Power Supply
Specifications
Revised: September
21, 2015
This appendix
describes the Catalyst 6500 series power supplies and provides
their specifications. This appendix contains the following
sections:
Table A-1
lists the currently available Catalyst 6500 series switch power supplies and the power supply
description location.
Table A-1
Catalyst 6500 Series Power Supplies
|
|
AC-Input
Model
Product Number |
DC-Input
Model Product Number |
|
950 W
|
PWR-950-AC
|
PWR-950-DC
|
|
1000 W
|
WS-CAC-1000W
|
Not Available
|
|
1300 W
|
WS-CAC-1300W
|
WS-CDC-1300W
|
|
1400 W 1
|
PWR-1400-AC
|
Not Available
|
|
2500 W
|
WS-CAC-2500W
|
WS-CDC-2500W
|
|
2700 W
|
PWR-2700-AC/4
|
PWR-2700-DC/4
|
|
3000 W
|
WS-CAC-3000W
|
Not Available
|
|
4000 W
|
WS-CAC-4000W-US1
WS-CAC-4000W-INT
|
PWR-4000-DC
|
|
6000 W
|
WS-CAC-6000W
|
PWR-6000-DC
|
|
8700 W
|
WS-CAC-8700W-E
|
Not Available
|
Note
The Catalyst 6500
series switches allow you to mix
AC-input and DC-input power supplies in the same chassis.
Note Many telco
organizations require a –48 VDC power supply to accommodate their
power distribution systems. From an operational perspective, the
DC-input power supply has the same characteristics as the AC-input
version.
Power
Supply Compatibility Matrix
Table A-2
lists the compatibility of the power
supplies with the Catalyst 6500 switch chassis.
Table A-2
Catalyst 6500 Series Switch Supported Power
Supply Configurations
|
|
|
Chassis/Power Supply Restrictions |
|
Catalyst 6503
|
- 950 W AC-input
and DC-input
- 1400 W
AC-input
|
- The 950 W
AC-input power supply requires a PEM-15A-AC Power Entry Module
(PEM).
- The 1400 W
AC-input power supply requires a PEM-20A-AC+ Power Entry Module
(PEM).
|
|
Catalyst
6503-E
|
- 950 W AC-input
and DC-input
- 1400 W
AC-input
|
- The 950 W
AC-input power supply requires a PEM-15A-AC Power Entry Module
(PEM).
- The 1400 W
AC-input power supply requires a PEM-20A-AC+ Power Entry Module
(PEM).
|
|
Catalyst
6504-E
|
- 2700 W
AC-input and DC-input
|
No
restrictions
|
|
Catalyst 6506
|
- 1000 W
AC-input
- 1300 W
AC-input and DC-input
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
The 6000 W
AC-input, 6000 W DC-input, and the 8700 W AC-input power supplies
are limited to 4000 W when they are installed in the Catalyst 6506
switch chassis.
|
|
Catalyst
6506-E
|
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
No
restrictions.
|
|
Catalyst 6509
|
- 1000 W
AC-input
- 1300 W
AC-input, and DC-input
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
The 6000 W
AC-input, 6000 W DC-input, and the 8700 W AC-input power supplies
are limited to 4000 W when they are installed in the Catalyst 6509
switch chassis.
|
|
Catalyst
6509-E
|
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
No
restrictions.
|
|
Catalyst
6509-NEB
|
- 1000 W
AC-input
- 1300 W
AC-input and DC-input
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
The 6000 W
AC-input, 6000 W DC-input, and the 8700 W AC-input power supplies
are limited to 4000 W when they are installed in the Catalyst
6509-NEB switch chassis.
|
|
Catalyst
6509-NEB-A
|
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
The 6000 W
AC-input, 6000 W DC-input, and the 8700 W AC-input power supplies
are limited to 4500 W maximum output when they are installed in the
Catalyst 6509-NEB-A switch chassis.
|
|
Catalyst
6509-V-E
|
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
No
restrictions.
|
|
Catalyst 6513
|
- 2500 W
AC-input and DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
The 8700 W
AC-input power supply is limited to 6000 W maximum output when it
is installed in the Catalyst 6513 switch chassis.
|
|
Catalyst
6513-E
|
- 2500 W
DC-input
- 3000 W
AC-input
- 4000 W
AC-input and DC-input
- 6000 W
AC-input and DC-input
- 8700 W
AC-input
|
No
restrictions.
|
950 W AC-Input and DC-Input Power Supplies
The 950 W
AC-input (PWR-950-AC) and DC-input
(PWR-950-DC) power supplies can be
installed in the Catalyst 6503 and Catalyst 6503-E switch chassis
only. Due to form factor differences, the 950 W AC-input and
DC-input power supplies cannot be installed in any other Catalyst
6500 series switch chassis.
The 950 W power
supplies (see
Figure A-1) do not connect directly to source AC or source DC
but use Power Entry Modules (PEMs),
located on the front of the Catalyst 6503 and Catalyst 6503-E
switch chassis, to connect the site power source to the power
supply located in the back of the chassis. The form factor is the
same for the AC-input and DC-input power supplies.
The AC-input PEM
(shown in
Figure A-2) and DC-input PEM (shown in
Figure A-3) provide an input power connection on the front of
the switch chassis to connect the site power source to the power
supply. You can connect the DC-input power supply to the power
source with heavy gauge wiring connected to a terminal block. The
actual wire gauge size is determined by local electrical codes and
restrictions.
Note The system (NEBS)
ground serves as the primary safety ground for Catalyst 6503 and
Catalyst 6503-E chassis that are equipped with 950 W DC-input power
supplies and DC-input PEMs. The DC-input power supplies for these
chassis do not have a separate ground.
The PEMs have an
illuminated power switch (AC-input model only), current protection,
surge and EMI suppression, and filtering functions.
Figure A-1
950 W AC- and
DC-Input Power Supplies
Figure A-2
950 W AC-Input PEM
(PEM-15A-AC)
Figure A-3
DC Power Entry Module (PEM)
950 W Power Supply
Specifications
Table A-3
lists the specifications for the 950
W AC-input power supply.
Table A-3
950 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
Autoranging input
with power factor correction (PFC)
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
- 12 A @ 120
VAC
- 6 A @ 230
VAC
|
|
AC-input
frequency
|
50/60 Hz
(nominal)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—15 A
- For
International—Circuits sized to local and national codes
- All Catalyst
6500 series AC-input power supplies require single-phase source
AC.
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
950 W maximum
(100–240 VAC)
|
|
Power supply
output
|
- 15 A @ +1.5
VDC
- 2.5 A @ +3.3
VDC
- 19.15 A @ +50
VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
1.32 kVA
|
|
Heat
dissipation
|
4441 BTU/hour
(approx.)
|
|
Weight
|
8.2 lb (3.7
kg)
|
Table A-4
lists the specifications for the 950
W DC-input power supply.
Table A-4
950 W DC-Input Power Supply Specifications
|
|
|
|
DC-input
voltage
|
–48 VDC to –60
VDC continuous
|
|
DC-input
current
|
- 28 A @ –48
VDC
- 23 A @ –60
VDC
|
|
Power supply
output capacity
|
950 W
|
|
Power supply
output
|
- 15 A @ +1.5
VDC
- 2.5 A @ +3.3
VDC
- 19.15 A @ +50
VDC
|
|
Output holdup
time
|
8 ms
|
|
Heat
dissipation
|
4632 BTU/hour
(approx.)
|
|
Weight
|
8.4 lb (3.8
kg)
|
Table A-5
lists the power supply LEDs and their meanings.
Table A-5
950 W AC-Input and DC-Input Power Supply LEDs
|
|
|
|
INPUT OK
|
AC-input power
supplies:
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the PEM is turned
off.
DC-input power
supplies:
- Green—Source
DC voltage is OK. (–40.5 VDC or greater.)
- Off—Source DC
voltage falls below –33 VDC or is not present at the PEM.
|
|
FAN OK
|
Green—Power
supply fan is operating properly.
Off—Power supply
fan failure is detected.
|
|
OUTPUT FAIL
|
Red—Problem with
one or more of the DC-output voltages of the power supply is
detected.
Off—DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
950 W Power Supply AC Power
Cords
Table A-6
lists the 950 W AC-input power supply
AC power cords specifications. These power cords plug into the 950
W PEM(PEM-15A-AC), not directly into the power supply. The table
includes references to power cord illustrations.
Note All 950 W power
supply power cords are 8 feet 2 inches (2.5 meters) in length.
Note All 950 W power
supply power cords have an IEC60320/C15 appliance connector at one
end. The appliance connector has a 90° left bend.
Table A-6
950 W AC-Input Power Supply Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7KACR=
|
IRAM 2073
|
10 A, 250 VAC
|
Figure
A-25
|
|
Australia, New
Zealand
|
CAB-AC10A-90L-AU=
|
SAA AS 3112
|
10 A, 250 VAC
|
Figure
A-20
|
|
Continental
Europe
|
CAB-AC10A-90L-EU=
|
CEE 7/7
|
10 A, 250 VAC
|
Figure
A-21
|
|
Italy
|
CAB-AC10A-90L-IT=
|
CEI 23-16/7
|
10 A, 250 VAC
|
Figure
A-22
|
|
Japan, North
America
|
CAB-AC15A-90L-US=
|
NEMA 5-15
|
15 A, 125 VAC
|
Figure
A-23
|
|
United
Kingdom
|
CAB-AC10A-90L-UK=
|
BS 1363
|
10 A, 250 VAC
|
Figure
A-24
|
1000 W
AC-Input Power Supply
The 1000 W
AC-input power supply (WS-CAC-1000W)
is supported in the following Catalyst 6500 series switches:
- Catalyst
6506
- Catalyst
6509
- Catalyst
6509-NEB
The 1000 W power
supply (shown in
Figure A-4) shares the same form factor as the 1300 W, 2500 W,
3000 W, 4000 W, and 6000 W AC-input power supplies.
Figure A-4
1000 W AC-Input
Power Supply
1000 W Power Supply
Specifications
Table A-7
lists the specifications for the 1000
W AC-input power supply.
Table A-7
1000 W Power Supply Specifications
|
|
|
|
AC-input type
|
Autoranging input
with power factor correction (PFC)
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
- 12 A @ 120
VAC
- 6 A @ 230
VAC
|
|
AC-input
frequency
|
50/60 Hz
(nominal)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—15 A or 20 A
- For
International—Circuits sized to local and national codes
- All Catalyst
6500 series AC-input power supplies require single-phase source
AC.
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
1000 W
|
|
Power supply
output
|
- 15 A @ +3.3
VDC
- 5 A @ +5
VDC
- 6 A @ +12 VDC
- 20.3 A @ +42
VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
1.25 kVA
|
|
Heat
dissipation
|
4213 BTU/hour
(approx.)
|
|
Weight
|
14.8 lb (6.7
kg)
|
Table A-8
list the power supply LEDs and their meanings.
Table A-8
1000 W Power Supply LEDs
|
|
|
|
INPUT OK
|
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power supply is
detected.
- Off—DC-output
voltage with acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
1000 W Power Supply AC
Power Cords
Table A-9
lists the specifications for the AC
power cords that are available for the 1000 W AC-input power
supply. The table includes references to power cord
illustrations.
Note All 1000 W power
supply power cords are 8 feet 2 inches (2.5 meters) in length.
Note All 1000 W power
supply power cords have an IEC60320/C15 appliance plug at one end.
Table A-9
1000 W AC-Input Power Supply Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7KACR=
|
IRAM 2073
|
10 A, 250 VAC
|
Figure
A-25
|
|
Australia, New
Zealand
|
CAB-7KACA=
|
SAA AS 3112
|
15 A, 250 VAC
|
Figure
A-26
|
|
Continental
Europe
|
CAB-7KACE=
|
CEE 7/7
|
16 A, 250 VAC
|
Figure
A-27
|
|
Italy
|
CAB-7KACI=
|
CEI 23-16/7
|
10 A, 250 VAC
|
Figure
A-28
|
|
Japan, North
America
|
CAB-7KAC-15=
|
NEMA 5-15
|
15 A, 125 VAC
|
Figure
A-29
|
|
United
Kingdom
|
CAB-7KACU=
|
BS 1363
|
10 A, 250 VAC
|
Figure
A-30
|
1300 W AC-Input and DC-Input Power Supplies
The 1300 W
AC-input power supply (WS-CAC-1300W)
and 1300 W DC-input power supply
(WS-CDC-1300W) are supported in the following Catalyst 6500 series
switches:
- Catalyst
6506
- Catalyst
6509
- Catalyst
6509-NEB
The 1300 W power
supply (see
Figure A-5 for the 1300 W AC-input power supply and
Figure A-6 for the 1300 W DC-input power supply) shares the
same form factor as the 1000 W, 2500 W, 3000 W, 4000 W, and 6000 W
AC-input power supplies.
Figure A-5
1300 W AC-input Power Supply
Figure A-6
1300 W DC-Input Power Supply
1300 W Power Supply
Specifications
Table A-11
lists the specifications for the 1300
W AC-input power supply.
Table A-10
1300 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
Autoranging input
with power factor correction (PFC).
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
- 16 A @ 120
VAC
- 8 A @ 230
VAC
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3 Hz for full range)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—15 A or 20 A
- For
International—Circuits sized to local and national codes
- All Catalyst
6500 series AC-input power supplies require single-phase source
AC.
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
- 1300 W maximum
(AC-input)
- 1360 W maximum
(DC-input)
|
|
Power supply
output
|
- 15 A @ +3.3
VDC
- 5 A @ +5
VDC
- 6 A @ +12
VDC
- 27.46 A @ +42
VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
1.625 kVA
|
|
Heat
dissipation
|
5478 BTU/hour
(approx.)
|
|
Weight
|
18.4 lb (8.3
kg)
|
Table A-11
lists the specifications for the 1300
W DC-input power supply.
Table A-11
1300 W DC-Input Power Supply Specifications
|
|
|
|
DC-input
voltage
|
–48 VDC to –60
VDC continuous
|
|
DC-input
current
|
- 39 A @ –48
VDC
- 31 A @ –60
VDC
|
|
Power supply
output capacity
|
1360 W maximum
(DC-input)
|
|
Power supply
output
|
- 15 A @ +3.3
VDC
- 5 A @ +5
VDC
- 6 A @ +12
VDC
- 28.9 A @ +42
VDC
|
|
DC input terminal
block
|
Accepts 3 AWG to
10 AWG copper conductors. Actual size of the wire needed is
determined by the installer or local electrician. Terminal block
material is rated at 120°C.
|
|
Output holdup
time
|
8 ms
|
|
Heat
dissipation
|
6447 BTU/hour
(approx.)
|
|
Weight
|
21.0 lb (9.5
kg)
|
Table A-12
lists the 1300 W power supply LEDS and their meanings.
Table A-12
1300 W AC-Input and DC-Input Power Supply
LEDs
|
|
|
|
INPUT OK
|
AC-input power
supplies:
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply
turned off.
DC-input power
supplies:
- Green—Source
DC voltage is OK. (Input voltage is –40.5 VDC or greater.)
- Off—Source DC
voltage falls below –33 VDC, is not present, or the power supply is
turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power supply is
detected.
- Off—DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
1300 W Power Supply AC
Power Cords
Table A-13
lists the specifications for the AC
power cords that are available for the 1300 W AC-input power
supply. The table includes references to power cord
illustrations.
Note All 1300 W power
supply power cords are 14 feet (4.3 meters) in length.
Note All 1300 W power
supply power cords have an IEC60320/C19 appliance connector at one
end.
Table A-13
1300 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7513ACR=
|
IRAM 2073
|
10 A, 250 VAC
|
Figure
A-31
|
|
Australia, New
Zealand
|
CAB-7513ACA=
|
SAA AS 3112
|
15 A, 250 VAC
|
Figure
A-32
|
|
Continental
Europe
|
CAB-7513ACE=
|
CEE 7/7
|
16 A, 250 VAC
|
Figure
A-33
|
|
Israel
|
CAB-AC-2500W-ISRL=
|
SI16S3
|
16 A, 250 VAC
|
Figure
A-34
|
|
Italy
|
CAB-7513ACI=
|
CEI 23-16/7
|
16 A, 250 VAC
|
Figure
A-35
|
|
Japan, North
America
|
CAB-7513AC=
|
NEMA 5-20
|
20 A, 125 VAC
|
Figure
A-36
|
|
People’s Republic
of China
|
CAB-AC16A-CH=
|
GB16C
|
16 A, 250 VAC
|
Figure
A-37
|
|
South Africa
|
CAB-7513ACSA=
|
IEC 884-1
|
16 A, 250 VAC
|
Figure
A-38
|
|
Switzerland
|
CAB-ACS-10=
|
SEV 1011
|
10 A, 250 VAC
|
Figure
A-39
|
|
United
Kingdom
|
CAB-7513ACU=
|
BS 1363
|
13 A, 250 VAC
|
Figure
A-40
|
|
Power
Distribution Unit (PDU)
|
CAB-C19-CBN=
|
IEC 60320
C19
IEC 60320 C20
|
16 A, 250 VAC
|
Figure
A-47
|
1400 W
AC-Input Power Supply
The 1400 W
AC-input power supply (PWR-1400-AC)
can be installed in the Catalyst 6503 switch and Catalyst 6503-E
switch chassis only. Due to form factor differences, the 1400 W
AC-input power supply cannot be installed in any other Catalyst
6500 series switch chassis.
The 1400 W power
supplies (see
Figure A-7) do not connect directly to source AC but use power
entry modules (PEMs), located on the front of the Catalyst 6503 and
Catalyst 6503-E switch chassis, to connect the site power source to
the power supply located in the back of the chassis.
The AC-input
PEM (PEM-20A-AC+) (shown in
Figure A-8) provides an input power connection on the front of
the router chassis to connect the site power source to the power
supply.
The PEMs have an
illuminated power switch, current protection, surge and EMI
suppression, and filtering functions.
Figure A-7
1400 W AC-Input Power Supply (PWR-1400-AC)
Figure A-8
1400 W AC-Input PEM (PEM-20A-AC+)
1400 W Power Supply
Specifications
Table A-14
lists the specifications for the 1400
W AC-input power supply.
Table A-14
1400 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
Autoranging input
with power factor correction (PFC).
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
- 16 A @ 120
VAC
- 8 A @ 230
VAC
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3 Hz for full range)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—20 A
- For
International—Circuits sized to local and national codes
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
1400 W
|
|
Power supply
output
|
- 15 A @ +1.5
V
- 2.5 A @ +3.3
V
- 27.4 A @ +50
V
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
1.75 kVA
|
|
Heat
dissipation
|
5976 BTU/hour
(approx.)
|
|
Weight
|
7.8 lb (3.5
kg)
|
Table A-15
lists the 1400 W AC-input power supply LEDs and their
meanings.
Table A-15
1400 W AC-Input Power Supply LEDs
|
|
|
|
INPUT OK
|
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power supply is
detected.
- DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
1400 W Power Supply AC
Power Cords
Table A-16
lists the specifications for the AC
power cords that are available for the 1400 W AC-input power
supply. These power cords plug into the 1400 W PEM (PEM-20A-AC+);
not directly into the power supply. The table includes references
to power cord illustrations.
Note All 1400 W power
supply power cords are 14 feet (4.3 meters) in length.
Note All 1400 W power
supply power cords have an IEC60320/C19 appliance plug at one
end.
Table A-16
1400 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7513ACR=
CAB-IR2073-C19-AR=
|
IRAM 2073
|
16 A, 250 VAC
|
Figure
A-31
|
|
Australia, New
Zealand
|
CAB-7513ACA=
|
SAA AS 3112
|
15 A, 250 VAC
|
Figure
A-32
|
|
People’s Republic
of China
|
CAB-AC16A-CH=
|
GB16C
|
16 A, 250 VAC
|
Figure
A-37
|
|
Continental
Europe
|
CAB-7513ACE=
CAB-AC-2500W-EU=
|
CEE 7/7
CEE 7/7
|
16 A, 250 VAC
16 A, 250 VAC
|
Figure
A-33
Figure
A-41
|
|
International
|
CAB-AC-2500W-INT=
|
IEC 309
|
16 A, 250 VAC
|
Figure
A-42
|
|
Israel
|
CAB-AC-2500W-ISRL=
|
SI16S3
|
16 A, 250 VAC
|
Figure
A-34
|
|
Italy
|
CAB-7513ACI=
|
CEI 23-16/7
|
16 A, 250 VAC
|
Figure
A-35
|
|
Japan, North
America
|
CAB-7513AC=
CAB-AC-2500W-US1=
CAB-AC-C6K-TWLK=
|
NEMA 5-20
NEMA 6-20
NEMA
L6-20
|
20 A, 125 VAC
16 A, 250 VAC
16 A, 250 VAC
|
Figure
A-36
Figure
A-43
Figure
A-44
|
|
South Africa
|
CAB-7513ACSA=
|
IEC 884-1
|
16 A, 250 VAC
|
Figure
A-38
|
|
Switzerland
|
CAB-ACS-10=
|
SEV 1011
|
10 A, 250 VAC
|
Figure
A-39
|
|
Switzerland
|
CAB-ACS-16=
|
SEV 5934-2 Type
23
|
16 A, 250 VAC
|
Figure
A-45
|
|
United
Kingdom
|
CAB-7513ACU=
|
BS 1363
|
13 A, 250
VAC
|
Figure
A-40
|
|
Power
Distribution Unit (PDU)
|
CAB-C19-CBN=
|
IEC 60320
C19
IEC 60320 C20
|
16 A, 250 VAC
|
Figure
A-47
|
2500 W AC-Input and DC-Input Power Supplies
The 2500 W
AC-input power supply (WS-CAC-2500W)
and 2500 W DC-input power supply
(WS-CDC-2500W) are supported in the following Catalyst 6500 series
switches:
- Catalyst
6506
- Catalyst
6506-E
- Catalyst
6509
- Catalyst
6509-E
- Catalyst
6509-NEB
- Catalyst
6509-NEB-A
- Catalyst
6509-V-E
- Catalyst
6513
- Catalyst
6513-E (DC-input power supply only)
The 2500 W power
supplies, shown in
Figure A-9 and
Figure A-10, share the same form factor as the 1000 W, 1300 W,
3000 W, 4000 W, and 6000 W AC-input power supplies.
Note With a fully
populated Catalyst 6513 switch, two 2500 W power supplies are not
fully redundant. If you operate the 2500 W power supply at the low
range input (100 to 120 VAC), it is not redundant in a fully
populated Catalyst 6509, Catalyst 6509-E, Catalyst 6509-NEB,
Catalyst 6509-NEB-A, or Catalyst 6509-V-E switch.
Note The 2500 W AC-input
power supply needs 220 VAC to deliver 2500 W of power. When powered
with 110 VAC, it delivers only 1300 W. In addition, the power
supply needs 16 A, regardless of whether it is plugged into 110 VAC
or 220 VAC.
Figure A-9
2500 W AC-Input
Power Supply
Figure A-10
2500 W DC-input Power Supply
2500 W Power Supply
Specifications
Table A-17
lists the specifications for the 2500
W AC-input and DC-input power supplies.
Table A-17
2500 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
Autoranging input
with power factor correction (PFC).
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
16 A maximum at
230 VAC at 2500 W output
16 A maximum at 120 VAC at 1300 W output
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3% for full range)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—20 A
- For
International—Circuits sized to local and national codes
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
- 1300 W maximum
(100–120 VAC)
- 2500 W maximum
(200–240 VAC)
|
|
Power supply
output
|
– 15.5 A @ +3.3 VDC
– 5 A @ +5 VDC
– 10 A @ +12 VDC
– 27.5 A @ +42 VDC
– 15 A @ +3.3 VDC
– 5 A @ +5 VDC
– 10 A @ +12 VDC
– 55.5 A @ +42 VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
3520 W (total
input power) or 3.6 KVA (high-line operation)
|
|
Heat
dissipation
|
10,939 BTU/hour
(approx.)
|
|
Weight
|
17.0 lb (7.7
kg)
|
Table A-18
lists the specifications for the 2500
W DC-input power supply.
Table A-18
2500 W DC-Input Power Supply Specifications
|
|
|
|
DC-input voltage
|
North America:
–48 VDC (nominal) (–40.5 VDC to –56 VDC)
International:
–60 VDC (nominal) (–55 VDC to –72 VDC)
|
|
DC-input
current
|
- 70 A @ –48
VDC
- 55 A @ –60
VDC
|
|
Power supply
output capacity
|
2500 W maximum
(–48 to –60 VDC)
|
|
Power supply
output
|
- 15 A @ +3.3
VDC
- 5 A @ +5
VDC
- 10 A @ +12
VDC
- 55.5 A @ +42
VDC
|
|
DC input terminal
block
|
Accepts 2–14 AWG
copper conductors. Actual size of the wire needed is determined by
the installer or local electrician. Terminal block material rated
at 150°C.
|
|
Output holdup
time
|
- 20 ms minimum
(AC-input power supply)
- 4 ms (DC-input
power supply)
|
|
Heat
dissipation
|
- 10,939
BTU/hour (approx.) AC-input power supply
- 11,377
BTU/hour (approx.) DC-input power supply
|
|
Weight
|
20.2 lb (9.2
kg)
|
Table A-19
lists the power supply LEDs and their meanings.
Table A-19
2500 W AC-Input and DC-Input Power Supply
LEDs
|
|
|
|
INPUT OK
|
AC-input power
supplies:
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
DC-input power
supplies:
- Green—Source
DC voltage is OK. (Input voltage is –40.5 VDC or greater.)
- Off—Source DC
voltage falls below –33 VDC, is not present, or the power supply is
turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power
supply.
- Off—DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
2500 W Power Supply AC
Power Cords
Table A-20
lists the specifications for the AC
power cords that are available for the 2500 W AC-input power
supply. The table includes references to power cord
illustrations.
Note All 2500 W power
supply power cords are 14 feet (4.3 meters) in length.
Note All 2500 W power
supply power cords have an IEC60320/C19 appliance connector at one
end.
Table A-20
2500 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7513ACR= or
CAB-IR2073-C19-AR=
|
IRAM 2073
|
16 A, 250 VAC
|
Figure
A-31
|
|
Australia, New
Zealand
|
CAB-AC-16A-AUS=
|
AU20S3
|
16 A, 250 VAC
|
Figure
A-46
|
|
People’s Republic
of China
|
CAB-AC16A-CH=
|
GB16C
|
16 A, 250 VAC
|
Figure
A-37
|
|
Continental
Europe
|
CAB-AC-2500W-EU=
|
CEE 7/7
|
16 A, 250 VAC
|
Figure
A-41
|
|
International
|
CAB-AC-2500W-INT=
|
IEC 309
|
16 A, 250 VAC
|
Figure
A-42
|
|
Israel
|
CAB-AC-2500W-ISRL=
|
SI16S3
|
16 A, 250 VAC
|
Figure
A-34
|
|
Japan, North
America
200–240 VAC operation
|
CAB-AC-2500W-US1=
|
NEMA 6-20
(nonlocking
plug)
|
16 A, 250 VAC
|
Figure
A-43
|
|
Japan, North
America
200–240 VAC operation
|
CAB-AC-C6K-TWLK=
|
NEMA L6-20
(locking
plug)
|
16 A, 250 VAC
|
Figure
A-44
|
|
Japan, North
America
100–120 VAC operation
|
CAB-7513AC=
|
NEMA 5-20
|
20 A, 125 VAC
|
Figure
A-36
|
|
Power
Distribution Unit (PDU)
|
CAB-C19-CBN
|
IEC 60320
C19
IEC 60320 C20
|
16 A, 250 VAC
|
Figure
A-47
|
|
Switzerland
|
CAB-ACS-16=
|
SEV 5934-2 Type
23
|
16 A, 250 VAC
|
Figure
A-45
|
2700 W AC-Input and DC-Input Power Supplies
The 2700 W
AC-input power supply (PWR-2700-AC/4)
and 2700 W DC-input power supply
(PWR-2700-DC/4) are supported only in the Catalyst 6504-E switch.
See
Figure A-11 for the 2700 W AC-input power supply and
Figure A-12 for the 2700 W DC-input power supply.
Note The 2700 W AC-input
power supply needs 220 VAC to deliver 2700 W of power. When powered
with 110 VAC, it delivers only 1350 W. In addition, the power
supply needs 16 A, regardless of whether it is plugged into 110 VAC
or 220 VAC.
Figure A-11
2700 W AC-Input
Power Supply
|
|
Power on/off
switch (|/O)
|
|
Status LEDs
|
|
|
Power supply
fan
|
|
AC In
receptacle
|
|
|
Captive
installation screw (4x)
|
|
|
Figure A-12
2700 W DC-Input Power Supply
|
|
Captive
installation screw (4x)
|
|
Fixed cable
guide, top half
|
|
|
Source DC
terminal block
|
|
Detached cable
guide, bottom half
|
|
|
Status LEDs
|
|
Tie-wrap (for
source DC cables)
|
|
|
Terminal block
cover
|
|
Fixed cable
guide, bottom half
|
|
|
Detached cable
guide, top half
|
|
Tie-wrap (for
ground cable)
|
|
|
Ground terminal
block
|
|
|
2700 W Power Supply
Specifications
Table A-22
lists the specifications for the 2700
W AC-input power supply.
Table A-21
2700 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
Autoranging input
with power factor correction (PFC).
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
- 16 A maximum
at 230 VAC at 2700 W output
- 16 A maximum
at 120 VAC at 1350 W output
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3% for full range)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—20 A
- For
International—Circuits sized to local and national codes
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
- 1350 W maximum
(100–120 VAC)
- 2700 W maximum
(200–240 VAC)
|
|
Power supply
output
|
– 15 A @ +1.5 VDC
– 2.5 A @ +3.3 VDC
– 27.49 A @ +50 VDC
– 15 A @ +1.5 VDC
– 2.5 A @ +3.3 VDC
– 55.61 A @ +50 VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
3.4 KVA
(high-line operation)
|
|
Heat
dissipation
|
10,841 BTU/hour
(approx.)
|
|
Weight
|
18.5 lb (8.4
kg)
|
Table A-22
lists the 2700 W DC-input power
supply specifications.
Table A-22
2700 W DC-Input Power Supply Specifications
|
|
|
|
DC-input voltage
|
- –48 VDC @ 37 A
for nominal –48 V battery backup system (operating range: –40.5 VDC
to –56 VDC)
- –60 VDC @ 29 A
for nominal –60 V battery backup system (operating range: –55 VDC
to –72 VDC)
|
|
DC-input current
(per DC input)
|
- 43 A @ –40.5
VDC
- 37 A @ –48
VDC
- 29 A @ –60
VDC
Note
For multiple DC input power supplies, each DC input must be
protected by a dedicated circuit breaker or a fuse. The circuit
breaker or the fuse must be sized according to the power supply
input power rating and any local or national electrical code
requirements.
|
|
Power supply
output capacity
|
- 1350 W maximum
(–48 to –60 VDC, with one DC input)
- 2700 W maximum
(–48 to –60 VDC, with two DC inputs)
|
|
Power supply
output
|
- One DC input
operation (1350 W operation)
– 15 A @ +1.5 VDC
– 5 A @ +3.3 VDC
– 27.49 A @ +50 VDC
- Two DC inputs
operation (2700 W operation
– 15 A @ +1.5 VDC
– 5 A @ +3.3 VDC
– 55.61 A @ +50 VDC
|
|
DC input terminal
block
|
Accepts 2–14 AWG
copper conductors. Actual size of the wire needed is determined by
the installer or local electrician. Terminal block material rated
at 150°C.
|
|
Output holdup
time
|
4 ms
|
|
kVA
rating
|
3.5 KW
|
|
Heat
dissipation
|
11,968 BTU/hour
(approx.)
|
|
Weight
|
21.0 lb (9.5
kg)
|
Table A-23
lists the power supply LEDs and their meanings.
Table A-23
2700 W AC-Input and DC-Input Power Supply LEDs
|
|
|
|
INPUT 1 OK
INPUT 2 OK
(DC-input power supply only)
|
AC-input power
supplies:
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
DC-input power
supplies:
- Green—Source
DC is OK. (Input voltage is –40.5 VDC or greater.)
- Off—Source DC
voltage falls below –33 VDC, is not present, or the power supply is
turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power
supply.
- Off—DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
2700 W Power Supply AC
Power Cords
Table A-24
lists the specifications for the AC
power cords that are available for the 2700 W AC-input power
supply. The table includes references to power cord
illustrations.
Note All 2700 W power
supply power cords are 14 feet (4.3 meters) in length.
Note All 2700 W power
supply power cords have an IEC60320/C19 appliance connector at one
end.
Table A-24
2700 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7513ACR= or
CAB-IR2073-C19-AR=
|
IRAM 2073
|
16 A, 250 VAC
|
Figure
A-31
|
|
Australia, New
Zealand
|
CAB-AC-16A-AUS=
|
AU20S3
|
16 A, 250 VAC
|
Figure
A-45
|
|
People’s Republic
of China
|
CAB-AC16A-CH=
|
GB16C
|
16 A, 250 VAC
|
Figure
A-37
|
|
Continental
Europe
|
CAB-AC-2500W-EU=
|
CEE 7/7
|
16 A, 250 VAC
|
Figure
A-41
|
|
International
|
CAB-AC-2500W-INT=
|
IEC 309
|
16 A, 250 VAC
|
Figure
A-42
|
|
Israel
|
CAB-AC-2500W-ISRL=
|
SI16S3
|
16 A, 250 VAC
|
Figure
A-34
|
|
Italy
|
CAB-7513ACI=
|
CEI 23-16/7
|
16 A, 250 VAC
|
Figure
A-35
|
|
Japan, North
America
200–240 VAC operation
|
CAB-AC-2500W-US1=
|
NEMA 6-20
(nonlocking
plug)
|
16 A, 250 VAC
|
Figure
A-43
|
|
Japan, North
America
200–240 VAC operation
|
CAB-AC-C6K-TWLK=
|
NEMA L6-20
(locking
plug)
|
16 A, 250 VAC
|
Figure
A-44
|
|
Japan, North
America
100–120 VAC operation
|
CAB-7513AC=
|
NEMA 5-20
|
20 A, 125 VAC
|
Figure
A-36
|
|
Power
Distribution Unit (PDU)
|
CAB-C19-CBN=
|
IEC 60320
C19
IEC 60320 C20
|
16 A, 250 VAC
|
Figure
A-47
|
|
South Africa
|
CAB-7513ACSA=
|
IEC 884-1
|
16 A, 250 VAC
|
Figure
A-38
|
|
Switzerland
|
CAB-ACS-16=
|
SEV 5934-2 Type
23
|
16 A, 250 VAC
|
Figure
A-45
|
3000 W
AC-Input Power Supply
The 3000 W
AC-input power supply (WS-CAC-3000W)
is supported in the following Catalyst 6500 series switches:
- Catalyst
6506
- Catalyst
6506-E
- Catalyst
6509
- Catalyst
6509-E
- Catalyst
6509-NEB
- Catalyst
6509-NEB-A
- Catalyst
6509-V-E
- Catalyst
6513
- Catalyst
6513-E
The 3000 W power
supply (see
Figure A-13) shares the same form factor as the 1000 W, 1300 W,
2500 W, 4000 W, and 6000 W AC-input power supplies.
Note The 3000 W AC-input
power supply needs 220 VAC to deliver 3000 W of power. When
operating with 110 VAC, it delivers only 1400 W. In addition, the
power supply needs 16 A, regardless of whether it is plugged into
110 VAC or 220 VAC.
Figure A-13
3000 W AC-Input Power Supply
3000 W Power Supply
Specifications
Table A-25
lists the specifications for the 3000
W AC-input power supply.
Table A-25
3000 W Power Supply Specifications
|
|
|
|
AC-input type
|
Autoranging input
with power factor correction (PFC).
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
- 16 A @ 200 VAC
(3000 W output)
- 16 A @ 100 VAC
(1400 W output)
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3% for full range)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—20 A
- For
International—Circuits sized to local and national codes
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
- 1400 W maximum
(100–120 VAC)
- 3000 W maximum
(200–240 VAC)
|
|
Power supply
output
|
– 25.0 A @ +3.3 V
– 5 A @ +5 V
– 12 A @ +12 V
– 27.89 A @ +42 V
– 25.0 A @ +3.3 V
– 5 A @ +5 V
– 12 A @ +12 V
– 65.98 A @ +42 V
|
|
Front panel power
connector
|
A two-pin male
Molex connector is located in the lower right corner of the power
supply front panel. The connector provides 42 VDC at a maximum of
17 A. This connector provides power to the WS-6509-NEB-UPGRD kit
fan assembly through a power harness also provided in the kit. A
hinged protective flap secured by a captive screw covers the
connector when it is not in use.
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
3520 W (total
input power) or 3.6 KVA (high-line operation)
|
|
Heat
dissipation
|
12,046 BTU/hour
(approx.)
|
|
Weight
|
15.8 lb (7.2
kg)
|
Table A-26
lists the power supply LEDs and their meanings.
Table A-26
3000 W AC-Input Power Supply LEDs
|
|
|
|
INPUT OK
|
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power
supply.
- Off—DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
|
42V OK
|
- Green—42 VDC
is present at the fan power connector.
- Off—42 VDC is
not present at the fan power connector.
|
3000 W Power Supply AC
Power Cords
Table A-27
lists the specifications for the AC
power cords that are available for the 3000 W AC-input power
supply. The table includes references to power cord
illustrations.
Note All 3000 W power
supply power cords are 14 feet (4.3 meters) in length.
Note All 3000 W power
supply power cords have an IEC60320/C19 appliance connector at one
end.
Table A-27
3000 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7513ACR= or
CAB-IR2073-C19-AR=
|
IRAM 2073
|
16 A, 250 VAC
|
Figure
A-31
|
|
Australia, New
Zealand
|
CAB-AC-16A-AUS=
|
AU20S3
|
16 A, 250 VAC
|
Figure
A-46
|
|
People’s Republic
of China
|
CAB-AC16A-CH=
|
GB16C
|
16 A, 250 VAC
|
Figure
A-37
|
|
Continental
Europe
|
CAB-AC-2500W-EU=
|
CEE 7/7
|
16 A, 250 VAC
|
Figure
A-41
|
|
International
|
CAB-AC-2500W-INT=
|
IEC 309
|
16 A, 250 VAC
|
Figure
A-42
|
|
Israel
|
CAB-AC-2500W-ISRL=
|
SI16S3
|
16 A, 250 VAC
|
Figure
A-34
|
|
Italy
|
CAB-7513ACI=
|
CEI 23-16/7
|
16 A, 250 VAC
|
Figure
A-35
|
|
Japan, North
America (nonlocking plug)
200–240 VAC operation
|
CAB-AC-2500W-US1=
|
NEMA 6-20
|
16 A, 250 VAC
|
Figure
A-43
|
|
Japan, North
America (locking plug)
200–240 VAC operation
|
CAB-AC-C6K-TWLK=
|
NEMA L6-20
|
16 A, 250 VAC
|
Figure
A-44
|
|
Japan, North
America
100–120 VAC operation
|
CAB-7513AC=
|
NEMA 5-20
|
20 A, 125 VAC
|
Figure
A-36
|
|
Power
Distribution Unit (PDU)
|
CAB-C19-CBN=
|
IEC 60320
C19
IEC 60320 C20
|
16 A, 250 VAC
|
Figure
A-47
|
|
Switzerland
|
CAB-ACS-16=
|
SEV 5934-2 Type
23
|
16 A, 250 VAC
|
Figure
A-45
|
4000 W AC-Input and DC-Input Power Supplies
The 4000 W
AC-input and DC-input power supplies, (WS-CAC-4000W-US,
WS-CAC-4000W-INT, and PWR-4000-DC) are supported in the following
Catalyst 6500 series switches:
- Catalyst
6506
- Catalyst
6506-E
- Catalyst
6509
- Catalyst
6509-E
- Catalyst
6509-NEB
- Catalyst
6509-NEB-A
- Catalyst
6509-V-E
- Catalyst
6513
- Catalyst
6513-E
The 4000 W
AC-input and DC-input power supplies, shown in
Figure A-14 and
Figure A-15, share the same form factor as the 1000 W, 1300 W,
2500 W, and 3000 W power supplies.
Figure A-14
4000 W AC-Input Power Supply
Figure A-15
4000 W DC-Input Power Supply
4000 W Power Supply
Specifications
Table A-29
lists the specifications for the 4000
W AC-input power supply.
Table A-28
4000 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
High-line input
with power factor correction (PFC).
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
23 A
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3% for full range)
|
|
Branch circuit
requirement
|
Each chassis
power supply should have its own dedicated, fused-branch
circuit:
- For North
America—30 A
- For
International—Circuits should be sized according to local and
national codes
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Output capacity
|
4000 W
maximum
|
|
Power supply
output
|
- 15 A @ +3.3
VDC
- 5 A @ +5
VDC
- 10 A @ +12
VDC
- 90.36 A @ +42
VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
5.4 kVA
maximum
|
|
Heat
dissipation
|
17,065 BTU/hour
(approx.)
|
|
Weight
|
22.2 lb (10.1
kg)
|
Table A-29
list the specification for the 4000 W DC-input power supply.
Table A-29
4000 W DC-Input Power Supply Specifications
|
|
|
|
DC-input
voltage
|
- –48 VDC @ 37 A
for nominal –48 V battery backup system (operating range: –40.5 VDC
to –56 VDC)
- –60 VDC @ 29 A
for nominal –60 V battery backup system (operating range: –55 VDC
to –72 VDC)
Note
The 4000 W DC-input power supply requires two source DC-inputs to
be connected; it cannot operate with only one positive (+)/negative
(-) source DC terminal pair installed.
|
|
DC-input
current
|
40 A per each DC
input (three inputs)
Note
For multiple DC input power supplies, each DC input must be
protected by a dedicated circuit breaker or a fuse. The circuit
breaker or the fuse must be sized according to the power supply
input power rating and any local or national electrical code
requirements.
|
|
Power supply
output capacity
|
- 4000 W with
three inputs active
- 2700 W with
two inputs active
Note
The 4000 W power supply cannot operate with only one source
DC-input connected.
|
|
Power supply
output
|
- 15 A @ + 3.3
VDC
- 5 A @ + 5
VDC
- 12 A @ +12
VDC
- 90.63 A (three
inputs) or 59.68 A (two inputs)
@ +42 VDC
Note
The 4000 W power supply cannot operate with only one source
DC-input connected.
|
|
DC input terminal
block
|
Accepts 4 AWG
copper conductors. Actual size of the wire needed is determined by
the installer or local electrician.
|
|
Output holdup
time
|
8 ms
|
|
kVA
rating
|
5.4 kVA
maximum
|
|
Heat
dissipation
|
17,730 BTU/hour
(approx.)
|
|
Weight
|
30.8 lb (14.0
kg)
|
Table A-30
lists the power supply LEDs and their meanings.
Table A-30
4000 W AC-Input and DC-Input Power Supplies
LEDs
|
|
|
|
INPUT OK
|
AC-input power
supplies:
- Green—Source
AC voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
DC-input power
supplies:
- Green—Source
DC voltage is OK. (Input voltage is –40.5 VDC or greater.)
- Off—Source DC
voltage falls below –33 VDC, is not present, or the power supply is
turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power
supply.
- Off—DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
4000 W Power Supply AC
Power Cords
Table A-31
lists the specifications for the AC
power cords that are available for the 4000 W AC-input power
supply. Included in the table are references to illustrations of
the power cords.
Note The AC power cords
for the 4000 W AC-input power supply are hardwired directly to the
power supply; they do not have an IEC 60320 C19 appliance plug and
cannot be removed from the power supply.
Table A-31
4000 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
International
|
WS-CAC-4000W-INT=
|
IEC 60309
|
32 A, 250 VAC
|
Figure
A-48
|
|
North America,
Japan
|
WS-CAC-4000W-US=
|
NEMA
L6-30
|
30 A, 250 VAC
|
Figure
A-49
|
6000 W AC-Input and DC-Input Power Supplies
Catalyst 6500
series switch support for the 6000 W AC-input (WS-CAC-6000W) and the 6000 W DC-input
(PWR-6000-DC) power supplies along with any power supply output
restrictions are listed in
Table A-32 .
Table A-32
Chassis Support for the 6000 W AC-Input and DC-Input Power
Supplies
Catalyst
6500 Series Chassis |
6000 W
AC-Input Power Supply Restriction |
6000 W
DC-Input Power Supply Restriction |
|
Catalyst 6506
|
Output limited to
4000 W
|
Output limited to
4000 W
|
|
Catalyst
6506-E
|
No
restrictions
|
No
restrictions
|
|
Catalyst 6509
|
Output limited to
4000 W
|
Output limited to
4000 W
|
|
Catalyst
6509-E
|
No
restrictions
|
No
restrictions
|
|
Catalyst
6509-NEB
|
Output limited to
4000 W
|
Output limited to
4000 W
|
|
Catalyst
6509-NEB-A
|
Output limited to
4500 W
|
Output limited to
4500 W
|
|
Catalyst
6509-V-E
|
No
restrictions
|
No
restrictions
|
|
Catalyst 6513
|
No
restrictions
|
No
restrictions
|
|
Catalyst
6513-E
|
No
restrictions
|
No
restrictions
|
The 6000 W
AC-input power supply, shown in
Figure A-16, and the 6000 W DC-input power supply, shown in
Figure A-17, share the same form factor as the 1000 W, 1300 W,
2500 W, 3000 W, and 4000 W power supplies.
Note Because of
form-factor differences, the 6000 W AC-input and the 6000 W
DC-input power supplies cannot be installed in the Catalyst 6503,
Catalyst 6503-E, and Catalyst 6504-E switch chassis.
Figure A-16
6000 W AC-Input Power Supply
Figure A-17
6000 W DC-Input Power Supply
6000 W Power Supply
Specifications
Table A-34
lists the specifications for the 6000
W AC-input power supply.
Table A-33
6000 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
2 AC-inputs per
power supply. High-line input with power factor correction (PFC)
included.
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input current
|
16 A each input
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3% for full range)
|
|
Branch circuit
requirement
|
Each power supply
input should have its own dedicated, fused-branch circuit:
- For North
America—20 A
- For
International—Circuits should be sized according to local and
national codes
- All Catalyst
6500 series AC-input power supplies require single-phase source
AC.
- All AC power
supply inputs are fully isolated.
– Source AC can be out of phase between multiple power
supplies in the same chassis, which means that PS1 can be operating
from phase A and PS2 can be operating from phase B.
– For high-line operation, the power supply operates
with the hot conductor wired to a source AC phase and the neutral
conductor wired either to ground or to another source AC phase as
long as the net input voltage is in the range of 170 to 264
VAC.
– Source AC can be out of phase between AC inputs on
power supplies that are equipped with multiple AC inputs, which
means that power cord 1 can be plugged into phase A and power cord
2 can be plugged into phase B.
|
|
Power supply
output capacity
|
The 6000 W power
supply can operate at either 2900 W or 6000 W depending on the
number of AC power cords attached and the source AC voltage.
Note
The 6000 W AC-input power supply is limited to 4000 W maximum
output when it is installed in a Catalyst 6506, Catalyst 6509, or
Catalyst 6509-NEB switch chassis. The power supply is limited to
4500 W maximum output when it is installed in the Catalyst
6509-NEB-A switch chassis.
- 2900 W maximum
with the following source AC arrangements:
– INPUT 1 and INPUT 2 both connected to low-line (120
VAC nominal)
– INPUT 1 connected to high-line (230 VAC nominal);
INPUT 2 not connected
– INPUT 1 not connected; INPUT 2 connected to high-line
(230 VAC nominal)
– INPUT 1 connected to high-line (230 VAC nominal);
INPUT 2 connected to low-line (120 VAC nominal)
– INPUT 1 connected to low-line (120 VAC nominal);
INPUT 2 connected to high-line (230 VAC nominal)
- 6000 W maximum
with the following source AC arrangements:
– INPUT 1 and INPUT 2 both connected to high-line (230
VAC nominal)
Note
The 6000 W power supply will not power up if you have only one
power cord plugged into either INPUT 1 or INPUT 2 and source AC is
low-line (120 VAC nominal).
|
|
Power supply
output capacity
|
- 2900 W
operation (one 220 VAC source or two 110 VAC sources)
– 25 A @ +3.3 VDC
– 12 A @ +12 VDC
– 63.6 A @ +42 VDC
- 6000 W
operation (two 220 VAC sources)
– 25 A @ +3.3 VDC
– 12 A @ +12 VDC
– 137.4 A @ +42 VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
7.5 kVA
|
|
Heat dissipation
|
23,812 BTU/hour
(approx.)
|
|
System power
dissipation
|
7034 W
|
|
Weight
|
25.4 lb (11.5 kg)
|
Table A-34
list the specifications for the 6000 W DC-input power supply.
Table A-34
6000 W DC-Input Power Supply Specifications
|
|
|
|
Input voltage
|
- –48 VDC
nominal @ 37 A in North America (operating range: –40.5 VDC to –56
VDC)
- –60 VDC
nominal @ 30 A for international (operating range: –55 VDC to –72
VDC)
|
|
Input current
|
40 A per DC input
@ –48 VDC input voltage (total of 4 inputs)
|
|
Power supply
output capacity
|
The 6000 W
DC-input power supply can operate at either:
- 2800 W—2 DC
inputs active
- 4500 W—3 DC
inputs active
- 6000 W—4 DC
inputs active
|
|
Power supply
output
|
The 6000 W
DC-input power supply can operate at either 2800 W, 4500 W, or 6000
W depending on the number of source DC power cables attached.
Note
The 6000 W DC-input power supply is limited to 4000 W maximum
output when it is installed in a Catalyst 6506, Catalyst 6509, or
Catalyst 6509-NEB switch chassis. The power supply is limited to
4500 W maximum output when it is installed in the Catalyst
6509-NEB-A switch chassis.
- 2800 W
operation (two DC inputs)
– 25.0 A @ 3.3 VDC
– 12.0 A @ 12 VDC
– 61.2 A @ 42 VDC
- 4500 W
operation (three DC inputs)
– 25.0 A @ 3.3 VDC
– 12.0 A @ 12 VDC
– 101.9 A @ 42 VDC
- 6000 W
operation (four DC inputs)
– 25.0 A @ 3.3 VDC
– 12.0 A @ 12 VDC
– 137.4 A @ 42 VDC
|
|
DC input terminal
block
|
- Accepts 2-hole
copper compression-type lugs.
Note
The actual size of the wire needed is determined by the power
engineer or local electrician in accordance with national or local
electrical codes.
- Terminal posts
accept 1/4-inch-20 hex nuts.
|
|
Output holdup
time
|
20 ms minimum
|
|
Weight
|
35 lbs (16
kg)
|
Table A-35
list the 6000 W AC-input and DC-input power supply LEDs and their
meanings.
Table A-35
6000 W AC-Input and DC-Input Power Supply
LEDs
|
|
|
|
INPUT OK 1, INPUT
OK 2
(AC-input power
supply only)
|
- Green—Source
voltage is OK. Input voltage is 85 VAC or greater.
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
|
|
INPUT OK 1, INPUT
OK 2, INPUT OK 3, and INPUT OK 4
(DC-input power
supply only)
|
- Green—Source
DC voltage is greater than or equal to –40.5 VDC.
- Off—Source DC
voltage is less than or equal to –37.5 VDC.
- Green, off, or
flashing—Source DC voltage is between –37.5 and –40.5 VDC.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—Problem
with one or more of the DC-output voltages of the power
supply.
- Off—DC-output
voltages within acceptable margins.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
6000 W Power Supply AC
Power Cords
Table A-36
lists the specifications for the AC
power cords that are available for the 6000 W AC-input power
supply. Included in the table are references to illustrations of
the power cords.
Table A-36
6000 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7513ACR= or
CAB-IR2073-C19-AR=
|
IRAM 2073
|
16 A, 250 VAC
|
Figure
A-31
|
|
Australia, New
Zealand
|
CAB-AC-16A-AUS=
|
AU20S3
|
16 A, 250 VAC
|
Figure
A-46
|
|
People’s Republic
of China
|
CAB-AC16A-CH=
|
GB16C
|
16 A, 250 VAC
|
Figure
A-37
|
|
Continental
Europe
|
CAB-AC-2500W-EU=
|
CEE 7/7
|
16 A, 250 VAC
|
Figure
A-41
|
|
International
|
CAB-AC-2500W-INT=
|
IEC 309
|
16 A, 250 VAC
|
Figure
A-42
|
|
Israel
|
CAB-AC-2500W-ISRL=
|
SI16S3
|
16 A, 250 VAC
|
Figure
A-34
|
|
Italy
|
CAB-7513ACI=
|
CEI 23-16/7
|
16 A, 250 VAC
|
Figure
A-35
|
|
Japan, North
America (nonlocking plug)
200–240 VAC operation
|
CAB-AC-2500W-US1=
|
NEMA 6-20
|
16 A, 250 VAC
|
Figure
A-43
|
|
Japan, North
America (locking plug)
200–240 VAC operation
|
CAB-AC-C6K-TWLK=
|
NEMA L6-20
|
16 A, 250 VAC
|
Figure
A-44
|
|
Japan, North
America
100–120 VAC operation
|
CAB-7513AC=
|
NEMA 5-20
|
16 A, 125 VAC
|
Figure
A-36
|
|
Power
Distribution Unit (PDU)
|
CAB-C19-CBN=
|
IEC 60320
C19
IEC 60320 C20
|
16 A, 250 VAC
|
Figure
A-47
|
|
Switzerland
|
CAB-ACS-16=
|
SEV 5934-2 Type
23
|
16 A, 250 VAC
|
Figure
A-45
|
8700 W
AC-Input Power Supply
Catalyst 6500
series switch support for the 8700 W AC-input (WS-CAC-8700W-E) power supply along with any
power supply output restrictions are listed in
Table A-37 .
Table A-37
Chassis Support for the 8700 W Power Supply
Catalyst
6500 Series Chassis |
8700 W
Power Supply Restriction |
|
Catalyst 6506
|
Output limited to
4000 W
|
|
Catalyst
6506-E
|
No
restrictions
|
|
Catalyst 6509
|
Output limited to
4000 W
|
|
Catalyst
6509-E
|
No
restrictions
|
|
Catalyst
6509-NEB
|
Output limited to
4000 W
|
|
Catalyst
6509-NEB-A
|
Output limited to
4500 W
|
|
Catalyst
6509-V-E
|
No
restrictions
|
|
Catalyst 6513
|
Output is limited
to 6000 W
|
|
Catalyst
6513-E
|
No
restrictions
|
The 8700 W
AC-input power supply, shown in
Figure A-18, shares a similar, but not identical, form-factor
as the 1000 W, 1300 W, 2500 W, 3000 W, 4000 W, and 6000 W power
supplies.
Note Because of the
form-factor difference, when you install an 8700 W power supply in
a Catalyst 6506, Catalyst 6509, or Catalyst 6509-NEB chassis you
must relocate the system ground connection from the chassis ground
pad connection to the two system ground studs located on the 8700 W power
supply faceplate. Installing an 8700 W power supply in the other
Catalyst 6500 series chassis does not require that you move the
chassis system ground connection to the power supply.
The 8700 W power
supply cannot be installed in the Catalyst 6503, Catalyst 6503-E,
and Catalyst 6504-E switch chassis.
Figure A-18
8700 W AC-Input Power Supply
8700 W Power Supply
Specifications
Table A-38
lists the specifications for the 8700
W AC-input power supply.
Table A-38
8700 W AC-Input Power Supply Specifications
|
|
|
|
AC-input type
|
3 AC-inputs per
power supply. High-line input with power factor correction (PFC)
included.
Note
Power factor correction is a standard feature on all Catalyst 6500
series AC-input power supplies. PFC reduces the reactive component
in the source AC current allowing higher power factors (typically
99 percent or better) and lower harmonic current components.
|
|
AC-input
voltage
(One-phase)
|
- Low-line (120
VAC nominal)—90 VAC (min) to 132 VAC (max)
- High-line (230
VAC nominal)—170 VAC (min) to 264 VAC (max)
|
|
AC-input
current
|
16 A each input
|
|
AC-input
frequency
|
50/60 Hz
(nominal) (±3% for full range)
|
|
Branch circuit
requirement
|
Each power supply
input should have its own dedicated, fused-branch circuit:
- For North
America—20 A
- For
International—Circuits should be sized according to local and
national codes
- All Catalyst
6500 series AC-input power supplies require single-phase source
AC.
- All AC power
supply inputs are fully isolated. This means that source AC can be
out of phase between multiple AC inputs on the same power supply or
different AC power supplies that are installed in the same chassis.
For the 8700 W power supply, this means that power cord 1 can be
plugged into phases A-B, power cord 2 can be plugged into phases
B-C, and power cord 3 can be plugged into phases C-A, A-B, or
B-C.
|
|
Power supply
output capacity
|
The power supply
output capacity is dependent on the number of AC power cords (1, 2,
or 3) attached and the source AC voltage (110 VAC [low-line] or 220
VAC [high-line]) applied to the power supply inputs.
The 8700 W
AC-input power supply is limited to reduced wattage ratings when it
is installed in the following Catalyst 6500 series chassis:
- 4000 W maximum
output when it is installed in a Catalyst 6506, Catalyst 6509, or
Catalyst 6509-NEB switch chassis.
- 4500 W maximum
output when it is installed in the Catalyst 6509-NEB-A switch
chassis.
- 6000 W maximum
output when it is installed in the Catalyst 6513 switch
chassis.
Note
The power supply will not power up if you attach only one power
cord and the power cord is connected to low-line (110 VAC nominal)
source AC.
|
|
2800 W
operation
|
2800 W maximum
with the following combinations of power cords and source AC
voltage applied to the power supply inputs:
- Two AC inputs
are connected to low-line (110 VAC nominal); the third AC input is
not connected.
- One AC input
is connected to low-line (110 VAC nominal); one AC input is
connected to high-line (220 VAC nominal); the third AC input is not
connected.
- One AC input
is connected to high-line (220 VAC nominal); two AC inputs are not
connected.
|
|
4200 W
operation
|
4200 W maximum
with the following combinations of power cords and source AC
voltage applied to the power supply inputs:
- All three AC
inputs are connected to low-line (110 VAC nominal).
- Two AC inputs
are connected to low-line (110 VAC nominal); one AC input is
connected to high-line (220 VAC nominal).
|
|
5800 W
operation
|
5800 W maximum
with the following combinations of power cords and source AC
voltage applied to the power supply inputs:
- Two AC inputs
are connected to high-line (220 VAC nominal); the third AC input is
connected to low-line (110 VAC nominal).
- Two AC inputs
are connected to high-line (220 VAC nominal); the third AC input is
not connected.
|
|
8700 W
operation
|
8700 W maximum
with the following combinations of power cords and source AC
voltage applied to the power supply inputs:
- All three AC
inputs are connected to high-line (220 VAC nominal).
|
|
Power supply
output
|
– 25.0 A @ +3.3 VDC
– 12.0 A @ +12 VDC
– 61.29 A @ +42 VDC
– 25.0 A @ +3.3 VDC
– 12.0 A @ +12 VDC
– 94.62 A @ +42 VDC
– 25.0 A @ +3.3 VDC
– 12.0 A @ +12 VDC
– 132.71 A @ +42 VDC
– 25.0 A @ +3.3 VDC
– 12.0 A @ +12 VDC
– 201.75 A @ +42 VDC
|
|
Output holdup
time
|
20 ms minimum
|
|
kVA
rating
|
10.4 kVA
|
|
Heat
dissipation
|
- 11,200
BTU/hour @ 2800 W
- 16,800
BTU/hour @ 4200 W
- 23,200
BTU/hour @ 5800 W
- 34,800
BTU/hour @ 8700 W
|
|
System power
dissipation
|
10,360 W
|
|
Weight
|
39.7 lb (18 kg)
|
Table A-39
lists the power supply LEDs and their meanings.
Table A-39
8700 W AC-Input Power Supply LEDs
|
|
|
|
INPUT OK 1, INPUT
OK 2, and
INPUT OK 3
|
- Green—Source
voltage is OK. (Input voltage is 85 VAC or greater.)
- Off—Source AC
voltage falls below 70 VAC, is not present, or the power supply is
turned off.
|
|
220VAC 1, 2, and
3
|
- Green—High-line AC is present on the respective
AC inputs. (Input voltage is 170 VAC or higher.)
- Off—Source AC
voltage falls below 170 VAC (running at low-line voltage), is not
present, or the power supply is turned off.
|
|
FAN OK
|
- Green—Power
supply fan is operating properly.
- Off—Power
supply fan failure is detected.
|
|
OUTPUT FAIL
|
- Red—One or
more of the power supply DC-output voltages is out of the normal
operating range:
– For +3.3 VDC output: 2.7–3.0 VDC (min); 3.6–3.8 VDC
(max)
– For +12 VDC output: 10.5–11.5 VDC (min); 12.6–13.0
VDC (max)
– For +42 VDC output: 38.0–40.0 VDC (min); 45.0–52.0
VDC (max)
- Off—All
DC-output voltages are within normal operating ranges.
Note
For proper operation of the OUTPUT FAIL LED, systems with single
power supplies must be configured with a minimum of one fan tray
and one supervisor engine. Systems with dual power supplies must
have a minimum configuration of one fan tray, one supervisor
engine, and one additional module. Failure to meet these minimum
configuration requirements can cause a false power supply output
fail signal.
|
Remote Power Cycling
Feature
The 8700 W power
supply is equipped with a remote power cycling feature that
allows you to remotely turn on or turn off the power supply through
an external relay controller box.
Figure A-19 shows a typical remote power on/off setup. A
three-position terminal block and a switch, located on the lower
right quadrant of the power supply faceplate (see
Figure A-18), provide the interface to the external relay
controller box.
Figure A-19
Remote Power On/Off Feature Components
Terminal Block
The terminal
block has three contacts labeled 1, 2,
and 3. Two control wires from an
external relay controller box attach to either positions 1 and 2 or
positions 2 and 3. Positions 1 and 2 are used when the relay
controller box contains a normally-open (NO) type of relay.
Positions 2 and 3 are used when the relay controller box contains a
normally-closed (NC) type of relay.
Relay Controller Box Switch
The relay
controller box switch, located next to
the terminal block, allows you to
match the power supply power control signal’s active state with the
type of relay contained in the external relay controller box
(either a normally-open type of relay or a normally-closed type of
relay).
Ferrite Bead
A plastic bag
containing one ferrite bead and two
4-inch plastic ties is included with
the 8700 W power supply AC power cords. The ferrite bead is a
passive device that limits high-frequency interference on interface
and control cables, and is only required when you install the
remote power-cycling feature that is supported by the 8700 Watt
power supply. The ferrite bead is installed on the two control
wires that come from the relay controller box to the terminal block
on the 8700 W power supply. The ferrite bead should be installed as
close as possible to the power supply terminal block for the bead
to be effective. You do not need the ferrite bead for 8700 Watt
power supply installations that do not include the remote
power-cycling feature. If you need to install the ferrite bead,
refer to
Installing the Ferrite Bead.
Remote Power-Cycling
Operation
This feature
allows you to remotely power cycle the
Catalyst 6500 series switch using any appropriate third-party relay
controller. This eliminates the need for you to have access to the
supervisor engine console or CLI to control power cycling.
Table A-40 lists the relay
controller box relay type, the corresponding power supply terminal
block positions, and a description of the power-cycling operation.
Table A-40
8700 W Power Supply Relay Controller Switch Settings and Operation
External
Relay Controller Box Relay Type |
Power
Supply Relay Controller Switch Setting |
Power
Supply Terminal Block Positions Used |
Remote
Power-Cycling Operation |
|
Normally open
(NO) relay.
|
NO RELAY
(DEFAULT)
|
Control wires
from the external relay controller box attach to terminal block
positions 1 and 2.
|
- Power supply
cycled from on to off—The power supply is powered off by energizing
the relay (relay contacts go from open to closed) for more than 30
seconds.
- Power supply
cycled from off to on—The power supply is powered on by
deenergizing the relay (relay contacts go from closed to open) for
more than 10 seconds.
|
|
Normally closed
(NC) relay.
|
NC RELAY
|
Control wires
from the external relay controller box attach to terminal block
positions 2 and 3.
|
- Power supply
cycles from on to off—The power supply is powered off by energizing
the relay (relay contacts go from closed to open) for more than 30
seconds.
- Power supply
cycles from off to on— The power supply is powered on by
deenergizing the relay (relay contacts go from open to closed) for
more than 10 seconds.
|
|
No relay
attached. Remote power-cycling feature not installed.
|
NO RELAY
(DEFAULT)
|
—
|
—
|
8700 W Power Supply AC
Power Cords
Table A-41
lists the specifications for the AC
power cords that are available for the 8700 W AC-input power
supply. Included in the table are references to illustrations of
the power cords.
Table A-41
8700 W Power Supply AC Power Cords
|
|
|
|
|
Power Cord
Reference Illustration |
|
Argentina
|
CAB-7513ACR= or
CAB-IR2073-C19-AR=
|
IRAM 2073
|
16 A, 250 VAC
|
Figure
A-31
|
|
Australia, New
Zealand
|
CAB-AC-16A-AUS=
|
AU20S3
|
16 A, 250 VAC
|
Figure
A-46
|
|
People’s Republic
of China
|
CAB-AC16A-CH=
|
GB16C
|
16 A, 250 VAC
|
Figure
A-37
|
|
Continental
Europe
|
CAB-AC-2500W-EU=
|
CEE 7/7
|
16 A, 250 VAC
|
Figure
A-41
|
|
International
|
CAB-AC-2500W-INT=
|
IEC 309
|
16 A, 250 VAC
|
Figure
A-42
|
|
Israel
|
CAB-AC-2500W-ISRL=
|
SI16S3
|
16 A, 250 VAC
|
Figure
A-34
|
|
Italy
|
CAB-7513ACI=
|
CEI 23-16/7
|
16 A, 250 VAC
|
Figure
A-35
|
|
Japan, North
America (nonlocking plug)
200–240 VAC operation
|
CAB-AC-2500W-US1=
|
NEMA 6-20
|
16 A, 250 VAC
|
Figure
A-43
|
|
Japan, North
America (locking plug)
200–240 VAC operation
|
CAB-AC-C6K-TWLK=
|
NEMA L6-20
|
16 A, 250 VAC
|
Figure
A-44
|
|
Japan, North
America
100–120 VAC operation
|
CAB-7513AC=
|
NEMA 5-20
|
16 A, 125 VAC
|
Figure
A-36
|
|
Power
Distribution Unit (PDU
|
CAB-C19-CBN=
|
IEC 60320
C19
IEC 60320 C20
|
16 A, 250 VAC
|
Figure
A-47
|
|
Switzerland
|
CAB-ACS-16=
|
SEV 5934-2 Type
23
|
16 A, 250 VAC
|
Figure
A-45
|
AC Power Cord
Illustrations
This section
contains the AC power cord illustrations (see Figures A-19 through
A-48). An AC power cord may be used with several power supplies.
See the power supply specifications tables for the AC power cord
illustrations that are applicable for your power supply.
Figure A-20
CAB-AC10A-90L-AU= (Australia and New
Zealand)
Figure A-21
CAB-AC10A-90L-EU= (Continental Europe)
Figure A-22
CAB-AC10A-90L-IT= (Italy)
Figure A-23
CAB-AC15A-90L-US= (Japan and United States)
Figure A-24
CAB-AC10A-90L-UK= (United Kingdom)
Figure A-25
CAB-7KACR= (Argentina)
Figure A-26
CAB-7KACA= (Australia and New Zealand)
Figure A-27
CAB-7KACE= (Continental Europe)
Figure A-28
CAB-7KACI= (Italy)
Figure A-29
CAB-7KAC-15= (Japan and United States)
Figure A-30
CAB-7KACU= (United Kingdom)
Figure A-31
CAB-7513ACR= and CAB-IR2073-C19-AR=
(Argentina)
Figure A-32
CAB-7513ACA= (Australia and New Zealand)
Figure A-33
CAB-7513ACE= (Continental Europe)
Figure A-34
CAB-AC-2500W-ISRL (Israel)
Figure A-35
CAB-7513ACI= (Italy)
Figure A-36
CAB-7513AC= (Japan and United States)
Figure A-37
CAB-AC16A-CH= (People’s Republic of China)
Figure A-38
CAB-7513ACSA= (South Africa)
Figure A-39
CAB-ACS-10= (Switzerland)
Figure A-40
CAB-7513ACU (United Kingdom)
Figure A-41
CAB-AC-2500W-EU (Continental Europe)
Figure A-42
CAB-AC-2500W-INT= (International)
Figure A-43
CAB-AC-2500W-US1= (Japan and United States)
Figure A-44
CAB-AC-C6K-TWLK= (Japan and United States)
Figure A-45
CAB-ACS-16= (Switzerland)
Figure A-46
CAB-AC-16A-AUS= (Australia and New Zealand)
Figure A-47
CAB-C19-CBN= (PDU)
Figure A-48
WS-CAC-4000W-INT= (International)
Figure A-49
WS-CAC-4000W-US=
(United States)
Power Supply
Redundancy
Catalyst 6500
series switching modules have
different power requirements.
Depending upon the wattage of the power supply, certain switch
configurations might require more power than a single power supply
can provide.
The Catalyst 6500
series switches can use two power supplies to function in either
combined or redundant mode. The following table explains the
differences between the two modes.
Table A-42
Power supply modes
|
|
|
|
Each power supply
operates at ~50% of its capacity
|
Each power supply
provides up to 83% of its capacity
|
|
Neither of the
power supplies operates at greater than 60% or less than 40% of its
capacity
|
The total system
power available is 167% of the capacity of a single supply
|
|
If one power
supply fails, the second power supply can power the system on its
own
|
If one power
supply fails, the other power supply may not be able to power the
system on its own and will shut down the devices or line cards
|
|
This is the
default and the recommended configuration for the power
supplies
|
This is not the
recommended mode for production
|
Although the
power management feature allows you to supply power to all
installed modules with two power supplies, redundancy is not
supported in this configuration. Redundant and combined power
configurations are summarized in
Table A-43 . The effects of
changing the power supply configurations are summarized in
Table A-44 .
Note For proper
load-sharing operation in a redundant power supply configuration,
you must install two modules in the chassis. If you fail to install
two modules, you might receive spurious OUTPUT FAIL indications on
the power supply.
Note In systems that have
two different sized power supplies installed, you may not have true
redundancy. If the larger wattage power supply fails, the smaller
wattage power supply might not be able to handle the entire load by
itself.
Table A-43
Power Supply Redundancy
If you have
two power supplies of |
|
|
|
Equal wattage
|
Enabled
|
The total power
drawn from both supplies is never greater than the capability of
one supply. If one supply malfunctions, the other supply can take
over the entire system load. Each power supply provides
approximately half of the required power to the system. Load
sharing and redundancy are enabled automatically; no software
configuration is required.
|
|
Unequal
wattage
|
Enabled
|
Both power
supplies initially come online. If the difference between the two
power supply’s output wattage is less than 10 percent of the higher
output wattage power supply, redundancy is enabled. If the
difference is greater than 10 percent, the lesser wattage power
supply is disabled.
For Cisco IOS,
both power supplies come on. The total available wattage is the
output wattage of the higher wattage power supply.
|
|
Equal or unequal
wattage
|
Disabled
|
The total power
available to the system is approximately 167 percent of the
lower-wattage power supply. The system powers up as many modules as
the combined capacity allows. If the higher-wattage power supply
fails, the lower-wattage supply might also shut down due to
overcurrent protection to prevent damage to the lower-wattage power
supply.
|
Table A-44
Effects of Power Supply Configuration Changes
|
|
|
|
Redundant to
combined
|
- System log and
syslog messages are generated.
- System power
is increased to approximately 167 percent of the lower-wattage
power supply.
- The modules
marked as power-deny in the
show module Status field are powered up if
there is sufficient power.
|
|
Combined to
redundant
|
- System log and
syslog messages are generated.
- System power
is the power capability of the higher-wattage supply.
- If there is
not enough power for all previously powered-up modules, some
modules are powered down and marked as power-deny in the show module Status field.
|
|
Equal wattage
power supply is inserted with redundancy enabled
|
- System log and
syslog messages are generated.
- System power
equals the power capability of one supply. (Both supplies provide
approximately one half of the total current.)
- No change in
the module status because the power capability is unchanged.
|
|
Equal wattage
power supply is inserted with redundancy disabled
|
- System log and
syslog messages are generated.
- System power
is the combined power capability of both supplies.
- The modules
marked as power-deny in the
show module Status field are brought up if
there is sufficient power.
|
|
Higher or lower
wattage power supply is inserted with redundancy enabled
|
- System log and
syslog messages are generated.
- If the system
power used is more than 83% of the higher wattage power supply
capacity, the lower wattage power supply shuts down. The system
will operate in redundant mode, with only higher wattage power
supply.
- If the system
power used is less than 83% of the higher wattage power supply
capacity, the lower wattage power supply comes online. The system
will operate in non-redundant combined mode, with both the power
supplies.
|
|
|
Higher or lower
wattage power supply is inserted with redundancy disabled
|
- System log and
syslog messages are generated.
- System power
is increased to the combined power capability of both
supplies.
- The modules
marked as power-deny in the
show module Status field are brought up if
there is sufficient power.
|
|
Power supply is
removed with redundancy enabled
|
- System log and
syslog messages are generated.
- If the power
supplies are of equal wattage, there is no change in the module
status because the power capability is unchanged.
If the power
supplies are of unequal wattage and the lower-wattage supply is
removed, there is no change in the module status.
If the power
supplies are of unequal wattage and the higher-wattage supply is
removed, the lower-wattage power supply must be turned on manually.
(The system had previously turned off the lower-wattage power
supply.)
|
|
Power supply is
removed with redundancy disabled
|
- System log and
syslog messages are generated.
- System power
is decreased to the power capability of one supply.
- If there is
not enough power for all previously powered-up modules, some
modules are powered down and marked as power-deny in the show module Status field.
|
|
System is booted
with power supplies of different wattage installed and redundancy
enabled
|
- System log and
syslog messages are generated.
- If the system
power used is more than 83% of the higher wattage power supply
capacity, the lower wattage power supply shuts down. The system
will operate in redundant mode, with only higher wattage power
supply.
- If the system
power used is less than 83% of the higher wattage power supply
capacity, the lower wattage power supply comes online. The system
will operate in non-redundant combined mode, with both the power
supplies.
|
|
System is booted
with power supplies of equal or different wattage installed and
redundancy disabled
|
- System log and
syslog messages are generated.
- System power
equals the combined power capability of both supplies.
- The system
powers up as many modules as the combined capacity allows.
|
When running
redundant 4000 W, 6000 W, or 8700 W power supplies in Catalyst 6506
and Catalyst 6509 non-E series systems, if you remove the power
supply in bay 1, the total system power will be reduced to 2940 W
(70 A at 42 VDC) after 180 seconds (3 minutes). You can avoid this
reduction in the total system power by leaving the power supply in
bay 1, even in a powered down state.
If the total
system power usage is greater than 2940 W, the following scenario
will apply if a 4000 W, 6000 W, or a 8700 W power supply is removed
from bay 1 (these scenarios are specific to only these three power
supplies running in redundant mode in either the Catalyst 6506 or
Catalyst 6509 non-E series systems).
- If the power
supplies in bay 1 and bay 2 are running in redundant mode, the
total system power will be 4000 W.
- If power
supply 1 is running and you power off or remove power supply 2, the
total system power will be 4000 W. The system will issue a normal
power supply 2 down/remove indication warning.
- If you power
down power supply 1 while power supply 2 is operating, the system
will issue a normal power supply 1 down indication warning with
another warning asking the user not to remove power supply 1. If
power supply 1 is left in the system, even if it is powered off,
the total system power will be 4000 W.
- If you remove
power supply 1 from the system, a major alarm will be issued to
warn that the total system power will be reduced to 2940 W and that
any modules or PoE devices that cause the system to exceed 2940 W
will power down in 180 seconds (3 minutes). If you insert a
replacement power supply 1 in the 180-second timeframe, no action
will be taken.
Note
In systems that are equipped with two
power supplies, if one power supply fails and the other power
supply cannot fully power all of the installed modules, system
power management will shut down devices in the following order:
- Power over
Ethernet (PoE) devices— The system will power down PoE devices in
descending order, starting with the highest numbered port on the
module in the highest numbered slot.
- Modules—If
additional power savings are needed, the system will power down
modules in descending order, starting with the highest numbered
slot. Slots containing supervisor engines or Switch Fabric Modules
are bypassed and are not powered down.
This shut down
order is fixed and cannot be changed.
You can change
the configuration of the power supplies to redundant or combined at
any time. If you switch from a redundant to a combined
configuration, both power supplies are enabled (even a power supply
that was disabled because it was of a lower wattage than the other
power supply). If you change from a combined to a redundant
configuration, both power supplies are initially enabled, and if
they are of the same wattage, they remain enabled. If they are of
different wattage, a syslog message displays and the lower wattage
supply is disabled.
For additional
information about the power management feature and individual
module power consumption, refer to your software configuration
guide.
The Catalyst 6500
series switches allow you to mix
AC-input and DC-input power supplies in the same chassis. 
