Getting Started….QUICKLY!
Now that you have had an overview of configuration, it is
time to apply your settings to the controller. Follow these
steps to complete your configuration and begin testing your
ZigBee Mirror Module for the first time.
Step 12: Configure Number of Devices
Use the information shown in the previous pages to configure
your ZigBee Mirror Module for the number of Relay Controllers
you will be using.
Step 13: Configure Serial Numbers
Use the information shown in the previous pages to configure
your ZigBee Mirror Module to store the serial numbers of each
remote device.
Step 15: Configure Device types
Use the information shown in the previous pages to configure
your ZigBee Mirror Module for the different types of devices
you may be using, making sure each device type matches the
serial number you have chosen.
Step 16: Store Your Settings
It is now time to store your settings into the ZigBee Mirror
Module. Use the button in the lower right corner that says
“Store These Settings Into Controller”.
Step 17: Power Down the ZigBee Mirror Module
Step 18: Set the PGM/RUN Jumper on the ZigBee Mirror
Module to the RUN Position
Step 19: Power Up All Remote Relay Controllers
Step 20: Power Up the ZigBee Mirror Module
Step 21: Test the ZigBee Mirror Module
The best way to test the ZigBee Mirror Module is to connect
input pairs together using a wire. You can connect the wire to
any ground on the ZigBee Mirror Module. More details regard
‐
ing electrical connections can be found on the next page.
Troubleshooting:
We have extensively tested our ZigBee Mirror Module devices.
These devices have been tested with many types of controllers.
We do not know of any bugs in the firmware of this device at
this time. Testing of this device was a very important part of
the development of this ZigBee Mirror Module. Most tests
included a ZigBee 32
‐
Channel Relay Controller, 24
‐
Channel
Relay Controller, 4
‐
Channel Relay controller, and Several 1 and
2
‐
Channel Relay controllers. We created a list of serial num
‐
bers and device types. We mixed input settings to test map
‐
ping and we have extensively tested the API communications
layer as well as all relay control protocol layers and relay feed
‐
back status layers. The internal architecture of the CPU that
powers the ZigBee Mirror Module is highly modular. Should
you discover any problems, we highly recommend reviewing
your settings and this manual very carefully. Most problems
can be corrected by reviewing your settings.
Like all wireless devices, communication distance will be deter
‐
mined by your installation. Unfortunately, it is not possible for
us to ever predict the range you will experience in your appli
‐
cation. The best distance is always achieved when antennas
can see each other. We realize this is not always possible.
ZigBee Mirror Modules will try relentlessly to communicate
your relay control data to a remote device. You do not need to
make any special configuration changes to help improve dis
‐
tance.
ZigBee Mirror Modules have also been tested extensively for
false triggers. While we have never seen a relay activate or
deactivate on its own, there is always this possibility. There
‐
fore, we NEVER recommend the use of ZigBee Mirror Modules
in any applications that may endanger human life. ZigBee Mir
‐
ror Modules should only be used in applications where the
failure of a relay will not harm or threaten any person or prop
‐
erty.
If you experience problems, please review the
Induction Sup
‐
pression
portion of our web site. If problems persist, please
contact us
for potential solutions.
