ax1 lcd icon installer manual v3 - degree system · 2017-04-14 · 1.0 key switch zone circuit 2.0...

Avantis

AXI LCD ICON

INSTALLER MANUAL

Avantis AX1LCD ICON Installer Manual Rev 3.0

CONTENTS FEATURES

1

SYSTEM TECHNICAL SPECIFICATION

3

MAINBOARD TERMINAL & WIRING

1.0 INSTALLATION AND WIRING

6

6

AXI LCD WIRING DIAGRAM

1.0 TERMINAL BLOCK WIRING CONNECTION

AXI ICON WIRING DIAGRAM

1.0 TERMINAL BLOCK WIRING CONNECTION

7

7

8

8

ZONE CIRCUIT

1.0 KEY SWITCH ZONE CIRCUIT

2.0 TAMPER ZONE CIRCUIT

AX1 LCD KEYPAD SETTINGS

1.0 KEYPAD ID SETTINGS

2.0 IO EXPANDER ID SETTINGS

3.0 ZONE EXPANDER ID SETTINGS

AX1 ICON KEYPAD SETTINGS

1.0 KEYPAD ID SETTINGS

2.0 IO EXPANDER ID SETTINGS

9

9

9

10

10

10

10

11

11

12

HOME AUTOMATION WIRING DIAGRAM

1.0 LIGHTING AUTOMATION

2.0 AIR CONDITONER AUTOMATION

13

13

13


3.0 POWER SOCKET AUTOMATION

14

AXI LCD INSTALLER PROGRAMMING

15

1.0 ACCESS CONTROL

16

2.0 COMMUNICATION SETTING

16

2.1 CALL REPORTING 17

2.2 RECEIVER

17

2.3 TELEPHONY SETTING

17

3.0 ZONE SETTING

18

3.1 ZONE LIST

18

4.0 SYSTEM SETTING

18

4.1 UNIT CONTROL

19

4.2 SYSTEM TIMER

19

5.0 VOICE SETTING

19

5.1 ZONE

19

5.2 OUTPUT

19

6.0 EXTRA

20

6.1 EVENT TRIGGER

20

6.2 KEY SWITCH 20

6.3 TAMPER

20

6.4 SOFT ZONE BELL

20

7.0 OC SETTING 21


7.1 OC LIST

21

AX1 ICON INSTALLER PROGRAMMING

1.0 INSTALLER CODE EDIT

2.0 ZONE TYPE SETTING

3.0 MEMORY INDICATION FOR INSTALLER MODE

22

22

23

24

REMOTE INSTALLER PROGRAMMING

1.0 LCD KEYPAD REMOTE INSTALLER PROGRAMMING

25

26

1.1 REPORTING

1.1.1 REPORTING OPTION

1.1.2 TELEPHONE NUMBER

1.1.3 ACCOUNT NUMBER

1.1.4 SYSTEM REPORTING

1.2 ZONE

1.2.1 ZONE SETTING

1.2.2 ZONE PARTITION

1.2.3 ZONE TRIGGER

1.3 SYSTEM

1.3.1 UNIT CONTROL

1.3.2 SYSTEM TIMER

1.3.3 KEY SWITCH SETTING

1.3.4 TAMPER ZONE SETTING

26

26

26

27

28

28

28

29

29

29

29

29

30

30


1.3.5 SOFT ZONE BELL SETTINGS

1.4 INSTALLER

1.4.1 INSTALLER PIN

SYSTEM REPORTING

1.0 REPORTING PROCEDURES

2.0 DIAL TYPE

3.0 CMS REPORTING FORMAT: ADEMCO® CONTACT ID

30

31

31

31

31

31

31

GLOSSARY

32

TELEPHONE COMMUNICATION

1.0 STEP 1: CONFIGURE USER OR CMS SETTING FOR PHONE

COMMUNICATION

2.0 STEP 2: CONFIGURE TELEPHONY SETTING

3.0 STEP 3: ACTIVATE THE PHONE COMMUNICATION FEATURE

32

32

33

33

WIRING CONNECTION FOR SURGE PROTECTOR

TABLE 1: ICON KEYPAD INSTALLATION PROGRAMMING SHEET

34

35


AX1 LCD

1. 8 fully programmable zones (expandable to 32 zones)

2. Expandable up to 32 output controls (with feedback capability)

3. Supports up to 8 LCD keypads

4. 4 Real time ARM/DISARM timer on Daily basis or Schedule basic.

5. 4 Real time ON/OFF timer on Daily basis or Schedule basic.

6. 12 user codes & 4 guest codes

7. Ability to divide into 4 partitions

8. 4 Programmable Outputs (OC)

9. Customizable Zone Naming Indicator

10. Customizable Output Naming Indicator

AX1 ICON

1. 8 fully programmable zones

2. Expandable up to 8 output controls (with feedback capability)

3. Supports up to 4 ICON keypads

4. 1 Real time ARM/DISARM timer on Daily Basis only.

5. 4 Real time ON/OFF timer on daily basis or Schedule basic.

6. 7 user codes & 1 guest code

AX1 ICON and LCD

1. 3 Soft Zones (Emergency/Fire/Panic)

2. 2 Programming Mode- Installer Programming and User Programming

3. 5 User Arming type (Auto home arming/ Day arming/ Away arming/ Force arming/

Night arming)

4. Real time clock function

5. Programmable Entry/Exit Delay Time

6. 4 bell types (Steady/ Pulse/ Chirp/ Silent)

7. 3 zone types [End-of-line (EOL) / Normally Open (NO) / Normally Close (NC)]

8. Adjustable loop response sensitivity

9. Resetable auxiliary power supply upon Alarm Clearing

10. Key Switch function (Latch/ Momentary)

11. Dedicated Tamper zone

12. AC power supply monitoring

FEATURES

1


13. Low battery indication

14. Short circuit indication & protection

15. Bell Loss indication

16. Bell Test function

17. Telephone line loss detection

18. Programmable Event Reporting Code

19. Telephone Voice Module

20. RS485 ready (to support longer distance communication)

21. Report events to 4 phone numbers with 4 account numbers

22. Ademco® Contact ID CMS reporting format

23. Voice reporting format (direct to user) or tone reporting format

24. Interactive Voice menu or tone beepers during user call in

25. Support Remote programming via touch tone telephone

26. Programmable event trigger

27. Fast Key on Keypad for Easy menu access

28. Duress code

29. Walk test function

30. Double Call-In Feature for Fax Machine Telephone Line Sharing

31. 16 Event Trigger Outputs with Programmable Countdown Timer

2


High Current Relay Module A & B High Current Relay Module C

Physical A : 67mm x 24mm Physical C : 24mm x 47mm.

Physical B : 39mm x 30mm DC Power Supply : 12VDC

DC Power Supply : 12VDC Drain Current : 12VDC

Drain Current : 35mA max AC Power Supply : 1 Inputs of 240VAC, 50Hz

AC Power Supply : 1 Inputs of 240VAC, 50Hz Load Rated Current : 16A Max

Power Rating : 4800 Watts Max

Load Rated Current : 20A Max

*The changes of specification may be made without prior notice.

Main Panel

Physical : 194mm x 112mm

Electrical Voltage Input : 15VDC from 15VDC, 2.5A adapter

Auxiliary/ Strobe Light/ Bell Output : 12VDC, 500mA

Siren Output : 12VDC, 1A

Programmable Output : 12VDC, 100mA

Rechargeable Back-up Battery : 12VDC, 7.0AH

Battery Charging Current : 500mA

Battery Standby Voltage : 13.8VDC

Standby Time : Approximately 4 hours with auxiliary load of 500 mA

Keypad

Physical : LCD display and ICON display

: 3 keypad activated zone (1) Fire (2) Panic (3) Emergency

: Backlit keys

Electrical Voltage Input : 12VDC

Electrical Current Drain : 100mA

E2KEY Module


Electrical Voltage Input : 3.3VDC


IO Expander




2-G Switch Module


Electrical Voltage Input : 240V AC

Maximum load on each relay : 1 A; 240VAC

Electrical Current Drain : 33mA each

Zone Expander




Voice Module




Keypad Voice Card (LCD only)




SYSTEM TECHNICAL SPECIFICATION

3


15VDC

Adapter

12VDC

AUX

power

supply

Communication Bus to

expanders and keypad

12VDC

STROBE

LIGHT

12VDC

BELL

EXTERNAL

PHONE LINE

TAMPER

SWITCH

TELEPHONE

SET

12VDC

AUX

Resettable

power

supply

VOICE

MODULE

DC+ DC- AP1 COM AP2 COM AP3 COM A1 B1 SIREN SL BEL COM TMP COM Z1 COM Z2 Z3 COM Z4 Z5 COM Z6 Z7 COM Z8

K

SW

CO

M V

S P

GM

1 P

GM

2 V

S P

GM

3 P

GM

4 B

2 A

2 L

INE

P

HO

NE

CN2

CN3

CN4

CN1

RED BLACK

+12V GND

A B

12VDC

SIREN

ZONE TERMINAL 1 TO 8

KEYSWITCH

PR

OG

RA

MM

AB

LE

OU

TP

UT

1 T

O 4

.

RESET

* All the zones, siren, bell and strobe light

ports have to put 2.2k Ohm resistor if the

ports are not in use.

Voice Jumper

Avantis AX1 Main Board Terminals & Wiring

4


Terminal Description

No. Terminal Descriptions

1 DC+ Connect to 15VDC adapter

2 DC-

3 AP1 (+) 12VDC Reset able for Smoke detectors (Auxiliary Output 1 –

only suitable for N.O. type sensor) 4 COM

5 AP2 (+) 12VDC for detectors (Auxiliary Output 2)

6 COM

7 AP3 (+) 12VDC for expanders and keypads

8 COM

9 A1 Connect as the communication line for RS485

10 B1

11 SIREN (+) 12VDC for siren

12 SL (+) 12VDC for strobe light

13 BEL (+) 12VDC for bell

14 COM (-) terminal for SIREN, SL & BEL

15 TMP Tamper zone

16 COM Tamper zone negative terminal

17 Z1 Zone 1 positive terminal

18 COM Zone negative terminal











29 K/SW Keyswitch zone

30 COM negative terminal

31 VS (+) 12VDC for Programmable Output

32 PGM1 (-) Programmable Output 1


34 VS (+) 12VDC for Programmable Output



37 B2 Communication line 2 (reserved)

38 A2

39 LINE Connect to telephone line. It is the input terminal from the local

residential telephone line 40

41 PHONE Connect to telephone set. It is the output terminal to be wired to the

telephone set. 42

43 Voice Jumper Activate voice for AX1 ICON

5


The diagram in page 4 shows the basic structure of the Avantis AX1 main board. It consists of 42 removable

terminal blocks, 4 on board connectors and 1 shunt jumpers on board. The removable terminal blocks are

useful for installers to do wiring before connecting it to the main board. The power supply is obtained from a

15VDC, 2.5A switch mode power supply adapter. There are auxiliary power supplies available in this

system. These auxiliary outputs provide power supply to the detectors and sensors. For communication, the

expanders and keypads are connected to the main board through 4 cores wire. The wires should be connected

to the terminal block namely, A, B, AP3, COM. The AP3 and COM provide power supply to the expanders

and keypad. In this system, there is an extra terminal blocks that also provide power supply to the expanders

and keypads namely AP2 and COM. This system also provides connections to strobe light, siren and bell.

The LINE is connected to the phone line. Meanwhile, the PHONE is connected to the telephone set. There

are 8 basic zones on the right bottom side of the main board.

For the connectors, there are 4 connectors altogether. Connector CN1 is for programming purposes. The 8

ways connector is used for voice module (labeled as CN2 on the board) and connector CN3 (8 ways

connector) is used for E2KEY. The 12 way connector (CN4) is reserved for future expansion. Finally, the

jumper RESET is used to reset the settings for the system. Below are the procedures to reset the system.

(i) Power off the system

(ii) To reset, short the jumper RESET pin 1&2.

(iii) Switch ON the power supply

(iv) The LED will be lightened permanently to indicate reset.

(v) Wait till the LED is OFF for approximately 5 seconds.

(vi) The reset jumper can now be taken away

(vii) The system is restored to default settings.

Caution

(i) Do not send telephone signals and alarm system signals by one multicore cable. This may results

in damage of the system in case of a high-voltage punch-through from the telephone line.

(ii) The main board should be installed in plastic box in closed rooms with normal humidity.

(iii) Switch off mains power supply and battery power when connecting keypads and other expanders

to the main board.

(iv) AC power line cable should not be pulled very close to alarm signal cable to avoid noise

interference that may cause instability in the system.

(v) Do not connect 230VAC directly into main board.

(vi) Wiring of this system should be done by professionally trained installer

INSTALLATION AND WIRING

Planning Installation

Planning is the first necessity in Avantis AX1 installation because it can eliminate error or problem.

Below are some tips on the planning before installation:

• Read through this entire manual to familiarize you with all system features and procedures before

actually beginning the installation

• Perform installation survey on installation site.

• Discuss the installation requirements and applications with the customer.

• Bench tests the system prior to installation.

MAIN BOARD TERMINAL AND WIRING

6


TERMINAL BLOCK WIRING CONNECTION

Main Panel Terminal Description LCD Keypad

AP3 +12 VDC 12V

COM Ground GND

A1 / GREEN RS 485 communication A

B1 / YELLOW RS 485 communication B

AXI LCD WIRING DIAGRAM

LIN

E

PH

ON

E

Central Monitoring Station

Telephone call-out reporting

Telephone call-in

Remote programming

E2KEY

MODULE

RS485

NETWORK

7

VOICE

MODULE

AP3 COM A1 B1


TERMINAL BLOCK WIRING CONNECTION

Main Panel Terminal Description ICON Keypad

AP3 +12 VDC RED

COM Ground BLACK

A1 / GREEN RS 485 communication GREEN

B1 / YELLOW RS 485 communication YELLOW

AXI ICON WIRING DIAGRAM

AP3 COM A1 B1

8

LI

NE

P

HO

NE

Central Monitoring Station

Telephone call-out reporting

Telephone call-in

Remote programming

E2KEY

MODULE

VOICE

MODULE


Representing the alarm activated zone. The system can support up to 32 zones.

Z = Zone Positive terminal

COM = Zone Negative terminal

Alarm can be triggered under three conditions:

(i) Normally Open (N.O.)

Alarm is triggered once a short is detected

(ii) Normally Close (N.C.)

Alarm is triggered once an open zone is detected, i.e. magnetic door sensors

(iii) End-of-Line (EOL)

Zone is either incorporated with a Normally Open or Normally Close Sensor.

Once there is no potential detected across EOL 2.2kΩ resistor, alarm will be triggered.

KEY SWITCH ZONE CIRCUIT

The system has one keyswitch zone. Keyswitch zone can be programmed to arm the system. Devices that are

usually connected to this zone are RF module controller and key switch.

This zone can be activated under four conditions:

(i) Latch (NO/ NC)

(ii) Momentary (NO/ NC)

TAMPER ZONE CIRCUIT

The system has one tamper zone. The tamper zone is used to protect the plastic casing from being tampered.

Device that is connected to this zone is the tamper switch.

This zone can be activated under two conditions:

(i) Normally Open (N.O.)

(ii) Normally Close (N.C.)

ZONE CIRCUIT

Z

2200 ohm

Resistor

NC Sensor

NO Sensor

COM

9


KEYPAD ID SETTINGS

IO EXPANDER ID SETTINGS

IO Expander

No.

ID Settings

1 2 3 4 DIP

IO Expander 1 ON

OFF

IO Expander 2 ON

OFF

IO Expander 3 ON

OFF

IO Expander 4 ON

OFF

ZONE EXPANDER ID SETTINGS

Zone Expander

No.

ID Settings

1 2 3 4 DIP

Zone Expander 1 ON

OFF

Zone Expander 2 ON

OFF

Zone Expander 3 ON

OFF

AXI LCD KEYPAD SETTINGS

Keypad No. ID Settings

1 2 3 4 DIP

Keypad 1 ON

OFF

Keypad 2 ON

OFF

Keypad 3 ON

OFF

Keypad 4 ON

OFF

Keypad 5 ON

OFF

Keypad 6 ON

OFF

Keypad 7 ON

OFF

Keypad 8 ON

OFF

IO Expander

Zone Expander

LCD keypad

Voice card

Connector, TB2

10


KEYPAD ID SETTINGS

This security system can be connected up to four keypads via the four wire keypad data bus. Therefore, it is

necessary to assign addresses to each keypad. Each keypad has 3 jumpers to enable the ID setting. These

jumpers must be addressed correctly to enable the system to identify each installed keypad.

The 3 switches circled are used to set keypad ID.

Do NOT touch any other switches as they are for factory use only. (The correct position for the factory

setting switches is ALL UP as shown above). If they are not ALL UP, the keypad may not function.

To set the 4 keypad ID switches:

Keypad number 1 Keypad number 5 (reserved)

(Master keypad)




AXI ICON KEYPAD SETTINGS

These 3 switches used

for setting keypad ID

BL

AC

K

RE

D

GR

EE

N (

A)

YE

LL

OW

(B

)

11


IO EXPANDER ID SETTINGS

This security system can be connected with 1 IO expander which supports 8 IO outputs via the four

wire keypad data bus. I/O expander has a miniature dip switch to enable the ID setting. These

switches must be addressed correctly to enable the system to identify each installed I/O outputs. The

following diagram shows the dip switch setting for each keypad.

IO Expander

All switches must be

pulled down

12


LIGHTING AUTOMATION

AIR CONDITONER AUTOMATION

HOME AUTOMATION WIRING DIAGRAMS

13


Since the system is used to control ON/OFF of the air-conditioning unit, thus, the air-conditioning unit must

have a feature called Random Start or last state memory; whereby the unit could restore the last state of

function before shut down. To control the air-conditioning remotely, the user should switch off the air

conditioning unit through the power switch instead of through the remote handset.

Recommended air conditioner with memory backup or last state memory in Malaysia is as below:

1. Wall Mounted Split Air Conditioner (Brand : Acson)

Model: AWM101 – (1.0 HP)

AWM151 – (1.5 HP)

AWM201 – (2.0 HP)

AWM251 – (2.5 HP)

AWM301 – (3.0 HP)

2. Ceiling Cassette Split Air Conditioner (Brand : Acson)

Model: ACK15B – (1.5 HP)

ACK20B – (2.0 HP)

ACK25B – (2.5 HP)

ACK30B – (3.0 HP)

POWER SOCKET AUTOMATION

14


Tree Diagram

INSTALLER CODE

- 12345 #

ACCESS CONTROL

- Changing Installer Pin

COMMUNICATION SETTINGS

- Setting the communication (reporting) parameters

ZONE SETTINGS

- Setting the zone parameters

SYSTEMS SETTING

- Setting the system parameters

VOICE SETTING

- Setting for voice reporting.

EXTRA

- Event Trigger, Key switch and Tamper zone activation.

OC SETTING

- OC1, OC2, OC3 & OC4 activation and parameters setting.

Navigation keys Arrow Up - Scroll Up

Arrow Down - Scroll Down

Arrow Left - Exit to previous menu

Arrow Right - nil

“ # ” Key - Enter

“ * ” Key - Exit to main menu

AXI LCD INSTALLER PROGRAMMING

15


1) ACCESS CONTROL

LCD Keypad Sub Menu Enter New Pin

Re-enter Pin

2) COMMUNICATION SETTINGS

LCD Keypad Sub Menu

2.1) Call Reporting

Zone Reporting

o Zone 01 - 32

Alarm Reporting

Alarm Restore Reporting

Bypass/Bypass Restore Reporting

System Report o Keypad Alarm Reporting

o System Status (Trouble)

o Open Report

o Close Report

o System Reset

o CMS Periodic Report

2.2) Receiver

Receiver 1

o Receiver Number

o Receiver Type

o Account Option

o Receiving Number

Receiver 2 o Receiver Number

o Receiver Type

o Account Option

o Receiving Number

Receiver 3

o Receiver Number

o Receiver Type

o Account Option

o Receiving Number

Receiver 4 o Receiver Number

o Receiver Type

o Account Option

o Receiving Number

2.3) Telephony Settings Delay before Dial timer

Dial Type

Dial Attempt

Redial Time

Numbers of Rings before pick up

16


Settings

2.1) CALL REPORTING

Settings Parameters Default Settings

Zone Reporting 1) Alarm Reporting – Enable/Disable Enable

2) Alarm Restore Reporting –

Enable/Disable

3) Bypass/Bypass Restore Reporting –

Enable/Disable

Disable

Keypad Alarm Reporting Enable/Disable Enable

System Status Trouble

Reporting

Enable/Disable Disable

Open Reporting Enable/Disable Disable

Close Reporting Enable/Disable Disable

System Reset Reporting Enable/Disable Disable

CMS Periodic Report When Enable, Duration of report

(00-24 hours)

Disable

2.2) RECEIVER


Receiver 1 1) Receiver Type – CMS/User

2) Receiver Number – 18 digits

3) Account Number – 4 digits

4) Receiver Pattern –

Permanent/Backup

1) Receiver Type – User

2) Receiver Number – nil

3) Account Number – 0000

4) Receiver Pattern - Permanent





Permanent/Backup




4) Receiver Pattern - Backup





Permanent/Backup









Permanent/Backup





2.3) TELEPHONY SETTINGS


Delay before dial timer 0 – 159 seconds 0 seconds

Dial Type DTMF / Pulse DTMF

Dial Attempt 0 – 15 5 dial attempt

Redial Time 0 – 10 0 redial attempt

Number of rings before answer 1 -10 5 rings

17

3) ZONE SETTING

LCD Keypad Sub Menu 3.1) Zone List

Partition o Sensitivity

o Arming Type

o Bell Type

o Circuit Type

o Reporting

o Bypass

o Chime

Settings

3.1) ZONE LIST


Partition Partition 1 – 4 Partition 1

Sensitivity 0ms – 1500ms 20ms

Arming Type 1) Light Zone

2) Interior Zone

3) Instant Zone

4) Delay Zone

5) 24 Hour Zone

Instant

Remark: Zone 1 is Delay Zone

Bell Type 1) Pulse

2) Steady

3) Chirp

4) Silent

Steady

Circuit Type 1) EOL

2) NO

3) NC

EOL

Reporting Disable / Enable Disable open close reporting.

Bypass Bypass Allow / Disallow Bypass Allow

Door Chime Enable/Disable Enable Door Chime

4) SYSTEM SETTING

LCD Keypad Sub Menu 4.1) Unit Control

Phone Line Communication

Battery Test

Soft Zone

Key Switch

Power Up Delay

Tamper Zone

4.2) System Timer Entry Delay

Exit Delay

Bell Audible Time

Event IO Timer

18



Settings

4.1) UNIT CONTROL


Unit Control

Press button [1]

to Toggle

* = Enable

= Disable

1) Phone Line Communication

– Enable /Disable

2) Battery Test – Enable/ Disable

3) Softzone – Enable/ Disable

4) Keyswitch – Enable/ Disable

5) Power Up Delay – Enable/ Disable

6) Tamper Zone– Enable/ Disable

1) Phone Line Comm – Disable

2) Battery Test – Enable

3) Softzone – Enable

4) Keyswitch – Disable

5) Power Up Delay – Disable

6) Tamper Zone– Disable

4.2) SYSTEM TIMERS


Entry Delay Partition 1 0 – 200 seconds 30 seconds




Exit Delay Partition 1 0 – 200 seconds 60 seconds




Bell Audible Time 1 – 30 min / continuous 5 minutes

Event IO Time

(Output 1 – 16)

1)Output Time

- 01-10 min /

- Permanent

2)Activation Mode

- 24 Hours

- Night (7pm – 6.59am)

1)Permanent

2) 24 Hours

5) VOICE SETTING

LCD Keypad Sub Menu 5.1) ZONE

Zone List

5.2) OUTPUT Output List

Settings

5.1 , 5.2 ) Enter Setting

o Setting use three value to build a sentence.

o Eg : 241134 = Kitchen Left Window

o Eg: 2521 = Living Hall Door

19


Value Description Value Description

01 One 21 Door

02 Two 22 Hall

03 Three 23 Motion

04 Four 24 Kitchen

05 Five 25 Living Hall

06 Six 26 Master Room

07 Seven 27 Light

08 Eight 28 Roof

09 Nine 29 Room

10 Zero 30 Sensor

11 Left 31 Store

12 Right 32 Fan

13 Back 33 Wash Room

14 Front 34 Window

15 Zone 35 Output

16 Balcony 36 Smoke

17 Bedroom 37 Air-Cond

18 Car Porch 38 Computer

19 Dining Hall 39 Study Room

20 Garden 40 Panic

6 ) EXTRA

LCD Keypad Sub Menu 6.1) EVENT TRIGGER

Zone List (1 - 32)

o Output list (1 – 16)

6.2) KEY SWITCH Triggering Mode

6.3) TAMPER ZONE

Select Type

6.4) SOFT ZONE BELL Fire, Emergency, Panic

o Select Type

Settings

6.1) Output List Choose the desired output to turn on when this zone trigger.

6.2) Triggering Mode Latch with Bell Indicator

o NO (Normally Open)

o NC (Normally Closed)

Latch with Strobe light Indicator



Momentary with Bell Indicator



20


Momentary with Strobe light Indicator



6.3) Select Tamper Type 24 hours Arm



When Arm Only



6.4) Select Soft Zone Bell Type Steady (default)

Chirp

Silent

Pulse

7) OC SETTING

LCD Keypad Sub Menu 7.1) OC List

Select type

o Latch High

o Latch Low

o Momentary High

o Momentary Low

o Disable (default)

Triggering Mode

o Alarm

o Arm or Disarm.

21


Press [Installer PIN] [COM] [#] to enter this mode. Only Installer PIN is allowed to enter into the

Installer Programming mode. ALL PINs must be set with 5 digits only; else error tone sound is heard.

The keypad will beep twice to confirm that the control panel has acknowledged the PIN; or else an

error tone will sound. Press [BACK] to return to Normal mode. The keypad will sound to

acknowledge this.

The opening screen when this mode is entered is as follows:

Fig 1

Enter the correct command location and data as shown in Table 1, the keypad will beep twice upon

receiving the acknowledgment from the control panel. If there is any mistake made while

programming, or if the control panel ejects the command, the keypad will sound an error tone and

system will back to display screen as Fig 1. Simply re-enter the correct command location and data,

then press the [#] key again.

To clear a wrongly pressed button, press [*]. To exit from the installer mode, press [BACK].

Example for Installer Programming Setting (referring Table 1):

INSTALLER CODE EDIT

1. Press [01] to enter installer code setting.

2. Display shows number of command location (Fig 2). Indicator light 1 and 2 will turn ON.

Fig 2

3. Press [#] to confirm the command location entered.

4. Display shows “INS CD” which means installer code (Fig 3).

Fig 3

5. Enter the new installer PIN. Indicator light will on one by one to show the number of code

entered. Besides, code number will show on the upper right hand side of the screen (Fig 4).

Example if installer code “381105” edited:

AXI ICON INSTALLER PROGRAMMING

22


Fig 4

6. Press [#] to confirm the code setting edited.

7. Keypad beep twice and system turn back to screen as Fig 1.

ZONE TYPE SETTING

There are 5 submenus in Zone Type setting option: Delay Zone, Instant Zone, Interior Zone, 24 Hours

Zone and Light Zone.

1. Press [30] to enter Zone Type setting edit.

2. Display shows number of command location (Fig 5). Indicator light 1 and 2 will turn ON.

Fig 5

3. Press [#] to confirm the command location entered.

4. Display shows “ZN TYP” which means Zone Type (Fig 6).

Fig 6

5. Press [#] to enter the Zone Type setting.

6. Wait for few seconds.

7. Display shows “DELAY” initially which means delay zone.

8. Zones are designated with identification number from 1 to 8.

9. If KEY [4] pressed, means zone 4 set as delay zone (Fig 7). Indicator light 4 toggle ON.

Fig 7

10. After Delay Zone setting, press [#] to enter Instant Zone setting and set the zones.

11. After Instant Zone setting, press [#] to enter Interior Zone setting and set the zones.

12. After Interior Zone setting, press [#] to enter 24 Hours Zone setting and set the zones.

13. After 24 Hours Zone setting, press [#] to enter Light Zone setting and set the zones.

14. After Light Zone setting, press [#] to save all Zone Type setting (Fig 8).

Indicator “1” means only key [1] or [0] can be enter

23


Fig 8

15. Wait for few seconds.

16. Keypad beep twice and system turn back to screen as Fig 1.

17. Press [BACK], system will return back to previous menu.

MEMORY INDICATION FOR INSTALLER MODE

1. Press [01][#] to enter installer code setting.

2. Press [COM] to view the memory of installer code.

3. Installer code will show one by one as below:

Fig 9

4. Press [COM] again to exit the memory viewing mode.

Other Setting

Refer to Table 1, other installation setting method are similar as above.

24

Installer can access Avantis AX1 system installer programming through telephone dial-in and allowed to

alter any of the command as shown in installer manual. However, the accessibility to remote installer

programming are only available when Avantis AX1 system are not in the following conditions:-

(i) Not in Arm status

(ii) Not in Alarm status

(iii) Not in Programming status

(iv) Installer accessibility is enabled by user

The installer programming through phone have some differences compared to normal installer programming

through the keypad. The distinctions are:

(i) If user is not using voice module, phone will beep twice for every correct command and a long beep

for incorrect command

(ii) If user is using voice module, voice will be read as “Accepted” for every correct command and

“Invalid Input” for incorrect command.

(iii) Installer programming only has 1 minute to enter the next command right after the previous

command.

Before Connecting to Remote Installer Programming

Installer should be alert for the following matters before access to remote installer programming.

(i) Installer must make sure system configuration (sensor wiring, zone circuit type, etc.) before altering

any of the system settings

(ii) Installers are advised to compile all the needed command in order to avoid confusion during remote

installer programming.

Connecting to Remote Installer Programming (With Voice)

Installer has to perform the following steps to access remote phone installer programming.

(i) Dial Avantis ICON A-X1 system telephone number

(ii) Wait for the number of dialing tones until the system answer your call.

(iii) Voice will be played over the phone – “Welcome. Please enter your code”

(iv) Enter the installer PIN. Voice will be read as “Accepted” once the PIN is verified and accepted.

Installer PIN attempts are limited to THREE times only.

(v) Key in the command followed by “#”. For each correct command, voice will be read as “Accepted”

and “Invalid Input” for invalid command.

(vi) To end remote phone installer programming, press [0] [#]

Connecting to Remote Installer Programming (Without Voice)

Installer has to perform the following steps to access remote phone installer programming.

(i) Dial Avantis ICON A-X1 system telephone number

(ii) Wait for the numbers of dialing tones until the system answer your call.

(iii) Phone will beep 5 times.

(iv) Enter the installer PIN. System will beep twice once the PIN is verified and accepted. Installer PIN

attempts are limited to THREE only.

(v) Key in the command followed by “#”. Phone will beep twice for every correct command and a long

beep for incorrect command

(vi) To end remote phone installer programming, press [0] [#]

REMOTE INSTALLER PROGRAMMING

25



REMOTE INSTALLER PROGRAMMING (ICON & LCD KEYPAD)

1) REPORTING

i) REPORTING OPTION

Delay before Dial Timer

Digit Position 1 2 3

1 1 0 #

Default value 0 0 0

Digit position 1 & 2 & 3 = 3 digits number (000 to 150 seconds)

Dialing options

Digit Position 1 2 3 4 5 6 7 8 9

1 1 1 #

Default value 0 1 1 1 1 1 0 0 0

Digit Position Settings Selections

Digit position 1 Dial Type [0] = DTMF [1] = Pulse

Digit position 2 Receiver Type 1 [0] = CMS [1] = User




Digit position 6 Receiver Pattern 1 [0] = Backup [1] = Permanent




Dial Attempt

Digit Position 1 2

1 1 2 #

Default value 0 5

Digit position 1 & 2 = 2 digits number (00 to 15 times)

Redial Attempt

Digit Position 1 2

1 1 3 #

Default value 0 0


Number of rings before answer

Digit Position 1 2

1 1 4 #

Default value 0 5


ii) TELEPHONE NUMBER

Telephone Number 1

Digit Position 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

1 2 0 #

Default value 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Digit Position 1 – 18 = Telephone number up to 18 digit

26


Telephone Number 2

Digit Position 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

1 2 1 #

Default value 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Digit Position 1 – 18 = Telephone number up to 18 digits

Telephone Number 3

Digit Position 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

1 2 2 #

Default value 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0


Telephone Number 4

Digit Position 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

1 2 3 #

Default value 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0


iii) ACCOUNT NUMBER

Account Number 1

Digit Position 1 2 3 4

1 3 0 #

Default value 0 0 0 0

Digit position 1-4 = CMS Account Number 4 digits

Account Number 2


1 3 1 #



Account Number 3


1 3 2 #



Account Number 4


1 3 3 #


Digit position 1-4 = CMS Account Number 4 digit

27


iv) SYSTEM REPORTING

System Reporting

Digit Position 1 2 3 4 5 6

1 4 0 #

Default value 1 0 1 1 0 0


Digit position 1 Keypad Alarm Reporting [0] = Disable [1] = Enable

Digit position 2 System Status [0] = Disable [1] = Enable

Digit position 3 Open Report [0] = Disable [1] = Enable

Digit position 4 Close Report [0] = Disable [1] = Enable

Digit position 5 System Reset Report [0] = Disable [1] = Enable

Digit position 6 CMS Periodic Report [0] = Disable [1] = Enable

Duration of CMS Periodic Report

Digit Position 1 2

1 4 1 #

Default value 0 0

Digit position 1 & 2 = 2 digits number (01 to 24 hours)

2) ZONE

i) ZONE SETTING

Digit Position 1 2 3 4 5 6 7 8 9 10 11

2 1 0 #

Default value n n 0 0 2 3 2 1 0 1 1


Digit position 1 Zone Number (n n) 01 – 32 zones

Digit position 2

Digit position 3 Zone Response Time 001 – 150 (x10ms)

Digit position 4

Digit position 5

Digit position 6 Zone alarming type [1] Light Zone

[2] Interior Zone

[3] Instant Zone

[4] Delay Zone

[5] 24 Hour Zone

Digit position 7 Zone bell type [1] Pulse

[2] Steady

[3] Chirp

[4] Silent

Digit position 8 Zone circuit type [1] NO

[2] NC

[3] EOL

Digit position 9 Zone restore [0] = No [1] = Yes

Digit position 10 Zone chime [0] = No [1] = Yes

Digit position 11 Allow zone bypass [0] = No [1] = Yes

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ii) ZONE PARTITION


2 2 0 #

Default value n n 1

Digit position 1 & 2 = 2 digits number (zone 01 to zone 32)

Digit position [3] = Partition 1 to 4

iii) ZONE TRIGGER

Digit Position 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

2 4 0 #

Default value n n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Digit Position 1 & 2 = 2 digit number (zone 01 to zone 32)

Digit Position 3 to 18 = Output 1 to Output 16

= [0] = Output Disabled [1] = Output Enabled

3) SYSTEM

i) UNIT CONTROL

Digit Position 1 2 3 4 5 6 7

3 1 0 #

Default value 0 1 1 0 0 0 0


Digit position 1 Disable phone line comm. [0] = No [1] = Yes

Digit position 2 Dynamic battery test [0] = No [1] = Yes

Digit position 3 Enable softzone [0] = No [1] = Yes

Digit position 4 Reserved Reserved

Digit position 5 Enable keyswitch [0] = No [1] = Yes

Digit position 6 Enable 4-min power up [0] = No [1] = Yes

Digit position 7 Enable tamper zone [0] = No [1] = Yes

ii) SYSTEM TIMER

Entry Delay


3 2 0 #

Default value P 0 6 0

Digit position 1 = Partition Number (Partition 1 to Partition 4)

Digit position 2 & 3 & 4 = 3 digits number (000 to 200 seconds)

Exit Delay


3 2 1 #

Default value P 0 6 0

Digit position 1 = Partition Number (Partition 1 to Partition 4)

Digit position 2 & 3 & 4 = 3 digits number (000 to 200 seconds

29


Bell Audible Time

Digit position 1 & 2 = Bell Audible Time (01 – 30 minute or 00 for continuous)

iii) KEY SWITCH SETTING

Digit Position 1 2

3 4 0 #

Default value 1 0


Digit position 1 Key Switch Settings 1 [1] Key Switch Latch with bell indication

[2] Key Switch Latch with strobe indication

[3] Key Switch Momentary with bell indication

[4] Key Switch Momentary with strobe indication

Digit position 2 Key Switch Settings 2 [0] = Normally Open (NO)

[1] = Normally Close (NC)

iv) TAMPER ZONE SETTING


3 5 0 #



Digit position 1 Active on [0] = Arm [1] = 24 Hours Zone

Digit position 2 Tamper Zone Configuration [0] = Normally Open (NO)

[1] = Normally Close (NC)

Digit position 3 Tamper Zone Sensitivity 01 to 50 (x10ms)

v) SOFT ZONE BELL SETTING


3 6 0 #

Default value 2 2 2


Digit position 1 Fire Zone Bell Type [1] Pulse

[2] Steady

[3] Chirp

[4] Silent

Digit position 2 Emergency Zone Bell Type [1] Pulse

[2] Steady

[3] Chirp

[4] Silent

Digit position 3 Panic Zone Bell Type [1] Pulse

[2] Steady

[3] Chirp

[4] Silent

Digit Position 1 2

3 2 2 #

Default value 0 3

30


INSTALLER

i) INSTALLER PIN

Installer PIN Edit

Digit Position 1 2 3 4 5

5 1 0 #

Default value 1 2 3 4 5

Digit 1 to 5 = 5 digit Installer PIN

The system is able to communicate with CMS or user via telephone line. The system status (i.e. alarm

occurrence, alarm restore, unit status, etc.) will be reported to CMS or/and user. All reporting are subjected

to unit control settings. i.e. If the system is set to local system, no report will be generated.

Reporting Procedure

Four telephone numbers with individual account number for CMS can be programmed. The system will

dial the pre-programmed phone number if reporting are required. The account number is used in conjunction

with report code during reporting to CMS, and it is not applicable if the reporting is direct to user’s phone.

The reporting sequence will follow the receiver type and pattern programmed. Each of the 4 receivers

can be set to permanent or backup mode. If it is set to permanent mode, this means that this receiver have to

be reached. If this receiver is not reached, the system will attempt to call other receiver in the backup mode.

The reporting process will be repeated if the permanent receiver is not reached depending on the number of

tries programmed in the system. The reporting will be considered not reached if the receiver did not

acknowledge the system. If the system has been acknowledged by the receiver, the repeating process of

reporting will be halted. The redial attempt means the number of redial attempt to call the receiver after 30

minutes if the first round of dial attempt failed.

If the receivers did not acknowledge the system after maximum dial attempt, the external communication

error message will be set. It will be indicated through the trouble light in LCD keypad. The external

communication error will be cleared once the user clears the alarm memory.

Dial Type

During the reporting process, the panel can be configured to dial using DTMF tone dial or pulse dial.

However, for CMS, the system has to be configured to DTMF.

CMS Reporting Format : Ademco® Contact ID

The panel will communicate with the CMS through the following sequences:

a) Dial to CMS and waiting for reply. Fail to communicate in any manner (i.e. no dial tone, line busy, no

replay, etc.) will be considered as first attempt, to further proceed or not is subject to the procedure

described in Reporting Procedure.

b) The CMS should reply with handshake tone once the system is connected to the CMS station. The

handshake tone sequence shall consist of a burst of 1400Hz tone with duration of 100ms, a pause of

100ms and a burst of 2300Hz tone with duration of 100ms.

c) Once handshake tone is verified and accepted, the panel will start sending first message block (report)

using standard DTMF tones.

d) After data is received and processed by CMS station, it will acknowledge the system through a kissoff

tone and first reporting is completed. The frequency of the kissoff tone is 1400Hz and shall be send by

the CMS station for a minimum of 750ms and maximum duration of 1 second.

e) After the kissoff tone, the system will continue to send more reports (if any) to the CMS station. If there

is no more, the system will unseize the line to indicate end of reporting.

SYSTEM REPORTING

31


Zone Control

Zone Respond Time – This option determines the sensitivity of each zone

Zone Type

Interior Zone – It is normally used with interior motion detectors and has the standard exit and entry delay

time.

Instant Zone – It is normally used for door and window contacts and has no exits and entry delay time.

Delay Zone – It has an entry and exit delay and is normally used for exit/entry door

24 Hour Zone – It is normally used for smoke detectors. The zone is active at all times and will create alarm

regardless of system is armed or disarmed

Light Zone – It is used to trigger the I/O Module relay output

System Arming Type Good Proof Arming – All zones must be normal or bypassed to arm

Force Arming – The system will arm even if zone is faulted at the time of arming. Faulted zone will be

bypassed after the system has armed. If faulted zone resume to normal state and system is still armed, the

zone bypasses will automatically canceled

How to setup Telephone Communication

After the telephone line is connected to the system, it’s the time to setup the phone communication between

the system and user or CMS.

Here are the quick steps or guidance to setup the setting for phone communication:

STEP 1: CONFIGURE USER OR CMS SETTING FOR PHONE

COMMUNICATION

After INSTALLER CODE, go in COM. SETTING> RECEIVER> RECEIVER 1- 4, you can configure for:

User Setting 1) RECEIVER NUMBER: Enter user telephone number.

2) RECEIVER TYPE: USER.

3) RECEIVER OPTION: PERMANENT (The system will always call this number) or BACKUP (the

user will be call when the permanent user unable to reach by the system).

4) ACCOUNT NUMBER: No need to configure.

GLOSSARY

TELEPHONE COMMUNICATION

32


CMS Setting

1) RECEIVER NUMBER: Enter CMS telephone number

2) RECEIVER TYPE: CMS.

3) RECEIVER OPTION: PERMANENT (The system will always call this number) or BACKUP (the

user will be call when the permanent user unable to reach by the system).

4) ACCOUNT NUMBER: Account number given by CMS.

STEP 2: CONFIGURE TELEPHONY SETTING

1) DELAY BEFORE DIAL TIMER: The duration for the system takes before it start to dial.

2) DIAL TYPE: Choose either DTMF or Pulse (For CMS, the system has to be configured to DTMF).

3) DIAL ATTEMPT: How many attempts for the system to dial the user when the system unable to

reach the user.

4) REDIAL TIME: How many loops of dial attempt for the system to call after 30 minutes if user is

unable to reach.

5) NUMBER OF RINGS BEFORE ANSWER: The number of rings it takes for the system to answer

the call.

STEP 3: ACTIVATE THE PHONE COMMUNICATION FEATURE

For AX1 LCD

Key in INSTALLER CODE> SYSTEM SETTING> UNIT CONTROL> PHONE COM.> Press [1] [#].

1) Once you enter the UNIT CONTROL, you will see the PHONE COM is in disable ( ) condition.

2) Press 1 to enable it. You will notice that the PHONE COM become (*).

For AX1 ICON

Key in INSTALLER CODE [12345] COM # > PRESS 60 # > PRESS 1110000 # > PRESS BACK to Exit.

33


WIRING CONNECTION FOR SURGE PROTECTOR

PH

ON

E

LIN

E

CCB

Surge Protector

Ground to Earth

230VAC Earth

External

Phone Line

TIP

RING

Wiring Connection

1) Make sure the both TIP and RING is connected between Surge Protector and CCB.

2) Make sure the Ground is connected to the Earth of the house.

3) Connect incoming External Phone Line to the terminal Block of the Surge Protector.

E

34


Function Code

Option Remarks CL DISPLAY A B C D E F G H I

Enter Installer Programming Mode 12345 COM # INSTAL

Exit Installer Programming Mode BACK

Changing Installer Code 01# INS CD 1 2 3 4 5 # ABCDEF: Installer Pin Code

Communication Options

Telephony Control 10# TEL CT 1 0 # A: Dial Type [DTMF (1) / Pulse (0)]

B: Double Call [Enable(1)/Disable(0)]

Highlighted

column

only

Receiver Type 11# RCR TY 1 1 1 1 # A-D: Receiver 1-4 [User (1) / CMS (0)]

allowed key

press for

[1]

Receiver Options 12# RCR OP 1 1 1 1 # A-D: Receiver 1-4 [Permanent (1) / Backup (0)] or [0]

Delay Before Dial Timer 13# DELAY 0 # ABC: Decimal (0-150)

Dial Attempts 14# DL APT 5 # AB: Decimal (0-15)

Redial Timer 15# REDIAL 0 # AB: Decimal (0-10)

CMS Account Number 1 16# ACC 1 0 0 0 0 # ABCD: Account number 1




Telephone No 1 20# TEL 1 # Tel number: 9 bytes

Telephone No 2 21# TEL 2 #



Ring Number 24# RI NUM 5 # 1 to 99

Zone Type Setting 30# ZN TYP # Wait for

few seconds

Delay DELAY 1 0 0 0 0 0 0 0 0 # A-H: Zone 1 to Zone 8 Code I is

not valid.

Instant INST 0 1 1 1 1 1 1 1 1 # Press zone number to toggle the setting for that zone Code I is

not valid.

Interior Zone INTER 0 0 0 0 0 0 0 0 0 # LED ON = Yes, LED OFF = No Code I is

not valid.

24 Hours 24 HR 0 0 0 0 0 0 0 0 0 # Code I is

not valid.

Light Zone LIGHT 0 0 0 0 0 0 0 0 0 # Code I is

not valid.

SAVE # Wait for

few seconds

TABLE 1: ICON KEYPAD INSTALLATION PROGRAMMING SHEET

35


Zone Circuit Type Setting 31# ZN CIR # Wait for

few seconds

Normally Open NO 0 0 0 0 0 0 0 0 0 # Press zone number to toggle the setting for that zone Code I is

not valid.

Normally Close NC 0 0 0 0 0 0 0 0 0 # LED ON = Yes, LED OFF = No Code I is

not valid.

End of Line EOL 1 1 1 1 1 1 1 1 1 # Code I is

not valid.

SAVE # Wait for

few seconds

Other Zone Setting

Zone Number 32# ZN NUM # A: Zone 1 to Zone 8 (Decimal 1-8)

Sensitivity SENS 2 # ABC: (Decimal 1-100) x 10ms

Zone Number 33# ZN NUM # A: Zone 1 to Zone 8(Decimal 1-8)

Zone Bell Type BELL 2 # A: Decimal 1-4 [Pulse(1), Steady(2), Chirp(3), Silent(4)]


Door Chime CHIM 1 # A: Chime [Enable (1)/ Disable (0)]


Bypass Allow BYPS 1 # A: Bypass Allow [Allow(1)/Disallow(0)]

Delay Setting

Entry Delay 36# ENTRY 3 0 # ABC: Decimal 10-150s

Exit Delay 37# EXIT 6 0 # ABC: Decimal 10-150s

Bell Audible Time 38# BELL 5 # AB: [Audible Time (Decimal 1-30min)/Continuous (0)]

Tamper Zone Setting 39# TAMPER 1 0 # A: Activated on ‘arm’ (0), 24 hours zone (1)

B: Tamper Zone Configuration – NO (0), NC (1)

Zone Reporting


Zone Reporting ZN RPT 1 0 0 # A: Alarm Reporting Code [Enable (1)/Disable (0)]

B: Alarm Restore Reporting Code

C: Bypass & Bypass Restore Reporting Code

System Reporting

Phone Line Status Report 41# PERIOD 0 # AB: Duration (Decimal 1-24 Hours)]

42# SYS RPT 1 0 0 0 0 0 # A: Keypad Alarm Reporting [Enable (1)/Disable (0)]

B: System Status

C: Open Report

D: Close Report

E: System Reset Report

F: CMS Periodic Report

Key switch Setting

Key switch Setting 43# KEYSET 1 # A: Decimal 1-4

[Keyswitch Latch with Bell Indication (1)]

36


[Keyswitch Latch with Strobe Indication (2)]

[Keyswitch Momentary with Bell Indication (3)]

[Keyswitch Momentary with Strobe Indication (4)]

Key switch Configuration 44# KEYTYP 0 # A: NO (0)/ NC (1)

Soft zone Bell Setting

Fire 50# FIRE 2 # A: Decimal 1-4 [Pulse(1), Steady(2), Chirp(3), Silent(4)]

Emergency 51# EMRGCY 2 # A: Decimal 1-4 [Pulse(1), Steady(2), Chirp(3), Silent(4)]

Panic 52# PANIC 2 # A: Decimal 1-4 [Pulse(1), Steady(2), Chirp(3), Silent(4)]

Unit Control

60# U CTRL 0 1 1 0 0 0 0 # A: Phone Communication [Enable (1)/Disable (0)]

B: Battery Test

C: Soft Zone

D: Scene Control

E: Keyswitch

F: 4 min Power-up Delay

G: Tamper Zone

I/O trigger by Zone

Zone Select 70# ZN NUM # A: Zone 1 to Zone 8 (Decimal 1-8)

Output ZN : IO 0 0 0 0 0 0 0 0 # A-H: Output 1-8 [Enable (1)/Disable (0)]

I/O trigger by Timer

Timer Select 80# TIM NUM # Timer 1 to 4 (Decimal 1-4)

Output TIM : IO 0 0 0 0 0 0 0 0 # A-H: Output 1-8 [Enable (1)/Disable (0)]

37

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