Emerson Lorain CIP 48120 AP6C55CA, User Manual

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10 Contents
UM6C55C (P7000597) User Manual
Standard 10.00 (March 2008) Lorain Power System (AP6C55CA/CB)
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Systems, North America, Inc. Any copying, use, or disclosure of it without the written permission of Emerson Network Power, Energy Systems, North America, Inc. is strictly prohibited.
Figure 2.3 – Front view of a Lorain CIP Access 48120 power system
using an AP5C55BF power shelf ...................................................24
Figure 3.1 – Front view of an empty 23” mounting Lorain CIP 48120
power system using an AP5C55BB power shelf with front
IEC320 AC receptacles..................................................................27
Figure 3.2 – Perspective view of the rear IEC320 AC cabling option on
a Lorain CIP 48120 power system using an AP5C55BA power
shelf ...............................................................................................27
Figure 3.3 – Front view of an empty 19” mounting Lorain CIP 4890
power system using an AP5C55CA power shelf............................28
Figure 3.4 – AC cabling layout at the rear of a Lorain CIP 48120 power
system using an AP5C55BC power shelf with four individual AC
feeds ..............................................................................................28
Figure 3.5 – AC cabling layout at the front of a Lorain CIP 48120 power
system using an AP5C55BE power shelf with dual AC feeds ........29
Figure 3.6 – Front view of an empty 23” mounting Lorain CIP Access
48120 power system using an AP5C55BF power shelf .................29
Figure 3.7 – AC interface box ...................................................................30
Figure 3.8 – AC cabling layout at the rear of a Lorain CIP 48120 power
system using an AP5C55BH power shelf with dual AC feeds........30
Figure 3.9 – AC cabling layout at the rear of a Lorain CIP 4890 power
system using an AP5C55CC power shelf with a single AC feed....31
Figure 3.10 – Front view of the AP7C55BA Controller CIP.......................32
Figure 3.11 – Front view of the AP7C56BA System Manager CIP ...........32
Figure 3.12 – Front view of the 750 W and 1500 W rectifiers ...................34
Figure 3.13 – Perspective view of Lorain CIP distribution section ............38
Figure 3.14 – Typical Lorain CIP distribution section load cabling............39
Figure 3.15 – Connecting details on the controller interface card .............40
Figure 3.16 – Battery connection section for AP5C55BA, AP5C55BB,
AP5C55BC, AP5C55BE, AP5C55BG, AP5C55BH; and
AP5C55CA, AP5C55CB, AP5C55CC (see also Figure 3.17 for
AP5C55BF)....................................................................................41
Figure 3.17 – Battery connections section for AP5C55BF........................42
Figure 4.1 – Functional diagram of the Controller CIP..............................44
Figure 4.2 – Functional diagram of the System Manager CIP ..................46
Figure 4.3 – List of available alarms and their default severity .................48
Figure 4.4 – Functional diagram of the 750 W and 1500 W rectifiers .......50
Figure 5.1 – Location of DIP switch modules and output relay contacts
on Controller CIP ...........................................................................52
Figure 5.2 – Connector definition in the controller connection interface
card ................................................................................................55
Figure 5.3 – Input/output connection interface the on System Manager
CIP .................................................................................................56
Figure 5.4 – Connector definition in the controller connection interface
box .................................................................................................57
Figure 5.5 – Default screen on System Manager CIP graphical display ...58
Figure 5.6 – Structure of the ALARM menu..............................................59
Figure 5.7 – Structure of the STATUS menu System Manager CIP .........61
Figure 5.8 – Structure of the SETTINGS menu ........................................63
Figure 5.9 – Structure of the MAINTENANCE menu ................................67
Figure 5.10 – ENP-POWER-MIB Tree....................................................127