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What is X10?
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The basis of
Home Automation
is mainly centred
around being able to control/automate lights and
appliances around the home. The first
decision one needs to make is what type of
'automation technology' the wish to use in their
home.
Several technologies are
available in Australia, including
X10,
C-Bus, Zigbee, iControl, and more. Our
company has selected X10 as its primary
technology due to the following benefits:
X10 is a well known home automation technology
used world-wide, that has been around for over
15 years, and has made some great advances over
time. Due to its
popularity,
competitive pricing,
simple wireless implementation,
X10 is often seen as
the
most value for money
- with an
extensive product range
available.

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The X10 technology
transfers data between its devices
anywhere in your house
over your existing electrical lines.
Simply plug an
X10
Controller into one electrical outlet and plug
an X10 Receiver into any other outlet and you have remote control of
that module, with no extra wiring required!
This enables you to have remote
& automated control of lights and appliances from anywhere on your
property.
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Why choose X10?
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With 15
years of design and improvements, X10 has become a preferred
choice for many home-automation setups. It offers the home automation
hobbyist and professional alike with numerous and important advantages, including:
No extra wiring
This is probably the greatest advantage
of the X10 protocol. Since X10 devices transfer their data across
your existing mains wiring, there is no need to run cables between each of
your devices, as with C-Bus. The 'plug-n-play' method that X10 follows
makes it suitable for a much larger variety of consumers. Apart from
those persons who can integrate X10 into a newly built home, X10 also
applies to:
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Existing houses. |
X10 modules can be
introduced into a home at any time, and easily expanded on. It
can be adapted and altered to suit your preferences with time. |
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Apartments |
If you live in an apartment
and are not permitted to make any structural changes, then X10 is
the way to go. Simply plug the DIY modules into your preferred
socket-outlets, and begin your automation adventures. |
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Hotel Rooms |
Are you an owner of a hotel?
Elevate that level of comfort & luxury in your rooms by installing
X10 modules with minimal hassle. Using the professional
modules that are fitted behind switch-plates, installation is made
easy. And because the devices are inaccessible, theft is not a
concern. |
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Do-It-Yourself |
X10 offer DIY plug-in
modules that anyone can install; whilst competing technologies (such
as C-Bus) require authorised installers, that quickly bumps up your
cost. If you choose the professional X10 route, many
electricians are capable of installing an X10 light-controller
behind a switch plate. |
Low Cost
X10 has grown worldwide to the point
where X10 devices are common enough to bring prices down to an affordable
level for the majority of consumers. A reasonable setup with several
automated lights, sensors and a controller can be achieved for only a few
hundred dollars, in comparison to the thousands required for alternative
technologies.
Flexibility
Due to the 'no extra wiring' advantage,
X10 offers great flexibility. Once you've installed X10 modules
through your home, you're free to change your mind and alter the layout of
installation, without the need to deal with messy re-wiring. Also,
many aspects of X10 can be expanded on, including using your home PC as an
ultimate controller. Software programs such as HAL2000 allow
voice-recognition and scheduled macros to turn your home into something out
of the Jetsons.
Ease of Use
Configuring an X10 device is as simple as turning 2 knobs. Each X10
device is assigned a House Code (A-P), and a unique address (1-9) on that
house code. Whenever a controller sends a command to an address (eg:
A5 ON), any X10 devices set to that address will react. House codes
can also be utilised so that all lights are configured on the same house
code, allowing all lights to be switched on/off with one command.
Ease of Purchase
The number of devices available for use
with X10 is only matched with its plentiful supply. X10's great
success has made it a well known solution in the home automation industry
and allowed it to be sourced through many suppliers world wide. Future
Touch has taken steps to provide you with a full range of X10
devices are price-competitive rates.
X10's advantages are not to be
underestimated. Everyone in the home automation industry owes a debt to X10
(USA), and its parent company, Hong Kong-based X10, Ltd., for releasing an
inexpensive and versatile product that has helped popularise the concept of
home automation.
X10's competing technologies (eg: C-Bus
and others) attempt to question X10's reliability. The fact of the
matter is, X10's history record and proven success rate, topped by its ease
of implementation and low cost advantages, have made it a preferred choice
for the home technology enthusiast. It's ease of setup not only makes
it applicable to existing structures, but its expandability is what keeps it
ahead of the competition. |
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How X10 Works
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The X10
protocol consists of sending an address and a command
to a receiver. Addresses consist of the
combination of a character and a number. The
characters range from A - P, whilst the numbers range
from 1 - 16. With these ranges, a total of 256
different addresses can be achieved. An example of
an address is "A1".
Each
receiving module in a home is configured with it's own
unique address. When an X10 transmitter sends an
address and a command (such as "A1 ON"), the packet of
information travels all around the home, on the mains
wiring. Each X10 receiver will detect the packet,
but only the module that has the matching address ("A1")
will bother to process the command ("ON").
X10 has
several commands available, such as "ON", "OFF",
"BRIGHT", "DIM". There's also the ability to send
a packet-command the address all modules of a particular
character-group. For example, by sending a
"D - ALL ON" command, all modules that have an address
that begins with "D" (eg: "D1", "D4", "D13", etc) will
process the ON command. This way, a single
X10-command can be used to control numerous devices at
once. |
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Types of Devices
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There exists a
plethora of X10 devices that can be utilised, yet most
of them fall into 4 categories:
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X10 Controllers
These are devices that a person can
use to manually control Home
Automation. The category
consists of items such as remotes,
controller boxes or software
applications. X10 controllers
send commands to either an X10
interface, or directly to an X10
Receiver (if the X10 controller can
plug into a power point).
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X10 Sensors
These are devices that automatically
transmit an X10 command when their
sensor triggers. The category
consists of items such as motion
sensors, door open/close sensors,
and custom sensors (such as rain
detection, temperature detection,
etc). Most X10 sensors will
transmit an RF (Radio Frequency)
signal when it triggers - which
needs to be detected by an X10
interface. |
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X10 Interfaces
These are devices that interface one
type of signal to another. For
instance, X10 sensors transmit to a
device called a TM13, which then
converts the RF X10 signal to a
mains X10 signal... this can then
travel through the mains wiring to
reach an X10 Receiver. |
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X10 Receivers
These are devices that receive X10
commands and switch lights or
appliances on/off. Some X10
Receivers are DIY installation -
simply plugging into a powerpoint,
whilst others need professional
installation - fitting behind a
light switch in the wall.
Either way, none of them need any
wiring run in the home. |
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Limitations
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As with all technologies, there are
limitations to X10, which are identified
here.
X10 supports 256 unique addresses, so only
256 modules can be individually controlled in a house.
An infinite number of devices can be connected, but only
256 unique addresses can be used.
What's more, as X10
is transmitted on the mains wiring, some houses may have 2
or 3 separate phases of wiring. This would mean that if
a transmitter is plugged into one phase and a receiver
is on the another, X10 signals will not get across.
To alleviate this issue, an 'X10 bridge' (using
an FD10 Coupler) needs to be
installed into the main switch-point of the house, which
relays X10 signals across each phase.
Also, 'noise' on the
mains wiring can cause issues with X10 signals from
being processed. This can occur with fluorescent
lights, motors, and other devices. To alleviate
this, X10 filters (using an FM10 Filter) can be plugged in between the power point and the
problematic appliance, to suppress an noise
from affecting X10 signals on the mains. Having
said this, X10 has come a long way over the years
improving its reliability and signal-to-noise ratio.
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