Page 1: Installation Guide
Installation Guide T- Class HP 3000 99x Family, HP 9000 Systems A1809-90001 Edition 8 July 1998 E0798 Printed in: USA...
Page 2: Legal Notices
Legal Notices The information in this document is subject to change without notice. Hewlett-Packard makes no warranty of any kind with regard to this manual, including, but not limited to, the implied warranties of merchantability and ﬁtness for a particular purpose.
Page 3: Table Of Contents
Contents USA Radio Frequency Interference........Preface-3 Japanese Radio Frequency Interference .
Page 4 HP-FL Fiber Cable Connections ........
Page 5 SCSI Tape Drive for HP-FL System Disk ........
Page 6 Conﬁguring I/O for System Performance (99x Only) ......B-2 Power and Space Budgeting for the HP-PB Card Cage ......B-3 Power Budgeting Worksheets .
Page 7 Figure 3-13 . HP-PB I/O Card Cage Slots (991/995/996) ....... .
Page 8 Figures Contents-6...
Page 9 Table B-4. HP-PB Power Budgeting Worksheet (T-Class) ....... . B-7...
Page 10 Tables Contents-8...
Page 11 Manual updates may be issued between editions to correct errors or document product changes. To ensure that you receive the updated or new editions, you should subscribe to the appropriate product support service. See your HP sales representative for details. First Edition: September, 1992...
Page 12 Preface-2...
Page 13: Usa Radio Frequency Interference
Safety and Regulatory Information For your protection, this product has been tested to various national and international regulations and standards. The scope of this regulatory testing includes electrical/mechanical safety, radio frequency interference, ergonomic, acoustic, and hazardous materials. Where required, approvals obtained from third-party test agencies are shown on the product label.
Page 14: Japanese Radio Frequency Interference
Japanese Radio Frequency Interference The following notice is for users of this product in Japan: Japanese Radio Frequency Notice EMI Statement (European Union Only) This is a Class A product. In a domestic environment, this product may cause radio interference in which case the user may be required to take adequate measures. Digital Apparatus Statement (Canada) This digital apparatus does not exceed the Class A limits for radio noise emissions from digital apparatus as set out in the interference-causing equipment standard entitled...
Page 15: Battery Notices
Battery Notices This product may contain sealed, lead acid batteries. Replace WARNING only with the same type and part number. Recycle used batteries or send them to the following address for disposal: Hewlett Packard Co. Environmental Health and Safety Department 8000 Foothills Boulevard Roseville, Ca.
Page 16: Installation Conditions (U.s.)
Installation Conditions (U.S.) Please note the following conditions of installation: WARNING An insulated earthing conductor that is identical in size, insulation material, and thickness to the earthed and unearthed branch-circuit supply conductors except that it is green with or without one or more yellow stripes is to be installed as part of the branch circuit that supplies the unit or system.
Page 17 The WARNING sign denotes a hazard. It calls attention to a WARNING procedure, practice, or the like, which, if not done correctly or adhered to, could result in injury. Do not proceed beyond a WARNING sign until the indicated conditions are fully understood and met.
Page 18 Preface-8...
Page 19: Preface
This guide contains technical information about HP 3000 Corporate Business Systems (99x Family) and HP 9000 Corporate Business Servers (T-Class System). At the time of publication, HP 3000 Corporate Business Systems and HP 9000 Corporate Business Servers included the following models:...
Page 20 Preface-10...
Page 21: Introduction
Introduction Introduction Chapter 1...
Page 22: Overview
Introduction Overview Overview This guide provides installation and conﬁguration procedures for the Hewlett-Packard Precision Architecture-RISC (PA-RISC) systems listed in the Preface of this guide. Chapter 1...
Page 23: Terminology
BC cards and HP-HSC I/O Bus Converters. On 997/T600 Systems, the HP-PB I/O Bus Converter and the HP-HSC I/O Bus Converter together serve the same function as the upper bus converter on 990/992/890, 991/995/T500, and 996/T520 Systems. The HP-PB I/O Bus Converter is attached to the HP-HSC I/O Bus Converter.
Page 24: Audience
Audience Customers should read the information in Chapter 1 (Introduction) and Chapter 2 (Unpacking and Inspection). HP Customer Engineers (CEs) and service personnel who have successfully completed HP's authorized training should perform the procedures in Chapter 3 (Installation). Site Preparation Before the system can actually be installed, the system site must comply with the speciﬁcations outlined in the 99x/T-Class Systems Site Preparation and Requirements...
Page 25 Upgrading 990/992/890 to 996 (PN A3310-90002) Upgrading 991/995/T500 to 996 (PN A3310-90001) Upgrading 991/995/T500 and 996/T520 to 997/T600 (PN A3329-90001) HP 3000 to HP 9000 Conversion Kit Ordering and Conﬁguration Guide (PN 5964-9539E) Diagnostic Media User's Guide (PN B6191-90001) Chapter 1...
Page 26: Safety And Environment Considerations
Introduction Safety and Environment Considerations Safety and Environment Considerations Before proceeding with any installation, maintenance, or service on a system which requires physical contact with electrical or electronic components, be sure that either power is removed or safety precautions are followed to protect against electric shock and equipment damage.
Page 27: Installation Environment
Introduction Safety and Environment Considerations Before removing or replacing any components or installing any accessories in the system, select a work area where potential static sources are minimized (preferably an anti-static work station). Avoid working in carpeted areas, and keep body movement to a minimum while installing accessories.
Page 28: Orientation
The cabinet key is included with the computer. Additional cabinets (called expansion cabinets) are shipped separately. Refer to the Expansion Cabinet Installation Guide (HP P/N A1809-90006) for information about installing peripherals in the expansion cabinets. Figure 1-1...
Page 29: Spu Cabinet Internal Layout
In the middle of the cabinet is the cooling fan tray. The bottom half of the cabinet contains: HP-PB card cage. This card cage accepts HP-PB I/O cards. AC-to-DC power module (PFC unit). AC Front End (ACFE) with the circuit breaker switch.
Page 30: Figure 1-2 Spu Cabinet Internal Layout (Front)
Introduction Orientation Figure 1-2 SPU Cabinet Internal Layout (Front) 1-10 Chapter 1...
Page 31: Figure 1-3 Spu Cabinet Internal Layout (Rear)
Introduction Orientation Figure 1-3 SPU Cabinet Internal Layout (Rear) Chapter 1 1-11...
Page 32 Introduction Orientation 1-12 Chapter 1...
Page 33: Unpacking And Inspection
Unpacking and Inspection Unpacking and Inspection Chapter 2...
Page 34: Overview
NOTE material. If it becomes necessary to repackage the cabinet, the original packing material will be needed. HP also suggests that you keep this manual, in case you later have to repackage the cabinet for shipment. If you decide to discard the shipping container or packaging material, please dispose of them in an environmentally responsible manner (recycle if possible).
Page 35: Unpacking The Cabinet Assembly
Unpacking and Inspection Unpacking the Cabinet Assembly Unpacking the Cabinet Assembly Be sure to read the following unpacking instructions before proceeding. Be very careful when unpacking the cabinet! The loaded SPU WARNING cabinet can weigh up to approximately 808 lb (366.5 kg). To unpack the cabinet, perform the following steps: Wear protective glasses while cutting the plastic bands around WARNING...
Page 36: Figure 2-1 Removing The Cardboard Container
Unpacking and Inspection Unpacking the Cabinet Assembly Figure 2-1 Removing the Cardboard Container Chapter 2...
Page 37: Figure 2-2 Removing The Ramp And Packing Material
Unpacking and Inspection Unpacking the Cabinet Assembly Figure 2-2 Removing the Ramp and Packing Material 5. Remove the plastic anti-static bag by lifting it straight up off the cabinet. Chapter 2...
Page 38: Figure 2-3 Removing Door Support And Shipping Clamp
Unpacking and Inspection Unpacking the Cabinet Assembly 6. Remove the two shipping clamps (one on each side) from the bottom of the frame. The shipping clamps are bolted to the pallet; remove the bolt and then remove the clamp (items 2 and 3 in Figure 2-3). Figure 2-3 Removing Door Support and Shipping Clamp 7.
Page 39: Figure 2-4 Removing The Shipping Block
Unpacking and Inspection Unpacking the Cabinet Assembly Figure 2-4 Removing the Shipping Block 8. Position the ramp so that the block of wood under the ramp locks into the edge of the pallet with the strip of wood forming a lip. This holds the ramp in place while the cabinet is moved across the pallet and down the ramp (number 3 in Figure 2-4).
Page 40 Unpacking and Inspection Unpacking the Cabinet Assembly Make sure that the leveling feet on the cabinet are raised before WARNING you roll the cabinet down the ramp. If the leveling feet are not raised, they can catch on the ramp and cause the cabinet to tip over.
Page 41: Inspecting The Cabinet
Refer to CE Handbook (PN A1809-90003) for replaceable parts and procedures. If extensive damage is found, it may be necessary to return the entire cabinet to HP. Refer to the repackaging instructions included in this chapter.
Page 42: Moving The Cabinet To The Site
Unpacking and Inspection Moving the Cabinet to the Site Moving the Cabinet to the Site Carefully roll the cabinet to the installation site. If the cabinet is to be hoisted into position, you can access lifting nuts on the cabinet as described below: Accessing the Lifting Nuts NOTE...
Page 43: Figure 2-5 Accessing The Lifting Nuts
Unpacking and Inspection Moving the Cabinet to the Site Figure 2-5 Accessing the Lifting Nuts Chapter 2 2-11...
Page 44: Unpacking Accompanying Equipment
Unpacking and Inspection Unpacking Accompanying Equipment Unpacking Accompanying Equipment Once the cabinet is at the installation site, unpack the cartons that accompany the cabinet and inspect the model/serial numbers: 1. Open the carton marked "MANUALS AND ACCESSORIES" and remove the check list. 2.
Page 45: Figure 2-6 System Information Label Location
Unpacking and Inspection Unpacking Accompanying Equipment Figure 2-6 System Information Label Location Chapter 2 2-13...
Page 46: Reshipment
Unpacking and Inspection Reshipment Reshipment The system can be shipped within North America via padded cargo van (without a pallet), provided the van has been designed to haul electronic equipment. In all other cases, the system must be secured to a pallet and protected from vibration and shock as it was during original shipment.
Page 47: Repackaging The Cabinet For Shipment
To repackage the cabinet, follow the repacking checklist and refer to the unpacking instructions for detail. Repackaging Checklist: 1. Assemble the HP packing materials that came with the cabinet. 2. Connect the loading ramp to the pallet. 3. Raise the cabinet levelers before moving the cabinet.
Page 48 Unpacking and Inspection Repackaging the Cabinet for Shipment 2-16 Chapter 2...
Page 49: Installation
This chapter describes the procedures for installing 99x/T-Class Systems. It covers: Summary. Gaining Access to the Card Cage. PMB Cards. Power System. HP-PB I/O Cards. Internal SPU Cabinet Connections. PowerTrust UPS. The Console. Installing the System Disk and Tape. Verifying the System.
Page 50: Summary
Installation Summary Summary Figure 3-1shows the main tasks involved in installing 99x/T-Class Systems. Figure 3-1 Main Tasks in Performing an Installation The following summarizes the procedures for installing 99x/T-Class Systems: 1. Perform site prep tasks; see 99x/T-Class Systems Site Preparation and Requirements Guide (PN A1809-90002).
Page 51: Table 3-1 3.3V 130A Power Supply Conﬁguration
Bus converters (BC) and HP-HSC I/O Bus Converters (997/T600) in this sequence: PMB slots 0, 1, 2, 3, 4, and 5 (six HP-HSC I/O Bus Converters maximum on 997/T600 Systems; four BC cards maximum on all other systems.) See “Terminology”...
Page 52 SCSI card in slot 9. f. SCSI or Fast/Wide SCSI system disk: i. HP-FL (PB-FL) card in double-high slot 8/9. (Not supported on T600 Systems.) ii. SCSI (single ended) card in slot 13. iii. SCSI (Fast/Wide) card in slot 12/13.
Page 53 Summary a. Verify connection of two ﬂat ribbon cables from lower connectors (module 0) on BC cards or HP-HSC I/O Bus Converters (997/T600) in PMB card cage to the BC card in the HP-PB card cage. b. Make/verify connections to the console/LAN card: i.
Page 54 Installation Summary 2. For HP-IB tape devices, connect the tape device to the HP-IB card in slot 3. (Address 0/12.0.3). iii. For systems with SCSI system disks: 1. For SCSI tape devices, connect the tape device to the SCSI card in slot 13 of the internal HP-PB I/O card cage.
Page 55 Install additional peripherals in the A1884A/A1897A expansion cabinets; see 99x/T-Class Systems Expansion Cabinet Installation Guide (PN A1809-90006). d. Connect bus converter (BC) cards in the PMB card cage to HP-PB I/O card cages in the expansion cabinets. e. Make MUX connections and install MDPs (T-Class only).
Page 56: Gaining Access To The Card Cage
Installation Gaining Access to the Card Cage Gaining Access to the Card Cage Opening the Cabinet Doors To open the front and rear cabinets: 1. Insert the hexagonal cabinet key into the black hexagonal hole on the right of the cabinet door.
Page 57: Figure 3-2 Front Card Cage Cover Plate
Installation Gaining Access to the Card Cage Figure 3-2 Front Card Cage Cover Plate To verify the presence of PMB cards, you do not have to remove the cover plate. You can see the PMB cards through holes in the cover plate. To install/remove PMB cards, you have to remove the cover plate.
Page 58: Removing Rear Card Cage Slot Shields
Installation Gaining Access to the Card Cage Removing Rear Card Cage Slot Shields The rear card cage is not protected by a cover plate. However, individual slots that are not being used (no card installed) are protected by metal shields secured by two thumbscrews. To remove a metal slot shield, loosen the two (2) thumbscrews (one at the top edge and one at the bottom edge), and remove the shield from the card cage (see Figure 3-3).
Page 59 Installation Gaining Access to the Card Cage All cover plates and slot shields should be in place and securely NOTE fastened while the unit is in operation. (Card cage cover plates and slot shields are required for proper cooling and for EMI emissions control.) Chapter 3 3-11...
Page 60: Pmb Cards
The table shows the maximum number of CPUs that can be conﬁgured in the system cabinet for a given number of memory cards and BC cards. (The term BC Card in column 1 refers to BC cards on 990/992/890, 991/995/T500, and 996/T520 Systems, and to HP-HSC I/O Bus Converters on 997/T600 Systems.)
Page 61: Bus Converter (Bc) And Hp-Hsc I/O Bus Converter Cards
1. Attach the HP-PB I/O Bus Converter to the HP-HSC I/O Bus Converter only at module 0 or module 2. Use the following rules to attach them to the HP-HSC I/O Bus Converter: a. Attach one HP-PB I/O Bus Converter per HP-HSC I/O Bus Converter until you have attached all of the HP-PB I/O Bus Converters.
Page 62: Figure 3-4 Attaching An Hsc I/O Card To An Hp-Hsc I/O Bus Converter
Installation PMB Cards 2. Attach any other HSC I/O cards to the HP-HSC I/O Bus Converters, one per HP-HSC I/O Bus Converter. (HSC I/O cards include such cards as ATM, Fibre Channel, and F/W SCSI cards.) 3. If there are more HSC I/O cards than HP-HSC I/O Bus Converters with available slots, attach a second HP-HSC I/O card to each HP-HSC I/O Bus Converter.
Page 63: Service Processor (Sp) Card
6. Attach cover blanks to any openings on the HP-HSC I/O Bus Converter. Openings occur where an HSC I/O card has not been attached on an HP-HSC I/O Bus Converter. Cover blanks must be in place to satisfy EMI emissions and thermal requirements.
Page 64: Figure 3-6 Processor Main Bus (Pmb) Card Cage Card Locations
Installation PMB Cards Figure 3-6 Processor Main Bus (PMB) Card Cage Card Locations 3-16 Chapter 3...
Page 65: Memory Cards
Installation PMB Cards Memory Cards Up to 8 single-wide, 4 double-wide (8 GB), or a combination of single-wide or double-wide PMB memory cards may occupy PMB card slots 1-14. (PMB card slots 1 through 7 are single-wide slots. Slots 8 through15 are double-wide slots.) Memory cards must be installed after processor and bus converter cards, respectively, and in the following sequence, and according to the following rules: 1.
Page 66: Minimum Recommended Memory
Installation PMB Cards The reason for this guideline has to do with memory interleaving. The Processor Dependent Code (PDC) will conﬁgure memory cards with the largest bank size (256 MB) in Memory Interleave Group 1 (assigned Block_IDs 40-5n). Memory cards with a smaller bank size (64MB) are conﬁgured in Memory Interleave Group 3 (assigned Block_IDs C0-Dn).
Page 67 Installation PMB Cards 3. Turn the "Standby-Ready" switch at the top front of the computer to the "Standby" position. 4. Turn off the circuit breaker switch at the bottom rear of the chassis. WARNING Be sure that the circuit breaker at the rear of the computer is turned off, and that the "Standby-Ready"...
Page 68: Figure 3-7 Inserting/Removing A Pmb Card
Installation PMB Cards Figure 3-7 Inserting/Removing a PMB Card. 3-20 Chapter 3...
Page 69: Power System
Installation Power System Power System This section describes how to verify the installation of the power system. If the system was ordered with the “power resiliency” option, refer to NOTE Appendix D, “Power Resiliency”. Verifying Installation of Power Modules Power modules have been pre-installed at the factory. To verify the installation of power modules for 990/992/890, 991/995/T500, and 996/T520 Systems, refer to Figure 3-8 and Figure 3-9.
Page 70: Figure 3-8 . Power Modules And Pmb Cards In The Front Card Cage-990/992/890, 991/995/T500
Installation Power System Figure 3-8 Power Modules and PMB Cards in the Front Card Cage—990/992/890, 991/995/T500, and 996/T520 3-22 Chapter 3...
Page 71: Figure 3-9 . Power Modules And Pmb Cards In The Rear Card Cage-990/992/890, 991/995/T500, And
Installation Power System Figure 3-9 Power Modules and PMB Cards in the Rear Card Cage—990/992/890, 991/995/T500, and 996/T520 Chapter 3 3-23...
Page 72: Figure 3-10 Power Modules And Pmb Cards In The Front Card Cage-997/T600
Installation Power System Figure 3-10 Power Modules and PMB Cards in the Front Card Cage—997/T600 3-24 Chapter 3...
Page 73: Verifying Input Power
Installation Power System Figure 3-11 Power Modules and PMB Cards in the Rear Card Cage—997/T600 Verifying Input Power As part of site preparation, the site should have been checked for adequate power. 99x/T-Class Systems operate with 200-240 VAC, phase-to-phase or phase-to-neutral. Chapter 3 3-25...
Page 74: Installing Power Cord And Plug
Installation Power System Installing Power Cord and Plug Power Cord and Plug Installation, North America (60Hz) For North America, the 99x/T-Class SPU cabinet is shipped with a 10-foot length of 3-wire #10 AWG line power cord. A twist-lock (NEMA L6-30P) plug on one end connects to the AC power source;...
Page 75: Power Plug Installation (50Hz Only)
Installation Power System Table 3-5 TB1 and Earthing Terminal Color Code Designations Wire Color Usage Designator Black (or brown) Phase A (01) L1 (on TB1) White (or blue) Phase B (02), L2 (on TB1) or neutral Green or Safety Gnd Symbol for a protected earthing green/yellow terminal (wire is connected to...
Page 76 Installation Power System The plug can only be inserted into a power source (outlet) WARNING provided with a protective earth ground. The protective earth terminal on the system must be connected to the protective conductor of the AC line (mains) power cord before the system is switched on.
Page 77: Hp-Pb I/O Cards
HP-PB I/O Cards HP-PB I/O Cards One HP-PB I/O card cage is located in the base of the SPU system cabinet. Figure 3-13 shows the minimum I/O cards installed in the 991/995/996 Systems. Minimum conﬁguration for the Model T-Class is similar, except that it has a MUX-16 card in slot 7.
Page 78: Pba-Ib Card (Series 99X Only)
All supported I/O cards (connecting to peripherals) are Precision Bus (PB) cards with the exception of the HP-IB card on the Series 99x which is a CIO card. In order to support the CIO HP-IB card on the Precision Bus, a Precision Bus Adapter (PBA) must be used. The PBA combines the CIB adapter and physical bus adapter into a single, double-high card.
Page 79: Internal Spu Cabinet Connections
The bottom two connectors (module 0) on the BC card in slot 0 are used to connect the card to the internal HP-PB card cage. The top two connectors (module 2) and the bottom two connectors (module 0) on any other BC cards are used to connect the card to external HP-PB card cages.
Page 80: Console/Lan Connections
Installation Internal SPU Cabinet Connections Figure 3-14 Flat Ribbon Cables Connecting the BC Cards Console/LAN Connections The console/LAN card is located in double-high slot 10/11 of the internal HP-PB I/O card cage. See Figure 3-15.) 3-32 Chapter 3...
Page 81: Connecting The Sp Card
Installation Internal SPU Cabinet Connections Figure 3-15 Front Plate of the Console/LAN Card In this part of the installation, you connect the console/LAN to other parts of the system. You connect the: 1. Support connector to the Service Processor (SP) card. 2.
Page 82: Connecting The Remote Support Modem
Installation Internal SPU Cabinet Connections Figure 3-16 Rear Connectors on OpenView PC Console (990DX, 991DX, 992DX, 995DX, or 996 with OpenView PC only) NOTE When installing the OpenView Console, plug the cable from the monitor into the card in slot 3 in the rear of the Vectra. Connecting the Remote Support Modem To connect the remote support modem (recommended model is HP50759A): 1.
Page 83: Figure 3-17 Connecting Lan/Console Card To Dtcs (T-Class And 99Xcx)
Installation Internal SPU Cabinet Connections 3. Connect the BNC T assembly to the ThinLAN connector on the console/LAN card, and cover it with a fabric anti-static cover. 4. For T-Class and 99xCX Systems (Figure 3-17): a. Connect another BNC T connector to the connector labeled LAN interface on the back of the DTC.
Page 84: Figure 3-18 Connecting Lan/Console Card To Openview Pc And Dtcs
Installation Internal SPU Cabinet Connections Figure 3-18 Connecting LAN/Console Card to OpenView PC and DTCs 6. If there is another DTC, connect a LAN cable from the other end of the BNC T connector to the next DTC. 7. On the last DTC installed, connect a LAN terminator to the remaining side of the BNC T connector assembly.
Page 85: Figure 3-19 Top Of The Console/Lan Card (Partial View)
Installation Internal SPU Cabinet Connections Figure 3-19 Top of the Console/LAN Card (Partial View) CAUTION When setting the jumper, be careful not to bend the jumper pins. Chapter 3 3-37...
Page 86: Powertrust Ups
Installation PowerTrust UPS PowerTrust UPS If the system includes one or more optional PowerTrust Uninterruptible Power Systems (UPS), now is the time to install them. Follow the procedures in the manual that accompanies the PowerTrust UPS. Install the system cabinet power cables. 3-38 Chapter 3...
Page 87: The Console
Installation The Console The Console The console shipped with a T-Class or the 990CX, 991CX, 992CX, or 995CX is a 700/96 terminal. The console shipped with a 990DX, 991DX, 992DX, or 995DX System is an OpenView Console PC. 996 and 997 Systems can be ordered with either the 700/96 terminal or the OpenView Console PC.
Page 88: Installing An Openview Console
3. When the OpenView Vectra displays the C:\> prompt, enter this command: <ENTER> This starts MS Windows and runs AdvanceLink to open a connection to the HP 3000 System. In a minute or so, you should see a window labeled "Console ldev-20" on the screen.
Page 89: Exiting Openview
Installation The Console a. If you don't see a window labeled "Console ldev-20", the window may be "minimized" (displayed only as an icon). Turn the icon to a full-sized window, by double-clicking on the icon. ("Double-clicking" means that you move the mouse cursor over the object, then press the left mouse button twice in rapid succession.) If nothing happens, try double-clicking again.
Page 90: Installing The System Disk And Tape
The system disk on the 99x and T-Class can be either: A Fast/Wide SCSI disk drive, disk array, or a SCSI disk drive (Series 6000), or An HP-FL (PB-FL) disk or disk array. (Not supported on T600 Systems.) The procedures for both types are given below.
Page 91: Fast/Wide Scsi System Disk Guidelines
Installation Installing the System Disk and Tape The cable connecting the SCSI system disk to the SCSI card in the internal HP-PB card cage must be 2.5 meters long. (The base conﬁguration SCSI card is equipped with a 2.5-meter cable.) Maximum cable length (including external and internal cables) must not exceed 6 meters.
Page 92: Assembling Hp-Fl Disk Arrays
An HP-FL disk array consists of individual disk modules installed in a disk array chassis. To assemble HP-FL disk arrays: 1. If you are installing several HP-FL disk arrays, ﬁnd the array with a label over slot 0 reading "System Disk" (Boot Disk). This disk array should be racked as the lowest disk array in the cabinet.
Page 93: Figure 3-21 Keyed Duplex Optical Fiber Cable
Figure 3-21 Keyed Duplex Optical Fiber Cable The location of the Transmit (Tx) and Receive (Rx) optical connectors of the HP-FL board are shown in Figure 3-22. The barrel housings of the HP-FL board's optical connectors are also color-keyed. The Transmitter housing is light-gray and the Receiver housing is dark-gray.
Page 94: Fibre Channel System Disk
SCSI system disk or an HP-FL system disk. SCSI Tape Drive for SCSI System Disk 1. Connect the system tape to the SCSI card in slot 13 of the internal HP-PB card cage. 2. Set the device ID on the tape to be zero (0).
Page 95 Installation Installing the System Disk and Tape 3. The resulting hardware path (Alternate Boot Path) is 0/12.0.3. Chapter 3 3-47...
Page 96: Verifying The System
UPS for details. 3. Turn on power to each external HP-PB card cage by turning on its switch. A switch is located on each HP-PB card cage in the expansion cabinets.
Page 97: Startup Process
Installation Verifying the System 9. When all external equipment have their READY or ONLINE indicators lit, turn on AC to the SPU cabinet by switching on the power switch (circuit breaker) at the bottom rear of SPU cabinet. 10.Turn the "Standby-Ready" switch at the top front of SPU cabinet to the "Ready" position.
Page 98 Installation Verifying the System 2. A sequence of 2-digit status codes appear on the front panel in the "Processors" display. These status codes progress from 0 to 51 as the Service Processor goes through its selftest. When the display reads 51, the Service Processor has successfully completed its selftest.
Page 99: Entering The Pdc Interface
256 MB Total Bus Converters: 2 Total Processors: Primary Boot Path: 0/52.0.0.0.0.0.0 0 means BC 0 in PMB slot 0 52 means I/O card in HP-PB slot 13 0 means device ID of 0 Alternate Boot Path: 0/36.0.0.0.0.0.0 Console/Keyboard Path: 0/44.0.0.0.0.0.0 ----------------------------------------------------------------------- 2.
Page 100: Pdc Command To Enable/Disable The Pdt
To store MPD information, the computer system uses a special NVRAM table called the Page Deallocation Table (PDT). If the system came with (or was upgraded to) MPE/iX version 5.0 or higher, or HP-UX version 10.0 or higher, the PDT is enabled, otherwise it is disabled.
Page 101: Verifying Spu Indicators
PD - Enable Page Deallocation flag value is TRUE DO NOT ENABLE THE PDT UNLESS THE SYSTEM IS RUNNING NOTE MPE/iX 5.0 or HP-UX 10.0 OR HIGHER. THE SYSTEM CANNOT HANDLE DOUBLE-BIT ERRORS. 3. To disable PDT if it is enabled, enter toxic_flag_pd false.
Page 102 Front End (ACFE) power). LEDs on Bus Converter (BC) Green "CONNECTED" LEDs are lit. cards in both the PMB and HP-PB card cages. LEDs on HP-PB cards Should indicate that the card passed selftest. Figure 3-24 shows the indicator grid at the top of the bulkhead on the SP card. This grid reports on the state of the Service Processor (for example: SP selftests, SP communication with the console, SP clock).
Page 103: Checking The Sp Error Log
Installation Verifying the System Figure 3-24 Indicator Grid on the SP Card Table 3-8 Normal States of Lights in Service Processor (SP) Grid Condition State of Lights During SP selftest ST lit; numbered lights are lit so that the sum of the numbers equals the SP selftest in progress.
Page 104: Checking The Autostart Flag
2. Enter SP to enter the Service Processor interface. 3. Enter HC at the SP prompt. 4. Deconﬁgure any bus converter ports not currently in use; that is, ports that do not have an HP-PB card cage attached. 3-56 Chapter 3...
Page 105: Setting Boot Parameters
0/28/52.6.0 System disk (NIO SCSI) 0/28/52.6.0 System tape (SCSI) 0/28/36.0.0 System tape (HP-IB) 0/28/44.0 Table 3-11 System Default Device Conﬁguration (HP-FL, HP-IB, SCSI, F/W SCSI) — 997 Device I/O Path Logical Dev. No. System disk 0/28/52.0 System tape (SCSI) 0/28/36.0.0 System tape (HP-IB) 0/28/12.0.3...
Page 106 Boot> PA A 0/12.0.3 iv. To set console path of 0/44.0: Boot> PA C 0/44.0 b. To set the path values for a 99x with a HP-FL system disk, enter the following commands: i. To set a primary boot path of 0/52.0: Boot>...
Page 107 Installation Setting Boot Parameters iii. To set an alternate boot path of 0/12.0.3 (for an HP-IB device): Boot> PA A 0/12.0.3 iv. To set console path of 0/44.0: Boot> PA C 0/44.0 5. When you are satisﬁed with the hardware path values, continue to the next section.
Page 108 Installation Setting Boot Parameters BOOT COMMAND DESCRIPTIONS Primary Boot from primary boot path. The primary boot path points to the device used to boot the operating system (usually the system disk). Alternate Boot from alternate boot path. The alternate boot path points to the device (typically a tape drive) used to load the operating system from the distribution media.
Page 109 A path is a hardware address, showing the location of a peripheral device in the bus structure. Typical bus structure: ================== Processor-Memory Bus (PMB) ================ [BC] Bus Converter ========== HP Precision Bus (HP-PB) =========== [DA] Device Adapter [DEV] Peripheral Device Chapter 3 3-61...
Page 110 = 16 for BC card in slot 4, lower connector; (4*4)+0 =16 = The HP-PB module of the device adapter (DA). Equals 4 * HP-PB slot number of the DA (decimal). DEV = The ID number of the device, often set on the device itself (hexadecimal).
Page 111: Operating System (Os)
Refer to HP 3000 MPE/iX Installation, Update, and Add-On Manual (HP P/N 36123-90001) that accompanies the SLT, FOS, and subsystem tapes. T-Class: Refer to Installing and Updating HP-UX 9.0: HP 9000 Series 800 (HP P/N B3108-90006). Booting the OS Once 99x/T-Class Systems have been conﬁgured and the operating system has been installed, booting up is largely automatic.
Page 112: Os Patches
Verifying System Operation — HP-UX Use the Support Tools Manager (STM) to verify HP-UX system operation. STM is supported on HP-UX version 10.01 and later and is shipped on the support media. Using STM you can access veriﬁers, exercisers, diagnostics, utilities, information tools, expert tools, ﬁrmware update tools, and identiﬁcation modules.
Page 113: Installing The Remaining Peripherals
Bus Converter and HP-HSC I/O Bus Converter Connections (in PMB Slot 0) In a previous step, you connected the bottom two connectors on the BC or HP-HSC I/O Bus Converter (997/T600 Systems) to the internal HP-PB card cage. In this part of the installation, you connect the top two connectors to an optional external HP-PB card cage.
Page 114: Connecting Other Bc Cards
2. Connect the cables in the conﬁguration shown in Figure 3-25. Connecting Other BC Cards If the PMB card cage contains more than one BC or HP-HSC I/O Bus Converter card (997/T600), connect them to lower-port BC cards in external HP-PB card cages.
Page 115: Installing Dtcs
DTC. Connecting Other Peripherals Connect other peripheral devices to the appropriate HP-PB I/O or HP-HSC I/O cards. For HP-PB conﬁguration information, see Appendix B (Conﬁguring the HP-PB Cardcage) in this manual or see the CE Handbook (PN A1809-90003).
Page 116: Rebooting And Reconﬁguring
Do not run the DTC Manager program on the same PC as OpenView; this conﬁguration is not supported and may not work. Conﬁguring the OS for the PowerTrust UPS This section contains instructions for conﬁguring HP-UX and MPE/iX so they can "talk" with the PowerTrust UPS. 3-68...
Page 117: Conﬁguring Hp-Ux For Ups On T-Class
Conﬁguring HP-UX for UPS on T-Class On HP-UX 9.04 and later releases, PowerTrust UPS messages are displayed and logged. Also, HP-UX must be conﬁgured to perform a graceful shutdown at a time interval after AC power is lost. (HP-UX 9.04 and later releases only) In order for HP-UX to display UPS messages and log UPS events to the system log, you must perform several conﬁguration tasks:...
Page 118: Conﬁguring Mpe/Ix For Ups On The 99X
Installation Rebooting and Reconﬁguring 3. Verify that HP-UX has been properly conﬁgured for the UPS by making sure that UPS messages are displayed on the console. You can also check for UPS messages in /usr/adm/syslog. 4. If UPS messages are not being displayed on the console: a.
Page 119: Conﬁguring The Access Port For A Remote Console
Installation Rebooting and Reconﬁguring 4. Verify that MPE/iX has been properly conﬁgured for the UPS by making sure that UPS messages are displayed on the console. You can also use LOGTOOL to check whether UPS messages are being stored in the system log. 5.
Page 120 Installation Rebooting and Reconﬁguring In most cases, the "Protocol" ﬁeld should be set to "Bell" or "CCITT". In the United States, the protocol is usually "Bell." In Europe, the protocol is usually "CCITT." The "Autodial Protocol" should match that of the modem. 5.
Page 121 Installation Rebooting and Reconﬁguring For predictive support to function correctly, the AP should be set to NOTE single mode. In single mode, the port is a normal session port. 9. To change parameters, enter Y in response to the prompt. The system displays a change menu: Enter your changes.
Page 122: Testing Powerfail Recovery (990/992/890 Systems Without A Ups)
Installation Testing Powerfail Recovery (990/992/890 Systems without a UPS) Testing Powerfail Recovery (990/992/890 Systems without a UPS) NOTE This section applies only to 990/992/890 Systems without a Uninterruptible Power System (UPS). After the operating system has been installed, the following test can be performed to determine if system powerfail recovery and memory battery backup are functioning correctly.
Page 123: Testing Transfer Of Control
Installation Testing Transfer of Control Testing Transfer of Control It is a wise idea to test Transfer of Control (TOC) during the installation. Execute a TOC using the procedure below, monitor the messages that appear on the console, and see whether the system successfully reboots.
Page 124: Running Pdc And Isl Diagnostics (Recommended)
Installation Running PDC and ISL Diagnostics (Recommended) Running PDC and ISL Diagnostics (Recommended) At this point in the installation, it is wise to run the diagnostics available from the PDC and ISL interfaces. By taking a few minutes to run the diagnostics, you verify the functionality of the processor, BC, and memory.
Page 125: Operating The Computer
Installation Operating the Computer Operating the Computer Complete instructions on operating 99x/T-Class Systems are given in 99x/T-Class Systems Operator's Guide (PN A1809-90009) which is shipped with the SPU. Chapter 3 3-77...
Page 126 Installation Operating the Computer 3-78 Chapter 3...
Page 127: Mpe/Ix Conﬁguration And Sysgen
CONFG992 CONFG995 CONFG996 CONFG997 ALINK990 Default conﬁguration group for a ALINK991 99x using an HP-FL (= Fiber Link = ALINK992 PB-FL) boot device. ALINK995 ALINK996 ALINK997 For many installations, the factory-supplied conﬁguration group will be sufﬁcient and will not need to be modiﬁed; it can be saved as is, with the name of CONFIG.
Page 128 HSC-to-HP-PB Bus Converter (HPA3568A) in module 0 and module 2, (path 4/28 and 4/28), enter: io> APATH 4/28 HPA3568A io> APATH 6/28 HPA3568A 7. To add devices, use the ADEV command. For example, to add an HP 7937FL disk drive at path 4/52.0: ADEV using keyword syntax: io> ADEV LDEV=23 PATH=4/52.0 ID=HP7937FL ADEV using positional syntax: io>...
Page 129 MPE/iX Conﬁguration and SYSGEN 8. Temporarily save ("hold") the changes you have just made so you can exit the I/O Conﬁgurator: io> HOLD 9. Exit the I/O Conﬁgurator: io> EXIT 10.Keep the ﬁles from the conﬁguration group into the CONFIG.SYS group. CONFIG.SYS is the default group when the system is subsequently started.
Page 130 MPE/iX Conﬁguration and SYSGEN Answer Y to the prompt. The ISL prompt now appears. You will see: MMSAVE Version n.nn DUMPAREA protected, proceeding to ISL without memsave ISL loaded ISL Revision v.uu.ff Month Day, Year ISL> h. To restart the system, enter: ISL>...
Page 131: Conﬁguring Mpe/Ix For The Powertrust Ups
MPE/iX Conﬁguration and SYSGEN Conﬁguring MPE/iX for the PowerTrust UPS Conﬁguring MPE/iX for the PowerTrust UPS If the system has a PowerTrust Uninterruptible Power System (UPS), you should conﬁgure MPE/iX as described in Chapter 3 (Installation) and in the manual that accompanies the UPS.
Page 132: Conﬁguring The Remote Console
The former default conﬁguration for LDEV 21 speciﬁed an HPC2204A "Bifocus" disk drive. Since remote console and HP Predictive Support can use LDEV 21 as the dial up port, it is important for this port to be conﬁgured correctly. The default conﬁguration will cause...
Page 133 MPE/iX Conﬁguration and SYSGEN Conﬁguring the Remote Console 3. Use the LD command to list the current parameters for LDEV 21: io> LD 21 You will see: LDEV: DEVNAME: OUTDEV: MODE: ID: HPC2204A RSIZE: DEVTYPE: DISC PATH: 0/36.0 MPETYPE: MPESUBTYPE: 3 CLASS: DISC SPOOL 4.
Page 134 You will see: Trying boot path 0/52.0.0.0.0.0.0 ... Booting ... Interact with ISL? (y/[n])> Y Answer Y to the prompt. The ISL prompt now appears. For HP-UX systems, you will see: SOFT Booted. ISL Revision xx.xx.xx xxxxxx xx, 199x ISL>...
Page 135: Default Conﬁguration For 99X With Scsi Boot Device (Confg99X
MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with SCSI Boot Device (CONFG99x) Default Conﬁguration for 99x with SCSI Boot Device (CONFG99x) Internal HP-PB Cardcage #1 - BC 0 slot#/path slot#/path -------------------------------------------------- 13/52 | 28642A SCSI | 12/48 -------------------------------------------------- 11/44...
Page 136 MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with SCSI Boot Device (CONFG99x) Ldev Type Pmgr Pmgrpri Lmgr Maxios Path 0/36 HP28616A NIO_ALINK_DAM 0/36.1 HPC2204A DISC EAGL_DISC_DM LDEV_MGR 0/44 HP28639-60001- LAN_8023_DRIVER CONSOLE/LAN 0/44.0 HP28639-60001- TERM CDM_CONSOLE_DM TIO_TLDM CONSOLE-TERM INAL 0/44.1 HP28639-60001- TERM CDM_CONSOLE_DM...
Page 137 MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with SCSI Boot Device (CONFG99x) 2. (Non-preloaded and preloaded systems shipped before March 15, 1993) In the default conﬁguration group, LDEV 21 is incorrectly assigned to an HPC2204A disk. To use the remote support modem, call up the SYSGEN program to assign LDEV 21 to a HP28639-60001-CONSOLE-TERMINAL, and change the I/O path to 0/44.1 (see procedure earlier in the chapter).
Page 138: Table A-3. 99X Default Conﬁguration For Scsi Boot Device: External Cardcage (Confg99X
MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with SCSI Boot Device (CONFG99x) Table A-3 99x Default Conﬁguration for SCSI Boot Device: External Cardcage (CONFG99x) I/O Path Ldev # Type Pmgr Pmgrpri Lmgr Maxios HPA1809-60005 BUS_CONV_MGR 2/44 HP28642A-SCSI SCSI_DAM 2/44.3 PSEUDO TRANSPARENT_MGR 2/44.3.0...
Page 139: Default Conﬁguration For 99X With Hp-Fl Boot Device (Alink99X
MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with HP-FL Boot Device (ALINK99x) Default Conﬁguration for 99x with HP-FL Boot Device (ALINK99x) Internal HP-PB Cardcage #1 - BC 0 slot#/path slot#/path -------------------------------------------------- 13/52 | 28616A HP-FL (PB-FL) | xxxxxxxxxxxxxxxxxxxxxxxxx | 12/48...
Page 140 MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with HP-FL Boot Device (ALINK99x) Ldev Type Pmgr Pmgrpri Lmgr Maxios Path HPC2204A DISC EAGL_DISC_DM LDEV_MGR 0/24.1 0/36 HP28642A-SCSI SCSI_DAM 0/36.0 PSEUDO TRANSPARENT_MGR 0/36.0.0 HPC1300S TAPE SCSI_TAPE_DM LDEV_MGR 0/36.8 PSEUDO TRANSPARENT_MGR 0/36.8.0...
Page 141 MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with HP-FL Boot Device (ALINK99x) Table A-5 99x Default Conﬁguration for HP-FL Boot Device: External Cardcage (ALINK99x) Ldev Type Pmgr Pmgrpri Lmgr Maxios Path HPA1809-60005 BUS_CONV_MGR 2/44 HP28616A NIO_ALINK_DAM 2/44.0 HPC2204A DISC...
Page 142 MPE/iX Conﬁguration and SYSGEN Default Conﬁguration for 99x with HP-FL Boot Device (ALINK99x) A-16 Appendix A...
Page 143: Conﬁguring The Hp-Pb Card Cage
Conﬁguring the HP-PB Card Cage Conﬁguring the HP-PB Card Cage Appendix B...
Page 144: Planning The Hp-Pb Conﬁguration
Power and Space Budgeting for HP-PB Card Cage. NOTE HP-PB Slot Priority: On HP-PB, the higher the slot number, the higher the priority. However, priority is not that important, since each module can get one transaction during each transaction interval. Rules of thumb: 99x: Install cards for disk drives in higher numbered (higher priority) slots, but below LAN/console card.
Page 145: Power And Space Budgeting For The Hp-Pb Card Cage
1. A maximum of 5 connections for SCSI and a maximum of 5 connections for HP-FL (PB-FL). Remaining slots can be used for other non-disk activity as long as power limits are not violated. This limit applies to single disks as well as disk arrays.
Page 146: Directions For The Worksheets
−12V". The total power used for all three voltages must not exceed 222.82 watts. 5. For each type of HP-PB card, multiply the number in the "Qty" column by the value in the "Slots/Card" column. Put the result in the column labeled "Total Slots Used." (This number represents the number of single-high slots used.)
Page 147: Table B-2 Hp-Pb Power Budgeting Worksheet (99X): Example
(Must not exceed total below) (OK) (OK) (OK) __13 (OK) (Must not exceed 14) Maximum power available per voltage in HP-PB 71.64 161.58 23.64 I/O card cage Total power used for +12V, +5V, −12V 132.3 (OK) (Must be less or equal to 222.82 watts) 1.
Page 148: Power Budget Worksheet For The 99X Hp-Pb Card Cage
Conﬁguring the HP-PB Card Cage Planning the HP-PB Conﬁguration Power Budget Worksheet for the 99x HP-PB Card Cage Table B-3 HP-PB Power Budgeting Worksheet (99x) Power Requirements Total Power Required Total per I/O Card (watts) (watts) Slots/ I/O Card Slots...
Page 149: Power Budget Worksheet For The T-Class Hp-Pb Card Cage
Conﬁguring the HP-PB Card Cage Planning the HP-PB Conﬁguration Power Budget Worksheet for the T-Class HP-PB Card Cage Table B-4 HP-PB Power Budgeting Worksheet (T-Class) Power Requirements Total Power Total per I/O Card (watts) Required (watts) Slots/ I/O Card Slots...
Page 150 Total power used for +12V, +5V, −12V (Must be less or equal to 222.82 watts) 1. I/O cards included in base conﬁguration 2. HP-FL card included in base conﬁguration for 890 but not for T500, T520, and T600 Systems. Appendix B...
Page 151: Conﬁguring The Remote Support Modem
Conﬁguring the Remote Support Modem Conﬁguring the Remote Support Modem Appendix C...
Page 152 The recommended remote support modem is an HP 50759A modem (Support Link). Other modems can also be used. The recommended cable is an HP 92219Q cable. The HP 40233A cable can also be used. For V.22bis/V.25bis applications, the A1703-63006 modem cable is available (see “Modem Cable Pin-out”...
Page 153: Modem Settings For Mpe/Ix And Hp-Ux (Predictive Support
1. The HP 50759A (Support Link) modem has one bank of 8 switches (S switches) and one bank of 4 switches (X switches). 2. The HP 50759B modem has one bank of 16 switches (S switches). 3. The HP 37212B modem has one bank of 12 switches (S switches).
Page 154 For more information, consult: MPE/iX: MPE/iX Predictive Support Handbook, part number 50779-90002, HP-UX: HP Support Watch User's Guide, part number H5169-90005. The information in Table C-1 and Table C-2 is more current than the information contained in those two manual.
Page 155: Quick Reference
Table C-3 Settings for Remote Support Modem (Quick Reference) Modem Model Settings HP 50759A (Support Link) X1, X2, X3, X4, S8: Down S1, S3, S4, S5, S6: Up S2, S7: Do not care HP 50759B (Support Link) S2, S3, S4, S7, S8, S9, S12, S16:...
Page 156: General Guidelines
Conﬁguring the Remote Support Modem General Guidelines General Guidelines General hints for conﬁguring remote support modems: The modem must be set up to respond to DTR. CTS should follow RTS. DSR must follow OH, not DCD. For Bell mode, the modem should disregard RTS. Set both local and remote modems to either: The same compression mode, OR To NO data compression.
Page 157: Conﬁguring Individual Modems
Settings Two sets of conﬁguration switches on the HP 50759A are on the underside of the modem. One set (Set S) consists of eight switches. The other set (Set X) consists of four switches.
Page 158 Conﬁguring the Remote Support Modem Conﬁguring Individual Modems Figure C-1 Conﬁguration Switches on the HP 50759A Modem Appendix C...
Page 159: Hp 50759B (Support Link
&A0 $A0 &B0 &BS1 &C1 &D2 $D0 $F1 &G0 &I0 &M0 $MI0 &R0 $R0 &S1 &T5 &V1 &W1 HP 50759B (Support Link) The HP 50759B modem has one bank of 16 switches (S switches). For both HP-UX and MPE/iX: S2, S3, S4, S7, S8, S9, S12, S16: Down...
Page 160: Settings
2400 in CCITT mode. This modem can not be dialed with either Hayes or V.25BIS auto-dial protocols. Settings Conﬁguration switches on the HP 37212B are on the rear of the modem. See Figure C-2. Figure C-2 Conﬁguration Switches on the HP 37212B Modem...
Page 161: Hayes Smartmodem 2400
Conﬁguring the Remote Support Modem Conﬁguring Individual Modems Conﬁgure the modem by setting these switches to either of two positions: UP (1) or DOWN (0). Table C-6 Settings for the HP 37212B Conﬁguration Switches Switch Position Name down Computer mode...
Page 162: Settings
(92219Q or A1703-63006) the same line is driven by the Console/LAN card and the modem. CAUTION This modem should not be used because all HP cables connect circuit 111 to the modem. If this modem is connected, circuit 111 will be driven by both the Console/LAN card and the modem.
Page 163: Multitech Mt224Eh7
Conﬁguring the Remote Support Modem Conﬁguring Individual Modems Supported cables: Must use 92219Q modem cable. Auto-dial modes: Hayes. This modem does not work with v.22bis because it does not supply 112 and because the sense of 111 is backwards (TRUE means low speed, FALSE means high speed). The problem that 111 is backwards can be remedied by conﬁguring the modem to ignore 111.
Page 164 Conﬁguring the Remote Support Modem Conﬁguring Individual Modems Supported cables: HP 92219Q - Bell, CCITT_OM, CCITT_AM A1703-64006 - CCITT_BIS_OM, CCITT_BIS_AM Auto-dial modes: Hayes, V.25bis. NOTE The version of the modem has a problem when dialing with V.25bis; if the number that is dialed is busy, DSR does not drop. This same problem causes V.25bis error indications to be improperly decoded,...
Page 165 Conﬁguring the Remote Support Modem Conﬁguring Individual Modems For V.22bis auto-answer, internal jumper DSR must be set so that DSR follows OH. The factory default is for DSR to follow CD. This is different from the Support Link where the factory default was for DSR to follow OH.
Page 166: Modem Cable Pin-Out
Conﬁguring the Remote Support Modem Modem Cable Pin-out Modem Cable Pin-out The following pin-out is for the 92219Q cable, the cable recommended for connecting the remote support modem to the Console/LAN card. Table C-8 Pin-out for 92219Q Cable Computer Modem Signal GROUND For the A1703-63006 cable, the pinout is the same except that pin 9 on the computer end is...
Page 167: Console/Lan Card-Modem Line Behavior
CCITT Mode AP protocol 0 This protocol is known as HP-UX CCITT. The card waits for RI before raising DTR. It also raises RTS when it raises DTR. If DSR does not come up within 25 seconds, DTR goes back down.
Page 168 Conﬁguring the Remote Support Modem Console/LAN Card-Modem Line Behavior C-18 Appendix C...
Page 169: Power Resiliency
Power Resiliency Power Resiliency Appendix D...
Page 170: Power System
Power Resiliency Introduction Introduction This section contains information about the power resiliency option of the T600 System. Power System This section describes how to verify the installation of the power resiliency system. Verifying Installation of Power Modules Power modules have been pre-installed at the factory. To verify the installation of power modules for T600 System, refer to the following table and see Figure D-2 and Figure D-3.
Page 171: Figure D-1 Pfc Module Locations
Power Resiliency Power System Figure D-1 PFC Module Locations Appendix D...
Page 172: Figure D-2 Power Modules And Pmb Cards In The Front Card Cage-T600
Power Resiliency Power System Figure D-2 Power Modules and PMB Cards in the Front Card Cage—T600 Appendix D...
Page 173: Figure D-3 Power Modules And Pmb Cards In The Rear Card Cage-T600
Power Resiliency Power System Figure D-3 Power Modules and PMB Cards in the Rear Card Cage—T600 Appendix D...

HP 3000 99x Family Installation Manual

Introduction

Unpacking and Inspection

Installation

Mpe/IX Conﬁguration and SYSGEN

Conﬁguring the HP-PB Card Cage

Conﬁguring the Remote Support Modem

Power Resiliency

Quick Links

Installation Guide

Related Manuals for HP 3000 99x Family

Summary of Contents for HP 3000 99x Family

Table of Contents