Cisco 2700-Watts AC Switching Power Supply for Catalyst 6500 – PWR-2700-AC/4

Cisco Catalyst 6500 PWR-2700-AC/4 2700W AC Supply

Support high-capacity AC power delivery in a compatible Cisco Catalyst 6500 chassis with the PWR-2700-AC/4 switching power supply. This 2700-watt module is designed for large modular switching environments where the correct chassis supply is essential for replacement, expansion, and service planning. Its AC input, switching design, and high output rating give infrastructure teams a clear basis for comparing the component with the installed power architecture. Confirm the chassis, power bay, electrical input, load, and cooling requirements before installation.

Key Features

• 2700-watt power output
• AC switching power supply
• Designed for Cisco Catalyst 6500 chassis
• High-capacity modular power component
• Suitable for replacement and maintenance inventory

Product Specifications

• Part Number: PWR-2700-AC/4
• Manufacturer: Cisco
• Compatible Platform: Catalyst 6500
• Power Output: 2700 watts
• Input Type: AC
• Power Technology: Switching power supply
• Component Type: Chassis power supply

Use Cases

• Replacing a Catalyst 6500 AC supply
• Maintaining high-capacity chassis power spares
• Supporting modular switching service work
• Planning Catalyst 6500 infrastructure refreshes

Compatibility

The PWR-2700-AC/4 is identified for Cisco Catalyst 6500 equipment. Confirm chassis, power bay, AC input requirements, load, cooling, and supported supply configuration before purchase.

Frequently Asked Questions

What is the rated output?

The supply provides a listed 2700-watt output.

What type of input does it use?

It uses an AC input format.

Which platform is specified?

The product is identified for Cisco Catalyst 6500 chassis.

The PWR-2700-AC/4 gives Catalyst 6500 operators a focused 2700-watt AC replacement option for compatible modular switching systems. Verify the chassis and electrical design before ordering so the supply fits the installation. Selecting the exact Cisco model helps improve service readiness, simplify power planning, and reduce replacement uncertainty.