Acoustical
Noise
Emissions
Acoustical
Characteristic
Product
Configuration
Declared
A-Weighted
Sound
Power
Level,
L
WAd
(B)
Declared
A-Weighted
Sound
Pressure
Level,
LpAm
(dB)
Operating
Idle
Operating
Idle
7040
Acoustical
Doors
7.5
7.5
57
57
7040
Slimline
Doors
7.9
7.9
62
62
Notes:
1.
Noise
levels
cited
are
for
a
typical
configuration
(A-Frame:
Bulk
Power,
CEC
cage,
battery
option,
media
drawer,
and
two
I/O
drawers).
2.
The
0.6-B
(6-dB)
reduction
in
noise
emission
levels
with
the
acoustical
rear
door
corresponds
to
a
factor
of
4
reduction.
That
is,
the
noise
level
of
a
single
A-Frame
with
thin
covers
is
about
the
same
as
the
noise
level
of
four
A-Frames
with
acoustical
covers.
3.
L
WAd
is
the
upper-limit
A-weighted
sound
power
level;
LpAm
is
the
mean
A-weighted
sound
pressure
level
at
the
1-meter
bystander
positions;
1
B
=
10
dB.
4.
All
measurements
made
in
conformance
with
ISO
7779
and
declared
in
conformance
with
ISO
9296.
Environmental
Specifications
Environmental
Specification
Operating
Non-Operating
Storage
Shipping
Temperature
10
to
32°C
(50
to
90°F)
Max.
of
24
°
C
(75.2
°
F)
with
4mm
tape
or
DVD
RAM
in
rear
positions
of
the
Media
Subsystem
10
to
43°C
(50
to
109°F)
1
to
60°C
(34
to
140°F)
–40
to
60°C
(–40
to
140°F)
Relative
Humidity
(Noncondensing)
8
to
80
%
8
to
80
%
5
to
80
%
5
to
100
%
Maximum
Wet
Bulb
23°C
(73°F)
27°C
(73°F)
29°C
(84°F)
29°C
(84°F)
Notes:
1.
Storage
and
shipping
specifications
are
valid
for
a
maximum
duration
of
two
weeks
each.
2.
The
upper
limit
of
the
dry
bulb
temperature
must
be
derated
1
degree
C
per
189
m
(619
ft.)
above
1295
m
(4250
ft.).
Maximum
altitude
for
1.1
GHz
modules
is
3048
m
(10,000
ft.)
and
for
1.3
GHz
modules
is
2134
m
(7000
ft)
Weight
Distribution
The
following
table
shows
dimensions
and
weights
used
to
calculate
floor
loading
for
the
Eserver
pSeries
690.
All
floor-loading
calculations
are
intended
for
a
raised-floor
environment.
1
Frame
with
Slimming
Covers
2
Frames
with
Slimming
Covers
1
Frame
with
Acoustical
Covers
2
Frames
with
Acoustical
Covers
Weight
1170
kg
(2580
lbs.)
1973
kg
(4349
lbs.)
1184
kg
(2610
lbs.)
2000
kg
(4409
lbs.)
Width
750
mm
(29.5
in.)
1539
mm
(60.6
in.)
750
mm
(29.5
in.)
1539
mm
(60.6
in.)
Depth
1173
mm
(46.2
in.)
1173
mm
(46.2
in.)
1173
mm
(46.2
in.)
1173
mm
(46.2
in.)
138
Eserver
pSeries
690
Service
Guide
Summary of Contents for eserver pSeries 690
Page 1: ...pSeries 690 Service Guide SA38 0589 05 ERserver...
Page 2: ......
Page 3: ...pSeries 690 Service Guide SA38 0589 05 ERserver...
Page 12: ...x Eserver pSeries 690 Service Guide...
Page 14: ...xii Eserver pSeries 690 Service Guide...
Page 228: ...Step 1527 5 Call your next level of support 212 Eserver pSeries 690 Service Guide...
Page 362: ...Step 1545 15 Call for support This ends the procedure 346 Eserver pSeries 690 Service Guide...
Page 381: ...Step 154A 14 Turn off the power Chapter 3 Maintenance Analysis Procedures 365...
Page 430: ...414 Eserver pSeries 690 Service Guide...
Page 798: ...782 Eserver pSeries 690 Service Guide...
Page 923: ...L3 Cache Shorts Test Step 4 Chapter 9 Removal and Replacement Procedures 907...
Page 924: ...L3 Cache Shorts Test Step 5 908 Eserver pSeries 690 Service Guide...
Page 926: ...L3 Cache Shorts Test Step 2 910 Eserver pSeries 690 Service Guide...
Page 928: ...L3 Cache Shorts Test Step 4 912 Eserver pSeries 690 Service Guide...
Page 929: ...L3 Cache Shorts Test Step 5 Chapter 9 Removal and Replacement Procedures 913...
Page 1055: ...7040 Model 681 Media Subsystem 1 2 3 4 5 6 7 8 9 10 Chapter 10 Parts Information 1039...
Page 1057: ...Power and SCSI Cables to the Media Subsystem 1 2 3 5 4 6 Chapter 10 Parts Information 1041...
Page 1061: ...Power Cabling Chapter 10 Parts Information 1045...
Page 1090: ...1074 Eserver pSeries 690 Service Guide...
Page 1094: ...1078 Eserver pSeries 690 Service Guide...
Page 1122: ...1106 Eserver pSeries 690 Service Guide...
Page 1124: ...1108 Eserver pSeries 690 Service Guide...
Page 1132: ...1116 Eserver pSeries 690 Service Guide...
Page 1133: ......
Page 1134: ...Printed in U S A February 2004 SA38 0589 05...