control Module, then re-connect.

This mode allows the Installer to program all of the system data and options. To Select Programming Mode:

Enter PIN; ... , then , then the Mode number; , .

See “Basic Programming Techniques” and “Types of Data” for more details of Programming Mode.

3.3 MODE “01”. PROGRAMMING MODE.

HARDWARE DEFAULT PROCEDURE.

The system can also be set to the Factory Default settings (Same as Default Option 8) via a hardware procedure.

- Disconnect the battery and remove power from the Control Module.

- Place a short circuit across Pins 2 & 3 of JP8 on the Control Module.

- Re-apply power to the Control Module and reconnect the battery.

- Remove the short circuit on JP8.

p8 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

3.5 FACTORY DEFAULT DATABASE SETTINGS.

ADDRESS FUNCTION SETTING

16 and 32 Primary & Secondary Telephone Nos No numbers programmed

48 Reporting Format 0. None 49 Dialer options No options selected 50 Maximum attempts 10 51 to 53 Test Report Times No settings 54 Remote connect options 0. No Remote Connect 64 Callback Telephone Number No number programmed 80 Rings to Answer 16 81 Answering machine bypass 0. Disabled 82 Port 0 Comms Tasks 0. None 83 Port 0 Baud Rate 3. 9600 736 Zone Type. Zone 1 1. Delayed. (If Default Options 1 to 16 are selected) 737 Zone Type. Zone 2 2. Handover. (If Default Options 2 to 16 are selected) 738 to 751 Zone Type. Zone 3 to 16 as selected. 0. Instant. (If Default Options 3 to 16 are selected) 752 to 767 Zone Options No options selected. 768 to 783 Zone Area The number of Zones selected in the Default option are assigned to Area 1. 784 & 785 Max Pulse count & Pulse Time 0. 786 End-of-Line Resistor Type 3. Single End-of-line. 3k3 787 Self Test Period 0. 788 Siren Time 5 Minutes 789 Keypad Lockout Time 60 Seconds. 790 to 794 TimeZone 1 9:00 to 17:00. Monday to Friday 795 to 799 TimeZone 2 9:00 to 13:00. Saturday and Sunday 800 to 804 TimeZone 3 7:00 to 20:00. All days including Holidays. (Daytime) 805 to 809 TimeZone 4 20:00 to 7:00. All days including Holidays. (Night-time) 810 AC Report Delay Time 0 816 Auxiliary 1 Event Type 1. Burglary Alarm 817 to 825 Auxiliary 2 to 10 Event Type 0. None 832 to 841 Auxiliary 1 to 10 Time 0 848 Auxiliary 1 Response 2 & 3 Selected. On/Off when Event goes Valid/Invalid (Strobe Output) 849 to 857 Auxiliary 2 to10 Response 2 & 3 Selected. On/Off when Event goes Valid/Invalid 864 Spare 865 to 867 System Input Programming No settings programmed 868 General Options Options 4 & 8 selected. AC Mains sync & Zone activity display on Terminals 869 Emergency Options No options selected 870 & 871 Auto-Arm Timers 0. 872 Door Unlock Time 5 Seconds. 896 to 908 Area Client Codes No codes programmed 928 to 931 Area 1 to 4 Entry Delay Time Area 1: 30 Seconds. Area 2 to 4: 0 Seconds 936 to 939 Area 1 to 4 Exit Delay Time Area 1: 60 Seconds. Area 2 to 4: 0 Seconds 944 to 947 Area Arming Options No options selected 952 to 955 Terminal Associated Area No settings programmed 960 Multi Area Options No options programmed 961 Terminal Area Mode No options programmed 962 Spare 966 to 985 Holidays No Holiday dates programmed 986 & 989 Daylight Saving Start Month & End Month 0. Automatic Daylight Saving adjustment Disabled 987 & 990 Daylight Saving Start Week & End Week 5. Last Week of the Month 988 & 991 Daylight Saving Start Day & End Day 1. Sunday

Section 2. Intro. Version 1.01 p9CONCEPT IQ. Installation & Programming Manual.

Intro

Terminal Programming allows the Installer to define which Area is to be associated with the LED Terminal. NOTE: This Mode is only available if the Terminal is programmed for Multi-Area mode. (Address 960. Option 1 must be Selected)

Select the Terminal Programming Mode: Enter PIN; ... , then , then the Mode number; ,

Select the Terminal Area Mode: (Not relevant to Enhanced Terminals which cannot be set to Multi-Area) Press to Set the current Terminal to Single Area Mode.

Press to Set the current Terminal to Multi Area Mode.

Note that this operation will Edit the relevant option in Address 961, Terminal Area Mode. When Single Area Mode is selected, the default “Associated Area” is Area 1 (General Area)

Select the Associated Area: (Single Area Mode must be selected in the previous step) To select the Associated Area for the current Terminal, press the number (1 to 4) of the Area. The Area selected will be displayed on the Area Lamps.

A long beep will sound if the terminal is not in Single Area Mode or the wrong key is pressed.

Note that this operation will Edit the data in the relevant Addresses 952 to 955, Terminal 1 to 4 Associated Area.

Press to exit Terminal Programming Mode.

3.6 MODE “03”. IMPORT DATA FROM THE PROGRAMMING KEY.

3.7 MODE “04”. EXPORT DATA TO THE PROGRAMMING KEY.

The Programming Key. The Concept IQ Programming Key is a portable non-volatile memory device housed in a convenient “key tag”. The Programming Key allows system programming to be uploaded from the Control Module or downloaded to the

Control Module by simply inserting the Programming Key into Serial Port 0 and performing a simple key sequence on the LED Terminal.

A built-in Lamp on the Programming Key visually indicates when data transmission is active.

Importing Data from the Programming Key. This Mode allows the Installer to copy the programming contents of the Programming Key into the Control Module.

IMPORTANT NOTE: The new data will override the existing contents of the Control Module memory. Connect the Programming Key to Serial Port 0 on the Control Module. Select the Import Data Mode:

Enter PIN; ... , then , then the Mode number; , .

The Lamp on the Programming Key will flash slowly to indicate data is being copied. The Terminal beeper will sound 3 short beeps if the operation was successful, or 1 long beep if unsuccessful.

This Mode allows the Installer to copy the programming contents of the Control Module into the Programming Key. IMPORTANT NOTE: The Control Module data will override the existing contents of the Programming Key.

Connect the Programming Key to Serial Port 0 on the Control Module. Select the Export Data Mode:

Enter PIN; ... , then , then the Mode number; , .

The Lamp on the Programming Key will flash quickly to indicate data is being copied. The Terminal beeper will sound 3 short beeps if the operation was successful, or 1 long beep if unsuccessful.

3.8 MODE “05”. TERMINAL AREA PROGRAMMING.

p10 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

To Select the Data to be Viewed or Edited. When in programming mode, the Memory Address to be viewed or edited can be selected by the following key

sequence:

Press , then the Address ... (2 or 3 digits - 16 to 988), then

Pressing will take you to the next Address. (This does not apply to Data programmed in sequential Addresses such as PIN codes, Telephone Numbers and

Client codes) The programming details of each Data Address in the following sections of this manual will only show the actual

Address number (nn...). Remember that the Installer must first access Programming Mode; and the Data Address Number must be preceded by the <OFF / #> key.

To Edit the Data. The Data Value at this Address will then be displayed on the Terminal, and can be changed by the following key

sequence:

Press , then the new Data Value or Option setting ... (1 to 16 digits*), then * Depending on the type of Data required.

To set the Data in the current Address to the Factory Default setting: Press , then , then

If you make a mistake while entering a value, press and enter that value again followed by the key.

Exiting the Installer Operations.

Press to exit any of the Installer Operations.

4.2 SELECTING AND PROGRAMMING THE DATA.

4. Programming Techniques

4.1 THE SYSTEM DATABASE.

The system programming is stored in Memory Addresses numbered 16 - 988. Programming the system involves three steps:

1) Enter Programming Mode. Then for each item of Data to be programmed;

2) Select the Memory Address to be programmed.

3) Program the new Data Value or Options for that Address.

Section 2. Intro. Version 1.01 p11CONCEPT IQ. Installation & Programming Manual.

Intro

4.3 EXAMPLE OF PROGRAMMING.

This example shows how Zone 1 would be changed to the “Hand-over” Input Type. Zone 1 Input Type is stored in Address 736. STEP 1. Enter programming mode.

Enter Installer PIN code; ... , then , then the Programming Mode number; ,

STEP 2. Enter the Address to be changed.

Press , then the Address , then

STEP 3. Enter the new Data Value.

Press , then the new Data Value , then

(0 = Instant, 1 = Delayed, 2 = Handover, 3 = 24Hr Burglary, etc.) STEP 4. Repeat Steps 2 and 3 to perform any additional programming required.

Press , to advance to the next Address. (i.e. Address 737 in this example) OR Press , then the new Address ... , then

Enter the new Data Value as before. STEP 5. Exit the programming mode.

Press

p12 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

5. Types of Data

5.2 “VALUE” DATA.

The range of Data values that can be stored in a Value Data Address is from 0 to 255. Depending on the parameter being set, the range is often a lot smaller. The data can be either a single digit or a multiple-digit number. e.g. Remote Connect Options: 0 to 2, Zone Type: 0 to 9, Dial Attempts: 1 to 16,

TimeZone Start / End Hour 0 to 23, AC Fail report delay (M) 0 to 60, Area Entry Delay (S): 0 to 255, etc.

Single digit numbers. These are numbers between 0 and 16 and are displayed by the “0” Lamp and the Zone Lamps “1” to “16” on the LED Terminal.

E.g. If the value at the Address is 120. When the Address is entered, The “1” Lamp will flash. (The flashing Lamp indicates that this value is a multi-digit number) When the <NEXT> key is pressed a short beep will sound and the “2” Lamp will now flash. When the <NEXT> key is pressed again, a short beep will sound and the “0” Lamp will flash. When the <NEXT> key is pressed again, a long beep will sound indicating there are no more new digits. The first digit (“1” Lamp) will flash.

Sequential numbers. Sequential numbers are a string of numbers where each digit is programmed into a series of sequential Addresses. This type of Value Data makes it easier for the Installer to program data such as PIN codes, Telephone Numbers and Client codes. To select the data, only the Start Address is entered. The Start Address and each subsequent Address only contains a single digit. Once the Start Address for the data is selected, the Installer can then enter in the entire string of numbers without having to perform any operation to select the subsequent Addresses.

See next page for example.

When in Programming Mode there are two types of data that are stored in the Programming Addresses. The type of Data stored in each Address will depend on the type of parameter being defined.

1) “Value” data. A Numerical Data Value that:

- Selects an Option when there are more than 2 alternatives to select from. e.g. Reporting Format or User Type.

- Defines a Value or Quantity for a specific parameter. e.g. Entry and Exit Delay times or Number of Dial attempts.

- Defines a Sequence of numbers for a specific parameter. e.g. PIN codes, Client codes and Telephone numbers.

2) “Option” data. Data field that allows the Installer to select between two alternatives (Select/De-select, Enable/ Disable, Assign/Un-assign, etc.) for up to 8 Options or Items that relate to a particular feature.

(Similar to the Y / n options screens in Concept 3000 / Access 4000.) e.g. Setting Dialer options, Assigning Areas to a User, Defining options for Individual Zone Inputs, etc.

5.1 OVERVIEW.

Section 2. Intro. Version 1.01 p13CONCEPT IQ. Installation & Programming Manual.

Intro

5.3 “OPTION” DATA.

Option data is used to allow the Installer to select between two alternatives (Select/De-select, Enable/Disable, Assign/Un-assign, etc.) for up to 8 Options or Items that relate to a particular feature.

Option Data is displayed on the Zone 1 to 8 Lamps on the LED Terminal. When a Zone Lamp is ON, the option is Selected. (Enabled or Assigned) When a Zone Lamp is OFF, the option is De-selected. (Disabled or Un-assigned)

Editing option data. Option Data is programmed by first selecting the Address of the Data to be edited in the normal manner. Any number of specific options are then Selected or De-selected by the following method:

1) Check the current setting of the option on the Zone Lamps.

2) For each option that needs to be changed, Press , then the option number (1 to 8), then .

This procedure toggles the setting of the selected option. i.e. If the option was De-selected, it will be Selected. If the option was already Selected, it will be De-selected.

To Select ALL available options: Press , then , then . To De-select ALL available options: Press , then , then . To set ALL available options to the factory default settings: Press , then , then .

Example. “Dialer Options” are Option Data and are programmed in Address 49. This data sets which types of events will be

reported via dialer: 1 Enable Alarms reported via dialer.

2 Enable Restores reported via dialer. 3 Enable Open / Close reported via dialer. 4 Enable Programming Change reported via dialer. 5 Enable Sending Open Report only if an alarm has occurred.

To Enable “Alarms”, “Restores” and “Open Report only after alarm”, the following procedure would be performed:

1) Enter Installer PIN code; ... , then , then the Programming Mode number; ,

2) Select the Address for Dialer Options. Press , then , then

3) Enable the three options required. (Assuming none of the options are currently enabled) Press , then , then

Press , then , then Press , then , then

(Remember that the same key sequence is used to Disable an option that is already Enabled.

4) Check Zone Lamps 1 to 8 to ensure that the required options have been selected successfully. Zone Lamps 1, 2 and 5 should be ON. All other Zone Lamps should be OFF.

5) Select the next Address or Start Address to program, or Exit Programming Mode.

E.g. To program the data “1 Pause 9 8 7 6 5 4 3 2” as the Primary Telephone Number.

1) Enter Installer PIN code; ... , then , then the Programming Mode number; ,

2) Press , then the Start Address for the Primary Telephone Number , then

3) Press , then the new Data string , then

4) Select the next Address or Start Address to program, or Exit Programming Mode

(Note: The <Next> key is used to program a “PAUSE”). Sequential Number data is displayed one digit at a time by a sequence of flashing Lamps in the same manner as

Multi-digit numbers described above.

p14 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

6. Recommended Programming Sequence

1. Determine the number of Burglary Alarm Zone Inputs that will be connected to the system. For ease of programming; If Entry/Exit Zones are to be used, it is recommended that:

-The Zone Input device that will start the Entry Timer is connected to Zone 1.

-The “Handover” Zone Input device (If required) is connected to Zone 2.

-Other Burglary Alarm Zone Input devices are connected to the lowest Zone Input numbers.

-Other types of Zone Input devices are connected to the higher Zone Input numbers.

2. Logon to the Terminal using the Installer PIN code and select Mode 2 - Defaulting the Control Module.

-Enter PIN, <NEXT>, 0, 2.

3. Select the Default Option that matches the number of Burglary Alarm Zone Inputs required.

-<*>, nn, <ENTER>. Where “nn” is the Default option. 0 = No Zones, 1 = 1 Zone, 8 = 8 Zones, etc. The Database will be defaulted as per the settings shown in the table on page 8.

4. IF Multi-Area operation, or Sub-Area Functionality is required, program the Multi-Area options. Address 960 1 Multi-Area Mode 4 Include Area 2 in Area 4 Sub-Area list 2 Enable Area 4 as Sub-Area 5 Include Area 3 in Area 4 Sub-Area list 3 Include Area 1 in Area 4 Sub-Area list.

5. Program the Global Zone Options. (IF there are variations required from the Default programming) IF Pulse counting is to be used:

Program the “Pulse Count” & “Pulse Time”. Addresses 784 & 785.

IF the End-of-Line Resistors are a value other than “3k3 Single End-of-Line”:

Program the “End-of-Line Resistor” Value. Address 786.

IF Zone Self-Testing is required:

Program the Zone Self-Test period. Address 787.

6. Program the Individual Zone Inputs. (IF there are variations required from the Default programming)

-Program the Zone Type: Addresses 736 (Zone 1) to 751 (Zone 16) 0 Instant. 5 24 Hour Panic. 1 Delayed. 6 24 Hour Duress. 2 Handover. 7 Door Bell. 3 24 Hour Burglary. 8 Key-switch. 4 24 Hour Fire 9 Key-switch Home mode.

-Program the Zone Options: Addresses 752 (Zone 1) to 767 (Zone 16) 1 Silent. 5 Self-Test Zone. 2 One-shot Siren. 6 Day Alarm Zone. 3 One-shot Dialer.* 7 Home Zone. 4 Pulse Count. 8 Normally Open. * Highly recommended if Domestic Dialer communications format is to be used.

-Program the Zone Areas: Addresses 768 (Zone 1) to 783 (Zone 16) 1 Zone assigned to Area 1. 5 Zone assigned to Area 3. 2 Zone assigned to Area 2. 6 Zone assigned to Area 4.

7. Enable any additional General System Options that are required. Address 868 1 Auto-Isolate on Arming. 5 Automatic Battery Testing. 2 Quick Arming. 6 “Latching” Key-switch operation. 3 6 digit PIN codes. 7 Allow Master Users to edit Telephone numbers. 4 * Clock synchronized to 50Hz AC Mains. 8 * Display Zone activity when disarmed. *Already enabled by default.

8. Enable any of the Emergency Options that are required. Address 869 1 Panic Alarms activate Siren. 5 Medical Alarms activate Siren. 2 Panic Alarms activate Dialer. 6 Medical Alarms activate Dialer. 3 Fire Alarms activate Siren. 7 Duress Alarms activate Dialer. 4 Fire Alarms activate Dialer.

Section 2. Intro. Version 1.01 p15CONCEPT IQ. Installation & Programming Manual.

Intro

9. IF Area 1 Entry/Exit Delay default values need to be changed, OR

IF Entry/Exit Delays are required in Areas 2, 3 or 4, program/edit the Area Entry and/or Exit Delay times.

Addresses 928 to 931 Area 1 to 4 Entry Delay. Default = Area 1: 30 Seconds. Addresses 936 to 939 Area 1 to 4 Exit Delay. Default = Area 1: 60 Seconds.

10. Enable the System Inputs that are required to activate the Siren. Address 865. 1 AC Fail. 5 Comms Fail / System Reset. 2 Low Battery. 6 Siren Monitor. 3 Cabinet Tamper. 7 PWR Fuse / Battery Fuse. 4 Keypad Lockout.

NOTE: If any of these options are selected, check the “System Input Siren Type” setting. Address 867. 0 = 1 second burst (Default). 1 = 10 second burst. 2 = 1 Sec burst every 60 Secs for 5 Mins.

11. Enable the System Inputs that are required to activate the Dialer. Address 866. 1 AC Fail. 5 Comms Fail / System Reset. 2 Low Battery. 6 Siren Monitor. 3 Cabinet Tamper. 7 PWR Fuse / Battery Fuse. 4 Keypad Lockout. 8 Zone Self-Test Fail.

12. Program any Timers that may be required. Address 788: Siren Time. (Defaulted to 5 Minutes) Address 789: Keypad lockout time (Defaulted to 60 Seconds) Address 810: AC Report delay. CAUTION. Read details in Section 4 - Times before programming.

13. IF any Areas or Auxiliaries are to be controlled automatically by a TimeZone, edit the required TimeZone/s. Addresses 790 to 809. (All TimeZones have Default settings. Check the details before editing)

See Section 4 -Times for details.

NOTE: If the TimeZones are required to take account of Holidays, program the required Holiday Dates. Addresses 966 to 985 See Section 4 -Times for details.

14. Program any additional Auxiliary outputs required. (NOTE: Auxiliary 1 is already programmed with default settings for controlling a Strobe. It is set to the “Burglary Alarm” Event Type and has “Auxiliary Response” options 2 & 3 selected)

-Program the Auxiliary Event Type: Addresses 816 (Aux 1) to 825 (Aux 10) (See Sect 8 [Auxes] for details)

-Program an Auxiliary Timer if required: Addresses 832 (Aux 1) to 841 (Aux 10)

-Program the Auxiliary Response: Addresses 848 (Aux 1) to 857 (Aux 10) 1 Output is inverted. (Normally Closed) 3 Aux Off when Event goes Invalid. 2 Aux On when Event goes Valid. 4 Aux timer will time in Minutes.

15. IF the system is programmed for Multi-Area operation (see Step 4), program the Terminals.

-Program the Terminal Area Mode if any Terminals are required to operate in Single-Area Mode. Address 961. 1 Sets Terminal 1 to Single-Area mode. 3 Sets Terminal 3 to Single-Area mode. 2 Sets Terminal 2 to Single-Area mode. 4 Sets Terminal 4 to Single-Area mode.

IF any Terminals are set to Single Area mode, assign the associated Area. Addresses 952 (Terminal 1) to 955 (Terminal 4) 1 Assign Area 1. (Default) 3 Assign Area 3. 2 Assign Area 2. 4 Assign Area 4.

16. IF automatic Daylight Saving adjustment is required, program the start and end dates. Addresses 986 to 991. See Section 4 -Times for details.

17. IF a TimeZone is required to Arm an Area, program the Area Arming Options. Addresses 944 to 947 Area 1 to 4 0 No TimeZone control 3 TimeZone 3 will control the Area. 1 TimeZone 1 will control the Area. 4 TimeZone 4 will control the Area. 2 TimeZone 2 will control the Area.

NOTE: If a Pre-arm warning is required, program the “Autoarm Pre-warn time”. Address 870.

p16 Section 2. Intro. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

18. IF the Re-Autoarm function is required, program a Re-Autoarm time. Address 871.

NOTE: If a Pre-arm warning is required, program the “Autoarm Pre-warn time”. Address 870.

19. IF the system has Access Control via one or more Enhanced Terminals, program the Door Times.

-Program the Door Unlock time. Address 872 (Default is 5 Seconds)

20. IF the system is to report in Contact ID or Domestic Dialer formats, program the Dialer options.

-Program the Primary & Secondary Telephone numbers. Addresses 16 and 32.

-Select the Reporting Format. 1 = Contact ID. 2 = Domestic. Address 48.

-Select the required Dialer Options. Address 49. 1 Alarms reported via Dialer. 5 Openings reported only after an alarm. 2 Restores reported via Dialer. 6 Remote control via DTMF Card enabled.* 3 Area Open/Close reported via Dialer. 7 Isolates reported via Dialer. 4 Programming change reported via Dialer.

* DTMF Card must be fitted to Control Module.

-Edit the maximum dial attempts if required. (Default = 10 attempts) Address 50.

-Program the Client Code/s. Area 1 only if system is programmed for Single Area operation. Address 896: Area 1 Address 904: Area 3 Address 900: Area 2 Address 908: Area 4

21. IF periodic Test Reports are to be sent to the Central Monitoring Station, program the Test Report options.

-Program the Test Report period. Address 51. 0 No Test Report. 2 Every Monday. 1 Every Day. 3 First day of every Month.

-Program the time of day the Test Report is to be sent. Address 52: Hour. Address 53: Minute.

22. IF Remote connection for Upload/Download or Telephone is required, program the Remote Connect options.

-Program the Remote Connect Options. Address 54 0 = No Remote connect. 1 = Remote Connect allowed. 2 = Remote connect with Callback.

-Program the number of rings before answer. Address 80.

-IF Answering machine (Fax machine) bypass is required, program the “Follow-on” time. Address 81. (See Section 10 [Communications] for details)

-IF the “Remote connect with Callback” option was selected, program a “Callback Telephone no”. Address 64.

23. IF the Serial Port on the Control Module is to be used, program the Serial Port options.

-Select the Communications Task. Address 82. 3 = Upload / Download.

-Select the Baud Rate. (Default is 9600) Address 83 0 = 300. 1 =1200. 2 = 4800. 3 = 9600

24. Change the Installer PIN code. Address 96. This should be done before the system is commissioned and handed over to the client. Ensure that a new PIN code is chosen that will not be forgotten, while still providing security against unauthorised access.

25. Program the Users. A Master User Code must be used to program the Users. See the User’s Manual for details.

Section 3. General opts. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

General

Section 3. General System options

General Options

General Options .............................................................................................................................1

Emergenency Options ...................................................................................................................2

Address

868 869

868

Data type: Option

GENERAL OPTIONS Default = Options 4 & 8 Selected

Option: When Selected: 1 Enables auto-isolate on arming. (Applies to “Delayed” Zone Type only)

2 Enables Quick arming. (Area number key, then <ON> or <HOME> -No PIN code required) 3 PIN codes are 6 digits. (PIN codes are normally 4 digits) 4 * Enable Real-time clock to be synchronized to the AC Mains frequency. (50Hz). 5 Enables automatic battery testing. 6 Configures all “Key switch” Zone Types (Types 8 & 9) for “Latching” (Double-pole) operation.

(Key-switch Zones are normally “Momentary” operation) 7 Enables Master User/s to edit Telephone numbers (Via <NEXT>, 27) 8 * Enables display of Zone activity on Terminals when Area/system is disarmed.

* Selected in Defaults.

NOTES: Auto-Isolate on arming.

Any “Delayed” Zone Inputs (Zone Type 1) in the Area/s being armed, that are in the Alarm state when the Exit Delay timer is about to expire, will automatically be isolated.

Note that any other types of Zones that need to be Isolated when arming the system must be manually Isolated before the arming procedure is commenced. (Via <NEXT> 1, 0.)

If enabled, Auto-Isolate will operate regardless of how the system is armed. (e.g. Via User, Key-switch, One-touch arming, Remote, etc.)

Quick Arming. Single Area System: Quick Arming procedure is always <1>, <ON> or <1>, <HOME>. Multi-Area System: Quick Arming procedure is <Area Number>, <ON> or <Area Number>, <HOME>. If the Terminal is programmed for Single Area Mode, only the associated Area can be Armed.

6 Digit PIN Codes. If this option is selected:

- The Factory default Installer PIN Code (User 1) becomes 2 3 4 5 6 7

- The Factory default Master PIN Code (User 2) becomes 0 1 2 3 4 5

- All PIN Codes must be 6 digits long. Automatic battery test.

IMPORTANT NOTE: Enabling Automatic battery test is highly recommended as a Low Battery Alarm can only be generated if the battery falls below 11.2V during a Battery Test, or when the AC input is not present. When this function is enabled the system will test the battery every 8 hours; At Midnight, 8 AM and 4 PM every day. This involves disconnecting the AC supply for 4 minutes and measuring the battery voltage under load. If the battery voltage falls below 11.2V +/-0.3V, a “Low Battery” System Input alarm will be generated.

Key-switch operation. Momentary: (Default setting) When this function is enabled, the state of the Area will toggle whenever there is a “Seal to Alarm” transition on the Keyswitch Zone. The “Alarm to Seal” transition will be ignored. Latching: When this function is enabled, the Keyswitch will Arm the Area when it goes “Unsealed” and Disarm the Area when it returns to “Sealed”.

p2 Section 3. General opts. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

EMERGENCY OPTIONS Default = No Options Selected

These options determine how the PANIC, FIRE, MEDICAL, and DURESS alarms will be processed. These settings will affect:

- Panic alarms generated by Keypad Panic AND Zone Inputs programmed as the “24 Hour Panic” Zone Type. (Zone Type 5)

- Fire alarms generated by Keypad Fire. (Siren and Dialer options for “24Hr Fire Zones are determined by Zone Options programming)

- Medical alarms generated by Keypad Medical.

- Duress alarms generated by Keypad Duress AND Zone Inputs programmed as the “24Hr Duress” Zone Type. (Zone Type 6)

Option: When Selected: 1 Panic alarms will activate the Siren.

2 Panic alarms will activate the Dialer. 3 Fire alarms will activate the Siren.

4 Fire alarms will activate the Dialer 5 Medical alarms will activate the Siren.

6 Medical alarms will activate the Dialer 7 Duress alarms will activate the Dialer. When an Emergency Alarm activates the Siren, the Siren will run for the programmed Siren time, OR until the

Alarm is acknowledged at a Terminal. (via NEXT 25; Fault Analysis)

Address

869

Data type: Option

Section 4. Times. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

Times

SIREN TIME Default = 5 Minutes

This Address sets the time the siren will sound when an alarm has occurred on a Zone Input. Note that an alarm on a Zone Input will only activate the Siren when:

- The Zone Type selected is in the range of Type 0 to Type 5. (Address 736 [Zone 1] to 751 [Zone 16])

- The Zone Options must have Option 1 (Silent), Disabled.

- For Zone Types 4 (24Hr Fire) & 5 (24Hr Panic), Siren activation must also be enabled in the “Emergency Options”. (Address 869: Option 1-Panic alarm sounds Siren. Option 3-Fire alarm sounds Siren)

- The Zone Input must have at least one Area assigned.

The Siren Time does not apply to System Inputs. Siren operation for System Inputs is determined by the settings in Address 865 - System Input Siren enable, and Address 867 - System Input Siren Type.

KEYPAD LOCKOUT TIME Default = 60 Seconds

This sets the time the Terminal keypad will be locked out when five incorrect logins (PIN code attempts) in a row have occurred on a keypad.

For Keypad Lockout to function, the setting must be non-zero. See Section 7; “System Inputs” if Siren activation (Address 865, Option 4) or Dialer activation (Address 866, Option 4) are required for Keypad Lockout.

Section 4. Time Programming

Siren Time ..................................................................................................................................................1

Keypad Lockout Time ................................................................................................................................1

TimeZones

TimeZone 1 Start Hour..................................................................................................................2

TimeZone 1 Start Minute...............................................................................................................2

TimeZone 1 End Hour ...................................................................................................................2

TimeZone 1 End Minute ................................................................................................................2

TimeZone 1 Days Of Week ...........................................................................................................2

TimeZone 2 (5 Addresses) ............................................................................................................2

TimeZone 3 (5 Addresses) ............................................................................................................2

TimeZone 4 (5 Addresses) ............................................................................................................2

AC Report Delay ........................................................................................................................................3

Holidays

Holiday Month (10 Addresses) ....................................................................................................3

Holiday Day (10 Addresses) ........................................................................................................3

Daylight Saving

Daylight Saving Start Month ........................................................................................................3

Daylight Saving Start Week .........................................................................................................3

Daylight Saving Day-of-week in Start Week ...............................................................................3

Daylight Saving End Month ..........................................................................................................4

Daylight Saving End Week ..........................................................................................................4

Daylight Saving Day-of-week in End Week ................................................................................4

Real-Time Clock ........................................................................................................................................4

Other Timers: “Area Entry Delay” & “Area Exit Delay” Times. See Section 5. Areas.

“Autoarm Prewarn” & Re-Autoarm” Times. See Section 5. Areas. “Pulse Time” for Pulse Counting feature. See Section 6. Zones “Auxiliary Timers”. See Section 8. Auxiliaries. “Door Open Time”. See Section 9. Terminals.

Address

788 789

790 791 792 793 794 795 to 799 800 to 804 805 to 809 810

966 to 984 967 to 985

986 987 988 989 990 991 NEXT 23

788

Data type: Value

Range: 0 - 255 Min.

789

Data type: Value

Range: 0 - 255 Sec.

p2 Section 4. Times. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

TIMEZONES

TimeZones can be programmed to define a Start time and End time, and the Days of the Week on which the TimeZone will be valid. TimeZone programming also provides a “Holiday” option to be enabled when assigning the Days, to allow the TimeZone to still be valid on any dates defined as Holidays. Once programmed, TimeZones can be used to arm & disarm Areas &/or control Auxiliary outputs automatically.

START AND END TIMES

The Start and End Times are defined in 4 separate Addresses for each TimeZone.

TIMEZONE 1 START HOUR Default = 9

This Address defines the Hour component of the Start Time.

TIMEZONE 1 START MINUTE Default = 0

This Address defines the Minute component of the Start Time.

TIMEZONE 1 END HOUR Default = 17

This Address defines the Hour component of the End Time.

TIMEZONE 1 END MINUTE Default = 0

This Address defines the Minute component of the End Time.

TIMEZONE 1 DAYS OF THE WEEK Default = 2, 3, 4, 5, 6 Selected. (Mon - Fri)

Option: When Selected: 1 Sunday ¯|

8 Holiday The TimeZone will always be valid on the Days of the Week selected above,

regardless of whether the date has been defined as a Holiday.

The default setting is 9:00 – 17:00 on all Weekdays (Working Hours)

TIMEZONE 2 (5 Addresses)

The default setting is 9:00 – 13:00 on Weekend Days (Overtime Hours)

TIMEZONE 3 (5 Addresses)

The default setting is 7:00 – 20:00 on every Day (Day-time)

TIMEZONE 4 (5 Addresses)

The default setting is 20:00 – 7:00 on every Day (Night-time)

Address

Data type: Value

790

Range: 0 - 23

791

Range: 0 - 59

792

Range: 0 - 23

793

Range: 0 - 59

794

Data type: Option

795

799

800

804

805

809

Section 4. Times. Version 1.01 p3CONCEPT IQ. Installation & Programming Manual.

Times

AC REPORT DELAY Default = 0

This location sets the time period the AC will need to be continuously disconnected from the system before an alarm will be reported to the central station. When the AC is removed from the system the keypad AC indicator will immediately indicate the AC has been removed.

CAUTION: If an AC Report Delay time is programmed, the system Owner/User must be made aware that if the AC supply fails and the Battery is in poor condition, the system may shut down before the AC fail is reported to the Central Station, leaving the premises unmonitored and/or unprotected. If an AC Report Delay is required, ensure that Automatic battery testing is enabled (Address 868, Option 5), keep the period as short as possible, and advise the system Owner/User of the implications of the function.

HOLIDAYS No Default programming

HOLIDAY 1 MONTH

This Address sets the Month component of the Date for Holiday 1. A value of 0 means no Date is defined for Holiday 1.

HOLIDAY 1 DAY

This Address sets the Day component of the Date for Holiday 1. A value of 0 means no Date is defined for Holiday 1.

HOLIDAY 2 TO HOLIDAY 10

Holiday Number: 1 2 3 4 5 6 7 8 9 10 Month Address: 966 968 970 972 974 976 978 980 982 984 Day Address: 967 969 971 973 975 977 979 981 983 985

DAYLIGHT SAVING

IMPORTANT NOTE: The Daylight Saving “Start Month” and “End Month” must both be non-zero before any automatic Daylight Saving adjustment will be performed.

See the information following these programming options for help in determining the Daylight Saving Start and End dates to be programmed.

Note that Daylight Saving adjustment occurs at 00:00 (Midnight) on the specified day.

DAYLIGHT SAVING START MONTH Default = 0

This Address sets the Month component of the Date for the Start of Daylight Saving. A value of 0 means no automatic Daylight Saving adjustment.

DAYLIGHT SAVING START WEEK Default = 5. Last Week of the Month

This Address sets the Week-Of-Month component of the Date for the Start of Daylight Saving.

DAYLIGHT SAVING DAY-OF-WEEK IN START WEEK Default = 1. Sunday

This Address sets the Day-Of-Week component of the Date for the Start of Daylight Saving. 1 Sunday 4 Wednesday 6 Friday 2 Monday 5 Thursday 7 Saturday 3 Tuesday

Address

810

Data type: Value

Range: 0 - 60 Min.

Data type: Value

966

Range: 0 - 12

967

Range: 0 - 31

968

985

Data type: Value

986

Range: 0 - 12

987

Range: 1 - 5

988

Range: 1 - 7

p4 Section 4. Times. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

DAYLIGHT SAVING END MONTH Default = 0

This Address sets the Month component of the Date for the End of Daylight Saving. A value of 0 means no automatic Daylight Saving adjustment.

DAYLIGHT SAVING END WEEK Default = 5. Last Week of the Month

Programmed as per Start Week.

DAYLIGHT SAVING DAY-OF-WEEK IN END WEEK Default = 1. Sunday

Programmed as per Start Day-Of-Week.

DAYLIGHT SAVING TIME (DST) START AND END DATES.

Australia

In NSW, ACT, VIC and SA, DST normally starts on the last Sunday in October, and ends on the last Sunday in March. e.g. 28 October 2001 to 31 March 2002

27 October 2002 to 30 March 2003 26 October 2003 to 28 March 2004

31 October 2004 to 27 March 2005 In TAS, DST normally starts on the first Sunday in October, and ends on the last Sunday in March. e.g. 7 October 2001 to 31 March 2002

6 October 2002 to 30 March 2003

5 October 2003 to 28 March 2004

3 October 2004 to 27 March 2005

New Zealand

Daylight Saving Time normally starts on the first Sunday in October, and ends sometime in March.

Europe

Daylight Saving Time normally starts on the last Sunday in March, and ends on the last Sunday in October. e.g. 25 March 2001 to 28 October 2001

NOTE: These dates are only a guide, and should be checked with a reliable local source. Comprehensive information on DST Start and End dates for most world locations can be found at:

Time and date.com http://www.timeanddate.com/time/

SET THE REAL-TIME CLOCK.

Press <*>, then enter the current Time and Date as an 11 digit data string, followed by the <ENTER> key. Note that the Real-Time Clock must be re-programmed to the current time and date whenever the Control Module is powered down. i.e. The AC supply and the battery are disconnected.

The data is entered in the following order: mm:hh ; DD:MM:YY ; d i.e. minute, minute (00 - 59); hour, hour (00 - 23); Day, Day (01 - 31);

Month, Month (01 - 12); Year, Year (00 - 99); day of week (1 Sunday - 7 Saturday)

e.g. TIME & DATE: DATA STRING:

1) 07:24 AM, Monday, June 5, 2001 2,4,0,7,0,5,0,6,0,1,2, <ENTER>

2) 05:15 PM, Thursday, September 20, 2001 1,5,1,7,2,0,0,9,0,1,5, <ENTER> To view the current Time and Date, enter the Real-Time Clock Programming Mode and the first digit of the

Time and Date Data will be displayed on the Terminal Zone Lamps. Press the <NEXT> key to step through the 13 digits in the Time and Date Data. The first 2 digits are the

“Seconds”. When the end of the data is reached, a long beep will sound to indicate there are no more characters to display, and the first digit will again be displayed.

989

990

991

NEXT 23

Section 5. Area Programming. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

Areas

Section 5. Area Programming

Area Modes ................................................................................................................................................1

Multi Area Systems ....................................................................................................................................1

Multi Area Options .....................................................................................................................................1

Area Entry Delay ........................................................................................................................................1

Area Exit Delay ..........................................................................................................................................1

Area Arming Options .................................................................................................................................2

Area AutoArm Pre-warn time ....................................................................................................................2

Area Re-AutoArm time ..............................................................................................................................2

AREA MODES

The system is designed to operate in Single Area or Multi-Area mode.

-In Single Area mode the system only uses one area, the “General Area” or “Area 1”. When Single Area mode is selected, the Area Lamps on the Terminal are not used and any Multi-Area programming or operating functions are ignored.

-When Multi-Area mode is selected, up to four separate Areas can be used. The Area Lamps on the Terminal indicate the status of each individual Area.

MULTI-AREA SYSTEMS

When the system operates in Multi-Area mode, it can be configured as four separate Areas, or as 3 Areas with Area 4 as the Sub-Area. Sub-Area Mode. When this mode is selected, Area 4 will only be armed when all the Areas included in Area 4’s “Sub-Area list” are armed. When this mode is selected, Area 4 can be Disarmed from a Terminal or Keyswitch, but will not Arm unless all the Areas in the Sub-Area List are Armed.

NOTE: If an Entry/Exit Area is required in a Multi-Area system, Area 1 is recommended.

MULTI-AREA OPTIONS Default = No Options Selected

If the system is in Single Area mode, none of the Sub-Area options need to be programmed. Option: When Selected:

1 Enables Multi-area mode. (Default is Single area mode) 2 Enables Area 4 as the Sub-Area. 3 Includes Area 1 in the Area 4 Sub-Area list. 4 Includes Area 2 in the Area 4 Sub-Area list. 5 Includes Area 3 in the Area 4 Sub-Area list.

AREA ENTRY DELAY TIME Default = Area 1: 30 Seconds

These Addresses set the Entry time to be applied to Zone Inputs programmed as Delayed Zones. i.e. Zone Types 1 (Delayed) and 2 (Handover).

Area Number: 1 2 3 4 Entry Delay Time Address: 928 929 930 931

AREA EXIT DELAY TIME Default = Area 1: 60 Seconds

These Addresses set the Exit time to be applied to Zone Inputs programmed as Delayed Zones. i.e. Zone Types 1 (Delayed) and 2 (Handover).

Area Number: 1 2 3 4 Exit Delay Time Address: 936 937 938 939

Address

960 928 to 931 936 to 939 944 to 947 870 871

960

Data type: Option

928

931

Data type: Value

Range: 0 - 255 Sec.

936

939

Data type: Value

Range: 0 - 255 Sec

p2 Section 5. Area Programming. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

Address

944

947

Data type: Value

Range: 0 - 4

870

Data type: Value

Range: 0 - 255 Sec.

871

Data type: Value

Range: 0 - 255 Min.

AREA ARMING OPTIONS Default = 0 (All Areas)

The Area Arming options allow a TimeZone to be assigned to the Area causing the Area to automatically Arm when the TimeZone goes Invalid.

Note that when the TimeZone goes Invalid and the Area Arms, it does not force the Area to remain in the Armed state for the duration of the Invalid period. i.e. The control function only occurs on the Valid-to-Invalid transition or “edge”. This means the Area can still be controlled by other entities, if required, such as:

-User control via PIN codes and Keyswitches, etc.

-Automatic control via the Re-Autoarm function.

-Remote Control. Area Number: 1 2 3 4

Area Arming Options: 944 945 946 947 Value: When Selected:

0 No TimeZone control. 3 TimeZone 3 will control the Area. 1 TimeZone 1 will control the Area. 4 TimeZone 4 will control the Area. 2 TimeZone 2 will control the Area.

NOTES: 1) If a System Reset occurs and the TimeZone is currently Invalid, the Area will Auto-arm.

2) Auto-arm will Force-arm the Area and will only auto-isolate Delayed Zone Types. Any other Zone Types that are un-sealed when the Area arms, will go into alarm.

AUTOARM PRE-WARN TIME Default = 0

This Address determines the time period that a warning indication will be provided when an Area is about to be automatically armed by a TimeZone, or by the Re-Autoarm function.

A value of 0 means no Pre-warning. Note that the Pre-warn time is added to the Auto-arm time. e.g. If the Area is programmed to arm at 7 PM with a Pre-warn time of 120 Seconds, the Area will arm at 7:02 PM.

The Autoarm Pre-warn indication is provided by Terminals associated with the Area about to be armed, and by the relevant Auxiliary Event Types; 45 (Area 1) to 48 (Area 4).

RE-AUTOARM TIME Default = 0

The Re-Autoarm function allows one or more Areas to be programmed to automatically arm when no activity is detected on the Zone Inputs in the Area for a specified period of time. This function can be used for a number of purposes including:

-The ability to ensure that Areas are not accidently left dis-armed when all personnel have vacated the site.

-Turning off particular building services (lights, aircon, etc) when no personnel are detected in the Area.

-Keyswitch or Button operated “Deadman” functions. To implement the Re-Autoarm feature, the following options must be programmed:

1) The Area must be programmed as an Autoarm Area. i.e. A TimeZone must be assigned to the Area

in the Area Arming options. ( Address 944 [Area 1] to 947 [Area 4] ) NOTE: If you do not wish the Area to turn On at the End time specified in the TimeZone, assign a TimeZone that has the Start and End times programmed to 00:00.

2) Program a “Re-Autoarm Time” to a value of 1 to 255 to specify how long the Area can remain dis-

armed without detecting any Zone Input activity. (If this period expires without any Zone Input activity being detected, the Area will automatically arm)

Settings: 0 There will be no Re-autoarm function.

1 to 255 a) When an Autoarm Area is disarmed, the Re-Autoarm timer will be started for that Area.

b) While the timer is running, any Zone Input activity detected in the Area will cause the timer to be re-started. (Thereby preventing the Area from Re-arming) c) When the Re-Autoarm timer has run for the specified time without detecting any Zone Input activity, the Area will automatically be Re-armed.

Section 6. Zones. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

Zones

ZONE PROGRAMMING

Zone programming allows the Installer to configure how the Zone Inputs are processed. A “Zone Type” and a number of processing options are programmed for each individual Zone, while parameters for Pulse Counting, Terminating Resistors and Zone Self Testing are programmed as global Zone Options.

PER ZONE OPTIONS

ZONE TYPE (16 Addresses)

Zone: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 736 737 738 739 740 741 742 743 744 745 746 747 748 749 750 751

0 Instant Default for Zones 3 to 8. When an “Instant” Zone goes into alarm, the system

immediately generates an alarm, & according to how the processing options are programmed, can trigger the sirens, strobe & other outputs; & report the alarm.

1 Delayed Default for Zone 1. A “Delayed” Zone will have Entry/Exit delay periods applied,

as programmed in the “Entry delay” and “Exit delay” Addresses for the Area that the Zone is assigned to. (General Area/Area 1 in a Single Area system)

2 Hand-over Default for Zone 2. When a “Handover” Zone goes into alarm, the alarm will be

processed under these two conditions:

· If a Delayed Zone has already been triggered in the same Area, the system will ignore the alarm for the duration of the Entry or Exit timer.

· If a Delayed Zone has not been triggered, the system will process the Zone as an “Instant” Zone.

3 24 Hour Burglary A “24 Hour Burglary” Zone is permanently armed. When the Zone goes into

alarm it can trigger the sirens, strobe, and other outputs and report the alarm according to how the processing options are programmed. If the siren is triggered a Burglary siren tone will sound.

4 24 Hour Fire A “24 Hour Fire” Zone is permanently armed. When the Zone goes into alarm it

can trigger the sirens, strobe, and other outputs and report the alarm according to how the processing options are programmed. If the siren is triggered a Fire siren tone will sound.

5 24 Hour Panic A “24 Hour Panic Zone” is permanently armed. Panic alarm processing is

determined by the “Emergency Options”. (Address 869, Option 1 & 2). If the siren is triggered a Panic siren tone will sound. If the dialer is enabled a “Panic” report is sent to the Central Station.

6 24 Hour Duress A “24 Hour Duress Zone” is permanently armed. Duress alarm processing is

determined by the “Emergency Options”. (Address 869, Option 7) If the dialer is enabled a “Duress” report is sent to the Central Station.

Section 6. Zone Inputs

Per Zone Options ................................................................................................................................... 1

Zone Type (16 Addresses) ......................................................................................................... 1

Zone Options (16 Addresses) .................................................................................................... 2

Zone Areas (16 Addresses) ....................................................................................................... 3

Global Zone Options

Max Pulse .................................................................................................................................... 3

Pulse Time .................................................................................................................................. 3

End-of-Line Resistor Type ......................................................................................................... 4

Self Test Period .......................................................................................................................... 4

Address

736 752 768

784 785 786 787

736

751

Data type: Value

Range: 0 - 9

p2 Section 6. Zones. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

7 Spare 8 * Key Switch Arming A “Key Switch “ Zone will arm the Area it is assigned to when the Zone goes Un-

sealed. The Zone can be programmed for momentary or latching operation in “General Options”. (Address 868, Option 6. Default setting is “Momentary”)

9 * Key Switch HOME A “Key Switch HOME” Zone will Arm the Area it is assigned to in HOME mode

when the Zone goes Un-sealed. The Zone can be programmed for momentary or latching operation in “General Options”. (Address 868, Option 6. Default setting is “Momentary”)

* NOTE: “Key Switch” Zones can be used to Disarm Area 4 when enabled as a Sub-Area, but Area 4 will not Arm unless all the Areas in the Sub-Area List are Armed.

ZONE OPTIONS (16 Addresses) Defualt = No options Selected

Zone: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 752 753 754 755 756 757 758 759 760 761 762 763 764 765 766 767

Zone Options allows various processing options to be selected for each individual Zone. 1 Silent When this option is selected, the Zone will not trigger the siren. 2 One-Shot Siren This option allows the Zone to trigger the Siren only once during an arming cycle.

A Zone Restore will be reported on Opening (Area Off).

3 One-Shot Dialer This option allows a Zone to trigger the Dialer only once during an arming cycle.

(“Single Hit”) If Multi-break reporting is required, this option must not be selected.

Highly recommended for “Domestic Dialer” format

4 Pulse Count This option selects the Zone to be Pulse Counted.

The zone will only create an alarm if:

-The “Maximum Pulses” are triggered during the “Pulse Time”.

-OR, the Zone is still in alarm when the “Pulse Time” expires. These options are programmed in the Global Zone Options described below.

5 Self-Test Zone Any Zones defined as a “Self-Test Zone” are required to go into the un-sealed

state at least once within the “Self-Test Period”, or a Self-Test system input alarm will be generated. Self-Test Zones are monitored for activity while the Area that they are assigned to is Dis-armed. Only Zones that will go into the un-sealed state in the normal course of daily activity should be defined as a Self-Test Zone. e.g. Movement detectors and Door contacts that get activated when the system is Dis-armed. The Self-Test period is programmed in Address 787.

6 Day Alarm Zone If a Zone is defined as a Day Alarm, then when the Area that the Zone is as-

signed to is Dis-armed, the Zone can trigger an Auxiliary that has the “Day Alarm” Event Type assigned. (Address 816 to 825, Event Type 34) When the Area is Armed, the Zone will generate an alarm as per it’s Zone Type.

7 Home Zone If a Zone is defined as a Home Zone, it will be Armed when the Area that it is

assigned to is Armed in Home mode.

8 Normally Open. Zones that are defined as “Normally Open” will go into alarm when the alarm

contacts on the device are Sealed, and will restore when the contacts are Unsealed. i.e. Reverses the “Seal” and “Alarm” states on the Zone Input. This option can be used when monitoring devices with Normally Open alarm contacts are used. e.g. Certain Smoke Detectors, etc.

752

767

Data type: Option

Section 6. Zones. Version 1.01 p3CONCEPT IQ. Installation & Programming Manual.

Zones

ZONE AREAS

Zones must be assigned to an Area before they can be processed by the system. If the system is configured for “Single Area mode”, then all the Zones that are used, must be assigned to the General Area / Area 1. (Single Area / Multi-Area mode is selected in Multi-Area Options; Address 960, Option 1. Default is Single Area mode)

If the system is configured for “Multi-Area mode”, then each Zone is assigned to one or more Areas, depending on the system requirements.

Any Zone not assigned to any Area is considered as an unused Zone.

ZONE AREAS (16 Addresses)

Zone Area Addresses: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 768 769 770 771 772 773 774 775 776 777 778 779 780 781 782 783

This data sets the Area/s that the Zone will be assigned to. Zones are normally only assigned to one Area. A separate Address is used for each Zone Input as per the table above.

Option: When Selected: 1 Default for Zones 1 to 8. Zone is assigned to Area 1

2 Zone is assigned to Area 2 3 Zone is assigned to Area 3 4 Zone is assigned to Area 4

768

783

Data type: Option

784

Data type: Value

Range: 0 - 15

785

Data type: Value

Range: 0 - 255 Sec.

GLOBAL ZONE OPTIONS

PULSE COUNTING

For any Zone defined as a Pulse Count Zone, the Zone must go into alarm at least the number of times specified in the “Maximum Pulse count”, within the specified “Pulse time” for the alarm to be recognised.

MAX PULSE COUNT Default = 0

This data sets the maximum Pulse count for any Zones defined as “Pulse count” Zones in the Zone Options. (Addresses 752 to767, Option 4)

PULSE TIME Default = 0

This data sets the Pulse count period, for any Zones defined as Pulse count Zones in the Zone Options. (Addresses 752 to767, Option 4)

p4 Section 6. Zones. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

END-OF-LINE RESISTOR TYPE

This data sets the value/s of the End-Of-Line (Terminating) resistor/s used for the Zone inputs. This is a global setting for all Zone inputs connected to the system.

Single End-Of-Line 0 1K 1 1K5 2 2K2 3 3K3 Default. 4 3K9 5 4K7 6 5K6 7 6K8 8 10K 9 12K 10 22K

The installation kit provides 1k, 3k3 and 6k8 Resistors. Typical “Terminating Resistor” settings will be: If Single End-Of-Line is used: 3 (3k3) If Dual End-Of-Line is used: 13 (3k3, 6k8) If Zone Doubling is used: 14 (1k, 3k3, 6k8) If the system is replacing another product, and the detectors already have Terminating Resistors of a different value, the Terminating Resistors may be retained by choosing the setting that matches the existing values.

ZONE SELF-TEST PERIOD Default = 0

This data sets the number of arming periods to be included in the Zone Self-Test processing. Any Zone defined as a Self-Test Zone must go un-sealed at least once during this Self-Test period, or a Self-Test system input alarm will be generated.

A setting from 0 to 16 arming periods can be defined.

Dual End-Of-Line 11 2K2, 2K2 12 2K2, 6K8 13 3K3, 6K8 14 Zone Doubling.* 1k, 3k3, 6K8 15 Zone Doubling.* 1k, 3k3, 6K8 No separate tamper state.

*NOTE: The “Zone Doubling” option allows Zones 1 to 8 on the Control Module to support two detection devices on each Zone input. The additional 8 devices will be recognised and processed as Zones 9 to 16. Zone Inputs on the plug-on Zone/Auxiliary Expander board will be ignored.

786

Data type: Value

Range: 0 - 15

787

Data type: Value

Range: 0 - 16

Section 7. System I/Ps. Version 1.02 p1CONCEPT IQ. Installation & Programming Manual.

Syst. I/Ps

System Inputs are system events that can generate alarms. Each System Input has three programmable options; Siren enable, Dialer enable and Siren type.

System Inputs are always enabled. When in alarm, System Inputs that represent Fault or Tamper conditions will be indicated by the flashing “Fault” Lamp on the LED Terminal. All System Input alarms can be individually viewed/acknowledged via “Fault Analysis Mode” <NEXT 25>. (See System Input Mapping in this section & Section 1: Installation) To enable selected System Inputs to also activate the Siren and/or Dialer, the “Siren Enable” and “Dialer Enable” options must be programmed.

Note: The “Keypad Lockout” function is normally enabled (via the defaults) with a “Keypad Lockout Time” of 60 seconds. To disable, set the Lockout time to zero. (Address 789)

SYSTEM INPUT SIREN ENABLE Default = No System Inputs Enabled for Siren

Option: When Selected: 1 Enable Siren on AC fail

2 Enable Siren on Low battery 3 Enable Siren on Cabinet Tamper 4 Enable Siren on Keypad Lockout 5 Enable Siren on Comms fail / System reset 6 Enable Siren on Siren Monitor 7 Enable Siren on PWR Fuse / Battery Fuse

Note: Zone Self-test Fail alarms are enabled individually in Zone Input programming.

SYSTEM INPUT DIALER ENABLE Default = No System Inputs Enabled for Dialer.

If the system input has been enabled, and if the dialer option is selected, then when the system input goes into alarm, the Concept 16 will attempt to report via the on board dialer.

Option: When Selected: 1 Enable Dialer on AC Fail

2 Enable Dialer on Low Battery 3 Enable Dialer on Cabinet Tamper 4 Enable Dialer on Keypad Lockout 5 Enable Dialer on Comms Fail / System Reset 6 Enable Dialer on Siren Monitor 7 Enable Dialer on PWR Fuse / Battery Fuse 8 Enable Dialer on Zone Self-test Fail (Zone Self-test Fail does not activate the “FAULT” Lamp)

SYSTEM INPUT SIREN TYPE

This option selects the type of siren sound that will be generated if a System Input has been selected to activate the Siren.

0 Default. One second burst. 1 Ten seconds burst. 2 One second burst every 60 seconds for the programmed Siren Time (Typically 5 minutes), OR until

alarm is acknowledged.

Section 7. System Inputs

System Input Siren Enable .......................................................................................................................1

System Input Dialer Enable ......................................................................................................................1

System Input Siren Type ...........................................................................................................................1

System Input Mapping and Functional description .................................................................................2

Address

865 866 867

865

Data type: Option

866

Data type: Option

867

Data type: Value

Range: 0 - 2

p2 Section 7. System I/Ps. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

SYSTEM INPUT MAPPING AND FUNCTIONAL DESCRIPTION

System Inputs are mapped to the Input Numbers shown in the following table.

NOTES:

1) If the Siren output is not used, or a High impedance device is connected (e.g. Piezo siren), a 6k8 resistor must be installed across the Siren output to prevent the Siren Monitor Alarm from being activated.

2) Period specified by Telecommunications authority requirements.

3) Siren and Dialer operations for Keypad System Input alarms (Medical, Panic, Duress and Fire ) are programmed in the “Emergency Options” programming. (Address 869)

ALARM INPUT

No.

Zone

Lamp

DESCRIPTION

Goes Into Alarm when: Restores when:

AC Fail 101 1 The AC mains has been absent for more than the

specified time period (AC Fail Delay). When the input is in alarm the AC indicator on theTerminal will flash.

The AC mains is restored.

Low Battery 102 2 The battery voltage falls below 11.2V during Battery Test

or while AC supply is not present. (Battery voltage is too low to provide backup power if AC fails.)

The battery voltage is restored to above

11.2V.

Cabinet Tamper 103 3 The Control Panel cabinet cover is removed or the

cabinet is removed from it's mounting surface, causing the Tamper Input to go unsealed.

The Tamper Input is sealed.

Siren Monitor Alarm 104 4 The Siren speaker is disconnected from the Control

Panel. *1

The input will restore when the

connection is restored.

PWR Fuse fail 105 5 Power fuse has blown. (Due to Short circuit or over-

current condition.)

The fuse has been replaced.

Battery Fuse fail 106 6 Battery fuse has blown. (Due to Short circuit or over-

current condition.)

The fuse has been replaced.

Comms Fail 107 7 System failed to report.

Attempts to dial out on both primary and backup telephone numbers have failed. The system will try to dial again after waiting 30 minutes. *2

On the next successful dial.

System Reset 108 8 The Control panel has been reset. Keypad Lockout 109 9 The System has registered 5 incorrect PIN code

attempts in a row. The system will not allow keypad access for a specified period of time. (See location KEYPAD LOCKOUT TIME in the Timer section.)

The lockout period has expired.

Zone Self Test Fail 110 10 Any zone flagged as a self-test zone has failed the self-

test criteria. (Does not activate the "FAULT" Lamp)

Alarm has been acknowledged via

"Zone Slf Test Display" (NEXT, 26)

Keypad Medical Alarm*3111 11 Medical Alarm has been activated on a Terminal keypad.

Keypad Panic Alarm

112 12 Panic Alarm has been activated on a Terminal keypad.

Keypad Duress Alarm*3113 13 A Duress PIN code has been entered on a Terminal

keypad.

Keypad Fire Alarm *3 114 14 Fire Alarm has been activated on a Terminal keypad. Programming Change 115 16 Programming change in system database. Door Alarm. Door 1. 116

Door Forced or Door Held condition on specified Door. Note: The system does not differentiate between a Door Forced and Door Held condition.

Door Forced or Door Held condition restored on specified Door.

Door Alarm. Door 2. 117 Door Alarm. Door 3. 118 Door Alarm. Door 4. 119 Test Report 120 Automatic (Periodic) or Manual Test Report is triggered.

Section 8. Auxiliaries. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

Auxes

0 User (Master) Control/Test Only. (via NEXT 24) 1 Burglary Alarm. Default for Auxiliary 1. (Strobe) 2 Fire Alarm 3 Area 1 Armed In Normal Mode 4 Area 2 Armed In Normal Mode 5 Area 3 Armed In Normal Mode 6 Area 4 Armed In Normal Mode 7 Area 1 Armed In Home Mode 8 Area 2 Armed In Home Mode 9 Area 3 Armed In Home Mode 10 Area 4 Armed In Home Mode 11 Spare 12 Spare 13 Spare 14 Spare 15 Entry Timer - General Area / Area 1 16 Exit Timer - General Area / Area 1 17 Zone 1 in Alarm * 18 Zone 2 in Alarm * 19 Zone 3 in Alarm * 20 Zone 4 in Alarm * 21 Zone 5 in Alarm * 22 Zone 6 in Alarm * 23 Zone 7 in Alarm * 24 Zone 8 in Alarm * 25 Zone 9 in Alarm * 26 Zone 10 in Alarm * 27 Zone 11 in Alarm * 28 Zone 12 in Alarm * 29 Zone 13 in Alarm *

Section 8. Auxiliary Output Programming

Auxiliary Event Type ..................................................................................................................................1

Auxiliary Timers .........................................................................................................................................2

Auxiliary Response ....................................................................................................................................2

Auxiliary Event Type details ......................................................................................................................3, 4

These Addresses set the programming options for the ten Auxiliaries AUXILIARY 1 to AUXILIARY 10. Each Auxiliary has 3 Addresses related to the programming.

AUXILIARY EVENT TYPE

The Auxiliary Event Type detemines which Entity or Event will the control the Auxiliary. To define the way in which the Auxiliary is controlled, the “Auxiliary Response” must also be programmed.

Auxiliary Number: 1 2 3 4 5 6 7 8 9 10 Event Type Address: 816 817 818 819 820 821 822 823 824 825

Summary of Auxiliary Event Types.

For a full explanation of Auxiliary Event Types refer to the table at the end of this section.

Address

816 to 825 832 to 841 848 to 857

816

825

Data type: Value

Range: 1 - 59

30 Zone 14 in Alarm * 31 Zone 15 in Alarm * 32 Zone 16 in Alarm * 33 Spare 34 Any “Day Alarm” Zone Unsealed * ^ 35 Timezone 1 Valid 36 Timezone 2 Valid 37 Timezone 3 Valid 38 Timezone 4 Valid 39 Any Zone Bypassed (Isolated) on Arming 40 Any System Input in Alarm 41 Door 1 Alarm 42 Door 2 Alarm 43 Door 3 Alarm 44 Door 4 Alarm 45 Area1 Auto Arm Pre-warning 46 Area2 Auto Arm Pre-warning 47 Area3 Auto Arm Pre-warning 48 Area4 Auto Arm Pre-warning 49 Alarm in Area 1 50 Alarm in Area 2 51 Alarm in Area 3 52 Alarm in Area 4 53 Entry / Exit Timer Area 1 54 Entry / Exit Timer Area 2 55 Entry / Exit Timer Area 3 56 Entry / Exit Timer Area 4 57 Smoke Detector Reset * 58 Comms Fail 59 Follow Siren

* These Event Types can only be turned On by the specified Event, and must be turned Off by a Timer. i.e. Program an Auxiliary Time for the Auxiliary & in the Auxiliary Response Options, do not Enable Option 3.

^ Event Type 34. Event activated whenever Any “Day Alarm” Zone goes Unsealed when the Area that it is assigned to is Disarmed (Turned Off).

p2 Section 8. Auxiliaries. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

AUXILIARY TIMERS No Default settings

If an Auxiliary output needs to be timed, these Addresses set the time period that the Auxiliary will remain on when activated.

Auxiliary Number: 1 2 3 4 5 6 7 8 9 10 Timer Address: 832 833 834 835 836 837 838 839 840 841

A value of 0 means that no timer will operate, and the Auxiliary will only be controlled as per the settings of options 2 & 3 in the “Auxiliary Response” programming.

Second timer: If the timer is required to time from 1 to 255 Seconds, program the second value and ensure that Option 4 in the “Auxiliary Response” programming is not selected.

Minute timer: If the timer is required to time from 5 to 255 Minutes, program the minute value and ensure that Option 4 in the “Auxiliary Response” programming is selected. (If a timer value of 1 to 4 Minutes is required, program the timer in Seconds)

IMPORTANT NOTE: Any Auxiliary that has been programmed as an Auxiliary Event Type 17 to 32, 34 & 57 should have an Auxiliary Timer programmed.

AUXILIARY RESPONSE Default = All Auxiliaries: Options 2 & 3 Selected.

This Address sets the way each Auxiliary will respond when the programmed event occurs. User Control. Note that all Auxiliaries can also be Controlled &/or Tested by “Master” Users via NEXT 24

“Auxiliary Control & Test” Mode. Auxiliary Number: 1 2 3 4 5 6 7 8 9 10

Response Address: 848 849 850 851 852 853 854 855 856 857 Option: When Selected: 1 The Auxiliary will function as a “Normally Closed” output. (i.e. Output is inverted)

(The Auxiliaries are “Open Collector” outputs, and normally switch the output to 0V when On) 2 Auxiliary will turn On when event goes valid. Default: Selected for All Auxiliaries. 3 Auxiliary will turn Off when event goes invalid. Default: Selected for All Auxiliaries. 4 Auxiliary Timer will time in Minutes. (The Auxiliary Timer will normally time in Seconds)

Most Auxiliaries can be turned Off by an Auxiliary Timer and/or the Event going Invalid. This will be determined by the Auxiliary Timer programming and the setting of Option 3 in the Auxiliary Response Options.

The table below shows how these two programming options effect how the Auxiliary will turn Off.

* Auxiliaries 17 to 32, 34 and 57 - “Zone xx in Alarm”, “Day Alarm” and “Smoke Det Reset”.

Option 3 (Aux Off when event goes invalid) is not relevant for these Auxiliary Event Types and should not be selected. These Event Types must be turned Off by an Auxiliary Timer.

Address

832

841

Data type: Value

Range: 0 - 255 Min. or Sec.

848

857

Data type: Option

Option 3: Off when Event goes Invalid

Auxiliary Timer Not Selected Selected* Zero Auxiliary will be latched On permanently. Auxiliary Off when Event goes Invalid. Non-zero Auxiliary Off when Aux Timer expires. Auxiliary Off when Aux Timer expires OR

Event goes Invalid. (Whichever occurs first)

Section 8. Auxiliaries. Version 1.01 p3CONCEPT IQ. Installation & Programming Manual.

Auxes

AUXILIARY EVENT TYPE DETAILS

Continued on following page.

No. Auxiliary Event Type: Event On (Valid) when: Event Off (Invalid) when: 0 User (Master) Control/Test only Turned On via NEXT 24 "Auxiliary

Control & Test" Mode.

Turned Off via NEXT 24 "Auxiliary

Control & Test" Mode.

1 Burglary Alarm (Strobe) Any Burglary alarm.

(Alarm on Zone Types 0, 1, 2 or 3)

The Area that the Alarm occured in, is

Disarmed (Turned Off).

2 Fire Alarm Any Fire alarm .

(Alarm on Zone Type 4)

System Dis-armed. (In multi Area systems, when any Area is disarmed)

3 Area 1 Armed

Area Armed in Normal Mode. Area Disarmed.

4 Area 2 Armed 5 Area 3 Armed 6 Area 4 Armed 7 Area 1 Armed In Home Mode

Area Armed in Home mode. Area Dis-armed in Home mode.

8 Area 2 Armed In Home Mode 9 Area 3 Armed In Home Mode 10 Area 4 Armed In Home Mode 11 Spare 12 Spare 13 Spare 14 Spare 15 Entry (Used for Single Area systems

or Area 1 in Multi Area systems)

General Area / Area 1 Entry timer on. General Area / Area 1 Entry timer off.

16 Exit (Used for Single Area systems

or Area 1 in Multi Area systems)

General Area / Area 1 exit timer on. General Area / Area 1 exit timer off.

17 Zone 1 in Alarm *

Zone in Alarm. (When Area is Armed)

Off by Auxiliary Timer.

Zone 2 in Alarm *

19 Zone 3 in Alarm * 20 Zone 4 in Alarm * 21

Zone 5 in Alarm *

22 Zone 6 in Alarm * 23 Zone 7 in Alarm * 24

Zone 8 in Alarm *

25 Zone 9 in Alarm * 26 Zone 10 in Alarm * 27

Zone 11 in Alarm *

28 Zone 12 in Alarm * 29 Zone 13 in Alarm * 30

Zone 14 in Alarm *

31 Zone 15 in Alarm * 32 Zone 16 in Alarm * 33

Spare

34 Day Alarm* Any “Day alarm” Zone Type Unsealed

when Area not Armed.

Must be programmed to turn Off by an Auxiliary Timer.

35 Timezone 1

TimeZone Valid. TimeZone Invalid.

36 Timezone 2 37 Timezone 3 38 Timezone 4

p4 Section 8. Auxiliaries. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

AUXILIARY EVENT TYPE DETAILS

* Auxiliaries 17 to 34 and 57 - “Zone xx Unsealed”, “Door Bell”, “Day Alarm” and “Smoke Det Reset”.

Option 3 (Aux Off when event goes invalid) is not relevant for these Auxiliary Event Types and should not be selected. These Event Types must be turned Off by an Auxiliary Timer.

No. Auxiliary Event Type: Event On (Valid) when: Event Off (Invalid) when: 39 Zone Bypassed On Arming Any Zone Bypassed (Isolated) on

arming.

Any Area turned off.

40 System Alarm Any system input in alarm. System input acknowledged and no

system input remaining in alarm.

41 Door 1 Alarm

Door Forced or Door Held Alarm on

the specified Door.

Door Forced or Door Held Restored on the specified Door.

42 Door 2 Alarm 43 Door 3 Alarm 44 Door 4 Alarm 45 Area 1 Auto Arm Prewarn

Auto-Arm Pre-warn started in the specified Area. (Pre-warn timer programmed in Address 870)

Auto-Arm Pre-warning expired. (Area on)

46 Area 2 Auto Arm Prewarn 47 Area 3 Auto Arm Prewarn 48 Area 4 Auto Arm Prewarn 49 Alarm. General Area / Area1

Any Alarm in the specified Area. Area Disarmed.

50 Alarm. Area 2 51 Alarm. Area 3 52 Alarm. Area 4 53 Entry / Exit. General Area / Area 1

Entry or Exit timer running in the specified Area.

Entry or Exit timer cancelled or expired in Area.

54 Entry / Exit. Area 2 55

Entry / Exit. Area 3

56 Entry / Exit. Area 4 57 Smoke Detector Reset * "Smoke Detector Reset" operation is

performed at a Terminal. PIN code, <NEXT>, 99. (User must have "Master" User Type)

Must be programmed to turn Off by an Auxiliary Timer.

58 Comms Fail System failed to report. On the next successful dial. 59 Siren Siren active. Siren off.

Section 9. Terminal Programming. Version 1.02 p1CONCEPT IQ. Installation & Programming Manual.

Terminals

Section 9. Terminal Programming

Terminal Area Mode ..................................................................................................................................1

Terminal Associated Area (4 Addresses) ................................................................................................1

Door Unlock Time......................................................................................................................................2

Commissioning Terminals .........................................................................................................................2

TERMINAL AREA MODE Default = Multi-Area Mode (All Terminals)

Setting the Area mode for each Terminal has two functions:

1. Defines how Arming & Disarming operations from the Terminal are performed.

- Single Area Mode: PIN Code, <ON>/<OFF>; Arms/Disarms only the Area associated with the Terminal. PIN Code, <Area Number>, <ON>/<OFF>; Arms/Disarms the specified Area if the User has permission.

See User manual for details.

- Multi-Area Mode: PIN Code, <ON>/<OFF>; Arms/Disarms all Areas. PIN Code, <Area Number>, <ON>/<OFF>; Arms/Disarms the specified Area if the User has permission.

See User manual for details.

2. Defines what Zone information will be displayed on the Terminal.

- Single Area mode: Only Zones in the associated Area will be displayed on the Terminal Zone Lamps.

- Multi-Area mode: Zones in all Areas will be displayed on the Terminal Zone Lamps.

IMPORTANT NOTE: Enhanced Terminals can only operate in Single Area Mode. Option: When Selected:

1 Sets Terminal 1 to Single-Area Mode. 2 Sets Terminal 2 to Single-Area Mode. 3 Sets Terminal 3 to Single-Area Mode. 4 Sets Terminal 4 to Single-Area Mode.

TERMINAL ASSOCIATED AREA (4 Addresses) Default = 1: Area 1 (All Terminals)

This Address sets the Area that the Terminal is associated with. This determines the Area used for:

-Arming/Disarming operations.

-Zone Lamp display.

-Entry/Exit warnings.

On Enhanced Terminals, the Associated Area is also used in Door Access processing.

-If the Terminal’s Associated Area is not assigned to the User, Door Access will be denied.

-If Associated Area is On, and the Area is assigned to the User, Area will turn Off and Access will be granted.

-Arm/Disarm operations and Zone Lamp display: Associated Area programming is only relevant if the

Terminal is set to “Single Area” mode in Address 961. See above.

-Entry/Exit warnings: Associated Area programming selects which Area the Terminal will sound Entry/Exit

warnings for, regardless of whether the Terminal is set to Single Area or Multi-Area Mode. Terminal Number: 1 2 3 4

Associated Area Address: 952 953 954 955 Value: When Selected:

1 Area 1 is associated with the Terminal. 2 Area 2 is associated with the Terminal. 3 Area 3 is associated with the Terminal. 4 Area 4 is associated with the Terminal.

NOTES: Zone activity display on Terminals (Address 868 - General Options, Option 8). If this option is not selected, Zone activity will not be displayed on Terminals when the System / Associated Area is Disarmed.

Address

961 952 to 955 872

961

Data type: Option

952

955

Data type: Value

Range: 1 - 4

p2 Section 9. Terminal Programming. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

COMMISSIONING THE TERMINALS

1. Enable Terminal Configuration Mode. Method 1: Remove power from the Terminal.

Hold down the <NEXT> and <HOME> keys. Re-apply power to the Terminal. Release the <NEXT> and <HOME> keys.

Method 2: Hold down the <NEXT> and <HOME> keys.

Short the “RST” (Reset) link on the rear of the Terminal. Release the <NEXT> and <HOME> keys.

2. Note the current Address setting. The current Address of the Terminal will be displayed via the Zone 1 to 4 Lamps. The Zone Lamp number that corresponds to the current Address will flash.

3. Select the new Terminal Address number. Press the key that corresponds to the required Address (1 to 4) within 10 seconds, then press <ENTER>.

When the <ENTER> key is pressed, a Standard Terminal will now exit Terminal Configuration Mode.

4. Note the current Door Alarm enable status. ENHANCED TERMINALS ONLY. After the Terminal Address has been entered as per Step 3, the display will now show the current Door Alarm enable status: 0 = Disabled (Default)

1 = Enabled

5. Enable / Disable Door Alarm. ENHANCED TERMINALS ONLY. If an Enhanced Terminal is required to generate the Door Alarm to indicate a “Door Forced” or “Door Held” condition, then “Door Alarm” must be enabled for that Terminal.

To Enable or Disable, select the option required (0 or 1) within 10 seconds, then press <ENTER>. When the <ENTER> key is pressed, the Enhanced Terminal will now exit Terminal Configuration Mode.

6. Initialize the LAN. When all Terminals are configured and connected to the Control Module via the system LAN, the LAN must be initialized by Removing and Re-applying power to the Control Module. Remember to disconnect the battery also when removing power. NOTE: Not required if Terminals are commissioned before the “CLK” and “DATA” wires are connected to the Control Module.

DOOR UNLOCK TIME Default = 5 Seconds (All Terminals)

Relevant to Enhanced Terminals only. This Address sets the time that the Lock Auxiliary output on the Enhanced Terminals will remain on, to unlock the associated Door.

ACCESS CONTROL NOTES:

1) MAXIMUM DOOR OPEN TIME. The Maximum Door Open Time is 4 x Unlock time. e.g. If the Door Unlock time is 5 Seconds, the Maximum Door Open Time will be 20 Seconds.

2) DOOR ALARMS:

-DOOR HELD (DOTL). If the Door Reed input on the Enhanced Terminal remains un-sealed for longer than the Maximum Door Open time after a valid Door Access event, a Door Alarm will be generated for that Door.

-DOOR FORCED. If the Door Reed input on the Enhanced Terminal goes un-sealed without a valid Door Access event, a Door Alarm will be generated for that Door.

-The system does not differentiate whether a Door Alarm is caused by a “Door Held (DOTL) or “Door Forced” condition.

5) DOOR RE-LOCK. If the Door Reed switch is connected to Zone 2 on the Enhanced Terminal, the system monitors the state of the Door (Opened or Closed), and detects when the Door is opened after being un-locked. This allows the system to cancel the Lock Auxiliary (“Clip” the Door Unlock Time) as soon as the Door is opened, ensuring that the Door is re-locked when it closes, and preventing Door “bounce”.

872

Data type: Value

Range: 0 - 60 Sec.

Section 10. Comms. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

Comms

TELEPHONE NUMBERS

When the system is required to report to a Central Station or a Telephone, OR the system is required to Callback a PC that is dialing in for Remote connection, you will be required to program one or more Telephone numbers.

Telephone numbers are programmed as a Sequential number of up to 16 digits using the keys shown in the following table.

e.g. Telephone number: 1 Pause 1234 5678 is entered by the key sequence:

<*>, 1, <NEXT>, 1, 2, 3, 4, 5, 6, 7, 8, <ENTER>

Telephone number selection.

Remember that only the Start Address is selected for programming Telephone numbers; and that <#>, <#>, cannot be used to move on to the next Address when programming sequential numbers.

Quick Telephone number selection. When programming Telephone numbers, Press <HOME> to move on to the next Telephone number to program. If you are programming more than one telephone number, this eliminates the need to select the Address of the next number to program. The Telephone numbers are presented in the sequence: Primary Number, Secondary number, Callback number. e.g. If the Secondary number has been programmed, pressing <HOME> will move on to the Callback number, and pressing <HOME> again will jump back to the Primary number.

Section 10. Communications

Communications programming sets all the parameters and options for:

-Contact ID or Domestic Dialer reporting.

-Dialer Test reporting.

-Remote Dial-up connection.

-Serial Port communications.

Dialer

Telephone numbers .......................................................................................................................1

Primary telephone number (15 Addresses) ...............................................................................2

Secondary telephone number (15 Addresses) ...........................................................................2

Call back telephone number (15 Addresses) ............................................................................2

Reporting format ............................................................................................................................2

Dialer options .................................................................................................................................2

Maximum attempts ........................................................................................................................2

Test reporting

Test report period ..........................................................................................................................3

Test report hour .............................................................................................................................3

Test report minute ..........................................................................................................................3

Remote connect

Remote connect options ...............................................................................................................3

Rings to answer .............................................................................................................................3

Answer machine bypass ...............................................................................................................3

Serial Port Options

Port 0 Communications Task ........................................................................................................4

Port 0 Baud rate.............................................................................................................................4

Client Codes

General Area / Area 1 Client Code (4 Addresses) .....................................................................4

Area 2 Client Code (4 Addresses)...............................................................................................4

Area 3 Client Code (4 Addresses)...............................................................................................4

Area 4 Client Code (4 Addresses)...............................................................................................4

Contact ID Event Codes............................................................................................................................5

Address

16 32 64 48 49 50

51 52 53

54 80 81

82 83

896 900 904 908

Telephone number digit to program:

0 to 9 # * Pause (1 Second)

Key to Press on LED Terminal keypad: <0> to <9> <#> <*> <NEXT>

Value displayed on Zone Lamps: 0 to 9 10 11 12

p2 Section 10. Comms. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

Address

Data type: Value

Range: 0 - 12

Data type: Value

Range: 0 - 12

Data type: Value

Range: 0 - 12

Data type: Value

Range: 0 - 2

PRIMARY TELEPHONE NUMBER. (16 Addresses)

When the system is required to report to a Central Station or a Telephone, this is the first Telephone number the Control Module will dial.

SECONDARY TELEPHONE NUMBER. (16 Addresses)

If the Primary Telephone number fails, the dialer will then try the Secondary Telephone number. If this fails the dialer will alternate between the two numbers until the “Maximum Attempts“ (Address 50) are reached.

CALL BACK TELEPHONE NUMBER. (16 Addresses)

This Address sets the Telephone number that the system will use when dialing back the computer. The “Remote connect with Callback” option must be selected. (Address 54. Select option 2)

REPORTING FORMAT Default = 0. (No Dialer)

This Address selects the reporting format that the system will use if reporting via the dialer. 0 No dialer. Default. When option is selected the system will not report through its on board

dialer. It will operate in local mode. 1 Contact ID. Reports alarm information in Ademco Contact ID format. 2 Domestic. Domestic dialing enables the Control Module to send an audible tone to a private

telephone number to warn the owner of activity at the premises. NOTES: “Domestic” Dialer format. When the alarm signal is received by the remote Telephone, the Telephone User will hear:

- Beeps of the same tone to indicate an Area Opening or Closing event.

- Beeps of 2 different tones to indicate an Alarm Event. The alarm is acknowledged by the receiving telephone answering the call. The Telephone User does not have to perform any operation to acknowledge the alarm.

Once the alarm signal is heard, the User can simply hang-up the telephone. IMPORTANT NOTE:

-Once the receiving telephone has answered the call, the alarm message is regarded as being acknowledged and will not be sent again, regardless of whether a User has heard the alarm signal or not.

-This means that if an Answering Machine, Fax machine or similar device answers the call, the alarm will still be regarded as being acknowledged.

-If this feature is used, care must be excercised in selecting appropriate telephone numbers to ensure that the alarm signal will be heard by an appropriate User.

Section 10. Comms. Version 1.01 p3CONCEPT IQ. Installation & Programming Manual.

Comms

DIALER OPTIONS Default = No options selected.

Dialer options allow various reporting and remote control options to be selected. The Installer can select the different types of messages that are to be sent to a remote Central Monitoring Station (Base station), or to a Telephone; and whether DTMF remote control is allowed. Depending on the customer requirements, any or all of the message types, 1 to 5, listed below can be transmitted:

Option: When selected: 1 Alarms are reported via Dialer. 2 Restorals are reported via Dialer. 3 Area Openings / Closings (Area Offs / Ons) are reported via Dialer. 4 Programming changes are reported via Dialer. 5 Opening reports will only be sent if an alarm has occurred in the previous Armed period. 6 Remote control with DTMF Card is enabled. NOTE: While a remote telephone has connected to

the system to perform DTMF remote control functions, Upload/download via the dialer is temporarily disabled.

7 Isolates are reported via Dialer. IMPORTANT NOTE: Do not select any options 1 to 5, unless a Dialer Reporting format has been selected.

MAXIMUM DIAL ATTEMPTS Default = 10 Attempts.

This Address sets the maximum number of dialing attempts the system can make to contact the Central Monitoring Station or Domestic Telephone.

The system will alternate betwen the Primary and Secondary Telephone numbers for each attempt. This setting represents the total number of attempts on both Telephone numbers.

IMPORTANT NOTE: Regulatory authorities may limit this number. (In Australia, ACA specify a maximum of 10 attempts. ACA Approval will be void if Max Attempts is set to a higher value)

When the maximum number of attempts has been reached, and no connection is made, the Comms Fail System Input will be activated. The system will wait 30 minutes before attempting to dial again. (This wait period is a regulatory requirement)

TEST REPORTING

The following Addresses set the frequency of automatic Test reports and the time of day the Test Report is to be sent to the Central Station.

Test report period

This option sets the frequency of the automatic Test Report. (i.e. How often a Test Report will be sent) Data: When selected:

0 Default. No Test Report will be sent. 1 Test Report sent every day. 2 Test Report sent every Monday. 3 Test Report sent on the first day of every month.

Test report hour

This Address sets the hour that the test report will be sent.

Address

Data type: Option

Data type: Value

Range: 1 - 16 calls

Data type: Value

Range: 0 -3

Range: 0 -23 (hour)

p4 Section 10. Comms. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

Test report minute

This Address sets the minute the test report will be sent. e.g. If: The “Test Report period” option is set to 2,

the “Test Report Hour” is set to 22, and the “Test Report Minute” is set to 45. Then a Test Report will be sent to the Central Station at 10:45 PM every Monday.

REMOTE CONNECT

These options allow the Installer to program various parameters relating to remote connection for Upload/ Download and/or DTMF Telephone remote control.

Remote connect options

This Address sets the remote connect method for programming the system with the Upload / Download software. Remote connect for DTMF Telephone remote control is not affected by this setting.

Data: When selected: 0 Default. Remote connect not allowed 1 Remote connect enabled. (Without callback) 2 Remote connect enabled with Callback.

Rings to answer Default = 16 Rings.

This Address sets the number of rings before the system will answer an incoming call. This setting is relevant to both Upload/Download connection and DTMF remote control connection.

Answering machine (Fax) bypass “Follow-on” time.

This feature is used when Upload/Download software or DTMF Telephone is trying to remotely connect to the system, and an Answering Machine is connected to the same Telephone line. If this feature is enabled, the remote device must call the system, then hang up within three rings. If the remote device calls the system again within the programmed “Follow-on” time then the system will answer the call on the first ring & connect.

Data: When selected: 0 Default. Answering Machine Bypass disabled 1 Follow-on time = 10 secs 2 Follow-on time = 30 secs 3 Follow-on time = 60 secs

SERIAL PORT OPTIONS

Serial Port options allow the Installer to program the Communications Task and Baud rate for the Serial Port on the Control Module.

Port 0 Communications Task

Data: When selected: 0 Default. Serial Port not used. 1 Securitel STU. (Not yet available) 2 Serial Printer. (Not yet available) 3 Upload / Download. (Requires the Serial Adapter Cable)

NOTE: While Upload/Download software is connected and communicating with the Control Module, DTMF Remote Control is temporarily disabled.

Range: 0 -59 (min.)

Data type: Value

Range: 0 -2

Range: 1 -16 (rings)

Range: 0 -3

Data type: Value

Range: 0 -3

Section 10. Comms. Version 1.01 p5CONCEPT IQ. Installation & Programming Manual.

Comms

Port 0 Baud Rate

Data: When selected: 0 300 1 1200 2 4800 3 Default. 9600

Port 1 Communications Task (Spare. Not yet available) Port 1 Baud Rate (Spare. Not yet available)

CLIENT CODES

A four-digit Client Code is used to identify the system (premises) to the Central Station and must be programmed if the system is reporting in the “Contact ID” format. (See Address 48. Reporting Format) The Client Code will be supplied by the Central Station.

Single Area system. Only one Client Code is required, and this is programmed as the “General Area / Area 1 Client Code. Multi-Area system. The Client Code must be programmed separately for every Area that is used. If a common Client Code is to be used for all Areas in use, then this Client Code must still be programmed separately for each of the Areas.

A Client Code is programmed as a Sequential number of 4 digits. Remember that only the Start Address is selected for programming a Client code; and that <#>, <#>, cannot be used to move on to the next Address when programming sequential numbers such as Client Codes.

General Area / Area 1 Client Code (4 Addresses)

This is the Client Code that will be used in Single Area systems, or for Area 1 in Multi-Area systems.

Area 2 Client Code (4 Addresses)

This is the Client Code that will be used for Area 2 in Multi-Area systems.

Area 3 Client Code (4 Addresses)

This is the Client Code that will be used for Area 3 in Multi-Area systems.

Area 4 Client Code (4 Addresses)

This is the Client Code that will be used for Area 4 in Multi-Area systems.

Range: 0 -3

84 85

Data type: Value

Range: 0 -9

896

900

904

908

p6 Section 10. Comms. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

Contact ID Events

* By Keyswitch / Remote / TimeZone / etc.

Each event in Contact ID is sent as a string of 16 DTMF digits. For example, an alarm followed by a restore and then an opening would be 3 events. All Contact ID strings follow the format: CCCC 18 SXYZ GG PPP K where: CCCC 4 digit client code that identifies the panel or site. 18 Always the digits “18”. SXYZ Event code.

S = Status. 1 - Alarm or Opening. 3 - Restore or Closing. (Note: Alarm Restores only reported on Area Opening)

XYZ = Type of Event. GG Group Byte which signifies the Area being Opened/Closed or the Area in which the alarm occurred. PPP Point ID. This refers to either the Point number or the User ID depending on the type of event. K Checksum.

Some receivers display a “U” (User) or a “C” (Alarm Point) in front of the PPP, depending on which of these PPP represents.

TYPE OF ALARM MESSAGE EVENT CODE GROUP BYTE (AREA) POINT ID Zone Type (Zone Inputs) XYZ GG PPP

0 - Instant (Burglary) 130 01 to 04 001 to 016 1 - Delayed (Entry/Exit) 130 01 to 04 001 to 016 2 - Handover 130 01 to 04 001 to 016 3 - 24hr Burglary 130 01 to 04 001 to 016

4 - 24hr Fire 110 01 to 04 001 to 016 5 - 24hr Panic 120 01 to 04 001 to 016 6 - 24hr Duress 121 01 to 04 001 to 016

Tamper 144 01 to 04 001 to 016 Isolate 570 01 to 04 001 to 016 System Inputs ^ = Restore not reported. AC Fail 301 01 101 Low Battery 302 01 102 Cabinet Tamper 145 01 103 Siren Monitor Alarm 320 01 104 LAN Fuse fail 140 01 105 Battery Fuse fail 140 01 106 Comms Fail 354 01 107 ^ System Reset 305 01 108 ^ Keypad Lockout 140 01 109 ^

Zone Self Test Fail 307 01 110 ^ Keypad Medical Alarm 120 01 111 ^ Keypad Panic Alarm 120 01 112 ^ Keypad Duress Alarm 121 01 113 ^ Keypad Fire Alarm 110 01 114 ^ Program Altered 306 01 115 ^ Door Alarm. Door 1 140 01 116 ^ Door Alarm. Door 2 140 01 117 ^ Door Alarm. Door 3 140 01 118 ^ Door Alarm. Door 4 140 01 119 ^

Test Report 602 01 120 ^ System Input Isolate 570 01 101 to 120

Open / Close

By User PIN code - Single Area 401 01 to 04 001 to 047 By User PIN code - General Open/Close 402 00 001 to 047 By System* - Single Area 403 01 to 04 48 By System* - General Open/Close 402 00 48 Quick Arm 408 01 to 04 48

Section 11. Users. Version 1.01 p1CONCEPT IQ. Installation & Programming Manual.

Users

USER PROGRAMMING There are 48 Users in the system.

-User 1 is the Installer.

-User 2 is the Master User.

-Users 3 to 47 are Normal Users.

-User 48 is reserved for system functions (e.g. Reporting, Auto arming, etc).

See Section 2 “Introduction to Programming” for a full explanation of the Users.

The Installer can only edit their own PIN Code when in Programming Mode. As all Installer Permissions are pre-defined and do not need to be changed, the Installer User Type and Areas cannot be edited.

To edit other Users and enrol Access Control Cards, a Master User Code must be used and the Codes edited via Operator Mode “NEXT 20. Adding / Changing / Deleting Users”.

See details below or refer to the User’s Manual.

Installer PIN Code (4 or 6 Addresses) Default = 2345 (4 Digit) or 234567 (6 Digit)

This location contains the 4 or 6 digit PIN code for the Installer. The Installers PIN Code should be changed as soon as possible after installation. When choosing a new Installer PIN Code, ensure that a PIN code is chosen that will not be forgotten, while still providing security against unauthorised access.

Note that the LED display will only show the first digit of the PIN Code. The full PIN Code cannot be viewed. NOTE: The PIN Code length is selected at Address 868. General Options, Option 3.

A length of 4 or 6 digits may be selected and applies to all User PIN Codes in the system. The default setting is 4 Digits.

Section 11. Users

User Programming ....................................................................................................................................1

Installer PIN Code ..........................................................................................................................1

Adding / Changing Users ..............................................................................................................1,2

Deleting Users ...............................................................................................................................2

Address

96 NEXT 20 NEXT 20

Data type: Value

Range: 0 - 9

NEXT 20

ADDING OR CHANGING A USER

1. Enter the User Editing Mode.

Logon to the Terminal using a Master PIN Code, then Press , , .

2. Enter the User number to be changed.

Press , then the User number (User 2 to User 47), then

The User number will be displayed on the Terminal via the Zone Lamps. NOTE: If the User number is greater than 16, the first digit will be displayed via a flashing Zone Lamp.

If you need to check the User number, press to view the second digit.

PTO

p2 Section 11. Users. Version 1.01 CONCEPT IQ. Installation & Programming Manual.

3. Enrol the User’s Access Card. (If required) Present the Card at any Access Reader in the system within 30 seconds of selecting the User number. Three short beeps will sound to confirm that the Card has been enrolled and assigned to the selected User.

If the Card is already assigned to another User, or is not recognised by the system, one long beep will indicate a problem.

4. Enter the new PIN Code.

Press , then the new PIN number ... (4 or 6 digits), then

Three short beeps will sound to confirm the PIN number has been programmed. If the PIN is rejected, one long beep will sound to indicate a problem.

5. Assign the User Type.

Press then Press , then the new User Type number , then

USER TYPE: 0 Arm only Can only Arm the system.

1 Arm/Dis-arm Can Arm and Dis-arm the system. 2 Arm/Dis-arm/Isolate Can Arm/Dis-arm the system and Isolate Zones. 3 Master Can perform all operations above & Master User Operations.

2 beeps will sound to confirm the new User Type has been programmed.

6. Assign the User Area or Areas. (Only required if you have a Multi-Area System)

Press (A long beep will sound if the System is not in Multi-Area mode)

Then for each Area that is to be assigned to this User, Press , then an Area option number , then

OPTION: 0 All Areas De-selected.

1 General Area / Area 1 selected. 3 Area 3 selected

2 Area 2 selected 4 Area 4 selected e.g. If Area 1 and Area 3 are to be assigned to the User; Press <*>, 1, <ENTER>; <*>, 3, <ENTER>. 2 beeps will sound to confirm the new Area Option has been selected. When access control is provided, access is only granted at Door/s associated with the User’s Area/s.

DELETING A USER

1. Enter the User Editing Mode as before.

2. Enter the User number to be changed.

Press , then the User number (User 2 to User 47), then The User number will be displayed on the Terminal.

3. Delete the User.

Press , then to delete the PIN code and/or Card data for this User number.

Section 12. Quick Programming. Version 1.02 p1

CONCEPT IQ. Installation & Programming Manual.

How to Enter Data. Select Address: Press , then the Address .. (2 or 3 digits), then . NOTE: Pressing will take you to the next Address.

Enter Data: Press , then the new Data .. (1-16 digits) OR Option to Select/De-select , then . NOTE: , , sets Data/Options to Factory Default.

Quick Prog

QUICK PROGRAMMING GUIDE: Single Area Burglary Alarm system.

1. Determine the number of Burglary Alarm Zone Inputs that will be connected to the system.

For ease of programming; If Entry/Exit Zones are to be used, it is recommended that:

-The Zone Input device that will start the Entry Timer is connected to Zone 1.

-The “Handover” Zone Input device (If required) is connected to Zone 2.

2. Logon to the Terminal using the Installer PIN code and select MODE 2 - DEFAULTING THE CONTROL MODULE. NEXT 02

-Enter PIN, <NEXT>, 0, 2. Section 2. p7.

3. Select the Default Option that matches the number of Burglary Alarm Zone Inputs required.

-<*>, nn, <ENTER>. Where “nn” is the Default option. 0 = No Zones, 1 = 1 Zone, 8 = 8 Zones, etc.

NOTE: Default Zone Types: Zone 1 = 1-Delayed (Entry/Exit); Zone 2 = 2-Handover; Zones 3 to 16 = 0-Instant.

If the Default Zone Types need to be changed, program the new Zone Type in Addresses 736 (Zone 1) to 751 (Zone 16)

Enter Programming Mode (Mode 01) to program additional options & data. NEXT 01

-Enter PIN, <NEXT>, 0, 1.

4. IF the End-of-Line Resistors are a value other than “3k3 Single End-of-Line”: Address 786.

Program the “End-of-Line Resistor” Value. Section 6. p4.

END-OF-LINE RESISTOR TYPES:

Single EOL: 0 -1k / 1 -1k5 / 2 -2k2 / 3 -3k3 / 4 -3k9 / 5 -4k7 / 6 -5k6 / 7 -6k8 / 8 -10k / 9 -12k / 10 -22k

Dual EOL: 11 -2k2, 2k2 tamper / 12 -2k2, 6k8 tamper / 13 -3k3, 6k8 tamper

Zone Doubed: 14 -1k, 3k3, 6k8 zone doubled / 15 -1k, 3k3, 6k8 zone doubled (no seperate tamper state)

5. Enable the System Inputs that are required to activate the Siren. Address 865.

1 - AC Fail. 4 - Keypad Lockout. 6 - Siren Monitor. Section 7. p1.

2 - Low Battery. 5 - Comms Fail / System Reset. 7 - PWR Fuse / Battery Fuse.

3 - Cabinet Tamper.

NOTE: If any of these options are selected, check the “System Input Siren Type” setting. Address 867.

0 = 1 second burst (Default). 1 = 10 second burst. 2 = 1 Sec burst every 60 Secs for 5 Mins.

6. Enable the System Inputs that are required to activate the Dialer. Address 866.

1 - AC Fail. 4 - Keypad Lockout. 7 - PWR Fuse / Battery Fuse. Section 7. p1.

2 - Low Battery. 5 - Comms Fail / System Reset. 8 - Zone Self-Test Fail.

3 - Cabinet Tamper. 6 - Siren Monitor.

Section 12. Quick Programming & Database Record sheets.

p2 Section 12. Quick Programming. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

7. Enable any additional General System Options that are required. Address 868

1 ^ Auto-Isolate on Arming. 4 * Clock sync. to 50Hz AC Mains. 7 Allow Master Users to edit Telephone numbers. Section 3. p1.

2 Quick Arming. 5 ^ Automatic Battery Testing. 8 * Display Zone activity when disarmed.

3 6 digit PIN codes. 6 “Latching” Key-switch operation.

^ Recommended.

* Already enabled by default.

8. Program current Time and Date. NEXT 23

Set the Real-Time Clock. Section 4. p4.

The date and time are stored in the following order: mm:hh ; DD:MM:YY ; d

i.e. Minute, Minute; Hour, Hour; Day, Day; Month, Month; Year, Year; Day Of Week: (Sunday = 1)

e.g. 1) 07:24 AM, Monday, June 5, 2001 2,4,0,7,0,5,0,6,0,1,2, <ENTER>

2) 05:15 PM, Thursday, September 20, 2001 1,5,1,7,2,0,0,9,0,1,5, <ENTER>

9. IF the system is to report in Contact ID or Domestic Dialer formats, program the Dialer options.

-Program the Primary & Secondary Telephone numbers. Addresses 16 & 32.

Section 10. p1 & 2.

-Select the Reporting Format. 1 = Contact ID. 2 = Domestic* Address 48.

(* DTMF Card must be fitted to Control Module) Section 10. p2.

-Select the required Dialer Options. Address 49.

1 - Alarms reported via Dialer. 4 - Prog. change reported via Dialer. 6 - Remote control via DTMF Card enabled.*

2 - Restores reported via Dialer. 5 - Report Open only after an alarm. 7 - Isolates reported via Dialer.

3 - Area Open/Close reported via Dialer.

-Program the Area 1 Client Code. (4 Digits -supplied by the Central Monitoring Station) Address 896.

Section 10. p5.

10. IF periodic Test Reports are to be sent to the Central Monitoring Station, program the Test Report options. Address 51.

-Program the Test Report period. Section 10. p3.

0 - No Test Report. 1 - Every Day.

2 - Every Monday. 3 - First day of every Month.

-Program the time of day the Test Report is to be sent. Address 52: Hour.

Address 53: Min.

Section 10. p3.

11. IF Remote connection for Upload/Download or Telephone is required, program the Remote Connect options. Address 54.

Enable Remote Connect: Select 1 (Remote Connect allowed) Section 10. p4.

12. Change the Installer PIN code. Address 96.

This should be done before the system is commissioned and handed over to the client. Section 11. p1.

Ensure that a new PIN code is chosen that will not be forgotten, while still providing security against unauthorised access.

13. Program the Users.

A Master User Code must be used to program the Users. See Section 11: Users, or the User ’s Manual for details. NEXT 20

Section 12. Quick Programming. Version 1.02 p3

CONCEPT IQ. Installation & Programming Manual.

How to Enter Data. Select Address: Press , then the Address .. (2 or 3 digits), then . NOTE: Pressing will take you to the next Address.

Enter Data: Press , then the new Data .. (1-16 digits) OR Option to Select/De-select , then . NOTE: , , sets Data/Options to Factory Default.

Quick Prog

Planning and Programming record sheets.

Address. FUNCTION. PROGRAMMED SETTING. DEFAULT

16 PRIMARY TELEPHONE NUMBER. Section 10. p1 & 2 _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _

32 SECONDARY TELEPHONE NUMBER. Section 10. p1 & 2 _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _

48 REPORTING FORMAT Section 10. p2 __ 0 - None

0 - None 1 - Contact ID 2 - Domestic dialer

49 DIALLER OPTIONS Section 10. p3

1 - Alarms are reported via Dialer. No [ ] Yes [ ] No

2 - Restorals are reported via Dialer. No [ ] Yes [ ] No

3 - Area Openings/Closings (Offs/Ons) are reported via Dialer. No [ ] Yes [ ] No

4 - Program changes are reported via Dialer. No [ ] Yes [ ] No

5 - Opening reports only sent after alarm has occurred. No [ ] Yes [ ] No

6 - Remote Control with DTMF card is enabled. No [ ] Yes [ ] No

7 - Isolates are reported via Dialer. No [ ] Yes [ ] No

50 MAXIMUM DIAL ATTEMPTS. Section 10. p3 __ (1 - 16) 10 Attempts

CAUTION. Read manual before changing.

51 TEST REPORT PERIOD Section 10. p3 __ 0

0 - No Test Report 1 - Test Report sent every day

2 - Test Report sent every Monday 3 - Report sent on 1st day of every month

52 TEST REPORT HOUR Section 10. p3 __ (0 - 23) 0

53 TEST REPORT MINUTE Section 10. p4 __ (0 - 59) 0

54 REMOTE CONNECT OPTIONS Section 10. p4 __ 0

0 - Remote connect not allowed 1 - Remote connect enabled

2 - Remote connect enabled with Callback.

64 CALL-BACK TELEPHONE NUMBER Section 10. p1 & 2 _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _ / _

80 RINGS TO ANSWER Section 10. p4 __ (1 - 16) 16 Rings

p4 Section 12. Quick Programming. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

Address. FUNCTION. PROGRAMMED SETTING. DEFAULT

81 ANSWER MACHINE (FAX) BYPASS Section 10. p4

0 - Bypass disabled 1 - Follow-on time = 10 secs __ 0

2 - Follow-on time = 30 secs 3 - Follow-on time = 60 secs

82 PORT 0 COMMS TASK Section 10. p4 __ 0

0 - Serial Port not used 1 - STU (Not yet available)

2 - Printer (Not yet available) 3 - Upload/Download

83 PORT 0 BAUD RATE Section 10. p5 __ 3 - 9600

0 - 300 1 - 1200

2 - 4800 3 - 9600

736-787 ZONE INPUT PROGRAMMING. Section 6 See Separate Table

788 SIREN TIME Section 4. p1 ___ (0 to 255 Minutes) 5 Minutes

789 KEYPAD LOCKOUT TIME Section 4. p1 ___ (0 to 255 Seconds) 60

790-809 TIMEZONE PROGRAMMING. Section 4. p2 See Separate Table

810 AC REPORT DELAY Section 4. p3 ___ (0 to 60 Minutes) 0

CAUTION: Read manual before changing.

816-857 AUXILIARY PROGRAMMING. Section 8 See Separate Table

865 SYSTEM INPUT SIREN ENABLE Section 7. p1 Options

1 - AC fail No [ ] Yes [ ] No

2 - Low battery No [ ] Yes [ ] No

3 - Cabinet Tamper No [ ] Yes [ ] No

4 - Keypad Lockout No [ ] Yes [ ] No

5 - Comm Fail / System Reset No [ ] Yes [ ] No

6 - Siren Monitor No [ ] Yes [ ] No

7 - PWR Fuse / Battery Fuse No [ ] Yes [ ] No

Section 12. Quick Programming. Version 1.02 p5

CONCEPT IQ. Installation & Programming Manual.

How to Enter Data. Select Address: Press , then the Address .. (2 or 3 digits), then . NOTE: Pressing will take you to the next Address.

Enter Data: Press , then the new Data .. (1-16 digits) OR Option to Select/De-select , then . NOTE: , , sets Data/Options to Factory Default.

Quick Prog

Address. FUNCTION. PROGRAMMED SETTING. DEFAULT

866 SYSTEM INPUT DIALER ENABLE Section 7. p1 Options

1 - AC fail No [ ] Yes [ ] No

2 - Low battery No [ ] Yes [ ] No

3 - Cabinet Tamper No [ ] Yes [ ] No

4 - Keypad Lockout No [ ] Yes [ ] No

5 - Comm Fail / System Reset No [ ] Yes [ ] No

6 - Siren Monitor No [ ] Yes [ ] No

7 - PWR Fuse / Battery fuse No [ ] Yes [ ] No

8 - Zone Self-test Fail No [ ] Yes [ ] No

867 SYSTEM INPUT SIREN TYPE Section 7. p1 ___ 0

0 - One second burst 1 – T en second burst

2 - One second burst every 60 seconds for Siren Time OR until Alarm acknowledged.

868 GENERAL OPTIONS Section 3. p1 Options

1 - Auto Isolate on Arming No [ ] Yes [ ] No

2 - Quick Arming No [ ] Yes [ ] No

3 - 6 Digit PIN codes (Normally 4 Digits) No [ ] Yes [ ] No

4 - Clock synchronized to 50Hz AC Mains. No [ ] Yes [ ] Yes

5 - Automatic Battery Testing No [ ] Yes [ ] No

6 - Key Switch Zones “latching”. No [ ] Yes [ ] No

7 - Enable Master User/s to edit Telephone numbers. No [ ] Yes [ ] No

8 - Display Zone activity on Terminals when Area/System is Disarmed. No [ ] Yes [ ] Yes

869 EMERGENENCY OPTIONS Section 3. p2 Options

1 – Panic alarms will activate the Siren. No [ ] Yes [ ] No

2 – Panic alarms will activate the Dialer. No [ ] Yes [ ] No

3 – Fire alarms will activate the Siren. No [ ] Yes [ ] No

4 – Fire alarms will activate the Dialer. No [ ] Yes [ ] No

5 – Medical alarms will activate the Siren. No [ ] Yes [ ] No

6 – Medical alarms will activate the Dialer. No [ ] Yes [ ] No

7 – Duress alarms will activate the Dialer. No [ ] Yes [ ] No

870 AUTOARM PRE-WARN TIME Section 5. p2 ___ (0 to 255 Seconds) 0

p6 Section 12. Quick Programming. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

Address. FUNCTION. PROGRAMMED SETTING. DEFAULT

871 RE-AUTOARM TIME Section 5. p2 ___ (0 to 255 Minutes) 0

872 DOOR UN-LOCK TIME Section 9. p2 ___ (0 to 60 Seconds) 5

896-947 AREA PROGRAMMING. Section 5 See Separate Table

952 TERMINAL 1 ASSOCIATED AREA Section 9. p1 ___ (1 - 4) 1

1 - Area 1 2 - Area 2

3 - Area 3 4 - Area 4

953 TERMINAL 2 ASSOCIATED AREA ___ (1 - 4) 1

954 TERMINAL 3 ASSOCIATED AREA ___ (1 - 4) 1

955 TERMINAL 4 ASSOCIATED AREA ___ (1 - 4) 1

960 MULTI AREA OPTIONS Section 5. p1 Options

1 - Multi-Area Mode No [ ] Yes [ ] No

2 - Enable Area 4 as the Sub-Area No [ ] Yes [ ] No

3 - Include Area 1 in Area 4 Sub-Area List No [ ] Yes [ ] No

4 - Include Area 2 in Area 4 Sub-Area List No [ ] Yes [ ] No

5 - Include Area 3 in Area 4 Sub-Area List No [ ] Yes [ ] No

961 TERMINAL AREA MODE Section 9. p1 Options

1 - Set Terminal 1 to Single Area Mode. No [ ] Yes [ ] No

2 - Set Terminal 2 to Single Area Mode. No [ ] Yes [ ] No

3 - Set Terminal 3 to Single Area Mode. No [ ] Yes [ ] No

4 - Set Terminal 4 to Single Area Mode. No [ ] Yes [ ] No

966-985 HOLIDAY PROGRAMMING. Section 4. p3 See Separate Table

986 DAYLIGHT SAVING START MONTH Section 4. p3 ___ (0 - 12) 0

987 DAYLIGHT SAVING START WEEK Section 4. p3 ___ (1 - 5) 5

Section 12. Quick Programming. Version 1.02 p7

CONCEPT IQ. Installation & Programming Manual.

How to Enter Data. Select Address: Press , then the Address .. (2 or 3 digits), then . NOTE: Pressing will take you to the next Address.

Enter Data: Press , then the new Data .. (1-16 digits) OR Option to Select/De-select , then . NOTE: , , sets Data/Options to Factory Default.

Quick Prog

988 DAYLIGHT SAVING DAY-OF-WEEK IN START WEEK Section 4. p3 ___ (1 - 7) 1. Sunday

1 - Sunday 2 - Monday 3 - Tuesday 4 - Wedesday

5 - Thursday 6 - Friday 7 - Saturday

989 DAYLIGHT SAVING END MONTH Section 4. p4 ___ (0 - 12) 0

990 DAYLIGHT SAVING END WEEK Section 4. p4 ___ (1 - 5) 5

991 DAYLIGHT SAVING DAY-OF-WEEK IN END WEEK Section 4. p4 ___ (1 - 7) 1. Sunday

1 - Sunday 2 - Monday 3 - Tuesday 4 - Wedesday

5 - Thursday 6 - Friday 7 - Saturday

Address. FUNCTION. PROGRAMMED SETTING. DEFAULT

p8 Section 12. Quick Programming. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

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ZONE INPUT PROGRAMMING Section 6.

Section 12. Quick Programming. Version 1.02 p9

CONCEPT IQ. Installation & Programming Manual.

How to Enter Data. Select Address: Press , then the Address .. (2 or 3 digits), then . NOTE: Pressing will take you to the next Address.

Enter Data: Press , then the new Data .. (1-16 digits) OR Option to Select/De-select , then . NOTE: , , sets Data/Options to Factory Default.

Quick Prog

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TIMEZONE PROGRAMMING Section 4. p2.

AUXILIARY PROGRAMMING Section 8.

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p10 Section 12. Quick Programming. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

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AREA PROGRAMMING Section 5.

HOLIDAY PROGRAMMING Section 4. p3.

Section 12. Quick Programming. Version 1.02 p11

CONCEPT IQ. Installation & Programming Manual.

How to Enter Data. Select Address: Press , then the Address .. (2 or 3 digits), then . NOTE: Pressing will take you to the next Address.

Enter Data: Press , then the new Data .. (1-16 digits) OR Option to Select/De-select , then . NOTE: , , sets Data/Options to Factory Default.

Quick Prog

INSTALLER MODES SUMMARY

MODE 01. PROGRAMMING MODE. NEXT 01

Enter PIN; ... , then , then the Mode number; , . The <HOME>, <FAULT> and <PWR> Lamps on the LED Terminal will flash simultaneously.

MODE 02. DEFAULTING THE CONTROL MODULE. NEXT 02

Enter PIN; ... , then , then the Mode number; , . The <HOME>, <FAULT> and <PWR> Lamps on the LED Terminal will flash simultaneously.

Select the Default Option: Press , then the Default Option (1 or 2 digits), then

Option 0: The Control Module memory is completely cleared with the exception of the Installer and Master User Codes.

Options 1 to 16: The Control Module memory is defaulted to the Factory settings AND the number of Zones specified by the Option selected, are programmed into Area 1.

Option 49: The Master Code is defaulted to the Factory setting and all other programming is left intact.

CAUTION: Defaulting the Control Module will erase all current programming stored in the memory before implementing any Factory default settings. (Except for Option 49)

Reset the Control Module: Disconnect the AC Input and the Battery from the Control Module, then re-connect.

MODE 03 / MODE 04. IMPORT/EXPORT DATA FROM/TO THE PROGRAMMING KEY. NEXT 03/NEXT 04

Connect the Programming Key to Serial Port 0 on the Control Module.

Import Data from the Programming Key to the Control Module: Enter PIN; ... , then , then the Mode number; , .

Export Data from the Control Module to the Programming Key: Enter PIN; ... , then , then the Mode number; , .

The Lamp on the Key will flash to indicate data is being copied. The Terminal beeper will sound 3 short beeps if the operation was successful, or 1 long beep if unsuccessful.

MODE 05. TERMINAL AREA PROGRAMMING. NEXT 05

Select the Terminal Programming Mode: Enter PIN; ... , then , then the Mode number; ,

Select the Terminal Area Mode: (Not relevant to Enhanced Terminals which cannot be set to Multi-Area)

Press to Set the current Terminal to Single Area Mode. Press to Set the current Terminal to Multi Area Mode.

When Single Area Mode is selected, the default “Associated Area” is Area 1 (General Area)

Select the Associated Area: (Single Area Mode must be selected in the previous step) Press the number (1 to 4) of the Area.

p12 Section 12. Quick Programming. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

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USER PROGRAMMING. NEXT 20 Section 11. p1 & 2. or User’s Manual Chapter 4.1

Program a User. 1) Select User: Press , then the User number .. (1 or 2 digits), then . 2) Enter the PIN code: Press , then the new PIN , then .

3) Assign User Type: Press , then , then the User Type (1 digit), then . 4) Assign Area/s: Press , then “ , (Area no), ” for each Area to Select/Deselect.

Section 13. Index. Version 1.02 p1CONCEPT IQ. Installation & Programming Manual.

Index

Section 13. Index

Section 0. Title and Document Version log.

Section 1. INSTALLATION MANUAL.

1. Installer and Master User Operations (NEXT functions) ............................................................2

2. Control Module ...............................................................................................................................3

3. LED Terminal .................................................................................................................................7

4. Programming Key ..........................................................................................................................8

5. Enhanced LED Terminal ...............................................................................................................9

6. Expansion Card .............................................................................................................................11

7. DTMF Card .....................................................................................................................................13

Section 2. INTRODUCTION TO PROGRAMMING AND SYSTEM OVERVIEW.

1. 1.1 System Overview ....................................................................................................................2

1.2 Types of Users .......................................................................................................................3

1.3 Default Users ..........................................................................................................................3

2. The LED Terminal

2.1 Key Functions .........................................................................................................................4

2.2 Beeper Indications ..................................................................................................................4

2.3 Lamp Indications ....................................................................................................................5

3 Installer Modes

3.1 Overview .................................................................................................................................6

3.2 Accessing the Installer Modes...............................................................................................6

3.3 Mode 01. Programming Mode ..............................................................................................7

3.4 Mode 02. Defaulting Mode....................................................................................................7

3.5 Factory Default Database settings .......................................................................................8

3.6 Mode 03. Import Data from Programming Key....................................................................9

3.7 Mode 04. Export Data to Programming Key........................................................................9

3.8 Mode 05. Terminal Area Programming ................................................................................9

4 Programming Techniques

4.1 The System Database............................................................................................................10

4.2 Selecting and Programming the Data ...................................................................................10

4.3 Example of Programming ......................................................................................................11

5 Types of Data

5.1 Overview .................................................................................................................................12

5.2 “Value” Data............................................................................................................................12

5.3 “Options” Data ........................................................................................................................13

6 Recommended Programming Sequence .....................................................................................14

PROGRAMMING REFERENCE:

Section 3. General Options.

General Options .........................................................................................................................................1

Emergenency Options ...............................................................................................................................2

Section 4. Times.

Siren Time ............................................................................................................................................1

Keypad Lockout Time ................................................................................................................................1

TimeZones ............................................................................................................................................2

AC Report Delay ........................................................................................................................................3

Holidays ............................................................................................................................................3

Daylight Saving ..........................................................................................................................................3

Real-Time Clock ........................................................................................................................................4

Section 5. Areas.

Area Modes ............................................................................................................................................1

Multi Area Systems ....................................................................................................................................1

Multi Area Options .....................................................................................................................................1

Area Entry Delay ........................................................................................................................................1

Area Exit Delay ..........................................................................................................................................1

Area Arming Options .................................................................................................................................2

Area AutoArm Pre-warn time ....................................................................................................................2

Area Re-AutoArm time ..............................................................................................................................2

p2 Section 13. Index. Version 1.02 CONCEPT IQ. Installation & Programming Manual.

Section 6. Zone Inputs.

Per Zone Options ...................................................................................................................................... 1

Zone Type (16 Addresses) ........................................................................................................... 1

Zone Options (16 Addresses) ...................................................................................................... 2

Zone Areas (16 Addresses) ......................................................................................................... 3

Global Zone Options

Max Pulse ...................................................................................................................................... 3

Pulse Time .................................................................................................................................... 3

End-of-Line Resistor Type ........................................................................................................... 4

Self Test Period ............................................................................................................................ 4

Section 7. System Inputs.

System Input Siren Enable ...................................................................................................................... 1

System Input Dialer Enable ..................................................................................................................... 1

System Input Siren Type .......................................................................................................................... 1

System Input Mapping and Functional description ................................................................................ 2

Section 8. Auxiliary Outputs.

Auxiliary Event Type ................................................................................................................................. 1

Auxiliary Timers ........................................................................................................................................ 2

Auxiliary Response ................................................................................................................................... 2

Auxiliary Event Type details ..................................................................................................................... 3, 4

Section 9. Terminals.

Terminal Area Mode ................................................................................................................................. 1

Terminal Associated Area (4 Addresses) ............................................................................................... 1

Door Unlock Time..................................................................................................................................... 2

Commissioning Terminals ........................................................................................................................ 2

Section 10. Communications.

Dialer

Telephone numbers ...................................................................................................................... 1

Primary telephone number (15 Addresses) .............................................................................. 2

Secondary telephone number (15 Addresses) .......................................................................... 2

Call back telephone number (15 Addresses) ........................................................................... 2

Reporting format ........................................................................................................................... 2

Dialer options ................................................................................................................................ 2

Maximum Dial attempts ................................................................................................................ 2

Test reporting

Test report period ......................................................................................................................... 3

Test report hour ............................................................................................................................ 3

Test report minute ......................................................................................................................... 3

Remote connect

Remote connect options ............................................................................................................... 3

Rings to answer ............................................................................................................................ 3

Answer machine bypass .............................................................................................................. 3

Serial Port Options

Port 0 Communications Task ....................................................................................................... 4

Port 0 Baud rate ............................................................................................................................ 4

Client Codes

General Area / Area 1 Client Code (4 Addresses) .................................................................... 4

Area 2 Client Code (4 Addresses).............................................................................................. 4

Area 3 Client Code (4 Addresses).............................................................................................. 4

Area 4 Client Code (4 Addresses).............................................................................................. 4

Contact ID Event Codes........................................................................................................................... 5

Section 11. Users.

Installer PIN Code ......................................................................................................................... 1

Adding / Changing Users ............................................................................................................. 1

Deleting Users .............................................................................................................................. 2

Section 12. Quick Programming. (Includes Programming record sheets)

Quick Programming ...................................................................................................................... 1

Installer Programming record sheets .......................................................................................... 3

Installer Modes summary.............................................................................................................. 11

User Database record sheets ...................................................................................................... 12

Inner Range Concept IQ Installation And Programming Manual

Specifications and Main Features

Frequently Asked Questions

User Manual