diff --git a/EK-RF71D-IM-001.pdf b/EK-RF71D-IM-001.pdf new file mode 100644 index 0000000..7edbfa0 Binary files /dev/null and b/EK-RF71D-IM-001.pdf differ diff --git a/EK-RF71D-IM-001.tex b/EK-RF71D-IM-001.tex new file mode 100644 index 0000000..24afd9a --- /dev/null +++ b/EK-RF71D-IM-001.tex @@ -0,0 +1,867 @@ +\documentclass{decsectionalv2} +\product{RF71 Integrated Storage Element} +\title{Installation Manual} +\ordernumber{EK-RF71D-IM-001} +\author{digital equipment corporation} +\address{maynard, massachusetts} +\pubmonth{January} +\pubyear{1989} + +\renewcommand\seename{See} +\renewcommand\see[2]{\par\hspace*{1em}\seename #1} + +\makeatletter +\newcommand{\Index}[1]{\imki@wrindexentry{MyIndex}{#1}{\thechapter-\thepage}} +\makeatother +\makeindex[name=MyIndex, columns=2, title=Index, options= -s dec_2column.ist] + + +\begin{document} +\maketitle + +\toc + +\newpage +\uchapter{About This Manual} +\thispagestyle{preface} +This manual provides information and procedures for installing the RF71 +integreated storage element (ISE) into the BA213, BA215 and R215F +enclosures. + +\subsection*{Intended Audience} + +This document is intended for Digital Field Service personnel or qualified +self-maintenance customers only. + +\subsection*{For the Customer} + +The RF71 ISE is intended for use in systems with either a KA640 CPU or +Digital Storage System Interconnect (DSSI) adapter, such as the KFQSA +adapter, installed. + +It is the customer's responsibility to perform a software backup prior to +the arrival of Digital Field Service personnel at the site. This step is +important to ensure data is not lost during any installation process. + +If you are not qualified to install the RF71 ISE, call Digital Field Service +to schedule an installation. + +To install the RF71, follow the instructions and procedures for your +system outlined in this manual. If you have any difficulty performing the +installation, call Digital Field Service for assistance. +\newpage +Customers may order additional documents from: + +\begin{quote} +Ditgital Equipment Corporation\\ +Peripherals and Supplies Group\\ +P.O. Box CS2008\\ +Nashua, NG 03081 +\end{quote} + +\subsection*{For Field Service} + +The RF71 ISE can be used on any MicroVAX system that has a DSSI +storage adapter installed. The procedures in this manual can +be followed if an adapter and all necessary DSSI cabling are in place. +Refer to your system or adapter installation manual for instructions +on installing, configuring, and cabling a DSSI subsystem. + +To install the RF71 ISE, follow the installation procedures for the +appropriate system outlined in this manual. When you have completed +the installation, submit a labor activity reporting system (LARS) form. +For installation on completing this form, contact your unit manager. + +Digital personnel may order hardcopy documents from: + +\begin{quote} +Digital Equipment Corporation\\ +444 Whitney Street\\ +Northboro, MA 01532\\ +Attn: Publishing and Circulation Services\\ +EK-RF71D-IM-001.tex(NR03/W3) Order Processing Section +\end{quote} + +\newpage +\setcounter{page}{1} +\pagenumbering{arabic} +\pagestyle{main} + +\chapter{General Information} +This chapter describes the RF71 integrated storage element (ISE) and the +enclosures into which it can be installed. + +All installations should be documented using LARS. The correct system +name, option name, and serial numbers should be recorded for proper +installation tracking. + +\section{RF71 ISE Overview} + +The RF71 ISE (\figref{1-1}) is a full-height, 5-1/4-inch fixed disk mass +storage device. It is one of a family of storage devices based on the Digital +storage architecture (DSA) utilizing the DSSI bus and interface. The term +integrated storage element (ISE) refers to the fact that the RF71 has +embedded within it an intelligent controller and Mass Storage Control +Protocol (MSCP) server. + +DSSI devices support up to seven ISEs daisy chained through a single +cable to an adapter in the host. DSSI adapters can be adapters embedded +within a CPU module (for example the KA640 module) or non-embedded +modules, such as the KFQSA adapter. + +\fig{RF71-ISE-IMAGE}{The RF71 Integrated Storage Element} + +\section{The BA213 Enclosure} + +The BA213 enclosure (\figref{1-2}) has a mass storage bay above the card +cage that contains either a TK70 tape drive or a TK50 tape drive, and up +to three DSSI ISEs. + +Mass storage devices are mounted sideways on shock-mounting hardware +with a sliding track attached to each side of the device. One shock-resistant +support attaches to the top of the mass storage, and +the other support attaches to the bottom of the device. The supports +are attached by two screws enclosed in rubber shock bushings. The +shock-mounting hardware is different for each ISE model that can be +installed. +\fig{RF71-BA213-IMAGE}{The BA213 Enclosure} + +\section{The BA215 Enclosure} +EK-RF71D-IM-001.tex +The BA215 enclosure (\figref{1-3}) has a mass storage bay that extends +across the top of the enclosure. It contains a TK70 tape drive or TK50 +tape drive, and either one or two ISEs. + +Mass storage devices are mounted sideways on shock-mounting hardware, +with a sliding track attached to each side of the device. One shock-resilient +support attaches to the top of the mass storage area, and the other support +attaches to the bottom of the device. The supports are attached by two screws +enclosed in rubber shock bushings. The shock-mounting hardware is different +for each ISE model that can be installed. + +\fig{RF71-BA215-IMAGE}{The BA215 Enclosure} + +\section{The R215F Enclosure} + +The RF215F enclosure is a BA215 enclosure with the card cage removed +and an additional mass storage bay. It has three mass storage bays: two +bays in the top of the cabinet, and a third bay in the misdle of the cabinet. +Each mass storage bay can hold one 13.3 cm (5.25-inch) ISE. \figref{1-4} is +a typical RF215 configuration that includes an RF215F expansion enclosure +and a MicroVAX 3400 in a BA213 enclosure. + +Mass storage devices are mounted sideways on shock-mounting hardware +with a sliding track attached to each side of the device. One shock-resistant +support attaches to the top of the mass storage are, and the other support +attaches to the bottom of the device. The uspports are attached by two screws +enclosed in rubber shock bushings. The shock-mounting hardware is different +for each ISE model installed. + +\fig{RF71-R215F-IMAGE}{R215F Configuration (Example)} + +\chapter{Unpacking Information} + +Unpacking the RF71 ISE consists of removing it from the shipping +container and inspecting for damage. Report any damage to the shipper +and notify your Digital representative. + +\section{Unpacking Instructions} +\begin{enumerate} +\item Before opening any container, check for external damage such as +dents, holes, or crushed corners. +\item Open and unpack the shipping container. Remove the ISE from the +conductive plastic bag. +\end{enumerate} + + +\caution{When handling the RF71 ISE, observe all precautions to be sure +that you do not damage the device by accidental electrostatic +discharge.} + +\note{Shipping containers and packing materials should be retained for +possible future use.} + +\figref{2-1} illustrates all the parts included in the RF71E-SF Option Kit. + +\fig{RF71-RF71E-SF}{RF71E-SF Option Kit} + +\section{Inspection} + +\begin{enumerate} +\item Inspect the RF71 ISE for physical damage. +\item Check the contents agains the bill of materials. \tabref{2-1} lists the +parts supplied with the RF71E-SF (field installed) option kit. +\end{enumerate} + + +\begin{tbl}{Parts List for the RF71E-SF Option Kit}{l l l} +\textbf{Part Number} & \textbf{Quantity} & \textbf{Description}\\ +\hline +RF71-SA & 1 & RF71-AA (ISE without skid plate) \\ +70-25452-03 & 1 & Upper shock mount \\ +70-25453-04 & 1 & Lower shock mount \\ +74-35498-01 & 2 & Slide rails \\ +90-00039-28 & 4 & Slide rail mounting screws \\ +17-01936-01 & 1 & DSSI OCP cable (10-conductor) \\ +12-267766-19 & 10 & DSSI node ID plugs \\ +EK-RF71D-IM & 1 & RF71 ISE Installation Manual \\ +EK-RF71D-UG & 1 & RF30{/}RF71 ISE User Guide \\ +\end{tbl} + +\chapter{Controls and Indicators} + +This chapter describes the controls and indicators for the RF71 ISE. + +\section{RF71 ISE Switches and LEDs} + +\figref{3-1} shows the location of the switches and LEDs on the RF71 ISE. + +\fig{RF71-SWITCHES}{RF71 ISE Switch and LED Locations} + +\subsection{DSSI Node ID Select Switches} + +The RF71 ISE had a DIP switchpack located next to the DSSI connector +that is used to assign a DSSI node IDE number to the ISE. Each device on +the DSSI bus must be assigned a unique node IDE between zero and seven. + +Assignment of the DSSI node ID is made during installation by setting +the 3-position DIP switch to the binary equivalent of the desired ID +number (see \tabref{3-1}). + +\begin{tbl}{DSSI Node ID Selection}{c l l l} +\textbf{DSSI Node} & \multicolumn{3}{l}{\textbf{Switch Positions\textsuperscript{1}}} \\ +\textbf{Address} & \textbf{Switch 1} & \textbf{Switch 2} & \textbf{Switch 3} \\ +\hline +0 & Down & Down & Down \\ +1 & Down & Down & Up \\ +2 & Down & Up & Down \\ +3 & Down & Up & Up \\ +4 & Up & Down & Down \\ +5 & Up & Down & Up \\ +6 & Up & Up & Down \\ +7\textsuperscript{2} & Up & Up & Up \\ +\hline +\multicolumn{4}{l}{\textsuperscript{1}Up is toward the HDA, down is toward the module.}\\ +\multicolumn{4}{l}{\textsuperscript{2}Normally assigned to a host node.}\\ +\end{tbl} + +\note{These switches are ignored by the RF71 ISE when it is connected to an operator control +panel (OCP). In this case, use the OCP controls described in \hyperlink{section.3.9}{Section 3.9} +to select the DSSI node ID.} + +\subsection{READY Indicator} + +This indicator is a green LED. When the ISE is powered up, this indicator is turned on. After successful +completion of the power-on self-test (POST), the indicator is turned off until the ISE is read/write ready. + +The READY LED is turned off during a seek until the drive heads are on a cylinder +and read/write ready. Then the indicator is turned on again for as long as the heads remain +on track. Thus, during read or write operations, the indicator flickers on and off rapidly. + +\subsection{FAULT Indicator} + +This indicator is a red LED. It is turned on when a read/write error or serious physical +error condition is detected. Initially, when the ISE is powered up, this indicator +is turned on. Upon successful completion of POST, this indicator is turned off. + +\section{Operator Control Panel (OCP)} + +When the RF71 ISE is installed in a BA213, BA215 or R215F enclosure, +the operator interfave is a control panel on the enclosure. \figref{3-2} +shows the OCP. Its functions are described in \tabref{3-2}. Each RF-series +ISE is connected to the OCP through a 10-conductor ribbon cable. + +The OCP has three columns of controls and indicators. The standard convention is +to use the right column for ISE 0, the center column for ISE 1, and the left column +for ISE 2. Note, howeverm that the DSSI node IDE address is determined by the drive +select plug rather than its position on the OCP. The address that will be assigned to +the ISE is labeled on the plug. + +\note{The DSSI address assigned by the plug is read only during the power-up sequence. If +you change the plugs without reinitialising the ISE by a power-up or reset, the new DSSI +address is not recognised.} + +\caution{Do not install two plugs with the same number on the OCP.} + +\fig{RF71-OCP-LAYOUT}{BA200-Series Operator Control panel for DSSI ISEs} + +\begin{tbl}{Description of OCP Indicators and Switches}{p{1cm} p{1cm} p{8cm}} +\textbf{Control/{\newline}Indicator} & \textbf{Setting} & \textbf{Function} \\ +\hline +\multirow[t]{2}{1cm}{System DC OK} & On & DC power is within regulation. \\ + & Off & DC power not present or not + within regulation. \\ +\multirow[t]{2}{1cm}{Drive Select Plug} & Installed & Sets DSSI node ID to the number + specified on the plug (normal + operating position). Plug must + be installed if ISE is connected + to OCP. \\ + & Removed & DSSI address indefined. If ISE + is present, Fault LED flashes + rapidly. \\ +\multirow[t]{4}{1cm}{Fault LED} & On & Fault condition is present. \\ + & Off & No fault (normal operating + condition). \\ + & Flashing & Module-to-HDA calibrations + are being performed. \\ + & Flashing & OCP failure or drive select + plug missing. \\ +\multirow[t]{2}{1cm}{Write-{\newline}Protect} & Out{\newline}LED off & The system can read and write + to the disk (normal operating + position) \\ + & In{\newline}LED on & The system cannot write to the + disk. The system can still read + from the disk. \\ +\multirow[t]{2}{1cm}{Ready} & Out{\newline}LED on & ISE is on-line (normal operating + position). The system can read + from and write to the disk. \\ + & In{\newline}LED off & ISE is off-line. The system + cannot read from or write to + the disk. \\ +\multirow[t]{2}{1cm}{CPU Halt} & In{\newline}LED on & The CPU is in console IO mode. + The console emulation program + is running. \\ + & Out{\newline}LED off & The CPU can run system software + (normal operating position). \\ +Restart & Pressed & Reinitialises system state. + Work in progress is lost. \\ +\end{tbl} + + +\chapter{Installation Procedure} + +This chapter explains how to install the RF71 ISE into a BA200 Series enclosure. + +\caution{Only qualified service personnel should attempt this installation procedure. +Before beginning the installation, make sure that the system manager has backed up +all files. Have the system manager perform a shutdown of the operating system before +turning the power off.} + +\section{The BA213 Enclosure} + +The BA213 enclosure holds up to three RF71 ISEs and a tape storage device. \figref{4-1} +shows a standard DSSI configuration in a BA213 enclosure. + +To install an RF71 ISE in the BA213 enclosure, use the following procedure. This procedure +is written on the assumption that either a KA640 module or a KFQSA adapter module is already +installed in the system, and that DSSI cabling is in place. Refer to your system or +adapter documentation for instructions on installing these devices. + +\fig{RF71-BA213-DSSI}{The BA213 Enclosure with DSSI ISEs} + +\subsection{Opening the Enclosure} + +The front door has a 3-position lock that limits access to system controls. +The controls are located behind a plastic window at the upper right of the +cover (\figref{4-2}). Open the door as follows: + +\begin{enumerate} +\item Insert the key into the lock on the front door. Turn the key to the + bottom position (fully clockwise). + +\item Slide the window all the way down. + +\item Turn the \keystroke{1 0} power switch off (to the right) and unpluf the ac power + cord from the wall outlet. + +\item Pull the release latch outward and use the latch as a hand grip to lift + the front door and remove it from the system (\figref{4-2}). +\end{enumerate} + +\caution{Do not use a screwdriver or other tool to pry open the release latch +as this may damage the latch.} + +\fig{RF71-BA213-LATCH}{BA213 Front Cover Removal} + +\subsection{Gaining Access to the Mass Storage Bays} + +\begin{enumerate} +\item Remove the media faceplate from the front panel of the mass storage bays + by releasing the five captive screws and pulling the cover forward + (\figref{4-3}). + +\item Remove the two screws from the top of the OCP chassis and lift the + OCP out of the enclosure. +\end{enumerate} + +\fig{RF71-BA213-ACCESS}{Removing the Media Faceplate and OCP} + +\subsection{Installing the Mass Storage Shock Mounts} + +Install the upper and lower shock mounts in the mass storage bay +using the following procedure: + +\caution{Make sure to install the shock mounts shipped with the option +kit. Check the part number against \tabref{2-1}. Installing the wrong +shock mounts may result in damage to the ISE.} + +\begin{enumerate} +\item Carefully disconnect any cables that are in the way and mark them + for reinstallation later. + +\item Make sure the metal shipping brackets are in the released position. + Instructions for releasing the shipping brackets are printer on a + sticker attached to the front of the OCP. +\end{enumerate} +\caution{Release the shipping brackets before operating the ISEs or they +may be damaged.} +\begin{enumerate}[resume] +\item Using a short flat-head screwdriver, attach the top bracket assembly + to the screw holes in the top of the appropriate mass storage bay. + Make sure the open end of the bracket is facing the rear of the mass + storage area. + +\item Holding the bottom bracket assembly, place the hole on the metal + grounding strip located on the rear of the assembly over the exposed + threads of the rear screw (\figref{4-4}). + +\item Using a short flat-head screwdriver, attach the bottom bracket + assembly to the two screw holes in the bottom of the appropriate + mass storage area. Make sure the open end of the bracket is facing + the rear of the mass storage area. +\end{enumerate} + +\fig{RF71-SHOCK-INSTALL}{Attaching the Metal Ground Strip} + +\subsection{Installing the ISE Into the Enclosure} + +\caution{The RF71 ISE is susceptible to electrostatic damage. Do not +handle it unless you are wearing an antistatic wrist strap that is +properly grounded to the system cabinet. When you have removed +the ISE from its shipping container, place it on an antistatic pad. +Use the static-protective Field Service kit (PN 29-26246).} + +\begin{enumerate} +\item Install the slide rails using the four screws provided (\figref{4-5}). +\end{enumerate} + +\caution{Make sure you use the screws provided. Longer screws may +damage the ISE.} + +\fig{RF71-INSTALL-SLIDE}{Installing the Slide Rails} + +\begin{enumerate}[resume] +\item Slide the ISE into the mass storage bay (drive module to the left) and + hand tighten the slide rail screws. + +\item Connect the power cable to the ISE. + +\item Use the 10-conductor cable provided to connect the ISE to the OCP. + +\item Connect the DSSI cable to the ISE. + +\item Replace the OCP and the media faceplate. + +\item Install the correct drive select plug on the OCP. +\end{enumerate} + +\section{The BA215 Enclosure} + +The BA215 enclosure holds one or two RF71 ISEs and a TK70 tape drive +or TK50 tape drive. + +\subsection{Removing the Front Panel} +The front panel has a 3-position lock that limits access to the system controls. +The controls are located behind a plastic window at the upper right of the +cover. + +Remove the front panel as follows: + +\begin{enumerate} +\item Insert the key into the lock on the front door. Turn the key to the + bottom position (fully clockwise). + +\item Slide the window all the way down. + +\item Turn the \keystroke{1 0} power switch off (to the right) and unplug the ac power + cord from the wall outlet. + +\item Pull the release latch outward and use the latch as a hand grip to lift + the front door and remove it from the system. +\end{enumerate} +\caution{Do not use a screwdriver or other tool to pry open the release +latch as this may damage the latch.} + +\subsection{Gaining Access to the Top Mass Storage Bays} +\caution{Static electricity can damage integrated circuits. Use an +antitstatic wrist strap and mat when performing this procedure.} + +\begin{enumerate} +\item Release the four captive screws that hold the media faceplate to the + BA215 frame and remove the faceplate. + +\item Remove the screw from the top of the OCP chassis ans lift the OCP + out of the enclosure. + +\item The shipping brackets inside the mass storage area(s) should have + been released during installation of the unit. If they were not + released, make sure the four orange plain-slotted screws are loosened + to release the shipping brackets. Retighten the screws against the + frame after the brackets are released. +\end{enumerate} +\caution{Failure to release the shipping brackets prior to use may result in +damage to the ISEs.} + +\begin{enumerate}[resume] +\item Remove the terminator and DSSI cable. +\end{enumerate} + +\subsection{Installing the RF71 ISE} +\caution{The RF71 ISE is susceptible to electrostatic damage. Do not +handle it unless you are wearing an antistatic wrist strap that is +properly grounded to the system cabinet. When you have removed +the ISE from its shipping container, place it on an antistatic pad. +Use the static-protective Field Service kit (PN 29-26246).} + +\begin{enumerate} +\item Install the upper and lower shock mounts in the mass storage bay + using the procedure outlined in \hyperlink{subsection.4.1.3}{Section 4.1.3}. +\end{enumerate} + +\caution{Make sure you install the shock mounts shipped with the devices. +Check the part number agains \tabref{2-1}. Installing the wrong +shock mounts may result in damage to the ISE.} + +\begin{enumerate}[resume] +\item Slide the ISE into the mass storage bay (drive module to the left) and + hand tighten the slide rail screws. + +\item Connect the power cable to the power connector on the ISE (see \figref{4-6}). + +\item Use the 10-conductor cable provided to connect the ISE to the OCP. + +\item Connect the DSSI cable to the DSSI connector on the ISE. + +\item Replace the OCP and the media faceplate. + +\item Install the correct drive select plug on the OCP. +\end{enumerate} + +\fig{RF71-CONNECTOR-LOCS}{DSSI Bus, Power, and OCP Connectors} + +\section{The R215F Enclosure} +The R215F expansion enclosure holds up to three RF21 ISEs. + +\subsection{Removing the Front Panel} + +The front panel has a 3-position lock that limits access to system controls. +The controls are located behind a plastic window at the upper right of the +cover. + +Remove the front panel as follows: + +\begin{enumerate} +\item Insert the key into the lock on the front door. Turn the key to the + bottom position (fully clockwise). + +\item Slide the window all the way down. + +\item Turn the \keystroke{1 0} power switch off (to the right) and unplug the ac power + cord from the wall outlet. + +\item Halt any bus activity on the host system. Then, remove the DSSI + expansion cable. +\end{enumerate} +\caution{Make sure you stop any bus activity before removing the DSSI +expansion cable to prevent high error rates.} +\begin{enumerate}[resume] +\item Loosen the two slotted captive screws attaching the DSSI cable to the + R215F bis connector (immediately to the left of the OCP) and remove + the cable. + +\item Pull the release latch outward and use the latch as a hand grip to lift + the front door and remove it from the system. +\end{enumerate} +\caution{Do not use a screwdriver or other tool to pry open the release +latch as this may damage the latch.} + +\subsection{Gaining access to the Top Mass Storage Bays} +\caution{Static electricity can damage integrated circuits. Use an antistatic +wrist strap and mat when performing this procedure.} + +\begin{enumerate} +\item Loosen the four captive screws that hold the top media faceplate to + the R215F frame and remove the faceplate (\figref{4-7}). + +\item Remove the two screws from the top of the OCP chassis and lift the + OCP out of the enclosure. +\end{enumerate} + +\fig{RF71-B215F-SCREWS}{Removing the Top Media Faceplate} + +\begin{enumerate}[resume] +\item The shipping brackets inside the mass storage area(s) should already + have been released during installation of the unit. If they were not + released, make sure the four orange plain-slotted screws are loosened + to release the shipping brackets. Retighten the screws against the + frame after the brackets are released (see \figref{4-6}). +\end{enumerate} + +\caution{Failure to release the shipping brackets prior to use may result in +damage to the ISEs..} + +\fig{RF71-B215F-SHIPPING}{R215F Shipping Bracket Screws} + +\subsection{Gaining Access to the Bottom Storage Bay} +\caution{Static electricity can damage integrated circuits. Use an +antistatic wrist strap and mat when performing this procedure.} + +Loosen the four captive screws that hold the bottom media faceplaye to +the R215F frame and remove the faceplate (\figref{4-9}). + +\fig{RF71-R215F-LOWER}{Removing the Bottom Media Faceplate} + +\subsection{Installing the RF71 ISE} + +\caution{The RF71 ISE is susceptible to electrostatic damage. Do not +handle it unless you are wearing an antistatic wrist strap that is +properly grounded to the system cabinet. When you have removed the ISE from +its shipping container, place it on an antistatic pad. Use the static-protective +Field Service kit (PN 29-26246).} + +\begin{enumerate} +\item Install the upper and lower shock mounts in the mass storage bay + using the procedure outlined in \hyperlink{subsection.4.1.3}{Section 4.1.3}. +\end{enumerate} + +\caution{Make sure you install the shock mounts shipped with the device. +Check the part number against \tabref{2-1}. Installing the wrong shock mounts +may result in damage to the ISE.} + +\begin{enumerate}[resume] +\item Install the slide rails using the four screws provided. Refer to +\figref{4-5} for the location of the screws. +\end{enumerate} + +\caution{Make sure you use the screws provided. Longers screws may +damage the ISE.} + +\begin{enumerate}[resume] +\item Slide the ISE into the mass storage bay (drive module to the left) and + hand tighten the slide rail screws. + +\item Connect the power cables to the ISE. + +\item Use the 10-conductor cable provided to connect the ISE to the OCP. + +\item Connect the DSSI cable to the ISE. + +\item Replace the signal distribution assembly and the media faceplate. + +\item Install the correct drive select plug on the OCP. +\end{enumerate} + +\chapter{Verification} + +This chapter explains how to verify the correct operation of the ISE once it is installed. + +\section{Verifying the Correct Operation of an ISE} + +\begin{enumerate} +\item Check all cable connections to the device. Make sure all connectors + are seated properly and that there is an appropriate amount of slack + in the DSSI cable to allow for vibration of the ISE. + +\item Replace all panels on the enclosure. + +\item Make sure the DSSI cable is properly connected to both host and + expansion box (if applicable). + +\item Apply power to the host and to the expansion box (if applicable). The + RF71 ISE goes through the power-on self-test (POST) described in + \hyperlink{chapter.6}{Chapter 6}. Make sure the green LED in the + center of the READY button on the OCP comes on for that ISE. If the red + FAULT LED comes on, test the ISE. + +\item Once the READY LED lights, access the local program DRVTST using + the following procedure: + +\begin{enumerate} + \item For a MicroVAX running VMS Version 5.0 or later, type the + following command: + + \texttt{\$ SET HOST/DUP/SERVER-MSCP\$DUP/TASK-DRVTST node-name} + + where: + + node-name = the node name of the device + + Add the qualifier /log=filename.exe to produce a file in your + directory of what appears on the screen. + + To learn the node name of the device, type either SHOW DEVICES + or SHOW CLUSTER at the \$ prompt. + + \item For a MicroVAX using a KA640 module with an embedded DSSI + adapter, use the following console command: + + \texttt{{>}{>}{>} SET HOST/DUP/DSSI \#} + + where: + + \# is the DSSI node address of the device you want to access. + + To learn the DSSI node address and node names of the DSSI devices, use + the following console command: + + \texttt{{>}{>}{>} SHOW DSSI} + + \end{enumerate} +\end{enumerate} + + +\note{To abort or prematurely terminate the program and return +control to the system, press \keystroke{CTRL/C} or \keystroke{CTRL/Y}.} + +\begin{enumerate}[resume] +\item Once DRVTST passes, use PARAMS to set device parameters such as + node name and allocation class. + +\item Fill out a LARS form to complete the installation. +\end{enumerate} + +\chapter{Diagnostics} + +This chapter describes the diagnostics available for verifying the operation +of the RF71 ISE. + +\section{Power-On Self-Test (POST)} + +All DSSI devices run a power-on self-test (POST) at power-up or when +the device is reset to check the integrity of the device hardware. POST +has two functions: it performs a sequence of tests to check that the ISE +hardware is functioning properly, and it performs start-up procedures to +make the ISE operational before becoming available to the host. + +POST is executed whenever power is applied. If it is executed successfully, +the green READY indicator lights and the red FAULT indicator goes out. +If POST fails, the red FAULT indicator remains lit and the READY +indicator does not come on, or both indicators remain on. + +When POST is initialised, it first activates the spindle spin-up sequence. +Spindle spin-up is started first because of the time required for the +spindle to come up to speed. Other tests are performed while the spindle +is spinning up. When there is more than one ISE on the system, spindle +spin-up is staggered to limit the starting current drawn from the power +supply for this function. The system controls the staggering through the +ACOK signal. + +POST is also used to handle the following types of error conditions: + +\begin{enumerate} +\item \textit{Controller errors} - These are error caused by the hardware + associated with the controller function of the drive module. + These errors are fatal to the operation of the ISE, since the + controller can't establish a logical connection to the host. + The result of a failure due to controller error is that the + red FAULT LED lights. + +\item \textit{Device errors} - These are errors caused by the hardware + associated with the device control function of the drive + module. These errors are not fatal, since the ISE can establish + a logical connection and report the error to the host. The + result of failure due to an ISE error is that both LEDs + go out for about one second, then the red FAULT LED lights. + In this case, run either DRVTST, DRVEXR, or PARAMS (as + explained in the next section) to determine the error code. +\end{enumerate} + +\section{Device Resident Diagnostics} + +The RF71 ISE uses the following local programs to run device diagnostics. +These programs use the Diagnostic Utility Protocol (DUP) standard +dialog. + +\begin{itemize} +\item \textit{DIRECT} - provides the directory of available local programs +\item \textit{DRVTST} - verifies that the hardware is functioning properly +\item \textit{DRVEXR} - exercises the RF30 ISE +\item \textit{HISTRY} - displays information retained by the ISE +\item \textit{ERASE} - erases all user data from the ISE +\end{itemize} + +A description of each diagnostic local program follows, including a table +showing the dialogue of each program. The table also indicates the type +of messages contained in the dialogue, although the screen display does +not indicate the message type. Message types are abbreviated as + +\begin{itemize} +\item \textit{Q} - question +\item \textit{I} - information +\item \textit{T} - termination +\item \textit{FE} - fatal error +\end{itemize} + +Local programs can be accessed by using console commands (for MicroVAX +3000-series systems) or the MDM utility, or through VMS using the SET +HOST/DUP command. Once the connection is established, operations are +performed under the control of the local program. When the program +terminates, control is returned to the system. + +\subsection{DIRECT} + +DIRECT provides a directory of all available local programs resident in +the RF71 ISE. An example of a DIRECT program display is: + +\begin{ttfig*} + Copyright © 1988 Digital Equipment Corporation + DIRECT V1.0 D 1-NOV-1988 13:39:09 + DRVEXR V1.1 D 1-NOV-1988 13:39:09 + DRVTST V1.1 D 1-NOV-1988 13:30:09 + ERASE V1.3 D 1-NOV-1988 13:30:09 + HISTRY V1.0 D 1-NOV-1988 13:30:09 + PARAMS V1.2 D 1-NOV-1988 13:30:09 + End of Directory +\end{ttfig*} + +\subsection{DRVTST} + +DRVTST invokes a comprehensive test of the RF71 ISE hardware. Errors +detected by this program are isolated to the FRU level. Dialogue for this +test includes: + +\begin{tbl}{}{p{1cm} l} +\textbf{Message Type} & \textbf{Message} \\ +\hline +I & Copyright \copy 1988 Digital Equipment Corporation \\ +Q & Write/read anywhere on the medium? [1=yes/(0=no)] \\ +Q & User data will be corrupted. Proceed? [1=yes/(0=no)] \\ +I & 5 minutes to complete. \\ +T & Test passed. \\ +\multicolumn{2}{c}{or} \\ +FE & Unit is currently in use. \textsuperscript{1} \\ +FE & Operation aborted by user. \\ +FE & xxxx - Unit diagnostics failed. \textsuperscript{2} \\ +FE & xxxx - Unit read/write test failed. \textsuperscript{2} \\ +\hline +\multicolumn{2}{p{10cm}}{\textsuperscript{1}This can mean either +the device is inoperative, is in use by a host, or is currently running +another local program.} \\ +\multicolumn{2}{p{10cm}}{\textsuperscript{2}For the available +error codes, refer to the diagnostic error code table at the end of this +chapter.} \\ +\end{tbl} + +Answering no to the first question results in a read-only test, and +DRVTST writes are limited to a diagnostic area on the disk. Answering +yes to the first question results in the second question being asked. + +Answering no to the second question has the same effect as answering no +to the first question. Answering yes to the second question permits write +and read operations anywhere on the medium. + +\note{If the WRITE PROTECT switch on the OCP is pressed in (LED on) +and the answer to the second question is yes, the device does not +allow the test to run. The error message ``2006 - Unit read/write +test failed'' is displayed. In this case, the test has not failed, but +has been prevented from running.} + +DRVTST resets the ECC error counters and then calls the timed I/O +routine. After the timed I/O routine completes (five minutes), DRVTST +saves the counters again. It computes the uncorrectable error rate and +byte (symbol) error rate. If either rate is too high, the test fails and the +appropriate error code is displayed. + +\howtoorder +\end{document} + diff --git a/EK-VSTAA-MG-001-ch4.tex b/EK-VSTAA-MG-001-ch4.tex new file mode 100644 index 0000000..1ae21e1 --- /dev/null +++ b/EK-VSTAA-MG-001-ch4.tex @@ -0,0 +1,156 @@ +\chapter{Video Monitor Adjustments (VAXstation 2000)} +\setcounter{page}{1} + + +\section{Introduction} + +This chapter describes how to adjust the VR260 monochrome monitor for +its best picture. Alignment and adjustments for MicroVAX 2000's terminals +are not covered in this guide. See the terminal's pocket service guide for +all alignments to MicroVAX 2000's terminals. + +\section{VR260 Monochrome Monitor} + +Adjustments to the monitor are made with its cover removed. If the monitor's +cover is not already removed, remove it (\para{3.12.1}) and then +reconnect the power cable and the video cable to the monitor. + +FoUow the procedures in order. The success of one adjustment may depend +on the accuracy of preceding checks and adjustments with the exception of +the focus and G2 adjustments. + +When the procedure teils you to display a test pattern, enter console mode +(\para{2.2.2}), attach a loopback connector (p/n 29-24795) to the 25-pin +communication port, and then type the appropriate test command listed in +\tabref{4-1}. \tabref{4-1} lists the base video alignment patterns and the test +commands that invoke them. + +\begin{tbl}{Base Video Alignment Test Commands}{c l c} +\textbf{Test Command} & \textbf{Test Pattern} & \textbf{Loopback Required} \\ +\hline +60 & Circle cross-hatch & X \\ +61 & Screen of all E's & \\ +62 & White screen pattern & \\ +\end{tbl} +\newpage +You will need the followine tools to adjust the VR260 monitor. + +\begin{itemize} +\item Alignment tool (p/n 29-24746-00) +\item Metric measuring tape (p/n 29-25342) +\end{itemize} + +\subsection{Preparations} +\begin{enumerate} +\item Switch on power to the VR260 monitor and the system. + +\item Set the brightness and contrast controls to their maximum positions (\figref{4-1}). + +\item Wait 30 seconds for the monitor to warm up, then adjust the brightness + to extinguish the raster. + +\item Adjust the contrast for normal viewing level. +\end{enumerate} + +Refer to \figref{4-2} for the adjustment locations on the VR260 monitor. + +\newpage + +\fig{MA-7567-83}{Brightness and Contrast Controls} +\newpage + +\fig{MA-0116-87}{VR260 Infernal Adjustment Locations} +\subsection{Horizontal and Vertical Linearity and Focus +Adjustments} +\begin{enumerate} +\item Display the circle cross-hatch pattern (TEST 60). If the customer is having + problems with text, display the all E's pattern (TEST 61) for a + reference check. + +\newpage + +\item Adjust the horizontal linearity (UN) (use the hex trimpot) for horizontal + uniformity of the squares across the display. The display should contain + 32 horizontal squares and fill the screen. Refer to \figref{4-3}. + +\fig{MA-0117-87}{Circle Cross-Hatch Display} + +\item Adjust the vertical linearity (VL) (use the flat-bladed trimpot) for vertical + uniformity of the squares up and down the screen. The display should + contain 27 vertical squares and fill the screen. + +\item Adjust the focus (use a long handled flat-blade screwdriver) for the best + vertical/horizontal line sharpness. Check an intersection of the crosshatch + pattern that is at least three squares in from any one of the four corners. +\end{enumerate} +\newpage +\subsection{Width, Height, and Centering Adjustments} + +\begin{enumerate} +\item Display the white screen display (TEST 62). + +\item Adjust the brightness so the raster is visible. + +\item Adjust the contrast for normal viewing level. + +\item Adjust horizontal centering (H CENT) (use the flat-blade screwdriver) + until the raster is centered. + +\item Adjust the horizontal phase (HP) so the video is centered in the raster. + +\item Adjust the brightness to extinguish the raster. + +\item Measure the width of the display with the tape measure as shown in + \figref{4-4}. The display should have a 334 mm width. Adjust width (use + the hex trimpot) until the display measures 334 mm across. + +\caution{Avoid scratching the screen surface with the metal clip of the tape. + Start the measurement at 10 cm (100 mm) as shown below.} + +\fig{MA-0756-85}{Width and Height Measurements} +\newpage +\item Adjust the vertical height (VH) and the vertical centering (VC) so that + the display touches the top and bottoni edges of the screen at the same + time. + +\item Measure the height of the display with the tape measure. The display + should have a 282 mm height. Adjust the vertical height (VH) until the + display measures 282 mm top to bottom. + +\end{enumerate} + +\subsection{Rechecklng the Display} + +\begin{enumerate} +\item Display the circle cross-hatch pattern (TEST 60). + +\item Check the vertical and horizontal linearity of the Squares. Readjust if + needed (\para{4.2.2}, steps 2 and 3). + +\item Check the vertical and horizontal centering, the height, and the width + of the display. Readjust if needed (\para{4.2.3}). +\end{enumerate} + +\subsection{Adjusting Minimum Raster} +\begin{enumerate} +\item Set the brightness to maximum and the contrast to minimum. A raster + should be faintly visible. + +\item If no raster is visible, adjust G2 (use a flat-blade screwdriver) until a + raster is faintly visible. + +\item Adjust the brightness and contrast for normal viewing. +\end{enumerate} + +\subsection{Reassembling the VR260 Monitor} + +\begin{enumerate} +\item Switch the System power switch and the monitor power switch off. + +\warning{Wait at least 30 seconds after you turn off power to unplug the + power cord. Static electricity dissipates for 30 seconds after power is tumed off.} + +\item Disconnect the power cord and the video cable from the monitor. + +\item Reverse the procedure in \para{3.12.1}. +\end{enumerate} diff --git a/decsectionalv2.cls b/decsectionalv2.cls new file mode 100644 index 0000000..29746c0 --- /dev/null +++ b/decsectionalv2.cls @@ -0,0 +1,130 @@ +\NeedsTeXFormat{LaTeX2e} +\ProvidesClass{decsectionalv2}[2025/03/24 Digital Equipment Corporation] +\LoadClass{decv2} + +\setcounter{secnumdepth}{5} + +\titleformat{\chapter}[display]{\raggedleft\fontfamily{phv}\selectfont\bfseries\Large}{\huge \thechapter}{-0.5em}{}[\hrule] +\titlespacing{\chapter}{0pc}{0pc}{0pc} + + +\titleformat{\section}{\raggedright\fontfamily{phv}\selectfont\bfseries\huge}{\thesection \hspace{1em}}{0.0em}{}[] +\titlespacing{\section}{0em}{1em}{1em} + +\titleformat{\subsection}{\raggedright\fontfamily{phv}\selectfont\bfseries\LARGE}{\thesubsection\hspace{1em}}{0.0em}{}[] +\titlespacing{\subsection}{0em}{1em}{1em} + +\titleformat{\subsubsection}{\raggedright\fontfamily{phv}\selectfont\bfseries}{\thesubsubsection\hspace{1em}}{0.0em}{}[] +\titlespacing{\subsubsection}{0em}{0.4em}{-0.4em} + + + +\renewcommand{\boilerplate}{% + \justifying + \setlength{\parindent}{0pt} + \thispagestyle{empty} + \footnotesize + + \vspace*{4cm} + + First Edition, {\@pubmonth} {\@pubyear} + + Copyright \copyright{\@pubyear} by Digital Equipment Corporation.\\ + All Rights Reserved.\\ + Printed in U.S.A. + + The information in this document is subject to change without notice and 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. + + The software, if any, described in this document is furnished under a license and may be used or copied only in accordance with the terms of + such license. No responsibility is assumed for the use or reliability of software or equipment that is not supplied by Digital Equipment Corporation + or its affiliated companies. + + The following are trademarks of Digital Equipment Corporation: + + \begin{tabular}{ m{3.5cm} m{3.5cm} l} + +\raisebox{-0.35\height}{\includegraphics[height=10pt]{logos/digital}} \textsuperscript{TM} & EDCS & RSTS \\ +BASEWAY & FMS & RSX \\ +BIBus & MASSBUS & RT \\ +COMPACTape & Micro/RSTS & ThinWire \\ +DEC & MicroPDP-11 & UNIBUS \\ +DECconnect & Micro/RSX & VAX \\ +DEC/MAP & MicroVAX II & VAXeluster \\ +DECmate & PDP & VAXstation II \\ +DECnet & P/OS & VAXstation II/GPX \\ +DECUS & Professional & VMS \\ +DECwriter & Q-Bus & VT \\ +DIBOL & Rainbow & \\ + \end{tabular} + + + \normalsize + \newpage +} + +\let\Chaptermark\chaptermark +\def\chaptermark#1{\def\Chaptername{#1}\Chaptermark{#1}} + +\fancypagestyle{preface} { + \fancyhf{} + \fancyfoot[LE]{\small\fontfamily{phv}\selectfont \textbf{\thepage}} + 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