Specifications

Chapter 5: Installation
Labeling Station Cable and Mapping Circuit Numbers
Mitel
®
5000 Installation Manual – Issue 3.0, October 2008 Page 5-65
Labeling Station Cable and Mapping Circuit Numbers
Label both ends of each cable with the station circuit number (hardware address) and how it
relates to the corresponding location in the DEI chassis. All circuit numbers are preceded with a
two-digit node number. For example, 02.02.16.01 is a port on node 2, module 2, circuit 16.
In some circumstances, a station circuit can have more than one purpose. For example, two
single line devices can be installed on a single DEM-16 circuit. The first device is assigned
circuit number XX.YY.01, and the second device is assigned circuit number XX.YY.02. Similarly,
a PC Data Port Module and Modem Data Port Module can be assigned circuit numbers. In this
case, the endpoint is assigned circuit number XX.YY.01, the first data port is assigned number
XX.YY.02, and the second data port is assigned number XX.YY.03. For detailed information
about programming endpoints, refer to the Mitel 5000 Features and Programming Guide, part
number 580.8006.
The default system assigns extension number 1000 to station circuit 01.01.01, extension
number 1001 to station circuit 01.02.01, and so on to match the initial configuration. Circuit
01.01.01 is equipped as an administrator and as the primary attendant endpoint when the
system is in the default configuration. Through DB Programming, the circuits can be assigned
1–5 digit extension numbers.
Figure 5-32 on page 5-66 illustrates how the Bay numbers in the Mitel CS-5200/5400/5600
Base Server and each DEI correspond to the System Board/Circuit information in Message
Print. This example only shows two DEIs, but you can have up to four DEIs in a system.
Table 5-8 on page 5-67 summarizes the system board/bay/application relationships between an
Mitel 5000 system and Message Print.