MOX Home Automation designs and manufactures an ever expanding range of intelligent home and building automation products. For more information, please visit www.mox.com.au

1. MAY 2010
MOX-LT HOME AUTOMATION SYSTEM

2. MOX Home Automation designs and manufactures an ever expanding range of intelligent
home and building automation products.
Introduction

3. MOX Home Automation Overview
The home is now a place that demands a level of technology
previously only dreamt about.
More and more people require their home security, visitor
monitoring, access control, home automation and utilities
management systems to be fully integrated. In community or
apartment style living, this integration extends to centrally managed
services. As these demands increase, so does the response by
MOX Home Automation.

4. Customer Benefits
 Increase property value
 Deliver superior levels of sophistication and quality to users
High-quality
after-sales service
Smart Home System Solutions
Developers
Owner
Management
High-quality
products
Services
Smart homes
Comfortable
Safe
Convenient

5. Features
 Stable Structure
 Modular Design
 Advanced Solution
 Integrated System
LT HOME AUTOMATION
CONVENIENCE
LUXURY
SECURITYCOMFORT

6. System Overview
Comfort
Power
Lighting
Curtain
Air Conditioning
Audio
Video
Irrigation
Recycle
Pool
SecurityConvenience Luxury
Monitoring
Information
Community
Metering
Message
Video Phone
Lift Control
Remote Control
Car Park
Fire
Burglary
Gas Leaking
Access Control
Emergency Navigation
Lighting
Climate
Water Control
Media
Scene
Software
User Information
System Functions

7. System Overview
RF Interface
Auto-lighting
Monitoring
Access Control
Video Phone
Electronic Lock Climate Control
Display Temperature and
Humidity ;
Cooling and Heating Control
Telephone Control
Home Facility Control
through Telephone
Presence Detector
Security Alarm
Lighting Control
Internet Control
Home Automation
Control through Internet
Lighting Control
Switch Control
Scenes
Monitoring
Water System
Irrigation
Scenes
Monitoring
Pool Control
Temperature
Recycle
Media Control
Audio
Video
Air Conditioning Control
Temperature
Timing

8. System Overview
Curtain Controller
Door Module
Graphic User Controller
Infrared Controller
Industrial Switch
Single Gang
Lighting Controller
Ethernet/CAN Gateway
I/O Module
Communication Controller
Double Gang
Lighting Controller
Dimmer Controller

9. System Function
 Individual operation of a light including
On/Off and dimming.
 Scene operation of a bank of lights
including On/Off and dimming.
 Controlling the light levels from individual
and groups of lights based on time of day,
system conditions or external stimulus.
 Setting predetermined light operation and
levels. Allows the lighting and curtain
systems to work together to achieve
constant light levels.
Lighting Control

10. System Function
 Individual operation of a curtain
including Open/Closed and any
position in between.
 Scene operation of a bank of curtains
including Open/Closed and any
position in between.
 Controlling the curtain position for
individual and groups of lights based on
time of day, system conditions or
external stimulus.
 Setting predetermined curtain position.
Allows the lighting and curtain systems
to work together to achieve constant
light levels.
Curtain Control

11. System Function
 System Run – turns the entire air-
conditioning system ON or OFF
 System Fan – selects fan speed: Low,
Medium, High
 System Mode – selects the mode of:
Cool, Heat, Vent, Auto
 Location temperature – the set
temperature within each location can
be specified and modified.
 The individual location temperatures
can be viewed.
Air Conditioning Control

12. System Function
 Track selection
 Previous and next song
selection
 As easy and convenient to
use as a light switch
 Accessing media throughout
the house
Media Control

13. System Function
 Send SMS to predefined telephone
numbers
 Activate lighting and door locks
 Activate sirens and emergency lighting
 Bring security screen on to touch
screens
 Graphical representation of alarm
location
 Configurable operations upon alarm
activation
 Key fob activation and deactivation of
the system
 Senor monitoring supports three level
security: Alarm activation, Broken wire,
Tamper
Security Control

14. System Function
 Pool and spa control
 Irrigation control
 Water reservoir control
Water Control

15. System Structure
Fully software management
Digital technology
Home facility control
Management
TCP/IP Ethernet communications
CAN BUS communications
Framework
Simple system structure
Simple installation
Anti-jamming system capability
Functions

16. System Structure
The MOX LT Home Automation solution is
designed to provide a level of home
automation that matches the lifestyle
requirements of apartment living, small
villas or town houses.
MOX LT Home Automation

17. System Structure
The MOX LT Enhanced Automation
solution is more sophisticated and is
designed to provide an elite level of home
automation and building intelligence for
prestige apartments and large villas.
MOX LT Enhanced Automation

18. LT Product Introduction
Graphic User Interface
Opal ComPlate
Switch Controller
MOX Home Automation Products
Dimmer Controller
Curtain Controller
Infrared Controller

19. LT Product Introduction
Palladium Graphic User Interface
Technical Data
• Voltage: 16VDC~26VDC
(Static)2W, (Max)5.5W
• Digital Output Parameters
Quantity: 2
Min Load: 0.01mA/10mV
Output Type: Relay
Output Capacity: 1A/30VDC
• Digital Input Parameters
Quantity: 2
Input Type: Dry Contact
• Security Zone Parameters
Quantity: 8
Input Type: Dry Contact
• Size
LxWxH: 220×145×21mm
• LCD
Size: 7 Inches, Color
Resolution: 800 ×480
• Environmental Specifications
Working Temperature: 0°C ~ 50°C
Store Temperature: -20°C ~ 70°C
Humidity: 5 ~ 95%, Non-condensing
The HMI is designed with powerful CPU. It can be used for various control
requirements in the home such as security alarm management and lighting
scene control.

20. LT Product Introduction
Palladium Graphic User Interface
With Controller
Technical Data
• Power Supply
Voltage: 16VDC ~ 26VDC
Static Power Dissipation: 2W
Max Power Dissipation: 5.5W
• Communication Port
Ethernet Interfaces: 2 (10/100Mbps)
RS485 Interface: 1
• Digital Output Parameters
Quantity: 2
Minimum Loads: 0.01mA/10mV
Output: Relay
Output Capacity: 1A/30VDC
• Digital Input Parameters
Quantity: 2
Input: Dry Contact
• Security Zone Parameters
Quantity: 8
Input: Dry Contact
• Size
WxHxD: 220×145×21mm, 290x195x21mm
• LCD
Size: 7 Inch, Color
Resolution: 800 ×480
• Environmental Specifications
Working Temperature: 0°C ~ 50°C
Storage Temperature: -20°C ~ 70°C
Humidity: 5 ~ 95%, Non-condensing
The HMI with an inbuilt Controller is based on a high performance CPU. It
features a touch panel that can control modern living requirements, such as
security alarm, smart light control etc.

21. LT Product Introduction
Opal ComPlate The two typical applications of scene control by the ComPlate via “IRIS
Config” are shown below:
1) Configured as a Two-Way controller plate: Working with a Switch
Controller Plate or a Dimmer Controller Plate, the ComPlate can control
ON/OFF lighting or dimming. Users can thus operate the same light
from different points.
2) Configured as a Scene Controller Plate: The ComPlate can be
configured to control any of the lights in the house. For example, by
pressing only one button, the user can switch off all the lights in the
house.Technical Data
• Voltage requirement: 24VDC(120ComPlate)
• Max power dissipation: 0.5W
• Operating temperature: 0-50℃
• Storage temperature: -20-70℃
• Relative humidity: 5-95%, non condensable
The Opal ComPlate is designed to send commands to other controller plates
within the LT system (such as the Dimmer Controller Plate, the Curtain
Controller Plate, the Switch Controller Plate and the Infrared Controller
Plate).

22. LT Product Introduction
Switch Controller The 86 Switch Controller Plate can control the output port by use of either the
face plate button or from commands sent via the CAN Bus communication’s
port. Upon receiving commands from CAN bus or button operation, the 86
Switch Controller Plate executes the commands, switching the load
accordingly and then sends out the on/off status of the loads to other
controllers on the CAN Bus.
Technical Data
• Voltage requirement: 220VAC – 240VAC
• Maximum power consumption: 0.6W (single gang
switch) / 1.2W (double gang switch)
• LED indicator light: white colour; 1 lamp (single gang
switch) / 2 lamps (double gang switch)
• Load capacity:
604-2702-20 (single gang switch): 500W
604-2702-22 (single gang switch): 2000W
604-2702-21 (double gang switch): 500W/gang
• Operating temperature: 0-50℃
• Storage temperature: -20-70℃
• Relative humidity: 5-95%, non condensable
The 86 Switch Controller Plate is 86mm x 86mm and is available in two
types - Single Gang Output and Double Gang Output. The single gang switch
controller has two models supporting a maximum load capacity of 500w and
2000w. The double gang switch controller has a maximum of 500w for per
gang.

23. LT Product Introduction
Dimmer Controller The Dimmer Controller Plate can control the brightness of incandescent
lamps, energy-saving lamps and halogen lamps etc. All these kinds of lamps
should be compatible with phase-control dimmer technology.
With commands from CAN bus or button operations by the ueser, the 86
Dimmer Controller Plate controls the brightness of the lights and then
broadcasts the lights’ status to other controllers on the CAN bus.
Dimming of light in the home automation hardware works in the following way;
by changing the phase at which the silicon controlled rectifier (SCR) is
triggered, at the touch of a button on the Dimmer Controller Plate, changes
are made to the power duty cycle through the lights and therefore, the
brightness of the lights changes accordingly.
Technical Data
• Voltage requirement: 220VAC – 240VAC
• Static power dissipation: 1W
• Max power dissipation: 5W (Single Gang Dimmer
Controller Plate); 8W (Double Gang Dimmer Controller
Plate)
• LED indicator: white colour; 2 buttons (single channel dim
switch) / 4 buttons (double channel dim switch)
• Load Capacity: 400W (Single Gang Dimmer Controller
Plate); each load <300W (Double Gang Dimmer Controller
Plate)
• Operating temperature: 0-50℃
• Storage temperature: -20-70℃

24. LT Product Introduction
Curtain Controller
Technical Data
• Voltage requirement: 220VAC – 240VAC
• Static power consumption: 1W
• Storable infrared ray signal length: 250ms
• Two buttons
• Load capacity <80W
• Operating temperature: 0-50℃
• Storage temperature: -40-85℃
• Relative humidity: 5-95%, non condensable
Upon receiving the commands from CAN bus controller or local buttons,
the Curtain Controller Plate controls (opens/closes) the electric curtain
and then broadcast the curtain’s status to the other controllers on the
CAN bus.
The single Gang Curtain Controller Plate controls a single curtain motion.

25. LT Product Introduction
Infrared Controller
Technical Data
• Voltage requirement: 220VAC – 240VAC
• Static power consumption: 1.1W
• Storable infrared ray signal length: 250ms
• Storable infrared ray commands: >50
• Controllable distance: >5m
• Carrier frequency: 25KHz~60KHz
• Size : 86mm x 86mm
• Operating temperature: 0-50℃
• Storage temperature: -40-85℃
• Relative humidity: 5-95%, non condensable
The use of CAN BUS communications ensures a simple two wire daisy
chained installation.
The Infrared Ray Controller can control DVD, TV, air conditioning and
other home facilities.

26. LT Product Introduction
Data Processor Devices
Ethernet/CAN
Gateway Module
Rack Base I/O
Power Module
Ethernet Switch
Telephone
Gateway Module
IoNix Home
Facility Controller
Ethernet Switch

27. LT Product Introduction
Data Processor Devices
Standalone I/O Module
Rack Base I/O Module
8 Channel DI 8 Channel DO 8 Channel AI 8 Channel AO Standalone I/O Base
16 Channel DI 12 Channel DO 12 Channel AI 8 Channel AI Standalone I/O Base

28. LT Product Introduction
CAN BUS Gateway The CAN Bus Gateway is used to realize the connection between Ethernet
equipment and CAN Bus equipment. It has two CAN ports and one
Ethernet port. It broadcasts the data from the CAN Bus to the Ethernet
equipment that is registered in the CAN Bus Gateway list, such as an HMI
with controller.
The CAN Bus Gateway can also bridge two CAN ports and exchange the
data between the two CAN Bus networks. A picture of the CAN Bus
Gateway is shown in the following figure.
Technical Data
• Power Dissipation: 16VDC ~ 26VDC
• Static power consumption: <1W
• Ethernet Interface: 10/100Mbps x 1, AUTO MDIX
• CAN Bus Interface:125Kbps Baud Rate×2 buses,
Maximum CAN nodes is 100
• Insulation:
Ethernet to System: 1000Vrms
CAN Bus to System: No
• Protection: 24V Input Connection-Reverse Protection
• Operating temperature: 0-50℃
• Storage temperature: -40-85℃
• Relative humidity: 5-95%, non condensable

29. LT Product Introduction
Telephone Gateway
Technical Data
• Power Dissipation: 24VDC
• RJ11 port x 2: Line in x 1, Phone port x 1
• Ethernet Interface: 10/100Mbps x 1
Function and Feature
• Use home phone as a handset to unlock the door
• Control home facilities through telephone
• Remote set up security alarm and send alarm signal

30. LT Product Introduction
Industrial Switch
Technical Data
• Power Dissipation: 9~72VDC
• RJ45 port (10/100 Base T) x 8/15, Ethernet port x 1
• RJ11 port (10/100 Base T) x 8/16
• Ethernet port: SC single optical fibre port,
communication distance: 0~20000m @ 0.5DB/km
• Support port situation monitor
• Support VLAN function
• Ethernet Interface: 10/100Mbps x 1
Function and Feature
The Industrial Switch gives a higher degree of reliability and flexibility
to allow variation in solution design to suit any style of installation.

31. LT Product Introduction
IoNix Home Facility Controller
Technical Data
• Power supply (to MOX603-4001): External 24Vdc
supply
• Operating temperature:-20-70’C
• Serial communications: 2x serial RS232/485,
software configurable, up to 115,200bps
• Ethernet communications: 1x10/100 Ethernet, RJ45
connection
• I/O support: IRIS LT rack I/O (up to 10 modules),
modbus serial to Ethernet I/O
Function and Feature
• Powerful 32-bit 486 Processor
• 32MB CPU RAM
• Up to 32MByte disk on chip for program and data storage
• Hot speed 10/100 Ethernet port
• Two user-configurable RS232/RS485 serial ports
• Modular design cascades directly with MOX603 I/O
• Expand with remote I/O
• Integrated and transportable IEC1131 software

32. LT Product Introduction
8 Channel DI
Technical Data
• Power Dissipation: 24VDC
• Input Specifications:
Number of channels: 8
OFF voltage: <5VDC
ON voltage>10VDC
Typical wetting current (@24VDC) :12mA
Maximum voltage input: 30VDC
Minimum pulse width detected: 6ms
Maximum switching frequency (no-filtering): 80Hz
• Isolation Specifications
Channel to system: 5000Vrms
Channel to channel: 1500Vrms
Serial ports to system: 500Vrms
Ethernet port to system: 1500Vrms
• Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
Filter time (ms): User Definable
•Response Time< 6ms
• Power Supplies<2.7W

33. LT Product Introduction
8 Channel DO
Technical Data
• Power Dissipation: +24VDC
• Output Specifications:
Number of channels: 8
Maxi output AC voltage range: 250VDC
Max output DC voltage range: 30VDC
Output current rating: 1A per point
Surge current per point: 10A for 10ms every 2s
• Isolation Specifications
Channel to system: 2000Vrms
Channel to channel: 1500Vrms
Serial ports to system: 500Vrms
Ethernet port to system: 1500Vrms
• Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
Filter time (ms): User Definable
•Response Time< 10ms
• Power Supplies<4.2W

34. LT Product Introduction
8 Channel AI
Technical Data
• Power Dissipation: +24VDC
• Input Specifications:
Number of channels: 8
Nominal signal range (span): 4-20mA
Line fault detection: <0.5mA
Resolution of ADC chip: 16bits
Input resistance @20mA: < 300Ω
Accuracy (@): ±20μA
Temperature stability (to+): ± 0.006% of span per °C
• Isolation Specifications
Channel to system: 1000Vrms
Channel to channel: 1000Vrms
Serial ports to system: 500Vrms
Ethernet to system (MX603-0308-616): 1500Vrms
•Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
Filter time (ms): User Definable
•Response Time< 500ms
• Power Supplies<2.5W

35. LT Product Introduction
8 Channel AO
Technical Data
• Power Dissipation: +24VDC
• Output Specifications:
Number of channels: 8
Nominal signal range (span): 4-20mA
Load capability (@20mA): < 0~750Ω
Resolution of DAC chip: 12bits
Output resistance @20mA: < 300Ω
Accuracy (@): ±20μA
Temperature stability (to+): ± 0.006% of span per °C
• Isolation Specifications
Channel to system: 2000Vrms
Channel to channel: 1500Vrms
Serial ports to system: 500Vrms
Ethernet to system: 1500Vrms
• Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
Filter time (ms): User Definable
•Response Time< 100ms
• Power Supplies<2.5W

36. LT Product Introduction
16 Channel DI
Technical Data
• Voltage Requirement: +5VDC
• Input Specifications:
Number of channels: 16
Minimum pulse width detected: 6MS
Maximum switching frequency (no-filtering): 80Hz
• Isolation Specifications
Group* to group isolation: 1000Vrms
Channel to system: 2500Vrms
•Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
• Power Supplies:
5VDC for the system: < 1.0W
24VDC for the input channels: < 3.0W
Allowable 24VDC tolerance: ±10%

37. LT Product Introduction
12 Channel DO
Technical Data
• Power Dissipation: +5VDC
• Output Specifications:
Number of channels: 12
Maxi output AC voltage range: 250VDC
Max output DC voltage range: 30VDC
Output current rating: 1A per point
Surge current per point: 10A for 10ms every 2s
• Isolation Specifications
Channel to system: 2000Vrms
Channel to channel: 1000Vrms
•Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
•Power Supplies<3.0W

38. LT Product Introduction
12 Channel AI
Technical Data
• Power Dissipation: +5VDC
• Input Specifications:
Number of channels: 12
Nominal signal range (span): 4-20mA
Line fault detection: <0.5mA
Resolution of ADC chip: 24bits
Input resistance @20mA: < 250Ω
Accuracy (@): ±20μA
Temperature stability (to+): ± 0.006% of span per °C
• Isolation Specifications
Channel to system: 1000Vrms
Permissible potential difference between channels < 400VDC
• Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
•Power Supplies<1.6W

39. LT Product Introduction
8 Channel AO
Technical Data
• Power Dissipation: +5VDC
• Output Specifications:
Number of channels: 8
Nominal signal range (span): 4-20mA
Load capability (@20mA): < 0~750Ω
Resolution of DAC chip: 12bits
Accuracy (@): ±20μA
Temperature stability (to+): ± 0.006% of span per °C
• Isolation Specifications
Channel to system: 1000Vrms
Channel to channel: 1000Vrms
• Environmental Conditions
Operating temperature: -20 to 70°C
Storage temperature: -40 to 85°C
Relative humidity: 5 to 95%, non-condensing
• Power Supplies:
5VDC for the system<1.0W
24VDC for the output channels<<10.0W
Allowable 24VDC tolerance: ±10%

40. LT Product Introduction
Vision Editor Vision Editor is an advanced home automation and remote
access software package that is designed to integrate the
major systems of any home. With Vision Editor, you can control
and monitor lighting, appliances, security, curtain and other
home facilities all from one central point.
•Project: The Vision Project Manager can display the
project contents and structure
•Feature: display and edit the feature of selected items
in the Vision Project Manager
•Editor: display and edit the equipment page
•Tool Box: popular graphs and control modes

41. Project References
Project 88 Lake Golf Residential Complex Jade Residential Complex

42. Project 88
Ability for any display to control any
door lock
TCP/IP Ethernet operation
Interface to the IoNix controller
Door bell operation to active room
Integration with Graphical Interface
Location identification
Video access via web interface
 Project 88 is the most technologically advanced charity initiative
bringing together Australia’s leading corporation to show their
support for the George Gregan & Adam Scott Foundation.
 MOX’s highly reliable and flexible IRIS Lifestyle product range is
respond by delivering high-tech systems for the luxury property,
including visitor monitoring, access control, home automation and
utility management.

43. Lake Golf Residential Complex
Ability for any display to control any
door lock
CAN BUS communications
Interface to the IoNix controller
Door bell operation to active room
Integration with Graphical Interface
Location identification
Video access via web interface
 The Lake Golf Residential Complex is an exclusive residential
development comprising 161 luxury villas set around the Five
Mountains National Park’s championship golf course, and offers a
choice of townhouses and villas.
 MOX applied its MOX LT home automation product range and
home automation management solutions to the Lake Golf
Residential Complex.

44. Jade Residential Complex
Ability for any display to control any
door lock
TCP/IP communications
Interface to the IoNix controller
Door bell operation to active room
Integration with Graphical Interface
Location identification
Video access via web interface
 The Jade residential complex occupies a total site area 93
hectares with an aggregate of 15 million square meters of
residential space.
 In 2008, its property developer, GreenTown Group, adopted the
MOX IRIS home automation solution to provide a secure,
convenient and luxurious lifestyle to the 8,876 homes in the Jade
residential complex.

46. System Structure
RS-485 & CAN-BUS Comparison
Technology RS-485 CAN-BUS
Cost Low High
Web Feature Single Master Web Multi Master Web
Faulty Tolerance No Faulty Process & Faulty Detection
Bus Usage Low High
Faulty Affect Yes No
Communication
Distance
<1.5Km <10Km
Communication
Speed
Slow Fast

47. System Structure
Technology Comparison
Technology X-10 Power Carrier Wireless RF CAN-BUS
User Population Big Small Big
Need Re-wiring No No Yes
Tech Mature 25 Years Last 5-6 Years Last 5-6 Years
Standard Protocol Yes No Yes
Wiring Mode Simple Simple Control Wiring
Configuration Relative Easy Relative Easy
System Combination Relative Good Wireless Signal Interfere Good
Modular System Relative Good Very Good Very Good
System Upgrade Relative Easy Relative Easy Easy
Anti-Interfere Weak, Unstable Weak, Unhealthy Strong, Reliable
Functions Many Few Many

48. System Structure
System Comparison
Item Traditional Building Intelligence System MOX Home Automation System
Functions
Security alarm, video phone, facility control, high speed
communications through isolated sub-systems.
Achieve all functions through a single integrated
system
Wiring Mode
Complex and repeated wiring, each sub-system has
isolated wiring system
Simple and cheap, wiring through broadband
System Reliability Hard to integrate different sub-systems, poor reliability
Integrated system, consistent communication
signals, high reliability
User Interface Complex user interface, inconvenient
Simple and friendly user interface, very easy to use,
graphic touch screen interface, very convenient
System Combination Non TCP/IP structure, isolated sub-systems
Based on TCP/IP protocol, multi standard
communication ports, very good system
combination
System Upgrade Isolated sub-systems, different platform , hard to expand
Modular software and hardware, very easy to
upgrade and expand

49. LT Product Introduction
MOX Home Automation Products
MOX Home
Automation
Products
CAN BUS
Opal ComPlate
I/O Module
Gateway Module
Communication Panel
Switch Controller
Dimmer Controller
Curtain Controller
Infrared Controller
Standalone I/O
Rack Base/O
Configuration
Ethernet / CAN Gateway
Telephone Gateway
Switch
Graphic Interface
Graphic User Interface
GUI with Controller
8 ports,16 ports, 24 ports
Vision Editor
Ethernet
Software