Specifications

allserve.fm
A31003-H3590-M100-5-76A9, 11/2011
HiPath 3000 Manager E, Administrator Documentation
4-29
Nur für den internen Gebrauch Starting up HiPath 5000 RSM/AllServe
Central Busy Signaling with Attendant P
Setting up the station flag for central busy signaling at stations
The station flag for “central busy signaling” need not be set up for the node at which Attendant
P is to be operated (in the sample configuration, Attendant P is operated at node 1). This flag
must be set for every station of the other nodes (2-4) to be signaled at Attendant P.
1. Select the Station view.
2. Set the flag for Central busy signaling on the Station flags tab.
3. Set the flag for every station to be signaled at Attendant P.
4. Repeat steps 1-5 for the other nodes.
Configuring and adapting LCR
In order to use the central busy signaling functionality, you will need to first configure or adapt
LCR (least cost routing).
For the node at which Attendant P is to be operated (in the sample configuration, this is node 1),
every other node (2-4) must be additionally configured in the LCR under “Dialed digits”.
1. Select the menu item Settings | Least Cost Routing.
2. Select the Dial plan tab.
3. In the Dialed digits column of the table, enter the station numbers of the other nodes (2-
4) and assign a Route table to them.
4. Select the Dialing rules table tab.
5. In the Rule name column of the table, enter a rule name for the other nodes (2-4), then
assign the Rule format “E1A” to them, and then select the Procedure “Corporate Net-
work”.
6. Select the Route table tab.
7. From the Selection list, select the route table that you assigned to the other nodes in
step 3.
8. In the route table, select in the Route column Trk Grp. 16 for HiPath 3000 and Trk Grp. 64
for HiPath 5000, and assign the Dial rule configured during step 5.
9. Repeat steps 7-8 for the other nodes.
In the other nodes (2-4), only the target node needs to be evaluated in the LCR.
10. To do this, create an entry for node 1 in the dial plans of each of the other nodes (2-4) by
proceeding as described earlier in steps 1-8.