Leviton EZ-MAX, User Manual

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Special Considerations for Networks
Z-Max Advanced Programming & Systems Design Guide rac00-sdg
Revision A:11/2005 Page 125
Special Considerations for Networks
Z-Max products support a variety of different networks which can be used to extend
and expand the capabilities of the system. These networks and their primary
functions are discussed below. Each network type has both different installation and
configuration requirements. The specific configuration and features of each of these
different types of networks is covered in the Advanced Configuration Guide. The
installation of each of these networks is covered in the later pages of this installation
guide. For the specific networking options which are available to your cabinet type,
please reference the General Product Capabilities Chart on page 3.
Luma-Net Network (page 145)
Luma-Net is used for communication between Z-Max panels and for control of Z-Max
panels by Dimensions D-8000 and D-4200 products. Luma-Net is a proprietary control
protocol developed by Leviton.
DMX Network (page 141)
DMX is used for connection to control by devices emitting a DMX signal. Generally,
DMX control devices are Entertainment Lighting Consoles or Advanced Architectural
Control systems.
Modem Network (page 163)
Extending your panels with a modem allows for control by a touch-tone telephone,
control and advanced diagnostics from a terminal program, or remote configuration in
concert with our Microsoft Windows based PC Programming package. The modem is
an option hardware module that if installed prohibits the simultaneous installation of
the Ethernet module.
Ethernet Network Overview (page 167)
Interfaces to a TCP/IP Ethernet network of a 10/100BaseT topology. Specific features
vary depending on your hardware combination and installed firmware version. The
Ethernet module is an option hardware module that if installed prohibits the
simultaneous installation of the modem module.
Master/Remote Network (page 127)
The Z-Max master/remote network allows for the use of remote relay panels
controlling loads and accepting input with all of the configuration and programming
being performed at the master relay panel.