Installation guide

ManualsBrandsWestern Telematic ManualsHardwareMT5634

UltraNet™ Storage Director

eXtended

Release 4.0

Hardware Installation Guide

P/N 620-000256-020 REV A

Summary of content (212 pages)

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UltraNet™ Storage Director eXtended Release 4.
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Record of Revisions and Updates Revision Date Description 620-000256-000 8/2005 Initial release of this manual under the McDATA brand. 620-000256-010 4/2006 Updated safety information. 620-000256-020 7/2006 Updated to include LSM, miscellaneous changes. Copyright © 2005-2006 McDATA Corporation. All rights reserved.
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Contents Regulatory and Safety Statements................................................. xiv Chapter 1 Hardware Installation Introduction .......................................................................................1-1 Unpacking and Inspecting the Hardware .....................................1-1 USDX Cabinet Placement .........................................................1-3 Preventing Damage From Electrostatic Discharge (ESD) ....1-4 Cables and Equipment .................................
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Contents Hardware Monitor Board Removal Procedure .....................3-2 Hardware Monitor Board Installation Procedure.................3-3 UltraNet Service Monitor (USM) Removal and Installation Procedures ..................................................................................3-5 ZSP Application Processor Removal and Installation Procedures ................................................................................3-12 USM I/O Adapter (USMIO) Removal Procedure ..............
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Contents Major Clock Adjustments ...................................................... 3-70 Chapter 4 Installing and Using WebView Overview ........................................................................................... 4-1 Obtaining the UltraNet WebView Software ................................. 4-1 Installing WebView .......................................................................... 4-2 Loading the RPM File...............................................................
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Contents Cables and Adapters ...................................................................... C-1 Installing the Serial Switch Cables ............................................... C-2 Penril Cabling ........................................................................... C-3 WTI Serial Switch Cabling ...................................................... C-5 Penril™ Serial Switch Settings ...................................................... C-8 Daisy Chain Penril Configuration.................
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Figures F9112 Wrist Strap Connector ..................................................................................... 1-5 F9112 Cabinet Slot Numbering ................................................................................. 2-2 F9112 Cabinet Front Layout ...................................................................................... 2-3 F9106 Cabinet Slot Numbering ................................................................................. 2-4 F9106 Cabinet Front Layout ..........
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Figures vi UltraNet™ Storage Director Hardware Installation Guide
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Tables McDATA Supplied Cables and Equipment.............................................................. 1-7 Customer-Supplied Cables and Equipment Specifications .................................... 1-8 Domestic Power Plug Options.................................................................................... 1-9 International Power Plug Options.............................................................................. 1-9 Fiber Type and Distance Restrictions ......................................
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Tables PP Adapter Pinouts ......................................................................................................D-7 Pinout Initials ................................................................................................................D-8 F9112 Fuse Voltage Information................................................................................. E-1 F9106 Fuse Voltage Information.................................................................................
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Preface The intended audience for this document is anyone who is responsible for installing, maintaining, or operating the UltraNet Storage Director - eXtended system. Organization of this Manual This guide is organized as follows: Chapter 1, Hardware Installation provides the procedures to install a USD-X. Chapter 2, Switches and Indicators provides illustrations and descriptions of the USD-X hardware switches and indicators.
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Preface Appendix B, Remote Support provides the required settings for all parameters used in modem operation. This appendix also provides remote support configurations. Appendix C, WTI and Penril Switch Supportprovides the cabling procedures, settings, and configuration parameters for the Penril and WTI switches. Additionally, it provides the Hardware Monitor Adapter (HMA2) jumper settings.
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Preface | (vertical bar) In commands, a vertical bar is used between items in a list to indicate that you choose one of the items. For example, the vertical bar in the syntax statement below means you can use either the -u or the -q option (or neither): swipplumb [-u|-q] ... (ellipsis) An ellipsis in a command indicates that you can specify one or more of that in the command. In the following example, the ellipsis within
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Preface Where to Get Help For technical support, end-user customers should call the phone number located on the service label attached to the front or rear of the hardware product. McDATA’s “Best in Class” Solution Center provides a single point of contact for customers seeking help with McDATA software products. The Solution Center will research, explore, and resolve inquiries or service requests regarding McDATA products and services.
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Preface E-mail: pubsmgr@mcdata.com Home Page: http://www.mcdata.com FAX: Ordering Publications Technical Communications Manager (720) 558-8999 To order a paper copy of this manual, contact your McDATA representative, or use the contact information listed below. Phone: (800) 545-5773 and select the option for information on our complete family of enterprise-to-edge SAN solutions.
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Preface Regulatory and Safety Statements Regulatory and safety statements are shown in the following paragraphs. See also McDATA Product Safety Notices (620-000247) for a complete list of safety notices with translations. xiv Laser Compliance Statement Product laser transceivers are tested and certified in the United States to conform to Title 21 of the Code of Federal Regulations (CFR), Subchapter J, Parts 1040.10 and 1040.11 for Class 1 laser products.
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Preface United States and Canada UL Certification The C-UL-US mark on a product indicates compliance with American National Standards Institute (ANSI) and Standards Council of Canada (SCC) safety requirements as tested, evaluated, and certified by Underwriters Laboratories Inc. (UL) and Underwriters Laboratories of Canada (ULC).
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Preface In addition, the European Union (EU) Council has implemented a series of directives that define product safety standards for member countries. The following directives apply: • Products conform with all protection requirements of EU directive 89/336/EEC (Electromagnetic Compatibility Directive) in accordance with the laws of the member countries relating to EMC emissions and immunity.
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Preface People’s Republic of China CCC Mark The China Compulsory Certification mark (CCC mark) on a product indicates compliance with People’s Republic of China regulatory requirements for safety and EMC (for information technology equipment) as set forth by the National Regulatory Commission for Certification and Accreditation.
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Preface Korean MIC Mark Mexican NOM Mark NOM Russian GOST Certification South African SABS Certification European Union Waste Managment Information The Korean Ministry of Information and Communications mark (MIC mark) on a product indicates compliance with regulatory requirements for safety and EMC (for information technology equipment) as authorized and certified by the Korean Radio Research Institute (RRI).
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Preface Danger and Attention Statements The following DANGER statements appear in this publication and describe safety practices that must be observed while installing or servicing the product. A DANGER statement provides essential information or instructions for which disregard or noncompliance may result in death or severe personal injury. DANGER statements have a numerical ID (displayed in parentheses) at the end of each statement.
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Preface ATTENTION ! A reset should only be performed if a CTP card failure is indicated. Do not reset a managed product unless directed to do so by a procedural step or the next level of support. ATTENTION ! This procedure deletes all data from the C: hard drive partition. ATTENTION ! Contents of the data directory are backed up to the management server’s CD-RW drive when directory contents change. To ensure trouble-free backups, always leave a CD in the drive.
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1 Hardware Installation This chapter provides instructions for unpacking, inspecting, I/O cable connecting, power cable connecting, and powering on the UltraNet Storage Director - eXtended (USDX) system. Introduction The UltraNet Storage Director - eXtended (USDX) platform features a modular design that combines hardware and intelligent software to enable connectivity of legacy and open systems resources across a Wide Area Network (WAN).
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Unpacking and Inspecting the Hardware 1 2. Lift the cardboard cover up and off the USDX. 3. Lift the foam packaging up and off the top of the USDX. 4. Remove the plastic wrap around the USDX. 5. For the 9112 USDX, continue at Step 6. For the 9106 USDX, lift the unit off the shipping pallet, then continue with Step 9. CAUTION The 9106 system requires that two persons lift it off the pallet; use correct lifting techniques to avoid physical harm. 6.
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Unpacking and Inspecting the Hardware 1 7. Lift the holding block up and away to remove it. 8. Push the USDX onto the ramp and guide it off the pallet. 9. Make sure that you have all the items listed on the packing list(s). If any item(s) are missing or broken, please contact your McDATA representative. USDX Cabinet Placement Use the following procedure to place and level the USDX cabinet: Tools Required: A 7/8-inch open-end wrench. 1.
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Unpacking and Inspecting the Hardware 1 2. Use the 7/8-inch open-end wrench to lower the leveling pads. The leveling pads are located at each bottom corner of the USDX cabinet as shown below. 3. Adjust all leveling pads until the USDX cabinet is off all casters, stable, and is visually level. Preventing Damage From Electrostatic Discharge (ESD) Grounding Procedure 1-4 Static electricity can damage or degrade electronic components.
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Unpacking and Inspecting the Hardware Wrist Strap Connector Figure 1-1 Ze0010 1 F9112 Wrist Strap Connector The following reminders help prevent ESD damage to the USDX: • Wear an electrostatic dissipative lab coat, fully snapped. • Always use an ESD wrist strap with proper grounding connections. See Figure 1-1 for the location of the wrist strap connectors. • Conserve movement. Movement can cause a build-up of static electricity. • Handle the USDX and its components carefully.
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Cables and Equipment 1 • Place and work on the USDX in an ESD-aware area only. • Touch a spare component—while it is still in the anti-static wrapping—to an unpainted metal portion of the USDX for at least two seconds. This allows the static electricity to discharge harmlessly from your body and the spare. • Install the spare directly into the USDX after removing it from the anti-static wrapping. Do not remove the anti-static wrapping until you are ready to do the install.
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Cables and Equipment 1 McDATA-Supplied Cables and Equipment Table 1-1 Table 1-1 lists the cables and equipment that McDATA supplies with each USDX. McDATA Supplied Cables and Equipment Type Description RJ-45 Cabling McDATA supplies the RJ-45 cabling used to connect the HMB3 board to the Primary Service Monitor and Secondary Service Monitor if one is installed.
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Cables and Equipment 1 Customer-Supplied Cables and Equipment The specific host and network cables for the external cable connections must be supplied by the customer. Table 1-2 lists the hardware specifications for the customer-supplied equipment. NOTE: Your installation may not require all the equipment listed below, as it is site-specific.
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Connecting the USDX 1 Domestic and International Table 1-3 Table 1-4 Domestic Power Plug Options Type Description Standard One 6 ft. power cord with a 5-15P plug that is compatible with the IEC 320 C-14 receptacle is shipped for each power supply. Optional 110 AC Distribution (Domestic) A 7.5 (2.3 meters) cord with a L5-30P (twist lock) plug is shipped with each optional 110 VAC distribution panel.
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Connecting the USDX 1 • ATM (OC-3) • ATM/POS (OC-12) • Fibre Channel • FICON Single-Mode and Multi-Mode • T3 • Ethernet 10/100 • Gigabit Ethernet • Service Monitor SCSI Cabling for the USM I/O and SBus I/O adapters. • Hardware Monitor Board cabling procedures for: — Primary Service Monitor (USM I/O adapter and SBus I/O adapter) — Secondary Service Monitor (USM I/O adapter and SBus I/O adapter) — Modem ESCON Cabling 1.
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Connecting the USDX 1 ATM (OC-3) Cabling The following sections provide the procedures for the different cabling connector types. SC Cabling 1. Locate ZAP5 (see Table 2-10) port configured as ATM. 2. Locate the ATM(OC-3) fiber cable with the standard SC connector. 3. Align the cable connectors Rx and Tx with the ATM port Rx and Tx. Gently press the connectors into place. LC Cabling 1. Locate the ZAP5 (see Table 2-10), or SBus I/O (see Table 2-8) port configured as ATM. 2.
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Connecting the USDX 1 ATM/POS (OC-12) Cabling 1. Locate the ZAP5 (see Table 2-10) I/O port configured as ATM (OC-12). 2. Locate the ATM (OC-12) fiber cable with the standard Duplex LC connector. Transmit Cs0029 Receive 3. Align the cable connectors Receive (Rx) and Transmit (Tx) with the ATM (OC-12) port Rx and Tx. Gently squeeze the locking clips and press the connectors into place.
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Connecting the USDX 1 LC Fibre Channel Cabling 1. Locate the ZAP5 I/O port configured as Fibre Channel. 2. Locate the Fibre Channel fiber cable with the duplex LC connector. Transmit Cs0029 Receive 3. Align the cable connectors Rx and Tx with the Fibre Channel port Rx and Tx. Gently press the connectors into place. FICON Single-Mode Cabling 1. Locate the port configured as Single-Mode FICON. 2. Locate the Single-Mode FICON cable with the standard Duplex LC connector. Transmit Cs0029 Receive 3.
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Connecting the USDX 1 2. Locate the Multi-Mode FICON cable with the standard Duplex LC connector. Transmit Cs0029 Receive 3. Align the cable connectors Receive (Rx) and Transmit (Tx) with the Multi-Mode FICON port Rx and Tx. Gently squeeze the locking clips and press the connectors into place. T3 Cabling 1. Locate the ZAP5 (see Table 2-10) I/O ports configured as T3. 2. Locate the T3 cables with the BNC connectors. Transmit To Customer Receive Port To Customer Transmit Port Ze0076 Receive 3.
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Connecting the USDX 1 Ze0088 2. Locate the Ethernet cable with the RJ-45 connector. 3. Align the RJ-45 cable connector with the RJ-45 jack on the Ethernet card. Gently insert the connector. 1. Locate the ZAP5 I/O port configured as Gigabit Ethernet. See Table 2-10 for location. 2. Locate the Gigabit Ethernet cable with the standard LC connector. Transmit Receive Cs0029 Gigabit Ethernet Cabling 3. Align the cable connectors Receive (Rx) and Transmit (Tx) with the Gigabit Ethernet port Rx and Tx.
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Connecting the USDX 1 Service Monitor Ethernet Cabling for the SBus I/O Adapter Use the following procedure to connect the Ethernet cabling on the SBus I/O (ZSIO) adapter: 1. Locate the Ethernet cable connection on the Service Monitor(s) SBus I/O card installed in the back of the USD. 2. Connect the Ethernet drop cable’s microminiature D-sub connector to the SBus I/O Ethernet port using a small straight slot screwdriver. Note: To avoid damaging the pins, do not force the connector into the jack. 3.
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Connecting the USDX 1 SCSI Cable 3. Locate the SCSI connector on the upper left corner of the USDX chassis, as shown in the figure above. 4. Align the SCSI cable’s 50-pin connector with the SCSI connector on the chassis. Gently press the connector into place. For the SBus I/O (ZSIO) Adapter Use the following procedure to connect the SCSI Narrow cabling for the SBus I/O adapter: 1. Locate the SCSI connector on the Primary Service Monitor’s SBus I/O card installed in the back of the USD. 2.
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Connecting the USDX 1 3. Locate the SCSI connector on the auxiliary disk tray located on the back of the USD. 4. Align the SCSI cable connector to the auxiliary disk tray SCSI connector. Gently press the connector into place. 5. Connect a SCSI terminator to the other auxiliary disk tray connection.
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Connecting the USDX 1 HMBx USMIO SECPPP PRIPPP Output2 Output1 COM1 COM2 PC Input Hardware Monitor Connecting to the Primary Service Monitor (ZSIO) UltraNet Service Monitor Ze0112 E10/100T Modem Input Use the following procedure to connect the Hardware Monitor Board to the Primary Service Monitor: 1. Locate the connection cable (P/N 21500167) for the Hardware Monitor Board. 2.
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Connecting the USDX 1 HMBx ZSIO PPP Sbus Adapter SECPPP PRIPPP Output 2 Output 1 PC Input Hardware Monitor Connecting to the Secondary Service Monitor (USMIO) Primary Service Monitor Ze0106 Modem Input Use the following procedure to connect the Hardware Monitor Board cable to the Secondary Service Monitor: 1. Locate the connector cable (P/N 21500176) for the Hardware Monitor Board. 2.
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Connecting the USDX 1 HMBx USMIO SECPPP PRIPPP Output2 Output1 COM1 COM2 PC Input Hardware Monitor Connecting to the Secondary Service Monitor (ZSIO) UltraNet Service Monitor Ze0111 E10/100T Modem Input Use the following procedure to connect the Hardware Monitor Board to the Secondary Service Monitor: 1. Locate the connector cable (P/N 21500167) for the Hardware Monitor Board. 2.
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Connecting the USDX 1 HMBx ZSIO PPP Sbus Adapter SECPPP PRIPPP Output 2 Output 1 PC Input Hardware Monitor 1-22 UltraNet Storage Director Hardware Installation Guide Secondary Service Monitor Ze0107 Modem Input
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Connecting the USDX 1 Connecting to the Modem Use the following procedure to connect the modem to the Hardware Monitor Board: 1. Insert an H adapter into the DTE port on the back of the modem. 2. Insert one end of the RJ-45 cable into the H adapter on the modem and the other end of the cable into the MODEM INPUT port on the Hardware Monitor Board. HMBx Modem SECPPP PRIPPP Parallel Port Power DTE Line Phone Output 2 Output 1 H PC Input Modem Input Z 0108 Hardware Monitor 3.
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Connecting the USDX 1 NOTE: If you are using a Microcom modem, note that the battery lasts for 30 days without AC applied. If the battery completely discharges, the modem’s factory settings change to the default settings. Refer to Appendix B for the proper modem settings. Connecting the Hardware Monitor Board to a PC Use the following procedure to connect the Hardware Monitor Board to the PC: 1.
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Connecting the USDX 1 HMBx PC SECPPP PRIPPP DTE Output 2 Output 1 PC Input em Input Hardware Monitor Daisy Chaining the Hardware Monitor Board You can daisy chain two Hardware Monitor Boards using a RS-232 straight through cable with RJ-45 connections. To do this connect one end of the cable to the OUTPUT 1 port on the first Hardware Monitor Board and connect the other end of the cable to the MODEM INPUT port on the second Hardware Monitor Board, as demonstrated in the figure below.
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Connecting the USDX 1 SECPPP SECPPP PRIPPP PRIPPP Output2 Output2 Output1 Output1 PC Input PC Input em Input Modem Input Hardware Monitor Cable Routing 1-26 HMBx Hardware Monitor Ze0110 HMBx Route the cables within the USDX to allow access to the circuit cards. For cable connections on the back of the USDX in slots 1-6, route the cables over and around the side rail (see Figure 0-1). For cable connections on the back of the USDX in slots 7-12, route the cables down and out the bottom.
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Connecting the USDX 1 Ze0007 Side Rail Figure 0-1 Cable Routing within the USDX Cabinet Powering-On the USDX A power cord for the USDX is provided only for North American customers. Use the following procedure to power-on the USDX: 1. Connect the external power cord to the site-configured power. 2. Set the 4 switches in the lower left back of the USDX to ON (as shown in the illustration below). Each cord connects to one Power Supply. 3.
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Connecting the USDX 1 NOTE: The GOOD indicator on the power supply and the POWER indicator on the front chassis are lit when the circuit is complete. Also, if the system requires more than 1 power supply, the GOOD light does not come on until the second or third supply is powered on. Ze0004 4. Repeat Step 3 for each additional power supply installed.
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2 Switches and Indicators This chapter contains descriptions of the function and normal operating status for switches and indicators on the F9112 and F9106 USD-X cabinet and on the circuit boards. The information in this chapter is for operation reference and on-site problem isolation after the network is implemented. USD-X 9112 Cabinet Layout The USD-X 9112 cabinet contains slots for inserting circuit boards that connect to a midplane in the USD-X cabinet.
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USD-X 9112 Cabinet Layout 2 Back Front Fan Tray 1 2 6 5 3 4 5 6 POWER ON POWER ON GOOD 4 3 2 1 Serial Number GOOD Reserved 7 8 9 10 11 12 Figure 2-1 12 11 10 9 8 7 Ze0028 Hardware Monitor F9112 Cabinet Slot Numbering The USD-X cabinet contains a fan tray, a SCSI drive assembly, and power supply(s) (see Figure 2-2). The fan tray contains six fans and is located above the circuit cards.
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USD-X 9106 Cabinet Layout 2 Front Fan Tray 1 2 SCSI Drive Assembly 3 4 5 6 POWER ON POWER ON GOOD GOOD 7 8 Figure 2-2 9 10 11 12 Ze0032 Power Supply Locations F9112 Cabinet Front Layout NOTE: For installation and removal procedures of the above components, see Chapter 3. USD-X 9106 Cabinet Layout The USD-X 9106 cabinet contains slots for inserting circuit boards that connect to a midplane in the USD-X cabinet.
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USD-X 9106 Cabinet Layout 2 Back Front 1 2 6 5 4 3 2 1 3 4 5 6 Serial Number Figure 2-3 Ze0047 Hardware Monitor F9106 Cabinet Slot Numbering The USD-X 9106 cabinet also contains a fan tray, a SCSI drive assembly, and power supply(s) (see Figure 2-4). The fan tray contains six fans and is located above the circuit cards.
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Front of Cabinet 2 Front Fan Tray 1 2 3 4 5 6 SCSI Drive Assembly Ze0048 Power Supply Locations Figure 2-4 F9106 Cabinet Front Layout NOTE: For installation and removal procedures of the above components, see Chapter 3. Front of Cabinet The switches and indicators on the front of the USD-X are on the disk drive bay and each power supply (see Figure 2-5). Table 2-1 provides a description of each switch and indicator located on the front of the USD-X. July 12, 2006 11:12 am chapter2.
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Front of Cabinet 2 1 2 Ze0027 3 4 Figure 2-5 Table 2-1 2-6 Switches and Indicators on Front of Cabinet Switches and Indicators on Front of Cabinet Normal Operation Index Switch/Indicator Function 1 Green LED When lit, indicates power to the system is on. On 2 Amber LED (Service LED) When lit, indicates service is required.
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Back of Cabinet 2 Table 2-1 Switches and Indicators on Front of Cabinet Index Switch/Indicator Function Normal Operation 3 Green LED, for power supply When lit, indicates normal operation. On 4 Power Switch Used to turn power supply on or off. On Back of Cabinet On the back of the USD-X cabinet there are four switches located on the lower left (see Figure 2-6). NOTE: To turn on system power, set all the switches (4 on the 9112 and 2 on the 9106) to the on (1) position.
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Circuit Boards 2 Circuit Boards This section describes the switches and indicators for the various circuit boards available for the USD-X. Each circuit board type is represented by an illustration in a table that describes the switches and indicators. The following is a list of the circuit boards described in this section: 2-8 • The Hardware Monitor Board (HMBx) monitors environmental conditions, hardware status, and issues hardware alerts to the Service Monitor.
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Circuit Boards 2 July 12, 2006 11:12 am chapter2.fm • SBus I/O (ZSIO) provides the I/O connection for the ZSP application processor card. The SBus I/O card installs into the back of the USD and requires a SPARC (ZSP) application processor adapter to be installed in the associated front slot. • ESCON (ZENx) contains several Motorola processors to run the required driver code. ESCON stands for Enterprise Systems Connection and is part of IBM’s ESA/390 architecture.
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Circuit Boards 2 Table 2-2 HMB3(Hardware Monitor Board) Indicators Switch/ Indicator Circuit Card HMBx Function HMB RESET switch Pushing this switch resets the board without losing any changes that have been made by the user.
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Circuit Boards 2 Table 2-3 HMA2 (Hardware Monitor Adapter) Indicators Circuit Card Switch/ Indicator IPL Enable switch Normal Operation Function When set to off, Initial Process Load permission (IPL) is disabled. Off When set to on, IPL is enabled. IPL Disable indicator July 12, 2006 11:12 am chapter2.fm When lit, indicates IPL Enable switch is set to off. On IPL Enable indicator When lit, indicates IPL Enable switch is set to on.
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Circuit Boards 2 Table 2-4 USM (UltraNet Service Monitor Front Panel) Indicators Circuit Card USMx Port/Indicator Function RESET switch Pressing this switch resets all circuitry N/A on the USM board. ABORT switch Pressing this switch provides a break out of a system lock-up condition. FAIL/READY indicator When the UltraNet Service Monitor is Green LED is lit powered on, this LED will either indicate a fail or ready condition. This is a single tri-color LED.
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Circuit Boards 2 Table 2-5 lists and describes the diagnostic display codes for the UltraNet Service Monitor (USM) Application Processor. Table 2-5 July 12, 2006 11:12 am chapter2.
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Circuit Boards 2 Table 2-5 2-14 USM Diagnostic Display Codes (Continued) Display Code Description 0010 Initializing Timer 0011 Testing DUART loopback 0012 Initializing DUART COM2 0013 Installing interrupt vectors, enabling timer, and UART interrupts 0014 Setup Secondary ATU to mask out Master Aborts from host 0015 Clearing retry bit, testing for PMC cards 0016 Write/read test from 4 Megabyte boundary up to end of SDRAM ER80 Unsupported interrupt has occurred ER81 Unsupported fault cond
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Circuit Boards 2 Table 2-5 July 12, 2006 11:12 am chapter2.
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Circuit Boards 2 Table 2-6 USMIO (UltraNet Service Monitor I/O Adapter) Indicator and Ports Circuit Card Port/Indicator Function SCSI-SE Port This port provides access to the SCSI Single Ended port via a high density 68-pin connector. USMIO Normal Operation N/A See the “Service Monitor SCSI Cabling” section in Chapter 1 for the instructions on how to connect this cable to the rear panel of the chassis. TERM_PWR Indicator Indicates that SCSI terminator power is On available.
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Circuit Boards 2 Table 2-7 ZSP (SPARC Application Processor) Indicators Circuit Card ZSPx Switch/ Indicator Function Normal Operation Reset switch When depressed, resets the SPARC processor. N/A Status indicator When lit, indicates startup hardware diagnostic checks are done and system is ready. On RESET Ze0053 STATUS July 12, 2006 11:12 am chapter2.
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Circuit Boards 2 Table 2-8 ZSIO (SBus I/O) Indicators Circuit Board Port/ Indicator Function Normal Operation Status indicator When lit, indicates power to this SBus I/O On card. SBUS I/O port 1 All Primary and Secondary Service Monitors contain the 4 Serial (RJ-45) ports here. N/A Note: All four RJ-45 ports are fully functional. All ATM application processors contain an ATM port here.
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Circuit Boards 2 Table 2-9 ZEN4 (ESCON) Switches and Indicators Switch/ Indicator Circuit Board ZEN4 Normal Operation Function RESET switch When depressed this switch resets the ESCON processor. N/A ABORT switch When depressed this switch halts software execution on the processor. N/A SP FAIL indicator When lit, indicates the switch processor has detected a fatal error. Off E0 FAIL indicator When lit, indicates the ESCON Port 0 processor has detected a fatal error.
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Circuit Boards 2 Table 2-9 ZEN4 (ESCON) Switches and Indicators (Continued) Switch/ Indicator Circuit Board ZEN4 Function Normal Operation E1 XMIT indicator When lit, indicates data being transmitted on ESCON Port 1. Off or Blinking E0 DATA indicator When lit, indicates data being received on ESCON Port 0. Off or Blinking E1 DATA indicator When lit, indicates data being received on ESCON Port 1. Off or Blinking E0 IDLE indicator When lit, indicates E0 Port is connected.
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Circuit Boards 2 Table 2-10 ZAP5 (PowerPC) Switches and Indicators Circuit Card Switch/ Indicator EN ZAP5 Normal Operation Function Reset switch When depressed, resets the application processor. N/A NMI switch When depressed, aborts all PowerPC processor activity. N/A NMI 100 Mbps ENET LINK RESET Off or Blinking ENET: 100 Mbps indicator Indicates that 100 Mbps operation is selected. Off or Blinking FAIL indicator When lit, indicates the PowerPC processor has detected a fatal error.
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Circuit Boards 2 Table 2-11 provides the power-up diagnostic code sequence for the ZAP5 card. The sequence has nine phases, which are listed in numerical order from top to bottom.
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Circuit Boards 2 Table 2-11 ZAP5 Power-Up Diagnostic Code Sequence (Continued) # in Sequence LED Code Description 6 UART initialization complete DTS and RTS have been enabled 7 Remote Reset and NMI have been enabled 8 BSS Memory has been zeroed out 9 Console serial port speed displayed (see the ZAP5 Console Port Speed LED Codes table on page -24) July 12, 2006 11:12 am chapter2.
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Circuit Boards 2 Table 2-11 ZAP5 Power-Up Diagnostic Code Sequence (Continued) # in Sequence LED Code Description Not Applicable Two rotating lights indicate that ZAP5 is idle and is waiting to load software when autoboot is not enabled Not Applicable Rotating lights indicate that ZAP5 is loading software 5 Table 2-12 ZAP5 Console Serial Port Speed LED Codes LED Code Description = On The ZAP Diag Code LEDs display a code for the console serial port speed during = Off console setup.
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Circuit Boards 2 ZAP5 Console Serial Port Speed LED Codes Table 2-12 LED Code Description 38.4 kbps 57.6 kbps Ethernet 1 ATM Rx 2 Gig Fibre Channel 1 Gig Fibre Channel Gigabit Ethernet ATM OC-3 ATM OC-12 7 4 Tx 6 3 Figure 2-7 July 12, 2006 11:12 am chapter2.
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Circuit Boards 2 Table 0-1 describes the indicators shown in Figure 2-7. Indicators are listed in the order they are shown in the Figure 2-7 and are grouped by board type. Table 0-1 PCI Board Indicator Information Indicator Number Board Type Indicator Name Function Normal Operation 1 Ethernet 100Tx When lit, indicates 100BaseTx mode is operating. N/A CF When lit, indicates a collision on the link. Blinking Rx When lit, indicates there is reception on the link.
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Circuit Boards 2 Table 0-1 PCI Board Indicator Information (Continued) Indicator Number 4 5 Indicator Name Function Normal Operation Gigabit Ethernet AUX When lit, indicates the link is good. On 1 Gig Fibre Channel STATUS When lit, indicates startup hardware diagnostics checks are done and system is ready. Off 1 Gig Fibre Channel TX_E When lit, indicates there is data transmission on the link. On 1 Gig Fibre Channel RX_OK When lit, indicates there is data transmission on the link.
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Circuit Board Jumper Settings 2 Table 0-1 PCI Board Indicator Information (Continued) Indicator Number Board Type Indicator Name Function Normal Operation 7 ATM OC-12 2 When lit, indicates that data is being transmitted. Blinking Note: The blinking of LEDs 2, 3, and 1/CD alternates during data transmission. ATM OC-12 3 When lit, indicates that data is being transmitted. Blinking Note: The blinking of LEDs 2, 3, and 1/CD alternates during data transmission.
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Circuit Board Jumper Settings 2 2 Application Processor Jumper Settings July 12, 2006 11:12 am chapter2.
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Circuit Board Jumper Settings 2 2-30 UltraNet Storage Director Hardware Installation Guide
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3 Maintenance Procedures This chapter contains procedures for the removal and installation of the circuit cards, fan tray, power supplies, Application Processor hard disk, Master and Slave Switch Card(s), midplane fuses, CD-RW drive, and DAT drive. Only McDATA-trained service personnel should remove or install the circuit cards. Circuit Card Removal and Installation Procedures This section contains the procedures for removing or installing the circuit cards in the USD-X.
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Circuit Card Removal and Installation Procedures 3 The following cards each have a specific removal and installation procedure: • Hardware Monitor Board (HMBx) • UltraNet Service Monitor (USM) Application Processor • SPARC (ZSP) Application Processor • UltraNet Service Monitor I/O Adapter (USMIO) • SBus I/O Adapter (ZSIO) • ESCON Adapter (ZENx) • PowerPC Adapter (ZAPx) • PCI I/O Adapter (PCI) and all PCI Network Interface Cards (NIC) • Master and Slave Switch NOTE: The UltraNet Command Re
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Circuit Card Removal and Installation Procedures 3 2. Use the medium straight slot screwdriver to remove the top and bottom screws holding the Hardware Monitor Board in place. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3. Use both the top and bottom extractor/inserter handles to remove the Hardware Monitor Board from the slot. 4. Place the Hardware Monitor Board in an anti-static bag. If you removed a Hardware Monitor Board (HMBx), you have completed this procedure.
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Circuit Card Removal and Installation Procedures 3 1. Remove the Hardware Monitor Board from the anti-static bag. NOTE: You do not need to remove power from the system. 2. Position the Hardware Monitor Board in the correct slot location and gently slide it in until approximately 1 inch from the extractor/inserter handles. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3. Use the extractor/inserter handles to insert the circuit card into place. 4.
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Circuit Card Removal and Installation Procedures 3 Refer to Appendix A, HMB3 Default Configuration Settings, for information on the default port settings for the Hardware Monitor Board. UltraNet Service Monitor (USM) Removal and Installation Procedures This section provides the procedures for removing and installing the UltraNet Service Monitor (USM) for a USD-X.
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Circuit Card Removal and Installation Procedures 3 • Primary Service Monitor (USM) Removal Procedure Active Service Monitor - The active Service Monitor is the Primary or Secondary Service Monitor that is currently performing the Service Monitor functions. There is one active Service Monitor at any given point in time. References to the Service Monitor in this document are to the active Service Monitor.
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Circuit Card Removal and Installation Procedures 3 Extractor/Inserter Handles (2 per Circuit Card) Ze0006 4. Use both the top and bottom extractor/inserter handles to remove the Service Monitor from the slot. 5. If the hard disk needs to be replaced, continue at Step 4 of the “Application Processor Hard Disk Replacement Procedure With SCSI Adapter Kit Installation” section later in this chapter. 6. Place the Service Monitor into an anti-static bag.
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Circuit Card Removal and Installation Procedures 3 Primary Service Monitor (USM) Installation Procedure Use the following procedure to install a Primary Service Monitor into the USD-X (slot 6): Tools Required: A medium straight slot screwdriver is required for this procedure. 1. Remove the application processor adapter from the anti-static bag. NOTE: You do not need to remove power from the system. 2.
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Circuit Card Removal and Installation Procedures 3 5. Use the medium straight slot screwdriver to tighten the top and bottom screws to secure the circuit card in place. 6. If you did not replace the hard disk with the spare hard disk, continue at Step 9. 7. Restore the configuration files from the CD-RW drive using the “Performing Restore Operations from a CD” section in Chapter 5. 8.
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Circuit Card Removal and Installation Procedures 3 Extractor/Inserter Handles (2 per Circuit Card) Ze0006 4. Use both the top and bottom extractor/inserter handles to remove the Secondary Service Monitor from the slot. 5. If the hard disk needs replacing, or if you are only replacing the application processor, continue with Step 4 of the “Application Processor Hard Disk Replacement Procedure” later in this chapter. 6. Place the Secondary Service Monitor into an anti-static bag.
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Circuit Card Removal and Installation Procedures 3 2. Install the application processor hard disk using the “Application Processor Hard Disk Replacement Procedure” later in this chapter. 3. Position the Service Monitor in the correct slot location and gently slide it in until approximately 1 inch from the extractor/inserter handles. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 4. Use the extractor/inserter handles to insert the Service Monitor into place. 5.
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Circuit Card Removal and Installation Procedures 3 /opt/CMNTsm/support/setup_sm secondary 9. Clear the service LED that is located below the CD-RW drive, using the serv_led_chg 0 command. ZSP Application Processor Removal and Installation Procedures Overview The sections that follow provide the removal and installation procedures for the SPARC (ZSP) Application Processor. The ZSP application processor can be configured as a Service Monitor or not as a Service Monitor.
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Circuit Card Removal and Installation Procedures 3 functions of a Service Monitor (listed above) are available except the configuration database cannot be modified. There can be one or no Secondary Service Monitor. • Active Service Monitor - The active Service Monitor is the Primary or Secondary Service Monitor that is currently performing the Service Monitor functions. There is one active Service Monitor at any given point in time.
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Circuit Card Removal and Installation Procedures 3 sync;sync;sync;halt NOTE: Wait for the ‘OK’ prompt to indicate the command has completed. Then continue with the next step. 3. Use the medium straight slot screwdriver to remove the top and bottom screws holding the Service Monitor in place. NOTE: You do not need to remove power from the system. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 4. Use both the top and bottom extractor/inserter handles to remove the Service Monitor from the slot.
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Circuit Card Removal and Installation Procedures 3 Primary Service Monitor (ZSP) Installation Procedure Use the following procedure to install a Primary Service Monitor into the USD-X (slot 6): Tools Required: A medium straight slot screwdriver is required for this procedure. 1. Remove the application processor adapter from the anti-static bag. NOTE: You do not need to remove power from the system. 2.
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Circuit Card Removal and Installation Procedures Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3 5. Use the medium straight slot screwdriver to tighten the top and bottom screws to secure the circuit card in place. 6. If you did not replace the hard disk with the spare hard disk, continue at Step 9. 7. Restore the configuration files from the DAT drive using the “Configuration Restore Procedure” later in this chapter. 8.
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Circuit Card Removal and Installation Procedures 3 Use the following procedure to remove a Secondary Service Monitor from the USD-X (slot 12): Tools Required: A medium straight slot screwdriver is required for this procedure. NOTE: You do not need to remove power from the system. 1. Use the “Configuration Backup Procedure” section later in this chapter to backup the configuration files to the DAT tape. 2.
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Circuit Card Removal and Installation Procedures Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3 5. If the hard disk needs replacing, or you are only replacing the application processor, continue with Step 4 of the “Application Processor Hard Disk Replacement Procedure” provided on page -54. 6. Place the Secondary Service Monitor into an anti-static bag.
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Circuit Card Removal and Installation Procedures 3 Secondary Service Monitor (ZSP) Installation Procedure Use the following procedure to install a Secondary Service Monitor in the USD-X (slot 12): Tools Required: A medium straight slot screwdriver is required for this procedure. NOTE: You do not need to remove power from the system. 1. Remove the Service Monitor (application processor adapter) from the anti-static bag. 2.
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Circuit Card Removal and Installation Procedures Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3 5. Using the medium straight slot screwdriver, tighten the top and bottom screws to secure the Service Monitor in place. 6. If you did not replace the hard disk with the spare hard disk, continue at Step 9. 7. Restore the configuration files from the DAT drive using the “Configuration Restore Procedure” section later in this chapter. 8.
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Circuit Card Removal and Installation Procedures 3 NOTE: You do not need to remove power from the system. 1. Use the following command string to shutdown the application processor: sync;sync;sync;halt NOTE: Wait for the ‘OK’ prompt to indicate the command has completed. Then continue with the next step. 2. Use the medium straight slot screwdriver to remove the top and bottom screws holding the application processor in place. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3.
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Circuit Card Removal and Installation Procedures 3 ZSP Application Processor Not Configured as a Service Monitor Installation Procedure Use the following procedure to install an application processor that is not configured as a Service Monitor in the USD-X (slot 5 or slot 4): Tools Required: A medium straight slot screwdriver is required for this procedure. NOTE: You do not need to remove power from the system. 1. Remove the application processor adapter from the anti-static bag. 2.
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Circuit Card Removal and Installation Procedures Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3 5. Using the medium straight slot screwdriver, tighten the top and bottom screws to secure the Service Monitor in place. 6. Clear the service LED that is located below the DAT drive, using the serv_led_chg 0 command. USM I/O Adapter (USMIO) Removal Procedure Use the following procedure to remove a USM I/O adapter from the USD-X:.
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Circuit Card Removal and Installation Procedures 3 NOTE: Wait for the ‘OK’ prompt to indicate the command has completed. Then continue with the next step. 2. If cables are attached to the circuit card make a note of where the cables are located. 3. Using the medium straight slot screwdriver, remove the top and bottom screws holding the USM I/O adapter in place. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 4.
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Circuit Card Removal and Installation Procedures 3 1. Remove the USM I/O adapter from the anti-static bag. 2. Position the USM I/O adapter in the correct slot location and gently slide it in until approximately 1 inch from the extractor/inserter handles. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3. Use the extractor/inserter handles to insert the USM I/O adapter into place. 4.
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Circuit Card Removal and Installation Procedures 3 SBus I/O Adapter (ZSIO) Removal Procedure Use the following procedure to remove a SBus I/O adapter from the USD-X: Tools Required: A medium and small straight slot screwdriver are required for this procedure. NOTE: You do not need to remove power from the system. 1.
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Circuit Card Removal and Installation Procedures Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3 5. Place the SBus I/O adapter in an anti-static bag.
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Circuit Card Removal and Installation Procedures 3 4 Serial (RJ-45) Port Removal Procedure Use the following procedure to remove the 4 Serial (RJ-45) port card from SBus I/O port 1: Tools Required: A small straight slot screwdriver is required for this procedure. 1. Remove the SBus I/O adapter using the “SBus I/O Adapter (ZSIO) Removal Procedure”. 2. Place the SBus I/O adapter onto a static free surface. 3.
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Circuit Card Removal and Installation Procedures 3 4 Serial (RJ-45) Port Installation Procedure Use the following procedure to install the 4 Serial (RJ-45) port card in SBus I/O port 1: NOTE: The following procedure assumes that you have removed the SBus I/O adapter; if not, use the “SBus I/O Adapter (ZSIO) Removal Procedure” prior to this procedure. Tools Required: A small straight slot screwdriver is required for this procedure. 1.
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Circuit Card Removal and Installation Procedures Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3 4. Using the medium straight slot screwdriver, tighten the top and bottom screws to secure the SBus adapter in place. 5. Install the cables. If an Ethernet cable was attached, use the small straight slot screwdriver to secure the cable connector back in place. 6. Clear the service LED that is located below the DAT drive, using the serv_led_chg 0 command. 7.
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Circuit Card Removal and Installation Procedures 3 2. Use the medium straight slot screwdriver to remove the top and bottom screws holding the ESCON adapter in place. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3. Use both the top and bottom extractor/inserter handles to remove the ESCON adapter from the slot. 4. Place the card in an anti-static bag. ESCON (ZENx) Adapter Installation Procedure The ESCON adapter installs into the front of the USD-X.
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Circuit Card Removal and Installation Procedures 3 Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3. Use the extractor/inserter handles to insert the ESCON adapter into place. 4. Using the medium straight slot screwdriver, tighten the top and bottom screws to secure the ESCON adapter in place. 5. Install the ESCON cable. 6. Clear the service LED that is located below the CD-RW or DAT drive, using the serv_led_chg 0 command.
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Circuit Card Removal and Installation Procedures 3 2. Use the medium straight slot screwdriver to remove the top and bottom screws holding the PowerPC ZAP5 adapter in place. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 3. Using both the top and bottom extractor/inserter handles, remove the PowerPC ZAP5 adapter from the slot. 4. Place the ZAP5 adapter on an anti-static surface with access to the PCI I/O adapter cards. 5. Using the Phillips screwdriver, remove the two 2.
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Circuit Card Removal and Installation Procedures 3 PowerPC Adapter (ZAP5) and PCI I/O Adapter Card Installation Procedure Use the following procedure to install the ZAP5 adapter and its PCI I/O adapter cards: Tools Required: A medium straight slot screwdriver and medium Phillips screwdriver are required for this procedure. NOTE: You do not need to remove power from the system; however, halt traffic on each interface on the ZAP5 adapter. 1. Remove the ZAP5 adapter from the anti-static bag. 2.
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Circuit Card Removal and Installation Procedures 3 Extractor/Inserter Handles (2 per Circuit Card) Ze0006 7. Using the extractor/inserter handles, insert the PowerPC ZAP5 adapter into place. 8. Using the medium straight slot screwdriver, tighten the top and bottom screws to secure the PowerPC ZAP5 adapter in place. 9. Reconnect the cabling to ZAP5 ports PCI I/O B and PCI I/O A. 10. Clear the service LED that is located below the CD-RW or DAT drive, using the serv_led_chg 0 command.
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Circuit Card Removal and Installation Procedures 3 Figure 3-1 3-36 F9112 Master and Slave Circuit Card Locations UltraNet Storage Director Hardware Installation Guide
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Circuit Card Removal and Installation Procedures 3 Top Card Lock ve Ze0063 Bottom Card Lock Master Figure 3-2 F9106 Master and Slave Circuit Card Locations Use the following procedure to remove the master and slave switch cards from the USD-X: Tools Required: A medium straight slot screwdriver is required for this procedure. 1. Use the following command string on all application processors: sync;sync;sync;halt ATTENTION! Shutdown must be done on all application processors prior to removing power.
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Circuit Card Removal and Installation Procedures 3 2. Turn the power off by using the Power switch (see power supplies located on the front of the USD-X). Also, turn all switches to off (0). These switches are located on the back of the USD-X. 3. To access the master and slave switch cards, the cards in slots 2, 3, 4, 8, 9, and 10 may need to be removed. First, make a note of where the circuit cards and cables are located.
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Circuit Card Removal and Installation Procedures 3 5. Locate the top and bottom card locks on each master or slave switch card you are removing. 6. Carefully slide both the top and bottom card locks to the unlock position. 7. Using equal pressure on each of the extractor/inserter handles, remove the switch card(s). 8. Place the switch card(s) into an anti-static bag.
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Midplane Fuse Removal Procedure 3 Master and Slave Switch Card Installation Procedure Use the following procedure to install the master and slave switch cards in the USD-X: Tools Required: A medium straight slot screwdriver is required for this procedure. 1. Position the switch card in the correct slot location and gently slide it in until it is approximately 1 inch from the extractor/inserter handles. 2. Use the extractor/inserter handles to insert the switch card into place. 3.
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Midplane Fuse Removal Procedure 3 Slot 6 22 Slot 5 20 18 24 21 Slot 3 Slot 4 19 17 23 14 12 10 16 13 Slot 2 Slot 1 3 1 7 4 2 8 5 11 9 15 6 56 55 58 57 59 53 Slot Slot 10 Slot 11 54 12 Slot 9 Slot 8 Slot 7 dware itor Board 50 46 49 52 51 Figure 3-3 44 42 48 45 43 41 47 38 36 34 40 37 35 33 39 30 28 26 32 29 27 25 31 F9112 Fuse Locations Maintenance Procedures 3-41
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Midplane Fuse Removal Procedure 3 Table 3-1 Fuse Numbers Corresponding to Slots on the F9112 Midplane Slot Number Fuse Numbers 1 1, 3, 5, and 7 2 2, 4, 6, and 8 3 9, 11, 13, and 15 4 10, 12, 14, and 16 5 17, 19, 21, and 23 6 18, 20, 22, and 24 7 25, 27, 29, and 31 8 26, 28, 30 and 32 9 33, 35, 37, and 39 10 34, 36, 38, and 40 11 41, 43, 45, and 47 12 42, 44, 46, and 48 HMB 49, 50, 51, 52, and 54 HMB/Slave/Master 53 J1 55, 56, 57, 58, and 59 NOTE: Refer to Appendix E for th
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Midplane Fuse Removal Procedure 3 Slot 6 ware tor Board 22 20 18 24 Slot 5 21 19 17 23 Slot 4 14 12 10 16 Slot 3 13 11 9 15 Slot 2 6 4 2 8 Slot 1 5 3 1 7 54 51 52 49 50 53 Figure 3-4 F9106 Fuse Locations Table 3-2 Fuse Numbers Corresponding to Slots on the F9106 Midplane Slot Number Fuse Numbers 1 1, 3, 5, and 7 2 2, 4, 6, and 8 3 9, 11, 13, and 15 4 10, 12, 14, and 16 5 17, 19, 21, and 23 6 18, 20, 22, and 24 HMB/Slave/Master 53 HMB 49, 50, 51, 52, and 54 Use the followi
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Midplane Fuse Removal Procedure 3 NOTE: A medium straight slot screwdriver, an ohm meter, and a needle-nose pliers are required for this procedure. 1. Use the following command string on all application processors: sync;sync;sync;halt ATTENTION! Shutdown must be performed on all application processors prior to removing power. NOTE: Wait for the ‘OK’ prompt to indicate the command has completed. Then continue with the next step. Ze0004 2.
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Midplane Fuse Removal Procedure 3 NOTE: You may need to remove additional cards to allow access to the fuse. a. Make a note of where the circuit cards and cables are located. b. Using the medium screwdriver, remove the top and bottom screws holding the circuit cards in the back of the USD-X. Extractor/Inserter Handles (2 per Circuit Card) Ze0006 c. Using both the top and bottom extractor inserter handles, remove the circuit cards. 4.
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Midplane Fuse Installation Procedure 3 Midplane Fuse Installation Procedure Use the following procedure to install the midplane fuse(s) into the USD-X: Tools Required: A medium straight slot screwdriver and a needle-nose pliers are required for this procedure. 1. Grip the center of the new fuse with the needle-nose pliers. 2. Position the fuse and gently press it into the fuse holder. 3.
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Fan Tray Replacement Procedure 3 2. Slide the fan tray assembly straight out from the chassis. As you slide the fan tray out, power is disconnected from the fan tray assembly. CAUTION Keep fingers away from the fan blades. The blades may continue turning after power is removed. 3. Place the fan tray in an anti-static bag and return it to the factory. 4. Remove the new fan tray assembly from its container and insert it into the fan tray slot. 5.
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Power Supply Replacement Procedure 3 Thumb screws Power Supply Replacement Procedure This section contains the procedure for replacing a power supply in the USD-X. The USD-X contains two to four power supplies depending on the system configuration. Only McDATA-trained service personnel should replace the power supply. Tools Required: A medium straight slot screwdriver is required for this procedure.
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Power Supply Replacement Procedure 3 1. Use the medium straight slot screwdriver to remove the one screw located on the front of the power supply. 2. Switch the power supply off. Ze0025 Power Supply Screw 3. Slide the power supply out from the chassis. As you slide the power supply out, power is disconnected. 4. Remove the new power supply from its container. 5. Place the power supply that was removed from the system into the container and return it to the factory. 6.
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Application Processor Hard Disk Replacement Procedure 3 Application Processor Hard Disk Replacement Procedure This section contains the procedures for replacing the hard disk drive on an application processor adapter in the USD-X. Only McDATA trained service personnel should replace the application processor hard disk. Tools Required: A medium straight slot screwdriver is required for this procedure. 1.
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Application Processor Hard Disk Replacement Procedure Ze0023 3 4. Disconnect the power and data cables to the hard disk drive. 5. Depress the clip as shown, slide the hard drive down, and pull it away from the board until it is free.
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Application Processor Hard Disk Replacement Procedure 3 6. Place the hard disk into an anti-static bag and return it to the factory. 7. Remove the new hard disk from the anti-static bag. 8. If this is a ZSP Application Processor, match the model number with the list below and add or remove the B5 jumper from the ZSP assembly as needed. If this is a USM Application Processor continue at step 9.
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Application Processor Hard Disk Replacement Procedure 3 NOTE: The jumper is in the kit supplied. B5 Jumper State: Disk Type/Model Types On For 50-Pin SCSI Disk (Disables on Board Termination): • • Off IBM hard drive model DNES-309170 & DDRS-34560 Seagate hard drive model ST39216N-9J6 For 68-Pin SCSI Disk (Enables on Board Termination) • • Hitachi/IBM hard drive (Ultra Star model IC35L036UWDY10-0) Seagate hard drive (Seagate Ultra320 model ST336607LW) 9.
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3 Application Processor Hard Disk Replacement Procedure With SCSI Adapter Kit Installation 14. Using the screwdriver, tighten the top and bottom screws to secure the circuit card in place. Application Processor Hard Disk Replacement Procedure With SCSI Adapter Kit Installation This section contains the procedures for replacing the hard disk drive on an application processor adapter in the USD-X and for installing the SCSI adapter kit.
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Application Processor Hard Disk Replacement Procedure With SCSI Adapter Kit Installation Application Processor Hard Disk Replacement and SCSI Adapter Kit Installation Procedure Use the following procedure to replace the application processor hard disk and install the SCSI adapter kit:. WARNING: Attach a wrist strap and follow ESD procedures during the handling of all electronic components. Tools Required: A medium straight slot screwdriver is required for this procedure. 1.
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Application Processor Hard Disk Replacement Procedure With SCSI Adapter Kit Installation Ze0023 3 4.
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Application Processor Hard Disk Replacement Procedure With SCSI Adapter Kit Installation pull it away from the board. 5. Disconnect the power and data cables at the PCB connectors on the ZSPx application processor. 6. Remove the hard disk from the ZSPx application processor. Save the power cable. 7. Place the hard disk into an anti-static bag and return it to the factory. 8.
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CD-RW Drive Replacement Procedure 3 11. Insert the rubber grommets in the holes of the new right side bracket (P/N 05001486) and attach it to the ZSPx application processor with two Allen screws and tighten with the wrench. 12. Remove the new hard disk drive from the anti-static bag, attach the saved power cable. 13. Install the 4 slotted shoulder screws included in the shipping box to the new hard disk. 14.
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CD-RW Drive Replacement Procedure 3 1. Use the following command string to shutdown the Primary Service Monitor: sync;sync;sync;halt NOTE: Wait for the ‘OK’ prompt to indicate the command has completed. Then continue with the next step. 2. Use the straight slot screwdriver to unscrew the two screws located on the front of the auxiliary drive chassis. 3. Slide the auxiliary drive chassis out from the USD-X as shown in the figure on the next page.
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CD-RW Drive Replacement Procedure Ze0117 3 4. Remove the data and power cables from the back of the CD-RW drive.
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DAT Drive Replacement Procedure 3 5. Using the Phillips screwdriver, remove the 8 screws from the sides (4 screws per side) of the auxiliary drive chassis. 6. Remove the CD-RW drive from the auxiliary drive chassis as shown in the figure on the previous picture. 7. Place the CD-RW drive in an anti-static bag and return it to the factory. 8. Remove the new CD-RW drive from its container and, while carefully moving the cables out of the way, insert it into the auxiliary drive chassis. . 9.
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DAT Drive Replacement Procedure 3 2. Use the straight slot screwdriver to remove the two screws located on the front of the auxiliary drive chassis. 3. Slide the auxiliary drive chassis out from the USD-X as shown in the figure on the next page. When you slide out the auxiliary drive chassis, power is disconnected. NOTE: Use care when sliding the auxiliary drive chassis out, since the data cable is still connected.
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DAT Drive Replacement Procedure 3 4. Remove the data cable. 5. Using the Phillips screwdriver, remove the 4 screws from the side of the auxiliary drive chassis. 6. Remove the DAT drive from the auxiliary drive chassis.
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DAT Drive Replacement Procedure 3 7. Place the DAT drive in an anti-static bag and return it to the factory. 8. Remove the new DAT drive from its container and, while carefully moving the cables out of the way, insert it into the auxiliary drive chassis. 9. Using the Phillips screwdriver, secure the DAT drive to the auxiliary drive chassis with the screws removed in step 5. 10. Replace the data cable. 11. Slide the auxiliary drive chassis into the USD-X. 12.
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Resetting a SPARC Application Processor 3 4. To backup a specific configuration enter this command: tar -cvf /dev/rmt/0 /cnt/configs/offline/name-of-config 5. Press the button on the tape drive to eject the tape after the command has completed. 6. Logout. Configuration Restore Procedure for a DAT Drive This procedure defines how to restore USD configurations that were backed up to tape with the tar command.
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Resetting a SPARC Application Processor 3 As Solaris shuts down, a number of messages appear on the console. The last message is ok on a line by itself. This is known as the Openboot prompt, or the “ok” prompt. When this prompt is displayed, it is safe to reset or power down the application processor, as described in the following section. If for some reason an application processor is unresponsive or does not accept a connection, performing a shut down is impossible.
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Resetting an ESCON Adapter 3 Resetting an ESCON Adapter No card preparation is needed. To reset an ESCON adapter, perform either of these actions: • Press the Reset button on the front panel of the card. • Issue the slot_reset command. The argument to the command is the slot number (1–12) to be reset.
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Removing Power to a USD-X 3 2X — Two-processor system. Administrator's E-mail E-mail address of a system administrator. Status information is automatically sent to this account. Local Host The host name of the local system (automatically loaded). NOTE: The Remote Host and Cron Type fields that follow only pertain to USD-X chassis, which use a DAT drive for backups and restores. The CD-RW drive cannot be used to perform incremental backups. 3-68 Remote Host The host name of the remote system.
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Serial Number Information 3 3. Enter or update any of the parameters shown, following the directions displayed on the screen. Once you set the Cron Type parameter, the system performs automatic incremental backups as described above. 4. Type Q to quit the Current Configuration Settings menu, then type Q again to quit the Main Menu. Serial Number Information A serial number appears on the front and back of each USD-X chassis, in the lower left corner.
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Adjusting the USD-X Clock 3 Major Clock Adjustments To make a major adjustment [any adjustment greater than plus or minus 15 minutes (900 seconds)] to the SPARC clock, you must first bring the system down to a single-user mode (the maintenance mode). Make the corrections and then bring the system back up to operational status. Use the following procedure to put the system into single-user mode. 1. Log on through the console. The console is normally only reachable through the serial switch. 2.
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Adjusting the USD-X Clock 3 99 year date verifies the date exit resumes normal bootup process You can login to the console when the system comes up.
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Adjusting the USD-X Clock 3 3-72 UltraNet Storage Director Hardware Installation Guide
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4 Installing and Using WebView This chapter provides the necessary information to obtain, install, and use the UltraNet WebView software on the USD-X platform. Additionally, it provides the browser and system requirements for installation. UltraNet WebView is an optional application that is browser-based, which allows the user to monitor the chassis and network remotely from any global location. Overview UltraNet WebView is McDATA’s browser-based monitoring application for the UltraNet product family.
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Installing WebView 4 • If WebView is purchased after the USD-X is purchased, the software can be downloaded from McDATA’s web site and the customer will receive a CD-ROM. • Upgrades for WebView’s most current release are available on McDATA’s web site. Installing WebView The following sections provide the necessary procedures to install the UltraNet WebView software Loading the RPM File Before you can install the UltraNet WebView software, you must load the .rpm file using a PC with an FTP client.
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Using the WebView Application 4 NOTE: If you have not previously installed WebView, you may need to use the “--force” option (rpm -U --force CMNTwebview-....rpm). 4. If you completed the upgrade without errors, restart the webserver. To restart the webserver: a. First issue the ps -e | grep sm_httpd command b. Then issue the kill command, where represents the process ID number.
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Browser and System Requirements for WebView 4 4-4 UltraNet Storage Director Hardware Installation Guide
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5 Using the CD-RW Utility for Backups and Restores This chapter provides information on using the CD-RW utility that is provided for USD-X chassis, which have a CD-RW drive installed. You can use the CD-RW utility to perform various tasks such as creating backups and restoring files from CDs. Additionally, this chapter provides the alternate UNIX procedures, which can be used in place of the CD-RW Utility menu options.
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Logging on to the Utilities 5 Logging on to the Utilities Contact customer support for account and password information. After you gain access, type UltraAdm to display the Main Menu: |=========> ULTRANET SYSTEM ADMINISTRATION System <====== b. Backup and Restore Tape Utilities. c. Backup and Restore CD-RW Utilities u. Unix TCP/IP Configuration Utilities. r. Reboot the UltraNet System. s. Shut Down the UltraNet System. (Before power off.) d. Display Snap Shot of the UltraNet System. a.
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CD-RW Utility Main Menu 5 Blank a CD-RW Media The CD-RW drive can only record data to blank CD-R and CD-RW disks. CD-R disks may only be written once and CD-RW disks may be re-written once erased. This option initiates the blanking process as a background task. NOTE: It may take up to 40 minutes to erase a CD-RW disk. Use the following procedure to blank a CD-RW disk: 1. Insert the CD-RW that you want to erase into the drive. 2. From the CD-RW Utilities Main Menu, type B.
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CD-RW Utility Main Menu 5 UNIX Procedure Use this alternate procedure to blank a CD-RW by issuing UNIX commands in a telnet session: 1. Login to the telnet session as root. 2. Insert a CD-RW into the drive. 3. Enter the cdrw -b all command at the prompt to blank the CD-RW. 4. Logout. List CD Contents UNIX Procedure From the CD-RW Utility Main Menu, type L to list the contents of the CD.
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CD-RW Utility Main Menu 5 Performing a Complete Backup From the CD-RW Utility Main Menu, type M to make a complete backup. All files and directories in the /cnt sub-directory are copied to the CD. The following screen appears: NOTE: The CD-RW drive can only record to blank CD-R and CD-RW disks. |=========> ULTRANET SYSTEM CD-RW UTILITIES <==========| Make a Complete Backup NOTICE: A blank writable CD is required for this operation to complete successfully.
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CD-RW Utility Main Menu 5 Performing Restore Operations from a CD From the CD-RW Utility Main Menu, type R to copy all of the files and directories from the restore CD to the /cnt subdirectory. The following screen appears: NOTE: The CD must have valid restore information. The USD-X must be rebooted for the restore to take effect. |=========> ULTRANET SYSTEM CD-RW UTILITIES <==========| Restore from CD NOTICE: A CD with valid backup data is required for this operation to complete successfully.
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CD-RW Utility Main Menu 5 UNIX Procedure Use this alternate procedure to perform a restore by issuing UNIX commands in a telnet session: 1. Login to the telnet session as root. 2. Insert a valid restore CD into the drive. 3. Mount the CD using this command: mount -F hsfs -o ro /dev/dsk/c0t6d0s0 /mnt 4. To restore all configurations enter the following series of commands: cp -r cp cp cp /mnt/configs/* /cnt/configs -r /mnt/etc/* /cnt/etc -r /mnt/ews/* /cnt/ews -r /mnt/snmp/* /cnt/snmp 5.
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CD-RW Utility Main Menu 5 5-8 UltraNet Storage Director Hardware Installation Guide
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6 Using the Tape Utility for Backups and Restores This chapter provides information on using the Tape utility that is provided for USD-X chassis, which have a DAT drive installed. You can use the Tape utility to create full or incremental backups, restore files from a tape, and set up automatic incremental backups. Logging on to the Utilities Contact customer support for account and password information.
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Logging on to the Utilities 6 Viewing Operating System Statistics To view system statistics, type d at the Main Menu. Performing Backups Using the Tape Utilities To perform either full or incremental backups, follow the steps listed below. For information on configuring automatic incremental backups, see “Configuring Automatic Tape Backups,” in this chapter. 1.
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Logging on to the Utilities 6 2. Type S to display the status of the tape drive. You may need to select this option several times to display all the tape drive status information. 3. Type F to move the tape forward one “block.” Depending on the size of the block, this may require several seconds. 4. Type B to move the tape back one block. If the tape was rewound to the beginning with the rewind option, the drive may report an error, but this error should not cause any problems. 5.
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Logging on to the Utilities 6 Performing Restore Operations from a Tape To restore files from a tape, follow these steps: 1.
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Logging on to the Utilities 6 3. Select whether to direct the output to a screen (S), to a file (F), or whether to quit (Q). This allows you to save file system information to disk as well as to tape. 4. Repeat steps 2 and 3 as needed (or perform other commands such as F to move forward) to examine the contents of the currently-loaded tape. 5. Type Q to return to the Main Menu. 6. Type R to restore selected files from the backup tape. Output similar to the following appears: Now reading . . .
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Logging on to the Utilities 6 8. Type the number that corresponds to the restore option you would like to use (1-5). 9. Type I to select an interactive restore operation (the “automatic” option is not yet available). 10. When the restore operation is complete, type Q to quit the utility. 11. Type U to eject the tape from the tape drive. Configuring Automatic Tape Backups You can set up automatic incremental backups, as follows: 1.
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Logging on to the Utilities 6 The following explains the fields displayed: Type of Config 1X — Single processor system. 2X — Two-processor system. Administrator's E-mai E-mail address of a system administrator. Status information is automatically sent to this account. Local Host The host name of the local system (automatically loaded). Remote Host The host name of the remote system.
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Logging on to the Utilities 6 6-8 UltraNet Storage Director Hardware Installation Guide
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A HMB3 Board Default Settings This appendix provides the port and factory default settings for the HMB3 board. Additionally, it provides the configuration defaults for each of the HMB3 ports. Port and Factory Default Settings The HMB3 can be set to two different default configurations: • Port Defaults • Factory Defaults Port defaults can be set using the recessed switches on the HMB3 panel.
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Port Defaults NOTE: Contact McDATA Customer Support to obtain the default password. Port defaults set the user-configurable ‘port’ parameters back to the default settings.
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B Remote Support The UltraNet Storage Director system has two support connection possibilities, direct connection through a modem, which allows conventional dial-up access to each of the slots, and the PPP connection to the Service Monitor, or connection through the PC. This appendix provides the procedures for each of these connections. At the end of this appendix, there is a troubleshooting section that offers work arounds for situations that may arise while using the PPP connection.
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After you eatablish a dial-in connection, a small terminal window, as shown below, is displayed. 1. Log on to using the login you have created. 2. Type net ppp.
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Modem Setup 3. Click Continue. A small connection information window will open to inform you of the established connection. NOTE: When you FTP via the PPP connection, software compression cannot be enabled. Modem Setup This section assumes that you are using either a Microcom DeskPorte Fast modem or a Multi-Tech MT5634ZBA modem on the USD-X end. Microcom Modem Settings The modem settings require both a local and remote operational setting.
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Remote Support Configurations Remote Support Configurations Remote support to a McDATA network can be established as a remote dial-in to a USD-X, then connecting to any other USD-X on the network. This configuration requires TCP/IP, see Figure A-1.
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C WTI and Penril Switch Support This appendix provides the cabling procedures and settings for the WTI and Penril switches. Additionally, the jumper settings are provided for the Hardware Monitor Adapter (HMA2). NOTE: The information contained in this appendix is intended for McDATA Customer Support. Cables and Adapters Table C-1 lists the cables and adapters used for the WTI/Penril Switch.
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Installing the Serial Switch Cables Table C-1 WTI/Penril Cables and Adapters (Continued) Type Description DD Adapter This DB adapter inserts into the DTE port on the back of a Penril or WTI switch for connection to a PC. See Appendix D for information on DB adapters available from McDATA. EE adapter This DB adapter inserts into a port on the WTI switch. Two EE adapters are used for connecting the WTI switch to the USD and one EE adapter is used for connecting the modem to the switch.
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Installing the Serial Switch Cables Penril Cabling Use the following procedure to install the Penril serial switch cables: 1. Locate the RJ-45 ports on the Hardware Monitor Adapter (HMAx) located in the back of the USD chassis. Each RJ-45 port corresponds to an adapter in the slot number indicated. 2. Locate the connector cable for the switch (P/N 21501273) and visually inspect the cable and its RJ-45 connectors.
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Installing the Serial Switch Cables NOTE: If your USD-X does not have a Secondary Service Monitor, connect the cable to an available Primary Service Monitor Serial port and switch port 14. 4. Connect the other ends of the remaining cables to ports on the serial switch as shown in the following illustration. 5. If you do not have a modem, go to step 8.
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Installing the Serial Switch Cables Use Appendix B to select the correct parameter settings for the modem and the Penril™ or WTI serial switches to daisy chain serial switches. NOTE: When using the modem, follow your site’s security procedures to protect access to your network. 8. Connect the serial switch power cord into the back of the serial switch and plug it into an external power receptacle.
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Installing the Serial Switch Cables 2. Locate the connector cable for the switch (P/N 21501273) and visually inspect the cable and RJ-45 connectors. The connection cable for the serial switch consists of 14 cables bundled together to allow for connection of all HMAx ports, the Primary, and the Secondary Service Monitor serial ports (each connector is labeled). For information on Primary and Secondary Service Monitors, see the section “Application Processor (ZSP) Operation Overview” in Chapter 3. 3.
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Installing the Serial Switch Cables NOTE: If your USD-X does not have a Secondary Service Monitor, connect the cable to an available Primary Service Monitor serial port, and connect the other end to an EE adapter on the WTI serial switch port 14. 5. Connect the other ends of the remaining cables to the EE adapters installed on the WTI serial switch port, as shown in the following illustration. 6. If you are not connecting to a modem, go to step 9.
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Penril™ Serial Switch Settings 9. Connect the WTI serial switch power cord into the back of the switch and plug it into the external power receptacle. If you are installing a PC, continue with step 10; if you are not installing a PC, you are done with this procedure. 10. Connect the WTI serial switch to the PC by inserting a DD adapter into the PC. 11. Insert one end of a RJ-45 cable into the DD adapter and the other end into port 2 of the switch.
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Western Telematic Serial Switch Settings Forward toggle char: 0 Backward toggle char: 0 Channel priority: 1 Disconnect delay(secs): 0 Terminal type: 13 (DEC VT-100/VT-180) Originate access rights: 1-8 Answer access rights: 1-8 Password override: No Daisy Chain Penril Configuration Figure C-1 Use the following illustration to daisy chain Penril serial switches: Penril Daisy Chain Configuration Western Telematic Serial Switch Settings The WTI serial switch ships with documentation that provides complete
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Western Telematic Serial Switch Settings Connector Pinouts The WTI contains DB-9 RS-232 connections wired as follows: Table C-2 Configuration Parameters WTI DB-9 Pinout Pin Number Name Direction 1 DCD IN 2 RXD IN 3 TXD OUT 4 DTR OUT 5 GND 6 NC 7 RTS OUT 8 CTS IN 9 NC Use the following parameter settings with your USD-X: When the unit is shipped from the factory, the default settings are: • 38400 Baud • RTS/CTS handshaking • Full Duplex • 8 Bits, No Parity, 1 Stop bit S
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Western Telematic Serial Switch Settings Table C-3 WTI Configuration (Continued) Port Name Status Baud COM HS Mode Timeout Buf CTS 04 slot04 Free 38.4K 8N1 RTS Pass Off 0 L 05 slot05 Free 38.4K 8N1 RTS Pass Off 0 L 06 slot06 Free 38.4K 8N1 RTS Pass Off 0 L 07 slot07 Free 38.4K 8N1 RTS Pass Off 0 L 08 slot08 Free 38.4K 8N1 RTS Pass Off 0 L 09 slot09 Free 38.4K 8N1 RTS Pass Off 0 L 10 slot10 Free 38.
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Western Telematic Serial Switch Settings 10. 11. 12. 13. 14. SEQUENCE DISCONNECTOn TIMEOUT DISCONNECTOff RESPONSE TYPE:Verbose COMMAND ECHO:On SEND BREAK:No NOTE: Contact McDATA Customer Support to obtain the default password. Port 02 Parameters PORT PARAMETERS #02 1. PORT NAME:PC 2. PASSWORD:(undefined) 21. OPERATION:Wakeup Only 3. BAUD RATE:38.4K 4. BITS/PARITY:8-None 5. STOP BITS:1 6. HANDSHAKE MODE:RTS/CTS 7. PORT MODE:Modem 71. RESET STRING:Hello; you have connected to the WTI switch 72.
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Daisy Chain Western Telematic Configuration Ports 13 and 14 Parameters PORT PARAMETERS #04 1. PORT NAME:slot03 2. PASSWORD:(undefined) 21. OPERATION:Wakeup Only 3. BAUD RATE:38.4K 4. BITS/PARITY:8-None 5. STOP BITS:1 6. HANDSHAKE MODE:RTS\CTS 7. PORT MODE:Passive 74. DTR OUTPUTLow 8. COMMAND MODE:Basic 9. LOGOFF CHARACTER^P 10. SEQUENCE DISCONNECTOn 11. TIMEOUT DISCONNECTOff 12. RESPONSE TYPE:Verbose 13. COMMAND ECHO:On 14.
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Hardware Monitor Adapter Jumper Settings 4. Awaken the downstream WTI Switch and enter the password for the modem port. 5. Connect to the port of interest, for example, /C slot06. Now there is a session open with the processor in slot 6, which is attached to the downstream WTI Switch. 6. When the session is complete, break the connection by typing 3 ^Qs followed by . The downstream WTI Switch should respond with its APS> prompt. 7.
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Hardware Monitor Adapter Jumper Settings access jumper B1. For part number 20501405, jumper B1 is located on the top edge of the board and can be accessed without removing the RS-232 serial interface card. Use the following procedure to access jumper B1: Tools Required: A medium straight slot screwdriver is required for this procedure. 1. Remove the HMA card from the USD-X using the “Hardware Monitor Board Removal Procedure” in Chapter 3.
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Hardware Monitor Adapter Jumper Settings How to Access Jumper B1 on a 20501384 RS-232 Serial Interface Use the following procedure to access jumper B1on a RS-232 serial interface part number 20501384: NOTE: Attach a wrist strap and follow ESD procedures during the handling of all electronic components. Tools Required: A medium straight slot screwdriver is required for this procedure. 1. Remove the HMA card from the USD-X using the “Hardware Monitor Board Removal Procedure” in Chapter 3. 2.
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Hardware Monitor Adapter Jumper Settings 6. If you are using any other serial switch, insert a jumper on B1 pins 2-3 as shown. Jumper B1 B1 1 2 3 J3 * All components are not shown Ze0056 Component Side of RS232 Serial Interface Card* Use the following procedure to reattach the RS-232 serial interface card to the HMA: 1. Align the J3 connector on the RS-232 serial interface card with the HMA and gently press the two cards together.
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Hardware Monitor Adapter Jumper Settings 2. Secure the RS-232 interface card to the HMA card with the 4 screws. 3. Install the HMA using the “Hardware Monitor Board Installation Procedure” in Chapter 3.
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D RJ-45 Cables and DB Adapters This appendix lists the RS-232 cables with RJ-45 connections and Data Bus (DB) adapters available through McDATA. If you need to build DB adapters, this appendix also lists the pinouts for the adapters. RS-232 Cables with RJ-45 Connectors The RS-232 cable with RJ-45 connectors is used for connecting the USD-X to a LAN. Refer to Table D-1 for McDATA part numbers and lengths for the RS-232 cables.
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DB Adapters DB Adapters This section lists the DB adapters available through McDATA. Additionally, it provides the adapter types required for USD-X applications. If you need to build your own DB adapter, this section also lists the pinouts for the DB adapters.
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DB Adapters Table D-3 Required Adapters for USD-X Applications (Continued) Application Adapter(s) Required PC to WTI Switch DD adapter required for PC, EE adapter required for WTI switch PC to Modem DD adapter required for PC, H adapter required for modem Modem to Penril Switch PP adapter required for modem Modem to HMB3 (Hardware Monitor Board) H adapter required for modem Modem to WTI Switch H adapter required for modem, EE adapter required for WTI switch WTI to Penril DD adapter required f
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DB Adapters attached to the remote modem for connection when directly attached to the USD-X. Table D-4 DD Adapter Pinouts RJ-45 Pin Out DB25 Pin Out (AA Adapter) 1 DSR 6 DSR 2 DCD 8 DCD 3 DTR 20 DTR 4 GND 7 GND 5 RXD 3 RXD 6 TXD 2 TXD 7 CTS 5 CTC 8 RTS 4 RTS Table D-5 provides the pinouts of the DD adapter. The DD adapter is a DB9-to-RJ-45 RS-232 crossover adapter. The DD adapter is used to connect the switch to a PC (DTE-to-DCE).
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DB Adapters EE Adapter Pinouts Table 0-1 provides the pinouts of the EE adapter. The EE adapter is a DB9-to-RJ-45 RS-232 crossover adapter. The EE adapter is attached to the Hardware Monitor Adapter for connection with the USD-X and the remote modem. It can also be used on a PC for direct attachment to a USD-X.
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DB Adapters Table 0-2 H Adapter Pinouts (Continued) MM Adapter Pinouts DB25 Pin Out (H Adapter) 5 TXD 2 TXD 6 RXD 3 RXD 7 RTS 4 RTS 8 CTS 5 CTS Table D-6 provides the pinouts of the MM adapter. The MM adapter is a DB9-to-RJ-45 RS-232 crossover adapter. The MM adapter is attached to the WTI switch for connection with the COM 1/2 ports on the USM I/O adapter of the USD-X.
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DB Adapters NN Adapter Pinouts Table D-7 provides the pinouts of the NN adapter. The NN adapter is a DB9-to-RJ-45 RS-232 crossover adapter. The NN adapter is attached to the WTI switch for connection with the HMB3 board of the USD-X. Table D-7 PP Adapter Pinouts NN Adapter Pinouts RJ-45 Pin Out DB9 Pin Out (EE Adapter) 1 DTR 1 DCD Note: This pin connects to DB9 pins 1 and 6. 6 NC 2 DSR 4 DTR 3 DCD Note: This pin connects to RJ45 pins 2 and 3.
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DB Adapters Table D-8 Pinout Initials RJ-45 Pin Out DB25 Pin Out (EE Adapter) 7NC CTS 5NC CTS 8 RTS 8 DCD Table D-9 provides the full names of the pinout initials.
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E Fuse Voltage Information This appendix provides the voltage information for the fuses on the F9112 midplane and F9106 midplane. F9112 Fuse Voltage Information Table E-1 provides fuse voltage information for F9112. Refer to Table 3-1 for information on fuse locations.
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F9106 Fuse Voltage Information F9106 Fuse Voltage Information Use Table E-2 for F9106 fuse voltage information, for fuse locations see Table 3-2. Table E-2 E-2 F9106 Fuse Voltage Information Voltage Fuse Numbers +48 volts 1, 2, 9, 10, 17, 18 and 49 48 return 3, 4, 11, 12, 19, 20 and 50 -12 volts 7, 8, 15, 16, 23, 24 and 52 +12 volts 5, 6, 13, 14, 21, 22, and 51 +2.
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Index A C AA adapter 1-7 active Service Monitor 3-6 adapter AA 1-7, C-1 DD 1-7, C-2 EE C-2 H 1-7, C-2 MM C-2 NN C-2 P C-2 adapter pinouts AA D-3 DD D-4 EE D-5 H D-5 MM D-6 NN D-7 PP D-7 application processor hard disk replacement 3-50 hard disk replacement with SCSI adapter kit installation 3-54 application processor (ZSPx) jumper settings 2-28 ATM (OC-12) cabling 1-12 cabinet F9106 front and back views 2-3 layout 2-3 power supply locations 2-5 F9112 front and back view 2-1 layout 2-1 power supply locat
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Index Secondary Service Monitor (USMIO) 1-20 Secondary Service Monitor (ZSIO) 1-21 Hardware Monitor Board (HMB3) 1-18 Penril serial switch C-2 SCSI 1-16 SCSI for SBus I/O adapter (ZSIO) 1-17 Service Monitor Ethernet (ZSIO) 1-16 WTI serial switch C-5 CD mounting 5-1 unmounting 5-1 CD-RW drive 3-58 replacement procedure 3-58 CD-RW utility 5-1 blanking a CD-RW disk 5-3 list CD contents 5-4 Main Menu 5-2 performing a complete backup 5-5 CD-RW utility, system administration logging on 5-2 performing restore ope
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Index voltage information E-2 Primary Service Monitor (USM application processor) 3-8 Primary Service Monitor (ZSP) 3-15 SBus I/O adapter 3-29 Secondary Service Monitor (USM application processor) 3-10 Secondary Service Monitor (ZSP) 3-19 serial from SBus I/O 3-29 USM I/O adapter 3-24 G Gigabit Ethernet cabling 1-15 H H adapter 1-7 halt command 3-65 Hardware Monitor Adapter (HMAx) description 2-8 indicators 2-11 reset switch 2-11 Hardware Monitor Board installation procedure 3-3 removal procedure 3-2 Ha
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Index WTI switch connections C-10 power plug 1-7 receptacles 1-8 power cord requirements domestic 1-9 international 1-9 power cord, optional 110 AC distribution 1-9 power supply replacement procedure 3-48 powering-down the USD-X 3-67 powering-on the USD-X 1-27 PowerPC resetting the processor 3-67 ZAP5 PCI I/O adapter card installation procedure 3-34 ZAP5 PCI I/O adapter card removal procedure 3-32 PowerPC (ZAP5) indicators 2-21 PowerPC (ZAPx) description 2-9 PPP connection modem setup B-3 Primary Service M
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Index Primary 3-5 resetting 3-66 Secondary 3-5 shutting down Solaris 3-65 slot_reset command 3-66, 3-67 SNMP 4-1 Solaris shutting down 3-65 SPARC application processor indicators 2-17 reset switch 2-17 resetting 3-65 switches and indicators cabinet front 2-5 T tape utility 6-1 tape utility, system administration configuring automatic tape backups 6-6 logging on 6-1 performing backups 6-2 performing restore operations 6-4 viewing operating system statistics 6-2 U UltraNet Service Monitor (USM) application
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Index indicators 2-18 ZSP application processor not configured as a Service Monitor installation procedure 3-22 not configured as a Service Monitor removal procedure 3-20 Primary Service Monitor installation procedure 3-15 Primary Service Monitor removal procedure 3-13 Secondary Service Monitor installation procedure 3-19 Secondary Service Monitor removal procedure 3-16 ZSPx application processor backup and restore procedures 3-64 description 2-8 i-6