Lucent Technologies Lineage
®
2000 50A Ferroresonant Rectifier J85502B-1
Issue 6 May 1999
Product Description 2 - 9
installation, sends them to the controller for processing and
subsequent action. The action may be local or remote alarm
indications or control signals fed back to the rectifier. Refer to
the various Lineage
®
2000 controller product manuals for a
description of rectifier signal processing and resultant action.
Figure 2-2 shows the typical signal flow between a rectifier and
a Lucent Technologies controller. The control signals and
alarms enter and leave the rectifier via the CM2 control board.
The Lineage
®
2000 family of controllers also uses replaceable
circuit modules that give flexibility to battery plant design.
Physical,
Thermal, and
Electrical
Specifications
Tables 2-B, 2-C, and 2-D give the physical, thermal, and
electrical specifications for the Lineage
®
2000 J85502B-1,
50-ampere rectifier. Regulation on battery is 0.5% for the line,
load, frequency, and temperature specifications. Regulation off
battery is 2% for these specifications.
Figure 2-2: Signal Flow between Rectifier and Lucent Technologies Controller
DC Output Circuit Breaker Status (CB)
Rectifier
Control
Board
CM2
Power Switch Status (MAN)
Rectifier Shutdown (TR)
Rectifier Current Capacity (TP)
Rectifier Failure Alarm (RFA)
Rectifier Restart (RS)
Rectifier Current Drain (VI)
Rectifier Efficiency Algorithm (TRH)
Low Output Alarm (LOA)
* Plant Control Cable Assembly is manufactured by
Lucent Technologies and must be ordered separately.
See Lineage 2000 Battery Plant documentation for details.
®
Remote Regulation (R+,R–)
To Plant Controller
Plant Control
Cable Assembly *
