UPS Technical Guide - download.lenovo.com

Lenovo UPS Technical Referencev5.0.0

TOWER UPSThe compact Lenovo tower UPS delivers continuous, conditioned power to protect your Lenovo equipment. They provide power protection with increased efficiency and simplified power management. These UPSs are stand-alone tower models.

RACK OR TOWER UPSThe compact Lenovo tower UPS delivers continuous, conditioned power to protect your Lenovo equipment. They provide smart energy management and the highest level of power protection. These UPSs can be stand-alone towers or they can be rack-mounted.

UPS EXTENDED BATTERY MODULEFor applications requiring extended backup times, an external battery module can also be added to the certain models to deliver hours of run time to critical systems during a prolonged power outage.

Author

Rani Doughty

Questions / Comments: [email protected] m

mailto:[email protected]


Revision History

1.0.0– March 25, 2010 Initial Release2.0.0 – November 11, 2014 Second major release, redesign of document, addition of

all new UPSs.2.0.1 – November 25, 2014 Changes to 5kVA UPS picture, minor corrections to tower

UPS2.0.2 – January 8, 2015 Minor spelling/format changes2.0.3 – January 14, 2015 Changes to 6/8/11kva diagrams. Additional MBP

information.2.0.4 – March 3, 2015 Update withdrawn models on page 9.

Added quick spec cheat sheet for System X and ThinkServer

2.0.5 – March 11, 2015 Picture updates to each UPS2.0.6 – March 28, 2015 Template update2.0.7 – June 23, 2015 Links and table update. New network rack switch ratings

added to Appendix2.1.0 – April 11, 2016 Added UPP and UPM software chapter. Change template

and misc errors2.2.0 – October 19, 2016 Added in UPS battery maintenance and warranty

information.3.0.0 – October 03, 2017 Update to format and menu. Added UPP and UPM OS

compatibility and UPM infrastructure connector compatibility matrix.

3.0.1 – December 05, 2017 Update to UPP and UPM download sites.4.0.0 – April 02, 2018 Additional specs added to UPS4.5.0 – July 15, 2019 Added by-pass information for MBP modules5.0.0 – June 02, 2020 Template update, misc errors fixed

Contributors:Gordon Harris – LenovoMatthew Archibald – LenovoJerrod Buterbaugh – LenovoDavid G Windsor – EatonChristian Flatscher – Lenovo

Reviewers:Ilya KrutovDavid WattsMatthew Archibald

With thanks to:Tyler BranscomDavid G WindsorMarc Hollingsworth

2 Lenovo UPS Technical Reference Guide

Table of Contents

INTRODUCTION............................................................................................9

HOW TO USE THIS GUIDE......................................................................................................9Acronyms.........................................................................................................................9

LENOVO UPS PORTFOLIO SUMMARY........................................................10

WITHDRAWN MODELS VERSUS NEW MODELS......................................................................10UPS QUICK LOOK-UP TABLE................................................................................................11UPS – TOWER SUMMARY...................................................................................................12

UPS 1000VA Tower.......................................................................................................12UPS 1500VA Tower.......................................................................................................12

UPS – RACK SUMMARY......................................................................................................13UPS 1500VA Rack.........................................................................................................13UPS 2200VA Rack.........................................................................................................13UPS 3000VA Rack.........................................................................................................13UPS 5000VA Rack.........................................................................................................14UPS 6000VA Rack.........................................................................................................14UPS 8000VA Rack.........................................................................................................14UPS 11000VA Rack.......................................................................................................15

INSTALLATION MANUALS..........................................................................16

Installation and User's Guide – Tower UPS..................................................................16Installation and User's Guide – 2U Rack or Tower UPS...............................................16Installation and User's Guide – 3U Rack or Tower UPS...............................................16Installation and User's Guide – 6U Rack or Tower UPS:..............................................16

UPS 1000VA/1150VA TOWER.....................................................................17

SPECIFICATIONS..................................................................................................................17FRONT AND BACK VIEW......................................................................................................18OUTLET DIAGRAMS.............................................................................................................19

1000VA UPS (100-125V) – 55951AX............................................................................191150VA UPS (200-240V) – 55951KX............................................................................19

LOGICAL DIAGRAMS............................................................................................................2055951AX (1000VA/770W).............................................................................................2055951KX (1150VA/770W)..............................................................................................20

LINE CORDS........................................................................................................................211150VA line cord options...............................................................................................21

RUN TIMES..........................................................................................................................2255951AX (1000VA/770W).............................................................................................2255951KX (1150VA/770W)..............................................................................................22

BLOCK DIAGRAM.................................................................................................................23OPTIONAL ACCESSORIES.....................................................................................................23

UPS 1500VA TOWER...................................................................................24



1500VA UPS (100-125V) - 55952AX.............................................................................261500VA UPS (200-240V) - 55952KX.............................................................................26

LOGICAL DIAGRAMS............................................................................................................2755952AX (1440VA/1100W)............................................................................................2755952KX (1550VA/1100W)............................................................................................27


RUN TIMES..........................................................................................................................2955952AX (1440VA/1100W)............................................................................................2955952KX (1550VA/1100W)............................................................................................29

BLOCK DIAGRAM.................................................................................................................30OPTIONAL ACCESSORIES.....................................................................................................30

UPS 1500VA RACK.....................................................................................31



LOGICAL DIAGRAMS.............................................................................................................3455941AX (1440VA/1440W)...........................................................................................3455941KX (1550VA/1350W)...........................................................................................34


RUN TIMES..........................................................................................................................3655941AX (1440VA/1440W)...........................................................................................3655941KX (1550VA/1350W)...........................................................................................36

EXTENDED BATTERY MODULE (EBM) CONNECTION.............................................................37BLOCK DIAGRAM.................................................................................................................38OPTIONAL ACCESSORIES.....................................................................................................38

UPS 2200VA RACK.....................................................................................39








UPS 3000VA RACK.....................................................................................47







UPS 5000VA RACK.....................................................................................55


5000VA UPS (200-240V) - 55945KX.............................................................................57LOGICAL DIAGRAM...............................................................................................................58

55945KX (5000VA/4500W)...........................................................................................58LINE CORDS........................................................................................................................59

5000VA line cord options...............................................................................................59RUN TIMES..........................................................................................................................59

55945KX (5000VA/4500W)...........................................................................................59EXTENDED BATTERY MODULE (EBM) CONNECTION.............................................................60BLOCK DIAGRAM.................................................................................................................61OPTIONAL ACCESSORIES.....................................................................................................61

UPS 6000VA RACK.....................................................................................62


6000VA UPS (200-240V) - 55946KX.............................................................................64LOGICAL DIAGRAMS.............................................................................................................65

55946KX (6000VA/5400W)...........................................................................................65LINE CORDS........................................................................................................................66RUN TIMES..........................................................................................................................66

55946KX (6000VA/5400W)...........................................................................................66EXTENDED BATTERY MODULE (EBM) CONNECTION.............................................................67BLOCK DIAGRAM.................................................................................................................68OPTIONAL ACCESSORIES.....................................................................................................68

UPS 8000VA RACK.....................................................................................69



8000VA UPS (200-240V, 380-415V) - 55948KX and 55948PX....................................71LOGICAL DIAGRAMS.............................................................................................................72

55948KX (8000VA/7200W)...........................................................................................7255948PX (8000VA/7200W)...........................................................................................72

LINE CORDS........................................................................................................................73RUN TIMES..........................................................................................................................73

55948KX (8000VA/7200W)...........................................................................................7355948PX (8000VA/7200W)...........................................................................................73

EXTENDED BATTERY MODULE (EBM) CONNECTION.............................................................74BLOCK DIAGRAM WITH MAINTENANCE BYPASS MODULE (MBP)...........................................75OPTIONAL ACCESSORIES.....................................................................................................76

UPS 11000VA RACK...................................................................................77


11000VA UPS (200-240V, 380-415V) - 55949KX and 55949PX..................................79LOGICAL DIAGRAMS.............................................................................................................80

55949KX (11000VA/10000W)........................................................................................8055949PX (11000VA/10000W)........................................................................................80

LINE CORDS........................................................................................................................81RUN TIMES..........................................................................................................................81

55949KX (11000VA/10000W)........................................................................................8155949PX (11000VA/10000W)........................................................................................81

EXTENDED BATTERY MODULE (EBM) CONNECTION.............................................................82BLOCK DIAGRAM WITH MAINTENANCE BYPASS MODULE.......................................................83OPTIONAL ACCESSORIES.....................................................................................................84

WARRANTY INFORMATION FOR UPS AND UPS BATTERIES....................85

WARRANTY FOR UPS.........................................................................................................85WARRANTY FOR UPS BATTERIES........................................................................................85

UPS Batteries – Statement of Warranty........................................................................86Ordering UPS Battery Replacements............................................................................87Replacing UPS Batteries...............................................................................................88

EXTENDED BATTERY MODULE (EBM).......................................................90

SUPPORT MATRIX................................................................................................................90

MAINTENANCE BYPASS (MBP)..................................................................92

MBP LIGHTS.......................................................................................................................93MBP INSTALLATION.............................................................................................................94

Connecting the UPS to the MBP...................................................................................94

LOAD SEGMENTS / PROGRAMMABLE OUTLETS.......................................97

RACK AND TOWER KIT...............................................................................98


WEIGHT AND DIMENSIONS........................................................................99

TOWER UPS.......................................................................................................................99RACK UPS.......................................................................................................................100

UPS CONTROL PANEL..............................................................................102

NETWORK MANAGEMENT CARD (NMC)..................................................103

ENVIRONMENTAL MONITORING PROBE (EMP).......................................104

WHAT'S IN THE BOX?.........................................................................................................106

UPP AND UPM SOFTWARE FOR LENOVO UPS........................................107

UPP AND UPM PART NUMBERS.......................................................................................108DOWNLOADING THE UPP AND UPM SOFTWARE................................................................108UPP AND UPM COMPATIBILITY MATRIX.............................................................................109

UPP and UPM Operating System Compatibility Matrix...............................................109UPM Infrastructure Connector Compatibility Matrix....................................................110

UPS SHIPMENT – WHAT'S IN THE BOX?..................................................111

UPS................................................................................................................................111MAINTENANCE BYPASS (MBP) 1PH....................................................................................112MAINTENANCE BYPASS (MBP) 3PH....................................................................................112EXTENDED BATTERY MODULE (EBM)................................................................................112

REFERENCE..............................................................................................113

UNIVERSAL RACK PDU/UPS LINE CORDS..........................................................................113North America & Japan 100/120V NEMA 5-15P.........................................................114North America & Japan 10A/250V NEMA 6-15P.........................................................114North America & Japan 100/120V NEMA 5-20P.........................................................115North America & Japan 100/120V NEMA L5-30P.......................................................115North America & Japan 200/208V NEMA L6-20P.......................................................116Japan JIS C-8303........................................................................................................116Europe CEE7-VII.........................................................................................................116Denmark/Switzerland IEC 309 P+N+G.......................................................................117Denmark DK2-5a.........................................................................................................117Switzerland SEV 1011 T23..........................................................................................118Switzerland SEV 1011-S24507....................................................................................118Italy CEI 23-16.............................................................................................................119Israel SI 32...................................................................................................................119South Africa SABS 164................................................................................................120UK BS 1363/A..............................................................................................................120Australia/NZ AUS/NZ 3112..........................................................................................121S. Korea KSC 8305.....................................................................................................121Brazil NBR 14136........................................................................................................122Brazil NBR 6147..........................................................................................................122India IS 6538................................................................................................................123Argentina IRAM 2073..................................................................................................123Taiwan CNS 10917 – 125V.........................................................................................124


Taiwan CNS 10917 – 250V.........................................................................................124China GB 2099.1.........................................................................................................125IEC320 C19 to C20......................................................................................................125NEMA L6-30................................................................................................................126IEC 309 P+N+G – 32A@220-240V 1ph......................................................................126AUS/NZ 3112 32A – 32A@230V 1ph..........................................................................127KSC 8305 30A – 30A@220V 1ph...............................................................................127

ADDITIONAL PLUG INFORMATION........................................................................................128IEC 320 Connectors....................................................................................................128

IEC 309 PLUG DETAILS.....................................................................................................129IEC 309 Plug Sleeve Ratings......................................................................................129IEC 309 Pin Decode....................................................................................................130

INGRESS PROTECTION (IP) DECODE..................................................................................131THREE PHASE POWER CALCULATION DIAGRAMS................................................................131

60A Three Phase Delta Power Calculations...............................................................13150A Three Phase Delta Power Calculations...............................................................13230A Three Phase Delta Power Calculations...............................................................13232A Three Phase Delta Power Calculations...............................................................13316A Three Phase Delta Power Calculations...............................................................133

BACKGROUND ON POWER FACTOR (PF) AND UPS SIZING..................................................134

APPENDIX.................................................................................................136

LABEL RATINGS.................................................................................................................136Label Ratings Explained..............................................................................................136Flex System Enterprise Chassis Label Rating............................................................137NeXtScale System Chassis Label Rating...................................................................137BladeCenter System Chassis Label Rating................................................................138System x Tower Server Label Rating..........................................................................139System x Rack Server Label Rating............................................................................141DS Storage Label Rating.............................................................................................144Expansion (EXP) Unit Storage Label Rating...............................................................145IBM Storwize Label Rating..........................................................................................145iDataPlex Chassis Label Rating..................................................................................146System x Top of Rack (ToR) Ethernet Switch Label Rating........................................148xSeries Server Label Rating........................................................................................149

OLD UPS INSTALLATION AND MAINTENANCE MANUALS (IBM)............................................150

QUICK SPEC CHEAT SHEET FOR SYSTEM X AND THINKSERVER.........152

SYSTEM X TOWER............................................................................................................152SYSTEM X RACK...............................................................................................................153THINKSERVER...................................................................................................................154

DATA CENTER SERVICE OFFERINGS.......................................................155

SUPPORT & HELPFUL LINKS...................................................................156


IntroductionThe Uninterruptible Power Supply (UPS) systems covered in this guide are those that are currently marketed worldwide. The intent of this guide is to provide information needed when planning for UPS installations.

How to Use This Guide

In order to size a UPS properly, the total power requirements of the hardware that will be connected to the UPS needs to be known.

To determine the hardware's overall power requirements, use the Lenovo Power Configurator tool. The Lenovo Power Configurator tool along with the user guide can be downloaded from:https://datacentersupport.lenovo.com/no/en/solutions/lnvo-pwrconf

Once the total power has been determined, the UPS size can be selected to suit the powercapacity of the hardware. Once a suitable size has been determined, the solutions wiring needs to be figured out. This is because (just like PDUs), UPSs have outlet and group limitations. The connecting hardware needs to be wired so as to not exceed the outlet or group rating of the UPS.

Note: The IT appliances and UPS systems need to be wired according to system nameplate rating for compliance with local electrical codes and product support documentation.

In cases where a UPS fits the electrical load of a solution, but the UPS does not have sufficient C13 outlets, DPI Universal Rack PDUs can be used to offer additional C13 outlets.

When wiring the solution using PDUs, the same restrictions apply in that the outlet and group limitations of the UPS and PDUs are not exceeded. Refer to the PDU guides for additional information on PDUs. The PDU guides can be downloaded from:https://datacentersupport.lenovo.com/no/en/documents/lnvo-powinf

AcronymsUPS = Uninterruptible Power SupplyEMP = Environmental Monitoring ProbeEBM = Expansion Battery ModuleEPOW = Emergency Power Off WarningMBP = Maintenance Bypass ModuleNMC = Network Management Card


https://support.lenovo.com/au/en/documents/lnvo-powinf

http://www.lenovofiles.com/systemx-power-configurator.html

Lenovo UPS Portfolio SummaryThe following table is a summary of all withdrawn and replacement Lenovo UPSs currentlyavailable. The UPSs are available in 2 form factors; tower (T) and rack (R).

Withdrawn Models versus New Models

MTM Withdrawn Models*

(R or T = Rack or Tower)NewMTM

New Models

53961JX 1000VA LCD Tower UPS (100V) 55951AX T1kVA Tower UPS (100-125VAC)

53961KX 1000VA LCD Tower UPS (230V) 55951KX T1kVA Tower UPS (200-240VAC)

53962AX 1500VA LCD Tower UPS (120V) 55952AX T1.5kVA Tower UPS (100-125VAC)

53962JX 1500VA LCD Tower UPS (100V)

53962KX 1500VA LCD Tower UPS (230V) 55952KX T1.5kVA Tower UPS (200-240VAC)

53951AX 1500VA LCD 2U Rack UPS 55941AX 1.5kVA 2U R/T UPS (100-125VAC)

53951KX 1500VA LCD 2U Rack UPS (230V) 55941KX 1.5kVA 2U RT UPS (200 240VAC)

53952AX 2200VA LCD 2U Rack UPS (100V/120V)

55942AX 2.2kVA 2U RT UPS (100-125VAC)

53952KX 2200VA LCD 2U Rack UPS (230V) 55942KX 2.2kVA 2U RT UPS (200-240VAC)

46M4108 2200VA UPS 2U EBM 55942BX 1.5kVA/2.2kVA 2U RT EBM


55943AX 3kVA 2U RT UPS (100-125VAC)

53953JX 3000VA LCD 3U Rack UPS (200V/208V)

55943KX 3kVA 2U RT UPS (200-240VAC)

53953KX 3000VA LCD 3U Rack UPS (230V)

69Y1982 3000VA UPS 3U EBM 55943BX 3kVA 2U RT EBM

24195KX UPS5000 HV* 55945KX 5kVA 3U RT UPS (200-240VAC)


55946KX 6kVA 3U RT UPS (200-240VAC)

53956KX 6000VA LCD 4U Rack UPS (230V)

69Y1984 6000VA UPS 3U EBM 55946BX 5kVA/6kVA 3U RT EBM

- - 55948KX RT8kVA 6U RT UPS (200-240VAC)

53959KX 11000VA LCD 5U Rack UPS 55949KX 11kVA 6U RT UPS (200-240VAC)

69Y1986 11000VA UPS 3U EBM 55949BX 8kVA/11kVA 3U RT EBM

- - 55948PX 8kVA 6U 3:1 Phase RT UPS (380-415VAC)

21304RX UPS 10000XHV 55949PX RT11kVA 6U 3:1 Phase RT UPS (380-415VAC)

* These models were withdrawn on or before 2/28/2015.EBM = Extended Battery Module.


UPS Quick look-up table

The following table lists all available UPSs, their input, and output line cords and if the UPS is shipped standard with a Network Management Card (NMC).

MTM Description Input line cord

NMC Std

Output line cord

Page Link

Tower Models55951AX 1kVA Tower UPS (110V) 5-15P No (8) 5-15R 17

55951KX 1kVA Tower UPS (230V) Selectable No (8) C13 17

55952AX 1.5kVA Tower UPS (110V) 5-15P No (8) 5-15R 24

55952KX 1.5kVA Tower UPS (230V) Selectable No (8) C13 24

Rack Mount or Tower Models55941AX 1.5kVA R/T UPS (100V/120V) 5-15P No (8) 5-15R 31

55941KX 1.5kVA R/T UPS (200V-230V) Selectable No (8) C13 31

55942AX 2.2kVA R/T UPS (100V/120V) 5-20P No (8) 5-20R 39

55942KX 2.2kVA R/T UPS (200V -230V) Selectable No (8) C13, (1) C19 39

55942BX 1.5kVA/2.2kVA EBM N/A N/A N/A 92

55943AX 3kVA R/T UPS (100V/120V) L5-30P Yes (6) 5-20R, (1) L5-30R

47

55943KX 3kVA R/T UPS (200V-230V) Selectable Yes (8) C13, (1) C19 47

55943BX 3kVA EBM N/A N/A N/A 92

55945KX 5kVA R/T UPS (200V-230V) Selectable Yes (8) C13, (2) C19 55

55946KX 6kVA R/T UPS (200V-230V) Hardwired Yes (8) C13, (2) C19 62

55946BX 5kVA/6kVA EBM N/A N/A N/A 92

55948KX 8kVA R/T UPS (200V-230V) Hardwired Yes (4) C19 69

55948PX 8kVA 3 ph MBP (200V-230V) Hardwired Yes (4) C19 69

55949KX 11kVA R/T UPS (200V-230V) Hardwired Yes (4) C19 78

55949PX 11kVA 3 ph MBP (200V-230V) Hardwired Yes (4) C19 78

55949BX 8kVA/11KVA EBM N/A N/A N/A 92

For a list of selectable line cords, refer to the Universal Rack PDU/UPS line cords section.


UPS – Tower Summary

The tower UPSs stand up right. If installation in a rack is required, a rack shelf can be ordered.

UPS 1000VA Tower

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

Input Freq

OutputConnection

Page Link

55951AX 1000VA/770W 100*/120/125V

5-15P 60Hz (50Hz)

(8) 5-15R 17

55951KX 1150VA/770W 200**/208**/220/230/240V

Selectable 50Hz (60Hz)

(8) C-13 17

* The 1000VA UPS will incur 17% derating at 100V.** The 1150VA UPS will incur 10% derating at 200V, and 208V.

UPS 1500VA Tower

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

Input Freq

OutputConnection

Page Link

55952AX 1440VA/1100W

100*/120/125V

5-15P 60Hz (50Hz)

(8) 5-15R 24

55952KX 1550VA/1100W

200**/208**/220/230/240V

Selectable 50Hz (60Hz)

(8) C-13 24



UPS – Rack Summary

The rack UPSs ship with hardware to mount in a rack. They also ship with hardware to stand upright as a tower. Refer to the Rack and Tower Kit section for additional details.

UPS 1500VA Rack

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

Input Freq

OutputConnection

Form Factor

Page Link

55941AX 1440VA/1440W

100*/120/125V

5-15P 60Hz (50Hz)

(8) 5-15R 2U 31

55941KX 1500VA/1350W

200/208/220/230/240V

C14 50Hz (60Hz)

(8) C13 2U 31

* The 1500VA UPS will incur 17% derating at 100V.

UPS 2200VA Rack

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

Input Freq

OutputConnection

Form Factor

PageLink

55942AX 1950VA/1920W

120/100*/125V

5-20P 60Hz(50Hz)

(8) 5-20R 2U 39

55942KX 2200VA/1980W

200/208/220/230/240V

C20 50Hz(60Hz)

(8) C13, (1) C19

2U 39


UPS 3000VA Rack

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

InputFreq

OutputConnection

Form Factor

Page Link

55943AX 3000VA/2700W

120/100*/125V

L5-30P 60Hz (50Hz)

(6) 5-20R, (1) L5-30R

2U 47

55943KX 3000VA/2700W

200/208/220/230/240V

C20 50Hz (60Hz)

(8) C13, (1) C19

2U 47



UPS 5000VA Rack

Part Number

VA/WattsRating

Nominal Voltage

Input Connection

Input Freq

OutputConnection

Form Factor

Page Link

55945KX 5000VA/4500W

200*/208**/220/230/240V

UTG/Cord 50Hz (60Hz)

(8) C13, (2) C19

3U 55

* The 5000VA UPS rating at 200V is 4300W.** The 5000VA UPS rating at 208V is 4500W.

UPS 6000VA Rack

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

Input Freq

OutputConnection

Form Factor

Page Link

55946KX 6000VA/5400W

200/208/220/230/240V

Hardwired 50Hz (60Hz)

(8) C13, (2) C19,(1) Hardwire Output

3U 62

UPS 8000VA Rack

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

Input Freq

OutputConnection

Form Factor

Page Link

55948KX 8000VA/7200W

230/200/208/220/240V


(4) C19,(1) Hardwire Output

6U 69

55948PX 8000VA/7200W

200/208/220/230/240V


(4) C19(1) Hardwire Output

6U 69


UPS 11000VA Rack

Part Number

VA/Watts Rating

Nominal Voltage

Input Connection

InputFreq

OutputConnection

Form Factor

Page Link

55949KX 11000VA/10000W

200*/208*/220**/230/240V



6U 78

55949PX 11000VA/10000W

200*/208*/220**/230/240V



6U 78

* The 11000VA UPS rating at 200V and 208V is 9000W.** The 11000VA UPS rating at 220V is 9900W.


Installation ManualsThe following links are manuals to each of the UPSs.

Installation and User's Guide – Tower UPS55951AX – 1kVA Tower UPS (110V)55951KX – 1kVA Tower UPS (230V)55952AX – 1.5kVA Tower UPS (110V)55952KX – 1.5kVA Tower UPS (230V)http://www.ibm.com/support/entry/portal/docdisplay?lndocid=MIGR-5096507

Installation and User's Guide – 2U Rack or Tower UPS55941AX – 1.5kVA R/T UPS (100V/120V)55941KX – 1.5kVA R/T UPS (200V-230V)55942AX – 2.2kVA R/T UPS (100V/120V)55942KX – 2.2kVA R/T UPS (200V -230V)55943AX – 3kVA R/T UPS (100V/120V)55943KX – 3kVA R/T UPS (200V-230V)http://www.ibm.com/support/entry/portal/docdisplay?lndocid=MIGR-5096504

Installation and User's Guide – 3U Rack or Tower UPS55945KX – 5kVA R/T UPS (200V-230V)55946KX – 6kVA R/T UPS (200V-230V)http://www.ibm.com/support/entry/portal/docdisplay?lndocid=MIGR-5096505

Installation and User's Guide – 6U Rack or Tower UPS:55948KX – 8kVA R/T UPS (200V-230V)55948PX – 8kVA 3 ph UPS (200V-230V)55949KX – 11kVA R/T UPS (200V-230V)55949PX – 11kVA 3 ph UPS (200V-230V)http://www.ibm.com/support/entry/portal/docdisplay?lndocid=MIGR-5096506


http://www-947.ibm.com/support/entry/portal/docdisplay?lndocid=MIGR-5096506




UPS 1000VA/1150VA TowerThe following section discusses the 1000VA and 1150VA UPSs.

SpecificationsThe following table represents the specifications for the 55951AX and 55951KX UPSs.

UPS 1000VA UPS 1150VA

Part Number 55951AX 55951KX

Feature Code A548 A549

Country North America International

Form Factor Tower Tower

EBMs Supported

No No

EPOW Connection

Yes Yes

MBP Required No No

NMC Standard Optional Optional

Power Factor 0.75 0.75

UPS Topology Line interactive / High Efficiency / Sinewave output

Energy Star Not compliant Compliant

Input 100-125V 200-240V

Line Cord 6ft NEMA 5-15P attach IEC 320 C14 detachable

VinAC 100V*/120V/125V 200V**/208**/220V/230V/240V

Iin (A) 8.8 A @ 100-125V 5.3 A @ 200-240V

Suggested Circuit Size

15A 10A/12A/16A

Output 100-125V 200-240V

Vin (V) 100V 120V 125V 200V 208V 220V 230V 240V

Voltage (VA) 833VA

1000VA 1000VA 1035VA 1035VA 1150VA

1150VA

1150VA

Watts (W) 641W 770W 770W 693W 693W 770W 770W 770W

Iout (A) 8.4A 8.4A 8.4A 5.2A 5.2A 5.3A 5.3A 5.3A

Receptacles 8 x NEMA 5-15R 8 x IEC 320 C13



Front and Back View

The following figures are front and back pictures of the 1000VA UPS with 8 x NEMA 5-15Routlets and a NEMA 5-15P input line cord, and the 1150VA UPS with 8 x IEC 320 C13 outlets and a detachable input line cord.


Figure 2: Front view 55951AX and 55951KX

Figure 1: Back view 55951AX

Figure 3: Back view 55951KX

Outlet DiagramsThe following section shows the outlets on the rear of the UPSs.

1000VA UPS (100-125V) – 55951AX

1. USB communication port

2. RS232 communication port

3. Slot for Network Management Card (NMC) installation4. Connector for remote On / Off (ROO) control or Remote Power Off (RPO) control5. Outlets for connection of critical equipment (primary outlet group)6a. Outlet group 1:2: programmable outlets for connection of equipment 6b. Outlet group 2:2: programmable outlets for connection of equipment 7. Attached 6ft (1.8m) input power cord for AC power source (5-15P)8. LED indicating site wiring fault (SWF) alarm9. Ground screw

1150VA UPS (200-240V) – 55951KX



3. Slot for Network ManagementCard(NMC) installation4. Connector for remote On / Off (ROO)control or Remote Power Off (RPO) control5. Outlets for connection of critical equipment (primary outlet group)6a. Outlet group 1:2: programmable outletsfor connection of equipment 6b. Outlet group 2:2: programmable outletsfor connection of equipment 7. Socket for connection to AC powersource8. Ground screw


Logical Diagrams

The following figure shows the logical layout of the UPS outlets and input line cord. Yellow represents the programmable outlets for non-critical hardware. Blue represents the primary outlets.

55951AX (1000VA/770W)

55951KX (1150VA/770W)


Figure 4: 55951AX logical layout

Figure 5: 55951KX logical layout

Line CordsThe 1000VA has an attached line cord. Refer to the North America & Japan 100/120V NEMA 5-15P section for additional details on the line cord.The 1150VA has a selectable line cord. The following table displays the order-able line cord options for the 1150VA UPS.

1150VA line cord optionsThese line cords are for 200-240V (55951KX) only. Unless otherwise stated, the length of these line cords is 2.8m.

Part Number

Feature Code

Plug Type (C13 to...) Country (Region) Plug picture

39Y7917 6212 CEE7-VII Europe (E, LA, AP) 118

39Y7918 6213 DK2-5a Denmark (E) 119

39Y7919 6216 SEV 1011-S24507 Switzerland (E) 120

39Y7920 6218 SI 32 Israel (E, AP) 121

39Y7921 6217 CEI 23-16 Italy (E, LA) 121

39Y7922 6214 SABS 164 South Africa (E, AP) 122

39Y7923 6215 BS 1363/A United Kingdom (E, AP) 122

39Y7924 6211 AS/NZS 3112 Australia / NZ (ANZ) 123

39Y7925 6219 KSC 8305 KETI South Korea (GCG, K) 123

39Y7927 6269 IS6538 India (ASEAN, GCG) 125

39Y7928 6210 GB 2099.1 China (GCG) 127

81Y2374 6386 CNS 10917 (125V) Taiwan (DNL) 126

81Y2375 6317 CNS 10917 (250V) Taiwan (GCG) 126

39Y7930 6222 IRAM 2073 Argentina (LA) 125

5472 JIS C-8303 (200V) Japan (AP) 118

6314 JIS C-8303 (100V) Japan (DNL) 118

39Y7929 6223 NBR 6147 (250V) Brazil (LA) 124

46M2592 A1RF NEMA 6-15P (250V) North America (C, LA, U, AP) 116

- 6372 NEMA 6-15P (250V) US NA (C, LA, U, AP) 116

- 6351 NEMA 6-15P (250V), 1.8m NA (C, LA, U, AP) 116

- 6313 NEMA 5-15P (125V) North America (DNL) 116

- 6369 NEMA 5-15P (125V), 1.8m North America (DNL) 116

- 6377 IEC 309 P+N+G Denmark/Switz (E) 119


Run times

The following tables display the run times the UPSs will provide at various loads.

55951AX (1000VA/770W)

Run time (minutes)*

Percentage % Load (W) Internal Battery 20% 154 33

30% 231 21

40% 308 15

50% 385 12

60% 462 9

70% 539 8

80% 616 7

90% 693 6

100% 770 5* Battery backup times are approximate and may vary with equipment, configuration, battery age, temperature, etc.

55951KX (1150VA/770W)

Run time (minutes)*


30% 231 21

40% 308 15

50% 385 11

60% 462 9

70% 539 7

80% 616 6

90% 693 5



Block Diagram

The following figure represents the block diagram for the 1000VA and 1150VA UPS.

Note: This is High Efficiency Mode: Bypass converters when AC is good; switch to battery when AC is bad.

Optional Accessories

The 1500VA UPSs can be ordered with the following optional accessories:

Part Number

FC Description Additional information

46M4110 6145 Network Management Card (NMC) Page 105

46M4113 6146 Environmental Monitoring Probe (EMP) Page 106


Figure 7: NMC Figure 6: EMP

UPS 1500VA TowerThe following section discusses the 1500VA 100-125VAC, and 200-240VAC UPSs.

SpecificationsThe following table represents the specifications for 55952AX and 55952KX UPSs.



Feature Code A54A A54C


Form Factor Tower Tower

EBM Support No No

EPOW Conn Yes Yes

MBP Required No No




Energy Star Compliant Compliant

Input 100-125V 200-240V

Line Cord 6ft NEMA 5-15P attached

IEC 320 C14 detachable

VinAC 100V*/120V/125V 200V**/208**/220V/230V/240V

Iin (A) 12 A @ 100-125V 7.1 A @ 200-240V


15A 10A/12A/16A

Output 100-125V 200-240V

Vin (V) 100V 120V 125V 200V 208V 220V 230V 240V

Voltage (VA) 1080VA

1440VA

1440VA

1395VA

1395VA

1550VA

1550VA

1550VA

Watts (W) 825W 1100W 1100W 990W 990W 1100W 1100W 1100W

Iout (A) 10.8A 12A 12A 7A 7A 7.1A 7.1A 7.1A




Front and Back View

The following figures are the back view of the 1500VA UPSs with 8 x NEMA 5-15R outlets (55952AX) and 8 x C13 outlets (55952KX).

The 55952AX UPS has an attached 6ft NEMA 5015 line cord. Refer to the North America & Japan 100/120V NEMA 5-15P section for additional details on the plug.

The 55952KX UPS has a selectable line cord based on the country/region it is installed in. Refer to the 1500VA line cord options for additional details on line cord options.


Figure 8: NEMA 5-15R outlets 55952AX

Figure 9: Front view 55952AX and 55952KX

Figure 10: C13 outlets 55952KX


1500VA UPS (100-125V) - 55952AX



3. Slot for Network Management Card (NMC) installation4. Connector for remote On / Off (ROO) control or Remote Power Off (RPO) control5. Outlets for connection of critical equipment (primary outlet group)6a. Outlet group 1:2: programmable outlets for connection of equipment 6b. Outlet group 2:2: programmable outlets for connection of equipment 7. Attached 6ft (1.8m) input power cord for AC power source (5-15P)8. LED indicating site wiring fault (SWF) alarm9. Ground screw

1500VA UPS (200-240V) - 55952KX



3. Slot for Network Management Card(NMC) installation4. Connector for remote On / Off (ROO)control or Remote Power Off (RPO) control5. Outlets for connection of critical equipment(primary outlet group)6a. Outlet group 1: programmable outlets forconnection of equipment 6b. Outlet group 2: programmable outlets forconnection of equipment 7. Socket for connection to AC power source

8. Ground screw


Logical DiagramsThe following figure shows the logical layout of the UPS outlets and input line cord. Yellow represents the programmable outlets for non-critical hardware. Blue represents the primary outlets.

55952AX (1440VA/1100W)

55952KX (1550VA/1100W)




Line CordsThe 1500VA 100-125V UPS (55952AX) has an attached line cord. Refer to the North America & Japan 100/120V NEMA 5-15P section for additional details on the line cord.

The 1500VA 200-240V UPS (55952KX) has a selectable line cord. The following table displays the orderable line cord options for the 1500VA UPS.


Part Number

FC Plug Type (C13 to...) Country (Region) Plug picture

39Y7917 6212 CEE7-VII Europe (E, LA, AP) 118

39Y7918 6213 DK2-5a Denmark (E) 119

39Y7919 6216 SEV 1011-S24507 Switzerland (E) 120

39Y7920 6218 SI 32 Israel (E, AP) 121

39Y7921 6217 CEI 23-16 Italy (E, LA) 121

39Y7922 6214 SABS 164 South Africa (E, AP) 122

39Y7923 6215 BS 1363/A United Kingdom (E, AP) 122

39Y7924 6211 AS/NZS 3112 Australia / NZ (ANZ) 123

39Y7925 6219 KSC 8305 KETI South Korea (GCG, K) 123

39Y7927 6269 IS6538 India (ASEAN, GCG) 125

39Y7928 6210 GB 2099.1 China (GCG) 127

81Y2374 6386 CNS 10917 (125V) Taiwan (DNL) 126

81Y2375 6317 CNS 10917 (250V) Taiwan (GCG) 126

39Y7930 6222 IRAM 2073 Argentina (LA) 125

5472 JIS C-8303 (200V) Japan (AP) 118

39Y7929 6223 NBR 6147 (250V) Brazil (LA) 124

46M2592 A1RF NEMA 6-15P (250V) North America (C, LA, U, AP) 116

- 6372 NEMA 6-15P (250V) US NA (C, LA, U, AP) 116

- 6351 NEMA 6-15P (250V), 1.8m NA (C, LA, U, AP) 116

- 6313 NEMA 5-15P (125V) North America (DNL) 116

- 6369 NEMA 5-15P (125V), 1.8m North America (DNL) 116

- 6377 IEC 309 P+N+G Denmark/Switz (E) 119


Run times

The following tables display the run times the UPSs will provide at various loads.

55952AX (1440VA/1100W)

Run time (minutes)*


30% 330 25

40% 440 18

50% 550 13

60% 660 11

70% 770 8

80% 880 6

90% 990 5


55952KX (1550VA/1100W)

Run time (minutes)*


30% 330 25

40% 440 18

50% 550 13

60% 660 11

70% 770 8

80% 880 6

90% 990 5



Block Diagram

The following figure represents the block diagram for the 1500VA UPS.




Part Number

Feature Code

Description Additional information




Figure 13: EMPFigure 14: NMC

UPS 1500VA RackThe following section discusses the 1500VA UPS at both 100-125VAC and 200-240VAC. These UPSs ship standard with racking and tower hardware.




Feature Code A53S A53T


Form Factor Rack or Tower Rack or Tower

Rack U Space 2U 2U

EBM Support Yes (55942BX) Yes (55942BX)

EPOW Conn Yes Yes

MBP Required No No


Power Factor 1 0.70



Input 100-125V 200-240V



VinAC 100V*/120V/125V 200V/208V/220V/230V/240V

Iin (A) 12 A @ 100-125V 10 A @ 200-240V


15A 12A/16A

Output 100-125V 200-240V

Vin (V) 100V 120V 125V 200V 208V 220V 230V 240V

Voltage (VA) 1200VA

1440VA

1440VA

1550VA

1550VA

1550VA

1550VA

1550VA

Watts (W) 1200W 1440W 1440W 1100W 1100W 1100W 1100W 1100W

Iout (A) 12A 12A 11.5A 7.5A 7.3A 6.9A 6.6A 6.3A




Front and Back View

The following figures are the front and back view of the 1500VA UPSs with 8xNEMA 5-15Routlets (55941AX) and 8xC13 outlets (55941KX).

The 55941AX UPS has an attached 6ft NEMA 5-15P line cord. Refer to the North America & Japan 100/120V NEMA 5-15P section for additional details on the plug.




Figure 17: Front view rack



1500VA UPS (100-125V) - 55941AX



3. Connector for automatic recognition of an additional battery pack4. Slot where UPS Network Management Card (NMC) is installed5. Connector for Remote On/Off (ROO) control or Remote Power Off (RPO) control6. LED indicating site wiring fault (SWF) alarm

7. Connector for additional battery pack

8. Attached 8ft (2.5m) input power cord for AC-power source9a. Outlet Group 1:2: two programmable outlets for connection to equipment9b. Outlet Group 2:2: two programmable outlets for connection to equipment10. Primary outlet group: outlets for connection of critical equipment

11. LED indicating site wiring fault (SWF) alarm

1500VA UPS (200-240V) - 55941KX



3. Connector for automatic recognition of an additional batterypack4. Slot where UPS Network Management Card (NMC) isinstalled5. Connector for Remote On/Off (ROO) control or RemotePower Off (RPO) control6. Connector for battery packs

7. Groups of four outlets for connection of equipment (primaryoutlet group)8. Two groups of two programmable outlets for connection ofequipment (outlet groups 1 and 2)9. C14 socket for connection to AC power source


Logical diagramsThe following figure shows the logical layout of the UPS outlets and input line cord. Yellow represents the programmable outlets for non-critical hardware. Blue represents the primary outlets.

55941AX (1440VA/1440W)

55941KX (1550VA/1350W)




Line Cords

The 1500VA 100-125V UPS (55941AX) has an attached line cord. Refer to the North America & Japan 100/120V NEMA 5-15P section for additional details on the line cord. The 1500VA 200-240V UPS (55941KX) has a selectable line cord. The following table displays the orderable line cord options for the 1500VA UPS.


Part Number


81Y2384 6492 10A/250V C13/ IRAM 2073 4.3m Argentina (LA) 125

81Y2383 6574 10A/250V C13/ AS/NZS 3112/2000

Australia/NZ (ANZ) 123

81Y2387 6404 10A/250V C13/ NBR 14136 Brazil (LA) 124

81Y2378 6580 10A/250V C13 / GB2099.1 China (GCG) 127

81Y2382 6575 10A/250V C13/SB107-2-DI Denmark (E) 119

81Y2376 6572 10A/250V C13 / CEE7-VII Europe (E, AP) 118

81Y2386 6567 10A/250V C13/IS 6538 India (ASEAN) 125

81Y2381 6579 10A/250V C13/ SI 32 Israel (E) 121

81Y2380 6493 10A/250V C13/ CEI 23-16 Italy/Chile (E, AP) 121

81Y2385 6494 12A/250V C13/KSC 8305 S. Korea (K) 123

81Y2379 6576 10A/250V C13/ SANS 164-1 South Africa (E, AP) 122

81Y2390 6578 10A/250V C13/SEV 1011 S24507

Switzerland (E) 120

81Y2389 6531 10A/250V C13/CNS 10917 Taiwan (GCG) 126

6530 10A/125V C13/75 CNS 10917-3 Taiwan (DNL) 126

81Y2377 6577 10A/250V C13 / BS 1363A United Kingdom (E, AP) 122

6335 4.3m, 10A/100V, C13 to JIS C-8303

Japan (DNL) 118


Run timesThe following tables display the run times the UPSs will provide at various loads and with additional battery packs. The Extended Battery Module (EBM) for these UPSs is:(55942BX.)

55941AX (1440VA/1440W)

Run time (minutes)*

Percentage %

Load (W)

Internal Battery

EBM +1 EBM +2 EBM +3 EBM +4

20% 288 39 171 288 405 523

30% 432 23 109 188 266 344

40% 576 16 77 134 191 248

50% 720 11 54 97 140 183

60% 864 7 45 82 119 155

70% 1008 6 37 69 101 133

80% 1152 5 31 58 86 113

90% 1296 4 25 49 72 96

100% 1440 3 21 41 62 82* Battery backup times are approximate and may vary with equipment, configuration, battery age, temperature, etc.

55941KX (1550VA/1350W)

Run time (minutes)*

Percentage %

Load (W)

Internal Battery


20% 270 30 158 267 375 483

30% 405 20 105 197 289 380

40% 540 14 77 150 223 296

50% 675 10 74 125 176 227

60% 810 8 61 104 146 189

70% 945 7 48 82 117 151

80% 1080 5 38 68 97 127

90% 1215 4 32 60 88 116



Extended Battery Module (EBM) Connection

The connection for the 1500VA UPS to Extended Battery Module (EBM) is shown below. Up to 4 EBMs can be daisy chained together off 1 UPS. Refer to the Run times section for details on the additional minutes the EBM(s) will give you at various loads.


Figure 20: 55941AX/EBM Figure 21: 55941KX/EBM

Figure 22: Rack EBM connection Figure 23: Tower EBM connection

Block Diagram

The following figure represents the block diagram for the 1500VA UPS.Note: This is High Efficiency Mode: Bypass converters when AC is good; switch to battery when AC is bad.

Optional AccessoriesThe 1500VA UPSs can be ordered with the following optional accessories:

Part Number

Feature Code

Description Additional info



55942BX A53Y Extended Battery Module (EBM) (Max 4) Page 92


Figure 26: Extended Battery Module EBM


UPS 2200VA RackThe following section discusses the 2200VA UPS at both 100-125VAC, and 200-240VAC. These UPSs ship standard with racking and tower hardware.




Feature Code A53U A53V



Rack U Space 2U 2U


EPOW Conn Yes Yes

MBP Required No No





Input 100-125V 200-240V



VinAC 100V*/120V/125V 200V/208V/220V/230V/240V

Iin (A) 16 A @ 100-125V 16 A @ 200-240V


20A 16A/20A

Output 100-125V 200-240V

Vin (V) 100V 120V 125V 200V 208V 220V 230V 240V

Voltage (VA) 1330VA

1950VA

1950VA 1700VA 1980VA 2200VA

2200VA

2200VA

Watts (W) 1300W 1920W 1920W 1530W 1780W 1980W 1980W 1980W

Iout (A) 13.3A 16A 15.6A 8.5A 9.5A 10A 9.6A 9.2A

Receptacles 8 x NEMA 5-20R 8 x IEC 320 C13, 1 x IEC 320 C19



Front and Back View

The following figures are the front and back view of the 2200VA UPSs with 8xNEMA 5-20Routlets (55942AX) and 8xC13, 1xC19 outlets (55942KX).

The 55942AX UPS has an attached 6ft NEMA 5-20P line cord. Refer to the North America & Japan 100/120V NEMA 5-20P section for additional details on the plug.







2200VA UPS (100-125V) - 55942AX



3. Connector for automatic recognition of an additional battery pack4. Slot where UPS Network Management Card (NMC) is installed5. Connector for Remote On/Off (ROO) control or Remote Power Off (RPO) control6. Connector for additional battery pack

7. Attached 8ft (2.5m) input power cord for AC-power source8. LED indicating site wiring fault (SWF) alarm

9a. Outlet Group 1: two programmable outlets for connection to equipment9b. Outlet Group 2: two programmable outlets for connection to equipment10. Primary outlet group: outlets for connection of critical equipment

2200VA UPS (200-240V) - 55942KX



3. Connector for automatic recognition of an additionalbattery pack4. Slot where UPS Network Management Card (NMC) is installed

5. Connector for Remote On/Off (ROO) control or RemotePower Off (RPO) control6. Connector for battery packs

7. 16A outlet for connection of equipment (primary outlet group)

8. Two groups of two programmable outlets for connection ofequipment (outlet groups 1 and 2)9. Groups of four outlets for connection of equipment (primaryoutlet group)10. Socket for connection to AC power source


Logical diagrams

The following figure shows the logical layout of the UPS outlets and input line cord. Yellow represents the programmable outlets for non-critical hardware. Blue represents the primary outlets.

55942AX (1950VA/1920W)

55942KX (2200VA/1980W)




Line Cords

The 2200VA 100-125V UPS (55942AX) has an attached line cord. Refer to the North America & Japan 100/120V NEMA 5-20P section for additional details on the line cord.The 2200VA 200-240V UPS (55942KX) has a selectable line cord based on country/region. The following table displays the orderable line cord options for the International UPS.


Part Number


40K9766 6279 CEE7-VII Europe (E, AP) 118

40K9767 6278 1363/A w/13A fuse 220-240V UK (E, AP) 122

40K9769 6283 IEC 309-P+N+G Denmark / Switzerland (E) 119

40K9771 6282 SI 32 Israel (E) 121

40K9768 6281 CEI 23-16 Italy (E, LA) 121

40K9770 6280 SABS 164 South Africa (E, AP) 122

40K9772 6275 NEMA L6-20P North America / Japan (C, LA, U, AP)

118

40K9773 6284 AS/NZS 3112 Australia / New Zealand 123

90Y3034 6289 16A/250V KSC 8305 South Korea (K) 123

40K9776 6285 IS6538 India (ASEAN) 125

40K9774 6288 GB 2099.1 China (GCG) 127

6286 CNS 10917 (125V) Taiwan (DNL) 126

90Y3035 6287 CNS 10917 (250V) Taiwan (GCG) 126

40K9775 6277 16A/250V NBR 6147 Brazil (LA) 124

40K9777 6276 IRAM 2073 Argentina (LA) 125

6290 15A/100V, C19 to JIS C-8303 Japan (DNL) 118

6291 15A/200V, C19 to JIS C-8303 Japan (J) 118


Run timesThe following tables display the run times the UPSs will provide at various loads and with additional battery packs. The Extended Battery Module (EBM) for these UPSs is:(55942BX.)

55942AX (1950VA/1920W)

Run time (minutes)*

Percentage %

Load (W)

Internal Battery EBM +1

EBM +2

EBM +3

EBM +4

20% 384 35 137 242 346 451

30% 576 21 83 150 218 286

40% 768 13 57 106 155 203

50% 960 9 40 75 109 143

60% 1152 6 32 59 82 114

70% 1344 5 27 49 66 94

80% 1536 4 22 40 53 78

90% 1728 3 18 34 43 65


55942KX (2200VA/1980W)

Run time (minutes)*

Percentage %

Load (W)

Internal Battery EBM +1

EBM +2

EBM +3

EBM +4

20% 396 29 101 181 261 341

30% 594 16 66 124 182 240

40% 792 10 49 91 132 173

50% 990 7 35 66 97 128

60% 1188 6 30 56 81 106

70% 1386 4 25 45 65 84

80% 1584 3 21 38 54 70

90% 1782 2 19 34 49 64




The connection for the 2200VA UPS to Extended Battery Module (EBM) is shown below. Up to 4 EBMs can be daisy chained together off 1 UPS.

Refer to the Run times section for details on the additional minutes the EBM(s) will give you at various loads.



Figure 34: Rack EBM connection Figure 35: Tower EBM connection

Block DiagramThe following figure represents the block diagram for the 2200VA UPS.Note: This is High Efficiency Mode: Bypass converters when AC is good; switch to battery when AC is bad.

Optional AccessoriesThe 2200VA UPSs can be ordered with the following optional accessories:

Part Number

FeatureCode




55942BX A53Y Extended Battery Module (EBM) (Max 4) Page 92








Feature Code A53W A53X



Rack U Space 2U 2U


EPOW Conn Yes Yes

MBP Required No No

NMC Standard Optional Standard




Input 100-125V 200-240V

Line Cord 8ft NEMA L5-30P atth IEC 320 C20 detachable

VinAC 100V*/120V/125V 200V/208V/220V/230V/240V

Iin (A) 24 A @ 100-125V 16 A @ 200-240V

Suggested Circuit

30A 16A/20A

Output 100-125V 200-240V

Vin (V) 100V 120V 125V 200V 208V 220V 230V 240V

Voltage (VA) 2400VA

3000VA

3000VA 2700VA 3000VA 3000VA

3000VA

3000VA

Watts (W) 2160W 2700W 2700W 2430W 2700W 2700W 2700W 2700W

Iout (A) 24A 25A 24A 13.5A 14.5A 13.7A 13A 12.5A

Receptacles 6 x NEMA 5-20R,1 x NEMA L5-30R

8 x IEC 320 C13, 1 x IEC 320 C19



Front and Back ViewThe following figures are the front and back view of the 3000VA UPSs with 6xNEMA 5-20R, and 1xNEMA L5-30R outlet and (55943AX) and 8xIEC 320 C13, 1xIEC 320 C19 outlet (55943KX).

The 55943AX UPS has an attached 8ft NEMA 5-30P line cord. Refer to the North America & Japan 100/120V NEMA L5-30P section for additional details on the plug.



Figure 40: NEMA 5-20P outlets 55943AX




3000VA UPS (100-125V) - 55943AX



3. Connector for automatic recognition of an additional battery pack4. Slot where UPS Network Management Card (NMC) is installed

5. Connector for Remote On/Off (ROO) control or Remote Power Off (RPO) control6. LED indicating site wiring fault (SWF) alarm

7. Connector for additional battery pack

8. 30A outlet (L5-30R) for connection of equipment (for 5PX 3000)

9a. Outlet Group 1: two programmable outlets for connection to equipment9b. Outlet Group 2: two programmable outlets for connection to equipment10. Primary outlet group: outlets for connection of critical equipment11. Attached 8ft (2.5m) input power cord for AC-power source (L5-30P)

3000VA UPS (200-240V) - 55943KX1. USB communication port


3. Connector for automatic recognition of an additionalbattery pack4. Slot where UPS Network Management Card (NMC) is installed

5. Connector for Remote On/Off (ROO) control or RemotePower Off (RPO) control6. Connector for battery packs

7. 16A outlet for connection of equipment (primary outlet group)

8. Two groups of two programmable outlets for connection ofequipment (outlet groups 1 and 2)9. Groups of four outlets for connection of equipment (primaryoutlet group)10. Socket for connection to AC power source


Logical diagramsThe following figure shows the logical layout of the UPS outlets and input line cord. Yellow represents the programmable outlets for non-critical hardware. Blue represents the primary outlets.

55943AX (3000VA/2700W)

55943KX (3000VA/2700W)




Line CordsThe 3000VA 100-125V UPS (55943AX) has an attached line cord. Refer to the North America & Japan 100/120V NEMA L5-30P section for additional details on the line cord.

The 3000VA 200-240V UPS (55943KX) has a selectable line cord based on country/region. The following table displays the orderable line cord options for the 3000VA UPS.


Part Number


40K9766 6279 CEE7-VII Europe (E, AP) 118

40K9767 6278 1363/A w/13A fuse 220-240V UK (E, AP) 122

40K9769 6283 IEC 309-P+N+G Denmark / Switzerland (E) 119

40K9771 6282 SI 32 Israel (E) 121

40K9768 6281 CEI 23-16 Italy (E, LA) 121

40K9770 6280 SABS 164 South Africa (E, AP) 122

40K9772 6275 NEMA L6-20P North America / Japan (C, LA, U, AP)

118

40K9773 6284 AS/NZS 3112 Australia / New Zealand 123

90Y3034 6289 16A/250V KSC 8305 South Korea (K) 123

40K9776 6285 IS6538 India (ASEAN) 125

40K9774 6288 GB 2099.1 China (GCG) 127

6286 CNS 10917 (125V) Taiwan (DNL) 126

90Y3035 6287 CNS 10917 (250V) Taiwan (GCG) 126

40K9775 6277 16A/250V NBR 6147 Brazil (LA) 124

40K9777 6276 IRAM 2073 Argentina (LA) 125

6290 15A/100V, C19 to JIS C-8303 Japan (DNL) 118

6291 15A/200V, C19 to JIS C-8303 Japan (J) 118


Run timesThese tables display run times the UPSs will provide at various loads and with additional battery packs. The Extended Battery Module (EBM) for these UPSs is 55943BX.)

55943AX (3000VA/2700W)

Run time (minutes)*

Percentage %

Load (W)

InternalBattery


10% 270 55 242 416 590 764

20% 540 30 144 247 349 452

30% 810 18 87 151 214 277

40% 1080 13 61 107 153 199

50% 1350 10 41 74 107 140

60% 1620 8 35 64 92 121

70% 1890 7 29 54 78 103

80% 2160 5 25 46 67 88

90% 2430 4 22 40 58 77

100% 2700 4 19 35 52 68* Battery times are approximate and may vary with equipment, configuration, battery age, temp etc.

55943KX (3000VA/2700W)

Run time (minutes)*

Percentage %

Load (W)

InternalBattery


10% 270 65 240 437 636 833

20% 540 33 128 223 320 416

30% 810 21 84 152 218 285

40% 1080 14 59 108 157 205

50% 1350 10 44 80 116 152

60% 1620 8 37 69 100 131

70% 1890 5 31 57 83 110

80% 2160 4 26 49 72 95

90% 2430 3 23 45 66 87

100% 2700 3 21 40 60 79* Battery times are approximate and may vary with equipment, configuration, battery age, temp etc.


Extended Battery Module (EBM) ConnectionThe connection for the 3000VA UPS to Extended Battery Module (EBM) is shown below. Up to 4 EBMs can be daisy chained together off 1 UPS.




Figure 47: Tower EBM connectionFigure 46: Rack EBM connection

Block Diagram

The following figure represents the block diagram for the 3000VA UPS.




Part Number

FeatureCode



55943BX A53Z Extended Battery Module (EBM) (Max 4) Page 92



Figure 48: EMP

UPS 5000VA RackThe following section discusses the 55945KX 5000VA UPS at 200-240VAC. Note: The 5000VA UPS can not run at 100-125VAC. This UPS ship standard with racking hardware to install in a rack. This UPS also ships with hardware to stand upright as a tower. Refer to the Rack and Tower Kit section for additional details.

SpecificationsThe following table represents the specifications for the 55945KX UPS.

UPS 5000VA

Part Number 55945KX

Feature Code A540

Country / Region International

Form Factor Rack or Tower

Rack U Space 3U

EBM(s) Supported Yes (55946BX)

EPOW Connection Yes

MBP Required No

NMC Standard Standard

Power Factor 0.9

UPS Topology Online, Double Conversion

Energy Star Compliant

Input 200-240V

Line Cord UTG/Cord

VinAC 200V/208V/220V/230V/240V

Iin (A) 24 A @ 200-208V25A @ 220-240V

Suggest Circuit Size 30A @ 200-208V32A @ 220-240V

Output 200-240V

Vin (V) 200V 208V 220V 230V 240V

Voltage (VA) 5000VA 5000VA 5000VA 5000VA 5000VA

Watts (W) 4500W 4500W 4500W 4500W 4500W

Iout (A) 25A 24A 22.7A 21.7A 20.8A

Receptacles 8 x IEC 320 C13, 2 x IEC 320 C19


Front and Back View

The following figures are the front and back view of the 5000VA UPSs with 8xIEC 320 C13, 2xIEC 320 C19 outlets (55945KX).



Figure 51: Rear view of the 55945KX


Outlet DiagramsThe following section shows the outlets on the rear of the UPS.

5000VA UPS (200-240V) - 55945KX



3. Dry (relay) contacts communication port

4. Connector for Remote On/Off (ROO) control or Remote Power Off (RPO) control

5. Connector for automatic recognition for an additional battery module


7. Slot for UPS Network Management Card (NMC)

8. Connector for additional battery modules (EBM)

9. Primary group: 16A outlets for connection of critical equipment

10. Group 1: (4) 10A programmable outlets for connection of equipment


12. UTG Outlet


Logical diagram

The following figure shows the logical layout of the UPS outlets and input line cord.

Yellow and Blue represent the programmable outlets for connection of non-critical devices.Green and Red represent the primary outlets.

55945KX (5000VA/4500W)



Line Cords

The 5000VA 200-240V UPS (55945KX) has a selectable line cord based on country/region. The following table displays the orderable line cord options for the 5000VAUPS.

5000VA line cord optionsUnless otherwise stated, the length of these line cords is 4.3m

4.3m Line Cord

FC Plug Type Country

40K9614 6500 4.3m, 30A/208V, EPDU to NEMA L6-30P (US) Line Cord

US

40K9612 6502 4.3m, 32A/230V, EPDU to IEC 309 P+N+G (non-US) Line Cord

International (non-US)

40K9617 6505 4.3m, 32A/230V, Souriau UTG Female to AS/NZ 3112 (Aus/NZ) Line Cord

Aust/NZ

40K9618 6506 4.3m, 32A/250V, Souriau UTG Female to KSC 8305 (S. Korea) Line Cord

South Korea

Run times

The following tables display the run times the UPSs will provide at various loads and with additional battery packs. The Extended Battery Module (EBM) for these UPSs is:(55946BX. Up to 4 EBMs can be ordered.

55945KX (5000VA/4500W)

Run time (minutes)*

Percentage %

Load (W)

InternalBattery


25% 1125 27 103 175 262 377

50% 2250 11 48 88 123 167

75% 3375 5.3 27 53 83 109

100% 4500 3.4 20 38 54 80* Battery backup times are approximate and may vary with equipment, configuration, battery age, temperature, etc.






Figure 53: Rack EBM connection example Figure 54: Tower EBM connection example

Block Diagram

The following figure represents the block diagram for the 5000VA UPS.Note: This is Double Conversion: Converts AC to DC to AC.


The 5000VA UPS can be ordered with the following optional accessories:

Part Number

FeatureCode



55946BX A540 Extended Battery Module (EBM) (Max qty 4) Page 92



Figure 55: EMP

UPS 6000VA RackThe following section discusses the 55946KX 6000VA UPS at 200-240VAC. Note: The 6000VA UPS can not run at 100-125VAC.This UPS ship standard with racking hardware to install in a rack. This UPS also ships withhardware to stand upright as a tower. Refer to the Rack and Tower Kit section for additional details.

SpecificationsThe following table represents the specifications for the 55946KX UPS.

UPS 6000VA

Part Number 55946KX

Feature Code A541

Country / Region International

Form Factor Rack or Tower

Rack U Space 3U

EBM Support Yes (55946BX)

EPOW Connection Yes

MBP Required No

NMC Standard Standard

Power Factor 0.9

UPS Topology Online, Double Conversion

Energy Star Compliant

Input 200-240V

Line Cord Hardwired

VinAC 200V/208V/220V/230V/240V

Iin (A) 30A @ 200-240V

Suggest Circuit Size 40A @ 200-208V32A @ 220-240V

Output 200-240V

Vin (V) 200V 208V 220V 230V 240V

Voltage (VA) 6000VA 6000VA 6000VA 6000VA 6000VA

Watts (W) 5400W 5400W 5400W 5400W 5400W

Iout (A) 30A 28.8A 27.3A 26.1A 25A

Receptacles 8 x IEC 320 C13, 2 x IEC 320 C19, 1 Hardwire Out


Front and Back View

The following figures are the front and back view of the 6000VA UPS with 8xIEC 320 C13, 2xIEC 320 C19 outlets (55946KX).

The 55946KX UPS has a hardwired line cord.


Figure 58: Rear view of the 55945KX


Outlet DiagramsThe following section shows the outlets on the rear of the UPS.

6000VA UPS (200-240V) - 55946KX





5. Connector for automatic recognition for an additional battery module


7. Slot for UPS Network Management Card (NMC)

8. Connector for additional battery modules (EBM)

9. Primary group: 16A outlets for connection of critical equipment



12. Input/Output terminal blocks


Logical diagrams


Yellow and Blue represent the programmable outlets for connection of non-critical devices.Green and Red represent the primary outlets.

55946KX (6000VA/5400W)



Line Cords

The 6000VA 200-240V UPS (55946KX) has a hardwired input line cord and cannot be ordered separately.

Run times


55946KX (6000VA/5400W)

Run time (minutes)*

Percentage %

Load (W)

Internal Battery


25% 1350 22 85 147 214 287

50% 2700 8.5 38 71 104 133

75% 4050 4.5 24 45 62 90








Block Diagram

The following figure represents the block diagram for the 6000VA UPS.Note: This is Double Conversion: Converts AC to DC to AC.


The 6000VA UPS can be ordered with the following optional accessories:

Part Number

Feature Code






Figure 62: EMP

UPS 8000VA RackThis section discusses the 8000VA UPS at both 200-240VAC, and 380-415VAC.

Specifications

The following table represents the specifications for 55948KX and 55948PX UPSs.


Part Number 55948KX 55948PX

Feature Code

A543 A546

Country North America / International North America / International


Rack U Space

6U 6U

EBM Support

Yes (55949BX) Yes (55949BX)

EPOW Conn Yes Yes

MBP Required

Yes, single phase Yes, three phase

NMC Standard

Standard Standard

Power Factor

0.9 0.9

UPS Topology

Online / Double conversion


Input 200-240V 380-415V

Line Cord Hardwired Hardwired

VinAC 200V/208V/220V/230V/240V 200V/208V/380/400/415

Iin (A) 40A @ 200-240V 40A @ 200-240V*/13.3A @ 380-415V


50A @ 200-208V40A @ 220-240V

16A @ 380-415V


Output 200-240V 380-415V

Vin (V) 200V 208V 220V 230V 240V 200V 208V 220V 230V 240V

Voltage (VA) 8000 8000 8000 8000 8000 8000 8000 8000 8000 8000

Watts (W) 7200 7200 7200 7200 7200 7200 7200 7200 7200 7200

Iout (A) 40A 38.5A 36.4A 34.8A 33.3A 40A 38.5A 36.4A 34.8A 33.3A

Receptacles 4 x IEC 320 C19, 1 Hardwire Out 4 x IEC 320 C19, 1 Hardwire Out

*These numbers are for the 1-phase bypass input. If the bypass input is not wired separately, the upstream 3-phase circuit breaker must meet this current requirement.


Front and Back View

The following figures are the front and back view of the 8000VA UPSs with EBM and MBP, 4xIEC 320 C19 outlets.


Figure 65: 8000VA UPS rear with MBP and EBM and MBP module


Outlet DiagramsThe following section shows the outlets on the rear of the UPSs/MBP with 4 x C19 outlets.

8000VA UPS (200-240V, 380-415V) - 55948KX and 55948PX1. RS232 communication port



4. Connector for Remote On/Off (ROO) control

5. Slot where UPS Network Management Card (NMC) is installed

6. Connector for Remote Power Off (RPO) control

7. Connectors for automatic recognition of battery module

8. Connector for battery module power: a. Connector EBMs (up to 4) b. EBM to EBM

connector, c. EBM to UPS connector

9. Terminal blocks for AC power input and output: a.Output, b. Bypass input, c. Input

10. Connector for Hot-swap detection

11. Circuit breakers

12. 4xGroups: 20A outlets for connection of equipment

13. MBP detection


Logical diagrams


55948KX (8000VA/7200W)

55948PX (8000VA/7200W)


Figure 67: 55948PX logical layout


Line Cords

The 8000VA UPSs have a hardwired input line cord and cannot be ordered separately.

Run times


55948KX (8000VA/7200W)

Run time (minutes)*

Percentage %

Load (W)

InternalBattery


25% 1800 35 85 140 173 220

50% 3600 16 36 65 86 118

75% 5400 9 23 36 53 72


55948PX (8000VA/7200W)

Run time (minutes)*

Percentage %

Load (W)

InternalBattery


25% 1800 35 85 140 173 220

50% 3600 16 36 65 86 118

75% 5400 9 23 36 53 72








Block Diagram with Maintenance Bypass Module (MBP)

The following figure represents the block diagram for the 8000VA UPS single phase.

Note: This is Double Conversion: Converts AC to DC to AC.

The following figure represents the block diagram for the 8000VA UPS three phase.


For additional information on the Maintenance Bypass module, refer to the Maintenance Bypass (MBP) section.




Part Number

FeatureCode






Figure 70: EMP


Specifications

The following table represents the specifications for 55949KX and 55949PX UPSs.

UPS 11000VA Single Phase UPS 11000VA Three Phase

Part Number 55949KX 55949PX

Feature Code

A544 A547

Country / Region

North America / International North America / International


Rack U Space

6U 6U

EBM Support

Yes (55949BX) Yes (55949BX)

EPOW Conn Yes Yes

MBP Required

Yes, single phase Yes, three phase

NMC Standard

Standard Standard

Power Factor

0.9 0.9

UPS Topology

Online / Double conversion


Input 200-240V 380-415V

Line Cord Hardwired Hardwired

VinAC 200V/208V/220V/230V/240V 200V/208V/380/400/415

Iin (A) 50A @ 200-240V 50A @ 200-240V*/16.7A @ 380-415V

Suggested 70A @ 200-208V50A @ 220-240V

32A @ 380-415V


Circuit Size

Output 200-240V 380-415V

Vin (V) 200V 208V 220V 230V 240V 200V 208V 220V 230V 240V

Voltage (VA) 10000 10000 11000 11000 11000 10000 10000 11000 11000 11000

Watts (W) 9000 9000 9900 10000 10000 9000 9000 9900 10000 10000

Iout (A) 50A 48.1A 50A 47.8A 45.8A 50A 48.1A 50A 47.8A 45.8A

Receptacles 4 x IEC 320 C19, 1 Hardwire Out 4 x IEC 320 C19, 1 Hardwire Out

*These numbers are for the 1-phase bypass input. If the bypass input is not wired separately, the upstream 3-phase circuit breaker must meet this current required.


Front and Back View

The following figures are the front and back view of the11000VA UPS with EBM, and MBP 4xIEC 320 C19 outlets.

The 55949KX and 55949PX have a hardwired line cord.


Figure 73: 11000VA UPS rear (with terminal block cover) with an EBM and MBP


Outlet DiagramsThe following section shows the outlets on the rear of the UPSs/MBP with EBM.

11000VA UPS (200-240V, 380-415V) - 55949KX and 55949PX1. RS232 communication port



4. Connector for Remote On/Off (ROO) control

5. Slot where UPS Network Management Card (NMC) is installed (shown installed here)

6. Connector for Remote Power Off (RPO) control

7. Connectors for automatic recognition of battery module

8. Connector for battery module power: a. Connector EBMs (up to 4) b. EBM to EBM

connector, c. EBM to UPS connector

9. Terminal blocks for AC power input and output: a.Output, b. Bypass input, c. Input

10. Connector for Hot-swap MBP detection (under terminal block cover)

11. Circuit breakers

12. 4xGroups: 20A outlets for connection of equipment

13. MBP detection


Logical diagrams


55949KX (11000VA/10000W)

55949PX (11000VA/10000W)


Figure 75: 55949PX logical layout


Line Cords

The 11000VA UPSs have a hardwired input line cord and cannot be ordered separately.

Run times


55949KX (11000VA/10000W)

Run time (minutes)*

Percentage %

Load (W)

InternalBattery


25% 2500 25 60 97 136 163

50% 5000 10 25 42 61 79

75% 7500 5.5 15 25 37 48


55949PX (11000VA/10000W)

Run time (minutes)*

Percentage %

Load (W)

InternalBattery


25% 2500 25 60 97 136 163

50% 5000 10 25 42 61 79

75% 7500 5.5 15 25 37 48







Figure 77: Tower EBM connection exampleFigure 76: Rack EBM connection example

Block Diagram with Maintenance Bypass Module

The following figure represents the block diagram for the 11000VA UPS single phase.


The following figure represents the block diagram for the 11000VA UPS three phase.


For additional information on the Maintenance Bypass module, refer to the Maintenance Bypass (MBP) section.




Part Number

Feature Code






Figure 78: EMP

Warranty Information for UPS and UPS batteriesEach Lenovo UPS contains a battery for providing power in the event of a power blip or outage. Depending on the model of UPS will depend on the battery being located external or internal to the UPS. The following table depicts the location of the battery for each UPS model.

MTM Description Battery location

Page Link

55951AX / 55951KX 1kVA Tower UPS Internal 17

55952AX / 55952KX 1.5kVA Tower UPS Internal 24

55941AX / 55941KX 1.5kVA R/T UPS Internal 31

55942AX / 55942KX 2.2kVA R/T UPS Internal 39

55943AX / 55943KX 3kVA R/T UPS Internal 47

55945KX 5kVA R/T UPS Internal 55

55946KX 6kVA R/T UPS Internal 62

55948KX / 55948PX 8kVA R/T UPS External 69

55949KX / 55949PX 11kVA R/T UPS External 78

The following information pertains to the following UPS MTMs:

• IBM 2130, any model• IBM 2419, any model• IBM 5395, any model• IBM 5396, any model• IBM 5594, any model• IBM 5595, any model• Lenovo 5594, any model• Lenovo 5595, any model

Warranty for UPS

The standard warranty of the majority of UPS units is three years. This period can be either slightly longer with some UPS units having a standard warranty period of four (4) years. The Lenovo UPS units (5594 and 5595) have a standard warranty length of three years.

Warranty for UPS Batteries

UPS batteries are not consumables and carry their own warranty which is independent from the UPS unit itself. The standard warranty of the UPS batteries starts at the same time as the UPS unit itself after purchase of the UPS unit.


UPS Batteries – Statement of Warranty

Statement of warrantyThe expected service life of UPS batteries is 3 years. Customers are encouraged to be proactive about replacing batteries in both the UPS and the Extended Battery Module (EBM), keeping in mind the 3 year expected service life.

Batteries are covered by a 3 year warranty. After 3 years the batteries are not covered by IBM / Lenovo. Pro-actively replacing the batteries at the 3 year service mark is not coveredby any extended warranties or maintenance agreements either. The 3 year service mark isgoverned by the following:

a) Three months before the three year UPS warranty expiresb) Three months after the date a maintenance agreement comes into effectc) Two years and nine months after the battery manufacturing date, as an example if

the battery was manufactured on 2010-02-02 then the service mark date for this battery is 2012-11-01

The UPS battery warranty will be voided if

(a) The UPS unit has been stored for a prolonged period of time(b) The batteries of the UPS unit has been stored for a prolonged period of time(c) The batteries of the UPS has been tampered with or opened up(d) The UPS and or the batteries have been incorrectly handled or stored

For additional information on (a) and (b) refer the technical tip “UPS might fail when installed after a longer storage time” in support document MIGR-5077486 located at

https://www.ibm.com/support/entry/portal/docdisplay?lndocid=MIGR-5077486

The minimum prolonged storage time is three months after purchase of the UPS unit, the Extended Battery Module (EBM), or the batteries.

See the relevant installation manuals for the respective UPS units for information on UPS battery replacement indicators (such a LEDs and alert messages), replacing batteries, disposing of batteries, and warranty information.

For Installation and Maintenance manual links for the Lenovo UPSs, see the Installation Manuals section.

For Installation and Maintenance manual links on older IBM UPSs, see the



Ordering UPS Battery Replacements

Should the need arise to order a UPS battery replacement for your UPS unit, visit the following website to make an order:

Eaton Lenovo website: www.eaton.com/lenovo

Click the 'Order Replacement Batteries' link on the left hand side of the page as seen inFigure 80: Eaton Lenovo site


Figure 80: Eaton Lenovo site

http://www.eaton.com/lenovo

Replacing UPS Batteries

IBM and Lenovo sold additional battery packs for UPS units (Referred to as Extended Battery Modules – EBM). The below table indicates the UPS unit for which these battery packs were or are sold, their name and how the batteries of these are to be replaced.

UPS Unit Battery pack name Replacing batteriesIBM UPS3000XLV IBM UPS Extended Run Battery

Pack (ERBP)replace the ERBP internal batteries

IBM UPS3000XHV IBM UPS Extended Run Battery Pack (ERBP)

replace the ERBP internal batteries

IBM UPS7500XHV IBM UPS 3U Run Online BatteryPack (ERBP)


IBM UPS7500JHV IBM UPS 3U Run Online BatteryPack (ERBP)


IBM UPS10000XHV IBM UPS 3U Run Online BatteryPack (ERBP)


IBM UPS 10000JHV IBM UPS 3U Run Online BatteryPack (ERBP)


IBM UPS5000HV IBM UPS 3U Run Online BatteryPack (ERBP)


IBM UPS3000LV Extended Battery Module (EBM) replace the EBM internalbatteries

IBM UPS3000HV Extended Battery Module (EBM) replace the EBM internalbatteries

IBM 2200VA LCD 2U Rack UPS Extended Battery Module (EBM) replace entire EBM




Lenovo RT1.5kVA 2U UPS Extended Battery Module (EBM) replace entire EBM

Lenovo RT2.2kVA 2U UPS Extended Battery Module (EBM) replace entire EBM

Lenovo RT3kVA 2U UPS Extended Battery Module (EBM) replace entire EBM





Lenovo RT8kVA 6U 3:1 Phase UPS

Extended Battery Module (EBM) replace entire EBM


UPS Unit Battery pack name Replacing batteriesLenovo RT11kVA 6U 3:1 Phase UPS

Extended Battery Module (EBM) replace entire EBM

The warranty for these battery packs ties into the warranty of the UPS internal batteries even if these were purchased at a later point in time. This is further explained in the UPS Batteries – Statement of Warranty section.

UPS batteries are classified as Tier 1 CRU, that is Tier 1 Customer Replaceable Units. This means that UPS batteries are to be replaced by the customer, that is, it is the customer's responsibility to replace the batteries. The UPS batteries can be replaced by a System Service Representative for the customer under standard warranty, however this service has to be paid for by the customer.

If a battery fails during the UPS warranty all batteries in the UPS and in any ERBP or EBMhave to be replaced following the battery warranty guidelines set forth in the chapter "Statement of warranty".

If the UPS or ERBP or EBM is damaged by leaking batteries or by the batteries swelling it is recommended to replace the UPS or EBM in addition to the batteries.

When replacing batteries it is recommended to replace all the batteries in the unit if the batteries are over one year old. This is because having an old battery and new battery in the same UPS or ERBP or EBM can cause issues since they will have different charging characteristics.


Extended Battery Module (EBM)Custom 40cm (15.7inc) cables ship standard with the EBMs. Up to 4 EBMs can be connected per UPS.

The following table displays the compatibility between the available EBMs and the UPSs.

Support Matrix

Extended Battery Module (EBM)

UPS Models 55942BX 55943BX 55946BX 55949BX55951AX No No No No

55951KX No No No No

55952AX No No No No

55952KX No No No No

55941AX Yes No No No

55941KX Yes No No No

55942AX Yes No No No

55942KX Yes No No No

55943AX No Yes No No

55943KX No Yes No No

55945KX No No Yes No

55946KX No No Yes No

55948KX No No No Yes

55948PX No No No Yes

55949KX No No No Yes

55949PX No No No Yes

For pictures of the EBMs refer to the following page.


The following images are of the Extended Battery Modules:

55942BX

55943BX

55946BX

55949BX


Figure 81: 55942BX EBM




Maintenance Bypass (MBP)The Maintenance Bypass (MBP) Module is required and ships standard on all 8kVA and 11kVA UPS models. The 5594-8KX, 8PX, 9KX, and 9PX UPSs consist of three elements -

• Electronics Module, • Extended Battery Module (EBM) and,• Maintenance Bypass (MBP).

The MBP is used to bypass the UPS during maintenance or servicing providing wrap-around bypass for UPS service without shutting down the load. An example of this is shown below in the single phase UPS block diagram.

The MBP and the switch for enabling and disabling the Maintenance Bypass mode is shown in

Figure 85 for the single phase 8/11kVA UPSs.


Figure 85: Maintenance Bypass module and switch

MBP Lights

The Maintenance Bypass module (MBP) light indicators are shown in Figure 86.

The lights on the MBP represent the following:

Red on means Load is powered directly from Line (AC power source); the load is unprotected by the UPS.This light will be on only when the Normal/Bypass switch is in the Bypass position. It is intended as a reminder that the load is not protected during UPS maintenance.

Green on means the UPS output is feeding the MBP (load supplied by UPS).This light will be on any time the UPS is providing power and is independent of the positionof the Normal/Bypass switch. It is intended as an indicator that it is safe to move the Normal/Bypass switch from the Bypass position to the Normal position when UPS maintenance is complete.


Figure 86: Maintenance Bypass switch

MBP InstallationElectronics Module is mounted directly above the Extended Battery Module, and the MBP should be mounted directly behind the Extended Battery Module. Follow the below rules for installing the MBP:

* Mount the MBP behind the EBM. If there are multiple EBMs attached to the UPS, mount it behind the EBM closest to the UPS. The minimum rack depth with UPS/MBP is 900mm (35.4in).

Note: Do not mount the MBP behind the UPS; you will not be able to attach the cables.

* Connect the cables in the conduits to the terminal blocks BEFORE seating the conduits into the collars. This will give you maximum slack in the cables and make connecting to the terminal blocks possible. The conduits can be released from the collars by prying out on the catch tabs on the collars and pulling the conduit.

* Do not pull the cables out of the conduits. The conduit is required for safety and the cables are not so easy to get back into the conduits (personal experience).

Connecting the UPS to the MBPA diagram displaying the hardwire connections and C19 outlets are displayed below.

Note: The Hardwire output (purple) can be used to connect PDUs to provideadditional outlets.


The following are pictures of the rear view of the MBP with and without terminal blocks for UPS 8KX and 9KX.


Figure 91: UPS with MBP connected Figure 90: UPS with MBP connected

Figure 87: MBP connectors for 8KX and 9KX

Figure 88: Terminal block connectors Figure 89: Terminal block connectors

The following are pictures of the rear view of the MBP with and without terminal blocks for UPS 9PX and 9KX.


Figure 93: 9PX MBP

Figure 92: 9PX and 9KX MBP

Load Segments / Programmable OutletsLoad segments are managed groups of receptacles that can be independently turned on or off either through manual or pre-programmed means.

To employ this, it is recommended to connect non critical devices to the programmable outlets on the UPSs and non-critical devices to the primary load groups.

This is because peripheral hardware such as monitors, backup devices, and other non-critical machines can consume valuable battery runtime even though they are not essential.

An example of the color of the programmable outlets for non-critical equipment is shown for the UPS 1000-3000VAs below:

An example of the programmable outlets on the UPS6000VA is shown below:


Figure 94: Programmable outlets for non-critical hardware

Rack and Tower KitAll rack mountable UPSs ship with hardware for either installing in a rack or standing upright as a tower. The two kits include:

Rack mount kit: (for mounting the UPS in a rack)- Rack Installation Instructions- Rail kit for 19-inch enclosures

Note: Because of the weight of the UPS and EBMs, they should not be installed any higher than 5' (1.5m) above the floor. This will allow for easy installation and servicing.

Tower kit: (for standing the UPS upright)- 2 supports for the upright (tower) position- Tower stands- Screwdriver

Note: The front LCD display panel will need to be rotated for the image to display horizontal or vertical to suit the UPSs position. Remove the LCD cover and rotate/angle screen as appropriate.

The following images display an example of an upright rack mountable (1500VA) UPS anda rack mountable (8000VA) UPS with Extended Battery Module:


Weight and DimensionsThis section discusses the weight and dimensions of each UPS and where applicable, Extended Battery Modules (EBM), and Maintenance Bypass Module (MBP).

Tower UPS

MTM Description Weight lb / kg

Dimensions (in/mm) D x W x H*

Link

Tower UPS 1000VA, 1500VA55951AX 1kVA Tower UPS 24.4 / 11.5 13.6 x 5.9 x 9.1 / 345 x 150 x 233 17

55951KX 1kVA Tower UPS 24.4 / 11.5 13.6 x 5.9 x 9.1 / 345 x 150 x 233 17

55952AX 1.5kVA Tower UPS 35.3 / 16.2 17.5 x 5.9 x 9.1 / 445 x 150 x 233 24

55952KX 1.5kVA Tower UPS 35.2 / 16.2 17.5 x 5.9 x 9.1 / 445 x 150 x 233 24* Dimensions are shown below


Rack UPS


Dimensions (in/mm) D x W x H* Link

Rack or Tower UPS 1500VA, 2200VA, 3000VA, EBM55941AX 1.5kVA R/T UPS 64.70 / 29.36 20.6 x 17.4 x 3.4 / 522 x 441.2 x 86.2 31

55941KX 1.5kVA R/T UPS 64.70 / 29.36 20.6 x 17.4 x 3.4 / 522 x 441.2 x 86.2 31

55942AX 2.2kVA R/T UPS 65.30 / 29.61 20.6 x 17.4 x 3.4 / 522 x 441.2 x 86.2 39

55942KX 2.2kVA R/T UPS 65.30 / 29.61 20.6 x 17.4 x 3.4 / 522 x 441.2 x 86.2 39

55942BX 1.5kVA/2.2kVA EBM

72.30 / 32.80 20.6 x 17.4 x 3.4 / 522 x 441.2 x 86.2 92

55943AX 3kVA R/T UPS 87.20 / 39.54 25.5 x 17.4 x 3.4 / 647 x 441.2 x 86.2 47

55943KX 3kVA R/T UPS 87.20 / 39.54 25.5 x 17.4 x 3.4 / 647 x 441.2 x 86.2 47

55943BX 3kVA EBM 102.3 / 46.39 25.5 x 17.4 x 3.4 / 647 x 441.2 x 86.2 92* Dimensions are shown below


Dimensions (in/mm) D x W x H*

Link

Rack or Tower UPS 5000VA, 6000VA, EBM55945KX 5kVA R/T UPS 106 / 48 28.4 x 17.3 x 5.1 / 722 x 440 x 130 55

55946KX 6kVA R/T UPS 106 / 48 27 x 17.3 x 5.1 / 685 x 440 x 130 62

55946BX 5kVA/6kVA EBM 150 / 68 25.4 x 17.3 x 5.1 / 645 x 440 x 130 92* Dimensions are shown below


MTM Description Weight lb/kg


Rack or Tower UPS 8000VA, 11000VA, EBM, MBP Individual weights55948KX 8kVA R/T UPS 42 / 19 27.6 x 17.3 x 5.1 / 700 x 440 x 130 69

55948PX 8kVA 3 ph UPS 51 / 23 27.6 x 17.3 x 5.1 / 700 x 440 x 130 69

55949KX 11kVA R/T UPS 46 / 21 27.6 x 17.3 x 5.1 / 700 x 440 x 130 78

55949PX 11kVA 3 ph UPS 51 / 23 27.6 x 17.3 x 5.1 / 700 x 440 x 130 78

55949BX 8kVA/11KVA EBM 143 / 65 26.8 x 17.3 x 5.1 / 680 x 440 x 130 92

N/A 8/11kVA 1ph MBP 13.7 / 6.2 8.7 x 13.2 x 5.1 / 220 x 336 x 130 94

N/A 8/11kVA 3ph MBP 12.1 / 5.5 5.2 x 13.2 5.1 / 132 x 336 x 130 94

MTM Description Weight lb/kg


Rack or Tower UPS 8000VA, 11000VA, EBM, MBP Combined weight (UPS/EBM/MBP)

See above

8kVA+EBM+MBP 198.7 / 90.2 27.6 x 17.3 x 10.2 / 700 x 440 x 260 69

See above

8kVA3ph+EBM+ MBP

206.1 / 93.5 27.6 x 17.3 x 10.2 / 700 x 440 x 260 69

See above

11kVA+EBM+MBP 202.7 / 92.2 27.6 x 17.3 x 10.2 / 700 x 440 x 260 78

See above

11kVA3ph+EBM+MBP

206.1 / 93.5 27.6 x 17.3 x 10.2 / 700 x 440 x 260 78

* Individual dimensions are shown below


UPS Control PanelThe following figures display information on the front panel of the UPSs.

Control panel buttons for the UPSs.

1. Online mode indicator (green)

2. Battery mode indicator (orange)

3. Bypass mode indicator (orange) found only onthe 8/11kVA UPSs*4. Fault indicator (red)

5. Escape

6. Up

7. Down

8. Enter

9. On/Off button

* Bypass mode: For 8/11kVA UPSs, in the event of a UPS overload or internal failure, the UPS powers your equipment directly from utility power. Battery mode is not available and your equipment is not protected; however, the utility power continues to be passively filtered by the UPS.

Control panel screen for the UPS

1. Operation status

2. Load/equipment status

3. Efficiency and load groupinformation4. Battery status


Network Management Card (NMC)The Network Management Card (NMC) provides convenient over-the-network UPS remotemonitoring and management through a standard web browser.

The NMC is standard on all models except all tower models and the 1500VA and 2200VA rack/tower models.

The NMC for (tower and rack/tower) 1000VA, 1500VA, and 2200VA (100-125V) UPSs is optional and can be ordered with the below:

Part Number

FC Description

46M4110 6145 Network Management Card (NMC) (Optional for: 55951AX, 55951KX, 55952AX, 55952KX, 55941AX,55941KX, 55942AX. 55942KX, 55942BX)

If ordered separately for the tower models it needs to be installed in the following location:


Figure 95: Location of the NMC for tower UPSs

Environmental Monitoring Probe (EMP)Figure 96 displays the Environmental Monitoring Probe (EMP). No UPS ship standard withthe probe, and it needs to be ordered separately.

The EMPs purpose is to report on local environmental temperature and humidity at its installed location. For example, if the EMP device is installed at the top of a rack, it will report on the temperature and humidity values at that location.

The optional EMP can be ordered with:

Part Number Feature Code Description46M4113 6146 Environmental Monitoring Probe

The device can be installed anywhere on the rack by using either the screws or the self-adhesive hook-and-loop fasteners. Once attached to the rack, connect the CAT5 cable to the UPS or a supported PDU Ethernet connector.

Note: The installation of a Network Management Card (NMC) is required for the EMP to be connected to the device. Refer to the Network Management Card (NMC) section for additional information on the NMC.


Figure 96: EMP - Environmental Monitoring Probe

Front views of the EMP

The following figure shows the EMP installed at the top of a rack using the adhesive tape that comes with the device. An Ethernet cable runs back into the rack to a monitored PDU or UPS.


Figure 97: Front view laying down

Figure 98: Front view standing up

Figure 99: EMP installed at the top of a rack

What's in the box?

The Environmental Monitoring Kit (46M4113) is shipped with the following items:

• One Environmental Monitoring Probe (EMP)• 2 x Screws• Adhesive tape• Ethernet cable• Warranty and Important Notices Flyer, and Environmental Notices CD


Figure 100: EMP shipment box

Figure 101: Items shipped in the EMP box

UPP and UPM software for Lenovo UPSThe purpose of the Lenovo Uninterruptable Power Supply Power Protect (UPP) and Lenovo Uninterruptable Power Supply Power Manager (UPM) software is to protect the hardware and integrity of the data when a power event occurs (for instance, loss of power).

This is done by managing and monitoring the hardware for a power event and taking action in one of the following ways:

Load Shedding: Initiate a virtual machine migration if a host server experiences a power event. Initiate a Virtual Machine (VM) suspension or shutdown of VM of less priority while keeping more critical VMs liveGracefully shut down all VMs and its host server to keep more critical host/VM servers live

Power Capping:Set user defined power budget as part of a disaster avoidance plan to guarantee a minimum amount of battery run time during a power outage. The power budget is maintained by using the load-shedding capabilities discussed above. It does not affect system performance by reducing processor frequency. Power capping only maintains system load by managing load shedding capabilities.

Move Critical Machines to Back-up SiteThe UPM will read environmental (temperature over the limit) or UPS power alarms (utility power loss) and will work with VMware's Site Recovery Manager (SRM) to initiate a disaster recovery plan to initiate a move of critical applications to a back-up data center location or disaster recovery (DR) site.

Differences between UPP and UPM

The UPP software can only be used as a stand-alone software on a single host. The UPM software can be used to manage multiple hosts. The UPM software also has additional features. See the following UPM paper for additional details on the software: https://support.lenovo.com/au/en/documents/lnvo-powinf


https://support.lenovo.com/au/en/documents/lnvo-powinf

UPP and UPM Part Numbers

The UPP software is free to use on any number of devices. The UPM software is free to use for up to 10 devices.

The UPM software is available in 3 licenses; Basic (free), Silver and Gold.

Note: A 'device' refers to the TCP/IP interface at the PDU or UPS end. It does not refer to the number of servers that are being monitored.

This means a license of up to 100 devices means up to 100 UPS or PDUs can be connected with the software.

The basic license can be used for up to 10 devices. The Silver license can be used on up to 100 devices. The Gold license can be used on up to 600 devices. The following table represents the ordering part number information for the UPM licenses.

Part Number

FC Description

N/A N/A Basic (free) UPM software (Up to 10 devices can be managed)

00YE464 ATS2 Silver key license (Up to 100 devices can be managed)

00YE465 ATS3 Gold key license (Up to 600 devices can be managed)

Downloading the UPP and UPM Software

The UPP software can be downloaded from the following links (OS dependant):

Linux – v1.52.007https://datacentersupport.lenovo.com/us/en/downloads/DS119230Windows – v1.52.007https://datacentersupport.lenovo.com/us/en/downloads/DS119231

The UPM software can be downloaded from the following link:

Virtual appliance – v1.54.167https://datacentersupport.lenovo.com/us/en/downloads/DS112919Windows – v1.54.167https://datacentersupport.lenovo.com/us/en/downloads/DS119229


https://datacentersupport.lenovo.com/us/en/downloads/DS119229




UPP and UPM Compatibility Matrix

The following are compatibility matrix for UPP and UPM operating system and compatibility matrix for UPM infrastructure connectors. This information is current as of April 2017.

UPP and UPM Operating System Compatibility Matrix

The following table lists the compatible operating systems for UPP and UPM.

UPP UPM

Operating System Version v1.52 v1.54Windows Server 2016 Standard, Enterprise, Essential Yes Yes

Windows Server 2012 R2 Standard, Enterprise, Essential Yes Yes

Windows Server 2012 Standard, Enterprise, Essential Yes Yes

Windows Server 2011 Small Business Server and Home Server Yes Yes

Windows Server 2011 R1 & R2 (Standard, Enterprise, Datacenter) Yes Yes

Windows Server 2008 Small Business Server Yes Yes

Windows Server 2008 R1 & R2 (Standard, Enterprise, Datacenter) Yes Yes

Windows Server 2003 Small Business Server R2 No No

Windows 10 Standard, Pro and Enterprise Yes Yes

Windows 8.1, 8 Standard, Pro and Enterprise Yes Yes

Windows 7 Enterprise, Ultimate, Professional, Home Premium, Home Basic

Yes Yes

RedHat RHEL 7.2, 7.1, 7.0, 6.7, 6.6, 6.5, 5.11, 5.10, 5.9

Yes N/A

RedHat Fedora Core 23, 22 Yes N/A

SUSE SLES 12-SP1, 12, 11-SP4, 11-SP3, 10-SP4 Yes N/A

SUSE OpenSuse 13.2, 13.1, 12.3 Yes N/A

Debian GNU Linux Debian 8.2, 7 Yes N/A

Ubuntu 15.10, 15.04, 14.04 LTS Yes N/A

VMware ESXi 6.0 (u2), 5.5 (u3) Yes Yes

Hyper-V Server Core 2012 R2, 2012, 2008 R2 Yes Not tested

Citrix Xen Server 6.5, 6.2 Yes N/A


UPM Infrastructure Connector Compatibility Matrix

The following table lists the compatible virtual operating systems that are compatible with the UPM infrastructure connector.

UPM UPM

Operating System Version v1.50 v1.54VMware

vCenter 6.5, 6.0, 5.5 Yes Yes

Site Recovery Manager (SRM) 6.0, 5.5 Yes Yes

Citrix

XenCenter 6.5, 6.2 Yes Yes

XenServer 6.5, 6.2 Yes Yes

Microsoft

SCVMM 2016, 2012 R2, 2012, 2008 R2 Yes Yes

Nutanix

Prism Version 4 No Yes

Acropolis Version 4 No Yes

Cisco

UCS Manager 3.0, 2.2, 2.1 Yes Yes

NetApp

Data ONTAP 8.2, 8.1.2, 8.1.1 Yes Yes

Note: The UPM Infrastructure Connectors require at least Java 1.7 or later. To download the latest version of Java visit the Java website here: https://java.com/en/download/


https://java.com/en/download/

UPS Shipment – What's in the box?This section discusses the items shipped with the UPS, MBP, and EMP.

UPSEach UPS is shipped in 1 box with the following contents:

Tower• UPS• RS232 communication cable• USB communication cable• 2 connection cables for the protected equipments (5595-1AX and 5595-2AX)• Documentation and software kit

2U Rack 100/120V• UPS• Front panel parts• Mounting kit for 19-inch bays• UPS Network Management Card (3AX and 3KX only)• RS232 communication cable• USB communication cable• Documentation and software kit• 2 supports for the upright (tower) position

2U Rack 200/230V• UPS• Mounting kit for 19-inch enclosures• UPS Network Management Card ( 3AX and 3KX only)• 2 connection cables for the protected equipment• 2 cable locking systems• R232 communication cable• USB communication cable• Documentation and software kit

3U Rack• UPS• Rail kit for 19-inch enclosures• Cable gland for Input/Output connection• UPS Network Management Card• RS232 communication cable• USB communication cable• Screwdriver• (2) cable lockers for 16A outlets• (2) cable lockers for 10A outlets• (2) IEC 10A cables• Documentation and software kit• 2 supports for the upright (tower) position


6U Rack• UPS• 2 supports for the upright (tower) position• Rail kit for 19-inch enclosures• (3) Cable glands for Input/Output connection• UPS Network Management Card• RS232 communication cable• USB communication cable• Tower stands• Documentation and software kit• Screwdriver

Maintenance Bypass (MBP) 1phThis is for 8kVA/11kVA single phase UPSs only.

• MBP I/O cover• MBP I/O "UPS connection" cover• (2) conduits with internal wires for UPS Input/Output connection• (4) conduit fittings• Fixation kit for MBP I/O covers (including screws)• Rack kit for 19-inch enclosures• Fixation kit for Rack mounting (including square nuts and screws)• Tower and wall mounting kit (including 2 ears and screws)

Maintenance Bypass (MBP) 3phThis is for 8kVA/11kVA single phase UPSs only.

• (2) cable glands for UPS Input Bypass connection (optional)• Rack kit for 19-inch enclosures – including square nuts and screws• Tower and Wall mounting kit (including 2 ears and screws)

Extended Battery Module (EBM)• One Environmental Monitoring Probe (EMP)• Screws• Hook-and-loop fasteners• Tie wrap• Ethernet cable• Warranty and Important Notices Flyer • Environmental Notices CD


Reference The following section can be used as a reference for the contents in this guide.

Universal Rack PDU/UPS line cords

This section covers all the plugs on each line cord used with the UPSs.

• North America & Japan 100/120V NEMA 5-15P • North America & Japan 100/120V NEMA 5-20P • North America & Japan 100/120V NEMA L5-30P • North America & Japan 200/208V NEMA L6-20P • Europe CEE7-VII • Denmark/Switzerland IEC 309 P+N+G • Denmark DK2-5a • Switzerland SEV 1011 T23 • Switzerland SEV 1011-S24507 • Italy CEI 23-16 • Israel SI 32 • South Africa SABS 164 • UK BS 1363/A • Australia/NZ AUS/NZ 3112 • S. Korea KSC 8305 • Brazil NBR 14136 • Brazil NBR 6147 • India IS 6538 • Argentina IRAM 2073 • Taiwan CNS 10917 – 125V • Taiwan CNS 10917 – 250V • China GB 2099.1 • IEC320 C19 to C20 • NEMA L6-30 • IEC 309 P+N+G – 32A@220-240V 1ph • AUS/NZ 3112 32A – 32A@230V 1ph • KSC 8305 30A – 30A@220V 1ph


North America & Japan 100/120V NEMA 5-15P

Detachable 4.3m, 15A/100-120V, C13 to NEMA 5-15P Line Cord

North America & Japan 10A/250V NEMA 6-15P

P/N: 46M2592, Detachable 2.8m, 10A/250V C13 to NEMA 6-15P


Figure 102: NEMA 5-15P plug

Figure 103: NEMA 6-15P

North America & Japan 100/120V NEMA 5-20P

Detachable 4.3m, 20A/100-120V, NEMA 5-20P Line Cord

North America & Japan 100/120V NEMA L5-30P

Attached 4.3m, 30A/100-120V, NEMA L5-30P Line Cord


Figure 104: NEMA 5-20P plug

Figure 105: NEMA L5-30P plug

North America & Japan 200/208V NEMA L6-20P

Detachable (P/N: 40K9772) 4.3m, 20A/200-240V, NEMA L6-20P Line Cord

Japan JIS C-8303

P/N: 46M2593, Detachable Japan 10A/100V C13 to JIS C-8303 2.8m line cord

Europe CEE7-VII

P/N: 39Y7917 2.8m, 10A/230V, C13 to CEE7-VII (Europe) Line CordP/N: 81Y2376 4.3m, 10A/230V, C13 to CEE7-VII (Europe) Line Cord


Figure 108: CEE7-VII Europe plug

Figure 106: NEMA L6-20P plug

Figure 107: JIS C-8303

Denmark/Switzerland IEC 309 P+N+G

P/N: 40K9769 4.3m, 16A/230V, C19 to Denmark IEC 309 P+N+G (Denmark/Switzerland) Line Cord

Denmark DK2-5a

P/N: 39Y7918 2.8m, 10A/230V, C13 to DK2-5a (Denmark) Line CordP/N: 81Y2382 4.3m, 10A/230V, C13 to DK2-5a (Denmark) Line Cord


Figure 109: Denmark/Switz. IEC 309 P+N+G plug

Figure 110: Denmark DK2-5a

Switzerland SEV 1011 T23

P/N: 81Y2391 4.3m, 16A/230V, C19 to SEV 1011 T23 (Switzerland) Line Cord

Switzerland SEV 1011-S24507

P/N: 39Y7919 2.8m, 10A/230V, C13 to SEV 1011-S24507 (Switzerland) Line CordP/N: 81Y2390 4.3m, 10A/230V, C13 to SEV 1011-S24507 (Switzerland) Line Cord


Figure 111: Switzerland SEV 1011 T23

Figure 112: Switzerland SEV 1011-S24507

Italy CEI 23-16

P/N: 39Y7921 2.8m, 10A/230V, C13 to CEI 23-16 (Italy) Line CordP/N: 81Y2380 4.3m, 10A/230V, C13 to CEI 23-16 (Italy) Line Cord

Israel SI 32

P/N: 39Y7920 2.8m, 10A/230V, C13 to SI 32 (Israel) Line CordP/N: 81Y2381 4.3m, 10A/230V, C13 to SI 32 (Israel) Line Cord


Figure 113: Italy CEI 23-16 plug

Figure 114: Israel SI 32

South Africa SABS 164

P/N: 39Y7922 2.8m, 10A/230V, C13 to SABS 164 (South Africa) Line CordP/N: 81Y2379 4.3m, 10A/230V, C13 to SABS 164 (South Africa) Line Cord

UK BS 1363/A

P/N: 39Y7923 2.8m, 10A/230V, C13 to BS 1363/A (UK) Line CordP/N: 81Y2377 4.3m, 10A/230V, C13 to BS 1363/A (UK) Line Cord


Figure 115: South Africa SABS 164 plug

Figure 116: UK BS 1363/A plug

Australia/NZ AUS/NZ 3112

P/N: 39Y7924 2.8m, 10A/230V, C13 to AS/NZS 3112 (Aus/NZ) Line CordP/N: 81Y2383 4.3m, 10A/230V, C13 to AS/NZS 3112 (Aus/NZ) Line Cord

S. Korea KSC 8305

P/N: 39Y7925 2.8m, 10A/220V, C13 to KSC 8305 (S. Korea) Line CordP/N: 81Y2385 4.3m, 10A/220V, C13 to KSC 8305 (S. Korea) Line Cord


Figure 117: AUS/NZ 3112 Australia/NZ plug

Figure 118: S. Korea KSC 8305

Brazil NBR 14136

P/N: 69Y1989 4.3m, 16A/220-240V, C19 to NBR 14136 (Brazil) Line Cord

Brazil NBR 6147

P/N: 39Y7929 2.8m, 10A/125V, C13 to NBR 6147 (Brazil) Line CordP/N: 81Y2387 4.3m, 10A/125V, C13 to NBR 6147 (Brazil) Line Cord


Figure 119: Brazil NBR 14136 plug

Figure 120: Taiwan CNS 10917 – 250V

India IS 6538

P/N: 39Y7927 2.8m, 10A/240V, C13 to IS6538 (India) Line CordP/N: 81Y2386 4.3m, 10A/240V, C13 to IS6538 (India) Line Cord

Argentina IRAM 2073

P/N: 39Y7930 2.8m, 10A/220V, C13 to IRAM 2073 (Argentina) Line CordP/N: 81Y2384 4.3m, 10A/220V, C13 to IRAM 2073 (Argentina) Line Cord


Figure 121: India IS 6538 plug

Figure 122: Argentina IRAM 2073 plug

Taiwan CNS 10917 – 125V

P/N: 81Y2374 2.8m, 10A/125V, C13 to CNS 10917 – 125V Line CordP/N: 81Y2388 4.3m, 10A/125V, C13 to CNS 10917 – 125V Line Cord

Taiwan CNS 10917 – 250V

P/N: 81Y2374 2.8m, 10A/125V, C13 to CNS 10917 – 125V Line CordP/N: 81Y2388 4.3m, 10A/125V, C13 to CNS 10917 – 125V Line Cord


Figure 123: Taiwan CNS 10917 - 125V

Figure 124: Taiwan CNS 10917 – 250V

China GB 2099.1

P/N: 39Y7928 2.8m, 10A/220V, C13 to GB 2099.1 (China) Line CordP/N: 81Y2378 4.3m, 10A/220V, C13 to GB 2099.1 (China) Line Cord

IEC320 C19 to C2039M5389 – C19 to IEC320 C20 to (2.5m) 16A @ 100-240VAC Single Phase

Also available:39M5388 – C19 to IEC320 C20 to (2.0m) 16A @ 100-250VAC Single Phase


Figure 126: IEC320 C19 to C20 plug

Figure 125: China GB 2099.1

NEMA L6-30

NEMA L6-30P (4.3m) 30A (24A Derated) @ 200V-240V Single Phase

IEC 309 P+N+G – 32A@220-240V 1ph

IEC 309 P+N+G (4.3m) - 32A / 220-240V Single Phase

Only a receptacle or a connector is needed to mate with the plug on the PDU input line cord. See section IEC 309 Plug details on page 131 in this document for further detailson IEC309.

Matching receptacle listing 332R6W IP-67 HUBBELL, Hubbell receptacle P/N HBL332R6WMatching connector listing 332C6W IP-67 HUBBELL, Hubbell connector P/N HBL332C6


AUS/NZ 3112 32A – 32A@230V 1ph

P+N+G (PDL P/N 56P332) Australia/New Zealand connector

KSC 8305 30A – 30A@220V 1ph

P+N+G (Shin Ju P/N SJ-P3302) Korea connector


Additional Plug InformationThe following section discusses more details on the PDU plugs.

IEC 320 ConnectorsThe following table displays the plug types for different hardware such as monitors, switches, servers, high-end servers, power distribution units (PDUs), and Uninterpretable Power Supplies (UPSs).

Name Amp Rating (A)

Connector Usage

C5 – FemaleC6 – Male

2.5A Laptop Power Supplies And Other Portable Power Supplies


2.5A Laptop Power Supplies And Other Portable Power Supplies


10A Desktop Computers, Monitors, Switches, And Servers


10A Used In Hot Conditions Since It Is Rated To 1200C (2480F), Unlike C13/C14 Which Is RatedTo 700 C(1580 F)


16A 16A Blade Chassis, Flex System, High-power Servers, UPSs, PDUs, And Other High Current Equipment. Note: IEC 320 has changed to IEC 60320 IEC 309

Note: IEC 320 has changed to IEC 60320


IEC 309 Plug details

This section discusses the IEC 309 plug.

IEC 309 Plug Sleeve Ratings

The color of the sleeve around a plug indicates its voltage rating. The colors and ratings are listed below.


Figure 127: Plug color decoder

IEC 309 Pin Decode

The following table is a break down of the Hubbell (HBL) part number. The numbers and letters circled in red below is an example HBL part number: HBL460R9W.

The P/N: HBL460R9W plug description is listed below:

HBL460R9W = 4 pin (3ph), 60A, Receptacle, 9 ground (G) clock face pin position,

Watertight.

Note: The number of pins indicates the phase: 3 pins = 1ph, 4 pins = 3ph Δ, and 5 pins = 3 ph Y

The device types (R, C, P, and B) are pictured below.


Ingress Protection (IP) Decode

Example: IP67 = Ingress Protection / Dust-Tight / Temporary Immersion

Three Phase Power Calculation Diagrams

The following figures explain three phase power values for various amperage.

60A Three Phase Delta Power Calculations








Background on Power Factor (pf) and UPS Sizing

UPS systems typically have two ratings, KVA and Watts. In the past, there has been some confusion over how these numbers should be used for planning purposes. This guide will explain the difference between the two and how each is used in the planning process.

To establish the basis of terminology used in this guide, here are some brief definitions.

• Apparent Power (S) – The product of voltage and current in AC circuits. Apparent power includes capacitive or inductive elements and has units of Volt-Ampere or VA.

• Real Power (P) – Energy delivered to do useful work (like powering a server). Real power does not include capacitive or inductive elements

• Reactive Power (Q) – The peak power in a reactive load. Reactive power is the imaginary part of apparent power and has units of var.

• Power Factor (pf) – The ratio between real and apparent power. Power factor ranges between zero and one and is unit less. Power factor can be leading (capacitive) or lagging (inductive).

The relationship between all of these is best understood graphically.

The x axis is the real part of the apparent power and the y axis represents the imaginary part of S. The apparent power by definition is the vector sum of the real and reactive power.

Translating this to terms that most are familiar with, think of a freshly poured glass of beer. When the glass is full it is considered collectively as a beer and is equivalent to apparent power S. This collective beer is made up of liquid beer (real power P) and foam (reactive power Q). The liquid beer (real power P) is what is desired, but you must pay for the foam (reactive power Q) as well. The better the bartender (power supply vendor) the more liquidbeer (real power P) and less foam (reactive power Q) you get.Back to the math, we introduce the concept of power factor. Power factor is a dimensionless number between 0 and 1 and can be calculated through the following relationship.

Power factor, more importantly power factor correction, is important because loads with


low power factor require higher current than loads with a power factor closer to 1. When planning circuits, PDUs, and UPS systems, a higher power factor is desired to minimize the current draw on the infrastructure and maximize power distribution efficiency.

Getting into a little more detail, pf=1 means that all energy supplied in the circuit is consumed by the load, which is purely resistive. As the power factor decreases (pf<1) the circuit is said to have become more reactive. A reactive circuit stores energy in the load forpart of the AC cycle which is then returned to the source later in the cycle. At the opposite end, pf=0 means that the energy supplied at one point in the cycle is stored in the load andreturned to the source at another point in the cycle.

Today’s IT equipment, for the most part, employs some type of power factor correction. This means that the switching power supply units in the IT equipment are designed to appear as resistive devices to the electrical infrastructure with a power factor (pf) of approximately one (pf=1). In reality, the power factor changes with theload on the IT equipment, but under nominal conditions of today’s modern IT equipment, the power factor is in the range of 0.96 to 0.99.

When a UPS is rated, two numbers are typically given, KVA and Watts. The KVA and Watts represent the input apparent and real power respectively. Looking at the quotient of the input ratings gives the designed input power factor.

The output of a UPS is restricted to the current limitation of the outlets of the UPS. This limitation can be defined as individual outlet limitations and/or group limitations. The total outlet current limitation of the UPS will be such that the capacity of the UPS will not be exceeded.

Using the tables that accompany each UPS in this guide, one is able to calculate run time by knowing the approximate real-load and number of external battery module(s) (if applicable).


APPENDIX The following section contains the label ratings for all System x hardware.

Label Ratings

This section contains the label ratings for Lenovo systems including Flex System, NeXtScale System, BladeCenter, Top of Rack Switches, System x servers, Storage, iDataPlex, and xSeries Servers.

Label Ratings Explained

The "Rating" is the label rating of the product. It is the absolute worst case power consumption for afully configured system or chassis. This means all DIMM slots, CPU sockets, PCI slots, HDD slots etc., are fully populated and are running at maximum capacity assuming the worst case power load across the entire system/chassis. It is calculated on assuming the highest power consuming hardware is installed, for example: 130W CPUs, quad rank DIMMs, 15k HDD spindles etc. It also assumes highest fan speeds.

For these reasons, if a system is running with 130W CPUs for example, it is not realistic to provide the rating number as an accurate guide for the systems power load. Use the System x Power Configurator tool to better define the hardware's power draw. The tool is available for download from:https://datacentersupport.lenovo.com/no/en/solutions/lnvo-pwrconf


http://www.lenovofiles.com/systemx-power-configurator.html

Flex System Enterprise Chassis Label Rating

The following table represents the label rating numbers for the Flex System Enterprise Chassis.

Chassis Power Supply Wattage

Power Supplies Standard

Power Supplies Max

100-127V Rating

200-240V Rating

240-380V Rating

Flex Enterprise

2100W 2 6 - 11.8A / Supply -

Flex Enterprise

2500W 2 6 - 13.85A / Supply

-

Flex Enterprise

2500W DC*

2 6 - - 11.5A / Supply

* This PSU can only be used with the HVDC PDU

NeXtScale System Chassis Label Rating

The following table represents the label rating numbers for the NeXtScale System Chassis.

Chassis Power Supply Wattage


Power Supplies Max

100-127V Rating

200-240V Rating

n1200 900W 6 6 6.8A / Supply 5A / Supply

n1200 1300W 2 6 - 6.9A / Supply


BladeCenter System Chassis Label Rating

The following table represents the label rating numbers for the BladeCenter System Chassis.

Chassis Power SupplyWattage


Power SuppliesMax

100-127V Rating

200-240V Rating

BC-E 2000W 2 4 - 12A / Supply

BC-E 2320W 2 4 - 13.8A / Supply

BC-H 2900W 2 4 - 16A / Supply +16A / Supply +5A / Blower = 37A / Connector

BC-H 2980W 2 4 - 16A / Supply +16A / Supply +5A / Blower = 37A / Connector

BC-HT 3160W 2 4 - 16A / Supply

BC-T 1300 2 4 - 8A / Supply

BC-S 950W/1450W* 2 4 11.2A/ Supply 8A / Supply* - 950W is at 100-127V and 1450W is at 200-240V


System x Tower Server Label RatingThe following table represents the label rating numbers for System x Tower Servers.

Server Power Supply Wattage

Power Supplies

Server Ratings Redundant @ 100-127VStandar

dMax

100-127V

200-208V

220-240V

x3100 x3100 (4348) 310W 1 1 4.5A 2.25A -

x3100 M3 (4253) 350W 1 1 4.9A 2.4A -

x3100 M4 (2582) 300W 1 1 6A 3A -

x3100 M4 (2582) 350W 1 1 7A 3.5A -

x3100 M5 (5457) 300W 1 1 4A 3A -

x3100 M5 (5457) 350W 1 1 4.5A 2.2A

x3100 M5 (5457) 430W 2 2 5A 2.5A -

x3105 (4347) 310W 1 1 4.5A 2.25A -

x3200x3200 (4362, 4363) 400W 1 1 5.5A 2.75A -

x3200 (4362, 4363) 430W 1 2 5.5A 2.75A Yes

x3200 M2 (4367, 4368)

401W 1 1 5.5A 2.75A -

x3200 M2 (4367, 4368)

430W 1 2 5.5A 2.75A Yes

x3200 M2 (9234) 400W 1 1 5.5A 2.75A -

x3200 M2 (9234) 430W 1 2 5.5A 2.75A Yes

x3200 M3 (7327, 7328)

401W 1 1 5.5A 2.75A -

x3200 M3 (7327, 7328)

430W 1 2 5.5A 2.75A Yes

x3300x3300 M4 (7382) 460W 1 1 5.3A 2.6A -

x3300 M4 (7382) 550W 1 2 6.5A 3.3A Yes

x3300 M4 (7382) 750W 1 2 8.9A 4.5A Yes

x3400x3400 (7973, 7974) 670W 1 1 5A 2.5A -



Power Supplies


dMax

100-127V

200-208V

220-240V

x3400 (7975, 7976) 835W 1 2 6.5A 3.25A Yes

x3400 M2 (7836, 7837)

670W 1 1 10A 5A -

x3400 M2 (7836, 7837)

920W 1 2 10A 5A Yes

x3400 M3 (7378, 7379)

670W 1 1 10A 5A -

x3400 M3 (7378, 7379)

920W 1 2 10A 5A Yes

x3500x3500 (7977) 835W 1 2 6.5A 3.25A Yes

x3500 M2 (7839) 670W 1 2 10A 5A -

x3500 M2 (7839) 920W 1 2 10A 5A Yes

x3500 M3 (7380) 670W 1 2 10A 5A -

x3500 M3 (7380) 920W 1 2 10A 5A Yes

x3500 M4 (7383) 750W 1 2 8.9A 4.5A Yes

x3500 M4 (7383) 900W 1 2 10A 5A Yes


System x Rack Server Label Rating

The following table represents the label rating numbers for System x Rack Servers.


Power Supplies


dMax 100-

127V200-208V

220-240V

x3250x3250 (4364, 4365)

350W 1 1 6A 3A -

x3250 M2 (4190, 4194)

351W 1 1 4.5A 2.25A -

x3250 M3 (4251, 4252)

351W 1 1 4.5A 2.25A -

x3250 M4 (2583) 300W 1 1 6A 3A -

x3250 M4 (2583) 460W 1 2 5.3A 2.6A Yes

x3250 M5 (5458) 460W 1 2 5.3A 2.6A Yes

x3250 M5 (5458) 300W 1 1 6A 3A -

x3350x3350 (4192, 4193)

450W 1 2 4.1A 2A Yes

x3455x3455 (7984) 650W 1 1 6.1A 3.0A -

x3455 (7940, 7941)

650W 1 1 6.1A 3.0A -

x3530x3530 M4 (7160) 460W 1 2 5.3A 2.6A Yes

x3530 M4 (7160) 675W 1 2 7.8A 3.8A Yes

x3550x3550 (7879) 670W 1 2 7A 3.5A Yes

x3550 M2 (7946) 675W 1 2 7.8A 3.8A Yes

x3550 M3 (7944) 460W 1 2 5.3A 2.6A Yes

x3550 M4 (7914) 550W 1 2 6.5A 3.3A Yes

x3550 M4 (7914) 750W 1 2 8.9A 4.5A Yes


x3550 M3 (7944) 675W 1 2 7.8A 3.8A Yes

x3620x3620 M3 (7376) 460W 1 2 5.3A 2.6A Yes


Power Supplies


dMax 100-

127V200-208V

x3620 M3 (7376) 675W 1 2 7.8A 3.8A Yes

x3630x3630 M3 (7377) 675W 1 2 7.8A 3.8A Yes

x3630 M4 (7158) 550W 1 2 6.5A 3.3A Yes

x3630 M4 (7158) 750W 1 2 8.9A 4.5A Yes

x3650x3650 (7979) 835W 1 2 9.7A 4.85A Yes

x3650 T (7980) 600W 2 2 6A 3A Yes

x3650 M2 (7838) 675W 1 2 7.8A 3.8A Yes

x3650 M2 (7947) 675W 1 2 7.8A 3.8A Yes

x3650 M3 (7945) 460W 1 2 5.3A 2.6A Yes

x3650 M3 (7945) 675W 1 2 7.8A 3.8A Yes

x3650 M4 (7915) 550W 1 2 6.5A 3.3A Yes

x3650 M4 (7915) 750W 1 2 8.9A 4.5A Yes

x3650 M4 (7915) 900W 1 2 10A 5A Yes

x3650 M4 BD (5466)

750W 1 2 8.9A 4.5A Yes

x3650 M4 BD (5466)

900W 1 2 10A 5A Yes

x3650 M4 HD (5460)

550W 1 2 6.5A 3.3A Yes

x3650 M4 HD (5460)

750W 1 2 8.9A 4.5A Yes

x3650 M4 HD (5460)

900W 1 2 10A 5A Yes

x3655x3655 (7985) 835W 1 2 9.7A 4.85A Yes


x3690 X5x3690 X5 (7147, 7148)

675W 1 1 7.8A 3.8A Yes

x3690 X5 (7147, 7148)

675W 2 4

Server Rating 15.6A 7.6A Yes

Power Supply Rating (per plug) 7.8A 3.8A Yes

x3750x3750 M4 (8722) 900W 1 2 10A 5A Yes


Power Supplies


dMax 100-

127V200-208V

x3750 M4 (8722) 1400W 1 2 10A 8A Yes

x3755x3755 (8877, 7163)

1500W 1 2 17.6A 8.8A No

x3755 M3 (7164) 1100W 1 1 12 6.7A -

x3755 M3 (7164) 1100W 2 3

Server Rating 19A 11.6A Yes

Power Supply Rating (per plug) 12A 6.7A Yes

x3800x3800 (8866) 775W 2 3 18.4A 9.2A Yes

x3850/x3950x3850 (8863, 8864)

1300W 1 2 15.75A 7.875A No

x3950 (8872, 8878)

1300W 2 2 15.75A 7.875A No

x3850/3950 M2 (7141)

1440W 1 2 17.2AA 8A No

x3850/3950 M2 (7233)

1440W 1 2 17.2AA 8A No

x3850 X5 (7143, 7145)

1975W 2 2 20A 12A 10A No

x3850 X6 (3837) 900W 2 4 10A 5A Yes


x3850 X6 (3837) 1400W 2 4 10A 8A Yes

x3850 X6 DC* (3837)

750W** 2 4 - - -

* Input Voltage Range: -48V (-30V to -60V), max input Amps@-36V = 24A** DC model requires the use of a HVDC PSU


DS Storage Label Rating

The following table represents the label rating numbers for the DS Storage Units.

Storage Device

Power Supply Wattage

100-127V Rating 200-240V Rating

DS3200 515W 3.9A 1.95A

DS3300 515W 3.9A 1.95A

DS3400 515W 3.9A 1.95A

DS3512 385W 3.8A 1.9A

DS3524 330W 3.8A 1.9A

DS4100 390W 3.01A 1.57A

DS4200 390W 4.45A 2.27A

DS4800 390W 5A 2.25A

DS5020 600W 6A 2.5A

DS5100 580W 5.4A 2.25A

DS5300 580W 5.4A 2.25A

DCS 3860 896W 15A 7A


Expansion (EXP) Unit Storage Label Rating

The following table represents the label rating numbers for the Storage Expansion Units.

Storage Device



EXP420 600W 4.54A 2.27A

EXP500 390W 3.9A 1.98A

EXP700 390W 3.9A 1.98A

EXP710 390W 3.9A 1.98A

EXP810 600W 4.54A 2.27A

EXP3000 390W 3.9A 1.98A

EXP3500 330W 3.8A 1.9A

EXP5000 580W 5.4A 2.25A

EXP520 600W 6A 2.5A

EXP3800 802W 15A 7A

IBM Storwize Label Rating

The following table represents the label rating numbers for the IBM Storwize Storage Units.

Storage Device Power Supply Wattage


Storwize V3500 735W 3.93A 1.96A

Storwize V3700 735W 3.93A 1.96A

Storwize V3700 DC 800W 9.89A 4.89A

Storwize V3700 EXP 735W 3.26A 1.63A

Storwize V3700 DC EXP

800W 7.72A 3.39A

Storwize V7000 580W 8A 3A

Storwize V7000 764W 10A 6A


iDataPlex Chassis Label Rating

The following table represents the label rating numbers for the Storwize Storage Units.

Chassis Slot Configuration


Number of Power Supplies

Chassis Rating

Standard

Max

2U Flex Chassis(7831, 6385)

2 Planars 900W HighEfficiency

1 1 100V – 8.62A110V – 7.71A115V – 7.35A120V – 7.00A127V – 6.63A200V – 4.19A208V – 3.98A220V – 3.81A230V – 3.61A240V – 3.46A


1 Planar with I/O Tray

900W HighEfficiency



1 Planar with StorageTray

900W HighEfficiency

1 1 100V – 5.54A110V – 4.89 A115V – 4.67A120V – 4.44A127V – 4.20A200V – 2.67A208V – 2.56A220V – 2.43A230V – 2.33A240V – 2.24A


Chassis Slot Configuration


Number of Power Supplies

Chassis Rating

Standard Max3U Storage Chassis(7834, 6386)

900W HighEfficiency



2 Planars Dual 750WPowerSupply

2 2 200V – 3.90A208V – 3.80A220V – 3.53A230V – 3.38A240V – 3.22A


1 Planar with I/O Tray

Dual 750WPowerSupply

2 2 200V – 2.37A208V – 2.27A220V – 2.15A230V – 2.05A240V – 1.97A


1 Planar with StorageTray


2 2 200V – 2.43A208V – 2.32A220V – 2.19A230V – 2.11A240V – 1.99A

3U Storage Chassis(7834, 6386)


2 2 200V – 2.89A208V – 2.76A220V – 2.61A230V – 2.51A240V – 2.39A


System x Top of Rack (ToR) Ethernet Switch Label Rating

The following table represents the label rating numbers for the ToR Ethernet Switches.

Switch Power Supply Wattage


Power Supplies Max

100-127V Rating

200-240V Rating

Power Supply Inlet

G7028* 100W 1 1 0.465A 0.253A IEC320 C14

G7052* 102W 1 1 0.71A 0.37A IEC320 C14

G8000 150W 2 2 1.5A 0.65A IEC320 C14

G8052 450W 2 2 2.0A 1.0A IEC320 C14

G8124 E^^ 275W 2 2 3.125A 1.63A IEC320 C14

G8264 / T 750W 2 2 3.75A 1.875A IEC320 C14

G8264CS F to R^ 550W 2 2 2.28A 1.3A IEC320 C14

G8264CS R to F^ 750W 2 2 3.75A 1.875A IEC320 C14

G8332 F to R^ 550W 2 2 2.28A 1.3A IEC320 C14

G8332 R to F^ 750W 2 2 3.75A 1.875A IEC320 C14

G8272 F to R, R to F~ 460W 2 2 4.1A 2.5A IEC320 C14

G8296 F to R, R to F` 750W 2 2 3.75A 1.875A IEC320 C14

G8316 F to R, R to F 450W 2 2 3.125A 1.63A IEC320 C14

J48E (4273-48E) 320W 1 2 3.75A 2.0A IEC320 C14

J48E (4273-48E) 600W 1 2 6.75A 3.25A IEC320 C14

J48E (4273-48E) 930W 1 2 5.5A 4.0A IEC320 C14

B48Y (4002AY4) 210W 1 2 2.5A 1.2A IEC320 C14

B24X 300W 1 2 2.5A 1.2A IEC320 C14* Redundant power supplied through external power supply (supports up to 4)^^ DC version is 250W 5.2A@48V DC^ F = Front, R = Rear~ Maximum power: 240W` Maximum power: 420W


xSeries Server Label Rating

The following table represents the label rating numbers for xSeries Servers.


Power Supplies

Server Ratings Redundant @ 100-127VStandard Ma

x100-127V

200-208V

220-240V

x100 310W 1 1 4.5A 2.25A -

x206 400W 1 1 5.5A 2.75A -

x206 430W 1 2 5.5A 2.75A Yes

x226 530W 1 1 7A 3.5A -

x226 514W 1 2 7A 3.5A Yes

x236 670W 1 2 8.93A 4.465A Yes

x255 370W 2 4 10A 5A Yes

x260 775W 2 3 18.4A 9.2A No

x306 350W 1 1 4.3A 2.15A -

x335 332W 1 1 4A 2A -

x335 411W 1 1 3.5A 1.75A -

x336 585W 1 2 5.5A 2.75A Yes

x346 625W 1 2 8.3A 4.15A Yes

x366 1300W 1 2 15.75A 7.875A No

x445 1200W 2 2 9.5A 4.75A No

x445 16-way 1200W 4 4 19A 9.5A No

x460 1300W 2 2 15.75A 7.875A No


Old UPS Installation and Maintenance Manuals (IBM)

The following table contains links to the old UPS units sold previously by IBM. For links to the newest Lenovo UPS units, visit the Installation Manuals section.

UPS Description Machine Type / Model(s)

Link

IBM UPS 750TLV 2130-1TX, 2130-R1X MIGR-52976

IBM UPS 750THV 2130-2TX, 2130-R2X MIGR-52976

IBM UPS 750TJV 2130-7TX, 2130-R7X MIGR-52976







IBM UPS3000XLV 2130-R30 MIGR-45080

IBM UPS3000XHV 2130-R31 MIGR-45080

IBM UPS7500XHV 2130-6RX, 2130-3RX MIGR-58641 (UPS)MIGR-58642 (ERBP)

IBM UPS7500JHV 2130-3JX MIGR-58641 (UPS)MIGR-58642 (ERBP)

IBM UPS10000XHV 2130-8RX, 2130-4RX MIGR-58641 (UPS)MIGR-58642 (ERBP)

IBM UPS 10000JHV 2130-4JX MIGR-58641 (UPS)MIGR-58642 (ERBP)

IBM UPS3000LV 2130-1RX MIGR-5069928MIGR-5083255 (EBM)

IBM UPS3000HV 2130-2RX MIGR-5069928MIGR-5083255 (EBM)

IBM UPS5000HV 2419-5KX MIGR-5082280

IBM 1500VA LCD 2U Rack UPS (100V/120V)

5395-1AX MIGR-5085198

IBM 1500VA LCD 2U Rack UPS (230V) 5395-1KX MIGR-5085198


5395-2AX MIGR-5085198


IBM 3000VA LCD 3U Rack UPS 5395-3AX MIGR-5085198


https://www.ibm.com/support/entry/portal/docdisplay?lndocid=MIGR-5085198&brandind=5000019





























UPS Description Machine Type / Model(s)

Link

(100V/120V)


5395-3JX MIGR-5085198



5395-6AX MIGR-5085548


IBM 11000VA LCD 5U Rack UPS (200V/208V/230V)

5395-9KX MIGR-5086831

IBM 1000VA LCD Tower UPS (100V) 5396-1JX MIGR-5085920

IBM 1000VA LCD Tower UPS (110V) 5396-1AX MIGR-5085920

IBM 1000VA LCD Tower UPS (230V) 5396-1KX MIGR-5085920

IBM 1500VA LCD Tower UPS (100V) 5396-2JX MIGR-5085920

IBM 1500VA LCD Tower UPS (110V) 5396-2AX MIGR-5085920

IBM 1500VA LCD Tower UPS (230V) 5396-2KX MIGR-5085920


https://www.ibm.com/support/entry/portal/docdisplay?lndocid=migr-5085920











Quick Spec Cheat Sheet for System X and ThinkServerNote: Additional outlets may be required depending on the number of systems requiring UPS support. Refer to the following reference table for the number of outlets on each UPS system.

Reference table:

System X Tower


System X Rack


ThinkServer


Data Center Service Offerings

The Lenovo Data Center Services (DCS) team offers a variety of offerings for the data center.

A brief list of offerings are listed below:

• Water Cool Technology for NeXtScale and D2 System: Planning, installation and implementation

• Data Center Rack Cooling with Rear Door Heat eXchanger (RDHX)

• Critical System Power Protection Offering – assessment, planning and implementation

• Data Center Power and Cooling Resiliency Assessment

• Dense/HPC System Thermal Modeling and Assessment

• Data Center Baseline Cooling Assessment

• Air Management and Control

• Data Center Best Practices Workshop

• Data Center Design and Build Consulting Services

For additional information on DCS offerings, refer to the following link:

• http://download.lenovo.com/servers_pdf/dcs_offerings_v3.0.0.pdf


https://download.lenovo.com/servers_pdf/dcs_offerings_v3.0.0.pdf

Support & Helpful LinksFor comments, questions, errors or recommendations, please contact the Lenovo Powerteam at: [email protected]

Helpful Links

Power and Cooling Guideshttps://datacentersupport.lenovo.com/no/en/documents/lnvo-powinf

Power Configuratorhttps://datacentersupport.lenovo.com/no/en/solutions/lnvo-pwrconf

Hubbell - Twist Lock Plug/Outlet Catalog (Includes NEMA Outlets)http://www.hubbellcatalog.com/wiring/catalogpages/section-b.pdf

Hubbell - Pin & Sleeve Plug/Outlet Catalog (Includes IEC309 Outlets)http://www.hubbellcatalog.com/wiring/catalogpages/section-E.pdf

System x Configuration and Options Guidehttp://www.lenovo.com/us/en/cog/

Official System x Visio Stencilshttp://www.visiocafe.com/ lenovo .ht m h ttp://www.visiocafe.com/ibm,htm


http://www.visiocafe.com/ibm,htm

http://www.visiocafe.com/ibm,htm

http://www.visiocafe.com/lenovo.htm




http://www.lenovo.com/us/en/cog/

http://www.hubbellcatalog.com/wiring/catalogpages/section-E.pdf

http://www.hubbellcatalog.com/wiring/catalogpages/section-b.pdf

https://www-947.ibm.com/support/entry/portal/docdisplay?lndocid=LNVO-PWRCONF

https://support.lenovo.com/no/en/solutions/lnvo-powinf


LENOVO UPS

The Lenovo UPS portfolio provides extended power

protection with increased efficiency and simplified power

management to safeguard high-availability of Lenovo server

environments.

2020-12-10

Technical Specifications and

Operating Environment

Lenovo UPS Specifications 1 December 10, 2020

Table of Contents

Tower 1kVA and 1.5kVA UPS Technical Specifications ........................................................................... 2

Tower 1kVA UPS Runtime Chart .............................................................................................................. 4

Tower 1.5kVA Tower UPS Runtime Chart ................................................................................................ 4

Tower 1kVA and 1.5kVA UPS Physical Specifications ............................................................................. 5

Tower 1kVA and 1.5kVA UPS Operating Environment ............................................................................ 5

Tower 1kVA and 1.5kVA UPS Agency Approvals .................................................................................... 5

Tower 1kVA and 1.5kVA UPS Warranty ................................................................................................... 5

Tower 1kVA and 1.5kVA UPS Supported Servers ................................................................................... 6

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Technical Specifications .............................................. 7

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 100-125V 2U UPS Runtime Chart ........................................... 11

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 200-240V 2U UPS Runtime Chart ........................................... 12

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Physical Specifications .............................................. 13

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Operating Environment .............................................. 13

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Agency Approvals ...................................................... 14

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Warranty .................................................................... 14

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Supported Servers ..................................................... 14

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Supported Rack Cabinets .......................................... 15

Rack/Tower 5kVA and 6kVA 3U UPS Technical Specifications ............................................................. 16

Rack/Tower 5kVA and 6kVA 3U UPS Runtime Chart ............................................................................ 17

Rack/Tower 5kVA and 6kVA 3U UPS Physical Specifications ............................................................... 17

Rack/Tower 5kVA and 6kVA 3U UPS Operating Environment .............................................................. 18

Rack/Tower 5kVA and 6kVA 3U UPS Agency Approvals....................................................................... 18

Rack/Tower 5kVA and 6kVA 3U UPS Warranty ..................................................................................... 18

Rack/Tower 5kVA and 6kVA 3U UPS Supported servers ...................................................................... 18

Rack/Tower 5kVA and 6kVA 3U UPS Supported rack cabinets ............................................................. 19

Rack/Tower 8kVA and 11kVA 6U UPS Technical Specifications ........................................................... 20

Rack/Tower 8kVA and 11kVA 6U UPS Runtime Chart .......................................................................... 22

Rack/Tower 8kVA and 11kVA 6U UPS Physical Specifications ............................................................. 22

Rack/Tower 8kVA and 11kVA 6U UPS Operating Environment ............................................................ 23

Rack/Tower 8kVA and 11kVA 6U UPS Agency Approvals .................................................................... 23

Rack/Tower 8kVA and 11kVA 6U UPS Warranty ................................................................................... 23

Rack/Tower 8kVA and 11kVA 6U UPS Supported Servers ................................................................... 23

Rack/Tower 8kVA and 11kVA 6U UPS Supported Rack Cabinets ........................................................ 24


Tower 1kVA and 1.5kVA UPS Technical Specifications

Specification T1kVA Tower UPS (100-125VAC)

T1kVA Tower UPS (200-240VAC)

T1.5kVA Tower UPS (100-125VAC)


General

Part number 55951AX 55951KX 55952AX 55952KX

Form factor Tower Tower Tower Tower

Topology Line interactive, high frequency, sinewave output

VA/Watts rating 1000 VA/770 W 1150 VA/770 W 1440 VA/1100 W 1550 VA/1100 W

Efficiency (on utility power)

Up to 97% Up to 97% Up to 97% Up to 97%

Transfer time to battery mode

6 ms typical

Leakage current Leakage current of the equipment does not exceed 3.5 mA

Energy Star compliant

No Yes Yes Yes

Electrical input

Input voltage 100 - 125 V AC 200 - 240 V AC 100 - 125 V AC 200 - 240 V AC

Input frequency 50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz

Max input amperage

8.8 A 5.3 A 12 A 7.1 A

Input connector NEMA 5-15P (12 A) IEC 320 C14 (10 A) NEMA 5-15P (12 A) IEC 320 C14 (10 A)

Input line cord Fixed 1.8 m (6 ft) NEMA 5-15P

Optional Fixed 1.8 m (6 ft) NEMA 5-15P

Optional

Electrical output

Output voltage settings

100/120/125 V AC 200/208/220/230/240 V AC

100/120/125 V AC 200/208/220/230/240 V AC

Output frequency 50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz

Output power capacity

• 100 V AC: 833 VA/641 W

• 120 - 125 V AC: 1000 VA/770 W

• 200 - 208 V AC: 1035 VA/693 W

• 220 - 240 V AC: 1150 VA/770 W

• 100 V AC: 1080 VA/825 W

• 120 - 125 V AC: 1440 VA/1100 W

• 200 - 208 V AC: 1395 VA/990 W

• 220 - 240 V AC: 1550 VA/1100 W

Output connectors

8x NEMA 5-15R (12 A)

8x IEC 320 C13 (10 A)

8x NEMA 5-15R (12 A)

8x IEC 320 C13 (10 A)

Output load segments

• Primary: 4x 5-15R

• Group 1: 2x 5-15R

• Group 2: 2x 5-15R

• Primary: 4x C13

• Group 1: 2x C13

• Group 2: 2x C13

• Primary: 4x 5-15R

• Group 1: 2x 5-15R

• Group 2: 2x 5-15R

• Primary: 4x C13

• Group 1: 2x C13

• Group 2: 2x C13


Tower 1kVA and 1.5kVA UPS Technical Specifications

Specification T1kVA Tower UPS (100-125VAC)

T1kVA Tower UPS (200-240VAC)



Batteries

Battery type Valve Regulated Lead Acid (VRLA): Maintenance-free, sealed, and leak-proof

Battery capacity 9 Ah 9 Ah 9 Ah 9 Ah

Battery management

ABM technology or temperature-compensated charging method (user selectable), automatic battery test, and deep discharge protection

Battery replacement

Hot-swap internal battery

External battery support

No No No No

Typical backup times

See Runtime Chart See Runtime Chart

Communications and management

USB port (Type B)

Yes Yes Yes Yes

RS-232 serial port (RJ-45)

Yes Yes Yes Yes

10/100 Mbps Ethernet port (RJ-45)

Optional with Network Management Card, 46M4110

Environmental monitoring

Optional with Environmental Monitoring Probe, 46M4113 (requires Network Management Card 46M4110)

Management software

UPS Power Manager and UPS Power Protector

Control panel Intelligent 5-button graphical LCD

LED indicators Power On, On Battery, and Alarm

Remote On/Off and Power Off

Remote On/Off (ROO) and Remote Power Off (RPO) terminal block connector


Tower 1kVA UPS Runtime Chart

Load Run time in minutes

Percentage Watts T1kVA Tower UPS

(100-125VAC) T1kVA Tower UPS

(200-240VAC)

20% 154 W 33 33

30% 231 W 21 21

40% 308 W 15 15

50% 385 W 12 11

60% 462 W 9 9

70% 539 W 8 7

80% 616 W 7 6

90% 693 W 6 5

100% 770 W 5 4

Tower 1.5kVA Tower UPS Runtime Chart

Load Run time in minutes

Percentage Watts T1.5kVA Tower

UPS (100-125VAC) T1.5kVA Tower

UPS (200-240VAC)

20% 220 W 42 42

30% 330 W 25 25

40% 440 W 18 18

50% 550 W 13 13

60% 660 W 11 11

70% 770 W 8 8

80% 880 W 6 6

90% 990 W 5 5

100% 1100 W 4 4

Note: Battery backup times are approximate and can vary with equipment, configuration, battery age, and temperature.


Tower 1kVA and 1.5kVA UPS Physical Specifications

The T1kVA Tower UPS unit has the following physical specifications (approximate):

• Height: 233 mm (9.1 in.)

• Width: 150 mm (5.9 in.)

• Depth: 345 mm (13.6 in.)

• Weight: 11.5 kg (24.4 lb)

The T1.5kVA Tower UPS unit has the following physical specifications (approximate):

• Height: 233 mm (9.1 in.)

• Width: 150 mm (5.9 in.)

• Depth: 445 mm (17.5 in.)

• Weight: 16.2 kg (35.3 lb)

Tower 1kVA and 1.5kVA UPS Operating Environment

The T1kVA and T1.5kVA Tower UPS units are supported in the following environment:

• Temperature (operation):

o T1kVA Tower UPS: 0 - 35 °C (32 - 95 °F) o T1.5kVA Tower UPS: 0 - 40 °C (32 - 104 °F)

• Relative humidity: 5 - 95%

• Maximum altitude (operation): 3,000 m (9,843 ft) Note: These UPS units are not supported in a maritime environment.

Tower 1kVA and 1.5kVA UPS Agency Approvals

The T1kVA and T1.5kVA Tower UPS units conform to the following regulations:

• FCC

• UL

• CSA or cUL

• CE Mark

• NOM

• GOST

• BSMI Taiwan

• CB Report

• VCCI

• C-Tick (Australia)

• IRAM (Argentina)

Tower 1kVA and 1.5kVA UPS Warranty

The T1kVA and T1.5kVA Tower UPS have a three-year limited warranty. Optional features include a one-year warranty.


Tower 1kVA and 1.5kVA UPS Supported Servers

The T1kVA and T1.5kVA Tower UPS offerings are compatible with all ThinkSystem, System x and ThinkServer systems and other devices that require AC power.

To determine the best fit UPS for a particular configuration, the following needs to be considered:

• Total power load of the hardware that will be connected to the UPS

• Number and type of outlets required

• UPS outlet and group limitations for connecting the hardware to the UPS

To determine chassis, node and server overall power capacities, use the Power Configurator tool. The tool can be downloaded from http://support.lenovo.com/documents/LNVO-PWRCONF

To determine the power draw of other devices such as storage and switching that will be attached to the UPS, refer to the products user manual for the maximum power draw.

For additional technical information on the UPS line cords, outlets and grouping refer to the UPS Technical Reference, https://support.lenovo.com/docs/UM104477

http://support.lenovo.com/documents/LNVO-PWRCONF

https://support.lenovo.com/docs/UM104477


Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Technical Specifications

100-125 VAC models

Specification RT1.5kVA 2U Rack or Tower UPS (100-125VAC)

RT2.2kVA 2U Rack or Tower UPS (100-125VAC)

RT3kVA 2U Rack or Tower UPS (100-125VAC)

General

Part number 55941AX 55942AX 55943AX

Form factor 2U Rack or Tower 2U Rack or Tower 2U Rack or Tower


VA/Watts rating 1440 VA/1440 W @ 120 V 1950 VA/1920 W 3000 VA/2700 W


Up to 98% Up to 99% Up to 99%


6 ms typical



Yes Yes Yes

Electrical input

Input voltage 100 - 125 V AC 100 - 125 V AC 100 - 125 V AC

Input frequency 50/60 Hz 50/60 Hz 50/60 Hz

Max input amperage

12 A 16 A 24 A

Input connector NEMA 5-15P (12 A) NEMA 5-20P (16 A) NEMA L5-30P (24 A)

Input line cord Fixed 2.5 m (8 ft) NEMA 5-15P

Fixed 2.5 m (8 ft) NEMA 5-20P

Fixed 2.5 m (8 ft) NEMA L5-30P

Electrical output


100/120/125 V AC 100/120/125 V AC 100/120/125 V AC

Output frequency 50/60 Hz 50/60 Hz 50/60 Hz


• 100 V AC: 1200 VA/1200 W

• 120-125 V AC: 1440 VA/1440 W

• 100 V AC: 1330 VA/1300 W

• 120-125 V AC: 1950 VA/1920 W

• 100 V AC: 2400 VA/2160 W

• 120-125 V AC: 3000 VA/2700 W

Output connectors

• 8x NEMA 5-15R (12 A)

• 8x NEMA 5-20R (16 A)

• 6x NEMA 5-20R (16 A)

• 1x NEMA L5-30R (24 A)


• Master: 4x 5-15R

• Group 1: 2x 5-15R

• Group 2: 2x 5-15R

• Master: 4x 5-20R

• Group 1: 2x 5-20R

• Group 2: 2x 5-20R

• Master: 2x 5-20R, 1x L5-30R

• Group 1: 2x 5-20R

• Group 2: 2x 5-20R



100-125 VAC models




Batteries

Battery type Valve Regulated Lead Acid (VRLA): Maintenance-free, sealed, leak-proof

Battery capacity 7.2 Ah 9 Ah 9 Ah

Battery management

ABM technology or temperature-compensated charging method (user selectable), automatic battery test and deep discharge protection, automatic recognition of external battery units

Battery replacement

Hot-swap internal battery and extended battery modules


Up to 4 (PN 55942BX) Up to 4 (PN 55942BX) Up to 4 (PN 55943BX)


See Runtime Chart


USB port (Type B)

Yes Yes Yes


Yes Yes Yes


Optional with Network Management Card, 46M4110


Optional with Environmental Monitoring Probe, 46M4113 (requires Network Management Card, 46M4110)

Management software

UPS Power Manager (UPM) and UPS Power Protector (UPP)







200-240 VAC models




General

Part number 55941KX 55942KX 55943KX

Form factor 2U Rack or Tower 2U Rack or Tower 2U Rack or Tower


VA/Watts rating 1500 VA/1100 W 2200 VA/1980 W 3000 VA/2700 W


Up to 98% Up to 99% Up to 99%


6 ms typical



Yes Yes Yes

Electrical input

Input voltage 200 - 240 V AC 200 - 240 V AC 200 - 240 V AC

Input frequency 50/60 Hz 50/60 Hz 50/60 Hz

Max input amperage

10 A 16 A 16 A

Input connector IEC 320 C14 (10 A) IEC 320 C20 (16 A) IEC 320 C20 (16 A)

Input line cord Optional Optional Optional

Electrical output


200/208/220/230/240 V AC 200/208/220/230/240 V AC 200/208/220/230/240 V AC

Output frequency 50/60 Hz 50/60 Hz 50/60 Hz


200-240 V AC: 1550 VA / 1100 W

• 200 V AC: 1700 VA/1530 W

• 208 V AC: 1980 VA/1780 W

• 220-240 V AC: 2200 VA/1980 W

• 200 V AC: 2700 VA/2430 W

• 208-240 V AC: 3000 VA/2700 W

Output connectors 8x IEC 320 C13 (10 A) • 8x IEC 320 C13 (10 A)

• 1x IEC 320 C19 (16 A)

• 8x IEC 320 C13 (10 A)

• 1x IEC 320 C19 (16 A)



200-240 VAC models





• Master: 4x C13

• Group 1: 2x C13

• Group 2: 2x C13

• Master: 4x C13, 1x C19

• Group 1: 2x C13

• Group 2: 2x C13

• Master: 4x C13, 1x C19

• Group 1: 2x C13

• Group 2: 2x C13

Batteries2U


Battery capacity 7.2 Ah 9 Ah 9 Ah

Battery management

ABM technology or temperature-compensated charging method (user selectable), automatic battery test and deep discharge protection, automatic recognition of external battery units

Battery replacement

Hot-swap internal battery and extended battery modules


Up to 4 (PN 55942BX) Up to 4 (PN 55942BX) Up to 4 (PN 55943BX)


See Runtime Chart


USB port (Type B) Yes Yes Yes


Yes Yes Yes


Optional with the Network Management Card, 46M4110 Yes (on the NMC)


Optional with the Environmental Monitoring Probe, 46M4113 (requires the Network Management Card, 46M4110)

Management software

UPS Power Manager (UPM) and UPS Power Protector (UPP)






Rack/Tower 1.5kVA, 2.2kVA and 3kVA 100-125V 2U UPS Runtime Chart

Load Run time, Minutes

Percentage Watts No EBM 1x EBM 2x EBMs 3x EBMs 4x EBMs

RT1.5kVA 2U Rack or Tower UPS (100-125 VAC)

20% 288 W 39 171 288 405 523

30% 432 W 23 109 188 266 344

40% 576 W 16 77 134 191 248

50% 720 W 11 54 97 140 183

60% 864 W 7 45 82 119 155

70% 1008 W 6 37 69 101 133

80% 1152 W 5 31 58 86 113

90% 1296 W 4 25 49 72 96

100% 1440 W 3 21 41 62 82


20% 384 W 35 137 242 346 451

30% 576 W 21 83 150 218 286

40% 768 W 13 57 106 155 203

50% 960 W 9 40 75 109 143

60% 1152 W 6 32 59 82 114

70% 1344 W 5 27 49 66 94

80% 1536 W 4 22 40 53 78

90% 1728 W 3 18 34 43 65

100% 1920 W 3 15 29 36 57

RT3kVA 2U Rack or Tower UPS (100-125 VAC)

10% 270 W 55 242 416 590 764

20% 540 W 30 144 247 349 452

30% 810 W 18 87 151 214 277

40% 1080 W 13 61 107 153 199

50% 1350 W 10 41 74 107 140

60% 1620 W 8 35 64 92 121

70% 1890 W 7 29 54 78 103

80% 2160 W 5 25 46 67 88

90% 2430 W 4 22 40 58 77

100% 2700 W 4 19 35 52 68



Rack/Tower 1.5kVA, 2.2kVA and 3kVA 200-240V 2U UPS Runtime Chart




20% 270 W 30 158 267 375 483

30% 405 W 20 105 197 289 380

40% 540 W 14 77 150 223 296

50% 675 W 10 74 125 176 227

60% 810 W 8 61 104 146 189

70% 945 W 7 48 82 117 151

80% 1080 W 5 38 68 97 127

90% 1215 W 4 32 60 88 116

100% 1350 W 3 25 52 78 105


20% 396 W 29 101 181 261 341

30% 594 W 16 66 124 182 240

40% 792 W 10 49 91 132 173

50% 990 W 7 35 66 97 128

60% 1188 W 6 30 56 81 106

70% 1386 W 4 25 45 65 84

80% 1584 W 3 21 38 54 70

90% 1782 W 2 19 34 49 64

100% 1980 W 2 17 30 44 58

RT3kVA 2U Rack or Tower UPS (200-240 VAC)

10% 270 W 65 240 437 636 833

20% 540 W 33 128 223 320 416

30% 810 W 21 84 152 218 285

40% 1080 W 14 59 108 157 205

50% 1350 W 10 44 80 116 152

60% 1620 W 8 37 69 100 131

70% 1890 W 5 31 57 83 110

80% 2160 W 4 26 49 72 95

90% 2430 W 3 23 45 66 87

100% 2700 W 3 21 40 60 79



Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Physical Specifications

The 2U Rack or Tower UPS units have the following physical specifications (approximate):

• Height: 86 mm (3.4 in.)

• Width: 441 mm (17.4 in.)

• Depth:

o RT1.5kVA and RT2.2kVA: 522 mm (20.6 in.) o RT3kVA: 647 mm (25.5 in.)

• Weight: o RT1.5kVA (100-125VAC): 29.4 kg (64.7 lb) o RT2.2kVA (100-125VAC): 29.6 kg (65.3 lb) o RT3kVA (100-125VAC): 39.5 kg (87.2 lb) o RT1.5kVA (200-240VAC): 27.6 kg (60.9 lb) o RT2.2kVA (200-240VAC): 28.5 kg (62.8 lb) o RT3kVA (200-240VAC): 38.1 kg (84.0 lb)

The 2U Rack or Tower Extended Battery Modules have the following physical specifications (approximate):

• Height: 86 mm (3.4 in.)

• Width: 441 mm (17.4 in.)

• Depth:

o RT1.5kVA/RT2.2kVA: 522 mm (20.6 in.) o RT3kVA: 647 mm (25.5 in.)

• Weight: o RT1.5kVA/RT2.2kVA: 32.8 kg (72.3 lb) o RT3kVA: 46.4 kg (102.3 lb)

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Operating Environment

The 2U Rack or Tower UPS units are supported in the following environment:

• Temperature (operation): 0 - 40 °C (32 - 104 °F)




Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Agency Approvals

The 2U Rack or Tower UPS units conform to the following regulations:

• FCC

• UL

• CSA or cUL

• CE Mark

• NOM

• GOST

• BSMI Taiwan

• CB Report

• VCCI



Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Warranty

The 2U Rack or Tower UPS models and the Extended Battery Module (EBM) have a 3-year limited warranty. Optional features have a 1-year warranty.

Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Supported Servers

The 2U Rack or Tower UPS offerings are compatible with all ThinkSystem, System x and ThinkServer systems and other devices that require AC power.




• UPS outlet and group limitations for connecting the hardware to the UPS

To determine chassis, node and server overall power capacities, use the Power Configurator tool. The tool can be downloaded from http://support.lenovo.com/documents/LNVO-PWRCONF






Rack/Tower 1.5kVA, 2.2kVA and 3kVA 2U UPS Supported Rack Cabinets

The 2U Rack or Tower UPS units can be installed in the following compatible rack cabinets.

Part number Description

201886X 11U Office Enablement Kit

93072RX 25U Standard Rack

93072PX 25U Static S2 Standard Rack

93634PX 42U 1100mm Dynamic Rack

93634EX 42U 1100mm Dynamic Expansion Rack

93604PX 42U 1200mm Deep Dynamic Rack

93604EX 42U 1200mm Deep Dynamic Expansion Rack

93614PX 42U 1200mm Deep Static Rack

93614EX 42U 1200mm Deep Static Expansion Rack

93084PX 42U Enterprise Rack

93084EX 42U Enterprise Expansion Rack


93074XX 42U Standard Rack Extension



93634AX PureFlex® System 42U Rack

93634BX PureFlex System 42U Expansion Rack

93634CX PureFlex System 42U Rack

93634DX PureFlex System 42U Expansion Rack


Rack/Tower 5kVA and 6kVA 3U UPS Technical Specifications

Specification RT5kVA 3U Rack or Tower UPS

(200-240VAC)

RT6kVA 3U Rack or Tower UPS

(200-240VAC)

General

Part number 55945KX 55946KX

Form factor 3U Rack or Tower 3U Rack or Tower

Topology Online, double conversion, sinewave output

VA/Watts rating 5000 VA/4500 W 6000 VA/5400 W

Efficiency (on utility power) • Online mode: Up to 94%

• High efficiency mode: Up to 98%

• Online mode: Up to 94%


Transfer time • Online mode: 0 ms (no break)

• High efficiency mode: 10 ms maximum (due to loss of utility power)

Leakage current Leakage current of the equipment is up to 5% of input current

Energy Star compliant Yes Yes

Electrical input

Input voltage 200 - 240 V AC 200 - 240 V AC

Input frequency 50/60 Hz 50/60 Hz

Frequency slew rate 1 Hz/s 1 Hz/s

Max input amperage 25 A 30 A

Input connector Proprietary Hardwired terminal block

Input line cord Optional Onsite wiring required

Electrical output

Output voltage settings 200/208/220/230/240 V AC 200/208/220/230/240 V AC

Output frequency 50/60 Hz 50/60 Hz

Output power capacity 200-240 V AC: 5000 VA/4500 W 200-240 V AC: 6000 VA/5400 W

Output connectors • 2x IEC 320-C19 (16 A)

• 8x IEC 320-C13 (10 A)

• 2x IEC 320-C19 (16 A)

• 8x IEC 320-C13 (10 A)

Output load segments • Master: 2x C19

• Group 1: 4x C13

• Group 2: 4x C13

• Master: 2x C19

• Group 1: 4x C13

• Group 2: 4x C13

Batteries


Battery management ABM technology or temperature-compensated charging method (user

selectable), automatic battery test and deep discharge protection, automatic

recognition of external battery units.

Battery replacement Hot-swap internal battery and extended battery modules

External battery support Up to 4 (PN 55946BX) Up to 4 (PN 55946BX)


Specification RT5kVA 3U Rack or Tower UPS

(200-240VAC)

RT6kVA 3U Rack or Tower UPS

(200-240VAC)

Typical backup times See Runtime Chart


USB port (Type B) Yes Yes

RS-232 serial port (RJ-45) Yes Yes

10/100 Mbps Ethernet port

(RJ-45)

Yes (on the NMC)

Environmental monitoring Optional with EMP, 46M4113 (requires NMC, 46M4110)

Management software UPS Power Manager (UPM) and UPS Power Protector (UPP)


LED indicators Online, On Battery, Bypass, and Fault

Remote On/Off and Power

Off

Remote On/Off (ROO) and Remote Power Off (RPO) terminal block

connectors

Rack/Tower 5kVA and 6kVA 3U UPS Runtime Chart




25% 1125 W 27 103 175 262 377

50% 2250 W 11 48 88 123 167

75% 3375 W 5.3 27 53 83 109

100% 4500 W 3.4 20 38 54 80


25% 1350 W 22 85 147 214 287

50% 2700 W 8.5 38 71 104 133

75% 4050 W 4.5 24 45 62 90

100% 5400 W 3 16 27 47 58


Rack/Tower 5kVA and 6kVA 3U UPS Physical Specifications

The 5kVA and 6kVA 3U Rack or Tower UPS units have the following physical specifications (approximate):

• Height: 130 mm (5.1 in.)

• Width: 441 mm (17.4 in.)

• Depth: 685 mm (27.0 in.)

• Weight: 48 kg (106 lb)


The 5kVA/6kVA 3U Rack or Tower Extended Battery Module has the following physical specifications (approximate):

• Height: 130 mm (5.1 in.)

• Width: 441 mm (17.4 in.)

• Depth: 645 mm (25.4 in.)


Rack/Tower 5kVA and 6kVA 3U UPS Operating Environment

The RT5kVA and RT6kVA 3U Rack or Tower UPS units are supported in the following environment:

• Temperature (operation): 0 - 40 °C (32 - 104 °F), with linear derating for altitude



Rack/Tower 5kVA and 6kVA 3U UPS Agency Approvals

The RT5kVA and RT6kVA 3U Rack or Tower UPS units conform to the following regulations:

• FCC

• UL

• CSA or cUL

• CE Mark

• NOM

• GOST

• BSMI Taiwan

• CB Report

• VCCI



Rack/Tower 5kVA and 6kVA 3U UPS Warranty

The RT5kVA and RT6kVA 3U Rack or Tower UPS models and the Extended Battery Module (EBM) have a 3-year limited warranty. Optional features have a 1-year warranty.

Rack/Tower 5kVA and 6kVA 3U UPS Supported servers

The RT5kVA and RT6kVA 3U Rack or Tower UPS offerings are compatible with all ThinkSystem, System x and ThinkServer systems and other devices that require AC power.




• UPS outlet and group limitations for connecting the hardware to the UPS To determine chassis, node and server overall power capacities, use the Power Configurator tool. The tool can be downloaded from http://support.lenovo.com/documents/LNVO-PWRCONF





Rack/Tower 5kVA and 6kVA 3U UPS Supported rack cabinets

The RT5kVA and RT6kVA 3U Rack or Tower UPS units can be installed in these compatible rack cabinets.























Rack/Tower 8kVA and 11kVA 6U UPS Technical Specifications

Specification

RT8kVA 6U Rack

or Tower UPS

(200-240VAC)

RT8kVA 6U 3:1 Phase

Rack or Tower UPS

(380-415VAC)

RT11kVA 6U Rack

or Tower UPS

(200-240VAC)

RT11kVA 6U 3:1 Phase

Rack or Tower UPS

(380-415VAC)

General

Part number 55948KX 55948PX 55949KX 55949PX

Form factor 6U Rack or Tower 6U Rack or Tower 6U Rack or Tower 6U Rack or Tower

Topology Online, double conversion, sinewave output

VA/Watts

rating

8000 VA

7200 W

8000 VA

7200 W

11000 VA

10000 W

11000 VA

10000 W

Efficiency (on

utility power)

• Online mode: Up to 94.5%


Transfer time • Online mode: 0 ms (no break)

• High efficiency mode: 10 ms maximum (due to loss of utility power)

Leakage current

Leakage current of the equipment is up to 5% of input current

Energy Star

compliant Yes No Yes No

Electrical input

Input voltage 200 - 240 V AC,

1-Phase

380 - 415 V AC,

3-Phase

200 - 240 V AC,

1-Phase

380 - 415 V AC,

3-Phase

Input

frequency 50/60 Hz 50/60 Hz 50/60 Hz 50/60 Hz

Frequency

slew rate

1 Hz/s 1 Hz/s 1 Hz/s 1 Hz/s

Max input

amperage 40 A 40 A 50 A 50 A

Input

connector Hardwired terminal block

Input line cord Onsite wiring required

Electrical output

Output

voltage

settings

200/208/220/230/240 V AC 200/208/220/230/240 V AC

Output

frequency

50/60 Hz 50/60 Hz

Output power

capacity

200 - 240 V AC: 8000 VA/7200 W • 200-208 V AC: 10000 VA/9000 W

• 220 V AC: 11000 VA/9900 W

• 230-240 V AC: 11000 VA/10000 W


Specification

RT8kVA 6U Rack

or Tower UPS

(200-240VAC)

RT8kVA 6U 3:1 Phase

Rack or Tower UPS

(380-415VAC)

RT11kVA 6U Rack

or Tower UPS

(200-240VAC)

RT11kVA 6U 3:1 Phase

Rack or Tower UPS

(380-415VAC)

Output

connectors

4x IEC 320-C19 (16 A) (on the MBP) 4x IEC 320-C19 (16 A) (on the MBP)

Batteries


Battery management

ABM technology or temperature-compensated charging method (user selectable), automatic battery test and deep discharge protection, and automatic recognition of external battery units

Battery replacement

Hot-swap standard and extended battery modules


Up to 4 (PN 55949BX)


See Runtime Chart


USB port (Type B)

Yes Yes Yes Yes


Yes Yes Yes Yes


Yes (on the Network Management Card)


Optional with Environmental Monitoring Probe, 46M4113 (connects to the Network Management Card)

Management software

UPS Power Manager and UPS Power Protector


LED indicators

Online, On Battery, Bypass, and Fault


Remote On/Off and Remote Power Off terminal block connectors


Rack/Tower 8kVA and 11kVA 6U UPS Runtime Chart


Percentage Watts Standard battery module 1x EBM 2x EBMs 3x EBMs 4x EBMs

RT8kVA 6U Rack or Tower UPS (1-phase or 3-phase)

25% 1800 W 35 85 140 173 220

50% 3600 W 16 36 65 86 118

75% 5400 W 9 23 36 53 72

100% 7200 W 5 16 27 36 50

RT11kVA 6U Rack or Tower UPS (1-phase or 3-phase)

25% 2500 W 25 60 97 136 163

50% 5000 W 10 25 42 61 79

75% 7500 W 5.5 15 25 37 48

100% 10000 W 3 10 18 25 34


Rack/Tower 8kVA and 11kVA 6U UPS Physical Specifications

The RT8kVA and RT11kVA 6U Rack or Tower UPS Power Modules have the following physical specifications (approximate):

• Height: 130 mm (5.1 in.)

• Width: 441 mm (17.4 in.)

• Depth: 700 mm (27.6 in.)

• Weight: o 8kVA 1-phase (55948KX): 19 kg (42 lb) o 8kVA 3-phase (55948PX): 23 kg (51 lb) o 11kVA 1-phase (55949KX): 21 kg (46 lb) o 11kVA 3-phase (55949PX): 23 kg (51 lb)

The 8kVA/11kVA 3U Rack or Tower Extended Battery Module has the following physical specifications (approximate):

• Height: 130 mm (5.1 in.)

• Width: 441 mm (17.4 in.)

• Depth: 680 mm (26.8 in.)



Rack/Tower 8kVA and 11kVA 6U UPS Operating Environment

The RT8kVA and RT11kVA 6U Rack or Tower UPS units are supported in the following environments:

• Temperature (operation): 0 - 40 °C (32 - 104 °F), with linear derating for altitude



Rack/Tower 8kVA and 11kVA 6U UPS Agency Approvals

The RT8kVA and RT11kVA 6U Rack or Tower UPS units conform to the following regulations:

• FCC

• UL

• CSA or cUL

• CE Mark

• NOM

• GOST

• BSMI Taiwan

• CB Report

• VCCI



Rack/Tower 8kVA and 11kVA 6U UPS Warranty

The RT8kVA and 11kVA 6U Rack or Tower UPS models and the Extended Battery Module (EBM) have a 3-year limited warranty. Optional features have a 1-year warranty.

Rack/Tower 8kVA and 11kVA 6U UPS Supported Servers

The RT8kVA and RT11kVA 6U Rack or Tower UPS offerings are compatible with all ThinkSystem, System x and ThinkServer systems and other devices that require AC power.




• UPS outlet and group limitations for connecting the hardware to the UPS To determine chassis, node and server overall power capacities, use the Power Configurator tool. The tool can be downloaded from http://support.lenovo.com/documents/LNVO-PWRCONF






Rack/Tower 8kVA and 11kVA 6U UPS Supported Rack Cabinets

The RT8kVA and RT11kVA 6U Rack or Tower UPS units can be installed in these compatible rack cabinets.





















UPS Technical Guide - download.lenovo.com

Documents