9910-UPS Rack Chart Updated March 08

Transcription

1 All devices and UPS in One rack? 7188 or 5889 PDUs? Qty: Zero to Ten es es E30 (No PDU, Fig 6) 2,100W 2U rack specify code /61 (L6-20) or: (L6-30) E30 Options: U Battery module rack specify code E64 (One* Fig 7 or two** Fig 8 PDUs) 4,200W 5U rack specify code /21 (L6-30) or 2973 PDU to UPS E64 Options: U Battery module rack specify code No No Calculate power draw, select UPS with watt rating higher than power draw Select from E30, E33, E64, E65 or UPS The following texts describes various UPSs and the configuration (eg No PDU ) and features necessary for a proper configuration E33 (No PDU, Fig 6) 2,700W 2U rack specify code /61 (L6-20) or: (L6-30) E33 Options: U Battery module rack specify code *Non-redundant ** Dual-Redundant 7189, 7196 or 5160 PDUs E30 (One* Fig 3 or two** Fig 5 PDUs) 2,100W 2U rack specify code /61 (L6-20) or: (L6-30) PDU to UPS E30 Options: U Battery module rack specify code E33 (One* Fig 3 or two** Fig 5 PDUs) 2,700W 2U rack specify code (L6-30) UPS input E33 Options: U Battery module rack specify code Figures on Following Pages Toll-free IBM pre-sales support & application (US) option 1 wwwoempowerwarecom/ibm-ups i5 Flow Chart v15appt Page 1 of 10 March, UPS Chart Updated March 08 es Go to Tower UPS Charts or Contact Eaton (Powerware) Opt 1 (US) Table 1 E65 (One* Fig 7, two* Fig 8 or 9 or four** Fig 10 or 11 PDUs) 4,500W 3U rack specify code /21 (L6-30) or 2973 PDU to UPS NOTE: The E65 can support one (1) additional PDU Select one PDU to UPS for second PDU E65 Options: U Battery module rack specify code i5 Model Watts Qty 515, , way FC 0930/ way FC way FC way FC 0926/ MMA 1 st CEC 1400 MMA 2 nd CEC 2800 MMA 3 rd CEC 4200 MMA 4 th CEC , , , 5296, DS D D W 3592-J1A D VX , CR Other TOTAL: Americas TTL Watts (Two* Fig 10 or four** Fig 11 or 12 PDUs) 8,000W 6U rack specify code NOTE: The first PDU requires FC #6492 (part of PDU BOM) NOTE: Additional PDUs use one (1) PDU to UPS power per PDU Options: U Battery module rack specify code 7188, 5889 or 7109 PDU NOTES: E64 & E65 If select #6654 [same plug type as UPS ] (L6-30, plug type 12) you will keep this for use when UPS needs service E30 & E33 ou will not use PDU #66xx, store for future use

2 Table 2 Attribute E30 E33 E64 E65 Level of protection (Type/Series) 9 = Double conversion, 5 = Line interactive Hot Swap Batteries Hot Swap Electronics Load Segments No PDU supported, non-redundant No PDU supported, dual-redundant Height U Output Watts Watts per U ,100 1, ,700 1, , ,500 1, ,000 1,333 Optional Extended Battery Modules (EBM) (#6644) (#6643) (#6645) (#6645) (#6646) Optional additional PDU to UPS (974) Max: Max: 2 wwwoempowerwarecom/ibm-ups i5 Flow Chart v15appt Page 2 of 10 March, 2008

3 Step 1: Determine your rack model: = 42U = 25U = 11U PDUs can be installed in side pockets (42U only) or EIA space (all) The 25U and 11U racks support 9910-E33 UPS A minimum of zero PDU will be included with each rack Choose the figure closest to your application PDU (side pocket) 42U (0553) PDU (side pocket) Model UPS Support by racks: 0553 supports E30, E33, E64, E65, (Figure 1A) 0555 supports E33 (Figure 1B) 0554 supports E33 (Figure 1C) 25U (0555) PDU (side pocket) Device PDU (side pocket) 11U (0554) Device Device PDU (EIA space) PDU (EIA space) PDU (EIA space) UPS (varies) UPS (E33) UPS (E33) Figure 1A Figure 1B Figure 1C i5 Flow Chart v15appt Page 3 of 10 March, 2008

4 Table 3 Battery (Autonomy) Watt load (power draw level) E30 (EBM #6644) Battery (autonomy) runtimes Std Internal Batts +1 EBM +2 EBMs +3 EBMs +4 EBMs (Max) 875 Watts 16 min W W W E33 (EBM #6643) 1350 W W E64 (EBM #6645) 1400 W W W W W E65 (EBM #6645) 900 W W W W W W (EBM #6646) 1000 W W W W W W W i5 Flow Chart v15appt Page 4 of 10 March, 2008

5 Each Figure shows a rack with a different quantity of PDUs (zero to four) and with various input power for the E30 & E33 The Figures showing two PDUs are show in *Non- & **Dual-Redundant (two separate power sources) configurations The figures showing four PDUs are shown in Dual-Redundant configurations only Choose the figure closest to your application LEGEND for Understanding Figures Description of rack configuration Rear view of rack showing device(s) PDU(s) shown mounted in side pocket Input power plug mates to mains receptacle Mains (wall) receptacle is supplied by end user EXAMPLE Figure 2 (not to scale) UPS Device to PDU Device with one power supply (if dual redundant, will have two power supplies) PDU to UPS UPS (Model) at bottom of rack Figure 3 UPS : 975 L6-30P #9860, #9861 L6-20P #9871 IEC309 P+N+G 16A (See Table 4 for graphics) One PDU: E30/E33 with one PDU *NON-REDUNDANT (not to scale) connections) to PDU 974 (inc with E33) E30 or E33 30A UPS input 975 L6-30P 8 20A UPS input #9860 L6-20P 14 #9861 L6-20P 6 PDU 7188 or 5889 Connector Type: UTG (Burndy) Or C19/C20 PDU to UPS power 6, 974 (inc with E33) E30 or E33 wwwoempowerwarecom/ibm-ups i5 Flow Chart v15appt Page 5 of 10 March, 2008

6 Figure4 Two PDUs: E30/E33 Figure 5 No PDU: E30/E33 with two PDU **DUAL-REDUNDANT (not to scale) with No PDU *NON-REDUNDANT (not to scale) See Fig 3 for UPS connections) to PDU PDU C13 to C14 See Fig 3 for UPS Up to 9 Devices (power connections) to E33 Up to 4 power connections to E (inc with E33) E30 or e33 E30 or E33 Figure 6 One PDU: E64 or E65 Figure 7 Two PDUs: E64 or E65 UPS : #1420 L6-30P #1421 L6-30P #1422 RS3760 #1423 RS3750 #1424 IEC309 P+N+G 32A with one PDU *NON-REDUNDANT connections) w/ PDU See Fig 7 for UPS with two PDUs **DUAL-REDUNDANT PDU #1 powered by UPS PDU powered from utility (mains) connections) w/ PDU PDU 972/3 972/3 E64 or E65 E64 or E65 wwwoempowerwarecom/ibm-ups i5 Flow Chart v15appt Page 6 of 10 March, 2008

7 Figure 8 Two PDUs: E65 Figure 9 Four PDUs: E65 with two PDUs *NON-REDUNDANT PDU #1 & powered by UPS 974 PDU #3 to with four PDUs **DUAL-REDUNDANT PDUs #1 & #3 powered by UPS PDUs # 2 & 4 powered by utility (mains) PDU #4 See Fig 7 for UPS connections) to each PDU 974 PDU to See Fig 7 for UPS connections) to each PDU PDU 972/3 972/ 3 E65 E65 Figure 10 Two PDUs: Figure 11 Four PDUs: with two PDUs *NON-REDUNDANT PDU #1 & powered by UPS 974 PDU #3 to with four PDUs **NON-REDUNDANT PDUs #1 - # powered by UPS 974 PDU to See Fig x for UPS connections) to each PDU #6492 PDU 974 PDU to See Fig x for UPS connections) to each PDU # PDU to wwwoempowerwarecom/ibm-ups i5 Flow Chart v15appt Page 7 of 10 March, 2008

8 Figure PDU #3 to See Fig 7 for UPS Four PDUs: with four PDUs **DUAL-REDUNDANT PDUs #1 & #3 powered by UPS PDUs # 2 & 4 powered by utility (mains) connections) to each PDU #6492 PDU #4 PDU Table 4 Mains (input) Power Cord Plug & Receptacle Descriptions Type 11 FC 9860, 9861 (NEMA L6-20) Type 12 FC 1420, 1421, 2975 (NEMA L6-30) Type 40 FC 1422, 1423 R&S 3750 Type 46 (16A) FC 9871 IEC309 P+N+G Type 46 (32A) FC 1424, 2976 IEC309 P+N+G Type 64 FC 9875 inmetro wwwoempowerwarecom/ibm-ups i5 Flow Chart v15appt Page 8 of 10 March, 2008

9 Figure 13 IEC309 (3P+G) 60A, 208V used with #7196 and 73P5847 PDUs Plug: 460P9W Receptacle: 460R9W Connector: 460C9W IEC309 (2P+G) 60A, 208V used with, #6492 on PDUs Plug: 360P6W Receptacle: 360R6W Connector: 360C6W NEMA L6-30 (2P+G) 30A, 208V used with UPS input 975, PDU to UPS power 972, 973, #6654 E65 input power cable (15ft) and E64/E65 outlet NEMA L6-20 (2P+G) 20A, 208V used with UPS input #9860 and #9861 C13 connector- 10A rated (female) PDU, E30/E33/E65 UPS outlets Mating connector to server C14 connector- 10A rated (male) The inlet on most servers & options jumper s C19 connector- 16A rated (female) E30/E33/E65/ UPS outlet and UPS input (2975, 2976) C20 connector- 16A rated (male) BladeCenter, some i5 devices and E30/E33 inlets Figure 14 FC 2972, 2973 & 6654 PDU to UPS 14ft/4m, 4ft/12m (respectively) Burndy to L6-30P Figure 15 FC 2975 UPS input (mains) 8ft L6-30P to IEC-320-C19 C19 Figure 16 Figure 17 FC 2974 PDU to UPS 6ft/18m Burndy to IEC-320-C20 (inc with E33) C20 FC 2976 UPS input (mains) 4m IEC309 (P+N+G) 32A to IEC-320-C19 C19 wwwoempowerwarecom/ibm-ups i5 Flow Chart v15appt Page 9 of 10 March, 2008

10 UPS Rear Panels E30 Figure 18 E33 Figure 19 E64 Figure 20 i5 Flow Chart v15appt Page 10 of 10 March, 2008

11 E65 Figure 21 wwwoempowerwarecom/ibm-ups Figure 22 i5 Flow Chart v15appt Page 11 of 10 March, 2008