3com 900-0387-01 User Manual
V6000 Analog Integrated Branch Office Solution Installation Guide
25
Making an FXS to FXO Call
The following setup requires two telephones (
A
and
B
) and three RJ-11 cables, using the
settings from the example shown in
Figure 5
.
To make an FXS to FXO call, follow these 6 steps:
1 Connect telephone
A
to port 1 of module 1 (where module 1 is an FXS module).
2 Using an RJ-11 cable, connect port 2 of module 1 to port 1 of module 2 (where module 2
is the FXO module).
3 Connect telephone
B
to port 3 of module 1.
4 Offhook telephone
A
and dial 201 (port 1 of module 2 - FXO); you’ll receive a dial tone -
this dial tone is the equivalent of the PBX’s dial tone.
5 Dial 103 (the number configured for telephone
B
connected to port 3 of module 1 - FXS);
telephone
B
rings (the FXO module’s port 1 is outpulsing digits.
6 Offhook telephone
B
and test the line for voice.
Making a V6000 to MP-104 FXS Call
The following setup requires two telephones (
A
and
B
), two RJ-11 cables and an MP-104
gateway. Note that the V6000 and the MP-104 must be on the same subnet.
To make a V6000 to MP-104 FXS call, follow these 5 steps:
1 In the V6000 ‘Tel to IP Routing Table’ in row 3, under column ‘Dest. Phone Prefix’ enter
30, under column ‘Source Phone Prefix’ enter * (wildcard) and under column ‘Dest. IP
Address’ enter the IP address of the MP-104; every call that its destination number starts
with 30 is routed to the MP-104.
Address’ enter the IP address of the MP-104; every call that its destination number starts
with 30 is routed to the MP-104.
Figure 6
V6000 Tel to IP Routing Table
2 In the MP-104 ‘Endpoint Phone Number Table’ screen, in row 1, define 1-4 under column
‘Channel(s)’ and the first phone number, for example, 301, corresponding to channel 1,
under column ‘Phone Number’ (shown in
under column ‘Phone Number’ (shown in
Figure 5
). The phone numbers 302, 303 and
304 are automatically defined (in sequence), corresponding to subsequent channels.