Astec Advanced Power Systems
UM5C06B / C ( 169-2071-500 )
MPR25 / MPR15 Series, Single Phase −48V,
25A Switch Mode Rectifier
NT5C06B/C
Installation and User Manual
P0711722 Standard 10.00 May 2001
Astec Advance d Pow er Syste ms
ApartofE mersonNetworkPowe r
Astec Advanced Power Systems
MPR25 / MPR15 Series, Single Phase −48V,
25A Switch Mode Rectifier
NT5C06B/C
Installation and User Manual
Manual Number : UM5C06B / C ( 169-2071-500 )
Manual Status : Standard
Manual Release : 10.0
Release Dateb : May 2001
P0711722
Copyright 2001 Astec Advanced Power Systems Ltd
All Rights Reserved
Published in Canada
The information contained in this manual is the prope rty of Astec Advanced Power Systems and is subject to change wi thout
notice. Astec Advanc e d Power Systems Ltd reserves t he right to make changes in design or components as progress in
engineering and manufacturing may warrant. Except as specifically authorized in writing by the V.P. of Engineering and Product
Manufacturing of Astec Advanced Power Systems Ltd, the holder of this manual shall ke ep all information cont ained herein
confidential and shall protect same, in whole or in part, from disclosure and di ssemination to all third parties, and use the same
for start-up, operati on, troubleshooting, and maintenance purposes only. Any modification to the equipment must be approved
by the person responsible for product safety, and design quality at Astec Advanced Power Systems Ltd to ensure that the
equipment complies with the operation st andards.
This equipment generates, uses, and can radiate radio frequency energy, and if not installed and used in accordance with the
instructions containe d in the Installation and Use r Manuals, can cause harmful int e rference to radio communications. Operation
of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct
the interference at his own expense.
Astec Advanced Power Systems
A part of Emerson Network P ower
Helios Candeo is a trademark of Ast ec I nte rnati onal L td. The Em erson l ogo is a t radem ark and serv ice mark of Em erson E le ctri c C o.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
Publication history
May 2001
Standard Issue 10.00. Manual modified to reflect the Emerson
identity. ( EC 102-26701 )
September 1999
Standard release 9.0. Document modified to reflect new Astec
address and minor corrections throughout. (ECN 102-17331)
May 1999
Standard release 8.0. Document modified to reflect Astec identity.
(ECN 102-14607)
January 1998
Standard release 7.0. This issue includes clarification for Rectifier
Replacement/Add-On Procedure, supplement P0850648 (New
factory setting) and information on RFA alarm at no load condition.
5
November 1994
Standard release 6.0. This issue is to add enhanced extended
temperature feature to MPR15 rectifier, and to revise the signal
availability on the power shelves.
May 13th, 1994
Standard release 5.0
March 30, 1994
Standard release 4.1
June 4, 1993
Standard release 4.0
November 22, 1991
Standard release 3.0
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
6 Publicaton history
February 15, 1991
Standard release 2.0
October 1, 1990
Standard release 1.0
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Contents
About this manual.....................................................................................................13
Purpose of this manual................................................................................................13
Safety precautions......................................................................................................13
How this manual is organized......................................................................................13
Introduction...............................................................................................................15
Applications.................................................................................................................15
Rectifier models...........................................................................................................16
Specifications ...........................................................................................................17
Mechanical..................................................................................................................17
Electrical.....................................................................................................................17
Environmental..............................................................................................................19
Transportation.............................................................................................................20
Operation...................................................................................................................21
Rectifier operation.......................................................................................................21
Display and rear interface............................................................................................22
7
Rectifier voltage and current..........................................................................17
Output voltage...............................................................................................18
Output regulation...........................................................................................18
Output noise and ripple..................................................................................18
Acoustical noise.............................................................................................19
Efficiency and power factor...........................................................................19
Reliability.......................................................................................................19
Heat dissipation.............................................................................................19
Electromagnetic Interference (EMI)................................................................19
Operating.......................................................................................................19
Storage..........................................................................................................20
Display ..........................................................................................................22
Local float / equalize control ..........................................................................22
Indicator lamps..............................................................................................22
Rectifier failure alarm (RFA)...........................................................................23
Fan failure alarm............................................................................................23
Internal high voltage shut down (HVSD).........................................................23
Local ON/OFF control (DC and optional AC breakers).....................................23
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
8 Contents
Inrush current limiting fuse (F1).....................................................................23
Test points (V+, V-).......................................................................................24
Current meter................................................................................................24
Fan filter option.............................................................................................24
Rear interface................................................................................................24
Fan cooling assembly.....................................................................................24
Signal connector............................................................................................25
Power interface edge connector....................................................................25
Features......................................................................................................................25
Operating features.........................................................................................25
Monitoring features.......................................................................................26
Measurement features...................................................................................27
Control features.............................................................................................27
Signal connections.......................................................................................................28
Rectifier and controller interface connections................................................30
Power shelf...............................................................................................................31
Mechanical..................................................................................................................31
Electrical.....................................................................................................................38
Environmental..............................................................................................................40
Storage..........................................................................................................40
Installation and start-up procedures.......................................................................41
Tools and test equipment.............................................................................................41
Installation procedure..................................................................................................41
Cabling the power shelf.................................................................................43
Shelf configuration......................................................................................................44
19-inch system shelf (NT5C10CA-1/2)...........................................................44
19-inch embedded shelf (NT5C10BF-1 and NT5C10BP).................................44
19-inch embedded shelf (NT5C10BA-1/2) ......................................................44
19-inch embedded shelf (NT5C10BA-3/4) ......................................................44
19-inch embedded shelf (NT5C10BA-5/6,NT5C10BB-3/4) .............................45
19-inch embedded shelf (NT5C10BB-1/2) ......................................................45
23-inch system shelf (NT5C10CB-1/2, NT5C10CB-5/6, NT5C10CC-1/2,
NT5C10CD-1/2) NT5C10CG..........................................................................45
23-inch system shelf (NT5C10CB-3/4, NT5C10CE, NT5C10CF, NT5C10CH) 45
23-inch embedded shelf (NT5C10BC-1/2) ......................................................45
23-inch embedded shelf (NT5C10BC-3, NT5C10BD-3)...................................46
23-inch embedded shelf (NT5C10BM)............................................................46
23-inch embedded shelf (NT5C10BL).............................................................46
23-inch embedded shelf (NT5C10BJ, NT5C10BK).........................................46
23-inch system shelf (NT5C10CO).................................................................47
Power plant interface - signal cabling............................................................53
Installing the rectifier.....................................................................................57
Cabling the rectifier.......................................................................................58
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Contents 9
LVD installation in the shelf ...........................................................................59
Start-up procedure.......................................................................................................60
Factory set voltage limits...............................................................................60
Rectifier power-up.........................................................................................61
HVSD adjustment...........................................................................................62
Float voltage adjustment................................................................................63
Equalize voltage adjustment...........................................................................63
Parallel verification........................................................................................64
Low voltage disconnect (LVD)........................................................................65
Adjustment for the 50 A LVD unit Rel. 02, 02A, 3 & 3A................................66
Low voltage alarm (LVA) adjustment..............................................................67
LVD/low voltage disconnect / reconnect (LVDR) adjustment...........................67
Rectifier replacement/add-on procedure.........................................................68
Low voltage disconnect............................................................................................69
Electrical.....................................................................................................................69
Environmental..............................................................................................................69
Storage..........................................................................................................69
DC cabling.....................................................................................................70
Control and monitoring signals.......................................................................70
Operation.......................................................................................................71
Test feature...................................................................................................71
Signal connections.........................................................................................71
Maintenance..............................................................................................................73
Maintenance................................................................................................................73
Rectifier.........................................................................................................73
Filter..............................................................................................................74
Fan cooling....................................................................................................74
Storage..........................................................................................................74
Power shelf...................................................................................................74
Low voltage disconnect.................................................................................75
Troubleshooting...........................................................................................................75
Rectifier fail alarm.........................................................................................75
Load sharing..................................................................................................76
Fan failure.....................................................................................................76
Fan replacement procedure............................................................................76
Low voltage disconnect.................................................................................78
Fault diagnosis...............................................................................................79
Appendix A: NT5C10BF-1 and NT5C10BP ...........................................................101
Purpose.....................................................................................................................101
Application................................................................................................................101
FTIP application.........................................................................................................101
Alarms.........................................................................................................102
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
10 Contents
Power and signal lead termination...............................................................102
Factory set voltage limits.............................................................................102
FTOP application .......................................................................................................102
Alarms.........................................................................................................103
Power and signal lead termination...............................................................103
Factory set voltage limits.............................................................................103
General requirements.................................................................................................104
Power shelf size...........................................................................................104
Shelf labeling...............................................................................................104
Appendix B: NT5C10CO shelf................................................................................105
General......................................................................................................................105
NT5C10CO power shelf.............................................................................................105
Description..................................................................................................105
Technical specifications...............................................................................106
Power-up and verification..........................................................................................107
Verification..................................................................................................107
Adjustment and verification.......................................................................................108
Troubleshooting.........................................................................................................111
Appendix C: Recommended replacement parts....................................................113
Appendix D: Technical service assistance........................................................... 115
Abbreviations and acronyms................................................................................. 117
List of Figures
Figure 1 - NT5C06B/C Rectifier (front view)................................................................22
Figure 2 - Rear interface..............................................................................................24
Figure 3 - Signal Connector..........................................................................................29
Figure 4 - 19-inch power shelf (front view)..................................................................36
Figure 5 - 23-inch power shelf (front view)..................................................................37
Figure 6 - Power shelf NT5C10BJ or NT5C10BK (exterior view) .................................37
Figure 7 - Power shelf NT5C10BJ or NT5C10BK (interior view)..................................37
Figure 8 - Power shelf NT5C10BM e/w EQL switch assembly......................................38
Figure 9 - Power shelf NT5C10CO equipped with start delay LED ...............................38
Figure 10 - 19-inch power shelf...................................................................................42
Figure 11 - 23-inch power shelf...................................................................................42
Figure 12 - 19-inch power shelf (NT5C10BF and NT5C10BP only)..............................43
Figure 13 - System shelf or embedded (left view) common bussed AC - side access.....47
Figure 14 - Extra ground connection mounting location (optional) (Typical
installation view for all shelf models)........................................................48
Figure 15 - Embedded shelf (left view) - individual ac - side access old vintage.............48
Figure 16 - Embedded shelf (left view) - Individual AC - side access.............................49
Figure 17 - System or embedded shelf (left view) - individual AC - side access.............50
Figure 18 - System shelf (left view) - common bussed AC - rear access.......................51
Figure 19 - System or embedded shelf (right view) - DC connecting - side access.........52
Figure 20 - System or embedded shelf (right view) - DC cabling - rear access ..............53
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Contents 11
Figure 21 - Rectifier AC and DC power (internal) cabling harness.................................58
Figure 22 - Embedded shelf - LVD connections - rear access........................................59
Figure 23 - Embedded shelf - LVD connections - side access........................................60
Figure 24 - Embedded shelf quick disconnect for sense (sectional view).......................62
Figure 25 - Low voltage disconnect connections..........................................................70
Figure 26 - Low voltage control and monitoring signals................................................70
Figure 27 - Fan assembly.............................................................................................78
Figure 28 - System application power shelf MPS50S and MPS75S.............................81
Figure 29 - Embedded application power shelf MPS50E and MPS75E..........................82
Figure 30 - Low voltage disconnect.............................................................................83
Figure 31 - Power shelf wiring figure index..................................................................84
Figure 32 – NT5C10BA-5/6 and NT5C10BB-1/2, 3/4 embedded application................85
Figure 33 – NT5C10BA-1/2 embedded application.......................................................86
Figure 34 - NT5C10BA-3/4 embedded application........................................................87
Figure 35 - NT5C10BD embedded application..............................................................88
Figure 36 - NT5C10BD and NT5C10BP embedded application.....................................89
Figure 37 - System application - NT5C10CA-1/2, NT5C10CB-1/2, 3/4, 5/6,
NT5C10CC-1/2, NT5C10CD-1/2, NT5C10CE-1/2, NT5C10CF-1/2,
NT5C10CG, NT5C10CH...........................................................................90
Figure 38 - Embedded application - NT5C10BC-1, NT5C10BC-2, NT5C10BC-3,
NT5C10BM..............................................................................................91
Figure 39 - Embedded application NT5C10BJ, NT5C10BK e/w RPM1000C and LVD
Kit............................................................................................................92
Figure 40 - Embedded application NT5C10BJ, NT5C10BK e/w RPM1000C and LVD
Kit............................................................................................................93
Figure 41 - Embedded application NT5C10BJ, NT 5C10BK e/w LVD and I/F Circuit
Pack Kit....................................................................................................94
Figure 42 - Embedded application NT5C10BJ, NT 5C10BK e/w LVD and I/F Circuit
Pack Kit....................................................................................................95
Figure 43 - Embedded application NT5C10BL..............................................................96
Figure 44 - Embedded application NT5C10BM e/w NT5C10KB....................................97
Figure 45 - System application NT5C10CO..................................................................98
Figure 46 - Application NT5C06B/C.............................................................................99
List of Tables
Table 1 - NT5C06B/C models ......................................................................................16
Table 2 - Rectifier feature summary.............................................................................16
Table 3 - MPR15/MPR25 input current requirements...................................................17
Table 4 - Power Shelf Feature Summary......................................................................32
Table 5 - Modular power shelf embedded application signal availability.......................33
Table 6 - Modular power shelf embedded application signal availability.......................34
Table 7 - Modular power shelf system application signal availability............................35
Table 8 - List of abbreviations used in Tables 6 and 7..................................................36
Table 9 - Standard system application signal cable connections:..................................54
Table 10 - J1, J2 and J3 connector pin assignment.....................................................56
Table 11 - Application configuration table..................................................................101
Table 12 - Application configuration table..................................................................103
Table 13 - Systems equipped with NT5C10CO power shelf fault diagnosis...............111
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
12 Contents
List of Procedures
Procedure 1 - Power shelf installation..........................................................................41
Procedure 2 - Common bussed AC connection - side access.........................................47
Procedure 3 - Individual AC connection - side access old vint age.................................49
Procedure 4 - Individual AC connection-side access.....................................................49
Procedure 5 - Individual AC connection - side access...................................................50
Procedure 6 - Common bussed AC connection - rear access.........................................51
Procedure 7 - DC connection - side access...................................................................52
Procedure 8 - DC connection - rear access...................................................................53
Procedure 9 - Rectifier installation...............................................................................57
Procedure 10 - LVD installation in the shelf..................................................................59
Procedure 11 - Rectifier power-up...............................................................................61
Procedure 12 - HVSD adjustment.................................................................................62
Procedure 13 - Float voltage adjustment......................................................................63
Procedure 14 - Equalize voltage adjustment.................................................................63
Procedure 15 - Parallel verification..............................................................................65
Procedure 16 - Low voltage disconnect adjustment.....................................................66
Procedure 17 - LVD 50 A adjustment for unit release 02, 02A, 3 and 3A.....................66
Procedure 18 - Low voltage alarm adjustment.............................................................67
Procedure 19 - Low voltage disconnect/reconnect adjustment.....................................67
Procedure 20 - Float/equalize and remote equalize.......................................................73
Procedure 21 - Fan replacement..................................................................................76
Procedure 22 - Power-up and verification..................................................................107
Procedure 23 - Adjustment and verification...............................................................108
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
About this manual
Purpose of this manual
This manual provides all the necessary information for installing, operating
and maintaining an MPR15 (-48 V/15 A) and MPR25 (-48 V, 25 A) series
(NT5C06B/C) Switch Mode Rectifier, 19-inch and 23-inch Power Shelf
NT5C10 for embedded and system applications, as well as the NT5C13F( )
Low Voltage Disconnect series.
Safety precautions
This equipment meets CSA 22.0 - 0M1982, CSA C22.2 - 107-1957 and
UL1950. High voltages are present inside the unit. Consequently, insulated
tools, eye protection and adequate lighting are required when working on the
unit. The latest drawings must be used.
This equipment contains a number of discrete and micro-electronic solid
state devices subject to permanent damage, caused by electrostatic potentials,
when handling and installing unless appropriate precautions are observed.
13
How this manual is organized
This manual is divided into nine parts:
• Introduction
• Specifications
• Operation
• Power shelf
• Installation and start-up procedure
• Low voltage disconnect
• Maintenance
• References
• Appendices
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
14 About this manual
This page is left blank intentionally.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Introduction
Applications
The MPR15 / MPR25 rectifiers are designed to operate continuously in
a battery-equipped or batteryless –48 V power system, either embedded
as part of a small system, or as part of a power plant in a system
application.
Several models are available for operation in a controlled environment.
An extended temperature version is capable of withstanding
temperatures ranging from -40°C to +65°C while standard models
operate from 0° to +65°C ambient. The MPR15EX model operates in
an ambient temperature range of −40°C to +50° C, and the standard
MPR15E operates in a range of 0°C to +50°C.
The MPR25E and MPR25EX are suitable for various embedded and
system applications. These models offer features that facilitate
installation, operation and maintenance.
15
The MPR15EX is intended for low power applications, when only 110 /
120 V AC power is available.
The rectifier will operate with existing Astec rectifiers and other compatible
manufacturers' products. It is compatible with Astec conventional and
microprocessor-based controllers designed to interface with the basic
standard signals.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
16 Specifications
Rectifier models
Four models are listed in Table 1.
Table 1 - NT5C06B/C models
Table 2 - Rectifier feature summary
MODEL TYPE NT(CODE)
MPR25E 25 AMP - Enhanced Basic NT5C06CA (Brown)
NT5C06CC (Grey)
MPR15E 15 AMP - Enhanced Basic 110 V AC NT5C06CB (Brown)
NT5C06CD (Grey)
MPR25EX Enhanced Extended Temperature NT5C06BB (Brown)
NT5C06BC (Grey)
MPR15EX 15 AMP - Enhanced Extended
NT5C06CE
Temperature, 110 V AC
UNIT FEATURE
MPR15E & MPR25E
ENHANCED
MPR15EX & MPR25EX ENH.
EXTENDED TEMPERATURE
DC Breakers X X
Remote ON/OFF X X
Remote HVSD Reset X X
Float/EQL Control X X
Remote Equalize X X
Fan Alarm Indicator X X
RFA Indicator X X
Local/Remote Sensing X X
Current limit X X
Current walk-in X X
Thermal Shutdown X X
Ext. temp. range X
Current Meter X X
AC breaker X X
Brown/grey option X X
Filter (A0370200) Opt Opt
Note 1
Note 2
Note 3
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
: For ordering details, consult the Ordering Guide.
: All units may be ordered in either brown or grey.
: The air filter option is restricted to applications under
50°C (122°F) and is recommended for Central Office
(CO) applications.
Specifications
Mechanical
The MPR25 or MPR15 rectifiers have the following dimensions:
• Height: 168 mm (6.60 inches)
• Depth: 260 mm (10.25 inches)
• Width: 149 mm (5.85 inches)
Electrical
Rectifier voltage and current
The input current requirements of the MPR15 / MPR25 rectifier and the
NT5C10 power shelves are listed in Table 3:
Table 3 - MPR15/MPR25 input current requirements
17
Input voltage:
frequency
range
1. MPR15 10.5 A (16.5 A) n/a n/a
2. MPR25 n/a 11.7 A (15.5 A) 10.2 A (15.5 A)
3.
Condition: Typical input current value for 54 V dc, full load output =
NT5C10 Shelf:
(a) 2 rectifiers 21.0 A (33.0 A) 23.4 A (31.1 A) 20.4 A (31.1 A)
(b) 3 rectifiers 31.5 A (49.5 A) 35.1 A (46.6 A) 30.6 A (46.6 A)
maximum input current at Output 54V DC, current limit
minimum line.
120 V AC
47-63 Hz
96-132 V AC
208 V AC
47-63 Hz
176-264 V AC
240 V AC
47-63 Hz
176-264 V AC
Input protection: 20 A AC breaker
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
18 Specifications
Output voltage
Floating: -46 V DC to -57 V DC
Equalizing: 0 to -2.5 V DC above float
Output regulation:
At the point of regulation: within +0.5% of the
selected value for all specified input and output
variations and within +1% for any combination of
specified input, output and environmental conditions.
Output protection: 30 A DC breaker
Output current: at 96-132 V input * - 15 A for MPR15E/EX at 176-
264 V input – 25 A for MPR25E/EX
Current limit: 17.5 to 20 A minimum for 96-132 V input and 25.5 to
30 A for 176-264 V input. From -46 V DC to -57 V
DC. Constant power for output from -57 V DC to -
59.5 V DC
Note:
The AC inrush current during the turn-on sequence of
Output noise and ripple
• less than 22 dBrnC at voice frequency, with batteries measured at the
point of regulation and over the entire range of the rectifier, inducing
operation in the current limit mode, and low nominal and high input
conditions.
• less than 10 mVrms in any 3 kHz band between 10 kHz and 20 MHz.
Measurements made with or without batteries at the output terminal of
the rectifier and with the rectifier in the local sensing mode.
• peak-to-peak switching voltage spikes less than 250 mV (600 mV
from -40°C to 0° C), measured differentially with an oscilloscope at a
2 MHz bandwidth.
the rectifier, under all input and output conditions
specified in this document, will not exceed its full load
steady-state value.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Acoustical noise
The rectifier does not produce sound levels above 60 dB with "A"
weighting measured 1.5 m (5 ft.) above the floor and 0.5 m (2 ft.) from
the rectifier, while operating at no load, partial load, or full load.
Efficiency and power factor
Efficiency is 88% at nominal input voltage of 208 V and maximum
output load of 25 A at 54 V DC.
Power factor is 0.60 at a nominal voltage of 208 V AC and a maximum
load of 25 A with 0.5 ohm line impedance.
Reliability
The rectifier has a mean time between failures (MTBF) greater than
120,000 hours (Bellcore spec. TR-NWT-000057) under normal
operating conditions, at 30°C.
Heat dissipation
Specifications 19
Electromagnetic Interference (EMI)
Environmental
Operating
The maximum heat dissipation is 150 W at -56 V and 25 A load
(1 x MPR25).
The rectifier meets FCC part 15, sub-part B for Class A digital devices.
A two- inch airflow clearance is required at the front and rear of the
rectifier. Consult Astec for applications requiring less than a two-inch
clearance.
The rectifier will operate satisfactorily under the following
environmental conditions:
Temperature: MPR15E: 0 to 50˚ C (32 to 122 F)
MPR15EX:- 40 to 50 C (-40 to 122 F)
MPR25E: 0 to 65 C (32 to 149 F)
MPR25EX: -40 to 65 C (-40 to 149 F)
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
20 Specifications
Humidity:
Altitude:
Transportation
The following environmental limits must be observed during transportation:
Temperature: -50° C to 75° C (-58°F to 167°F)
Humidity: Up to 95% Relative Humidity at 25 mm (1 in.) of
Vibration: 5.5 to 500 Hz. 3.5 g maximum (sinusoidal) 762 mm
Pressure: 87.5 mm Hg at 15,200 m (50,000 ft.)
Temperature shock: -50°C to 27°C (-58°F to 80°F) in 5 min.
Storage
The following environmental limits must be observed during storage:
0 to 95% (non-condensing)
Sea level to 2100 m (7000 ft.)
water vapor pressure.
(30 in.) maximum drop (packaged)
Temperature: -50°C to 75°C (-58°F to 167°F)
Humidity: Up to 95% Relative Humidity at 25 mm (1
in.) of water vapor pressure.
The rectifier contains aluminum electrolytic capacitors. For this reason
the rectifier must remain in operation, or once a year the equipment
must be energized for at least two hours to maintain the electrolytic
capacitors in working condition.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Operation
Rectifier operation
The main AC line voltage is rectified and filtered to an unregulated high DC
voltage. The input circuit provides EMI filtering, inrush current limiting, low
and high AC inhibition, lightning and surge voltage protection, and input
fault protection through an AC breaker.
The high frequency isolating power section consists of a full bridge
converter using power MOSFETs and a high frequency power
transformer.
The high frequency AC voltage generated at the secondary of the power
transformer is rectified and filtered. The output section provides EMI
filtering, a shunt for output DC current sense, and output protection in
the form of a DC breaker. A current mode pulse width regulator varies
the pulse width of the signal driving the power MOSFETs. This allows
regulation to the output DC voltage.
21
The monitoring circuitry includes soft start, rectifier fail alarm (RFA),
rectifier RFA/ON LED, local and remote equalize, temporary release,
thermal shutdown, AC valid, local and remote high voltage shut down
(HVSD), local and remote HVSD reset, logic valid, fan failure detection,
and a fan failure LED.
A three-digit output current meter reads the output shunt an d displays
the value using an integrated logic circuit.
An auxiliary power supply provides the various voltages required by the
internal circuitry and cooling fan.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
22 Operation
V
A
Display and rear interface
Display
Figures 1 and 2 show the front and rear views of the fully equipped rectifier.
Figure 1 - NT5C06B/C Rectifier (front view)
EQUALIZE
/FLOAT
SWI T CH AND
DJUST
FAN ALARM
HVSD ADJUST
RECTIFIER
OK/FAIL
CIRCUIT
BREAKERS
TEST
POINTS
EQL
FLT
FAN
HVSD
ON/RFA
DC
OUTPUT
V+
-
.
AC
LOAD
3/4A 250V
FILTER
OPTION
F1
INRUSH
CURRENT
LIMIT
FUSE
CURRENT METER
Local float / equalize control
The rectifier is equipped with a momentary Float/Equalize switch. When the
switch is held in the EQL position, the rectifier changes to equalize mode
and boosts the output voltage to the value set by the EQL potentiometer.
Otherwise, the rectifier delivers a float voltage set by the FLT potentiometer.
Indicator lamps
Designation Color Description
RFA/ON Red Rect. Failed or no load current *
Green Rectifier operational
Fan Red Fan Failed
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Rectifier failure alarm (RFA)
The rectifier incorporates facilities for monitoring its operational state and
extends a global alarm upon detection of an internal failure or a no load
condition (see Note below). When the rectifier operates in parallel with
other rectifiers and its output voltage is adjusted lower, the RFA LED will
change to RED and an RFA alarm will be sent.
Operation 23
Note:
Give an alarm at no load condition only for the following
releases or under.
NT5C06BB, BB-1, BB-3, BC Rel. 10
NT5C06CA, CA-1, CA-3, CA-5 ,CC Rel. 10
NT5C06CB, CB-1, CB-3, CD Rel. 12
NT5CO6CE-61(-46) Rel. 12
Fan failure alarm
A fan failure will activate the fan alarm and inhibit the operation of the
rectifier. An RFA will also be issued upon inhibition of the rectifier.
Internal high voltage shut down (HVSD)
The rectifier includes a high voltage monitor. Whenever the rectifier output
voltage exceeds a value adjustable from -52 to -59.5 V it shuts down
immediately, locks out, and transmits an RFA. This function is not
dependent on the output load condition.
Local ON/OFF control (DC and optional AC breakers)
Circuit breakers are used to turn the rectifier ON/OFF locally and
disengage it from the DC circuit. The local OFF control overrides the
remote control signals.
Inrush current limiting fuse (F1)
A 3/4 A, 250 V fuse is connected in line with the soft start circuitry to
protect the input circuitry against high inrush currents in case of an
internal failure. On the MPR15E modes NT5C06CB/CD/CE, failure
of this fuse during operation will disable the unit. See the
“Recommended Replacement Parts” section to order a replacement
fuse.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
24 Operation
Test points (V+, V-)
Current meter
Fan filter option
Test points allow the user to measure the voltage at the point of regulation,
whether the DC breaker is ON or OFF. A 10 K resistor is placed in series
with the –48 V lead to prevent short circuits at the jack terminals.
A three-digit output current meter, available on the enhanced model, reads
the output shunt and displays the value using an integrated logic circuit.
A fan filter option is available for dusty environments to prevent the dust
particles from entering and deteriorating the cooling efficiency of the
rectifier. (See the “Recommended Replacement Parts” section to order an air
filter kit.)
The maximum operating ambient temperature should be limited to 50°C
(122°F) for environments requiring the rectifier air filter.
Rear interface
Figure 2 - Rear interface
Fan cooling assembly
The fan cooling assembly ensures adequate cooling of the internal
components. This assembly can be replaced in the field. Consult the “Fan
Replacement Procedure” section for details.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Signal connector
Power interface edge connector
Features
Operating features
Operation 25
This connector provides control and monitoring signal access to the rectifier.
Refer to the “Signal Connections” section for connection details.
The rectifier AC, DC and chassis ground interface is made through the rear
edge connector. Refer to the “Rectifier and Controller Interface
Connections” section for connection and installation details.
The rectifier provides the following operating, monitoring, measurement and
control features:
Remote voltage sensing
Provision is made to extend the sensing leads to the battery or to the
charge/discharge bus (operation without batteries) of the plant. The opening
of either sensing leads will not result in a voltage increase at the rectifier
output terminals.
Current limiting
The rectifier will automatically limit the output current to 17.5 to 20 A
(MPR15) and 25.5 to 30 A (MPR25). Extended periods of operation in the
current limiting mode, and repeated transitions between constant-voltage
operation and constant-current operation have no detrimental effect on the
performance or service life of the rectifier.
The rectifier is capable of starting when connected across a completely
discharged battery without requiring human intervention or operating
protection devices.
Transitions from constant-voltage operation to constant-current operation
and from constant-current to constant-voltage operation will occur
automatically, as determined by the output current. The current limit circuit
will continue working in both the float and equalize modes.
Soft start and walk-in
The output current rises from 10% to 90% in 2 seconds (typically).
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
26 Operation
AC inrush current
The AC current during the turn on sequence of the rectifier, under all input
and output conditions specified in this document, will not exceed its full load
steady-state value.
Sequential start
The rectifier Temporary Release (TR) leads are available for use with an
external sequential start circuit.
Parallel operation
The rectifier is capable of operating in parallel with other rectifiers having
similar output slope characteristics.
Discharge of output capacitors
The output capacitors will automatically discharge when the rectifier is
disconnected and the AC power has been removed.
Load sharing
Rectifiers connected in parallel and sensing at the same point will share the
load with other rectifiers having similar negative output slope characteristics
(300 mV drop from zero to full load).
The rectifier will share the load proportionally to its output rating to a
precision within +
Monitoring features
Input AC voltage monitor
The rectifier monitors the input voltage and inhibits its operation when the
voltage exceeds the specified limits. Refer to the “Summary of
Specifications” section, sub section Electric. An RFA is initiated.
The rectifier recovers its normal operation automatically when the specified
input voltage is re-established.
Thermal shutdown
The rectifier protects itself against thermal overstress by inhibiting its
operation for the duration of the high temperature condition. The RFA
alarm is triggered. The rectifier will restart after the temperature has returned
to a safe level.
10%.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Output current monitor
The rectifier monitors the output current. The unit will initiate an RFA alarm
when no output current (see Note below) is detected during parallel
operation.
Note:
Give an alarm at no load condition, only for the following
Measurement features
Remote rectifier current measurement
The rectifier is equipped with a 50 mV / 25 A shunt connected on the
positive lead, near the output terminals. The shunt signal is available on the
signal connector (see Figure 3).
Operation 27
releases or under.
NT5C06BB, BB-1, BB-3, BC Rel.10
NT5C06CA, CA-1, CA-3, CA-5, CC Rel.10
NT5C06CB, CB-1, CB-3, CD Rel.12
NT5CO6CE-61(-46) Rel.12
Test points (V+, V-)
Voltage jacks are provided for measuring the voltage at the point of
regulation.
Control features
Remote ON/OFF control
When a ground signal is applied to the 'Temporary Release' (TR) input, the
rectifier inhibits its operation and activates the rectifier's RFA. Upon removal
of the remote ground signal the rectifier returns to normal operation.
Remote high voltage shutdown
In addition to the local high voltage shutdown feature, the power plant
controller can shut down any rectifier by sending a high voltage shutdown
signal, ground (BAT RTN) pulse. The rectifier will shut down if it is
supplying more than 10% of its full load rating.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
28 Operation
Local/remote high voltage shutdown reset
The rectifier may be reset from an HVSD condition locally, by resetting the
AC circuit breaker (if so equipped), the associated AC breaker on the
distribution panel, or remotely by applying a ground signal at the HVSDR
input of the rectifier provided:
• the 'TR' lead is not activated
• the 'AC' (optional) and 'DC' breakers are closed
Remote equalize control
The rectifier is equipped with remote equalize control. This function is
operated by applying a remote ground signal (BAT POS) and returns to
normal (Float) operation upon removal of the signal.
Signal connections
The interface connector located at the rear of the rectifier provides control,
alarm and monitoring signals. The control inputs are activated by a ground
(BAT RTN) signal. The alarm contacts are extended by relays and are
isolated from each other, and from the rectifier chassis. All contacts are rated
60 V DC and 0.5 A.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Figure 3 - Signal Connector
25
Operation 29
1 - REMOTE EQL
2 - SENSING RG +
3 - SENSING RC 4 - TEMPORARY RELEASE
1
5 - REMOTE HVSD RESET
6 - REMOTE HVSD
7 - RFA NC
8 - Not Connected
9 - FAN ALARM NC
10 - RFA COMMON
11 - FAN ALARM COMMON
12 - SHUNT +
13 - SHUNT 14 - FAN ALARM NO
15 - RFA NO
16 - GROUND
17 - SENSE COMMON
18 - SENSE NC
19 - SENSE NO
20 - Not Connected
21 - Not Connected
22 - Not Connected
23 - Not Connected
24 - Not Connected
25 - Not Connected
Connector housing: AMP 211149-1
Crimp type pins (24-20 AWG): AMP 66103-1
PCB solder/wire wrap pins: AMP 66460-7
The 'SENSE' alarm contact closes to indicate that the remote sense leads are
open.
The signals normally connected to Astec controllers are indicated below.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
30 Operation
Rectifier and controller interface connections
Designation Description Signal
RG+/RC- Sensing Leads battery or
charge/discharge bus
HVSD Remote High Voltage Bat RTN
Shutdown
HVSDR Remote High Voltage Bat RTN
Shutdown Reset
TR Remote Inhibit Bat RTN
EQ Remote Equalize Bat RTN
RFA Rectifier Failure Alarm Form C contacts
F.ALM Fan Failure Alarm Form C contacts
Shunt (+) and Shunt (-) Rectifier Current 50 mV at 25 A
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Power shelf
Mechanical
The power shelf provides housing for plug-in rectifiers and for an optional
LVD. The power shelf provides power connections and signal access to the
rectifiers.
As listed in Table 4, there are two shelf sizes with the following capacities:
a) 19-inch mounting - 2 x MPR25 or MPR15 (Figure 4)
- 2 x MPR25 or MPR15 + LVD
- 3 x MPR25 or MPR15
b) 23-inch mounting - 3 x MPR25 or MPR15 (Figure 5)
- 2 x MPR25 or MPR15 + LVD (Figure 7)
- 2 x MPR25 or MPR15 + LVD +
RPM1000C (Figure 6)
- 3 x MPR25 or MPR15 + EQL SW
Assembly (Figure 8)
31
c) There are two main application versions:
System
• In the system version (Table 4) the rectifier signals are brought
• The AC input is either common bussed or individually fed,
out from the shelf through cables terminated with connectors
which connect to the power plant's Controller.
equipped or not, for EMI filtering to the rectifiers.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
32 Operation
Embedded
• In these shelf-specific applications (Table 4) the rectifiers are
designed to fit signals that are brought out from the shelf through
an open ended cable or as suited by the particular application
requirements.
• the AC input is either common bussed or individually fed,
equipped or not, for EMI filtering to the rectifiers.
In all of the above versions the DC output is common bussed within the
shelf with separate BAT RTN (+V DC), BAT (-V DC) and LOAD (-V DC)
where an LVD is installed.
Table 4 - Power Shelf Feature Summary
FEATURES MPS75S MPS75E MPS50S MPS50E
Mounting 23" 23" 19" 19"
Rectifier Positions 3 2 / 3 2 2
Lvd Position 0 1 / 0 0 1
Control Signal Access Connectors Open Cable Connectors Open Cable
Individual Ac Available Available Available Available
Common Ac Available Available Available Available
Brown Yes Yes Yes Yes
Dolphin Grey Chassis Yes Yes No No
Oxford Grey Chassis Yes Yes No Yes
Emi Filtering Option
Available
Available
Not Available Not
Available
Local Equalize Option No Available No No
AC Fail Alarm Option Available Available No No
Note:
For exact option configurations and ordering, refer to the
“References” section.
The description for the power shelf codes listed above is as follows:
- "S" at the end of the code signifies system application.
- "E" at the end of the code signifies embedded application.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Operation 33
Table 5 - Modular power shelf embedded application signal availability
AC DC
Com/ HSB EMI WIDTH SPECIAL LVD
PEC Code Color Indiv FLS FLT (inches) FEATURES PEC NOTES
NT5C10BA-1 Brown Common HSB 19 NT6C13FM 1
NT6C13FE
NT5C10BA-3 Brown Individual FLS 19 AC delay
N/A
signal
NT5C10BA-5 Brown Common FLS 19 NT6C13FM 1
NT6C13FE
NT5C10BB-1 Oxford
Individual FLS 19 NT6C13FG
Grey
NT5C10BB-3 Oxford
Common FLS 19 NT6C13FG
Grey
NT5C10BF-1 Brown Common FLS 19 NT6C13FA
NT5C10BC-1 Brown Individual FLS X 23 NT6C13FA 5
NT5C10BC-3 Brown Common FLS X 23 NT6C13FA 5
NT5C10BD-3 Oxford
Common FLS X 23 NT6C13FC 5
Grey
NT5C10BE Brown N/A N/A N/A 8.2 Rectifier
NT6C13FF
adapter
NT5C10BM Dolphin
Common FLS X 23 EQL Switch N/A 2
Grey
NT5C10BJ Brown Common FLS X 23 LVD+I/F
NT6C13FA 3, 5
PCB
LVD+RPM
NT6C13FJ 4, 5
1000C
NT5C10BK Dolphin
Grey
LVD+RPM
Common FLS X 23 LVD+I/F
PCB
NT6C13FC 3, 5
NT6C13FK 4, 5
1000C
NT5C10BL Oxford
Individual FLS X 23 NT6C13FC 5
Grey
NT5C10BP Dolphin
Common FLS 19 NT6C13FC
Grey
NT5C10BQ-46 Brown Individual FLS X 23 AC delay
N/A
signal
Note 1:
When hooked up to an external RPM1000, order a Hot
Stand By (HSB) and an equalize switch assembly
A0401062 NT5C10KE Free Load Sharing (FLS).
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
34 Operation
Note 2:
Note 3:
Note 4:
When used with the I/F PCB option, order kit P0736446.
When used with an RPM1000C, order P0736447.
To use the optional AC Fail Alarm, order NT5C10KC
A0627571.
Table 6 - Modular power shelf embedded application signal availability
PEC CODE EQL RG+ RC- HVSDR HVSD NC NO C NC NC C NC C ALM LVA TR NSR
NT5C10BA-1 O BK R W BR BL R O Y
NT5C10BA-3 BL/W W/BL S/W W/S O/R R/O W/O O/W
NT5C10BA-5 O BK R W BR Y
NT5C10BB-1 O BK R W BR Y
NT5C10BB-3 O BK R W BR Y
NT5C10BF-1 TB1-2 TB1-1 TB1-5 TB1-4 TB1-3 TB1-6
NT5C10BC-1 BL BR
NT5C10BC-3 BL BR
NT5C10BD-3 P1-2 P1-1 P1-3
NT5C10BE J2-1 J2-4 J2-3,5 J2-2 J2-6
NT5C10BM BL BR
NT5C10BJ (4) PE1-1 PE1-2 PE1-3 PE1-5 PE1-6 PE1-7 PE1-4 P3-1 PE1-8
AVAILABLE SIGNALS
RFA
RFA
MAJ FAN
SEN
NT5C10BJ (3) P1-1 P1-2 P1-3 P1-5 P1-6 P1-7 P1-4 P3-8 P1-8
NT5C10BK (4) PE1-1 PE1-2 PE1-3 PE1-5 PE1-6 PE1-7 PE1-4 P3-1 PE1-8
NT5C10BK (3) P1-1 P1-2 P1-3 P1-5 P1-6 P1-7 P1-4 P3-8 P1-8
NT5C10BL BK R W
NT5C10BP TB1-2 TB1-1 TB1-5 TB1-4 TB1-3 TB1-6
NT5C10BQ BL/W W/BL S/W W/S O/R R/O W/BR BR/W
Note :
For shelves equipped with an optional NT5C10KC AC
Fail Alarm Circuit, the Alarm Signal is available on TB1-1
(NC) and TB1-2 (C).
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Table 7 - Modular power shelf system application signal availability
Operation 35
NT
CODE
NT5C10CA1/2
NT5C10CBNT5C10CBNT5C10CBNT5C10CC-
1/2
NT5C10CD-
NT5C10CE DOLPHING
NT5C10CF BROWN INDIV 23 P1-1 P1-2 P1-3 P1-5 P1-6 P1-7P1-4 P1-8 5
NT5C10CG DOLPHING
NT5C10CH DOLPHING
NT5C10CO61
COLOR
BROWN COM 19 P1-1 P1-2 P1-3 P1-5 P1-6 P1-7 P1-4 P1-8
BROWN COM X 23 P1-1 P1-2 P1-3 P1BROWN INDIV X 23 P1-1 P1-2 P1-3 P1BROWN COM 23 P1-1 P1-2 P1-3 P1DOLPHING
REY
OXFORDGR
REY
REY
DOLPHING
REY
AC
DC
COM/
OTP
INDIV
EMI
COM X 23 P1-1 P1-2 P1-3 P1-5 P1-6 P1-7 P1-4 P1-8 5
COM X 23 P1-1 P1-2 P1-3 P1-
INDIV X 23 P1-1 P1-2 P1-3 P1-
COM 23 P1-1 P1-2 P1-3 P1-5 P1-6 P1-7P1-4 P1-8 5
INDIV 23 P1-1 P1-2 P1-3 P1-5 P1-6 P1-7 P1-4 P1-8 5
COM X 23 P1-1 P1-2 P1-3 P1-5 P1-6 P1-7P1-4 P1-8 TB
Note :
19/
EQL RG+ RC- HV
23
IN
For shelves equipped with an optional NT5C10KC AC
H
V
S
S
D
D
R
P1P1P1-
P1P1-
RFA
FA
MAJ
RFA
N
NC NC NC
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
P1-
REG
ALM
LV
ALM TR
AC FAIL
NC
5
5
5
5
5
1-6 TB1-7
NOTES
C
5,6
Fail Alarm Circuit, the Alarm Signal is available on TB1-1
(NC) and TB1-2 (C).
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
36 Operation
Table 8 - List of abbreviations used in Tables 6 and 7
LEGEND
RG Rectifier sense (+VC lead) O: Orange
RC Rectifier sense (-VC lead) BL: Blue
HVSDR High Voltage Shutdown Restart BK: Black
HVDS High Voltage Shutdown BR: Brown
RFA NC Rectifier Fail Alarm (normally closed contact) Y: Yellow
FAN NC Fan Alarm (normally closed contact) W: White
RFA C Rectifier Fail Alarm ( c ommon input) G: Green
RFA MAJ Rectifier Fail Alarm - Major (multiple rectifier failures) S: Slate
SEN ALM Sense failure Alarm
LVA Low Voltage Alarm
TR Temporary Release
AC/FAIL AC Fail Alarm
RFA/NO Rectifier Fail Alarm (normally open contact)
NSR No Standby Rectifier
NC Normally Close
NO Normally Open
C Common
OTP EMI Output EMI Filter
Following are some views of the available power shelf configurations.
Figure 4 - 19-inch power shelf (front view)
12
11
10
9
8
7
6
5
4
3
2
1 1
12
11
10
9
8
7
6
5
4
3
2
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Figure 5 - 23-inch power shelf (front view)
Figure 6 - Power shelf NT5C10BJ or NT5C10BK (exterior view)
RPM 1000C
UNIT EQL
BOD
FA
LVD
RFA MIN
FAN
RFA MAJ
AUX
AC
HVSD
FLOAT
LVD
LVR
S1
HVSD
RS-232
50A LOW VOLTAGE
DISCONNECT
NT6C13F
REL ( )
SER NO ( )
BYPASS
NORMAL
LVD BYP
Operation 37
POS( ) POS( )
Figure 7 - Power shelf NT5C10BJ or NT5C10BK (interior view)
12
11
10
9
8
7
6
5
4
3
2
CHASSIS
GRD
12
11
10
9
8
7
6
5
4
3
2
11
CHASSIS
GRD
F4F3F2
F1
CHASSIS
GRD
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
38 Operation
Figure 8 - Power shelf NT5C10BM e/w EQL switch assembly
NT5C10K
SER NO
REL
NO
EQL
ON
FLT
POS( )
POS( )
Figure 9 - Power shelf NT5C10CO equipped with start delay LED
MPS
MAIN
Electrical
When using the MPR25 rectifier, powered from 208 / 240 V AC 50 / 60 Hz
single phase, the power shelf equipped with one, two, or three rectifiers has
the following specifications:
POS( )
Condition: Typical input current value for 54 V dc, full load output
Input Voltage: 208 V AC
Frequency: 47-63 Hz
Range: 176-264 V AC
Input Current: one rectifier 11.7 (15.5)
two rectifiers 23.4 (31.0)
three rectifiers 35.1 (46.5)
Output Voltage: -46 V DC TO –57 V DC
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
= maximum input current at Output 54 V dc, current
limit minimum line
Operation 39
Output current: one rectifier 25 A
two rectifiers 50 A
three rectifiers 75 A
Note that when three phase 208 / 240 V AC lines are used to power more
than one shelf, it is preferable to distribute the shelves equally among the
phases.
Use a 20 A breaker or FRN type fuse for individual AC.
Use a 40 A breaker or FRN type fuse for two rectifiers, common AC.
Use a 60 A breaker or FRN type fuse for three rectifiers, common AC.
When using the MPR15 rectifier powered from 120 V AC, the power shelf
equipped with one, two, or three rectifiers has the following specifications:
Condition: Typical input current value for 54 V dc, full load
output.( ) = maximum input current at Output 54 V dc, current limit
minimum line
Input Voltage: 120 V AC
Frequency: 47-63 Hz
Range: 96-132 V AC
Input Current: one rectifier 10.5 (16.5)
two rectifiers 21.0 (33.0)
three rectifiers 31.5 (49.5)
Use a 20 A breaker or FRN type fuse for individual AC.
Use a 40 A breaker or FRN type fuse for two rectifiers, common AC.
Use a 60 A breaker or FRN type fuse for three rectifiers, common AC.
Output Voltage: -46 V DC to -57 V DC
Output current: one rectifier 15 A
two rectifiers 30 A
three rectifiers 45 A
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
40 Operation
Environmental
Storage
The power shelf is suitable for use with rectifiers equipped with the extended
temperature option as well as with the standard temperature range. It is
designed for use under the following environmental conditions:
Temperature: -40°C to 65°C (-40°F to -149°F)
Humidity: 0 - 95% (non-condensing)
Altitude: Sea level to 2100 m (7000 ft.)
During shipping and storage the acceptable environmental range is:
- high temperature: +75°C dry heat (167°F)
- low temperature: -50°C (-58°F)
- humidity: 0 to 95% (non-condensing)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start-up procedures
Tools and test equipment
The following tools and test equipment are required:
• Potentiometer screwdriver Bourns Inc. No. 32
• Potentiometer screwdriver Bourns Inc. No. 60
• Screwdriver 3 inch
• Digital voltmeter - Fluke 8000 A or equivalent
• Dummy load
Installation procedure
Procedure 1 - Power shelf installation
41
Step Action
1 Position the power shelf against the rack.
2 Fasten the shelf in the position indicated on the drawings (normally
directly below the Controller or below another power shelf).
3 Release the clamping bar from the front of the power shelf (Refer to
Figures 10, 11 and 12).
4 Remove the AC junct ion box cover (left side) and store for re-
installation.
5 Remove the DC and control wiring area cover (right side) and store for
re-installation.
–end–
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
42 Installation and start-up procedures
A
A
X
Figure 10 - 19-inch power shelf
C JUNCTION BOX
BLANK PANEL
Figure 11 - 23-inch power shelf
C JUNCTION BO
LVD POSITION
POS 1POS 2
BLANK PANEL
DC CONTROL WIRING
CLAMPING BAR
DC CONTROL WI RING
CLAMPING BAR
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
POS 1POS 2POS 3
Figure 12 - 19-inch power shelf (NT5C10BF and NT5C10BP only)
Cabling the power shelf
Installation and start -up procedures 43
The AC and DC cabling size and routing inside the shelf are determined by
the following shelf configurations. Refer to Figures 13 to 20 for routing.
Note:
The grounding of the shelf is provided by the AC
armored cable ground wire attached to a two-hole ground
lug located on the inside wall of the shelf chassis. The
shelf is also grounded to the rack or cabinet frame by one
of the shelf mounting screws which is installed with an
external tooth washer. This grounding method is
sufficient but if desired, an extra ground cable (color
green insulation 105°C), of size 8 AWG for common AC,
or 12 AWG for individual AC applications, can be
installed in addition to the existing cable and be
connected to an external system ground. Using a 0.25inch ring lug terminal, the new ground wire can be
installed on one of the existing ground lug screws located
inside the shelf. Route the wire along the inside top back
of the shelf and make it exit out of the right DC cabling
side opening. Ensure the wire does not interfere with the
rectifier connections. See Figure 13 for the extra ground
connection mounting location.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
44 Installation and start-up procedures
Shelf configuration
19-inch system shelf (NT5C10CA-1/2)
Capacity: -2 x MPR25
AC common cable: 2/8 AWG armored cable Reference Figure 13 (side)
DC cables: 6 AWG (BAT and BAT RTN) Ref. Figure 19 (side)
Signals 2 x 8 conductor cables terminated with connectors.
19-inch embedded shelf (NT5C10BF-1 and NT5C10BP)
Capacity: - 3 x MPR25
AC common cable - 2/6 AWG Armored Cable
DC cables - 6 AWG (BAT and BAT RTN)
Signals: - one cable (for remote sensing and alarm)
Note:
Figure 20 (rear)
See Appendix A for additional information
.
19-inch embedded shelf (NT5C10BA-1/2)
Capacity: - 1 x MPR25 + LVD
- 1 x MPR25 + 1 x MPR25 standby + LVD
AC common cable - 2/8 AWG armored cable. Refer to Figure 13
(Side)
DC cables - 6 AWG (BAT and BAT RTN). Refer to
Figure 19 (Side) and Figure 20 (Rear)
Signals: - 1 cable (for remote sensing and alarm).
19-inch embedded shelf (NT5C10BA-3/4)
Capacity: - 2 x MPR25
AC individual cable: - 2/12 AWG armored cable. Refer to Figure 15
DC cables: - 6 AWG (BAT and BAT RTN). Refer to
Figure 19 (side) and to Figure 20 (rear)
Signals: - 1 cable (for remote sensing and alarm)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start -up procedures 45
19-inch embedded shelf (NT5C10BA-5/6,NT5C10BB-3/4)
Capacity: - 2 x MPR25 + LVD
AC common cable - 2/8AWG armored cable. Reference Figure 13
DC cables - 6 AWG (BAT and BAT RTN). Refer to
Figure 19 (Side) and to Figure. 20 (Rear)
Signals: - 1 cable (for remote sensing and alarm)
19-inch embedded shelf (NT5C10BB-1/2)
Capacity: - 2 x MPR25 + LVD
AC common cable: - 2/12 AWG armored cable. Refer to Figure 13
DC cables: - 6 AWG (BAT and BAT RTN). Refer to
Figure 19 (Side) and to Figure 20 (Rear)
Signals: - 1 cable (for remote sensing and alarm)
23-inch system shelf (NT5C10CB-1/2, NT5C10CB-5/6, NT5C10CC-1/2,
NT5C10CD-1/2) NT5C10CG
Capacity: - 3 x MPR25
AC common cable: - 2/6 AWG armored cable. Refer to Figure 13 (side)
DC cables: - 4 AWG (BAT and BAT RTN). Refer to Figure
19(side) and to Figure 20 (rear)
Signals: - 2 x 8 conductor cables terminated with
connectors.
23-inch system shelf (NT5C10CB-3/4, NT5C10CE, NT5C10CF, NT5C10CH)
Capacity: - 3 x MPR25
AC individual cable - 2/12 AWG armored cable. Refer to Figure 17.
DC cables - 4 AWG (BAT and BAT RTN). Refer to Figure 19
(side) and to Figure 20 (rear)
Signals: - 2 x 8 conductor cables terminated with
connectors.
23-inch embedded shelf (NT5C10BC-1/2)
Capacity: - 3 x MPR25
AC individual cable: - 2/12 AWG armored cable. Refer to Figure 16
DC cables: - 4 AWG (BAT and BAT RTN). Refer to Figure
Signals: - 1 cable (for remote sensing and alarm)
19(side) and to Figure 20 (rear)
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
46 Installation and start-up procedures
23-inch embedded shelf (NT5C10BC-3, NT5C10BD-3)
Capacity: - 3 x MPR25
AC common cable: - 2/6 AWG armored cable. Refer to Figure 13
(Side)
DC cables: - 4 AWG (BAT and BAT RTN). Refer to Figure 19
(side) and to Figure 20 (rear)
Signals: - 1 cable (for remote sensing and alarm)
23-inch embedded shelf (NT5C10BM)
Capacity: - 3 x MPR25
AC common cable: - 2/6 AWG armored cable. Refer to Figure 13 (side)
DC cables - 4 AWG (BAT and BAT RTN). Refer to Figure 19
(side) and to Figure 20 (rear)
Signals: - 1 cable (for remote sensing and alarm)
23-inch embedded shelf (NT5C10BL)
Capacity: - 3 x MPR25
AC individual cable - 2/12 AWG armored cable. Refer to Figure 16
DC cables - 4 AWG (BAT and BAT RTN). Refer to Figure 19
(side) and to Figure 20 (rear)
Signals: - 1 cable (for remote sensing and alarm)
23-inch embedded shelf (NT5C10BJ, NT5C10BK)
Capacity: - 2x MPR25
AC common cable - 2/8 AWG armored cable. Refer to Figure 13
(Side)
DC cables - 6 AWG (BAT and BAT RTN). Refer to Figure 19
(side) and to Figure 20 (rear)
Signals: - 2 cables (for remote sensing and alarm)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
23-inch system shelf (NT5C10CO)
L1
Capacity: - 1 x MPR15 + 1 x MPR15 “Delay Start”
AC common cable - 2/12 AWG armored cable. Refer to Figure 13
DC cables - 6 AWG (BAT and BAT RTN). Refer to Figure 18
Signals: - 2 cables (for remote sensing and alarm)
Installation and start -up procedures 47
(side)
(side) and to Figure 19 (rear)
Note :
See Appendix B for additional information.
Figure 13 - System shelf or embedded (left view) common bussed AC - side access
TTENTI
CAUTION
Procedure 2 - Common bussed AC connection - side access
Step Action
1 Punch out 1.125-inch dia. knockout on left side of shelf.
2 Mount conduit connector with lock nut.
3 Run and connect wires as illustrated.
4 Re-install the blank panel to prevent access to the connections inside.
–end–
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
48 Installation and start-up procedures
Figure 14 - Extra ground connection mounting location (optional) (Typical installation view for all
shelf models)
Figure 15 - Embedded shelf (left view) - individual ac - side access old vintage
4
3
2
1
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Procedure 3 - Individual AC connection - side access old vintage
Step Action
1 Punch out 0.875-inch dia. knockout on left side of shelf.
2 Mount conduit connector with a lock nut.
3 Run and connect wires as illustrated.
4 Re-install the blank panel to prevent access to the connections inside.
–end–
Figure 16 - Embedded shelf (left view) - Individual AC - side access
Installation and start -up procedures 49
L1 L2
L2L1
2 1
34
Procedure 4 - Individual AC connection-side access
Step Action
1 Punch out the 0.875 in. dia. knockout on the left side of the shelf.
2 Mount the conduit connector with a lock nut.
3 Run and connect wires as illustrated.
4 Re-install the blank panel to prevent access to the connections inside.
–end–
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
50 Installation and start-up procedures
Figure 17 - System or embedded shelf (left view) - individual AC - side access
ATTENTION
L2
L1L1 L2
L1
L2
4 3 12
56
CAUTI
FR GRD
Procedure 5 - Individual AC connection - side access
Step Action
1 Punch out the 0.875 in. dia. knockout on the left side of the shelf.
2 Mount the conduit connector with a lock nut.
3 Run and connect wires as illustrated.
4 Re-install the blank panel to prevent access to the connections inside.
–end–
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start -up procedures 51
Figure 18 - System shelf (left view) - common bussed AC - rear access
L2
L1
Procedure 6 - Common bussed AC conn ection - rear access
Step Action
1 Punch out the 1.125 in. dia. knockout on the left rear of the shelf.
2 Mount the conduit connector with a lock nut.
3 Run and connect the wires as illustrated.
4 Re-install the blank panel to prevent access to the connections inside.
–end–
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
52 Installation and start-up procedures
Figure 19 - System or embedded shelf (right view) - DC connecting - side access
BR
(+VDC)
BAT
(-VDC)
Procedure 7 - DC connection - side access
Step Action
1 Punch out the top two .875-inch dia. knockouts on the right side of the
shelf.
2 Insert the bushings, run and connect the wires as illustrated.
3 Re-install the blank panel to prevent access to the connections inside.
–end–
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start -up procedures 53
Figure 20 - System or embedded shelf (right view) - DC cabling - rear access
BR
(+VDC)
BAT
(-VDC)
Procedure 8 - DC connection - rear access
Step Action
1 Punch out the top two 0.875-inch dia. knockouts on the right rear of the
shelf.
2 Insert the bushings, run and connect the wires as illustrated.
3 Re-install the blank panel to prevent access to the connections inside.
Power plant interface - signal cabling
Rectifier and Controller interface connections.
–end–
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
54 Installation and start-up procedures
Table 9 - Standard system application signal cable connections:
DESIGNATION DESCRIPTION SIGNAL
RG (+) and RC (-) Sensing Leads BAT RTN
HVSD High Voltage Shutdown
HVSDR High Voltage Shutdown Reset BAT RTN
TR Remote Inhibit BAT RTN
EQ Remote Equalize BAT RTN
RFA Rectifier Failure Alarm Form C contacts
FAN ALM Fan Failure Alarm Form C contacts
When the rectifier is installed in an embedded shelf, the RC+, RG-,
EQL (if equipped) and RFA monitoring signals are extended by the
cable assembly which is fed through the rear of the shelf.
The connections available from the rectifier interface connector located
at the rear of the unit are described in the “Rectifier and controller
interface connections” section of this manual.
ACTIVATES
Refer to the reference section for all the interface signal wiring
information for each shelf model number.
Following is a brief description of special interface or alarms signals for
specific applications.
NT5C10BA-1/2, NT5C10BF-1 and NT5C10BP hot standby power
shelf
The NT5C10BA-1/2, NT5C10BF-1 and NT5C10BP wiring is such that
when the power shelf is equipped with two or more rectifiers, one rectifier is
inhibited (Standby) and will be activated when one rectifier (Main or Regular)
fails.
These power shelves are equipped with a relay that provides an alarm signal
no standby rectifier (NSR) when the standby rectifier is missing from its
position. Also two RFA signals are available for transmitting the alarm signal
to the monitoring unit.
Note :
The earlier vintage "Main" rectifier has been referred to
as the "Regular" rectifier. See Appendix A for additional
information on the NT5C10BF and NT5C10BP shelves.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start -up procedures 55
NT5C10BA-3/4 special operating signal - AC fail NC
Originating from a time delay relay, this signal indicates the state of the line
input voltage of the left rectifier in the shelf. This relay, which is normally
closed, will open after a delay of 8 to 10 seconds following the removal of
the AC line input. The indicator should be set to #6.
Note :
The standby HVSD rectifier should be adjusted 0.5 V
higher than the main rectifier, and its float voltage 0.1 V
lower than the main rectifier.
NT5C10BJ & NT5C10BK
The NT5C10BJ and NT5C10BK power shelves (23-inch mounting) are
designed for embedded applications. The NT5C10BJ is brown and the
NT5C10BK is dolphin grey. Both power shelves can be equipped with two
MPR15 and MPR25 rectifiers and a low voltage disconnect unit
(NT6C13FC), or with two rectifiers, one RPM1000C and one low voltage
disconnect unit without a control circuit pack (NT6C13FJ).
When the NT6C13FJ unit is used, the RPM1000C performs the control
and monitoring functions. The NT6C13FJ is equipped with an interface
circuit pack that receives the LVD signal from the RPM1000C (battery
return) to open the LVD contactor. It is equipped with a bypass switch.
The function of the BYPASS switch is to prevent accidental release of
the LVD contactor during maintenance, or when the RPM1000C is
being replaced.
The power shelves are offered in the two configurations described above.
When the RPM1000C is not provided, the power shelf is equipped with the
NT5C10PC interface circuit pack. The function of this circuit pack is to
connect the rectifier control cables (J1 and J2) and the alarm cable (J3). The
connector pin assignments are listed in Table 10.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
56 Installation and start-up procedures
Table 10 - J1, J2 and J3 connector pin assignment
Connector J1 & J2 Connector J3
Pin Assignment Pin Assignment
1 EQL 1 EQL
2 RG+ 2 HVSDR
3 RC- 3 HVSD
4 N/C 4 RFA1
5 HVSDR 5 LOGIC RETURN
6 HVSD 6 RFA2
7 RFA 7 N/C
8 N/C 8 LVA
Order cable assembly P0739814 to connect the alarm signals (J3) to the
alarm monitoring unit.
NT5C10BM
The NT5C10BM power shelf (23 inch mounting) is wired to accept the
NT5C10KB local equalize feature. It can house up to three MPR15 or
MPR25 rectifiers and is wired for common AC input, 120 / 208 / 240 V AC.
When the equalize switch is set to the EQL position, a battery return signal is
sent to the remote equalize input port of each rectifier in the power shelf.
The rectifier output voltage will increase by the amount set with the EQL
adjustment potentiometer of the rectifier. Each rectifier must be individually
adjusted to the same equalize voltage level. The yellow LED indicates that
the rectifiers are in equalize mode.
NT5C10KA & KB
This option is offered with the embedded power shelves to provide local
equalize. The power shelf must be pre-wired in order to install this feature.
The NT5C10KA is brown and the NT5C10KB is oxford grey.
Note :
It is recommended that the rectifiers be inserted in the
shelf from right to left, starting with position 1. When a
Low Voltage Disconnect unit is available, the LVD must
be mounted to the right of position 1.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start -up procedures 57
NT5C10KC
This option is offered to provide an AC Fail Alarm upon loss of the input
line power. Selectable for 120 or 208 / 280 V AC operation, the circuit
provides a dry C form contact relay, TB1-1 (NC) and TB1-2 (C), to send an
alarm. See User Manual (UM) supplement P0803489 for more information.
NT5C10CO
This power shelf houses two rectifiers. One rectifier operates in the standard
mode (no delay) and the other is inhibited for a fixed amount of time after an
AC power failure. The delayed start is required to allow time for the batteries
to recharge, and the required total AC input current for the two rectifiers to
be reduced to less than 20 amperes.
The rectifier that is delayed will be activated immediately if the main rectifier
fails, is pulled out or missing, or produces an RFA. The delayed start rectifier
will not transmit an RFA signal to the controller during the time that it is
inhibited, but it will transmit an RFA signal to the Controller after the
delayed start period, if the DC or AC circuit breaker is open.
When the rectifier is on the delayed start mode, the RFA LED on the
rectifier will be lit (red). The “DELAYED START” yellow LED of the timer
will be ON indicating that the rectifier with the red RFA LED is on delayed
start mode.
See Appendix B for additional information on the NT5C10CO shelf.
Installing the rectifier
Procedure 9 - Rectifier installation
Step Action
1 Release the clamping bar and remove the blank panel with a lifting
motion, dislodging the lower tables, and place the panel at the bottom of
the shelf.
2 Ensure that the AC and DC circuit breakers of the rectifier (about to be
plugged in) are OFF (in the down posi tion).
3 Ensure that the AC line input is 110 / 120 V AC nominal for the MPR15
and 208 / 240 V for the MPR25.
4 Slide the rectifier into the shelf, resting it on top of the stored blank
panel.
5 Ensure that the rectifier is firmly slid into position.
6 Re-install the clamping bar by tightening the two captive screws.
–end–
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
58 Installation and start-up procedures
CAUTION
Operating voltage
If the NT5C06CB, CD or CE model is used, ensure that
the nominal line voltage is 110 V AC. Operating the unit
at 208 / 240 V AC will damage the unit.
Cabling the rectifier
The AC and DC cabling to the rectifier is provided directly by an internal
wire harness in the power shelf.
Figure 21 - Rectifier AC and DC power (internal) cabling harness
DC +
DC -
GND
AC
AC
Noten:
12 AWG
12 AWG
12 AWG
12 AWG
12 AWG
12 AWG
12 AWG
12 AWG
12 AWG
12 AWG
CON NECTOR: AMP
530521-9
CON T ACTS: AMP
530520-1
KEYING PLUG: AMP
530533-1
(NOTE)
When required, keying plugs (CPC A0377927) can be
BLACK]
RED]
GREEN]
]
BLACK
]
WHITE
ordered. Insert one in the third plug from the bottom.
The rectifier frame is grounded through the 12 AWG green wire of the wire harness.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
LVD installation in the shelf
The LVD is installed in the right hand shelf position as describes in
Procedure 10.
Procedure 10 - LVD installation in the shelf
Step Action
1 Release the clamping bar and blank panel (see Procedure 1).
2 Remove the LVD faceplate.
3 Slide the LVD about two thirds of the way into the shelf.
4 Connect the LVD as shown in Figure 22 and 23. (Use 2 X 10 AWG wires
for contactors).
5 Re-install the small LVD faceplate.
6 Push the LVD the remaining distance into the shelf and slide the blank
panel into the shelf between the LVD and the adjacent rectifier.
7 Secure the clamping bar by tightening the two captive screws.
end
Installation and start -up procedures 59
Figure 22 - Embedded shelf - LVD connections - rear access
TO LOAD
BAT RTN
LOAD
BAT
CHASSIS
GROUND
[T]
8
2
1
BAT SENSE
LEADS
[B]
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
60 Installation and start-up procedures
Figure 23 - Embedded shelf - LVD connections - side access
BAT RTN
TO LOAD
[T]
8
CHASSIS
GROUND
Start-up procedure
Factory set voltage limits
All rectifiers are factory set as follows unless otherwise requested by the
customer:
Float Voltage: 52.10 V DC 48.00 V DC
Equalize: 0.70 V DC above float 0.00 V DC above float
LOAD
BAT
[B]
2
1
BAT SENSE
LEADS
MPR15 MPR25
HVSD: 59.00 V DC 56.50 V DC
LVD/LVD Alarms
Low Voltage Alarm (LVA): 47.00 V DC
Low Voltage Disconnect (LVD): 43.50 V DC
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Rectifier power-up
If the factory set voltage limits need to be modified or verified, open the
sense leads of all the rectifier positions to be turned on:
• by disconnecting a quick disconnect tab of TB-1 on the power
• by removing the controller sense fuse (system application)
• by setting the dip switches to the OFF position (system
Then refer to the appropriate section for Float Voltage, HVSD or Equalize
adjustments (see User Manual 167-7011-010 Voltage Level Limits for Power
Plants, Rectifiers and Controllers).
If no change is needed continue with the parallel verification procedure.
Installation and start -up procedures 61
shelf
or
or
application)
Note:
Quick disconnect tab TB1 is located on the right end side
of the shelf and can be accessed by removing the front
cover (see Figure 24). For system applications, refer to
the appropriate system procedure guide for the fuse or
dip switch location.
Procedure 11 - Rectifier power-up
Step Action
1 Verify that the DC and AC rectifier circuit breakers are in the OFF position.
2 If no change is needed continue with the “Parallel verification” procedure
found further in this chapter.
3 Turn ON the main AC feed.
4 Turn ON the AC circuit breaker of one rectifier; the rectifier will provide
voltage on the front panel test point terminals.
–end–
Note:
If the rectifier does not provide voltage, check inrush fuse
F1. If the no voltage status remains, refer to the
appropriate troubleshooting section
.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
62 Installation and start-up procedures
Figure 24 - Embedded shelf quick disconnect for sense (sectional view)
HVSD adjustment
Procedure 12 - HVSD adjustment
Step Action
1 Turn the HVSD potentiometer fully clockwise.
2 Monitoring the test points (V+, V-), adjust the float potentiometer FLT to
the desired HVSD level.
3 Turn the HVSD potentiometer slowly counterclockwi se until the rectifier
shuts down. The test point voltage shall start decaying to 0 volt.
4 Turn the float potentiometer counterclockwise, two full revolutions.
5 Cycle the AC breaker OFF/ON. The unit shall power up with the return of
the float voltage on the test points.
6 To verify turn the float potentiometer slowly clockwise until the unit
shuts down. Read the float voltage to verify the disable point. Turn float
potentiometer counterclockwise, two full revolutions. Cycle the AC
breaker OFF/ON.
7 Re-adjust if needed (return to step 1).
–end–
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Note:
Float voltage adjustment
Note:
Procedure 13 - Float voltage adjustment
Step Action
1 Adjust the f loat potentiometer FLT to 0.5 volt DC (see Note below) above
the desired float voltage determined by the battery vendor or power
engineer, using the voltmeter attached to the test point (V+ V-).
Installation and start -up procedures 63
If the desired HVSD level is greater than the –57 V float
limit, hold the FLT/EQL switch to EQL and use the
EQL potentiometer to bring the float voltage to the
desired HVSD level. Hold the switch through the
following steps.
For installation where rectifiers can be connected to the
charge bus (all rectifiers with DC breakers ON and
remote sense leads connected) prior to final adjustment,
Procedure 13 can be omitted and be performed in the
“Parallel verification” procedure section.
2 Final system’s float voltage adjustment will be performed as indicated in
“Parallel verification” Procedure15, step 4.
Note:
The 0.5 volt DC extra does not apply to MPR25 rectifiers
of a release above Rel: 30.
Equalize voltage adjustment
Procedure 14 - Equalize voltage adjustment
Step Action
1 Hold the equalize switch in the EQL position.
2 While the switch is up, set the equalize potentiometer to 0.5 volts DC
(see Note below) above the desired level determi ned by the battery
vendor or power engineer, using the voltmet e r attached to the test point
(V+ V-).
Note:
The 0.5 volt DC extra does not apply to MPR25 rectifiers
of release above Rel: 30.
–end–
–end–
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
64 Installation and start-up procedures
Parallel verification
Note 1 :
The following does not apply to rectifier shelf
applications with the hot stand-by option. For delayed
start shelf applications, wait after the delay expires before
performing the next step.
Note 2 :
All the rectifiers in the shelf or system must have been
individually adjusted as indicated in the Power up, HVSD
adjustment, FLT adjustment and Equalize adjustment
procedures before proceeding with the following steps.
DANGER
When adding or replacing a rectifier verify that the rectifier
DC and AC circuit breakers are in the OFF position.
Reconnect the sense leads (if disconnected before the rectifier power-up) for
all the shelf rectifiers
• by connecting the quick tab of TB-1 on the shelf
or
• re-installing the sense fuse (system application)
or
• setting the dip switches to the ON position (system application)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start -up procedures 65
Procedure 15 - Parallel verification
Step Action
1 It is recommended to leave the units functioning for at least 30 minutes
to reach full stability prior to final adjustment.
2 Turn all the DC breakers to the ON position.
3 Turn all the AC breakers to the ON position.
4 To achieve the system float voltage determined by the battery vendor or
the power engineer, increase the FLT potentiometer of the lowest current
rectifier, or reduce the FLT potentiometer of the highest current rectifier
to bring the system float voltage up or down respectively.
The system float voltage shall be read from the system’s meter voltage
reading.
Verify that the system float voltage level is constant while proceeding
through the next step.
5 The load share amperage for each rectifier must be equal. Adjust the
individual float potentiometer as needed to balance the current delivered
by each rectifier. It is recommended that the current from each rectifier
be at least 3 amperes (that is, 9 A for three rectifiers) for best operating
results.
–end–
Note:
Some rectifiers may still indicate an RFA (red RFA led).
A red RFA indicates a rectifier delivering less than 0.1 A.
Rotating the float potentiometer (FLT) slightly clockwise
will make the LED illuminate green.
Low voltage disconnect (LVD)
Testing and adjusting the LVD units (NT6C13FA/FH) (Circuit Pack
NT6C13PB Rel. 03).
To verify the LVA and LVD/LVDR operating levels on line, without
disconnecting the load, proceed as indicated in Procedure 16:
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
66 Installation and start-up procedures
Procedure 16 - Low voltage disconnect adjustment
Step Action
1 Set the NORMAL/BYPASS switch to the BYPASS position. The TEST
LED should light up.
2 Connect a digital voltmeter at the test jacks l ocated at the front/bott om
of the LVD unit.
3 Turn the test potentiometer slowly counterclockwise and verify when
the LVA LED lights up. It should light up at -47 +/- 0.5 V.
4 Continue to turn the test potentiometer counterclockwise until the LVD
LED lights up. It should light at -43.5 +/-0.5 V.
5 Turn the test potentiometer clockwise. At -47 +/-0.5V the LVA LED
should extinguish.
6 Continue to turn the test potentiometer clockwise. Between -50 and -
50.5 V the LVD LED should extinguish.
7 If no adjustment is required, set the NORMAL/BYPASS switch to the
NORMAL position. The TEST LED should extinguish. If any alarm level
must be readjusted, follow the steps described below:
–end–
Adjustment for the 50 A LVD unit Rel. 02, 02A, 3 & 3A
Procedure 17 - LVD 50 A adjustment for unit release 02, 02A, 3 and 3A
Step Action
1 Set the NORMAL/BYPASS switch to the BYPASS position (if not already
in the BYPASS position).
2 Remove the LVD unit's faceplate by turning the fastener, located at the
front/top of the unit, one quarter turn counterclockwise.
3 Connect the digital voltmeter to the test jacks located at the
front/bottom of the unit's PCB.
–end–
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Installation and start -up procedures 67
Low voltage alarm (LVA) adjustment
Procedure 18 - Low voltage alarm adjustment
Step Action
1 Turn the test potentiometer counterclockwise until the voltage reading
on the meter is -47 V. Turn LVA potentiometer R20 (located below the
LVA LED) clockwise until the LVA LED lights up, or counterclockwise
until it extinguishes.
2 Reinstall the LVD unit faceplate removed in Procedure 17.
–end–
LVD/low voltage disconnect / reconnect (LVDR) adjustment
WARNING
Do not switch the NORMAL/BYPASS switch back to the
NORMAL position if the LVD/LVDR potentiometers are
readjusted and their adjustments are not completely verified.
Doing so can cause loss of power to the load.
Note 1 :
To ensure that the potentiometer is turned fully
counterclockwise, the pot must be turned 20 full turns, or
until a click sound, emitted by the pot's clutch, is heard.
Note2 :
The effect of the LVDR potentiometer in setting the
reconnect voltage level is approximately 1.6 V for each
turn for Rel. 2 and 2A, or approximately 0.75 V for Rel. 3
and 3A. The connect/disconnect voltage difference is
smaller when the LVDR potentiometer is turned
counterclockwise and larger when it is turned clockwise.
Procedure 19 - Low voltage disconnect/reconnect adjustment
Step Action
1 Turn the LVD and the LVDR potentiometers fully counterclockwise.
2 Turn the LVDR potentiometer f our turns clockwise for Release 2 and 2A,
or 9 turns for Release 3 and 3A.
3 Adjust the voltage measured at the test jacks to -43.5 V with the Test
potentiometer.
4 Turn the LVD potentiometer clockwise until the LVD LED lights up.
continued
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
68 Installation and start-up procedures
Procedure 19 - Low voltage disconnect/reconnect adjustment ( continued )
Step Action
5 The LVD LED should extinguish bet ween -50 and -50.5 V. Adjust the
voltage with the test potentiometer until the LVD LED extinguishes. If the
LVD LED does not extinguish, turn the LVDR potentiometer slightly
counterclockwise, or clockwise if the LED extinguishes before –50 V.
6 To verify the adjustment, set the test voltage to -43.5 V. Readjust the
LVD potentiometer until the LVD LED lights up.
7 Readjust the test voltage to –51 V. The LVD LED should extinguish
between -50 and -50.5 V. If it does not, repeat step 17.
8 Set the NORMAL/BYPASS switch to the NORMAL position. The TEST
LED should extinguish.
Rectifier replacement/add-on procedure
Follow the “Start-up procedure: Rectifier power up”section of this chapter.
–end–
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Low voltage disconnect
The LVD protects the batteries. The LVD disconnects the load from the
batteries when a preset low voltage, which can cause permanent battery
damage, is reached.
The LVD is available in brown or grey (faceplate only). The nominal
dimensions are 6.60 inches high, 10.25 inches deep, and 2.2 inches or 5.85
inches wide. The LVD is designed to be housed in the power shelf and is
used primarily in embedded applications.
The Low Voltage and Low Voltage Disconnect alarms are visually displayed
on the LVD unit and can also be monitored externally.
Electrical
- Input voltage: -42 to -60 V DC
- Input current: 0.400 A
- LVD current capacity 50 A
- LVD range -42 to -53 V DC
- Auto reconnect 8 V above the release level
69
Environmental
The LVD will operate satisfactorily under the following conditions:
- Temperature: -40°C to 65°C (-40°F to 149°F)
- Humidity: 0% to 95% (non condensing)
- Altitude: Sea level to 2100m (7000 ft.)
Storage
During shipping and storage the unit can withstand the temperature and
humidity levels specified below:
- High temperature: +75°C Dry heat (167°F)
- Low temperature: -50°C (-58°F)
- Humidity 0 to 95% (non condensing)
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
70 Low voltage disc onne ct
DC cabling
The DC cabling from the batteries, or shelf, to the Low Voltage Disconnect
unit must be connected manually. Figure 25 illustrates the connections to be
made. The “Installation and start up procedure” chapter indicates the
sequence to be followed when the unit is installed in the power shelf.
Figure 25 - Low voltage disconnect connections
2 x 10 AWG WI R E S
X
K3 Contactor
2 x 10 AWG WIRES
Control and monitoring signals
The control and monitoring signals for the Low Voltage Disconnect unit are
shown below. These signals are accessible on the terminal block in the unit.
The “Installation and start-up procedure” describes how to interconnect the
LVD in an embedded shelf application.
Figure 26 - Low voltage control and monitoring signals
LVD Terminal
block J1
8
7
6
5
4
3
2
1
LV ALM NO
LV ALM C
LV ALM NC
LV ALM NO
LVD ALM C
LVD ALM NC
-4 8 VDC
BAT GRD (RTN)
T o Battery NEG
To Lo ad
20 AWG wire
To Alarm Monitor
To Disc h ar ge
or Sensing Ckt
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Operation
The battery voltage is monitored by the low voltage disconnect and low
voltage alarm circuit (LVA). When the voltage drops to approximately -47 V
DC, the LVA LED lights up and the alarm is extended to the terminal block.
When the battery voltage drops to the low voltage disconnect level, the
contactor opens, disconnecting the load from the battery. This turns the
LVD LED ON and activates the low voltage disconnect alarm. When the
battery voltage rises by approximately 8 V (adjustable) above the release
level, the load is reconnected to the batteries and the alarm is cleared.
The LVD potentiometer sets the level at which the load disconnects and the
LVDR potentiometer sets the level at which the load reconnects. Test jacks
(TP1 and TP2) provide the plant discharge voltage when the 'TEST' switch is
set to NORMAL.
Test feature
The internal test feature facilitates the verification of the low voltage
disconnect, reconnect, and low voltage alarm circuitry, without disconnecting
the load.
Low voltage disconnect 71
When the panel switch is set to 'Test/Bypass' a ground signal is applied to
lock the LVD contactor and the 'TEST' potentiometer is connected in series
with the control circuit. Varying this potentiometer will affect the voltage
senses by the LVD and LVA detectors. This test voltage can be verified at
test jacks TP1 and TP2.
Signal connections
The signal connections are shown in Figure 26 of this manual (see the
“Operation” chapter of this manual for the installation of the low voltage
disconnect unit).
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
72 Low voltage disc onne ct
This page is left blank intentionally.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Maintenance
Maintenance
Rectifier
Procedure 20 - Float/equalize and remote equalize
Step Action
1 Disconnect the sense leads from the rectifier, by either disconnecting a
2 Open the output DC breaker. The unit is ready for local adjustment.
3 The unit should provide voltage to the front panel test point terminals. If
4 Momentarily hold the FLT/EQL switch to EQL for local equalize.
5 Using a voltmeter, verify and adjust the EQL potentiometer to obtain an
6 Release the FLT/EQL switch. Verify that the output voltage drops to the
7 Verify the HVSD level. It is recommended that it be set approximately 3 V
8 Reconnect the sense leads locally to the rectifier. Close the output DC
73
quick disconnect tab TB1 on the shelf or removing the appropriate
system fuse. (See the “Introduction” chapter for system applications.)
it does not, cycle the AC breaker to reset the unit.
output voltage reading of 0.5 volts (see Note below) above the system
equalize requirement.
float value plus 0.5V (see Note below).
above the shutdown limit of the power system. Refer to the “Installation
and start-up procedure” chapter, subsection “Start-up procedure”, for the
verification procedure.
breaker. Cycle the AC breaker to reset the unit. The RFA/ON LED should
be green.
–end–
Note:
The 0.5 volt DC extra does not apply to MPR25 rectifiers
above Release 30.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
74 Maintenance
Filter
If the unit operates in a dusty environment the optional fan filter is
recommended. It must be inspected and replaced, or thoroughly cleaned, at
least every 12 months.
CAUTION
To remove the filter, simply unscrew it. Re-install it by reversing the
operation.
Fan cooling
Visually inspect the intake of the airflow for any obstruction by foreign
objects or excessive dust and dirt build-up. Open both the DC and AC
breakers (toggle them to OFF) and remove the unit from the power shelf.
Inspect the air outlet for obstruction by foreign objects. Visually inspect the
air outlet of the enclosure or cabinet. If a problem is detected in the rectifier,
contact your local Astec service facility. The unit must not be opened for on-
site servicing.
Do not install a wet filter in the unit.
DANGER
Do not attempt to access the inside of the unit with a
tool or finger. Severe electrical shock could result.
Storage
The rectifier contains aluminum electrolytic capacitors. For this reason, the
rectifier must be in operation. If not in operation, once a year, the equipment
must be energized for at least two hours to maintain the electrolytic
capacitors in working condition.
Power shelf
The rectifier shelf requires no maintenance.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Low voltage disconnect
The LVD voltage adjustment levels should be verified periodically
(preferably at intervals no greater than one year). Refer to the “Fault
diagnosis” section found at the end of this chapter for the verification
procedure. When the verification has been completed, set the Test/Bypass
switch to the Normal position.
The DC connections on the main contactor should be tightened with a torque
wrench set at 70 in.-lb. periodically (at one-year intervals) to avoid the build
up of hot spots and voltage drops.
Troubleshooting
Rectifier fail alarm
Verify that the input AC voltage is within the specified limits.
Cycle the AC breaker off/on to reset the unit from a possible HVSD
shutdown.
Maintenance 75
Make sure the HVSD potentiometer is adjusted properly. Refer to the “Start-
up procedure” section of the “Installation and start-up procedure” chapter of
this manual for the adjustment procedure.
If the unit is used in parallel with other units the rectifier may indicate an
Note
RFA alarm when the unit produces no current (see
below). This could
mean that the float voltage is too low. Increase the float voltage by turning
the FLT potentiometer clockwise until the ON/RFA led turns green.
Note:
Triggers an alarm at no load condition, only for the
following releases, or under.
NT5C06BB,BB-1,BB-3,BC Rel.10
NT5C06CA,CA-1,CA-3,CA-5,CC Rel.10
NT5C06CB,CB-1,CB-3,CD Rel.12
NT5CO6CE-61(-46) Rel.12
- Verify the front panel inrush current fuse (F1, 3/4 A, 250 V). A
blown fuse on the MPR15E (NT5C06CB/CD/CE) may indicate that
the input line voltage is too high. Refer to “Appendix C:
Recommended replacement parts” to order a replacement fuse.
- The unit must not be opened for on-site servicing. If a problem
persists contact your local Astec representative.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
76 Maintenance
Load sharing
Fan failure
Fan replacement procedure
Verify that the sense leads of all the rectifiers are connected to a common
point (across the battery or output power terminals of the power shelf, or at
the discharge busbar).
Readjust the rectifier’s float voltage until all the rectifiers share the load. It is
recommended that the current from each rectifier be 3 amperes minimum
for best results.
It is also recommended to leave the units functioning for at least 30 minutes
to reach full stability, prior to final system adjustment.
Fan failure is indicated by the absence of fan rotation. The rectifier will be
inhibited and an RFA and Fan alarm will be activated. The Fan Fail LED will
turn RED.
DANGER
Before replacing the fan, turn the rectifier off. Remove the
rectifier from the shelf. Wait five minutes to allow all
internal capacitors to fully discharge.
CAUTION
Take the necessary precautions to prevent any dirt, dust,
moisture, or metallic particles from falling into the unit.
Procedure 21 - Fan replacement
Step Action
1 With the unit sitting solidly on a clean workbench, carefully remove the
five mounting screws that secure the fan assembly (see Figure 27).
2 Slowly and carefully remove the fan assembly by pulling it from the
chassis.
3 Take note of which side the wire is connected to the fan and disconnect
the fan connector (three pins).
continued
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Maintenance 77
Procedure 21 - Fan replacement ( continued )
Step Action
4 Remove the four retaining screws which hold the chassis plate, fan and
fan grill together (see Figure 27).
5 Place the mounting clips on the replacement fan (if it is not so equipped).
6 Mount the replacement fan in the same orientation as the old one,
ensuring the wire is connected to the fan in the same manner. Ensure the
orientation of the fins is such that the air is blown outwards when the fan
is operated.
7 Secure the fan, fan grill and chassis plate with the four retaining screws.
8 Reconnect the fan connector and mount the fan assembly in the unit with
the five mounting screws
9 Plug the unit back in and power it up. Holding a piece of paper at the front
the unit will confirm that the air is pulled inwards from the front.
10 Listen carefully for any noise from the fan. It should run f ree. Verify that
the fan alarm is OFF.
–end–
CAUTION
Verify and ensure that the fan spins freely, without
interference
CAUTION
.
Do not run the rectifier without a fully operational fan or
with a fan other than the specified replacement for this
cooling application
.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
78 Maintenance
Figure 27 - Fan assembly
Low voltage disconnect
In case of difficulty, follow the steps indicated below:
Note :
When the LVD is defective and has to be removed from
the system, bypass the LVD externally (using a #6 AWG
cable) to maintain power to the load.
CAUTION
Before readjusting the potentiometers set the test switch to
the Test/Bypass position.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Maintenance 79
Fault diagnosis
Symptom: Possible cause
Low Voltage Test/Bypass
The switch is on the Test/Bypass position
LED lit
LVA and LVD LED lit Check the voltage level at the test jacks and
the position of the Test swi tch. Verify the LVA
and LVD adjustment. Set the test switch to the
Test/Bypass position to veri fy their operation.
Replace the circuit pack if it is still not
operational.
The LVD disconnects the load Verify the voltage at the test jacks. Remove the
faceplate and check the fuse located on the
control PCB.
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
80 Maintenance
This page is left blank intentionally.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
References
Figure 28 - System application power shelf MPS50S and MPS75S
NT5C10
SYSTEM APPLICATION
POWER SHELF
81
19" SHELF
BROWN
NT5C10CA-1
COMMON AC
2 RECTIFIERS
23" SHELF
BROWN
NT5C10CB-1
COMMON AC
EMI FILTER
3 RECTIFIERS
NT5C10CB-3
INDIV. AC
EMI FILTER
3 RECTIFIERS
NT5C10CB-5
COMMON AC
3 RECTIFIERS
NT5C10CF
INDIVIDUAL AC
3 RECTIFIERS
23" SHELF
DOLPHIN GREY
NT5C0CC-1
COMMON AC
EMI FILTER
3 RECTIFIERS
NT5C10CE
INDIVIDUAL AC
EMI FILTER
3 RECTFIERS
NT5C10CG
COMMON AC
DOLPHIN GREY
3 RECTFIERS
NT5C10CH
INDIVIDUAL AC
DOLPHIN GREY
3 RECTFIERS
23" SHELF
OXFORD GREY
NT5C10CD-1
COMMON AC
EMI FILTER
3 RECTIFIERS
NT5C10C0
COMMON AC
DELAYED START
DOLPHIN GREY
2 RECTIFIERS
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
82 References
Figure 29 - Embedded application power shelf MPS50E and MPS75E
19" SHELF
BROWN
NT5C10BA-1
COMMON AC
HOT/STANDBY
2 RECTIFIERS
1 LVD
NT5C10 BA-3
INDIVIDUAL AC
2 RECTIFIERS
NT5C10BA-5
COMMON AC
2 RECTIFIERS
1 LVD
19" SHELF
OXFORD GREY
NT5C10BB-1
INDIVIDUAL AC
2 RECTIFIERS
1 LVD
NT5C10BB-3
COMMON AC
2 RECTIFIERS
1 LVD
EMBEDDED APPLICATION
NT5C10
POWER SHELF
19" SHELF
BROWN
NT5C10BF-1
COMMON AC
2 RECTIFIERS
1 LVD
OR 3 RECTIFIERS
DOLPHIN
NT5C10BP
COMMON AC
HOT STANDBY
2 RECT/1 LVD
OR 3 RECTIFIERS
GREY
23" SHELF
BROWN
NT5C10BJ
COMMON AC
EMI FILTER
3 RECTIFIERS
RPM1000C OPT
LVD OPT
23" SHELF
OXFORD GREY
NT5C10BC-1
INDIVIDUAL AC
EMI FILTER
3 RECTIFIERS
NT5C10BC-3
COMMON AC
EMI FILTER
3 RECTIFIERS
EMBEDDED APPLICATION
GENERAL PURPOSE
RECTIFIER ADAPATER
NT5C10BE
RECTIFIER
ADAPTER FOR
SER100
BROWN
NT5C10BD-3
COMMON AC
EMI FILTER
3 RECTIFIERS
ENGLISH/FRENCH
EMI FILTER
3 RECTIFIERS
NT5C10
23" SHELF
BROWN
NT5C10BL
INDIV. AC
NT5C10BK
COMMON AC
EMI FILTER
2 RECTIFIERS
RPM1000C OPT
LVD OPT
NT5C10BM
COMMON AC
EMI FILTER
3 RECTIFIERS
EQL SWITCH
ASSY OPT.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
GENERAL PURPOSE
RECTIFIER ADAPTER
Figure 30 - Low voltage disconnect
NT6C13
LOW VOLTAGE DISCONNECT
FOR THE NT5C10 POWER SHELF
References 83
NT6C13FA
5.85" WIDE
BROWN
NT6C13FG
2.20" WIDE
GREY
NT6C13FC
5.85" WIDE
GREY
NT6C13FH
LVD CONTROL
289 A FINISH
800E CABINET
NT6C13FE
2.20" WIDE
BROWN
NT6C13FJ
50A LVD E/W
RPM1000C
BROWN
NT6C13FF
RECTIFIER
ADAPTER
NT6C13FK
50A LVD E/W
RPM1000C
GREY
NT6C13FM
2.20" WIDE
BROWN
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
84 References
Figure 31 - Power shelf wiring figure index
Embedded application
19" Brown
System application
19" Brown
NT5C10BA-1 Fig. 33 NT5C10CA-1 Fig. 37
NT5C10BA-3 Fig. 34 NT5C10CA-2 Fig. 37
NT5C10BA-5 Fig. 32
Embedded application
19" Oxford grey
System application
23" Brown
NT5C10BB-1 Fig. 32 NT5C10CB-1 Fig. 37
NT5C10BB-3 Fig. 32 NT5C10CB-2 Fig. 37
NT5C10CB-3 Fig. 37
NT5C10CB-4 Fig. 37
NT5C10CB-5 Fig. 37
NT5C10CB-6 Fig. 37
Embedded application
19" Brown
System application
23" Dolphin grey
NT5C10BF-1 Fig. 34 NT5C10CC-1 Fig. 37
NT5C10CC-2 Fig. 37
NT5C10CG Fig. 37
NT5C10CH Fig. 37
NT5C10CO Fig. 45
Embedded application
System application
NT5C10BC-1 Fig. 38 NT5C10CD-1 Fig. 37
NT5C10BC-2 Fig. 38 NT5C10CD-2 Fig. 37
NT5C10BC-3 Fig. 38 NT5C10CE-1 Fig. 37
NT5C10BJ Fig. 39 NT5C10CE-2 Fig. 37
Embedded application
23" Oxford grey
NT5C10BD-3 Fig. 35 NT5C10BL Fig. 43
NT5C10BK Fig. 40 NT5C10BM Fig.44 ,38
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
23" Brown
23" Oxford grey
NT5C10CF-1 Fig. 37
NT5C10CF-2 Fig. 37
Embedded application
23” Dolphin grey
Figure 32 – NT5C10BA-5/6 and NT5C10BB-1/2, 3/4 embedded application
P1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
P1 CONN AND LEADS
ARE PART OF RECTIFIER
P2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
P2 CONN AND LEADS
ARE PART OF RECT IFIER
REMOTE SENSE
RFA 1
TO LOGIC
RETURN
RFA 2
TO POWER
SHELF DC
TERMINAL
LV ALM
EQL
RG+
RC-
BATGRD
-48V BAT
TB1
J1
1
2
3
4
5
6
7
8
LVD
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
FAN ALM (NO)
FAN ALM (C)
SH+
SH-
RFA ALM(NO)
RFA (NO)
BAT GRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
NC
NC
NC
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
FAN ALM (NO)
FAN ALM (C)
SH+
SH-
RFA ALM(NO)
RFA (NO)
BAT GRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
NC
NC
NC
References 85
TO 1ST
RECTIFIER
CIRCUIT
(POSN 1)
TO 1S T
RECTIFIER
CIRCUIT
(POSN 2)
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
86 References
Figure 33 – NT5C10BA-1/2 embedded application
REMOTE SENSE
RFA MIN
TO LOGIC
RETURN
NO STANDBY
RECTIFIER
TO DC
TERMINAL
RFA MAJOR
FAN ALM
TO POW ER
SHELF DC
TERMI NAL
LV ALM
EQL
RG+
RC-
(WHITE)
(BROWN)
-48V BAT
(BLUE)
(RED)
BAT G RD
-48V BAT
(YELLOW)
TB1
P1
1
2
3
4
5
6
7
8
9
4
NC
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
P2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
5
NC
K1
8
C
7
K1
J1
1
2
3
4
5
6
7
8
LVD
K1
3
2
NO
FAN ALM (NC)
FAN ALM (NO)
FAN ALM (C)
RFA ALM (NO)
P1 CONN ANDL EADS
ARE PART OF RECTIFI ER
FAN ALM (NC)
FAN ALM (NO)
FAN ALM (C)
RFA ALM (NO)
P2 CONN AND LEADS
ARE PARTOF RECTIFIER
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
SH+
SH-
RFA (NO)
BATGRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
NC
NC
NC
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
SH+
SH-
RFA (NO)
BATGRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
NC
NC
NC
TO 1ST
RECTIFIER
CIRCUIT
(POSN 1)
TO 2ND
RECTIFIER
CIRCUIT
(POSN 2)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Figure 34 - NT5C10BA-3/4 embedded application
A
References 87
AC FAIL
0A
AC FAIL
0B
C1
WHITE ONE ORANGE DOT
ORANGE ONE WHITE DOT
NC1
WHITE ONE GREEN DOT
C2
GREEN ONE WHITE DOT
NC2
RG +
RC -
RFA (NC)
FAN ALM (NC)
RFA (C)
FAN ALM (C)
RFA (NC)
FAN ALM (NC)
RFA (C)
FAN ALM (C)
TB1
(BLUE ONE W HITE D OT)
(WHITE ON E BLU E D OT)
(BLACK )
(RED)
(SLATE ONE WHITE DOT)
(ORANGE ONE RED DOT)
(WHITE ON E SLATE DOT )
(RED ONE ORANGE DOT)
1
4
C RELAY
8
5
(BLUE ONE RED DOT)
(GREEN ONE RED DOT)
(RED ONE BLUE DOT)
(RED ONE GREEN DOT)
10
11
12
13
14
15
16
17
18
19
20
21
25
1
2
3
4
5
6
7
8
9
|
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
|
25
P1
RG +
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
SH +
RFA ALM (NO)
RFA (NO)
BAT GRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
P1 CONN AN D LEADS
ARE PART O F RECTIF IER
P1
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
RFA ALM (NO)
RFA (NO)
BAT GRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
P1 CONN A N D LEADS
EQL
RC -
SH -
EQL
RG +
RC -
SH +
SH -
TR
TO FIRST
RECTIF IER
CIRCUIT
(POS.1)
NC
TR
TO
SECOND
RECTIF IER
CIRCUIT
(POS.0)
NC
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
88 References
Figure 35 - NT5C10BD embedded application
TO MAINT & LOCK
CONNECTOR
RG +
2
RC -
1
RFA (NC)
3
(BAT GRD)
TB1
(BLACK)
(RED)
(WHITE)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
|
25
P1
EQL
RG +
RC -
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
SH +
SH -
RFA ALM (NO)
RFA (NO)
BAT GRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
NC
P1 CONN AND LEADS
ARE PART OF RECTIFIER
TO FIRST
RECTIFIER
CIRCUIT
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
|
25
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
P2
EQL
RG +
RC -
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
SH +
SH -
RFA ALM (NO)
RFA (NO)
BAT GRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
NC
P2 CONN AND LEADS
ARE PART OF RECTIFIER
P3
EQL
RG +
RC -
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
SH +
SH -
RFA ALM (NO)
RFA (NO)
BAT GRD
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
N
TO
SECOND
RECTIFIER
CIRCUIT
TO THIRD
RECTIFIER
CIRCUIT
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Figure 36 - NT5C10BD and NT5C10BP embedded application
A
References 89
-48 V
OUTPUT
TO LOAD
REQUIRED
MONITORING
CIRCUIT
J6
TB1-
RG+
TB1-
RC-
TB1-
RFA
TB1-
J1
MONITORING
TO
TB1-
J2
CIRCUIT
TB2
BR
TB2
-48 V
S
NSR
TB1-
NSR
17
NSR
BA
D1
T
K3
B
TB
1
2
TO
LVA
LVD (NC)LVD
LVD (C)
LVD (NO)
LVA (NC)
LVA (C)
LVA (NO)
3
4
LVD
5
6
7
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
:
25
J4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
:
25
J2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
SH+
SH-
FAN ALM (NO)
RFA (NO)
BR
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
SH+
SH-
FAN ALM (NO)
RFA (NO)
BR
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
NC
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
SH+
SH-
FAN ALM (NO)
RFA (NO)
BR
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
MAIN 2
STANDBY
MAIN 1
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
90 References
R
(NC)
E
)
)
)
(NO)
)
(C)
)
)
E
2
3
5
6
7
8
9
2
3
5
6
7
8
9
5
(C)
)
(NC)
0
(
)
M
Figure 37 - System application - NT5C10CA-1/2, NT5C10CB-1/2, 3/4, 5/6, NT5C10CC-1/2,
NT5C10CD-1/2, NT5C10CE-1/2, NT5C10CF-1/2, NT5C10CG, NT5C10CH
P0745672
P071458
CA ASSY
22-8 COND
TO MO N ITO RING
CIRCUIT
FIRST APPEARANCE
P1
1
2
3
4
5
6
7
8
EQL
RG+
RG-
FAN AL
HVSDR
HVSD
RFA
TR
NC
RFA
FAN ALM (C
NC
NC
NC
NC
BAT GRD
NC
NC
NC
NC
NC
NC
NC
J1 P1
1
4
10
11
1
1
14
1
1
1
1
1
20
21
2
HVSDR
HVSD
RFA
SPAR
FAN ALM (NC
RFA (C
FAN ALM (C
FAN ALM
RFA (NO
BAT GRD
SEN
SEN (NC
SEN (NO
SPAR
NC
NC
NC
EQL
RG+
RC-
T
TO FIRST
RECTIFIER
CIRCUIT
SH+
SH-
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
References 91
Figure 38 - Embedded application - NT5C10BC-1, NT5C10BC-2, NT5C10BC-3, NT5C10BM
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
92 References
Figure 39 - Embedded application NT5C10BJ, NT5C10BK e/w RPM1000C and LVD Kit
TO
RPM UNIT
JE1
OFFICE ALARM CIRCUIT
TO
RFA COM OF
EQL
RG+
RCFAN ALM (NC)
HVSDR
HVSD
RFA (NC)
TR
P0736441
CA ASSY
RFA (C)
FAN ALM
BR
P1
1
2
3
4
5
6
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
7
8
9
10
11
12
13
14
15
16
17
18
19
20
25
HVSDR
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
FAN ALM (NO)
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
EQL
RG+
RC-
TR
HVSD
SH+
SH-
BR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 2)
TO
RPM UNIT
JE2
EQL
RG+
RCFAN ALM (NC)
HVSDR
HVSD
RFA (NC)
TR
RFA (C)
FAN ALM
BR
P1
1
2
3
4
5
6
NC
NC
NC
NC
NC
NC
NC
NC
NC
7
8
9
10
11
12
13
14
15
16
17
18
19
20
HVSDR
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
FAN ALM (NO)
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
NC
EQL
RG+
RC-
TR
HVSD
SH+
SH-
BR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 3)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Figure 40 - Embedded application NT5C10BJ, NT5C10BK e/w RPM1000C and LVD Kit
References 93
TO LOADS
AS REQ'D
P0736442
CA ASSY
(2) 10AWG
0
.
TO -48VDC OUTPUT
-48V
-48V
LVD CTL
LVD/FA
CA ASSY
PART OF KIT
P0736447
BR
BR
NT6C13FJ OR FK
LOW VOLTAGE DISCONNECT
(PROVIDED PER MS5C10)
(K1)
CNTOR
NT6C14PA
CKT PACK
TB1
1 -48V
2 BR
3 LVD CTR
4 (NC)
5 (C)
6 (NO)
7 FA OUT
8 FA IN
9 LVD (CB)
10 LVD CNTOR
11 LVD CNTOR
TO HALL SENSORS
OR TRANSDUCER
TO HALL SENSORS
OR TRANSDUCER
CONN AS
REQUIRED
CONN AS
REQUIRED
CONN AS
REQUIRED
CONN AS
REQUIRED
TO OFFICE
ALARM CIRCUIT
AS REQUIRED
TO DMS1-U
CABINET ALARM
CA ASSY
PART OF KIT
P0736447
BAT CUR
BAT CUR
BAT CUR
LOAD CUR
LOAD CUR
LOAD CUR
AC VOLT
AC VOLT
TEMP+
TEMP-
MAJ RFA
MIN RFA
EVENT 2
EVENT 3
EVENT 4
EVENT 5
EVENT 6
EVENT 7
EVENT 8
COM EVENT/REL
FA OUT
EQL
OUT 1 ALL MIN
OUT 2 ALL MAJ
OUT 3
UNIT FAIL MAJ ALM
NC
NC
FA GRD
LVD CTL
-48V
-48V
-48V
P5
BR
P1
BR
P2
P3
P4
NT6C19AA OR BA
RPM1000C UNIT
(PROVIDED PER MS5C10)
J5
1
2
3
J1
1
2
3
4
5
6
7
8
J2
1
2
3
4
FA BATT
5
6
7
8
J3
1
2
3
4
5
6
7
8
J4
1
2
3
4
5
6
7
8
RS-232
TEL
LINE
JE1 PE1
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
JE7 PE7
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
9
PE2JE2
FAN ALM (NC)
HVSDR
HVSD
RFA (NC)
FAN ALM (NC)
HVSDR
HVSD
RFA (NC)
HVSD
RESTART
MAJ (C)
MAJ (NO)
MAJ (NC)
MIN (C)
MIN (NO)
MIN (NC)
DCD
RXD
TXD
DTR
SG
DSR
RTS
CTS
SPARE
TEL LINE
EQL
RG+
RC-
TR
EQL
RG+
RC-
TR
P0736441
CA ASSY
RFA1
RFA2
TO OFFICE
ALARM CIRCUIT
AS REQUIRED
CONN AS
REQUIRED
CONN AS
REQUIRED
TO OFFICE
ALARM CIRCUIT
AS REQUIRED
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
94 References
Figure 41 - Embedded application NT5C10BJ, NT5C10BK e/w LVD and I/F Circuit Pack Kit
P0736441
CA ASSY
TO
I/F CKT PACK
J4
EQL
RG+
RCFAN ALM (NC)
J1
HVSDR
HVSD
RFA (NC)
TR
NC
RFA (C)
FAN ALM
NC
NC
NC
NC
BR
NC
NC
NC
NC
P1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
RFA (NC)
FAN ALM (NC)
RFA (C)
FAN ALM (C)
FAN ALM (NO)
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
NC
EQL
RG+
RC-
HVSDR
HVSD
SPARE
SH+
SH-
BR
TR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 2)
I/F CKT PACK
RFA COM (E1)
TO
I/F CKT PACK
TO
EQL
J2
RG+
RCFAN ALM (NC)
J2
HVSDR
HVSD
RFA (NC)
TR
NC
NC
RFA (C)
FAN ALM
NC
NC
NC
NC
BR
NC
NC
NC
NC
NC
25
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
25
P1
RFA (NC)
FAN ALM (NC)
FAN ALM (C)
FAN ALM (NO)
RFA (NO)
SEN (NC)
SEN (NO)
NC
RFA (C)
SEN (C)
NC
NC
EQL
RG+
RC-
TR
HVSDR
HVSD
SPARE
SH+
SH-
BR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 3)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
References 95
Figure 42 - Embedded application NT5C10BJ, NT5C10BK e/w LVD and I/F Circuit Pack Kit
P0736441
CA ASSY
P0736442
CA ASSY
(2) 10AWG
TO LOADS
AS REQ'D
TO -48VDC OUTPUT
0
/
-48V
-48V
LVA ALM
LVA COM
NT6C13FA OR FC
LOW VOLTAGE DISCONNECT
(PROVIDED PER MS5C10)
(K1)
CNTOR
NT6C13PB
CKT PACK
TB1
BR
1
BAT GRD
2
-48V DC
3
NC
4
C
5
NO
6
NC
7
C
8
NO
LVD
ALM
LVA
CA ASSY PART
OF NT5C10PC
CKT PACK
CA ASSY PART
OF NT5C10PC
CKT PACK
CA ASSY PART
OF NT5C10PC
CKT PACK
CA ASSY PART
OF NT5C10PC
CKT PACK
RG+
RC-
LVA COM
LVA ALM
NT5C10PC
I/F CKT PACK
PART OF KIT
P0736446
E1
J1
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
J3 P3
1
2
3
4
5
6
7
8
RFA COM
P1
FAN ALM (NC)
P2J2
FAN ALM (NC)
LOGIC RETURN
NC
EQL
RG+
RC-
HVSDR
HVSD
RFA (NC)
EQL
RG+
RC-
HVSDR
HVSD
RFA (NC)
TR
EQL
HVSDR
HVSD
RFA1
RFA2
LVA ALM
TR
TO DE-4 SYSTEM
AS REQUIRED
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
96 References
Figure 43 - Embedded application NT5C10BL
TO
ONITORING
CIRCUIT
RG+
RC-
RFA (NC)
P0713173
CA ASSY
TB1
P1
J6
NC
1
2
3
NC
4
NC
5
NC
6
7
NC
8
NC
9
10
NC
11
NC
12
NC
13
NC
14
NC
15
16
NC
17
18
NC
19
NC
NC
20
NC
25
J4
NC
1
2
3
NC
4
NC
5
NC
6
7
NC
8
NC
9
10
NC
11
NC
12
NC
13
NC
14
15
NC
16
NC
17
NC
18
NC
19
NC
20
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
FAN ALM (NO)
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
P1
HVSDR
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
FAN ALM (NO)
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
NC
EQL
RG+
RC-
TR
HVSDR
HVSD
SH+
SH-
BR
EQL
RG+
RC-
TR
HVSD
SH+
SH-
BR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 1)
PART OF
RECTIFIER
NT5C06 TYPE
(POS 2)
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
NC 25
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
J2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
25
P1
FAN ALM (NC)
FAN ALM (C)
FAN ALM (NO)
NC
NC
EQL
RG+
RC-
HVSDR
HVSD
RFA (NC)
SPARE
RFA (C)
SH+
SH-
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
TR
BR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 3)
Figure 44 - Embedded application NT5C10BM e/w NT5C10KB
P0729941
TO
-48 VDC
OUPUT
TO
MONITORING
CIRCUIT
BR
-48V
RFA (NC)
RFA (C)
CA ASSY
TB1
J6
1
2
3
NC
4
NC
5
NC
6
7
NC
8
NC
9
10
NC
11
NC
12
NC
13
NC
14
NC
15
NC
16
NC
17
NC
18
NC
19
NC
20
P1
FAN ALM (NC)
FAN ALM (C)
FAN ALM (NO)
NC
EQL
RG+
RC-
HVSDR
HVSD
RFA (NC)
SPARE
RFA (C)
SH+
SH-
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
TR
BR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 1)
References 97
TO
EQL
SWIT
CH
P0740775
CABLE ASSY
NC
25
J4
1
2
3
NC
4
NC
5
NC
6
7
NC
8
NC
9
10
NC
11
NC
12
NC
13
NC
14
NC
15
NC
16
NC
17
NC
18
NC
19
NC
20
NC
25
J2
1
2
3
NC
4
NC
5
NC
6
7
NC
8
NC
9
10
NC
11
NC
12
NC
13
NC
14
NC
15
NC
16
NC
17
NC
18
NC
19
NC
20
NC
P1
FAN ALM (NC)
FAN ALM (C)
FAN ALM (NO)
NC
NC
P1
FAN ALM (NC)
FAN ALM (C)
FAN ALM (NO)
NC
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
RFA (C)
SH+
SH-
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
EQL
RG+
RC-
HVSDR
HVSD
RFA (NC)
SPARE
RFA (C)
SH+
SH-
RFA (NO)
BR
SEN (C)
SEN (NC)
SEN (NO)
BR
TR
PART OF
RECTIFIER
NT5C06 TYPE
(POS 2)
PART OF
RECTIFIER
NT5C06 TYPE
(POS 3)
NC
25
NC
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
98 References
Figure 45 - System application NT5C10CO
PART OF
P0724080
CA ASSY
TO
AC SUPPLY
PART OF
P0724079
CA ASSY
FROM
J2
FROM
J4
EQL
RG+
RCFAN ALM (NC)
HVSDR
HVSD
RFA (NC)
TR
EQL
RG+
RCFAN ALM (NC)
HVSDR
HVSD
RFA (NC)
NEUTRAL
110V
220V
NC
J1
TIME DELAY CKT PACK
1
2
3
4
5
6
7
8
J2
1
2
3
4
5
6
7
8TR
TB2
1
2
3
NT5C10PD
TB1
1
2
3
4
5
6
7
8
J3
1
2
3
4
5
6
7
8
J4
1
2
3
4
5
6
7
8
FAN ALM (NC)
HVSDR
HVSD
RFA(NC)
FAN ALM (NC)
HVSDR
HVSD
RFA(NC)
-48V
MAIN
EQL
RG+
RC-
TO
MONITORING
CIRCUIT
TR
EQL
RG+
RC-
TO
MONITORING
CIRCUIT
TR
BR
NC
TO AC
FAIL ALARM
C
MONITORING CIRCUIT
NO
TO -48VDC
OUTPUT
PART OF
P0724080
CA ASSY
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
Figure 46 - Application NT5C06B/C
FIG. 41A
PART OF
P0724080
CA ASSY
TO
NT5C10PD
J1
TO
NT5C10PD
TB1-3
EQL
RG+
RCFAN ALM (NC)
HVSDR
HVSD
RFA (NC)
TR
RFA (C)
FAN ALM
BR
NC
NC
NC
NC
NC
NC
NC
NC
NC
J2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
P1
HVSDR
HVSD
RFA (NC)
SPARE
FAN ALM (NC)
RFA (C)
FAN ALM (C)
FAN ALM (NO)
RFA (NO)
SEN (C)
SEN (NC)
SEN (NO)
NC
PART OF
EQL
RECTIFIER
NT5C06 TYPE
RG+
(POS 2)
RC-
TR
SH+
SH-
BR
References 99
TO
NT5C10PD
J2
EQL
RG+
RCFAN ALM (NC)
HVSDR
HVSD
RFA (NC)
TR
RFA (C)
FAN ALM
BR
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
25 NC
J4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
25
P1
FAN ALM (NC)
FAN ALM (NO)
EQL
RG+
RC-
TR
HVSDR
HVSD
RFA (NC)
SPARE
RFA (C)
FAN ALM (C)
SH+
SH-
RFA (NO)
BR
SEN (C)
SEN (NC)
SEN (NO)
NC
NC
PART OF
RECTIFIER
NT5C06 TYPE
(POS 1)
25A Switch Mode RectifierNT5C06B / C I nstallation and User Manual
100 References
This page is left blank intentionally.
UM5C06B / C ( 169-2071-500 ) P0711722 Standard 10.00 May 2001
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