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EK-LEP07-OM-001
October 1986
80 pages
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Document:
RD54-D, -R Fixed Disk Drive Subsystem Owner's Manual
Order Number:
EK-LEP07-OM
Revision:
001
Pages:
80
Original Filename:
OCR Text
EK-LEPO7-OM-001 RD54-D, -R Fixed Disk Drive Subsystem Owner's Manual Prepared by Educational Services Digital Equipment Corporation 1st Edition, October 1986 © Digital Equipment Corporation 1986. All rights reserved. Printed in U.S.A. The material in this document is for informational purposes and is subject to change without notice; it should not be construed as a commitment by Digital Equipment Corporation. Digital Equipment Corporation assumes no responsibility for any errors that may appear in this document. NOTICE: This equipment generates, uses, and may emit radio frequency energy. The equipment has been type tested and found to comply with the limits for a 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 interfer- ence when operated in a commercial environment. Operation of this equipment in a residential area may cause interference in which case the user at his own expense may be required to take measures to correct the interference. The following are trademarks of Digital Equipment Corporation. DEC MicroPDP-11 MicroVAX MicroVMS DECmailer DECmate DECservice PDP DECUS - DECwriter DIBOL -~ PJOS Professional Q-Bus Rainbow RSX RT UNIBUS VAX VMS VT Work Processor Contents Preface Chapter 1 Installation Selecting a Location........c.eceveveeevereinninnnnnnes teessessessarsnsssresersresenseisisnsrraineres e 1-1 Unpack the RD54-R Rackmfiunt Subsystem ceerevenrenes vevseeesssssssnsssssrannrasessesseses 172 1-3 Install the RD54-R Subsystem and Front Cover........ccccovvmimnvnnneeceicsncnn 1-4 e r e v inrennennencas ..c.ccocviciii Subsystem..... Desktop Unpack the RD54-D 1=D verenees chreVAX or l MlcrePDP-l a to Subsystem -R Connecting an RD54-D, Connecting One or Two RD54-D, -R Subsystems to a PDP-11/23 PLUS*..... 1-6 .. 1-8 Identify the Power Cord and Check the Voltage Switch................. : .. 1-9 . . . Outlet Wall the and Subsystem the to Connect the Power Cord . 1-9 (On)............ 1 to Subsystem the and Computer Set the Power Switch of the 1-9 naane sisssbnbenseresitir nen, ocvvieiicinnnenn Formatting the RD54 Disk Drive.......cccc 1-11 oo innny rssensenssensesis vessssssinsnuisss veereens Formatting Modes........... 1-12 veveveeseeneees nsnnannn tvvesesssssesssssn seessssssnnsnnnnns XXDP+ Formatting with an RQDX3teese 1714 es sssessssessnesess ssesssensaeranera sesnassnessssssse Run the User Test.............. eeereereessessses 1-14 veeeeeens , iiininnnnnnne Formatting Help and Information........cccceeevvii 1-16 .. ensinniinnnns nmmminineinces MDM Formatting with an RQDX3 .........occcr Chapter 2 Operation 2-1 Introduction 22 SEBRSEBBEES AR FEFER SRR FEESER FrOnt Panelotiiiflfiifi 55555555 Q;!*!Qi!fiii#l&liiii’ll!ii!!ttCii!‘tii!&ti& iiiiiiiiii 2-4 SEES * 2 L R} XX E ldl 22 R 2 222222222 22222 223 R R 2 2 A R B2 2 Bl Y2222 ll TS 22 22 R 0 2Rl X222 Rear Panel RS EESSHAREN T332 222222 R 2 2 2 2 2 SR BES 2-5 A R 2 (T2 2 2 2 22 i of the RD54& Subsystem3 T3 2222322222 Care and 2 Handling i - R 22 Al 2 2222 (23322222222 i && * ERSERERETES & & *# [ & X J LR X = *% E ] il Contents Chapter 3 Technical Description Intr(}ductlen [ ZZE R RS E NSRS RS ERERER SRR EREES SR R R R SRBEFRL A EE L SIS S S LS EEF SRS BIEISRBESNTEF TSR SRS TGRS ERSFETRENF 3,1 - Physlcal FeatureS¢¢§s !!!!! LE R AR R BB SEFHSFEDFFEF SIS FIF SIS P SEEFFERENEFEE RIS R EERESF SN (I E R E RS R RS R EREREE R ERE DR ES.] 3_2 Operatlng FeaturesiflfliQ*‘iiit iiiiiiiiii SEBE R A NS SRR B I E S A I E S E IR S (B EEEERREEEREEEREERER S SRR R R R RS R RSES] 3‘3 Environmental Requirements................... feeeereereseentearntaaaarrrerareenreseanternreannnenns 3-3 . * * * Pgwer Supplyi!@t‘f(i'(’Q'QC!C"'CGO‘U.OiQ‘(GQ(‘I.‘iQ(‘QSQiQ*GQ‘iQ!GQ.G QQQQQ SEBEGHEEROREE [ EZ X R R RS EER RS SRR R RE] 3‘3 DC COGIIng Fan FEHHAESAESAR B RSB B AR R B R R A B AR RIS HF SR LB E SR RS ES RSB SRS E SRS LB E BRI ETAIENPERR S XFERDIBSREENRTD e 3’4 Frcnt PaneI llllllll - PERE E R FRFSEE R T E SR B HAFFER RS FSIS K E. L E R A AR R SRR AR R RN RN 3 4 Rear Pafiel FEEIFEFHN BB RS EI B FFER APPSR RO RS I E X R 2R R R R R R R AR R R RE R R R AR AR R R R R R R R R R R R R R R R R R R R 3 5 Loglcal Unlt Number (LUN) llllllllllllllllllllllll ERERFECREF ISR SR F S SR ER S PP TS AN ISR E LTS R IR ES R RRETEIT N 3!‘7 * * . COnflguratIGn SEBBLSF R REREF NSRS FE NS F SR LE ST SR IR E RS R BV AN SR RS RF R BB ARSI B RES S EE R R X2] EREBREEFFSLESIEE B R EHIRB NS 3‘7 System Controller and Cable Options........ccccevvvereerrrneereereeeeneeeneenes veevrnnnen e 3-7 icroPDP-11 and MicroVAX « | 3-9 - MQ * !!!!!!!! (22X 2 222 2 2R R R R S R R RS R AR R RS AR R R R R R R R R AR S AR AR R R LD icroPDP-11 and MicroVAX Configuration .. 3-10 PDP-11/23 PLUS......coieeeireereecciireeececrnreneeseens S SRR =3 B § Mi * o - k b PDP-11/23 PLUS Configuratlon,.m" Chapter 4 - SEREFFESF LSS LR S B S B RSBV S AV R REFFESF LR SRS S IR RGED . verrverenerenneeeneees 3712 Traubleshefltmg Intr&ductmn R DD reerereeans 4-1 Treublesheotmg Tables Crsssssssseeseeessessasessensssessereeererenennnnsrensesssereereresennnnnnrnssseses 471 Removing and Replacing RD54 Parts eeeenens eoviesasessssssnens vevreerenenns 4-3 Removing an RD54 Fixed Disk Drive .......cccccveieeeiiiiicieniieieeeeccseneeeeeens T 5 Removing the Device Electronics Board .........cccoovvvivunevnreniennns verveeenes 4-8 Installing an RD54 Fixed Disk Drive... eereresreisesesesssssesssssresesnsensneness 4-11 Removing the Power Supply................. rerererreanaaeees vernesissreseereseneessanansennnnrerense 4713 Removing the Fan Assembly .......ccccceeeeiiiieniineneeeeenrecensrennnne v—ee 4-14 Appendix A Logical Unit Number Designation Disk Unit Number Designation...........c.cccoveviiiremrmenrnieneeeenieeiinieiesisssessssssnsnsenee A-1 chlcal Umt Numbers (LUNS) iiiiiiiiiiiiiii EEFFSTHEITEEETS EEFFESUS VN ET RS A TE I TS EFTET I RTINS NSRS R BN A 2 Appendix B System Speclflcatmns Envlronment ’GQ!COQ0*‘9Q!§9'!"*'(’!&‘9"‘?!6‘?6&l‘i‘*itiii(ii‘ifiicQiit&ittiltiiiiitiQilt;‘iQQédthiltlib‘!il&iit B‘l Subsystem Dmenslonsabbti"“iii‘ii!‘i%iibiii‘fli‘(iiciiitfiii lllll EERFESFERADS IS ES RV ETHR BB RS EEEBLBEERTDE B‘l RD54 leed DISk Dnve lllllllllllllllll BB SETREFEC LS F R G F SIS N SR E NP F SRS S SR TRV RIS EF S E RV E R PSR R s i SN i B“z Power SupplyQQQ!*"!!{G‘tQ!#ié‘i&fit“t.i&%d*‘i#t(#&#t##&i&(tfi#f"fiii‘&Q&‘i“‘l%%i“iiiiiii‘i‘i‘QiQ#‘i‘lOtiQ%‘(il B’z & 3 - L] * * - Contents Appendix C Connector Pin Numbers and Signals ;I]-,'Jigf EiIXCI‘]ES (:I)IIIIGE(:t()I?E AL BSBFRBERDS FESEDSEEFFH RIS RIS RTREEDF FEFFE RS FFHEF R IR RS R LI AE B EREITHEERY ER RSN (:fl:l Power Supply Connectors..........coeeevinnnnnnnnns eeerereseseeestessssterssssessnressresesrasessaees O"3 Appendix D Service Options SRR R R BB 2 I ZE X R R 2 R E ] D- ]n €§I’ ]‘:f&i iiiiiiiii ’!llfi.itti‘.lif‘tiil iiiiiiiii !iefi'!’éd‘tt‘iiitii iiiiiiiiiii IEEXEEETEEE On-Site rl- 1t€3 Servi TN FEEB S HE RS EE RS RGNSEE SR ERIETE ST EOF D D- ]RS R IR ERES FEEF AR EBE G RIS FHBEF SIS RBREI EEIfiV1(:E§ BFEFFE TR A SIS A SRS (:éizjryIrl Servi O RS E S S SRS R B A BT BRSO hi’ltt*ts.ti‘ii(fliii!’* ]:) ]:[Ez(:xllzillfal‘fiit(iifi&‘iti! iiiiiiii SRS HESS FEESSRS ERAELSSEED EEBREFRSF I)EEI‘ (:2111 5363 lxzfii!i!ti‘!iictvgi‘iit&*tii(lf!!!!i!'!0'.10?&*9‘3“& iiiiiiiiiiii Qttt.its*itib&t(l‘iillilli!llt;it*! j[) gg Per Call iiiiiii 1&'(;6((‘10.0&!!‘!#aii: li!!!!i.§Q*i‘ctt‘ii(*ikit(iilitase}ll't*ittiii(fiiiQiilfiIiiil!!’!(t!fl(il"iit'liQ D-2 AR EIRRERY ‘fi&tt:#tiiii‘*‘iiiI‘!l'!!‘lv!’!!t)OGQQQCiitiQibtiQiliii D- gz fi 1(:{3 FECERFSR EEEREF El Servi On-Site Il- ltfi PerESI‘ Call D-2 Carrv-In Per Call Service D-3 Numbers Information Service Field ational Digital-Intern - - rv SR BITEES X222 232232 2322220 2 2‘Il‘li'Q!iI‘Q.Q!iQQ“‘Q&‘il‘i‘.il"i‘fi'!fl&’ FERBEASECI iiit!!lai!!!!!!tt'*fit&#fi*#*iiiitfi RIS S S AT EIEF L2 R IIl(i€3}{ }. III(ifa}(i(’**"‘fiii !!!!!!! ill"Q'i‘*QQSQQ‘il*liil"lii‘lf!"#it!!tttii!i‘*6*‘! llllllllll FERSBEFFEFEAE - Figures 1-1 1-2 1-3 1-4 1-5 Unpacking the RD54-R Rackmount Subsystem ...........ccccouvnnsususuenecses 1-2 Installing an RD54-R Subsystem in a Rackmount Assembly................ 1-3 cresseeneeennnenes 174 Unpacking the RD54-D Desktop Subsystem............ Connecting an RD54 Subsystem to a MicroPDP-1 1 or MICI’GVAX (BA23 EnNCIOSUIE)..cccveeeiieeriiccnennenenreseenienieneensennens veveesessessesresesnnssrernn 170 Connecting One RD54 Subsystem to a PDP—l 1/23 PLUS (H349 cenenenens veevsssessessasssnnnnes 170 vevsssereressenanaaerenene Panel)....... 1-7 Connecting Two RD54 Subsystems to a PDP-I 1/23 PLUS (H349 Panel)......eeeevveeeenenenn. reveeeseeessesiessitasrrnrranararateaaeasasesessassssans veevrensrennnens 1=7 Identify the Power Cord and Check the Voltage Switch...................... 1-8 EE - :1 23 ga I?IWJIIt: I?Eiilfilt&tttt‘é#**ilUi#!‘lli!CI!!#QQ‘.fi’iiii!tiiitiil‘l!ii‘ii?ii'?!#fiitfii‘%(ii'ibi iiiiiiii EFEETESS ia - :Z 12‘3221. Ijiirlfilfi*l‘i‘ii‘lill!!('t!‘fiti*i'ii‘i“iflillii!'!’l?&"#fl‘?#’%Qfiifiiiiii lllllllll FEREFFHRSSP LIS &4 B :3 11 3-1 3-2 33 3-4 3-5 3-6 3-7 3-8 Desktop and Rackmount Subsystems ................... vvsessessssssssessnsnnnnans e 372 Front Panel................... teveessrsereessaseeesanstensessnreesessnreeesssaserassnnanesssnasesssss O REAT PANEL.cvoceieeeeeeeseeeeessesstessesssessrssssessesssessesssasseassesssassessssossssssssnanss 30 BA23 I/O Distribution Pan€l........cccccoeeerireirimrurnnnensnisenesssisnsiscsescscess 379 Adding One RD54 Subsystem to a BA23 Enclosure............ crreeseeeesenees 3-10 PDP-11/23 PLUS H349 I/O Distribution Panel ....... feveeesserrransrstnnnnnnnnan 3-11 Adding One RD54 Subsystem to a PDP-11/23 PLUS........cccceevinnncne. 3-12 Adding Two RD54 Subsystems to a PDP-11/23 PLUS ....................... 3-13 1-6 - - & Preface This guide shows yefi how to install, operate and maintain the RD54-D, -R fixed disk drive subsystems. An RD54 fixed disk drive can store 159 Mbytes of information. You can use your free-standing RD54-D (desktop) or RD54-R (rackmount) subsys- tems as an add-on to MicroPDP-11, MicroVAX, PDP-11/23 PLUS, and other Q-Bus systems. You can easily connect these subsystems to an existing system or include them in new designs. HOW TO USE THIS GUIDE This guide has four chapters and four appendices. They describe the following topics. Chapter 1 shows you how to install your RD54 subsystem, connect the subsystem to a MicroPDP-11, MicroVAX, or MicroPDP-11 system, and how to format the subsystem. | Chapter 2 describes the function of the RD54 front panel switches, buttons, and indicator lights. Refer to your software documentation for information on how to use the subsystem with your system. These subsystems operate with an RQDX3 controller module installed in the host computer. Chapter 3 describes the modules and cables you need to prepare the MicroPDP-11, MicroVAX, and PDP-11/23 PLUS systems. NOTE Only qualified service personnel should install the necessary boards and cables in the host computer. Refer to the RQDX3 Subsystems User’s Guide for more information. Preface Chapter 4 describes how to troubleshoot minor problems. This chapter also includes removal and replacement procedures for RD54 subsystem parts. NOTE Only qualified field service personnel should make major repairs or replace subsystem parts. The appendxces list logical unit numbers, system specifications, and connector pin numbersand signals. Appendix D describes service option available frem Digltal FOR THE BEST RESULTS Your RD54 fixed disk drive subsystem is a delicate precision instrument, and subject to damage if handled incorrectly. It will give you good, rehable service if you observe the following precautions. e Follow instructions carefully when installing your RD54 fixed disk drive subsystem. ® Do not drop or bump the fixed disk drive. The maximum impact a fixed disk installed in a desktop box can withstand is a drop of 15 cm (6 in) to a hard surface. e Use care when you move your RD54 subsystem. e Pack your fixed disk drivein its original packing material. This prevents damage from shocks and vibrations when transporting or shipping your subsystem. IF YOU NEED HELP e Refer to Chapter 4, Troubleshooting. e For hardware questions, call your service representative. e For software questions, call your sales representative and ask for an access code number for the Digital Phone Support Center (PSC). viii Preface RELATED DOCUMENTATION You can order the following documents from Digital. " Document Order Number MicroPDP-11 Systems Technical Manual (BA23) MicroPDP-11 (BA123) Owner’s Manual MicroPDP-11 (BA123) Technical Manual AZ-F114A-MC AZ-FE00A-TC AZ-FE01A-TC MicroVAX II (BA23) Owner’s Manual MicroVAX II (BA23) Technical Manual MicroVAX II (BA123) Owner’s Manual MicroVAX II (BA123) Technical Manual AZ-FE05A-TN AZ-FE06A-TN AZ-FEO08A-TN AZ-FE09A-TN H9302 Rackmount Kit Installation Guide EK-LEPO3-IN EK-RQDX3-UG EK-RQDXE-UG EK-RD52U-IN AC-F053-MC RQDX3 Subsystems User’s Guide RQDXE Expander Module User’s Guide 11C23-UC/11C23-UE RD52 Upgrade Installation Guide DEC/X11 User’s Manual DEC/X11 Cross Reference Manual XXDP+/SUPR User’s Manual AC-F055-MC AC-F348A-MC Preface ORDERING INFORMATION You can obtain ordering information by telephone from 8:30 a.m. to 6:00 p.m. Eastern Standard Time (EST) or by mail. Continental USA and Puerto Rico Call 1'800'258T17 10, or mail order to: Digital Equipment Corporation Nashua, New Hampshire 03061 New Hampshire, Alaska, Hawaii Call 1-603-884-6660, or mmail order to above address. Outside the USA and Puerto Rico Mail order to: Digital Equipment Corporation Attn: Accessories and Supplies Business Manager c/o Local Subsidiary or Digital-Approved Distributor WARNINGS, CAUTIONS, AND NOTES Warnings, cautions, and notes have the following meanings in this guide. WARNING CAUTION Contains information essential to your personal safety. Contains information essential to the safety of equipment and software. NOTE Contains general information you should be aware of. Installation 1 SELECTING A LOCATION Find a suitable location for your RD54-D, -R subsystem, using the following guidelines. e Leave space around the unit for air circulation and servicing. e Place the unit away from heaters, photocopiers, and direct sunlight. e Minimize static by placing the unit away from busy office corridors. e Keep the area free from dust and other abrasive materials. e Keep the unit away from magnets and equipment that generate magnetic fields, such as motors, transformers, and terminals. To install an RD54-R, start at page 1-2. To install an RD54-D, start at page 1-4. Installation UNPACK THE RD54-R RACKMOUNT SUBSYSTEM The RD54-R subsystem is already assembled and ready to install in an H9302 rackmount assembly. If any item is missing or damaged: e Contact your sales representative. ® Ccntact y’(‘;ur delivery agent. You must crder the H9302 rackmount kit separately Prepare the H9302 k1t using the documentation provided with the Kkit. | CABLING(2) 1/0 CABLE 17-00484-01 SHIPPING BOX — AND AC POWER CORD RD/RX-R MR- 14722 MA-0802.86 Figure 1-1 1-2 Unpacking the RD54-R Rackmount Subsystem Installation INSTALL THE RD54-R SUBSYSTEM AND FRONT COVER X 3 /5—@@@&@ & o\ /| T Ny @mnoeafifij The front cover is part of the H9302 rackmount kit. 4 DP00 88 Figure 1-2 Installing an RD54-R Subsystem in fa Rackmount Assembly Go to page 1-5 to continue. 1-3 Installation UNPACK THE RD54-D DESKTOP SUBSYSTEM The RD54-D subsystem is already assembled and ready to connect to the computer system. If any item is missing or damaged: e Contact your sales representative. o Centacfi:_t,ycur delivery agent. CABLING(2) DOCUMENTS /0 CABLE 17-00484-01 AND AC POWER CORD & [FERPESE WA -0B04.868 Figure 1-3 1-4 Unpacking the RD54-D Desktop Subsystem Installation CONNECTING AN RD54-D, -R SUBSYSTEM TO A MicroPDP-11 OR MicroVAX For systems with an RQDXE Connect the I/O signal cable to the J1 connector of RD54 disk drive and to the 50-pin connector in the computer’s I/O distribution panel (Figure 1-4). & 1l 1 e W s TM s W . TM B poony — 11 1 RODXE INSTALLED e M it " 1l T 1 Vo T T i WITH i " il FROM HOST SYSTEM T 11 ) s TPV il T T T L W ® | MR- 14724 -0805-86 Figure 1-4 Connecting an RD54 Subsystem to a MicroPDP-11 or MicroVAX (BA23 Enclosure) 1-5 Installation CONNECTING ONE OR TWO RD54-D, -R SUBSYSTEMS TO A PDP-11/23 PLUS* Connect the I/O signal cable to the J1 connector of the RD54 subsystem and to the 50-pin connector in the computer’s H349 I/O distribution panel. i 1 11 JZ Q 5::;‘}9:::::::“ O T s T TR T T OHOST SYSTEM T 1l T 11 11 L.E-2-E-2-1-2-R-1-X-L-8-¥F J3 T 1 il 2000000000000 O - L—D;Q—J 1 1l ® T — T oy WU o TRy, W o T o WY oo TR o, T oy, T o, WY o [ MR 14724 MA.0305.86 Figure 1-5 Connecting One RD54 Subsystem to a PDP-11/23 PLUS (H349 Panel) * An RQDX3 Controller I\{Iodule must be fised to support an RD54-D, -R. 1-6 Installation RD54-D, -R RX50-D/R FROM HOST SYSTEM MR-18388 MA-0S07-88 Figure 1 6 Connecting Two RD54 Subsystems to a PDP—l 1/23 PLUS (H349 Panel) The “Configuration” section in Chapter 3 has more information on installing multiple RD54-D, -R systems. 1-7 Installation IDENTIFY THE POWER CORD AND CHECK THE VOLTAGE SWITCH Make sure the plug on the power cord matches the wall outlet. CAUTION An incorrect voltage settmg can damage your subsystem and your computer. 115V <m~w“fi“ww - POWER CORD 220 V/230 V/240 V 115V —- —— 220 V/230 V/240 V — : MR.14728 : MA.0908.86 Figure 1-7 1-8 Identify the Power Cord and Check the Voltage Switch Installation CONNECT THE POWER CORD TO THE SUBSYSTEM AND THE WALL OUTLET If you are adding an RD54D, -R subsystem to a PDP-1 1/23 PLUS, cennect the power cord to the power controllerin the rack. SET THE POWER SWITCH OF THE COMPUTER AND THE SUBSYSTEM TO 1 (ON) Make sure the ready button on the subsystem’s front panelis in the out position (with the button’s green indicator on). After 15 seconds, the system dlsplays its start-up message. FORMATTING THE RD54 DISK DRIVE Before you can test the system and use the RD54 subsystem, you must format the subsystem. | | | NOTE Formatting the RD54 subsystem destroys any current files on the disk drive. If there are files on the disk, make a backup copy before you proceed. Write-protect any other fixed disk drives. Refer to your software documentation for instructions. Your new subsystem becomes DU1 (disk unit 1) if the I/O cableis connected to the J2 connector and you have a MicroPDP-11 or MicroVAX with an internal RX50 or a TK50 and an RD52, RD53, or RD54 fixed disk drive. Refer to Table A-1 for the disk unit designation for other configurations, including an RD54-D, -R subsystem installed on a PDP-11/23 PLUS. Make sure you label the subsystem. Drive unit labels come with the base computer system. To format your RD54 subsystem, go to the format program for your system. System Page MicroPDP-11 with an RQDX3 MicroVAX with an RQDX3 1-12 1-16 1-9 Installation All the screen displays and user responses that follow show typical displays and responses. For more information on the format programs for MicroPDP-11 or PDP-11/23 PLUS systems, refer to the following documents. e DEC/X11 User’s Manual AC-F053-MC e DEC/X11 Cross Reference Manual AC-F055-MC e XXDP+/SUPR User’s Manual AC-F348A-MC For more information on the format program for MicroVAX systems, refer to the MicroVAX System Maintenance Guide. NOTE The RQDX1 or RQDX2 does not support the RD54 disk drive. To support the RD54 disk drive, the RQDX3 controller microcode | must be at a minimum of rev 1.10. The rev number is printed on the ROM chip. 1-10 Installation Formatting Modes You can select the type of format mode to run: reformat, restore, or reconstruct. You select the mode by answering from the XXDP+ program. 1. Use existing bad block information? 2. Down-Line Load? 3. Continue if bad block information is inaccessible? The first two questions determine which mode to run. Question 2 does not appear unless you answer N (no) to question 1. If you answer N (no) to question 3, the XXDP+ program stops and prints an error if a bad spot is found. Reformat Mode - If you answer Y to question 1, questions 2 and 3 do not appear. The XXDP+ program reads the manufacturer’s bad blocks from a block on the disk. The program then formats the disk, except for these bad blocks. This takes more than 12 minutes. If the program fails, try restore mode. Restore Mode - If you answer N to question 1, the program asks you to type a list of the bad blocks. Then the program formats the disk, except for the bad blocks you specify. You can type the bad blocks by using the list that comes with the drive. The program asks you for the serial number. You can find this number on the top of the RD54 disk drive. The program only lets you type in the last 8 digits of the serial number. Restore mode takes more than 15 minutes. Reconstruct Mode - If you answer N to both questions 1 and 2, the program searches the disk and identifies all bad blocks. It does not use the manufacturer’s bad block information. The program then formats the disk, except for the bad blocks it identified. This takes 75 minutes. Installation XXDP+ FORMATTING WITH AN RQDX3 (MicroPDP-11 SYSTEMS) User responses are in color. Find the Field/EXT OPT TSTS #5 diskette (CZXD5xx) and insert it in drive 1. Press the Return key. Type R ZRQC?? after the (.) screen prompt. Press the Return key. This cen;gfiand selects the diagnostic program. The question marks allow you to use any revision of the program. ::?;eE message ‘“‘File not found” appears when you run the pro- gram, repeat this procedure with other Field/EXT OPT TSTS diskettes until the file is found. A response similar to the following appears on the terminal. DR> You must respond to this prompt with a command to run the program. Type START. Press the Return key. Then answer the following questions. CHANGE HW (L) ? This program answers hardware questions. Type Y (yes). Press the Return key. # UNITS D) ? Type 1 for one unit. Press the Return key. IP ADDRESS (0) 172150 ? If your system has one RQDX3, press the Return key. If you have two or more controllers, refer to the RQDX3 Subsystems User’s Guide for the IP address. VECTOR ADDRESS (0) 154 ? If your system has one RQDXS3, press the Return key. If you have two or more controllers, refer to the RQDX3 Subsystems User’s Guide for the vector address. 1-12 Installation AUTO FORMAT MODE (L) Y 7 Type Y (ves) to start auto format mode. Press the Return key. LOGICAL DRIVE (0-255) (D) 0 7 Jumpers on the RQDX3 select the logical drive unit number. If your system has one RQDX3, press the Return key. If you have two or more controllers, refer to the RQDX3 Subsystems User’s Guide for logical unit number (LUN) jumpering. DRIVE SERIAL NUMBER (1-32000) (D) ? Type your serial number XXXXXXXXX (located on the back panel of your unit). Press the Return key. =+ \WARNING ALL THE DATA ON THIS DRIVE WILL BE DESTROYED **** PROCEED TO FORMAT THE DRIVE (L) N ? Type Y (yes) to start the drive format. Press the Return key. MSCP CONTROLLER MODEL # : Type the number 19 for the RQDX3. Press the Return key. MICROCODE VERSION # : Type the number on the RQDX3 ROM chip. Press the Return key. FORMAT BEGUN After about 75 minutes, the system displays a completion message similar to the following. FORMAT COMPLETED Remove the diskette. If formatting is not successful, the system displays an error message when the error occurs. Refer to page 1-17 for help. 1-13 Installation Run the User Test Refer to the owner’s manual for your computer system for instructions. After completing the user test successfully, the system displays a message similar to the following. TESTING OF THIS SYSTEM IS NOW COMPLETE. You have successfully installed, formatted, and tested your RD54-D, -R disk drive | subsystem. | If the program finds any errors, refer to the troubleshooting section in the owner’s manual for your computer system. FormattingHelp and Information This section lists error messages displayed by the formatter, their probable cause, and suggested solution. Errors 1 and 11 are the most commonly reported errors. (1) DUP PROTOCOL ERROR, UNEXPECTED MESSAGE This is a hardware error, indicating a problem with the disk drive or the drive’s configuration. Make sure your drive is configured correctly. (2) CONTROLLER CAN EXECUTE LOCAL PROGRAMS OR NON STD DUP DIALOG PROGRAM This error may come from a hardware or software program. Make sure the controller is configured correctly. If configured correctly, the controller may be defective. (3) CONTROLLER IN AN UNEXPECTED ACTIVE STATE This error is similar to error 2. The error may be a defective disk drive or the wrong microcode version. Try to format again. If error 3 occurs again, check for new controller ECOs or microcode. (4) CONTROLLER NEVER ADVANCED TO NEXT STEP This is controller initialization error. Check the controller’s IP address. Make sure no other device has the same address. & 1-14 Installation (5) CONTROLLER INITIALIZATION TIMEOUT The controller is defective or the Q-Bus is not operating. Run the format program again. (6) WRONG MODEL NUMBER ON CONTROLLER You are using the wrong formatter. Check the title of the diskette in the disk | drive. (7) NXM TRAP AT THE CONTROLLERS IP ADDRESS The controller’s IP address is wrong for this configuration. Check the jumpers on the controller. (8) UNEXPECTED OR DELAYED CONTROLLER INTERRUPT The controller is being interrupted by a system device. Run the format program again. (9) FATAL SA ERROR CTLR OFFLINE This is a controller error. Check the controller’s configuration, then run the format program again. If this error occurs again, then the controller is defective. (10) BAD RESPONSE PACKET RETURN This is probably a software controller error. Run the format program again. (11) NO PROGRESS SHOWN AFTER A CMD HAD TIMED OUT This could be a hardware disk drive or a drive with many revector blocks. Let the program run a few minutes. If this error does not occur again, the disk drive is probably defective. If this error occurs gain, the drive may contain many revector blocks. (12) GET DUST CMD TIME-OUT AFTER ANOTHER CMD TIME-OUT The controller and the host are out of sync. Check the controller for loose cables or circuit board. Reboot the system. Installation MDM FORMATTING WITH AN RQDX3 (MicroVAX SYSTEMS) User responses are in color. Find the numbered diskettes from the MicroVAX Maintenance System, service version. Insert diskette number 1 into drive 1. Boot the system and follow the instructions on the terminal until the main menu appears. Then do the following. Press the RETURN key to continue. > MAIN MENU 1 - Test the system 2 - Display System Configuration and Devices 3 - Display the Utilities Menu 4 - Display the Service Menu 5 - Exit MicroVAX Maintenance System Type the number; then press the RETURN key. > MR-18213 MA.0811-86 1-16 Installation Type 4. Press the Return key. This selects the service menu. ) r~ SERVICE MENU CAUTION: This menu is intended for use by qualified service personnel only. Misuse of the commands could destroy data. 1 - Set test and message parameters 2 - Exercise system continuously 3 - Display the device menu 4 - Enter system commands Type the number; then press the RETURN key, or type O and press the RETURN key to return to the Main Menu. >1 MRO186-0024 MA-0812.86 1-17 Installation Type 3. Press the Return key. This selects the device menu. ) = SERVICE DEVICES MENU This menu lets you enable or disable testing for devices and perform functional and exerciser tests on a selected device. 1 - CPUA - MicroVAX CPU 2 - MEMA - MicroVAX memory system 3 - RADXA - Winchester/diskette controller. 4 - TKB0A - Cartridge Tape Controller 5 - DEQNAA - Ethernet controller. 6 - DZQ1 1A - Asynchronous line controller. 7 - DHV11A - 8 line asynchronous multiplexer Type the number; then press the RETURN key, or type O and press the RETURN key to return to the previous menu. > MR-0186-0021 MA-0814.86 Type 3. Press the Return key. This selects the menu for RQDXA specific functions. ) (’“" SERVICE MENU DEVICES RQDXA - Winchester/diskette controller, Testing is ENABLED 1 - Enable/disable testing for device 2 - Perform all functional tests 3 - Perform the exerciser test 4 - Display the device utilities menu Type the number; then press the RETURN key, or type O and press the RETURN key to return to the previous menu. > 2 J MA-0188-0018 MA.0915-86 Installation Type 4. Press the Return key. This selects the utility programs and tests menu as shown below. f ) SERVICE MENU DEVICES RODXA - Winchester/diskette controller. UTILITY PROGRAMS AND TESTS Utility selections are; 1 - Formatter for RD53, RD52 and RD51 winchester. 2 - Utility MSCP Exerciser Type the number; then press the RETURN key. $MR-0186-0019 MA-0816-86 Type 1. Press the Return key. This starts the MDM format program. The following message appears: WARNING, THIS UTILITY WILL DESTROY ANY USER DATA ON THE SELECTED DRIVE. Answer the following questions. DO YOU WANT TO CONTINUE [YES=1, NO=0] = Type 1 to continue. Press the Return key. DO YOU WANT TO USE THE “AUTOFORMAT" MODE [YES=1, NO=0] = Type 1 to select auto format mode. Press the Return key. WHAT UNIT DO YOU WANT TO FORMAT (0-3) ? Type O for the first unit. Press the Return key. IS THIS THE CORRECT UNIT NUMBER [YES=1, NO=0] := Type 1. Press the Return key. PLEASE ENTER THE DATE [MM-DD-YYYY] := 1-19 Installation Type in today’s date. Press the Return key. PLEASE TYPE IN A SIX DIGIT SERIAL NUMBER := Type your serial number XXXXXXXXX (located on the back panel of your unit). Press the Return key. FORMAT BEGUN The formatting time varies from 50 to 120 minutes. After completing the formatting, thefi;,}SYStem displays the following message. THE CONTROLLER REPORTED A SUCCESSFUL TERMINATION OF THE FORMAT COMMAND After an unsuccessful attempt to format the disk, the system displays the following message. | THE FAILURE OF THE FORMAT COULD HAVE BEEN CAUSED BY ANY OF THE FOLLOWING. - THE WINCHESTER DRIVE IS OFFLINE. - THE WINCHESTER DRIVE IS WRITE-PROTECTED. - THE DRIVE IS DEAD. - BAD BLOCK INFORMATION SHOULD NOT HAVE BEEN SPECIFIED. TO THE DRIVE ARE NOT MAKING GOOD CONTACT. - THE CABLES - A NONEXISTENT DRIVE HAS BEEN SPECIFIED. - THE DRIVE SELECT SWITCHES ARE SET UP WRONG. 1-20 Operation 2 INTRODUCTION This chapter contains an overview of the operating controls for the RD54 subsystem. You can use this information for quick reference. The chapter also describes how to take care of the subsystem. Chapter 3 provides a detailed explanation of the subsystem. ’ The RD54 subsystem is a 133.4 mm (5.25 in) fixed disk drive enclosed in a free- standing or rackmount housing. Each RD54-D, -R contains its own power supply and fan. An RD54 can store 159 Mbytes of information. Information is stored magnetically, in much the same way that sound is recorded on audio tape. You can erase and replace information stored on an RD54. 2-1 Operation FRONT PANEL You control the RD54 subsystem by using the on/off (1/0) switch and the ready and write-protect buttons. These controls have indicator lights to show their2-1status. A separate dc indicator shows the voltage status of the subsystem. Figure shows the front panel. Table 2-1 summarizes the controls and indicators. +5VDC WRITE PROTECT POWER INDICATOR BUTTON N INDICATOR INDICATOR READY BUTTON égf%C%F\ngR onore ~ < ] RDS4 LLLLFLFLFL%LLLrL“LFL~MFLMLrL _ B MA-16390 MA.0517.-88 Figure 2-1 2-2 Front Panel Operation Table 2-1 Front Panel Switch, Buttons, and Indicator Control Position Function On/Off Switch 1 (red indicator on) Switches the subsystem on. 0 Switches the subsystem off. Ready Out The subsystem is ready to store button (green indicator on) information from the system. In Disables the subsystem. In effect, the subsystem is turned off. Write- Out Out is the normal operating position. protect System software can read and write button information on the disk. In Prevents the system software from (vellow indicator on) writing on the fixed disk. Write-protect the disk when you make backup copies of the disk’s contents. Also write-protect the disk when you run tests. This prevents accidental erasure if you select the wrong diagnostic program:. DC indicator - This indicator is on (green) when the power supply is generating the correct dc voltage. 2-3 Operation REAR PANEL The rear panel contains three multipin connectors, an ac power outlet, voltage switch, ac circuit breaker, and fan exhaust (Figure 2-2). Table 2-2 describes the use of the three connectors. AC LINE CIRCUIT BREAKER ~ ll [ 11 PRIMARY VOLTAGE SELECT SWITCH g I I 1 )I Ll11 I ] 11 7 1 I i H I {I i ] L 1 I L—J[: J 1 0 o:::::;;::::: o 1 |4 L 7 ] J2| oCerrssiy)o ' J3 i I ) -, \ PRIMARY VOLTAGE INPUT Figure 2-2 Rear Panel Operation Table 2-2 Rear Panel Connectors Connector Input/Output Function J1 and J2 Input Receive signals from the computer or another subsystem. You can only use one of these connectors at a time on a subsystem. J3 Output Connects two subsystems together. A cable connects J3 to J1 or J2 on another subsystem. Only a PDP-11/23 PLUS system can use more than one subsystem. CARE AND HANDLING OF THE RD54 SUBSYSTEM Never bump or drop the subsystem. Back up all files on a regular basis. Refer to your system software documentation for instructions. : Write-protect the disk when you make backup copies onto diskettes or tape. This prevents accidental loss of infarmatican, Write-protect the disk when you test the system. This prevents accidental loss of information if you select the wrong test. Keep the fixed disk drive away from direct sunlight, heaters, photocopiers, and X-ray equipment. Keep the unit away from magnets and equipment that generates magnetic fields, such as motors, transformers, and terminals. Technical Description 3 INTRODUCTION This chapter contains two sections. The first section describes the fellowmg areas of the RD54-D, -R fixed disk drive. Physical features Operating features Environmental requirements Power supply Fan Front panel controls Rear panel Logical unit numbers The second section discusses configuration reqmrements for MicroPDP-11, MicroVAX, and PDP-11/23 PLUS systems. The section includes several typical configurations. 3-1 Technical Description PHYSICAL FEATURES The RD54 subsystem is a free-standing 133.4 mm (5.25 in) mass storage device. You can use it as an add-on to MicroPDP-11, MicroVAX, PDP-11/23 PLUS, and some other Q-Bus hosts. The RD54 has desktop and rackmount models (Figure 3-1). You can expand either type of RD54 subsystem into a multiple-drive configuration. You simply connect subsystems with a cable. The RD54 1s also a random-access ~stvorage device with four nonremovable disks to store data. The 18-sector format has a total capacity of 159 Mbytes. Refer to ' ’ Chapter 1 for the formatting procedure. Each RD54 subsystem consists of a mounting chassis that holds the fixed disk drive, power supply, dc cooling fan, printed circuit board for external cable signal distribution, and front and rear panels. / f // ! — A. RD54 SUBSYSTEM, DESKTOP MODEL 1. FRONT BEZEL 2. COVER 3. CHASSIS 4, REAR BEZEL e B. RD54 SUBSYSTEM, RACK MOUNT MODULE MH- 16078 MA-OB18-88 Figure 3-1 3-2 Desktop and Rackmount Subsystems Technical Description Rackmount units must be mounted in an H9302 rackmount kit. The rackmount kit (ordered separately) holds two subsystems side by side and fits a standard 19-inch rack. Desktop units have a cover, front bezel, and rear bezel already installed. The subsystem operates with either 120 V (RD54-DA, -RA) or 240 V (RD54-DB, -RB) primary power. You control the primary power by using the on/off switch on the front panel. Appendix B lists specifications for the power supply. The RD54 disk drive is a field replacable unit (FRU). Chapter 4 shows how to remove and replace FRUs. OPERATING FEATURES The RD54 subsystem operates with the following modules installed in MicroPDP-11, MicroVAX, or PDP-11/23 PLUS systems. e RQDX3 (M7555) controller module e RQDXE (M7513) expander module The RD54 disk drive is fully supported by PDPa-il and MicroVMS Vseftware, The drive is also compatible with the Digital storage architecture (DSA) mass storage control protocol (MSCP). | ENVIRONMENTAL REQUIREMENTS Disk drives are susceptible to high humidity, shock, and radiated emissions. The fixed disk drive can withstand a maximum impact of a drop of 15 cm (6 in) to a hard surface. Appendix B lists environmental and operating specifications. POWER SUPPLY The RD54 power supply uses 120 Vac or 240 Vac primary power, selected by the VOLT SEL switch on the rear panel. The switch is factory-set to 120 Vac (RD54-DA, -RA) or 240 Vac (RD54-DB, -RB). The power supply provides the following voltages. e +12 A Vdc for the fixed disk drive e +12 B Vdc for the dc cooling fan e +5 Vdc for the control logic You cannot adjust the +5 Vdc and +12 Vdc regulators. The circuit breaker (CB) protection on the primary line includes protection to prevent overheating of the disk media. Appendix B lists specifications for the power supply. 3-3 Technical Description DC COOLING FAN The dc cooling fan receives +12 B Vdc from the power supply. The fan attaches to the inside of the rear panel. The fan pulls air from the front of the subsystem and | | exhausts it out the rear. FRONT PANEL The front panel contains control switches, buttons, and indicators (Figure 3-2). +5VDC WRITE PROTECT POWER INDICATOR BQTTON\\ INDICATOR READY INDICATOR BUTTON gg;;%%fis R SWITCH | T‘! L L i i i i i i L i i J i i i i i L d 1 i i A i : 4 i i i L | et i i L i i i i i i 4 i i L i AL ] J i i S 4 } | u u MA-16390 Ma-0917-8B6 Figure 3-2 Front Panel The function of the switches and indicators is as follows. Table 2-1 summarizes this information. e The on/off switch is a rocker switch, labeled 1/0. This switch connects or dis- connects ac power to the-internal power supply. e The ready indicator is an operator-controlled pushbutton. The green ready indicator is on when the disk drive is ready for use by the system software. The indicator turns off when you press the button in. This indicates the disk drive is unavailable for read/write operations. 3-4 Technical Description e The green dc power indicator is on when the correct dc power is present. e The write-protect indicator is an operator-controlled pushbutton. The yellow write-protect indicator is on when the disk drive is write-protected. This indicates the system software can only read the disk drive. The indicator turns off when you release the button out. This indicates the system software can read and write to the disk drive. WARNING Never access the internal chassis without unplugging the unit from the ac power source. AC power can be present in the chassis, even though the green dc indicator is not on or the dc fan is not turning. REAR PANEL The rear panel contains the circuit breaker (CB) and primary voltage selection switch (VOLT SEL). The circuit breaker fuses the ac power coming into the subsystem. The VOLT SEL switch selects 120 Vac or 240 Vac. The rear panel also contains the ac line connector for the ac power cord, the exhaust opening for the dc fan, and connectors J1 through J3. Figure 3-3 shows the rear panel. 11 11 1l 11 11 1l — 1 PRIMARY VOLTAGE SELECT SWITCH “mmwummmmmmmhmhmwwmm“ 1 11 W o TN g T, T T o, T, T oy WO gy WO AC LIN CIRCUIT BREAKER J1 J2 *ees))o J3 PRIMARY VOLTAGE INPUT MR- 14730 MA.0910.88 Figure 3-3 Rear Panel Technical Description The J1 connector responds to a DRV SEL 3 (L) signal on the drive interface cable from the host. When you use J1, the system software labels the RD54 as DUO (disk unit 0). Use J1 only when you are installing an RD54 subsystem with a PDP-11/23 PLUS system. Appendix A lists DU (disk unit) designations and possible logical unit numbers (LUNs) on the RQDX3 modules. The J2 connector responds to a DRV SEL 4 (L) signal on the drive interface cable from the host. When you use J2, the system software labels the RD54 as DU1. Appendix A lists DU designations and possible LUNs on the RQDX3 module. Refer to your system’s technical manual for more information. NOTE You can only use one of these connectors (J1 or J2) on a smgle drive at one time. The J3 connector connects two adjacent disk drive subsystems. J 3 carnes the signal eut from the first subsystem connected to the host. NOTE The design of the RD54 subsystems allow a maximum total cable length of 3.6 m (12 ft). If your total cable length is longer, you may have problems. Appendix C lists J1, J2, and J3 pin number and signal names. Appendix C also lists pins and voltages on the 12-pin dc power output connector. 3-6 Technical Description LOGICAL UNIT NUMBER (LUN) The RQDX3 controller raodule sufipcrts a variety of peripheral devices, including multiple arrangements of RDSn (RD51, RD52, RD53, or RD54) and RX50 disk drives. The LUNS and the LUN jumpers may prove useful for future expansions. Jumpers on the RQDX3 module select the LUN. These jumpers determine the lowest LUN assigned to any RD5n and RX50 disk drives in the system. The RQDX3 module automatically sizes the logical unit configuration during system initialization, to determine how many of the four possible units are present. This automatic sizing eliminates the need to reconfigure jumpers when you add or remove units (RD5n or RX50 drives) from the controller module. The system software automatically asszgns disk unit numbers (DUNs) to any drives that are present. The system software always assigns the lowest DUNs to any RD5n fixed disks that are present. For example, the system software assigns DUO to an internal fixed disk and DU1 to a fixed disk connected to the host computer through the J2 connector on the subsystem. The system software then assigns DU2 and DU3 to the RX50 diskette drive. | Appendix A lists the standard LUN jumper configuration for the RQDX3 module. Appendix A also lists the DUN assignment for various combinations of RD5n and RX50 drives. An RX50 diskette drive is two units. CONFIGURATION Configuring an RD54 disk drive into a computer system requires auxiliary equipment. The following section describes the cables and other requirements for each system configuration. System Controller and Cable Options Tables 3-1 and 3-2 describe the components needed to configure various systems. Refer to your system’s technical manual and the RQDX3 Subsystems User’s Guide for more details. 3-7 Technical Description Table 3-1 System Controller Options and Kits Model Description RQDX3 (M7555) One controller handles up to four logical units, with up to two RD54 subsystems per system. One RX50 disk drive is equal to two LUNs.* RQDXE (M7513) This expander module and cables allow external disk drives . (RX50 and RD5n) to connect to the MicroPDP-11 internal controller-to-drive bus. The RQDXE supports up to four external drives, as long as the controller limits are not exceeded. The module allows one external RX50 or RD5n drive to connect to the MicroPDP-11 controller, depending on the RQDX3 configuration guidelines. RQDXE-AA This kit contains an RQDXE expander module, cables, and hardware for the BA23 enclosure (MicroPDP-11 or MicroVAX). CK-RQDXE-KC This cabinet cable kit is for installing the RQDX3 controller in a H349 I/O distribution panel (PDP-11/23 PLUS system). * The RQDX3 controller has a capacity of four logical unit numbers (LUNs). Three of these LUNs are used internally by standard MicroPDP-11 and MicroVAX systems. An internal RX50 disk drive uses two of these LUNs. An RD5n-D, -R subsystem can use the remaining LUN. The system software labels these LUNs as disk unit numbers 0 to 3 (DUO to DU3). ‘ The RQDX3 controller can accommodate up to four fixed disk drives. Table 3-2 Cable Options* Model Description 17-00484-01 This 2.75 m (9 ft) cable connects a host cunputer to an external drive. The cable is a 50-pin D subminiature male to a 50-pin D subminiature male, shielded, molded cable. BC17Y 1] This 0.3 m (1 ft) cable connects two external drives. The cable is a 50-pin D subminiature male to a 50-pin D subminiature male, shielded, molded cable. * The RD54-D, -R subsystem allows a maximum total cable length of 3.6 m (12 ft). If your total cable length is longer, you may have problems. E Technical Description MicroPDP-11 AND MicroVAX Most MicroPDP-11 and MicroVAX systems contain internal RD5n-A and RX50-AA drives. Each system resides in a BA23 enclosure. Each system also contains an RQDX3 controller. Before you install a subsystem, add an RQDXE expander module and cable to the BA23 enclosure. Connect the cable to the I/O distribution panel (Figure 3-4). REMOVABLE INSERT [ 50-PIN CONNECTOR EXPANSION SLOTS MR-14738 MA-0OI20-86 Figure 3-4 BAZ23 I/O Distribution Panel The BA23 I/O distribution panel contains areas for system expansion. The cabinet cable kits (Table 3-1) contain the necessary cabling for system expansion. This cabling connects to a proper connector on the internal side of the I/O distribution panel. The RD54 subsystem can simply connect to the external connector on the I/O distribution panel. Table 3-2 lists the external cable options to connect the subsystem. 3-9 Technical Description MicroPDP-11 and MicroVAX Configuration A BA23 enclosure (MicroPDP-11 and MicroVAX) contains the following items. e 1 RQDX3 controller e 1 RD52, RD53, or RD54 (drive only) e 1 RX50-AA (drive only) Figure 3-5 shows how to add one RD54 subsystem to a MicroPDP-11 or MicroVAX.(BA23 enclosure). In this configuration, the BA23 enclosure already contains two internal drives (an RD52-A, RD53-A, or RD54-A and an RX50-AA), an RQDX3 controller, and internal cables. INBOARD DRIVES BACKPLANE RX50 1/0 DISTRIBUTION PANEL RQDX3 BC020-01 RD52/53/54 I [ i 11 INTERNAL| cABLE 4 RODXE BUS EXPANDER MODULE / J | EXTERNAL h caBLE I _! - RD54 =—i SUBSYSTEM > 2.75m (9 f1) 70—-20691-01 MR-16382 + MA.0808-86 Figure 3-5 Adding One RD54 Subsystem to a BA23 Enclosure The requirements for adding the external RD54 subsystem are as follows. e 1 RQDXE-AA kit, which includes -~ 1 RQDXE expander module - 1 BC02D-01 cable - 1 70-20691-01 cable e 1 RD54-D or 1 RD54-R subsystem (with 1 H9302 rackmount kit) 3-10 Technical Description PDP-11/23 PLUS The PDP-11/23 PLUS does not contain any internal RD/RX disk drives. Before you add a subsystem to a PDP-11/23 PLUS, you must connect an RQDX3 controller and cabinet kit cable (CK-RQDXE-KC) to the H349 I/O distribution panel (Figure 3-6). DRV11-J Dzv1i DRvV11. PARALLEL (SYNC LINE INTERFACE) LINE INTERFACE ' 143 J4 J8 7 CONSOLE 7 SRR e o es e e S S J13 T ——p—. e s s s . e sw s mmmmmmmmmmmmmmmm ~ * Jo JI0 I e e bom Jn {77777 J14 © e - D2zV11 b e s s foos e e e R o o e e et sun soof e e J12 J15 il = DZV11 BB 14734 AA0021-88 Figure 3-6 PDP-11/23 PLUS H349 I/O Distribution Panel The H349 1/O distribution panel contains areas for use in system expansion. The cabinet kits (Table 3-1) contain the cabling for system expansion. This cabling connects to a proper connector on the internal side of the H349 panel. The RD54 subsystem can simply connect to the external connector on the H349 panel. Table 3-2 lists the external cable options to connect the subsystem. 3-11 Technical Description PDP-11/23 PLUS Configuration To use external add-on drives with a PDP-11/23 PLUS system, you need an RQDX3 controller and a cabinet kit cable (CK-RQDXE-KC) connected to the H349 I/O distribution panel. Figure 3-7 shows how to add one RD54 subsystem to a PDP-11/23 PLUS via the H349 panel. This arrangement is suitable for a range of applications involving a single add-on RD54 subsystem. H349 i/0 Q BUTiGN PANEL 'RQDX3 { CABINET KIT CABLE (30 in, FOR H349 PANEL) = EXTERNAL CABLE 2,76 M (9 f1) 1 RD54 SUBSYSTEM 17-00484-01 CK—RQDXE-KC MRA-16393 MA.0823-86 Figure 3-7 Adding One RD54 Subsystem to a PDP-11/23 PLUS The requirements for adding one external RD54 subsystem drive are as follows. e e 1 CK-RQDXE-KC cabinet kit 1 RQDX3 controller e 1 RD54-D or 1 RD54-R subsystem (with 1 H9302 rackmount kit) 3-12 Technical Description Figure 3-8 shows how to add two RD54 subsystems via the H349 panel. H349 1/0 DISTRIBUTION PANEL oy RD54/RX50 SUBSYSTEM J2 'RQDX3 l CABINET KIT CABLE (30 in. FOR H349 PANEL) CK—RQDXE-KC EXTERNAL CABLE: % Ly | ra———— 2.75 m (9 ft)17-00484-01 Wl U i J1 r{ s 1| SUBSYSTEM BC17Y 1J J3 MR-18384 MA-0920.86 Figure 3-8 Adding Two RD54 Subsystems to a PDP-11/23 PLUS The requirements for adding two subsystems are as follows. e 2 RD54-D or 2 RD54-R subsystems (with 1 H9302 rackmount kit) or e 2 RX50-D or 2 RX50-R subsystems (with 1 H9302 rackmount kit) or | e 1 RD54-D or 1 RD54-R subsystem (with 1 H9302 rackmount kit) and 1 RX50-D or 1 RX50-R subsystem e 1 BC17Y-1] subsystem interconnection cable for 2-drive configurations 3-13 Troubleshooting 4 INTRODUCTION Troubleshooting is the process of isolating and repairing minor problems. Your system has diagnostic tests that check almost every part of the system every time you turn the system on. In addition, the MicroPDP-11 and MicroVAX user test and field service diskettes contain extended tests for the circuitry and various devices that may be installed on the system. Troubleshooting the RD54 subsystem usually involves running the system user test or running the program from the system boot/diagnostic ROM. Refer to the owner’s manual for your system to run the user test. Refer to the technical manual for your system to run the system boot/diagnostic ROM test. TROUBLESHOOTING TABLES From time to time you may encounter an error that is not related to system diagnostic tests. Table 4-1 lists some of these problems, their possible cause, and suggested solutions. NOTE Only qualified field service personnel should make major repairs or replace any subsystem parts. The procedure for replacing an RD54 subsystem starts on page 4-4. 4-1 Troubleshooting Table 4-1 Basic Troubleshooting Procedure Problem Possible Cause Suggested Solution System does not Power cable is not Plug in the subsystem power cord. start from the plugged in or power Make sure the power switch is set subsystem. switch is off. to 1 (on). Subsystem cable is Make sure the subsystem cables are incorrectly installed. installed in the correct connectors. The ready button is Press and release the ready button. pressed in. The button should be out, and the button’s green indicator should be on. The Halt button on Press and release the Halt button the host is pressed in on the host. The button should be (red indicator on). out, and the button’s red indicato should be off. | There is no software Load your software onto the fixed on the subsystem. disk drive. Follow the instructions provided with your software. Fixed disk read The ready button is error message. pressed in. Press and release the ready button. The button should be out, and the button’s green indicator should be on. The test detected a bad block. Copy data from the RD54 disk drive to diskettes and retry the test. If the problem persists, replace the disk drive. 4-2 Troubleshooting Table 4-1 Basic Troubleshooting Procedure (Cont.) Problem Possible Cause Suggested Solution Fixed disk write error message. The ready button is pressed in. Press and release the ready button. The button should be out, and the button’s green indicator should be on. The disk is write- Press and release the write- protected. protect button. The button should be out, and the button’s yellow indicator should be off. Subsystem did not ~ There is incompatible write, but there software. Check that the correct software is installed. were no read errors. REMOVING AND REPLACING RD54 PARTS Table 4-2 lists the field replaceable units (FRUs) associated with the RD54-D, -R subsystem. Table 4-2 RD54 Subsystem FRUs FRU Part Number Cables Host to subsystem, 2.75 m (9 ft) Drive to drive, 0.3 m (1 ft) RD54-A disk drive 17-00484-01 BC17Y-1J* RD54-A Device electronics board Power supply assembly Fan assembly | 29-26103-007 30-22561-01 70-21260-01 * The RD54-D, -R is designed for a maximum total cable length of 3.6 m (12 ft). If your combined cable length is over 3.6 m (12 ft), you may have problems. T Vendor part number 4-3 Troubleshooting WARNING Only qualified field service personnel should make major repairs or replace any subsystem parts. Make sure you back up all files on a fixed disk before you attempt to repair or replace any parts. Make sure you format any newly installed RD54 disk drive. See Chapter 1 for instructions. Only format a disk drive when you replace a complete RD54 drive assembly. REMOVING AN RD54 FIXED DISK DRIVE Remove an RD54 fixed disk drive from the rackmount or desktop subsystem as follows. 1. Set the subsystem power switch to 0 (off). 2. Remove the ac power cord and all other cables from the subsystem. WARNING Failure to remove the power cord exposes you to extreme danger. AC power can be present in the chassis, even though the green dc power indicator is not on or the fan is not turning. 3. For the rackmount model (RD54-R) Press the quick-release tab on the back of the rackmount unit and pull the basic chassis from the rack (Figure 4-1). For the desktop model (RD54-D) Remove the rear bezel (three screws) and slide the basic chassis out from the back of the unit (Figure 4-2). Use the tab on the upper-middle of the rear panel to pull the unit out. 4-4 Troubleshooting | | fl GROOVEFOR CHANNEL GUIDE ____—* o BASIC CHASSIS n,/ FRONT VIEW S QUICK RELEASE CATCH A SUBSYSTEM MOUNTING ARRANGEMENT, UNDERSIDE OF BASIC CHASSIS. 5 C ’ RACK MOUNT HOUSING " \ gTM Quick //: MATING MOUNTING ARRANGEMENTS (2), TRgEASE Figure 4-1 a REAR VIEW — 9 ON FLOOR OF RACK MOUNTING HOUSING. Removing an RD54 Drive from a Rackmount Housing A. RD54 SUBSYSTEM, DESKTOP MODEL 1. FRONT BEZEL 2. COVER 3. CHASSIS 4. REAR BEZEL MR-16078 MA.0819-88 Figure 4-2 Removing an RD54 Drive from a Desktop Housing 4-5 Troubleshooting 4. Press the latch with a pencil and slide the RD54 drive forward (Figure 4-3). CAUTION Do not drop or bump the RD54 drive. It is a precision instrument and subject to damage if handled roughly. 30-26245-01 ** RD54A SH51410104 ** Figure 4-3 Sliding the RD54 Drive Forward Troubleshooting 5. Disconnect the dc power connector from the back of the RD54 drive (Figure 4-4). 6. Pull the fixed disk drive cable étraight out of | the back of the’ RD54 ‘drivie (Figure 4-4). Do not pull this cable out at an angle to the RD54 drive. REAR VIEW MR-16081 MA.0826-86 Figure 4-4 Removing the Power Cord and Drive Cables 7. Slide the RD54 drive out of the chassis. If you are returning this drive, pack it in the shipping carton the replacement drive came in. Troubleshooting REMOVING THE DEVICE ELECTRONICS BOARD If you remove an RD54 fixed disk drive with the part number shownin Figure 4-5, replace the electronics board before replacing the whole drive. [ 30-25245-01 ** RD54A SH51410104 ** Figure 4-5 4-8 RDb54 Drive Serial Number Troubleshooting Remove the device electronics board as follows. 1. Place the drive upside down on a flat work surface and remove the four phillips screws holding the slide plate and ground clip (Figure 4-6). Set the slide plate aside. 2. Loosen the two flathead screws holding the electronics board (Figure 4-6). Slide the ground wire out. PHILLIPS SCREWS (4) SKID ? PLATE ! ELECTRONICS BOARD FLATHEAD SCREW FLATHEAD SCREW (GROUND WIRE) MHE 16083 MA-G828.86 Figure 4-6 Removing the Slide Plate & 4-9 Troubleshooting 3. The electronics board is on hinges. Lift the board up and back, exposing its two - connectors. Carefully pull the connectors loose (Figure 4-7). 4. Lift the pin on the left corner of the board fip through the guide slot. Slide the board left, out of the right slot, and lift the board clear (Figure 4-7). MA 18089 MA 093288 Figure 4-7 Disconnecting and Removing the Device Electronics Board To install a device electronics board, reverse steps 1 through 4. 4-10 Troubleshooting INSTALLING AN RD54 FIXED DISK DRIVE Install an RD54 fixed disk drive as follows. 1. Assign a logical unit number (LUN) to the drive unit by setting (turning on) one drive select switch, DS1 through DS4 (Figure 4-8). For RD54-D, -R subsystems, set any drive select jumper. The system assigns drive unit numbers based on the distribution panel cabling, not the drive select jumper. However, you must set one jumper. MA-16082 MA.0829-88 Figure 4-8 Setting a Drive Select Switch Troubleshooting 2. Align the groove on the bottom of the disk drive with the channel guide on the floor of the chassis (Figure 4-9). ] [ i&-—-«fl" GROOVE FOR CHANNEL GUIDE A. UNDERSIDE RD54 fl CHANNEL GUIDE CATCH FOR QUICK RELEASE SPRING t fl B. MATING MOUNTING ARRANGEMENT, ON FLOOR OF CHASSIS MR-16387 MA.0830.86 Figure 4-9 RD54-D, -R Subsystem Groove and Chanhél Guide To complete the installation, reverse steps 1 through 7 of the RD54 fixed disk drive removal procedure. You must format a newly installed RD54 fixed disk drive before using it. Make sure you use the correct disk unit number when you format the drive. (Appendix A lists the correct DUNSs). Chapter 1 contains formatting and testing instructions. WARNING Write-protect any other fixed disk drives in the system before you format a newly installed RD54 fixed disk drive. Only format a disk drive when you replace a complete RD54 drive assembly. 4-12 Troubleshooting REMOVING THE POWER SUPPLY Remove the power supply as follows. NOTE The power supply is a single FRU. It is not adjustable and does not contain replaceable printed circuit boards. 1. Remove all cables from the RD54 subsystem. 2. Remove the rear bezel (three screws) and slide the chassis out from the back of the unit, f Remove the front bezel from rackmount units, press the quick-release tab, and remove the chassis from the rack. 3. Remove the two screws on the top plate of the power supply and tip the power supply assembly gently to the right (looking from the front). 4. Disconnect the ‘dc power connector on the back of the power supply (Figure 4-10). MA-18396 M A-0831-88 Figure 4-10 Power Supply, Component Side View 4-13 Troubleshooting 5. Lift the power supply assembly out of the chassis. 6. Disconnect the voltage select jumper and the ac power connector at the lowerfront of the power supply. To install a power supply, reverse steps 1 through 6. REMOVING THE FAN ASSEMBLY Remove the fan assembly as follows. 1. Remevé all cables from the RD54 subsystem. 2. Remove the rear bezel (three screws) and slide the chassis out from the back of the unit. Remove the front bezel from rackmount units, press the quick-release tab, and remove the chassis from the rack. 3. Disconnect the dc power connector from the fan assembly. Remove the four screws on the rear panel holding the fan assembly in place. 4. Remove the fan assembly. To install a fan, reverse steps 1 through 4. 4-14 Appendix A Logical Unit Number Designation DISK UNIT NUMBER DESIGNATION The microcode of the first RQDX3 module designates the associated disk units as DUO, DU1, DUZ2, and DU3. Table A-1 lists these designations for the MicroPDP-11, MicroVAX, and PDP-11/23 PLUS systems when the system has add-on disk units. Make sure you label each disk unit. Drive unit labels come with the base computer system. An RQDX3 controller module supports up to four disk drives or two fixed disk drives and one RX50 diskette drive. Table A-1 Disk Unit Designations Disk Drive MicroPDP-11 MicroVAX PDP-11/23 PLUS Internal RX50 DU0,DU1 NA NA DU0,DU1 NA NA Add-On RX50 DU2,DU3 NA NA Internal RX50 DU1,DU2 DU1,DU2 | NA | Internal RDSn’ | DUO DUO NA Internal RX50 DU2,DU3 DU2,DU3 NA DUO DUO NA L DU1 DU1 NA Internal RX50 and | and and | Internal RD5n with Add-On RD5n | A-1 Logical Unit Number Designation Table A-1 Disk Unit Designations (Cont.) Disk Drive MicroPDP-11 MicroVAX PDP-11/23 PLUS NA NA DU0,DU1 NA NA DUO NA NA NA NA DU0,DU1 DU2,DU3 NA NA NA NA DU1,DU2 DUO NA NA DUO DU1 NA NA NA DUO DU1 DU2,DU3 No internal drive, Add-On RX50* No internal drive, Add-On RD5n No internal drive, Add-On RX50 and RX50 No internal drive, Add-On RX50 and RD5n No internal drive, Add-On RD5n and RD5n NA NA ’ No internal drive, Add-On RD5n and RD5n and RX50 ~ NA NA NA * Refer to the 11C23-UC/11C23-UE A‘RD52 Upgrade Installation Guide for specific requirements for PDP-11/23 PLUS systems. LOGICAL UNIT NUMBERS (LUNs) The logical unit numbers and LUN jumpers provide for future expansion capability of more than one RQDX3 controller module per system. Jumpers on the controller module select the LUN. These jumpers determine the lowest LUN assigned to any RD5n, and RX50 disk drives in the system. The RQDX3 controller module automatically sizes the logical unit configuration during system initialization, to determine how many of the four possible units are present. The microcode automatically assigns disk unit numbers to any drives that are present. An RX50 diskette drive is two units. A-2 Appendix B System Specifications ENVIRONMENT To receive the best performance from your RD54-D, -R subsystem, you must provide the right operating environment. Table B-1 lists general requirements. Table B-1 General Environmental Requirements Environment Maximum altitude range Temperature range* Operating Nonoperating —0.3 km to +3 km —0.3 km to +12 km (—1,000 to +10,000 ft) (—1,000 to +40,000 ft) 10° to 50° C —40° to +66° C (50° to 122° F) (—40 to 15° F) Temperature change rate 1.1° C/hour (2.0° F/hour) 2.0° C/hour (3.6° F/hour) Relative humidity 20% to 80% 10% to 95% 35 W NA (noncondensing) Heat dissipation * Reduce the temperature specificatien by 1.8° C (3.52° F) for each 1000 m (3,300 ft) increase in altitude. SUBSYSTEM DIMENSIONS Height Width Length Weight 13.97 cm (5.50 in) 22.86 cm (9 in) 30.58 cm (12 in) 15.5 kg (34.4 lbs) System Specifications RD54 FIXED DISK DRIVE Performance Specifications Average access time 30 ms Average rotational latency 8.33 ms Transfer rate 5 Mbits/s Media Charactefistics Formatted capacity 159 Mbytes Recording surfaces (heads) 15 Disks 8 Bytes per track 8,704 Tracks per drive Track density Recording method 18,374 1022 tracks per inch Modified frequency modulation (MFM) Physical Specifications Height Width Depth Weight 8.26 cm (3.38 in) 14.6 cm (5.75 in) 20.32 cm (8.29 in) 3.15 kg (7.25 lbs) POWER SUPPLY Inputs Line voltage (switch selectable) 100 to 120 Vac nominal, single phase, 3 wire 200 to 240 Vac nominal, single phase, 3 wire Line frequency 47 Hz to 63 Hz, either input range Line current 120 V, 2 amp RMS (maximum) 240 V, 1 amp RMS (maximum) Outputs Power DC voltages 65 W (maximum) - 412 A Vdc +5%, 0.1 A (min.) to 4.5 A (max.) +12 B Vdc +10%, 0.12 A (max.) (dc fan only) +5 Vdc +5%, 0.3 A (min.) to 2.0 A (max.) B-2 Appendix C ‘Connector Pin Numbers and Signals J1, J2, AND J3 CONNECTORS Connectors J1, J2, and ]J3 have identical signal names and pin numbers. Table C-1 Connector Signals Pin Number Signal Name J1-01 J1-34 MEMWRTDT1 (H) (RD5n only signal) MEMWRTDT1 (L) (RD5n only signal) J1-18 GROUND J1-02 HEAD SET 2 (L) (RDXX only szgnal)* J1-35 J1-19 GROUND SEEKOPLT , J1-03 RD1 RDY (H) (RD5n only sxgnal) J1-36 J1-20 J1-04 J1-37 J1-21 WPT FAULT (L) GROUND J1-05 J1-38 J1-22 J1-06 J1-39 J1-23 J1-07 J1-40 J1-24 J1-08 J1-41 READ SEL 1 (L) RXOWPTLED (L) (RX50 only signal) RDO RDY (H) (RD5n only signal) RX1WPTLED (L) (RX50 only signal) DRVSLOACK (L) (RD5n only signal) MEMRDDATO0 (H) (RD5n only signal) MFMRDDATO (L) (RD5n only signal) MFMWRTDTO (H) (RD5n only signal) MFMWRTDTO (L) (RD5n only signal) MFMRDDAT1 (H) (RD5n only signal) MFMRDDAT1 (L) (RD5n only signal) GROUND RFDUCWRTI (L) RDOWRTPRO (L) (RD5n only signal) * Reserved for future use. c1 Connector Pin Numbers and Signals Table C-1 Connector Signals (Cont.) Pin Number Signal Name J1-25 J1-09 J1-42 J1-26 DRV SEL 4 (L) GROUND INDEX (L) RD1IWRTPRO (L) (RD5n only signal) J1-10 J1-43 DRV SEL 1 (L) DRV SEL 2 (L) J1-27 J1-11 J1-44 J1-28 J1-12 J1-45 J1-29 J1-13 J1-46 J1-30 J1-14 J1-47 J1-31 J1-15 J1-48 DRV SEL 3 (L) RX2WPTLED (L) (RX50 only signal) J1-32 RXMOTORON (L) (RX50 only signal) GROUND DIRECTION (L) GROUND STEP (L) GROUND WRT GATE (L) GROUND TRACK 00 (L) RX3WPTLED (L) (RX50 only signal) DRVSL1ACK (L) (RD5n only signal) GROUND J1-16 READ DATA (L) J1-49 J1-33 J1-17 J1-50 HEAD SEL 0 (L) GROUND READY (L) C-2 ~ RXWRTDATA (L) (RX50 only signal) GROUND GROUND Connector Pin Numbers and Signals POWER SUPPLY CONNECTORS Table C-2 Pin Number AC Power Input Connectors Signal 1 Ground 2 AC phase 3 AC neutral Table C-3 Pin Number DC Power Output Connectors Signal 1 +5V 2 +5V 3 +5V 4 Return 5 Return 6 Return 7 Return 8 +12AV +12AV 9 10 +12BYV 11 No pin 12 No connection C-3 Appendix D Service Options If you have decided to have Digital Equipment Corporation maintain your system, Digital Field Service offers a flexible range of plans from which you may choose. ON-SITE SERVICE This offers the convenience of repair service at your site and the insurance against unplanned and unbudgeted repair costs. For a small monthly cost, you can receive personal service from our service specialists. Usually, within a few hours of your call, a specialist is dispatched to your site with the necessary equipment and spare parts to give your equipment fast, dependable service. Under basic service, full coverage is available from 8 a.m. to 5 p.m., Monday through Friday. Options are available to extend your coverage to 12-, 16- or 24-hour coverage and to Saturdays, Sundays, and holidays. If you require uninterrupted operations, you can choose DECservice, a premium on-site service that guarantees extra-fast response and nonstop remedial maintenance. The representative does not leave until the problem is solved. Under basic service and DECservice, all parts, materials, and labor are covered in full. CARRY-IN SERVICE This service is offered to customers who do not need the convenience of on-site coverage, but do require the same fast, personal response and the ability to plan their maintenance expenditures, at a lesser monthly cost than on-site service. When a unit is brought to one of the 160 Digital Service Centers worldwide, you can be sure that your unit will receive expert repair service from factory-trained personnel. Your unit is guaranteed to be repaired within two days, normally within 24 hours. Carry-in service is available on selected terminals and systems. Contact your local Digital Field Service Office to determine if this service is available for your unit, D-1 Service Options DECmailer This is our service for users who have technical resources to perform the first line of maintenance themselves. DECmailer customers can troubleshoot, identify, and isolate the component(s) that caused the problem and mail it to our Customer Returns Center. Here, the module receives expert repair and is mailed back to you within five days. With DECmailer service, you are charged for each use, rather than a monthly rate. PER CAL;,fsancs This service is for users who wish to establish a maintenance program on a non- contractual, time, and materials cost basis. Per call service is available with either on-site or carry-in service, and is appropriate for users who can perform first-line maintenance, but who may occasionally need greater support from Field Service. PER CALL This service is also offered as a supplementary program for basic service plan customers who need remedial maintenance outside their contracted hours of coverage; in that case, however, there is no charge for materials. ON-SITE PER CALL SERVICE | This service is provided on a best-effort basis, with a normal response time of two to three days. It is available 24 hours a day, 7 days a week. CARRY-IN PER CALL SERVICE Service is available during normal business hours, with a turnaround time of two to three days. | For additional information about these Digital service plans, their prices, and special rates for volume customers, contact your local Digital Field Service Office. Call one of the information numbers for the location of the Digital Field Service Office nearest you. | Service Options DIGITAL INTERNATIONAL FIELD SERVICE INFORMATION NUMBERS U.S.A. Australia Austria 10 (222)67764 France (2)88966 1 (0)42351 92 (6)07782 Ireland (1)30843 Denmark Finland Holland 3 Italy (02)617961 Portugal 0 (2)16029 2 40 (1)725 0 (1)733190 Japan Spain Sweden SwitzerlKainndgdom United 51 (800)267-652 Canada y an West Germ (01)8169111 1 (734)86871 0 1 (089)959 D-3 Index A install, AC line connector, Airflow, 1-1 1-5 to 1-7, 3-10, 3-12 to 3-13, 3-5 length, 3-6, 3-8 options, 3-8 power, 1-8to 1-9 table, BA23 enclosure cabinet kit, 3-9 I/O distribution panel, 3-9 Backup files, 1-9, 2-3, 4-4 BC17Y-1] cable, 3-8, 3-13 Boot/diagnostic ROM, 4-1 Button Halt, ready, 2-2, 4-2 2-2, 4-3 C Cabinet kit MicroPDP-11, 3-8 MicroVAX, 3-8 ordering, 3-10 PDP-11/23 PLUS, 3-8 Cable 50-pin subminiature, dc power, 4-7 3-8 drive-to-drive, 3-8 fixed disk drive, 4-7 host-to-subsystem, 1-2, 1-4, 3-6, 3-10 Circuit breaker, 3-3, 3-5 Configuration, 3-7 to 3-13 examples, 3-10 to 3-13 MicroPDP-11, 3-9 MicroVAX, 3-9 PDP-11/23 PLUS, 4-2 write-protect, 3-8 troubleshooting, 4-2 Channel guide, 4-5 3-11 table, 3-8 Connector AC power, 3-5 I/O distribution panel, 3-9 guidelines, 3-6 J1,]2,]3, 2-5, 3-6 disk unit number, 3-6 pin assignment, C-1 power supply, table 2-4, C-3 2-5 Control panel, table, 2-3 2-1, 3-4 D Damaged items, 1-2, 1-4 DC cooling fan, 3-2 removal, 4-14 Index-1 Index DC indicator, 2-2, 3-5 See also Indicator Device electronics board, 4-8 Digital storage architecture, 3-3 Disk drive handling, 2-5 Disk unit number discussion, 3-7 label, 1-9; 3-6, A-1 table, A-1 use in formatting, capacity, 3-2, B-2 1-13 “MicroPDP-11 with an help, RQDX3, 3-4 to 3-5 FRU. See field replaceable unit 1-10, 1-11 4-1 Diskette, Drive select switch, H 4-11 DRV SEL 3 signal, 3-6 DRV SEL 4 signal, 3-6 DUO, DU1. See disk unit number Environment, 3-3 table, B-1 systems with an RQDX3, 1-14 F Fan, 4-14 Field replaceable unit, 4-3 4-3 to 4-14 | device electronics board, 4-8 fan, 4-14 mounting chassis, 4-5 power supply, 4-13 RD54, 4-4, 4-11 table, 4-3 Field service diskette, Formatting the RD54, address, Index-2 ~ configuration, 1-11 3-9 to 3-13 disk unit number, formatting, 1-14 A-1 D-3 | troubleshooting table, 4-2 I Error messages cables, Help phone, E 34 removal, 1-12 MicroVAX with an RQDX3, 1-16 modes, 1-11 Front panel controls, 2-2, 2-3, 4-1 1-9 to 1-15 Indicator, 2-3, 3-5 DC, 2-3, 3-5 ready, 2-3, 3-4 write-protect, 2-3, 3-4 Installation, 1-2 to 1-9 I/O distribution panel MicroPDP-11, 3-9 MicroVAX, 3-9 PDP-11/23 PLUS, 3-11 J J1, J2, J3 connector, 2-5 disk unit number, 3-6 DRV SEL 3 (L) signal, DRV SEL 4 (L) signal, | 3-6 3-6 Index DU1 designation, 3-6 3-6 pin assignment, C-1 use, 2-4, 3-6 guidelines, L Logical unit number automatic sizing of, 3-7 discussion, 3-7, A-2 tables, A-1, A-2 LUN. See logical unit number 2-5 Mass storage control protocol, 3-3 MDM formatting, 1-16 to 1-20 MicroPDP-11 cabinet kit, 3-8 configuration, 3-10 disk unit number, A-1 format, 1-9, 1-12 P PDP-11/23 PLUS cabinet kit, 3-8 configuration, 3-12 disk unit number, A-1 Power supply, 3-3 connector, 2-5, C-3 description, 3-3 indicator, 2-3 pin number, C-3 regulators, 3-3 removal, 4-13 specification, B-2 VOLT SEL, 3-3 Maintenance, MicroVAX cabinet kit, 3-8 configuration, 3-10 disk unit number, A-1 format, 1-9, 1-15 Mode reconstruct, reformat, restore, 1-11 1-11 Module 3-2 4-4 R Rackmount, cover, 1-2 1-3 1-2 installation, kit H9302, 1-3, 3-3 RD54 disk drive cable, 4-7 DC power cable, 4-7 3-8 3-8 formatted capacity, B-2 four-wire power cable, handling, 2-3 installation, Operation, 2-1 to 2-5 features, 3-3 operation, 1-2 to 1-8 B-2 2-3 part number, removal, 4-7 2-5 media characteristics, model number, 3-3 o0 On/off switch, Q-Bus host, Quick release tab, description, 2-1, 3-2 to 3-7 device electronics board, 4-8 drive select switch, 4-11 1-11 RQDX3 controller, RQDXE expander, MSCP, 3-3 Q 4-8 4-4 Index-3 Index shipping, T 4-7 software, 3-3 specification, B-2 storage capacity, Technical description, 3-1 to 3-7 Troubleshooting, 4-1 to 4-14 table, 4-2 FRU procedures, 4-4 to 4-14 2-1 RD54-D, See RD54 disk drive RD54-R, See RD54 disk drive Read error message, Ready button, 4-2 U 2-3 See also button Ready indicator, User test, 2-3, 3-4 Rear panel, 2-4, 3-5 Reconstruct mode, 1-11 Reformat mode, 1-11 Related documents, ix Restore mode, 1-11 RQDX3 controller 3-7, 3-8 logical unit number, 3-7 number of drives allowed, RQDXE module, 3-8 cable, 3-8 RX50 diskette drive logical unit number, Index-4 3-8 w Write error 4-3 Write-protect button, 2-3 See also button guidelines, 2-4 indicator, 3-4 4-3 4-8 Service, D-1 to D-3 Site requirement, 1-1, B-1 Specification, B-1 to B-2 power supply, B-2 RD54, B-2 Static, 1-1 System controller options table, 3-8 System tests, Vdc regulators, 3-3 VOLT SEL. See voltage switch Voltage switch, 1-8, 2-4, 3-5 troubleshooting, Serial number location, \f 3-8, A-2 S 1-14 1-9, 1-14, 4-1 X XXDP+ formatting with an RQDX3, 1-12 to 1-15
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