Hp Array Controller HSG V8.7 Software Instrukcja Użytkownika Strona 152
- Strona / 206
- Spis treści
- BOOKMARKI
Oceniono. / 5. Na podstawie oceny klientów
Storage Devices
7–6 UltraSCSI RAID Enclosure
Guidelines for Replacing a Disk Drive SBB
This section describes the SBB connector and items to consider when
replacing a disk drive SBB.
The SBB Connector
The StorageWorks SBB connectors ensure that the disk drive SBBs
operate reliably, even when replaced many times.
The disk drive SBB has a 96-pin receptacle DIN connector that
provides positive mating with the SBB enclosure plug connectors.
This connector is designed to ensure that dc power is present:
1. Before the SCSI bus connection is made.
2. After the SCSI bus connection is broken.
This feature protects the integrity of the SCSI data bus and avoids
introducing noise on the bus that could either distort data or cause the
bus to “hang.”
The SBB connector is a simple, highly reliable mechanism that
supports 200 SBB replacement cycles. A replacement cycle consists
of removing and replacing an SBB. Over the active product life of 5
years, this is the equivalent of 40 replacement cycles per year, or
approximately 1 cycle every 9 days. The replacement cycle limit
applies equally to enclosure connectors and
device connectors
.
Replacing an SBB more often than the recommended cycle causes the
gold contact coating to wear away and destroy the integrity of the
connection. This product does not support environments that require a
greater number of replacement cycles, because this is considered
improper treatment or use (paragraph 9.4b of U.S. Standard Terms
and Conditions). Products or connectors damaged due to a higher
number of replacement cycles are not eligible for return under
warranty or standard service plans. Compaq markets a specific family
of removable storage elements for higher replacement cycle
environments. Contact your Compaq Account Representative for
more information.
- Compaq StorageWorks 1
- UltraSCSI RAID Enclosure 1
- (DS–BA370 Series) 1
- User's Guide 1
- Table of Contents 3
- Chapter 6, Power Distribution 6
- Chapter 7, Storage Devices 6
- Chapter 8, Enclosure Blowers 7
- List of Figures 10
- List of Tables 11
- Intended Audience 13
- Structure 13
- Documentation Conventions 15
- Related Documents 16
- Manufacturer’s Declarations 19
- Acoustic Noise Declarations 20
- Introducing the UltraSCSI 23
- RAID Enclosure 23
- CXO6264A 25
- An UltraSCSI Bus Overview 26
- Product Description 27
- Figure C 28
- 1. SCSI bus 28
- UltraSCSI RAID Subsystem 29
- Master Enclosure 30
- Master EMU 30
- Expansion Enclosure 30
- Expansion EMU 31
- I/O Module 31
- SCSI Bus Controller 31
- Enclosure Status 32
- For Both Figures 33
- Dual Controllers 35
- UltraSCSI Bus Expansion 35
- Operating the UltraSCSI 37
- Enclosure 37
- UltraSCSI RAID Controllers 38
- UltraSCSI Nodes 39
- CXO5926A 40
- Starting the Subsystem 41
- Applying Power 42
- Turning On the Subsystem 43
- Shutting Down the Subsystem 44
- FF the dc power 45
- Turning Off the Subsystem 46
- Fault Detection 48
- Enclosure Status Indicators 49
- For Figures 50
- LED is O 51
- ALLOUT 2) is ON when the 52
- ALLOUT 1) is ON or 53
- ALLOUT 3) are 54
- FF when the bus is 54
- N or FLASHING indicates 54
- CXO6303A 55
- ALLOUT 2) and external 56
- Environmental Monitoring 57
- FF. When any 59
- FF the enclosure 59
- I/O Module Status 60
- FF and initiates a fault 61
- Configuring the EMU 63
- EMU Firmware 64
- EMU Firmware Version 1.2 65
- Environmental Monitoring Unit 67
- EMU Status Reporting 70
- ALLOUT 2, Figure 71
- FF until one of the 71
- EMU Status LEDs 72
- N. Refer to Figure 3–5 as 74
- CXO6546A 76
- LASHING alarm control 77
- CXO6598A 78
- CXO5762A 79
- CXO5763A 80
- CXO5770A 82
- CXO5773A 83
- Replacing an EMU 84
- CXO-5497A-MC 85
- CXO5754B 85
- CXO5820A 86
- Power Verification and 87
- Addressing 87
- CXO-5737A 87
- Functions 89
- PVA Operation 90
- Nominal Voltage 92
- +5 V dc +12 V dc 92
- Minimum Voltage 92
- +4.7 V dc +11.4 V dc 92
- Setting the Enclosure Address 93
- CXO-4840A-MC 94
- Replacing a PVA 98
- Table 4–7 Installing a PVA 100
- CXO5488B 101
- Single-Ended I/O Module 103
- CXO5805B 104
- Single-Ended I/O Module 104
- FF the enclosure power 105
- FF without 107
- N during normal operation 108
- CXO5819A 110
- CXO5702A 112
- CXO5816A 114
- N the subsystem 117
- CXO5854B 119
- Replacing an I/O Module 123
- Replacing an Expansion Cable 125
- Power Distribution 127
- Power System Overview 128
- AC Power Source 129
- AC Input Box 130
- Shelf Power Supplies 131
- ALLOUT 1), Compaq recommends 132
- Redundant (n+4) Power Supply 134
- Configurations 134
- Error Condition Reporting 136
- Replacing a Power Supply 138
- Power Distribution 140
- Replacing an AC Input Box 143
- Storage Devices 147
- Identifying a Storage Device 148
- Storage Devices 150
- The SBB Connector 152
- LASHING 154
- Replacing a Disk Drive SBB 155
- CXO-5338A-MC 157
- CXO-4562A-MC 158
- Enclosure Blowers 161
- Enclosure Blowers 162
- Function and Operation 163
- FF the dc power distribution 164
- CXO5753B 165
- UltraSCSI Enclosure 167
- Specifications 167
- CXO5797A 168
- Operating Environments 169
- Condition Specification 170
- Altitude 4900 m (16,000 ft) 170
- SBB Thermal Stabilization 171
- Appendix B 173
- Installation Sequence 174
- Installing the EMU 175
- Installing the PVA 175
- CXO5798A 177
- 3) in the 178
- (Continued) 179
- Installing the Power System 181
- Connecting Subsystem Cables 182
- Configuring the Subsystem 182
- Appendix C 183
- Prerequisites 184
- Preliminary Procedure 184
- Installing EMU Microcode 185
- Preparing the EMU 186
- Loading the Microcode 186
- Restarting the Controller 188
- Glossary 189
- Glossary 190
Powiązane produkty i podręczniki dla Przechowywanie Hp Array Controller HSG V8.7 Software
(678 strony)© 2020, manymanuals.pl. Wszelkie prawa zastrzeżone. | 0.029 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Komentarze do niniejszej Instrukcji