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EK-V21SF-IN-001
May 1988
60 pages
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Document:
LNV21-SF Controller Installation/Owner's Manual
Order Number:
EK-V21SF-IN
Revision:
001
Pages:
60
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OCR Text
EK-V21SF-IN-001 LNV21-SF -~ - Controller Installation/Owner's Manuai - Prepared by | Computer Special Systems 1st Edition November, 1988 © ngltal Equipment Corporation 1988 - AllRights Reserved The informationin this documentis subject to change without notice and should not be construed as a commitmentby Digital Equipment Corporation. Digital Eqmpment Corporation assumes no responsibility for any errors that may appear in this document. Printed in U.S.A. This document was produced using the DIGITAL DECpage text processing product. Book productmn was done by Computer Special Systems Documentation Services in Merrimack, NH. The following are trademarks of Digital Equipment Corporation: F DATATRIEVE DECwriter IVAX DEC DECmate MASSBUS PDP DECSYSTEM-20 Rainbow DECset DECsystem-10 DECUS P/OS Professional RSTS Table of Contents List of Figures ListofTables:- ,,,,, S - - - - - - . S Preface. . . .. ... . O T T vii e ix CHAPTER 1 DESCRIPTION. . . . ... ... .. ... ... ... ... 1 1.1 INTRODUCTION. . . . . ' e 1 1.2 LNV21-SF CONTROLLEROPTION. . ... ............. . . . . . .. e e e e 1 1.21 M8087 Module . . . . ... ... .. ... e 1 1.2.2 Gap Fillers (P/N 70-24505-01) . . ... ... ... ... ..... 4 1.2.3 Loopback Cable (P/N 17-02250-01). . . . .. ........... 5 1.3 BA213 MICRO SYSTEM ENCLOSURE . . . . .. ... ... ... 6 1.4 LNV21-SF CONTROLLER SPECIFICATIONS . . . . .. ... .. 10 CHAPTER 2 INSTALLATION . . . . .. ... ... ... .. ... ... 13 2.1 INTRODUCTION . . . . .. ... T R T R 13 2.2 UNPACKINGTHEMODULE . ... ................. 13 2.3 SYSTEM SOFTWARE. . . . . . . ... . . it 16 2.3.1 System SoftwareBackup. . . . ... ... ... ... ... 16 2.3.2 System Software Shutdown. . . . ... .............. 16 2.4 CONFIGURATION. . . . . .. . et e e e e 17 2.4.1 System Configuration. . . . ... ... ... ........... 17 2.4.2 Configuring the M8087 Module . . ... ............. 21 2.5 TESTING THE EXISTING SYSTEM. . . . . ... ......... 28 Table of Contents iii 2.6 RELOCATING EXISTING MODULES. 2.6.1 Modules with Blank Covers. . . ............. 29 . . . .. ... ............ 29 2.6.2ModuleswithHandles . . . . ... ................. 31 2.7 INSTALLING THE M8087 MODULE. . ... ............ 33 2.8 VERIFYING THE GROUND CONNECTIONS ... ........ 35 29TESTINGTHE SYSTEM . . . .. . . .. .. . 2.10 CONNECTING EXTERNALDEVICES. i ii .. 2.10.1Laser Printer . . ... ............. .. ........ 210.28CANNET. . . . o o\ vt e 38 . . . . ... .... ... 39 39 e e 39 CHAPTER 3 MicroVAX DIAGNOSTICS MON!TOR ........ 41 3.1 INTRODUCTION. . . . . . . 3.2RUNNINGTHEMDM. oo 41 . . .. .. ... . it e i e 43 3.2.1 MDM Introductory Screen . . . . .. ... ... ......... 43 3.22MainMenuOptions . . .. ..........¢ccuveeue.... 44 3.22.1TesttheSystem .. ..................... 45 3.2.2.2 Select Single Device Tests iv Table of Contents . .. ... ... e 3 WM 46 List of Figures Figure 1-1 Figure 1-2 Figure1-3 ‘Figure 1-4 M8087 Module . . . . . . ... ... ... . .. ... M8087 Module, Cables, Laser Printer and Scanner . . . . . GapFillers . . ... .... ... ... ... . ........ LoopbackCable .. ....................... 2 3 4 5 Figure 1-6 BA213 Handles and Covers . ... .............. Figure 2-1 LNV21-SF Controller Option Shipping Contents . . . . . . Figure 2-2 VAXstation 3500 System Q22-Bus . . . .. .... ... .. Figure 2-3 Backplane Map for VAXstation Model VS350-AA . . . .. Figure 2-4 Backplane Map for VAXstation Model VS355-AA .. ... Figure 2-5 BA213 Enclosure Configuration Worksheet . . . . ... . Figure 2-6 M8087 Module and Jumpers Locations . . . . .. ... ... Figure 2-7 Releasing the Captive Screws . . ... ............ Figure 2-8 Unlocking the Release Levers . . . ... ........... Figure 2-9 Inserting the M8087 Module . . . . ... ........... Figure 2-10 Ground Connections . . . .. ... ........ e Figure 2-11 Attaching the Gap Filler Assembly . . ... ... ... .. Figure 2-12 Typical External Device Cable . . . .. ... ........ Figure 2-13 External Device Connectors on the M8087 Module . . . . 9 15 18 19 19 20 23 30 32 34 36 37 39 40 List of Figures v Figure 1-5 BA213 Enclosure . . ... ............... P | List of Tables Table 1-2 LNV21-SF Controller Specifications . . . ........... 10 Table 2-1 M8087 Module Factory Preset Jumpers . ... ... ... .. 22 Table 2-2 M8087 Module User Selectable Jumpers . . . . ... ... .. 22 List of Tables \vii Preface The LNV21 SF Controller Installation/Owner’s Manual provides the infetma« tion needed to configure, install, and test the LNV2 l-SF Controllerin a VAXstation 3500 workstation. The LNV21-SF Centmller consists of a quad-height module (M8087 )’ and a loopback cable (to be used by DIGITALTM Field Service personnel and qualified self- maintenance custorners only). This manualis mtended for DIGITAL erld Service personnel and quahfied self-maintenance customers who have purchased the chreVAX System Maintenance Kit (Order Number ZNABX- 37, Cfi) f For the Custemer If you are not qualified to perform the mstallatmn of the M8087 medule, call DIGITAL erid Semce to scheduie an mstallatmn CAUTEQN If you are quahfied to perfarm the mstallatmn of the M8087 con- troller module, use an antistatic wrist strap and antistatic mat connected to a grounded workstation before handlmg the modules. The system modules are susceptible to damage by static dlscharge To install the M8087 module, carefully follow the installation procedure in Chapter 2. If you have any difficulty performing the installation, call DIGITAL Field Service for assistance. Preface ix For Field Service ! CAUTION | Be sure to take antistatic precautions when installing the new mod- ule. Use the wrist strap and antistatic mat found in the Antistatic Kit (P/N 29-26246-00). (The Antistatic Kit is not included in this installation kit. It is part of the Field Service Tool Kit.) To install the "LNV21-SF Controller, carefully follow the installation procedure in Chapter 2. If the system configuration differs from that shown in Chapter 2, Figures 2-3 and 2-4, use the configuration worksheet shown in Figure 2-5 to determine whether the installation of the option module exceeds the power requxrements and bus load reqmrements for the VAXstatmfi 3509 system - When you have completed the mstaliatxen subrnxt a LARS farm Far mfarma tion on cempletmg thts fm*m cafitact your unit mazzager MANUAL GRGAN%ZATIGN This manualis organized into three chapters The cantents f.}f each chapteris briefly describw be!ew o | CHAPTER 1, DESCRIPTIOEQBesmbesthe LNV%LSF‘ Cefitmlkez’ and the BA213 series micro system enclosures. Shows a typical Q22bus backplane, and provides the specifications for the LNV21-SF Ceatraller « CHAPTER 2 INSTALLA’I‘ION Descr;hes unpackmg the LNV2 1~SF Controller, system and. MSOS’T ‘moduleconfiguration, verifying the existing system, relecatxng existing modules, verifying the ground connec- ttens, mstafimg theM80837 module, and connecting external devices. HAPTER 3, TESTING THE NEW CONFIGURATION — Describes the prsceéares for testing andtroubleshooting the LNV21-SF Centraller usmg the chreVAX fixagnestzc Monitor (MDM) éxa@sstm RELATED DOCUMENTATION Order No. Title MD300 Scanner Installation/Owner’s Manual EK-MD300-IN MD300 Scanning Subsystem Pocket Service Guide MicroVAX Diagnostics Monitor User’s Guide 'AA-FM7AB-DN MicroVAX System Maintenance Guide EK-001AA-MG MicroVAX Troubleshooting and Diagfisstié Manual EK-O19AA-SG DIGIT&L personnel may order documents from: mgltal EqmgmentCarperatmn Nerthbam, MA 61 532 Attention: Publishing and Circulation Services (NR03/W3) Order Processing Section Customers may order documents from: Digital Equipment Corporation Peripherals and Supplies Group P.O. Box CS2008 Nashua, NH 03061 CONVENTIONS Where notes, cautions, and warnings are used in this document, they highlight specific types of information as follows: NOTE A note calls the reader’s attention to any item of information that may be of special importance. ' CAUTION | | | . WARNING A caution contains information essential to avoiding damage to the system. A warning contains information essential to the safety of personnel. "~ FCC USER STATEMENT NOTICE: This equipment generates, uses, and may emit radio frequency energy. The equipment has been type tested and found to comply with the limits fora Class A computing device pursuant to Subpart J of Part 15 of FCC rules, which are designed to provide reasonable protection against such radio frequency interference. Operation of this equipment in a residential area may cause interference in which case the user at his own expense will be required to take whatever measures may be required to correct the interference. xii Preface CHAPTER 1 DESCRIPTION 1.1 INTRODUCTION This chapter describes the LNV21-SF Controller ané the BA213 Micré system enclosure. This chapter also lists the LNV21-SF Contreller specifications. 1.2 LNV21-SF CONTROLLER OPTI ON The LNV21-SF Controlleris an option that can be used with VAXstation 3500 systems, which provides a means to connect a laser printer or scanner to the workstation. This section discusses the components that comprise the LNV21SF Controller option. These components include the module (M8087), gap fillers, and a loopback cable. 1.2.1 M8087 Mo ule The M8087 moduleis a quadhexght Prmted ercmt Bc)ard (PCB) and provides connections to external devices (see Figure 1-1). These connectors provide con- nections to a laser printer and a scanner. Figure 1-2 shows how the M8087 module, cables, laser printer, and scanner are interconnected. CHAPTER 1 DESCRIPTION 1 J M gw‘ig ’ I o W47 o NOT USED O 0o o0 ©NOT USED o CS-7141 'Figure 1-1 M8087 Module 2 CHAPTER 1 DESCRIPTION VAXSTATION -~ LASER LNV21-SF CONTROLLER MODULE (M8087) =] PRINTER SCANNER CS-7043 Figure 1-2 M8087 Module, Cabf%!es;i.aser '*.Pfimer and Scanner CHAPTER 1 DESCRIPTION 3 1.2.2 Gap Fillers (P/N 70-24505-01) The two gap fillers (see Figure 1-3) are used to comply with FCC regulations, when installing a module with either a blank cover or flushed handle next to a module with a recessed handle. These gap fillers provide for continuity in the e o ground connections. 1/4-INCH (Pl ScREW AN E\e B \ CLIPS {( FCe GAP FILLER * \\‘ ASSEMBLY 1/4-INCH SCREW P %f // = R N i \ " ~ GAP FILLER ASSEMBLY MOUNTED ON BLANK EOS CLIP BULKHEAD COVER CS-67656 Figure 1-3 Gap Fillers 4 CHAPTER 1 DESCRIPTION 1.2.3 Loopback Cable (P/N 17-02250-01) The loopback cable (see Figure 1-4) is for diagnostic purposes only. Thiscable incorporates two Champ connectors and a very shart cable. This cable connects to J1 and J2 of the M8087 module. | » CAUTION | The loopback cable is to be used by DIGITAL Field Service or qualified customer maintenance personnel only. Figure 1-4 Loopback Cable CHAPTER 1 DESCRIPTION 5 The VAXstation workstation systems use the Q22-bus for I/0 operations. This bus is the common communications path between the Central Processor Unit (CPU), memory, and device interfaces mstalled as Q22-bus modules. VAXstation workstation systems are pack aged in the BA213 system enclosure. The BA213 enclosure (see Figure 1-5) ;nqludes the following subassemblies: * Two 230 W power supplies e 12-slot backplane * Space for four 13.33 cm (5.25 in) mass storage devices . Frent cantral panel and assembly The BA213 baekglane m:parates Qfizflbuswzrmgm rows A and B ef connec- tor slots 1 through 12. Rows C and D of al are interconnected. The Q22- bus supports an interrupt and DMA grant-continuity scheme for the logic mod- ules installedin the backplane. This backplane supports a maximum of 35 ac loads and 20 dc loads. SHAPTER 1 DESCRIPTION CS-7045 Figure 1-5 BA213 Enclosure There are two main differences between the modules used in the BA213 enclosure and the modules used in other VAXstation system enclosures: 1. Option modules that connect to external devices have handles. These handles replace the insert panels and internal cabling found in BA23 and BA123 enclosures. 2. Modules that do not have external I/O connections (such as memory modules) have blank bulkhead covers. o Each handle afid cover has two quarter-turn fasteners to secure the module to the card cage.Module handles also have release levers to hel;: install or remove the module from the card cage. Figure 1-6 shows the faur basas types of handles and covers used for BA213-style medules 8 CHAPTER 1 DESCRIPTION ~ 00 SINGLE-WIDTH FLUSH HANDLE SINGLE-WIDTH RECESSED HANDLE SINGLE-WIDTH BLANK HANDLE DUAL-WIDTH BLANK HANDLE CS-6451 Figure 1-6 BA213 Handles and Covers CHAPTER 1 DESCRIPTION 9 When a flush-handle module is installed next to a recessed-handled module, a metal gap filler must be installed between the modules to meet FCC regula- tions. Without the gap filler, circuitry on the recessed-handle module will be exposed. : 1.4 LNV21-SF CONTROLLER SPECIFICATIONS Table 1-2 summarizes the LNV21-SF Controller specifications. Table 1-2 LNV21-SF Controller Sgéé;ficatlens : Item | ‘ Physical Sfiaecificatieas: Height | Width Length / Weight Specification ‘Remarks | 25.72 em (10.125 in.) ight 2.06 cm (0.812 in) Stngle Wzéth 30.80 cm (12.125 in.) ~ | Bottom offing top of handle 736.84 gm (26 oz.) Electrical Specificatiims: ¥ Appmzzmate wezght e Power requirements +6.0V . DC Loading 0 5 dc loads to the bus AC Loading 4 ac loads to the bus Environmental Specifications: Storage Temperature = -40°C to 66°C (-40°F to 150.8°F) +5%, 26 A vical Table 1-2 LNV21-SF Controller Specifications (Cont) Item Specification . Remarks | CAUTION Before operating a module at a temperature beyond the operating range, the module must first be brought to an environment within the operating range and then the module must be allowed to stabilize for a reasonable amount of time. Operating Temperature 5°C to 60°C See Caution Above (41°F to 140°F) Operating Airflow See Caution Below | CAUTION | Adequate airflow must be provided to limit the inlet-to-outlet tem- perature rise across the module, so that the outlet temperatures never exceed 70°C (1568°F). The typical power dissipation of the module is such that with a 60°C (140°F) inlet temperature, ade- quate airflow can be achieved with a 1.2 m/second linear airflow. No area of the module may be subjected to a local ambient temperature above 70°C (1568°F) under any environmental conditions. Relative Humidity Storage 10% to 95% Non-condensing Operating 10% to 95% Non-condensing Storage 9.1 Km (30,000 ft.) Approximately Operating 2.4 Km (8,000 ft.) Approximately Altitude CHAPTER 1 DESCRIPTION 11 CHAPTER 2 INSTALLATION 2.1 INTRODUCTION This chapter provides step-by-step procedures for unpacking the LNV21-SF Controller (M8087 module). It provides information on system and M8087 module configurations, relocating existing modules, installing the LNV21-SF Controller, and connecting external devices. CAQVTQN' | Only qualified service personnel should remove or install modules. 2.2 UNPACKING THE MODULE Perform the following steps to unpack and inspect the contents of the LNV21SF Controller shipping container. 1. Check the shipping container for external damage such as dents, holes, or crushed corners. 2. Put on the antistatic wrist strap. ' CAUTION ! Attach the antistatic wrist strap and the antistatic mat to the metal chassis of the BA213 enclosure. Stand on the antistatic mat when installing the module in the backplane. CHAPTER 2 INSTALLATION 13 3. Check the contents of the shipping container in accordance with the following list and Figure 2-1. Identify and list any missing items, and notify the sales representative and the delivery agent immediately. e LNV21-SF Controller (M8087 Module) * Loopback Cable (P/N 17-02250-01) ¢ Gap Fillers (P/N 70-24505-01) . 4, NV21-SF Controller Installation/Owner’s Manual (EK-V21SF-IN) Remove the M8087 module from the antistatic bag. Inspect all pieces of the LNV21-SF Controller option for signs of any shipping damage. If damage is found, stop unpacking immediately and notify the sales representative and delivery agent. NOTE ispose 3f the packing material until the module has been installed and is aperatieaal. 14 CHAPTER 2 INSTALLATION SHIPPING CARTON LOOPBACK CABLE (P/N 17-02250-01) —— b=l LNV21-SF CONTROLLER ~ INSTALLATION/OWNER'S MANUAL LNV21-SF CONTROLLER MODULE (M8087) ANTI-STATIC GAP FILLERS (2) (P/N 70-24505-01) 4 - BAG 3 PACKING MATERIAL CS-7033 Figure 2-1 LNV21-SF Controller Option Shipping Contents ISTALLATION 15 2.3 SYSTEM SOFTWARE 2.3.1 System Software Backup It is the customer’s responsibility to perform software backup. DIGITAL Field Service should ensure that the customer has taken this step before removing the front cover of the enclosure. 2.3.2 System Software ,:Shutdewn It is the customer's responsibility to shut down the operating system software. DIGITAL Field Service personnel should ensure that the customer has taken this step before continuing with the testing of the system. 16 CHAPTER 2 INSTALLATION 2.4 CONFIGURATION The following sections contain information on configuring the VAXstation 3500 workstation and the M8087 module. 2.4.1 System Configuration The M8087 module is designed to work in a VAXstation workstation model VS350 or VS355. A block diagram of a VAXstation 3500 workstation system using the Q22-bus and the M8087 module to interface with the laser printer andscanner is shown in Figure 2-2. See Figures 2-3 and 2-4 to determine the correct placement of the M8087 medulesin the backplane for the different configurations. If the M8087 module iis bemg installedin a system with a conflguratwn other than those shown in Figures 2-3 and 2-4, complete the BA213 enclosure con- figuration worksheet (see Figure 2-5) to make sure that the system’s power limits and bus loads have not been exceeded. Refer to the system decumentatmn for complete system configuration rules and procedures. | The M8087 module rnust be placed Just before the DELQA-SA mberface T module CHAPTER 2 INSTALLATION 17 TERMINAL Lo | MEMORY | MODULE DISKETTE | | FIXED DISK | DRIVE | : - RQDX3 DISK CONTROLLER | - MODULE < v LNV21-SF CONTROLLER | PRINTER | SCANNER | CS-7046 Figure 2-2 VAXstation 3500 System Q22-Bus 774440 120 777400 320 TQK70-SA 1 774500 260 KDA50-SA 1 772150 154 OO P W 300 M7621-AA WO DELQA-SA VCBO2-H 760620 M7559 m8087 M7516 H3600-SA 70-23981-01 e LNV21 HANDLE ' DELQA HANDLE 70-23982-06 M7169 ———e M7168 TYPE H3600-SA M7620-BA M7621-AA —ee - - O LNV21-SF - COVER-PANEL D C 70-23982-06 : 70-23981-01 M7164 ——— 70-23981-01 M7165 ———— 70-23982-02 70-23982-02 70-23982-02 B MS650-AA | A s b MS650-AA VECT - o Y e KAB50-BA ADDR MMM AD 7NN UNIT OPTION €S-7032 Figure 2-3 Backplane Map for VAXstation Model VS350-AA DELQA-SA vCBO2-J | >————mM7620-8A 760620 774440 777400 300 > 120 At M8087 > | M7516 e el >. — —— H3600-SA 70-23981-01 e ' LNV21 HANDLE < | ' DELOA HANDLE Y | - 70-23982-07 M7168 < 70-23982-07 M7168 < 70-23981-01 e > H3600-SA < M7621-AA e < M7621-AA —— — B > > TYPE + 3 B LNV21-SF COVER-PANEL VECT e T oB T MS650-AA ADDR £ KA650-BA MS650-AA UNIT o T OPTION 774500 260 KDAS50-SA 772150 154 70-23981-01 > M7164 e & > M7165 e < 70-23982-02 Tt B B TAkK70-SA 70-23982-02 70-23982-02 CS-7031 Figure 2-4 Backplane Map for VAXstation Model VS355-AA 12.SLOT ENCLOSURE E—— RIGHT-HALF POWER SUPPLY 2; . '3 ; SRS E— - SN B 8 S >>> DISK1 ; TOTAL: RIGHT-HALF POWER SUPPLY | MUST NOT EXCEED 00 | oo - 33.0 S 7.0 230.0 - | - tneco) | MODULE | SNRRENT 1 ANl NATTS - |- 7 8 9 10 " 12 MASS gggaes DISK R “ DISK R 0.0 1 " 0.0 00 | 00 350 | 200 TOTAL LEFT-HALF POWER SUPPLY MUST NOT EXCEED 33.0 | 70 2300 % TOTAL BUS LOADS ) MUST NOT EXCEED CS-7140 Figure 2-5 BA213 Eficlosure Cénfiguration Worksheet 20 CHAPTER 2 INSTALLATION | CAUTION | Attach the antistatic wrist strap and the antistatic mat to the metal chassis of the BA213 enclosure. Stand on the antistatic mat when installing the module in the backplane. Before installing the M8087 modulein the Q22-bus backplane, verify that the factory installed jumpers aregxsmfled correctly. The M8087 module contains three banks of eight fa{;tery preset Jumpers These mclude * Line Registration . Céhfiguratién Jumpefs_ There are also seven user-selectablejmmpers These user-se!ec,table }umpers . include: o e 9-bit Device Address * Signal Ground (Printer) e 8-bit Software J&mpers NBA o 5T 2 Signal Ground (Scanner) Table 2-1 lists the factory preset jumpers, and Table 2-2 lists the user selectable jumpers on the M8087 module. The M8087 module and the various locations of jumpers is shown in Figure N L i 2-6. W2, W5 - W11 1 | DMA ferMe | w3 Holdoff Timer w12 ' Scanr wie W47 | | Fgcmav $ET ~oNOT t_;sfis ‘ - W1 NOT USED W3 fi@? USED The device address jumpers have the following configuration. ) | CSR to LNV21 Jumper Relation NOTE JUMPER IN THIS POSITION IS A LOGIC O JUMPER IN THIS POSITION IS A LOGIC 1 CS-7124 medule, First M BINARY REPRESENTATION 24 CHAPTER 2 INSTALLATIO Second M8087 module at 760640 1211 ]woflefls| X | x| x| x 7]6|5|a] X | x| x| x| x| x| © 0 0 1 1 0 X x| x| 0 1 ersernes x| o x] 0 JUMPERSETTINGS BINARY REPRESENTATION The frame registration jumpers and the line registration jumpers are factory set for the scanner. These settings are shown below. s b MSB NO TM Frame registration jumper l ALL 0 OHM RESISTORS SHOULD = 000000C ADDRESS CS-7035 CHAPTER 2 INSTALLATION 25 - Registration jumpers - L RESISTORS SHOULD O OHM AL * BEINSTALLED AS SHOWN (6 TOTAL) s ADDRESS = 00000111 CS-7036 CS-7037 This settiag reflects the revisiaa m;mber ef the m&dule., The M BIT SETTINGS JUMPER SETTINGS 2.5 TESTING THE EXISTINGSYSTEM Before mstallmg the LNV2 l*SF C@atr’llen test the exxstmg system i:a ‘sferify that the system is operating properly by performing the following steps.. 1. Install the diagnostic tape cartridge or diskette. 2. Run the MicroVAX Diagnostic Monitor (MDM) for VAXstatxen systems (refer to Chapter 3 for further mfarmatmn on testing and trouble. shestmg) — ; § éwr;efl Always remove the tape cartrtdge fr&m the tape dfi?e unit before o ' turning the I/O power swltch off (O) After a successful completion ef the test remove the tape cartndge or diskette, turn the 1/O power switch off (0), and unplug the ac power cord from the wall LT outlet. 28 CHAPTER 2 INSTALLATION S 2.6 RELOCATING EXISTING MODULES |_CAUTION _ Only DIGITAL Field Se??ice or qualified customer service‘personnel should remove or install modules. If the M808T uleis to be mstalledin a slot that does not. geatam an exist- proceedto S&ctmf; 2.8. ing module, is to be msmfiefiin a slst that E@fit If the M8087 aze-‘"" 2.6.1 Moduies wrth liank ;V%fiisting mod- COVEfs Use the fellewmg prmednre te remeve modules thh blank covers. Service personnel must use agrmmded afitlstatic wrist strap and mat when removing or ia talling meéulesin a BA213 enclosure. Release the two 1/4-tu captive screws that held the biank cover to the Wd cage, usmg aPhfiixf;s serewdriver (see Fzgure 2~7). 2. Puki t e blank cwer’iwa; imm the cardcage Ssme cmecters| ygi rnai cables ¢nfiected to the module. efully lal ;I anddxscenlect any in- ternal cables. 4. Carefully pull the mednleout sf the card cag 5. Confirm the module’s CSR address and mtempt vector; refer to the MicroVAX System Maintenance Gazde (EKGOI A-MG) for helpin determining the correct settings. Changejumpers or switch settings if necessary. If no changeis necessary, be careful not to disturb any switchpackson the meé&le ) 6. s e p Reverse this procedure to install the modulein a new location. Do not fasten the 1/4-turn captive screws until after the M8087 moduleis installed (refer to Section 2.7) and the ground connections have been verified (refer to Section 2.8). 'INSTALLATION 29 " BA213 ENCLOSURE 2.6.2 Modules with Handles , caurien Only DIGITAL Field Service or qz;alified customer servic nel should remove or | : 1stall modules. the 1[4~ SCrews ufitfi the Mtfis‘? (refer to S%ctza:; 2 7) aaé the N (refer to Section 2.8 Ll céever Figure 2-8 Unlocking the Release Levers 32 CHAPTER 2 INSTALLATION = 2.7 INSTALLING THE M8087 MODULE NOTE Refer to the documentation supplied with the VAXstation system for procedures on gammgaccess to the system card cage. ~ (" caution_ Be careful not to snag the module’s cempenefits ontheeard guides b feduies or adjacent 1. Install the .ffL}.j’S@S'?‘module in the apprepnate card slot (s or 2-4). Holding both the top ulein plaee by szmultaneansi the to 1shing eves tom lever 3;3{see Fxgure 2~9) 2 Do not fas ten thg 1 ;4 turn captzve screws tmtd the ground connections have b&rx verzf'ed{refer to Section 2.8). 'CHAPTER CS-6763 Figure 2-9 Inserting the M8087 Module When a module with either a blank cover or a flushed handleis installed next to a module with a recessed-handle, it is necessary to install a gap filler assem- bly between the modules to meet FCCr_ }atzans Without the gap filler, cir- cuitry on the recesse ‘ posed. Two gap filler assembhes (P/N 70-24 505*61) are prafié ed with t.h-e aptian kit. Each gap filler ¢ sembiy mcluées one gap filler and twe ssrewsg It may be nec- essary to instali gns, ' oth, o smbl Verify that- the< TOL 1), attach the bl ‘cover or flnsh the8‘353 Vfi}lferfitwmv‘t“;‘e tfietab ‘mdentaimns azz theil or flush hafid!e (see Fzgure 2-11). * Place the bl ‘ | insert the fl slot. e Ensure that thereis correct ground (no open spaces) between the two modules. * Fasten the 1/4-turn captive screws on all handles and covers in the backplane (see Figure 2-7). GAPFILLER | screws @ | B ] BLANK COVER — NOTE: THE GAP FILLER IS MOUNTED ONTO THE BLANK COVER TOCLOSETHE 1 -1 | il | MBI F 1| OPEN SPACE BETWEEN THE | ; RECESSED MODULE AND THE BLANK COVER. | GAP FiLLER o | QPEN SPACE REQESSEQ MODULE 36 CHAPTER 2 INSTALLATION BLANK 1/4-INCH SCREW FCC CLIPS = e GAP Fi LL{ ASSEMBLY 1/4-INCH SCREW /"/ ‘ ~ - EOS CLIP GAP FILLER ASSEMBLY MOUNTED ON BLANK BULKHEAD COVER CS-6765 Figure 2-11 Attaching the Gap Filler Assembly 2 INSTALLATION CHAPTER 37 2.9 TESTING THE SYSTEM To verify that the system is operating properly, perform the following steps: Install the diagnostic tape cartridge or diskette. 2. Run the MicroVAX Diagnostic Monitor (MDM) for VAXstation systems (refer to Chapter 3 for further information on testing and troubleshooting). Always remove the tape cartridge fi’i} ss, turning the I/O powerswitch off (@) After a successful completi;g {;f the test, rgg;;a?g the tape dartridge turn the 1/0 power switch (9%, and uapl 1g outlet. . S the ac power ggré frgm thg wail s 2.10 CONNECTING EXTERNAL DEVICES The following sections provide information on connecting the M8087 module to the laser printer and the scanner. 2.10.1 Laser Printer The laser printer connects to the M8087 module through a 15-foot BC27P-15 cable to J1, the printer port, on the M8087 module. Figure 2-12 shows a typical external device cable, and Figure 2-13 shows the J 1 printer connector on the M8087 module. The male D*subrmmature end of the BC27P caéla connects to the laser printer. 2.10.2 Scanner The scanner connects to the M8087 to J2, the scanner port, on the M8087 external device eable, and | F ire M8087 module. The female 2-13 D-subrinia to the scanner. TOP1 PRINTERPORT OR P2 SCANNERPORT ON M8087 MODULE ~ ~~ TOPRINTER OR SCANNER | CS-7067 Figure 2-12 Typical External Device Cable R _ J2 SCANNER CONNECTO Figure 2-13 External Device Cfiennectors on the M8087 Module 40 CHAPTER 2 INSTALLATION CHAPTER3 '~ B "MicroVAX DIAGNOSTICS MONITOR V 3.1 INTRODUCTION This chapter is a brief discussion of the MicroVAX Diagnostic Monitor (MDM). (Refer to the MicroVAX Troubleshooting and Diagnostics Manual (EK-O19AASG).) The MDM is a software package containing diagnostic tests designed to isolate and identify faults in the system. The diagnostic tests are packaged with the system on either RX50 diskettes (labeled MV DIAG CUST RX50), or a tape cartridge (labeled MV DIAG CUST TK50). The LNV21-SF Controller is supported on MDM release 124 or greater. | CAUTION | If the system is connected to a cluster, notify the cluster manager before halting the system to load the MDM. CHAPTER 3 MicroVAX DIAGNOSTICS MONITOR 41 MDM is generally run to test the LNV21-SF Controller in three situations: 1. Testing the LNV21-SF Controller at installation time. 2. When an error message is received, or a problem is experienced with the system. 3. Testing the system periodically to ensure that all components are oper- atmg carrectly ;MBM tests mdmdu;al dev;cesin the system hawe?er enly hmxted diagnostics * MDM does not check each device as thoroughly as the service diagnos- tic tests. * 42 MDM checks only devices and not the connections or lines between CHAPTER 3 MicroVAX DI, 3 2 RUNNlNG THE MDM in your system-spec ific MiemVAX aperatimzs maaual for usit g the apprepriate deviee for the type of diagnostic media used (either the RX50 diskette drive or the TK50/TK70 tape drive); 2) understand the instructions in the MicroVAX Troubleshootingand Diagnostics Manual (EK-O19AA-SG); 3) ensure that the zaeém (tape cartridge or RX50 diskette)is writ&pretected 3.2.1 MDM Introductory Screen When the MDM softwareis loaded, the MDM intt ;;u: Ensure that the current éate ané me ‘, bory scr date ané tzme are mcarrect type - ;,‘*'m pi'i}ifif}t theeperater t:e ifiser t‘ i Test preparation includes loading the remainder of the chagnestxc software. The loading process takes several minutes. When loading is complete, a message will appear on the screen stating that the system is ready for testing. At this time, press the Section 3.2.2). <RETURN > key to obtain the Main Menu (refer to 3.2.2 Main Menu Options The Main Menu lists six options (shown below). Chose an option by typing the number of the desxred optmn and pressmg the < RE‘TURN > key ' Release nnn Version xx.xx —_ MAIN MENU 1 - Testthe Sysbem B o 2 - stplay SystemCenf%;guratm afid Devms 3 - Display the System Utxhtxes Menu 4 - Display the Service Menu o | 5 - Display the Connect/Ignore Menu -6 - Select Safigie Defiee Tests “Type the number, then press the< RETURN > key. NOTE The MDM reiease aaé versma numbers are represented by mm and .XX.XX in the sample screens previded tbreugheut this chapter | DIGITAL erld Service and quahfied customer maintenance persennel shauld only select tes installation andtesting. To perfgrma full system test select eptmn 1 gTest the System 'fins will test all the eptzgns for which dtagnsst;cs have been installed. If only the LNV21-SF Controlleris to be tested, select option 6 “Select Single Device Test" The next two sections discuss tests 1 and 6. 44 ) CHAPTER 3 MicroVAX DIAGNOSTICS MONITOR 3 3.2.2.1 Test the System — Test number 1, Test the System, runs a quick, general test of the devices in the system and how these devices work tegether This test can be run at any tzme thheut jeepardlzmg data. When ”Test the System” is selected, a screen explaining the testing procedure appears When yeu are ready to begm. the test, press the < RETURN > key. The ”Begin Device Tests” screen appears. As each device passes the test, the device name is listed on the screen. If a device fails a test, a failure message appears. Each failure message identi- fies the device being tested when the failure occurred, and the Field Replaceable Unit (FRU). Copy and report the failure message to a DIGITAL Field Service representative. If the system has serious problems, the following message may appear: All devices disabled, no tests run. Report the message to a DIGITAL Field Service representative; When a failure message occurs, testing steps When all devzces pass the first part of the test, the exerciser test begins. This test takes about four mmutes, and tests how the devxces work together At the end of the test, a success message is received. At the end of the system test, press the <RETURN > key to return to the Main Menu. From the Main Menu, either exit the MDM by pressing the reset button, or pressing and releasing the Halt button. Option 6 can also be chosen by typing 6 and pressing the <RETURN > key. ‘CHAPTER 3 MicroVAX DIAGNOSTICS MONITOR 45 3.2.2.2 Select Single Device Tests — Test number 6, Select SingleDevice Tests option, allows testing for a specific or single device. A general test of the device, performed during the single device test and called a ”Fuz}ctmnal Test” as well as an "Exerciser Test”, ensures that the device is working properly with the other devices in the system. When the Single Device Test is selected from the Main Menu, a screen listing the devices included in the system is displayed. The Main Menu of the Select Single Device Tests is shown below. MAIN MENU Release nnn Test xx.xx SELECT SINGLE DEVICE TEST | Select the device number to be tested. The functional tests will be run followed by the exercisers for four minutes. 1 - CPUA - MicroVAX/rtVAX CPU 2 - MEMA - MicroVAX II Memory System 3 - RQDXA - Winchester/diskette controller 4 - DEQNAA - Ethernet controller 5 - DZQ11A -Asynchronous line controller 6 - LNV21A - Laser printer/scanner controller 7 - TKXXA - TK50/TK70 controller Type the mzmber then press the < RETU RN> key, or type 0 and press the <RETURN> key ta return to the Mam Memz Select the LNV21 for testing by ing the :mmber 6 and pressing the <RETURN > key. | | | e ; $ Pressmg the < RE‘T'URN > keystarts the at:tmn for loading the éiagm;stics to the devicesin the system, and testing begins. When the device passes the func- tional test, a message is displayed and the exerciser tests begin. The exerciser test runs for approximately four minutes. An example of a successful test is shown below. BEGIN FUNCTIONAL 'TEST DEVICE LNV21A. RESULT . . e PASSED BEGIN EXERCISER TEST RESULTS ARE REPORTED AT THE END OF THE TESTING SINGLE DEVICE TEST PASSED 46 CHAPTER 3 MicroVAX DIAGNOSTICS MONITOR If a device fails a test, a failure message is displayed. Each failure message identifies the device being tested when the failure occurred, and the FRU. Copy the failure message and report the failure message to a DIGITAL Field Service representative. An example of an unsuccessful test is shown below. BEGIN FUNCTIONAL TEST | ~ Device " Result LNV21A. . . FAILURE DETECTED A failure was detected while testing the OPTION: LNV21A LASER PRINTER/SCANNER CONTROLLER The Field Replaceable Unit (FRU) identified is the: LNV21A Press <RETURN> to return to the Single Device Menu for more testing. Type 0 and press <RETURN > to return to the Main Menu. To exit MDM, press the Réset button, or press and release the Halt button. Remove the RX50 diskette or TK50 tape cartridge per the instructions in your system-specific MicroVAX operation manual. For additional information on exiting MDM and rebooting the system, refer to the MicroVAX Troubleshooting and Diagnostics Manual (EK-O19AA-SG). CHAPTER 3 MicroVAX DIAGNOSTICS MONITOR 47
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