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9400 Series Platinum Rated 2100W AC Power Supply C9400-PWR-2100AC
Overview
C9400 Series 2100W AC Power Supply.There are three modes of operation supported by C 9400 power supplies.In all the modes the power supplies can be of type whether AC or DC.
able 1 shows the Quick Specs.
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Product Code |
C9400-PWR-2100AC |
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Product Description |
C 9400 Series 2100W AC Power Supply |
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Power Provided |
2100 watt |
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Voltage Required AC/DC |
AC |
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Compatible With |
C 9400 Series chassis |
C9400-PWR-2100AC Specification
C9400-PWR-2100AC Specifications |
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Power Supply |
2100W AC |
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Integrated PoE |
Yes |
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Input current (rated) |
10.4A at 100 VAC
10.4A at 200 VAC
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Input voltage |
100 to 240 VAC (±10% for full range) |
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Output current (data) |
55V at 38.21/17.09A
(230/115VAC ranges)
3.3V at 3.0A
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Output power (N+N) redundant mode |
(2102W x N)/2 + 10W (3.3V standby) for 230VAC range (940W x N)/2 + 10W (3.3V standby) for 115VAC range N = number of power supplies (N>1) |
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Output power (N+1) redundant mode |
(2102W x (N-1)) + 10W (3.3V standby) for 230VAC range (940W x (N-1)) + 10W (3.3V standby) for 115VAC range N = number of power supplies (N>1) |
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Output Power Combined mode |
(2102W x N) + 10W (3.3V standby) for 230VAC range (940W x N) + 10W (3.3V standby) for 115VAC range N = number of power supplies (N>1) |
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Heat dissipation |
460 BTU/hr x N N = number of power supplies |
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Holdup time |
20 ms |
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Hot swappable |
Yes |
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MTBF |
300,000 hours |
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Minimum Software Requirement |
C IOS XE Software Release 16.8.1 |
Product Details
- Redundant N + N mode
The C 9400 Chassis also supports N + N redundancy with N independent input circuits and safeguards against failure of N (+N) of the circuits as opposed to power supply unit failure.
- Redundant N + 1 mode
The C 9400 Chassis also supports N + 1 redundancy with N independent input circuits and safeguards against failure of one (+1) of the circuits as opposed to power supply unit failure.
- Combined moden this mode the power available for the entire chassis is equal to the sum of the output power of both power supplies multiplied by the share ratio.P = Power output of one power-supply unit.Total combined mode power = P + (N-1)* P* (share ratio).
