Data Sheet

Ether I/O 24R Users Manual V1.1
Elexol Pty Ltd Version 1.1 Page 10 http://www.elexol.com
ELEXOL
ELECTRONIC SOL UT IONS
Home, Office and Building Automation, Distributed control and Internet
Connectivity
Because of its low cost per I/O line, the Ether I/O 24 module ideally services the budget sensitive
building automation market. Ethernet’s low cost infrastructure, cabling and switching systems
combined with the ability of the Ethernet network to service other systems within a building
make it a single platform multi function network for delivering services throughout a building.
Ethernet networks can be used to deliver Voice Over IP telephony services, Internet and Local
Area Network services, Video and Audio on demand as well as control and monitoring of devices
or services within the building. With IP becoming the new standard for worldwide
communication and most modern buildings being fitted with Ethernet cabling during
construction, the Ether I/O 24 can economically share that infrastructure and optimize
connectivity.
The Ether I/O 24 in conjunction with the accessory boards can be used to control most electrical
devices. Future expansion of the accessory board range will allow additional devices to be
serviced by the module.
The falling costs of PC computing power combined with the fact that most new PC hardware is
equipped with an Ethernet port make the PC platform combined with Ethernet connectivity ideal
for central control of most mid to large scale systems. When linked to the Internet, an automated
building can be controlled and monitored from any Internet terminal; Internet enabled mobile
phone or other device anywhere on the globe. Wireless connectivity will further enable the
occupant to access their entire buildings network facilities without the burden of wires.
The low power consumption of the Ether I/O 24 module will enable the module to reduce the
additional cost burden of building automation on the utility bill. In many cases an automated
building may have a reduced utility bill through more efficient use of power. Load shedding
during peak demand times will allow building designers to purchase energy at lower rates and
electricity supply companies to make more efficient use of their infrastructure.
When connected to a router or if the main control PC has Internet access the system is able to
request its own maintenance or repair when a malfunction occurs. When a unit has run its
scheduled number of hours it can automatically contact the building supervisor or contracted
maintenance organization to arrange for service. By automating these services, the chances of
maintenance being overlooked and expensive malfunctions and downtime resulting will be
minimized. When a fault does occur, downtime can be minimized by prompt, automatic
notification to the correct people.