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A-6

Tables and Worksheets

Use Table A-5 to calculate the system’s power requirements. Depending on the component 
combination used, the power requirements differ between systems. Have an electrician double check 
the calculations. The specifications in the following tables should be taken directly from the service 
manual of each specific equipment 

Table A-5. Worksheet for Power Requirement Calculations.

Equipment

Type

Product

Number

Voltage (V)

Amperage (A)

Number of 

Machines (B)

Total 

Amperage

(A x B)

Computer

 

Expansion Cabinet

Disk Drive

Mag Tapes

Printers

Terminals

Other

Summary of Contents for 3000/9x9KS Series

Page 1: ...HP 3000 9X9 KS and HP 9000 K Class Enterprise Servers Site Preparation and Requirements Guide Copyright Hewlett Packard Company 1996 All rights reserved Edition 1 E1196 A2375 90073 November 1996 ...

Page 2: ...tal or consequential damages in connection with the furnishing performance or use of this material Specifications listed in this manual are subject to change without notice Copyright 1996 Hewlett Packard Company Reproduction adaptation or translation without prior written permission is prohibited except as allowed under the copyright laws Restricted Rights Legend Use duplication or disclosure by t...

Page 3: ... product updates and fixes do not require manual changes and conversely manual corrections may be done without accompanying product changes Therefore do not expect a one to one correspondence between product updates and manual updates Edition 1 November 1996 List of Effective Pages The List of Effective Pages gives the date of the current edition and of any pages changed in updates to that edition...

Page 4: ...HP 3000 Corporate Business Servers and the HP 9000 Enterprise Parallel Serviers The HP 3000 9X9 KS and HP 9000 K Class Enterprise Servers include the following model numbers HP 3000 Server Family 939KS 959KS 969KS 969KS x00 969KS x20 979KS HP 9000 Enterprise Server Family K100 K200 K210 K220 K250 K260 K400 K410 K420 K450 K460 ...

Page 5: ... Visit 1 4 Site Verification Visit 1 4 Third Party Service 1 4 Customer Responsibilities 1 5 Local Codes 1 6 Data Communications Equipment 1 6 Selection of Site Personnel 1 7 Site Coordinator 1 7 Principal Operator 1 7 Site Planning Team 1 8 Chapter 2 Site Preparation Guidelines Site Preparation Guidelines 2 1 Site Planning Time Table 2 1 Preparing For Installation 2 2 Computer Site Safety Conside...

Page 6: ...rence 2 11 Environmental Considerations 2 11 Flammable Materials 2 11 Airborne Contaminants 2 11 Temperature and Humidity 2 11 Electrostatic Discharge 2 12 Miscellaneous Requirements 2 13 Computer Supplies 2 13 Media Storage 2 13 Protection of Valuable Records 2 14 Telephone 2 14 Chapter 3 Receiving The Computer System Equipment Arrivals 3 1 Checking for Shipping Shortage and Damage 3 1 Unpacking ...

Page 7: ...PS Specifications B 13 Appendix C Enterprise Parallel Server Considerations Introduction C 1 System Application Summary C 1 Enterprise Parallel Server Configurations C 2 Model EPS 22 Configuration C 2 Model EPS 30 Configuration C 2 Node Upgrade C 3 Space Planning C 4 Supported Configurations C 8 Enterprise Parallel Server Configuration Worksheets C 9 ...

Page 8: ... LIST OF FIGURES Figure A 1 Space Planning Grid Sheet A 4 Figure A 2 System Cutouts A 5 Figure C 3 Space Planning Grid C 5 Figure C 4 K Class Equipment Profiles C 6 Figure C 5 T Class Equipment Profiles C 7 ...

Page 9: ...9KS 969KS x00 969KS x20 SPU Configurations B 9 Table B 15 HP 9000 K100 K200 K400 K210 K410 K220 K420 SPU Configurations B 10 Table B 16 HP 9000 K250 K260 K450 K460 and HP 3000 979KS SPU Configurations B 10 Table B 17 Cabinet Electrical Specifications B 11 Table B 18 Cabinet Physical Specifications B 11 Table B 19 Expansion Cabinets Environmental Specifications B 12 Table B 20 PowerTrust UPS Model ...

Page 10: ...x ...

Page 11: ... content of this manual is arranged as follows Chapter 1 Is an introduction to Hewlett Packard s service organization site planning services and outlines our site preparation responsibilities and those of our customers Chapter 2 Contains site preparation and planning information specifically for HP 3000 9x9 KS and HP 9000 K Class Enterprise Servers and suggested topics that must be considered for ...

Page 12: ...lett Packard resources required to ensure a successful delivery and installation The Sales Representative is also responsible for arranging for additional computer system capabilities options and staff training Customer Engineer CE The Hewlett Packard Customer Engineer CE is trained and experienced in computer equipment and peripherals service They have the tools parts and knowledge to install and...

Page 13: ...fication that maintenance power outlets those used for floor cleaning etc are on sepa rate circuits from the computer system Electrician and CE Recommendations about lightning protection CE Measurements and recommendations on radiated interference CE Answers to questions concerning modems and modem options Applications Engineer AE Thermal load of HP equipment CE Thermal load of non HP equipment Cu...

Page 14: ...e Computer Products Site Preparation Resource Guide Site Verification Visit A Hewlett Packard CE or Site Preparation Specialist will verify that your site meets or exceeds your computer system s requirements and specifications prior to and during system installation Sites failing to meet the system requirements and specifications may incur additional service charges Hewlett Packard provides servic...

Page 15: ...contained in Section 2 The forms in Section 2 will be completed as the site planning preparation and equipment installation progresses The HP 3000 9x9 KS and HP 9000 K Class Enterprise Servers are primarily designed to be installed and operated in computer room environments If computers are new to your site you will need to pay particular attention to the following items Local building codes Local...

Page 16: ...you in determining your local regulations Data Communications Equipment The customer is responsible for ordering and installing all required data communications equipment such as Any hardware or cables for connection or installation of data communications equipment Network Links Telephone equipment Modems Consult with CE for Hewlett Packard requirements Equipment supplied by companies other than H...

Page 17: ...here may be two or three people assigned to the various operator responsibilities Site Coordinator The Site Coordinator is responsible for the following tasks Establishing and maintaining site preparation schedules Coordinating construction efforts Primary liaison with Hewlett Packard representatives Principal Operator The Principal Operator is responsible for the following tasks System operation ...

Page 18: ...uirements Reviewing local codes Reviewing insurance requirements Scheduling all events related to site completion Members of the Site Planning Team should include the Site Coordinator Principal Operator Hewlett Packard CE electrical contractor a site construction coordinator familiar with local electrical codes and an air conditioning specialist ...

Page 19: ...on of your site The following are four items that may require several weeks lead time Arranging for an electrician Adding air conditioning Building alterations Placing orders for data communications equipment Due to potential delays Hewlett Packard recommends that the suppliers of the above services be contacted as soon as possible after your computer system has been ordered There are three items ...

Page 20: ...ire safety the customers insurance carrier should be consulted for suggestions and recommendations as to the adequacy of existing or proposed fire control systems If a new site is to be built or an existing structure modified consult local building codes for fire prevention and protection Also consult with the Hewlett Packard CE and local fire inspector for additional information Emergency Power S...

Page 21: ...Hewlett Packard strongly discourages the use of power extension cords with computer system components CAUTION Hewlett Packard strongly discourages the use of carpeting including so called anti static varieties within 20 feet 6 0 meters of the computer system If this advice is not followed you should place static discharge mats where computer operators and or service personnel must walk across them...

Page 22: ...rovides an area through which interconnecting cables can be run conveniently and unobtrusively and allows optimum distribution of conditioned air To estimate floor strength requirements you should consider the following items Total weight of your computer the crated and uncrated weights of the computer are listed in Appendix B of this manual Total weight of your computer system s peripherals The S...

Page 23: ...ure that all floors stairs and elevators which might be used when the computer equipment is moved to its destination can support the weight of both the computer equipment and the moving equipment Failure to comply can result in damage to the computer equipment If you are planning to construct a raised floor first consult with the Hewlett Packard CE The preferred height for a raised floor above the...

Page 24: ...ining peripheral power requirements NOTE Some systems require single phase power Single phase power may be obtained by making power connections in one of the following ways Line to neutral 200 240 Volts One hot phase wire and a neutral Line to line 200 240 Volts Connect across two phase hot wires i 20 Amps for HP 9000 Models K100 K200 K210 K220 K400 K410 K420 and HP 3000 Models 929KS 939KS 959KS 9...

Page 25: ...st UPS Power Requirements Each PowerTrust UPS installed in the computer system s expansion cabinet s requires an AC power source that meets the specifications in Table 2 2 Ensure that there are enough AC power sources to match the number of PowerTrust UPSs in the system If PowerTrust UPSs are to be added to an existing system each expansion cabinet in which a PowerTrust UPS is installed must be pr...

Page 26: ...llow a margin for system start up surge current Refer to Section 3 of the Computer Products Site Preparation Resource Guide and consult with the Hewlett Packard CE to determine the circuit breaker requirements for your installation Safety and Dedicated Grounds The primary reason for grounding electrical systems is safety The safety ground is required by the National Electrical Code USA and most ot...

Page 27: ... country to country Unusual power cords and plugs that cannot be ordered must be fabricated by a qualified electrician to meet local safety codes and requirements Power Line Transients and Noise Heavy electrical loads from nearby machinery or equipment i e elevators or electric welders can cause power transients and noise which may cause system errors This can occur even if the other equipment is ...

Page 28: ...to install lightning protection for safety of personnel and to protect computer systems In the United States USA the installation of lightning or surge arrestors on power and communication lines is described in the National Electrical Code Article 280 The principles of lightning protection and personnel safety are outlined in detail in the lightning protection code contained in the National Fire P...

Page 29: ...ted in an environment where there is a risk of fire or explosion due to the existence of highly flammable gases volatile liquids or combustible dust Airborne Contaminants Airborne contaminants and particles of a certain size and hardness can damage your computer system particularly disc drives Corrosive gases and or solvent vapors such as those from liquid spirit duplicating equipment and wet proc...

Page 30: ...paper and or improper system equipment operation Extremely low humidity levels aggravate problems of static electricity Refer to Section 3 of the Computer Products Site Preparation Resource Guide for additional information Electrostatic Discharge If there is an abnormally high level of static electricity at your computer system s location 15 KV or higher personnel will probably be sparking upon co...

Page 31: ...ould be similar to that of the computer clean and dust free with no exposure to extremes of heat or cold Extreme humidity or temperature differences between the working and storage areas can alter the size of the media when it is moved from one area to the next This rapid change can result in warping the most common media related computer system problem If your working and storage areas cannot be ...

Page 32: ...d Electronic data processing insurance is also available to cover both hardware and software Contact your local Hewlett Packard Sales and Service office for details Telephone You should plan to install a telephone with a long cord near your computer system to expedite consultations with Hewlett Packard Sales Representatives CEs AEs and Response Center personnel Additional phone lines appropriately...

Page 33: ...ng Shortage and Damage As shipments arrive check the carrier s Bill of Lading carefully to ensure that every item shipped by Hewlett Packard is delivered Notify the carrier immediately if there are any items missing Inspect all of the shipping containers for signs of damage before actually unpacking any of the equipment Some typical signs of shipping damage are dents scratches cuts or water marks ...

Page 34: ...tem on the list can be accounted for Contact your Hewlett Packard Sales Representative immediately if there are any missing items or if the items received are not the same as you ordered Leave the sealed cartons containing system tapes cables and installation hardware intact for the Hewlett Packard CE Locate and refer to the CS 99x Family CS 890 T Class Family Installation Guide HP Part Number A18...

Page 35: ...nts to ensure the site is ready when the system arrives Assign a person the responsibility of system prin cipal operator Plan the physical arrangement of the system and its peripherals The space planning kit allows you to plan details before the system arrives Order supplies that are required for uninterrupted operation of the system consumable supplies At system delivery Inspect each shipment as ...

Page 36: ...A 2 Table A 4 Shipment Schedule Equipment Type Scheduled Ship Date Arrival Date Comments Computer Printer Terminal Disk Drive Tape Drive Peripherals or other equipment ...

Page 37: ...electrical outlets immovable objects floor vents etc where the computer will be located NOTE The grid is inch 1 foot 6 35 mm 30 48cm scale Cut out the models required to represent the system ordered Include any office furniture that will be used Move the cutouts about on the grid to determine the best room arrangement NOTE Be sure to allow room for maintenance in the front and back of the equipmen...

Page 38: ...A 4 Figure A 1 Space Planning Grid Sheet ...

Page 39: ...A 5 Figure A 2 System Cutouts ...

Page 40: ...n electrician double check the calculations The specifications in the following tables should be taken directly from the service manual of each specific equipment Table A 5 Worksheet for Power Requirement Calculations Equipment Type Product Number Voltage V Amperage A Number of Machines B Total Amperage A x B Computer Expansion Cabinet Disk Drive Mag Tapes Printers Terminals Other ...

Page 41: ...y auxiliary equipment such as electric typewriters or any other electronic instruments For these values consult the appropriate vendors documentation Estimate the heat produced by the lights used to illuminate the facility Calculate the heat dissipation of all individuals working within the site A reasonable estimate is approximately 176 Watts hr 600 BTU hr per person Table A 6 Worksheet for Heat ...

Page 42: ...ot considered above These factors include situations particular to the site and room loss factors Table A 7 System Heat Dissipation Worksheet Factor BTUs Hour Watts System Heat Dissipation Site Variables Interface Auxiliary Equipment Lights Personnel Future Expansion Other Factors Total Heat Dissipated Total heat dissipation in tons of AC 1 ton 12 000BTU ...

Page 43: ...d Environmental Specifications SPU Configurations Used to Calculate Line Current Power Consumption and Heat Dissipation Specifications SPU Configurations Used to Calculate Line Current Power Consumption and Heat Dissipation Specifications Expansion Cabinet Electrical Specifications Expansion Cabinet Physical Specifications Expansion Cabinet Environmental Specifications A2941A 600 VA PowerTrust UPS...

Page 44: ... UL 1950 UL Listed U S EMI FCC Part 15 Class A HP Verified U S EN 55 022 Class A HP Verified European Community CISPR 22 Class A HP Verified International VCCI Type 1 VCCI Registered Japan EM IMMUNITY to EN 50082 1 1992 as indicated IEC 801 2 1991 pr EN 55024 2 1992 Air Discharge 8 kV Contact Discharge 4 kV HP Verified European Community IEC 801 3 1984 pr EN 55024 3 1991 Radiated Immunity 3 V m HP...

Page 45: ...F with internal tape media device Temperature Rate of Change 20 C 36 F hr with no internal tape media device 10 C 18 F hr with internal tape media device 20 C 36 F hr with no internal tape media device 10 C 18 F hr with internal tape media device Over Temperature 1st Warning 35 C 95 F 35 C 95 F Over Temperature 2nd Warning 40 C 104 F 40 C 104 F Over Temperature Shutdown 43 C 109 F 43 C 109 F Opera...

Page 46: ... LwA 5 5 Bel at 31 C 88 F 5 1 Bel at 31 C 88 F Deskside LwA 4 7 Bel at 31 C 88 F 5 1 Bel at 31 C 88 F Operator Post 45 dB LpA no prominent tone Racked System LwA 5 5 Bel at 31 C 88 F 5 1 Bel at 31 C 88 F Safety UL Listed to UL1950 CSA Certified to CSA C22 2 No 950 TUV GS Mark compliant with EN60950 and EN41003 UL Listed to UL1950 CSA Certified to CSA C22 2 No 950 TUV GS Mark compliant with EN60950...

Page 47: ...AC Input Current 12 5 A max load at 100 VAC 10 5 A max load at 120 VAC 6 0 A max load at 200 VAC 19 5 A max load at 100 VAC 16 0 A max load at 120 VAC 10 0 A max load at 200 VAC AC Inrush Current 16 A peak one cycle 48 65 A peak 140 VAC 60Hz AC Input Power 1250 VA maximum 1700 VA maximum Power Supply Output Rating 925 watts DC continuous 1200 watts DC continuous Holdup without system reset 25ms at...

Page 48: ...s 50 mVDC 5 1 VDC 5 25 VDC 22 Amps 110 Amps 50 mVDC 4 4 VDC 4 53 VDC 0 0 Amps 27 0 Amps 50 mVDC 11 64 VDC 12 60 VDC 0 0 Amps 15 0 Amps 100 mVDC 11 64 VDC 12 60 VDC 0 0 Amps 4 0 Amps 100 mVDC HP 9000 K250 K260 K450 K460 HP 3000 979KS 3 30 VDC 3 45 VDC 10 Amps 100 Amps 50 mVDC 3 30 VDC 3 40 VDC 13 Amps 130 Amps 50 mVDC 5 10 VDC 5 25 VDC 7 Amps 90 Amps 50 mVDC 11 64 VDC 12 60 VDC 0 Amps 15 Amps 100 m...

Page 49: ...979KS Radiated Field Immunity 3 Volts Meter 27 MHz to 1 GHz 3 Volts Meter 27 MHz to 1 GHz Magnetic Field Immunity 1 Gauss 47 5 Hz to 198 Hz 1 Gauss 47 5 Hz to 198 Hz Electrostatic Discharge Immunity 15 kV Maximum with no loss of function 25 kV Maximum with no component damage 15 kV Maximum with no loss of function 25 kV Maximum with no component damage Electrostatic Contact Discharge 3 kV No Effec...

Page 50: ...P 3000 979KS Crated Equipment Height 87 00 cm 34 25 in 87 00 cm 34 25 in Width 88 90 cm 35 00 in 88 90 cm 35 00 in Depth 57 15 cm 22 50 in 77 47 cm 30 50 in Weight 47 17 kg 104 13 lb 76 66 kg 169 00 lb Uncrated Equipment Height 63 50 cm 25 0 in 63 50 cm 25 0 in Width 43 18 cm 17 0 in 43 18 cm 17 0 in Depth 58 42 cm 23 0 in 69 85 cm 27 50 in Weight 63 56 kg 140 13 lb 75 00 kg 165 35 lbs ...

Page 51: ...configurations Do not necessarily represent what is shipped from the factory for an individual customer and Does not include Uninterruptible Power Supply UPS Data Table B 14 HP 3000 939KS 959KS 929KS 969KS x00 969KS x20 SPU Configurations PCA Min Max Processors 1 1 Memory Modules 2 8 I O Modules 0 5 Total input Watts Dependent on configuration and options installed See Worksheets in Appendices B C...

Page 52: ...nt on configuration and options installed See Worksheets in Appendices B C Total VA at 200 VA BTUs hr Table B 16 HP 9000 K250 K260 K450 K460 and HP 3000 979KS SPU Configurations PCA Min Max Processors 1 4 Memory Modules 2 32 I O Modules 0 13 Total input Watts Dependent on configuration and options installed See Worksheets in Appendices B C Total VA at 200 VA BTUs hr ...

Page 53: ...rovided 6 10 Depending on option 6 10 Depending on option 6 10 Depending on option Electricalii Receptacle Required 5 20P L5 20P L6 20R L6 30P IEC 320 C19 20 NEMA depending on PDU option selected International Power cord supplied with no plug installed Cooling Fans 2 Optional 2 Optional 2 Optional Table B 18 Cabinet Physical Specifications Description Specification A1896A C2785A 1 1 Meter Cabinet ...

Page 54: ...ity 40 to 60 Relative Humidity Operating Humidity 15 to 80 Relative Humidity at 40 C 104 F Non Operating storage Humidity 90 Relative Humidity at 65 C 149 F Heat Dissipation 360 Watts Maximum 1227 BTU hour Altitude Requirements Maximum Operating 3 000 0 meters 9842 5 feet i Maximum non operating 4 572 meters 15 000 feet Vibration Requirements Operating Random 5 500Hz Approx 0 21 G rms Sinusoidal S...

Page 55: ...tery life is severely shortened if temperature exceeds 25 C 77 F for extended periods of time The specifications for the following PowerTrust UPS systems are provided in this section Table B 20 PowerTrust UPS Model Listing Model Mounting Power Output Rating A2994A Floor Mount 600 VA A2994A Floor Mount 1300 VA A2996A Cabinet Mount 1 3 kVA A2997A Cabinet Mount 1 8 kVA A2998A Cabinet Mount 3 0 kVA ...

Page 56: ...Hz 10 with full load Range VA Watts 650 420 0 65 power factor 760 420 0 55 power factor Transfer Time AC Failure 10 msec to switch to battery power AC Restored 5 Second delay returning to input AC phase lock Phasing Phase locked to within 5º of input utility AC Safety Agency Approvals UL CSA TUV FI and CB Certificate Fuse Cartridge Type 10 Amp 250VAC Battery Type Maintenance free sealed lead acid ...

Page 57: ...lectronics Unit Dimensions Packaged Height 44 8 cm 17 6 inches Width 33 0 cm 13 0 inches Depth 49 5 cm 19 5 inches Weight 27 2 kg 60 0 lbs Dimensions Unpackaged Height 34 5 cm 13 6 inches Width 22 7 cm 9 0 inches Depth 39 5 cm 15 5 inches Weight 22 3 kg 49 0 lbs Communications Specifications RS 232 Port Pinout Pin 1 Receive Data Pin 2 Transmit Data Pin 9 Signal Ground Communications Protocol 8 Dat...

Page 58: ...Watts 1300 1300 0 5 to 1 0 power factor Transfer Time AC Failure 10 msec to switch to battery power AC Restored 5 Second delay returning to input AC phase lock Phasing Phase locked to within 5º of input utility AC Safety Agency Approvals Agency approvals UL CSA and TUV Battery Type Maintenance free sealed computer grade lead acid type Nominal open circuit voltage 60 VDC Reserve time Approximately ...

Page 59: ...ctronics Unit Dimensions Packaged Height 60 3 cm 23 75 inches Width 34 3 cm 13 5 inches Depth 72 4 cm 28 5 inches Weight 87 0 kg 191 5 lbs Dimensions Unpackaged Height 47 6 cm 18 7 inches Width 22 7 cm 9 0 inches Depth 59 7 cm 23 5 inches Weight 77 0 kg 170 0 lbs Communications Specifications RS 232 Port Pinout Pin 1 Receive Data Pin 2 Transmit Data Pin 9 Signal Ground Communications Protocol 8 Da...

Page 60: ...00 120 200 240 VAC at 50 60 Hz 13 10 2 Amps and 6 5 5 4 Amps Max Supported Load Crest Factor 2 8 Amps A Peak to A rms Rated power VA 1 3 kVA max with a 0 5 to 1 0 power factor Rated Power Watts 1300 Watts assuming a 1 0 power factor Waveshape True sine wave with 10 total harmonic distortion on a purely resistive load Transfer Time AC Failure 10 msec to switch to battery power AC Restored 5 Second ...

Page 61: ...ceeds 25º C 77º F for extended periods 5 80 relative humidity non condensing Operating Altitude 3000 meters 10 000 ft Storage Altitude 4572 meters 15 000 ft Physical Specifications Electronics Unit Dimensions Packaged Height 41 0 cm 16 0 inches Width 57 0 cm 22 5 inches Depth 72 0 cm 28 4 inches Weight 90 0 kg 198 lbs Dimensions Unpackaged Height 25 5 cm 10 0 inches 6 EIA rack units Width 42 5 cm ...

Page 62: ...nout Pin 1 Receive Data Pin 2 Transmit Data Pins 3 8 Reserved Do not use Pin 9 Signal Ground Communications Protocol 8 Data Bits 1 Stop Bit No Parity Baud rate is 1200 Table B 23 A2996A PowerTrust UPS Specifications Continued Description Specification ...

Page 63: ...ad at 50 60 Hz 3 Hz Rated Voltage Current 100 120 127 200 240 VAC at 50 60 Hz 16 0 14 2 Amps and 9 0 7 5 Amps Max Supported Load Crest Factor 2 3 Amps A Peak to A rms Rated power VA 1 8 kVA max with a 0 5 to 1 0 power factor Rated Power Watts 1800 Watts assuming a 1 0 power factor Waveshape True sine wave with 10 total harmonic distortion on a purely resistive load Transfer Time AC Failure 10 msec...

Page 64: ...ing Storage Temperature 30º to 50º C 20º to 122º F Battery life is shortened severely when temperature exceeds 25º C 77º F for extended periods 5 80 relative humidity non condensing Operating Altitude 3000 meters 10 000 ft Storage Altitude 4572 meters 15 000 ft Physical Specifications Electronics Unit Dimensions Packaged Height 41 0 cm 16 0 inches Width 57 0 cm 22 5 inches Depth 72 0 cm 28 4 inche...

Page 65: ...m 24 0 inches Weight With Batteries 60 0 kg 133 0 lbs Weight Without Batteries 19 0 kg 41 0 lbs Minimum Required Service Access Space Rear Side Front 76 0 cm 30 0 inches 0 0 cm 0 0 inches 91 0 cm 36 0 inches Communications Specifications RS 232 Port Pinout Pin 1 Receive Data Pin 2 Transmit Data Pins 3 8 Reserved Do not use Pin 9 Signal Ground Communications Protocol 8 Data Bits 1 Stop Bit No Parit...

Page 66: ...in Normal not Bypass mode 0 110 110 130 130 UPS will operate indefinitely UPS will operate for up to 5 minutes UPS will operate for 10 seconds Voltage Normal Mode 223 237 VAC 47 53 Hz or 57 63 Hz Current Maximum Supported Load Chrst Factor 13 Amps rms 3 Amps peak Amps rms Waveshape True sine wave with 5 total harmonic distortion Transfer Time AC Failure 10 msec to switch to battery power Input dis...

Page 67: ...C 68º F or above Optimum Battery Lifetime at 25º C 77º F 4 years Environmental Specifications Operating Temperature 5º to 40º C 41º to 104º F 15 80 relative humidity non condensing Storage Temperature 30º to 50º C 20º to 122º F Battery life is shortened severely when temperature exceeds 25º C 77º F for extended periods 5 80 relative humidity non condensing Operating Altitude 3000 meters 10 000 ft ...

Page 68: ...1 0 inches Width 57 0 cm 22 5 inches Depth 72 7 cm 28 0 inches Weight With Batteries 65 0 kg 143 5 lbs Weight Without Batteries 23 0 kg 51 5 lbs Dimensions Unpackaged Height 12 8 cm 5 0 inches 3 EIA rack units Width 43 5 cm 17 1 inches Depth 61 5 cm 24 0 inches Weight With Batteries 60 0 kg 133 0 lbs Weight Without Batteries 19 0 kg 41 0 lbs Minimum Required Service Access Space Rear Side Front 76...

Page 69: ...B 27 Communications Protocol 8 Data Bits 1 Stop Bit No Parity Baud rate is 1200 Table B 25 A2998A PowerTrust UPS Specifications Continued Description Specification ...

Page 70: ...B 28 ...

Page 71: ...ation and system set up System Application Summary The Enterprise Parallel Server System functions as a Decision Support Server DSS A DSS server provides high performance parallel query capabilities against a very large centralized data base Both multi user interactive data access and large batch job executions are expected The DSS server supports the following application environments Concurrent ...

Page 72: ...ncentrators etc are installed in expansion cabinets A 1 6 meter expansion cabinet with two 3 0 kVA UPS s is also available There are High Availability HA and non HA versions available Add on nodes can be installed in 1 6 meter cabinets or 2 meter cabinets If two meter cabinets are used two K 460 SPUs are installed in one 2 meter cabinet Peripheral components are installed in an expansion cabinet a...

Page 73: ...de For more information contact your local HP sales representative or see the HP 9000 Enterprise Servers Configuration Guide 5965 4747E T520 Nodes Each T520 can be upgraded to a total of 14 120 MHz PA RISC processors and up to 3 75 GB of memory An Uninterruptible Power Supply UPS and various network I O and storage options are available for each node For more information contact your local HP sale...

Page 74: ...ass Servers refer to the Space Planning section in this manual For detailed site planning information on the T Class Server refer to the Space Planning section in it s Site Preparation Manual A1809 90002 Use the grid inch to 1 foot scale and the equipment top view footprints of the K Class and T Class system components on the following pages to assist you in initial equipment layout It is recommen...

Page 75: ...C 5 Figure C 3 Space Planning Grid ...

Page 76: ...C 6 Figure C 4 K Class Equipment Profiles ...

Page 77: ...C 7 Figure C 5 T Class Equipment Profiles ...

Page 78: ...ns Two Enterprise Parallel Server configurations are currently supported as follows All K Class Configuration All base and add on nodes are K Class systems Mixed Configuration One K Class base node with two T Class add on nodes ...

Page 79: ...requirements of Enterprise Parallel Server configurations consisting of multiple K Class or T Class systems Table C 26 Worksheet for Power Requirement Calculations Equipment Type Product Number Voltage V Amperage A Number of Machines B Total Amperage A x B Computer Expansion Cabinet Disk Drive Mag Tapes Printers Terminals Other Total ...

Page 80: ...mbination and number installed the air conditioning requirements may differ widely between systems Table C 27 Worksheet for Heat Dissipation Calculations Equipment Type Product Number Watts W BTU hr Number of Machines B Total Heat Dissipation Computer Expansion Cabinet Disk Drive Mag Tapes Printers Terminals Other Total ...

Page 81: ...in Table C 28 Table C 28 Heat Dissipation Miscellaneous Worksheet Factor BTUs Hour Watts System Heat Dissipation Site Variables Interface Auxiliary Equipment Lights Personnel Future Expansion Other Factors Total Heat Dissipated Total heat dissipation in tons of AC 12 000 BTUs 1 Ton of AC ...

Page 82: ...C 12 ...

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