Cisco Catalyst 7604 and 6504-E PWR-2700-AC Power Supply
Support high-capacity AC power requirements in compatible Cisco Catalyst 7604 and 6504-E chassis with the PWR-2700-AC switching power supply. This 2700-watt component is designed for network teams managing large modular switching environments that require a platform-matched AC supply for replacement, expansion, or service inventory. Its high output rating and named chassis compatibility provide clear procurement references when planning infrastructure maintenance. Confirm the chassis, power bay, electrical input, load, cooling, and installation requirements before deployment.
Key Features
- 2700-watt power output
- AC switching power supply
- Designed for Catalyst 7604 and 6504-E platforms
- High-capacity modular chassis component
- Suitable for replacement and maintenance planning
Product Specifications
- Part Number: PWR-2700-AC
- Manufacturer: Cisco
- Compatible Platforms: Catalyst 7604, Catalyst 6504-E
- Power Output: 2700 watts
- Input Type: AC
- Power Technology: Switching power supply
- Component Type: Chassis power supply
Use Cases
- Replacing a Catalyst 7604 AC power supply
- Supporting Catalyst 6504-E chassis maintenance
- Maintaining high-capacity switching power spares
- Planning modular network equipment refreshes
Compatibility
The PWR-2700-AC is identified for Cisco Catalyst 7604 and 6504-E platforms. Confirm the chassis, power bay, AC input requirements, system load, cooling, and supported supply configuration before installation.
Frequently Asked Questions
- What is the power rating?
- The supply is listed with a 2700-watt output.
- What input type does it use?
- This is an AC switching power supply.
- Which platforms are named?
- The listing identifies Catalyst 7604 and Catalyst 6504-E equipment.
The PWR-2700-AC provides a precise 2700-watt AC replacement option for compatible Cisco modular switching chassis. Verify the target platform and power architecture before ordering so the supply fits the installation. Using the exact Cisco model supports cleaner power planning, faster maintenance decisions, and more dependable lifecycle management.


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