Physical
Description
The
AC-input power
supply
operates
between
100 and
240-VAC
input
voltage
and
supplies
DC
power
to
the
internal
components
The
DC-input power
supply
operates
on
48-VDC
input
voltage
in
North America
or
60 VDC
in the
European
Community
and
supplies
DC
power
to
the internal
components
Table
1-1
earlier
in
this
chapter
lists
the acceptable
AC-input and DC-input
ranges
and
the
internal
operating
DC
voltages
that
are supplied
single
handle
on
each
power
supply
provides
grip point
for pulling the
power
supply
out
of the
chassis
See
Figure
1-3 or Figure
1-4
single
captive
screw
secures
each
power
supply
to
the
chassis
The
power
supply
delivers
VDC
power
to
the
internal
components
through
bus bar system
that
connects
directly
between
the
power
supplies
and
the
backplane
The
backplane
distributes
the
DC
voltages
to
the
blower
module
dual
arbiter chassis interface
and
processor
module
bus
connectors
The
AC
power
receptacle
or
DC-input
terminal
block
power
switch
and
status
LEDs
are
on
the
faceplate
of
each
power
supply
modular
power
cable
connects
the
AC-input power
supply
to
the
site
AC
power
source
cable
retention
band
on
the
power
supply
AC
receptacle
prevents
the cable
from
being
pulled
out accidentally
The DC-input
is
supplied
by
three-lead
8-AWG
cable
that
you
provide
You
provide
nylon
cable
ties
for
DC-input power
cable
strain
relief
On
the
AC-input
and DC-input power
supplies
the
power
switch
turns
the
power
supply
on and
starts
the
system
Adjacent
to
each
power
supply
bay
there
is
threaded
M4
.7
chassis
ground
receptacle
that
provides
chassis
ground
connection
for
ESD
equipment
or
grounding
wire
See
Figure
1-1
On
the
AC-input
and DC-input power
supplies
the
green
OK
LED
indicates
the
status
of the
power
supply
and
internal
DC
voltages
The
OK
LED
stays
on
when
all
of the following
conditions
are
met
The AC-input power
supply
is
on and
receiving
100
to
240
VAC
50
to
60
Hz
source
power
The
DC-input power
supply
is
on and
receiving
48 VDC
in
North America
or
60V
in
the
European
Community
The
internal
power-supply
fan
is
running
properly
The
power
supply
is
providing
the
12 12
and
24
VDC
to
internal
components
If
the
AC
or
DC
source
power
or any of the
internal
DC
voltages
exceeds
allowable
tolerances
the
AC
or
DC
OK
LED
goes
off
and
the
system
environmental
monitor
messages
indicate
the
line
that
is
out of tolerance
Because
the
RSP2
which
uses
VDC
and
the
blower module
which
uses
24
VDC
are both
required
for
operation
the
system
will
probably
shut
down
if
any
internal
voltages
reach
an
out-of-tolerance
state
The
red output
fail
LED
is
off
when
all
internal
DC
voltages
are within
tolerance
and
goes
on
if
any
of the
internal
DC
voltages
is
out of tolerance
When
the
internal
power
supply
fan
is
operating
properly
the fan
OK
LED
is
on For
complete
description
of the
power
supply
LEDs
refer
to
the
appendix
Reading
LED
Indicators
1-8
Cisco
7513
Hardware
Installation
and
Maintenance
Summary of Contents for 7513 Series
Page 1: ......
Page 11: ...Cisco 7513 Hardware Installation and Maintenance ...
Page 121: ...Site Log 2 56 Cisco 7513 Hardware Installation and Maintenance ...
Page 162: ...Troubleshooting the Processor Subsystem 4 10 Cisco 7513 Hardware Installation and Maintenance ...
Page 266: ...Interface Processor LEDs B 16 Cisco 7513 Hardware Installation and Maintenance ...
Page 270: ...C 4 Cisco 7513 Hardware Installation and Maintenance ...
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