Verilink QUAD T1 (880-503345-001) Product Manual - Manual (Page 18)

Quick Set-Up
2-4 Verilink QUAD T1 User Manual
Figure 2-3 Configuration Menu for Slot 3
Configure Slot 3 1. Type "I1" to place port 1 into service.
2. The selections for framing, line code, line build out, network
density, loopback, and FDL settings are already correct for this
example. Type "A1" to set the alarm declare time, enter a value
of 2. The port will now report alarms of a two second duration.
3. Type "C" and copy the settings for port 1 to port 2. The two T1
circuits are identical.
4. Type "I3" to place port 3 in service. The PBX in this example is
an older model which uses AMI line coding, so type "L3" and
select AMI.
5. So that the 24 lines in this T1 will appear busy during a T1
outage, type "S3" and select 4)1/1 4)1/1 4)1/1 4)1/1. This causes the A and B bits
to be forced to a 1 during any red alarm condition.
6. Type "T" to access the timing submenu. See Figure 2-4 . The
option R) receive clock from shelf: R) receive clock from shelf: R) receive clock from shelf: R) receive clock from shelf: must be set to Yes Yes Yes Yes for this
example. Once done, the timing selection already configured
for this entire shelf is applied to this QUAD T1 module. The T3
network port of the M1-3 module in slot 6 is the primary clock
source for this node. If that clock source fails, the node will
recover timing from the secondary source, network port 1 of
-- QUAD T1 CONFIGURATION MENU -- -- QUAD T1 CONFIGURATION MENU -- -- QUAD T1 CONFIGURATION MENU -- -- QUAD T1 CONFIGURATION MENU --
Port 1 Port 2 Port 3 Port 4 Port 1 Port 2 Port 3 Port 4 Port 1 Port 2 Port 3 Port 4 Port 1 Port 2 Port 3 Port 4
In) in service no no no no In) in service no no no no In) in service no no no no In) in service no no no no
Fn) frame format ESF ESF ESF ESF
Fn) frame format ESF ESF ESF ESF Fn) frame format ESF ESF ESF ESF Fn) frame format ESF ESF ESF ESF
Ln) line coding B8ZS B8ZS B8ZS B8ZS
Ln) line coding B8ZS B8ZS B8ZS B8ZS Ln) line coding B8ZS B8ZS B8ZS B8ZS Ln) line coding B8ZS B8ZS B8ZS B8ZS
Bn) line build out 0db 0db n/a n/a
Bn) line build out 0db 0db n/a n/a Bn) line build out 0db 0db n/a n/a Bn) line build out 0db 0db n/a n/a
En) equalization n/a n/a 0-133ft 0-133ft
En) equalization n/a n/a 0-133ft 0-133ft En) equalization n/a n/a 0-133ft 0-133ft En) equalization n/a n/a 0-133ft 0-133ft
NDn) network density none none none none
NDn) network density none none none none NDn) network density none none none none NDn) network density none none none none
NLn) network initiated loop yes yes no no
NLn) network initiated loop yes yes no no NLn) network initiated loop yes yes no no NLn) network initiated loop yes yes no no
An) alarm declare time(sec) 0 0 0 0
An) alarm declare time(sec) 0 0 0 0 An) alarm declare time(sec) 0 0 0 0 An) alarm declare time(sec) 0 0 0 0
DLn) FDL enable yes yes no no
DLn) FDL enable yes yes no no DLn) FDL enable yes yes no no DLn) FDL enable yes yes no no
PRM enable yes yes yes yes
PRM enable yes yes yes yes PRM enable yes yes yes yes PRM enable yes yes yes yes
Rn) enable inband/FDL no no no no
Rn) enable inband/FDL no no no no Rn) enable inband/FDL no no no no Rn) enable inband/FDL no no no no
Sn) trunk condition bits(A/B) 0/0 0/0 0/0 0/0
Sn) trunk condition bits(A/B) 0/0 0/0 0/0 0/0 Sn) trunk condition bits(A/B) 0/0 0/0 0/0 0/0 Sn) trunk condition bits(A/B) 0/0 0/0 0/0 0/0
F) FDL configuration F) FDL configuration F) FDL configuration F) FDL configuration
C) copy port T) timing
C) copy port T) timing C) copy port T) timing C) copy port T) timing
X) exit this menu
X) exit this menu X) exit this menu X) exit this menu
A [0.0.0.2] [1,3] QUAD T1 > A [0.0.0.2] [1,3] QUAD T1 > A [0.0.0.2] [1,3] QUAD T1 > A [0.0.0.2] [1,3] QUAD T1 >