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Oracle Sun Netra FT 1800 Site Planning Manual

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Netra
ft 1800
™
Site Planning Guide
Sun Microsystems, Inc.
901 San Antonio Road
Palo Alto, CA 94303-4900 USA
650 960-1300
Fax 650 969-9131
Part No. 806-2690-10
February 2000, Revision A
Send comments about this document to: docfeedback@sun.com

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  • Page 1 Netra ft 1800 ™ Site Planning Guide Sun Microsystems, Inc. 901 San Antonio Road Palo Alto, CA 94303-4900 USA 650 960-1300 Fax 650 969-9131 Part No. 806-2690-10 February 2000, Revision A Send comments about this document to: docfeedback@sun.com...
  • Page 2 Copyright 2000 Sun Microsystems, Inc., 901 San Antonio Road • Palo Alto, CA 94303 USA. All rights reserved. This product or document is protected by copyright and distributed under licenses restricting its use, copying, distribution, and decompilation. No part of this product or document may be reproduced in any form by any means without prior written authorization of Sun and its licensors, if any.

  • Page 3: Table Of Contents

    Contents Introduction 1 What You Will Receive 1 The System 1 The Shipkit 2 After Unpacking 2 Environmental and Airflow Considerations 7 Environment 7 Dimensions 8 Airflow 8 Thermal Calculations 12 Electrical Supply Installation 15 System Switch 15 DC Source Site Requirements 16 Overcurrent Protection Requirements 16 Required Connection Materials 24 DC Supply and Ground Conductor 24...
  • Page 4 Rack Mounting Guidelines 27 Vertical Space Requirements 30 Depth 30 Loading 30 Safety 30 Seismic Applications 31 Rack Options 31 External Connections 33 CAF External I/O Connections 33 System Console Terminal Connections 34 Modem Port Connections 35 Alarms Port Connections 36 RCP Port 37 Cable Management 39 Cable Management Shelf 40...
  • Page 5 Figures Shipping Pallet and Mounting Plinth Dimensions (millimeters) 3 FIGURE 1-1 Shipping Brackets and Sacrificial Plinth 4 FIGURE 1-2 Netra ft 1800 System 5 FIGURE 1-3 Netra ft 1800 Airflow Requirements (External) 10 FIGURE 2-1 Netra ft 1800 Airflow Requirements (Internal) 11 FIGURE 2-2 PSU Fault Situation 17 FIGURE 3-1...
  • Page 6 Netra ft 1800 Site Planning Guide • February 2000...
  • Page 7 Tables Thermal Calculation Matrix 12 TABLE 2-1 Thermal Calculation Example 1 13 TABLE 2-2 Thermal Calculation Example 2 13 TABLE 2-3 Overcurrent Protection Requirements 16 TABLE 3-1 Mounting Hole Pattern Dimensions 28 TABLE 4-1 Console Connector Pinout 34 TABLE 5-1 Console and Modem Port Parameters 35 TABLE 5-2 Modem Port Pinout 35...
  • Page 8 Open Items 53 TABLE A-11 Spare Parts Reliability 55 TABLE B-1 Spares Stock Levels 56 TABLE B-2 viii Netra ft 1800 Site Planning Guide • February 2000...
  • Page 9 Preface This Guide provides information on what should be considered when choosing a location for a Netra ft 1800 system. How This Book Is Organized Chapter 1 “Introduction” contains a list of what you will receive when you take delivery of a Netra ft 1800 and a description of the various components of the system.
  • Page 10 Sun Welcomes Your Comments We are interested in improving our documentation and welcome your comments and suggestions. You can email your comments to us at: docfeedback@sun.com Please include the part number (806-2690-10) of your document in the subject line of your email.

  • Page 11: Introduction

    C H A P T E R Introduction This chapter describes what you will receive when you take delivery of a Netra ft 1800, and how to handle it. What You Will Receive When you take delivery of a Netra ft 1800 system, you will receive the system itself, mounted on a pallet, and a large box containing the shipkit.

  • Page 12: The Shipkit

    The Shipkit The shipkit box accompanying the system contains some or all of the following items: Manuals: Hardware Installation Manual Hardware Release Notes (where necessary) Compliance and Safety Manual Environmental filter assemblies Toolkit for unshipping the system (contained in a cloth bag): Phillips No.2 screwdriver 12 mm Allen key Cable hooks for the cable management system...

  • Page 13: Figure 1-1 Shipping Pallet And Mounting Plinth Dimensions (Millimeters)

    You should ensure that doorways, corridors and aisles are wide and high enough to accommodate the system while being manouevred by the lifting device. System dimensions are: Overall width/depth including wooden pallet: 725 mm (28.5 inches) Overall width/depth excluding wooden pallet and shipping brackets but including sacrificial plinth: 438 mm (17.2 inches) Overall height including wooden pallet: 1722 mm (67.8 inches) Overall height excluding wooden pallet but including sacrificial plinth: 1562 mm...

  • Page 14: Figure 1-2 Shipping Brackets And Sacrificial Plinth

    Insert lifting device here Shipping Brackets and Sacrificial Plinth FIGURE 1-2 Netra ft 1800 Site Planning Guide • February 2000...

  • Page 15: Figure 1-3 Netra Ft 1800 System

    Disk drives (A-DSKn) Disk chassis (A-DSK) Removable media module Console, alarms (CD-ROM/tape) (A-RMM) and fans (A-CAF) PCI cards (A-PCIn) Power supplies (A-PSUn) CPUset (B-CPU) CPUset (A-CPU) PCI cards (B-PCIn) Power supplies (B-PSUn) Console, alarms and fans (B-CAF) Disk drives (B-DSKn) Removable media module (CD-ROM/tape) (B-RMM) Disk chassis (B-DSK)
  • Page 16 Netra ft 1800 Site Planning Guide • February 2000...

  • Page 17: Environmental And Airflow Considerations

    C H A P T E R Environmental and Airflow Considerations This chapter describes the environmental considerations and airflow requirements for a Netra ft 1800 system. Environment The system can be installed in an environment with the following specific parameter ranges: Ambient temperature Operating: 0 to 40 degrees Celsius (short term operation up to a temperature of...

  • Page 18: Dimensions

    Dimensions Height: 1466.85 mm (57.75 inches) 33U NOM Width: 437.60 mm (17.22 inches) Depth: 392.8 mm (15.4 inches) Weight: Maximum 190.5 kg (420 lb) Maximum rate of heat release for fully configured system: 3000W (10,200 BTU/hour) GR 63 CORE heat release calculation result: 425.4W per square foot [3000 W / (3.25 ft x 2.17 ft)] (4579W per square meter).
  • Page 19 2. The inlet air must enter at the bottom of the Netra ft 1800 cabinet and in front of the Power Supply Units (PSUs); the airflow exhausts vertically from the top of the cabinet. 3. Inlet and exhaust ventilation require a minimum open area of 400 sq cm (62 sq inches) each.

  • Page 20: Figure 2-1 Netra Ft 1800 Airflow Requirements (External)

    Minimum 2U (90 mm) gap Minimum 2U (90 mm) gap Netra ft 1800 Airflow Requirements (External) FIGURE 2-1 Netra ft 1800 Site Planning Guide • February 2000...

  • Page 21: Figure 2-2 Netra Ft 1800 Airflow Requirements (Internal)

    Min. 2RU (90 mm) gap at top of system Front Rear Front Rear Front Min. 2RU (90 mm) gap at base of system Fan unit Min. 75 mm between front of system and rack door (if fitted) Netra ft 1800 Airflow Requirements (Internal) FIGURE 2-2 Chapter 2 Environmental and Airflow Considerations...

  • Page 22: Thermal Calculations

    Thermal Calculations The total heat dissipation of any particular system configuration can be calculated from the figures in . Example calculations are given in TABLE 2-1 TABLE 2-2 TABLE 2-3 Thermal Calculation Matrix TABLE 2-1 Heat Release Module Heat Dissipation (watts) BTU/hour Kilocalories Power Supply...

  • Page 23: Table 2-2 Thermal Calculation Example 1

    Thermal Calculation Example 1 TABLE 2-2 Configuration Number Heat Dissipation Module per side (watts) per side Power Supply CPUset (1P / 256 Mbytes) Removable Media Module (CD-ROM and DAT) Console, Alarms and Fans SAI PCI card HSI PCI card Motherboard Disk Chassis Heat Release (system) Hard Disk Drive...
  • Page 24 Netra ft 1800 Site Planning Guide • February 2000...

  • Page 25: Electrical Supply Installation

    C H A P T E R Electrical Supply Installation This chapter provides information about the Netra ft 1800 system switches and the installation of the electrical supply. The Netra ft 1800 has six power input feed pairs, three for each side, which plug in to the back of the system.

  • Page 26: Dc Source Site Requirements

    The system does not contain any integral circuit breakers. The only means of isolating the system from power is by means of external circuit breakers, to be provided by the user. Note – The system On and Stby switches handle low voltage signals only; the high- power circuits do not pass through these switches.

  • Page 27: Figure 3-1 Psu Fault Situation

    Overcurrent Protection Requirements (Continued) TABLE 3-1 Protection EITHER: Double pole breaking (both grounded and ungrounded conductor open on fault) Single pole breaking ungrounded conductor (–48V) to open on fault. Circuit breakers can be used in configurations to match those shown in FIGURE 3-4 FIGURE 3-5 FIGURE 3-6...
  • Page 28 Note – Four single pole breakers do not provide an alternative, as one of the breakers in the return can be open without indicating a failure in the PSU. Note – Overcurrent devices must meet applicable national and local electrical safety codes and be approved for the intended application.

  • Page 29: Figure 3-2 Circuit Breakers For Single Power Rails

    Return A Return B RTN B RTN A –48V supply –48V A –48V supply –48V B RTN B RTN A –48V A –48V B RTN B RTN A –48V A –48V B RTN B RTN A –48V A –48V B RTN B RTN A –48V A...

  • Page 30: Figure 3-3 Circuit Breakers For Dual Power Rails

    Return A Return B RTN B RTN A –48V supply –48V A –48V supply –48V B RTN B RTN A –48V A –48V B RTN B RTN A –48V A –48V B RTN B RTN A –48V A –48V B RTN B RTN A –48V A...

  • Page 31: Figure 3-4 Sided Independent Feeds With Single Pole Circuit Breakers

    To other equipment To other equipment Side A Return A Return B RTN B RTN A –48V supply –48V A –48V supply –48V B RTN B RTN BA –48V A –48V B RTN B RTN A –48V A –48V B RTN B RTN A –48V A...
  • Page 32 To other Side A To other equipment Return A Return B equipment RTN B RTN A –48V supply –48V A –48V supply –48V B RTN B RTN BA –48V A –48V B No PSU fitted RTN B RTN A –48V A –48V B RTN B RTN A...

  • Page 33: Figure 3-6 Dual Feeds With Local Common Return - Single Pole Circuit Breakers (Double Pole Can Be Used)

    Other equipment Other equipment Common return return paths return paths Common return Common return Return A Return B To other To other Side A equipment equipment RTN B –48V –48V RTN A supply A supply B –48V A –48V B RTN B RTN A –48V A...

  • Page 34: Required Connection Materials

    Required Connection Materials DC branch circuits: The required number of field wiring kits are supplied in the shipkit with each system, according to configuration. Grounding: One Thomas & Betts two-hole lug (part number: 54204-UB) suitable for 8 AWG conductor or UL/CSA approved equivalent having 5/8-inch pitch; torque value: 3.5 Nm (2.5 lbf/ft) maximum.

  • Page 35: Dual Grounding Environment

    Dual Grounding Environment Caution – To be compatible with grounding environments requiring isolation between logic 0V and chassis ground, the fitted grounding bridge plate must be removed and individual connections made to logic 0V and chassis ground studs. The grounding bridge plate is located on the middle rear left edge of the unit between the motherboards.
  • Page 36 Netra ft 1800 Site Planning Guide • February 2000...
  • Page 37 C H A P T E R Rack Mounting Guidelines The Netra ft 1800 can be adapted to fit in standard, commercial 19-inch, 23-inch and metric racks via the use of removable mounting adaptors. The minimum nominal cabinet external dimensions are 600 x 600 x 2100 mm (24 x 24 x 84 inches). If you intend not to use a lifting device for installation, all modules other than the motherboards must be removed from the system prior to lifting.

  • Page 38: Figure 4-1 Eia/Retma Mounting Hole Pattern Dimensions

    An open frame (relay rack) has the advantage that airflow and accessibility become less of a concern. However, typical 5-inch web racks have load capacities of less than 180 kg (400 lb), which is inadequate for the Netra ft 1800 in a dynamic environment, and in general practice is not the type of frame used for computer equipment.

  • Page 39: Figure 4-2 Chassis Mounting Hole Arrangement (All Measurements In Millimeters)

    The tapped mounting holes on the Netra ft 1800 chassis are arranged as shown in FIGURE 4-2 91.5 All holes are 236.5 tapped M5 x 3.5 unless otherwise indicated. 381.5 526.5 671.5 Front of system Rear of system 816.5 983.5 1133.5 1283.5 These four holes...
  • Page 40 Vertical Space Requirements The Netra ft 1800 chassis occupies 33RU (1467 mm / 57.75 inches) of vertical height. If it is intended to fit the Netra ft 1800 into a rack with the red transit plinth in place, then 4RU (178 mm / 7.0 inches) of clearance must be provided at the bottom of the chassis.
  • Page 41 Seismic Applications The Netra ft 1800 has been fully tested to be NEBS Level 3 compliant, which includes operation in Earthquake Zone 4 environments. These tests were performed in a NEBS2000, ETSI Part 3 compliant rack. If you intend to use the Netra ft 1800 System in an environment that may be subject to earthquakes and Earthquake Zone 4 compliance is required, a specialist Earthquake Zone 4 compliant rack needs to be selected and independent tests undertaken to ensure system compliance in these areas.
  • Page 42 Netra ft 1800 Site Planning Guide • February 2000...
  • Page 43 C H A P T E R External Connections This chapter describes the various cables and connectors which should be made available in order for the installation to be completed. CAF External I/O Connections The Netra ft 1800 system has the following connectors on each CAF module: Female 25-pole D-type connectors for the system console and modem ports (RS232).

  • Page 44: Figure 5-1 External I/O Connections On Caf Module

    Modem Ethernet ports port (RJ45) (DB-25) Alarm port Console Remote (DB-15) port Control (DB-25) Processor port (DB-9) External I/O Connections on CAF Module FIGURE 5-1 System Console Terminal Connections The system console and modem connections are provided on separate 25-pole female D-type connectors.

  • Page 45: Table 5-2 Console And Modem Port Parameters

    The connectors have two screw-threaded mounting pillars with 4-40 UNC threads. You should secure the cable headshell in place with the screws engaged in these pillars. If you use a cable headshell without securing the screws, make sure that the pillars do not prevent full engagement of the connector.

  • Page 46: Table 5-3 Modem Port Pinout

    Modem Port Pinout (Continued) TABLE 5-3 Function Description Input handshake SREF Signal reference Input status Output status Shield Chassis ground Alarms Port Connections The alarms port pinout is described in TABLE 5-4 Alarms Port Pinout TABLE 5-4 Description Description RESET0+ ALARM0-NC RESET0- ALARM0-COM...

  • Page 47: Table 5-5 Remote Control Processor Port Pinout

    RCP Port There is an RS232 connection to the Remote Control Processor (RCP) on the motherboard. Connection is via a female DB-9 whose pinout is shown in TABLE 5-5 Remote Control Processor Port Pinout TABLE 5-5 Function Description Output data Input data SREF Signal reference...
  • Page 48 Netra ft 1800 Site Planning Guide • February 2000...
  • Page 49 C H A P T E R Cable Management As all I/O cables must be routed from the front of the Netra ft 1800 system, due consideration should be made of the space required within the rack for these cables, as well as the power inlet cables at the rear.

  • Page 50: Figure 6-1 Cable Management Shelf

    Cable Management Shelf The cable management shelf adjacent to the PCI card locations is flexible and can be used in a number of different configurations. The holes are equidistant, and the hooks can be inserted in whatever position is required. The hooks are a firm push-fit into the holes.

  • Page 51: Figure 6-2 Cable Bracket Assembly

    Cable Bracket Assemblies Six cable bracket mounting assemblies are provided with each mounting flange kit. These can be fitted to the mounting flanges to facilitate cable management. Cable Bracket Assembly FIGURE 6-2 The brackets can be fixed to the mounting flanges in the required position, using the same screws that fix the flanges to the rack.
  • Page 52 Netra ft 1800 Site Planning Guide • February 2000...

  • Page 53: Table A-1 Site Details

    A P P E N D I X Requirements Checklist Use this checklist to evaluate the readiness of the site for installation. An online version is available at: http://service.corp/HASR/TPG/p2/mission-critl/ netra_ft_1800_site_planning.current.html Prior to system installation, confirm that the following requirements have been met. Complete the entire checklist and submit it to the Service Desk at the email alias Netraft1800_desk@sf49er.Ebay to obtain final hold release.
  • Page 54 Site Details (Continued) TABLE A-1 Phone e-mail address Computer Systems Sales Representative Phone e-mail address Enterprise Services Sales Representative Phone e-mail address Enterprise Services Service Account Manager (SAM): Phone e-mail address Phone e-mail address Netra ft 1800 Site Planning Guide • February 2000...

  • Page 55: Table A-2 Physical Requirements

    Physical Requirements TABLE A-2 Page Requirement ref. Complete Has the system location been established? What type of environment will the system be installed in (central office, lab, or other)? Is the equipment positioned so that the exhaust air of one heat- rejecting device doesn’t enter the air inlet of the Netra ft 1800 system? See .
  • Page 56 Physical Requirements (Continued) TABLE A-2 Page Requirement ref. Complete Is a minimum 545 mm (21.5 inches) usable internal depth in the rack to allow space for connector housings, cabling, and the motherboard handles? Is the rack bolted to the floor, adjacent frames, or both? NOTE: Free-standing racks with a footprint of less than 600mm x 600 mm (23.6 inches x 23.6 inches) are likely to be unstable and should be treated with caution.

  • Page 57: Table A-3 System Requirements

    System Requirements TABLE A-3 Requirement Complete Has the system configuration been reviewed, including third-party hardware and software Have all the required external connections been identified? Will the customer make external use of the remote control processor (RCP)? Will the alarm reset alarm port be utilized? Does the customer understand that Sun Microsystems isn’t responsible for the support of the third party hardware or software? NOTE: Sun is responsible for assisting in isolating the source of any problem to determine if the problem is with Sun...

  • Page 58: Table A-4 Facility Electrical Requirements

    Facility Electrical Requirements TABLE A-4 Page Requirement ref. Complete Is the DC source suitable for use in –48VDC or –60VDC (intended for Germany only) nominal systems? Is the DC source reliably connected to earth (i.e. battery room positive bus is connected to the grounding electrode)? Is the DC source able to provide up to 925W of continuous power per feed pair? NOTE: The sum of all three feeds on one side will be less than 1500W.

  • Page 59: Table A-5 Environmental Requirements

    Environmental Requirements TABLE A-5 Requirement Complete Does the environment where the Netra ft 1800 system will reside meet the Sun Microsystems specifications for temperature, humidity, and elevation? See “Environment” on page 7. NOTE: Please refer to Chapter 2, ”Environmental and Airflow Considerations” for more specific details on what is required.

  • Page 60: Table A-7 Access Route Requirements

    Access Route Requirements TABLE A-7 Requirement Complete Has an access route to the final system location been identified? Have provisions been made to cover irregular or engraved floor patterns along the access route to reduce vibration? Will a pallet jack be available to move the system in its shipping crate to the final system location? Will the floor loading capacity of the access route be capable of supporting a fully loaded chassis (230 kg/500 lbs) and the pallet jack?

  • Page 61: Table A-9 Installation Schedule

    Miscellaneous Requirements (Continued) TABLE A-8 Requirement Complete If so, has the local Enterprise Services management been notified of the required security level? NOTE: Clearances can take months to obtain, so early timely notification of this requirement is very important. Was the Netra ft 1800 Hardware Installation Guide provided to all pertinent members of the customer staff for review during the site planning process? TABLE A-11...

  • Page 62: Table A-10 Site Access

    Site Access TABLE A-10 Requirement Has access to the customer site been provided to complete this Site Planning Checklist? If NO, detail the contingency provision for the completion of the checklist. Netra ft 1800 Site Planning Guide • February 2000...
  • Page 63 Open Items TABLE A-11 Question Comments/Contingency Plan Detail each question previously checked Not Complete and describe the contingency plan for completion. Appendix A Requirements Checklist...
  • Page 64 Netra ft 1800 Site Planning Guide • February 2000...
  • Page 65 A P P E N D I X Spare Parts Checklist Use this checklist to evaluate the required supply of spare parts. Spares are grouped into two categories and defined for reliability as follows: Spare Parts Reliability TABLE B-1 Description Part Number MTTR (mins) MTBF (hours)
  • Page 66 Category A spares are those with a reliability of greater than 100,000 hours, and category B are those with a reliability of less than 100,000 hours. The following table lists the number of spares that must be kept in stock in relation to the population of Netra ft 1800 systems.
  • Page 67 Index environmental considerations, 7 airflow clearance, 9 direction of, 9 inlet plenum, 27 filter replacement kit, 9 natural convection, 8 flanges, See mounting flanges requirements, 8 frame ground, 25 alarms connector, 33 alarms port pinout, 36 GR 63 Core heat release calculation result, 8 grounding cable bracket assemblies, 41 dual, 24...
  • Page 68 Remote Control Processor, See RCP RJ45 connectors, on CAF module, 33 lifting devices, 2 RS232 ports, on CAF module, 33 logic ground, 25 screws, mounting requirements, 27 manuals, 2 shipkit contents, 2 mishandling in transit, 1 shipping configuration, 27 modem port software licenses, 2 parameters, 35 pinout, 35...

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