Network Divert; To Have The Network Divert Calls On Your Isdn Lines; Using Isdn To The Desktop - Mitel 3000 Administrator's Manual

NETWORK DIVERT

Network Divert is an ISDN service available from your ISDN Network Provider, which allows
you to divert calls from an incoming ISDN Line.
Note: that Network Divert differs from the divert options described on page 22. With network
divert, the call never rings in to your Mitel 3000. Rather, it is diverted by the network to the
number you specify.

To have the network divert calls on your ISDN Lines

•
Press the NETWORK Key
•
Select 'Network divert'
•
Select 'Divert all calls', or 'Divert when busy', or 'Divert on no answer' as required
•
Select 'Activate' to activate the facility, or 'Deactivate' to deactivate the facility, or
'Interrogate' to check the current status of the divert
•
If you select 'Activate' you will be promoted to 'Enter destination number'. Dial the
desired destination for your calls and select 'Send to line'.
Note: For ISDN Lines in P-MP mode, an extension must be programmed with an MSN number
in order to activate the Network Divert facility. If an extension, which has not been provided
with an MSN, attempts to activate the feature, it will be presented with the prompt 'Invalid'.
Note: For ISDN Lines in P-P mode, the Network Divert applies to all ISDN Lines, that is, all
Lines will be diverted. To protect unforeseen diverts, the user is prompted to enter the System
Programming Password upon selecting 'Activation' above.
Security Warning: It is possible that an extension may misuse the Network Deflect facility.

USING ISDN TO THE DESKTOP

The Mitel 3000 can be equipped with an interface to an internal ISDN bus, which allows ISDN
devices to use your system ISDN lines. When the Mitel 3000 is equipped with 40 extensions,
up to four internal ISDN buses can be provided.
Each of the ISDN buses can be equipped with up to eight ISDN devices. Four of these can be
powered from the Mitel 3000, the remaining four, if equipped, must be independently powered.
Eight extension numbers are allocated to each ISDN internal bus interface. The first interface
is allocated extensions 110 – 117, and the second is allocated extensions 120 – 127, the third
is allocated extensions 130 - 137 and the fourth is allocated extensions 140 – 147.
Incoming data calls are presented to an internal ISDN bus when one its ISDN extension
numbers is programmed in the ringing group. If an appropriate device is connected to the
internal bus, the call will be presented to it. For example, if you connect an ISDN fax
machine to the first S-bus interface of your system and program an MSN number to ring
extension 110 directly, then callers can use this MSN number to send you ISDN faxes.
Mitel 3000 Australia Administrator's Manual
117