HP Integrity Superdome SX2000 Site Preparation Guide, Fifth Edition - HP Integ
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- HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 1
Site Preparation Guide hp Integrity Superdome and hp 9000 Superdome Fifth Edition Manufacturing Part Number: A5201-96046 February 2005 USA - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 2
to change without notice. The only warranties for HP products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. HP shall not be liable for technical or editorial errors - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 3
Contents 1. Introduction Basic System Building Blocks 3 2. Dimensions and Weights Component Dimensions 10 Component Weights 11 Shipping Dimensions and Weights 12 3. Electrical Specifications Grounding 14 Circuit Breaker 15 Power Options 16 Power Cords 17 System Power Requirements 26 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 4
Contents Cell Population 94 Partition Size 94 I/O Chassis Allocation 97 System Planner 98 iv - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 5
Preface v - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 6
Scope This document is intended for viewing by hp service personel and its customers. This document does not describe system software or partition configuration operations in any detail. For detailed information concerning those topics refer to the hp System Partitions Guide (5990-8170A). vi - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 7
document contains the following chapters and appendices: • Chapter 1, Introduction-Brief introduction to the hp Integrity Superdome • Chapter 2, Dimensions and Weights-Necessary physical specifications of the servers • Chapter 3, Electrical Specifications-Necessary electrical specifications of the - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 8
, 2004. Includes updates for PA-8800, PA-RISC processor for hp9000 Superdome, plus numerous additions and corrections. Released June, 2004. Includes updates for dual-core IPF processor forhp Integrity Superdome. Released September, 2004. Added general corrections and updates. Released February 2005 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 9
-end computers has two new members: hp Integrity Superdome and hp 9000 Superdome. Improvements over the Superdome predecessors include higher processor performance, increased local cell board memory bandwidth, and increased scalability. The hp Integrity Superdome uses the Itanium® 2 single- and dual - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 10
card cage • 2-GB DIMMS • Two optional support Management Stations - Windows-based hp Proliant ML350 G3 (PC-SMS) - HP-UX based hp Server rx2600 (HP-UX SMS) The hp Integrity Superdome supports HP-UX 11.23 and Windows Server 2003, Datacenter. The hp 9000 Superdome supports HP-UX 11.11. 2 Chapter 1 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 11
a typical SD64 installation. Figure 1-4 on page 7 illustrates a typical SD64 and I/O expansion cabinet installation. Server Cabinet The server cabinet is the main building block. An SD64 comprises two server cabinets interconnected. A single SD32 cabinet may contain up to eight cell boards (32 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 12
Introduction Basic System Building Blocks Figure 1-1 Server Cabinet Components I/O Fans PDCA Fans Cell Boards I/O Chassis BPS 4 Chapter 1 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 13
Figure 1-2 Typical SD16/SD32 Installation Introduction Basic System Building Blocks 60SP001A 4/17/00 Chapter 1 5 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 14
Introduction Basic System Building Blocks Figure 1-3 Typical SD64 Installation 60SP002A 4/17/00 6 Chapter 1 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 15
Figure 1-4 Typical Installation with IOX Introduction Basic System Building Blocks 60SP003A 4/26/00 Support Management Station The hp Integrity Superdome and hp 9000 Superdome SMS is an hp Proliant M350-G3 PC, either a desktop or a rack-mounted unit. The rack-mounted unit uses a TFT-5600 rack- - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 16
Introduction Basic System Building Blocks 8 Chapter 1 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 17
2 Dimensions and Weights Chapter 2 9 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 18
Component Dimensions Table 2-1 lists the dimensions for the cabinet and components. Table 2-2 list the dimensions for optional IOX cabinets. Table 2-1 Server Component Dimensions Component Width (in. / cm) Depth (in. / cm) Cabinet Cell board 30 / 76.2 16.5 / 41.9 Cell board power board - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 19
11.80 2 52.00 / 23.59 I/O cardcage 36.50 / 16.56 4 146.00 / 66.24 I/O Cards 0.45 / 0.20 48 21.60 / 9.80 Fully configured server (SD32 cabinet) 1 1241.21 / 563.16b a. The listed weight for a chassis includes the weight of all components not listed in Table 2-3. b. The listed weight for - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 20
Dimensions and Weights Shipping Dimensions and Weights Shipping Dimensions and Weights Table 2-5 lists the dimensions and weights of the Support Management Station and a single cabinet with shipping pallet. Table 2-5 Miscellaneous Dimensions and Weights Equipment Width (in. / cm) Depth/Length - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 21
3 Electrical Specifications The following specifications are based on HP Environmental Class C2. Class C2 is a controlled computer room environment where products are subject only to controlled temperature and humidity extremes. Throughout this chapter each - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 22
Electrical Specifications Grounding Grounding The site building shall provide a safety ground/protective earth for each AC service entrance to all cabinets. This equipment is CLASS 1 and requires full implementation of the grounding scheme to all equipment connections. Failure to attach Protective - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 23
Circuit Breaker Each cabinet using a three-phase, four-wire input requires dedicated circuit breaker to support the Marked Electrical current of 44A per phase. The facility electrician and local service codes will determine proper circuit breaker selection. Each cabinet using a three-phase five-wire - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 24
It may be unusual to list Options 6 and 7 and not 1 and 2. The options listed are consistent with previous options for earlier Superdome systems. Table 3-1 Available Power Options Option Source Type Source Voltage (nominal) PDCA Required Input Current Per Phase 200-240 VAC a Power Receptacle - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 25
PDCA 0 PDCA 1 60SP040A 8/20/01 Power Cords This section discusses the different possibilities for PDCA power cords. Pre-wired PDCAs Options 6 and 7 All servers are delivered with the appropriate cable and plug. The mating in-line connector is not provided. IMPORTANT Verify that the source power is - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 26
Electrical Specifications Power Options • To verify the proper wiring for a 4-wire PDCA, use a DVM to measure the voltage at the in-line connector. Voltage should read 200 - 240 Vac phase-to-phase as measured between the connector pins as follows: L1 to L2, L2 to L3, L1 to L3. • To verify the - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 27
Electrical Specifications Power Options IMPORTANT Ensure that your DVM is capable of measuring AC voltages of at least 500VAC. A number of 5-wire power distribution systems may have phase-to-phase voltages in excess of 400VAC. Many hand-held volt meters are limited to 300VAC. Figure 3-3 Four-Wire - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 28
Electrical Specifications Power Options To remove the existing cable from the PDCA, begin be removing the five T-10 Torx screws detailed in Figure 3-5 on page 21. Then remove the bottom panel of the PDCA. Retain the panel and screws for future use. NOTE The cable removal and installation requires - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 29
Electrical Specifications Power Options Step 5. Remove the cable from the PDCA. Keep all retaining hardware for use during installation of the new cable. Figure 3-5 PDCA Cable Access (5-Wire Unit Shown) L3-L1 L2-L3 L1-L2 L3 L2 L1 1.36 in DIA 3.45 cm DIA 60SP042C 1/7/00 Chapter 3 21 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 30
to have a four-conductor cable. The four-conductor cable selected by the facility electrician shall be in accordance with local electrical codes to support the selected circuit breaker for the maximum Product Label current of 44A per phase. The facility electrician and local electrical codes will - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 31
Electrical Specifications Power Options Step 5. Using the five screws retained from the removal procedure, replace the bottom panel on the PDCA. Refer to Figure 3-5 on page 21 for panel installation details. Step 6. To verify the proper wiring to a 4-wire PDCA, use a DVM to measure the voltage at - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 32
Electrical Specifications Power Options NOTE Figure 3-7 shows a 4-wire cable for illustrative purposes only. 5-wire cable is dimensionally identical regarding insulation and jacket removal. The only exception is the number of conductors. Figure 3-8 PDCA (Five Wire) Input Wiring Connections L3- - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 33
Electrical Specifications Power Options Customer Installation Options Figure 3-10 and Figure 3-11 detail a suggested configuration for connecting the PDCA when the use of rigid conduit is required or desired. Using a 2- to 4-inch nipple and a 90o elbow allows the conduit to pass through the raised - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 34
the AC power requirements for a hp Integrity Superdome and hp 9000 Superdome systems. These tables provide information to help determine the amount of AC power needed for your computer room. Table 3-3 Power Requirements (without Support Management Station) Requirements Value Comments Nominal - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 35
list the AC power requirements for a hp Integrity Superdome and hp 9000 Superdome systems. These tables provide information to help determine the amount of AC power needed for your computer room. Table 3-4 Component Power Requirements (without Support Management Station) Power Required 50Hz or - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 36
for the I/O expansion cabinet. NOTE Table 3-5 The IOX accommodates two AC inputs for redundancy I/O Expansion Cabinet Power Requirements (without Support Management Station) Requirements Nominal input voltage Input voltage range (minimum-maximum) Frequency range (minimum-maximum) Number of phases - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 37
Electrical Specifications I/O Expansion Cabinet Power Cords I/O Expansion Cabinet Power Cords Table 3-7 lists the power cords for the I/O expansion cabinet. Table 3-7 I/O Expansion Cabinet AC Power Cords Part Number A5499AZ Where Used Connector Type -001 -002 North America International L6 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 38
Electrical Specifications I/O Expansion Cabinet Power Cords 30 Chapter 3 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 39
4 Environmental Requirements Chapter 4 31 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 40
Environmental Requirements Temperature and Humidity Specifications Temperature and Humidity Specifications Table 4-1 Controlled Computer Room Environment Specifications Temperature (dry bulb οC)a Relative Humidity %; Non condensing Dew Pointb Rate of Change (°C/hr., max) Allowablec,d - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 41
the power requirements by configuration (i.e. number of cell boards, amount of memory per cell, and number of I/O chassis) for the hp Integrity Superdome and the hp 9000 Superdome, respectively. There are two columns of power numbers (Watts). The Power Breaker column shows the power used to size the - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 42
Environmental Requirements Power Dissipation Table 4-3 Typical hp Integrity Superdome Configurations Cell Memory IO Typical (Watts) Cooling (BTU/Hr.) Breaker Power (Watts)a 3-Pole Breaker Size (Amperes)a,b 4-Pole Breaker Size (Amperes)a,c,d 8 32 4 9790 33406 12335 40 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 43
Environmental Requirements Power Dissipation c. An input power source supplied from a three-pole plus PE, four-wire system may be wired as either: 200VAC phase-to-phase, plus a PE ground. The three phase input voltage to the equipment is connected phase-to-phase. The neutral terminal in the PDCA is - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 44
Environmental Requirements Power Dissipation Table 4-4 Typical hp 9000 Superdome Configurations Cell Memory IO Typical (Watts) Cooling (BTU/Hr.) Breaker Power (Watts)a 3-Pole Breaker Size (Amperes)a,b 4-Pole Breaker Size (Amperes)a,c,d 8 32 4 9038 30840 11388 40 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 45
Environmental Requirements Power Dissipation c. An input power source supplied from a three-pole plus PE, four-wire system may be wired as either: 200VAC phase-to-phase, plus a PE ground. The three phase input voltage to the equipment is connected phase-to-phase. The neutral terminal in the PDCA is - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 46
Environmental Requirements Acoustic Noise Specification Acoustic Noise Specification The acoustic noise specification as follows: • 8.2 bel (sound power level) • 65.1 dBA (sound pressure level at operator position) The above levels are appropriate for dedicated computer room environments, not office - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 47
Environmental Requirements Air Flow Air Flow hp Integrity Superdome and hp 9000 Superdome systems require the cabinet air intake temperature to be between 20ο C and 30ο C at 2400 CFM. Any cooling system layouts described in Chapter 2 can be - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 48
Environmental Requirements Air Flow 40 Chapter 4 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 49
5 Facility Guidelines Chapter 5 41 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 50
power distribution system for a server requires specialized skills. Those responsible coupled with proper installation practices, produces the most trouble-free operation. A detailed discussion of power and adequate lighting (for equipment servicing) are important safety considerations. Federal - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 51
. However, testing cannot conclusively rule out loss of service. Therefore, adherence to the following guidelines provides the best possible performance of power distribution systems for server equipment: • Dedicated power source-Isolates server power distribution system from other circuits in the - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 52
rigid galvanized steel. The IOX and hp Integrity Superdome or hp 9000 Superdome are safety grounded through the green ( floor panels. Grounding Systems Superdome servers require two methods of grounding Building Electrical Ground The main electrical service entrance equipment should have an earth - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 53
Superdome cabinet, low-frequency grounding between these two cabinets is provided by a ground strap. This ground strap is shipped with each IOX. Refer to the I/O Expansion Cabinet Guide and attachment points for connection to service entrance ground and HP computer equipment). The use of conductive - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 54
floor. • A vertical building steel grounding point is preferred over long wire runs to electrical service entrance. • Very short straps to the floor are preferred over excess lengths. HP recommendations concerning the proper grounding of a raised floor or signal reference grid are closely aligned - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 55
different metals. Therefore, the integrity of an electrical connection depends loose have a high resistance that cause serious problems, such as erratic equipment operation. A high are recommended when preparing a computer room for a Superdome server system: • Locate the computer room away from - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 56
Facility Guidelines Electrical and Environmental Guidelines • Ensure a minimum ceiling height of 12 inches between the top of the server and the ceiling. Ensure all ceiling clips are in place. Cooling Requirements Air conditioning equipment requirements and recommendations are described in the - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 57
Facility Guidelines Electrical and Environmental Guidelines Table 5-1 Controlled Computer Room Environment Specifications Temperature (dry bulb οC)a Relative Humidity %; Noncondensing Dew Pointb Rate of Chg (°C/hr, max) Allowablec,d Recommendede Allowabled Recommendede 15 - 32 20 - 25 20 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 58
Facility Guidelines Electrical and Environmental Guidelines An air distribution system should be zoned to deliver an adequate amount of supply air to the cooling air intake vents of the computer system equipment cabinets. Supply air temperature should be maintained within the following parameters: • - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 59
Facility Guidelines Electrical and Environmental Guidelines Figure 5-5 on page 54 illustrates a typical computer room above ceiling ducted air distribution system (DRA). Figure 5-2 Typical Computer Room Raised Floor Layout 2' x 2' Grid Raised Floor Chapter 5 51 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 60
Facility Guidelines Electrical and Environmental Guidelines Figure 5-3 Underfloor Air Distribution System Roof or floor slab above Ceiling cavity Ducted return air (DRA) Ceiling Down-flow A/C equipment Cooled supply air Floor cavity supply plenum Computer air intake Perforated floor panel ( - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 61
Figure 5-4 Facility Guidelines Electrical and Environmental Guidelines Ceiling Plenum Air Distribution System To and From Air Handling Unit (if used) Supply Air Ductwork Roof or floor slab above Ceiling Plenum Return Air (CPRA) Return Air Grill Ceiling Diffuser Up-Flow AC Equipment Ceiling - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 62
Facility Guidelines Electrical and Environmental Guidelines Figure 5-5 Above Ceiling Ducted Air To and From Air Handling Unit (if used) Supply Air Ductwork Roof Or Floor Slab Above Ducted Return Air (DRA) Return Air Grill Ceiling Diffuser Up-Flow AC Equipment Ceiling Typical Computer Air - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 63
levels of electrostatic charges. This increases the electrostatic discharge (ESD) voltage potential. ESD can cause component damage during servicing operations. Paper feed problems on high-speed printers are usually encountered in low-humidity environments. Low humidity levels are often the result - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 64
concern has developed in computer rooms where these conductive contaminants are formed on the bottom of some raised floor tiles. Although this problem is relatively rare, it may be an issue within your computer room. Since metallic contamination can cause permanent or intermittent failures on - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 65
Facility Guidelines Electrical and Environmental Guidelines • Use conductive tables and chairs. • Use a grounded wrist strap (or other grounding method) when handling circuit boards. • Store spare electronic modules in antistatic containers. • Maintain recommended humidity level and airflow rates in - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 66
characteristics that must be considered for the installation or operation of a Superdome server. Facility characteristics are: • Floor loading • Windows • Altitude effects Floor Loading The computer room floor must be able to support the total weight of the installed computer system as well as the - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 67
is usually stated as load per floor panel. Load a floor panel can support (without failure) when a wheel of specified diameter and width is rolled of solid floor or span of raised-floor tiles covered by the Superdome server footprint. Typical Raised-Floor Site This section contains an example of a - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 68
) floor panels be used to support the Superdome installation. Figure 5-6 Tate Series 800 Floor Bracing Additional Support Floor panel 60SP039A 5/9/00 NOTE room with windows. Sunlight entering a computer room may cause problems. Magnetic tape storage media is damaged if exposed to direct - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 69
Requirements This section contains information about space requirements for a Superdome server. This data should be used as the basic guideline must be provided for proper cooling airflow through the equipment. The service area space requirements, outlined in Appendix C, are minimum dimensions. If - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 70
templates are provided in Appendix C to show basic equipment dimensions and space requirements for servicing. Be sure to use the appropriate templates for the equipment that is to be installed. The service areas shown on the template drawings are lightly shaded. Removable copies of the equipment - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 71
6 Pre-Installation Survey This chapter provides a pre-installation survey information packet consisting of an information form and checklists to be used to evaluate a computer facility. The checklists information sheets and information forms should be filled out by the customer and a Hewlett-Packard - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 72
-Installation Survey Content The site pre-installation survey information is designed to identify problems that might occur before, during, or after the installation of the system personnel. • Pre-installation survey information forms-List delivery information and special instructions. 64 Chapter 6 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 73
review the inspection checklist and arrange an installation schedule. • 7 days before installation - Final check made with a Hewlett-Packard customer engineer to resolve any last-minute problems Chapter 6 65 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 74
Pre-Installation Survey Site Inspection Site Inspection Table 6-1 contains a sample of the Customer and Hewlett-Packard information required. Table 6-2 contains a sample site inspection checklist. IMPORTANT Ensure that the customer is aware of the iCOD email requirements. That is, each bootable - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 75
additional CPUs beyond the amount initially purchased. Each bootable partition must be configured to perform this operation. For more details, go to http://superdome.hp.com and click on the iCOD link. 10. Are customer supplied peripheral and LAN cables available and of the proper type? Chapter - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 76
Power and lighting No. Area or condition Yes No 13. Are lighting levels adequate for maintenance? 14. Are there ac outlets available for servicing needs? (i.e. vacuuming) 15. Does the input voltage correspond to equipment specifications? 15A Is dual source power used? If so, identify type - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 77
Site Inspection Checklist (Continued) Please check either Yes or No. If No, include comment or date Comment or Date 26. Are there any equipment servicing hazards (loose ground wires, poor lighting, etc.)? Cooling No. Area or condition Yes No 27. Can cooling be maintained between 68° and 77 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 78
, enter the appropriate information in the areas provided on the form. Special instructions or recommendations should be entered on the Special Instructions or Recommendations form. Following are examples of special instructions or issues: • Packaging restrictions at the facility, such as size and - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 79
Pre-Installation Survey Delivery Survey • Special security requirements applicable to the facility, such as security clearance Figure 6-1 Delivery Survey (Part 1) DELIVERY CHECKLIST DOCK DELIVERY Is dock large enough for a semitrailer? Yes No Circle the location of the dock and give street - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 80
Pre-Installation Survey Delivery Survey Figure 6-2 Delivery Survey (Part 2) ELEVATOR Fill in the following information if an elevator is required to move equipment. Capacity (lb or kg) Depth Height Width Depth Height Width STAIRS Please list number of flights and stairway dimensions. Number - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 81
Pre-Installation Survey Delivery Survey Chapter 6 73 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 82
Pre-Installation Survey Delivery Survey 74 Chapter 6 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 83
A Templates This appendix contains blank floor plan grids and equipment templates. Combine the necessary number of floor plan grid sheets to create a scaled version of the computer room floor plan. Figure A-1 illustrates the locations required for the cable cutouts. Appendix A 75 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 84
Templates Figure A-2 on page 78 illustrates the overall dimensions required for an hp Integrity Superdome SD32 or an hp 9000 Superdome SD32 system. 76 Appendix A - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 85
of cutout) 3.8 in 9.5 cm (center of foot) 7 in 7 in 17.8 cm 1 in 17.8 cm 2.5 cm Service Area 4X Leveling feet 1.25" dia 3.2 cm 36 in 91.4 cm IO Cable Exit Server 7.8 in 7 in 19.9 cm 17.8 cm Service Area 30 in 76.2 cm Rear Door 48 in 122 cm 4X Caster 42 in - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 86
Space Requirements NOTE: 12" Minimum Clearance Required Between Top Of Cabinet and Ceiling 4 ft 1220 mm 6.4 ft 1.95 m Service Area 36 in 91.4 cm 126 in 320 cm Server 48 in 122.0 cm Service Area 30 in 76.2 cm 42 in 106.7 cm NOTE: 48 in Is Recommended 42 in Is Minimum Allowable - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 87
Clearance Required Between Top Of Cabinet and Ceiling 48 in 122 cm Templates 77 in 196 cm Service Area 36 in 91.4 cm 60 in 152.4 cm 126 in 320 cm Server Server 48 in 122.0 cm Service Area 60 in 152.4 cm 42 in 106.7 cm NOTE: 48 in Is Recommended 42 in - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 88
same scale as the floor plan grid (1/4 inch = 1 foot). These templates are provided to show basic equipment dimensions and space requirements for servicing. The service areas shown on the template drawings are lightly shaded. The equipment templates should be used with the floor plan grid to define - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 89
Templates Computer Room Layout Plan Computer Room Layout Plan Use the following procedure to create a computer room layout plan: Step 1. Remove several copies of the floor plan grid. Step 2. Cut and join them together (as necessary) to create a scale model floor plan of your computer room. Step 3. - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 90
Cabinet Templates Scale: 1/4 inch = 1 foot Service Area Service Area Service Area Server Server Server IOX Cabinet Service Area Service Area Service Area Server Service Area Service Area Server Server Service Area Service Area Service Area IOX Cabinet Service Area 60SP017A 7/16/00 82 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 91
inch = 1 foot Service Area Service Area Templates Computer Room Layout Plan Service Area Server Server Server IOX Cabinet Service Area Service Area Service Area Server Service Area Service Area Server Server Service Area Service Area Service Area IOX Cabinet Service Area 60SP017A 7/16 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 92
Cabinet Templates Scale: 1/4 inch = 1 foot Service Area Service Area Service Area Server Server Server IOX Cabinet Service Area Service Area Service Area Server Service Area Service Area Server Server Service Area Service Area Service Area IOX Cabinet Service Area 60SP017A 7/16/00 84 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 93
inch = 1 foot Service Area Service Area Templates Computer Room Layout Plan Service Area Server Server Server IOX Cabinet Service Area Service Area Service Area Server Service Area Service Area Server Server Service Area Service Area Service Area IOX Cabinet Service Area 60SP017A 7/16 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 94
Cabinet Templates Scale: 1/4 inch = 1 foot Service Area Service Area Service Area Server Server Server IOX Cabinet Service Area Service Area Service Area Server Service Area Service Area Server Server Service Area Service Area Service Area IOX Cabinet Service Area 60SP017A 7/16/00 86 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 95
inch = 1 foot Service Area Service Area Templates Computer Room Layout Plan Service Area Server Server Server IOX Cabinet Service Area Service Area Service Area Server Service Area Service Area Server Server Service Area Service Area Service Area IOX Cabinet Service Area 60SP017A 7/16 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 96
Templates Computer Room Layout Plan Scale: 1/4 inch = 1 foot 60SP016A 12/20/99 88 Appendix A - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 97
Scale: 1/4 inch = 1 foot Templates Computer Room Layout Plan Appendix A V25U067 10/2/98 89 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 98
Templates Computer Room Layout Plan Scale: 1/4 inch = 1 foot V25U067 10/2/98 90 Appendix A - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 99
Scale: 1/4 inch = 1 foot Templates Computer Room Layout Plan Appendix A 60SP016A 12/20/99 91 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 100
Templates Computer Room Layout Plan Scale: 1/4 inch = 1 foot V25U067 10/2/98 92 Appendix A - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 101
B Configuration Guidelines Appendix B 93 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 102
to one cell only. This will result in inconsistent bandwidth and latency problems. Cell Population A group of four cells (a quad) resides on one 1, 2 and 3, 4 and 5, and 6 and 7. The hp Integrity Superdome SD32 or hp 9000 Superdome SD32 can have dual links between quads if U-turns are installed - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 103
Configuration Guidelines Configuration Guidelines Table 1, SD64 Partition Configurations, shows configurations that yield the best performance. However, memory may be left over. This memory is interleaved in the 16-entry tables and does not always yield the best performance. Depending on the memory - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 104
Configuration Guidelines Configuration Guidelines Table B-1 #Cells per partition SD64 Partition Configurations (Continued) Cabinet 0 -Cell Slots Cabinet 1 - Cell Slots Table 2 and Figure B-1 show the SD64 partition configurations. Table B-2 SD64 Partition Configurations #Cells per partition - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 105
to reduce single points of failure. Rules dictate that the roots are selected first, then all other I/O are added. I/O can connect anywhere, but tools will guide you to the best selection. Appendix B 97 - HP Integrity Superdome SX2000 | Site Preparation Guide, Fifth Edition - HP Integ - Page 106
Configuration Guidelines System Planner System Planner The System Planner is a tool available under AIM. Click on File>Enable>SuperDome>Calculator and Planner. Using the System Planner you can create a system with partitions ordered with the following information: • Number of cell boards, memory
Site Preparation Guide
hp Integrity Superdome and
hp 9000 Superdome
Fifth Edition
Manufacturing Part Number: A5201-96046
February 2005
USA