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Fujitsu PRIMERGY H200 Manual

Fujitsu PRIMERGY H200 Manual

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PRIMERGY
PRIMERGY H200
Server System
Jürgen Mührs/Xenia Fierley
Fujitsu Siemens Computers GmbH Primergy
81730 Munich
e-mail: email: manuals@fujitsu-siemens.com
Tel.: (089) 61001-158/157
Fax: (++49) 700 / 372 00000
U41147-J-Z156-2-76
Sprachen: En
Edition September 2001

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Summary of Contents for Fujitsu PRIMERGY H200

  • Page 1 PRIMERGY PRIMERGY H200 Server System Jürgen Mührs/Xenia Fierley Fujitsu Siemens Computers GmbH Primergy 81730 Munich e-mail: email: manuals@fujitsu-siemens.com Tel.: (089) 61001-158/157 Fax: (++49) 700 / 372 00000 U41147-J-Z156-2-76 Sprachen: En Edition September 2001...

  • Page 2: Copyright And Trademarks

    There you will also find the addresses of the relevant User Documentation Department Copyright and Trademarks Copyright © 2001 Fujitsu Siemens Computers GmbH. All rights reserved. Delivery subject to availability; right of technical modifications reserved. All hardware and software names used are trademarks of their respective manufacturers.
  • Page 3 Introduction Important notes Installation Preparation for use and operation Opening and closing the server Property and data protection Troubleshooting and tips System components and expansions SCSI configurations Appendix Continued...
  • Page 5 Related publications and index...

  • Page 7: Table Of Contents

    Contents Introduction ......1 Features ......2 Notational conventions .
  • Page 8 Contents Opening and closing the server ....47 Removing/mounting the front doors ....47 Removing/mounting top cover .
  • Page 9 Contents Power supply units ......86 8.7.1 Installing/removing power supply or dummy unit ..87 Fans .

  • Page 11: Introduction

    The floorstand model can be converted into a rack model with an optional conversion kit. The PRIMERGY H200 servers offer a high level of failure safety and availability through highly developed hardware and software components. These include internal hard disk drive modules, accessible 5¼-inch drives, power supply units,...

  • Page 12: Features

    Hard disk subsystem (1.6-inch or 1-inch variant) The PRIMERGY H200 server is available in two variants, each with a different hard disk subsystem. The 1.6-inch hard disk subsystem consists of two SCSI backplanes and up to eight internal hard disk drive modules. The 1-inch hard disk subsystem consists of two SCSI backplanes and up to twelve internal hard disk drive modules.
  • Page 13 Introduction Features High level of availability and fault protection When accessing stored data, 1-bit errors in the main memory are automatically recognized and corrected (EDC = Error Detection and Correction). The patented memory scrubbing function regularly starts up the EDC mechanism and thus ensures continuous data integrity.

  • Page 14: Notational Conventions

    Notational conventions Introduction Statistics for service technicians (operating hours counter, counter for switch-on/switch-off cycles) Storage of error messages in the non-volatile SRAM memory Further information on the ServerView server management is provided in the associated documentation (see chapter “Related publications” on page 131). ServerStart You can configure the PRIMERGY server quickly and with precision using the ServerStart software provided.

  • Page 15: Target Group

    This manual is intended for those responsible for installing the hardware and ensuring that the system runs smoothly. The operating manual contains all the information required for installing and operating your PRIMERGY H200. Knowledge of the hardware and data transfer, as well as basic knowledge of the operating system used, is required to understand the various expansion options.

  • Page 16: Technical Data

    Technical data Introduction Technical data Electrical data Rated voltage range 100 V - 240 V Frequency 50 Hz - 60 Hz Rated current in basic configuration 100 V - 240 V / 7 A - 3 A Max. rated current 100 V - 240 V / 8 A - 4 A Effective power 700 W...
  • Page 17 Introduction Technical data Weight approx. 60 kg (depending on the configuration) Ventilation intervals for the floorstand model To ensure sufficient ventilation of the system, a minimum clearance of 200 mm must be provided at the front and the rear of the server. Maintenance area for the floorstand model 1.2 m on the left side.
  • Page 18 Technical data Introduction U41147-J-Z156-2-76...
  • Page 19 Introduction Technical data U41147-J-Z156-2-76...
  • Page 21 Introduction Technical data U41147-J-Z156-2-76...
  • Page 22 Technical data Introduction U41147-J-Z156-2-76...

  • Page 23: Important Notes

    Important notes In this chapter you will find essential information regarding safety when working with your server. Safety The following safety notes are also provided in the manual “Safety, Guarantee, and Ergonomics,” which contains additional information about guarantee and ergonomics. This device complies with the relevant safety regulations for data processing equipment, including electronic office machines for use in an office environment.
  • Page 24 Safety Important notes Installation and operation CAUTION! The server automatically sets itself to a voltage in the 100 V to 240 V range. Make sure that your local voltage is within this range. This device has a specially approved power cable and must only be connected to a grounded wall outlet.
  • Page 25 Important notes Safety Proper operation of the system, warranty CAUTION! Proper operation of the system (in accordance with IEC950/EN60950) is only ensured if the casing is completely assembled and the rear covers have been put in place (electric shock, cooling, fire protection, interference suppression). Before opening the device, first switch it off, and then disconnect the power plug.
  • Page 26 Safety Important notes Batteries CAUTION! Incorrect replacement of the device’s battery may lead to a risk of explosion. The battery may be replaced only with an identical battery or with a type recommended by the manufacturer (see the technical manual for the system board or chapter “Related publications” on page 131).
  • Page 27 Important notes Safety Modules with electrostatic-sensitive components: Systems and components which might be damaged by electrostatic discharge (ESD) can be marked with the following label: Figure 1: ESD label When handling boards fitted with electrostatic-sensitive components, always observe the following precautions: You must always discharge yourself (e.g.

  • Page 28: Ce Certificate

    Consult the dealer or an experienced radio/TV technician for help. Fujitsu Siemens Computers is not responsible for any radio or television inter- ference caused by unauthorized modifications of this equipment or the substi- tution or attachment of connecting cables and equipment other than those...

  • Page 29: Notes On Mounting In The Rack

    Important notes Notes on mounting in the rack specified by Fujitsu Siemens Computers. The correction of interferences caused by such unauthorized modification, substitution, or attachment will be the responsibility of the user. The use of shielded I/O cables is required when connecting this equipment to any and all optional peripheral or host devices.

  • Page 30: Environmental Protection

    Environmental protection Important notes Environmental protection Environmentally friendly product design and development This product has been designed in accordance with standards for “environmen- tally friendly product design and development”. This means that the designers have taken into account decisive criteria such as durability, selection of materials and coding, emissions, packaging, the ease with which the product can be dismantled, and the extent to which it can be recycled.
  • Page 31 Phone: +49 5251 818010 Fax: +49 5251 818015 Further information on environmental protection The Fujitsu Siemens Computers GmbH representative for environmental protection will be pleased to answer any further questions you may have concerning environmental protection. Fujitsu Siemens Computers GmbH Environmental Protection Werner-von-Siemens-Straße 6...

  • Page 33: Installation

    Installation CAUTION! Please take note of the safety information in the chapter “Important notes” on page 13. Do not expose the server to extreme environmental conditions (see section “Technical data” on page 6). Protect it from dust, humidity, and heat. There must be a clearance of at least 200 mm in front of and behind the server to ensure adequate ventilation.

  • Page 34: Unpacking The Server

    Unpacking the server Installation Unpacking the server CAUTION! Please take note of the safety information in the chapter “Important notes” on page 13. Ask somebody for help with carrying the server. It is recommended not to throw away the original packaging material! It may be required for transport at some later date.

  • Page 35: Installing The Floorstand Model

    Installation Installing the floorstand model Installing the floorstand model Position the server at the intended location. Note the following: – Do not expose the device to direct sunlight. – Ensure that minimum clearances for operation and maintenance are observed. – The rear of the server must be accessible in order to connect it to external devices.

  • Page 36: Installing The Rack Model

    Installing the rack model Installation Installing the rack model CAUTION! Please take note of the safety information and the notes on mounting in the rack in the chapter “Important notes” on page 13. Do not mount the server in the top unit of the 19-inch rack; otherwise, you will not be able to swap a module, even when the plug-in tray is fully pulled out.
  • Page 37 Installation Installing the rack model Figure 3: Securing the carrier rails Ê Secure the two carrier rails left and right on the support uprights and on the support bracket in the rack using the No. 5 Allen key provided. Please note that the guide nubs of the rails next to the spring nuts must fit into the holes in the support uprights and in the support bracket and that the telescope bar must afterwards be able to extend fully to the front.
  • Page 38 Installing the rack model Installation Figure 5: Mounting the server in the rack Ê Place the server onto the two projecting telescope bars. Make sure that the two metal noses (1) protrude over and grip the bars. Ê Adjust the server so that the bore holes of the telescope bars and of the server line up.

  • Page 39: Connecting Devices To The Rack Model

    Installation Connecting devices to the rack model Figure 7: Fastening the server Ê Slide the system unit into the rack (1). Ê Fasten the system unit to the rack using the four knurled screws (2). Remove in the reverse order. Connecting devices to the rack model The ports for external devices are on the rear of the server.
  • Page 40 Connecting devices to the rack model Installation floorstand model rack model Figure 8: PRIMERGY H200: ports U41147-J-Z156-2-76...

  • Page 41: Routing The Cables

    Installation Connecting devices to the rack model Some of the devices that you connect require special drivers (see the documentation for the connected device). If a separate graphics card is used in a slot, then the graphics controller on the system board is automatically deactivated.
  • Page 42 Connecting devices to the rack model Installation Ê Remove the installation clamps from the cable guide by pulling out the bolts. Ê Attach one of the clamps with the screw (1) to the support upright on the rack at the same height at which the articulated cable guide is attached to the server.
  • Page 43 Installation Connecting devices to the rack model CAUTION! Before you pull out any internal hard disk modules cabled in this way, you must remove the SCSI cables from the cable clips. All other cables, such as the AEMI or CAN bus cables, can be laid as described in the section “Unlimited cable laying”...
  • Page 44 Connecting devices to the rack model Installation Figure 10: Routing the cables in the DataCenter rack Ê Route the cables through the cable clips on the right support upright after having inserted the server (see the technical manual of the DataCenter rack).

  • Page 45: Connecting The Server To The Line Voltage

    Installation Connecting the server to the line voltage Connecting the server to the line voltage The server is equipped with a modular hot plug power supply consisting of a maximum of three power supply units. Depending on the configuration of the server with drives, processors, and boards, a redundant power supply can be set up with two or three power supply units.

  • Page 46: Instructions On Connecting And Disconnecting Cables

    Instructions on connecting and disconnecting cables Installation Instructions on connecting and disconnecting cables CAUTION! Be sure to read the documentation on the external devices before connecting them. Do not connect or disconnect cables during a thunderstorm. Always take hold of the actual plug body. Never unplug a cable by pulling the cable itself! Connect and disconnect the cables in the order described below.

  • Page 47: Preparation For Use And Operation

    Preparation for use and operation CAUTION! Please take note of the safety information in the chapter “Important notes” on page 13. Steps which are identical for the floorstand model and rack model are only described for the floorstand model. For more detailed information about the rack, refer to the technical manual for the rack.

  • Page 48: The Control Panel

    The control panel Preparation for use and operation The control panel Figure 13: The control panel 1 = Floppy disk drive 7 = LCD panel 2 = Floppy disk drive indicator 8 = Reset button 3 = Power-on indicator 9 = Menu button 4 = Hard disk drive indicator 10 = CPU error indicator 5 = Key switch...

  • Page 49: Operation Controls

    Preparation for use and operation The control panel 4.2.1 Operation controls Key switch (Lock position) The current system state cannot be changed. The power and reset switches are inoperative. The Remote ON/OFF functions (e.g. via "Modem Ring") are also inoperative. The menu button is operative. Key switch (Remote position) The power switch and reset button are inoperative.

  • Page 50: Indicators

    The control panel Preparation for use and operation Menu button The LCD panel is controlled with the menu button. It is possible to switch between the display modes and to scroll within the display modes. To scroll within the display mode, press the menu button briefly (less than one second).

  • Page 51: Indicators On Drives

    Preparation for use and operation The control panel 4.2.3 Indicators on drives CD-ROM indicator The indicator lights up when the CD-ROM drive is being accessed. Floppy disk drive indicator The indicator lights up when the floppy disk drive is being accessed. Hard disk drive indicator Hard disk access indicator Lights green when the drive in this slot is being accessed.
  • Page 52 The control panel Preparation for use and operation System Information Mode During normal operation, the LCD panel is in the system information mode. The information to be displayed in this mode can be freely selected by the adminis- trator; however, it should be used to clearly identify the system. The entered information is not evaluated in any way by the system, i.e.

  • Page 53: Switching The Server On And Off

    Preparation for use and operation Switching the server on and off Some of the system error messages which can appear on the LCD display are described in the section “Error messages on the control panel” on page 58. Switching the server on and off CAUTION! When after switching on the server there is nothing but flickering stripes on the screen, switch the server off immediately (see in chapter “Trouble-...

  • Page 54: Configuring The Server

    Configuring the server Preparation for use and operation Other ON/OFF possibilities In addition to using the power switch, the server can also be switched on/off in the following ways: – Specified switch-on/switch-off time In the ServerView program, the time is set at which the server switches on or off.

  • Page 55: Configuration Without Serverstart

    Preparation for use and operation Configuring the server 4.4.2 Configuration without ServerStart Configuring the disk array controller If your server is fitted with a disk array controller, you must configure it as described in the related documentation and/or in the readme files on the corre- sponding driver diskettes.

  • Page 56: Cleaning The Server

    Cleaning the server Preparation for use and operation Cleaning the server CAUTION! Switch the server off, and pull the power plug out of the grounded power socket. Do not clean any interior parts yourself; leave this job to a service technician.

  • Page 57: Opening And Closing The Server

    Opening and closing the server CAUTION! When you connect or disconnect cables, refer to the safety notes in chapters “Important notes” on page 13, “Installation” on page 23, and “System components and expansions” on page 63. Removing/mounting the front doors Ê...

  • Page 58: Removing/Mounting Top Cover

    Removing/mounting top cover Opening and closing the server Removing/mounting top cover The top cover of the housing prevents you from taking off the side covers. Figure 15: Removing the top cover Ê Remove the knurled screw (1), push the top cover back (2), and remove it by lifting upward (3).

  • Page 59: Removing/Mounting Side Cover

    Opening and closing the server Removing/mounting side cover Removing/mounting side cover If you wish to install or remove extension boards (graphics controller, SCSI controller, network controller, etc.), to make changes to the processor or base memory configuration or to replace fans, then remove the left side cover. Figure 16: Removing the side cover Ê...

  • Page 60: Removing/Mounting The Slot Cover

    Removing/mounting the slot cover Opening and closing the server Removing/mounting the slot cover Remove the slot cover when, for example, you require access to the slots or wish to install or remove the RemoteView medium. CAUTION Before you remove the slot cover, the server must be switched off and the power plug pulled out;...

  • Page 61: Property And Data Protection

    Property and data protection The rack model is protected against unauthorized access with the lockable rack door. The floorstand model is protected against unauthorized access with its own lockable front door. The Intruder Detection reports via ServerView when the front door has been opened.
  • Page 62 BIOS Setup security functions Property and data protection Prevent unauthorized access to the settings of boards with their own BIOS You can activate this protection by selecting the value Extended for the Setup Password Lock field in the Security menu. Prevent the system from booting from the diskette drive You can activate this protection by selecting the value Diskette Lock for the System Load field in the Security menu.

  • Page 63: Troubleshooting And Tips

    Troubleshooting and tips CAUTION! When you connect or disconnect cables, refer to the safety notes in chapters “Important notes” on page 13, “Installation” on page 23, and “System components and expansions” on page 63. If a fault occurs, try to correct it as described: –...

  • Page 64: Server Switches Itself Off

    Server switches itself off Troubleshooting and tips Server switches itself off Server Management has detected an error Ê In the ServerView program, check the error list or check the ErrorLog file using the SCU utility, and attempt to eliminate the error. Screen remains blank Monitor is switched off Ê...

  • Page 65: Flickering Stripes On Monitor Screen

    Troubleshooting and tips Flickering stripes on monitor screen Flickering stripes on monitor screen CAUTION! Switch off the server immediately. Monitor does not support the set horizontal frequency Ê Find out which horizontal frequency your monitor screen supports. You will find the horizontal frequency (also known as line frequency or horizontal deflection frequency) in the documentation for your monitor.

  • Page 66: No Mouse Pointer Displayed On Screen

    No mouse pointer displayed on screen Troubleshooting and tips No mouse pointer displayed on screen Mouse driver not loaded Ê Check whether the mouse driver is properly installed and is present when the application program is started. Detailed information can be found in the user manuals for the mouse, the operating system, or the application program.

  • Page 67: Drives Are Reported As "Dead

    Troubleshooting and tips Drives are reported as "dead" SCSI configuration incorrect (Ultra Wide SCSI Controller) Ê In the SCSI configuration menu, check the settings for the hard disk drives ( SCSI Device Configuration ) and the settings under Advanced Configuration Options .

  • Page 68: Error Messages On The Screen

    Error messages on the screen Troubleshooting and tips 7.12 Error messages on the screen The meaning of the error message is contained in the manual for BIOS Setup and in the documentation for the boards and programs used. 7.13 Error messages on the control panel Each error message consists of two lines.
  • Page 69 Troubleshooting and tips Error messages on the control panel Message Cause Reaction TEMP_SEN#_FAIL Temperature sensor Contact our service organi- no. # defective. zation. RED_PSU#_FAIL Redundant power supply Exchange the power unit no. # has failed; power supply unit. supply redundancy no longer available.
  • Page 70 Error messages on the control panel Troubleshooting and tips Message Cause Reaction CPU_BOOT_FAILED Starting of the CPU boot Check CPU for correct has failed. mounting; reboot the system. If the error persists, contact our service organization. NO_CPU_DETECTED No CPU available in the Check CPU(s) and/or CPU system and/or no CPU terminator module(s) for...
  • Page 71 Troubleshooting and tips Error messages on the control panel U41147-J-Z156-2-76...

  • Page 73: System Components And Expansions

    System components and expansions This chapter describes how to modify your server hardware (e.g. installing or removing boards and drives). Upgrading memory and replacing the lithium battery are described in the technical manual for the system board (see “Related publications” on page 131).

  • Page 74: Scsi Hard Disk Subsystem

    1-inch. It consists of the internal hard disk drive modules, the SCSI backplane, and the SCSI controller. You can mount up to 8 hard disk drive modules in PRIMERGY H200 servers with the 1.6-inch hard disk subsystem and up to 12 hard disk drive modules in PRIMERGY H200 servers with the 1-inch hard disk subsystem.

  • Page 75: Handling Hard Disk Drives/Modules

    System components and expansions SCSI hard disk subsystem The following applies if SCSI hard disk drives are operated on a RAID controller: – RAID level 0 and 7 Rebuild is not possible. If a hard disk drive fails, its data is lost. –...

  • Page 76: Scsi Hard Disk Drives

    SCSI hard disk subsystem System components and expansions 8.1.2 SCSI hard disk drives The SCSI hard disk drives which can be ordered for the server are supplied already mounted in the hard disk carriers. The internal hard disk modules are equipped with a hard disk access indicator and a hard disk error indicator.
  • Page 77 System components and expansions SCSI hard disk subsystem 1-inch hard disk drive and 1-inch dummy cover Figure 19: 1-inch hard disk in a hot swappable internal hard disk module and dummy cover 1 = Hard disk drive plug-in module (installation frame with mounted hard disk drive) 2 = Indicators (green and orange LED) 3 = Handle for the locking and unlocking of the hard disk drive plug-in...

  • Page 78: Swapping Scsi Hard Disk Drives During Operation

    SCSI hard disk subsystem System components and expansions 8.1.3 Swapping SCSI hard disk drives during operation A SCSI hard disk drive only can be swapped during operation when the orange hard disk drive error indicator on the hard disk drive module lights up constantly. CAUTION! Never pull out an hard disk drive module during operation if you are not sure that the hard disk drive operates on a RAID controller and is part of...
  • Page 79 System components and expansions SCSI hard disk subsystem Removing the dummy cover of 1.6-inch hard disk drives Figure 20: Removing the dummy cover for 1.6-inch hard disk drive bay Removing the dummy module of 1-inch hard disk drives Figure 21: Removing the dummy module for 1-inch hard disk drive bay U41147-J-Z156-2-76...
  • Page 80 SCSI hard disk subsystem System components and expansions CAUTION! Keep the dummy cover/module for future use. If the hard disk drive is removed again and not replaced with a new drive, then the dummy cover/module must be reinstalled to satisfy cooling requirements, the applicable EMC regulations (regulations on electromagnetic compati- bility), and fire protection measures.
  • Page 81 System components and expansions SCSI hard disk subsystem Installing 1-inch hard disk drives Figure 23: Installing the 1-inch hard disk drives Ê Push the internal hard disk drive module into the bay (1) as far as possible, and then swing the handle of the hard disk drive module completely down to allow the locking mechanism to engage (2).

  • Page 82: Chipdisk For Remoteview

    To be able to use RemoteView, the Remote Test and Diagnostic System, on the PRIMERGY H200 server, an optional IDE storage medium is available. As a storage medium, a chipDISK with an IDE interface may be used. The board is mounted directly onto the server bottom (floorstand model) and/or side panel (rack model).
  • Page 83 System components and expansions chipDISK for RemoteView Figure 25: Installing chipDISK Ê Insert the chipDISK board at the intended location in the server (1), and attach it using the three screws (2). Figure 26: chipDISK connections on the system board Ê...

  • Page 84: Configuring Chipdisk

    chipDISK for RemoteView System components and expansions Ê Close the server again (see chapter “Opening and closing the server” on page 47). Removing is done in the reverse order. 8.2.2 Configuring chipDISK In order for RemoteView to be started automatically, you will first need to enter the hard disk drive parameters in BIOS Setup and, using these parameters, boot from the hard disk drive.

  • Page 85: Accessible Drives

    System components and expansions Accessible drives Accessible drives The PRIMERGY H200 servers offer a total of four mounting locations for acces- sible drives: – 1 x 3½-inch, used by the floppy disk drive – 3 x 5¼-inch, one of which is used by the CD-ROM drive.
  • Page 86 Accessible drives System components and expansions Ê Remove the front doors (floorstand model only) (see chapter “Opening and closing the server” on page 47). Figure 27: Removing the cage Ê Loosen the knurled screws (1), and withdraw the cage from the enclosure (2).
  • Page 87 System components and expansions Accessible drives Figure 29: Removing EMC bezel Ê Place the tip of a screwdriver (1) into the rectangular aperture of the EMC bezel, and pull the bezel out of the frame in the direction indicated by the arrow (2).
  • Page 88 Accessible drives System components and expansions 5¼-inch Figure 30: Installing the accessible drive Ê Slide the drive into the cage (1), and mount it with two screws on each side (2). If the new drive should be connected to the 16-bit bus, the drive adapter (a) in figure 33 on page 79 on the back side of the cage must be exchanged: Figure 31: Removing the drive adapter Ê...
  • Page 89 System components and expansions Accessible drives Figure 32: Connecting the cables Ê Connect the cables to the drive(s) (1 and 2) as represented in figure 34 on page 80. Figure 33: Cabling for the 8-bit SCSI bus (a: drive adapter) U41147-J-Z156-2-76...
  • Page 90 Accessible drives System components and expansions Figure 34: Cabling for the 16-bit SCSI bus (a: drive adapter) In order to be able to reconnect the CD-ROM drive or another 8-bit drive to the 16-bit SCSI bus, you must use a 68 to 50-pin SCSI adapter (1). Figure 35: Mounting the cage Ê...

  • Page 91: Boards In Pci Slots

    System components and expansions Boards in PCI slots Boards in PCI slots 8.4.1 Installing a board Ê Shut down the operating system. Ê Switch the server off, and pull the power plug out of the power outlet. CAUTION! The power switch does not disconnect the device from the line voltage.
  • Page 92 Boards in PCI slots System components and expansions Figure 37: Installing the board Ê Read the accompanying documentation before installing the board. Ê Insert the board into the required slot on the system board, and push it carefully into place (1). Make sure that the rear slot cover plate of the board is positioned in the groove (a).

  • Page 93: Upgrading Processors

    System components and expansions Upgrading processors Upgrading processors The server can be equipped with a maximum of two processors (processor modules). If the server is equipped with only one processor, a CPU terminator module equipped with CPU bus termination resistors provides the necessary bus termination.

  • Page 94: Installing/Removing Processor Module

    Upgrading processors System components and expansions Figure 38: Removing CPU terminator module Ê Swing the handle of the CPU terminator module upward (1), and pull the module out of the slot (2). Installing is done in the reverse order. 8.5.2 Installing/removing processor module Figure 39: Installing processor module Ê...

  • Page 95: Memory Extension

    System components and expansions Memory extension Ê Swivel the handle downward to lock the processor module (2). Ê Close the server again (see chapter “Opening and closing the server” on page 47). Removing is done in the reverse order. Memory extension Ê...

  • Page 96: Power Supply Units

    Power supply units System components and expansions Ê Insert the ventilation system cover, push it forward, and fasten it with the knurled screw (1). Ê Close the server again (see chapter “Opening and closing the server” on page 47). Power supply units The server can be equipped with up to three power supply units.

  • Page 97: Installing/Removing Power Supply Or Dummy Unit

    System components and expansions Power supply units 8.7.1 Installing/removing power supply or dummy unit Figure 41: Remove power supply unit Ê Disconnect the power cable from the power supply unit (1). Ê Slide the latch on the power supply/dummy unit in the direction indicated by the arrow (2), and pull the power supply/dummy unit out of the installation slot (3).

  • Page 98: Fans

    Fans System components and expansions Fans The server is cooled by four system fan modules. The modular design enables easy replacement of the fans during service. Due to the hot plug architecture, fans can also be replaced during operation. Replacement must take less than 30 seconds to complete.
  • Page 99 System components and expansions Fans CAUTION! The wheel of the system fan module continues to turn for an additional 10 seconds before it comes to a halt. To avoid injury, wait until the wheel comes to a complete standstill, and do not touch the rotating fan leaves (with your finger or with a tool).

  • Page 101: Scsi Configurations

    SCSI configurations All devices attached to the SCSI port or a SCSI controller (hard disk drives and other drives) must have a unique address, known as the SCSI ID. When attaching drives, make sure you do not allocate an ID which has already been assigned.

  • Page 102: Internal Scsi Configurations (1-Channel Version)

    1.6-inch hard disk subsystems SCSI configurations The SCSI IDs for the hard disk drives are not set on the drive itself, but rather are determined by the slot on the SCSI backplane. The slots of the hard disk drives lead to up to two SCSI backplanes with four hard disk drive mounting locations each.

  • Page 103: Internal Scsi Configurations (2-Channel Version)

    SCSI configurations 1.6-inch hard disk subsystems 9.1.3 Internal SCSI configurations (2-channel version) 2-channel version with onboard SCSI controller (standard) Each channel of the onboard Ultra3-SCSI controllers is connected with four internal hard disk drives (see also section “Converting 1 to 2-channel version (1.6-inch HD subsystem)”...

  • Page 104: 1-Inch Hard Disk Subsystems

    1-inch hard disk subsystems SCSI configurations 1-inch hard disk subsystems 9.2.1 Addresses for SCSI devices The SCSI IDs for the 5¼-inch mounting locations are set on the drive. For the 5¼-inch drives, the SCSI IDs 4 through 6 are recommended. Figure 45: SCSI addresses for 1-inch hard disk subsystems accessible 5¼-inch drives 1-channel version...

  • Page 105: Internal Scsi Configurations (1-Channel Version)

    SCSI configurations 1-inch hard disk subsystems 9.2.2 Internal SCSI configurations (1-channel version) 1-channel version with onboard SCSI controller (standard) The server has one 2-channel onboard Ultra3 SCSI controller. One of the channels is connected with the six internal hard disk drives. The second SCSI channel is connected with the internal Ultra Wide SCSI bus for the accessible 5¼-inch drives.

  • Page 106: Internal Scsi Configurations (2-Channel Version)

    1-inch hard disk subsystems SCSI configurations 9.2.3 Internal SCSI configurations (2-channel version) 2-channel version with onboard SCSI controller (standard) Each channel of the onboard Ultra3 SCSI controllers is connected with six internal hard disk drives (see also section “Upgrading second SCSI backplane (1-inch HD subsystems)”...

  • Page 107: Appendix

    Appendix CAUTION! The actions described in this chapter should only be performed by technicians, service personnel, or technical specialists. Any failure to observe the guidelines in this manual could expose the user to risks (electric shock, fire hazards) and possibly damage the equipment. Note that any unauthorized opening of the device will result in the invalidation of the warranty and exclusion from all liability.

  • Page 108: Removing/Mounting The Front Panel

    Removing/mounting the front panel Appendix 10.1 Removing/mounting the front panel Ê Open the server, and remove the front doors as described in section “Removing/mounting the front doors” on page 47. Figure 46: Removing the front panel Ê Remove the 14 fastening screws (1) which attach the front panel to the assembly frame of the system unit with a TX20 screwdriver.

  • Page 109: Removing The Cage For The Hard Disk Drives

    Appendix Removing the cage for the hard disk drives 10.2 Removing the cage for the hard disk drives Ê Shut down the operating system, switch off the server, and disconnect it from the main power supply. CAUTION! The power switch does not disconnect the device from the line voltage.
  • Page 110 Removing the cage for the hard disk drives Appendix Ê Remove the cage for the accessible drives (CD) (see section “Accessible drives” on page 75). Figure 47: Removing the cage for the hard disk drives Ê Carefully pull out the cage for the hard disk drives from the cage guides. CAUTION! Ensure that the SCSI cable is not damaged.

  • Page 111: Converting 1 To 2-Channel Version (1.6-Inch Hd Subsystem)

    Appendix Converting 1 to 2-channel version (1.6-inch HD subsystem) 10.3 Converting 1 to 2-channel version (1.6-inch HD subsystem) For the accessible 5¼-inch drives or for the second SCSI backplane (see section “Internal SCSI configurations (1-channel version)” on page 92), an additional disk array/SCSI controller must be installed. The SCSI backplanes are wired as shown in figure 48 (1-channel configu- ration).
  • Page 112 Converting 1 to 2-channel version (1.6-inch HD subsystem) Appendix Ê Remove the cage for the hard disk drives (see section “Removing the cage for the hard disk drives” on page 99). Ê Remove the SCSI cable (4) and the OLR control cable (5). These cables are no longer required.
  • Page 113 Appendix Converting 1 to 2-channel version (1.6-inch HD subsystem) Cable designations Description 1, 2 DC Power I2C bus 6, 7 SCSI long (100 cm) Ê If no disk array controller is installed, install a supplementary SCSI controller in a standard slot (see section “Boards in PCI slots” on page 81), disconnect the SCSI cable for the CD-ROM drive from the SCSI A connector on the system board, and connect it with the corresponding connector of the new SCSI controller.

  • Page 114: Upgrading Second Scsi Backplane (1-Inch Hd Subsystems)

    Upgrading second SCSI backplane (1-inch HD subsystems) Appendix 10.4 Upgrading second SCSI backplane (1-inch HD subsystems) In the basic 1-channel configuration, only one SCSI backplane is mounted. In the 2-channel configuration, a optional second SCSI backplane can be upgraded. Before upgrading, the metal cover has to be removed, and the delivered divider plate has to be mounted.
  • Page 115 Appendix Upgrading second SCSI backplane (1-inch HD subsystems) Figure 51: Mounting the divider plate Ê Insert the delivered divider plate for the two hard disk units as shown above (1). Make sure care that the rear side of the divider plate is positioned in the groove at the rear side of the cage, and mount it with the two fastening screws (2).
  • Page 116 Upgrading second SCSI backplane (1-inch HD subsystems) Appendix Ê Mount the second SCSI backplane in the order shown in figure 52, and fasten the screws. Figure 52: Mounting the second SCSI backplane for 1-inch hard disk subsystems Ê Plug the free connector (ST2) of the I2C bus cable (3) onto the connector X3 on the new SCSI backplane as shown in figure 53.
  • Page 117 Appendix Upgrading second SCSI backplane (1-inch HD subsystems) Figure 53: 2-channel configuration 1-inch hard disk subsystems (internal cabling) U41147-J-Z156-2-76...
  • Page 118 Upgrading second SCSI backplane (1-inch HD subsystems) Appendix Cable designations Description 1, 2 DC Power I2C bus 6, 7 SCSI long (100 cm) Ê Reconnect the cables to the SCSI backplane if you disconnected them to mount the second SCSI backplane. Ê...

  • Page 119: Upgrading External Scsi Interface

    Appendix Upgrading external SCSI interface 10.5 Upgrading external SCSI interface If the internal hard disk drives should be connected to a disk array controller, the connections to the onboard Ultra3 SCSI controller (SCSI A and SCSI B) must be changed to the disk array/SCSI controller (see also documentation of the disk array controller).
  • Page 120 Upgrading external SCSI interface Appendix Figure 55: Opening for the external SCSI interface connector Ê On the back of the server is a precut opening for mounting the external SCSI interface connector. Place the tip of a screwdriver into the precut groove (1), and pull out the cover.
  • Page 121 Appendix Upgrading external SCSI interface Figure 56: Mounting the external SCSI interface connector Ê Push the delivered SCSI interface connector into the opening prepared for this purpose (1), and fasten it with two screws from the outside to the back of the server.

  • Page 122: Converting A Floorstand Model Into A Rack Model

    Converting a floorstand model into a rack model Appendix 10.6 Converting a floorstand model into a rack model The delivery comprises of the conversion kit for the rack model and the instal- lation kit for the 19-inch rack. Conversion kit: floorstand model to rack model –...
  • Page 123 Appendix Converting a floorstand model into a rack model Ê Shut down the operating system. Ê Switch off the server, and disconnect it from the main power supply. CAUTION! The power switch does not disconnect the device from the line voltage.
  • Page 124 Converting a floorstand model into a rack model Appendix Ê Reach through the CD drive cage aperture, and disconnect the intrusion switch cable from the connector X100 on the power backplane (behind the hard disk drives cage; see figure 58 on page 114). Make sure that all the cables are clearly marked.
  • Page 125 Appendix Converting a floorstand model into a rack model Ê Remove the two fastening screws (1) which attach the base plate of the switch to the assembly frame. Ê Remove the intrusion switch. Figure 60: Disconnecting the control panel cable Ê...
  • Page 126 Converting a floorstand model into a rack model Appendix Ê Pull the cage with the floppy disk drive and the front panel out of the system unit (1). See section “Installing/removing the floppy disk drive” on page 123. Ê Disconnect the data cable (see also figure 75 on page 128) from the chipcard reader, and pull the cage out of the server (2).
  • Page 127 Appendix Converting a floorstand model into a rack model Figure 63: Installing the cages Ê Turn the cages 90° to the left. Ê Push the cage with the floppy disk drive and the LCD control panel into the holder (1). Push the cage with the chipcard reader into the holder (2) of the system unit.
  • Page 128 Converting a floorstand model into a rack model Appendix Figure 64: Mounting the front panel Ê Screw the front panel of the rack model loosely to the assembly frame in the middle at the top using two countersunk head screws (1). The front panel must be able to project downward over the edge of the table.

  • Page 129: Changing The Chassis Id

    Appendix Changing the chassis ID 10.7 Changing the chassis ID If you convert a floorstand model into a rack model and vice versa, you also have to change the chassis ID, which can be called up via the connector X150 on the power backplane (figure 62 on page 116).
  • Page 130 Converting a rack model into a floorstand model Appendix To convert the server, you will require a Torx-TX20 screwdriver. Ê Shut down the operating system, switch off the server, and disconnect it from the main power supply. CAUTION! The power switch does not disconnect the device from the line voltage.
  • Page 131 Appendix Converting a rack model into a floorstand model Ê Pull the cage with the floppy disk drive and the front panel out of the system unit (1) (see also section “Installing/removing the floppy disk drive” on page 123). Ê Disconnect the data cable (see also figure 75 on page 128) from the chipcard reader, and pull the cage out of the server (2).
  • Page 132 Converting a rack model into a floorstand model Appendix Figure 67: Mounting the intrusion switch Ê Fasten the two fastening screws (1) which attach the base plate of the switch to the assembly frame. Ê Reach through the CD drive cage aperture, and connect the intrusion switch cable to the connector X100 on the power backplane (2) (behind the hard disk drive cage;...

  • Page 133: Installing/Removing The Floppy Disk Drive

    Appendix Installing/removing the floppy disk drive Ê Attach the floor stands using the fastening screws (1). Stand up the server by turning it 90° to the left. The hard disk drives should then be located verti- cally on the right side. Ê...
  • Page 134 Installing/removing the floppy disk drive Appendix Figure 69: Removing the floppy disk drive Ê Pull out the cage with the floppy disk drive and the front panel of the system unit as far as possible (1), and hold it there. CAUTION! The cable for the control panel is very sensitive.

  • Page 135: 10.10 Mounting/Removing The Chipcard Reader

    Appendix Mounting/removing the chipcard reader 10.10 Mounting/removing the chipcard reader CAUTION! After the installation of a chipcard reader, the serial port COM2 must be covered with the delivered plastic cover. Ê Shut down the operating system. Ê Switch off the server, and disconnect it from the main power supply. CAUTION! The power switch does not disconnect the device from the line voltage.
  • Page 136 Mounting/removing the chipcard reader Appendix Ê Pull the cage for the chipcard reader out of the server (1). Figure 71: Removing the carrier for the chipcard reader Ê Remove the four fastening screws (1). Ê Remove the carrier (2) for the chipcard reader from the cage. Figure 72: Installing the chipcard reader on the carrier Ê...
  • Page 137 Appendix Mounting/removing the chipcard reader Figure 73: Mounting the chipcard reader Ê Push the carrier with the chipcard reader into the cage (1). Ê Screw the carrier to the cage (2). Figure 74: System board: connector for the chipcard reader Ê...
  • Page 138 Mounting/removing the chipcard reader Appendix Figure 75: Connecting chipcard reader Ê Plug the other end of the data cable into the connector of the chipcard reader (1). Ê Close the server again (see chapter “Opening and closing the server” on page 47).

  • Page 139: Remoteview Service Board (Optional)

    Appendix RemoteView Service Board (optional) 10.11 RemoteView Service Board (optional) In connection with the optional Remote Test and Diagnostic System RemoteView, a RemoteView Service Board (RSB) can be installed. In this case, remote diagnostics are available for system analysis, remote system configu- ration, and a remote restart - even if the operating system or hardware fails.

  • Page 141: Related Publications

    Related publications Please apply to your local office to order the manuals. Safety, Guarantee, and Ergonomics 19-Inch Rack Technical Manual DataCenter rack Technical Manual ServerView Server Management User Manual ServerView Extension ServerView Extension for HP OpenView NNM ServerView/Plus for Tivoli RemoteView User Guide Remote Service Board...

  • Page 143: Index

    Index 1-inch hard disk subsystems 96 1.6-inch hard disk subsystem 1 2-channel version with onboard SCSI 1.6-inch hard disk subsystems controller 1-channel version with disk array 1.6-inch hard disk subsystems 93 controller 92 1-inch hard disk subsystems 96 1-channel version with onboard 5¼-inch drive SCSI controller 92 warm swappable 75...
  • Page 144 Index cable clip 26, 32, 34 power supply cable laying SCSI backplane 116 limited 32 security switch 116 unlimited 33 STM/LVD module 116 cage nuts 26 control panel cage, other error messages 58 install floppy disk drive 123 control panel of the server 38 mount 80, 117 conversion kit remove 76...
  • Page 145 Index dummy cover floppy disk cannot SCSI hard disk drive 70 be read/written 56 dummy unit no mouse pointer 56 remove 87 no screen display 55 screen display drifts 55 screen remains blank 54 EDC 3 server switches itself off 54 electrical data 6 system not starting 56 electromagnetic compatibility 6, 18...
  • Page 146 Index indicators 66 SCSI hard disk drive 68 install 68 installation no system reboot 57 floorstand model 25 remove 68 rack model 26 hard disk drive access internal hard disk drive modules indicator 41 3½-inch 2 hard disk drive cage, remove 100 Internal SCSI configurations hard disk drive error 1-inch hard disk subsystems 95...
  • Page 147 Index overload situations 3 manual, supplementary 1 overwriting protection manufacturer’s notes 18 BIOS Setup 52 meanings of the symbols 4 memory extension 85 parallel port Menu button 40 floorstand model 29 menu button 38, 40 partition model slot 82 floorstand/rack model 1 PDA 3 model rating plate 24 PDA technology 3...
  • Page 148 Index installation 26 flickering stripes 55 mounting assembly kit 26 no display 55 routing cables 31 remains blank 54 standards 6 SCSI technical data 6 converting 1 into 2-channel version RAID level 65 RAID levels 3 SCSI cables 32 reboot the system 39 SCSI cabling incorrect 57 recycling 21 SCSI configurations 91...
  • Page 149 Index transport 19 time, wrong 56 USB port 29 top cover 119 weight 6, 7 mount 48 server management 3 remove 48 ServerStart 4, 44 transport ServerView 3, 51 server 19 supported functions 3 transport damage 97 side cover transport damages 24 mount 49 trouble remove 49...
  • Page 151 Comments Fujitsu Siemens Computers GmbH User Documentation 81730 Munich Suggestions Germany Corrections Fax: (++49) 700 / 372 00000 email: manuals@fujitsu-siemens.com http://manuals.fujitsu-siemens.com Submitted by Comments on PRIMERGY H200 Server System U41147-J-Z156-2-76...
  • Page 153 Comments Fujitsu Siemens Computers GmbH User Documentation 81730 Munich Suggestions Germany Corrections Fax: (++49) 700 / 372 00000 email: manuals@fujitsu-siemens.com http://manuals.fujitsu-siemens.com Submitted by Comments on PRIMERGY H200 Server System U41147-J-Z156-2-76...
  • Page 155 Information on this document On April 1, 2009, Fujitsu became the sole owner of Fujitsu Siemens Compu- ters. This new subsidiary of Fujitsu has been renamed Fujitsu Technology So- lutions. This document from the document archive refers to a product version which was released a considerable time ago or which is no longer marketed.

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