Chassis and Module Power and Heat Values
The following tables provide the power and heat dissipation data. Unless otherwise noted, the information in
the tables is measured under fully loaded conditions (transceivers installed).
DC output power is the output from the power supply (internal to the system). The AC-input power is the
input from the outlet to the power supply. The percentage difference between the two values is the efficiency
of the power supply.
Note
Table 9: Power Requirements and Heat Dissipation - Fan Tray
Heat Diss.
in BTU /
hr.
Current @ 240VCurrent @
180V
Current @
120V
Current @
90V
DC-Output in
Watts
(Power
Requested)
AC-Input
Power in
Watts
(Power
Allocated)
PID
17062.12.84.25.6450500C9606-FAN
Table 10: Power Requirements and Heat Dissipation - Supervisor Module
Heat Diss. in
BTU / hr.
Current @
240V
Current @
180V
Current @
120V
Current @
90V
DC-Output in
Watts
(Power
Requested)
AC-Input
Power in
Watts
(Power
Allocated)
PID
29423.64.87.29.6775862C9600-SUP-1
Table 11: Power Requirements and Heat Dissipation— Line Cards
Heat Diss. in
BTU / hr.
Current @
240V
Current @
180V
Current @
120V
Current @
90V
DC-Output in
Watts
(Power
Requested)
AC-Input
Power in
Watts
(Power
Allocated)
PID
8741.11.52.22.9230256C9600-LC-48YL
76111.31.92.5200223C9600-LC-24C
Cisco Catalyst 9600 Series Switches Hardware Installation Guide
95
Technical Specifications
Chassis and Module Power and Heat Values