Specifications
This
section
contains
specifications
for
the
pSeries
690
system.
pSeries
690
Physical
Specifications
and
Loads
The
following
tables
illustrate
the
physical,
electrical
and
thermal,
acoustical,
and
environmental
characteristics
of
various
pSeries
690
system
configurations.
Power
and
Electrical
Requirements
Redundant
power
line
cords
are
standard
on
the
pSeries
690.
The
system
uses
dual
ac
power
cords.
For
maximum
availability,
each
of
the
power
cords
should
be
fed
from
independent
power
grids.
The
following
table
illustrates
electrical
and
thermal
characteristics
for
the
pSeries
690.
Electrical/Thermal
Characteristic
Rated
Voltage
(V
ac,
3
phase)
200
to
240
380
to
415
480
Rated
Current
(A,
per
phase)
45
25
20
Frequency
(Hertz)
50
to
60
50
to
60
50
to
60
Power
(Maximum
in
kVA)
15.7
15.7
15.7
Typical,
full
load
power
factor
(pf)
0.99
0.97
0.93
Inrush
current
(Amps)
162
maximum
(see
note
below)
Thermal
output
(Maximum
kBtu/hr)
53.3
53.3
53.3
Notes:
1.
Inrush
currents
occur
only
at
initial
application
of
power
(very
short
duration
for
charging
capacitors).
No
inrush
currents
occur
during
the
normal
power
off-on
cycle.
2.
System
will
function
normally
with
a
nominal
input
voltage
in
the
range
of
200-480
V,
AC,
three
phase.
The
following
table
illustrates
the
line
cord
options
for
the
pSeries
690
with
their
geographic,
breaker
rating,
and
cord
information.
3-Phase
Supply
Voltage
(50/60
Hz)
200-240
V
380-415
V
480
V
Geography
United
States,
Canada,
Japan
Europe,
Middle
East,
Africa,
Asia
Pacific
United
States,
Canada
Customer
Circuit
Breaker
Rating
(see
Note
1
below)
60
A
30
A
30
A
Cord
Information
6
and
14
foot,
6
AWG
line
cord
14
foot,
6
or
8
AWG
line
cord,
(electrician
installed)
6
and
14
foot,
10
AWG
line
cord
Recommended
Receptacle
IEC309,
60
A,
type
460R9W
(not
provided)
Not
specified,
electrician
installed
IEC309,
30
A,
type
430R7W
(not
provided)
Notes:
1.
The
exact
circuit
breaker
ratings
may
not
be
available
in
all
countries.
Where
the
specified
circuit
breaker
ratings
are
not
acceptable,
use
the
nearest
available
rating.
Use
of
a
time
delayed
circuit
breaker
is
recommended.
2.
In
two-frame
systems,
frame
B
receives
its
power
from
frame
A.
The
power
to
frame
B
is
350
V
dc
fed
from
the
BPD
through
UPIC
cables.
Phase
Imbalance
and
BPR
Configuration:
Depending
on
the
number
of
Bulk
Power
Regulators
(BPRs)
in
your
system,
phase
imbalance
can
occur
in
line
currents.
All
systems
are
provided
with
two
bulk
power
assemblies
(BPAs),
with
separate
line
cords.
Phase
currents
will
be
divided
between
two
line
cords
in
132
Eserver
pSeries
690
Service
Guide
Summary of Contents for eserver pSeries 690
Page 1: ...pSeries 690 Service Guide SA38 0589 05 ERserver...
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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...
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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...
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Page 1124: ...1108 Eserver pSeries 690 Service Guide...
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Page 1134: ...Printed in U S A February 2004 SA38 0589 05...