Sun Fire E25K/E20K Systems Service Manual

Sun Fire E25K/E20K Systems Service Manual
Sun Fire™ E25K/E20K Systems
Service Manual
Sun Microsystems, Inc.
www.sun.com
Part No. 817-4138-15
April 2008, Revision A
Submit comments about this document at: http://www.sun.com/hwdocs/feedback
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Sun Microsystems, Inc. has intellectual property rights relating to technology that is described in this document. In particular, and without
limitation, these intellectual property rights may include one or more of the U.S. patents listed at http://www.sun.com/patents and one or
more additional patents or pending patent applications in the U.S. and in other countries.
This document and the product to which it pertains are distributed under licenses restricting their use, copying, distribution, and
decompilation. No part of the product or of this document may be reproduced in any form by any means without prior written authorization of
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Third-party software, including font technology, is copyrighted and licensed from Sun suppliers.
Parts of the product may be derived from Berkeley BSD systems, licensed from the University of California. UNIX is a registered trademark in
the U.S. and in other countries, exclusively licensed through X/Open Company, Ltd.
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All SPARC trademarks are used under license and are trademarks or registered trademarks of SPARC International, Inc. in the U.S. and in other
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OU TACITES SONT FORMELLEMENT EXCLUES, DANS LA MESURE AUTORISEE PAR LA LOI APPLICABLE, Y COMPRIS NOTAMMENT
TOUTE GARANTIE IMPLICITE RELATIVE A LA QUALITE MARCHANDE, A L’APTITUDE A UNE UTILISATION PARTICULIERE OU A
L’ABSENCE DE CONTREFAÇON.
Contents
Preface
1.
2.
xxiii
Guidelines, Indicators, and Nomenclature
1–1
1.1
System Component Hot-Swap Guidelines
1.2
Configuration Rules
1.3
Testing the System
1.4
Reviewing System Temperatures
1.5
Reviewing System Power
1.6
Hardware Indicators
1.7
Field-Replaceable Units (FRU)—Mean Time to Repair (MTTR)
1.8
Safety Precautions
1.9
Special Tools and Shipping Kit Items
1.10
System Block Diagrams
1–2
1–3
1–4
1–5
1–6
2.2
TopCap Replacement
1–13
1–14
2–1
2–2
2.1.1
Removing the TopCap
2.1.2
Installing the TopCap
TopCap Extension Replacement
2.2.1
1–7
1–12
TopCap and Extension Replacement Procedures
2.1
1–1
2–2
2–2
2–2
Removing the TopCap Extension
2–2
iii
2.2.2
3.
System Power
3.1
3.2
4.
5.
iv
Installing the TopCap Extension
2–3
3–1
Power Module Replacement Procedures
3–1
3.1.1
Power Module Replacement
3–1
3.1.2
Powering Off for Power Module Removal
3.1.3
Removing a Power Module
3.1.4
Installing a Power Module
3.1.5
Powering On After Power Module Installation
3–2
3–3
3–5
3–6
4 kW Dual AC–DC Power Supply Replacement Procedures
3.2.1
4 kW Dual AC–DC Power Supply LEDs
3.2.2
4 kW Dual AC–DC Power Supply Replacement
Fan Trays
3–7
3–8
3–9
3.2.2.1
Isolating a Failed Power Supply
3–9
3.2.2.2
Powering Off a 4 kW Dual AC–DC Power Supply
3.2.2.3
Removing a 4 kW Dual AC–DC Power Supply
3.2.2.4
Installing a 4 kW Dual AC–DC Power Supply
3.2.2.5
Powering On a 4 kW Dual AC–DC Power Supply
3.2.2.6
Verifying a 4 kW Dual AC–DC Power Supply
4–1
4.1
Fan Tray LEDs
4–2
4.2
Fan Tray Replacement Procedures
4–3
4.2.1
Isolating a Failed Fan Tray
4–3
4.2.2
Powering Off a Fan Tray
4.2.3
Removing a Fan Tray
4.2.4
Installing a Fan Tray
4–5
4.2.5
Verifying a Fan Tray
4–6
4–4
4–4
System Controller CPU Board for the System Control (SC) Board
Sun Fire E25K/E20K Systems Service Manual • April 2008
5–1
3–10
3–10
3–11
3–12
3–13
5.1
5.2
6.
5.1.1
Powering Off the SC Board
5.1.2
Removing the SC Board.
5.1.3
Removing the System Control (SC) Board System Controller CPU
Board 5–3
5–2
5–2
System Controller CPU Board Memory Board Installation Procedures
5–3
5.2.1
Installing Memory Boards on the System Controller CPU Board
5–3
5.2.2
Verifying the Switch Positions on the System Controller CPU
Board 5–5
5.2.3
Installing the System Controller CPU Board
5.2.4
Installing the System Control (SC) Board
5.2.5
Verifying the Memory Boards on the System Controller CPU
Board 5–7
System Control (SC) Board
6.1
7.
System Control (SC) Board System Controller CPU Board Replacement
Procedures 5–2
5–6
5–6
6–1
System Control (SC) Board Replacement
6–1
6.1.1
System Control Board LEDs
6–1
6.1.2
System Control Board (SC) Replacement Procedures
6–4
6.1.2.1
Isolating a Failed System Control Board
6.1.2.2
Powering Off a System Control (SC) Board
6.1.2.3
Removing a System Control (SC) Board
6.1.2.4
Installing a System Control (SC) Board
6–8
6.1.2.5
Verifying a System Control (SC) Board
6–9
System Control (SC) Peripheral Board
6–4
6–4
6–6
7–1
7.1
System Control Peripheral Board LEDs
7–2
7.2
System Control Peripheral Board Replacement Procedures
7–5
7.2.1
Isolating a Failed System Control (SC) Peripheral Board
7.2.2
Powering Off a System Control (SC) Peripheral Board
7–5
7–5
Contents
v
7.3
7.4
7.5
8.
vi
7.2.3
Removing a System Control (SC) Peripheral Board
7.2.4
Installing a System Control (SC) Peripheral Board
7.2.5
Powering On a System Control (SC) Peripheral Board
7.2.6
Verifying a System Control (SC) Peripheral Board
DVD Component Replacement Procedures
7–5
7–7
7–8
7–8
7–9
7.3.1
Removing the DVD Component From the System Control (SC)
Peripheral Board 7–9
7.3.2
Installing the DVD Component on the System Control (SC)
Peripheral Board 7–10
7.3.3
Powering On a DVD Component
7.3.4
Verifying a DVD Component
7–11
Hard Drive Replacement Procedures
7–11
7–11
7.4.1
Removing the Failed Hard Drive From the System Control (SC)
Peripheral Board 7–11
7.4.2
Installing the Hard Drive on the System Control (SC) Peripheral
Board 7–14
7.4.3
Powering On a Hard Drive
7.4.4
Verifying a Hard Drive
7–14
7–14
Digital Audio Tape (DAT) Replacement Procedures
7–15
7.5.1
Removing the Failed DAT From the System Control (SC) Peripheral
Board 7–15
7.5.2
Installing the DAT on the System Control (SC) Peripheral Board
7–16
7.5.3
Powering On a Digital Audio Tape (DAT)
7.5.4
Verifying a Digital Audio Tape (DAT)
CPU (Slot 0) Board
7–17
8–1
8.1
CPU (Slot 0) Board LEDs
8–2
8.2
CPU (Slot 0) Board Replacement Procedures
8–3
8.2.1
Isolating a Failed CPU (Slot 0) Board
8–3
8.2.2
Powering Off a CPU (Slot 0) Board
Sun Fire E25K/E20K Systems Service Manual • April 2008
7–17
8–4
8.3
8.4
9.
8.2.3
Removing a CPU (Slot 0) Board
8.2.4
Installing a CPU (Slot 0) Board
8–7
8.2.5
Verifying a CPU (Slot 0) Board
8–8
CPU (Slot 0) Board DIMM Replacement Procedures
8.3.1
Removing the CPU DIMMs
8–9
8.3.2
Installing the CPU DIMMs
8–11
CPU (Slot 0) Filler Panel Replacement Procedures
8.4.1
Removing a CPU (Slot 0) Filler Panel
8.4.2
Installing a CPU (Slot 0) Filler Panel
I/O (Slot 1) Assemblies
9.1
9.2
I/O Assembly
9.4
8–12
8–12
9–1
9–2
I/O Assembly LEDs
9.1.2
I/O Assembly Replacement Procedures
9–2
9–3
9.1.2.1
Isolating a Failed I/O Assembly
9.1.2.2
Powering Off an I/O Assembly
9.1.2.3
Removing an I/O Assembly
9.1.2.4
Installing an I/O Assembly
9.1.2.5
Powering On an I/O Assembly
9.1.2.6
Verifying an I/O Assembly
PCI Cassette Replacement Procedures
PCI Cassette Replacement
9–3
9–4
9–5
9–6
9–7
9–7
9–7
9–8
9.2.1.1
Removing the PCI Cassette
9.2.1.2
Installing the PCI Cassette
PCI Cassette Card Replacement Procedures
9.3.1
8–8
8–12
9.1.1
9.2.1
9.3
8–5
PCI Cassette Card Replacement
9–8
9–9
9–10
9–10
9.3.1.1
Removing the PCI Card from the Cassette
9.3.1.2
Installing the PCI Card into the Cassette
I/O Filler Panel Replacement Procedures
9–10
9–10
9–11
Contents
vii
10.
11.
9.4.2
Installing an I/O Filler Panel
9–11
9–11
10–1
10.1
Inserting a Board Set Carrier Plate
10.2
Carrier Plate Configuration Modification and Replacement
10–2
10–5
10.2.1
Two-In-One Carrier Plate FRU Modification Contents
10.2.2
Carrier Plate Replacement for Standard Configuration of Slots 1, 2,
3, 6, 7, 8, 10, 11, 12, 15, 16, and 17 10–6
10.2.3
Carrier Plate Configuration and Replacement for Slots 0 and 9
7
10.2.4
Carrier Plate Replacement for Standard Configurations of Slots 4, 5,
13, and 14 10–8
System Control Expander Board Set
11.2
viii
Removing an I/O Filler Panel
Board Set Carrier Plates
11.1
12.
9.4.1
11–1
Centerplane Support Board Replacement
11–2
11.1.1
11–2
Centerplane Support Board LEDs
Centerplane Support Board Replacement Procedures
11–3
11.2.1
Isolating a Failed Centerplane Support Board
11–4
11.2.2
Powering Off a Centerplane Support Board
11.2.3
Removing a Centerplane Support Board
11.2.4
Installing a Centerplane Support Board
11.2.5
Powering On a Centerplane Support Board
11.2.6
Verifying a Centerplane Support Board
System Expander Board Set
12–1
12.1
System Expander Board LEDs
12.2
Expander Board Replacement Procedures
12–3
12.2.1
Isolating a Failed Expander Board
12–3
12.2.2
Powering Off an Expander Board
12.2.3
Removing an Expander Board
Sun Fire E25K/E20K Systems Service Manual • April 2008
12–2
12–4
12–5
11–4
11–5
11–7
11–8
11–9
10–6
10–
13.
15.
Installing an Expander Board
12–7
12.2.5
Powering On an Expander Board
12.2.6
Verifying an Expander Board
12–8
12–8
Sun Fireplane Interconnect Replacement Procedure
13–1
13.1
Determining a Capacity on Demand (COD) System
13.2
Isolating a Failed Sun Fireplane Interconnect
13.3
Setting Up the System Prior to Replacing the Sun Fireplane Interconnect
13–4
13.4
Powering Off the System for Sun Fireplane Interconnect Replacement
6
13.5
Removing the Sun Fireplane Interconnect From the Chassis
13.6
Installing the Sun Fireplane Interconnect into the Chassis
13.7
Powering on the System After the Sun Fireplane Interconnect Installation
13–12
13.8
14.
12.2.4
13–2
13–3
13.7.1
Powering on the System Controllers
13.7.2
Powering on the Centerplane Support Board
13.7.3
Starting the Domains
13–
13–7
13–10
13–12
13–12
13–13
Restarting Capacity on Demand (COD) After Sun Fireplane Interconnect
Installation 13–14
Fan Backplane Replacement Procedure
14.1
Powering Off a Fan Backplane
14.2
Removing a Fan Backplane
14.3
Installing a Fan Backplane
14.4
Powering On a Fan Backplane
14–1
14–2
14–3
14–5
14–6
Power Centerplane Replacement Procedure
15–1
15.1
Powering Off the System for Power Centerplane Replacement
15.2
Removing the Power Centerplane
15.3
Installing the Power Centerplane Assembly into the Chassis
15–2
15–3
15–6
Contents
ix
15.4
16.
Powering On the System After Power Centerplane Installation
Cable Replacement Procedures
AC Power Cord
16.2
Internal Cabinet Cable Replacement Procedures
16.2.2
48 VDC Power Cable Replacement
16.2.6
16.2.7
x
16.2.2.1
Removing the 48 VDC Power Cable
16.2.2.2
Installing the 48 VDC Power Cable
16–11
16–12
Power Shelf I2C or TopCap Cable Replacement
16–13
16.2.3.1
Removing the Power Shelf I2C or TopCap Cable
16–13
16.2.3.2
Installing the Power Shelf I2C or TopCap Cable
16–13
Power Crossover Cable Replacement
16–14
16.2.4.1
Removing the Power Crossover Cable
16.2.4.2
Installing the Power Crossover Cable
Fan Tray Power Cable Replacement
16–14
16–14
16–15
16.2.5.1
Removing the Fan Tray Power Cable
16.2.5.2
Installing the Fan Tray Power Cable
Internal Cable Harness Set Replacement
16–15
16–16
16–17
16.2.6.1
Removing the Internal Cable Harness Set
16.2.6.2
Installing the Internal Cable Harness Set
TopCap Cable Replacement
16–20
16.2.7.1
Removing the TopCap Cable
16.2.7.2
Installing the TopCap Cable
Powering On the System
Side Panel Replacement
17.1.1
16–10
16–11
16–20
16–21
16–22
Mechanical Components Replacement Procedures
17.1
16–9
Powering Off the System for Cable Replacement
16.2.5
16.3
16–9
16.2.1
16.2.4
17.
16–1
16.1
16.2.3
15–9
17–1
Removing a Side Panel
Sun Fire E25K/E20K Systems Service Manual • April 2008
17–2
17–1
16–17
16–19
17.1.2
17.2
17.3
18.
Installing a Side Panel
Access Door Replacement
17–2
17.2.1
Removing an Access Door
17.2.2
Installing an Access Door
17–2
Kick Plate Assembly Replacement
17–3
17–2
17.3.1
Removing a Kick Plate Assembly
17.3.2
Installing a Kick Plate Assembly
Periodic Maintenance
18.1
17–2
18.1.2
18–2
Systems With Four Doors (Two in Front)
18.1.1.1
For the Front of the System
18.1.1.2
For the Rear of the System
18.1.2.1
For the Front of the System
18.1.2.2
For the Rear of the System
Using the Cable Straps
18.3
Uninstalling the Service Cable Straps
18.3.2
18.4
18.5
18–2
18–2
18–4
Systems With Two Doors (One in Front)
18.2
18.3.1
17–4
18–1
Installing the Service Cable Straps
18.1.1
17–3
18–5
18–5
18–6
18–7
18–7
Systems With Four Doors (Two in Front)
18.3.1.1
For the Front of the System
18.3.1.2
For the Rear of the System
18–7
18–8
Systems With Two Doors (One in Front)
18.3.2.1
For the Front of the System
18.3.2.2
For the Rear of the System
18–7
18–8
18–8
18–9
Cleaning the Air Plenum Panel Air-Intake Screens
18–10
18.4.1
Air Plenum Panel Air-Intake Screen for Sun Fire E25K/E20K
Systems 18–10
18.4.2
Cleaning the Air Plenum Air-Intake Screens
Air Filter Replacement
18–11
18–11
Contents
xi
18.5.1
Replacing an Air Filter
18–12
A. Component Serial Number Worksheet
B. System Labels
A–1
B–1
B.1
ESD GROUND and Top Fan Tray Component Number Labels
B.2
System Chassis and Carrier Plate Labels
B.3
Fan Tray Labels
B.4
B–2
B–4
B.3.1
Fan Tray Removal Label
B–4
B.3.2
Bottom Fan Tray Component Number Labels
Board Carrier Slot Component Number Labels
B.4.1
Front Component Number Labels
B.4.2
Rear Component Number Labels
B.5
Expander Label
B.6
Centerplane Support Label
B.7
Sun Fireplane Interconnect Label
B.8
Power Supply Labels
B–5
B–5
B–6
B–6
B–6
B–7
B–7
B.8.1
Power Supply Component Labels
B–7
B.8.2
External Power Supply Handle-Instruction Label
B.8.3
Power Supply Weight-Information Label
B.8.4
Power Supply CAUTION Label
B–8
C.1
Access Doors and Side Panels
C.2
TopCap Assembly
C–2
C.1
Kick Plate Assembly
C.3
System Board Assemblies and Carrier Plates
C.4
Fan Tray Cooling Components
C–12
C.5
Power Supplies and Air Filters
C–13
C.2
System Cables
C–3
C–3
C–15
Sun Fire E25K/E20K Systems Service Manual • April 2008
B–7
B–8
C. Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
xii
B–5
C–4
C–1
B–1
Index
Index–1
Contents
xiii
xiv
Sun Fire E25K/E20K Systems Service Manual • April 2008
Figures
FIGURE 1-1
Sun Fire E25K/E20K Systems Component Numbering—Front
1–8
FIGURE 1-2
Sun Fire E25K System Component Numbering—Rear
1–9
FIGURE 1-3
Sun Fire E20K System Component Numbering—Rear
1–10
FIGURE 1-4
Cassette Component Numbering—Sun Fire E25K Front and Rear, and Sun Fire E20K
Front 1–11
FIGURE 1-5
System Architecture Block Diagram
FIGURE 1-6
Control Distribution Block Diagram
FIGURE 1-7
Power Distribution Block Diagram
FIGURE 3-1
Air-Plenum Cover
FIGURE 3-2
Power Module
FIGURE 3-3
Sun Fire E25K/E20K Systems Power Supply
FIGURE 3-4
4 kW Dual AC–DC Power Supply LEDs
FIGURE 3-5
AC Power Cord Installation
FIGURE 4-1
Fan Tray
FIGURE 4-2
Fan Tray LEDs
FIGURE 5-1
System Controller CPU Board Memory Board Installation
FIGURE 5-2
System Controller CPU Board Switch Positions
FIGURE 5-3
System Controller CPU Board (CP-2140) Switch Positions
FIGURE 6-1
System Control Board LEDs (3U to 6U Conversion Board Option)
FIGURE 6-2
System Control Board
FIGURE 7-1
System Control Peripheral Board LEDs
1–14
1–15
1–16
3–4
3–5
3–7
3–9
3–12
4–1
4–3
5–4
5–5
5–6
6–3
6–8
7–3
xv
FIGURE 7-2
SC Peripheral Board and Center Access Panel—Exploded
FIGURE 7-3
SC Peripheral Board DVD Component Removal and Access Panel—Exploded
FIGURE 7-4
SC Peripheral Board Hard Drive Removal and Access Panel—Exploded
FIGURE 7-5
SC Peripheral Board DAT Removal and Access Panel—Exploded
FIGURE 8-1
CPU Board LEDs
FIGURE 8-2
CPU Board Components
FIGURE 8-3
CPU Board Memory DIMM Locations
FIGURE 8-4
CPU DIMM Removal
FIGURE 9-1
I/O Assembly LEDs
FIGURE 9-2
PCI Cassette Removal
9–9
FIGURE 10-1
System Carrier Plates
10–3
FIGURE 10-2
Standard Configuration Carrier Plate
FIGURE 10-3
Removing the T-Rail Guide
FIGURE 10-4
Securing the Center Guide Bracket After the T-Rail Guide Removal
FIGURE 11-1
Centerplane Support Board LEDs
FIGURE 11-2
Centerplane Support Board and Carrier Plate
FIGURE 12-1
System Expander Board LEDs
FIGURE 12-2
Expander Board and Carrier Plate—Exploded
FIGURE 13-1
Sun Fireplane Interconnect—Front and Rear View
FIGURE 13-2
Sun Fireplane Interconnect Tightening Pattern
FIGURE 14-1
Fan Backplane Locations—Front
FIGURE 14-2
Fan Backplane Connections
FIGURE 15-1
Power Centerplane Power Control Connections
FIGURE 15-2
Voltage-and-Return Reference Designation Labels—Front and Rear
FIGURE 16-1
Sun Fire E25K/E20K Systems Internal Cable Connections
FIGURE 16-2
System Cable Layout Diagram—Typical for Front (Side 0) and Rear (Side 1)
FIGURE 16-3
Fan Tray Backplane FRU Cable Diagram—Top Front, Side 0
16–4
FIGURE 16-4
Fan Tray Backplane FRU Cable Diagram—Top Front, Side 1
16–4
FIGURE 16-5
Power Centerplane Cable Diagram—Bottom Front, Side 0
16–5
FIGURE 16-6
Power Centerplane Cable Diagram—Bottom Rear, Side 1
16–6
xvi
7–7
7–10
7–13
7–16
8–3
8–6
8–10
8–11
9–3
10–5
10–7
10–8
11–3
11–6
12–3
12–6
13–9
13–11
14–4
14–5
Sun Fire E25K/E20K Systems Service Manual • April 2008
15–4
15–7
16–2
16–3
FIGURE 16-7
Cable Schematic Diagram for Interface Connectors—Side 0
16–6
FIGURE 16-8
Cable Schematic Diagram for Interface Connectors—Side 1
16–7
FIGURE 16-9
DC Power Distribution Cables—Side 0 and Side 1
FIGURE 16-10
48 VDC Power Cables
16–12
FIGURE 16-11
Fan Tray Power Cable
16–16
FIGURE 16-12
Internal Cable Harness Set
FIGURE 16-13
TopCap Cable 16–21
FIGURE 17-1
Kick Plate Assembly
FIGURE 18-1
Front Door Maintenance Straps
FIGURE 18-2
Rear door maintenance strap
FIGURE 18-3
Installing the Maintenance Brackets and Straps
FIGURE 18-4
Air Plenum Panel and Air-Intake Screen for the Sun Fire E25K/E20K Systems
FIGURE 18-5
Filter Replacement—Front and Rear
FIGURE B-1
ESD GROUND and Top Fan Tray Component Number Labels
FIGURE B-2
System Chassis and Carrier Plate Label—Carrier Plate Installation
FIGURE B-3
Carrier Plate Warning Label
FIGURE B-4
Fan Tray Removal Label
FIGURE B-5
Bottom Fan Tray Component Number Labels
FIGURE B-6
Front Component Number Labels
B–5
FIGURE B-7
Rear Component Number Labels
B–6
FIGURE B-8
Expander Label
FIGURE B-9
Centerplane Support Label
FIGURE B-10
Sun Fireplane Interconnect Label
B–7
FIGURE B-11
Power Supply Component Labels
B–7
FIGURE B-12
External Power Supply Label
FIGURE B-13
Power Supply Weight-Information Label
FIGURE B-14
Power Supply CAUTION Label
FIGURE C-1
System FRU Component Categories
FIGURE C-2
Access Doors and Side Panels
FIGURE C-3
TopCap Assembly Components
16–7
16–18
17–3
18–3
18–4
18–6
18–10
18–13
B–2
B–3
B–4
B–4
B–5
B–6
B–6
B–7
B–8
B–8
C–1
C–2
C–3
Figures
xvii
FIGURE C-4
Kick Plate Assembly Components
FIGURE C-5
Centerplane Support Board
FIGURE C-6
System Controller Carrier Plate
FIGURE C-7
System Expander Carrier Plate (With Air Dam)
FIGURE C-8
System Control Board—3U to 6U Conversion Board Option
FIGURE C-9
System Control Peripheral Board
FIGURE C-10
System Expander Board
FIGURE C-11
System Expander Carrier Plate (With or Without Air Dam)
FIGURE C-12
CPU Board C–8
FIGURE C-13
I/O Assembly
FIGURE C-14
I/O Filler Panel (Used as Required)
FIGURE C-15
CPU Filler Panel (Used as Required)
FIGURE C-16
Sun Fireplane Interconnect
FIGURE C-17
Power Centerplane
FIGURE C-18
Fan Backplane
FIGURE C-19
Fan Tray Cooling Component
FIGURE C-20
Power Supply
C–14
FIGURE C-21
Power Module
C–14
FIGURE C-22
Air Filter
FIGURE C-23
AC Power Cable, Domestic
FIGURE C-24
AC Power Cable, Domestic 2
FIGURE C-25
AC Power Cable, International
FIGURE C-26
AC Power Cable, International 2
FIGURE C-27
Fan Power Cable C–19
FIGURE C-28
Fan I2C Cable, Front Upper
C–21
FIGURE C-29
Fan I2C Cable, Front Lower
C–21
FIGURE C-30
Fan I2C Cable, Rear Upper
C–22
FIGURE C-31
Fan I2C Cable, Rear Lower
C–22
FIGURE C-32
Power Module to Connector Bulkhead, 48 VDC Power
FIGURE C-33
Connector Bulkhead to Connector Bulkhead, 48 VDC Crossover
xviii
C–3
C–5
C–5
C–6
C–6
C–7
C–7
C–8
C–9
C–9
C–10
C–10
C–11
C–11
C–12
C–15
C–17
C–17
C–18
C–18
Sun Fire E25K/E20K Systems Service Manual • April 2008
C–23
C–24
FIGURE C-34
Power Module to Connector Bulkhead, I2C Signals
FIGURE C-35
Control 0 Cable, Front
C–25
FIGURE C-36
Control 1 Cable, Front
C–25
FIGURE C-37
Control 0 Cable, Rear
C–26
FIGURE C-38
Control 1 Cable, Rear
C–26
FIGURE C-39
Power Control Cable, Front
C–27
FIGURE C-40
Power Control Cable, Rear
C–27
FIGURE C-41
TopCap Power Cable, Internal
FIGURE C-42
TopCap Power Cable, External
FIGURE C-43
RS-232 Cable, Internal
FIGURE C-44
RS-232 Cable, External
FIGURE C-45
SC-CPU Cable
C–24
C–27
C–27
C–29
C–29
C–30
Figures
xix
xx
Sun Fire E25K/E20K Systems Service Manual • April 2008
Tables
TABLE 1-1
Temperature Levels
TABLE 1-2
Ambient Thermal Levels
TABLE 1-3
Voltage and Current Limits
TABLE 1-4
LEDs
TABLE 1-5
Customer Availability and Mean Time to Repair
TABLE 1-6
Safety Precautions
TABLE 1-7
1–4
1–4
1–5
1–6
1–7
1–12
1–13
TABLE 3-1
4 kW Dual AC–DC Power Supply Components
3–8
TABLE 3-2
4 kW Dual AC–DC Power Supply Valid LED Status
TABLE 4-1
Fan Tray Components
TABLE 4-2
Fan Tray Valid LED Status
TABLE 6-1
System Control Board Components
TABLE 6-2
System Control Board Valid LED Status
TABLE 6-3
System Control CPU Board Indicator Function Descriptions
TABLE 7-1
System Control (SC) Peripheral Board Components
TABLE 7-2
System Control (SC) Peripheral Board Valid LED Status
TABLE 7-3
System Control DVD Indicator Function Descriptions
TABLE 7-4
System Control Tape Peripheral Indicator Function Descriptions
TABLE 8-1
CPU Board Components
TABLE 8-2
CPU Board Valid LED Status
3–8
4–2
4–2
6–1
6–2
6–2
7–2
7–2
7–3
7–4
8–2
8–2
xxi
TABLE 9-1
I/O Assembly Components
TABLE 9-2
I/O Assembly Valid LED Status
TABLE 10-1
Carrier Plate FRU Modification Contents
10–6
TABLE 11-1
Centerplane Support Board Components
11–2
TABLE 11-2
Centerplane Support Board Valid LED Status
TABLE 12-1
Expander Board Components
TABLE 12-2
Expander Board Valid LED Status
TABLE 13-1
Component Serial Numbers Worksheet
TABLE 16-1
Cable Termination Table
TABLE C-1
Access Doors and Side Panels
TABLE C-2
TopCap Assembly Components
TABLE C-3
Kick Plate Assembly Components
TABLE C-4
System Board Assemblies
TABLE C-5
System Board Carrier Plates
TABLE C-6
Fan Tray Cooling Components
C–12
TABLE C-7
Power Supplies and Air Filters
C–13
TABLE C-8
System Cables
TABLE C-9
AC Power Cable, Domestic, Wire List
TABLE C-10
AC Power Cable, Domestic 2, Wire List
TABLE C-11
AC Power Cable, International, Wire List
TABLE C-12
AC Power Cable, International 2, Wire List
TABLE C-13
Fan Power Cable (Side 0) Termination Table 0
C–19
TABLE C-14
Fan Power Cable (Side 1) Termination Table 1
C–20
TABLE C-15
Power Module to Connector Bulkhead Cable, 48 VDC Power, Termination Table
TABLE C-16
Connector Bulkhead to Connector Bulkhead, 48 VDC Crossover, Termination Table
TABLE C-17
TopCap Power Cable, External, Termination Specifications
TABLE C-18
RS-232 Cable, External, Termination Specifications
TABLE C-19
SC-CPU Cable Termination Specifications
xxii
9–2
9–2
11–2
12–2
12–2
13–5
16–7
C–2
C–3
C–3
C–4
C–4
C–15
C–17
C–17
Sun Fire E25K/E20K Systems Service Manual • April 2008
C–18
C–18
C–30
C–29
C–28
C–23
C–24
Preface
The Sun Fire E25K/E20K Systems Service Manual provides guidelines and detailed
instructions for replacing field-replaceable components on the Sun Fire™
E25K/E20K Systems.
How This Book Is Organized
Chapter 1 provides component replacement guidelines, indicator descriptions,
and hardware nomenclature.
Chapter 2 details the replacement procedures for the TopCap assembly and the
TopCap extension.
Chapter 3 details the replacement procedures for the system power module and
the 4 kW dual AC–DC power supplies.
Chapter 4 details the replacement procedures for the system fan trays.
Chapter 5 details the replacement procedures for the System Control (SC) CPU
board and installation of the cPCI memory.
Chapter 6 details the replacement procedures for the System Control (SC) board.
Chapter 7 details the replacement procedures for the System Control peripheral
board containing the DVD, DAT drive, and hard drive peripherals.
Chapter 8 details the replacement procedures for the CPU (slot 0) board.
Chapter 9 details the replacement procedures for the I/O (slot 1) assemblies.
Chapter 10 details the replacement procedures for the board set carrier plate and
identifies the carrier-plate configurations.
Chapter 11 details the replacement procedures for the centerplane support board
of the system control expander board set.
xxiii
Chapter 12 details the replacement procedures for the expander board of the
system expander board set.
Chapter 13 details the replacement procedures for the Sun™ Fireplane
interconnect assembly.
Chapter 14 details the replacement procedures for the fan backplane.
Chapter 15 details the replacement procedures for the power centerplane.
Chapter 16 details the replacement procedures for the system cables.
Chapter 17 details the replacement procedures for the mechanical components.
Chapter 18 provides procedures for the system components requiring periodic
maintenance.
Appendix A provides a component serial number worksheet.
Appendix B details the information and safety labels used in the Sun Fire
E25K/E20K systems.
Appendix C provides a pictorial review of the Sun Fire E25K/E20K systems
components.
Using UNIX Commands
This document may not contain information on basic UNIX® commands and
procedures such as shutting down the system, booting the system, and configuring
devices.
See the following for this information:
■
Documentation for the Solaris™ Operating System, which is at:
http://docs.sun.com
■
xxiv
Other software documentation that you received with your system
Sun Fire E25K/E20K Systems Service Manual • April 2008
Typographic Conventions
TABLE P-1
Typographic Conventions
Typeface
Meaning
Examples
AaBbCc123
The names of commands, files,
and directories; on-screen
computer output
Edit your .login file.
Use ls -a to list all files.
% You have mail.
AaBbCc123
What you type, when contrasted % su
with on-screen computer output Password:
AaBbCc123
Book titles, new words or terms, Read Chapter 6 in the User’s Guide.
words to be emphasized
These are called class options.
You must be superuser to do this.
Command-line variable; replace
with a real name or value
To delete a file, type rm filename.
Preface
xxv
Shell Prompts
TABLE P-2
Shell Prompts
Shell
Prompt
System Control (SC) Command
sc%
SC superuser, main SC
sc#
Domain superuser
domain_name#
SC superuser, spare SC
sc_spare#
Related Documentation
TABLE P-3
xxvi
Related Documentation
Application
Title
Service
Sun Fire E25K/E20K Systems Read Me First
Service
Sun Fire E25K/E20K Systems Getting Started
Service
Sun Fire E25K/E20K Systems Unpacking Guide
Service
Sun Fire E25K/E20K Systems Site Planning Guide
Service
Sun Fire E25K/E20K Systems Hardware Installation and
Uninstallation Guide
Service
Sun Fire E25K/E20K Systems Service Manual
Service
Sun Fire E25K/E20K Systems Service Reference I–Nomenclature
Service
Sun Fire E25K/E20K Systems Service Reference II–Component Numbering
Service
Sun Fire E25K/E20K Systems Carrier Plate Configurations
Sun Fire E25K/E20K Systems Service Manual • April 2008
Accessing Sun Documentation
You can view, print, or purchase a broad selection of Sun documentation, including
localized versions, at:
http://www.sun.com/documentation
Contacting Sun Technical Support
If you have technical questions about this product that are not answered in this
document, go to:
http://www.sun.com/service/contacting
Sun Welcomes Your Comments
Sun is interested in improving its documentation and welcomes your comments and
suggestions. You can submit your comments by going to:
http://www.sun.com/hwdocs/feedback
Please include the title and part number of your document with your feedback:
Sun Fire E25K/E20K Systems Service Manual, part number 817-4138-15
Preface
xxvii
United States Export Control Laws
Notice
Products covered by and information contained in this service manual are controlled
by U.S. Export Control laws and may be subject to the export or import laws in other
countries. Nuclear, missile, chemical biological weapons, or nuclear maritime end
uses or end users, whether direct or indirect, are strictly prohibited. Export or reexport to countries subject to U.S. embargo or to entities identified on U.S. export
exclusion lists, including but not limited to the denied persons and specially
designated nationals lists, is strictly prohibited. Use of any spare or replacement
CPUs is limited to repair or one-for-one replacement of CPUs in products exported
in compliance with U.S. export laws. Use of CPUs as product upgrades unless
authorized by the U.S. Government is strictly prohibited.
xxviii Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
1
Guidelines, Indicators, and
Nomenclature
This chapter provides the following introductory information for the Sun Fire
E25K/E20K systems:
1.1
■
Section 1.1, “System Component Hot-Swap Guidelines” on page 1-1
■
Section 1.2, “Configuration Rules” on page 1-2
■
Section 1.3, “Testing the System” on page 1-3
■
Section 1.4, “Reviewing System Temperatures” on page 1-4
■
Section 1.5, “Reviewing System Power” on page 1-5
■
Section 1.6, “Hardware Indicators” on page 1-6
■
Section 1.7, “Field-Replaceable Units (FRU)—Mean Time to Repair (MTTR)” on
page 1-7
■
Section 1.8, “Safety Precautions” on page 1-12
■
Section 1.9, “Special Tools and Shipping Kit Items” on page 1-13
■
Section 1.10, “System Block Diagrams” on page 1-14
System Component Hot-Swap
Guidelines
In the Sun Fire E25K/E20K systems, hot-swapping a component refers to physically
removing and replacing a component while the remaining system components are
operational.
1-1
Note – The System Management Software (SMS) requires 30 seconds to recognize
the removal of a hot-swappable component. The user should wait for a system
response before installing a new replacement board.
The hot-swappable components in the system are listed as follows.
1.2
■
System Control board
■
Centerplane support board
■
CPU board
■
I/O assembly
■
System expander board
■
Fan trays
■
Power supplies
■
System control peripheral board
Configuration Rules
The following rules apply when configuring components of the Sun Fire E25K/E20K
systems:
■
Every system must be equipped with two centerplane support boards (CSB) in
order to utilize full-width data, address, and response paths. If one CSB fails,
there is an interruption in service. However, SMS recovers the domains and the
remaining CSB runs in a degraded mode.
■
Every system must be equipped with two System Control (SC) boards.
■
Every system must be equipped with two SC peripheral boards.
■
Every system must be equipped with eight fan trays.
■
Every system must be equipped with six power supplies.
The following rules apply when configuring components on the CPU board:
Note – The CPU/Memory board field-replaceable unit (FRU) is for maintenance use
only. FRUs must not be used to upgrade CPU performance in systems. Usage as
such can violate United States export regulations.
The United States government sets limits as to the server configuration exportable to
certain destinations or certain customers. Server CPU upgrades must be ordered as
standalone CPU upgrade options rather than spares. All upgrades must first be
1-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
approved by Sun International Trade Services to ensure the system does not exceed
the legal limit for the destination (customer). The following message appears on the
label on all CPU FRUs to alert all concerned that this FRU is for maintenance of the
system only and should not be used to upgrade a system:
This assembly is for maintenance use only.
Not to be used to upgrade systems.
Use as system upgrades could violate
United States export regulations.
1.3
■
All CPU modules must be the same speed.
■
All external cache modules must be the same size.
■
When configuring memory:
■
All sockets within a bank must be fully populated.
■
All DIMM sizes within a bank must be equal.
Testing the System
The Sun Fire E25K/E20K systems use setkeyswitch to diagnose system problems
by running hpost(1M) when posting a domain. The hpost(1M) diagnostic probes,
configure and test the domain hardware, preparing the system to run OpenBoot™
PROM and subsequently the Solaris OS.
The Sun VTS™ diagnostics suite can be used as a verification of a dynamic system
domain or an SC. To use the sunvts(1M) command, you must be logged into the
host as superuser. Information about sunvts(1M) is located in
/opt/share/man/man1m.
Verify the SMS is up and running by typing:
sc% showfailover -r
MAIN
This command explains the role of the SC. The value returned should be MAIN
indicating that this SC is providing all resources for the Sun Fire E25K/E20K
systems. If you do not get this value, consult the SMS Administration Guide.
Chapter 1
Guidelines, Indicators, and Nomenclature
1-3
1.4
Reviewing System Temperatures
The temperature status can be checked at any time by using Sun™ Management
Center software or the showenvironment command. At the command line type:
sc% showenvironment -p temps
See the showenvironment(1M) man page for further details.
TABLE 1-1
Temperature Levels
Optimu
m
Component
High Warning
High Critical
Overlimit
ASICs
Category I:
AR, SDC, DX, SBBC,
CBH: IOA
< 80oC
> 85oC to
95oC
> 95oC to 105oC >
105oC
Category II:
PROC
< 80oC
> 85oC to
90oC
> 90oC to 95oC > 95o
C
< 65oC
> 70oC to
80oC
> 80oC to 85oC > 85o
C
Power supplies
< 65oC
> 70oC to
75oC
> 75oC to 80oC
Proximity sensors
< 40oC
> 45oC to
50oC
> 50oC to 55oC > 55o
C
Category III:
SDI, AXQ, RMX,
AMX, DMX, WCI,
DARB
TABLE 1-2
Ambient Thermal Levels
Componen
t
Low
Critical
Ambient
≤
5 oC
Low
Warning
>
5oC
to
15oC
>
20oC
to
* Fan reset point
1-4
High
Warning
Optimum
Sun Fire E25K/E20K Systems Service Manual • April 2008
25oC*
>
25oC
to
35oC
> 80o
C
High
Critical
Overlimit
35oC
> 40oC
>
1.5
Reviewing System Power
■
Check the power status by using Sun Management Center software or the
showenvironment command. To review, at the command line type:
sc% showenvironment -p volts
See the showenvironment(1M) man page for further details.
TABLE 1-3
Voltage and Current Limits
Voltage and Current
Low–Minimum
Acceptable Range
voltage*
High–Maximum
PROC Core
-5%
Core
+1.5 V
x ≤ +1.4
+1.4 < x < +1.6
+1.6 ≤ x
+2.5 V
x ≤ +2.3
+2.3 < x < +2.7
+2.7 ≤ x
+3.3 V
x ≤ +3.0
+3.0 < x < +3.5
+3.5 ≤ x
+3.3 HK
x ≤ +3.0
+3.0 < x < +3.5
+3.5 ≤ x
+5.0 V
x ≤ +4.75
+4.75 < x < +5.25
+5.25 ≤ x
+12 V
x ≤ +11.4
+11.4 < x < +12.6
+12.6 ≤ x
-12 V
x ≤ -12.6
-12.6 < x < -11.4
-11.4 ≤ x
+5 V current
Each component must
be within + 50% of the
average of all
components in the
group.
+3.3 V current
Each component must
be within + 50% of the
average of all
components in the
group.
+1.5 V converter
Each component must
be within + 50% of the
average of all
components in the
group.
+5%
* Core voltage is processor-version dependent.
Chapter 1
Guidelines, Indicators, and Nomenclature
1-5
1.6
Hardware Indicators
The LED indicators provide current status information about the component directly
associated with the indicator array. Indicators are arranged in a straight line,
horizontal or vertical, with the green LED on the left or top (TABLE 1-4).
1-6
TABLE 1-4
LEDs
Symbol
LED Color
Indication
Operation
Green
Activation indicator
Component is powered on.
Amber
Service indicator
Service indicator is only used during
initial startup.
Amber or
blue
Removal indicator
Component may be removed.
Sun Fire E25K/E20K Systems Service Manual • April 2008
1.7
Field-Replaceable Units (FRU)—Mean
Time to Repair (MTTR)
TABLE 1-5 lists the estimated time required for replacement of the FRUs in the Sun
Fire E25K/E20K systems. These times assume the new component is on site and
properly configured. They do not include any time required by software for system
reconfiguration or the shutdown and bring-up time required for the non-concurrent
service items.
TABLE 1-5
Customer Availability and Mean Time to Repair
FRU
MTTR
Online Service
4 kW dual AC–DC power supply
10 min
Yes
Fan tray
10 min
Yes
Centerplane support board
30 min
Yes
System Control board
10 min
Yes
SC CPU board
10 min
Yes
SC peripheral board
10 min
Yes
Expander board
30 min
Yes
Dual in-line memory module (DIMM)
10 min
Yes
CPU board
10 min
Yes
I/O assembly
10 min
Yes
Sun Fireplane interconnect
90 min
No
Power centerplane
180 min
No
Fan backplane
70 min
No
I/O cables
15 min
Yes
Power module
60 min
No
TopCap
10 min
Yes
Side panel
5 min
Yes
Access doors
5 min
Yes
Air filter
5 min
Yes
AC power cord
5 min
Yes
See the front and rear system component numbering (FIGURE 1-1, FIGURE 1-2 and
FIGURE 1-3). See FIGURE 1-4 for cassette component numbering.
Chapter 1
Guidelines, Indicators, and Nomenclature
1-7
FIGURE 1-1
Sun Fire E25K/E20K Systems Component Numbering—Front
FT1, fan tray
FT0, fan tray
SB8, standard CPU or CPU filler panel
TopCap
SB6, standard CPU or CPU filler panel
Fan
Trays
SB7, standard CPU or CPU filler panel
SB4, standard CPU or CPU filler panel
SB5, standard CPU or CPU filler panel
SB3, standard CPU or CPU filler panel
Slot 0
SB2, standard CPU or CPU filler panel
SB1, standard CPU or CPU filler panel
SB0, standard CPU or CPU filler panel
SC0, System Control CPU and spare cPCI port
SCPER0, DVD-ROM, DAT drive, hard drive
IO0
IO options: hsPCI-X/hsPCI+ o I/O filler panel
Cassette Numbering
Slot 1
IO1
hsPCI-X/hsPCI+
IO2
(See additional diagrams in
this document for further detail.)
IO3
Fan
Trays
IO4
IO5
C3V2
C5V0
Air
Vent
IO6
IO7
C3V1
C3V0
IO8
FT2, fan trays
Power
Supplies
FT3, fan trays
LINK (0, 1), remote power to I/O expansion racks
(not used)
PS0 (AC0, AC1), power supplies
PS1 (AC0, AC1), power supplies
PS2 (AC0, AC1), power supplies
1-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 1-2
Sun Fire E25K System Component Numbering—Rear
FT5, fan tray
FT4, fan tray
SB17, standard CPU or CPU filler panel
SB16, standard CPU or CPU filler panel
SB15, standard CPU or CPU filler panel
Fan
Trays
SB14, standard CPU or CPU filler panel
SB13, standard CPU or CPU filler panel
SB12, standard CPU or CPU filler panel
SB11, standard CPU or CPU filler panel
Slot 0
SB10, standard CPU or CPU filler panel
SB9, standard CPU or CPU filler panel
SC1, System Control CPU and spare cPCI port
SCPER0, DVD-ROM, DAT drive, hard drive
IO9
IO options: hsPCI-X/hsPCI+ or I/O filler panel
Cassette Numbering
Slot 1
IO10
hsPCI-X/hsPCI+
(See additional diagrams in
this document for further detail.)
IO11
IO12
Fan
Trays
IO13
IO14
IO15
IO16
Air
Vent
C3V2
C5V0
C3V1
C3V0
IO17
C3V1 C3V0
FT6, fan trays
Power
Supplies
FT7, fan trays
LINK (2, 3), remote power to I/O expansion racks
(not used)
PS3 (AC0, AC1), power supplies
PS4 (AC0, AC1), power supplies
PS5 (AC0, AC1), power supplies
Chapter 1
Guidelines, Indicators, and Nomenclature
1-9
FIGURE 1-3
Sun Fire E20K System Component Numbering—Rear
FT5, fan tray
FT4, fan tray
SB17, CPU filler panel
SB16, CPU filler panel
SB15, CPU filler panel
Fan
Trays
SB14, CPU filler panel
SB13, CPU filler panel
SB12, CPU filler panel
SB11, CPU filler panel
Slot 0
SB10, CPU filler panel
SB9, CPU filler panel
SC1, System Control CPU and spare cPCI port
SCPER0, DVD-ROM, DAT drive, hard drive
IO9
Slot 1
IO10
IO11
IO12
Fan
Trays
IO13
I/O Filler panels
IO14
Air
Vent
IO15
IO16
IO17
FT6, fan trays
Power
Supplies
FT7, fan trays
LINK (2, 3), remote power to I/O expansion racks
(not used)
PS3 (AC0, AC1), power supplies
PS4 (AC0, AC1), power supplies
PS5 (AC0, AC1), power supplies
1-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 1-4
Cassette Component Numbering—Sun Fire E25K Front and Rear, and Sun
Fire E20K Front
Actual I/Os
Cassette interchange diagram
C3V2, hsPCI+ 66 or 33 MHz, yellow
C5V0, hsPCI+ 33 MHz, blue
3.3V and 5.0V
cassettes
hsPCI+
C3V1, hsPCI+ 66 or 33 MHz, yellow
C3V0, hsPCI+ 66 or 33 MHz, yellow
3.3V cassettes
C3V2, hsPCI-X 90, 66, or 33 MHz, yellow
C5V0, hsPCI-X 33 MHz, blue
3.3V and 5.0V
cassettes
hsPCI-X
C3V1, hsPCI-X 90, 66, or 33 MHz, yellow
C3V0, hsPCI-X 90, 66, or 33 MHz, yellow
3.3V cassettes
Note – The 3.3V cassette positions are interchangeable and the 5.0V cassette
positions are interchangeable.
Chapter 1
Guidelines, Indicators, and Nomenclature
1-11
1.8
Safety Precautions
For your protection, observe the following safety precautions when setting up your
equipment:
■
Follow all cautions and instructions marked on the equipment.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that could result in fire
or electric shock.
■
Refer servicing of equipment to qualified personnel.
To protect both yourself and the equipment, observe the safety precautions outlined
in TABLE 1-6.
TABLE 1-6
1-12
Safety Precautions
Item
Problem
Precaution
ESD wrist
strap
Electro-Static
Discharge
(ESD)
There are four ground points on the system cabinet, two at the
front top left and top right, and two at the rear top left and top
right.
ESD mat
ESD
An approved ESD mat provides protection from static damage
when used with a wrist strap. The mat also cushions and
protects parts that are attached to the printed circuit boards.
Sun Fire E25K/E20K Systems Service Manual • April 2008
1.9
Special Tools and Shipping Kit Items
The following list represents the special tools and items supplied in the shipping kit
box at the time of system delivery:
TABLE 1-7
Special Tools and Shipping Kit Items
Special Tools in Front Door
Two (2) preset 18 in.-lbs (2.2 Nm) torque screwdrivers
Special Tools in Shipping Kit:
Two (2) system control console cables
One (1) 11 in. (27.9 cm) magnetic, replaceable-tip screwdriver
One (1) No. 1 Phillips head bit
One (1) No. 2 Phillips head bit
Other Shipping Kit Items:
I/O cable labels
Power cable labels
Velcro straps for I/O cables
ESD Kit with large mat:
Wrist strap
Static mat, 24 in. (61.0 cm) x 24 in. (61.0 cm)
Envelope, plastic bag
ESD kit instructions
Chapter 1
Guidelines, Indicators, and Nomenclature
1-13
1.10
System Block Diagrams
FIGURE 1-5 defines the Sun Fire E25K/E20K systems architecture.
FIGURE 1-6 defines the power control system circuitry from the System Control
boards to the individual power supplies and the fan trays.
FIGURE 1-7 defines the power distribution circuitry. This diagram represents the
48 VDC power distribution from the individual power supplies to the various
boards through the designated circuit breakers.
FIGURE 1-5
System Architecture Block Diagram
18 x 18 addresses,
responses, and
data crossbars
on Logic Centerplane
Full-width
board
Half-width
board
Address
Expander
board
Response
Data
Full bandwidth (4.8 GBps) board type
• 4 CPU / 4 memory banks
1-14
Sun Fire E25K/E20K Systems Service Manual • April 2008
Full-width
board
Expander
board
Half-width
board
3 half bandwidth (2.4 GBps) board types
• 4 PCI adapters
• 2 CPU / 0 memory banks
• 2 PCI adapters / 3 WCI links
TopCap
Fan Tray
FT0
48 Volts
Fan Tray
FT1
Power
Centerplane
Fan Tray
FT2
48 Volts
SC0 I2C (8)
SC1 I2C (8)
12V
Fan Tray
FT3
Fan backplane
top front
Control Distribution Block Diagram
Fan backplane
bottom front
FIGURE 1-6
Present (4)
Power Supply
PS0
SC0 I2C (9)
SC1 I2C (9)
Power Supply
PS1
Present (3)
Power Supply
PS2
48 Volts
12V
Fan Tray
FT4
48 Volts
SC1_I2C (54)
Present (18)
Interrupt (6)
Fan Tray
FT5
Fan Tray
FT6
48 Volts
SC0 I2C (8)
Fan Tray
FT7
SC1 I2C (8)
top rear
12V
Fan backplane
SC0_I2C (54)
Present (18)
Interrupt (6)
Fan backplane
bottom rear
System Control board
side 1
System Control board
side 0
Interrupt (3)
Present (4)
Power Supply
PS3
SC0 I2C (9)
SC1 I2C (9)
Power Supply
PS4
Present (3)
Interrupt (3)
Power Supply
PS5
48 Volts
Chapter 1
Guidelines, Indicators, and Nomenclature
1-15
PS0
+48 Volts
Power Supply
PS1
+48 Volts
Power Supply
PS2
Front
System Expander 8
System Expander 7
System Expander 6
System Expander 5
System Expander 4
System Expander 3
System Expander 2
System Expander 1
System Expander 0
Centerplane Support 0
System Control Board 0
System Control Peripheral 0
Fan Backplane 0.0
Fan Backplane 0.1
+48 volt
return
+48 Volts
Power Supply
PS3
+48 Volts
Power Supply
PS4
+48 Volts
Power Supply
PS5
Fan Bottom Side 1
Fan Top Side 1
Fan Bottom Side 0
Fan Top Side 0
System Control Peripheral 1
System Control 1
Centerplane Support Board 1
System Expander 9
System Expander 10
System Expander 11
System Expander 12
System Expander 13
System Expander 14
System Expander 15
System Expander 16
System Expander 17
System Component
+48 Volts
Power Supply
Fan Bottom Side1
Fan Top Side1
Fan Bottom Side0
Fan Top Side0
System Control Peripheral 0
System Control Board 0
Centerplane Support Board 0
System Expander 0
System Expander 1
System Expander 2
System Expander 3
System Expander 4
System Expander 5
System Expander 6
System Expander 7
System Expander 8
Breakers
Power Distribution Block Diagram
Breakers
FIGURE 1-7
+48 volt
return
1-16
System Expander 17
System Expander 16
System Expander 15
System Expander 14
System Expander 13
System Expander 12
System Expander 11
System Expander 10
System Expander 9
Centerplane Support 1
System Control Board 1
System Control Peripheral 1
Fan Backplane 1.0
Fan Backplane 1.1
Sun Fire E25K/E20K Systems Service Manual • April 2008
System Component
Rear
CHAPTER
2
TopCap and Extension Replacement
Procedures
This chapter contains the replacement procedures for the TopCap assembly and
extension.
The chapter contains the following sections:
■
Section 2.1, “TopCap Replacement” on page 2-2
■
Section 2.2, “TopCap Extension Replacement” on page 2-2
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
2-1
2.1
TopCap Replacement
2.1.1
Removing the TopCap
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Remove the four (4) M4x12 panhead screws securing the TopCap assembly.
2. Disconnect the 12V cable connector from the rear of the TopCap assembly.
3. Remove the TopCap assembly.
2.1.2
Installing the TopCap
1. Install a new TopCap assembly.
2. Connect the 12V cable connector to the rear of the TopCap assembly.
3. Secure the TopCap assembly with four (4) M4x12 panhead screws.
2.2
TopCap Extension Replacement
2.2.1
Removing the TopCap Extension
1. Remove the two (2) M4x12 panhead screws securing the TopCap extension.
2. Remove the TopCap extension.
2-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
2.2.2
Installing the TopCap Extension
1. Install the new TopCap extension.
2. Secure the TopCap extension with two (2) M4x12 panhead screws.
Chapter 2
TopCap and Extension Replacement Procedures
2-3
2-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
3
System Power
The Sun Fire E25K/E20K systems have two power modules, each holding three
hot-swappable power supplies. One module is on the front of the system and the
other module is on the rear of the system. This chapter contains the replacement
procedures for the power modules and the 4 kW dual AC–DC power supplies.
This chapter contains the following sections:
■
Section 3.1, “Power Module Replacement Procedures” on page 3-1
■
Section 3.2, “4 kW Dual AC–DC Power Supply Replacement Procedures” on
page 3-7
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
3.1
Power Module Replacement Procedures
3.1.1
Power Module Replacement
The Sun Fire E25K/E20K systems have two power modules, each holding three
power supplies. One module is on the front of the system and the other module is
on the rear of the system. See FIGURE 3-2.
3-1
3.1.2
Powering Off for Power Module Removal
Caution – The power module is NOT a hot-swappable component. This procedure
requires a complete shutdown of the domains and SCs, and disconnection of all AC
power to the system.
There are four ground points on the system cabinet, two at the front top left and top
right, and two at the rear top left and top right.
Caution – The seven (7) power cables and the two (2) control cables MUST BE
REMOVED from the side of the system where the power module is being removed.
1. As a superuser on the domains, systematically shut down all running
domains by typing:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
2. On the main SC, power off the domain hardware by typing:
sc% poweroff
This command powers off the entire system with the exception of the power
supplies, fans, and the SCs. Refer to poweroff(1M) for more information.
3. Shut down the System Control boards by doing the following:
■
As a superuser on the spare SC, shut down the spare SC by typing:
sc_spare# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
■
On the main SC, power off the spare SC by typing:
sc% poweroff SCx
where x is 0 or 1, dependent upon which SC is the spare.
■
As a superuser on the main SC, shutdown the main SC by typing:
sc# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
3-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Open the cabinet door.
Note – All DC circuit breakers are to remain in the on position at all times.
5. Power off the AC0 and AC1 circuit breakers for all power supplies in the
system.
Note – Observe the following warning message displayed at the right side of the
circuit breakers on the circuit breaker panel above the AC power supplies:
WARNING
FAN TRAYS HAVE REDUNDANT DC POWER SOURCES.
CIRCUIT BREAKERS ON BOTH SIDES, FRONT AND REAR,
MUST BE OPERATED TO TURN OFF FAN TRAYS.
POWER SUPPLIES HAVE DUAL AC INPUTS.
BOTH CIRCUIT BREAKERS, AC0 AND AC1 MUST BE
OPERATED TO TURN OFF A POWER SUPPLY.
3.1.3
Removing a Power Module
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation of the board. There are ground points at the top left and top
right of the cabinet in both front and rear.
1. Route I/O cables away from the power module, ensuring not to disconnect any
cables.
See Section 18.1, “Installing the Service Cable Straps” on page 18-2.
2. Label and disconnect the twelve (12, six per side) AC power cords with the
labels provided in the shipping kit.
3. Remove the power supplies from the power module.
See Section 3.2.2.3, “Removing a 4 kW Dual AC–DC Power Supply” on page 3-10.
4. Remove the air-plenum cover by removing the eighteen (18) M4x35 panhead
screws from the top, sides, and bottom of the air-inlet screen (FIGURE 3-1).
5. Remove the four (4) M4x8 panhead screws from the side and bottom of the air
plenum panel, at the circuit breaker level.
Chapter 3
System Power
3-3
FIGURE 3-1
Air-Plenum Cover
Air plenum cover
M4x35 panhead
screws (18)
Air plenum
filter (back
of cover)
M4x8 panhead
screws (4)
Cover cutout for system
circuit breakers
Air-inlet screen
Caution – Handle the EMI honeycomb panel carefully to prevent damage to the
screen.
6. Remove the air plenum cover and its air-inlet EMI honeycomb panel and air
filter and place them on a flat sturdy surface.
Caution – The seven (7) power cables and the two (2) control cables MUST BE
REMOVED from the system chassis on both the front and rear sides of the system
prior to removing the power module.
7. With a flat-blade screwdriver (if needed), loosen the jackscrews on the seven (7)
8W8 Combo-D 8-pin DC power connectors (on the left side) and the two (2)
DB-25 control connectors (on the right side).
8. Disconnect the cables from the mounting bulkhead of the system chassis.
9. Remove the four (4) M4x10 panhead screws attaching the power module front
flanges to the system chassis, as shown in FIGURE 3-2.
Caution – The power module weighs 48 lb (21.82 kg). Although the unit can be
lifted by one person, it is suggested that two people, one on each side, maneuver the
power module into position. Use proper heavy-lifting procedures when removing
this unit.
3-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
10. With one person on each side of the power module, grasp the front (at the
power supply opening) and the bottom and slide the power module outward
from the cabinet.
11. Place the power module on a flat sturdy surface.
12. From the top rear of the power module, loosen the seven (7) 8W8 Combo-D
8-pin DC power connectors (on the left side) and the two (2) DB-25 control
connectors (on the right side).
13. Disconnect the cables, and set them aside.
FIGURE 3-2
Power Module
8W8 Combo-D 8-pin
power connectors (7)
to connector bulkhead
Power module
DB-25 control
connectors (2)
to connector bulkhead
DC circuit breakers (16)
AC circuit breakers
(2 per power supply)
Power supplies
(removed prior to power module replacement)
3.1.4
M4x8 panhead screws (4)
M4x10 panhead module-to-system
mounting screws (4)
Installing a Power Module
1. Connect and hand tighten the jackscrews of the seven (7) 8W8 Combo-D 8-pin
DC power connectors on the left side and the two (2) DB-25 control connectors
on the right side (FIGURE 3-2).
The jack screws are found at the top rear of the power module.
Chapter 3
System Power
3-5
Note – The power module weighs 48 lb (21.82 kg). Although the unit can be lifted
by one person, it is suggested that two people, one on each side, maneuver the
power module into position. Use proper heavy-lifting procedures when installing
this unit.
2. With one person on each side of the power module, grasp the front (at the
power supply opening) and the bottom and slide the power module into the
system chassis.
3. Secure the power module to the system chassis with the four (4) M4x10
panhead module-to-system mounting screws, as shown in FIGURE 3-2.
4. Connect the seven (7) 8W8 Combo-D 8-pin DC power connectors (on the left
side) and the two (2) DB-25 control connectors (on the right side) to the
mounting bulkhead of the system chassis, as shown in FIGURE 3-2, and hand
tighten the jackscrews.
Caution – Handle the EMI honeycomb panel carefully to prevent damage to the
screen.
5. Install the air-plenum cover and its air-inlet EMI honeycomb panel and air
filter.
6. Secure with the eighteen (18) M4x35 panhead screws at the top, sides, and
bottom around the air-inlet screen, and the four (4) M4x8 panhead screws at the
side and bottom of the air plenum panel, at the circuit breaker level.
Note – All power supply units are fully interchangeable.
7. Install the 4 kW dual AC input power supplies.
See Section 3.2.2.4, “Installing a 4 kW Dual AC–DC Power Supply” on page 3-11.
8. Ensure that all DC circuit breakers are in the on position.
9. Ensure that all AC circuit breakers are in the off position.
10. Restore the I/O cables to their original location.
See Section 18.3, “Uninstalling the Service Cable Straps” on page 18-7.
3.1.5
Powering On After Power Module Installation
1. Connect the AC power cords to the 4 kW dual AC–DC power supplies.
3-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
2. Power on the AC0 and AC1 circuit breakers for all power supplies in the
system.
3. Close the cabinet door.
4. Once the main SC is booted, start the domain(s) by typing:
sc% setkeyswitch -d domain_id
on
where domain_id is the domain letter A-R. Execute one setkeyswitch command
for each domain to be started.
3.2
4 kW Dual AC–DC Power Supply
Replacement Procedures
The Sun Fire E25K/E20K systems have three 4 kW dual AC–DC hot-swappable power
supplies at the front of the system and three at the rear of the system. See FIGURE 3-3.
FIGURE 3-3
Sun Fire E25K/E20K Systems Power Supply
Top view
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
AC0
200-240 VAC
47-63 Hz, 24A
AC1
200-240 VAC
47-63 Hz, 24A
Front view
Right-side view
Rear view
Chapter 3
System Power
3-7
3.2.1
4 kW Dual AC–DC Power Supply LEDs
4 kW Dual AC–DC power supply components and LEDs are listed in TABLE 3-1 and
TABLE 3-2.
TABLE 3-1
4 kW Dual AC–DC Power Supply Components
Total Number of Power Supplies
Per System
Total Number of LEDs Per
Power Supply
6
3
TABLE 3-2
4 kW Dual AC–DC Power Supply Valid LED Status
LEDs after Insertion
or Initial
System Power On
LEDs After PRESENCE
is Detected
Component
Powered On*
Component Powered Off\
Activ
e
Servic
e
Remove
Activ
e
Servic
e
Remove
Activ
e
Service
Remov
e
Active
Servic
e
Remove
on
off
off
off
off
on
on
off
off
off
off
on
* ON = AC0_FAIL_L = H or AC1_FAIL_L = H
\ OFF = AC0_FAIL_L = L and AC1_FAIL_L = L
Failure of the active LED to transition from ON to OFF within 60 seconds after
insertion indicates a power-status control fault.
FIGURE 3-4 illustrates the power supply and the LED locations.
3-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 3-4
4 kW Dual AC–DC Power Supply LEDs
AC0
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
AC1
3.2.2
4 kW Dual AC–DC Power Supply Replacement
3.2.2.1
Isolating a Failed Power Supply
1. Check that the power supply fans are on.
2. Verify the status of the LEDs.
3. Confirm that the power supply is properly seated.
4. Check the power status by using the Sun Management Center or by typing the
following SMS command:
sc% showenvironment -p powers
5. On the SC, check for error messages in
/var/opt/SUNWSMS/adm/platform/messages.
Chapter 3
System Power
3-9
3.2.2.2
Powering Off a 4 kW Dual AC–DC Power Supply
●
Power off the AC–DC power supply by using the Sun Management Center or
by typing the following SMS command:
sc% poweroff psx
where x is the power supply 0-5. Refer to poweroff(1M) for more information.
This should cause the AC0 and AC1 circuit breakers to go into the off position.
3.2.2.3
Removing a 4 kW Dual AC–DC Power Supply
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are four ground points on the system cabinet, two at
the front top left and top right, and two at the rear top left and top right.
1. Open the cabinet door.
Caution – Before removing the power supply from the system, the green activation
LED must be off and the amber or blue removal OK LED must be on. See
Section 3.2.2.2, “Powering Off a 4 kW Dual AC–DC Power Supply” on page 3-10.
Note – Observe the following warning message displayed at the right of the circuit
breakers on the circuit breaker panel above the AC power supplies.
WARNING
FAN TRAYS HAVE REDUNDANT DC POWER SOURCES.
CIRCUIT BREAKERS ON BOTH SIDES, FRONT AND REAR,
MUST BE OPERATED TO TURN OFF FAN TRAYS.
POWER SUPPLIES HAVE DUAL AC INPUTS.
BOTH CIRCUIT BREAKERS, AC0 AND AC1 MUST BE
OPERATED TO TURN OFF A POWER SUPPLY.
2. Ensure power is off at the circuit breakers, AC0 (top breaker) and AC1 (bottom
breaker), on the front panel of the power supply.
Note – Ensure all AC power cords are labeled before removing.
3-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
3. Route I/O cables away from the power supply, ensuring not to disconnect any
cables.
See Section 18.1, “Installing the Service Cable Straps” on page 18-2.
4. Label and remove both AC power cords from the front panel of the power
supply.
Caution – The power supply unit weighs 42.2 lb (19.2 kg). Use proper heavy-lifting
procedures when removing this unit.
5. Use a Phillips No. 2 screwdriver to loosen the four (4) front panel captive
fasteners.
6. To pull out the 4 kW dual AC–DC power supply, use the power connector
insert-ejector bracket as a handle and slide the power supply forward until the
handle on the top of the power supply is exposed.
7. Use one hand to hold the power supply by the handle as you pull it the rest of
the way out of the power module.
8. Place the power supply on a flat, sturdy, ESD-protected surface.
3.2.2.4
Installing a 4 kW Dual AC–DC Power Supply
Caution – The power supply unit weighs 42.2 lb (19.2 kg). Use proper heavy-lifting
procedures when removing this unit.
1. Insert the 4 kW dual AC–DC power supply into its appropriate location in the
power module.
2. Slide the power supply smoothly inward to a point where contact is made with
the power module connector.
3. Secure the power supply with the four (4) front panel captive fasteners.
Note – Failure of the active LED to transition from on to off within 60 seconds after
insertion indicates a power-status control fault.
4. Verify the LED status per TABLE 3-2.
Chapter 3
System Power
3-11
5. Connect the AC power cords into their appropriate AC connectors on the front
panel of the power supply.
See FIGURE 3-5 to determine the proper part number and orientation for
connection.
■
The strain relief for the AC0 power cable housing is positioned downward when
connected.
■
The strain relief for the AC1 power cable housings is positioned upward when
connected.
■
Power source A cord will normally connect into AC0.
■
Power source B cord will normally connect into AC1.
FIGURE 3-5
AC Power Cord Installation
PS0 (PS3 rear)
PS1 (PS4 rear)
PS2 (PS5 rear)
Power cable
strain relief
AC0
PS and AC
power cable
label
AC1
Front view shown
6. Affix the appropriate power supply component label to the back of the power
cable connector housing.
7. Restore the I/O cables to their original location.
See Section 18.3, “Uninstalling the Service Cable Straps” on page 18-7.
3.2.2.5
Powering On a 4 kW Dual AC–DC Power Supply
1. Power on the circuit breakers, AC0 (top breaker) and AC1 (bottom breaker), on
the front panel of the power supply.
2. Close the cabinet door.
3-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
3.2.2.6
Verifying a 4 kW Dual AC–DC Power Supply
1. On the SC, check for error messages in
/var/opt/SUNWSMS/adm/platform/messages.
2. Check the power supply status by using the Sun Management Center or by
typing the following SMS command:
sc% showenvironment -p powers
POWER
UNIT
AC0
AC1
----------------PS0
OK
OK
OK
...
DC0
---ON
DC1
---ON
FAN0
---OK
Chapter 3
FAN1
---OK
System Power
3-13
3-14
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
4
Fan Trays
The Sun Fire E25K/E20K systems have eight hot-swappable fan trays. Each fan tray
has two layers of six fans for a total of twelve fans per tray. There are two fan trays
at the top and two fan trays at the bottom on both the front and rear of the system.
See FIGURE 4-1. This chapter contains the replacement procedures for the fan trays.
FIGURE 4-1
Fan Tray
Guide pin
(left side only)
All fan trays are interchangeable.
This chapter contains the following sections:
■
Section 4.1, “Fan Tray LEDs” on page 4-2
■
Section 4.2, “Fan Tray Replacement Procedures” on page 4-3
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
4-1
■
4.1
Refer servicing of equipment to qualified personnel.
Fan Tray LEDs
Fan tray components and LEDs are listed in TABLE 4-1 and TABLE 4-2.
Fan Tray Components
TABLE 4-1
Total Number of Fan Trays
Per System Per Side
Total Number of Fan Trays
Per Fan Shelf Per Side
Number of LEDs Per
Fan Tray
Number of Fans Per
Fan Tray
4
2
3
12
TABLE 4-2
Fan Tray Valid LED Status
LEDs After Insertion
or Initial
System Power On
LEDs After Presence
is Detected
Component Powered On
Component Powered Off
Activ
e
Servic
e
Remove
Activ
e
Servic
e
Remove
Activ
e
Service
Remov
e
Active
Servic
e
Remove
on
off
off
on
off
off
on
off
off
off
off
on
FIGURE 4-2 illustrates the fan tray and the LED locations.
4-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 4-2
Fan Tray LEDs
This system contains
four fan trays per side and
twelve fans per tray.
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
4.2
Fan Tray Replacement Procedures
4.2.1
Isolating a Failed Fan Tray
1. Check that the fans are on.
2. Verify the status of the LEDs.
3. Check the fan status by using the Sun Management Center or by typing the
following SMS command:
sc% showenvironment -p fans
4. Check the /var/opt/SUNWSMS/adm/platform/messages file for fan error
messages.
Chapter 4
Fan Trays
4-3
4.2.2
Powering Off a Fan Tray
Caution – To maintain adequate system cooling during fan tray replacement, limit
the amount of time a fan is off. Do NOT remove a failed fan tray from the system
until the replacement tray is ready for installation.
●
Power off a fan tray by using the Sun Management Center or by typing the
following SMS command:
sc% poweroff ftx
where x is the Fan Tray 0-7. Refer to poweroff(1M) for more information.
4.2.3
Removing a Fan Tray
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
Note – When removing the upper fan trays, remember the bottom system kick plate
is NOT a step. DO NOT use the kick plate to gain access to the top fan trays. Obtain
a proper stool if required. Excessive weight on the kick plate will bend the door
support brackets.
1. Open the cabinet door.
Caution – Before removing the fan tray from the system, the green activation LED
must be off and the amber or blue removal OK LED must be on. See Section 4.2.2,
“Powering Off a Fan Tray” on page 4-4.
2. Route I/O cables away from the fan tray, ensuring not to disconnect any cables.
See Section 18.1, “Installing the Service Cable Straps” on page 18-2.
3. Loosen the two (2) fan tray front panel No. 2 Phillips captive screw fasteners.
Caution – The fan tray weighs 25.1 lb (11.4 kg). Use proper heavy-lifting procedures
when removing this unit.
4-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Grasp the handle and pull the fan tray outward.
As the tray slides forward, the guide pin on the left side of the tray comes up to a
45-degree upward angle on the bi-level groove approximately 3/4ths of the way
out. This is a safety feature alerting you to stop pulling and to place the other
hand under the fan tray.
5. Continue lifting up and pulling outward on the guide rail pulling the fan tray
out with both hands away from the system chassis.
6. Place the fan tray on a flat sturdy surface.
4.2.4
Installing a Fan Tray
Caution – The fan tray weighs 25.1 lb (11.4 kg). Use proper heavy-lifting procedures
when removing this unit.
1. Grasp the fan tray by the handle with one hand and support the bottom of the
fan tray with the other hand.
2. Insert the fan tray into the system chassis aligning the guide pin on the left
side of the tray with the left guide rail of the angled guide ramp and slide the
fan tray into the chassis.
It will go in approximately one fourth of the way and drop down about
0.2 in. (.5 cm).
3. Slide the fan tray inward until it connects with the connector of the fan
backplane.
4. Using firm, steady pressure, insert the fan tray until it is fully seated with the
fan backplane connector.
5. Secure the two (2) front panel captive screw fasteners.
Note – Failure of the service LED to transition from on to off within 60 seconds after
insertion indicates a power-status control fault.
6. Verify the LED status per TABLE 4-2.
7. Restore the I/O cables to their original location.
See Section 18.3, “Uninstalling the Service Cable Straps” on page 18-7.
8. Close the cabinet door.
Chapter 4
Fan Trays
4-5
4.2.5
Verifying a Fan Tray
1. On the SC, check for error messages in
/var/opt/SUNWSMS/adm/platform/messages.
2. Check the fan tray status by using the Sun Management Center or by typing
the following SMS command:
sc% showenvironment -p fans
FANTRAY
POWER
SPEED
FAN0
----------- -------FT0
ON
HIGH
OK
...
4-6
FAN1
---OK
Sun Fire E25K/E20K Systems Service Manual • April 2008
FAN2
---OK
FAN3
---OK
FAN4
---OK
FAN5
---OK
FAN6
---OK
CHAPTER
5
System Controller CPU Board for
the System Control (SC) Board
The System Control (SC) board (slot 0) for the Sun Fire E25K/E20K systems support
the system controller CPU board, Netra™ CP2140 CompactPCI, and its memory
board(s). This chapter contains the removal and replacement procedures for the
system controller CPU board and its memory board(s).
This chapter contains the following sections:
■
Section 5.1, “System Control (SC) Board System Controller CPU Board
Replacement Procedures” on page 5-2
■
Section 5.2, “System Controller CPU Board Memory Board Installation
Procedures” on page 5-3
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
5-1
5.1
System Control (SC) Board
System Controller CPU Board
Replacement Procedures
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
Caution – The Sun Fire E25K/E20K systems do not support the Netra CP2140
CompactPCI as a hot-swappable component.
The system controller CPU board is not a hot-swappable component. Damage can
occur to the board if all power down procedures are not followed as detailed in this
manual.
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 6.1.2.2,
“Powering Off a System Control (SC) Board” on page 6-4.
5.1.1
Powering Off the SC Board
●
Power off the SC board.
See Section 6.1.2.2, “Powering Off a System Control (SC) Board” on page 6-4.
5.1.2
Removing the SC Board.
●
Remove the SC board.
See Section 6.1.2.3, “Removing a System Control (SC) Board” on page 6-6.
5-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
5.1.3
Removing the System Control (SC) Board System
Controller CPU Board
1. Loosen the two (2) captive screws holding the system controller CPU to the SC
board.
2. Remove the system controller CPU board by using the insert-eject levers on the
board, and place the board on a flat sturdy ESD-protected surface with the
component side up.
5.2
System Controller CPU Board Memory
Board Installation Procedures
Note – Prior to installation, Sun Microsystems technicians need to reference Infodoc
72037 for the required system controller CPU upgrade information.
Inspect the new board before inserting it into the Sun Fire E25K/E20K systems.
1. Remove the connector protective cover from the board being installed and
inspect the connector for any damage or gaps between the pins.
2. Ensure the board alignment tabs are not bent.
3. Inspect the mating connector before inserting the new board.
Caution – Do not force any board into a slot; it can cause damage to the board and
the system. The board should insert and seat smoothly. If it binds, remove the board
and inspect the card cage slot for any obvious obstructions.
5.2.1
Installing Memory Boards on the System
Controller CPU Board
The system controller CPU board can support up to two memory boards, each with
a 512 MByte configuration. The first memory board is installed directly onto the
system controller CPU board. The second memory board is installed directly on top
of the first memory board.
Chapter 5
System Controller CPU Board for the System Control (SC) Board
5-3
1. Determine if one or two memory boards are being installed for this
installation.
FIGURE 5-1 shows the system controller CPU board with the double memory board
configuration.
FIGURE 5-1
System Controller CPU Board Memory Board Installation
56
34
12
1
2
2
SV
8F
ON
13
CPU memory boards
2. Using a screwdriver, set the two memory board plastic support fasteners to
their open position with the slots away from the board.
3. Align the two bottom memory board connectors (P3 and P4) above the memory
board connector sockets (J0601 and J0602), located at the center of the system
controller CPU board, and press down firmly, ensuring the two connectors are
properly seated.
Note – To avoid microfracture damage to the system controller CPU board, do not
apply excessive pressure on any of the connectors.
Note – If you are installing the single memory board configuration, skip Step 4 and
continue with Step 5 below.
5-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. For the second memory board, align the two bottom connectors (P3 and P4) on
top of the first memory board connector sockets (P1 and P2) and press down
firmly, ensuring the two connectors are properly seated in the first memory
board.
5. Using a screwdriver, set the two memory board plastic support fasteners to the
locked position by turning the fastener 180 degrees.
Verifying the Switch Positions on the System
Controller CPU Board
Verify all switch positions are set as follows prior to rebooting the system controller
CPU board (FIGURE 5-2).
FIGURE 5-2
System Controller CPU Board Switch Positions
SW2401
1
1
2
SV2
8F 1
2
3
2
3
SV4
9J
4
SV4
9J
4
SW2401
SW1801
5.2.2
SW1801
1
2
SV2
8F
SW0501
1
2
SV2
8F
1
2
SV2
8F
1
3
ON
123456
PS
ON
1
3
123456
Note – Switch SW-2701 appears on recent CP-2140 board (501-6772-xx). This switch
is not used and should be set to OPEN by default.
Chapter 5
System Controller CPU Board for the System Control (SC) Board
5-5
FIGURE 5-3
System Controller CPU Board (CP-2140) Switch Positions
SW2701
1
2
SW2401
SV2
3L
1
1
2
SV2
8F
1
2
SV2
8F 1
2
3
2
3
SV4
4D
4
SV4
9J
4
SW1801
1
2
SV2
3L
SW0501
1
2
SV2
8F
1
2
SV2
3L
1
3
ON
123456
PS
ON
3
5
123456
1. Ensure the system management controller (SMC) switches (SW0501-1 and
SW0501-2) are in the down (off) position.
2. Ensure power module configuration (PS) switches 1 and 4 are in the up (on)
position, and PS 2, 3, 5, and 6, are in the down (off) position.
3. Ensure the SW1801 and SW2401 switches are in the up position.
5.2.3
Installing the System Controller CPU Board
1. Install the correctly configured system controller CPU board and lock the
insert-eject levers into position.
2. Secure the system controller CPU board to the SC board with the two (2)
captive screws.
5.2.4
Installing the System Control (SC) Board
1. Install the SC board.
See Section 6.1.2.4, “Installing a System Control (SC) Board” on page 6-8.
5-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
2. Reconnect all I/O cables.
3. Power on the SC board by using the Sun Management Center or from the main
SC by typing the following SMS command:
sc% resetsc
About to reset other SC. Are you sure you
want to continue? (yes/no)? yes
5.2.5
Verifying the Memory Boards on the System
Controller CPU Board
1. Verify the SC board.
See Section 6.1.2.5, “Verifying a System Control (SC) Board” on page 6-9.
Note – Memory failure might occur due to the installation of an incorrect memory
board, memory board failure, or improper installation.
2. After the installation of the SC board, the system goes through SCPOST and
OpenBoot PROM (OBP). Review the messages on the console.
The memory configuration is recognized in groups indicated as Group 0, Group 1,
Group 2, and Group 3. For two memory boards, 128 Mbytes double-sided,
single-stuffed, the OBP displays the following configuration information:
Memory
Memory
Memory
Memory
Group
Group
Group
Group
#0,
#1,
#2,
#3,
64 + 64
0 + 0 :
64 + 64
0 + 0 :
:
0
:
0
128 Megabytes
Megabytes
128 Megabytes
Megabytes
3. If an error message is displayed, check the following for a solution:
■
Ensure the correct memory board is installed in the proper slot and that it is
properly seated.
■
If two memory boards are installed, ensure each board is installed in the proper
position.
■
Ensure the total memory on the memory board(s) does not exceed the total
memory limit for the processor board.
Chapter 5
System Controller CPU Board for the System Control (SC) Board
5-7
5-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
6
System Control (SC) Board
The System Control (SC) board for the Sun Fire E25K/E20K systems is a
hot-swappable board at SC0 (front) and SC1 (rear). This chapter contains the
replacement procedures for the SC board.
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
6.1
System Control (SC) Board Replacement
6.1.1
System Control Board LEDs
System Control (SC) board components and LEDs are listed in TABLE 6-1 and
TABLE 6-2.
TABLE 6-1
System Control Board Components
Total Number of System Control
Boards Per System
Total Number of System Control
Boards Per side
Number of LEDs Per System
Control Board
2
1
9
6-1
TABLE 6-2
System Control Board Valid LED Status
LEDs After Insertion
or Initial
System Power On
LEDs After Presence
is Detected
Component Powered On
Component Powered Off
Activ
e
Servic
e
Remove
Activ
e
Servic
e
Remove
Activ
e
Service
Remov
e
Active
Servic
e
Remove
on
on
off
on
off
off
on
off
off
off
off
on
The SC CPU slot and SC 6U/3U spare slot on the SC board do not have unique bits,
referred to as presence bits. Failure of the service LED to transition from ON to OFF
within 60 seconds after insertion indicates a power-status control fault.
TABLE 6-3 describes the SC CPU board indicator functions.
TABLE 6-3
System Control CPU Board Indicator Function Descriptions
Indicator Functions
Description
Alarm
Not used
Ready
Component ON and board is READY
Reset button
Global reset to the SC CPU and PCI reset to the SC
Abort button
Resets the CPU
FIGURE 6-1 illustrates the System Control board and the LED locations.
6-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 6-1
System Control Board LEDs (3U to 6U Conversion Board Option)
SC CPU board
Abort button
Reset button
Alarm-user (amber or blue)
Ready (green)
Main SC board
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
Spare 6U/3U slot*
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
SC CPU board
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
* The SC 6U/3U spare slot is
not supported at this time.
Caution – Using the SC CPU reset and SC CPU abort hardware buttons might
corrupt the operating system disk if the operating system has not been properly shut
down.
■
SC CPU Reset Button
When the RESET button on the front panel of the SC CPU board is pressed, a
Power-on-reset (POR) is generated to the SC CPU board and a peripheral
component interconnect (PCI) reset is generated to the PCI devices on the SC
main board. This results in a general clearing of the SC CPU board to a power on
state, and a reset of the PCI bus on the SC main board.
Using the RESET button will reboot the operating system on the SC if the
appropriate OpenBoot PROM (OBP) environment variables have been set.
■
SC CPU Abort Button
When the ABORT button on the front panel of the SC CPU board is pressed, an
external initiated reset (XIR) is generated to the CPU module, returning the CPU
to a known start-up state. No other devices are affected by this reset.
Chapter 6
System Control (SC) Board
6-3
6.1.2
System Control Board (SC) Replacement
Procedures
6.1.2.1
Isolating a Failed System Control Board
1. Check for any error messages during SCPOST.
SCPOST messages are output to an SMS console. To read SC SMS console
messages, you must attach a console cable and terminal to the SC.
2. On the SC, check for any error messages in /var/adm/messages and
/var/opt/SUNWSMS/adm/platform/messages.
3. Use adb to examine any core files in /var/crash/sc_name.
6.1.2.2
Powering Off a System Control (SC) Board
1. If the System Control board is to be replaced in the spare SC, go to Step 6, as
follows. If the System Control board is to be replaced in the main SC, ensure
the spare SC is available. Synchronize the main SC to the spare SC by typing:
sc% setdatasync backup
If no messages are reported in /var/opt/SUNWSMS/adm/platform/messages
and the command completes, the setdatasync backup was successful.
2. As a superuser on the main SC, make a backup copy of the SMS
configuration:
sc# smsbackup directory
This smsbackup file can be used to recover the SMS configuration in the event of
another failure during the replacement.
3. From the main SC, failover (switch over) to the spare SC by typing:
sc% setfailover force
6-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Monitor the SMS log at /var/opt/SUNWSMS/adm/platform/messages on
the spare SC for messages similar to the following:
CODE EXAMPLE 6-1
sc% tail /var/opt/SUNWSMS/adm/platform/messages
Jul 25 11:14:20 2001 xc12-sc1 fomd[378]: [8570 351292396349 NOTICE
FailoverMgr.cc 1846] Reset the remote SC
Jul 25 11:14:20 2001 xc12-sc1 fomd[378]: [8573 351293425787 NOTICE
FailoverMgr.cc 1860] Taking over the main role because the remote SC (current
Main) has a fault - Forced Failover
Jul 25 11:14:21 2001 xc12-sc1 ssd[322]: [1304 351936455728 NOTICE
StartupManager.cc 2146] software component start-up initiated: name=pcd
Jul 25 11:14:21 2001 xc12-sc1 ssd[322]: [1304 351990720428 NOTICE
StartupManager.cc 2146] software component start-up initiated: name=tmd
Jul 25 11:14:21 2001 xc12-sc1 ssd[322]: [1304 352013091113 NOTICE
StartupManager.cc 2146] software component start-up initiated: name=esmd
.
.
.
Jul 25 11:14:27 2001 xc12-sc1 esmd[2401]: [6143 357922367375 ERR
Slot0PowerControl.cc 957] Failed to get SCM Console Bus port configuration
setting, status = 1173 on CPU at SB12
Jul 25 11:14:27 2001 xc12-sc1 hwad[340]: [1173 358098116693 ERR PciComm.cc 205]
console bus illegal access error at address 5c000000
Jul 25 11:14:27 2001 xc12-sc1 esmd[2401]: [1173 358098116693 ERR PciComm.cc 205]
console bus illegal access error at address 5c000000
Jul 25 11:14:27 2001 xc12-sc1 esmd[2401]: [6143 358099878028 ERR
Slot0PowerControl.cc 957] Failed to get SCM Console Bus port configuration
setting, status = 1173 on CPU at SB15
Jul 25 11:14:30 2001 xc12-sc1 fomd[378]: [8576 361695126570 NOTICE
FailoverMgr.cc 1963] SC configured as Main
This indicates that the failover operation has completed successfully. The spare
SC is now the main SC.
5. On the main SC, verify that it has assumed the main role and that failover is
disabled by typing:
sc% showfailover -r
MAIN
sc% showfailover
SC Failover Status:
DISABLED
If failover is disabled, go to Step 8.
6. On the main SC, disable the failover mechanism by typing:
sc% setfailover off
Chapter 6
System Control (SC) Board
6-5
7. Verify the failover is DISABLED by typing:
sc% showfailover
SC Failover Status:
DISABLED
8. If the spare SC is running Solaris software, as superuser, shut down the spare
(inactive) SC by typing:
sc_spare# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
9. Power off the spare (inactive) SC by using the Sun Management Center or from
the main SC by typing the following SMS command:
sc% poweroff scx
where x is 0 or 1. Refer to poweroff(1M) for more information.
The poweroff command will query the user to continue.
Note – The poweroff command only supports poweroff of the other SC
(poweroff SC0 at SC1 or SC1 at SC0). If the user executes poweroff of SC0 from
SC0, the command will fail.
6.1.2.3
Removing a System Control (SC) Board
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet door.
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 6.1.2.2,
“Powering Off a System Control (SC) Board” on page 6-4.
2. Label and remove the I/O cables from the SC board.
3. Insert a Phillips No. 1 screwdriver into the pawl latches turning
counterclockwise to release the lever and lift the carrier insert-eject lever.
6-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Apply equal pressure to both insert-eject levers in the unlocking direction and
pull the board outward to release it from the centerplane support board.
(FIGURE 6-2).
5. Use the front handle to extract the SC board, supporting the bottom with the
other hand, and place it on a flat, sturdy, ESD-protected surface with the
component side up.
6. Review the platform message log to verify SMS has received the message that
the component has been removed, by typing:
sc% showlogs -F
Review the board removal message. You will see a message similar to the one
below.
Jun 16 14:28:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] SC at IOx removed
where x is the SC assembly 0 or 1.
Chapter 6
System Control (SC) Board
6-7
System Control Board
FIGURE 6-2
Guide rail
3U top screw
Insert-eject
levers
Pawl
latch
Front
SC CPU
handle
insert-eject
handle
Pawl
latch
* Spare cPCI slot
with two 3U filler
panel assemblies
SC CPU board
Front panel
6.1.2.4
* The SC 6U/3U spare slot is
not supported at this time.
Installing a System Control (SC) Board
Inspect the new board before inserting it into the Sun Fire E25K/E20K systems.
1. Remove the connector protective cover from the board being installed and
inspect the connector for any damaged or gaps between the pins.
2. Ensure any board alignment tabs are not bent.
3. Inspect the mating connector before inserting the new board.
6-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
Caution – Do not force any board into a slot; it can cause damage to the board and
the system. The board should insert and seat smoothly. If it binds, remove the board
and inspect the card cage slot for any obvious obstructions.
4. To install a System Control board, firmly grasp the board by the front handle,
supporting the bottom with the other hand, and position it onto the carrier rail.
For proper installation of the SC Board, the SC board carrier plate must be
completely installed.
5. Align the guide rails on the SC control carrier with the guide rails on the SC
board carrier plate.
6. Apply firm pressure on the front panel of the SC control carrier to connect with
the connector on the centerplane support board.
7. Apply pressure to the top and bottom insert-eject levers simultaneously to
ensure the board is properly seated.
When the board is fully seated, both insert-eject levers will simultaneously lock
into place automatically.
Failure of the service LED to transition from on to off within 60 seconds after
insertion indicates a power-status control fault.
The SC board is powered on upon insertion; therefore, power-on commands are
not required.
8. Verify the LED status per TABLE 6-2.
9. Review the platform message log to verify SMS has received the message that
the component has been inserted, by typing:
sc% showlogs -F
Review the board insertion message. You will see a message similar to the one as
follows.
Jun 16 14:30:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] SC at IOx inserted
where x is the SC assembly 0 or 1.
10. Close the cabinet door.
6.1.2.5
Verifying a System Control (SC) Board
1. Monitor SSCPOST for any error messages.
Chapter 6
System Control (SC) Board
6-9
SSCPOST messages are output to an SMS console. To read SC SMS console
messages, you must attach a console cable and terminal to the SC.
Note – SSCPOST might not be present if a new SC CPU board has been installed.
2. Confirm that SMS sees the SC when powered on by using the Sun
Management Center or by typing the following SMS command:
sc% showboards -v |grep SC
SC0
On
SC
SC1
On
SC
Spare
Main
-
-
3. Ensure the SC boots properly and no errors are reported to the SMS console or
/var/adm/messages.
An example message is displayed below.
...
Oct 10 19:40:12 2001 Print services started.
Oct 10 19:40:16 2001 volume management starting.
Oct 10 19:40:17 2001 The system is ready.
6-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Check that the SC CPU board flash PROMs match the level on the disk:
sc% flashupdate -f /opt/SUNWSMS/firmware/SCOBPimg.di SC0/FP0
Current SC FPROM Information
============================
SC at SC0, FPROM 0:
Name: SSCOBP-dropins, Version: 1.1
Size: 144, Check Sum: 52295
Date Flashed: 09/17/01
Date Created: 09/17/01
SC Flash Image Information
==========================
Name: SSCOBP-dropins, Version: 1.1
Size: 144, Check Sum: 52795
Date Flashed: 08/23/01
Date Created: 08/23/01
Do you wish to update the SC User FPROM (yes/no)?
sc% flashupdate -f /opt/SUNWSMS/firmware/SSCPOST.di SC0/FP1
Current SC FPROM Information
============================
SC at SC0, FPROM 1:
Name: ExtPOST, Version: 1.15
Size: 207169, Check Sum: 44872
Date Flashed: 09/17/01
Date Created: 09/17/01
SC Flash Image Information
==========================
Name: ExtPOST, Version: 1.15
Size: 207161, Check Sum: 62276
Date Flashed: 08/23/01
Date Created: 08/23/01
Do you wish to update the SC User FPROM (yes/no)?
■
If different, answer yes to update the PROM(s).
■
If the PROM(s) are updated, reboot the SC.
Chapter 6
System Control (SC) Board
6-11
5. Ensure SMS starts properly and no errors are reported in
/var/opt/SUNWSMS/adm/platform/messages.
Check the platform message log for any errors. Once the SMS starts, the following
message is displayed:
Oct 12 11:58:11 2001 star7sc1 fomd[348]: [8577 118844134283
NOTICE
FailoverMgr.cc 2785] SC configured as Spare
The spare could be either Spare or Main, depending on the state of the opposite
SC.
6. Re-enable failover on the main SC by typing:
sc% setfailover on
7. Verify failover is enabled by typing:
sc% showfailover
SC Failover Status:
6-12
ACTIVE
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
7
System Control (SC) Peripheral
Board
The System Control (SC) hot-swappable peripheral board (slot 1) for the Sun Fire
E25K/E20K systems support the DVD-ROM, DAT drive and hard drive peripherals.
This chapter contains the replacement procedures for the SC peripheral board, and
peripherals.
This chapter contains the following sections:
■
Section 7.1, “System Control Peripheral Board LEDs” on page 7-2
■
Section 7.2, “System Control Peripheral Board Replacement Procedures” on
page 7-5
■
Section 7.3, “DVD Component Replacement Procedures” on page 7-9
■
Section 7.4, “Hard Drive Replacement Procedures” on page 7-11
■
Section 7.5, “Digital Audio Tape (DAT) Replacement Procedures” on page 7-15
For your protection, observe the following safety precautions
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
7-1
7.1
System Control Peripheral Board LEDs
System Control (SC) peripheral board components and LEDs are listed in TABLE 7-1
and TABLE 7-2.
TABLE 7-1
System Control (SC) Peripheral Board Components
Total Number of System Control
Peripheral Boards Per System
Total Number of System Control
Peripheral Boards Per Side
Number of LEDs Per System
Control Peripheral Board
2
1
6
TABLE 7-2
System Control (SC) Peripheral Board Valid LED Status
LEDs After Insertion
or Initial
System Power On
LEDs After Presence
is Detected
Component Powered On
Component Powered Off
Activ
e
Servic
e
Remove
Activ
e
Servic
e
Remove
Activ
e
Service
Remov
e
Active
Servic
e
Remove
on
on
off
on
off
off
on
off
off
off
off
on
System Control must be present and powered on before the SC peripheral board can
be powered on. Failure of the service LED to transition from ON to OFF within 60
seconds after insertion indicates a power-status control fault.
FIGURE 7-1 illustrates the System Control peripheral board and the LED locations.
7-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 7-1
System Control Peripheral Board LEDs
DVD Drive
Ejection indicator (amber)
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
Tape Drive
Tape drive Clean indicator (amber)
Tape drive activation (green)
TABLE 7-3 describes the DVD indicator function, and TABLE 7-4 describes the tape
indicator functions.
TABLE 7-3
System Control DVD Indicator Function Descriptions
Indicator Functions
Description
Blinking (0.8 second intervals)
Busy
OFF
Idle
OFF
No disk
ON
Error
Blinking (1.6 second intervals)
Audio playback
ON
Data transfer
Chapter 7
System Control (SC) Peripheral Board
7-3
TABLE 7-4
System Control Tape Peripheral Indicator Function Descriptions
Indicator Functions
Description
Tape Indicator
Green flashing and amber OFF
Loading or unloading
Green fast flashing and amber OFF
Reading and writing
Green ON and amber OFF
Tape is loaded and ready
Green ON or OFF and amber flashing
Clean tape drive
Green ON or OFF and amber ON
Error
Cleaning Mode
Green fast flashing and amber OFF
Cleaning in progress
Firmware Upgrade Mode
Green fast flashing and amber fast flashing
7-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
Firmware is downloading (auto ejection
when complete)
7.2
System Control Peripheral Board
Replacement Procedures
The system control peripheral board is a hot-swap component board. The following
sections provide instructions for removing and installing the peripheral board and
the DVD, DAT drive, and hard drive peripheral components:
7.2.1
Isolating a Failed System Control (SC) Peripheral
Board
1. Check for any error messages during SCPOST.
SCPOST messages are output to an SMS console. To read SC SMS console
messages, you must attach a console cable and terminal to the SC.
2. On the SMS, check for any error messages in /var/adm/messages and
/var/opt/SUNWSMS/adm/platform/messages, specifically those dealing
with the onboard peripherals (disk, tape).
7.2.2
Powering Off a System Control (SC) Peripheral
Board
●
Power off the SC Board.
See Section 6.1.2.2, “Powering Off a System Control (SC) Board” on page 6-4.
7.2.3
Removing a System Control (SC) Peripheral Board
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet door.
Chapter 7
System Control (SC) Peripheral Board
7-5
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 7.2.2,
“Powering Off a System Control (SC) Peripheral Board” on page 7-5.
2. Insert a Phillips No. 1 screwdriver into the pawl latches turning
counterclockwise to release the lever and lift the carrier insert-eject lever.
3. Use the front handle to extract the SC peripheral board, supporting the bottom
with the other hand, and place it on a flat, sturdy, ESD-protected surface with
the component side up.
4. To access the internal components of the SC peripheral board, remove the four
(4) M3x6 flathead screws from the center SCSI access panel, as shown in
FIGURE 7-2.
7-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 7-2
SC Peripheral Board and Center Access Panel—Exploded
Rear access panel
to hard drives
SCSI cable
Center SCSI access panel
to SCSI cable and hard drives
7.2.4
Installing a System Control (SC) Peripheral Board
Inspect the new board before inserting it into the Sun Fire E25K/E20K systems.
1. Remove the connector protective cover from the board being installed and
inspect the connector for any damaged or gaps between the pins.
2. Ensure board alignment tabs are not bent.
3. Inspect the mating connector before inserting the new board.
Caution – Do not force any board into a slot; it can cause damage to the board and
the system. The board should insert and seat smoothly. If it binds, remove the board
and inspect the card cage slot for any obvious obstructions.
4. To install a SC peripheral board, firmly grasp the board by the front handle,
supporting the bottom with the other hand, and position it onto the carrier rail.
5. With the insert-eject lever extended, slide the board into the slot until it begins
to connect with the centerplane support board connector.
6. Apply firm pressure to the face plate to fully seat the board with the connector.
Chapter 7
System Control (SC) Peripheral Board
7-7
7. Fold the insert-eject lever inward to fully seat the board ensuring the lever is
nested within the front handle.
Failure of the service LED to transition from on to off within 60 seconds after
insertion indicates a power-status control fault.
8. Verify the LED status per TABLE 7-2.
9. Close the cabinet door.
7.2.5
Powering On a System Control (SC) Peripheral
Board
●
Power on the SC by using the Sun Management Center or from the main SC by
typing the following SMS command:
sc% resetsc
About to reset other SC. Are you sure you
want to continue? (yes/no)? yes
7.2.6
Verifying a System Control (SC) Peripheral Board
1. Monitor SCPOST for any error messages during SC boot.
SCPOST messages are output to an SMS console. To read SC SMS console
messages, you must attach a console cable and terminal to the SC.
2. Ensure that Solaris software can communicate to all the peripheral devices.
■
For the DVD-ROM, insert a CD and ensure it mounts properly.
■
For hard disks, check that the /dev/dsk and /dev/rdsk entries are correct and
that the Solaris software can access the disks (format, prtvtoc).
■
For the DAT drive, check that the /dev/rmt entries are correct and that the
Solaris software can access the tape device (mt status).
3. Verify the SC Board.
See Section 6.1.2.5, “Verifying a System Control (SC) Board” on page 6-9.
7-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
7.3
DVD Component Replacement
Procedures
All backup procedures and any other customer administrative procedures must be
completed by the responsible system administrator prior to DVD replacement by
field personnel.
7.3.1
Removing the DVD Component From the System
Control (SC) Peripheral Board
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet door.
2. Power off the SC board.
See Section 6.1.2.2, “Powering Off a System Control (SC) Board” on page 6-4.
3. Remove the SC peripheral board.
See Section 7.2.3, “Removing a System Control (SC) Peripheral Board” on
page 7-5.
4. At the center SCSI access panel, remove the four (4) M3x6 flathead screws and
remove the panel.
5. Disconnect the ribbon cable connector and the DVD component power
connector from the DVD.
Some DVD components may use an IDE ribbon connected to and IDE to SCSI
converter.
6. To access the internal DVD component of the SC peripheral board, remove the
four (4) M3x6 panhead screws from the forward mounting panel, as shown in
FIGURE 7-3.
Chapter 7
System Control (SC) Peripheral Board
7-9
FIGURE 7-3
SC Peripheral Board DVD Component Removal and Access Panel—Exploded
ribbon cable
DVD component
M3x6
flathead
screws
DVD component
mounting holes (4)
M3x6 panhead DVD
mounting screws (4)
Center SCSI
access panel
7. From the front of the SC peripheral board, pull out the DVD component and
place it on an ESD-protected surface.
7.3.2
Installing the DVD Component on the System
Control (SC) Peripheral Board
1. With the SC peripheral board in horizontal position, insert a new DVD
component into the top bay with the mounting holes aligned upward.
2. Push the DVD component inward until the front-panel bezel meets the SC
peripheral board housing.
3. Align the four (4) holes of the side-panel sheet metal with the four (4) holes of
the DVD component.
4. Secure the DVD component to the SC peripheral board housing with the four
(4) M3x6 panhead screws.
5. Connect the DVD component power cable and the ribbon cable connectors.
Some DVD components may use an IDE ribbon connected to and IDE to SCSI
converter.
6. Install the center SCSI access panel and secure with the four (4) M3x6 flathead
screws.
7-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
7. Install the SC peripheral board.
See Section 7.2.4, “Installing a System Control (SC) Peripheral Board” on page 7-7.
8. Close the cabinet door.
7.3.3
Powering On a DVD Component
●
Power on the SC by using the Sun Management Center or from the main SC by
typing the following SMS command:
sc% resetsc
About to reset other SC. Are you sure you
want to continue? (yes/no)? yes
7.3.4
Verifying a DVD Component
●
Verify the DVD component.
See Section 7.2.6, “Verifying a System Control (SC) Peripheral Board” on page 7-8.
7.4
Hard Drive Replacement Procedures
All backup procedures and any other customer administrative procedures must be
completed by the responsible system administrator prior to hard drive peripheral
replacement by field service personnel.
7.4.1
Removing the Failed Hard Drive From the System
Control (SC) Peripheral Board
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet door.
Chapter 7
System Control (SC) Peripheral Board
7-11
2. Power off the SC board.
See Section 6.1.2.2, “Powering Off a System Control (SC) Board” on page 6-4.
3. Remove the SC peripheral board.
See Section 7.2.3, “Removing a System Control (SC) Peripheral Board” on
page 7-5.
4. At the center SCSI access panel, remove the four (4) M3x6 flathead screws and
remove the panel (FIGURE 7-4).
5. To access the internal hard drive(s) component, remove the four (4 per drive)
6-32 2A UNC screws holding the hard drive(s) to the rear panel of the SC
peripheral.
Caution – Support the hard drive during removal to prevent damage to the SC
peripheral board and its components.
6. Holding the front end of the failed hard drive, pull outward to disconnect the
J2 (upper drive), or J3 (lower drive), connector of the SCSI backplane from the
back of the rear panel. Pull outward and up to clear the rear panel.
7-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 7-4
SC Peripheral Board Hard Drive Removal and Access Panel—Exploded
To J2 SCSI
backplane connector
(target ID 3)
To J3 SCSI
backplane connector
(target ID 2)
Upper hard
drive to J2
Lower hard
drive to J3
Rear panel
(remove only
as required)
SC peripheral
SCSI backplane
J2 connector
SC peripheral
SCSI backplane
J3 connector
6-32 UNC 2A panhead
screws (4)
upper hard drive at J2
Center SCSI access panel
M3x6 panhead screws (4)
on SCSI access panel
6-32 UNC 2A panhead
screws (4)
lower hard drive at J3
M3x6 panhead screws (4)
on rear access panel
(outer edge)
Chapter 7
System Control (SC) Peripheral Board
7-13
7.4.2
Installing the Hard Drive on the System Control
(SC) Peripheral Board
Caution – Support the hard drive during installation to prevent damage to the SC
peripheral board and its components.
1. Holding the front end of the new hard drive(s), insert under the rear panel and
connect to the J2 (upper drive), or J3 (lower drive), connector of the SC
peripheral SCSI backplane.
2. Secure the hard drive(s) to the SC peripheral board with the four (4 per drive)
6-32 2A UNC screws.
3. Replace the SCSI access panel and secure with the four (4) M3x6 flathead
screws.
4. Install the SC peripheral board.
See Section 7.2.4, “Installing a System Control (SC) Peripheral Board” on page 7-7.
5. Close the cabinet door.
7.4.3
Powering On a Hard Drive
●
Power on the SC by using the Sun Management Center or from the main SC by
typing the following SMS command:
sc% resetsc
About to reset other SC. Are you sure you
want to continue? (yes/no)? yes
7.4.4
Verifying a Hard Drive
●
Verify the hard drive.
See Section 7.2.6, “Verifying a System Control (SC) Peripheral Board” on page 7-8.
7-14
Sun Fire E25K/E20K Systems Service Manual • April 2008
7.5
Digital Audio Tape (DAT) Replacement
Procedures
All backup procedures and any other customer administrative procedures must be
completed by the responsible system administrator prior to DAT replacement by
Field Service personnel.
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 7.2.2,
“Powering Off a System Control (SC) Peripheral Board” on page 7-5.
7.5.1
Removing the Failed DAT From the System
Control (SC) Peripheral Board
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet door.
2. Power off the SC Board.
See Section 6.1.2.2, “Powering Off a System Control (SC) Board” on page 6-4.
3. Remove the SC Peripheral board.
See Section 7.2.3, “Removing a System Control (SC) Peripheral Board” on
page 7-5.
4. At the center SCSI access panel, remove the four (4) M3x6 flathead screws and
remove the access panel.
5. Disconnect the SCSI ribbon cable connector and the DAT PWR cable connector
from the DAT peripheral.
6. To access the internal DAT component of the SC peripheral board, remove the
four (4) M3x6 panhead screws from the forward mounting panel, as shown in
FIGURE 7-5.
7. From the front of the SC peripheral board, pull out the failed DAT and place on
an ESD-protected surface.
Chapter 7
System Control (SC) Peripheral Board
7-15
FIGURE 7-5
SC Peripheral Board DAT Removal and Access Panel—Exploded
SCSI cable
Center SCSI
access panel
DAT component
DAT mounting
holes (4)
7.5.2
M3x6 flathead DAT
mounting screws (4)
M3x6 panhead DAT
mounting screws (4)
Installing the DAT on the System Control (SC)
Peripheral Board
1. With the SC peripheral board in horizontal position, insert a new DAT into the
bottom bay with the mounting holes aligned upward.
2. Push the DAT inward until the front-panel bezel meets the SC peripheral
board housing.
3. Align the four (4) holes of the side-panel sheet metal with the four (4) holes of
the DAT.
4. Secure the DAT to the SC peripheral board with the four (4) M3x6 panhead
screws.
5. Connect the DAT power cable and the SCSI ribbon cable connectors.
6. Install the center SCSI access panel and secure with the four (4) M3x6 flathead
screws.
7. Install the SC peripheral board.
See Section 7.2.4, “Installing a System Control (SC) Peripheral Board” on page 7-7.
8. Close the cabinet door.
7-16
Sun Fire E25K/E20K Systems Service Manual • April 2008
7.5.3
Powering On a Digital Audio Tape (DAT)
●
Power on the SC by using the Sun Management Center or from the main SC by
typing the following SMS command:
sc% resetsc
About to reset other SC. Are you sure you
want to continue? (yes/no)? yes
7.5.4
Verifying a Digital Audio Tape (DAT)
●
Verify the DAT.
See Section 7.2.6, “Verifying a System Control (SC) Peripheral Board” on page 7-8.
Chapter 7
System Control (SC) Peripheral Board
7-17
7-18
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
8
CPU (Slot 0) Board
The standard hot-swappable CPU boards or CPU filler panels for the Sun Fire
E25K/E20K systems are inserted into slot 0, expander 0 through 8 (front), and slot 0,
expander 9 through 17 (rear). This chapter contains the replacement procedures for
the standard CPU board, the CPU board DIMMs, and the CPU filler panels.
This chapter contains the following sections:
■
Section 8.1, “CPU (Slot 0) Board LEDs” on page 8-2
■
Section 8.2, “CPU (Slot 0) Board Replacement Procedures” on page 8-3
■
Section 8.3, “CPU (Slot 0) Board DIMM Replacement Procedures” on page 8-8
■
Section 8.4, “CPU (Slot 0) Filler Panel Replacement Procedures” on page 8-12
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
The following configuration rules apply when configuring components of the Sun
Fire E25K/E20K systems:
Note – The CPU/Memory board field-replaceable unit (FRU) is for maintenance use
only. FRUs must not be used to upgrade CPU performance in systems. Usage as
such can violate United States export regulations.
■
All CPU modules must be the same speed.
■
All external cache modules must be the same size.
■
When configuring memory:
8-1
8.1
■
All sockets within a bank must be fully populated.
■
All DIMM sizes within a bank must be equal.
CPU (Slot 0) Board LEDs
CPU Board components and LEDs are listed in TABLE 8-1 and TABLE 8-2.
TABLE 8-1
CPU Board Components
Total Number of CPU Boards
Per System
Total Number of CPU Boards
Per Side
Number of LEDs Per
CPU Board
1-18
0-9
3
TABLE 8-2
CPU Board Valid LED Status
LEDs After Insertion or Initial
System Power On
Component Powered On
Component Powered Off
Active
Service
Remove
Active
Service
Remove
Active
Service
Remove
off
off
on
on
off
off
off
off
on
FIGURE 8-1 illustrates the CPU board and the LED locations.
8-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 8-1
CPU Board LEDs
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
8.2
CPU (Slot 0) Board Replacement
Procedures
8.2.1
Isolating a Failed CPU (Slot 0) Board
1. Check for any error messages during POST.
2. On the SC, check for any error messages in
/var/opt/SUNWSMS/adm/platform/messages and
/var/opt/SUNWSMS/adm/domain_id/messages.
where domain_id is the domain letter.
Chapter 8
CPU (Slot 0) Board
8-3
If available, examine any DStop or RStop files located in
/var/opt/SUNWSMS/adm/domain_id/dump.
where domain_id is the domain letter.
3. On the specific domain(s), use adb to examine any core files in
/var/crash/hostname.
8.2.2
Powering Off a CPU (Slot 0) Board
1. Check the power state of the board to be removed by typing:
sc% showboards | grep SBx
where x is the CPU board 0-17.
■
If the board is powered off, go to Section 8.2.3, “Removing a CPU (Slot 0) Board”
on page 8-5.
■
If the power state is On and the board status is Isolated and not part of the
domain, power off the CPU board by using the Sun Management Center or by
typing the following SMS command:
sc% poweroff SBx
where x is the CPU Board 0-17. Go to Section 8.2.3, “Removing a CPU (Slot 0)
Board” on page 8-5.
2. If the board is part of a multi-board domain or a single-board domain, do the
following:
■
For a multi-board domain, use dynamic reconfiguration to deconfigure the CPU
from the running domain by using the Sun Management Center or by typing the
following SMS command:
sc% deleteboard SBx
where x is the CPU Board 0-17. Go to Section 8.2.3, “Removing a CPU (Slot 0)
Board” on page 8-5.
■
If you have a single-board domain and the operating system is up, log into the
domain as the domain administrator and shut down the operating system by
typing the following sequence:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
8-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
■
Power off the hardware associated with the domain by typing:
sc% setkeyswitch -d domain_id off
8.2.3
Removing a CPU (Slot 0) Board
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
Caution – After the board is removed, carry the board to a work area holding it
vertically by the front handle with the connector downward. Lift the board and
place the other hand under the bottom, or back, of the board placing the bottom, or
back, on an ESD-protected surface. Never place the weight of a board on its
connector as it is easily damaged.
1. Open the cabinet door.
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 8.2.2,
“Powering Off a CPU (Slot 0) Board” on page 8-4.
2. Insert a Phillips No. 1 screwdriver into top and bottom pawl latches turning
counterclockwise to release the levers operating the two (2) board carrier
insert-eject levers simultaneously (FIGURE 8-2).
3. Use the front handle to extract the CPU board, supporting the bottom with the
other hand, and place it on a flat, sturdy, ESD-protected surface with the
component side up.
Chapter 8
CPU (Slot 0) Board
8-5
FIGURE 8-2
CPU Board Components
Extended cache DIMMs (not visible in diagram)
(8 x 2 per processor)
CPU processor 1
CPU processor 0
CPU processor 3
CPU processor 2
Insert-eject
lever
Pawl latch (top)
Pawl latch (bottom)
Insert-eject lever
Memory module DIMMs (32 total)
4. Review the platform message log to verify SMS has received the message that
the component has been removed, by typing:
sc% showlogs -F
Review the board removal message. You will see a message similar to the one
below.
Jun 16 14:28:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] CPU at SBxx removed
8-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
where xx is the CPU assembly 0-17.
5. Remove the memory module DIMMs from the board and set aside.
See Section 8.3.1, “Removing the CPU DIMMs” on page 8-9.
8.2.4
Installing a CPU (Slot 0) Board
Inspect the new board before inserting it into the Sun Fire E25K/E20K systems.
1. Remove the connector protective cover from the board being installed and
inspect the connector for any damage or gaps between the pins.
2. Ensure board alignment tabs are not bent.
3. Inspect the mating connector before inserting the new board.
Caution – Do not force any board into a slot; it can cause damage to the board and
the system. The board should insert and seat smoothly. If it binds, remove the board
and inspect the card cage slot for any obvious obstructions.
4. Install the memory module DIMMs removed from the board.
See Section 8.3.2, “Installing the CPU DIMMs” on page 8-11.
5. To install a CPU (slot 0) board, firmly grasp the board by the front handle,
supporting the bottom with the other hand, and position it onto the carrier rail.
See FIGURE 8-2 detailing the CPU board components.
6. With the insert-eject levers extended, slide the board into the slot until it
begins to connect with the expander connector.
7. Apply firm pressure to the face plate to fully seat the board with the expander
connector.
8. Use the insert-eject lever to fully seat and automatically lock the board into
position.
The usual failure of the service LED to transition from on to off within 60 seconds
after insertion, indicating a power-status control fault, does not apply for the CPU
board.
9. Verify the LED status per TABLE 8-2.
Chapter 8
CPU (Slot 0) Board
8-7
10. Review the platform message log to verify SMS has received the message that
the component has been inserted, by typing:
sc% showlogs -F
Review the board insertion message. You will see a message similar to the one
below.
Jun 16 14:30:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] CPU at SBxx inserted
where xx is the CPU assembly 0-17.
11. Close the cabinet door.
8.2.5
Verifying a CPU (Slot 0) Board
1. Using dynamic reconfiguration, configure the CPU board into the domain(s) by
using the Sun Management Center or by typing the following SMS command:
sc% addboard -d domain_id SBx
where x is the CPU Board 0-17.
domain_id is the letter A-R of the target domain(s) for the component.
OR
If the domain was shut down prior to the expander replacement, start the
domain by typing:
sc% setkeyswitch -d domain_id
on
2. Examine the POST messages reported by the addboard or setkeyswitch for
any errors. Also monitor the message logs on the SC, specifically
/var/opt/SUNWSMS/adm/platform/messages and
/var/opt/SUNWSMS/adm/domain_id/messages.
8.3
8-8
CPU (Slot 0) Board DIMM Replacement
Procedures
Sun Fire E25K/E20K Systems Service Manual • April 2008
8.3.1
Removing the CPU DIMMs
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are four ground points on the system cabinet, two at
the front top left and top right, and two at the rear top left and top right.
1. Open the cabinet door.
2. Remove the CPU board requiring a DIMM replacement by following the
procedures in:
■
Section 8.2.2, “Powering Off a CPU (Slot 0) Board” on page 8-4
■
Section 8.2.3, “Removing a CPU (Slot 0) Board” on page 8-5
3. Locate the slot for the CPU DIMM requiring replacement. DIMM location
numbers are shown in FIGURE 8-3.
4. Eject the faulty CPU DIMM by pressing down on the ejection levers on both
sides of the DIMM connector as shown in FIGURE 8-4.
5. Remove the CPU DIMM by holding the edges and place on an ESD-protected
surface.
Chapter 8
CPU (Slot 0) Board
8-9
FIGURE 8-3
CPU Board Memory DIMM Locations
103
113
102
112
101
111
100
110
DIMM 1
bank 1, 0
003
013
002
012
001
011
000
010
DIMM 0
bank 1, 0
303
313
302
312
301
311
300
310
DIMM 3
bank 1, 0
DIMM 2
bank 1, 0
203
213
202
212
201
211
200
210
DIMM
Bank
Processor
8-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 8-4
CPU DIMM Removal
CPU DIMM
Orientation key
(long side)
Orientation key
(short side)
CPU DIMM
CPU board
Eject lever
8.3.2
Installing the CPU DIMMs
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Ensure the CPU board is on an ESD-protected surface.
2. Carefully remove the new CPU DIMM from its protective packaging and place
it on an ESD-protected surface.
Note – Install one bank completely on each board before installing the remaining
banks. All banks must have the same size DIMMs. DIMMs from different
manufacturers are interchangeable in a single bank if the DIMMs have the same
capacity and speed. Sort the DIMMs into banks by DIMM size.
3. Press down on the ejector levers at both ends of the DIMM connector slot to set
them in the insert-ready position.
4. Align the short-side and the long-side orientation key of the CPU DIMM with
the short side and long side orientation position of the DIMM connector
(FIGURE 8-4).
5. Push firmly on the top edge of the CPU DIMM to insert into the DIMM
connector.
6. Install the remaining new CPU DIMMs.
Chapter 8
CPU (Slot 0) Board
8-11
7. After installation of the new CPU DIMMs, follow the procedures in:
■
Section 8.2.4, “Installing a CPU (Slot 0) Board” on page 8-7
■
Section 8.2.5, “Verifying a CPU (Slot 0) Board” on page 8-8
8. Close the cabinet door.
8.4
CPU (Slot 0) Filler Panel Replacement
Procedures
8.4.1
Removing a CPU (Slot 0) Filler Panel
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet door.
2. Insert a Phillips No. 1 screwdriver into the top and bottom pawl latches turning
counterclockwise to release the levers operating the two (2) board carrier
insert-eject levers simultaneously.
3. Use the front handle to extract the CPU filler panel, supporting the bottom with
the other hand, and place on a flat, sturdy, surface.
8.4.2
Installing a CPU (Slot 0) Filler Panel
1. Firmly grasp the CPU filler panel by the front handle, supporting the bottom
with the other hand, and position it onto the carrier rail.
2. With the insert-eject levers extended, slide the panel into the slot until it is
even with the other boards.
3. Use the front handle to fully seat the board.
4. Lock the CPU filler panel by sliding the insert-eject levers into position until
they are fully nested with the front handle.
5. Close the cabinet door.
8-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
9
I/O (Slot 1) Assemblies
The I/O assemblies and I/O filler panels are inserted into slot 1, expander 0 through
8 (front), and slot 1, expander 9 through 17 (rear). This chapter contains the
replacement procedures for the I/O assemblies (hsPCI-X/hsPCI+), the I/O filler
panels and the PCI Cassettes that go in them.
This chapter contains the following sections:
■
Section 9.1, “I/O Assembly” on page 9-2
■
Section 9.2, “PCI Cassette Replacement Procedures” on page 9-7
■
Section 9.3, “PCI Cassette Card Replacement Procedures” on page 9-10
■
Section 9.4, “I/O Filler Panel Replacement Procedures” on page 9-11
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
Note – For I/O assembly maintenance, all cable management straps should remain
in place. Any disconnected cable set will hang from the black cable hanger strap at
the air plenum cutout.
9-1
9.1
I/O Assembly
9.1.1
I/O Assembly LEDs
I/O assemblies and LEDs are listed in TABLE 9-1 and TABLE 9-2.
TABLE 9-1
I/O Assembly Components
Total Number of Assemblies
Per System
Total Number of Assemblies
Per Side
Number of LEDs Per
Assembly
1-18
0-9
15
TABLE 9-2
I/O Assembly Valid LED Status
LEDs After Insertion
or Initial
System Power On
LEDs After Presence
is Detected
Component Powered On
Component Powered Off
Activ
e
Servic
e
Remove
Activ
e
Servic
e
Remove
Activ
e
Service
Remov
e
Active
Servic
e
Remove
off
on
on
off
off
on
on
off
off
off
off
on
Failure of the service LED to transition from ON to OFF within 60 seconds after
insertion indicates a power-status control fault.
FIGURE 9-1 illustrates the I/O assembly and the LED locations.
9-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 9-1
I/O Assembly LEDs
Front view
Cassette 3.3V
Cassette 5.0V
Activation indicator (green)
Service indicator (amber)
Activation indicator (green)
Service indicator (amber)
Removal indicator
(amber or blue)
Removal indicator (amber or blue)
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
Activation indicator (green)
Service indicator (amber)
Removal indicator
(amber or blue)
Cassette 3.3V
Cassette 3.3V
Insert-eject lever
Removal indicator (amber or blue)
Service indicator (amber)
Activation indicator (green)
9.1.2
I/O Assembly Replacement Procedures
All I/O assemblies (hsPCI-X/hsPCI+) have identical replacement instructions.
9.1.2.1
Isolating a Failed I/O Assembly
1. Check for any error messages during POST.
2. On the SC, check for any error messages in
/var/opt/SUNWSMS/adm/platform/messages and
/var/opt/SUNWSMS/adm/domain_id/messages.
where domain_id is the domain letter.
Chapter 9
I/O (Slot 1) Assemblies
9-3
3. If available, examine any DStop or RStop files located in
/var/opt/SUNWSMS/adm/domain_id/dump.
where domain_id is the domain letter.
4. On the specific domain(s), use adb to examine any core files in
/var/crash/hostname.
9.1.2.2
Powering Off an I/O Assembly
1. Check the power state of the board to be removed by typing:
sc% showboards | grep IOx
where x is the I/O assembly 0-17.
■
If the board is powered off, go to Section 9.1.2.3, “Removing an I/O Assembly”
on page 9-5.
■
If the power state is On and the board status is Isolated and not part of the
domain, power off the I/O assembly by using the Sun Management Center or by
typing the following SMS command:
sc% poweroff IOx
where x is the I/O assembly 0-17, and go to Section 9.1.2.3, “Removing an I/O
Assembly” on page 9-5.
2. If the assembly is part of a multi-board domain or a single-board domain, do
the following:
■
Terminate all input/output device operations associated with the I/O assembly to
be deconfigured.
■
For multi-board domain, using dynamic reconfiguration, deconfigure the I/O
assembly from the running domain by using the Sun Management Center or by
typing the following SMS command:
sc% deleteboard IOx
where x is the I/O assembly 0-17, and go to Section 9.1.2.3, “Removing an I/O
Assembly” on page 9-5.
9-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
■
If you have a single-board domain and the operating system is running, log into
the domain as the domain administrator and shut down the operating system by
typing the following sequence:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
■
Power off the hardware associated with the domain by typing:
sc% setkeyswitch -d domain_id off
9.1.2.3
Removing an I/O Assembly
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear
Caution – After the board is removed, carry the board to a work area holding it
vertically by the front handle with the connector downward. Lift the board and
place the other hand under the bottom, or back, of the board placing the bottom, or
back, on an ESD-protected surface. Never place the weight of a board on its
connector as it is easily damaged.
1. Open the cabinet door.
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 9.1.2.2,
“Powering Off an I/O Assembly” on page 9-4.
2. Label and remove the I/O cables from the hsPCI assembly.
3. Insert a Phillips No. 1 screwdriver into the pawl latches turning
counterclockwise to release the lever and lift the carrier insert-eject lever.
4. Use the front handle to extract the hsPCI (slot 1) assembly, supporting the
bottom with the other hand, and place it on a flat, sturdy, ESD-protected surface
with the component side up.
Chapter 9
I/O (Slot 1) Assemblies
9-5
5. Review the platform message log to verify SMS has received the message that
the component has been removed, by typing:
sc% showlogs -F
Review the board removal message. You will see a message similar to the one
below.
Jun 16 14:28:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] HPCI at IOxx removed
where xx is the I/O assembly 0-17.
9.1.2.4
Installing an I/O Assembly
1. To install a I/O assembly, firmly grasp the board assembly, supporting the
bottom with the other hand, and position it onto the carrier rail.
2. With the insert-eject lever extended, slide the board into the slot until it begins
to connect with the expander connector.
3. Apply firm pressure to the face plate to properly seat the board with the
expander connector.
4. Use the insert-eject lever to fully seat and automatically lock the board into
position.
Failure of the service LED to transition from on to off within 60 seconds after
insertion indicates a power-status control fault.
5. Verify the LED status per TABLE 9-2.
6. Install all I/O cables.
7. Review the platform message log to verify SMS has received the message that
the component has been inserted, by typing:
sc% showlogs -F
Review the board insertion message. You will see a message similar to the one
below.
Jun 16 14:30:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] HPCI at IOxx inserted
where xx is the I/O assembly 0-17.
9-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
8. Close the cabinet door.
9.1.2.5
Powering On an I/O Assembly
●
Power on the I/O assembly by using the Sun Management Center or by typing
the following SMS command:
sc% poweron IOx
where x is the I/O assembly 0-17.
9.1.2.6
Verifying an I/O Assembly
1. Using dynamic reconfiguration, configure the I/O assembly into the domain by
using the Sun Management Center or by typing the following SMS command:
sc% addboard -d domain_id IOx
where x is the I/O assembly 0-17.
domain_id is the letter A-R of the target domain(s) for the board.
OR
If the domain was shut down prior to the expander replacement, start the
domain by typing:
sc% setkeyswitch -d domain_id
on
2. Examine the POST messages reported by the addboard/setkeyswitch for any
errors. Also monitor the message logs on the SC, specifically
/var/opt/SUNWSMS/adm/platform/messages and
/var/opt/SUNWSMS/adm/domain_id/messages.
9.2
PCI Cassette Replacement Procedures
The cassettes in the I/O assembly are also hot-swap components.
Chapter 9
I/O (Slot 1) Assemblies
9-7
9.2.1
PCI Cassette Replacement
9.2.1.1
Removing the PCI Cassette
Caution – Before removing a cassette, the green activation LED must be off and the
amber or blue removal OK LED must be on. See TABLE 9-2 for I/O LED descriptions.
1. Open the cabinet door.
2. Ensure that the adapter in the cassette to be removed has terminated all
input/output operations. Refer to the man pages for ifconfig or umount for
more information.
3. The customer domain administrator should power off the cassette by typing the
following rcfgadm command:
sc% rcfgadm -d domain_id -c disconnect ap_id
where ap_id is a DR attachment point identifier for the PCI cassette. Refer to the
rcfgadm man page for attachment point identifier details.
4. Wait for the amber or blue removal indicator LED to illuminate.
5. Label and remove the I/O cables from the cassette.
6. Press down the ejector latch at the top front of the cassette to release the ejector
handle (FIGURE 9-2) and carefully remove the cassette.
9-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 9-2
PCI Cassette Removal
Cassette at C3V2
EMI cap
Ejector handle
Ejector latch
7. Grab the handle and pull forward to release the cassette from the I/O assembly.
9.2.1.2
Installing the PCI Cassette
1. Insert the PCI cassette into the appropriate slot (C5V0, C3V0, C3V1, or C3V2).
2. Push the cassette inward and push the eject handle upward into position
seating the cassette into the connector.
3. Reconnect the I/O cables to the cassette.
4. To power on the board, the customer domain administrator should type:
sc% rcfgadm -d domain_id -c configure ap_id
where ap_id is a DR attachment point identifier for the PCI cassette. Refer to the
rcfgadm man page for attachment point identifier details.
5. Verify that the activation LED is green.
6. Close the cabinet door.
Chapter 9
I/O (Slot 1) Assemblies
9-9
9.3
PCI Cassette Card Replacement
Procedures
9.3.1
PCI Cassette Card Replacement
9.3.1.1
Removing the PCI Card from the Cassette
1. Open the cabinet door.
2. Remove the 3.3v or 5.0v PCI card cassette.
3. To access the PCI slot, remove the two (2) M3x5 flathead screws and remove the
EMI cap.
4. Remove the one (1) M3x4 panhead screw securing the PCI card to the front
panel.
Caution – Avoid damaging components on the PCI card when removing.
5. From the top of the cassette, carefully grab each edge of the PCI card at the
notches provided on the PCB board, avoid the components, and pull to release
the card from the connector.
9.3.1.2
Installing the PCI Card into the Cassette
1. To access the PCI slot, remove the two (2) M3x5 flathead screws and remove the
EMI cap.
2. For a new PCI card installation, remove the one (1) M3x4 panhead screw and
discard the filler panel.
3. Install the new PCI card, inserting vertically into the PCI slot of the cassette.
Push firmly until the PCI card is fully seated with the connector.
4. Reinstall the EMI cap.
5. Secure the PCI card with the two (2) M3x5 flathead screws.
6. Insert the PCI cassette into the hsPCI assembly.
9-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
7. Close the cabinet door.
9.4
I/O Filler Panel Replacement Procedures
9.4.1
Removing an I/O Filler Panel
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are four ground points on the system cabinet, two at
the front top left and top right, and two at the rear top left and top right.
1. Open the cabinet door.
2. Insert a Phillips No. 1 screwdriver into the pawl latches, turning
counterclockwise to release the lever, and lift the carrier insert-eject lever.
3. Use the front handle to extract the I/O filler panel, supporting the bottom with
the other hand, and place on a flat, sturdy, surface.
9.4.2
Installing an I/O Filler Panel
1. Firmly grasp the I/O filler panel by the front handle, supporting the bottom
with the other hand, and position it onto the carrier rail.
2. With the insert-eject lever extended, slide the panel into the slot until it is even
with the other boards.
3. Use the front handle to fully position the panel.
4. Lock the I/O filler panel by sliding the insert-eject lever into position until it is
fully nested with the front handle.
5. Close the cabinet door.
Chapter 9
I/O (Slot 1) Assemblies
9-11
9-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
10
Board Set Carrier Plates
The board set carrier plates inside the Sun Fire E25K/E20K systems require special
handling. There are also three different configuration setups depending on the board
sets the carrier plate is assigned to carry. For increased thermal control, a carrier
plate with an air dam has been designed for slots 4, 5, 13, and 14. This chapter
contains the replacement procedures for these three configurations.
This chapter contains the following sections:
■
Section 10.1, “Inserting a Board Set Carrier Plate” on page 10-2
■
Section 10.2, “Carrier Plate Configuration Modification and Replacement” on
page 10-5
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
10-1
10.1
Inserting a Board Set Carrier Plate
The following are general guidelines for inserting a board carrier into the system. To
reduce the risk of damage to the connectors, take the following precautions:
■
Thoroughly inspect the male and female connectors before making connections.
■
Look for damage to the plastic housings.
■
Look for foreign material in the plastic housings.
■
Look for bent or damaged pins or ground shields.
Note – If any of these conditions exist, do not try to repair or replace parts unless
you have been trained to do so.
■
■
NEVER:
■
Set or bump a connector against another surface.
■
Place the weight of a board on its connector as it is easily damaged.
■
Insert or remove carrier plates with any slot 0 and slot 1 boards installed.
■
Try to force a connector using an insertion/ejection mechanism if the carrier
becomes cocked or jammed.
■
Use damaged components.
See Section 10.2, “Carrier Plate Configuration Modification and Replacement” on
page 10-5 for additional details regarding removal and installation of carriers.
Caution – It is critical that careful handling and seating of the carrier plate is
maintained during the insertion process. It is imperative that the simultaneous
insertion of the ejector screws be followed to avoid damage to the Sun Fireplane
interconnect connectors.
When inserting a carrier plate into the card cage:
Caution – Use extreme caution when inserting the board set into the card cage of
the system. The top-right leading edge of the board set must be aligned properly
in the card guide before insertion into the system. This prevents any component
parts from being damaged if hit by the edge of the carrier plate, which can result
in catastrophic failures to the system operation.
1. Hold the bottom edge of the carrier plate and insert it into the bottom of the
card guide, aligning with the top card guide to avoiding any angled insertion of
the carrier plate (FIGURE 10-1).
10-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 10-1
System Carrier Plates
Ejector bracket
alignment tabs
Captive
ejector
screw
Alignment
tab
Slot 0
boards
on top
Ejector bracket
alignment slots
Slot 1
boards
on bottom
System board
carrier plate (various)
(SB1 through SB17,
front and rear)
Carrier Plate Location Placement
System Control
carrier plate
(SC0 and SC1,
front and rear)
CAUTION
AVOID ANGLED INSERTION
Slot 0
NO
HANDS
HERE
Slot 1
Press
inward
here to
seat plate
8 7 6 5 4 3 2 1 0 SC0 front expander
17 16 15 14 13 12 11 10 9 SC1 rear expander
part number 541-0119
part number 541-0120
part number 541-0121
part number 540-3993
NO
HANDS
HERE
Chapter 10
Board Set Carrier Plates
10-3
2. Torque the carrier plate captive ejector screws until the driver clicks or slips
(equal to 18.0 in.-lbs or 2.2 Nm).
Two (2) 0.5 in. hex socket-fixed torque drivers are provided in the torque tool
holder brackets on the inside of the front door. Ensure the torque drivers are
returned to the torque tool holder brackets after use.
3. Press the carrier plate inward, with evenly distributed pressure at the center
edge, until the captive ejection screws seat against the card cage and the top
and bottom alignment tabs on the carrier plate are inserted into the top and
bottom alignment slots on the chassis.
If you feel resistance, check for proper alignment of the tabs and the slots
(FIGURE 10-1).
Caution – DO NOT use the torque drivers to secure the carrier plate until the hand
insertion process has been completed.
4. Secure the captive ejector screws into the threaded inserts of the top and
bottom of the card cage.
The screws should be turned by hand simultaneously. The screws should be
tightened until the back of the captive ejector screws meet the top and bottom
face plate of the carrier plate.
5. Firmly press inward at the center edge of the carrier plate to manually seat the
carrier plate again.
6. Manually secure the captive ejector screws simultaneously until the back of the
screws meet the face plate.
7. Repeat this process several times until the carrier plate is fully seated and the
top and bottom carrier plate ejector bracket alignment tabs (not visible from
the front) are evenly set.
8. Use two (2) 0.5 in. hex socket-fixed torque drivers to secure the carrier plate
captive ejector screws. Simultaneously secure the top and bottom captive
ejector screws until the connector is fully seated and the ejector brackets are
flush with the card cage.
The Sun Fire E25K/E20K systems hold various carrier plate types. The System
Control carrier plate is part number 540-3993. The system board carrier plates are
different depending upon their location within the system, part number 541-0119,
541-0120, and 541-0121. Review the location placement in FIGURE 10-1. For slots 4, 5,
13, and 14, there is also a carrier plate with an air dam, part number 540-5736.
10-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
10.2
Carrier Plate Configuration Modification
and Replacement
The Sun Fire E25K/E20K systems have three varieties of system carrier plate
configurations to accommodate the connector locations on the Sun Fireplane
interconnect. This field-replaceable unit (FRU) contains the reconfigurable parts to
be used with the standard carrier plate for the three types of carrier plate slots
(FIGURE 10-2).
■ Standard configuration for slots 1-3, 6-8, 10-12, and 15-17, part number 541-0119
■
Configuration modification for system slots 0 and 9, part number 541-0120
■
Standard configuration for system slots 4, 5, 13, and 14, part number 541-0121
Review Section 10.1, “Inserting a Board Set Carrier Plate” on page 10-2 prior to
handling the system carrier plates.
FIGURE 10-2
Standard Configuration Carrier Plate
Activation indicator (green)
Service indicator (amber)
Removal indicator (amber or blue)
Chapter 10
Board Set Carrier Plates
10-5
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
10.2.1
Two-In-One Carrier Plate FRU Modification
Contents
TABLE 10-1 lists the contents of the FRU package.
TABLE 10-1
10.2.2
Carrier Plate FRU Modification Contents
Part Number
Qty.
Description
817-4141
1
FRU Service Document for Carrier Plate Configurations
541-0119
1
Carrier plate assembly carrier plate at slots 1,2,3,6,7,8, 10,11,12,15,16,17
240-4363
1
M3x8 mm flathead screw, plastic coated
Carrier Plate Replacement for Standard
Configuration of Slots 1, 2, 3, 6, 7, 8, 10, 11, 12,
15, 16, and 17
1. Remove the carrier plate from the system.
Note – Follow the instructions in Section 12.2.3, “Removing an Expander Board” on
page 12-5 and Section 12.2.4, “Installing an Expander Board” on page 12-7.
2. Remove the expander board from the carrier plate, as required, and set aside.
No modifications are required for standard carrier plate configurations.
Note – The Sun Fire E25K system has an expander board installed on each carrier
plate. The Sun Fire E20K system only has an expander installed on the slot 0 through
slot 8 carrier plates. Slots 9 through 17 are filled with filler panels.
3. Re-install the expander board, as required, on the new carrier plate.
4. Install the new carrier plate into the system.
10-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
5. Discard any remaining hardware supplied with the FRU package.
10.2.3
Carrier Plate Configuration and Replacement for
Slots 0 and 9
This configuration is for the slots on the left sides of the System Controllers.
1. Remove the carrier plate from the system.
Note – Follow the instructions in Section 12.2.3, “Removing an Expander Board” on
page 12-5 and Section 12.2.4, “Installing an Expander Board” on page 12-7.
2. Remove the expander board from the carrier plate, as required, and set aside.
No changes are required for standard carrier plate configurations.
3. Remove the two (2) M3x20 flathead screws securing the T-rail guide of the new
carrier plate to the center guide bracket of the new carrier plate and discard
(FIGURE 10-3).
These items are not needed for this configuration.
FIGURE 10-3
Removing the T-Rail Guide
T-rail guide
M3x20 flathead screws
4. Install one (1) M3x8 flathead plastic-coated screw from the FRU package to
secure the center guide bracket to the new carrier plate (FIGURE 10-4).
5. Re-install the expander board, as required, on the new carrier plate.
6. Install the carrier plate into the system.
Chapter 10
Board Set Carrier Plates
10-7
FIGURE 10-4
Securing the Center Guide Bracket After the T-Rail Guide Removal
M3x8 plastic-coated
flathead screw
7. Discard any remaining hardware supplied with the FRU package.
10.2.4
Carrier Plate Replacement for Standard
Configurations of Slots 4, 5, 13, and 14
1. Remove the carrier plate from the system.
Note – Follow the instructions in Section 12.2.3, “Removing an Expander Board” on
page 12-5 and Section 12.2.4, “Installing an Expander Board” on page 12-7.
2. Remove the expander board from the carrier plate, as required, and set aside.
No modifications are required for this standard carrier plate configuration.
Note – The Sun Fire E25K system has an expander board installed on each carrier
plate (with air dam) at slots 4, 5, 13 and 14. The Sun Fire E20K system only has an
expander installed on the slot 4 through slot 5 carrier plates. Slot 13 and slot 14 are
filled with filler panels.
3. Re-install the expander board, as required, on the new carrier plate.
4. Install the new carrier plate into the system.
10-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
11
System Control Expander Board Set
The system control expander board set for the Sun Fire E25K/E20K systems consists
of a carrier plate that holds the hot-swappable centerplane support board and the
hot-swappable System Control (SC) board at SC0 (front) and SC1 (rear). This chapter
contains the replacement procedures for the centerplane support board. See
Chapter 6 for the SC replacement procedures.
This chapter contains the following sections:
■
Section 11.1, “Centerplane Support Board Replacement” on page 11-2
■
Section 11.2, “Centerplane Support Board Replacement Procedures” on page 11-3
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
11-1
11.1
Centerplane Support Board
Replacement
11.1.1
Centerplane Support Board LEDs
Centerplane support board (CSB) components and LEDs are listed in TABLE 11-1 and
TABLE 11-2.
TABLE 11-1
Centerplane Support Board Components
Total Number of Centerplane
Support Boards Per System
Total Number of Centerplane
Support Boards Per Side
Number of LEDs Per
Centerplane Support Board
2
1
3
TABLE 11-2
Centerplane Support Board Valid LED Status
LEDs After Insertion
or Initial
System Power On
LEDs After Presence
is Detected
Component Powered On
Component Powered Off
Activ
e
Servic
e
Remove
Activ
e
Servic
e
Remove
Activ
e
Service
Remov
e
Active
Servic
e
Remove
off
on
on
off
off
on
on
off
off
off
off
on
Failure of the service LED to transition from ON to OFF within 60 seconds after
insertion indicates a power-status control fault.
11-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 11-1 illustrates the centerplane support board and the LED locations.
FIGURE 11-1
Centerplane Support Board LEDs
Centerplane
support board
Carrier plate
J6 LED
connector
Activation indicator (green)
Service indicator (amber)
Removal indicator
(amber or blue)
11.2
Centerplane
support
board
Centerplane Support Board
Replacement Procedures
Caution – The centerplane support board and mounting system (carrier plate) are
also used as the electrical interface and mounting mechanism for the system
controller. Therefore, prior to removal of the centerplane support board, the System
Control board and System Control peripheral modules must be deconfigured,
powered off, and removed. The references to those procedures are included in the
following steps.
Chapter 11
System Control Expander Board Set
11-3
11.2.1
Isolating a Failed Centerplane Support Board
1. Check for any error messages during POST.
2. On the SC, check for any error messages in
/var/opt/SUNWSMS/adm/platform/messages.
On the SC, if available, examine any DStop dump files or record stop dump files
located in /var/opt/SUNWSMS/adm/domain_id/dump.
where domain_id is the domain letter.
3. On the SC, check the environment by using the Sun Management Center or by
typing the following SMS command:
sc% showenvironment -p temps | grep CP
4. Save this output to a file for later use.
11.2.2
Powering Off a Centerplane Support Board
Powering off a centerplane support board also powers off one-half of the Sun
Fireplane interconnect assembly.
1. Use dynamic bus reconfiguration to specify the Sun Fireplane interconnect
assembly half that will remain active. Failure to do so will DStop all running
domains. Type the following command:
sc% setbus -c x
where x is CS0 or CS1. This represents the centerplane support board that will
remain powered on (or the one that will not be powered off).
2. Power off a centerplane support board by using the Sun Management Center or
by typing the following SMS command:
sc% poweroff csx
where x is 0 or 1. Refer to poweroff(1M) for more information.
11-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
11.2.3
Removing a Centerplane Support Board
Remove boards by pulling outward using the front handle with one hand and
placing the other hand underneath the bottom guide rail for additional support.
Carry the board to a work area holding vertically, with the connector downward, by
the front handle. Lift the board and place the other hand under the bottom, or back,
of the board placing the bottom, or back, on an ESD-protected surface.
Note – Never place the weight of a board on its connector as it is easily damaged.
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet door.
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 11.2.2,
“Powering Off a Centerplane Support Board” on page 11-4.
2. Power off and remove the SC.
See Section 6.1.2.2, “Powering Off a System Control (SC) Board” on page 6-4.
See Section 6.1.2.3, “Removing a System Control (SC) Board” on page 6-6.
3. Remove the SC peripheral board that occupies the same carrier plate as the
centerplane support board being replaced.
See Section 7.2.3, “Removing a System Control (SC) Peripheral Board” on
page 7-5.
Caution – Never remove the carrier plate while it contains slot 0 or slot 1 boards as
this will cause severe damage to the connector system. Review Section 10.1, “Inserting a
Board Set Carrier Plate” on page 10-2.
4. Be sure to read the label on the inside corner trims of the chassis and then use
the two (2) 0.5 in. (13 mm) nut drivers to loosen the carrier plate captive ejector
screws simultaneously until they are fully disengaged.
5. Use the front handle to extract the carrier plate, supporting the bottom with the
other hand, and place it on a flat, sturdy, ESD-protected surface with the
component side up.
Chapter 11
System Control Expander Board Set
11-5
6. Disconnect the LED ribbon cable from the connector (J6) on the centerplane
support board.
7. Using a Phillips No. 2 screwdriver, remove the two (2) M3 cross-slotted
shoulder panhead screws.
8. Remove the eight (8) M3x8 panhead screws.
9. Firmly grasp the centerplane support board lifting upward and pulling out
away from the carrier plate standoffs (FIGURE 11-2).
FIGURE 11-2
Centerplane Support Board and Carrier Plate
M3 cross-slotted shoulder
panhead screw
J6 LED connector
M3x8
panhead
screws
M3 cross-slotted shoulder
panhead screw
Insert-eject
captive screw
Cutout handles
Carrier plate
Insert-eject
captive screw
Carrier plate
standoffs
(10)
Centerplane
support board
11-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
11.2.4
Installing a Centerplane Support Board
1. Holding the centerplane support board close to the carrier plate, connect the
LED cable into the connector (J6) on the centerplane support board.
2. Install the centerplane support board, aligning the mounting holes with the
standoffs.
3. Using a Phillips No. 2 screwdriver, loosely secure the centerplane support
board with the two (2) M3 cross-slotted shoulder panhead screws through the
board and into the standoffs on the carrier plate, until the board is evenly
positioned with the screws.
4. Secure the eight (8) M3x8 panhead screws.
5. Firmly secure the centerplane support board to the carrier plate with the two (2)
M3 cross-slotted shoulder panhead screws.
6. Install the carrier plate.
See Section 10.1, “Inserting a Board Set Carrier Plate” on page 10-2.
7. Verify the LED status per TABLE 11-2.
Failure of the service LED to transition from on to off within 60 seconds after
insertion indicates a power-status control fault.
Note – Wait for 15 minutes after inserting CSB, so the new component acclimates to
the temperature of the frame before continuing to Step 8.
8. Install the SC.
See Section 6.1.2.4, “Installing a System Control (SC) Board” on page 6-8.
9. Install the SC peripheral.
See Section 7.2.4, “Installing a System Control (SC) Peripheral Board” on page 7-7.
Inserting the SC peripheral board should power on the SC with the CSB still
powered off.
10. Verify that both SCs are running. See Section 6.1.2.5, “Verifying a System
Control (SC) Board” on page 6-9. If inserting the SC peripheral board did not boot
the SC than boot the SC manually.
Note – If the SCs are not running correctly when thermcal is run you will have to
wait an additional 15 minutes before re-runnning thermcal.
11. Close the cabinet door.
Chapter 11
System Control Expander Board Set
11-7
11.2.5
Powering On a Centerplane Support Board
1. Power on the centerplane support board and calibrate its temperature by typing
the following SMS command from the main SC:
sc% thermcal -w scx
Wait for SCx to boot up completely before proceding to the next step.
2. Update the system SEEPROMs by typing the following service command from
the main SC:
sc% updateseeprom platformtype value
The values for platform type are not case sensitive. The values are: e25k, e20k,
sunfiree25k, sunfiree20k.
3. Stop SMS from the main SC by typing:
sc% /etc/init.d/sms stop
4. Restart SMS from the main SC by typing:
sc% /etc/init.d/sms start
5. Type the following command from the main SC to get temperature information:
sc% showenvironment -p temps | grep CP
6. Compare temperature output from Step 5 above to the file created in Step 4 of
Section 11.2.1, “Isolating a Failed Centerplane Support Board” on page 11-4 and
verify that the newly calibrated information is being reflected.
7. If previously deconfigured, use the dynamic bus reconfiguration to enable both
halves of the Sun Fireplane interconnect assembly.
sc% setbus -c cs0,cs1
11-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
11.2.6
Verifying a Centerplane Support Board
●
Address any errors reported by setbus and confirm the centerplane support
board is powered on by using the Sun Management Center or by typing the
following SMS command:
sc% showboards -v |grep CS
CS0
On
CSB
CS1
On
CSB
-
Chapter 11
-
System Control Expander Board Set
-
11-9
11-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
12
System Expander Board Set
The system expander board set for the Sun Fire E25K/E20K systems consists of a
carrier plate that holds the hot-swappable system expander board and optional
system boards or I/O filler panels. This board set is inserted at I/O expander 0
through 8 (front) and I/O expander 9 through 17 (rear). This chapter contains the
replacement procedures for the expander board.
This chapter contains the following sections:
■
Section 12.1, “System Expander Board LEDs” on page 12-2
■
Section 12.2, “Expander Board Replacement Procedures” on page 12-3
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
12-1
12.1
System Expander Board LEDs
System expander board components and LEDs are listed in TABLE 12-1 and
TABLE 12-2.
TABLE 12-1
Expander Board Components
Total Number of System Expander
Boards Per System
(front-rear)
Total Number of System
Expander Boards Per Side
Number of LEDs Per System
Expander Board
1-18
0-9
3
TABLE 12-2
Expander Board Valid LED Status
LEDs After Insertion
or Initial
System Power On
LEDs After Presence
is Detected
Component Powered On
Component Powered Off
Activ
e
Servic
e
Remove
Activ
e
Servic
e
Remove
Activ
e
Service
Remov
e
Active
Servic
e
Remove
off
on
on
off
off
on
on
off
off
off
off
on
Failure of the service LED to transition from ON to OFF within 60 seconds after
insertion indicates a power-status control fault.
FIGURE 12-1 illustrates the expander board and the LED locations.
Any slot 0 or slot 1 board present in the expander being replaced must be
deconfigured, powered off, and removed prior to removing or replacing the
expander. If the expander is configured as a split slot, up to two domains can be
affected.
12-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 12-1
System
expander
board
System Expander Board LEDs
Carrier plate
CDC
SRAM
DIMM
System
expander
board
J2 LED
connector
Activation indicator
(green)
Service indicator
(amber)
Removal indicator
(amber or blue)
12.2
Expander Board Replacement
Procedures
12.2.1
Isolating a Failed Expander Board
1. Check for any error messages during POST.
2. On the SC, check for any error messages in
/var/opt/SUNWSMS/platform/adm/messages and
/var/opt/SUNWSMS/adm/domain_id/messages.
where domain_id is the domain letter.
3. If available, examine any DStop or RStop files located in
/var/opt/SUNWSMS/adm/domain_id/dump.
where domain_id is the domain letter.
Chapter 12
System Expander Board Set
12-3
4. On the specific domain(s), use adb to examine any core files in
/var/crash/hostname.
12.2.2
Powering Off an Expander Board
1. Check the power state of the expander to be removed by typing:
sc% showboards -v | grep EXx
where x is the expander number 0-17.
If the expander is powered off, go to Section 12.2.3, “Removing an Expander Board”
on page 12-5.
2. If the expander board is part of a multi-board domain(s), use dynamic
reconfiguration to deconfigure the slot 0 and slot 1 boards by using the Sun
Management Center or by typing the following SMS commands:
sc% deleteboard SBx
sc% deleteboard IOx
sc% poweroff EXx
where x is the expander number 0-17 and go to Section 12.2.3, “Removing an
Expander Board” on page 12-5.
3. If the expander board is part of a single-board domain(s), as a superuser on
the domain, shut down the operating system by typing:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
Note – You might need to shut down more than one domain if the expander is part
of a split-slot domain.
4. Power off the hardware associated with the domain(s) by typing:
SC% setkeyswitch -d domain_id off
Note – You might need to power off more than one domain if the expander is part
of a split-slot domain.
12-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
12.2.3
Removing an Expander Board
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
Caution – The expander board and mounting system (carrier plate) are used as the
electrical interface and mounting mechanism for the slot 0 and slot 1 modules or
filler panels. Therefore, prior to removal of the expander board, the slot 0 and slot 1
modules must be deconfigured, powered off, and removed. The references to those
procedures are included in the following steps:
1. Open the cabinet doors.
Caution – Before removing a board from the system, the green activation LED must
be off and the amber or blue removal OK LED must be on. See Section 12.2.2,
“Powering Off an Expander Board” on page 12-4.
2. Remove any slot 0 boards, slot 1 boards, or filler panels following the
appropriate directions for each board type.
Caution – Never remove the carrier plate while it contains slot 0 or slot 1 boards as
this will cause severe damage to the connector system.
3. Using two (2) 0.5 in. (13 mm) nut drivers, simultaneously loosen the carrier
plate captive ejector screws until they are fully disengaged.
4. Remove the carrier plate and place it on an ESD-protected surface.
5. Using a Phillips No. 2 screwdriver, remove the two (2) M3x8 panhead screws on
the top expander cover that are not common to the rest of the slotted holes.
6. Remove the one (1) M3x8 flathead screw and remove the cover plate air dam
bracket located near the center of the assembly.
7. Loosen the remaining sixteen (16) M3x8 self-locking panhead screws and
remove the top, bottom, and center covers and set them aside.
8. Disconnect the LED ribbon cable (P2) from the connector (J2) on the expander
board.
9. Use a 0.25 in. (6mm) nut driver to remove the three (3) threaded hex standoffs.
Chapter 12
System Expander Board Set
12-5
10. Remove the two (2) M3 cross-slotted shoulder screws from the expander.
11. Remove the six (6) M3x8 panhead screws from the expander.
12. Firmly grasp the expander board lifting upward and pulling out away from the
carrier plate standoffs (FIGURE 12-2).
FIGURE 12-2
Expander Board and Carrier Plate—Exploded
M3x8 self-locking
panhead screws
(16)
M3x8 panhead screws (2)
Top carrier plate air dam expander
board cover
Bottom carrier plate air dam
expander board cover
M3x8 flathead screw
Cover plate air dam bracket
M3 cross-slotted
shoulder panhead
screw
Hex
standoffs (3)
and M3x8
panhead
screws (3)
M3x8
panhead
screw (6)
J2 LED Connector
Carrier plate
Expander
board
CDC SRAM
DIMM
M3 cross-slotted
shoulder panhead screw
13. Place the expander board on an ESD-protected surface, component side up.
12-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
14. Review the platform message log to verify SMS has received the message that
the component has been removed, by typing:
sc% showlogs -F
Review the board removal message. You will see a message similar to the one as
follows.
Jun 16 14:28:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] EXB at EXxx removed
where xx is the expander assembly 0-17.
12.2.4
Installing an Expander Board
1. Position the expander board onto the carrier plate aligning the eleven (11)
mounting holes with the eleven (11) mounting standoffs on the carrier plate.
The expander board should be oriented with the components upward and the
LED connector toward the LED board of the carrier plate.
2. Install the two (2) M3 cross-slotted shoulder screws to the expander.
3. Secure the expander with the six (6) M3x8 panhead screws.
4. Use the 0.25 in. (6 mm) nut driver to install the three (3) threaded hex standoffs.
5. Connect the LED ribbon cable (P2) into the connector (J2) on the expander
board.
6. Install the center cover plate air dam bracket with the one (1) M3x8 flathead
screw.
7. Install the top and bottom expander covers and secure with the sixteen (16)
M3x8 self-locking panhead screws.
8. Install the two (2) M3x8 self locking flathead screws into the two non-slotted
holes in the top expander cover.
9. Install the carrier plate.
See Section 10.1, “Inserting a Board Set Carrier Plate” on page 10-2.
10. Verify the LED status per TABLE 12-2.
11. Install any slot 0 boards, slot 1 boards, or filler panels previously removed.
Follow the appropriate directions for each board type as outlined in later
sections of this document.
Chapter 12
System Expander Board Set
12-7
12. Review the platform message log to verify SMS has received the message that
the component has been inserted, by typing:
sc% showlogs -F
Review the board insertion message. You will see a message similar to the one as
follows.
Jun 16 14:30:05 2003 sun15-sc0: esmd[7167]: [0 4824421445907014
NOTICE Boards.cc 1646] EXB at EXxx inserted
where xx is the expander assembly 0-17.
13. Close the cabinet doors.
12.2.5
Powering On an Expander Board
●
Power on the expander by using the Sun Management Center or by typing the
following SMS command:
sc% poweron EXx
where x is the expander number 0-17.
12.2.6
Verifying an Expander Board
1. Using dynamic reconfiguration, configure the slot 0 and slot 1 boards occupying
the expander into the domain(s) by using the Sun Management Center or by
typing the following SMS command:
sc% addboard -d domain_id SBx
sc% addboard -d domain_id IOx
where SB is for slot 0 boards.
IO is for slot 1 boards.
x is the expander number 0-17.
domain_id is the letter A-R of the target domain(s) for the component.
OR
12-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
If the domain(s) were shut down prior to the expander replacement, start the
domain(s) with:
sc% setkeyswitch -d domain_id
on
Note – You might need to use setkeyswitch for more than one domain if the
expander is part of a split-slot domain.
2. Examine the POST messages reported by the addboard/setkeyswitch for any
errors. Also monitor the message logs on the SC, specifically
/var/opt/SUNWSMS/adm/platform/messages and
/var/opt/SUNWSMS/adm/domain_id/messages.
Chapter 12
System Expander Board Set
12-9
12-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
13
Sun Fireplane Interconnect
Replacement Procedure
The Sun Fireplane interconnect is designed with a coherent shared-memory protocol
and resides in the center of the Sun Fire E25K/E20K systems. This chapter contains
the replacement procedures for the Sun Fireplane interconnect.
This chapter contains the following sections:
■
Section 13.1, “Determining a Capacity on Demand (COD) System” on page 13-2
■
Section 13.2, “Isolating a Failed Sun Fireplane Interconnect” on page 13-3
■
Section 13.3, “Setting Up the System Prior to Replacing the Sun Fireplane
Interconnect” on page 13-4
■
Section 13.4, “Powering Off the System for Sun Fireplane Interconnect
Replacement” on page 13-6
■
Section 13.5, “Removing the Sun Fireplane Interconnect From the Chassis” on
page 13-7
■
Section 13.6, “Installing the Sun Fireplane Interconnect into the Chassis” on
page 13-10
■
Section 13.7, “Powering on the System After the Sun Fireplane Interconnect
Installation” on page 13-12
■
Section 13.8, “Restarting Capacity on Demand (COD) After Sun Fireplane
Interconnect Installation” on page 13-14
■
Section 13.8, “Restarting Capacity on Demand (COD) After Sun Fireplane
Interconnect Installation” on page 13-14
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
13-1
13.1
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
Determining a Capacity on Demand
(COD) System
A COD system is one that runs SMS software, minimum version 1.3, and has the
COD option. Before you install a Sun Fireplane interconnect, you need to determine
whether your system is running the Capacity on Demand (COD) system option.
To ensure you have the latest COD licensing information, refer to the System
Management Services (SMS) Administrator Guide at http://docs.sun.com.
You must have platform administration privileges to run the SMS commands in this
procedure. When you replace a COD Sun Fireplane interconnect board, all existing
COD licenses must be replaced.
1. Start SMS.
2. Display all currently installed COD right-to-use (RTU) licenses:
sc0:sms-user:> showcodlicense -v
If COD licenses are listed, the system is running COD.
3. Save the command output to use in Step 3 in the section Section 13.8,
“Restarting Capacity on Demand (COD) After Sun Fireplane Interconnect
Installation” on page 13-14.
4. Determine if any COD CPU/Memory boards are installed:
sc0:sms-user:> showboards -v
If the message COD appears in the Type of Board column, the system is running
COD.
5. Do one of the following:
■
13-2
If the system is not a COD system, skip to “Isolating a Failed Sun Fireplane
Interconnect” on page 3.
Sun Fire E25K/E20K Systems Service Manual • April 2008
■
If the system is running COD, obtain the current Chassis hostID of the system by
typing:
sc0:sms-user:> showplatform -p cod
You will need the Chassis hostID information later.
6. Contact the Sun License Center using email, fax, or telephone to request new
COD licenses.
a. Go to http//www.sun.com/licensing.
b. Explain that you are replacing the Sun Fireplane interconnect and request a
transfer of the existing licenses to the new Chassis hostID
7. Provide the following information to the Sun License Center:
■
The current Chassis hostID, which you can obtain by typing:
sc0:sms-user:> showplatform -p cod
■
The new Chassis hostID which is the serial number of the new Sun Fireplane
interconnect.
8. Ask the License Center to email the COD licenses to you and your customer.
Continue with the subsequent steps while waiting for the licenses.
13.2
Isolating a Failed Sun Fireplane
Interconnect
Caution – The Sun Fireplane interconnect assembly is NOT a hot-swappable
component. This procedure requires powering off the AC power to the system.
1. Check for any error messages during POST.
2. On the SC, check for any error messages in
/var/opt/SUNWSMS/adm/platform/messages.
3. If available, examine any DStop or RStop files located in
/var/opt/SUNWSMS/adm/domain_id/dump.
where domain_id is the domain letter.
Chapter 13
Sun Fireplane Interconnect Replacement Procedure
13-3
4. On the SC, check the environment by using the Sun Management Center or by
typing the following SMS command:
sc% showenvironment -p temps | grep CP
5. Save this output to a file for later use.
13.3
Setting Up the System Prior to Replacing
the Sun Fireplane Interconnect
1. Locate all required tools; two Phillips screwdrivers (No. 1 and No. 2), one small
flat-bladed screwdriver, and one small flashlight.
2. Secure or remove all loose clothing, jewelry, and watches that might get caught
on internal mechanical components.
3. Verify that all I/O cables are properly labeled.
4. Set up an ESD-protected surface for all control expander board sets and system
expander board sets.
5. Attach a wrist strap.
Note – System Control boards, System Control peripheral boards, system expander
boards, I/O assemblies, CPU boards, centerplane support boards, and the Sun
Fireplane interconnect assembly are all very susceptible to static. Therefore, all
possible precautions should be taken to protect these boards against static damage.
Transport board assemblies on an ESD static-protected cart whenever possible. Use a
static wrist strap when handling.
6. Open and remove both cabinet doors.
7. Use the following Component Serial Numbers Worksheet to note the serial
numbers and locations of the existing boards as well as the serial number and
revision of the new Sun Fireplane interconnect assembly (TABLE 13-1). A larger
version of this table is located in Appendix A for use during component
replacement.
13-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
TABLE 13-1
Expander
Component Serial Numbers Worksheet
S/N
Slot 0
Board
Type
S/N
Slot 1
Board
Type
S/N
CSB0
EXB0
EXB1
EXB2
EXB3
EXB4
EXB5
EXB6
EXB7
EXB8
CSB1
EXB9
EXB10
EXB11
EXB12
EXB13
EXB14
EXB15
EXB16
EXB17
New Sun Fireplane interconnect assembly S/N:
Rev:
8. Review the documentation that accompanies the replacement FRU prior to
removal and replace of the Sun Fireplane interconnect.
Chapter 13
Sun Fireplane Interconnect Replacement Procedure
13-5
13.4
Powering Off the System for Sun
Fireplane Interconnect Replacement
Caution – The Sun Fireplane interconnect is NOT a hot-swappable component. This
procedure requires a complete shutdown of the domains and SCs, and disconnection
of all AC power to the system.
1. As a superuser on the domains, systematically shut down all running
domains by typing:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
2. On the main SC, power off the domain hardware by typing:
sc% poweroff
This command powers off the entire system with the exception of the power
supplies, fans, and the SCs. Refer to poweroff(1M) for more information.
3. Shut down the System Control boards by doing the following:
■
As a superuser on the spare SC, shut down the spare SC by typing:
sc_spare# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
■
On the main SC, power off the spare SC by typing:
sc% poweroff SCx
where x is 0 or 1, dependent upon which SC is the spare.
■
As a superuser on the main SC, shutdown the main SC by typing:
sc# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
Note – All DC circuit breakers are to remain in the on position at all times.
13-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Power off the AC0 and AC1 circuit breakers for all power supplies in the
system.
5. Label and disconnect the twelve (12, six per side) AC power cords with the
labels provided in the ship kit.
6. Label and disconnect all I/O cables from the front and rear of the system and
set aside.
13.5
Removing the Sun Fireplane
Interconnect From the Chassis
The Sun Fireplane interconnect assembly can only be removed from the front of the
Sun Fire E25K/E20K systems. Follow the front and rear notations in this procedure
carefully.
Caution – The Sun Fireplane interconnect assembly weighs 30.1 lb (13.7 kg). Use
proper heavy-lifting procedures when removing this unit.
■
From the rear of the system:
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Remove all slot 0 and slot 1 boards and place each on an ESD-protected surface.
Caution – Never remove the carrier plate while it contains slot 0 or slot 1 boards as
this will cause severe damage to the connector system.
2. Remove all system expander boards and the centerplane support board carrier
assemblies from the connectors by pulling each carrier plate forward
approximately six inches.
■
From the front of the system:
1. Remove all slot 0 and slot 1 boards and place on an ESD-protected surface.
2. Remove all centerplane support boards carrier assemblies and the system
expander boards from the connectors by pulling each carrier plate forward and
place each on an ESD-protected surface following the procedures in:
Chapter 13
Sun Fireplane Interconnect Replacement Procedure
13-7
■
Section 11.2.3, “Removing a Centerplane Support Board” on page 11-5
■
Section 12.2.3, “Removing an Expander Board” on page 12-5
Caution – The Sun Fireplane interconnect has sharp edges at the top guide rails.
When the board is fully installed, the top guide rails are at head-level for the average
person. Use care when working inside the cabinet chassis to avoid hitting the rails
and causing bodily injury.
3. Loosen the twenty-two (22) Phillips captive screws from the perimeter of the
Sun Fireplane interconnect assembly stiffener (FIGURE 13-1).
After the Sun Fireplane interconnect assembly is moved away from the chassis guide
pins, the assembly will slightly drop and hang by the Sun Fireplane interconnect
assembly sheet metal guide brackets to ride along the sheet metal guide rails in the
system chassis.
Caution – The Sun Fireplane interconnect assembly weighs 30.1 lb (13.7 kg). Use
proper heavy-lifting procedures when removing this unit.
4. Grasp the Sun Fireplane interconnect assembly by pulling the sheet metal
insertion guide handles (located in the center of the Sun Fireplane interconnect
assembly) and gently slide the assembly forward along the top sheet metal
guide rails of the card cage.
5. After the assembly drops onto the sheet metal guide rails, continue to slide the
Sun Fireplane interconnect assembly forward.
6. To remove the Sun Fireplane interconnect assembly from the system card cage,
lift and tilt the assembly to the bottom left to release the top guide bracket
from the guide rail at the top of the card cage. Continue to pull the assembly
forward to clear the system chassis.
13-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
Sun Fireplane Interconnect—Front and Rear View
Front View
Insertion guide rails
FIGURE 13-1
Stiffener
Phillips
captive screws (22)
Insertion guide handles
Rear View
Insertion guide rails
Stiffener
Chassis guide pins
Power centerplane
alignment pins
Caution – The ASICs on the Sun Fireplace interconnect assembly are easily
damaged. Be careful when placing the assembly on an ESD-protected surface.
Chapter 13
Sun Fireplane Interconnect Replacement Procedure
13-9
13.6
Installing the Sun Fireplane Interconnect
into the Chassis
The Sun Fireplane interconnect assembly can only be installed into the front of the
system. Follow the front and rear notations in this procedure carefully.
Caution – The Sun Fireplane interconnect assembly weighs 30.01 lb (13.7 kg). Use
proper heavy-lifting procedures when removing this unit.
■
From the front of the system:
1. Place the top of the Sun Fireplane interconnect assembly sheet metal guide
brackets onto the sheet metal guide rail at the top center of the card cage.
2. Use the sheet metal insertion guide handles to slide the Sun Fireplane
interconnect assembly into the card cage aligning the two (2) chassis guide pins
and two (2) power centerplane alignment pins (FIGURE 13-1) through the center
mid-plane panel of the system chassis.
3. Ensure the edges are flush against the chassis and secure the Sun Fireplane
interconnect assembly with the twenty-two (22) Phillips captive screws around
the perimeter of the Sun Fireplane interconnect assembly stiffener. Follow the
tightening pattern shown in FIGURE 13-2.
13-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 13-2
Sun Fireplane Interconnect Tightening Pattern
c.
e.
d.
b. (left)
a.
b. (right)
a. Secure the bottom center captive screw.
b. Secure the immediate right and left of bottom center captive screw.
c. Secure the upper top left corner captive screw.
d. Secure the upper top right corner captive screw.
e. Secure the remaining screws going around the perimeter in a
counterclockwise direction.
4. Install all centerplane support boards and system expander boards by
following the procedures in:
■
Section 11.2.4, “Installing a Centerplane Support Board” on page 11-7
■
Section 12.2.4, “Installing an Expander Board” on page 12-7
5. Install all slot 0 and slot 1 boards. See the Component Serial Number Worksheet,
TABLE 13-1, used to verify board position.
■
From the rear of the system:
1. Seat the system expander boards and the centerplane support board into the
Sun Fireplane interconnect assembly.
2. Install all slot 0 and slot 1 boards.
See the Component Serial Number Worksheet, TABLE 13-1, used to verify board
position.
Chapter 13
Sun Fireplane Interconnect Replacement Procedure 13-11
13.7
Powering on the System After the Sun
Fireplane Interconnect Installation
13.7.1
Powering on the System Controllers
Note – Wait for 15 minutes so the new component acclimates to the temperature of
the frame before powering on the system.
1. Connect the AC power cords to the 4 kW dual AC–DC power supplies.
2. Connect all I/O cables referencing the cable label for proper identification.
3. Power on the AC0 and AC1 circuit breakers for all power supplies in the
system.
This should boot the System Controllers.
4. Verify that both SCs are running.
See Section 6.1.2.5, “Verifying a System Control (SC) Board” on page 6-9. If one of
the SCs is not running try removing and reseating the SC.
Note – If the SCs are not running correctly when thermcal is run to power on the
centerplane you will have to wait an additional 15 minutes before re-running
thermcal.
5. Close the cabinet door.
13.7.2
Powering on the Centerplane Support Board
1. Power on the centerplane support board and calibrate its temperature by typing
the following SMS command from the main SC:
sc% thermcal -w scx
Wait for SCx to boot completely before proceding to the next step.
13-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
2. Update the system SEEPROMs by typing the following service command from
the main SC:
sc% updateseeprom platformtype value
The values for platform type are not case sensitive. The values are: e25k, e20k,
sunfiree25k, sunfiree20k.
3. Stop SMS from the main SC by typing:
sc% /etc/init.d/sms stop
4. Restart SMS from the main SC by typing:
sc% /etc/init.d/sms start
5. Type the following command from the main SC to get temperature information:
sc% showenvironment -p temps | grep CP
6. Compare temperature output from Step 5 above to the file created in Step 4 of
Section 13.2, “Isolating a Failed Sun Fireplane Interconnect” on page 13-3 and
verify that the newly calibrated information is being reflected. A hardware
issue should show up in the platform logs as a I2C error. If the termperature
outpute does not match and there are no errores in the platform logs wait 15
minutes and retry Step 1.
7. If previously deconfigured, use the dynamic bus reconfiguration to enable both
halves of the Sun Fireplane interconnect assembly.
sc% setbus -c cs0,cs1
13.7.3
Starting the Domains
1. Start the domain(s) by typing:
sc% setkeyswitch -d domain_id
on
where domain_id is the domain letter A-R.
2. Verify all required components are on by typing:
sc% showboards -v
Chapter 13
Sun Fireplane Interconnect Replacement Procedure 13-13
3. Execute one setkeyswitch command for each domain to be started.
13.8
Restarting Capacity on Demand (COD)
After Sun Fireplane Interconnect
Installation
Any current COD licenses are no longer valid because they were tied to the
original Chassis hostID of the system.
1. Check your email for messages from the Sun License Center.
Each message should contain a new COD license key and password to replace the
previous COD licenses.
2. Wait at least one minute and verify that the new Chassis hostID of the system
is the same as the serial number of the Sun Fireplane interconnect:
sc0:sms-user:> showplatform -p cod
3. Run the deletecodlicense command to delete each COD license you saved
in Step 2 in the section, Section 13.1, “Determining a Capacity on Demand (COD)
System” on page 13-2.
For details on deleting COD licenses, refer to the "Capacity on Demand" chapter
of the System Management Services (SMS) Administration Guide.
4. Run the addcodlicense command to add the new COD license keys provided
in the email from the Sun License Center.
For details on adding COD licenses, refer to the "Capacity on Demand” chapter of
the System Management Services (SMS) Administration Guide.
5. Verify the new COD licenses have been recorded:
sc0:sms-user:> showcodlicense -v
The new COD licenses should be listed. You can now use the COD CPU/Memory
boards. If the new COD licenses are not listed try again to be certain a typo did
not occur. If the problem is a typo at the license center than a new license will be
needed.
13-14
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
14
Fan Backplane Replacement
Procedure
There are four fan backplanes mounted above the Sun Fireplane interconnect and
four below the power centerplane. The fan backplane provides the power
distribution to the eight fan trays in the Sun Fire E25K/E20K systems. This chapter
contains the replacement procedures for the fan backplanes.
This chapter contains the following sections:
■
Section 14.1, “Powering Off a Fan Backplane” on page 14-2
■
Section 14.2, “Removing a Fan Backplane” on page 14-3
■
Section 14.3, “Installing a Fan Backplane” on page 14-5
■
Section 14.4, “Powering On a Fan Backplane” on page 14-6
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
14-1
14.1
Powering Off a Fan Backplane
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
Caution – The fan backplane is NOT a hot-swappable component. This procedure
requires a complete shutdown of the domains and SCs, and disconnection of all AC
power to the system.
Since the system must be powered off, the operating system and all of the domains
must be systematically brought down and then halted.
1. As a superuser on the domains, systematically shut down all running
domains by typing:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
2. On the main SC, power off the domain hardware by typing:
sc% poweroff
This command powers off the entire system with the exception of the power
supplies, fans, and the SCs. Refer to poweroff(1M) for more information.
3. Shut down the System Control boards by doing the following:
■
As a superuser on the spare SC, shut down the spare SC by typing:
sc_spare# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
■
On the main SC, power off the spare SC by typing:
sc% poweroff SCx
where x is 0 or 1, dependent upon which SC is the spare.
14-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
■
As a superuser on the main SC, shutdown the main SC by typing:
sc# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
4. Open the system cabinet door.
Note – All DC circuit breakers are to remain in the on position at all times.
5. Power off the AC0 and AC1 circuit breakers for all power supplies in the
system.
6. Label and disconnect the twelve (12, six per side) AC power cords with the
labels provided in the ship kit.
14.2
Removing a Fan Backplane
There are two fan backplanes on the front of the Sun Fire E25K/E20K systems and
two on the rear. The front fan backplane locations are shown in FIGURE 14-1.
Note – All DC circuit breakers are to remain in the on position at all times.
Take care when removing the carrier plates. Ensure proper temporary storage for
the carrier plates.
1. Power off the AC circuit breakers on the power supply front panel.
2. Disconnect the AC power cords.
3. Remove the two fan trays connected to the fan backplane being removed.
See Section 4.2.3, “Removing a Fan Tray” on page 4-4.
Chapter 14
Fan Backplane Replacement Procedure
14-3
FIGURE 14-1
Fan Backplane Locations—Front
Top fan tray backplane
Bottom fan tray backplane
Note – Boards should be removed by pulling outward using the front handle with
one hand and placing the other hand underneath the bottom guide rail for
additional support. Carry the board by the front handle to a work area holding it
vertically, with the connector downward. Lift the board and place the other hand
under the bottom, or back, of the board placing the bottom, or back, on an
ESD-protected surface. Never place the weight of a board on its connector as it is
easily damaged.
4. To gain additional access to the power cable, remove board sets and carrier
plates from slots 5, 6, 7, and 8 front (side 0) or slots 14, 15, 16, and 17 rear (side
1). Remove additional carrier plates, as needed.
14-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
5. Disconnect the power cable connector and the control ribbon cable connector
from the fan backplane. See FIGURE 14-2.
FIGURE 14-2
Fan Backplane Connections
Control ribbon cable connector
Power cable connector
Left fan tray connection
Right fan tray connection
Note – Avoid dropping screws into system cabinet during removal.
6. Remove the ten (10) M4x6 panhead screws by using a Phillips No. 2 extra long
(11 in. (27.9 cm) minimum) magnetic tip screwdriver, provided in the shipping
kit.
7. From the left side of the card cage, grasp the left fan tray connector and pull
forward and angle the backplane around the fan tray slots.
8. Remove the fan backplane from the cabinet.
14.3
Installing a Fan Backplane
Note – When removing the upper fan trays, remember the bottom system kick plate
is NOT a step. Do NOT use the kick plate to gain access to the top fan trays. Obtain
a proper stool if required. Excessive weight on the kick plate will bend the door
support brackets.
1. Orient the fan backplane with the power connector and the control connector
on the left (FIGURE 14-2) and insert it at an angle into the cabinet around the fan
tray slot separator (center of the double fan tray location) then set into position
over the mounting holes.
Note – Avoid dropping screws into system cabinet during installation.
Chapter 14
Fan Backplane Replacement Procedure
14-5
2. Secure the fan backplane with the ten (10) M4x6 panhead screws by using a
Phillips No. 2 extra long (11 in. (27.9 cm) minimum) magnetic-tip screwdriver,
provided in the shipping kit.
3. Connect the power cable connector and the control ribbon cable connector to
the fan backplane. See FIGURE 14-2.
4. Install the boards and carrier plates in slots 5, 6, 7, and 8 front (side 0) or 14, 15,
16, and 17 rear (side 1), and any additional boards removed for access.
5. Install the two fan trays.
See Section 4.2.4, “Installing a Fan Tray” on page 4-5.
6. Connect the AC power cables.
7. Power on the AC circuit breakers at the power supply front panel.
14.4
Powering On a Fan Backplane
1. Ensure all DC circuit breakers are in the on position.
2. Connect the AC power cords to the 4 kW dual AC–DC power supplies.
3. Power on the AC0 and AC1 circuit breakers for all power supplies in the
system.
4. Close the cabinet door.
5. Once the main SC is booted, start the domain(s) by typing:
sc% setkeyswitch -d domain_id on
where domain_id is the domain letter A-R. Execute one setkeyswitch command
for each domain to be started.
14-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
15
Power Centerplane Replacement
Procedure
Power is distributed to all board sets through the power centerplane which is
located beneath the Sun Fireplane interconnect. The power centerplane can be
removed only from the front of the Sun Fire E25K/E20K systems. Access must be
obtained by also removing all boards from the rear. Follow the front and rear
notations in this procedure carefully. This chapter contains the replacement
procedures for the power centerplane.
Note – The Sun Fireplane interconnect assembly overlaps the top of the power
centerplane; therefore, the Sun Fireplane interconnect assembly must be removed
first.
This chapter contains the following sections:
■
Section 15.1, “Powering Off the System for Power Centerplane Replacement” on
page 15-2
■
Section 15.2, “Removing the Power Centerplane” on page 15-3
■
Section 15.3, “Installing the Power Centerplane Assembly into the Chassis” on
page 15-6
■
Section 15.4, “Powering On the System After Power Centerplane Installation” on
page 15-9
For your protection, observe the following safety precautions
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
15-1
15.1
Powering Off the System for Power
Centerplane Replacement
Caution – The power centerplane is NOT a hot-swappable component. This
procedure requires a complete shutdown of the domains and SCs, and disconnection
of all AC power to the system.
Since the system must be powered off, the operating system and all of the domains
must be systematically brought down and then halted.
1. As a superuser on the domains, systematically shut down all running
domains by typing:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
2. On the main SC, power off the domain hardware by typing:
sc% poweroff
This command powers off the entire system with the exception of the power
supplies, fans, and the SCs. Refer to poweroff(1M) for more information.
3. Shut down the System Control boards by doing the following:
■
As a superuser on the spare SC, shut down the spare SC by typing:
sc_spare# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
■
On the main SC, power off the spare SC by typing:
sc% poweroff SCx
where x is 0 of 1, dependent upon which SC is the spare.
■
As a superuser on the main SC, shutdown the main SC by typing:
sc# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
15-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Open the cabinet doors.
Note – All DC circuit breakers are to remain in the on position at all times.
5. Power off the AC0 and AC1 circuit breakers for all power supplies in the
system.
6. Label and disconnect the twelve (12, six per side) AC power cords with the
labels provided in the ship kit.
7. Label and disconnect all I/O cables from the front and rear of the system and
set aside.
15.2
Removing the Power Centerplane
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
The actual removal of the power centerplane is from the front of the system but the
initial removal procedures starts at the rear of the system.
■
From the rear of the system:
Note – Boards should be removed by pulling outward using the front handle with
one hand and placing the other hand underneath the bottom guide rail for
additional support. Carry the board to a work area holding vertically, with the
connector downward, by the front handle. Lift the board and place the other hand
under the bottom, or back, of the board placing the bottom, or back, on an
ESD-protected surface. Never place the weight of a board on its connector as it is
easily damaged.
1. Remove all system expander and the centerplane support board sets by
following the procedures in:
■
Section 12.2.3, “Removing an Expander Board” on page 12-5
■
Section 11.2.3, “Removing a Centerplane Support Board” on page 11-5
Chapter 15
Power Centerplane Replacement Procedure
15-3
2. Remove the Sun Fireplane interconnect prior to removing the power
centerplane.
See Section 13.5, “Removing the Sun Fireplane Interconnect From the Chassis” on
page 13-7.
3. Remove fan tray F7, to access the two (2) lower M4x8 Phillips screws of the DC
cable cover, and place on a flat, sturdy, surface.
See Section 4.2.3, “Removing a Fan Tray” on page 4-4.
4. Remove the DC cable cover by removing the nine (9) M4x8 Phillips screws
from the DC cable cover.
5. Remove the five (5) ribbon cable power control connectors from the power
centerplane (FIGURE 15-1).
Power Centerplane Power Control Connections
Backplane power module
Alignment hold
connectors to expander
EX0-EX8 (front)
EX9-EX17 (rear)
FIGURE 15-1
Holes for cross-slotted
shoulder standoffs and
nuts (7)
Alignment hold
Very high density
metric (VHDM)
connector (to the
centerplane support
board, CS0 and CS1)
Voltage-and-return
DC power connectors
(18)
Holes for grounding
screws (4)
J0.9 front male connector (J1.9 rear)
on cable tie-down panel
Ribbon cable power control connectors
(JX.FB, JX1.PS, JX0.PS, JX.FT, J0.FM)
Voltage-and-return DC power 6-pin connector
P0.9 front female connector (P1.9 rear)
6. Disconnect the P1.9 six-wire friction-fit 48V power connector from J1.9 by
depressing the end clips.
The P1.9 six-wire friction-fit 48V power connector is found at the cable
tie-down panel beneath the power centerplane.
7. Remove the eighteen (18) voltage-and-return DC power cables from the power
centerplane by loosening the captive screw of each cable while pulling back on
the lug.
15-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
8. Remove the seven (7) cross-slotted shoulder standoff nuts from the power
centerplane.
■
From the front of the system:
1. Remove all system expander boards and the centerplane support board by
following the procedures in:
■
Section 12.2.3, “Removing an Expander Board” on page 12-5
■
Section 11.2.3, “Removing a Centerplane Support Board” on page 11-5
2. Remove fan tray F3, to access the lower two (2) remaining M4x8 Phillips screws
of the DC cable cover, and place on a flat sturdy surface.
See Section 4.2.3, “Removing a Fan Tray” on page 4-4.
3. Remove the DC cable cover by removing the nine (9) M4x8 Phillips screws.
4. Remove the five (5) ribbon cable power control connections from the power
centerplane. See FIGURE 15-1.
5. Disconnect the P0.9 six-wire friction-fit 48V power connector from J0.9 by
depressing the end clips.
The P0.9 six-wire friction-fit 48V power connector is found at the cable
tie-down panel beneath the power centerplane.
6. Remove the eighteen (18) voltage-and-return DC power cables from the power
centerplane by loosening the captive screw of each cable while pulling back on
the lug.
7. Remove the four (4) M4x10 panhead grounding screws from the power
centerplane.
The four grounding screws are only on the front side of the power centerplane.
8. Remove the seven (7) cross-slotted shoulder standoff screws from the front of
the power centerplane.
9. Remove the power centerplane and place on an ESD-protected surface.
Chapter 15
Power Centerplane Replacement Procedure
15-5
15.3
Installing the Power Centerplane
Assembly into the Chassis
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
■
From the front of the system:
1. Install the power centerplane and attach it with the seven (7) cross-slotted
shoulder standoff screws.
The power centerplane floats on the shoulder standoff until the four remaining
screws secure it into position after the installation of the Sun Fireplane
interconnect in Step 8 as follows.
Note – Securing of the ground screws at this time (after installation of the power
centerplane and the cross-slotted shoulder screws) is not advised until after the
installation of the Sun Fireplane interconnect, in Step 7 as follows. Do not secure the
ground screws at this time.
Note – Verify the red wires are installed in the top row and the black wires are
installed in the bottom row.
2. Install the eighteen (18) voltage-and-return DC power cables to the power
centerplane.
See Section 16.2.2, “48 VDC Power Cable Replacement” on page 16-11.
FIGURE 15-2 shows the voltage-and-return reference designations on the internal
cabinet label. These labels are located inside the chassis above the lower fan trays on
the left side, respectively.
3. Connect the P0.9 six-wire friction-fit 48V power connector of the power
centerplane to J0.9 on the cable tie-down panel.
4. Connect the five (5) ribbon cable connectors to the power centerplane.
5. Install the DC cable cover and secure with nine (9) M4x8 Phillips screws.
15-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 15-2
Voltage-and-Return Reference Designation Labels—Front and Rear
Internal label of power centerplane voltage-and-return connection—front
W2-V
W2-R
W3-V
W1-V
W3-R
W4-V
W0.SC-R
W4-R
W1-R
W5-V
W0.PH-R
W5-R
W0.CSB-R
W6-V
W0.CSB-V
W6-R
W0-V
W7-V
W0.SC-V
W7-R
W0-R
W8-V
W0.PH-V
W8-R
Internal label of power centerplane voltage-and-return connections—rear
W11-V
W11-R
W12-V
W12-R
W13-V
W10-V
W13-R
W1.SC-R
W14-V
W10-R
W14-R
W1.PH-R
W15-V
W1.CSB-R
W15-R
W1.CSB-V
W16-V
W9-V
W16-R
W1.SC-V
W17-V
W9-R
W17-R
W1.PH-V
6. Reinstall fan tray F3.
See Section 4.2.4, “Installing a Fan Tray” on page 4-5.
7. Install the Sun Fireplane interconnect assembly, if not previously installed.
See Section 13.6, “Installing the Sun Fireplane Interconnect into the Chassis” on
page 13-10.
Chapter 15
Power Centerplane Replacement Procedure
15-7
Caution – Ensure the Sun Fireplane interconnect assembly is installed prior to
securing the four (4) grounding screws.
8. Secure the power centerplane into position with the four (4) M4x10 panhead
grounding screws to the power centerplane.
9. Install all system expander and the centerplane support board sets by
following the procedures in:
■
Section 12.2.4, “Installing an Expander Board” on page 12-7
■
Section 11.2.4, “Installing a Centerplane Support Board” on page 11-7
■
From the rear of the system:
1. Install the seven (7) cross-slotted standoff nuts onto the male threads of the
cross-slotted shoulder standoff screws.
2. Connect the eighteen (18) voltage-and-return AC power cables to the power
centerplane.
See Section 16.2.2, “48 VDC Power Cable Replacement” on page 16-11.
3. Connect the P1.9 six-wire friction-fit 48V power connector at the power
centerplane to J1.9 on the cable tie-down panel.
4. Connect the five (5) ribbon cable connectors to the power centerplane.
5. Install the DC cable cover and secure with nine (9) M4x8 Phillips screws.
6. Reinstall fan tray F7.
See Section 4.2.4, “Installing a Fan Tray” on page 4-5.
7. Install all system expander and the centerplane support board sets by
following the procedures in:
15-8
■
Section 12.2.4, “Installing an Expander Board” on page 12-7
■
Section 11.2.4, “Installing a Centerplane Support Board” on page 11-7
Sun Fire E25K/E20K Systems Service Manual • April 2008
15.4
Powering On the System After Power
Centerplane Installation
1. Connect the AC power cords to the 4 kW dual AC–DC power supplies.
2. Connect all I/O cables referencing the cable label for proper identification.
3. Power on the AC0 and AC1 circuit breakers for all power supplies in the
system.
4. Close the cabinet doors.
5. Once the main SC is booted, start the domain(s) by typing:
sc% setkeyswitch -d domain_id
on
where domain_id is the domain letter A-R.
6. Execute one setkeyswitch command for each domain to be started.
Chapter 15
Power Centerplane Replacement Procedure
15-9
15-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
16
Cable Replacement Procedures
FIGURE 16-1 shows the locations of the internal system cable connections for the Sun
Fire E25K/E20K systems. Cable functions are further defined in the diagrams shown
in FIGURE 16-2. FIGURE 16-3, FIGURE 16-4, FIGURE 16-5, FIGURE 16-6, FIGURE 16-7,
FIGURE 16-8 and FIGURE 16-9 that identify the silkscreen numbers on the cabinet that
corresponds to the cable connections. Review TABLE 16-1 for cable termination wire
color definitions. This chapter contains the replacement procedures specifically for
the internal cabinet cables.
This chapter contains the following sections:
■
Section 16.1, “AC Power Cord” on page 16-9
■
Section 16.2, “Internal Cabinet Cable Replacement Procedures” on page 16-9
■
Section 16.3, “Powering On the System” on page 16-22
For your protection, observe the following safety precautions:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
16-1
FIGURE 16-1
Sun Fire E25K/E20K Systems Internal Cable Connections
Top fan tray backplane
Power centerplane
Bottom fan tray backplane
Voltage-and-return wiring diagram
Interface connectors
16-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 16-2
System Cable Layout Diagram—Typical for Front (Side 0) and Rear (Side 1)
Power centerplane
grounding screws
Top fan tray backplane
Power centerplane
Cable tie down panel
Bottom fan tray backplane
Interface connectors
Wiring Locations
48V high-current wires:
Red, top
Black, bottom
48V low-current wires:
Black, left
Red, right
Centerplane support, system control, and
system control peripheral power connector
(six wire), J0.9 (front), J1.9 (rear)
Reference designators on wires
near terminal lugs should match
reference designators silk-screened
on the power centerplane.
P0.9 connector (front)
P1.9 connector (rear)
Chapter 16
Cable Replacement Procedures
16-3
FIGURE 16-3
Fan Tray Backplane FRU Cable Diagram—Top Front, Side 0
FT0-J0
FT1-J1
1 48 VDC-A
2 RTN-A
3 48 VDC-B
4 RTN-B
J2 fan power (FT0-P2)
J3 fan control (FT0-P3)
FIGURE 16-4
Fan Tray Backplane FRU Cable Diagram—Top Front, Side 1
FT1-J0
FT1-J1
1 48 VDC-A
2 RTN-A
3 48 VDC-B
4 RTN-B
J2 fan power (FT1-P2)
J3 fan control (FT1-P3)
16-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 16-5
Power Centerplane Cable Diagram—Bottom Front, Side 0
W6-V
W6-R
W5-V
W5-R
W4-V
W4-R
W3-V
W3-R
W2-V
W2-R
W1-V
W0.SC-R
W1-R
W0.PH-R
W0.CSB-R
W0.CSB-V
W0-V
W0.SC-V
W0-R
W0.PH-V
W7-V
W7-R
W8-V
W8-R
FT1
FT0
1 48 VDC-A
2 RTN-A
3 48 VDC-B
4 RTN-B
J2 fan power (FB0-P2)
J3 fan control (FB0-P3)
J0.8 J0.7 J0.6
J0.5 J0.4 J0.3
J0.2 J0.1 J0.0
Bottom fan tray
backplane
J0.9 (P0.9)
Power shelf I2C, control 0, J0.0
Power shelf I2C, control 1, J0.1
FT0-3, J0.2
Crossover, J0.3
CSB-SC-SCPER, J0.4
Crossover, J0.5
EXP 2-1-0, J0.6
EXP 5-4-3, J0.7
EXP 8-7-6, J0.8
Chapter 16
Cable Replacement Procedures
16-5
FIGURE 16-6
Power Centerplane Cable Diagram—Bottom Rear, Side 1
W11-V
W11-R
W12-V
W14-V
W14-R
W15-V
W15-R
W16-V
W16-R
W17-V
W17-R
W12-R
W13-V
W13-R
W10-V
W1.SC-R
W10-R
W1.PH-R
W1.CSB-R
W1.CSB-V
W9-V
W1.SC-V
W9-R
W1.PH-V
FT1
FT0
1 48 VDC-A
2 RTN-A
3 48 VDC-B
4 RTN-B
J2 fan power (FB1-P2)
J3 fan control (FB1-P3)
J1.8 J1.7 J1.6
FIGURE 16-7
J1.5 J1.4 J1.3
J1.2 J1.1 J1.0
Bottom fan tray
backplane
J1.9 (P1.9)
Power shelf I2C, control 0, J1.0
Power shelf I2C, control 1, J1.1
FT4-7, J1.2
Crossover, J1.3
CSB-SC-SCPER, J1.4
Crossover, J1.5
EXP 2-1-0, J1.6
EXP 5-4-3, J1.7
EXP 8-7-6, J1.8
Cable Schematic Diagram for Interface Connectors—Side 0
Control, J0.0
Control, J0.1
Fan voltage A, J0.2
Crossover, J0.3
CSB-SC-SCPER 0, J0.4
Crossover, J0.5
EXP 2-1-0, J0.6
EXP 5-4-3, J0.7
EXP 8-7-6, J0.8
16-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 16-8
Cable Schematic Diagram for Interface Connectors—Side 1
Control, J1.0
Control, J1.1
Fan voltage B, J1.2
Crossover, J1.3
CSB-SC-SCPER 1, J1.4
Crossover, J1.5
EXP 11-10-9, J1.6
EXP 14-13-12, J1.7
EXP 17-16-15, J1.8
FIGURE 16-9
DC Power Distribution Cables—Side 0 and Side 1
Crossover cable assembly (2)
Power module to connector
bulkhead cable assembly (7)
Power module to connector
bulkhead cable assembly (3)
Power module to connector
bulkhead cable assembly (7)
Power module to connector
bulkhead cable assembly (3)
Connector
bulkhead
power module
Internal wiring
Internal wiring
Power supply
Power supply
Side 0
Side 1
TABLE 16-1
From
Power C
P
Cable Termination Table
To
Interfac
e
AWG &
Color
Function
From
Power
CP
FRONT (SIDE0)
To
Interface
AWG &
Color
Function
REAR (SIDE1)
W8-R
J0.8-8
10 BLK
EXP 8 RETURN
W17-R
J1.8-8
10 BLK
EXP 17 RETURN
W8-V
J0.8-7
10 RED
EXP 8 48VDC
W17-V
J1.8-7
10 RED
EXP 17 48VDC
NC
J0.8-6
NO CONNECTION
NC
J1.8-6
W7-R
J0.8-5
10 BLK
EXP 7 RETURN
W16-R
J1.8-5
10 BLK
EXP 16 RETURN
W7-V
J0.8-4
10 RED
EXP 7 48VDC
W16-V
J1.8-4
10 RED
EXP 16 48VDC
Chapter 16
NO CONNECTION
Cable Replacement Procedures
16-7
TABLE 16-1
From
Power C
P
16-8
Cable Termination Table (Continued)
To
Interfac
e
NC
J0.8-3
W6-R
J0.8-2
W6-V
J0.8-1
W5-R
J0.7-8
W5-V
J0.7-7
NC
J0.7-6
W4-R
AWG &
Color
Function
From
Power
CP
To
Interface
AWG &
Color
Function
NO CONNECTION
NC
J1.8-3
10 BLK
EXP 6 RETURN
W15-R
J1.8-2
10 BLK
EXP 15 RETURN
10 RED
EXP 6 48VDC
W15-V
J1.8-1
10 RED
EXP 15 48VDC
10 BLK
EXP 5 RETURN
W14-R
J1.7-8
10 BLK
EXP 14 RETURN
10 RED
EXP 5 48VDC
W14-V
J1.7-7
10 RED
EXP 14 48VDC
NO CONNECTION
NC
J1.7-6
J0.7-5
10 BLK
EXP 4 RETURN
W13-R
J1.7-5
10 BLK
EXP13 RETURN
W4-V
J0.7-4
10 RED
EXP 4 48VDC
W13-V
J1.7-4
10 RED
EXP13 48VDC
NC
J0.7-3
NO CONNECTION
NC
J1.7-3
W3-R
J0.7-2
10 BLK
EXP 3 RETURN
W12-R
J1.7-2
10 BLK
EXP 12 RETURN
W3-V
J0.7-1
10 RED
EXP 3 48VDC
W12-V
J1.7-1
10 RED
EXP 12 48VDC
W2-R
J0.6-8
10 BLK
EXP 2 RETURN
W11-R
J1.6-8
10 BLK
EXP 11 RETURN
W2-V
J0.6-7
10 RED
EXP 2 48VDC
W11-V
J1.6-7
10 RED
EXP 11 48VDC
NC
J0.6-6
NO CONNECTION
NC
J1.6-6
W1-R
J0.6-5
10 BLK
EXP 1 RETURN
W10-R
J1.6-5
10 BLK
EXP 10 RETURN
W1-V
J0.6-4
10 RED
EXP 1 48VDC
W10-V
J1.6-4
10 RED
EXP 10 48VDC
NC
J0.6-3
NO CONNECTION
NC
J1.6-3
W0-R
J0.6-2
10 BLK
EXP 0 RETURN
W9-R
J1.6-2
10 BLK
EXP 9 RETURN
W0-V
J0.6-1
10 RED
EXP 0 48VDC
W9-V
J1.6-1
10 RED
EXP 9 48VDC
W0-CSBR
P0.9-1
16 BLK
CP SUPT BD 0
RETURN
W1-CSB
-R
P1.9-1
16 BLK
CP SUPT BD1
RETURN
J0.9-1
J0.4-8
16 BLK
CP SUPT BD 0
RETURN
J1.9-1
J1.4-8
16 BLK
CP SUPT BD 1
RETURN
W0-CSBV
P0.9-6
16 RED
CP SUPT BD 0 48VDC
W1-CSB
-V
P1.9-6
16 RED
CP SUPT BD 1 48VDC
J0.9-6
J0.4-7
16 RED
CP SUPT BD 0 48VDC
J1.9-6
J1.4-7
16 RED
CP SUPT BD 1 48VDC
NC
J0.4-6
NO CONNECTION
NC
J1.4-6
W0.SC-R
P0.9-3
16 BLK
SYST CNTLR 0
RETURN
W1.SC-R
P1.9-3
16 BLK
SYST CNTLR 1
RETURN
J0.9-3
J0.4-5
16 BLK
SYST CNTLR 0
RETURN
J1.9-3
J1.4-5
16 BLK
SYST CNTLR 1
RETURN
W0.SC-V
P0.9-5
16 RED
SYST CNTLR 0 48VDC W1.SCV
P1.9-5
16 RED
SYST CNTLR 1 48VDC
J0.9-5
J0.4-4
16 RED
SYST CNTLR 0 48VDC J1.9-5
J1.4-4
16 RED
SYST CNTLR 1 48VDC
NC
J0.4-3
NO CONNECTION
J1.4-3
Sun Fire E25K/E20K Systems Service Manual • April 2008
NC
NO CONNECTION
NO CONNECTION
NO CONNECTION
NO CONNECTION
NO CONNECTION
NO CONNECTION
NO CONNECTION
TABLE 16-1
16.1
Cable Termination Table (Continued)
From
Power C
P
To
Interfac
e
AWG &
Color
W0.PHR
P0.9-2
16 BLK
SYST CNTLR PER 0
RET
J0.9-2
J0.4-2
16 BLK
W0.PHV
P0.9-4
J0.9-4
J0.4-1
From
Power
CP
To
Interface
AWG &
Color
W1.PHR
P1.9-2
16 BLK
SYST CNTLR PER1
RET
SYST CNTLR PER 0
RET
J1.9-2
J1.4-2
16 BLK
SYST CNTLR PER 1
RET
16 RED
SYST CNTLR PER 0
48VDC
W1.PHV
P1.9-4
16 RED
SYST CNTLR PER 1
48VDC
16 RED
SYST CNTLR PER 0
48VDC
J1.9-4
J1.4-1
16 RED
SYST CNTLR PER 1
48VDC
Function
Function
AC Power Cord
To hot-swap an AC power cord, see Section 3.2.2.3, “Removing a 4 kW Dual AC–DC
Power Supply” on page 3-10.
16.2
Internal Cabinet Cable Replacement
Procedures
If a failure is in the cable harness set (includes the front and rear cable tie-down
panels), the complete harness set should be replaced. See Section 16.2.6, “Internal
Cable Harness Set Replacement” on page 16-17.
Caution – The internal cabinet cables are NOT hot-swap components. These
procedures require turning off the AC power to the system prior to cable
replacement.
Chapter 16
Cable Replacement Procedures
16-9
16.2.1
Powering Off the System for Cable Replacement
Caution – The cable harness set is NOT a hot-swap component. This procedure
requires a complete shutdown of the domains and SCs, and disconnection of all AC
power to the system.
1. As a superuser on the domains, systematically shut down all running
domains by typing:
domain_name# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
2. On the main SC, power off the domain hardware by typing:
sc% poweroff
This command powers off the entire system with the exception of the power
supplies, fans, and the SCs. Refer to poweroff(1M) for more information.
3. Shut down the System Control boards by doing the following:
■
As a superuser on the spare SC, shut down the spare SC by typing:
sc_spare# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
■
On the main SC, power off the spare SC by typing:
sc% poweroff SCx
where x is 0 or 1, dependent upon which SC is the spare.
■
As a superuser on the main SC, shutdown the main SC by typing:
sc# shutdown -y -g seconds -i 0
where seconds is the amount of time before shutdown.
4. Open the cabinet doors.
Note – All DC circuit breakers are to remain in the on position at all times.
5. Power on the AC0 and AC1 circuit breakers for all power supplies in the
system.
16-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
6. Label and disconnect the twelve (12, six per side) AC power cords with the
labels provided in the ship kit.
16.2.2
48 VDC Power Cable Replacement
16.2.2.1
Removing the 48 VDC Power Cable
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are four ground points on the system cabinet, two at
the front top left and top right, and two at the rear top left and top right.
1. Power off the system.
See Section 16.2.1, “Powering Off the System for Cable Replacement” on
page 16-10.
2. Remove the twenty-two (22) M4x30 panhead screws retaining the air plenum
cover, and remove both the plenum cover and the honeycomb EMI filter panel.
3. Reach inside the system, below the fan trays, and release the four (4 per cable)
male jackscrews holding the 48 VDC cable assemblies to both the top of the
power shelf assembly and the cable retaining bracket (FIGURE 16-10).
Chapter 16
Cable Replacement Procedures 16-11
FIGURE 16-10
48 VDC Power Cables
Power crossover cables (2)
Connector bulkhead (2)
48 VDC power cables (7)
J0.8
J0.7
J0.6
J0.5
J0.4
J0.3
J0.2
J0.1
J0.0
J0.9
J1.9
J1.0
J1.1
J1.2
J1.3
J1.4
J1.5
J1.6
J1.7
J1.8
Rear power module
Front power module
Power shelf I2C cables (3)
(front and rear)
4. Remove the cable(s).
16.2.2.2
Installing the 48 VDC Power Cable
1. Install the new cable.
2. Secure the four (4 per cable) jackscrews holding the 48 VDC cable assemblies
to both the top of the power shelf assembly and the cable retaining bracket.
3. Install the honeycomb EMI Filter panel and air plenum cover and secure with
the twenty-two (22) M4x30 panhead screws.
4. Power on the system.
See Section 16.3, “Powering On the System” on page 16-22.
16-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
16.2.3
Power Shelf I2C or TopCap Cable Replacement
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are four ground points on the system cabinet, two at
the front top left and top right, and two at the rear top left and top right.
16.2.3.1
Removing the Power Shelf I2C or TopCap Cable
1. Power off the system.
See Section 16.2.1, “Powering Off the System for Cable Replacement” on
page 16-10.
2. Remove the twenty-two (22) M4x30 panhead screws retaining the air plenum
cover, and remove both the plenum cover and the honeycomb EMI filter panel.
3. Release the four (4 per cable) male jackscrews holding the power shelf I2C
cable assemblies to both the top of the power shelf assembly and the cable
retaining bracket.
The jackscrews are located inside the system, below the fan trays.
4. Remove the cable.
16.2.3.2
Installing the Power Shelf I2C or TopCap Cable
1. Install the new cable.
2. Secure the four (4 per cable) male jackscrews holding the power shelf I2C cable
assemblies to both the top of the power shelf assembly and the cable retaining
bracket.
3. Install the honeycomb EMI Filter panel and air plenum cover and secure with
the twenty-two (22) M4x30 panhead screws.
4. Power on the system.
See Section 16.3, “Powering On the System” on page 16-22.
Chapter 16
Cable Replacement Procedures 16-13
16.2.4
Power Crossover Cable Replacement
16.2.4.1
Removing the Power Crossover Cable
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Power off the system.
See Section 16.2.1, “Powering Off the System for Cable Replacement” on
page 16-10.
2. Remove the twenty-two (22) M4x30 panhead screws retaining the air plenum
cover, and remove both the plenum cover and the honeycomb EMI filter panel.
3. Remove at least three (3) center system board components and their associated
carrier plate assemblies from both the front and the rear of the system to allow
access to the cables below the lower card guide assembly.
Review the board set carrier plate instructions for proper handling. See
Section 10.1, “Inserting a Board Set Carrier Plate” on page 10-2.
4. Remove the two (2) lower fan trays and set aside.
See Section 4.2.3, “Removing a Fan Tray” on page 4-4.
5. Reach inside the system, below the fan trays, and release the four (two (2) per
connector) male jackscrews (front and rear) holding the 48 VDC power cable
assemblies (two (2) per side) to the two (2) power crossover cables. FIGURE 16-10.
6. Using a 3/16 inch nut driver, carefully remove the four (4) female jack screws
(two (2) per connector) holding the crossover cable connectors to the horizontal
connector bracket.
7. Reaching through the lower card guide assembly, remove the cable(s).
16.2.4.2
Installing the Power Crossover Cable
1. Install the new cable(s).
2. Secure the four (4) female jack screws (two per connector) holding the
crossover cable connectors to the horizontal connector bracket by using a 3/16
inch nut driver.
3. Secure the four (4) (two per connector) jackscrews holding the 48 VDC power
cable assemblies (front and rear) to the two (2) power crossover cables.
16-14
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Install the lower fan trays.
See Section 4.2.4, “Installing a Fan Tray” on page 4-5.
5. Install the center system board components and their associated carrier plate
assemblies to both the front and the rear of the system previously removed to
enable access to the cables below the lower card guide assembly.
Review the board set carrier plate instructions for proper handling. See
Section 10.1, “Inserting a Board Set Carrier Plate” on page 10-2.
6. Install the honeycomb EMI Filter panel and air plenum cover and secure with
the twenty-two (22) M4x30 panhead screws.
7. Power on the system.
See Section 16.3, “Powering On the System” on page 16-22.
16.2.5
Fan Tray Power Cable Replacement
16.2.5.1
Removing the Fan Tray Power Cable
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Power off the system.
See Section 16.2.1, “Powering Off the System for Cable Replacement” on
page 16-10.
2. Remove the system board modules and their associated carrier plate assemblies
from the front and rear of the system.
3. Remove the twenty-two (22) M4x30 panhead screws retaining the air plenum
cover, and remove both the plenum cover and the honeycomb EMI filter panel.
4. Reach inside the system, below the fan tray, and release the four (4) (two per
connector) male jackscrews holding the 48 VDC power cable assemblies to the
two (2) fan tray power cable connectors attached to the connector bracket. See
FIGURE 16-11.
Chapter 16
Cable Replacement Procedures 16-15
FIGURE 16-11
Fan Tray Power Cable
Fan tray power cables
Cables not shown
for clarity
5. Using a 3/16 inch nut driver, carefully remove the four (4) female jack screws
(two (2) per connector) holding the fan tray cable connectors to the horizontal
connector bracket on the front and rear of the system.
6. Remove the sixteen (16) M4x6 panhead screws (eight (8) per cover) holding the
vertical cable wireway covers on the front and rear of the system.
7. Remove the two (2) upper cable clamps (each with two (2) locknuts (one (1) per
side) from the front and rear of the system.
8. Remove the thirty-eight (38) (nineteen (19) per side) M4x6 panhead screws
retaining the black plastic cable cover attached to the center bulkhead on the
front and rear of the system.
9. Reach through the upper and lower card guide assembly and remove the blue
colored connectors attaching the fan power cable to the four (4) fan backplanes.
10. Remove the fan power cable assembly from the system.
16.2.5.2
Installing the Fan Tray Power Cable
1. Install the new cable(s), carefully routing the cable(s) as originally installed.
2. Replace the blue colored connectors attaching the fan power cable to the four
(4) fan backplanes.
See FIGURE 16-3 and FIGURE 16-4 for reference designators.
3. Secure the black plastic cable covers, on the front and rear of the system, to the
center bulkhead with the thirty-eight (38) (nineteen (19) per side) M4x6
panhead screws.
16-16
Sun Fire E25K/E20K Systems Service Manual • April 2008
4. Replace the two (2) upper cable clamps (each with two (2) locknuts on the front
and rear of the system).
5. Secure the vertical cable wireway covers, on the front and rear of the system,
with the sixteen (16) M4x6 panhead screws (eight (8) per cover).
6. Secure the four (4) female jack screws (two (2) per connector) holding the fan
tray cable connectors to the horizontal connector bracket by using a 3/16 inch
nut driver.
7. Secure the four (two (2) per connector) jackscrews holding the 48 VDC power
cable assemblies to the two (2) fan tray power cable connectors on the front and
rear of the system.
8. Install the honeycomb EMI Filter panel and air plenum cover and secure with
the twenty-two (22) M4x30 panhead screws.
9. Install the system board modules and their associated carrier plate assemblies
into the front and rear of the system.
10. Power on the system.
See Section 16.3, “Powering On the System” on page 16-22.
16.2.6
Internal Cable Harness Set Replacement
16.2.6.1
Removing the Internal Cable Harness Set
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Power off the system.
See Section 16.2.1, “Powering Off the System for Cable Replacement” on
page 16-10.
2. Remove the system board modules and their associated carrier plate assemblies
from the front and rear of the system.
3. Remove the upper and lower fan trays from the front and rear of the system.
4. Remove the twenty-two (22) M4x30 panhead screws retaining the air plenum
cover, and remove both the plenum cover and the honeycomb EMI filter panel
from the front and rear of the system.
Chapter 16
Cable Replacement Procedures 16-17
5. With a flat-blade screwdriver (if needed), loosen the jackscrews on the seven (7)
8W8 Combo-D 8-pin DC power connectors (on the left side of the power
module) and the two (2) DB-25 control connectors (on the right side) on the
front and rear of the system.
6. Using a 3/16 inch nut driver, carefully remove the two (2) nut screws and the
vertical bracket holding the internal harness set connectors to the fan
backplane on the front and rear of the system.
7. Unlock and remove the connector at J3 of the upper and lower fan backplane
from the front and rear of the system.
8. Depress the top and bottom clamp to remove the connector at J2 of the upper
and lower fan backplane from the front and rear of the system.
9. Remove the cable wireway cover by removing the sixteen (16) M4x6 panhead
screws (eight (8) per cover), on the front and rear of the system.
10. Remove the thirty-eight (38) (nineteen (19) per side) M4x6 panhead screws
retaining the black plastic cable cover attached to the center bulkhead on the
front and rear of the system.
11. Reach through the upper and lower card guide assembly and remove the grey
colored connectors attaching the I2C fan cable to the four (4) fan backplanes
(FIGURE 16-12).
FIGURE 16-12
Internal Cable Harness Set
Fan control cable
Some cables not
shown for clarity
12. Disconnect all forty-eight (48) (twenty-four (24) per side) discrete screw lugs
and ten (10) (five (5) per side) ribbon cable connectors from the power
centerplane at the front and rear of the system.
13. Remove the twelve (12) jack screws holding the cable harness set to the chassis
and carefully remove from the system.
16-18
Sun Fire E25K/E20K Systems Service Manual • April 2008
16.2.6.2
Installing the Internal Cable Harness Set
1. Install the new internal cable harness set assembly into the system and secure
with the twelve (12) jack screws.
2. Install the forty-eight (48) (twenty-four (24) per side) discrete screw lugs and
ten (10) (five (5) per side) ribbon cable connectors to the power centerplane at
the front and rear of the system.
3. Replace the grey colored connectors attaching the I2C fan cable to the four (4)
fan backplanes.
See FIGURE 16-5 and FIGURE 16-6 for reference designators.
4. Secure the black plastic cable cover to the center bulkhead with the thirty-eight
(38) (nineteen (19) per side) M4x6 pan head screws to the front and rear of the
system.
5. Secure the cable wireway cover with the sixteen (16) (eight (8) per cover) M4x6
panhead screws on the front and rear of the system.
6. Insert and lock the connector at J3 of the upper and lower fan backplane to the
front and rear of the system.
7. Insert the connector at J2 of the upper and lower fan backplane to the front and
rear of the system.
8. With the 3/16 nut driver, secure the vertical bracket with the two (2) nut screws
to holds the internal harness set connectors to the fan backplane on the front
and rear of the system.
9. With the jack screws, install the seven (7) 8W8 Combo-D 8-pin DC power
connectors (on the left side of the power module) and the two (2) DB-25 control
connectors (on the right side) on the front and rear of the system.
10. Replace the honeycomb EMI filter panel onto the air plenum cover and install
with the twenty-two (22) M4x30 panhead screws on the front and rear of the
system.
11. Replace the upper and lower fan trays at the front and rear of the system.
12. Install the system board modules and their associated carrier plate assemblies
into the front and rear of the system.
13. Power on the system.
See Section 16.3, “Powering On the System” on page 16-22.
Chapter 16
Cable Replacement Procedures 16-19
16.2.7
TopCap Cable Replacement
16.2.7.1
Removing the TopCap Cable
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are four ground points on the system cabinet, two at
the front top left and top right, and two at the rear top left and top right.
1. Power off the system.
See Section 16.2.1, “Powering Off the System for Cable Replacement” on
page 16-10.
2. Remove the three (3) M4x12 panhead screws holding the TopCap to the chassis.
3. Disconnect the 12V power cable from the rear of the TopCap.
4. Loosen the lower captive screws on the right-rear external side panel a quarter
turn, and lift upward off to remove the panel from the chassis.
5. Remove the four (4) M4x12 panhead screws holding the four (4) cable clamps
that secure the TopCap cable to the chassis.
6. At the rear of the system, remove the twenty-two (22) M4x30 panhead screws
retaining the air plenum cover, and remove both the plenum cover and the
honeycomb EMI filter panel.
7. Reach inside the air plenum and release the two (2) male jackscrews holding
the internal cable connector to the internal chassis side panel.
8. To remove the right-angle connector, release the two (2) female jack screws
using a 3/16-inch nut driver.
9. Remove the external right-angle connector (P/J11) from the chassis side panel
(FIGURE 16-13).
16-20
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 16-13
TopCap Cable
TopCap cable
TopCap
12V power cable
P/J11
Rear
Front
10. Remove the TopCap cable.
16.2.7.2
Installing the TopCap Cable
1. Place the new TopCap cable on top of the system.
2. Install the external right-angle connector (P/J11) at the end of the cable to the
chassis side panel.
3. Secure the right-angle connector with the two (2) female jack screws using a
3/16-inch nut driver.
4. Secure the two (2) jackscrews that hold the internal TopCap cable to the
bulkhead on the internal chassis side panel.
5. Install the honeycomb EMI Filter panel and air plenum cover and secure with
the twenty-two (22) Mx30 panhead screws at the rear of the system.
6. Secure the four (4) cable clamps with the four (4) M4x12 panhead screws to
mount the TopCap cable to the chassis.
Chapter 16
Cable Replacement Procedures 16-21
7. Install the external side panel by placing the panel on the turn-screw and
setting the panel into its proper position.
8. Connect the 12V power cable to the connector on the rear of the TopCap.
9. Secure the TopCap to the chassis with three (3) M4x12 panhead screws.
10. Power on the system.
See Section 16.3, “Powering On the System” on page 16-22.
16.3
Powering On the System
1. Connect the AC power cords to the 4 kW dual AC–DC power supplies.
2. Connect all I/O cables referencing the cable label for proper identification.
3. Power on the AC0 and AC1 circuit breakers for all power supplies in the
system.
4. Close the cabinet doors.
5. Once the main SC is booted, start the domain(s) by typing:
sc% setkeyswitch -d domain_id
on
where domain_id is the domain letter A-R.
6. Execute one setkeyswitch command for each domain to be started.
16-22
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
17
Mechanical Components
Replacement Procedures
The mechanical components of the Sun Fire E25K/E20K systems consist of the side
panels, the front and rear access doors, the six air filters, and the two kick plate
assemblies. This chapter contains the replacement procedures for these mechanical
components.
This chapter contains the following sections:
■
Section 17.1, “Side Panel Replacement” on page 17-1
■
Section 17.2, “Access Door Replacement” on page 17-2
■
Section 17.3, “Kick Plate Assembly Replacement” on page 17-3
For your protection, observe the following safety precautions:
17.1
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
Side Panel Replacement
The Sun Fire E25K/E20K systems have four panels, two per side.
17-1
17.1.1
Removing a Side Panel
1. Release the two (2) spring-loaded captive fasteners by pushing inward and
making a counterclockwise turn.
2. Using both hands, firmly grasp the panel on each side, near the top, and lift
straight up and then outward to remove the panel away from the cabinet.
17.1.2
Installing a Side Panel
1. Using both hands, firmly grasp the panel on each side, near the top.
2. Lift the panel holding at an angle, approximately one (1) foot out from the base.
3. Hang the panel on the side skin-hanger features at the left outer corner and
right inner post (or right outer corner and left inner post for other panel,
depending on which panel is being replaced) of the chassis.
17.2
Access Door Replacement
The Sun Fire E25K/E20K systems will have either four (two in front) or two (one in
front) access doors. All access doors are removed and replaced the same way.
17.2.1
Removing an Access Door
1. At the top of the door, pull up the spring-loaded pin and remove the peg of the
door from the top hinge bracket of the cabinet.
2. Lift the bottom peg out of the bottom hinge bracket and remove the door from
the cabinet.
17.2.2
Installing an Access Door
1. Insert the door onto the bottom peg of the bottom hinge bracket of the cabinet.
2. At the top of the door, pull down the spring-loaded pin and insert the peg of
the door into the top hinge bracket of the cabinet.
17-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
17.3
Kick Plate Assembly Replacement
The kick plate assembly may be formed to match the curve of the doors or straight
as shown in FIGURE 17-1.
Note – The bottom system kick plate is NOT a step. Do NOT use the kick plate to
gain access to the high-level components. Obtain a proper stool if required.
Excessive weight on the kick plate bends the door support brackets.
17.3.1
Removing a Kick Plate Assembly
1. Use a pull-turn motion to release the spring-loaded captive locking pin on the
left side of the mounting tube and pull the kick plate assembly outward from
the mounting bracket (FIGURE 17-1).
Kick Plate Assembly
Inner support tabs connected
to cabinet frame base
Outer support tabs connected
to cabinet frame base
Spring-loaded captive locking
pin (not visible in diagram)
FIGURE 17-1
Mounting bracket
Spring-loaded
locking pin
Mounting tube
Kick plate
Support guides
2. Loosen the two captive panel fasteners of the kick plate mounting bracket
assembly.
3. Remove the kick plate assembly by pulling forward and tipping downward to
release the inner support tabs from their mounting holes at the cabinet frame
base.
Chapter 17
Mechanical Components Replacement Procedures
17-3
17.3.2
Installing a Kick Plate Assembly
1. Insert the inner support tabs of the kick plate mounting bracket at the base of
the cabinet.
2. Align the two outer tabs at the front mounting holes of the cabinet frame and
slide the bracket inward to align the inner support tabs into the two mounting
holes of the horizontal support structure under the cabinet.
3. Secure the mounting bracket with the two captive panel fasteners.
4. Insert the square mounting tube of the kick plate mounting bracket assembly
until it is flush with the cabinet.
5. Secure the kick plate with the spring-loaded captive locking pin at the left side
of the mounting tube.
17-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
CHAPTER
18
Periodic Maintenance
This chapter contains the procedures for using the Cable Management system and
for the routine cleaning of Air Plenum Panel Air-Intake Screenss and Air Filter
Replacement.
This chapter contains the following sections:
■
Section 18.1, “Installing the Service Cable Straps” on page 18-2
■
Section 18.2, “Using the Cable Straps” on page 18-7
■
Section 18.3, “Uninstalling the Service Cable Straps” on page 18-7
■
Section 18.4, “Cleaning the Air Plenum Panel Air-Intake Screens” on page 18-10
■
Section 18.5, “Air Filter Replacement” on page 18-11
For your protection, observe the following safety precautions when setting up your
equipment:
■
Follow all cautions and instructions marked on the equipment.
■
Always use proper ESD equipment and procedures when handling boards and
components.
■
Never push objects of any kind through openings in the equipment as they might
touch dangerous voltage points or short out components that can result in fire or
electric shock.
■
Refer servicing of equipment to qualified personnel.
18-1
18.1
Installing the Service Cable Straps
Green maintenance straps are for service only and should not be left in the system.
A location should be determined and the straps stored at the site. This section
describes the procedures for installing the green maintenance straps for:
■
Systems With Four Doors (Two in Front)
■
Systems With Two Doors (One in Front)
For I/O assembly maintenance, all cable management straps should remain in place.
Any disconnected cable set will hang from the black cable hanger strap (No. 4) at the
air plenum cutout.
Note – If the cable management system I/O bundle straps were not installed during
installation see the Sun Fire E25K/E20K Systems Hardware Installation and
Uninstallation Manual or the Cable Management Guide for Sun Fire High End Server
Systems for installation instructions.
18.1.1
Systems With Four Doors (Two in Front)
18.1.1.1
For the Front of the System
1. Remove the screws located second from the bottom and eleventh from the
bottom of the cabinet door on the left.
2. Use the screws recovered from Step 1 to secure two green cable straps (No. 6) to
the holes opened in Step 1 (FIGURE 18-1).
The screws should be turned no more than 3.0 revolutions to prevent the stripping
of the internal door material.
18-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 18-1
Front Door Maintenance Straps
No. 6
3. Remove the screws located second from the bottom and tenth from the bottom
of the cabinet door on the right.
4. Use the screws recovered from Step 3 to secure two green cable straps (No. 6) to
the holes opened in Step 3 (FIGURE 18-1).
Chapter 18
Periodic Maintenance
18-3
18.1.1.2
For the Rear of the System
The buckle end of the green buckle strap (No. 2) that is used at the top crossbar of
each rear door measures approximately 17.0 in. (43.2 cm). The other end that used to
hold the cables measures approximately 12.0 in. (30.5 cm).
1. Attach the green buckle strap (No. 2) to the top crossbar on the hinged side of
the cabinet door on the left (FIGURE 18-2).
a. Insert the 17.0 in. (43.2 cm) end of the strap, buckle facing toward you,
underneath and over the crossbar, and insert the end through the buckle.
b. Loosely secure the strap.
This strap should be pushed close to the hinged side of the door to retain proper
tension when the cables are held during maintenance.
2. Attach the green buckle strap (No. 2) to the top crossbar on the hinged side of
the cabinet door on the right (FIGURE 18-2).
a. Insert the 17.0 in. (43.2 cm) end of the strap, buckle facing toward you,
underneath and over the crossbar, and insert the end through the buckle.
b. Loosely secure the strap.
This strap should be pushed close to the hinged side of the door to retain proper
tension when the cables are held during maintenance.
FIGURE 18-2
Rear door maintenance strap
No. 2
18-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
18.1.2
Systems With Two Doors (One in Front)
18.1.2.1
For the Front of the System
1. Remove the pushbar (if it’s still attached)
2. Remove the screws located second from the bottom and eleventh from the
bottom on the cabinet door.
3. Use the screws recovered from Step 2 to secure two green cable straps (No. 6) to
the holes opened in Step 2 (FIGURE 18-3).
The screws should be turned no more than 3.0 revolutions to prevent the stripping
of the internal door material.
4. Secure the two cable management brackets to the holes on the right side of the
cabinet (FIGURE 18-3).
The brackets have captive fasteners that can be tightened by hand.
5. Use the included phillips screws to secure a green cable strap (No. 6) to the
holes at the end of each of the cable management brackets (FIGURE 18-3).
Chapter 18
Periodic Maintenance
18-5
FIGURE 18-3
Installing the Maintenance Brackets and Straps
No. 6
No. 6
18.1.2.2
For the Rear of the System
The buckle end of the green buckle strap (No. 2) that is used at the top crossbar of
the door measures approximately 17.0 in. (43.2 cm). The other end that used to hold
the cables measures approximately 12.0 in. (30.5 cm).
1. Attach the green buckle strap (No. 2) to the top crossbar on the hinged side of
the door (FIGURE 18-2).
a. Insert the 17.0 in. (43.2 cm) end of the strap, buckle facing toward you,
underneath and over the crossbar, and insert the end through the buckle.
b. Loosely secure the strap.
This strap should be pushed close to the hinged side of the door to retain proper
tension when the cables are held during maintenance.
2. Secure the two cable management brackets to the holes on the right side of the
cabinet (FIGURE 18-3).
The brackets have captive fasteners that can be tightened by hand.
18-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
3. Use the included phillips screws to secure a green cable strap (No. 6) to the
holes at the end of each of the cable management brackets (FIGURE 18-3).
18.2
Using the Cable Straps
1. Release the I/O cable bundles from the black cable hanger straps of the air
plenum (No. 4) and lift the cable bundles upward to obtain cable slack from
beneath the tile floor.
Caution – Avoid excessive strain on the I/O cable connectors.
2. Secure the I/O cable bundles with the green maintenance straps.
Ensure the cables are held tight and that ample room is provided to gain access to
the air plenum panel.
3. Perform maintenance on the system.
Refer to the system service manual for the component maintenance procedures.
18.3
Uninstalling the Service Cable Straps
Green maintenance straps are for service only and should not be left in the system.
A location should be determined and the straps stored at the site. This section
describes the uninstallation procedures for:
■
Systems With Four Doors (Two in Front)
■
Systems With Two Doors (One in Front)
18.3.1
Systems With Four Doors (Two in Front)
18.3.1.1
For the Front of the System
1. Release the I/O cable bundles from the green maintenance strap and resecure
them to their former black cable hanger straps on the air plenum.
Chapter 18
Periodic Maintenance
18-7
2. Remove the two screws that secure the green cable straps (No. 6) to the cabinet
door on the left and store the green straps for future use.
3. Remove the two screws that secure the green straps (No. 6) to the cabinet door
on the right and store the green straps for future use.
4. Secure the four screws in their original locations on the cabinet doors.
5. Close the cabinet doors.
18.3.1.2
For the Rear of the System
The buckle end of the green buckle strap (No. 2) that is used at the top crossbar of
the door measures approximately 17.0 in. (43.2 cm). The other end that used to hold
the cables measures approximately 12.0 in. (30.5 cm).
1. Release the I/O cable bundles from the green buckle straps (No. 2) and resecure
them to their former black cable hanger straps on the air plenum.
2. Release the buckle and remove the green buckle strap (No. 2) from the top
crossbar on the hinged side of the cabinet door on the left (FIGURE 18-2).
3. Release the buckle and remove the green buckle strap (No. 2) from the top
crossbar on the hinged side of the cabinet door on the right (FIGURE 18-2).
4. Close the cabinet doors.
18.3.2
Systems With Two Doors (One in Front)
18.3.2.1
For the Front of the System
1. Release the I/O cable bundles from the green maintenance strap and resecure
them to their former black cable hanger straps on the air plenum.
2. Remove the two screws that secure the green cable straps (No. 6) to the cabinet
door on the left and store the green straps for future use.
3. Secure the two screws in their original locations.
4. Remove the two screws that secure the green cable straps (No. 6) to the cable
management brackets and store the straps and screws for future use.
5. Remove the cable management brackets and store them for future use
(FIGURE 18-3).
The brackets have captive fasteners that can be loosened by hand.
18-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
6. Close the cabinet doors.
18.3.2.2
For the Rear of the System
The buckle end of the green buckle strap (No. 2) that is used at the top crossbar of
the door measures approximately 17.0 in. (43.2 cm). The other end that used to hold
the cables measures approximately 12.0 in. (30.5 cm).
1. Release the I/O cable bundles from the green maintenance strap and resecure
them to their former black cable hanger straps on the air plenum.
2. Release the buckle and remove the green strap from the top crossbar on the
hinged side of the cabinet door (FIGURE 18-2).
3. Remove the two screws that secure the green cable straps (No. 6) to the cable
management brackets and store the straps and screws for future use.
4. Remove the cable management brackets and store them for future use
(FIGURE 18-3).
The brackets have captive fasteners that can be loosened by hand.
5. Close the cabinet doors.
Chapter 18
Periodic Maintenance
18-9
18.4
Cleaning the Air Plenum Panel
Air-Intake Screens
You can clean the air intake screens by using various methods. The front and back
side of the screen can be vacuumed using a brush attachment on a vacuum cleaner.
Take care not to damage the honeycomb of the screen. If this does not clean the
screen enough, use a high pressure air hose with a nozzle attachment for blowing
air.
18.4.1
Air Plenum Panel Air-Intake Screen for Sun Fire
E25K/E20K Systems
The air plenum of the air-intake screens of the Sun Fire E25K/E20K systems is
located below the bottom fan trays on the front and rear of the system (FIGURE 18-4).
FIGURE 18-4
Air Plenum Panel and Air-Intake Screen for the Sun Fire E25K/E20K Systems
Honeycomb filter
Air plenum panel
18-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
18.4.2
Cleaning the Air Plenum Air-Intake Screens
1. Open the cabinet door.
2. Route I/O cables away from the Air Plenum, ensuring not to disconnect any
cables.
See Section 18.1, “Installing the Service Cable Straps” on page 18-2.
3. Remove the twenty-two (22) M4x30 panhead screws from the air plenum panel
to access the honeycomb filter air-intake screen at the front or rear of the
system.
4. Remove the old honeycomb filter air-intake screen from the system.
5. Clean the honeycomb filter air-intake screen.
See Section 18.4, “Cleaning the Air Plenum Panel Air-Intake Screens” on
page 18-10.
6. Install the clean air plenum air-intake screen and the air plenum panel.
7. Secure the air plenum panel to the system with the twenty-two (22) M4x30
screws.
8. Restore the I/O cables to their original location.
See Section 18.3, “Uninstalling the Service Cable Straps” on page 18-7.
9. Close the cabinet door.
10. Repeat Step 1 thorough Step 9 for the rear of the system.
18.5
Air Filter Replacement
The Sun Fire E25K/E20K systems have three front and three rear air filters, which
allow approximately 3500 CFMs per system, that require periodic cleaning or
replacing. To prevent restricted air flow and possible equipment failure, perform this
procedure when the filters contain trapped particles, or every three months.
Chapter 18
Periodic Maintenance 18-11
18.5.1
Replacing an Air Filter
Caution – Be sure you are properly grounded before you begin the hardware
removal and installation. There are ground points at the top left and top right of the
cabinet in both front and rear.
1. Open the cabinet doors.
2. Route I/O cables away from the filter being replaced, ensuring not to
disconnect any cables. Do this on both the front and rear of the chassis.
See Section 18.1, “Installing the Service Cable Straps” on page 18-2.
3. Remove the face plates by loosening the front panel captive thumbscrew from
both the front and rear of the three filter chambers on the power chassis.
There are three front and three rear face plates for each of the three filter
chambers.
4. Take two (2) new filters and insert one behind the other in one of the filter
chambers, pushing the old filters out through the other side of the chassis.
Bend the power cable upward and out of the way on one side of the chassis to
gain access and on the other side to provide space for the filter to slide outward,
as necessary (FIGURE 18-5).
18-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE 18-5
Filter Replacement—Front and Rear
Old filters
New filter
New filter
Filter panel
captive screw
Filter panel
Front panel
Replacing filters in this manner prevents an unfiltered area from opening up through
which debris can be ingested into the powered up system.
5. Repeat Step 3, and Step 4 for the two remaining filter chambers.
6. After the six (6) new filters have been replaced, install the faceplates and
tighten the captive screws.
7. Restore the I/O cables to their original location.
See Section 18.3, “Uninstalling the Service Cable Straps” on page 18-7.
8. Close the cabinet doors.
9. Place the dirty filters on a flat surface away from air vents that might dislodge
the dust particles which can become airborne.
10. If the filters are to be reused, vacuum both sides by using a brush and vacuum
cleaner equipped with a crevice tool. If filters are not to be reused, discard the
filters.
For reused filters, it is suggested that an additional set of six be acquired in order to
replace the filters as described in this procedure and ensure debris does not get into
the powered up system while cleaning the filters.
Chapter 18
Periodic Maintenance 18-13
18-14
Sun Fire E25K/E20K Systems Service Manual • April 2008
APPENDIX
A
Component Serial Number
Worksheet
A larger version of the Component Serial Number Worksheet, introduced in
Chapter 13, Section TABLE 13-1, “Component Serial Numbers Worksheet” on
page 13-5 of this document has been provided in this appendix on page A-3. You
can use this page to record your serial numbers for retention for your records.
A-1
A-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
Component Serial Number Worksheet
Record Date ______________
Expander
S/N
Slot 0 Board
Type
S/N
Slot 1
Board
Type
S/N
CSB0
EXB0
EXB1
EXB2
EXB3
EXB4
EXB5
EXB6
EXB7
EXB8
CSB1
EXB9
EXB10
EXB11
EXB12
EXB13
EXB14
EXB15
EXB16
EXB17
New Sun Fireplane interconnect S/N:
Rev:
Appendix A
Component Serial Number Worksheet
A-3
A-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
APPENDIX
B
System Labels
Various labels appear on the Sun Fire E25K/E20K systems to reference a specific
component by its assigned component number. There are also caution and
instruction labels that are visible inside the access doors as well as internally within
the system. The following paragraphs provide a description and indicate the
physical location for these labels:
B.1
ESD GROUND and Top Fan Tray
Component Number Labels
The four (4) electrostatic device (ESD) grounding connections and the top fan tray
component numbers (FT0, FT1, FT4, and FT5, right-to-left) are combined into one
label for each of the four top positions (FIGURE B-1).
B-1
FIGURE B-1
Front left
ESD GROUND and Top Fan Tray Component Number Labels
Front right
Rear left
B.2
Rear right
System Chassis and Carrier Plate Labels
The label in FIGURE B-2 is displayed on the inside left and right side of the frame of the
chassis inside the doors on the front and rear sides of the system. It may also appear
on some carrier plates. FOLLOW THESE DIRECTIONS CAREFULLY TO AVOID
DAMAGED CONNECTORS. See Section 10.1, “Inserting a Board Set Carrier Plate”
on page 10-2 for complete instructions on the handling of the system carrier plates.
B-2
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE B-2
System Chassis and Carrier Plate Label—Carrier Plate Installation
IMPORTANT:
Follow carrier plate
installation procedures
to avoid damaged connectors.
Refer to manual for more
information.
Attach grounding strap
before handling
carrier plate.
Carrier Plate Removal
Loosen 2 screws
simultaneously to
remove carrier
plate.
Push the carrier plate
evenly into card cage.
Repeat steps 5, 6, and 7
until screws are hand tight.
3 Revolutions
PUSH
ONLY
IN THE
CENTER!
Use both hands to turn the
screws simultaneously 3
full revolutions.
1 Revolution
Carrier Plate Installation
Note top and bottom
alignment tabs.
ns
Turn
3
o
oluti
Rev
Push
Find the two torque
drivers located inside
the front right door.
Use only the 2 torque
drivers provided to tighten
screws simultaneously. Stop
when torque driver handle
clicks on each screw.
k
clic
Tabs
Align carrier plate with
bottom card guide.
1 Revolution
Push firmly on the center
bracket.
Return torque drivers to door
bracket for future use.
Align carrier plate with
top card guide.
Confirm that top and bottom
alignment tabs are inserted
into alignment slots Tabs
Slots
The warning label, shown in FIGURE B-3, is located on each carrier plate.
Appendix B
System Labels
B-3
FIGURE B-3
Carrier Plate Warning Label
B.3
Fan Tray Labels
B.3.1
Fan Tray Removal Label
The fan tray removal label, shown in FIGURE B-4, is located at the upper-left outside
front corner of each of the four (4) fan trays.
FIGURE B-4
B-4
Fan Tray Removal Label
Sun Fire E25K/E20K Systems Service Manual • April 2008
B.3.2
Bottom Fan Tray Component Number Labels
The bottom fan tray component number labels (FT2, FT3, FT6, and FT7, right-to-left),
have been placed on the I/O cable retention bracket (FIGURE B-5).
FIGURE B-5
B.4
Bottom Fan Tray Component Number Labels
Front center left
Front center right
Rear center left
Rear center right
Board Carrier Slot Component Number
Labels
The system and I/O boards are numbered sequentially right-to-left. See FIGURE 1-1
and FIGURE 1-2 in Chapter 1 for more details.
B.4.1
Front Component Number Labels
The labels shown in FIGURE B-6 indicate the system CPU boards SB0 through SB8
(left-to right) and the System Control board SC0 for slot 0; and the I/O boards IO0
through IO8 (right-to-left) and the system control peripheral board SCPER0 for
slot 1.
Front Component Number Labels
Slot 0, front
FIGURE B-6
SB8
SB0
SC0
IO0
SCPER0
Slot 1, front
IO8
Appendix B
System Labels
B-5
B.4.2
Rear Component Number Labels
The labels shown in FIGURE B-7 indicate the system CPU boards SB9 through SB17
(left-to right) and the System Control board SC1 for Slot 0; and the I/O boards IO9
through IO17 (right-to-left) and the System Control peripheral board SCPER1 for
slot 1.
Rear Component Number Labels
Slot 0, rear
FIGURE B-7
SB17
SB9
SC1
IO9
SCPER1
Slot 1, rear
IO17
B.5
Expander Label
The expander label (EX), shown in FIGURE B-8, is located at the center bracket for
each eighteen (18) expander carrier panels on the front and rear of the system.
FIGURE B-8
B.6
Expander Label
Centerplane Support Label
The centerplane support (CS) label, shown in FIGURE B-9, is located at the center
bracket for the two (2) centerplane support carrier panels on the front and rear of the
system.
B-6
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE B-9
B.7
Centerplane Support Label
Sun Fireplane Interconnect Label
Two (2) identical Sun Fireplane interconnect labels, shown in FIGURE B-10, are located
on the lower right side of each Sun Fireplane interconnect insertion handle visible
from the rear of the system.
FIGURE B-10
!
Sun Fireplane Interconnect Label
13.5 KG (30 LBS.)
HEAVY
USE CAUTION WHEN LIFTING!
B.8
Power Supply Labels
B.8.1
Power Supply Component Labels
The six power supplies (PS0 through PS5) each have two AC power connections
(AC0 and AC1) with labels as shown in FIGURE B-11.
FIGURE B-11
PS0
AC0
B.8.2
PS0
AC1
Power Supply Component Labels
PS5
AC0
PS5
AC1
External Power Supply Handle-Instruction Label
An external power supply label providing handle rotation and forward pull
instructions, as shown in FIGURE B-12, appears at the upper left corner of each of the
six (6) power supplies.
Appendix B
System Labels
B-7
External Power Supply Label
FIGURE B-12
ROTATE
HANDLE
PULL
HANDLE
B.8.3
Power Supply Weight-Information Label
The power supply weight-information label, shown in FIGURE B-13, is placed at the
internal top-front of each of the six (6) power supply units.
Power Supply Weight-Information Label
FIGURE B-13
!
19.5 KG (43 LBS.)
CAUTION
label
B.8.4
Power Supply CAUTION Label
A CAUTION label, indicating APPROACHING END OF UNIT! (due to extensive
weight), is located internally at the top end of the power supply unit ( FIGURE B-14).
Power Supply CAUTION Label
FIGURE B-14
!
CAUTION
APPROACHING END OF UNIT
B-8
Sun Fire E25K/E20K Systems Service Manual • April 2008
APPENDIX
C
Sun Fire E25K/E20K Systems
Field-Replaceable Units (FRU)
The illustrations and tables in this chapter supplement the removal and replacement
procedures described in previous chapters. FIGURE C-1 identifies the FRU
replacement categories listed in this chapter.
For information about additional capacity drives and other replacement options,
contact your sales representative.
FIGURE C-1
System FRU Component Categories
FRU Categories
• Access doors and side panels
• TopCap assembly
• System board assemblies and carrier plates
• Fan tray cooling components
• Power supplies and air filters
• System Cables
• Options
System cabinet
C-1
C.1
Access Doors and Side Panels
TABLE C-1 lists the Sun Fire E25K/E20K systems front and rear access doors and side
panels. FIGURE C-2 illustrates each item.
TABLE C-1
Access Doors and Side Panels
Description
Front access door
Rear access door
Side panel
FIGURE C-2
Access Doors and Side Panels
Front access door
C-2
Rear access door
Sun Fire E25K/E20K Systems Service Manual • April 2008
Side panels
C.2
TopCap Assembly
TABLE C-2 lists the Sun Fire E25K/E20K systems TopCap assembly parts. FIGURE C-3
illustrates each item.
TABLE C-2
TopCap Assembly Components
Description
TopCap
TopCap extension
FIGURE C-3
TopCap Assembly Components
TopCap
C.1
TopCap Extension
Kick Plate Assembly
TABLE C-3 lists the Sun Fire E25K/E20K systems kick plate assembly. FIGURE C-4
illustrates this item.
TABLE C-3
Kick Plate Assembly Components
Description
Kick plate
Kick plate mounting bracket
FIGURE C-4
Kick Plate Assembly Components
Kick plate mounting bracket
Kick plate
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-3
C.3
System Board Assemblies and Carrier
Plates
TABLE C-4 lists the Sun Fire E25K/E20K systems board assemblies and filler panels.
TABLE C-5 lists the system board assembly carrier plates with part numbers.
FIGURE C-5 through FIGURE C-18 illustrate each component.
TABLE C-4
System Board Assemblies
Description
Centerplane support board
System controller carrier plate (TABLE C-5)
System Control board
System control peripheral board
System expander board
System and modified system expander carrier plate (TABLE C-5)
CPU board
I/O assembly
I/O filler panel (used as required)
CPU filler panel (used as required)
Sun Fireplane interconnect
Power centerplane
Fan backplane
TABLE C-5
C-4
System Board Carrier Plates
Description
Part
Number
System controller carrier plate at SC0 (front) and SC1 (rear)
540-3993
System expander carrier plate at slots 1,2,3,6,7,8 (front) and 10,11,12,15,16,17
(rear)
541-0119
Modified system expander carrier plate at slots 4,5 (front) and 13,14 (rear)
541-0121
Modified system expander carrier plate at slots 0 (front) and 9 (rear)
541-0120
System expander carrier plate (with air dam) at slots 4, 5, 13, and 14
540-5736
Sun Fire E25K/E20K Systems Service Manual • April 2008
See the carrier plate location placement diagram in FIGURE 10-1.
FIGURE C-5
Centerplane Support Board
FIGURE C-6
System Controller Carrier Plate
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-5
C-6
FIGURE C-7
System Expander Carrier Plate (With Air Dam)
FIGURE C-8
System Control Board—3U to 6U Conversion Board Option
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-9
System Control Peripheral Board
FIGURE C-10
System Expander Board
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-7
C-8
FIGURE C-11
System Expander Carrier Plate (With or Without Air Dam)
FIGURE C-12
CPU Board
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-13
I/O Assembly
FIGURE C-14
I/O Filler Panel (Used as Required)
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-9
FIGURE C-15
CPU Filler Panel (Used as Required)
FIGURE C-16
Sun Fireplane Interconnect
Front
Rear
C-10
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-17
Power Centerplane
FIGURE C-18
Fan Backplane
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-11
C.4
Fan Tray Cooling Components
TABLE C-6 lists the Sun Fire E25K/E20K systems fan tray components. FIGURE C-19
illustrates each item.
TABLE C-6
Fan Tray Cooling Components
Description
Fan tray
Fan backplane
FIGURE C-19
Fan Tray Cooling Component
Fan trays
Fan backplane
C-12
Sun Fire E25K/E20K Systems Service Manual • April 2008
C.5
Power Supplies and Air Filters
TABLE C-7 lists the Sun Fire E25K/E20K systems power supply components and air
filters. FIGURE C-20, FIGURE C-21, and FIGURE C-22 illustrate each item.
TABLE C-7
Power Supplies and Air Filters
Description
Power supply
Power module
Air filter
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-13
FIGURE C-20
Power Supply
Top view
Front view
FIGURE C-21
Right-side view
Rear view
Power Module
Power module to ZEE
bracket (9)
Power module to
side panel
C-14
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-22
C.2
Air Filter
System Cables
TABLE C-8 lists the Sun Fire E25K/E20K systems cables. FIGURE C-23 through
FIGURE C-45, on the following pages, illustrate each item:
TABLE C-8
System Cables
Description
AC power cable, domestic
AC power cable, domestic 2
AC power cable, international
AC power cable, international 2
Fan power cable
Fan I2C cable, front upper
Fan I2C cable, front lower
Fan I2C cable, rear upper
Fan I2C cable, rear lower
Power module to connector bulkhead, 48 VDC power
Connector bulkhead to connector bulkhead, 48 VDC crossover
Power module to connector bulkhead, I2C signals
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-15
TABLE C-8
System Cables
Description
Control 0 front cable
Control 1 front cable
Control 0 rear cable
Control 1 rear cable
Power control front cable
Power control rear cable
TopCap power cable, internal
TopCap power cable, external
RS-232 cable, internal
RS-232 cable, external
SC-CPU cable
SC-laptop cable
C-16
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-23
AC Power Cable, Domestic
TYPE SO #10 AWG, 3-COND
W/UL, CSA APPROVED
or
SOW-A UL
SOW CSA
NEMA PLUG
L6-30P
PIN 1
P1
P2
157.5 in. (4000.0 mm)
TABLE C-9
FIGURE C-24
AC Power Cable, Domestic, Wire List
Wire #
Color
From
To
Signal
1
BLK
P1-X
P2-2
Line 1
2
WHT
P1-Y
P2-4
Line 2
3
GRN
P1-G
P2-3
Earth
AC Power Cable, Domestic 2
TYPE SO #10 AWG, 3-COND
W/UL, CSA APPROVED
or
SOW-A UL
SOW CSA
NEMA PLUG
L6-30P
P1
PIN 1
P2
157.5 in. (4000.0 mm)
TABLE C-10
AC Power Cable, Domestic 2, Wire List
Wire #
Color
From
To
Signal
1
BLK
P1-X
P2-2
Line 1
2
WHT
P1-Y
P2-4
Line 2
3
GRN
P1-G
P2-3
Earth
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-17
FIGURE C-25
AC Power Cable, International
HARCORD
HO7RN-F3G4
IEC309 PLUG (MALE)
250V, 32A
PIN 1
P1
P2
157.5 in. (4000.0 mm)
TABLE C-11
FIGURE C-26
AC Power Cable, International, Wire List
Wire #
Color
From
To
Signal
1
BLK
P1-L
P2-2
Line
2
WHT
P1-N
P2-4
NEU
3
YEL/GRN
P1GND
P2-3
Earth
AC Power Cable, International 2
HARCORD
HO7RN-F3G4
IEC309 PLUG (MALE)
250V, 32A
P1
P2
157.5 in. (4000.0 mm)
TABLE C-12
C-18
PIN 1
AC Power Cable, International 2, Wire List
Wire #
Color
From
To
Signal
1
BLK
P1-L
P2-2
Line
2
WHT
P1-N
P2-4
NEU
3
YEL/GRN
P1GND
P2-3
Earth
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-27
Fan Power Cable
Fans
voltage B
J1.2
FT0_P2
RTN-B
48VDC-B
RTN-A
48VDC-A
4
3
2
1
70.3 in. (1786.0 mm)
26.5 in. (674.0 mm)
16.9 in. (430.0 mm)
FB1_P2
12345678
RTN-A
48VDC-A
RTN-AB
48VDC-B
5.5 in. (140.0 mm)
0.9 in. (24.4 mm)
RTN-B
48VDC-B
RTN-A
48VDC-A
FT1_P2
0.9 in (24.4 mm)
11.9 in. (301.0 mm)
5.5 in. (140.0 mm)
FB0_P2
4
3
2
1
12345678
12.1 in. (308.0 mm)
16.9 in. 430.0 mm)
26.5 in. (674.0 mm)
70.3 in. (1786.0 mm)
TABLE C-13
1
2
3
4
RTN-A
48VDC-A
RTN-B
48VDC-B
Fans
voltage A
J0.2
4
2
3
4
Fan Power Cable (Side 0) Termination Table 0
From Connector
Bulkhead Side 0
Voltage A
To
Fan BP
Wire Size AWG &
Color
UL1213
Function
J0.2-8
FT0_P22
14 BLK
Fan trays, top side 0, return A
J0.2-7
FT0_P21
14 RED
Fan trays, top side 0, 48VDC-A
J0.2-6
FB0_P22
14 BLK
Fan trays, bottom side 0, return A
J0.2-5
FB0_P21
14 RED
Fan trays, bottom side 0, 48VDCA
J0.2-4
FT1_P22
14 BLK
Fan trays, top side 1, return A
J0.2-3
FT1_P21
14 RED
Fan trays, top side 1, 48VDC-A
J0.2-2
FB1_P22
14 BLK
Fan trays, bottom side 1, return A
J0.2-1
FB1_P21
14 RED
Fan trays, bottom side 1, 48VDCA
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-19
TABLE C-14
Fan Power Cable (Side 1) Termination Table 1
From Connector
Bulkhead Side 1
Voltage B
C-20
To
Fan BP
Wire Size AWG &
Color
UL1213
Function
J1.2-8
FT0_P24
14 BLK
Fan trays, top side 0, return B
J1.2-7
FT0_P23
14 RED
Fan trays, top side 0, 48VDC-B
J1.2-6
FB0_P24
14 BLK
Fan trays, bottom side 0, return B
J1.2-5
FB0_P23
14 RED
Fan trays, bottom side 0, 48VDC-B
J1.2-4
FT1_P24
14 BLK
Fan trays, top side 1, return B
J1.2-3
FT1_P23
14 RED
Fan trays, top side 1, 48 VDC-B
J1.2-2
FB1_P24
14 BLK
Fan trays, bottom side 1, return B
J1.2-1
FB1_P23
14 RED
Fan trays, bottom side 1, 48 VDCB
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-28
Fan I2C Cable, Front Upper
PIN 1
3.5 in.
(90.0 mm)
PIN 1
P0-FT
FT0-P3
11.8 in.
(299.0 mm)
PIN 1
9.7 in.
(248.0 mm)
STRIPE INDICATES PIN 1
34.0 in. (864.0 mm)
FIGURE C-29
Fan I2C Cable, Front Lower
PIN 1
STRIPE INDICATES PIN 1
2.9 in.
(73.3 mm)
P0.FB
6.8 in.
(171.8 mm)
PIN 1
FB0-P3
PIN 1
5.0 in. (127.3 mm)
16.6 in. (422.9 mm)
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-21
FIGURE C-30
Fan I2C Cable, Rear Upper
3.5 in.
PIN 1
(90.0 mm)
PIN 1
P1.FT
FT1-P3
9.7 in.
(248.0 mm)
11.8 in.
(299.0mm)
PIN 1
STRIPE INDICATES PIN 1
34.0 in. (864.0 mm)
FIGURE C-31
Fan I2C Cable, Rear Lower
PIN 1
STRIPE INDICATES PIN 1
2.9 in.
(73.3 mm)
P1-FB
6.8 in.
(171.8 mm)
PIN 1
FB1-P3
5.0 in. (127.3 mm)
PIN 1
16.6 in. (422.9 mm)
C-22
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-32
Power Module to Connector Bulkhead, 48 VDC Power
CONN A
CONN B
12.1 in. (309.0 mm)
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
TABLE C-15
Power Module to Connector Bulkhead Cable, 48 VDC Power, Termination
Table
From CONN A
To CONN B
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-23
Connector Bulkhead to Connector Bulkhead, 48 VDC Crossover
CONN A
FIGURE C-33
CONN B
12.2 in. 310.0 mm)
8
7
6
5
4
3
2
1
1
2
3
4
5
6
7
8
TABLE C-16
FIGURE C-34
Connector Bulkhead to Connector Bulkhead, 48 VDC Crossover, Termination
Table
From CONN A
To CONN B
Wire Color
1
1
RED
2
2
BLK
3
3
RED
4
4
BLK
5
5
RED
6
6
BLK
7
7
RED
8
8
BLK
Power Module to Connector Bulkhead, I2C Signals
12.1 in. (309.0 mm)
14
1
14
1
25
13
25
13
C-24
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-35
Control 0 Cable, Front
PIN 1
STRIPE INDICATES PIN 1
3.7 in. (93.3 mm)
P1.0.PS
10.6 in. (270.5 mm)
PIN 1
13.4 in. 339.1 mm)
13
1
25
14
23.2 in. (590.1 mm)
J1.0
2.2 in. (57.1 mm)
CONTROL 0
FIGURE C-36
Control 1 Cable, Front
PIN 1
STRIPE INDICATES PIN 1
3.1 in. (78.3 mm)
P1.1.PS
14.0 in. (355.5 mm)
13.4 in. (339.1 mm)
PIN 1
13
1
25
14
20.9 in. (531.6 mm)
J1.1
2.2 in. (57.1 mm)
CONTROL 1
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-25
FIGURE C-37
Control 0 Cable, Rear
PIN 1
3.7 in. (93.3 mm)
STRIPE INDICATES PIN 1
P0.0.PS
10.6 in. (270.5 mm)
PIN 1
13.4 in. 339.1 mm)
13
1
25
14
23.2 in. (590.1 mm)
J0.0
2.2 in. (57.1 mm)
CONTROL 0
FIGURE C-38
Control 1 Cable, Rear
PIN 1
STRIPE INDICATES PIN 1
3.1 in. (78.3 mm)
P0.1.PS
14.0 in. (355.5 mm)
PIN 1
13.4 in. (339.1 mm)
13
1
25
14
20.9 in. (531.6mm)
J0.1
2.2 in. (57.1 mm)
CONTROL 1
C-26
Sun Fire E25K/E20K Systems Service Manual • April 2008
Power Control Cable, Front
FIGURE C-39
106.0 in. (2692.0 mm)
14
1
25
13
RTUF (OPT)
J10
13
1
25
14
13
1
25
14
Power Control Cable, Rear
FIGURE C-40
100.0 in. (2540.0 mm)
14
1
25
13
FIGURE C-41
RTUR
J12
TopCap Power Cable, Internal
38.3 in. (972.0 mm)
PIN 1
9
8
15
P11
P1.FM
FIGURE C-42
1
TopCap Power Cable, External
100.3 in. (2547.0 mm)
CONN A
25
13
14
1
CONN B
J11
RFT
Appendix C
15
9
8
1
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-27
TopCap Power Cable, External, Termination Specifications
TABLE C-17
C-28
From CONN A (DB25P)
To CONN B (DB-15P)
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
14
9
15
10
16
11
17
12
18
13
19
14
20
15
Sun Fire E25K/E20K Systems Service Manual • April 2008
FIGURE C-43
RS-232 Cable, Internal
25.3 in. (641.0 mm)
PIN 1
P0.FM
FIGURE C-44
1
9
8
15
P13
RS-232 Cable, External
86.3 in. (2191.0 mm)
CONN A
6
9
CONN B
5
1
PATCH PANEL
J13
15
9
8
1
RS-232 Cable, External, Termination Specifications
TABLE C-18
From CONN A (DB9S)
To CONN B (DB-15P)
1
1
2
2
3
3
4
4
5
5
6
9
7
10
8
11
9
12
Appendix C
Sun Fire E25K/E20K Systems Field-Replaceable Units (FRU)
C-29
FIGURE C-45
SC-CPU Cable
7
6
8
3
600.0 in. (15240.0 mm)
5
4
1
2
CONN A
CONN B
SC-CPU Cable Termination Specifications
TABLE C-19
C-30
From CONN A (Mini DIN8P)
To CONN B (DB-25P)
1
6, jumper to 8
2
20
3
3
4
7
5
2
Sun Fire E25K/E20K Systems Service Manual • April 2008
13
25
1
14
Index
A
access door
installation, 17-2
removal, 17-2
air filter, C-15
air filter replacement, 18-12
B
board insertion, 10-2
C
cables
connections, 16-2
layout diagram, 16-3
replacement, internal to cabinet, 16-9
carrier plate insertion, 10-2
caution
power supply, B-8
remove components, 10-2, 10-4
centerplane support board, C-5
configuration rules, 1-2
installation, 11-7
power off, 11-4
power on, 11-8
removal, 11-5
component
configuration rules, 1-2, 8-1
numbering
back, 1-9, 1-10
front, 1-8
removal, caution, 10-2, 10-4
configuration
memory, 1-3, 8-1
rules, 1-2
CPU
board
installation, 8-7
power off, 8-4
removal, 8-5
filler panel
installation, 8-12
removal, 8-12
CPU board, C-8
CPU filler panel, C-10
D
diagnostics, SunVTS, 1-3
E
expander board
installation, 12-7
power off, 12-4
power on, 12-8
removal, 12-5
F
fan backplane, C-11
installation, 14-5
power on, 14-6
removal, 14-2
fan tray
installation, 4-5
power off, 4-4
removal, 4-4
Index-1
fan tray cooling components, C-12
field replaceable units (FRU), C-1
N
H
P
hsPCI I/O board, C-9
hsPCI+ assembly
installation, 9-6
power off, 9-4
removal, 9-5
power centerplane, C-10, C-11
installation, 15-6
power off, 15-2
power on, 15-9
power module, C-14
installation, 3-5
power off
48-volt power supply, 3-10
centerplane support board, 11-4
CPU board, 8-4
expander board, 12-4
fan tray, 4-4
hsPCI+ assembly, 9-4
power centerplane, 15-2
Sun Fireplane Interconnect, 13-6
system control board, 6-4
system control peripheral board, 7-5
power on
centerplane support board, 11-8
expander board, 12-8
fan backplane, 14-6
power centerplane, 15-9
power supply 48-volt, 3-12
system, 13-12
power supply, C-14
48-volt
installation, 3-11
power off, 3-10
power on, 3-12
removal, 3-10
caution label, B-8
powering on the system, 16-22
I
I/O filler panel, C-9
installation, 9-11
removal, 9-11
insertion
board set, 10-2
carrier plate, 10-2
install
access door, 17-2
centerplane support board, 11-7
CPU
board, 8-7
filler panel, 8-12
expander board, 12-7
fan backplane, 14-5
fan tray, 4-5
hsPCI+ assembly, 9-6
I/O filler panel, 9-11
power
centerplane, 15-6
module, 3-5
supply, 48-volt, 3-11
side panel, 17-2
Sun Fireplane Interconnect, 13-10
system
control board, 6-8
control peripheral board, 7-7
TopCap, 2-2
TopCap extension, 2-3
K
Kick Plate assembly, C-3
kick plate assembly component, C-3
M
memory, configuration, 1-3, 8-1
Index-2
nomenclature, 1-1
R
remove
access door, 17-2
centerplane support board, 11-5
CPU
board, 8-5
filler panel, 8-12
expander board, 12-5
fan backplane, 14-2
fan tray, 4-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
hsPCI+ assembly, 9-5
I/O filler panel, 9-11
power supply, 48-volt, 3-10
side panel, 17-2
Sun Fireplane Interconnect, 13-7
system control board, 6-6
system control peripheral board, 7-5
TopCap, 2-2
TopCap extension, 2-2
replacement
air filter, 18-12
Sun Fireplane Interconnect, 13-4
rules, configuration, 1-2
TopCap extension
installation, 2-3
removal, 2-2
S
setup, Sun Fireplane Interconnect replacement, 13-4
side panel
installation, 17-2
removal, 17-2
Sun Fireplane Interconnect
installation, 13-10
power off, 13-6
removal, 13-7
replacement setup, 13-4
Sun Fireplane interconnect, C-10
SunVTS diagnostics, 1-3
system
power on, 13-12
testing, 1-3
system control board, C-6
installation, 6-8
power off, 6-4
removal, 6-6
system control peripheral board, C-7
installation, 7-7
power off, 7-5
removal, 7-5
system expander board, C-7
system expander carrier plate (with or without air
dam), C-8
T
testing, system, 1-3
TopCap
installation, 2-2
removal, 2-2
TopCap assembly components, C-3
Index-3
Index-4
Sun Fire E25K/E20K Systems Service Manual • April 2008
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