IBM Netfinity EXP300, Hardware Maintenance Manual

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IBM Netfinity EXP300 - Type 3531 Hardware Maintenance Manual
System-management software support
The Netfinity EXP300 provides software alert functions through the system monitor
functions provided in the IBM Netfinity Manager, IBM Netfinity Director, and IBM
ServeRAID manager software.
The following alerts are supported:
• Disk drive disabled
• Power supply failure
• Cooling failure
• IBM Netfinity EXP300 too hot
• Vital Product Data for subcomponents
Note: You must have the correct level of management software on your server to
enable this functionality.
Electrical input
• Sine-wave input (50 to 60
Hz) is required
• Input voltage:
— Low range:
– Minimum: 90 V ac
– Maximum: 127 V ac
— High range
– Minimum: 198 V ac
– Maximum: 257 V ac
— Input kilovolt-amperes
(kVA) approximately:
– Minimum
configuration: 0.06
kVA
– Maximum
configuration: 0.45
kVA
Environment
• Air temperature:
— Expansion unit on: 10
°
to 35
°
C (50
°
to 95
°
F)
Altitude: 0 to 914 m
(3000 ft)
— Expansion unit on: 10
°
to 32
°
C (50
°
to 90
°
F) Altitude: 914 m
(3000 ft.) to 2133 m (700
ft)
• Humidity: 8% to 80%
Size (with front panel and
without mounting rails
• Depth: 53.8 cm (21.2 in)
• Height: 12.8 cm (5 in)
• Width: 44.7 cm (17.6 in)
Weight
• Standard expansion unit as
shipped: 22.5 kg (49.5 lbs)
• Typical expansion unit fully
loaded: 36.1 kg (79.4 lbs)
Acoustical noise emissions
values
For open bay (no drives installed)
and maximum system
configurations (14 hard disk
drives installed).
• Sound power (idling):
— 5.6 bels (open bay)
— 5.7 bels (typical)
• Sound power (operating):
— 5.6 bels (open bay)
— 6.5 bels (typical)
• Sound pressure (idling):
— 44 dBA (open bay)
— 47 dBA (typical)
• Sound pressure (operating):
— 44 dBA (open bay)
— 54 dBA (typical)
These levels are measured in
controlled acoustical
environments according to ISO
7779 and are reported in
accordance with ISO 9296. The
declared sound power levels
indicate an upper limit, below
which a large portion of machines
operate. Sound pressure levels in
your location might exceed the
average 1-meter values stated
because of room reflections and
other nearby noise.