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Issue 1.2
UNIVERGE SV9100
4 - 58
Installing the SV9100 Blades
The GPZ-4COTE consumes four trunk ports ranging between ports
001~200. The CN2 connector provides connection to four analog
trunk ports,
which are polarity sensitive (tip-to-tip, ring-to-ring).
The power failure circuits (CN3), however, are not polarity sensitive.
Table 4-29 GPZ-4COTE Maximum Upgrade Capacities
provides the
maximum capacities for the ESIU blades when they are upgraded.
Table 4-29 GPZ-4COTE Maximum Upgrade Capacities
19” Chassis
with CPU
19” Chassis
without CPU
19” Chassis
x4
Networked
Chassis
5
6
23
32
The trunk ports are polarity sensitive. Be
careful when wiring the trunks.
When connecting the RJ-61 cable to the
GPZ-4COTE blade, note the position of the
Power Failure connector (CN3). Do not
confuse this connector as the trunk connector
(CN2).
Do not wire an RJ-11 directly to the
GCD-4COTA interface. Use the appropriate
RJ-61 wiring when connecting to the
GCD-4COTA.
Summary of Contents for Univerge SV9100
Page 1: ...System Hardware Manual Issue 1 2 January 2015...
Page 2: ...THIS PAGE INTENTIONALLY LEFT BLANK...
Page 40: ...Issue 1 2 UNIVERGE SV9100 1 16 Introduction to SV9100...
Page 105: ...UNIVERGE SV9100 Issue 1 2 System Hardware Manual 3 33 Figure 3 42 Brackets Small Batt Box...
Page 154: ...Issue 1 2 UNIVERGE SV9100 3 82 Installing the SV9100 Chassis...
Page 239: ...UNIVERGE SV9100 Issue 1 2 System Hardware Manual 4 85 Figure 4 24 Control Signal Connection...
Page 259: ...UNIVERGE SV9100 Issue 1 2 System Hardware Manual 4 105 NOTES...
Page 260: ...Issue 1 2 UNIVERGE SV9100 4 106 Installing the SV9100 Blades...
Page 412: ...Issue 1 2 UNIVERGE SV9100 5 152 Installing DT Series Digital and IP Multiline Terminals...
Page 476: ...Issue 1 2 UNIVERGE SV9100 6 64 Installing SV9100 Optional Equipment...