ibm system x_ups_guide_v1.6.0

A Guide to IBM System x Uninterruptible Power Supply (UPS)

Authors: William S. Champion [email protected] Matthew R. Archibald [email protected] Version: 1.6.0 Date: December 23, 2010

The user of this document is responsible for obtaining the latest copy prior to use. Obsolete copies may be archived and used for reference purposes only. The latest version of this document is located at: http://www.ibm.com/support/techdocs/atsmastr.nsf/WebIndex/WP101655

Input Line

C19

C19

16A

16A

C19

C19

16A

16A

Output = 28A Max @ 200-240V

C13

C13

10A

10A

Input = 30A Max @ 200-240V

Outlet Type

AC to DC

then

DC to AC

20A

20A

15A

Outlet

Amperage

Breaker

Amperage

C1310A

C1310A

C1310A

C1310A

UPS Logical Layout

6 IEC 320 C13

(Load Segment 2)

4 IEC 320 C19

(Load Segment 1)

Optional EBM

Connector

Ground

Screw

Input Terminal

Block w/ Cover

Remote emergency

power-off port

USB

RS-232

ConnectorOptional

NMC Bay

Output Circuit

Breaker (20A)

Output Circuit

Breaker (15A)

Output Circuit

Breaker (20A)

NORMAL POWER FLOW

STORED ENERGY POWER FLOW

RECHARGE ENERGY FLOW

BATTERY

BATTERY

CHARGER

OUTPUT

FILTER

Line-interactive UPS Technology

DC LINK

INVERTER

AC SOURCE LOAD

INPUT

FILTER

AVR

4 IEC 320 C19

(Load Segment 1)

Optional EBM

Connector

Input Terminal

Block w/ Cover

USBRS-232

Connector

Output Circuit

Breaker (20A)

4 IEC 320 C19

(Load Segment 2)

Ground

Screw

Remote emergency

power-off port

Optional

NMC Bay

Output Circuit

Breaker (20A)

Output Circuit

Breaker (20A)

Output Circuit

Breaker (20A)

mailto:[email protected]


http://www.ibm.com/support/techdocs/atsmastr.nsf/WebIndex/WP101655

A Guide To IBM System x Uninterruptible Power Supply (UPS)

P a g e | 2 © IBM Corporation 2011

© IBM Corporation 2011 Revision History 1.0.0 – March 25, 2010 1.1.0 – May 17, 2010 1.2.0 – July 20, 2010 1.3.0 – September 28, 2010 1.4.0 – October 26, 2010 1.5.0 – January 19, 2011 1.5.1 – February 2, 2011 1.6.0 – December 23, 2011

Initial Release Updated sections Introduction, How To Use This Guide, Input Connection Block for IBM UPS7500/10000, IBM System x Server Label Rating, IBM Storage Label Rating, IEC 309 Pin & Sleeve Plug Decode, and IEC 320 Connectors. Modified run times to be all in minutes. Added Some Background on Power Factor and UPS Sizing section. Added new rack mounted IBM UPS1500, IBM UPS2200, and IBM UPS3000, new line cords Update Helpful Links section. Updated Line Cords and Plugs section. Added new rack mounted IBM UPS6000. Add new IBM UPS1000/1500 tower models. Add new IBM UPS11000. Updated IEC 309 Pin & Sleeve Plug Decode section and document title to the more common spelling of uninterruptible. Updated System x server label ratings section. Remove old UPS1000/1500 Tower models. Updated Label Rating sections and cover page image.

Contributors

Marc Hollingsworth [email protected] Manager, Global Accounts – Eaton http://www.eaton.com/ibm David Walker [email protected] System x World Wide Options Marketing Manager Ben Hilmus [email protected] Worldwide System x Channel Enablement Preston Miller [email protected] Global Program Manager – American Power Conversion (APC) http://www.apc.com

Notices: This paper is intended to provide information regarding IBM

® System x™ Power Uninterruptible Power Supply (UPS). It discusses findings

based on configurations that were created and tested under laboratory conditions. These findings may not be realized in all customer environments, and implementation in such environments may require additional steps, configurations and performance analysis. The information herein is provided “AS IS” with no warranties, express or implied. This information does not constitute a specification or form part of the warranty for any IBM or non-IBM products. Information in this document was developed in conjunction with the use of the equipment specified and is limited in application to those specific hardware and software products and levels. The information contained in this document has not been submitted to any formal IBM test and is distributed as is. The use of this information or the implementation of these techniques is a customer responsibility and depends on the customer’s ability to evaluate and integrate them into the customer’s operational environment. While each item may have been reviewed by IBM for accuracy in a specific situation, there is no guarantee that the same or similar results will be obtained elsewhere. Customers attempting to adapt these techniques to their own environments do so at their own risk. IBM may not officially support techniques mentioned in this document. For questions regarding officially supported techniques, please refer to the product documentation, announcement letters or contact the IBM Support Line at 1-800-IBM-SERV. This document makes references to vendor-acquired applications or utilities. It is the customer responsibility to obtain licenses of these utilities prior to their usage. © Copyright International Business Machines Corporation 2011. All rights reserved. U.S. Government Users Restricted Rights – Use, duplication or disclosure restricted by GSA ADP Schedule Contract with IBM Corp.


http://www.eaton.com/ibm




http://www.apc.com/



Table of Contents

TABLE OF CONTENTS ........................................................................................................................................................... 3

INTRODUCTION ................................................................................................................................................................... 6

HOW TO USE THIS GUIDE .............................................................................................................................................................. 6

IBM UPS QUICK VIEW .......................................................................................................................................................... 7

IBM UPS1000 TOWER .......................................................................................................................................................... 8

Optional Accessories ........................................................................................................................................................... 8 SELECTABLE LINE CORDS – IBM UPS1000 TOWER (230V) ................................................................................................................ 9 OUTLET DIAGRAM – IBM UPS1000 TOWER (100/120V) ............................................................................................................... 10

Logical Layout – IBM UPS1000 Tower (100/120V)............................................................................................................ 10 OUTLET DIAGRAM – IBM UPS1000 TOWER (230V) ....................................................................................................................... 11

Logical Layout – IBM UPS1000 Tower (230V) ................................................................................................................... 11 RUN TIME – IBM UPS1000 TOWER ............................................................................................................................................. 11

IBM UPS1500 TOWER ........................................................................................................................................................ 12

Optional Accessories ......................................................................................................................................................... 12 SELECTABLE LINE CORDS – IBM UPS1500 TOWER .......................................................................................................................... 13 OUTLET DIAGRAM – IBM UPS1500 TOWER (120V) ....................................................................................................................... 14

Logical Layout – IBM UPS1500 Tower (120V) ................................................................................................................... 14 OUTLET DIAGRAM – IBM UPS1500 TOWER (100V) ....................................................................................................................... 15

Logical Layout – IBM UPS1500 Tower (100V) ................................................................................................................... 15 OUTLET DIAGRAM – IBM UPS1500 TOWER (230V) ....................................................................................................................... 16

Logical Layout – IBM UPS1500 Tower (230V) ................................................................................................................... 16 RUN TIME – IBM UPS1500 TOWER ............................................................................................................................................. 17

IBM UPS1500THV TOWER .................................................................................................................................................. 18

SELECTABLE LINE CORDS – UPS1500THV ..................................................................................................................................... 18 OUTLET DIAGRAM – IBM UPS1500THV ...................................................................................................................................... 19

Logical Layout – IBM UPS1500THV ................................................................................................................................... 19 RUN TIME – IBM UPS1500THV ................................................................................................................................................. 19

IBM UPS1500 – RACK MOUNTED (RM) .............................................................................................................................. 20

Optional Accessories ......................................................................................................................................................... 20 SELECTABLE LINE CORDS – IBM UPS1500 RM .............................................................................................................................. 21 OUTLET DIAGRAM – IBM UPS1500 RM 100/120V ...................................................................................................................... 21

Logical Layout – IBM UPS1500 RM 100/120V .................................................................................................................. 21 OUTLET DIAGRAM – IBM UPS1500 RM 230V .............................................................................................................................. 22

Logical Layout – IBM UPS1500 RM 230V .......................................................................................................................... 22 RUN TIME – IBM UPS1500 RM ................................................................................................................................................. 22


Optional Accessories ......................................................................................................................................................... 23 SELECTABLE LINE CORDS – IBM UPS2200 RM .............................................................................................................................. 24 OUTLET DIAGRAM – IBM UPS2200 RM 100/120V ...................................................................................................................... 25


Logical Layout – IBM UPS2200 RM 230V .......................................................................................................................... 26 RUN TIME – IBM UPS2200 RM – 100/120V .............................................................................................................................. 26 RUN TIME – IBM UPS2200 RM – 230V ...................................................................................................................................... 27 EBM CONNECTIONS – IBM UPS2200 RM .................................................................................................................................... 27


Optional Accessories ......................................................................................................................................................... 28



SELECTABLE LINE CORDS – IBM UPS3000 RM .............................................................................................................................. 29 OUTLET DIAGRAM – IBM UPS3000 RM 100/120V ...................................................................................................................... 30

Logical Layout – IBM UPS3000 RM 100/120V .................................................................................................................. 30 OUTLET DIAGRAM – IBM UPS3000 RM 200/208V ...................................................................................................................... 31


Logical Layout – IBM UPS3000 RM 230V .......................................................................................................................... 32 RUN TIME – IBM UPS3000 RM 100/120V ................................................................................................................................. 32 RUN TIME – IBM UPS3000 RM 200/208V ................................................................................................................................. 33 RUN TIME – IBM UPS3000 RM 230V ........................................................................................................................................ 33 EBM CONNECTIONS – IBM UPS3000 RM .................................................................................................................................... 34

IBM UPS5000 – RACK MOUNTED ....................................................................................................................................... 35

SELECTABLE LINE CORDS – IBM UPS5000 ..................................................................................................................................... 35 OUTLET DIAGRAM – IBM UPS5000 ............................................................................................................................................. 36

Logical Layout – IBM UPS5000 .......................................................................................................................................... 36 RUN TIME – IBM UPS5000 ........................................................................................................................................................ 37 EBM CONNECTIONS – IBM UPS5000 .......................................................................................................................................... 37

IBM UPS6000 – RACK MOUNTED ....................................................................................................................................... 38

Optional Accessories ......................................................................................................................................................... 38 OUTLET DIAGRAM – IBM UPS6000 200/208V ............................................................................................................................ 39

Logical Layout – IBM UPS6000 200/208V ......................................................................................................................... 39 OUTLET DIAGRAM – IBM UPS6000 230V .................................................................................................................................... 40

Logical Layout – IBM UPS6000 230V ................................................................................................................................ 40 RUN TIME – IBM UPS6000 ........................................................................................................................................................ 41 EBM CONNECTIONS – IBM UPS6000 .......................................................................................................................................... 41 INPUT CONNECTION BLOCK – IBM UPS6000 ................................................................................................................................. 42

IBM UPS7500/10000 – RACK MOUNTED ............................................................................................................................ 43

OUTLET DIAGRAM – IBM UPS7500/10000 ................................................................................................................................. 44 Logical Layout – IBM UPS7500/10000 .............................................................................................................................. 44

RUN TIME – IBM UPS7500/10000 ............................................................................................................................................ 45 EBM CONNECTIONS – IBM UPS7500/10000 .............................................................................................................................. 46 INPUT CONNECTION BLOCK – IBM UPS7500/10000 ..................................................................................................................... 47

International Connection Only .......................................................................................................................................... 47 North American Connection Only ...................................................................................................................................... 47

IBM UPS11000 – RACK MOUNTED ..................................................................................................................................... 48

Optional Accessories ......................................................................................................................................................... 48 OUTLET DIAGRAM – IBM UPS11000 ........................................................................................................................................... 49

Logical Layout – IBM UPS11000 ........................................................................................................................................ 49 RUN TIME – IBM UPS11000 ...................................................................................................................................................... 50 EBM CONNECTIONS – IBM UPS11000 ........................................................................................................................................ 50 INPUT CONNECTION BLOCK – IBM UPS11000 ............................................................................................................................... 51

LINE CORDS AND PLUGS .................................................................................................................................................... 52

100/120V NEMA 5-15P (NORTH AMERICA & JAPAN) UPS1500 RM & TOWER ............................................................................... 52 100/120V NEMA 5-20P (NORTH AMERICA & JAPAN) UPS2200 RM ............................................................................................. 52 100/120V NEMA L5-30P (NORTH AMERICA & JAPAN) UPS3000 RM ............................................................................................ 52 200/208V NEMA L6-20P (NORTH AMERICA & JAPAN) UPS3000 RM ............................................................................................ 53 CEE7-VII (EUROPE) ................................................................................................................................................................... 53 DK2-5A (DENMARK) .................................................................................................................................................................. 54 SEV 1011-S24507 (SWITZERLAND) ............................................................................................................................................. 54 SI 32 (ISRAEL) ........................................................................................................................................................................... 54 CEI 23-16 (ITALY) ..................................................................................................................................................................... 55



SABS 164 (SOUTH AFRICA) ......................................................................................................................................................... 55 BS 1363/A (UK) ...................................................................................................................................................................... 56 AS/NZS 3112 (AUS/NZ) ........................................................................................................................................................... 56 KSC 8305 (S. KOREA) ................................................................................................................................................................ 57 IS6538 (INDIA) ......................................................................................................................................................................... 57 GB 2099.1 (CHINA) .................................................................................................................................................................. 58 NBR 6147 (BRAZIL) ................................................................................................................................................................... 58 IRAM 2073 (ARGENTINA) .......................................................................................................................................................... 59 IEC 309 P+N+G (DENMARK/SWITZERLAND) .................................................................................................................................. 59 NBR 14136 (BRAZIL) ................................................................................................................................................................. 59 SEV 1011 T23 (SWITZERLAND) ................................................................................................................................................... 60 CNS 10917 – 125V (TAIWAN) ................................................................................................................................................... 60 CNS 10917 – 250V (TAIWAN) ................................................................................................................................................... 60 40K9612 - IBM DPI 32A CORD (IEC 309 P+N+G) ....................................................................................................................... 61 40K9614 - IBM DPI 30A CORD (NEMA L6-30P)......................................................................................................................... 61 40K9617 – IBM DPI 32A CORD (AUS/NZ 3112 32A) ................................................................................................................. 61 40K9618 – IBM DPI 30A CORD (KSC 8305 30A) ........................................................................................................................ 62

REFERENCE MATERIAL ....................................................................................................................................................... 63

IBM BLADECENTER CHASSIS LABEL RATING .................................................................................................................................... 63 IBM STORAGE LABEL RATING ....................................................................................................................................................... 63 IBM SYSTEM X SERVER LABEL RATING ............................................................................................................................................ 64 IBM SYSTEM X SERVER LABEL RATING – CONTINUED ........................................................................................................................ 65 IBM SYSTEM X TOP OF RACK ETHERNET SWITCH LABEL RATING .......................................................................................................... 65 IBM XSERIES SERVER LABEL RATING .............................................................................................................................................. 65 IBM IDATAPLEX CHASSIS LABEL RATING ......................................................................................................................................... 66 IBM IDATAPLEX CHASSIS LABEL RATING – CONTINUED ..................................................................................................................... 67 SOME BACKGROUND ON POWER FACTOR AND UPS SIZING ................................................................................................................ 68 IEC 309 PIN & SLEEVE PLUG DECODE ........................................................................................................................................... 69 INGRESS PROTECTION (IP) DECODE ............................................................................................................................................... 70 IEC 320 CONNECTORS ................................................................................................................................................................ 70 60A THREE PHASE DELTA POWER CALCULATIONS ............................................................................................................................ 71 32A THREE PHASE WYE POWER CALCULATIONS .............................................................................................................................. 71 UPS INSTALLATION MANUAL LINKS ............................................................................................................................................... 72 HELPFUL LINKS........................................................................................................................................................................... 72



Introduction The Uninterruptible Power Supply (UPS) systems covered in this guide are those that are currently marketed worldwide. The intent of this guide is to provide UPS information when needed when planning power for System x and BladeCenter solutions. This guide is best used in softcopy form since it contains hyperlinks for navigation. This document can still be used in hardcopy as reference only. You can obtain the latest copy of this document by sending an email to [email protected] or [email protected] (put “Latest UPS Guide” in the subject line). For more information about how to size and plan for UPS systems, see the “Background on Power Factor and UPS Sizing” section on page 68 of this document.

How to Use This Guide

In order to size a UPS properly, you need to know the total power requirements of what will be connected to the UPS. This information is available from the System x & BladeCenter Power Configurator:

http://www-03.ibm.com/systems/bladecenter/resources/powerconfig.html When the total supported power is know, and appropriately sized UPS can be selected. Once a UPS is selected the solution wiring needs to be figured out. UPS systems have outlet and group limits, much like PDUs and the solution needs to be wired so as to not exceed the outlet and/or group rating of the UPS. 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 (P/N: 39Y8951 F/C: 5950) may be able to 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.

http://www-03.ibm.com/systems/bladecenter/resources/powerconfig.html



IBM UPS Quick View

UPS Option

Number Input

Voltage Max Input Amperage

Output Voltage Output W / Amperage Outlets Page

UPS1000 Tower

53961AX 120V 1ph 12A

120V 1ph 750W / 7.5A

8 / 5-151

8 53961JX7 100V 1ph 100V 1ph 8 / 5-15

1

53961KX8 230V 1ph 10A 230V 1ph 750W / 3.75A 8 / C13

5

UPS1500 Tower

53962AX 120V 1ph 12A 120V 1ph 1000W / 10A

8 / 5-151

12 53962JX7 100V 1ph 16A 100V 1ph 8 / 5-20

2

53962KX8 230V 1ph 10A 230V 1ph 1000W / 5A 8 / C13

5

UPS1500THV Tower

2130R6X 200-240V

1ph 7.5A

200-240V 1ph

1050W / 5.25A 8 / C135 18

UPS1500 Rack

53951AX 100-127V

1ph 13A

120V 1ph 100V 1ph

1000W / 10A 4 / 5-15

1

2 / C135 20

53951KX 230V 1ph 7.5A 230V 1ph 1000W / 5A 4 / C135

UPS2200 Rack

53952AX 100-127V

1ph 16A

120V 1ph 100V 1ph

1920W / 16A @ 120V 1500W / 16A @ 100V

6 / 5-202

2 / C135

2 / C196 23

53952KX 230V 1ph 10A 230V 1ph 1920W / 9.6A 8 / C13

5

2 / C196

UPS3000 Rack

53953AX 100-127V

1ph 24A

120V 1ph 100V 1ph

2700W / 22.5A @ 120V 2300W / 22.5A @ 100V

2 / 5-202

1 / L5-203

2 / C135

2 / C196

28 53953JX

200V 1ph 208V 1ph

16A 200V 1ph 208V 1ph

2700W / 13.5A 1 / L6-20

4

2 / C135

2 / C196

53953KX 230V 1ph 16A 230V 1ph 2700W / 13.5A 8 / C13

5

2 / C196

UPS5000 Rack

24195KX 200-240V

1ph 25A

200-240V 1ph

4500W / 22.5A 8 / C13

5

2 / C196

35

UPS6000 Rack

53956AX 200V 1ph 208V 1ph

30A 200V 1ph 208V 1ph

5600W / 28A

2 / L6-309

4 / C196

38

53956KX 230V 1ph 30A 230V 1ph 6 / C13

5

4 / C196

UPS7500 Rack

21303RX

200-240V 1ph

38A 200-240V

1ph 6000W / 30A 4 / C19

6 43

380-415V 3ph Wye

8

14A

UPS10000 Rack

21304RX

200-240V 1ph

50A 200-240V

1ph 8000W / 40A 4 / C19

6 43

380-415V 3ph Wye

8

18A

UPS11000 Rack

53959KX 200-240V

1ph 69.96A

200-

240V1ph 10000W / 50A 8 / C19

6 48

1 – “5-15” refers to NEMA 5-15 outlet 2 – “5-20” refers to NEMA 5-20 outlet 3 – “L5-20” refers to NEMA L5-20 outlet 4 – “L6-20” refers to NEMA L6-20 outlet 5 – “C13” refers to IEC320 C13 outlet

6 – “C19” refers to IEC320 C19 outlet 7 – Supported only in Japan 8 – Not supported in North America or Japan 9 – “L6-30” refers to NEMA L6-30 outlet



IBM UPS1000 Tower

UPS1000 120V UPS1000 100V UPS1000 230V

Part Number 5396-1AX 5396-1JX 5396-1KX

Feature Code 5396-TU1 (FC 6663) 5396-TU1 (FC 6664) 5396-TU1 (FC 6665)

EBMs Supported None None None

EPO Connection Yes Yes Yes

Power Factor 0.75 0.75 0.75

UPS Type Line Interactive Line Interactive Line Interactive

Supported Country or Region North America Japan International

Input 120V 100V 230V

Line Cord detachable 4.3m, NEMA 5-15P

detachable 4.3m, NEMA 5-15P

Selectable

Voltage Range 84-121V for 100V 97-145V for 120V

84-121V for 100V 97-145V for 120V

160V-286V for 230V

Max Current 12A 12A 10A

Phase / Frequency 1ph / 50 or 60Hz. 1ph / 50 or 60Hz. 1ph / 50 or 60Hz.

Surge Energy Rating 1200 joules 1200 joules 2400 joules

Output 120V 100V 230V

Watts 750W 750W 750W

Nominal Voltage 120V (Configurable) 100V (Configurable)

220, 230, or 240V (Configurable)

Maximum Amperage 7.5A 7.5A 3.75A

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

Optional Accessories

Network Management Card (NMC) P/N: 46M4110 FC: 6145

Environmental Monitor Probe P/N: 46M4113 FC: 6146

IBM UPS1000Tower Front

Back53961AX (120V)53961JX (100V)

Back53961KX (230V)



Selectable Line Cords – IBM UPS1000 Tower (230V)

2.8m Line Cord

4.3m Line Cord Plug Type Country or Region

39Y7917 81Y2376 CEE7-VII Europe 39Y7918 81Y2382 DK2-5a Denmark 39Y7919 81Y2390 SEV 1011-S24507 Switzerland 39Y7920 81Y2381 SI 32 Israel 39Y7921 81Y2380 CEI 23-16 Italy 39Y7922 81Y2379 SABS 164 South Africa 39Y7923 81Y2377 BS 1363/A United Kingdom 39Y7924 81Y2383 AS/NZS 3112 Australia / New Zealand 39Y7925 81Y2385 KSC 8305 South Korea 39Y7927 81Y2386 IS6538 India 39Y7928 81Y2378 GB 2099.1 China 81Y2374 81Y2388 CNS 10917 (125V) Taiwan 81Y2375 81Y2389 CNS 10917 (250V) Taiwan 39Y7929 81Y2387 NBR 6147 Brazil 39Y7930 81Y2384 IRAM 2073 Argentina



Outlet Diagram – IBM UPS1000 Tower (100/120V)

Logical Layout – IBM UPS1000 Tower (100/120V)

6 NEMA 5-15P

(Load Segment 2)

2 NEMA 5-15P

(Load Segment 1)

Optional

NMC Bay

Detachable

Line Cord

USB

Remote emergency

power-off port

RS-232

Connector

Input Line

5-15

5-15

15A

15A

5-15

5-15

15A

15A

Output = 7.5A Max 100-120V

Input = 12A 100-120V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

5-15

5-15

15A

15A

5-15

5-15

15A

15A



Outlet Diagram – IBM UPS1000 Tower (230V)

Logical Layout – IBM UPS1000 Tower (230V)

Run Time – IBM UPS1000 Tower

% Load (W) Internal

Batteries *

25% 188 25

50% 375 15

75% 573 7

100% 750 6

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

Note: Run times are in minutes

6 IEC 320 C13

(Load Segment 2)

2 IEC 320 C13

(Load Segment 1)

Optional

NMC Bay

Detachable

Line Cord

USB

Remote emergency

power-off port

RS-232

Connector

Input Line

C13

C13

10A

10A

C13

C13

10A

10A


Input = 10A 200-240V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

C13

C13

10A

10A

C13

C13

10A

10A



IBM UPS1500 Tower

UPS1500 120V UPS1500 100V UPS1500 230V

Part Number 5396-2AX 5396-2JX 5396-2KX

Feature Code 5396-TU2 (FC 6666) 5396-TU2 (FC 6667) 5396-TU2 (FC 6668)

EBMs Supported None None None

EPO Connection Yes Yes Yes

Power Factor 0.7 0.7 0.7

UPS Type Line Interactive Line Interactive Line Interactive

Supported Country or Region North America Japan International

Input 120V 100V 230V


detachable 2.5m, NEMA 5-20P

Selectable

Voltage Range 97-145V 84-121V 160V-286V

Max Current 12A 16A 10A

Phase / Frequency 1ph / 50 or 60Hz. 1ph / 50 or 60Hz. 1ph / 50 or 60Hz.

Surge Energy Rating 1200 joules 1200 joules 2400 joules

Output 120V 100V 230V

Watts 1000W 1000W 1000W

Nominal Voltage 120V (Configurable) 100V (Configurable)


Maximum Amperage 10A 10A 5A

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




IBM UPS1500Tower Front

Back53962AX (120V)

Back53962JX (100V)

Back53962KX (230V)



Selectable Line Cords – IBM UPS1500 Tower

2.8m Line Cord







6 NEMA 5-15P

(Load Segment 2)

2 NEMA 5-15P

(Load Segment 1)

Optional

NMC Bay

Detachable

Line Cord

USB

Remote emergency

power-off port

RS-232

Connector

Input Line

5-15

5-15

15A

15A

5-15

5-15

15A

15A

Output = 10A Max 100-120V

Input = 12A 100-120V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

5-15

5-15

15A

15A

5-15

5-15

15A

15A





6 NEMA 5-20P

(Load Segment 2)

2 NEMA 5-20P

(Load Segment 1)

Optional

NMC Bay

Detachable

Line Cord

USB

Remote emergency

power-off port

RS-232

Connector

Input Line

5-20

5-20

20A

20A

5-20

5-20

20A

20A

Output = 10A Max 100V

Input = 16A 100V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

IBM UPS1500LV 100V

5-20

5-20

20A

20A

5-20

5-20

20A

20A





6 IEC 320 C13

(Load Segment 2)

2 IEC 320 C13

(Load Segment 1)

Optional

NMC Bay

Detachable

Line Cord

USB

Remote emergency

power-off port

RS-232

Connector

Input Line

C13

C13

10A

10A

C13

C13

10A

10A

Output = 5A Max 200-240V

Input = 10A 200-240V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

IBM UPS1500LV 230V

C13

C13

10A

10A

C13

C13

10A

10A



Run Time – IBM UPS1500 Tower

% Load (W) Internal

Batteries *

25% 255 36

50% 510 15

75% 750 9

100% 970 6





IBM UPS1500THV Tower

UPS1500THV

Part Number 2130R6X

EBMs Supported None

EPO Connection None

Power Factor 0.7

UPS Type Double Conversion

Input High Voltage

Supported Region International1

Line Cord Selectable

Voltage 200-240V

VA 1500 VA

Max Current 7.5A

Phase / Frequency 1ph / 50 or 60Hz.

Output High Voltage

Watts 1050 W

Nominal voltage 200-240V

Max Current 5.25A

Receptacles 8 / C13

1 – Does not include support for North America or Japan

Selectable Line Cords – UPS1500THV

Line Cord Plug Type Country or Region 39Y7917 CEE7-VII Europe 39Y7918 DK2-5a Denmark 39Y7919 SEV 1011-S24507 Switzerland 39Y7920 SI 32 Israel 39Y7921 CEI 23-16 Italy 39Y7922 SABS 164 South Africa 39Y7923 BS 1363/A United Kingdom 39Y7924 AS/NZS 3112 Australia / New Zealand 39Y7925 KSC 8305 South Korea 39Y7927 IS6538 India 39Y7928 GB 2099.1 China 39Y7929 NBR 6147 Brazil 39Y7930 IRAM 2073 Argentina

UPS1500THV

Back



Outlet Diagram – IBM UPS1500THV

Logical Layout – IBM UPS1500THV

Run Time – IBM UPS1500THV

Runtime (minutes)

Load (W) UPS1000T * UPS1500T *

30 224 269

60 127 157

122 64 80

184 41 51

247 29 37

311 23 28

377 18 22

447 15 18

500 13.5 16.5

511 12 15

579 11 13

700 8 11

790 - 9

936 - 7.4

1050 - 6.7



Outlets

Input Line Cord Connector

15A Circuit Breaker

Battery Connector *

Input Line

C13

C13

10A

10A

C13

C13

10A

10A

15A


Input = 7.5A 200-240V

Outlet TypeBreaker

Amperage

Outlet

Amperage

AC to DC

then

DC to AC

C13

C13

10A

10A

C13

C13

10A

10A



IBM UPS1500 – Rack Mounted (RM)

UPS1500 100/120V UPS1500 230V

Part Number 5395-1AX 5395-1KX

Feature Code 5395-RU1 (FC 6653) 5395-RU1 (FC 6654)

EBMs Supported None None

U Space 2 2

EPO Connection Yes Yes

Power Factor 0.7 0.7

UPS Type Line Interactive Line Interactive

Supported Country or Region North America, Japan International

Input 100/120V 230V


Selectable


160V-286V for 230V

Max Current 13A 7.5A

Phase / Frequency 1ph / 50 or 60Hz. 1ph / 50 or 60Hz.

Surge Energy Rating 1200 joules 2400 joules

Output 100/120V 230V

Watts 1000W 1000W

Nominal Voltage 100V, 120V (Configurable)


Maximum Amperage 10A 5A

Receptacles 4 x NEMA 5-15R 2 x IEC 320 C13

4 x IEC 320 C13




IBM UPS1500 RM Front 53951AX (100V, 120V) Back 53951KX (230V) Back



Selectable Line Cords – IBM UPS1500 RM

2.8m Line Cord



Outlet Diagram – IBM UPS1500 RM 100/120V

Logical Layout – IBM UPS1500 RM 100/120V

Note: Color Indicates Load Grouping

Ground Screw RS-232

Connector

2 IEC 320 C13

(Load Segment 2)Remote emergency

power-off port

4 NEMA 5-15R

(Load Segment 1)USB

Detachable

Line CordOptional

NMC Bay

Input Line

5-15

5-15

15A

15A

5-15

5-15

15A

15A


C13

C13

10A

10A

Input = 13A Max @ 100-120V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC



Outlet Diagram – IBM UPS1500 RM 230V

Logical Layout – IBM UPS1500 RM 230V


Run Time – IBM UPS1500 RM

% Load (W) Internal

Batteries *

25% 250 14

50% 500 11

75% 750 7

100% 1000 5



RS-232 2 IEC320 C13

(Load Segment 2)

2 IEC320 C13

(Load Segment 1)

Remote emergency

power-off port

USB

Detachable

Line Cord

Optional

NMC Bay

Ground

Screw

Input Line

C13

C13

15A

15A


C13

C13

10A

10A

Input = 7.5A Max @ 220-240V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC




UPS2200 100/120V UPS2200 230V EBM

Part Number 5395-2AX 5395-2KX 46M4108

Feature Code 5395-RU2 (FC 6655) 5395-RU2 (FC 6656) 5395-RU2 (FC 5732)

EBMs Supported 1 1 -

U Space 2 2 2

EPO Connection Yes Yes -

Power Factor 1.0 0.96 -

UPS Type Line Interactive Line Interactive -

Supported Country or Region

North America, Japan International -

Input 100/120V 230V EBM

Line Cord Detachable 4.3m, NEMA 5-20P

Selectable -


160V-286V for 230V -

Max Current 16A 10A -

Phase / Frequency 1ph / 50 or 60Hz. 1ph / 50 or 60Hz. -

Surge Energy Rating 1200 joules 2400 joules -

Output 100/120V 230V EBM

Watts 1500W @ 100V (Japan)

1920W @ 120V (North America)

1920W -



-

Maximum Amperage 16A @ 100V 16A @ 120V

9.6A

Receptacles 6 x NEMA 5-20R 2 x IEC 320 C19 2 x IEC 320 C13

2 x IEC 320 C19 8 x IEC 320 C13

-




IBM UPS2200 RM Front 53952AX (100V, 120V) Back 53952KX (230V) Back

IBM UPS2200 EBM Front




2.8m Line Cord


39Y7917 81Y2376 CEE7-VII Europe 39Y7918 81Y2382 DK2-5a Denmark 39Y7919 81Y2390 SEV 1011-S24507 Switzerland 39Y7920 81Y2381 SI 32 Israel 39Y7921 81Y2380 CEI 23-16 Italy 39Y7922 81Y2379 SABS 164 South Africa 39Y7923 81Y2377 BS 1363/A United Kingdom 39Y7924 81Y2383 AS/NZS 3112 Australia / New Zealand 39Y7925 81Y2385 KSC 8305 South Korea 39Y7927 81Y2386 IS6538 India 39Y7928 81Y2378 GB 2099.1 China

- 81Y2388 CNS 10917 (125V) Taiwan 81Y2375 81Y2389 CNS 10917 (250V) Taiwan 39Y7929 81Y2387 NBR 6147 Brazil 39Y7930 81Y2384 IRAM 2073 Argentina






Remote emergency

power-off port

6 6 NEMA 5-20R

(Load Segment 1)

USB

RS-232

ConnectorOptional EBM

Connector

2 IEC 320 C19

(Load Segment 1)

2 IEC 320 C13

(Load Segment 2)

Ground

Screw

Optional

NMC Bay

Detachable

Line Cord

Input Line

5-20

5-20

20A

20A

C19

C19

16A

16A


C13

C13

10A

10A

Input = 16A Max @ 100-120V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

5-2020A

5-2020A

5-2020A

5-2020A






Run Time – IBM UPS2200 RM – 100/120V

Number of EBM (P/N 46M4108)

% Load (W) Internal

Batteries * +1 *

25% 500 42 143

50% 969 18 66

75% 1450 11 43

100% 1920 7 28 * Battery backup times are approximate and may vary with equipment, configuration, battery age, temperature, etc.


Remote emergency

power-off port

Ground Screw

6 IEC 320 C13

(Load Segment 1)

2 IEC 320 C19

(Load Segment 1)Optional

NMC Bay

USB RS-232

Connector

2 IEC 320 C13

(Load Segment 2)

Optional EBM

Connector

Detachable

Line Cord

Input Line

C13

C13

10A

10A

C19

C19

16A

16A

Output = 9.6A Max @ 200-240V

C13

C13

10A

10A

Input = 10A Max @ 220-240V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

C1310A

C1310A

C1310A

C1310A



Run Time – IBM UPS2200 RM – 230V

Number of EBM (P/N 46M4108)

% Load (W) Internal

Batteries * +1 *

25% 500 41 138

50% 968 17 64

75% 1450 10 40

100% 1920 7 28



EBM Connections – IBM UPS2200 RM




UPS3000 100/120V UPS3000 200/208V UPS3000 230V EBM

Part Number 5395-3AX 5395-3JX 5395-3KX 69Y1982

Feature Code 5395-RU3 (FC 6657) 5395-RU3 (FC 6658) 5395-RU3 (FC 6659) 5395-RU3 (FC 5733)

EBMs Supported 1 1 1 -

U Space 3 3 3 3

EPO Connection Yes Yes Yes -

Power Factor 0.9 0.9 0.9 -

UPS Type Line Interactive Line Interactive Line Interactive -


North America, Japan North America,

Japan World Wide -

Input 100/120V 200/208V 230V EBM

Line Cord Attached 2.0m, NEMA L5-30P

Detachable NEMA L6-20P

Selectable -


155-255V for 208V 160V-286V for 230V -

Max Current 24A 16A 16A -

Phase / Frequency 1ph / 50 or 60Hz. 1ph / 50 or 60Hz. 1ph / 50 or 60Hz. -

Surge Energy Rating 1200 joules 2400 joules 2400 joules -

Output 100/120V 200/208V 230V EBM

Watts 2300W @ 100V (Japan) 2700W @ 120V (North America)

2700W 2700W -


208V (Configurable)


-

Maximum Amperage 22.5A @ 100V 22.5A @ 120V

13.5A 13.5A

Receptacles 1 x NEMA L5-20R 2 x NEMA 5-20R 2 x IEC 320 C19 2 x IEC 320 C13

2 x NEMA L6-20R 2 x IEC 320 C19 2 x IEC 320 C13

2 x IEC 320 C19 8 x IEC 320 C13

-




IBM UPS3000 Front 53953JX (208V) Back

53953AX (100V, 120V) Back53953KX (230V) Back





Line Cord Plug Type Country or Region 40K9766 CEE7-VII Europe 40K9767 BS 1363/A w/13A fuse UK 40K9768 CEI 23-16 Italy 40K9769 IEC 309-P+N+G Dmk/Swiss 40K9770 SABS 164 S Africa 40K9771 SI 32 Israel 40K9772 NEMA L6-20P North America & Japan 40K9773 AS/NZS 3112 Australia/NZ 40K9774 GB 2099.1 China 40K9776 IS 6538 India 40K9777 IRAM 2073 Argentina 59Y2747 CNS 10917 (250V) Taiwan 59Y2749 KSC 8305 Korea 69Y1989 NBR 14136 Brazil 81Y2391 SEV 1011 T23 Switzerland






1 NEMA L5-20R

(Load Segment 1)

2 IEC 320 C19

(Load Segment 1)

2 NEMA 5-20R

(Load Segment 1)

2 IEC 320 C13

(Load Segment 2)

USB

RS-232

Connector

Optional EBM

Connector

Remote emergency

power-off port

Ground

Screw

Output Circuit

Breakers

Optional

NMC Bay

Fixed 2.0m

NEMA L5-30P

Line Cord

Input Line

C19

C19

16A

16A

L5-2020A

20A

Output = 22.5A Max @ 100-120V

C1310A

C1310A

20A

Input = 24A Max @ 100-120V

Outlet TypeBreaker

Amperage

Outlet

Amperage

AC to DC

then

DC to AC

5-20

5-20

20A

20A






2 NEMA L6-20R

(Load Segment 1)

RS-232

Connector

Detachable

Line CordGround

Screw 2 IEC 320 C19

(Load Segment 1)

2 IEC 320 C13

(Load Segment 2)Optional EBM

ConnectorUSB

Remote emergency

power-off port

Input Line

C19

C19

16A

16A

L6-20

L6-20

20A

20A

Output = 13.5A @ Max 200-240V

C13

C13

10A

10A

Input = 16A Max @ 200-240V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC






Run Time – IBM UPS3000 RM 100/120V

Number of EBM (P/N 69Y1982)

% Load (W) Internal

Batteries * +1 *

25% 678 42 156

50% 1350 16 62

75% 2060 10 42

100% 2700 7 27 * Battery backup times are approximate and may vary with equipment, configuration, battery age, temperature, etc.

6 IEC 320 C13

(Load Segment 1)

RS-232

Connector

Detachable

Line CordGround

Screw 2 IEC 320 C19

(Load Segment 1)

2 IEC 320 C13

(Load Segment 2)Optional EBM

ConnectorUSB

Remote emergency

power-off port

Input Line

C13

C13

10A

10A

C19

C19

16A

16A

Output = 13.5A Max @ 200-240V

C13

C13

10A

10A

Input = 16A Max @ 220-240V

Outlet Type

Outlet

Amperage

AC to DC

then

DC to AC

C1310A

C1310A

C1310A

C1310A




Run Time – IBM UPS3000 RM 200/208V


% Load (W) Internal

Batteries * +1 *

25% 660 41 153

50% 1340 17 68

75% 2040 10 43

100% 2680 6 29



Run Time – IBM UPS3000 RM 230V


% Load (W) Internal

Batteries * +1 *

25% 670 41 156

50% 1350 17 81

75% 2020 10 41

100% 2680 7 27





EBM Connections – IBM UPS3000 RM



IBM UPS5000 – Rack Mounted IBM UPS5000 Front IBM UPS5000 Back

IBM UPS5000 EBM Back

Model UPS5000XHV EBM

Part Number 2419-5KX 39Y8857


EBMs Supported 4 -

EPO Connection Yes -

Power Factor 0.9 -

UPS Type Double Conversion -

Supported Country or Region World Wide -

Input UPS5000XHV EBM

Line Cord Selectable -

Voltage 200-240V -

VA 5000 -

Max Current 30A -

Phase / Frequency 1ph / 50 or 60Hz. -

Output UPS5000XHV EBM

Watts 4500 -

Nominal voltage 200-240V -

Maximum Amperage 22.5A -

Receptacles 8 x IEC320 C13 2 x IEC320 C19

-

Selectable Line Cords – IBM UPS5000

Line Cord Plug Type Country or Region 40K9612 IEC 309 P+N+G International 40K9614 NEMA L6-30P North America 40K9617 AUS/NZ 3112 32A Australia / New Zealand 40K9618 KSC 8305 30A South Korea



Outlet Diagram – IBM UPS5000

Logical Layout – IBM UPS5000

Load Segemnt 1

Load Segemnt 2

15A Circuit Breaker

/ Load Segment

Input Connector

Input Line

C13

C13

10A

10A

C13

C19

10A

16A

15A


C13

C13

10A

10A

C1916A

15A

Input = 30A 200-240V

Outlet TypeBreaker

Amperage

Outlet

Amperage

AC to DC

then

DC to AC

C1310A

C1310A

C1310A



Run Time – IBM UPS5000


Load (W) +0 * +1 * +2 * +3 * +4 *

50 409 1083 1892 2733 3596

100 290 771 1349 1950 2566

200 180 483 846 1223 1610

300 129 347 610 882 1162

400 99 270 474 686 904

500 80 219 366 559 737

600 67 184 324 470 620

700 57 158 279 405 534

800 50 138 244 355 468

900 44 122 217 315 416

1000 39 110 195 283 374

1200 32 90 161 235 311

1400 26 76 137 200 265

1600 22 66 119 174 230

1800 19 58 105 153 203

2000 17 52 93 137 181

2500 12 40 73 107 142

3000 9 32 60 88 117

3400 7 25 50 72 100

4000 6 23 43 60 85

4500 5 20 38 54 75



EBM Connections – IBM UPS5000



IBM UPS6000 – Rack Mounted

UPS6000 200/208V UPS6000 230V EBM

Part Number 5395-6AX 5395-6KX 69Y1984

Feature Code 5395-RU4 (FC 6660) 5395-RU4 (FC 6661) 5395-RU4 (FC 5734)


U Space 4 4 3



UPS Type Line Interactive Line Interactive -


North America, Japan World Wide -

Input 200/208V 230V EBM

Line Cord Hardwired Hardwired -

Voltage Range 155-255V for 200/208V 160V-286V for 230V -


Phase / Frequency 1ph / 50 or 60Hz. 1ph / 50 or 60Hz. -

Surge Energy Rating 1300 joules 1300 joules -

Output 200/208V 230V EBM

Watts 5600W 5600W -

Nominal Voltage 208V (Configurable)


-

Maximum Amperage 28A 28A -

Receptacles 2 x NEMA L6-30R 4 x IEC 320 C19

4 x IEC 320 C19 6 x IEC 320 C13

-




IBM UPS6000 Front 5395-6AX (200/208V) Back

IBM UPS6000 EBM Front5395-6KX (230V) Back



Outlet Diagram – IBM UPS6000 200/208V

Logical Layout – IBM UPS6000 200/208V

4 IEC 320 C19

(Load Segment 1)

2 NEMA L6-30R

(Load Segment 2)

Optional EBM

Connector

Ground

Screw Output Circuit

Breaker (20A)

Input Terminal

Block w/ Cover

Remote emergency

power-off port

USB

RS-232

ConnectorOptional

NMC Bay

Output Circuit

Breaker (30A)

Output Circuit

Breaker (20A)

Input Line

C19

C19

16A

16A

C19

C19

16A

16A


L6-30

L6-30

30A

30A

Input = 30A Max @ 200-240V

Outlet Type

AC to DC

then

DC to AC

20A

20A

30A

Outlet

Amperage

Breaker

Amperage



Outlet Diagram – IBM UPS6000 230V

Logical Layout – IBM UPS6000 230V

6 IEC 320 C13

(Load Segment 2)

4 IEC 320 C19

(Load Segment 1)

Optional EBM

Connector

Ground

Screw

Input Terminal

Block w/ Cover

Remote emergency

power-off port

USB

RS-232

ConnectorOptional

NMC Bay

Output Circuit

Breaker (20A)

Output Circuit

Breaker (15A)

Output Circuit

Breaker (20A)

Input Line

C19

C19

16A

16A

C19

C19

16A

16A


C13

C13

10A

10A

Input = 30A Max @ 200-240V

Outlet Type

AC to DC

then

DC to AC

20A

20A

15A

Outlet

Amperage

Breaker

Amperage

C1310A

C1310A

C1310A

C1310A




Number of EBM (P/N: 69Y1984 FC: 5734)

% Load (W) Internal

Batteries * +1 *

25% 1400 51 minutes 112 minutes









Input Connection Block – IBM UPS6000

Caution: Wiring information in this document is for reference only and is incomplete. See UPS6000 Installation

and Maintenance Guide for complete wiring instructions. Link to UPS11000 Installation and Maintenance Guide: ftp://ftp.software.ibm.com/systems/support/system_x_pdf/60y1419.pdf

Install a utility circuit breaker according to local electrical codes (see table below) for input wiring.

Wire functions Terminal position

Uninterruptible power supply wire function

Terminal wire size rating

1

Tightening torque

Input

1 Input ground 5.26 - 16 mm

2

(10-6 AWG) 2.49 Nm (22 inch-pounds)

2 L2 / Neutral In

3 L1 In

6000 VA, 200 V / 208 V models only: A 40 A 2-pole circuit breaker to provide short circuit and over current protection.

6000 VA, 230 V models only: A 32 A (for Europe) or 40 A (for North America) 2-pole circuit breaker to provide short circuit and over current protection. (For Europe) The breaker meets the IEC/EN 60934 standard and has a contact air gap of at least 3 mm.

Notes – Wire color code varies depending on location. Check with the local Authority Having Jurisdiction (AHJ) for proper color code. AWG stands for American Wire Gauge

1 Use the following minimum wire size:

10 AWG for equipment grounding wire, 75°C copper wire minimum

8 AWG for input line and neutral wires, 75°C copper wire minimum

1Ө

200V

208V

220V

230V

240V

N L

1 2 3

G

ftp://ftp.software.ibm.com/systems/support/system_x_pdf/60y1419.pdf





IBM UPS7500/10000 – Rack Mounted

Model UPS7500XHV UPS10000XHV EBM

Part Number 21303RX 21304RX 39Y8857

New T-M-F Ordering System

2130RU1-1079 2130RU1-1080 FC 5743




UPS Type Double Conversion

Double Conversion

-

Input UPS7500XHV UPS10000XHV EBM

Line Cord Hard Wired Hard Wired -

Voltage 200-240V 1ph1

380-415V 3ph2

200-240V 1ph1

380-415V 3ph2

-

VA 7500 10000 -

Max Current 38A 1ph1

14A 3ph2

50A 1ph1

18A 3ph2

-

Phase / Frequency 1ph / 50 or 60Hz1

3ph / 50 or 60Hz2

1ph / 50 or 60Hz1

3ph / 50 or 60Hz2

-

Output UPS7500XHV UPS10000XHV EBM

VA 6000 8000 -

Nominal voltage 200-240V 1ph 200-240V 1ph -


Receptacles 4 x IEC320 C19 4 x IEC320 C19 -

1 – Support in North America and Internationally 2 – Not supported in North America or Japan

UPS7500/10000 Front UPS7500/10000 Back

UPS 10000

Test

TV

SS

GN

D

www.apcc.com

ProbeOutput Zone

1

Pwr2

Reset

NO

+12V

NO

COM

NC

COM

GND

NO

NC

COM

10/100Base-T

10/100

AP9619 Network Management Card EM

TV

SS

GN

D

EBM BackEBM Front



Outlet Diagram – IBM UPS7500/10000

Logical Layout – IBM UPS7500/10000

TV

SS

GN

D

www.apcc.com

ProbeOutput Zone

1

Pwr2

Reset

NO

+12V

NO

COM

NC

COM

GND

NO

NC

COM

10/100Base-T

10/100


Outlets

EBM Connection Block

Input Block & CoverOutlet Circuit Breakers

Input Line

C1916A

20

UPS7500 Output = 30A Max 200-240V


UPS7500 Input = 38A 200-240V

UPS10000 Input = 50A 200-240V

C1916A

20

C1916A

20

C1916A

20

Breaker

Amperage

AC to DC

then

DC to AC

Outlet

Amperage

Outlet Type



Run Time – IBM UPS7500/10000


Load (W) +0 * +1 * +2 * +4 *

100 360 655.8 1023.6 1789.8

200 249.6 459 715.8 1254

300 189.6 349.8 546.6 960

400 153 280.8 441 772.8

500 126.6 234.6 367.2 645

600 108 199.8 314.4 552.6

700 93.6 174 273.6 481.8

800 82.8 153.6 243 426.6

900 73.8 138 216.6 382.8

1000 69.6 124.8 196.8 346.8

1200 55 103.8 163.8 291

1400 47 90 141 249.6

1600 41 76.8 123 217.8

1800 36 67.8 108.6 193.8

2000 32 60 96.6 174

2500 24 48 76.8 136.8

3000 19 39 60 112.8

3400 17 34 55 99

4000 13 28 46 81.6

5000 10 21 35 63.6

6000 7 16 28 52

7000 5 13 23 44

8000 4 11 20 37

Recharge Hours

3 7 10 17





EBM Connections – IBM UPS7500/10000

TV

SS

GN

D

www.apcc.com

ProbeOutput Zone

1

Pwr2

Reset

NO

+12V

NO

COM

NC

COM

GND

NO

NC

COM

10/100Base-T

10/100


TV

SS

GN

D

TV

SS

GN

D



Input Connection Block – IBM UPS7500/10000

International Connection Only

Single Phase Connection 3 Phase Wye Connection

NL3L2L1

3Ө

1Ө

1Ө

200V

208V

220V

230V

240V

NL3L2L1

3Ө

1Ө

3Ө380V

400V

415V


System Input Voltage Nominal Current Full Load Typical

Breaker Size Typical

Wire Size

UPS7500 220/230/240V 1ph 38A 50A 10mm

2

380/400/415V 3ph Y 14A per ph online, 38A on L1 in bypass 50A 10mm2

UPS10000 220/230/240V 1ph 50A 63A 16mm

2

380/400/415V 3ph Y 18A per ph online, 50A on L1 in bypass 63A 16mm2

North American Connection Only

Single Phase Connection


System Input Voltage Nominal Current

Full Load Typical

Breaker Size Typical AWG

UPS7500 200 - 240V 1ph (2P+G)

38A 50A 6

UPS10000 50A 60A 6

Notes – Wire color code varies depending on location. Check with the local Authority Having Jurisdiction (AHJ) for proper color code. AWG stands for American Wire Gauge

NL3L2L1

3Ө

1Ө

200V

to

240V

Line to Line

1Ө

200V

208V

220V

230V

240V

When wiring in North America the “N” terminal lug can be treated as a “Hot Line” lug.



IBM UPS11000 – Rack Mounted

UPS11000 200/208/230V EBM

Part Number 53959KX 69Y1986


EBMs Supported 1 -

U Space 5 3

EPO Connection Yes -

Power Factor 0.9 -

UPS Type Double Conversion -

Supported Country or Region World Wide* -

Input UPS11000 200/208/230V EBM

Line Cord Hardwired -

Voltage Range 184-276V -

Max Current 69.96A (Line mode) 58.33A (Battery mode)

-

Phase / Frequency 1ph / 50 or 60Hz. -

Surge Energy Rating 1300 joules -

Output UPS11000 200/208/230V EBM

Watts 10000W -

Nominal Voltage 200/208/230 V (configurable)

-

Maximum Amperage 50A -

Receptacles 8 x IEC 320 C19 - * – Except for countries that don’t support 11000VA UPS on a single phase circuit, such as Germany.




IBM UPS11000 Front IBM UPS11000 Back




Outlet Diagram – IBM UPS11000

Logical Layout – IBM UPS11000

4 IEC 320 C19

(Load Segment 1)

Optional EBM

Connector

Input Terminal

Block w/ Cover

USBRS-232

Connector

Output Circuit

Breaker (20A)

4 IEC 320 C19

(Load Segment 2)

Ground

Screw

Remote emergency

power-off port

Optional

NMC Bay

Output Circuit

Breaker (20A)

Output Circuit

Breaker (20A)

Output Circuit

Breaker (20A)

Input Line


UPS11000 Input = 50A 200-240V

Breaker

Amperage

AC to DC

then

DC to AC

Outlet

Amperage

Outlet Type

C19

C19

16A

16A

C19

C19

16A

16A

20A

20A

C19

C19

16A

16A

C19

C19

16A

16A

20A

20A




Number of EBM (P/N: 69Y1986 FC: 5735)

% Load (W) Internal

Batteries * +1 *

25% 2500 37 79

50% 5000 14 35

75% 7500 8 20

100% 10000 5 14






Input Connection Block – IBM UPS11000

Caution: Wiring information in this document is for reference only and is incomplete. See UPS11000 Installation

and Maintenance Guide for complete wiring instructions. Link to UPS11000 Installation and Maintenance Guide: ftp://ftp.software.ibm.com/systems/support/system_x_pdf/60y1420.pdf


Wire functions Terminal position

Uninterruptible power supply wire function

Terminal wire size rating

1

Tightening torque

Input

1 Input ground 16 - 35 mm2 (8 - 2 AWG)

2.49 Nm (22 inch-pounds)

2 L2 / Neutral In

3 L1 In 1 – Use the following minimum wire size:

8 AWG for equipment grounding wire, 75°C copper wire minimum

4 AWG for input line and neutral wires, 75°C copper wire minimum

The 11000 VA UPS model requires a dedicated branch circuit that meets the following requirements:

A breaker that is wall-mounted and readily accessible to the operator: o A 63 A (for Europe) or 80 A (for North America) 2-pole circuit breaker to provide short circuit and

over current protection. o (For Europe) The breaker meets the IEC/EN 60934 standard and has a contact air gap of at least

3 mm.

A two-pole disconnection device between the UPS output and the load (see the circuit breaker diagram).

200 - 240 V ac, 50/60 Hz.

Flexible metal conduit (for ease of service and maintenance). Notes – Wire color code varies depending on location. Check with the local Authority Having Jurisdiction (AHJ)

for proper color code. AWG stands for American Wire Gauge

1Ө

200V

208V

220V

230V

240V

N L

1 2 3

G






Line Cords and Plugs

100/120V NEMA 5-15P (North America & Japan) UPS1500 RM & Tower

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

Used with: 5396-1AX – UPS1000 Tower 120V (Line cord comes with UPS) 5396-1JX – UPS1000 Tower 100V (Line cord comes with UPS) 5396-2AX – UPS1500 Tower 120V (Line cord comes with UPS) 53951AX – UPS1500 RM 100/120V (Line cord comes with UPS)

100/120V NEMA 5-20P (North America & Japan) UPS2200 RM

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

Used with: 5396-2JX – UPS1500 Tower 100V (Line cord comes with UPS) 53952AX – UPS2200 RM 100/120V (Line cord comes with UPS)

100/120V NEMA L5-30P (North America & Japan) UPS3000 RM

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

Used with: 53953AX – UPS3000 RM 100/120V (Line cord comes with UPS)

Male EndFemale End

Male EndFemale End

120V

G

EQUIP.

GR.G

W

NEMA L5-30

W

SYS.

GR.



200/208V NEMA L6-20P (North America & Japan) UPS3000 RM

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

Used with: 53953JX – UPS3000 RM 200/208V (Line cord comes with UPS) 53953KX – UPS3000 RM 230V (Line cord ordered separately)

CEE7-VII (Europe)

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

Used with: 5396-1KX – UPS1000 Tower 230V 53951KX – UPS1500 RM 230V 2130R6X – UPS1500THV 5396-2KX – UPS1500 Tower 230V 53952KX – UPS2200 RM 230V

P/N: 40K9766 4.3m, 16A/230V, C19 to CEE7-VII (Europe) Line Cord

Used with: 53953KX – UPS3000 RM 230V

208V

G

EQUIP.

GR.G

Y

X

NEMA L6-20

120V

120V

Male EndFemale End



DK2-5a (Denmark)

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


SEV 1011-S24507 (Switzerland)

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


SI 32 (Israel)

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


P/N: 40K9771 4.3m, 16A/230V, C19 to SI 32 (Israel) Line Cord


Male EndFemale End

Male EndFemale End

Male EndFemale End



CEI 23-16 (Italy)

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


P/N: 40K9768 4.3m, 16A/230V, C19 to CEI 23-16 (Italy) Line Cord


SABS 164 (South Africa)

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


P/N: 40K9770 4.3m, 16A/230V, C19 to SABS 164 (South Africa) Line Cord


Male EndFemale End

Male EndFemale End



BS 1363/A (UK)

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


P/N: 40K9767 4.3m, 13A/230V, C19 to BS 1363/A w/13A fuse (UK) Line Cord


AS/NZS 3112 (Aus/NZ)

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


P/N: 40K9773 4.3m, 15A/230V, C19 to AS/NZS 3112 (Aus/NZ) Line Cord


Male EndFemale End

Male EndFemale End



KSC 8305 (S. Korea)

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


P/N: 59Y2749 4.3m, 16A/220V, C19 to KSC 8305 (S. Korea) Line Cord


IS6538 (India)

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


P/N: 40K9776 4.3m, 16A/240V, C19 to IS6538 (India) Line Cord


Male EndFemale End

Male EndFemale End



GB 2099.1 (China)

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


P/N: 40K9774 4.3m, 16A/220V, C19 to GB 2099.1 (China) Line Cord


NBR 6147 (Brazil)

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


Male EndFemale End

Male EndFemale End



IRAM 2073 (Argentina)

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


P/N: 40K9777 4.3m, 16A/220V, C19 to IRAM 2073 (Argentina) Line Cord


IEC 309 P+N+G (Denmark/Switzerland)

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


NBR 14136 (Brazil)

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


Male EndFemale End

N L

G

NL

G

Male SleeveFemale Sleeve

G

NL

G

N L

Male EndFemale End



SEV 1011 T23 (Switzerland)

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


CNS 10917 – 125V (Taiwan)

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

Used with: 5396-1AX – UPS1000 Tower 120V 53951AX – UPS1500 RM 100/120V 5396-2AX – UPS1500 Tower 120V

P/N: 59Y2746 4.3m, 16A/125V, C19 to CNS 10917 – 125V Line Cord

Used with: 53952AX – UPS2200 RM 100/120V

CNS 10917 – 250V (Taiwan)

P/N: 81Y2375 2.8m, 10A/250V, C13 to CNS 10917 – 250V Line Cord P/N: 81Y2389 4.3m, 10A/250V, C13 to CNS 10917 – 250V Line Cord

Used with: 5396-1KX – UPS1000 Tower 230V 53951KX – UPS1500 RM 230V 5396-2KX – UPS1500 Tower 230V 53952KX – UPS2200 RM 230V

P/N: 59Y2747 4.3m, 15A/250V, C19 to CNS 10917 – 250V Line Cord


Male EndFemale End

Male EndFemale End

Male End



40K9612 - IBM DPI 32A Cord (IEC 309 P+N+G)

IEC 309 P+N+G (2.5m) - 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 Pin & Sleeve Plug Decode” on page 69 in this document for further details on IEC309.

Matching receptacle listing 332R6W IP-67 HUBBELL, Hubbell receptacle P/N HBL332R6W Matching connector listing 332C6W IP-67 HUBBELL, Hubbell connector P/N HBL332C6W

Used with: 24195KX – UPS5000XHV

40K9614 - IBM DPI 30A Cord (NEMA L6-30P)

NEMA L6-30P (2.5m) 30A (24A Derated) @ 200V-240V Single Phase.


40K9617 – IBM DPI 32A Cord (AUS/NZ 3112 32A)

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


Male PinFemale Sleeve

G

NL

G

N LG

EQUIP.

GR.

N

L

220- 240V220- 240V

200-240V

G

EQUIP.

GR. GY

X

NEMA L6-30

100-120V

100-120V


N L

G

L N

G G

EQUIP.

GR.

N

L

230V 230V



40K9618 – IBM DPI 30A Cord (KSC 8305 30A)

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


Male EndFemale End

NL

G

N L

G

220V

G

EQUIP.

GR.

N

L

220V



Reference Material

IBM BladeCenter Chassis Label Rating

Chassis Power Supply

Wattage Power Supplies

Standard Power Supplies

Max 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 - 37A / Connector *

BC H 2980W 2 4 - 37A / Connector *

BC HT 3160W 2 4 - 16A / Supply

BC T 1300W 2 4 - 8A / Supply

BC S 950W / 1450W ** 2 4 11.2A / Supply 8A / Supply

* - 37A per power connector (16A, 16A, 5A) redundant, 24A per power connector non-redundant ** - 950W is at 100-127V and 1450W is at 200-240V

See “IBM BladeCenter Power Guide - North America & Japan” for further details IBM BladeCenter Power:


IBM Storage Label Rating

Storage Device

Power Supply Wattage

100-127V Rating / Server


DS300 491W 5.58A 2.79A

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

DS400 491W 5.58A 2.79A

DS4100 390W 3.01A 1.57A

DS4200 390W 4.54A 2.27A

DS4300 (FAStT 600) 390W 3.9A 1.98A

DS4700 Express Model 600W 4.54A 2.27A

DS4800 390W 5A 2.25A

DS5020 600W 6A 2.5A

DS5100 580W 5.4A 2.25A

DS5300 580W 5.4A 2.25A

EXP100 (FAStT EXP100) 390W 3.9A 1.98A

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

FAStT 200 390W 3.9A 1.98A

Storwize V7000 580W 8A 3A

Storwize V7000 764W 10A 6A




IBM System x Server Label Rating

Server

Power Supply

Wattage

Power Supplies Server Ratings Redundant @

100-127V Standard Max 100-127V 200-208V 220-240V

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

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

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

x3200 (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

x3250 (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 -

x3350 (4192, 4193) 450W 1 2 4.1A 2A Yes

x3400 (7973, 7974) 670W 1 1 5A 2.5A -

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

x3450 (7948) 600W 1 1 7A 3.5A -

x3455 (7984) 650W 1 1 6.1A 3.0A -

x3455 (7940, 7941) 650W 1 1 6.1A 3.0A -

x3500 (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

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

x3620 M3 (7376) 460W 1 2 5.3A 2.6A Yes

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

x3630 M3 (7377) 675W 1 2 7.8A 3.8A Yes

x3650 (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

x3655 (7985) 835W 1 2 9.7A 4.85A Yes

* – Includes High Efficiency 675W power supply as well as the original 675W power supply.

Table continued on next page



IBM System x Server Label Rating – Continued

Server

Power Supply

Wattage

Power Supplies Server Ratings Redundant @

100-127V Standard Max 100-127V 200-208V 220-240V

x3690 X5 (7147, 7148) 675W 1 1 7.8A 3.8A -

x3690 X5 (7147, 7148) 675W 2 4 Yes

Server Rating 15.6A 7.6A Yes

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

x3755 (8877, 7163) 1500W 1 2 17.6A 8.8A No

3755 M3 (7164) 1100W 1 1 12 6.7 -

3755 M3 (7164) 1100W 2 3 Yes

Server Rating 19 11.6 Yes

Power Supply Rating (per plug) 12 6.7 Yes

x3800 (8866) 775W 2 3 18.4A 9.2A Yes

x3850 (8863, 8864) 1300W 1 2 15.75A 7.875A No

x3850/3950 M2 (7141) 1440W 1 2 17.2A 8A No

x3850/3950 M2 (7233) 1440W 1 2 17.2A 8A No

x3850 X5 (7143, 7145) 1975W 2 2 20A 12A 10A No

x3950 (8872, 8878) 1300W 2 2 15.75A 7.875A No

IBM System x Top of Rack Ethernet Switch Label Rating

Server

Power Supply Wattage

Power Supplies Standard

Power Supplies

Max



Power Supply Inlet

IBM/BNT G8000 150W 2 2 1.5A 0.7A IEC320 C14

IBM/BNT G8052 200W 2 2 1.7A 0.9A IEC320 C14

IBM/BNT G8124 275W 2 2 2.75A 1.15A IEC320 C14

IBM/BNT G8264 450W 2 2 3.125A 1.630A IEC320 C14

IBM J48E (4273-48E) 320W 1 2 5.5A IEC320 C14

IBM B48Y (4002AY4) 210W 1 2 1.2A 2.8A IEC320 C14

IBM B24X 210W 1 2 1.2A 2.8A IEC320 C14

IBM xSeries Server Label Rating

Server

Power Supply

Wattage

Power Supplies Standard

Power Supplies

Max



Redundant @

100-127V

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 18.4 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



IBM iDataPlex Chassis Label Rating

Chassis Slot Configuration

Power Supply

Wattage

Number Power Supplies Chassis

Rating Standard Max

2U Flex Chassis (7831, 6385)

2 Planars 900W High Efficiency

1 1

100V – 8.62A 110V – 7.71A 115V – 7.35A 120V – 7.00A 127V – 6.63A 200V – 4.19A 208V – 3.98A 220V – 3.81A 230V – 3.61A 240V – 3.46A


1 Planar with I/O Tray 900W High Efficiency

1 1



1 Planar with Storage Tray

900W High Efficiency

1 1

100V – 5.54A 110V – 4.89 A 115V – 4.67A 120V – 4.44A 127V – 4.20A 200V – 2.67A 208V – 2.56A 220V – 2.43A 230V – 2.33A 240V – 2.24A

3U Storage Chassis (7834, 6386)

900W High Efficiency

1 1


Table continued on next page



IBM iDataPlex Chassis Label Rating – Continued

Chassis Slot Configuration

Power Supply

Wattage

Number Power Supplies

Chassis Rating Standard Max


2 Planars Dual 750W

Power Supply

2 2

200V – 3.90A 208V – 3.80A 220V – 3.53A 230V – 3.38A 240V – 3.22A


1 Planar with I/O Tray Dual 750W

Power Supply

2 2

200V – 2.37A 208V – 2.27A 220V – 2.15A 230V – 2.05A 240V – 1.97A


1 Planar with Storage Tray

Dual 750W Power Supply

2 2

200V – 2.43A 208V – 2.32A 220V – 2.19A 230V – 2.11A 240V – 1.99A

3U Storage Chassis (7834, 6386)

Dual 750W

Power Supply

2 2

200V – 2.89A 208V – 2.76A 220V – 2.61A 230V – 2.51A 240V – 2.39A



Some Background on Power Factor 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.

j im S

Re S

q

P

|S|

jQ

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 liquid beer (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.

pf =Real Power

Apparent Power=

P

S

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 for part 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 and returned 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 the load 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).

IEC 309 Pin & Sleeve Plug Decode

G

L1

L2

L3

G

L1

L2

L3

4

Pin Configuration Amperage

60 R

Device Type Polarization Environmental Rating

3 - 2 Pole + G

4 - 3 Pole + G

5 – 3 Pole + N + G

20 30 32

60 63 100

P - Plug

C - Connector

R - Receptacle

B - Inlet

Clock

Position

Of Female

Sleeve

W-WATERTIGHT

(SCREW CAP &

LOCKING RING)

9 W

· Example

o IEC309 3P+G Plug

o 60amp/250V three-phase

o Hubbell Connector listing

460C9W IP-67

o P/N HBL460C9W


Color

Yellow

Orange

Blue

Gray

Red

Black

Voltage Rating

100V - 130V

125V/250V

200V - 250V

277V

380V - 480V

500V - 690V

Pin Configuration Significance

3 Pins = 1ph

4 Pins = 3ph Δ

5 Pins = 3ph Y

Receptacle InletConnector Plug

Female Ends Male Ends



Ingress Protection (IP) Decode

Code Letters

0 – No Protection

1 – Vertically Dripping

2 – Dripping At 15° Of Tilt

3 – Spraying Up To 60° Of Tilt

4 – Splashing

5 – Jetting

6 – Power Jetting

7 – Temporary Immersion

8 – Continuous Immersion

0 – No Protection

1 ≥ 50mm Diameter

2 ≥ 12.5mm Diameter



5 – Dust-Protected

6 – Dust-Tight

IP

First Number: degree of protection

for persons against access of

hazardous parts inside the enclosure

and/or against foreign objects.

Second Number: degree of

protection of equipment inside

enclosures against damage from

ingress of water.

First Number Second Number

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

Ingress Protection (IP ) is defined in IEC 60529 Standard.

Ingress ProtectionProtection Against Ingress

of Solid Foreign Objects

Protection Against Ingress of

Water with Harmful Effects

IEC 320 Connectors

Name Connector AMP Rating Use

C5 – Female C6 – Male

2.5A Laptop Power Supplies And Other Portable Power Supplies

C7 – Female C8 – Male 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 120

0 C

(2480F), Unlike C13/C14 Which Is Rated To 70

0 C (158

0 F)


16A Blade Chassis, High-power Servers, UPSs, PDUs, And Other High Current Equipment

Note: IEC 320 has changed to IEC 60320



60A Three Phase Delta Power Calculations

32A Three Phase Wye Power Calculations

IA

IB

IC

EL=380V

n

IA = IB = IC = IL = IF = 32A

PF = EFY x IFY x p.f. (W)

EF=220V

EL=380V

EL=380V

IF

EAn = EBn = ECn = EF

A

B

C

For all three phases,

PTOTAL = 3 x PF

= 3 x EL/√3 x IF x p.f.

= √3 x EL x IL x p.f.

= √3 x 380V x 32A x 1

= 21062 W

=EL

√3=

380

√3= 220V

ICB

IAC IBA208V

208V

208V

IA

IC

IB

ELL = EAC = EBA = ECB = 208V

IL = 60A

PTotal =

= 21616W

=

IF = IAC = IBA = ICB =IL√3

=60

= 34.64A

34.64IDerated = IF x 0.8 = x 0.8 = 27.7A

=PDerated PTotal x 0.8

= 21616W x 0.8

17293W=

√3 x ELL x IL x pf

√3 x 208 x 60 x 1

√3

B

C

A

Variables Defined

Phase Current=IF

Line Current=ILLine to Line Voltage=ELL

Power Factor=pf

Power In Watts=P



UPS Installation Manual Links

Installation Manuals for IBM System x Rack, PDU, UPS, and KVM Products http://www.ibm.com/support/techdocs/atsmastr.nsf/WebIndex/TD105795

Helpful Links

Latest version of this document

http://www.ibm.com/support/techdocs/atsmastr.nsf/WebIndex/WP101655 Other resources related to power and cooling

http://www.ibm.com/support/techdocs/atsmastr.nsf/WebIndex/PRS4401 IBM’s System x UPS Web Site

http://www.ibm.com/systems/x/hardware/options/ups.html IBM’s System x UPS Web Site

http://www.ibm.com/systems/x/hardware/options/ups.html 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 Configuration and Options Guide (COG) - Servers and IntelliStation

®

http://www.ibm.com/support/entry/portal/docdisplay?brand=5000008&lndocid=SCOD-3ZVQ5W IBM BladeCenter and System x Reference Sheets

http://www.redbooks.ibm.com/Redbooks.nsf/pages/xref?Open Official IBM Visio Stencils

http://www.visiocafe.com/ibm.htm IBM, the IBM Logo, BladeCenter, DPI, IntelliStation, iDataPlex, and System x are registered trademarks or trademarks of International Business Machines Corporation in the United States, other countries or both. For a list of additional IBM trademarks, please see http://ibm.com/legal/copytrade.shtml. Other company, product or service names may be trademarks or service marks of others.

http://www.ibm.com/support/techdocs/atsmastr.nsf/WebIndex/TD105795


http://www.ibm.com/support/techdocs/atsmastr.nsf/WebIndex/PRS4401

http://www.ibm.com/systems/x/hardware/options/ups.html

http://www.ibm.com/systems/x/hardware/options/ups.html

http://www.hubbellcatalog.com/wiring/catalogpages/section-b.pdf

http://www.hubbellcatalog.com/wiring/catalogpages/section-E.pdf

http://www.ibm.com/support/entry/portal/docdisplay?brand=5000008&lndocid=SCOD-3ZVQ5W

http://www.redbooks.ibm.com/Redbooks.nsf/pages/xref?Open

http://www.visiocafe.com/ibm.htm

http://ibm.com/legal/copytrade.shtml