
Installation of the WeR@Home™ System
WeR@Home
™
System User Guide
environment of the residential house.
Average communication distance between two nodes is 100 feet (30 meters), and with message ability to hop
up to four times between nodes, it gives enough coverage for most residential houses.
The Z-Wave
®
interface may be added to almost any electronic device in the house, including devices that
were not meant to be “intelligent” such as appliances, window shades, thermostats and home lighting.
All Z-Wave-certified products “speak the same language” to provide true Z-Wave
®
interoperability.
A given device must be added to the Z-Wave
®
network before it can be controlled via Z-Wave
®
controller. This
process (also known as “pairing” see Appendix G on page 289) is usually achieved by pressing a button on the
device, an operation which must be performed once, after which the device will always be recognized by the
controller.
Devices can also be removed from the Z-Wave
®
network through a similar process of button strokes.
3.14.2 Essence Z-Wave
®
Controller
Unlike all other WeR@Home
™
peripheral devices, the WeR@Home
™
Z-Wave
®
Controller is classified as a
controller (just like the system’s Central Control Unit) and not as a peripheral device.
The Z-Wave
®
Controller is the WeR@Home
™
system interface to Z-Wave
®
approved Smart Home devices
allowing control of such devices via the WeR@Home
™
system thus expanding the WeR@Home
™
system’s
capabilities and devices’ portfolio beyond Essence ECOP RF protocol capabilities.
The dongle connects to the WeR@Home
™
Central Control Unit (CCU) as an add-on.
Figure 149: The Essence Z-Wave
®
Controller Dongle
The Z-Wave
®
Controller incorporates two connecting points:
˜ A cable with a mini-USB
™
type connector which connects to the WeR@Home
™
Central Control
Unit’s mini-USB
™
back-panel socket, and
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