Component Power Requirements And Heat Dissipation - Cisco MDS 9396V Hardware Installation Manual

Technical Specifications
HVDC Input Power
Power consumption
(typical)
Power supply output
capacity
Power Supply Requirements Specifications
Power
Mode
Typical
Typical
Max
Note
Power Supply Fuse Information
Part Number
341-101444-01
341-101445-01
341-101446-01
341-101447-01

Component Power Requirements and Heat Dissipation

Consider heat dissipation when sizing the air-conditioning requirements for an installation. The power and
heat associated with a Cisco MDS 9396V 64 Gbps 96-Port Fibre Channel (FC) Switch varies based upon the
following considerations:
• The environment (temperature) outside the chassis
• Internal chassis temperature
• 421W for 96-Port switch in idle status with no optics modules
• 542W for 96-Port switch with 48 64G SW optics modules at 50%-line rate
• 655W for 96-Port switch with 96 64G SW optics modules at 50%-line rate
2000 W (DS-CHV-2000W-I)
PSU Traffic T emperat u re
Rate
2 50% 25C
2 50% 25C
2 100% 40C
To prevent a loss of input power, ensure that the total maximum load on each circuit supplying the power
supply is within the current ratings of the wiring and breakers.
PID
DS-CAC-1400W-I
DS-CAC-1400W-E
DS-CHV-2000W-I
DS-CHV-2000W-E
Component Power Requirements and Heat Dissipation
Specification
Voltage Optics Optics
Speed Number
Normal 64G 48
SW
Normal 64G 96
SW
Normal 64G 96
SW
Type Fuse Rated AMP
Fast acting 16A
Fast acting 16A
Fast acting 16A
Fast acting 16A
Cisco MDS 9396V Multilayer Fabric Switch Hardware Installation Guide
Fan Power Power
Trays
110V/60HZ 220V/50HZ
(Watts) (Watts)
3 545 540
3 660 650
3 890 880
I2T Fuse Melting
Time
384 0.09S@100A
384 0.09S@100A
1331 0.1s@125A
1331 0.1s@125A
Power
380V
DC(Watts)
542
655
885
43