abode systems IOTA abode iota User Manual Z1 20161229 IP Installation Guide

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IOTA User Manual HTML Version

Users Manual

Jan-21-2018

Table of Contents

1. INTRODUCTION 1

2. PANEL INFORMATION 2

2.1. PARTS IDENTIFICATION 2

2.2. THE POWER SUPPLY: 3

2.3. SYSTEM REQUIREMENTS: 3

3. GETTING STARTED 4

3.1. SYSTEM DEPLOYMENT 4

3.2. HARDWARE INSTALLATION 4

3.3. SOFTWARE INSTALLATION 5

4. CONNECTION TO PANEL WEBPAGE 8

5. DEVICE MANAGEMENT 10

5.1. LEARNING 10

5.2. ADD RF DEVICE 18

5.3. LEARN RULE 19

5.4. WALK TEST 21

5.5. PROGRAM SIREN 22

5.6. EXCLUSION 24

5.7. Z-WAVE TOOL 25

5.8. PSS CONTROL 26

5.9. UPIC CONTROL 27

5.10. SURVEILLANCE 28

5.11. GROUP CONTROL 29

6. IP CAMERA 30

6.1. IP CAMERA ATTRIBUTE SETTING 30

6.2. IMAGE TUNING 32

6.3. MOTION DETECTION 33

6.4. TIME STAMP 36

6.5. STREAM SETTING 37

6.6. RECORDED VIDEO 38

6.7. ALARM SETTING 39

7. PROGRAM THE SYSTEM 41

7.1. PANEL CONDITION 41

7.2. PANEL SETTINGS 44

7.3. PIN CODE 48

8. NETWORK SETTINGS 49

8.1. NETWORK 49

8.2. WIRELESS 50

8.3. UPNP 52

9. SYSTEM SETTINGS 53

9.1. ADMINISTRATOR SETTING 53

9.2. HOME AUTOMATION 54

9.3. SCENE 59

9.4. REPORTING 60

9.5. VOICE REPORT 63

9.6. CODE SETTINGS 65

9.7. SMTP SETTING 67

9.8. MEDIA UPLOAD 68

9.9. POLLING 69

9.10. XMPP 70

9.11. VOIP 71

9.12. DATE & TIME 72

9.13. DYNAMIC DNS 73

9.14. TEST IP 74

9.15. FIRMWARE UPGRADE 75

9.16. RF FIRMWARE UPGRADE 76

9.17. FACTORY RESET 77

9.18. BACKUP & RESTORE 79

9.19. SYSTEM LOG 80

10. EVENT & HISTORY 81

10.1. CAPTURED EVENTS 81

10.2. REPORTED EVENTS 82

10.3. EVENT LOG 83

10.4. DEVICE HISTORY 84

11. APPENDIX 85

11.1. CONTROL PANEL MODE AND RESPONSE TABLE 85

11.2. CROSS ZONE VERIFICATION 87

11.3. FIRE VERIFICATION 87

11.4. CONTACT-ID PROTOCOL & FORMAT 88

11.5. EVENT CODE 89

1. Introduction

IOTA is an IP security system Control Panel which integrates RF technology, Two-way voice

communication, VOIP, Home Automation and Video Monitoring features. The panel supports

built-in PIR sensor, IP Camera and temperature/ambient light sensor and is configured over Local

Area Network webpage. Refer to later chapters for information on setting up and configuring the

system over the webpage in more detail.

System Feature



Two-way voice communication with VOIP: Built-in microphone and speaker allows user to

make hands free voice call in case of emergency.



Ethernet and/or WiFi connection: Wifi connection provides backup to Ethernet to extend

system flexibility.



Voice Prompt Reminder: The panel plays voice prompts upon system mode change to

remind user the system status.



Built-in accessory devices:



IP Camera: The IP Camera provides video streaming and recording with resolution up

1920

1080p.

The

camera

lens

has

horizontal

coverage

127

∘

the

front.



PIR

Sensor:

The

PIR

sensor

detects

movement

110

∘

radius

the

front

meters range.

 Temperature/Ambient Light Sensor: The sensor provides temperature and lux reading

to panel regularly.

2. Panel Information

2.1. Parts Identification

Light Sensor

Microphone

IP Camera

IR Illuminator

5. PIR Sensor

6. LED 1 (Red/Green)

Red On – Area 1 in the Full Arm mode.

Red Flash – Area 1 in Home Arm mode.

Green On – System in learning mode.

Green Flash – System in Walk Test mode

7. LED 2 (Red/Green)

Red On – Area 2 in the Full Arm mode.

Red Flash – Area 2 in Home Arm mode.

Green On – System in learning mode.

Green Flash – System in Walk Test mode

8. LED 3 (Red/Amber)

Red On – Alarm in memory.

Red Flash – Alarming.

Amber On – System has fault.

9. LED 4 (Green/Red) (These LED colors may change)

Green On – Network Normal

Green Flash – IP Cam streaming.

Red ON – IP Cam under Privacy Mode

Red Flash 2~3 seconds – Activate WPS

Red Flash 3 times – WPS pairing successful

Red Flash 2 times – Enter/Exit Privacy Mode

Red Continuous Flash – No Network

10. Speaker

11. Micro SD, SIM card

12. Ethernet Jack

13. DC Power Jack

14. Battery Switch

2.2. The Power Supply:

An AC power adapter is required to connect to a wall outlet. Be sure only to use an adapter with

the appropriate AC voltage rating to prevent component damage. DC 12V 2A switching power

output adaptor is generally used to power the Control Panel for standard version.

Rechargeable Battery



In addition to the adapter, there is a rechargeable battery inside the Control Panel, which

serves as a backup in case of a power failure.



During normal operation, the AC power adapter is used to supply power to the Control Panel

and at the same time recharge the battery. Slide the Battery Switch to ON to activate and

charge the battery. It takes approximately 72 hours to fully charge the battery



The battery status information is displayed in the Panel section of local area webpage.

2.3. System Requirements:

The system requires a TCP/IP network environment for you to connect to the Control Panel for

system programming.

Hardware requirement for programming the panel vial LAN webpage:



Microsoft Windows 98, ME, NT4.0, 2000, XP, Windows 7 or 8 operating system.



Microsoft Internet Explorer 6.x, or later and Mozilla Firefox 3.0 compatible.



CD-ROM drive



CPU: Intel Pentium II 266MHz or above



Memory: 32MB (64MB recommended)



VGA resolution: 800x600 or above

3. Getting Started

Read this section of the manual to learn how to set up your Control Panel and program System

Settings over the Web page.

3.1. System Deployment

The Control Panel is designed to be place on desktop, follow guidelines below when planning

installation location:



The Control Panel requires Ethernet or WiFi connection.



The Control Panel should be installed at a location that is hidden from outside view.



Avoid mounting the Control Panel near large metal objects which may affect wireless radio

strength.



The Control Panel should be protected by sensors so that no intruder can reach the Control

Panel without first activating a sensor.



When using ZigBee routers to improve ZigBee network coverage, remember to use only

ZigBee Router with backup batteries for security sensors. If you use a Router without backup

battery for security sensors, the Router will be powered down in case of AC failure, and you

security sensors will lose connection with the ZigBee network.

Home Automation devices (Power Switches…etc) do not have this limit and can be used

with any Router.

3.2. Hardware Installation

Step 1. Connect the Ethernet cable to the Ethernet port on the panel.

Step 2. Connect the Power Adaptor to a Wall Outlet and the other end to the Control Panel. The

panel will power on. Slide the battery switch to ON position to activate and begin

charging the battery. The panel will enter normal operation after completing power on.

3.3. Software Installation

※ THIS INSTALLATION IS ONLY REQUIRED FOR FIRST TIME USER ※

1. RUNNING THE FINDER SOFTWARE

The Finder software is required for your computer to identify the control panel on the LAN. To

install the “Finder” software”

Step 1. Insert the supplied CD-ROM into your CD-ROM drive

Step 2. Find the Finder software in the CD-ROM.

Step 3. Double click on the Finder_v1.x to initiate the installation.

Step 4. Follow on screen instruction to complete installation

Step 5. Once complete, the Finder icon will be displayed on your desktop.

Step 6. Execute the Finder software. Finder will automatically search for control panel on the

LAN and display its information. If available, the panel’s LAN IP address, Firmware

version and MAC address will be displayed

Step 7. If the panel information is not displayed, check panel power and Ethernet connection and

click on “Search” to update the panel information.

Step 8. (Optional)You can choose to edit the panel’s network setting by clicking on the panel

column, then click “Configure Setting”

The LanType is default to DHCP and does not require manual input of

IP/Netmask/Gateawy/DNS setting. If you wish to configure these setting manually,

change LanType to Static.

After finish changing network setting, enter the user name (default: admin) and

password (default:admin1234) then click OK to confirm. The user name and password

can be changed later in panel configuration webpage

Step 9. Click the panel information column and click on “Open Web Page”, or double click on

the panel column to link to the panel configuration webpage. Your default browser will

start automatically to connect to the LAN IP displayed in Finder.

Connection to Panel Webpage

For first time setup, webpage connection is only available within 1 hour after the panel is

powered on; if the panel has been powered on for more than 1 hour. Webpage access will

be disabled. Reboot the panel to enable webpage function again.

Change default password after login to gain unrestricted webpage access.

Step 1. Select the Control Panel in the Finder software and click on “Open Webpage” to

connect to panel webpage.

Alternatively, enter the Control Panel IP address displayed in Finder into your

browser’s address section and proceed.

Step 2. Enter the User name & Password to proceed

Default user name: admin

Default password: cX+HsA*7F1

Step 3. You will enter change password page. Enter and repeat a new password (username

change is optional), take care that both username and password are case sensitive.

Click OK to confirm.

Step 4. Upon confirming new username and password. You will enter panel Welcome page.

The panel will prompt you to re login with new username and password.

Step 5. You will enter panel Welcome page. The Control Panel’s information will be displayed.

Click on the pages and folders on the left to access the Control Panel’s various

functions

The Welcome page displays current control panel firmware version information

according to different panel model and MAC address.

IMPORTANT NOTE

If the default login password is not changed, webpage access will be disabled 1 hour

after power on. Reboot the

webpage access. panel and

changed

password to allow unrestricted

Device Management

The Device Management section allows you to learn in, edit, co

accessory devices that can be included in the IOTA Control

Panel.

trol and view all available

5.1.

Learning

Use this function to add new devices into the Control Panel. IOTA supports up to 160 zones of

accessory devices, in 2 areas, up to 80 zones each area.

The following types of accessory devices are supported:



RF device: All Abode RF devices are supported.



ZigBee device: All ZigBee device with ZigBee Home Automation 1.2 profile are supported.

 The Control Panel built-in ZigBee module supports up to 40 ZigBee devices by itself. If

you wish to include more than 40 ZigBee devices into the Control Panel, you must add

extra ZigBee Routers into the Control Panel’s ZigBee network to increase the network’s

maximum device capacity.



IP Cameras: The panel features a built-in IP Camera, extra IP Cameras may be included

into the system to extend the coverage. Up to 5 extra IP Cameras are supported.



Z-Wave Device: IOTA panel is compatible with certified Z-Wave devices

5.1.1.

Add Sensor

Step 1.

Step 2.

Step 3.

Step 4.

Click on “Learning” to enter learn page.

Click “Start” to enter learning mode.

Transmit a learning signal from the accessory device. (Please refer to each device’s

When the system received the signal transmitted from device, the screen will display its

information for selection.

 It takes 5-10 seconds for the Control Panel to receive a learn code from ZigBee or

<NOTE>

Z-Wave device.

Step 5. Click “Add” to include selected device into panel. If the sensor you wish to learn into

already exists in the system, the sensor information will be displayed in the Learned

Device section. If not, the sensor information will be displayed in the Detected Device

section.

Step 6. If the device is successfully learnt into the system, the added device will be displayed in

the “Learned Device” section.

Step 7. Repeat Step 3~5 to learn in all device, click Stop to exit learn mode when complete.

The system will automatically exit Learn mode if left idle for 5 minutes.

5.1.2.

Local Learning

Instead of learning devices via configuration webpage, you can also learn in devices by using

the learn button located on the back of Control Panel.

Step 1. Press and hold the Learn Button on the back of Control Panel for 10 seconds, release

when the Control Panel emits one short beep. LED 1 and LED 2 Green will turn ON to

indicate the Control Panel is now in learning mode

Step 2. Press the test or learn button on each device to transmit signal, refer to device manual

for detail.

Step 3. When the Control Panel receives signal from device, it will emit 2 beeps to confirm. The

device will be included in the panel automatically.

Step 4. After finish learning all devices, press and hold the learn button for 1 second. The

Control Panel will emit 2 short beeps to indicate it has returned to normal mode. LED1

and LED 2 will dim.

 Device learnt in via Local Learning will be assigned to Area 1 only, which is limited to 80

devices.

 The Control Panel cannot enter learning mode when under Away Arm/Home Arm or

Walk Test mode. The Control Panel will emit 5 beeps to indicate error.

<NOTE>

5.1.3.

Edit Devices

After finish learning devices, proceed to edit the device setting.

Step 1. Click Panel to enter Panel webpage. All learnt in devices will be displayed under

Device List section.

Zone 1 ~3 are pre-occupied by IOTA panel’s built-in IP Camera, PIR Sensor and

Temperature/Lux sensor. All newly learnt in devices will be listed starting from Zone 4.

Step 1. To edit the device setting or information, click “Edit” at end of device entry.

Step 2. You will enter Device Edit webpage

Step 3. Edit your device setting and information according to instruction below. Click “OK” to

save your new changes when finished. Alternatively, click “Default” to reset all

parameters to default values or click “Reset” to re-enter all the information.

 Name: Enter a name for the device.

 Area: Select the area which the device belongs to.

 Zone: Select the Device zone number.



Attribute List:

The attribute list determines panel behavior when the panel receives trigger signal from

the device. There are

General Attribute:

 Bypass

This function allows user to deactivate (bypass) the selected device.

 If bypassed, then the Control Panel will not respond at all when the sensor is

triggered.

 If bypassed, the system can be armed directly regardless the device’s fault

situation. However, its fault situation will still be monitored, logged and displayed

in the webpage.

 Bypass

This function ONLY applies to Remote Control or Door Contact with Set/Unset attribute

enabled.

 Latch Report ON: When the device is used to change system arm mode, the

Control Panel will report the arm/disarm action by the particular device.

 Latch Report OFF: When the device is used to change system arm mode, the

Control Panel will not report the arm/disarm action by the particular device.

 Set/Unset

This function is for Door Contact only. This function allows Door Contact to control

system mode.

 Normal Close: The system will be armed when the Door Contact is opened, and

disarmed when Door Contact is closed.

 Normal Open: The system will be armed when the Door Contact is closed, and

disarmed when Door Contact is open.

 24HR

This function enables the device to activated selected alarm event whenever it is

triggered regardless of system mode. System mode response will be disabled if 24HR

attribute is enabled.

System Mode Attributes:

The System Mode Attributes determines system behavior under particular arming mode

when the sensor is triggered.

 No Response

 When a sensor with No Response is triggered, the Control Panel will not respond.

 Start Entry Delay 1/ Start Entry Delay 2

 When the system is under Full Arm or Home Arm mode, if a sensor with Start

Entry Delay 1/2 attribute is triggered, Control Panel will start an entry countdown

period to give enough time to disarm the system.

 When the Control Panel is in the Disarm mode, if a sensor with Start Entry Delay

1/2 attribute is triggered, the Control Panel will immediately report a burglar interior

alarm (CID code: 132).

 When the Control Panel is in the Full Arm mode, if a sensor with Start Entry Delay

1/2 attribute is triggered, the Entry Delay 1/2 timer starts counting down. If no

correct pin code is entered during the entry delay timer to disarm the system, the

Control Panel will report a burglar perimeter alarm (CID code:131) immediately

after entry delay timer 1/2 expires.

 When the Control Panel is in the Home Arm 1/2/3 mode, if a sensor with Start

Entry Delay 1/2 attribute is triggered, the Entry Delay 1/2 timer starts counting

down. If no correct pin code is entered during the entry delay period to disam the

system, the Control Panel will report a burglar interior alarm (CID code: 132)

immediately after entry delay timer 1/2 expires.

 Chime

 When the system is in Arm/ Home Arm 1/ Home Arm 2/ Home Arm 3 mode, if a

sensor set to Chime is triggered, the Control Panel will sound a Door Chime (Ding-

Dong Sound).

 Burglar Follow

 When the system is in Full Arm or Home Arm mode, if a sensor set to

Burglar Follow is triggered, the Control Panel will report a burglar alarm

immediately.

 When a Start Entry sensor is triggered and the system is under Entry Delay Timer

countdown, if a sensor set to Burglar Follow is triggered, the Control Panel will

wait until the Entry Delay Timer expires before activating a burglar alarm. If the

system is disarmed before the timer expires, the Control Panel will not activate

alarm.

 Burglar Instant

 When the system is under Full arm or Home Arm/ Disarm / Entry Time mode, if a

sensor set to Burglar Instant is triggered, the Control Panel will report a burglar

alarm immediately.

 Burglar Outdoor

 When the system is in Full Arm or Home Arm / Disarm / / Entry Time mode, if a

sensor set to Burglar Outdoor is triggered, the Control Panel will report a burglar

outdoor event immediately.

 Cross Zone

 See 12.2 Appendix – Cross Zone Verification for detail.

 Apply Scene

 This function is only available for Remote Keypad and Remote Control.

 Select a Home Automation Scene number for a Remote Keypad or Remote

Control button. When the button is pressed, the Control Panel will execute the

actions programming in the Scene accordingly. For more information, please refer

to 8.3. Scene.

Home Automation Attributes:

The Home Automation Attributes allows a device to control Home Automation function.

 Trigger Response

 When the device is triggered, the Control Panel will activated selected Home

Automation Scene number. Please refer to 8.3. Scene webpage for detail.

 Restore Response

 When the device transmits restore signal after trigger, the Control Panel will

activate selected Home Automation Scene number.

Other Attributes:

 Permanent Bypass

 When checked, the panel will completely ignore all signal received from this

device. A bypassed device will not be able to trigger any response, including alarm

or fault from the Control Panel. All other attribute settings will be also be ignored.

 Exit (No Response)

 If checked, the panel will ignore trigger signal from this sensor during Exit Time

countdown. If deselected, the panel will activated burglar alarm and report

immediately when the sensor triggered during Exit Delay Timer.

 24HR

 A sensor set to 24HR attribute will ignore Disarm, Full Arm, Home are and Exit

response setting. The panel will activate selected alarm

triggered regardless of system mode under any time. when this Sensor is

 Some devices have their own unique functions and w ll have its own attribute setting

which is not listed in t is section. Please refer to the device manual for its setting detail.

5.1.4.

Delete Devices

Step 1. To delete a sensor, click “Delete” under “Device List”

Step 2. A message “Delete

successfully. success” is displayed and the sensor you choose is deleted

5.1.5.

Identify ZigBee Device

The Identify functio

after learning.

is available for ZigBee device only, it can be used to locate ZigBee devices

For battery powered ZigBee devices, the identify function should be used within 1 minute after

pressing device button, or 3 minute after learning in the device. Otherwise due to ZigBee

network mechanisms, the device may not be able to receive signal successfully from panel. AC

powered ZigBee devices do not have such limits and you can use Identify function anytime.

Step 1.

Step 2.

Click “Identify” under the Device List after the device column entry.

If the ZigBee device receives signal successfully, the webpage will display a success

message and the ZigBee device LED indicator will flash 10 times to confirm.

 If a timeout message is displayed on webpage, it means the device did not receive

signal from Control Panel, please check ZigBee devi e range from panel and make

sure to follow instruction above about Identifying battery powered ZigBee devices.

<NOTE>

5.2.

Add RF Device

Besides learning, you can also add RF devices into the system by entering its RF code into the

system with Add RF Device function.

Step 1. Click Add RF Device.

Step 2. Select Area and Zone number for the device you wish to add into system.

Step 3. Enter the device RF code, and preferred device name (up to 31 characters)

Step 4. Press “OK” to save

Step 5. If the RF code you entered is valid, the device will be added into the system according

to the Area and Zone number. You do not need to learn the device as instructed in

5.1.1. Add Sensor.

5.3.

Learn Rule

You can enter the sensor RF code or ZigBee MAC address manually to assign area and zone

number to this sensor. Sensors learned with pre-assigned rule will be put under the area and

zone number you specified. This function does not work with Z-Wave devices and IP Camera.

Step 1.

Step 2.

Step 3.

Step 4.

Step 5.

Step 6.

Step 7.

Step 8.

Step 9.

Step 10

Step 11.

Click Learn Rule.

You will see the Add Learn Rule menu.

Select Area and Zone number for this device.

Select RF or ZigBee.

Key in the RF code or ZigBee MAC info

For ZigBee device, select a ZigBee Device Type

Enter a preferred name for sensor (up to 31 letters or numbers).

Press “OK” to save.

If the process is successful, the screen will display “Updated Successfully.” You can

then check, edit or delete the rule under the Learn Rule menu.

Repeat the steps to add more rules.

Learn in the sensors you have entered rules for according to 5.1.1 Add Sensor.

 Learn rule function is only used to pre-assign area and zone number to sensors before

learning. To add senor to control panel, you still need to follow the instruction in 5.1.1

Add Sensor to complete the learning process.



Backup Device List to Learn Rule

You can choose to import learn rule from current learnt in ZigBee devices

Step 1. Click “Backup Device List to Learn Rule”.

Step 2. Click OK to confirm.

Step 3. The Learn Rule page will be updated with new rules according to current ZigBee device

list information. Z-wave device and IP Camera will not be included.

5.4.

Walk Test

This is to test the sensor operation range for installation purpose.

Step 1. Click “Start” to enter Walk Test mode.

Step 2. Press the test button on the sensor(s) or any button on the Remote Controller or

triggering the sensor.

Step 3. When the Control Panel receives a signal, it will show as below and a 2-tone beep will

be heard to indicate that it is safe to install the particular sensor in the location.

 Time: time information

 Area: operation area

 Zone: device zone

 Type: device type

 Name: device name

 Rssi: the RF signal strength between Control Panel and sensor. The Rssi value here

must be higher than the Rssi value of Panel’s background noise (please refer to 6.1

Panel Condition section for details). If not, you may still learn in the sensor; however,

please relocate the sensor and use Walk test to find a more suitable location.

 Device ID: device’s unique identification code.

Step 4. Once all sensors are tested, click on “Stop” to exit Walk Test mode. The system will

automatically exit Walk Test mode if left idle for 5 minutes.

5.5.

Program Siren

The Program Siren page include siren learning and setting configuration function.



Learn Siren





Step 1.

Step 2.

The Learn Siren function is designed for single way radio siren (BX-7,8 and SR-7,8)

only. To learn in two-way sirens, please refer to the 5.1 learning section.

Select the Option drop-down menu, choose from All, Area1, and Area2 to determine

which area should the siren below to.

Put your Bell Box or Indoor Siren in Learning Mode (Slide BX/SR dip switch 1 to ON.

For more details, please refer to siren manual for detail).

<NOTE>

Step 3. Click Learn Siren to transmit learn code, refer to BX/SR manual to complete learning.



Siren Setup



Siren Tamper On/Off

You can enable/disable the siren’s tamper protection with this function. Sel

on or off the siren’s tamper function then click “Siren Tamper” to confirm.

ct to turn

 When turned off, if siren tamper will be enable again automatically after one hour if not

turn on manually during the one hour period.



Confirm On/Off

When turned on the siren will emit confirmation beep when the control panel mode is

changed. When turned off, the siren will remain silent. Select

confirmation function, then click “Siren Tamper” to confirm.



Entry Sound On/Off

to turn on or off the

When turned on the siren will emit beeps during entry and exit timer. When turned off,

the siren will remain silent. Select to turn on or off the entry sound function, then click

“Siren Tamper” to confirm.



Siren Setting:

Choose to edit individual siren detail setting with the slide down menus. Refer to siren

manual for available options. After finish all settings, click “Submit” to confirm.

<NOTE>

5.6.

Exclusion

The Exclusion page is used for removing Z-Wave device only.

Step 1. Click on “Exclusion” and click on “Start” to start the procedure.

Step 2. Refer to the Z-Wave device manual to transmit signal.

Step 3. After receiving the exclusion signal from Z-wave device, check the device list under Panel

webpage to make sure the corresponding Z-wave device has been removed from the

panel.

5.7.

Z-Wave Tool

The Z-wave Tool is used to reset Z-wave module to factory default and remove all Z-wave

devices, or change routing setting.

Step 1. Click ”Z-Wave Factory Reset”, the Z-Wave module is reset to factory default and all Z-

Wave devices will be removed automatically. The Control Panel Home ID will also be

changed automatically for a newly added Z-Wave device to recognize.

Step 2. The list of Z-Wave devices is still displayed in the Panel webpage. Please go to panel

webpage and remove all Z-wave devices.



Change Z-Wave Routing Setting

Use the other functions to configure your Z-Wave routing settings.

5.8.

PSS Control

This feature is designed to control/edit/delete Power Switches included in the panel.



Click Edit to edit attributes of power switches.



Click Delete to remove power switch from panel.



Click Switch On/Switch Off to turn on/off power switches. Or click Switch Toggle to toggle

between on/off status. For Power Switch Dimmer, you can also set its power output level

with the slide down menu.

5.9.

UPIC Control

UPIC Control webpage allows you to control UPIC IR Transmitter included iin Control Panel



Transmit IR Signal

Depending on the UPIC model number, select the function to be performed in the drop down

menu, then click “Setup UPIC” for the UPIC to transmit IR Signal.



UPIC5 LED Setup (UPIC5 only)

UPIC5 has 6 IR LEDs, a central one and 5 surrounding ones. The central LED will always

transmit IR signal when activated; besides the central LED, one of the 5 surrounding LEDs can

be selected to activate upon IR signal transmission to increase the IR signal coverage.

Step 1: Refer to the diagram on the webpage and UPIC5 manu l to determine which LED

should be used for signal transmission to ea h particular home appliance.

Step 2: Select the LED number from the drop down menu for each appliance type, then click

“Setup LED” to confirm. Please refer to UPIC5 manual for more information.

 If “Air Conditioner” is set to LED 1, UPIC5 will transmit all Air Condition functions with

both Central LED and LED1.

 If “TV” is set to LED 5, UPIC5 will transmit all Air Condition functions with both Central

LED and LED5.

5.10.

Surveillance

The PIR Camera/Video Cameras and IP Cameras are listed under Surveillance for separate

control.



Click Edit to edit camera attributes.



Click Delete to remove device from panel.



Click Request Media to capture a picture or vide



PIR camera: A picture will be captured upon request



PIR Video Camera: A 10-second video will be recorded upon request



IP Camera: The IP Camera will record a video according to its video length setting

(Please refer to IP Camera manual for detail.)



For PIR Camera/Video Camera, you can choose to take the picture/video without

activating the camera’s flash.

Picture and video captured by PIR Camera and PIR Video Camera will be stored under the

Captured Event webpage. Video Recorded by IP Camera will be stored in the IP Camera

– Recorded Video page.



For IP Camera, click “View” or “Setting” to access configuration webpage for video

streaming or setting configuration.

5.11.

Group Control

This feature is designed for you to edit a name of group, switch on or off a group of Power

Switches. You can also assign Power Switches to groups you desire.

5.11.1.

Group Control/Edit

Step 1. Specify a new name for a group.

Step 2. Click Switch On or Switch Off to turn on or off one group of power switches.

5.11.2 Device Edit/Delete

Step 1. Check on the groups you wish to assign the Power Switch. This is a multiple-choice field

and you can assign one Power Switch to multiple groups. Whenever one of the

assigned groups receives request to turn on/off, all Power Switches belonging to the

group will be activated accordingly.

Step 2. Click Edit to edit attributes of an added power switch or power switch meter or Delete to

delete this device.

IP Camera

IOTA features a built-in IP Camera which can be programmed from the local area webpage.

6.1.

IP Camera Attribute Setting

The IP Camera is assigned to Zone 1 in the panel’s device list. Use the Edit Device function to

adjust the IP Camera Attribute Setting.

Edit the name, area, zone, and select attribute settings of the IP Camera.

 Whole Area:

Unselected: The IP Camera will only record video when alarm is triggered by

sensor belonging to same area as the IP Camera

Selected: the IP Camera will also record video when alarm is triggered by

sensors belonging to different area.

 Bypass: When an IP Camera is bypassed by the panel, the Panel will not

activate the IP Camera to record video when an alarm is triggered.

 No Response: If set to No Response, the IP Camera will enter Privacy Mode

and will not provide image streaming or video recording function even when

alarm is activated.

 If set to other response action such as Burglar Alarm or Start Entry, the IP

Camera will provide image streaming and video recording function under

selected mode.

 Trigger Response: The Trigger Response function is currently disabled for IP

Camera.

6.2.

Image Tuning

Click on “Image Tuning” to adjust video preferences according to the below parameters:

6.3.

Motion Detection

“Motion Detection” includes motion detection related setting options.



Check the box in front of “Motion Detection Enable” to de ermine whether the IP

Camera’s motion detection function should be activated.



The IP Camera can configure up to 2 customizable regions for motion detection. To activate

the motion detection region, check the box in front of “Region 1” or “Region 2”.

When motion is detected, the “Region 1” or “Region 2” text color will turn red for

approximately 3 seconds to indicate it has detected motion The IP Camera will report the

motion detection event according to Report setting and record the event in “Reported

Event” webpage. Refer to 5.6. Alarm Setting for setting video length.

If a Motion Detection is triggered, the IP Camera must complete video recording before a

second motion detection can be triggered again.

 By default, “Region 1” is ticked and it detection coverage includes the whole camera

view.

 If “Motion Detection Enable” is ticked but neither of “Region 1” or “Region 2” is ticked,

The IP Camera will not be able to detect any movement.

 Please click the “OK” button for the changes to be effe tive.

<NOTE>

Motion Detection Region



You can choose the location, size and sensitivity of the motion detection region by adjusting

the parameters shown. The live feed has scales on the horizontal and the vertical axis for

you to refer to.

“Left” determines the horizontal starting point of the motion detection box. It starts from left

of the screen at 0 pixels, towards the right at 640 pixels.

“Top” determines the vertical starting point of the motion detection box. It starts from top of

the screen at 0 pixels, towards the bottom at 360 pixels.

“Width” determines the w dth of the box. The value of “Left” determines its starting point.

“Height” determines the height of the box. The value of “Top” determines its starting point.

The green box below is region of motion detection according to he set parameter:

The value 100 (pixels) of “Left” determines the horizontal starting position of the region for

detection.

The value 100 (pixels) of “Top” determines the vertical starting position of the region for

detection.

As shown, a value of 100 (pixels) are entered for both “Width” and “Height”, therefore a 100 by

100 motion detection region is determined.

The green box below is region 1 of motion detection according to the set parameter.

The red box below is region 2 of motion detection according to the set parameter. You can refer

to the horizontal and the vertical scales provided on the respective bottom and right side of the

live feed.



When confirmed, press “OK” to submit your adjusted parameter. Press “Reset” to re-enter

the parameters (“Reset” button resets the parameters to the previously set parameters).

6.4.

Time Stamp

The “Tim Stamp” webpage is for you to edit the Time Stamp format on the video.

Position

The available options are:

Date Format

The available options are:

Time Format

The available options are:

Press “OK” to submit your adjusted parameters. Press “Reset” to re-select the parameters.

6.5.

Stream Setting

The “Stream Setting” webpage determines quality of video streaming, and the port to be used

when the IP Camera is access remotely via Port Forwarding.

H264 Stream

Quality adjusts the quality of the stream.

Frames Per Second (FPS) are adjustable. Increasing FPS improves the quality of the

live-stream. Click “OK” to confirm changes or click “Reset” to reset to the previously set

parameters.

Port: The port number for obtaining HD 1920 x 1080 resolution H264 video stream. The factory

default is set to 0 and H264 streaming is disabled. To enable H264 streaming, please set a port

number.

Motion JPEG Stream

Quality adjusts the quality of the stream.

MJPG streaming port is set to 80 and cannot be adjusted.

6.6.

Recorded Video

This menu displays all the recorded files.

The IOTA Camera can use two types of memory: a Micro SD card or the IP Camera flash memory.

(Micro SD card is not provided by factory default). If Micro SD card is not inserted, the video will

be store in flash memory, which has 30MB storage capacity.

IOTA supports Micro SD Card with up to 32GB storage capacity.

Click on the buttons for the respective functions described below:



All: to select all the recorded videos.



None: to cancel selecting the recorded videos.



Half Old: to select the older half the recorded videos.



Invert: to invert the current selection. E.g. if “All” was selected, clicking “Invert” will clear all

selections.



Delete: to delete the currently selected (ticked) video.



Video link: to download or play the video.

6.7.

Alarm Setting

This menu displays the video recording options.

Video Upload Settings

Motion Detection Upload: If checked, the videos recorded from Motion Detection trigger will be

uploaded.

Video Record Length settings

Total Time: The total time length of each recorded video (Default: 10 seconds).

Pre-Alarm Time: The time length of the video which will be recorded prior to the initiation of

video recording (Default 5 seconds).

When Total Time is set to 10 seconds, and Pre-Alarm Time is set to 5 seconds, the IP Camera

will keep a continuous last 5-second buffer video storage. When the IP Camera receives

command to record a video (motion detection/alarm trigger from panel/request from panel), the

IP Camera will record another 5-second video. The final 10-second video will include 5-second

before record initiation, and 5-second after initiation.

Recycle Recorded Video

When this option is enabled, IP camera will automatically delete the oldest videos to clear space

on the MicroSD card or the RAM of the IP Camera.

When there is not enough memory left (in the MicroSD card or RAM), the IP camera will start

deleting old videos to retain more space.



Press “OK” to submit the updated programmed parameters. Or press “Reset” to re-enter

(“Reset” button resets the parameters to the previously set parameters).



An error message will appear on top of the page if the parameters are not logically set (e.g.

Pre-alarm Time: 20 seconds, Total Time: 10 seconds), as exemplified below:

LED Mode

This function is reserved.

Program the System

After the initial set-up, you can then program your system by clicking on the left menu to set

them individually.

7.1.

Panel Condition

In the Panel Section, user can arm, disarm or partially arm the system. Besides, it displays the

current Panel Status & Device Information.

Panel Control

Select a choice to arm, disarm or partially arm the system.

Panel Status

The Control Panel will update the panel status periodically. However, in order to show the

current status, you must reload the screen to refresh the display.

 Battery: When battery is running low, a “low battery” message will be displayed to

inform you to recharge the battery.

 Tamper: (reserved)

 Interference: This is for you to check whether the Control Panel is purposely interfered.

Whenever the signal jamming period lasts longer than 30 seconds, a “Jamming”

message will be shown and reported to the Central Monitoring Station accordingly.

 AC activation: To check whether AC power is connected. If not, it will show “AC Failure”.

 Signal GSM: This function is disabled for IOTA panel.

 Background RSSI: Rssi value is for you to check the RF environment around the

Control Panel. It ranges from 0 to 9, where 0 refers to the weakest and 9 refers to the

strongest background noise. Therefore, the lower the Rssi value, the better the

environment.

Test System

The function is designed to send a command to sever over the polling or XMPP protocol.

Fault Status

The fault events that exist in the alarm system is displayed under this section. When fault event

exists in system, the control panel Fault LED will light up to indicate fault status under Disarm or

Home Arm mode (The Fault LED will not light up under Arm mode).

When fault event exists, and you attempt to arm the system, the arming action will be prohibited

and the panel will display fault information on the webpage. If you still want to arm the system,

perform the arming action again to force arm.

You can check the “Clear” box in the setting column then click “OK” to ignore the fault event.

Cleared fault event will not cause the Fault LED to light up, nor prohibit arming.

Device List

The Control Panel will update the device information periodically. However, in order to show

the current status, you must reload the screen to refresh the display.



Area: operation area

 Zone: device zone

 Type: device type

 Name: device title

 Status: device’s current status, such as tamper status, battery status, out of order

condition or Door Contact open; for a power switch or metering device added into the

system, the device On/Off status, voltage, electric current and watt, will be displayed.

For a temperature/ambient light sensor, the temperature and lux reading is displayed.

Under Device, you could further edit or delete a learnt in device (please refer to 5.1.3 and

5.1.4 for details). Beside, you can reset Panel settings or clear the system faults by pressing

Reset Panel.

- After pressing Reset Panel, the Control Panel will restart in 60 seconds and all configured

values will be kept without any change.

Note

The function is designed for installer to make a note for each control panel. The note you make

here can be delivered to a server over XMPP or polling protocol.

7.2.

Panel Settings

Program the Panel, Time and Sound Settings at your discretion.

Panel Setting

 AC Fail Report: Set the waiting time before Control Panel report to Central Monitoring

Station when AC failure is detected.

 AC Fail Suspend: After AC failure is detected, the panel will enter sleeping mode and

wake up at regular interval. Use this option to set the wake up period duration.

 Jamming Report: This setting determines the time length of RF jamming detection

required to generate a RF jamming (inteference) fault.

 Auto Check-in: this is to select whether the Control Panel needs to send check-in

reporting to the Central Station automatically and to select the period of time between

check-in reports. Options available are Disable, 1 hour, 2 hours, 3 hours… up to 4

Weeks.

 Auto Check-in Offset Period: This is to set the time delay before the first Auto Check-

In report is made. After power is supplied or re-supplied to the Control Panel, a test

report will be sent to the Central Monitoring Station (CMS) based on the Offset Period.

This is used to test whether the CMS is able to receive the report from the Panel

accurately.

After this test report is sent, the Control Panel will then send reports at regular interval

based on the setting of the Auto Check-in Report.

For example, if Offset Period is set to 2 Hours, and Auto Check-in Report is set to 12

hours, the Control Panel will transmit an event code 602 to the CMS after 2 hours, and

then report 602 event code periodically at a regular intervals of 12 hours.

 IR Camera Resolution of Alarm Images: This is to select the resolution and number

of pictures taken by PIR Camera when the camera detects a movement in armed mode.

Options available are 320x240x3 images (Default), 320x240x6 images and

640x320x3 images.

 Outdoor IR Camera in Greyscale: This is to select whether pictures from Outdoor PIR

Camera should be taken in greyscale instead of color pictures.

Options available are: Disable(Color Picture) and Enable (Greyscale picture)

 429Mhz 10K: This setting determines the Control Panel’s RF device type. Disabling this

setting will set the panel to work with 429MHz 1k type RF device. Enabling the setting

will set the panel to work with 429MHx 10k type RF device.

Area Setting

 Area: Select operation area to apply setting.

 Final Door: If set to On: When the system is Away Armed and under exit timer

countdown, if a opened Door Contact set to Entry attribute is closed, the system will

automatically arm the system even if the exit delay timer has not expired yet.

 Arm Fault Type: Select how the system should respond when it is being armed under

fault condition.



Confirm: The panel will first display a “Mode Change Fault” message and emit 2

beeps. Arming again within 10 seconds will force arm the system.



Direct Confirm: The system will be force armed directly without displaying fault

message and report an event.

 Tamper Alarm: Select whether the siren should sound alarm when the tamper is

triggered.



Full Arm: when tamper is triggered under Full arm mode, Control Panel raises a

local alarm and sends report to the monitoring center. While under Home Arm or

Disarm modes no alarm will be activated, nor report sent.



Always: Control Panel raises a local alarm and send report for tamper-trigger in all

modes.

 Supervision Check: Select to enable or disable system supervision function. When

ON is selected, the Control Panel will monitor the accessory devices according to the

supervision signal received.

Time Setting

 Supervision Timer: The Control Panel monitors accessory devices according to the

supervision signal transmitted regularly from the device. User this option to set a time

period for receiving supervision signals. If the Control Panel fails to receive supervision

signal from a device within this duration, it will consider the device out of order and report

the event accordingly.

 Entry Delay 1 for Full Arm: Set Entry Delay Timer 1 for full arm mode. When a sensor

set to Start Entry Delay 1 is triggered under Full Arm mode, the control panel will begin

Entry Delay Timer countdown according to duration set with this option

If the Control Panel is disarmed before the Entry Delay Timer expires, the panel returns

to Disarm mode and no alarm is activated. If the Control Panel is not disarmed before

the Entry Delay Timer expires, the alarm will be activated and the panel will send report.

 Entry Delay 2 for Full Arm: Set Entry Delay Timer 2 for full arm mode. When a sensor

set to Start Entry Delay 2 is triggered under Full Arm mode, the control panel will begin

Entry Delay Timer countdown according to duration set with this option

If the Control Panel is disarmed before the Entry Delay Timer expires, the panel returns

to Disarm mode and no alarm is activated. If the Control Panel is not disarmed before

the Entry Delay Timer expires, the alarm will be activated and the panel will send report.

 Exit Delay for Full Arm: Set the Exit Delay Timer when entering Full Arm mode. When

the user changes system mode to Full Arm, the panel will begin Exit Delay Timer

Countdown and enter Full Arm mode when the timer expires. The user must leave area

protected by sensors before the timer expires, otherwise an alarm will be activated with

the sensor is triggered.

 Entry Delay 1 for Home Arm: Set Entry Delay Timer 1 for Home Arm mode. When a

sensor set to Start Entry Delay 1 is triggered under Home Arm mode, the control panel

will begin Entry Delay Timer countdown according to duration set with this option

If the Control Panel is disarmed before the Entry Delay Timer expires, the panel returns

to Disarm mode and no alarm is activated. If the Control Panel is not disarmed before

the Entry Delay Timer expires, the alarm will be activated and the panel will send report.

 Entry Delay 2 for Home Arm: Set Entry Delay Timer 2 for Home Arm mode. When a

sensor set to Start Entry Delay 2 is triggered under Home Arm mode, the control panel

will begin Entry Delay Timer countdown according to duration set with this option

If the Control Panel is disarmed before the Entry Delay Timer expires, the panel returns

to Disarm mode and no alarm is activated. If the Control Panel is not disarmed before

the Entry Delay Timer expires, the alarm will be activated and the panel will send report.

 Alarm Length: Set the duration the external siren should sound when an alarm is

activated.

Sound Setting

 Door Chime Setting: this function is available only when the attribute of Door Contact

(DC) and/or PIR detector (IR) is set as Door Chime.

The Control Panel sounds a Door Chime (Ding-Dong Sound) while the DC and/or IR is

activated in Disarm / Full / Home / Entry mode.

 Entry Delay Sound for Full Arm: this is for you to decide whether the Control Panel

sounds count-down beeps and volume of beep during the entry delay time in the full

arm mode.

 Exit Delay Sound for Full Arm: this is for you to decide whether the Control Panel

sounds count-down beeps and volume of beep during the exit delay timer in the full arm

mode.

 Entry Delay Sound for Home Arm: this is for you to decide whether the Control Panel

sounds count-down beeps and volume of beep during the entry delay time in the home

arm mode.

 Exit Delay Sound for Home Arm: this is for you to decide whether the Control Panel

sounds count-down beeps and volume of beep during the exit delay timer in the home

arm mode.

 Warning beep: this is for you to decide whether the Control Panel will sound a warning

beep whenever a fault condition has been detected and displayed. The warning beep

will be silenced after the Fault message has been read by the user. When a new fault

condition is detected, it will then again emit a warning beep every 30 sec.

 Entry/ Exit Only Final Beeps: This is for you to determine when the Control Panel

should start warning beep during Entry or Exit countdown timer. For example, if the

setting is set to 5 seconds, the Control Panel will only stat warning beep during the last

5 seconds of Entry or Exit countdown timer. When set to disable, the Control Panel will

sound warning beep during the entire Entry or Exit countdown timer.

7.3.

PIN Code

The User PIN Codes are used by Remote Keypad accessory to control system mode remotely.

The 2 areas in the control panel each has 6 User PIN Codes available for setting. Each consists

of 4 digits (numeric number 0~9). User PIN code #1 for each Area is always activated factory

default.

User PIN #1 in Area 1 User PIN #1 in Area 2

Password: 1234 Password: 4321

Area

Area: Select the area for setting User PIN Code.

User Code Setting

 User Code: Enter the 4-digit code in the field.

 User Name: Enter a user name for easy recognition of system events. Up to 17

alphanumerical characters are allow for each user name.

 Latch:

Latch  Latch Report ON = Whenever the User PIN Code is used to change

system mode, the panel will report the event.

Latch  Latch Report OFF = When the User PIN Code is used to change system

mode, the panel will not report the event.

 Delete: Check the box if you want to delete selected user. User#1 in each area cannot

be deleted

After finish all setting, click OK to confirm change.

Network Settings

8.1.

Network

This is for you to program the Network for IP connection.



Obtain an IP address automatically (DHCP)

If DHCP is selected, the Network will obtain an IP address automatically with a valid

Network DHCP Server. Therefore, manual settings are not required.

This is only to be chosen if your Network environment supports DHCP. It will automatically

generate all information.



Use following IP address

You can also enter the Network information manually for IP Address, Subnet Mask, Default

Gateway, Default DNS 1 and Default DNS 2.

Please make sure that you have obtained all required values according to your Network

environment. Please contact your network administrator and/or internet service provider for

more information.



DNS Flush Period

You can set the system to clear current DNS resolution records for all entered URL settings

(Reporting, Upload, XMPP…etc.) after a set time period. The system will then resolve the

Domain Name again and acquire new IP address for the URL settings. This function is

disabled by default.

8.2.

Wireless

Use “Wireless” webpage to setup the panel’s WiFi setting

There are 3 ways you can connect to the wireless network.

Search for WiFi AP: Click “Scan WiFi AP” to search for available wireless network Select the

available Wireless APs from the list by clicking “Set” after AP info column and enter the

required information (pre-shared key, etc.) and click the “OK” button.

Enter the Wireless information manually and click “OK” to connect.

WPS protocol: Use the WPS protocol to connect it to the Wi-Fi network.

Locate the WPS button on the panel and your wireless router.

Press and hold the WPS button on the panel for about 10 seconds and release. LED 4 will

flash Red for 1-2 seconds.

Press and hold the WPS button of the router’s WPS protocol according to the router’s

Instruction to start pairing.

When WPS pairing is successful, the LED 4 will flash Red 3 times.

8.3.

UPnP

UPnP is Universal Plug and Play, which opens networking architecture that leverages TCP/IP

and the Web technologies to enable seamless proximity networking in addition to control and

data transfer among networked devices in the home, office, and public spaces.



Enable UPnP Device:

When enabled, you will be able to see this device via any UPnP discovery tool



Enable UPnP Port Redirect:

The device will try to find an UPnP-supported router and set up the port to redirect to the

router.



Port Forwarding:

Local Port

External Port

Protocol

System Settings

9.1.

Administrator Setting

For setting new Administrator Log-in Name and Password. Please note both User Name and

Password are case sensitive.

Step 1. Enter the preferred User Name.

Step 2. Enter the preferred Password in the “New Password” field and repeat the same

Password in the Repeat Password field.

9.2.

Home Automation

It is used to set Home Automation rules to control sensors and home appliances. You can set up

to 100 rules.

Step 1. Click on Edit.

Step 2. Select an operation area.

Step 3. Set a rule condition.

Step 4. Set a rule schedule.

Step 5. Select the corresponding action rules in the Execution field.



Area

Select an operation area.



Rule Condition

The rule condition determines under which circumstances the rule should be activated.

 Empty : When set as Empty, the system will follow the schedule time and execution rule

to respond accordingly.

 Trigger Alarm : When set as Trigger Alarm, if the specified alarm event

(Burglar/Some/Medical/Water/Silent Panic/Panic/Emergency/Fire /CO Alarm) is

triggered, the rule will be activated according to rule schedule and execution setting.

 Mode Change : When set as Mode Change, when the system enters specified mode,

the rule will be activated according to rule schedule and execution setting.

 Mode Change and Exit Timer Stopped : When set as Mode Change and Exit Timer

Stopped, when the system changes mode to and Exit Delay Timer expires, , the rule

will be activated according to rule schedule and execution setting.

 Mode Start Entry Timer : When set as Mode Start Entry Timer, when the system begins

to countdown Entry Delay, the rule will be activated according to rule schedule and

execution setting.

 Temperature Below : When set as Temperature Below, if the temperature detected by

specified temperature sensor drops below set threshold, the rule will be activated

according to rule schedule and execution setting.

 Temperature Above : When set as Temperature Below, if the temperature detected by

specified temperature sensor exceeds set threshold, the rule will be activated according

to rule schedule and execution setting.

 Temperature Between : When set as Temperature Between, if the temperature

detected by specified temperature sensor falls within the range specified, the rule will be

activated according to rule schedule and execution setting.

 High Power Consumption : When set as Power Consumption Above, if the power

output watt from a specific Power Switch exceeds, the rule will be activated according

to rule schedule and execution setting.

 Humidity Above : When set as Humidity Above, if the humidity reading from specified

room sensor rises above the level specified, the rule will be activated according to rule

schedule and execution setting.

 Humidity Below : When set as Humidity Below, if the humidity reading from specified

room sensor falls below the level specified, the rule will be activated according to rule

schedule and execution setting.

 LUX Between : When set as LUX Between, if the lux reading from specified light sensor

falls below the level specified, the rule will be activated according to rule schedule and

execution setting.

 Random : The Random condition must be used along with Rule Schedule setting. Set a

percentage from 1 to 10%. When the panel time reaches programmed Rule Schedule

time. The Panel will activate rule according to set chance.

Example: If set as 10%, whenever the panel reaches programmed Rule Schedule time,

there will be a 10% chance the rule is activated.



Rule Schedule

 Always : When set as Always, the rule can be activated anytime.

 Schedule Once : When set as Schedule Once, the system will follow the rule condition

and execute rule according to the exact date and time specified..

 Schedule Every Month : When set as Schedule Every Month, the system will follow

the rule condition and execute rule according to date and time specified every month.

 Schedule Every Week : When set as Schedule Every Week, the system will follow the

rule condition and execute rule according to day of the week and time specified every

week.

 Schedule Every Day : When set as Schedule Every Day, the system will follow the the

rule condition and execute rule according to time specified every day



Execution

Execution is the actual action performed by Control Panel when both Rule Condition and

Rule Schedule requirements are met

 Zone Switch Off: Turn on the Power Switch at specified zone.

 Zone Swich On : Turn on the Power Switch at specified zone.

 Zone Swich On For : Turn on the Power Switch at specified zone for a set duration.

 Zone Switch Level:: Change the power output level for Dimmer at specified zone.

 Zone Swich Toggle : Toggle on/off the Power Switch at specified zone.

 Group Switch Off : Turn off all Power Switches assigned to specified group.

 Group Switch On : Turn on all Power Switches assigned to specified group.

 Group Switch On For : Turn on all Power Switches assigned to specified group for a

set duration.

 Mode Change : The system will change to the mode as you specified.

 Request Image : The PIR Camera in specified zone will take a picture.

 Request Image (All) : All PIR Cameras in the system will take a picture.

 Request Image (No Flash): The PIR Camera in specified zone will take a picture,

Without activating its LED flash.

 Request Image (All, No Flash) : All PIR Cameras in the system will take a picture

without activating LED Flash.

 Request Video : The PIR Video Camera or IP Camera in specified zone will record a

video.

 Request Video (All) : All PIR Video Cameras and IP Cameras in the system will

record a video.

 Setup UPIC:: The UPIC and specified zone will transmit Off/Heat/Cool command to the

air conditioner as programmed.

 Hue Control:: Adjust the hue and saturation of the Philips Hue at specified zone as

programmed.

Hue Saturation

 Trigger Alarm: Choose to activate one of the following alarms: High Temperature Alarm,

Low Temperature Alarm, High Power Consumption Alarm, High Humidity Alarm and Low

Humidity Alarm

 Apply Scene:: the system will execute preprogrammed Scene number. Please refer to

8.3. Scene for detail.

9.3.

Scene

The Scene setting allows you to customize a series of actions with your devices. The

programmed scene can be set to activated when a device is triggered. (See 5.1.3. Edit

Devices), or when a Home Automation Rule is executed. (See 8.2. Home Automation) For

example, you can set a scene to control multiple lightings, then set your Remote Control to

activate the scene, or set a Home Automation Rule to activate the scene.

Step 1. Click on Edit.

Step 2. Enter a name for the scene.

Step 3. Select an Area

Step 4. Select an action to be executed when the scene is activated. Refer to the Rule

Execution section in 8.2. Home Automation for detail.

Step 5. Repeat Step 2-3 to setup up to 5 executions for a scene.

Step 6. Click “Done”.

Step 7. Click “OK” at bottom of webpage to confirm the new scene setting.

9.4.

Reporting

This is used for installer to set system event reporting parameters for panel to deliver report

when an event is generated.



Reporting URL

This is used for installer to program report destinations.

Abode CID protocol via IP

Format: ip://(Account Number)@(server ip):(port)/CID

Example: ip://1234@54.183.182.247:8080/CID

SIA DC-09 protocol via IP

Format: ip://(Account Number)@(server ip):(port)/SIA

Example: ip://1234@54.183.182.247:8080/SIA

SIA DC-09 protocol via IP with AES encryption

Format: ip//(Account Number)@(server ip):(port)/SIA/KEY/(128,196 or 256 bits Key)

Example:

ip://1234@54.183.182.247:8080/SIA/KEY/ 4A46321737F890F654D632103F86B4F3

SIA DC-09 protocol using CID event code via IP

Format: ip://(Account Number)@(server ip):(port)/CID_SIA

Example: ip://1234@54.183.182.247:8080/CID_SIA

SIA DC-09 protocol using CID event code via IP, with HEX encryption.

Format: ip//(Account Number)@(server ip):(port)/CID_SIA/KEY/(HEX)

Example:

ip://1234@54.183.182.247:8080/CID_SIA/KEY/4A46321737F890F654D632103F86B4

CSV protocol via IP

Format: ip//(Account Number)@(server ip):(port)/CSV

Example: ip://1234@54.183.182.247:8080/CSV

CSV protocol via IP including username and password

Format: ip//(Account Number)@(server ip):(port)/CSV/User/Pasword

Example: ip://1234@54.183.182.247:8080/CSV/abcd/1357

CID protocol via GSM

Format: gsm://(Account Number)@(telephone number)

Example: gsm://1234@0987654321

Format: mailto:user@example.com

Example: mailto:john@gmail.com



Level

Select a reporting condition:

All events: The system will report all events to this destination.

Alarm events: The system will only report alarm event to this destination.

Status events: The system will only report status event(non-alarm events) to this

destination.



Group

Select a group for your report destination The system will make report according to the

following principle:

 Group with higher priority will be reported first: Ex: Group 1  Group 2  Group 3….

 If reporting to the first destination in a group fails, the system will move on to the next

report destination in the group.

 If reporting to one of the report destinations in a group is successful, the system will

consider reporting to this group successful and stop reporting to rest of the destinations

in the group. It will then move on to report to the next group.

 If reporting to all destinations in a group fails, the system will retry report to group

according to retry times set below. If reporting is still unsuccessful after retries, the

system will move on to report the the next group according to Essential/Optional setting

below.

 After completing a round of reporting (From Group 1  Group 2 ….. Group5), If there

is any group set as Essential which has not received report successfully, the system will

restart the reporting cycle to retry reporting until every group set as Essential is reported

successfully.



Essential/Optional

Essential: the system will report to all groups set as Essential. The system will never give

up trying to report to any group set as Essential until at least one of the

destinations in every Essential group successfully receives the report. Group 1

is always set as Essential and cannot be changed.

<NOTE>

Optional: The system will only report to group set as Optional when reporting to its

previous group fails. For example: if Group 3 is set is optional, the Control Panel

will only report to Group 3 if reporting to Group 2 fails.



1 Retry/ 3 Retry/ 5 Retry/ 10 Retry/ 99 Retry:

If reporting to all destinations in a group fails, the system will retry reporting to the group

according to the retries times set here.

 When the panel is registered into Abode’s Home Portal Server, URL1 will be filled in

with Home Portal Server report information. Do not change the information once

registration is complete or reporting to Home Portal Server may encounter er or.

 After registering the panel in Home Portal Server, if you wish to set more reporting

destination, the new report destination should be se to different group than URL1

otherwise it may not be able to receive report successfully.

9.5.

Voice Report

IOTA panel is able to make voice call when an alarm is activated to establish two-way voice

communication with call recipients. Each two-way voice session lasts 3 minutes. At the last 30 &

10 secs of two way conversation, the panel will emit 1 short beep to alert the call recipient.

The panel will make voice report after the first successful alarm reporting. At least one

report destination must be programmed to use voice reporting function.

Warning: Voice reporting is not available when AC power failure is detected.



Follow-on

This function is currently reserved.



Telephone

Enter the VOIP call recipient in the field. The panel will make voice report after the first

alarm report is completed.



Callback Timer

Callback function only works when no call recipient is programmed. After activating alarm,

the panel will enter a waiting period for call back. Incoming call during this period will be

answered automatically to open two-way communication. The Callback time will end after

set waiting period has expired or after the incoming call has ended.



Service Telephone

This function is currently reserved.

 VOIP setting must be programmed first before the Control Panel can m

via VOIP. Please refer to 8.11. VOIP for more information. ke report

<N TE>

9.6.

Code Settings

The Duress Code, Master Code & Temporary Code adds the flexibility of different security level

for operation in Code Settings menu.

Step 1. Key in your preferred 4 digit Installer Code, Duress Code, Master Code, and/or

Temporary Code.

Step 2. You can also choose to have Latch Option On / Off for Temporary Code by tick the

Latch Option box and press OK to confirm the settings.



Installer Code

The Installer Code is used for SMS Remote Programming, when sending a remote

programming message, the user needs to enter Installer Code in the message to be able

to program the system. The default Installer code is: 7982.



Area

Each Area has different Duress Code, Master Code, and Temporary Code. Select the Area

to program the code setting in this area.



Duress Code

The Duress Code is designed for transmitting a secret & silence alarm.

When Duress Code is used for accessing the system, the Control Panel will report a secret

alarm message without sounding the siren to the Central Monitoring Station to indicate of

a Duress Situation in Progress.

The Duress Code consists of 4 digits and is not activated as default by the factory.



Guard Code

The Guard Code is designed for security patrol personnel to arm/disarm the system. It can

be set the same as a User PIN Code.

The Guard Code consists of 4 digits and is not activated as default by the factory.



Master Code

This function is currently disabled.



Temporary Code

Temporary Code is also used to arm/disarm the system, but it is for a temporary user. The

temporary Code is ONLY valid for one-access per arming and disarming. Afterwards, the

Temporary Code will be automatically erased and needs to be reset for a new Temporary

user.

The Temporary Code consists of 4 digits and is not activated as default by the factory.



Latch Option

This is to program the Latch Key Reporting feature for Temporary Code. Please click the

box to select the options.

Latch  Latch Report ON = Whenever the system is armed, home/ day home/ night

home armed or disarmed, the Panel will transmit Contact ID code / SMS message / GPRS

reporting (according to pre-setting) to notify the Central Monitoring Station.

Latch  Latch Report OFF = Whenever the system is armed, home/ day home/ night

home armed or disarmed, the Panel will NOT transmit reporting(s) to notify the Central

Monitoring Station.



Delete

Except Master Code which can’t be disabled in any way, Temporary and Duress Code can

be disabled by cleaning the code box and leaving the box as blank.

9.7.

SMTP Setting

Program the mail server related settings. The email account you set here would be used to send

report for events or picture and video clip captured by PIR Camera and PIR Video Camera.

Step 1. Enter the following settings:



Server: set the mail server (max. 60 digits/alphabets).



Port: set the port number (max. 5 digits/alphabets).



User: set the mail account name (max. 30 digits/alphabets).



Password: set the password corresponding to the mail account name (max. 30

digits/alphabets).



From: set the email address according to your mail sever and account name. (max. 30

digits/alphabets).



Using TLS/SSL encrypted channels (Secure SMTP):If your mail server uses TLS or

SSL encryption method for secure transfer, please click the box to enable the setting

Step 2. Click OK to confirm the setting.

9.8.

Media Upload

The system can deliver captured images and video clips captured by PIR Cameras and PIR

Video Camera to cell phone, email or ftp.



FTP: ftp://user.password@server/path



HTTP: http://ip:port/path



Email: mailto:user@server (transmitting an alarm image over Ethernet)

 If “Deleted events af er uploaded” is checked, the system will automatically clear all

captured images which are displayed in the Captured Events menu after it successfully

sends out those captured images to preset reporting destinations.

<NOTE>

9.9.

Polling

The polling function enables the Control Panel to query the destination you set (URL1 or URL2)

in turn as to whether it has any data to transmit.



URL/URL2: ip://server:port/path



Interval : interval time of polling

9.10.

XMPP

XMPP setting enables the Control Panel to query the set destination. This setting is required for

the Control Panel to connect to Abode’s Home Portal Server for remote control. If the panel is

disconnected from the server, it will retry connection every 3 minutes.



Server: server address



Port: server’s port number



User: authorized user account name



Password: authorized user password



Domain: domain address



Buddy List: contact destination



Ping Interval: server connection test interval

9.11.

VOIP

Program your VOIP server setting with this page. The VOIP setting must be completed before

you can use Voice Report function via VOIP.



Server: Your VOIP server URL, factory default is set to Abode’ Home Portal Server. If you

use your own server, a SIP VOIP server is required. We recommend using an Asterisk

server.



User: Enter your username in the VOIP server



Password: Enter the password.

9.12.

Date & Time

Program the current Date & Time and set automatic synchronization with internet time server.



Date & Time: set current month, date and time.



Time Zone: choose your time zone, and then the system will calculate the daylight saving

time automatically (if necessary).



Internet Time: the system will automatically synchronize with an internet time server. Tick

the check box to enable this function. Available options: pool.ntp.gov, time.nist.gov and

tick.usno.navy.mil.

9.13.

Dynamic DNS

This page is used to provide you the Control Panel’s current public IP address.



Dynamic DNS Server: http://checkip.dyndns.org

9.14.

Test IP

This is for you to test the Control Panel internet connection.

Step 1. Enter the URL destination you want to test connection to.

Step 2. Enter the test interval.

Step 3. Click “OK”

You can check the test connect result in System Log.

9.15.

Firmware Upgrade

You can update the firmware via this web page.

Step 1. Click on “Browse” and locate the latest firmware file (“unzipped image.bin” file) in

your PC.

Step 2. Press “Apply” to upload the latest firmware to Control Panel

Step 3. Wait for 1 min and do NOT power off during this time.

Step 4. Once Firmware upgrading is complete, the Control Panel will reboot automatically

9.16.

RF Firmware Upgrade

You can update the Control Panel’s RF firmware via this web page.

Step 1. Click on “Browse” and locate the latest firmware file (“unzipped image.bin” file) in

your PC.

Step 2. Press “Apply” to upload the latest firmware to Control Panel

Step 3. Wait for 1 min and do NOT power off during this time.

Step 4. Once Firmware upgrading is complete, the Control Panel will reboot automatically

9.17.

Factory Reset

Yan can clear all programmed parameters in the Control Panel and reset it to Factory Default.

Once the Factory Reset is executed, all the programmed settings will returned to its default

value, and all the learnt-in devices will be removed. You will need to restart the programming and

learning process again.

Remote Reset

Step 1. Tick the Kept current network setting box to keep the current Network settings.

Otherwise, the system will reset its value back to factory default.

Step 2. Press Yes to continue the Reset procedure.

Step 3. Wait for 1 min and do NOT power off during this time.

Step 4. Once reset is complete, it will automatically reboot the main unit.

Local Reset

Step 1. Disconnect the AC adaptor, slide battery switch to OFF.

Step 2. Press and Hold the reset button and connect the AC adaptor to the Control Panel. All 3

LEDs will turn on for 10 seconds.

Step 3. Keep holding the reset button for 30 seconds then release. After 10 seconds, the

Control Panel will restart and all 3 LEDs will turn on.

Step 4. Wait for 10 seconds and all 3 LEDs will turn off to indicate factory reset is complete.

9.18.

Backup & Restore

Yan can backup all programmed parameters and save these programmed values into a file.

Besides, you also can restore pre-programmed settings.

9.18.1

Backup Data

Yan can backup all programmed data and save these programmed values into a file.

Step 1. Click Download configuration file.

Step 2. Click Download configuration file.

9.18.2

Restore Settings

Step 1. Click Browse, select a saved file.

Step 2. Click Apply to apply the pre-programmed values to the main unit.

9.19.

System Log

The system log webpage logs the control panel’s detail system operation history.



System Log File Download” Click to download a detail log files into your computer for

more information.

10.

Event & History

This section introduces event history of the system.

10.1.

Captured Events

This page stores all captured pictures and videos by PIR Camera and PIR Video Camera. When

a PIR Camera is triggered, it will take 3 pictures in quick succession, when a PIR Video Camera

is triggered, it will take a 10-second video clip. You can also request the PIR Camera to take a

picture and PIR Video Camera to take a 10-second video clip manually.

Captured events will be displayed in this page with their information for you to view. Simply click

on the picture or video to view them. You can also click Delete to delete the event.



Reload : Click to refresh the page content



Limit # of Items: Click the drop down menu on the page to select the numbers of

captured events you want to display.

10.2.

Reported Events

This page stores all triggered events by the control panel by recording the events’ CID event

code and report status.



Reload : Click to refresh the page content



Limit # of Items: Click the drop down menu on the page to select the numbers of

captured events you want to display.

10.3.

Event Log

The Event Log page records specific actions performed by the Control Panel and accessory

devices.



Reload : Click to refresh the page content



Limit # of Items: Click the drop down menu on the page to select the numbers of

captured events you want to display.

10.4.

Device History

You can track your ZigBee accessory device status history under Device History. For Power

Switch Meter or Temperature Sensor, the update history power consumption or temperature

reading will be displayed under this page (the current info is also displayed under Panel and PSS

Control).



Reload : Click to refresh the page content



Limit # of Items: Click the drop down menu on the page to select the numbers of

captured events you want to display.

11.

Appendix

11.1.

Control Panel Mode and Response Table

For Alarm Activation by Events and Control Panel Responses, please refer to the following

table:

Attribute

System Mode / Status

Disarm

Full Arm

Home Arm

Under Exit

Timer

Under Exit

Timer (No

Response)

Under Entry

Timer

No Response

Response

Instant

Burglar

Alarm

Response

No Response

Start Entry

Delay 1

Instant

Burglar

Alarm

(Interior)

Start Entry 1



Burglar

Alarm

(Perimeter)

Start Entry

1 

Burglar

Alarm

(Interior)

Instant

Burglar

Alarm

Response

Delayed

Burglar Alarm

Start Entry

Delay 2

Instant

Burglar

Alarm

(Interior)

Start Entry 2



Burglar

Alarm

(Perimeter)

Start Entry

2 

Burglar

Alarm

(Interior)

Instant

Burglar

Alarm

Response

Delayed

Burglar Alarm

Chime

Door Chime

Door

Chime

Instant

Burglar

Alarm

Response

Door Chime

Burglar Follow

Instant

Burglar

Alarm

Instant

Burglar

Alarm

Instant

Burglar

Alarm

Instant

Burglar

Alarm

Response

Delayed

Burglar Alarm

Burglar Instant

Instant

Burglar

Alarm

Instant

Burglar

Alarm

Instant

Burglar

Alarm

Instant

Burglar

Alarm

Response

Instant

Burglar Alarm

Burglar Outdoor

Instant

Burglar

Outdoor

Alarm

Instant

Burglar

Outdoor

Alarm

Instant

Burglar

Outdoor

Alarm

Instant

Burglar

Alarm

Response

Instant

Burglar

Outdoor

Alarm

Cross Zone

See 12.2. Appendix – Cross Zone

Verification

Instant

Burglar

Alarm

Response

Delayed

Burglar Alarm

Set/Unset

(Opening)

Full Arm

Response

Full Arm

Response

No Response

Set/Unset

(Closing)

Response

Disarm

24H – Burglar

Instant

Burglar

Alarm

Burglar

Alarm

Burglar

Alarm

Burglar

Alar

Burglar

Alarm

Burglar Alarm

24H – Smoke

Instant

Smoke

Alarm

Instant

Smoke

Alarm

Instant

Smoke

Alarm

Instant

Smoke

Alar

Instant

Smoke

Alarm

Instant

Smoke Alarm

24H – Medical

Instant

Medical

Alarm

Instant

Medical

Alarm

Instant

Medical

Alarm

Instant

Medical

Alar

Instant

Medical

Alarm

Instant

Medical

Alarm

24H – Fire

In tant Fire

Alarm

Instant Fire

Alarm

Instant Fire

Alarm

Instant Fire

Alar

Instant Fire

Alarm

In tant Fire

Alarm

24H – Water

Instant

Water

Alarm

Instant

Water Alarm

Instant

Water

Alarm

Instant

Water

Alar

Instant

W ter

Alarm

Instant Water

Alarm

24H – CO

Instant CO

Alarm

Instant CO

Alarm

Instant CO

Alarm

Instant CO

Alar

Instant CO

Alarm

Instant CO

Alarm

24H – Gas

Instant Gas

Alarm

Instant Gas

Alarm

Instant

Gas Alarm

Instant Gas

Alar

Insta t Gas

Alarm

In tant Gas

Alarm

24H – Heat

Instant Heat

Alarm

Instant Heat

Alarm

Instant

Heat Alarm

Instant eat

Alar

Instant

Heat Alarm

Instant Heat

Alarm

24H –

Silent anic

Instant

Silent Panic

Alarm

Instant Silent

Panic Alarm

Instant

Silent

Panic

Alarm

Instant

Silent Panic

Alar

Instant

Silent Panic

Alarm

Instant Silent

Panic Alarm

24H – anic

Instant

Panic Alarm

Instant Panic

Alarm

Instant

Panic

Alarm

Instant

Panic Alarm

Instant

Panic

Alarm

Instant Panic

Alarm

24H –

Emergency

Instant

E ergency

Alarm

Instant

Emergency

Alarm

Instant

Emergency

Alarm

Instant

Emergency

Alar

Instant

Emergency

Alarm

Instant

E ergency

Alarm

24H –

Emergency

(Quiet)

Instant

Silent

E ergency

Alarm

Instant Silent

Emergency

Alarm

Instant

Silent

Emergency

Alarm

Instant

Silent

Emergency

Alar

Instant

Silent

Emergency

Alarm

Instant Silent

E ergency

Alarm

24H – Fire with

Verific tion

See 12.3. Appendix – Fire erification

Trigger Scene

Trigger

Scene

umber

Trigger

Scene

Number

Trigger

Scene

Number

Trigger

Scene

Number

Trigger

Scene

Number

Trigger

Scene

umber

 “Delayed Burglar Alarm” reponse means the Control Panel will waiit for the Entry Time

to expire. If the Enty Ti e expires without disarming the system, the Control Panel will

activate a Burglar Alarm after Entry Time expiry.

 “Silent Panic Alarm”, “Silent Emergency Alarm” and "Burglar Outdoor Alarm” does

not activate any audible alarm. The Control Panel will re

without any warning sound. ort the alarm event silently

<NOTE>

11.2.

Cross Zone Verification

Cross Zone Verification is use to setup cross verification for intrusion sensors.

To use Cross Zone Verification, the following sensor and panel setting must be adjusted:

At least 1 intrusion sensor must be set to Cross Zone attribute.

The Cross Zone Timer option under Panel Setting webpage must be enabled.

Cross Zone Verification Rule



Cross Zone function does not activate under Exit and Entry Time.



When a sensor set to Cross Zone attribute is triggered, the panel begins to sound alarm,

counts down Cross Zone Timer and reports a Cross Zone First Trip event (CID 693).



If the Cross Zone Timer expires without any other sensor trigger, the panel reports Cross

Zone Trouble event (CID 378) when the timer expires.



If the same sensor is triggered again during Cross Zone Timers, the Cross Zone Timer

is reset and extended.



If another sensor is triggered during the timer:

 The Panel report Burglar (CID 130) for both sensors.

 If the newly triggered sensor is set to Cross Zone attribute, the Panel also report

Burglar Verified (CID 139) for this sensor.

 The Cross Zone Timer is reset and extended.

 When the Cross Zone Timer expires, the panel reports Cross Zone Timeout (CID

694).

11.3.

Fire Verification

Fire Verification is use to setup verification for Smoke Detector.

To use Fire Verification, the following sensor and panel setting must be adjusted:

At least 1 Smoke Detector must be set to 24 HR – Fire with Verification attribute.

The Fire Verification Timer option under Panel Setting webpage must be enabled.

Fire Verification Rule



When a Smoke Detector set to Fire Verification attribute is triggered, the panel begins to

sound alarm, counts down Fire Verification Timer and reports a Near Alarm event (CID 118).



Triggering any Smoke Detector with Fire Verification attribute (including the original

Some Detector) during Fire Verification Timer will prompt panel to report Smoke Alarm

event (CID 111), the timer will be reset and extended.



Triggering a regular Smoke Detector with Smoke attribute during the Fire Verification

Timer will prompt panel to report Smoke Alarm event (CID 111), the timer will not be

reset..



When the Fire Verification Timer expires, the panel reports Fire Verification Timeout

event (CID 695).

11.4.

Contact-ID Protocol & Format

Where

ACCT MT QXYZ GG C1C2C3

ACCT

4 Digit Account number (0-9, B-F)

Message Type, 18H.

Event qualifier, which gives specific

event information:

XYZ

Event code (3 Hex digits 0-9, B-F)

Group, Partition number (00H), or

Area Number

00 = panel

01= area 1… ... xx= area xx

C1C2C3

For devices: zone

For Panel: code

C1C2C3 = Zone number

001, Zone 1

002, Zone 2

…………………..

XXX Zone XXX

C1C2C3 =

User PIN Code 1

001

User PIN Code 2

002

User PIN Code 3

003

User PIN Code 4

004

User PIN Code 5

005

User PIN Code 6

006

Temporary Code

997

Duress Code

998

000= Control Panel

11.5.

Event Code



100 – Medical



When a device set to Medical attribute is triggered.



101 – Personal emergency



When a device set to Personal Emergency attribute is triggered.



110 – Fire



When a device set to Fire attribute is triggered.



111 – Smoke



When the Smoke Detector (SD) set to Smoke Alarm is triggered.



When the Smoke Detector (SD) set to Fire Verification verifies an alarm during Fire

Verification Time.



118 – Near Alarm



When the Smoke Detector (SD) set to Fire Verification is triggered.



120 – Panic



When a device set to Panic attribute is pressed.



121 – Duress



When the Duress Code is entered to disarm or arm the system.



122 –Silent Panic



When a device set to Silent Panic is pressed.



130 – Burglar



Whenever a device set as Burglar Instant is triggered.



Whenever a device set as Burglar Instant is triggered under Disarm, Full Arm or

Home Arm mode.



131 – Burglar Perimeter



When a device set as Entry is triggered in Full Arm mode.



When a device set as Burglar Follow is triggered during Full Arm Entry Time and the

system is not disarmed before entry time expiry.



132 – Burglar Interior



When a device set at Entry is triggered in Home Arm mode.



When a device set as Burglar Follow is triggered during Home Arm Entry Time and

the system is not disarmed before entry time expiry.



136 – Burglar Outdoor



Whenever a device set at Burglar Outdoor is triggered.



137 – Panel Tamper/ Panel Tamper Restore



When the panel’s tamper protection is triggered.



When the panel’s tamper function is restored.



139 – Burglar Verified.



When a sensor set to Cross Zone attribute verifies an alarm.



147 – Sensor Supervision Failure/ Sensor Supervision Restore



When the panel fails to receive supervision signal from a device within preset

supervision timer.



When the panel receives signal again from sensor that previously failed supervision.



154 – Water leakage



When the Water Sensor connected to Door Contact set at Water (@W) is triggered.



158 – High Temperature Alarm



When high temperature alarm is triggered.



159 – Low Temperature Alarm



When low temperature alarm is triggered.



162 – CO Alarm



170 – High Power Consumption



When high power consumption alarm is triggered.



171 – High Humidity Alarm



When high humidity alarm is triggered.



172 – Low Humidity Alarm



When low humidity alarm is triggered.



301 – AC Failure/ AC Power Restore



When the AC power fails for more than 10 sec.



Restore from AC power failure.



302 – Low battery/ Battery Normal



When the battery voltage of the Panel is low.



When the panel battery restores voltage.



311 – Battery Disconnection/ Battery Reconnected



344 – Interference/ Interference problem solved



358 – Network Cable Unplugged



When the Ethernet cable is disconnected.



359 – GSM No Signal



When the panel loses GSM signal.



374 – Force Arm



When the system is armed with existing fault events



693 – Cross Zone Trouble



When Cross Zone Timer expires without alarm verification.



380 – Device AC Failure



When an AC power device loses AC power connection.



383 – Sensor Tamper/ Sensor Tamper Restore



When any sensor’s tamper protection is triggered.



When the sensor’s tamper function is restored.



384 – Sensor Low battery/ Sensor Battery Normal



When a device detects low battery voltage.



When a device’s low battery condition is restored.



400 – Arm/Disarm (by Remote Controller)



When the system is armed or disarmed by using the Remote Controller.



401 – Remote Arm/Disarm



When the system is armed or disarmed by SMS message or web access



407 – Disarm/Away Arm/Home Arm by Remote Keypad



408 – Set/Unset Arm/Disarm



When the DC set at Set\Unset is triggered.



456 - Partial Arm



When partially arm the system from Disarm to Home arm



570 – Device out of order/ Door Contact Not Closed



When any device is out of order after the preset exit delay time is reached



Door Contact is not closed after the preset exit delay time is reached.



602 – Periodic test report



When the control panel makes periodic Check-in reporting.



616 – Call Request



When the service call is activated by VST-809.



693 – Cross Zone First Trip



When a sensor set to Cross Zone is triggered to start Cross Zone Timers.



694 – Cross Zone Timeout



When Cross Zone Timer expires after the alarm has been verified.



693 – Fire Verification Timeout



When Fire Verification Timer expires.

Federal Communication Commission Interference Statement

This equipment has been tested and found to comply with the limits for a Class B digital device,

pursuant to Part 15, 22, 24, 27 of the FCC Rules. These limits are designed to provide reasonable

protection against harmful interference in a residential installation.

This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in

accordance with the instructions, may cause harmful interference to radio communications. However,

there is no guarantee that interference will not occur in a particular installation. If this equipment does

cause harmful interference to radio or television reception, which can be determined by turning the

equipment off and on, the user is encouraged to try to correct the interference by one of the following

measures:

. Reorient or relocate the receiving antenna.

. Increase the separation between the equipment and receiver.

. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

. Consult the dealer or an experienced radio/TV technician for help.

FCC Caution: To assure continued compliance, any changes or modifications not expressly approved

by the party responsible for compliance could void the user's authority to operate this equipment.

(Example - use only shielded interface cables when connecting to computer or peripheral devices).

FCC Radiation Exposure Statement

This equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled

environment. This equipment should be installed and operated with a minimum distance of 20

centimeters between the radiator and your body.

This transmitter must not be co-located or operating in conjunction with any other antenna or

transmitter.

The antennas used for this transmitter must be installed to provide a separation distance of at least 20

cm from all persons and must not be co-located or operating in conjunction with any other antenna or

transmitter.

abode systems IOTA abode iota User Manual Z1 20161229 IP Installation Guide

abode systems, inc abode iota Z1 20161229 IP Installation Guide

Users Manual

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