SWiiD SwiidPlug Installation And User Manual

AP1
S P
™
WIID LUG
Z-W A P
®
AVE DAPTER LUG
Installation and User's Guide
FOREWORD
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The SwiidPlug is designed to switch on and off remotely
appliances (mainly lights) which are plugged into its female
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socket, The SwiidPlug is suitable for the wireless switching of
incandescent light as well as halogen and LED lights (all
transformer types).
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The SwiidPlug can be operated manually by pressing on its
button which then acts as an on/off toggle switch and
FUNCTION
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can be operated remotely and wirelessly by Z -Wave .
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The SwiidPlug can also handle associations with other devices,
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both ways to and from it. Thus, your SwiidPlug can respond
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directly to a signal from another Z-Wave device in your network,
such as the triggering of a presence detector.
As soon as it has been plugged into a mains socket, the
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SwiidPlug can available to be configured for inclusion included
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into a Z-Wave network so to interoperate with controllers and
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other Z-Wave devices.
WARNING
Insert SwiidPlug™ only in sockets
equipped with a ground wire
R : Do not
ISK OF ELECTROCUTION
attempt to clean when plugged in
SPECIFICATIONS
Device Type : BINARY POWER SWITCH
Power input : 230V ± 10% - 50Hz
Max. power : 3600W
TBC
EU Norms :
Protection index : IP20
Size : 92 x 50 x 61 mm
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Radio protocol : Z-Wave (SDK 4.55)
Radio frequency : 868,42 MHz (EU)
Transmission dist.: Up to 30m indoors (varies
with building materials)
0 – 40°C
Working temp :
On/Off signal : Blue LED on function button
Power consumption : < 0,08W
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Your SwiidPlug has been certified by a certification firm
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approved by the Z-Wave Alliance and, as such, is fully
EN
interoperable with all the certified
produced by other manufacturers
authorised radio frequency (EU in our case)
KEY FEATURES
1. Translucent
FUNCTION button,
which also acts as a
manual on/off toggle
switch (LED lights up
red when "On" and
when "OFF")
green
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Installing the SwiidPlug consists of plugging it into a grounded
wall socket and plugging into it the device you want to switch.
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In order to configure the SwiidPlug so that it can be controlled
wirelessly by a Z-Wave® controller, please follow instructions
provided in the next chapters of this manual.
INTEGRATION OF THE PLUG INTO THE
Z-WAVE NETWORK
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In order to control your SwiidPlug
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recognized by a Z-Wave network. Many people are put off by
the very use of the word "network", but it may in fact designate a
single remote control or wireless switch coupled with a single
adapter plug. The important thing to remember is that your
™
SwiidPlug needs to be recognized by any device by which you
intend to control it (you can't call your dog, if you don't know its
name). To do this, an inclusion operation needs to be
performed: this is also often called integration or a pairing
operation.
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When you first plug your SwiidPlug
LED will flash alternatively green and red to indicate that it has
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not yet been included into a Z-Wave
lights up solid green or solid red, this means your SwiidPlug
may have been included into another Z-Wave network
will need to run an exclusion process (see next Chapter) before
including it into your own network.
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In order to include a SwiidPlug into a Z-Wave
not need to use any tools. Simply bring your SwiidPlug
plugged into the mains) close to the Z-Wave
versa) and proceed as follows:
1.
First put your primary
®
Z-Wave controller in
inclusion mode
(generally done by
pressing once or
several times on an
inclusion button on
the controller : here an
Aeon Labs Z-Stick2)
2.
With the LED on your
™
SwiidPlug flashing
alternatively green and
red, press the
FUNCTION
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button of your SwiidPlug
3 times (3x) within 2
seconds and the LED will
stop flashing. Now, your
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SwiidPlug is in the
"inclusion/exclusion" mode
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Z-Wave devices
using the same
3.
The inclusion/exclusion
process should then start
automatically and the LED
on your SwiidPlug
remain lit green
red on based on switch
status. This indicates that
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the Z-Wave
exclusion process was
successful
Depending on the type of controller you are using, you may be
immediately able to operate your SwiidPlug
network. For some controllers, however, you need to perform an
additional pairing step in order to assign your SwiidPlug
specific command button on the controller (e.g. on a multi-button
remote control).
Once you are able to operate your SwiidPlug
®
your Z-Wave network, you are able to check that the
LED lights up to illuminate the
on or off. You can also check that your SwiidPlug
respond to a manual press locally on the
WARNING : As with any Z-Wave
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SwiidPlug is not able - for patent reasons - to report back
its status changes automatically to a Z -Wave
The best way to monitor the change in status of your
™
SwiidPlug in real-time is to use the "association"
procedure to associate it with a "virtual" Z-Wave
which you will create on your primary controller and then to
track the status of that "virtual" device. This works both
remotely, it needs to be
when the change in status of your SwiidPlug
of a manual action and when it is linked to a command
communicated through the Z-Wave
EXCLUSION OF THE PLUG
To exclude your SwiidPlug
in the same way as for the integration/inclusion previously
described in the previous, except that in step 1, you must press
into the active mains, the
the exclusion button on the Z-Wave
have brought into the vicinity of your SwiidPlug
network. In case the LED
The blue LED beneath the translucent
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SwiidPlug will behave in the exact same way as during the
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and you
inclusion process.
ASSOCIATIONS
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network, you do
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(always
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controller (or vice
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In a Z-Wave network, association procedures enable your
™
SwiidPlug to control directly other Z-Wave
virtual) or vice versa to be controlled by other Z-Wave
without passing through a controller. A typical example would
be the association of a Z-Wave
SwiiD™ adapter plug, so that your SwiidPlug
a presence is detected.
Associations are obviously only possible between devices which
are part of the same Z-Wave
generally been included using the same (primary)
Associations are unidirectional (one-way) from a first node (the
"primary" node") which issues a message to the second node
(the "secondary" node) which receives the message and
executes a corresponding pre-agreed action. It is possible to
have bi-directional (reciprocal) associations, but in order to
achieve this, it is necessary to create two separate associations :
one from A to B and a second one from B to A.
Photo to come
A primary node can be associated with more than one secondary
nodes, the maximum number of which depends on the
(SwiiD to provide)
characteristics of the primary node device. This is known as a
"group" association. Alternatively, a secondary node can receive
and execute commands from any number of primary nodes with
which it has been associated.
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will
or solid
Photo to come
(SwiiD to provide)
inclusion/
™ ®
via your Z-Wave
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to a
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remotely from
green/red
button when it is turned
FUNCTION
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continues to
button.
FUNCTION
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"binary switch" device, the
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controller.
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device
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is the result
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network.
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from a Z-Wave network, proceed
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controller that you will
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(or vice versa).
FUNCTION button of your
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devices (real or
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devices
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with presence detector your
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turns "On" when
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network, i.e. devices which have
controller.
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Your SwiidPlug is capable of handling only one single
association group as a primary node which enables it to send
commands to associated devices whenever it is switched from
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on to off or vice versa. Your SwiidPlug can command up to 5
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normal Z-Wave associated devices.
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The process for associating your SwiidPlug as a primary node
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with other Z-Wave devices can ONLY be made via a Z-Wave
controller: please revert to and follow the association instructions
set out by the controller's manufacturer.
WARNING: Sending relevant association information
between devices may take some time, in certain cases even
a full minute.
™
WARNING: When your SwiidPlug is sending a command to
one or more associated devices and receives at the same
time an instruction to issue a new command, the original
broadcast is interrupted and the new command is
immediately issued.
RESETTING THE PLUG
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To reset your SwiidPlug to its factory settings (erasing the
Home ID of the network's primary controller), press and hold the
™
button of your SwiidPlug for about five (5) seconds
FUNCTION
(with the plug plugged into the active mains). The LED will
flash alternatively green and red indicating that your SwiidPlug
has been fully reset.
ADVANCED SETTINGS
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Your SwiidPlug offers a range of advanced configuration
options. Changing these configuration options requires the use
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of one or other of the more sophisticated Z-Wave controllers
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(usually Z-Wave IP gateways). For a description of these
configuration options, please refer to our website
www.swiid.com/en/support//
WHAT IS Z-WAVE ?
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Z-Wave is a bidirectional communication protocol designed
specifically for controlling, operating, measuring and monitoring
home automation equipment via radio frequency: lighting,
heating, security, etc.
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The Z-Wave protocol utilizes an optimized radio technology for
narrow bandwidth radio communications (9-100 kbps).
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Europe, Z-Wave devices operate in the 868.4 MHz band, which
ensures the absence of any interference with the WiFi
connections or with other wireless receivers operating in 2.4 GHz
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such as Bluetooth or ZigBee . Please note: For legal reasons,
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the Z-Wave devices function in different frequencies - all below
1GHz - in other parts of the world, e.g. 909 MHz in the US.
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Therefore, the Z-Wave devices from these other geographic
zones can generally not be used in Europe.
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The range of the Z-Wave signal is approximately 50m (higher
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outdoors and lower indoors). However, the Z-Wave technology
automatically and dynamically creates a "mesh network"
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between the various Z -Wave devices that compose it and each
of these devices becomes itself a repeater. This increases the
reach and reliability of radio signals being transmitted in the Z-
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Wave network and enables connections between devices that
are not within direct range of each other.
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Each Z-Wave network has its own identifier (Home ID), which
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enables multiple Z-Wave networks in a single location to
operate completely independently and without interfering with
each other.
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The main advantage of the Z-Wave radio protocols over mesh
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network competitors such as ZigBee is the complete
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interoperability between the various Z-Wave devices from
different manufacturers. This interoperability is guaranteed by a
"Zertification" process which is performed by companies
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In