CTLD 021Site Preparation Guide - Bullsupport.bull.com/ols/product/system/gcos7/gcos7...Site meeting of selected contractors, Bull representatives and outside consultants. 9 Weeks Before

CTLD 021

Site Preparation Guide

DPS

7000/XTA

NO

VASC

ALE

7000

Hardware: Cartridge Tapes

REFERENCE77 A1 68UP 00

DPS7000/XTANOVASCALE 7000

CTLD 021Site Preparation Guide

Hardware: Cartridge Tapes

May 1999

BULL CEDOC

357 AVENUE PATTON

B.P.20845

49008 ANGERS CEDEX 01

FRANCE

REFERENCE77 A1 68UP 00

The following copyright notice protects this book under Copyright laws which prohibit such actions as, but notlimited to, copying, distributing, modifying, and making derivative works.

Copyright Bull SAS 1999

Printed in France

Suggestions and criticisms concerning the form, content, and presentation of thisbook are invited. A form is provided at the end of this book for this purpose.

To order additional copies of this book or other Bull Technical Publications, youare invited to use the Ordering Form also provided at the end of this book.

Trademarks and Acknowledgements

We acknowledge the right of proprietors of trademarks mentioned in this book.

Intel® and Itanium® are registered trademarks of Intel Corporation.

Windows® and Microsoft® software are registered trademarks of Microsoft Corporation.

UNIX® is a registered trademark in the United States of America and other countries licensed exclusively throughthe Open Group.

Linux® is a registered trademark of Linus Torvalds.

The information in this document is subject to change without notice. Bull will not be liable for errors containedherein, or for incidental or consequential damages in connection with the use of this material.

77 A1 68UP Rev00 iii

Preface

This manual is designed to assist Bull customers in planning and preparing the sitefor installation of a CTLD021 Subsystem. Note that CTLD021 is the M.I.(commercial name) for CTL 9740 and CTCD001 the M.I. for CTS 9490. Bothnames are used in this manual.

To help achieve an efficient system installation, the procedures, designrequirements, and recommendations in this manual should be observed. Asuccessful subsystem installation also depends on how individual responsibilitiesare allocated and how overall planning and follow-up work are performed.

A technical publication remarks form is provided at the end of this manual for useby the customer to notify Bull or errors in the manual, or to offer suggestions for itsimprovement.

Chapter 1 IntroductionChapter 2 The computer SiteChapter 3 CTLD021 and CTCD001 Specifics

Scope andObjectives

Structure

CTLD021 Site Preparation Guide

iv 77 A1 68UP Rev00

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77 A1 68UP Rev00 v

Table of Contents

1. Before you start

1.1 General information.....................................................................................................1-1

1.2 Introduction .......................................................................................................1-1

1.3 Computer Room Requirements ...................................................................................1-2

1.4 Planning .......................................................................................................1-2

2. The Computer site

2.1 ACSLS Connection Architecture..................................................................................2-1

2.2 Site Preparation Manual Reference.............................................................................2-2

3. CTLD021 and CTCD001 Specifics

3.1 Physical Specifications................................................................................................3-1

3.2 Electrical and Power Requirements.............................................................................3-23.2.1 Power Consumption .......................................................................................3-2

3.3 Environmental Limits...................................................................................................3-33.3.1 ACSLS Connection Environmental Limits .......................................................3-33.3.2 Operating Heat Output ...................................................................................3-4

3.4 Floor space requirements............................................................................................3-4

3.5 Relative Positions of Machines....................................................................................3-7


vi 77 A1 68UP Rev00

Table of Graphics

Figure 2-1. ACSLS Connection Architecture..........................................................................2-1Figure 3-1 - Cable Cutout Locations and Service Clearances ................................................3-5Figure 3-2 - Service Clearances for 6 LSMs in CEM Configuration ........................................3-6

Table 2-1. Site Preparation Manual Reference ......................................................................2-2Table 3-1. LSM with 9490-Physical Specifications.................................................................3-1Table 3-2. Total Power Consumption Quick Reference .........................................................3-2Table 3-3. ACSLS Connection Environmental Limits .............................................................3-3Table 3-4. Operating Heat Output .........................................................................................3-4

Figures

Tables

77 A1 68UP Rev00 1-1

1. Before you start

1.1 General information

The StorageTek® 9740 Library (part of Timberwolf family) is a derived fromCTL 9710 already introduced in Bull's catalogue, it is a fully automated cartridgestorage and retrieval subsystem. It is already proposed by GCOS8 Product Line,and will be proposed by GCOS7 as new offer in conjunction with StorageTek 9490(Timberline) Cartridge Subsystem. It uses both the Enhanced Capacity cartridgetape (E-Cartridge, also known as E-Tape) and standard length cartridges used in18-track and 36-track cartridge subsystem as the storage medium. In thisdocument, you will find only information relative to library connection to theDPS 7000.

1.2 Introduction

The installation of any computer implies the planning, initiation, and execution ofmany tasks. In addition to the tasks of general organization, programming andeducation, those concerning the preparation of the computer room (or site) and itsenvironment are to be considered.

There are three principal categories of environmental work to be undertaken. Theyrelate to:

• the building

• the power supply

• the air conditioning for the computer

The purpose of this manual is to treat these problems by describing the technicalconsiderations necessary for a successful and efficient installation of the BullCTLD021 Library Subsystem.


1-2 77 A1 68UP Rev00

Throughout all phases of planning, site preparation and installation your Bull SitePreparation representatives will help you to interpret this manual and give thebenefit of their experience.

1.3 Computer Room Requirements

Refer to the Site Preparation Guide relevant to your host system.

The data-processing environment needs to provide optimal operating conditions.General information concerning the physical characteristics of the building, airconditioning and the electrical installation are described in the General Guide toData Processing Site Preparation which is available on-line via the Web.

You will find this at the following URL address:

http://bbs.bull.net/aise

1.4 Planning

A successful installation requires careful consideration during the planning phase,and close supervision during the execution phase of site preparation. It is yourresponsibility as the customer to ensure that the site will be ready to receive thesystem at least one week before delivery.

If the system is to be installed in an existing site, the schedule will depend largelyon the extent of the modifications necessary to meet the system requirements. Ifany doubts exist regarding the suitability of existing facilities, your Bull SitePreparation Representatives will examine the current site, and recommend thenecessary modifications for the installation.

To help you with planning, the Bull Site Preparation and Maintenancerepresentatives have well-established planning procedures which can be tailored toparticular requirements. As no two installations are alike, no exact schedule can begiven here. However, the following recommendations will act as a rough guide tothe sequence and timing of major events.

13 Weeks Before Delivery

Approve layout plans of computer site, the surrounding areas and the equipment inthe computer room. Draw up specifications, and invite tenders for contracts.

Before you start

77 A1 68UP Rev00 1-3


Review tenders and award contracts. Site meeting of selected contractors, Bullrepresentatives and outside consultants.


Place all orders for equipment and necessary furnishings. Establish a working planfor the modifications to be performed.


Complete all structural modifications, rewiring and installation of the airconditioning. Check that corridor, door and window widths conform tospecifications.


Install raised floor and suspended ceiling (where applicable). Check floor loading.


Decorate and thoroughly clean the computer room. Commission the electrical andair conditioning equipment.

NOTE:Air balancing of the air conditioning system should be performed by airbalancing specialists. Do this as soon as possible after the system installationhas been completed.

Install any auxiliary equipment, such as terminals, modems, and so on. Ensure thatthey are operating correctly.


Bull Site Preparation and Maintenance representatives will specify "preparationcomplete".

1 Week Before Delivery

All work completed and the computer room thoroughly cleaned. Air conditioningand electrical plant test-run during this period. Use the shipping information in theproduct specific documentation to determine the "delivery trail", and check thatthis is obstacle-free. Procure any special materials and equipment needed fordelivery.


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2. The Computer site

The precise details of the computer site where you install yourCTLD021/CTCD001 library subsystem depend on the connection architecture youhave chosen. The following sections describe the ACSLS connection architecture.

2.1 ACSLS Connection Architecture

UNIX SERVER ACSLS

ET

HE

RN

ET

SCSI

RS

423

ROBOT

CTU0

CTU1

CTL 9740 LSM

T

T

DPS 7000

OPEN7

CTS 9490 DRIVECABINET

CTU3

CTU2

WSP

WSP

Figure 2-1. ACSLS Connection Architecture


2-2 77 A1 68UP Rev00

In ACSLS connection architecture you will be installing the library subsystem onthe same computer site as an existing DPS 7000 installation. For generalinstallation details, refer to the site preparation documentation for the DPS 7000installation as indicated in the Site Preparation Manual Reference Table. Specificsite preparation details for this connection architecture are given in "CTLD021 andCTCD001 Specifics".

• Connection of CTS 9490 Drives to DPS 7000 through WSP Controller will bedone by SCSI interface (either 10 m or 20 m long cable).

• Connection of ACSLS Server to DPS 7000 will use Ethernet Network interface.

2.2 Site Preparation Manual Reference

For general site details use the table below to identify the appropriate sitepreparation guide reference for your connection architecture and server.

Table 2-1. Site Preparation Manual Reference

Product Site Preparation Reference

ESCALA DPX/20 86 A1 06WD 07

DPS 7000 VEGA 4XX/CXX 77 A1 90UU

DPS 7000 AURIGA 8XX/DXX/MXX 77 AA 93UU

DPS 7000 (ARTEMIS LR) DPS 7000/MT 77 A1 61US

DPS 7000 (ARTEMIS HR) DPS 7000/MT 77 A1 62US

CTCD001 CTS 9490 00 A1 41UG Rev01

77 A1 68UP Rev00 3-1

3. CTLD021 and CTCD001 Specifics

This chapter helps you to prepare your existing site for the installation andconnection of the CTLD021/CTCD001 library subsystem. The existing site canrange from an operational DPS 7000 installation in the case of the ACSLSarchitecture.

3.1 Physical Specifications

The following table gives the physical specifications for the library subsystem:

Table 3-1. LSM WITH 9490-PHYSICAL SPECIFICATIONS

2x9490 CTU 4x9490 CTUHeight 183 cm. (72 in.)* 183 cm. (72 in.)*Width w/covers 117 cm. (46 in.) 117 cm. (46 in.)Depth 137 cm. (54 in.) 137 cm. (54 in.)Depth with expansion door 163 cm. (64 in.) 163 cm. (64 in.)Weight 827 kg (1823 lbs) 904 kg (1993 lbs)Weight with expansion door 854 kg (1883 lbs) 931 kg (2053 lbs)Weight with expansion door & tapes 1008 kg (2221 lbs) 1085 kg (2391 lbs)

* When the overhead display is installed, the overall height of the CTU variesfrom 2.2 m (7 ft.) to 2.4 m (8 ft.).Values for 1 LSM.

NOTE: Weight is given without tape cartridges. Allow approximate 255 grams(9 ounces) for each cartridge.


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3.2 Electrical and Power Requirements

3.2.1 Power Consumption

The library subsystem has a single power supply.

The CTLD021 is supplied with appropriate cable ends (56/60 Hz AC cords).

The individual CTCD001 cabinet is supplied with appropriate cable ends(56/60 Hz AC cords).

The quick reference table shows power consumption for different configurations.

Table 3-2. Total Power Consumption Quick Reference

LSM Requirements

LSM Consumption:

9490 Requirements

Consumption:2 CTUs4 CTUs

Each SSU

100 - 240 VAC Nominal, Single Phase, 3-wire, 47 to63 Hz, 10 Amps (RMS) Service 3 wire0.209 kVA (0.200 kW)

200 to 240 VAC Nominal, Single Phase, 3-wire, 47 to63 Hz, 10 Amps (RMS) Service 3 wire

0.88 kVA (0.84 kW)1.46 kVA (1.40 kW)

0.07 kVA (0.06 kW)

NOTE:Please note that these values change for each additional LSM.

CTLD021 and CTCD001 Specifics

77 A1 68UP Rev00 3-3

3.3 Environmental Limits

3.3.1 ACSLS Connection Environmental Limits

The environmental limits given below serve as a reminder of limits specified for alibrary subsystem.

Table 3-3. CTLD021/CTCD021 Environmental Limits

Temperature:operatingstorage

Relative humidity:operatingstorage

Wet Bulb Maximum:operatingstorage

Contamination limit:

15° to 32°C (59° to 90°F)10° to 44°C (50° to 104°F)

20% to 80% (noncondensing)10% to 95% (noncondensing)

29.2°C (84.5°F)35°C (95°F)

Not defined

When the CTLD021 is considered as a component of a DPS 7000 System,environmental characteristics are the following ones:

Temperature range: Relative humidity:

Minimum 18°C Minimum 45%Maximum 25°C Maximum 55%Gradient max. 4°C/hr. Gradient max. 8%/hr.

Contamination limit:• less than 4*106 particles (d ≥ 0,5 micron) per m3• less than 8*105 particles (d ≥ 1 micron) per m3• less than 2.5*104 particles (d ≥ 5 micron) per m3

NOTE:The temperature and humidity of data cartridges brought in from outside thecomputer site must be allowed to stabilize in the specified ambient environmentfor 24 hours.


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3.3.2 Operating Heat Output

The table below summarizes operating heat output for the various components andconfigurations of the library subsystem.

Table 3-4. Operating Heat Output

LSM 172 kcal/hr / 0.200 kW/hr (683 Btu/hr)

2 CTUs4 CTUs

730 kcal/hr / 0.850 kW/hr (2900 Btu/hr)1210 kcal/hr / 1.40 kW/hr (4800 Btu/hr)

Each SSU 51 kcal/hr / 0.058 kW/hr (200 Btu/hr)

3.4 Floor space requirements

Site preparation

The figures hereafter show the Floor-Space and Service Area requirements.


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Figure 3-1 - Cable Cutout Locations and Service Clearances


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Figure 3-2 - Service Clearances for 6 LSMs in CEM Configuration


77 A1 68UP Rev00 3-7

3.5 Relative Positions of Machines

Within you computer site the actual position of the library subsystem will bedictated by physical space restrictions. The available cable lengths for connectionsbetween machines imposes additional restrictions on the relative positions ofmachines.

The logic cables for connecting up the CTLD021 are only available in thefollowing lengths:

Connection Cable Length

DPS 7000 to Cabinet Drive Subsystem 10m or 20m

UNIX Server to Library Subsystem 30m (100 feet)

The power cable for the CTLD021 is 3 m long.

Connection Cable Length

Library Subsystem to Power Supply 3m (10 feet)

Cabinet Drive Subsystem 3m (10 feet)

NOTE:If you have a false floor, remember to allow 50 cm for the drop of the powercable, and 1m for the combined drop and ascent of a logic cable. If you do nothave a false floor, 20 cm and 40 cm are respectively sufficient.


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77 A1 68UP Rev00 g-1

Glossary

A

ACSLSAutomated Cartridge System Library Software

B

BTUBritish Thermal Unit

C

CEMCartridge Exchange Mechanism

CTLCartridge Tape Library

CTSCartridge Tape Subsystem

CTUController Transport Unit

E

EMElectronics Module

G

GCOSGeneral Comprehensive Operating System


g-2 77 A1 68UP Rev00

L

LSMLibrary Storage Module

R

RMSRemote Maintenance System

S

SSUSubsystem Support Unit

77 A1 68UP Rev00 i-1

Index

AACSLS

connection architecture,2-2environmental limits,3-3

Air balancing,1-3

DData cartridges

temperature and humidity,3-3Delivery trail,1-3

FFalse floor,3-7

LLayout plans,1-2Library subsystem electrical requirements,3-2Library subsystem power requirements,3-2

OOperating heat output,3-4Outside consultants,1-3

PPhysical Specifications,3-1Power consumption,3-2

SSelected contractors,1-3Site preparation guide reference,2-2

TTenders for contracts,1-2The computer site,2-1

WWSP

Wide SCSI Processor,2-2


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Technical publication remarks form

Title : DPS7000/XTA NOVASCALE 7000 CTLD 021 Site Preparation Guide Hardware:Cartridge Tapes

Reference Nº : 77 A1 68UP 00 Date: May 1999

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BULL CEDOC

357 AVENUE PATTON

B.P.20845

49008 ANGERS CEDEX 01

FRANCE

77 A1 68UP 00REFERENCE

CTLD021 Site Preparation Guide - 77 A1 68UP Rev00PrefaceTable of ContentsTable of Graphics1. Before you start 1.1 General information1.2 Introduction1.3 Computer Room Requirements1.4 Planning

2. The Computer site 2.1 ACSLS Connection Architecture2.2 Site Preparation Manual Reference

3. CTLD021 and CTCD001 Specifics 3.1 Physical Specifications3.2 Electrical and Power Requirements3.2.1 Power Consumption

3.3 Environmental Limits3.3.1 ACSLS Connection Environmental Limits3.3.2 Operating Heat Output

3.4 Floor space requirements3.5 Relative Positions of Machines

GlossaryIndex

Documents

CTLD 021Site Preparation Guide - Bullsupport.bull.com/ols/product/system/gcos7/gcos7...Site meeting of selected contractors, Bull representatives and outside consultants. 9 Weeks Before