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User Manual
UM6C55C (P7000597)
Lorain Power System (AP6C55CA/CB)
Standard 10.00 (March 2008)
This document is property of Emerson Network Power, Energy Systems, North America, Inc. and contains confidential and proprietary information owned by Emerson Network Power, Energy
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.
2. Introduction
2.1. Description
2.1.1.
Lorain CIP Power Systems
The Lorain CIP
power system is a single-shelf integrated –48 V dc power
system available in various configurations with load capacities up to 90 A
(N+1 configuration) and charging capacities up to 120 A.
It consists of a shelf that incorporates up to three (19” mounting) or four (23”
mounting) 750 W or 1500 W plug-in rectifiers, a basic or advanced
microprocessor-based controller, a battery connection section for up to three
battery strings, and a distribution section for either up to six medium capacity
load protection devices, three medium capacity protection devices and ten
small capacity fuses, or 20 small capacity fuses.
Medium capacity distribution is achieved through either bullet type circuit
breakers or fuse blocks that plug into the distribution section; one side of the
protection device plugs into a main rail bus, while the other side plugs into a
load clip designed to facilitate the configuration of the distribution equipment
at the factory. Small capacity distribution is achieved through a 10-position
(SAN-O) or 8-position (GMT) fuse kit that plugs into the main rail bus.
The Lorain CIP
power system is a front access system designed to be used in
embedded applications with standard 23” or 19” mounting, or on standard
23” or 19” relay rack type frames, with or without batteries. The system can
also be mounted on a short framework for installation on top of a battery
stack, such as the GNB “Top Hat” framework.
Note:
A Lorain CIP equipped with a low voltage disconnect feature shall
not be operated without any batteries connected to it, otherwise the LVD
contactor will not be energized.
The system meets FCC Class B requirements for EMI, as well as NEBS
Level 3 requirements for telecom equipment, including seismic zone 4, when
mounted in equipment that does so (rack, cabinet, enclosure, etc.).
The Controller CIP used with the Lorain CIP power system provides a variety
of monitoring, alarm and control features normally found on power systems’
Summary of Contents for Lorain CIP 48120 AP6C55CA
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