HP rp2450 Manual Page 78
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Chapter
Installing a Stand-alone Server in a Cabinet
86
Air flow rp24xx servers require front-to-back airflow. Therefore, a solid front or rear door will not
work. The doors must be removed or changed to a 63% open perforation pattern over an
area 17 inches wide, top to bottom, minus a 2 inch border. Also insure that the hot air
exhaust from other equipment is not being presented to the intake (front) of the rp24xx
server.
Service Access To insure that the rp24xx server can be serviced properly, the installation must allow for a
free sliding distance of 40 inches out the front of the rack. This will also allow HP to use the
standard service contract for any rp24xx server in the field regardless of the racking
situation. Alternate service contracts are addressed later in this document.
Cable strain
relief The cable management solution for the rp24xx server is in two parts:
1. There is a wire-form cable management system that attaches to the rear of the server
that provides a strain relief attachment point.
2. The cable bundle from each server must be Velcro tie-wrapped and fed into a 40 inch
service loop. The service loop allows the server to slide forward completely out of the
rack for access. For warranty purposes, a proper method of strain relief must be used,
especially for any SCSI-type cables on the PCI cards. This may force the elimination of
the rear door in some cases. Judgement is required based on the following examples:
• MINIMAL CABLING- If the customer has a power cable and two LAN cables attached
to the rp24xx server, cabling options include an alternate strain relief system, to allow
the rear door (if perforated) to be used for security.
• FIBER OPTICS CABLING – Fiber optics cable allows a 1.5 inch bend radius and has a
very low profile connector. Fiber optics cable bundles are relatively small and can be
held to the inside of the wire-form strain relief.
• MAXIMUM SCSI CABLING – If ultra-flex SCSI cables are used, the bend radius
allowable is 1.5 inches with a low profile connector. the customer must use the provided
wire form strain relief parts. HP strongly recommends using a server rack that provides
the extra space required to house excess cabling.
rp24xx server PDU Support
PDUs for rp24xx servers must be ordered as separate products when configuring a Third Party Rack order.
The PDUs are:
Supportability Matrix
The following table shows supportability requirements.
Table 0-2
E7674A 19” 16A 100-240V
E7681A 19” 30A 100-240V
E7682A 19” 60A 100-240V
Table 0-3
Major Features rp24xx server w/ Full HA
- Chapter4 4
- What’s New? 7
- Reference Information 9
- Chapter10 10
- System Overview 11
- A400/A500 Block Diagram 13
- Overview 15
- Product Information 15
- Regulatory Information 16
- Electrical Safety 16
- Cabinet Safety Precautions 17
- Declaration of Conformity 33
- FCC Statement (USA Only) 34
- Canada RFI Statement 34
- European Union RFI Statement 34
- Korean RFI Statement 35
- Taiwan RFI Statement 35
- Acoustics (Germany) 36
- Australian C-Tick Label 36
- Laser Safety 36
- ESD Safety Standards 37
- Acoustic Safety Standards 39
- Altitude Operation Standards 43
- Convenience Wall Outlets 47
- Lightning 47
- Vibration 49
- Flammable Materials 49
- Airborne Contaminants 49
- Electrostatic Discharge 49
- 3 System Site Preparation 51
- Chapter60 52
- Cooling Requirements 53
- Input Power Requirements 55
- HP Cabinet Dimensions 57
- Server Dimensions 59
- Chapter74 66
- Unpack the Server 67
- Attaching the Pedestal Base 68
- Open the Accessory Kit 69
- Third Party Software 69
- Server External Connections 71
- Connect a System Console 72
- Connect Power Cords 72
- Cabinet Identification 73
- Cabinet Loading Requirements 73
- Installing the Server 73
- Installing Bezel End Caps 74
- Table 0-2 78
- Table 0-3 78
- Table 0-4 79
- Table 0-3 (Continued) 79
- Table 0-4 (Continued) 80
- Cabinet Installation 89
- Cabinet Mounted Server Unpack 91
- Stacking Servers 99
- Stacking Servers 100
- Unstacking Servers 101
- 5 Operating Instructions 103
- Chapter112 104
- Configuring the GSP LAN Port 105
- Adding Users 105
- GSP> so 106
- Removing Users 107
- Initial Power-up 109
- Boot To Operating System 111
- System Power Down 113
- Chapter124 116
- Add Memory 117
- New I/O Cards For rp24xx 120
- Add Disks 123
- Tools Required 125
- Cleaning Kit Components 125
- Installing the CPU 128
- Chapter 129
- System Console Configuration 131
- LAN Console 133
- Secure Web Console Features 135
- LAN Connection 138
- L1 Self-Test 138
- L2 LAN Activity 138
- L3 Power 138
- RS 232 Serial Port 139
- 8 Troubleshooting the Server 145
- Chapter154 146
- Accessing Error Chassis Logs 147
- Table 7-1 148
- Table 7-1 (Continued) 149
- Replacement Procedures 151
- Chapter194 152
- Front Bezel Removal 157
- Front Bezel Replacement 159
- Server Cover Removal 161
- Server Cover Replacement 163
- HotPlug Software Procedure 165
- HotPlug Hardware Procedure 168
- I/O Card Cage Removal 175
- I/O Card Cage Replacement 177
- PCI I/O Card Removal 179
- PCI I/O Card Replacement 181
- PCI Backplane Removal 183
- PCI Backplane Replacement 185
- DC-DC Converter Removal 187
- DC-DC Converter Replacement 189
- Memory DIMM Removal 191
- Memory DIMM Replacement 193
- Extend a Server From the Rack 199
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